1.1 --- a/src/work/Doxyfile Sun Apr 17 18:57:22 2005 +0000
1.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
1.3 @@ -1,1227 +0,0 @@
1.4 -# Doxyfile 1.4.0
1.5 -
1.6 -# This file describes the settings to be used by the documentation system
1.7 -# doxygen (www.doxygen.org) for a project
1.8 -#
1.9 -# All text after a hash (#) is considered a comment and will be ignored
1.10 -# The format is:
1.11 -# TAG = value [value, ...]
1.12 -# For lists items can also be appended using:
1.13 -# TAG += value [value, ...]
1.14 -# Values that contain spaces should be placed between quotes (" ")
1.15 -
1.16 -#---------------------------------------------------------------------------
1.17 -# Project related configuration options
1.18 -#---------------------------------------------------------------------------
1.19 -
1.20 -# The PROJECT_NAME tag is a single word (or a sequence of words surrounded
1.21 -# by quotes) that should identify the project.
1.22 -
1.23 -PROJECT_NAME = LEMON
1.24 -
1.25 -# The PROJECT_NUMBER tag can be used to enter a project or revision number.
1.26 -# This could be handy for archiving the generated documentation or
1.27 -# if some version control system is used.
1.28 -
1.29 -PROJECT_NUMBER = 0.3
1.30 -
1.31 -# The OUTPUT_DIRECTORY tag is used to specify the (relative or absolute)
1.32 -# base path where the generated documentation will be put.
1.33 -# If a relative path is entered, it will be relative to the location
1.34 -# where doxygen was started. If left blank the current directory will be used.
1.35 -
1.36 -OUTPUT_DIRECTORY =
1.37 -
1.38 -# If the CREATE_SUBDIRS tag is set to YES, then doxygen will create
1.39 -# 4096 sub-directories (in 2 levels) under the output directory of each output
1.40 -# format and will distribute the generated files over these directories.
1.41 -# Enabling this option can be useful when feeding doxygen a huge amount of
1.42 -# source files, where putting all generated files in the same directory would
1.43 -# otherwise cause performance problems for the file system.
1.44 -
1.45 -CREATE_SUBDIRS = NO
1.46 -
1.47 -# The OUTPUT_LANGUAGE tag is used to specify the language in which all
1.48 -# documentation generated by doxygen is written. Doxygen will use this
1.49 -# information to generate all constant output in the proper language.
1.50 -# The default language is English, other supported languages are:
1.51 -# Brazilian, Catalan, Chinese, Chinese-Traditional, Croatian, Czech, Danish,
1.52 -# Dutch, Finnish, French, German, Greek, Hungarian, Italian, Japanese,
1.53 -# Japanese-en (Japanese with English messages), Korean, Korean-en, Norwegian,
1.54 -# Polish, Portuguese, Romanian, Russian, Serbian, Slovak, Slovene, Spanish,
1.55 -# Swedish, and Ukrainian.
1.56 -
1.57 -OUTPUT_LANGUAGE = English
1.58 -
1.59 -# This tag can be used to specify the encoding used in the generated output.
1.60 -# The encoding is not always determined by the language that is chosen,
1.61 -# but also whether or not the output is meant for Windows or non-Windows users.
1.62 -# In case there is a difference, setting the USE_WINDOWS_ENCODING tag to YES
1.63 -# forces the Windows encoding (this is the default for the Windows binary),
1.64 -# whereas setting the tag to NO uses a Unix-style encoding (the default for
1.65 -# all platforms other than Windows).
1.66 -
1.67 -USE_WINDOWS_ENCODING = NO
1.68 -
1.69 -# If the BRIEF_MEMBER_DESC tag is set to YES (the default) Doxygen will
1.70 -# include brief member descriptions after the members that are listed in
1.71 -# the file and class documentation (similar to JavaDoc).
1.72 -# Set to NO to disable this.
1.73 -
1.74 -BRIEF_MEMBER_DESC = YES
1.75 -
1.76 -# If the REPEAT_BRIEF tag is set to YES (the default) Doxygen will prepend
1.77 -# the brief description of a member or function before the detailed description.
1.78 -# Note: if both HIDE_UNDOC_MEMBERS and BRIEF_MEMBER_DESC are set to NO, the
1.79 -# brief descriptions will be completely suppressed.
1.80 -
1.81 -REPEAT_BRIEF = NO
1.82 -
1.83 -# This tag implements a quasi-intelligent brief description abbreviator
1.84 -# that is used to form the text in various listings. Each string
1.85 -# in this list, if found as the leading text of the brief description, will be
1.86 -# stripped from the text and the result after processing the whole list, is
1.87 -# used as the annotated text. Otherwise, the brief description is used as-is.
1.88 -# If left blank, the following values are used ("$name" is automatically
1.89 -# replaced with the name of the entity): "The $name class" "The $name widget"
1.90 -# "The $name file" "is" "provides" "specifies" "contains"
1.91 -# "represents" "a" "an" "the"
1.92 -
1.93 -ABBREVIATE_BRIEF =
1.94 -
1.95 -# If the ALWAYS_DETAILED_SEC and REPEAT_BRIEF tags are both set to YES then
1.96 -# Doxygen will generate a detailed section even if there is only a brief
1.97 -# description.
1.98 -
1.99 -ALWAYS_DETAILED_SEC = NO
1.100 -
1.101 -# If the INLINE_INHERITED_MEMB tag is set to YES, doxygen will show all
1.102 -# inherited members of a class in the documentation of that class as if those
1.103 -# members were ordinary class members. Constructors, destructors and assignment
1.104 -# operators of the base classes will not be shown.
1.105 -
1.106 -INLINE_INHERITED_MEMB = NO
1.107 -
1.108 -# If the FULL_PATH_NAMES tag is set to YES then Doxygen will prepend the full
1.109 -# path before files name in the file list and in the header files. If set
1.110 -# to NO the shortest path that makes the file name unique will be used.
1.111 -
1.112 -FULL_PATH_NAMES = YES
1.113 -
1.114 -# If the FULL_PATH_NAMES tag is set to YES then the STRIP_FROM_PATH tag
1.115 -# can be used to strip a user-defined part of the path. Stripping is
1.116 -# only done if one of the specified strings matches the left-hand part of
1.117 -# the path. The tag can be used to show relative paths in the file list.
1.118 -# If left blank the directory from which doxygen is run is used as the
1.119 -# path to strip.
1.120 -
1.121 -STRIP_FROM_PATH = ..
1.122 -
1.123 -# The STRIP_FROM_INC_PATH tag can be used to strip a user-defined part of
1.124 -# the path mentioned in the documentation of a class, which tells
1.125 -# the reader which header file to include in order to use a class.
1.126 -# If left blank only the name of the header file containing the class
1.127 -# definition is used. Otherwise one should specify the include paths that
1.128 -# are normally passed to the compiler using the -I flag.
1.129 -
1.130 -STRIP_FROM_INC_PATH = ..
1.131 -
1.132 -# If the SHORT_NAMES tag is set to YES, doxygen will generate much shorter
1.133 -# (but less readable) file names. This can be useful is your file systems
1.134 -# doesn't support long names like on DOS, Mac, or CD-ROM.
1.135 -
1.136 -SHORT_NAMES = NO
1.137 -
1.138 -# If the JAVADOC_AUTOBRIEF tag is set to YES then Doxygen
1.139 -# will interpret the first line (until the first dot) of a JavaDoc-style
1.140 -# comment as the brief description. If set to NO, the JavaDoc
1.141 -# comments will behave just like the Qt-style comments (thus requiring an
1.142 -# explicit @brief command for a brief description.
1.143 -
1.144 -JAVADOC_AUTOBRIEF = NO
1.145 -
1.146 -# The MULTILINE_CPP_IS_BRIEF tag can be set to YES to make Doxygen
1.147 -# treat a multi-line C++ special comment block (i.e. a block of //! or ///
1.148 -# comments) as a brief description. This used to be the default behaviour.
1.149 -# The new default is to treat a multi-line C++ comment block as a detailed
1.150 -# description. Set this tag to YES if you prefer the old behaviour instead.
1.151 -
1.152 -MULTILINE_CPP_IS_BRIEF = NO
1.153 -
1.154 -# If the DETAILS_AT_TOP tag is set to YES then Doxygen
1.155 -# will output the detailed description near the top, like JavaDoc.
1.156 -# If set to NO, the detailed description appears after the member
1.157 -# documentation.
1.158 -
1.159 -DETAILS_AT_TOP = YES
1.160 -
1.161 -# If the INHERIT_DOCS tag is set to YES (the default) then an undocumented
1.162 -# member inherits the documentation from any documented member that it
1.163 -# re-implements.
1.164 -
1.165 -INHERIT_DOCS = NO
1.166 -
1.167 -# If member grouping is used in the documentation and the DISTRIBUTE_GROUP_DOC
1.168 -# tag is set to YES, then doxygen will reuse the documentation of the first
1.169 -# member in the group (if any) for the other members of the group. By default
1.170 -# all members of a group must be documented explicitly.
1.171 -
1.172 -DISTRIBUTE_GROUP_DOC = NO
1.173 -
1.174 -# The TAB_SIZE tag can be used to set the number of spaces in a tab.
1.175 -# Doxygen uses this value to replace tabs by spaces in code fragments.
1.176 -
1.177 -TAB_SIZE = 8
1.178 -
1.179 -# This tag can be used to specify a number of aliases that acts
1.180 -# as commands in the documentation. An alias has the form "name=value".
1.181 -# For example adding "sideeffect=\par Side Effects:\n" will allow you to
1.182 -# put the command \sideeffect (or @sideeffect) in the documentation, which
1.183 -# will result in a user-defined paragraph with heading "Side Effects:".
1.184 -# You can put \n's in the value part of an alias to insert newlines.
1.185 -
1.186 -ALIASES =
1.187 -
1.188 -# Set the OPTIMIZE_OUTPUT_FOR_C tag to YES if your project consists of C
1.189 -# sources only. Doxygen will then generate output that is more tailored for C.
1.190 -# For instance, some of the names that are used will be different. The list
1.191 -# of all members will be omitted, etc.
1.192 -
1.193 -OPTIMIZE_OUTPUT_FOR_C = NO
1.194 -
1.195 -# Set the OPTIMIZE_OUTPUT_JAVA tag to YES if your project consists of Java sources
1.196 -# only. Doxygen will then generate output that is more tailored for Java.
1.197 -# For instance, namespaces will be presented as packages, qualified scopes
1.198 -# will look different, etc.
1.199 -
1.200 -OPTIMIZE_OUTPUT_JAVA = NO
1.201 -
1.202 -# Set the SUBGROUPING tag to YES (the default) to allow class member groups of
1.203 -# the same type (for instance a group of public functions) to be put as a
1.204 -# subgroup of that type (e.g. under the Public Functions section). Set it to
1.205 -# NO to prevent subgrouping. Alternatively, this can be done per class using
1.206 -# the \nosubgrouping command.
1.207 -
1.208 -SUBGROUPING = YES
1.209 -
1.210 -#---------------------------------------------------------------------------
1.211 -# Build related configuration options
1.212 -#---------------------------------------------------------------------------
1.213 -
1.214 -# If the EXTRACT_ALL tag is set to YES doxygen will assume all entities in
1.215 -# documentation are documented, even if no documentation was available.
1.216 -# Private class members and static file members will be hidden unless
1.217 -# the EXTRACT_PRIVATE and EXTRACT_STATIC tags are set to YES
1.218 -
1.219 -EXTRACT_ALL = NO
1.220 -
1.221 -# If the EXTRACT_PRIVATE tag is set to YES all private members of a class
1.222 -# will be included in the documentation.
1.223 -
1.224 -EXTRACT_PRIVATE = YES
1.225 -
1.226 -# If the EXTRACT_STATIC tag is set to YES all static members of a file
1.227 -# will be included in the documentation.
1.228 -
1.229 -EXTRACT_STATIC = NO
1.230 -
1.231 -# If the EXTRACT_LOCAL_CLASSES tag is set to YES classes (and structs)
1.232 -# defined locally in source files will be included in the documentation.
1.233 -# If set to NO only classes defined in header files are included.
1.234 -
1.235 -EXTRACT_LOCAL_CLASSES = YES
1.236 -
1.237 -# This flag is only useful for Objective-C code. When set to YES local
1.238 -# methods, which are defined in the implementation section but not in
1.239 -# the interface are included in the documentation.
1.240 -# If set to NO (the default) only methods in the interface are included.
1.241 -
1.242 -EXTRACT_LOCAL_METHODS = NO
1.243 -
1.244 -# If the HIDE_UNDOC_MEMBERS tag is set to YES, Doxygen will hide all
1.245 -# undocumented members of documented classes, files or namespaces.
1.246 -# If set to NO (the default) these members will be included in the
1.247 -# various overviews, but no documentation section is generated.
1.248 -# This option has no effect if EXTRACT_ALL is enabled.
1.249 -
1.250 -HIDE_UNDOC_MEMBERS = YES
1.251 -
1.252 -# If the HIDE_UNDOC_CLASSES tag is set to YES, Doxygen will hide all
1.253 -# undocumented classes that are normally visible in the class hierarchy.
1.254 -# If set to NO (the default) these classes will be included in the various
1.255 -# overviews. This option has no effect if EXTRACT_ALL is enabled.
1.256 -
1.257 -HIDE_UNDOC_CLASSES = YES
1.258 -
1.259 -# If the HIDE_FRIEND_COMPOUNDS tag is set to YES, Doxygen will hide all
1.260 -# friend (class|struct|union) declarations.
1.261 -# If set to NO (the default) these declarations will be included in the
1.262 -# documentation.
1.263 -
1.264 -HIDE_FRIEND_COMPOUNDS = NO
1.265 -
1.266 -# If the HIDE_IN_BODY_DOCS tag is set to YES, Doxygen will hide any
1.267 -# documentation blocks found inside the body of a function.
1.268 -# If set to NO (the default) these blocks will be appended to the
1.269 -# function's detailed documentation block.
1.270 -
1.271 -HIDE_IN_BODY_DOCS = NO
1.272 -
1.273 -# The INTERNAL_DOCS tag determines if documentation
1.274 -# that is typed after a \internal command is included. If the tag is set
1.275 -# to NO (the default) then the documentation will be excluded.
1.276 -# Set it to YES to include the internal documentation.
1.277 -
1.278 -INTERNAL_DOCS = YES
1.279 -
1.280 -# If the CASE_SENSE_NAMES tag is set to NO then Doxygen will only generate
1.281 -# file names in lower-case letters. If set to YES upper-case letters are also
1.282 -# allowed. This is useful if you have classes or files whose names only differ
1.283 -# in case and if your file system supports case sensitive file names. Windows
1.284 -# and Mac users are advised to set this option to NO.
1.285 -
1.286 -CASE_SENSE_NAMES = YES
1.287 -
1.288 -# If the HIDE_SCOPE_NAMES tag is set to NO (the default) then Doxygen
1.289 -# will show members with their full class and namespace scopes in the
1.290 -# documentation. If set to YES the scope will be hidden.
1.291 -
1.292 -HIDE_SCOPE_NAMES = YES
1.293 -
1.294 -# If the SHOW_INCLUDE_FILES tag is set to YES (the default) then Doxygen
1.295 -# will put a list of the files that are included by a file in the documentation
1.296 -# of that file.
1.297 -
1.298 -SHOW_INCLUDE_FILES = YES
1.299 -
1.300 -# If the INLINE_INFO tag is set to YES (the default) then a tag [inline]
1.301 -# is inserted in the documentation for inline members.
1.302 -
1.303 -INLINE_INFO = YES
1.304 -
1.305 -# If the SORT_MEMBER_DOCS tag is set to YES (the default) then doxygen
1.306 -# will sort the (detailed) documentation of file and class members
1.307 -# alphabetically by member name. If set to NO the members will appear in
1.308 -# declaration order.
1.309 -
1.310 -SORT_MEMBER_DOCS = NO
1.311 -
1.312 -# If the SORT_BRIEF_DOCS tag is set to YES then doxygen will sort the
1.313 -# brief documentation of file, namespace and class members alphabetically
1.314 -# by member name. If set to NO (the default) the members will appear in
1.315 -# declaration order.
1.316 -
1.317 -SORT_BRIEF_DOCS = NO
1.318 -
1.319 -# If the SORT_BY_SCOPE_NAME tag is set to YES, the class list will be
1.320 -# sorted by fully-qualified names, including namespaces. If set to
1.321 -# NO (the default), the class list will be sorted only by class name,
1.322 -# not including the namespace part.
1.323 -# Note: This option is not very useful if HIDE_SCOPE_NAMES is set to YES.
1.324 -# Note: This option applies only to the class list, not to the
1.325 -# alphabetical list.
1.326 -
1.327 -SORT_BY_SCOPE_NAME = NO
1.328 -
1.329 -# The GENERATE_TODOLIST tag can be used to enable (YES) or
1.330 -# disable (NO) the todo list. This list is created by putting \todo
1.331 -# commands in the documentation.
1.332 -
1.333 -GENERATE_TODOLIST = YES
1.334 -
1.335 -# The GENERATE_TESTLIST tag can be used to enable (YES) or
1.336 -# disable (NO) the test list. This list is created by putting \test
1.337 -# commands in the documentation.
1.338 -
1.339 -GENERATE_TESTLIST = YES
1.340 -
1.341 -# The GENERATE_BUGLIST tag can be used to enable (YES) or
1.342 -# disable (NO) the bug list. This list is created by putting \bug
1.343 -# commands in the documentation.
1.344 -
1.345 -GENERATE_BUGLIST = YES
1.346 -
1.347 -# The GENERATE_DEPRECATEDLIST tag can be used to enable (YES) or
1.348 -# disable (NO) the deprecated list. This list is created by putting
1.349 -# \deprecated commands in the documentation.
1.350 -
1.351 -GENERATE_DEPRECATEDLIST= YES
1.352 -
1.353 -# The ENABLED_SECTIONS tag can be used to enable conditional
1.354 -# documentation sections, marked by \if sectionname ... \endif.
1.355 -
1.356 -ENABLED_SECTIONS =
1.357 -
1.358 -# The MAX_INITIALIZER_LINES tag determines the maximum number of lines
1.359 -# the initial value of a variable or define consists of for it to appear in
1.360 -# the documentation. If the initializer consists of more lines than specified
1.361 -# here it will be hidden. Use a value of 0 to hide initializers completely.
1.362 -# The appearance of the initializer of individual variables and defines in the
1.363 -# documentation can be controlled using \showinitializer or \hideinitializer
1.364 -# command in the documentation regardless of this setting.
1.365 -
1.366 -MAX_INITIALIZER_LINES = 5
1.367 -
1.368 -# Set the SHOW_USED_FILES tag to NO to disable the list of files generated
1.369 -# at the bottom of the documentation of classes and structs. If set to YES the
1.370 -# list will mention the files that were used to generate the documentation.
1.371 -
1.372 -SHOW_USED_FILES = YES
1.373 -
1.374 -# If the sources in your project are distributed over multiple directories
1.375 -# then setting the SHOW_DIRECTORIES tag to YES will show the directory hierarchy
1.376 -# in the documentation.
1.377 -
1.378 -SHOW_DIRECTORIES = YES
1.379 -
1.380 -# The FILE_VERSION_FILTER tag can be used to specify a program or script that
1.381 -# doxygen should invoke to get the current version for each file (typically from the
1.382 -# version control system). Doxygen will invoke the program by executing (via
1.383 -# popen()) the command <command> <input-file>, where <command> is the value of
1.384 -# the FILE_VERSION_FILTER tag, and <input-file> is the name of an input file
1.385 -# provided by doxygen. Whatever the progam writes to standard output
1.386 -# is used as the file version. See the manual for examples.
1.387 -
1.388 -FILE_VERSION_FILTER =
1.389 -
1.390 -#---------------------------------------------------------------------------
1.391 -# configuration options related to warning and progress messages
1.392 -#---------------------------------------------------------------------------
1.393 -
1.394 -# The QUIET tag can be used to turn on/off the messages that are generated
1.395 -# by doxygen. Possible values are YES and NO. If left blank NO is used.
1.396 -
1.397 -QUIET = NO
1.398 -
1.399 -# The WARNINGS tag can be used to turn on/off the warning messages that are
1.400 -# generated by doxygen. Possible values are YES and NO. If left blank
1.401 -# NO is used.
1.402 -
1.403 -WARNINGS = YES
1.404 -
1.405 -# If WARN_IF_UNDOCUMENTED is set to YES, then doxygen will generate warnings
1.406 -# for undocumented members. If EXTRACT_ALL is set to YES then this flag will
1.407 -# automatically be disabled.
1.408 -
1.409 -WARN_IF_UNDOCUMENTED = YES
1.410 -
1.411 -# If WARN_IF_DOC_ERROR is set to YES, doxygen will generate warnings for
1.412 -# potential errors in the documentation, such as not documenting some
1.413 -# parameters in a documented function, or documenting parameters that
1.414 -# don't exist or using markup commands wrongly.
1.415 -
1.416 -WARN_IF_DOC_ERROR = YES
1.417 -
1.418 -# This WARN_NO_PARAMDOC option can be abled to get warnings for
1.419 -# functions that are documented, but have no documentation for their parameters
1.420 -# or return value. If set to NO (the default) doxygen will only warn about
1.421 -# wrong or incomplete parameter documentation, but not about the absence of
1.422 -# documentation.
1.423 -
1.424 -WARN_NO_PARAMDOC = NO
1.425 -
1.426 -# The WARN_FORMAT tag determines the format of the warning messages that
1.427 -# doxygen can produce. The string should contain the $file, $line, and $text
1.428 -# tags, which will be replaced by the file and line number from which the
1.429 -# warning originated and the warning text. Optionally the format may contain
1.430 -# $version, which will be replaced by the version of the file (if it could
1.431 -# be obtained via FILE_VERSION_FILTER)
1.432 -
1.433 -WARN_FORMAT = "$file:$line: $text"
1.434 -
1.435 -# The WARN_LOGFILE tag can be used to specify a file to which warning
1.436 -# and error messages should be written. If left blank the output is written
1.437 -# to stderr.
1.438 -
1.439 -WARN_LOGFILE = doxygen.log
1.440 -
1.441 -#---------------------------------------------------------------------------
1.442 -# configuration options related to the input files
1.443 -#---------------------------------------------------------------------------
1.444 -
1.445 -# The INPUT tag can be used to specify the files and/or directories that contain
1.446 -# documented source files. You may enter file names like "myfile.cpp" or
1.447 -# directories like "/usr/src/myproject". Separate the files or directories
1.448 -# with spaces.
1.449 -
1.450 -INPUT = ../../doc/mainpage.dox \
1.451 - ../../doc/graphs.dox \
1.452 - ../../doc/maps.dox \
1.453 - ../../doc/coding_style.dox \
1.454 - ../../doc/groups.dox \
1.455 - ../lemon \
1.456 - ../lemon/concept \
1.457 - ../test/test_tools.h \
1.458 - alpar \
1.459 - deba \
1.460 - jacint \
1.461 - klao \
1.462 - marci/lp \
1.463 - marci
1.464 -
1.465 -# If the value of the INPUT tag contains directories, you can use the
1.466 -# FILE_PATTERNS tag to specify one or more wildcard pattern (like *.cpp
1.467 -# and *.h) to filter out the source-files in the directories. If left
1.468 -# blank the following patterns are tested:
1.469 -# *.c *.cc *.cxx *.cpp *.c++ *.java *.ii *.ixx *.ipp *.i++ *.inl *.h *.hh *.hxx
1.470 -# *.hpp *.h++ *.idl *.odl *.cs *.php *.php3 *.inc *.m *.mm
1.471 -
1.472 -FILE_PATTERNS =
1.473 -
1.474 -# The RECURSIVE tag can be used to turn specify whether or not subdirectories
1.475 -# should be searched for input files as well. Possible values are YES and NO.
1.476 -# If left blank NO is used.
1.477 -
1.478 -RECURSIVE = NO
1.479 -
1.480 -# The EXCLUDE tag can be used to specify files and/or directories that should
1.481 -# excluded from the INPUT source files. This way you can easily exclude a
1.482 -# subdirectory from a directory tree whose root is specified with the INPUT tag.
1.483 -
1.484 -EXCLUDE =
1.485 -
1.486 -# The EXCLUDE_SYMLINKS tag can be used select whether or not files or
1.487 -# directories that are symbolic links (a Unix filesystem feature) are excluded
1.488 -# from the input.
1.489 -
1.490 -EXCLUDE_SYMLINKS = NO
1.491 -
1.492 -# If the value of the INPUT tag contains directories, you can use the
1.493 -# EXCLUDE_PATTERNS tag to specify one or more wildcard patterns to exclude
1.494 -# certain files from those directories.
1.495 -
1.496 -EXCLUDE_PATTERNS =
1.497 -
1.498 -# The EXAMPLE_PATH tag can be used to specify one or more files or
1.499 -# directories that contain example code fragments that are included (see
1.500 -# the \include command).
1.501 -
1.502 -EXAMPLE_PATH = ../demo \
1.503 - ../../doc \
1.504 - ../../LICENSE
1.505 -
1.506 -# If the value of the EXAMPLE_PATH tag contains directories, you can use the
1.507 -# EXAMPLE_PATTERNS tag to specify one or more wildcard pattern (like *.cpp
1.508 -# and *.h) to filter out the source-files in the directories. If left
1.509 -# blank all files are included.
1.510 -
1.511 -EXAMPLE_PATTERNS =
1.512 -
1.513 -# If the EXAMPLE_RECURSIVE tag is set to YES then subdirectories will be
1.514 -# searched for input files to be used with the \include or \dontinclude
1.515 -# commands irrespective of the value of the RECURSIVE tag.
1.516 -# Possible values are YES and NO. If left blank NO is used.
1.517 -
1.518 -EXAMPLE_RECURSIVE = NO
1.519 -
1.520 -# The IMAGE_PATH tag can be used to specify one or more files or
1.521 -# directories that contain image that are included in the documentation (see
1.522 -# the \image command).
1.523 -
1.524 -IMAGE_PATH =
1.525 -
1.526 -# The INPUT_FILTER tag can be used to specify a program that doxygen should
1.527 -# invoke to filter for each input file. Doxygen will invoke the filter program
1.528 -# by executing (via popen()) the command <filter> <input-file>, where <filter>
1.529 -# is the value of the INPUT_FILTER tag, and <input-file> is the name of an
1.530 -# input file. Doxygen will then use the output that the filter program writes
1.531 -# to standard output. If FILTER_PATTERNS is specified, this tag will be
1.532 -# ignored.
1.533 -
1.534 -INPUT_FILTER =
1.535 -
1.536 -# The FILTER_PATTERNS tag can be used to specify filters on a per file pattern
1.537 -# basis. Doxygen will compare the file name with each pattern and apply the
1.538 -# filter if there is a match. The filters are a list of the form:
1.539 -# pattern=filter (like *.cpp=my_cpp_filter). See INPUT_FILTER for further
1.540 -# info on how filters are used. If FILTER_PATTERNS is empty, INPUT_FILTER
1.541 -# is applied to all files.
1.542 -
1.543 -FILTER_PATTERNS =
1.544 -
1.545 -# If the FILTER_SOURCE_FILES tag is set to YES, the input filter (if set using
1.546 -# INPUT_FILTER) will be used to filter the input files when producing source
1.547 -# files to browse (i.e. when SOURCE_BROWSER is set to YES).
1.548 -
1.549 -FILTER_SOURCE_FILES = NO
1.550 -
1.551 -#---------------------------------------------------------------------------
1.552 -# configuration options related to source browsing
1.553 -#---------------------------------------------------------------------------
1.554 -
1.555 -# If the SOURCE_BROWSER tag is set to YES then a list of source files will
1.556 -# be generated. Documented entities will be cross-referenced with these sources.
1.557 -# Note: To get rid of all source code in the generated output, make sure also
1.558 -# VERBATIM_HEADERS is set to NO.
1.559 -
1.560 -SOURCE_BROWSER = YES
1.561 -
1.562 -# Setting the INLINE_SOURCES tag to YES will include the body
1.563 -# of functions and classes directly in the documentation.
1.564 -
1.565 -INLINE_SOURCES = NO
1.566 -
1.567 -# Setting the STRIP_CODE_COMMENTS tag to YES (the default) will instruct
1.568 -# doxygen to hide any special comment blocks from generated source code
1.569 -# fragments. Normal C and C++ comments will always remain visible.
1.570 -
1.571 -STRIP_CODE_COMMENTS = YES
1.572 -
1.573 -# If the REFERENCED_BY_RELATION tag is set to YES (the default)
1.574 -# then for each documented function all documented
1.575 -# functions referencing it will be listed.
1.576 -
1.577 -REFERENCED_BY_RELATION = YES
1.578 -
1.579 -# If the REFERENCES_RELATION tag is set to YES (the default)
1.580 -# then for each documented function all documented entities
1.581 -# called/used by that function will be listed.
1.582 -
1.583 -REFERENCES_RELATION = YES
1.584 -
1.585 -# If the VERBATIM_HEADERS tag is set to YES (the default) then Doxygen
1.586 -# will generate a verbatim copy of the header file for each class for
1.587 -# which an include is specified. Set to NO to disable this.
1.588 -
1.589 -VERBATIM_HEADERS = YES
1.590 -
1.591 -#---------------------------------------------------------------------------
1.592 -# configuration options related to the alphabetical class index
1.593 -#---------------------------------------------------------------------------
1.594 -
1.595 -# If the ALPHABETICAL_INDEX tag is set to YES, an alphabetical index
1.596 -# of all compounds will be generated. Enable this if the project
1.597 -# contains a lot of classes, structs, unions or interfaces.
1.598 -
1.599 -ALPHABETICAL_INDEX = YES
1.600 -
1.601 -# If the alphabetical index is enabled (see ALPHABETICAL_INDEX) then
1.602 -# the COLS_IN_ALPHA_INDEX tag can be used to specify the number of columns
1.603 -# in which this list will be split (can be a number in the range [1..20])
1.604 -
1.605 -COLS_IN_ALPHA_INDEX = 2
1.606 -
1.607 -# In case all classes in a project start with a common prefix, all
1.608 -# classes will be put under the same header in the alphabetical index.
1.609 -# The IGNORE_PREFIX tag can be used to specify one or more prefixes that
1.610 -# should be ignored while generating the index headers.
1.611 -
1.612 -IGNORE_PREFIX =
1.613 -
1.614 -#---------------------------------------------------------------------------
1.615 -# configuration options related to the HTML output
1.616 -#---------------------------------------------------------------------------
1.617 -
1.618 -# If the GENERATE_HTML tag is set to YES (the default) Doxygen will
1.619 -# generate HTML output.
1.620 -
1.621 -GENERATE_HTML = YES
1.622 -
1.623 -# The HTML_OUTPUT tag is used to specify where the HTML docs will be put.
1.624 -# If a relative path is entered the value of OUTPUT_DIRECTORY will be
1.625 -# put in front of it. If left blank `html' will be used as the default path.
1.626 -
1.627 -HTML_OUTPUT = html
1.628 -
1.629 -# The HTML_FILE_EXTENSION tag can be used to specify the file extension for
1.630 -# each generated HTML page (for example: .htm,.php,.asp). If it is left blank
1.631 -# doxygen will generate files with .html extension.
1.632 -
1.633 -HTML_FILE_EXTENSION = .html
1.634 -
1.635 -# The HTML_HEADER tag can be used to specify a personal HTML header for
1.636 -# each generated HTML page. If it is left blank doxygen will generate a
1.637 -# standard header.
1.638 -
1.639 -HTML_HEADER =
1.640 -
1.641 -# The HTML_FOOTER tag can be used to specify a personal HTML footer for
1.642 -# each generated HTML page. If it is left blank doxygen will generate a
1.643 -# standard footer.
1.644 -
1.645 -HTML_FOOTER =
1.646 -
1.647 -# The HTML_STYLESHEET tag can be used to specify a user-defined cascading
1.648 -# style sheet that is used by each HTML page. It can be used to
1.649 -# fine-tune the look of the HTML output. If the tag is left blank doxygen
1.650 -# will generate a default style sheet. Note that doxygen will try to copy
1.651 -# the style sheet file to the HTML output directory, so don't put your own
1.652 -# stylesheet in the HTML output directory as well, or it will be erased!
1.653 -
1.654 -HTML_STYLESHEET =
1.655 -
1.656 -# If the HTML_ALIGN_MEMBERS tag is set to YES, the members of classes,
1.657 -# files or namespaces will be aligned in HTML using tables. If set to
1.658 -# NO a bullet list will be used.
1.659 -
1.660 -HTML_ALIGN_MEMBERS = YES
1.661 -
1.662 -# If the GENERATE_HTMLHELP tag is set to YES, additional index files
1.663 -# will be generated that can be used as input for tools like the
1.664 -# Microsoft HTML help workshop to generate a compressed HTML help file (.chm)
1.665 -# of the generated HTML documentation.
1.666 -
1.667 -GENERATE_HTMLHELP = NO
1.668 -
1.669 -# If the GENERATE_HTMLHELP tag is set to YES, the CHM_FILE tag can
1.670 -# be used to specify the file name of the resulting .chm file. You
1.671 -# can add a path in front of the file if the result should not be
1.672 -# written to the html output directory.
1.673 -
1.674 -CHM_FILE =
1.675 -
1.676 -# If the GENERATE_HTMLHELP tag is set to YES, the HHC_LOCATION tag can
1.677 -# be used to specify the location (absolute path including file name) of
1.678 -# the HTML help compiler (hhc.exe). If non-empty doxygen will try to run
1.679 -# the HTML help compiler on the generated index.hhp.
1.680 -
1.681 -HHC_LOCATION =
1.682 -
1.683 -# If the GENERATE_HTMLHELP tag is set to YES, the GENERATE_CHI flag
1.684 -# controls if a separate .chi index file is generated (YES) or that
1.685 -# it should be included in the master .chm file (NO).
1.686 -
1.687 -GENERATE_CHI = NO
1.688 -
1.689 -# If the GENERATE_HTMLHELP tag is set to YES, the BINARY_TOC flag
1.690 -# controls whether a binary table of contents is generated (YES) or a
1.691 -# normal table of contents (NO) in the .chm file.
1.692 -
1.693 -BINARY_TOC = NO
1.694 -
1.695 -# The TOC_EXPAND flag can be set to YES to add extra items for group members
1.696 -# to the contents of the HTML help documentation and to the tree view.
1.697 -
1.698 -TOC_EXPAND = NO
1.699 -
1.700 -# The DISABLE_INDEX tag can be used to turn on/off the condensed index at
1.701 -# top of each HTML page. The value NO (the default) enables the index and
1.702 -# the value YES disables it.
1.703 -
1.704 -DISABLE_INDEX = NO
1.705 -
1.706 -# This tag can be used to set the number of enum values (range [1..20])
1.707 -# that doxygen will group on one line in the generated HTML documentation.
1.708 -
1.709 -ENUM_VALUES_PER_LINE = 4
1.710 -
1.711 -# If the GENERATE_TREEVIEW tag is set to YES, a side panel will be
1.712 -# generated containing a tree-like index structure (just like the one that
1.713 -# is generated for HTML Help). For this to work a browser that supports
1.714 -# JavaScript, DHTML, CSS and frames is required (for instance Mozilla 1.0+,
1.715 -# Netscape 6.0+, Internet explorer 5.0+, or Konqueror). Windows users are
1.716 -# probably better off using the HTML help feature.
1.717 -
1.718 -GENERATE_TREEVIEW = YES
1.719 -
1.720 -# If the treeview is enabled (see GENERATE_TREEVIEW) then this tag can be
1.721 -# used to set the initial width (in pixels) of the frame in which the tree
1.722 -# is shown.
1.723 -
1.724 -TREEVIEW_WIDTH = 250
1.725 -
1.726 -#---------------------------------------------------------------------------
1.727 -# configuration options related to the LaTeX output
1.728 -#---------------------------------------------------------------------------
1.729 -
1.730 -# If the GENERATE_LATEX tag is set to YES (the default) Doxygen will
1.731 -# generate Latex output.
1.732 -
1.733 -GENERATE_LATEX = NO
1.734 -
1.735 -# The LATEX_OUTPUT tag is used to specify where the LaTeX docs will be put.
1.736 -# If a relative path is entered the value of OUTPUT_DIRECTORY will be
1.737 -# put in front of it. If left blank `latex' will be used as the default path.
1.738 -
1.739 -LATEX_OUTPUT = latex
1.740 -
1.741 -# The LATEX_CMD_NAME tag can be used to specify the LaTeX command name to be
1.742 -# invoked. If left blank `latex' will be used as the default command name.
1.743 -
1.744 -LATEX_CMD_NAME = latex
1.745 -
1.746 -# The MAKEINDEX_CMD_NAME tag can be used to specify the command name to
1.747 -# generate index for LaTeX. If left blank `makeindex' will be used as the
1.748 -# default command name.
1.749 -
1.750 -MAKEINDEX_CMD_NAME = makeindex
1.751 -
1.752 -# If the COMPACT_LATEX tag is set to YES Doxygen generates more compact
1.753 -# LaTeX documents. This may be useful for small projects and may help to
1.754 -# save some trees in general.
1.755 -
1.756 -COMPACT_LATEX = YES
1.757 -
1.758 -# The PAPER_TYPE tag can be used to set the paper type that is used
1.759 -# by the printer. Possible values are: a4, a4wide, letter, legal and
1.760 -# executive. If left blank a4wide will be used.
1.761 -
1.762 -PAPER_TYPE = a4wide
1.763 -
1.764 -# The EXTRA_PACKAGES tag can be to specify one or more names of LaTeX
1.765 -# packages that should be included in the LaTeX output.
1.766 -
1.767 -EXTRA_PACKAGES =
1.768 -
1.769 -# The LATEX_HEADER tag can be used to specify a personal LaTeX header for
1.770 -# the generated latex document. The header should contain everything until
1.771 -# the first chapter. If it is left blank doxygen will generate a
1.772 -# standard header. Notice: only use this tag if you know what you are doing!
1.773 -
1.774 -LATEX_HEADER =
1.775 -
1.776 -# If the PDF_HYPERLINKS tag is set to YES, the LaTeX that is generated
1.777 -# is prepared for conversion to pdf (using ps2pdf). The pdf file will
1.778 -# contain links (just like the HTML output) instead of page references
1.779 -# This makes the output suitable for online browsing using a pdf viewer.
1.780 -
1.781 -PDF_HYPERLINKS = YES
1.782 -
1.783 -# If the USE_PDFLATEX tag is set to YES, pdflatex will be used instead of
1.784 -# plain latex in the generated Makefile. Set this option to YES to get a
1.785 -# higher quality PDF documentation.
1.786 -
1.787 -USE_PDFLATEX = YES
1.788 -
1.789 -# If the LATEX_BATCHMODE tag is set to YES, doxygen will add the \\batchmode.
1.790 -# command to the generated LaTeX files. This will instruct LaTeX to keep
1.791 -# running if errors occur, instead of asking the user for help.
1.792 -# This option is also used when generating formulas in HTML.
1.793 -
1.794 -LATEX_BATCHMODE = NO
1.795 -
1.796 -# If LATEX_HIDE_INDICES is set to YES then doxygen will not
1.797 -# include the index chapters (such as File Index, Compound Index, etc.)
1.798 -# in the output.
1.799 -
1.800 -LATEX_HIDE_INDICES = NO
1.801 -
1.802 -#---------------------------------------------------------------------------
1.803 -# configuration options related to the RTF output
1.804 -#---------------------------------------------------------------------------
1.805 -
1.806 -# If the GENERATE_RTF tag is set to YES Doxygen will generate RTF output
1.807 -# The RTF output is optimized for Word 97 and may not look very pretty with
1.808 -# other RTF readers or editors.
1.809 -
1.810 -GENERATE_RTF = NO
1.811 -
1.812 -# The RTF_OUTPUT tag is used to specify where the RTF docs will be put.
1.813 -# If a relative path is entered the value of OUTPUT_DIRECTORY will be
1.814 -# put in front of it. If left blank `rtf' will be used as the default path.
1.815 -
1.816 -RTF_OUTPUT = rtf
1.817 -
1.818 -# If the COMPACT_RTF tag is set to YES Doxygen generates more compact
1.819 -# RTF documents. This may be useful for small projects and may help to
1.820 -# save some trees in general.
1.821 -
1.822 -COMPACT_RTF = NO
1.823 -
1.824 -# If the RTF_HYPERLINKS tag is set to YES, the RTF that is generated
1.825 -# will contain hyperlink fields. The RTF file will
1.826 -# contain links (just like the HTML output) instead of page references.
1.827 -# This makes the output suitable for online browsing using WORD or other
1.828 -# programs which support those fields.
1.829 -# Note: wordpad (write) and others do not support links.
1.830 -
1.831 -RTF_HYPERLINKS = NO
1.832 -
1.833 -# Load stylesheet definitions from file. Syntax is similar to doxygen's
1.834 -# config file, i.e. a series of assignments. You only have to provide
1.835 -# replacements, missing definitions are set to their default value.
1.836 -
1.837 -RTF_STYLESHEET_FILE =
1.838 -
1.839 -# Set optional variables used in the generation of an rtf document.
1.840 -# Syntax is similar to doxygen's config file.
1.841 -
1.842 -RTF_EXTENSIONS_FILE =
1.843 -
1.844 -#---------------------------------------------------------------------------
1.845 -# configuration options related to the man page output
1.846 -#---------------------------------------------------------------------------
1.847 -
1.848 -# If the GENERATE_MAN tag is set to YES (the default) Doxygen will
1.849 -# generate man pages
1.850 -
1.851 -GENERATE_MAN = NO
1.852 -
1.853 -# The MAN_OUTPUT tag is used to specify where the man pages will be put.
1.854 -# If a relative path is entered the value of OUTPUT_DIRECTORY will be
1.855 -# put in front of it. If left blank `man' will be used as the default path.
1.856 -
1.857 -MAN_OUTPUT = man
1.858 -
1.859 -# The MAN_EXTENSION tag determines the extension that is added to
1.860 -# the generated man pages (default is the subroutine's section .3)
1.861 -
1.862 -MAN_EXTENSION = .3
1.863 -
1.864 -# If the MAN_LINKS tag is set to YES and Doxygen generates man output,
1.865 -# then it will generate one additional man file for each entity
1.866 -# documented in the real man page(s). These additional files
1.867 -# only source the real man page, but without them the man command
1.868 -# would be unable to find the correct page. The default is NO.
1.869 -
1.870 -MAN_LINKS = NO
1.871 -
1.872 -#---------------------------------------------------------------------------
1.873 -# configuration options related to the XML output
1.874 -#---------------------------------------------------------------------------
1.875 -
1.876 -# If the GENERATE_XML tag is set to YES Doxygen will
1.877 -# generate an XML file that captures the structure of
1.878 -# the code including all documentation.
1.879 -
1.880 -GENERATE_XML = NO
1.881 -
1.882 -# The XML_OUTPUT tag is used to specify where the XML pages will be put.
1.883 -# If a relative path is entered the value of OUTPUT_DIRECTORY will be
1.884 -# put in front of it. If left blank `xml' will be used as the default path.
1.885 -
1.886 -XML_OUTPUT = xml
1.887 -
1.888 -# The XML_SCHEMA tag can be used to specify an XML schema,
1.889 -# which can be used by a validating XML parser to check the
1.890 -# syntax of the XML files.
1.891 -
1.892 -XML_SCHEMA =
1.893 -
1.894 -# The XML_DTD tag can be used to specify an XML DTD,
1.895 -# which can be used by a validating XML parser to check the
1.896 -# syntax of the XML files.
1.897 -
1.898 -XML_DTD =
1.899 -
1.900 -# If the XML_PROGRAMLISTING tag is set to YES Doxygen will
1.901 -# dump the program listings (including syntax highlighting
1.902 -# and cross-referencing information) to the XML output. Note that
1.903 -# enabling this will significantly increase the size of the XML output.
1.904 -
1.905 -XML_PROGRAMLISTING = YES
1.906 -
1.907 -#---------------------------------------------------------------------------
1.908 -# configuration options for the AutoGen Definitions output
1.909 -#---------------------------------------------------------------------------
1.910 -
1.911 -# If the GENERATE_AUTOGEN_DEF tag is set to YES Doxygen will
1.912 -# generate an AutoGen Definitions (see autogen.sf.net) file
1.913 -# that captures the structure of the code including all
1.914 -# documentation. Note that this feature is still experimental
1.915 -# and incomplete at the moment.
1.916 -
1.917 -GENERATE_AUTOGEN_DEF = NO
1.918 -
1.919 -#---------------------------------------------------------------------------
1.920 -# configuration options related to the Perl module output
1.921 -#---------------------------------------------------------------------------
1.922 -
1.923 -# If the GENERATE_PERLMOD tag is set to YES Doxygen will
1.924 -# generate a Perl module file that captures the structure of
1.925 -# the code including all documentation. Note that this
1.926 -# feature is still experimental and incomplete at the
1.927 -# moment.
1.928 -
1.929 -GENERATE_PERLMOD = NO
1.930 -
1.931 -# If the PERLMOD_LATEX tag is set to YES Doxygen will generate
1.932 -# the necessary Makefile rules, Perl scripts and LaTeX code to be able
1.933 -# to generate PDF and DVI output from the Perl module output.
1.934 -
1.935 -PERLMOD_LATEX = NO
1.936 -
1.937 -# If the PERLMOD_PRETTY tag is set to YES the Perl module output will be
1.938 -# nicely formatted so it can be parsed by a human reader. This is useful
1.939 -# if you want to understand what is going on. On the other hand, if this
1.940 -# tag is set to NO the size of the Perl module output will be much smaller
1.941 -# and Perl will parse it just the same.
1.942 -
1.943 -PERLMOD_PRETTY = YES
1.944 -
1.945 -# The names of the make variables in the generated doxyrules.make file
1.946 -# are prefixed with the string contained in PERLMOD_MAKEVAR_PREFIX.
1.947 -# This is useful so different doxyrules.make files included by the same
1.948 -# Makefile don't overwrite each other's variables.
1.949 -
1.950 -PERLMOD_MAKEVAR_PREFIX =
1.951 -
1.952 -#---------------------------------------------------------------------------
1.953 -# Configuration options related to the preprocessor
1.954 -#---------------------------------------------------------------------------
1.955 -
1.956 -# If the ENABLE_PREPROCESSING tag is set to YES (the default) Doxygen will
1.957 -# evaluate all C-preprocessor directives found in the sources and include
1.958 -# files.
1.959 -
1.960 -ENABLE_PREPROCESSING = YES
1.961 -
1.962 -# If the MACRO_EXPANSION tag is set to YES Doxygen will expand all macro
1.963 -# names in the source code. If set to NO (the default) only conditional
1.964 -# compilation will be performed. Macro expansion can be done in a controlled
1.965 -# way by setting EXPAND_ONLY_PREDEF to YES.
1.966 -
1.967 -MACRO_EXPANSION = NO
1.968 -
1.969 -# If the EXPAND_ONLY_PREDEF and MACRO_EXPANSION tags are both set to YES
1.970 -# then the macro expansion is limited to the macros specified with the
1.971 -# PREDEFINED and EXPAND_AS_PREDEFINED tags.
1.972 -
1.973 -EXPAND_ONLY_PREDEF = NO
1.974 -
1.975 -# If the SEARCH_INCLUDES tag is set to YES (the default) the includes files
1.976 -# in the INCLUDE_PATH (see below) will be search if a #include is found.
1.977 -
1.978 -SEARCH_INCLUDES = YES
1.979 -
1.980 -# The INCLUDE_PATH tag can be used to specify one or more directories that
1.981 -# contain include files that are not input files but should be processed by
1.982 -# the preprocessor.
1.983 -
1.984 -INCLUDE_PATH =
1.985 -
1.986 -# You can use the INCLUDE_FILE_PATTERNS tag to specify one or more wildcard
1.987 -# patterns (like *.h and *.hpp) to filter out the header-files in the
1.988 -# directories. If left blank, the patterns specified with FILE_PATTERNS will
1.989 -# be used.
1.990 -
1.991 -INCLUDE_FILE_PATTERNS =
1.992 -
1.993 -# The PREDEFINED tag can be used to specify one or more macro names that
1.994 -# are defined before the preprocessor is started (similar to the -D option of
1.995 -# gcc). The argument of the tag is a list of macros of the form: name
1.996 -# or name=definition (no spaces). If the definition and the = are
1.997 -# omitted =1 is assumed. To prevent a macro definition from being
1.998 -# undefined via #undef or recursively expanded use the := operator
1.999 -# instead of the = operator.
1.1000 -
1.1001 -PREDEFINED = DOXYGEN
1.1002 -
1.1003 -# If the MACRO_EXPANSION and EXPAND_ONLY_PREDEF tags are set to YES then
1.1004 -# this tag can be used to specify a list of macro names that should be expanded.
1.1005 -# The macro definition that is found in the sources will be used.
1.1006 -# Use the PREDEFINED tag if you want to use a different macro definition.
1.1007 -
1.1008 -EXPAND_AS_DEFINED =
1.1009 -
1.1010 -# If the SKIP_FUNCTION_MACROS tag is set to YES (the default) then
1.1011 -# doxygen's preprocessor will remove all function-like macros that are alone
1.1012 -# on a line, have an all uppercase name, and do not end with a semicolon. Such
1.1013 -# function macros are typically used for boiler-plate code, and will confuse
1.1014 -# the parser if not removed.
1.1015 -
1.1016 -SKIP_FUNCTION_MACROS = YES
1.1017 -
1.1018 -#---------------------------------------------------------------------------
1.1019 -# Configuration::additions related to external references
1.1020 -#---------------------------------------------------------------------------
1.1021 -
1.1022 -# The TAGFILES option can be used to specify one or more tagfiles.
1.1023 -# Optionally an initial location of the external documentation
1.1024 -# can be added for each tagfile. The format of a tag file without
1.1025 -# this location is as follows:
1.1026 -# TAGFILES = file1 file2 ...
1.1027 -# Adding location for the tag files is done as follows:
1.1028 -# TAGFILES = file1=loc1 "file2 = loc2" ...
1.1029 -# where "loc1" and "loc2" can be relative or absolute paths or
1.1030 -# URLs. If a location is present for each tag, the installdox tool
1.1031 -# does not have to be run to correct the links.
1.1032 -# Note that each tag file must have a unique name
1.1033 -# (where the name does NOT include the path)
1.1034 -# If a tag file is not located in the directory in which doxygen
1.1035 -# is run, you must also specify the path to the tagfile here.
1.1036 -
1.1037 -TAGFILES =
1.1038 -
1.1039 -# When a file name is specified after GENERATE_TAGFILE, doxygen will create
1.1040 -# a tag file that is based on the input files it reads.
1.1041 -
1.1042 -GENERATE_TAGFILE =
1.1043 -
1.1044 -# If the ALLEXTERNALS tag is set to YES all external classes will be listed
1.1045 -# in the class index. If set to NO only the inherited external classes
1.1046 -# will be listed.
1.1047 -
1.1048 -ALLEXTERNALS = NO
1.1049 -
1.1050 -# If the EXTERNAL_GROUPS tag is set to YES all external groups will be listed
1.1051 -# in the modules index. If set to NO, only the current project's groups will
1.1052 -# be listed.
1.1053 -
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1.1059 -PERL_PATH = /usr/bin/perl
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1.1063 -#---------------------------------------------------------------------------
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1.1114 -
1.1115 -TEMPLATE_RELATIONS = YES
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1.1117 -# If the ENABLE_PREPROCESSING, SEARCH_INCLUDES, INCLUDE_GRAPH, and HAVE_DOT
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1.1215 -GENERATE_LEGEND = YES
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1.1222 -
1.1223 -#---------------------------------------------------------------------------
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1.1230 -SEARCHENGINE = NO
2.1 --- a/src/work/akos/makefile Sun Apr 17 18:57:22 2005 +0000
2.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
2.3 @@ -1,3 +0,0 @@
2.4 -BINARIES = simann_demo
2.5 -INCLUDEDIRS= -I. -I.. -I../.. -I../{marci,jacint,alpar,johanna,athos,akos}
2.6 -include ../makefile
3.1 --- a/src/work/akos/simann.h Sun Apr 17 18:57:22 2005 +0000
3.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
3.3 @@ -1,328 +0,0 @@
3.4 -#ifndef LEMON_SIMANN_H
3.5 -#define LEMON_SIMANN_H
3.6 -
3.7 -/// \ingroup experimental
3.8 -/// \file
3.9 -/// \brief Simulated annealing framework.
3.10 -/// \author Akos Ladanyi
3.11 -
3.12 -#include <cstdlib>
3.13 -#include <cmath>
3.14 -#include <lemon/time_measure.h>
3.15 -
3.16 -namespace lemon {
3.17 -
3.18 -/// \addtogroup experimental
3.19 -/// @{
3.20 -
3.21 - const double INFTY = 1e24;
3.22 -
3.23 - /*! \brief Simulated annealing base class. */
3.24 - class SimAnnBase {
3.25 - public:
3.26 - class Controller;
3.27 - private:
3.28 - /*! Pointer to the controller. */
3.29 - Controller *controller;
3.30 - protected:
3.31 - /*! \brief Cost of the current solution. */
3.32 - double curr_cost;
3.33 - /*! \brief Cost of the best solution. */
3.34 - double best_cost;
3.35 - /*! \brief Cost of the previous solution. */
3.36 - double prev_cost;
3.37 - /*! \brief Cost of the solution preceding the previous one. */
3.38 - double prev_prev_cost;
3.39 -
3.40 - /*! \brief Step to a neighbouring state. */
3.41 - virtual void mutate() = 0;
3.42 - /*! \brief Reverts the last mutate(). */
3.43 - virtual void revert() = 0;
3.44 - /*! \brief Saves the current solution as the best one. */
3.45 - virtual void saveAsBest() = 0;
3.46 - public:
3.47 - /*! \brief Constructor. */
3.48 - SimAnnBase() {
3.49 - best_cost = prev_cost = prev_prev_cost = INFTY;
3.50 - }
3.51 - /*! \brief Sets the controller class to use. */
3.52 - void setController(Controller &_controller) {
3.53 - controller = &_controller;
3.54 - controller->setBase(this);
3.55 - }
3.56 - /*! \brief Returns the cost of the current solution. */
3.57 - double getCurrCost() const { return curr_cost; }
3.58 - /*! \brief Returns the cost of the previous solution. */
3.59 - double getPrevCost() const { return prev_cost; }
3.60 - /*! \brief Returns the cost of the best solution. */
3.61 - double getBestCost() const { return best_cost; }
3.62 - /*! \brief Starts the annealing process. */
3.63 - void run() {
3.64 - controller->init();
3.65 - do {
3.66 - curr_cost=mutate();
3.67 - if (controller->accept()) {
3.68 - controller->acceptEvent();
3.69 - if (curr_cost < best_cost) {
3.70 - saveAsBest();
3.71 - controller->improveEvent();
3.72 - }
3.73 - }
3.74 - else {
3.75 - revert();
3.76 - controller->rejectEvent();
3.77 - }
3.78 - } while (controller->next());
3.79 - }
3.80 -
3.81 - /*! \brief A base class for controllers. */
3.82 - class Controller {
3.83 - public:
3.84 - /*! \brief Pointer to the simulated annealing base class. */
3.85 - SimAnnBase *base;
3.86 - /*! \brief Initializes the controller. */
3.87 - virtual void init() {}
3.88 - /*! \brief This is called when a neighbouring state gets accepted. */
3.89 - virtual void acceptEvent() {}
3.90 - /*! \brief This is called when the accepted neighbouring state's cost is
3.91 - * less than the best found one's.
3.92 - */
3.93 - virtual void improveEvent() {}
3.94 - /*! \brief This is called when a neighbouring state gets rejected. */
3.95 - virtual void rejectEvent() {}
3.96 - /*! \brief Sets the simulated annealing base class to use. */
3.97 - virtual void setBase(SimAnnBase *_base) { base = _base; }
3.98 - /*! \brief Decides whether to continue the annealing process or not. */
3.99 - virtual bool next() = 0;
3.100 - /*! \brief Decides whether to accept the current solution or not. */
3.101 - virtual bool accept() = 0;
3.102 - };
3.103 - };
3.104 -
3.105 - /*! \brief Simulated annealing class. */
3.106 - template <typename E>
3.107 - class SimAnn : public SimAnnBase {
3.108 - private:
3.109 - /*! \brief Pointer to the current entity. */
3.110 - E *curr_ent;
3.111 - /*! \brief Pointer to the best entity. */
3.112 - E *best_ent;
3.113 - public:
3.114 - /*! \brief Constructor. */
3.115 - SimAnn() : SimAnnBase() {}
3.116 - /*! \brief Sets the initial entity. */
3.117 - void setEntity(E &ent) {
3.118 - curr_ent = new E(ent);
3.119 - best_ent = new E(ent);
3.120 - curr_cost = curr_ent->getCost();
3.121 - }
3.122 - /*! \brief Returns the best found entity. */
3.123 - E getBestEntity() { return *best_ent; }
3.124 - /*! \brief Step to a neighbouring state. */
3.125 - void mutate() {
3.126 - prev_prev_cost = prev_cost;
3.127 - prev_cost = curr_cost;
3.128 - curr_ent->mutate();
3.129 - curr_cost = curr_ent->getCost();
3.130 - }
3.131 - /*! \brief Reverts the last mutate(). */
3.132 - void revert() {
3.133 - curr_ent->revert();
3.134 - curr_cost = prev_cost;
3.135 - prev_cost = prev_prev_cost;
3.136 - }
3.137 - /*! \brief Saves the current solution as the best one. */
3.138 - void saveAsBest() {
3.139 - delete(best_ent);
3.140 - best_ent = new E(*curr_ent);
3.141 - best_cost = curr_cost;
3.142 - }
3.143 - };
3.144 -
3.145 - /*! \brief Skeleton of an entity class. */
3.146 - class EntitySkeleton {
3.147 - public:
3.148 - /*! \brief Returns the cost of the entity. */
3.149 - double getCost() { return 0.0; }
3.150 - /*! \brief Makes a minor change to the entity. */
3.151 - void mutate() {}
3.152 - /*! \brief Restores the entity to its previous state i.e. reverts the
3.153 - * effects of the last mutate().
3.154 - */
3.155 - void revert() {}
3.156 - };
3.157 -
3.158 - /*! \brief A simple controller for the simulated annealing class. */
3.159 - class SimpleController : public SimAnnBase::Controller {
3.160 - public:
3.161 - /*! \brief Number of iterations. */
3.162 - long iter;
3.163 - /*! \brief Number of iterations which did not improve the solution since
3.164 - * the last improvement. */
3.165 - long last_impr;
3.166 - /*! \brief Maximum number of iterations. */
3.167 - long max_iter;
3.168 - /*! \brief Maximum number of iterations which do not improve the
3.169 - * solution. */
3.170 - long max_no_impr;
3.171 - /*! \brief Temperature. */
3.172 - double temp;
3.173 - /*! \brief Annealing factor. */
3.174 - double ann_fact;
3.175 - /*! \brief Constructor.
3.176 - * \param _max_iter maximum number of iterations
3.177 - * \param _max_no_impr maximum number of consecutive iterations which do
3.178 - * not yield a better solution
3.179 - * \param _temp initial temperature
3.180 - * \param _ann_fact annealing factor
3.181 - */
3.182 - SimpleController(long _max_iter = 500000, long _max_no_impr = 20000,
3.183 - double _temp = 1000.0, double _ann_fact = 0.9999) : iter(0), last_impr(0),
3.184 - max_iter(_max_iter), max_no_impr(_max_no_impr), temp(_temp),
3.185 - ann_fact(_ann_fact) {}
3.186 - /*! \brief This is called when a neighbouring state gets accepted. */
3.187 - void acceptEvent() {
3.188 - iter++;
3.189 - }
3.190 - /*! \brief This is called when the accepted neighbouring state's cost is
3.191 - * less than the best found one's.
3.192 - */
3.193 - void improveEvent() {
3.194 - last_impr = iter;
3.195 - }
3.196 - /*! \brief This is called when a neighbouring state gets rejected. */
3.197 - void rejectEvent() {
3.198 - iter++;
3.199 - }
3.200 - /*! \brief Decides whether to continue the annealing process or not. Also
3.201 - * decreases the temperature. */
3.202 - bool next() {
3.203 - temp *= ann_fact;
3.204 - bool quit = (iter > max_iter) || (iter - last_impr > max_no_impr);
3.205 - return !quit;
3.206 - }
3.207 - /*! \brief Decides whether to accept the current solution or not. */
3.208 - bool accept() {
3.209 - double cost_diff = base->getPrevCost() - base->getCurrCost();
3.210 - if (cost_diff < 0.0) {
3.211 - bool ret = drand48() <= exp(cost_diff / temp);
3.212 - return ret;
3.213 - }
3.214 - else {
3.215 - return true;
3.216 - }
3.217 - }
3.218 - };
3.219 -
3.220 - /*! \brief A controller with preset running time for the simulated annealing
3.221 - * class.
3.222 - *
3.223 - * With this controller you can set the running time of the annealing
3.224 - * process in advance. It works the following way: the controller measures
3.225 - * a kind of divergence. The divergence is the difference of the average
3.226 - * cost of the recently found solutions the cost of the best found one. In
3.227 - * case this divergence is greater than a given threshold, then we decrease
3.228 - * the annealing factor, that is we cool the system faster. In case the
3.229 - * divergence is lower than the threshold, then we increase the temperature.
3.230 - * The threshold is a function of the elapsed time which reaches zero at the
3.231 - * desired end time.
3.232 - */
3.233 - class AdvancedController : public SimAnnBase::Controller {
3.234 - private:
3.235 - Timer timer;
3.236 - /*! \param time the elapsed time in seconds */
3.237 - virtual double threshold(double time) {
3.238 - return (-1.0) * start_threshold / end_time * time + start_threshold;
3.239 - }
3.240 - public:
3.241 - double alpha;
3.242 - double beta;
3.243 - double gamma;
3.244 - /*! \brief The time at the end of the algorithm. */
3.245 - double end_time;
3.246 - /*! \brief The time at the start of the algorithm. */
3.247 - double start_time;
3.248 - /*! \brief Starting threshold. */
3.249 - double start_threshold;
3.250 - /*! \brief Average cost of recent solutions. */
3.251 - double avg_cost;
3.252 - /*! \brief Temperature. */
3.253 - double temp;
3.254 - /*! \brief Annealing factor. */
3.255 - double ann_fact;
3.256 - /*! \brief Initial annealing factor. */
3.257 - double init_ann_fact;
3.258 - bool warmup;
3.259 - /*! \brief Constructor.
3.260 - * \param _end_time running time in seconds
3.261 - * \param _alpha parameter used to calculate the running average
3.262 - * \param _beta parameter used to decrease the annealing factor
3.263 - * \param _gamma parameter used to increase the temperature
3.264 - * \param _ann_fact initial annealing factor
3.265 - */
3.266 - AdvancedController(double _end_time, double _alpha = 0.2,
3.267 - double _beta = 0.9, double _gamma = 1.6, double _ann_fact = 0.9999) :
3.268 - alpha(_alpha), beta(_beta), gamma(_gamma), end_time(_end_time),
3.269 - ann_fact(_ann_fact), init_ann_fact(_ann_fact), warmup(true) {}
3.270 - void init() {
3.271 - avg_cost = base->getCurrCost();
3.272 - }
3.273 - /*! \brief This is called when a neighbouring state gets accepted. */
3.274 - void acceptEvent() {
3.275 - avg_cost = alpha * base->getCurrCost() + (1.0 - alpha) * avg_cost;
3.276 - if (warmup) {
3.277 - static int cnt = 0;
3.278 - cnt++;
3.279 - if (cnt >= 100) {
3.280 - // calculate starting threshold and starting temperature
3.281 - start_threshold = 5.0 * fabs(base->getBestCost() - avg_cost);
3.282 - temp = 10000.0;
3.283 - warmup = false;
3.284 - timer.reset();
3.285 - }
3.286 - }
3.287 - }
3.288 - /*! \brief Decides whether to continue the annealing process or not. */
3.289 - bool next() {
3.290 - if (warmup) {
3.291 - return true;
3.292 - }
3.293 - else {
3.294 - double elapsed_time = timer.getRealTime();
3.295 - if (fabs(avg_cost - base->getBestCost()) > threshold(elapsed_time)) {
3.296 - // decrease the annealing factor
3.297 - ann_fact *= beta;
3.298 - }
3.299 - else {
3.300 - // increase the temperature
3.301 - temp *= gamma;
3.302 - // reset the annealing factor
3.303 - ann_fact = init_ann_fact;
3.304 - }
3.305 - temp *= ann_fact;
3.306 - return elapsed_time < end_time;
3.307 - }
3.308 - }
3.309 - /*! \brief Decides whether to accept the current solution or not. */
3.310 - bool accept() {
3.311 - if (warmup) {
3.312 - // we accept eveything during the "warm up" phase
3.313 - return true;
3.314 - }
3.315 - else {
3.316 - double cost_diff = base->getPrevCost() - base->getCurrCost();
3.317 - if (cost_diff < 0.0) {
3.318 - return (drand48() <= exp(cost_diff / temp));
3.319 - }
3.320 - else {
3.321 - return true;
3.322 - }
3.323 - }
3.324 - }
3.325 - };
3.326 -
3.327 -/// @}
3.328 -
3.329 -}
3.330 -
3.331 -#endif
4.1 --- a/src/work/akos/simann_demo.cc Sun Apr 17 18:57:22 2005 +0000
4.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
4.3 @@ -1,28 +0,0 @@
4.4 -#include "simann.h"
4.5 -
4.6 -using namespace lemon;
4.7 -
4.8 -class MyEntity {
4.9 -public:
4.10 - double getCost() { return 10.0; }
4.11 - void mutate() {}
4.12 - void revert() {}
4.13 -};
4.14 -
4.15 -int main() {
4.16 - /*
4.17 - SimAnn<MyEntity> simann;
4.18 - SimpleController ctrl;
4.19 - simann.setController(ctrl);
4.20 - MyEntity ent;
4.21 - simann.setEntity(ent);
4.22 - simann.run();
4.23 - */
4.24 -
4.25 - SimAnn<MyEntity> simann2;
4.26 - AdvancedController ctrl2(10.0);
4.27 - simann2.setController(ctrl2);
4.28 - MyEntity ent2;
4.29 - simann2.setEntity(ent2);
4.30 - simann2.run();
4.31 -}
5.1 --- a/src/work/alpar/attic/bfs.h Sun Apr 17 18:57:22 2005 +0000
5.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
5.3 @@ -1,352 +0,0 @@
5.4 -// -*-mode: c++; -*-
5.5 -#ifndef _BFS_H_
5.6 -#define _BFS_H_
5.7 -
5.8 -#include <queue>
5.9 -#include <graph.h>
5.10 -
5.11 -namespace NEGRO
5.12 -{
5.13 - using namespace std;
5.14 -
5.15 - // template <typename G,typename> class bfs_T
5.16 - // {
5.17 - // typedef G Graph;
5.18 - // typedef Graph::OutEdgeIterator EdgeIterator; //Ez kell
5.19 - // typedef Graph::NodeIterator NodeIterator;
5.20 -
5.21 - // class bfs_node_D
5.22 - // {
5.23 - // EdgeIterator Tree;
5.24 - // int Dist;
5.25 - // int Priority;
5.26 - // }
5.27 - // }
5.28 -
5.29 -
5.30 - // // template <bfs_T<G>>
5.31 - // // void bfs(bfs_T::Graph &G,const bfs_T::NodeIterator &start_node,const &maps)
5.32 -
5.33 -
5.34 -
5.35 - // template <class G>
5.36 - // class bfs_maps_T
5.37 - // {
5.38 - // typedef visited; //node->bool (RW)
5.39 - // typedef tree; //node->EdgeIterator (W)
5.40 - // typedef dist; //node->int (W)
5.41 - // typedef priority; //node->int (W)
5.42 - // };
5.43 -
5.44 -
5.45 - // Nem jo! Osszeakad a masik Put-tal
5.46 - // class do_nothing_map {};
5.47 - // template <typename V,typename T>
5.48 - // void Put(const do_nothing_map &p,const V &v,const T &t) {}
5.49 -
5.50 - struct do_nothing_map {
5.51 - template <typename V,typename T> static void Put(V v,T t) {}
5.52 - template <typename G> void SetG(G &g) {}
5.53 - };
5.54 -
5.55 -
5.56 - template <typename I,typename C, typename T, T C::*M>
5.57 - class class_element_map {
5.58 - public:
5.59 - typedef T value_type;
5.60 - static void Put(const I &i, const T &t) {(*i).*M=t;}
5.61 - static T Get(const I i) {return (*i).*M;}
5.62 - T &operator[](I i) {return (*i).*M;}
5.63 - };
5.64 -
5.65 - /*
5.66 - template <typename C,typename I,typename T, T C::*M>
5.67 - void Put(class_element_map<C,T,M> p,I i, T t)
5.68 - {
5.69 - i->*M=t;
5.70 - };
5.71 - */
5.72 -
5.73 - template <typename P,typename I,typename T>
5.74 - inline void Put(P &p,const I &i, const T &t)
5.75 - {
5.76 - p.Put(i,t);
5.77 - };
5.78 - template <typename P,typename I>
5.79 - inline typename P::value_type Get(const P &p,const I &i)
5.80 - {
5.81 - return p.Get(i);
5.82 - };
5.83 -
5.84 - /*
5.85 - template <typename G,typename T, typename G::EdgeType::*M>
5.86 - T Get(edge_element_map p,G::EdgeIterator i)
5.87 - {
5.88 - return i->*M;
5.89 - };
5.90 - */
5.91 -
5.92 - /*
5.93 - template <class G>
5.94 - class default_bfs_maps
5.95 - {
5.96 - public:
5.97 - typedef typename G::NodeType NodeType;
5.98 -
5.99 - class_element_map<typename G::NodeIterator,
5.100 - typename G::NodeType,
5.101 - bool,&NodeType::isVis> visited; //node->bool (RW)
5.102 - do_nothing_map tree; //node->EdgeIterator (W)
5.103 - do_nothing_map dist; //node->int (W)
5.104 - do_nothing_map priority; //node->int (W)
5.105 - };
5.106 - */
5.107 -
5.108 - template<class G>
5.109 - struct bfs_node_data
5.110 - {
5.111 - bool visited;
5.112 - typename G::EdgeIterator tree;
5.113 - int dist;
5.114 - int priority;
5.115 - };
5.116 -
5.117 - template <class G>
5.118 - class bfs_static_maps
5.119 - {
5.120 - public:
5.121 - typedef typename G::NodeType NodeType;
5.122 -
5.123 - /* class_element_map<typename G::NodeIterator,
5.124 - typename G::NodeType,
5.125 - bfs_node_data<G>,&NT::D> n_d; //node-> data
5.126 - */
5.127 - class
5.128 - {
5.129 - public:
5.130 - bfs_node_data<G> NodeType::*d;
5.131 - typedef bool value_type;
5.132 - void Put(typename G::NodeIterator &i, const value_type &t)
5.133 - {((*i).*d).visited=t;}
5.134 - value_type Get(const typename G::NodeIterator &i) const
5.135 - {return ((*i).*d).visited;}
5.136 - } visited;
5.137 -
5.138 - class
5.139 - {
5.140 - public:
5.141 - bfs_node_data<G> NodeType::*d;
5.142 - typedef typename G::EdgeIterator value_type;
5.143 - void Put(typename G::NodeIterator &i, const value_type &t)
5.144 - {((*i).*d).tree=t;}
5.145 - value_type Get(const typename G::NodeIterator &i) const
5.146 - {return ((*i).*d).tree;}
5.147 - } tree;
5.148 -
5.149 - class
5.150 - {
5.151 - public:
5.152 - bfs_node_data<G> NodeType::*d;
5.153 - typedef int value_type;
5.154 - void Put(typename G::NodeIterator &i, const value_type &t)
5.155 - {((*i).*d).dist=t;}
5.156 - value_type Get(const typename G::NodeIterator &i) const
5.157 - {return ((*i).*d).dist;}
5.158 - } dist;
5.159 -
5.160 - class
5.161 - {
5.162 - public:
5.163 - bfs_node_data<G> NodeType::*d;
5.164 - typedef int value_type;
5.165 - void Put(typename G::NodeIterator &i, const value_type &t)
5.166 - {((*i).*d).priority=t;}
5.167 - value_type Get(const typename G::NodeIterator &i) const
5.168 - {return ((*i).*d).priority;}
5.169 - } priority;
5.170 -
5.171 - //do_nothing_map tree; //node->EdgeIterator (W)
5.172 - // do_nothing_map dist; //node->int (W)
5.173 - // do_nothing_map priority; //node->int (W)
5.174 -
5.175 - void SetDataField(const bfs_node_data<G> NodeType::*dd)
5.176 - {
5.177 - tree.d=visited.d=dist.d=priority.d=dd;
5.178 - }
5.179 -
5.180 - bfs_static_maps(const bfs_node_data<G> NodeType::*dd)
5.181 - {
5.182 - PutDataField(dd);
5.183 - }
5.184 -
5.185 - bfs_static_maps(const bfs_static_maps<G> &B)
5.186 - {
5.187 - tree.d=B.tree.d;visited.d=B.visited.d;
5.188 - dist.d=B.dist.d;priority.d=B.priority.d;
5.189 - }
5.190 -
5.191 - };
5.192 -
5.193 - template<typename I>
5.194 - struct BFS_Q
5.195 - {
5.196 - I n;
5.197 - int dist;
5.198 - // BFS_Q() {}
5.199 - // BFS_Q(BFS_Q<I> &b) {n=b.n;dist=b.dist;}
5.200 - };
5.201 -
5.202 - template<class G,class M>
5.203 - void bfs_fn(G &Gr,const typename G::NodeIterator &start_node,M &maps)
5.204 - {
5.205 - using namespace std;
5.206 -
5.207 - typedef BFS_Q<typename G::NodeIterator> Q_T;
5.208 -
5.209 - Q_T q;
5.210 -
5.211 - int pr=0;
5.212 - typename G::NodeIterator n,m;
5.213 - typename G::OutEdgeIterator e;
5.214 - int d;
5.215 -
5.216 - for(Gr.GetFirst(n);n.isValid();++n)
5.217 - Put(maps.visited,n,false);
5.218 -
5.219 - queue<Q_T> Q;
5.220 -
5.221 - q.n=start_node;
5.222 - q.dist=0;
5.223 - Q.push(q);
5.224 - Put(maps.visited,start_node,true);
5.225 - // Put(maps::tree,start_node,?????);
5.226 - Put(maps.dist,start_node,0);
5.227 - Put(maps.priority,start_node,pr++);
5.228 -
5.229 - do {
5.230 - n=Q.front().n;d=Q.front().dist+1;
5.231 - Q.pop();
5.232 - for(Gr.GetFirst(e,n);e.isValid();++e)
5.233 - if(!Get(maps.visited,(m=e.Bnode()))) {
5.234 - q.n=m;
5.235 - q.dist=d;
5.236 - Q.push(q);
5.237 - Put(maps.visited,m,true);
5.238 - Put(maps.tree,m,e);
5.239 - Put(maps.dist,m,d);
5.240 - Put(maps.priority,m,pr++);
5.241 - }
5.242 - } while(!Q.empty());
5.243 - };
5.244 -
5.245 - // bfs algorithm class
5.246 -
5.247 - template<class G> //the default traits
5.248 - class default_bfs_T
5.249 - {
5.250 - public:
5.251 -
5.252 - typedef G Graph;
5.253 - typedef typename G::OutEdgeIterator SearchEdgeIterator;
5.254 -
5.255 - typedef typename G::NodeMap<bool> visited_map_t;
5.256 - typedef typename G::NodeMap<typename G::EdgeIterator> tree_map_t;
5.257 -
5.258 - typedef typename G::NodeMap<int> dist_map_t; //node->int (W)
5.259 - typedef typename G::NodeMap<int> priority_map_t; //node->int (W)
5.260 -};
5.261 -
5.262 - template<class T>
5.263 - class Bfs
5.264 - {
5.265 - public:
5.266 - typedef typename T::Graph Graph;
5.267 - typedef typename Graph::NodeIterator NodeIterator;
5.268 - typedef typename Graph::EdgeIterator EdgeIterator;
5.269 -
5.270 - typedef typename T::SearchEdgeIterator SearchEdgeIterator;
5.271 -
5.272 - typename T::visited_map_t visited_map;
5.273 - typename T::tree_map_t tree_map;
5.274 - typename T::dist_map_t dist_map;
5.275 - typename T::priority_map_t priority_map;
5.276 -
5.277 - struct bfs_queue_cont
5.278 - {
5.279 - NodeIterator n;
5.280 - int dist;
5.281 - };
5.282 -
5.283 - std::queue<bfs_queue_cont> bfs_queue;
5.284 -
5.285 - int priority;
5.286 - Graph *G;
5.287 -
5.288 - //Bfs(int i): visited_map(G), tree_map(G), dist_map(G), priority_map(G) {}
5.289 - Bfs() {}
5.290 -
5.291 - void SetG(Graph &Gr)
5.292 - {
5.293 - G=&Gr;
5.294 - visited_map.SetG(Gr);
5.295 - tree_map.SetG(Gr);
5.296 - dist_map.SetG(Gr);
5.297 - priority_map.SetG(Gr);
5.298 - }
5.299 -
5.300 - void Init()
5.301 - {
5.302 - //There must be a better way to do this:
5.303 - while(!bfs_queue.empty()) bfs_queue.pop();
5.304 -
5.305 - for(NodeIterator n(*G);n.isValid();++n)
5.306 - Put(visited_map,n,false);
5.307 -
5.308 - priority=0;
5.309 - }
5.310 -
5.311 - void AddStartNode(const NodeIterator &start_node,int dist=0)
5.312 - {
5.313 - bfs_queue_cont q;
5.314 - q.n=start_node;
5.315 - q.dist=dist;
5.316 - bfs_queue.push(q);
5.317 -
5.318 - Put(visited_map,start_node,true);
5.319 - // Put(tree_map,start_node,?????);
5.320 - Put(dist_map,start_node,dist);
5.321 - Put(priority_map,start_node,priority++);
5.322 - }
5.323 -
5.324 - void Init(const NodeIterator &start_node,int dist=0)
5.325 - {
5.326 - Init();
5.327 - AddStartNode(start_node,dist);
5.328 - }
5.329 -
5.330 - void Run()
5.331 - {
5.332 - NodeIterator n,m;
5.333 - int d;
5.334 -
5.335 - bfs_queue_cont q;
5.336 - while(!(bfs_queue.empty()/* && other stop conditions */)) {
5.337 - n=bfs_queue.front().n;d=bfs_queue.front().dist+1;
5.338 - bfs_queue.pop();
5.339 - for(SearchEdgeIterator e(*G,n);e.isValid();++e)
5.340 - if(!Get(visited_map,(m=e.Bnode()))) {
5.341 - q.n=m;
5.342 - q.dist=d;
5.343 - bfs_queue.push(q);
5.344 - Put(visited_map,m,true);
5.345 - Put(tree_map,m,e);
5.346 - Put(dist_map,m,d);
5.347 - Put(priority_map,m,priority++);
5.348 - }
5.349 - }
5.350 - }
5.351 - };
5.352 -
5.353 -}
5.354 -
5.355 -#endif
6.1 --- a/src/work/alpar/attic/texi/etikol.texi Sun Apr 17 18:57:22 2005 +0000
6.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
6.3 @@ -1,189 +0,0 @@
6.4 -\input texinfo @c -*-texinfo-*-
6.5 -@comment $Id: etikol.texi,v 1.5 2004/02/10 13:29:15 alpar Exp $
6.6 -@comment %**start of header
6.7 -@setfilename etikol.info
6.8 -@include version.texi
6.9 -@settitle GNU ETIK-OL Optimization Library @value{VERSION}
6.10 -@syncodeindex pg cp
6.11 -
6.12 -@c @ifnottex
6.13 -@c @macro mref { nn, txt }
6.14 -@c @ref{\nn\,\txt\}
6.15 -@c @end macro
6.16 -@c @end ifnottex
6.17 -@c @iftex
6.18 -@macro mref { nn, txt }
6.19 -@ifnottex
6.20 -@ref{\nn\,\txt\}
6.21 -@end ifnottex
6.22 -@tex
6.23 -\txt\
6.24 -@end tex
6.25 -@end macro
6.26 -@c @href{\nn\}{\txt\}
6.27 -
6.28 -
6.29 -
6.30 -@c @ifplaintext
6.31 -@c Whereas this text will only appear in plain text.
6.32 -@c @end ifplaintext
6.33 -@c @ifxml
6.34 -@c And this will only appear in XML output.
6.35 -@c @end ifxm
6.36 -@c @ref{\nn\,\txt\}
6.37 -
6.38 -
6.39 -@comment %**end of header
6.40 -
6.41 -@copying
6.42 -This manual is for GNU ETIL-OL Optimization Library
6.43 -(version @value{VERSION}, @value{UPDATED}).
6.44 -
6.45 -Copyright @copyright{} 2003 ETIK.
6.46 -
6.47 -@quotation
6.48 -Permission is granted to copy, distribute and/or modify this document
6.49 -under the terms of the GNU Free Documentation License, Version 1.1 or
6.50 -any later version published by the Free Software Foundation; with no
6.51 -Invariant Sections, with the Front-Cover Texts being ``A GNU Manual,''
6.52 -and with the Back-Cover Texts as in (a) below. A copy of the
6.53 -license is included in the section entitled ``GNU Free Documentation
6.54 -License.''
6.55 -
6.56 -(a) The FSF's Back-Cover Text is: ``You have freedom to copy and modify
6.57 -this GNU Manual, like GNU software. Copies published by the Free
6.58 -Software Foundation raise funds for GNU development.''
6.59 -@end quotation
6.60 -@end copying
6.61 -
6.62 -@dircategory Texinfo documentation system
6.63 -@direntry
6.64 -* ETIK-OL: ETIK-OL Optimization Library.
6.65 -@end direntry
6.66 -
6.67 -@titlepage
6.68 -@title GNU ETIL-OL Optimization Library
6.69 -@subtitle for version @value{VERSION}, @value{UPDATED}
6.70 -@author ETIK Group
6.71 -@page
6.72 -@vskip 0pt plus 1filll
6.73 -@c @insertcopying
6.74 -@end titlepage
6.75 -
6.76 -@contents
6.77 -
6.78 -@ifnottex
6.79 -@node Top
6.80 -@top GNU ETIK-OL Library
6.81 -
6.82 -@c @insertcopying
6.83 -@end ifnottex
6.84 -
6.85 -@menu
6.86 -* Basic Concepts::
6.87 -* Copying This Manual::
6.88 -* Index::
6.89 -@end menu
6.90 -
6.91 -
6.92 -@node Basic Concepts
6.93 -@chapter Basic Concepts
6.94 -
6.95 -@menu
6.96 -* The Full Feature Graph Class::
6.97 -* The BFS algorithm::
6.98 -@end menu
6.99 -
6.100 -@include flf-graph.texi
6.101 -
6.102 -@c @node A Full Feature Graph
6.103 -@c @section A Full Feature Graph
6.104 -@c @cindex Full Feature Graph
6.105 -
6.106 -@node The BFS algorithm
6.107 -@section The BFS algorithm
6.108 -@cindex The BFS algorithm
6.109 -
6.110 -@menu
6.111 -* Iterator style BFS class::
6.112 -* The BFS funcion::
6.113 -@end menu
6.114 -
6.115 -bla2
6.116 -
6.117 -@node Iterator style BFS class
6.118 -@subsection Iterator style BFS class
6.119 -@cindex BFS algorithm
6.120 -@cindex BFS concept
6.121 -
6.122 -Here is a code example.
6.123 -
6.124 -
6.125 -@quotation
6.126 -@verbatim
6.127 -class
6.128 -{
6.129 -public:
6.130 - bfs_node_data<G> NodeType::*d;
6.131 - typedef typename G::EdgeIterator value_type;
6.132 - void Put(typename G::NodeIterator &i,
6.133 - const value_type &t);
6.134 - value_type Get(const typename G::NodeIterator &i) const;
6.135 -} tree;
6.136 -@end verbatim
6.137 -@end quotation
6.138 -
6.139 -
6.140 -The same code with a remark.
6.141 -
6.142 -@comment @quotation
6.143 -@example
6.144 -class
6.145 -@{
6.146 -public:
6.147 - bfs_node_data<G> NodeType::*d;
6.148 - typedef typename G::EdgeIterator value_type;
6.149 - void Put(typename G::NodeIterator &i,
6.150 - const value_type &t); @r{This is a long funcion declaration.}
6.151 - value_type Get(const typename G::NodeIterator &i) const;
6.152 -@} tree;
6.153 -@end example
6.154 -@comment @end quotation
6.155 -
6.156 -@node The BFS funcion
6.157 -@subsection The BFS funcion
6.158 -@cindex BFS algorithm
6.159 -
6.160 -@enumerate
6.161 -@item
6.162 -This is the first item.
6.163 -
6.164 -@item
6.165 -This is the second item.
6.166 -@end enumerate
6.167 -
6.168 -
6.169 -@node Copying This Manual
6.170 -@appendix Copying This Manual
6.171 -
6.172 -@menu
6.173 -* GNU Free Documentation License:: License for copying this manual.
6.174 -@end menu
6.175 -
6.176 -@include fdl.texi
6.177 -
6.178 -
6.179 -@node Index
6.180 -@unnumbered Concept Index
6.181 -@printindex cp
6.182 -
6.183 -@c @node Function Index
6.184 -@unnumbered Function Index
6.185 -@printindex fn
6.186 -
6.187 -@c @node Type Index
6.188 -@unnumbered Type Index
6.189 -@printindex tp
6.190 -
6.191 -@bye
6.192 -
7.1 --- a/src/work/alpar/attic/texi/fdl.texi Sun Apr 17 18:57:22 2005 +0000
7.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
7.3 @@ -1,452 +0,0 @@
7.4 -
7.5 -@node GNU Free Documentation License
7.6 -@appendixsec GNU Free Documentation License
7.7 -
7.8 -@cindex FDL, GNU Free Documentation License
7.9 -@center Version 1.2, November 2002
7.10 -
7.11 -@display
7.12 -Copyright @copyright{} 2000,2001,2002 Free Software Foundation, Inc.
7.13 -59 Temple Place, Suite 330, Boston, MA 02111-1307, USA
7.14 -
7.15 -Everyone is permitted to copy and distribute verbatim copies
7.16 -of this license document, but changing it is not allowed.
7.17 -@end display
7.18 -
7.19 -@enumerate 0
7.20 -@item
7.21 -PREAMBLE
7.22 -
7.23 -The purpose of this License is to make a manual, textbook, or other
7.24 -functional and useful document @dfn{free} in the sense of freedom: to
7.25 -assure everyone the effective freedom to copy and redistribute it,
7.26 -with or without modifying it, either commercially or noncommercially.
7.27 -Secondarily, this License preserves for the author and publisher a way
7.28 -to get credit for their work, while not being considered responsible
7.29 -for modifications made by others.
7.30 -
7.31 -This License is a kind of ``copyleft'', which means that derivative
7.32 -works of the document must themselves be free in the same sense. It
7.33 -complements the GNU General Public License, which is a copyleft
7.34 -license designed for free software.
7.35 -
7.36 -We have designed this License in order to use it for manuals for free
7.37 -software, because free software needs free documentation: a free
7.38 -program should come with manuals providing the same freedoms that the
7.39 -software does. But this License is not limited to software manuals;
7.40 -it can be used for any textual work, regardless of subject matter or
7.41 -whether it is published as a printed book. We recommend this License
7.42 -principally for works whose purpose is instruction or reference.
7.43 -
7.44 -@item
7.45 -APPLICABILITY AND DEFINITIONS
7.46 -
7.47 -This License applies to any manual or other work, in any medium, that
7.48 -contains a notice placed by the copyright holder saying it can be
7.49 -distributed under the terms of this License. Such a notice grants a
7.50 -world-wide, royalty-free license, unlimited in duration, to use that
7.51 -work under the conditions stated herein. The ``Document'', below,
7.52 -refers to any such manual or work. Any member of the public is a
7.53 -licensee, and is addressed as ``you''. You accept the license if you
7.54 -copy, modify or distribute the work in a way requiring permission
7.55 -under copyright law.
7.56 -
7.57 -A ``Modified Version'' of the Document means any work containing the
7.58 -Document or a portion of it, either copied verbatim, or with
7.59 -modifications and/or translated into another language.
7.60 -
7.61 -A ``Secondary Section'' is a named appendix or a front-matter section
7.62 -of the Document that deals exclusively with the relationship of the
7.63 -publishers or authors of the Document to the Document's overall
7.64 -subject (or to related matters) and contains nothing that could fall
7.65 -directly within that overall subject. (Thus, if the Document is in
7.66 -part a textbook of mathematics, a Secondary Section may not explain
7.67 -any mathematics.) The relationship could be a matter of historical
7.68 -connection with the subject or with related matters, or of legal,
7.69 -commercial, philosophical, ethical or political position regarding
7.70 -them.
7.71 -
7.72 -The ``Invariant Sections'' are certain Secondary Sections whose titles
7.73 -are designated, as being those of Invariant Sections, in the notice
7.74 -that says that the Document is released under this License. If a
7.75 -section does not fit the above definition of Secondary then it is not
7.76 -allowed to be designated as Invariant. The Document may contain zero
7.77 -Invariant Sections. If the Document does not identify any Invariant
7.78 -Sections then there are none.
7.79 -
7.80 -The ``Cover Texts'' are certain short passages of text that are listed,
7.81 -as Front-Cover Texts or Back-Cover Texts, in the notice that says that
7.82 -the Document is released under this License. A Front-Cover Text may
7.83 -be at most 5 words, and a Back-Cover Text may be at most 25 words.
7.84 -
7.85 -A ``Transparent'' copy of the Document means a machine-readable copy,
7.86 -represented in a format whose specification is available to the
7.87 -general public, that is suitable for revising the document
7.88 -straightforwardly with generic text editors or (for images composed of
7.89 -pixels) generic paint programs or (for drawings) some widely available
7.90 -drawing editor, and that is suitable for input to text formatters or
7.91 -for automatic translation to a variety of formats suitable for input
7.92 -to text formatters. A copy made in an otherwise Transparent file
7.93 -format whose markup, or absence of markup, has been arranged to thwart
7.94 -or discourage subsequent modification by readers is not Transparent.
7.95 -An image format is not Transparent if used for any substantial amount
7.96 -of text. A copy that is not ``Transparent'' is called ``Opaque''.
7.97 -
7.98 -Examples of suitable formats for Transparent copies include plain
7.99 -@sc{ascii} without markup, Texinfo input format, La@TeX{} input
7.100 -format, @acronym{SGML} or @acronym{XML} using a publicly available
7.101 -@acronym{DTD}, and standard-conforming simple @acronym{HTML},
7.102 -PostScript or @acronym{PDF} designed for human modification. Examples
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7.393 -
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7.395 -FUTURE REVISIONS OF THIS LICENSE
7.396 -
7.397 -The Free Software Foundation may publish new, revised versions
7.398 -of the GNU Free Documentation License from time to time. Such new
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7.410 -as a draft) by the Free Software Foundation.
7.411 -@end enumerate
7.412 -
7.413 -@page
7.414 -@appendixsubsec ADDENDUM: How to use this License for your documents
7.415 -
7.416 -To use this License in a document you have written, include a copy of
7.417 -the License in the document and put the following copyright and
7.418 -license notices just after the title page:
7.419 -
7.420 -@smallexample
7.421 -@group
7.422 - Copyright (C) @var{year} @var{your name}.
7.423 - Permission is granted to copy, distribute and/or modify this document
7.424 - under the terms of the GNU Free Documentation License, Version 1.2
7.425 - or any later version published by the Free Software Foundation;
7.426 - with no Invariant Sections, no Front-Cover Texts, and no Back-Cover
7.427 - Texts. A copy of the license is included in the section entitled ``GNU
7.428 - Free Documentation License''.
7.429 -@end group
7.430 -@end smallexample
7.431 -
7.432 -If you have Invariant Sections, Front-Cover Texts and Back-Cover Texts,
7.433 -replace the ``with...Texts.'' line with this:
7.434 -
7.435 -@smallexample
7.436 -@group
7.437 - with the Invariant Sections being @var{list their titles}, with
7.438 - the Front-Cover Texts being @var{list}, and with the Back-Cover Texts
7.439 - being @var{list}.
7.440 -@end group
7.441 -@end smallexample
7.442 -
7.443 -If you have Invariant Sections without Cover Texts, or some other
7.444 -combination of the three, merge those two alternatives to suit the
7.445 -situation.
7.446 -
7.447 -If your document contains nontrivial examples of program code, we
7.448 -recommend releasing these examples in parallel under your choice of
7.449 -free software license, such as the GNU General Public License,
7.450 -to permit their use in free software.
7.451 -
7.452 -@c Local Variables:
7.453 -@c ispell-local-pdict: "ispell-dict"
7.454 -@c End:
7.455 -
8.1 --- a/src/work/alpar/attic/texi/flf-graph.texi Sun Apr 17 18:57:22 2005 +0000
8.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
8.3 @@ -1,242 +0,0 @@
8.4 -@node The Full Feature Graph Class
8.5 -@section The Full Feature Graph Class
8.6 -@cindex Full Feature Graph Class
8.7 -
8.8 -This section describes what an imaginary full feature graph class knows.
8.9 -The set of features provided by a real graph implementation is typically
8.10 -a subset of the features below.
8.11 -
8.12 -On the other hand, each graph algorithm requires the underlying graph
8.13 -structure to provide a certain (typically small) set of features in order
8.14 -to be able to run.
8.15 -
8.16 -@subsection Declaration
8.17 -
8.18 -@deftp {Class} {class Graph}
8.19 -@code{Graph} is the imaginary @emph{full feature graph class}.
8.20 -@code{G} denotes the instance of this class in the exaples below.
8.21 -@c Each node and edge has a user defined data sturcure
8.22 -@c @var{N} and @var{E} statically attached to it.
8.23 -@end deftp
8.24 -
8.25 -@subsection Types
8.26 -
8.27 -@c @deftp {Type} Graph::NodeType
8.28 -@c @deftpx {Type} Graph::EdgeType
8.29 -@c The type of the data stored statically for each node and edge.
8.30 -@c @end deftp
8.31 -
8.32 -@anchor{Graph-NodeIterator}
8.33 -@deftp {Type} Graph::NodeIt
8.34 -@c @deftpx {Type} Graph::NodeIterator
8.35 -These types points a node uniquely. The difference between the
8.36 -@code{NodeIt} and the @code{NodeIterator} is that @code{NodeIt}
8.37 -requires the graph structure itself for most of the operations.
8.38 -For examples using iterators you can go through all nodes as follows.
8.39 -@quotation
8.40 -@verbatim
8.41 -Graph G;
8.42 -int nodenum=0;
8.43 -for(Graph::NodeIterator n(G);n.valid();++n) ++nodenum;
8.44 -@end verbatim
8.45 -@end quotation
8.46 -Using @code{NodeIt} the last line looks like this.
8.47 -@quotation
8.48 -@verbatim
8.49 -for(Graph::NodeIt n(G);n.valid();n=G.next(n)) ++nodenum;
8.50 -@end verbatim
8.51 -@end quotation
8.52 -or
8.53 -@quotation
8.54 -@verbatim
8.55 -MyGraph::NodeIt n;
8.56 -for(G.getFirst(n);G.valid(n);G.goNext(n)) ++nodenum;
8.57 -@end verbatim
8.58 -@end quotation
8.59 -@end deftp
8.60 -
8.61 -@deftp {Type} Graph::EdgeIt
8.62 -@deftpx {Type} Graph::InEdgeIt
8.63 -@deftpx {Type} Graph::OutEdgeIt
8.64 -@deftpx {Type} Graph::EachEdgeIt
8.65 -@c @deftpx {Type} Graph::BiEdgeIt
8.66 -@c @deftpx {Type} Graph::SymEdgeIt
8.67 -Each of these types points an edge uniquely. The difference between the
8.68 -@code{EdgeIt} and the
8.69 -@c @mref{Graph-NodeIterator,@code{EdgeIterator}}
8.70 -@mref{Graph-NodeIterator , EdgeIterator}
8.71 -series is that
8.72 -@code{EdgeIt} requires the graph structure itself for most of the
8.73 -operations.
8.74 -@end deftp
8.75 -
8.76 -@anchor{Graph-EdgeIterator}
8.77 -@c @deftp {Type} Graph::EdgeIterator
8.78 -@c @deftpx {Type} Graph::InEdgeIterator
8.79 -@c @deftpx {Type} Graph::OutEdgeIterator
8.80 -@c @deftpx {Type} Graph::BiEdgeIterator
8.81 -@c @deftpx {Type} Graph::SymEdgeIterator
8.82 -@c @deftpx {Type} Graph::EachEdgeIterator
8.83 -@c Each of these types points an edge uniquely. The difference between the
8.84 -@c @code{EdgeIt} and the @code{EdgeIterator} series is that
8.85 -@c @code{EdgeIt} requires the graph structure itself for most of the
8.86 -@c operations.
8.87 -
8.88 -@c For the @code{EdgeIterator} types you can use operator @code{++}
8.89 -@c (both the prefix and the posfix one) to obtain the next edge.
8.90 -@c @end deftp
8.91 -
8.92 -@deftp {Type} Graph::NodeMap<typename T>
8.93 -@deftpx {Type} Graph::EdgeMap<typename T>
8.94 -There are the default property maps for the edges and the nodes.
8.95 -@end deftp
8.96 -
8.97 -@deftp {Type} Graph::DynNodeMap<typename T>
8.98 -@deftpx {Type} Graph::DynEdgeMap<typename T>
8.99 -There are the default @emph{dynamic} property maps for the edges and the nodes.
8.100 -@end deftp
8.101 -
8.102 -@subsection Member Functions
8.103 -
8.104 -@subsubsection Constructors
8.105 -
8.106 -@deftypefun { } Graph::Graph ()
8.107 -The default constructor.
8.108 -@end deftypefun
8.109 -
8.110 -@c @deftypefun { } Graph::Graph (Graph@tie{}&)
8.111 -@deftypefun { } Graph::Graph (Graph &)
8.112 -The copy constructor.
8.113 -@end deftypefun
8.114 -
8.115 -@subsubsection Graph Maintenence Operations
8.116 -
8.117 -@deftypefun NodeIt Graph::addNode ()
8.118 -Adds a new node to the graph and returns a @code{NodeIt} pointing to it.
8.119 -@end deftypefun
8.120 -
8.121 -@deftypefun EdgeIt Graph::addEdge (@w{const @mref{Graph-NodeIterator,NodeIt} @var{from}}, @w{const @mref{Graph-NodeIterator,NodeIt} @var{to}})
8.122 -Adds a new edge with tail @var{from} and head @var{to} to the graph
8.123 -and returns an @code{EdgeIt} pointing to it.
8.124 -@end deftypefun
8.125 -
8.126 -@deftypefun void Graph::delete (@w{const @mref{Graph-NodeIterator,NodeIt} @var{n}})
8.127 -Deletes the node @var{n}. It also deletes the adjacent edges.
8.128 -@end deftypefun
8.129 -
8.130 -@deftypefun void Graph::delete (@w{const @mref{Graph-EdgeIterator,EdgeIt} @var{e}})
8.131 -Deletes the edge @var{n}.
8.132 -@end deftypefun
8.133 -
8.134 -@deftypefun void Graph::clear ()
8.135 -Deletes all edges and nodes from the graph.
8.136 -@end deftypefun
8.137 -
8.138 -@deftypefun int Graph::nodeNum ()
8.139 -Returns the number of the nodes in the graph.
8.140 -??? Is it necessary???
8.141 -@end deftypefun
8.142 -
8.143 -@subsubsection NodeIt Operations
8.144 -
8.145 -@deftypefun NodeIt Graph::getFirst (NodeIt &@var{n}) const
8.146 -@deftypefunx NodeIt Graph::getNext (NodeIt @var{n}) const
8.147 -@deftypefunx {NodeIt &} Graph::next (NodeIt &@var{n})
8.148 -The nodes in the graph forms a list. @code{getFirst(n)} sets @var{n} to
8.149 -be the first node. @code{getNext(n)} gives back the subsequent
8.150 -node. @code{next(n)} is equivalent to @code{n=getNext(n)}, though it
8.151 -might be faster. ??? What should be the return value ???
8.152 -@end deftypefun
8.153 -
8.154 -@deftypefun bool Graph::valid (NodeIt &@var{e})
8.155 -@c @deftypefunx bool NodeIt::valid ()
8.156 -These functions check if and NodeIt is valid or not.
8.157 -@c ??? Which one should be implemented ???
8.158 -@end deftypefun
8.159 -
8.160 -@subsubsection EdgeIt Operations
8.161 -
8.162 -@deftypefun EachEdgeIt Graph::getFirst (const EachEdgeIt & @var{e}) const
8.163 -@deftypefunx EachEdgeIt Graph::getNext (EachEdgeIt @var{n}) const
8.164 -@deftypefunx {EachEdgeIt &} Graph::next (EachEdgeIt &@var{n})
8.165 -With these functions you can go though all the edges of the graph.
8.166 -@c ??? What should be the return value ???
8.167 -@end deftypefun
8.168 -
8.169 -@deftypefun InEdgeIt &Graph::getFirst (InEdgeIt & @var{e}, const NodeIt @var{n})
8.170 -@deftypefunx OutEdgeIt &Graph::getFirst (OutEdgeIt & @var{e}, const NodeIt @var{n})
8.171 -@c @deftypefunx SymEdgeIt &Graph::getFirst (SymEdgeIt & @var{e}, const NodeIt @var{n})
8.172 -The edges leaving from
8.173 -or
8.174 -arriving at
8.175 -@c or adjacent with
8.176 -a node forms a
8.177 -list. These functions give back the first elements of these
8.178 -lists. The exact behavior depends on the type of @var{e}.
8.179 -
8.180 -If @var{e} is an @code{InEdgeIt} or an @code{OutEdgeIt} then
8.181 -@code{getFirst} sets @var{e} to be the first incoming or outgoing edge
8.182 -of the node @var{n}, respectively.
8.183 -
8.184 -@c If @var{e} is a @code{SymEdgeIt} then
8.185 -@c @code{getFirst} sets @var{e} to be the first incoming if there exists one
8.186 -@c otherwise the first outgoing edge.
8.187 -
8.188 -If there are no such edges, @var{e} will be invalid.
8.189 -
8.190 -@end deftypefun
8.191 -
8.192 -@deftypefun InEdgeIt Graph::next (const InEdgeIt @var{e})
8.193 -@deftypefunx OutEdgeIt Graph::next (const OutEdgeIt @var{e})
8.194 -@deftypefunx SymEdgeIt Graph::next (const SymEdgeIt @var{e})
8.195 -These functions give back the edge that follows @var{e}
8.196 -@end deftypefun
8.197 -
8.198 -@deftypefun {InEdgeIt &} Graph::goNext (InEdgeIt &@var{e})
8.199 -@deftypefunx {OutEdgeIt &} Graph::goNext (OutEdgeIt &@var{e})
8.200 -@deftypefunx {SymEdgeIt &} Graph::goNext (SymEdgeIt &@var{e})
8.201 -@code{G.goNext(e)} is equivalent to @code{e=G.next(e)}, though it
8.202 -might be faster.
8.203 -??? What should be the return value ???
8.204 -@end deftypefun
8.205 -
8.206 -@deftypefun bool Graph::valid (EdgeIt &@var{e})
8.207 -@deftypefunx bool EdgeIt::valid ()
8.208 -These functions check if and EdgeIt is valid or not.
8.209 -??? Which one should be implemented ???
8.210 -@end deftypefun
8.211 -
8.212 -@deftypefun NodeIt Graph::tail (const EdgeIt @var{e})
8.213 -@deftypefunx NodeIt Graph::head (const EdgeIt @var{e})
8.214 -@deftypefunx NodeIt Graph::aNode (const InEdgeIt @var{e})
8.215 -@deftypefunx NodeIt Graph::aNode (const OutEdgeIt @var{e})
8.216 -@deftypefunx NodeIt Graph::aNode (const SymEdgeIt @var{e})
8.217 -@deftypefunx NodeIt Graph::bNode (const InEdgeIt @var{e})
8.218 -@deftypefunx NodeIt Graph::bNode (const OutEdgeIt @var{e})
8.219 -@deftypefunx NodeIt Graph::bNode (const SymEdgeIt @var{e})
8.220 -There queries give back the two endpoints of the edge @var{e}. For a
8.221 -directed edge @var{e}, @code{tail(e)} and @code{head(e)} is its tail and
8.222 -its head, respectively. For an undirected @var{e}, they are two
8.223 -endpoints, but you should not rely on which end is which.
8.224 -
8.225 -@code{aNode(e)} is the node which @var{e} is bounded to, i.e. it is
8.226 -equal to @code{tail(e)} if @var{e} is an @code{OutEdgeIt} and
8.227 -@code{head(e)} if @var{e} is an @code{InEdgeIt}. If @var{e} is a
8.228 -@code{SymEdgeIt} and it or its first preceding edge was created by
8.229 -@code{getFirst(e,n)}, then @code{aNode(e)} is equal to @var{n}.
8.230 -
8.231 -@code{bNode(e)} is the other end of the edge.
8.232 -
8.233 -@deftypefun void Graph::setInvalid (EdgeIt &@var{e})
8.234 -@deftypefunx void Graph::setInvalid (EdgeIt &@var{e})
8.235 -These functions set the corresponding iterator to be invalid.
8.236 -@end deftypefun
8.237 -
8.238 -@c ???It is implemented in an other way now. (Member function <-> Graph global)???
8.239 -@end deftypefun
8.240 -
8.241 -
8.242 -
8.243 -@c @deftypevar int from
8.244 -@c the tail of the created edge.
8.245 -@c @end deftypevar
9.1 --- a/src/work/alpar/attic/texi/texinfo.tex Sun Apr 17 18:57:22 2005 +0000
9.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
9.3 @@ -1,6615 +0,0 @@
9.4 -% texinfo.tex -- TeX macros to handle Texinfo files.
9.5 -%
9.6 -% Load plain if necessary, i.e., if running under initex.
9.7 -\expandafter\ifx\csname fmtname\endcsname\relax\input plain\fi
9.8 -%
9.9 -\def\texinfoversion{2003-07-28.08}
9.10 -%
9.11 -% Copyright (C) 1985, 1986, 1988, 1990, 1991, 1992, 1993, 1994, 1995,
9.12 -% 1996, 1997, 1998, 1999, 2000, 2001, 2002, 2003 Free Software Foundation, Inc.
9.13 -%
9.14 -% This texinfo.tex file is free software; you can redistribute it and/or
9.15 -% modify it under the terms of the GNU General Public License as
9.16 -% published by the Free Software Foundation; either version 2, or (at
9.17 -% your option) any later version.
9.18 -%
9.19 -% This texinfo.tex file is distributed in the hope that it will be
9.20 -% useful, but WITHOUT ANY WARRANTY; without even the implied warranty
9.21 -% of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
9.22 -% General Public License for more details.
9.23 -%
9.24 -% You should have received a copy of the GNU General Public License
9.25 -% along with this texinfo.tex file; see the file COPYING. If not, write
9.26 -% to the Free Software Foundation, Inc., 59 Temple Place - Suite 330,
9.27 -% Boston, MA 02111-1307, USA.
9.28 -%
9.29 -% In other words, you are welcome to use, share and improve this program.
9.30 -% You are forbidden to forbid anyone else to use, share and improve
9.31 -% what you give them. Help stamp out software-hoarding!
9.32 -%
9.33 -% Please try the latest version of texinfo.tex before submitting bug
9.34 -% reports; you can get the latest version from:
9.35 -% ftp://ftp.gnu.org/gnu/texinfo/texinfo.tex
9.36 -% (and all GNU mirrors, see http://www.gnu.org/order/ftp.html)
9.37 -% ftp://tug.org/tex/texinfo.tex
9.38 -% (and all CTAN mirrors, see http://www.ctan.org),
9.39 -% and /home/gd/gnu/doc/texinfo.tex on the GNU machines.
9.40 -%
9.41 -% The GNU Texinfo home page is http://www.gnu.org/software/texinfo.
9.42 -%
9.43 -% The texinfo.tex in any given Texinfo distribution could well be out
9.44 -% of date, so if that's what you're using, please check.
9.45 -%
9.46 -% Send bug reports to bug-texinfo@gnu.org. Please include including a
9.47 -% complete document in each bug report with which we can reproduce the
9.48 -% problem. Patches are, of course, greatly appreciated.
9.49 -%
9.50 -% To process a Texinfo manual with TeX, it's most reliable to use the
9.51 -% texi2dvi shell script that comes with the distribution. For a simple
9.52 -% manual foo.texi, however, you can get away with this:
9.53 -% tex foo.texi
9.54 -% texindex foo.??
9.55 -% tex foo.texi
9.56 -% tex foo.texi
9.57 -% dvips foo.dvi -o # or whatever; this makes foo.ps.
9.58 -% The extra TeX runs get the cross-reference information correct.
9.59 -% Sometimes one run after texindex suffices, and sometimes you need more
9.60 -% than two; texi2dvi does it as many times as necessary.
9.61 -%
9.62 -% It is possible to adapt texinfo.tex for other languages, to some
9.63 -% extent. You can get the existing language-specific files from the
9.64 -% full Texinfo distribution.
9.65 -
9.66 -\message{Loading texinfo [version \texinfoversion]:}
9.67 -
9.68 -% If in a .fmt file, print the version number
9.69 -% and turn on active characters that we couldn't do earlier because
9.70 -% they might have appeared in the input file name.
9.71 -\everyjob{\message{[Texinfo version \texinfoversion]}%
9.72 - \catcode`+=\active \catcode`\_=\active}
9.73 -
9.74 -\message{Basics,}
9.75 -\chardef\other=12
9.76 -
9.77 -% We never want plain's \outer definition of \+ in Texinfo.
9.78 -% For @tex, we can use \tabalign.
9.79 -\let\+ = \relax
9.80 -
9.81 -% Save some plain tex macros whose names we will redefine.
9.82 -\let\ptexb=\b
9.83 -\let\ptexbullet=\bullet
9.84 -\let\ptexc=\c
9.85 -\let\ptexcomma=\,
9.86 -\let\ptexdot=\.
9.87 -\let\ptexdots=\dots
9.88 -\let\ptexend=\end
9.89 -\let\ptexequiv=\equiv
9.90 -\let\ptexexclam=\!
9.91 -\let\ptexgtr=>
9.92 -\let\ptexhat=^
9.93 -\let\ptexi=\i
9.94 -\let\ptexindent=\indent
9.95 -\let\ptexlbrace=\{
9.96 -\let\ptexless=<
9.97 -\let\ptexplus=+
9.98 -\let\ptexrbrace=\}
9.99 -\let\ptexslash=\/
9.100 -\let\ptexstar=\*
9.101 -\let\ptext=\t
9.102 -
9.103 -% If this character appears in an error message or help string, it
9.104 -% starts a new line in the output.
9.105 -\newlinechar = `^^J
9.106 -
9.107 -% Set up fixed words for English if not already set.
9.108 -\ifx\putwordAppendix\undefined \gdef\putwordAppendix{Appendix}\fi
9.109 -\ifx\putwordChapter\undefined \gdef\putwordChapter{Chapter}\fi
9.110 -\ifx\putwordfile\undefined \gdef\putwordfile{file}\fi
9.111 -\ifx\putwordin\undefined \gdef\putwordin{in}\fi
9.112 -\ifx\putwordIndexIsEmpty\undefined \gdef\putwordIndexIsEmpty{(Index is empty)}\fi
9.113 -\ifx\putwordIndexNonexistent\undefined \gdef\putwordIndexNonexistent{(Index is nonexistent)}\fi
9.114 -\ifx\putwordInfo\undefined \gdef\putwordInfo{Info}\fi
9.115 -\ifx\putwordInstanceVariableof\undefined \gdef\putwordInstanceVariableof{Instance Variable of}\fi
9.116 -\ifx\putwordMethodon\undefined \gdef\putwordMethodon{Method on}\fi
9.117 -\ifx\putwordNoTitle\undefined \gdef\putwordNoTitle{No Title}\fi
9.118 -\ifx\putwordof\undefined \gdef\putwordof{of}\fi
9.119 -\ifx\putwordon\undefined \gdef\putwordon{on}\fi
9.120 -\ifx\putwordpage\undefined \gdef\putwordpage{page}\fi
9.121 -\ifx\putwordsection\undefined \gdef\putwordsection{section}\fi
9.122 -\ifx\putwordSection\undefined \gdef\putwordSection{Section}\fi
9.123 -\ifx\putwordsee\undefined \gdef\putwordsee{see}\fi
9.124 -\ifx\putwordSee\undefined \gdef\putwordSee{See}\fi
9.125 -\ifx\putwordShortTOC\undefined \gdef\putwordShortTOC{Short Contents}\fi
9.126 -\ifx\putwordTOC\undefined \gdef\putwordTOC{Table of Contents}\fi
9.127 -%
9.128 -\ifx\putwordMJan\undefined \gdef\putwordMJan{January}\fi
9.129 -\ifx\putwordMFeb\undefined \gdef\putwordMFeb{February}\fi
9.130 -\ifx\putwordMMar\undefined \gdef\putwordMMar{March}\fi
9.131 -\ifx\putwordMApr\undefined \gdef\putwordMApr{April}\fi
9.132 -\ifx\putwordMMay\undefined \gdef\putwordMMay{May}\fi
9.133 -\ifx\putwordMJun\undefined \gdef\putwordMJun{June}\fi
9.134 -\ifx\putwordMJul\undefined \gdef\putwordMJul{July}\fi
9.135 -\ifx\putwordMAug\undefined \gdef\putwordMAug{August}\fi
9.136 -\ifx\putwordMSep\undefined \gdef\putwordMSep{September}\fi
9.137 -\ifx\putwordMOct\undefined \gdef\putwordMOct{October}\fi
9.138 -\ifx\putwordMNov\undefined \gdef\putwordMNov{November}\fi
9.139 -\ifx\putwordMDec\undefined \gdef\putwordMDec{December}\fi
9.140 -%
9.141 -\ifx\putwordDefmac\undefined \gdef\putwordDefmac{Macro}\fi
9.142 -\ifx\putwordDefspec\undefined \gdef\putwordDefspec{Special Form}\fi
9.143 -\ifx\putwordDefvar\undefined \gdef\putwordDefvar{Variable}\fi
9.144 -\ifx\putwordDefopt\undefined \gdef\putwordDefopt{User Option}\fi
9.145 -\ifx\putwordDeftypevar\undefined\gdef\putwordDeftypevar{Variable}\fi
9.146 -\ifx\putwordDeffunc\undefined \gdef\putwordDeffunc{Function}\fi
9.147 -\ifx\putwordDeftypefun\undefined\gdef\putwordDeftypefun{Function}\fi
9.148 -
9.149 -% In some macros, we cannot use the `\? notation---the left quote is
9.150 -% in some cases the escape char.
9.151 -\chardef\colonChar = `\:
9.152 -\chardef\commaChar = `\,
9.153 -\chardef\dotChar = `\.
9.154 -\chardef\equalChar = `\=
9.155 -\chardef\exclamChar= `\!
9.156 -\chardef\questChar = `\?
9.157 -\chardef\semiChar = `\;
9.158 -\chardef\spaceChar = `\ %
9.159 -\chardef\underChar = `\_
9.160 -
9.161 -% Ignore a token.
9.162 -%
9.163 -\def\gobble#1{}
9.164 -
9.165 -% True if #1 is the empty string, i.e., called like `\ifempty{}'.
9.166 -%
9.167 -\def\ifempty#1{\ifemptyx #1\emptymarkA\emptymarkB}%
9.168 -\def\ifemptyx#1#2\emptymarkB{\ifx #1\emptymarkA}%
9.169 -
9.170 -% Hyphenation fixes.
9.171 -\hyphenation{ap-pen-dix}
9.172 -\hyphenation{eshell}
9.173 -\hyphenation{mini-buf-fer mini-buf-fers}
9.174 -\hyphenation{time-stamp}
9.175 -\hyphenation{white-space}
9.176 -
9.177 -% Margin to add to right of even pages, to left of odd pages.
9.178 -\newdimen\bindingoffset
9.179 -\newdimen\normaloffset
9.180 -\newdimen\pagewidth \newdimen\pageheight
9.181 -
9.182 -% Sometimes it is convenient to have everything in the transcript file
9.183 -% and nothing on the terminal. We don't just call \tracingall here,
9.184 -% since that produces some useless output on the terminal. We also make
9.185 -% some effort to order the tracing commands to reduce output in the log
9.186 -% file; cf. trace.sty in LaTeX.
9.187 -%
9.188 -\def\gloggingall{\begingroup \globaldefs = 1 \loggingall \endgroup}%
9.189 -\def\loggingall{%
9.190 - \tracingstats2
9.191 - \tracingpages1
9.192 - \tracinglostchars2 % 2 gives us more in etex
9.193 - \tracingparagraphs1
9.194 - \tracingoutput1
9.195 - \tracingmacros2
9.196 - \tracingrestores1
9.197 - \showboxbreadth\maxdimen \showboxdepth\maxdimen
9.198 - \ifx\eTeXversion\undefined\else % etex gives us more logging
9.199 - \tracingscantokens1
9.200 - \tracingifs1
9.201 - \tracinggroups1
9.202 - \tracingnesting2
9.203 - \tracingassigns1
9.204 - \fi
9.205 - \tracingcommands3 % 3 gives us more in etex
9.206 - \errorcontextlines\maxdimen
9.207 -}%
9.208 -
9.209 -% add check for \lastpenalty to plain's definitions. If the last thing
9.210 -% we did was a \nobreak, we don't want to insert more space.
9.211 -%
9.212 -\def\smallbreak{\ifnum\lastpenalty<10000\par\ifdim\lastskip<\smallskipamount
9.213 - \removelastskip\penalty-50\smallskip\fi\fi}
9.214 -\def\medbreak{\ifnum\lastpenalty<10000\par\ifdim\lastskip<\medskipamount
9.215 - \removelastskip\penalty-100\medskip\fi\fi}
9.216 -\def\bigbreak{\ifnum\lastpenalty<10000\par\ifdim\lastskip<\bigskipamount
9.217 - \removelastskip\penalty-200\bigskip\fi\fi}
9.218 -
9.219 -% For @cropmarks command.
9.220 -% Do @cropmarks to get crop marks.
9.221 -%
9.222 -\newif\ifcropmarks
9.223 -\let\cropmarks = \cropmarkstrue
9.224 -%
9.225 -% Dimensions to add cropmarks at corners.
9.226 -% Added by P. A. MacKay, 12 Nov. 1986
9.227 -%
9.228 -\newdimen\outerhsize \newdimen\outervsize % set by the paper size routines
9.229 -\newdimen\cornerlong \cornerlong=1pc
9.230 -\newdimen\cornerthick \cornerthick=.3pt
9.231 -\newdimen\topandbottommargin \topandbottommargin=.75in
9.232 -
9.233 -% Main output routine.
9.234 -\chardef\PAGE = 255
9.235 -\output = {\onepageout{\pagecontents\PAGE}}
9.236 -
9.237 -\newbox\headlinebox
9.238 -\newbox\footlinebox
9.239 -
9.240 -% \onepageout takes a vbox as an argument. Note that \pagecontents
9.241 -% does insertions, but you have to call it yourself.
9.242 -\def\onepageout#1{%
9.243 - \ifcropmarks \hoffset=0pt \else \hoffset=\normaloffset \fi
9.244 - %
9.245 - \ifodd\pageno \advance\hoffset by \bindingoffset
9.246 - \else \advance\hoffset by -\bindingoffset\fi
9.247 - %
9.248 - % Do this outside of the \shipout so @code etc. will be expanded in
9.249 - % the headline as they should be, not taken literally (outputting ''code).
9.250 - \setbox\headlinebox = \vbox{\let\hsize=\pagewidth \makeheadline}%
9.251 - \setbox\footlinebox = \vbox{\let\hsize=\pagewidth \makefootline}%
9.252 - %
9.253 - {%
9.254 - % Have to do this stuff outside the \shipout because we want it to
9.255 - % take effect in \write's, yet the group defined by the \vbox ends
9.256 - % before the \shipout runs.
9.257 - %
9.258 - \escapechar = `\\ % use backslash in output files.
9.259 - \indexdummies % don't expand commands in the output.
9.260 - \normalturnoffactive % \ in index entries must not stay \, e.g., if
9.261 - % the page break happens to be in the middle of an example.
9.262 - \shipout\vbox{%
9.263 - % Do this early so pdf references go to the beginning of the page.
9.264 - \ifpdfmakepagedest \pdfmkdest{\the\pageno} \fi
9.265 - %
9.266 - \ifcropmarks \vbox to \outervsize\bgroup
9.267 - \hsize = \outerhsize
9.268 - \vskip-\topandbottommargin
9.269 - \vtop to0pt{%
9.270 - \line{\ewtop\hfil\ewtop}%
9.271 - \nointerlineskip
9.272 - \line{%
9.273 - \vbox{\moveleft\cornerthick\nstop}%
9.274 - \hfill
9.275 - \vbox{\moveright\cornerthick\nstop}%
9.276 - }%
9.277 - \vss}%
9.278 - \vskip\topandbottommargin
9.279 - \line\bgroup
9.280 - \hfil % center the page within the outer (page) hsize.
9.281 - \ifodd\pageno\hskip\bindingoffset\fi
9.282 - \vbox\bgroup
9.283 - \fi
9.284 - %
9.285 - \unvbox\headlinebox
9.286 - \pagebody{#1}%
9.287 - \ifdim\ht\footlinebox > 0pt
9.288 - % Only leave this space if the footline is nonempty.
9.289 - % (We lessened \vsize for it in \oddfootingxxx.)
9.290 - % The \baselineskip=24pt in plain's \makefootline has no effect.
9.291 - \vskip 2\baselineskip
9.292 - \unvbox\footlinebox
9.293 - \fi
9.294 - %
9.295 - \ifcropmarks
9.296 - \egroup % end of \vbox\bgroup
9.297 - \hfil\egroup % end of (centering) \line\bgroup
9.298 - \vskip\topandbottommargin plus1fill minus1fill
9.299 - \boxmaxdepth = \cornerthick
9.300 - \vbox to0pt{\vss
9.301 - \line{%
9.302 - \vbox{\moveleft\cornerthick\nsbot}%
9.303 - \hfill
9.304 - \vbox{\moveright\cornerthick\nsbot}%
9.305 - }%
9.306 - \nointerlineskip
9.307 - \line{\ewbot\hfil\ewbot}%
9.308 - }%
9.309 - \egroup % \vbox from first cropmarks clause
9.310 - \fi
9.311 - }% end of \shipout\vbox
9.312 - }% end of group with \normalturnoffactive
9.313 - \advancepageno
9.314 - \ifnum\outputpenalty>-20000 \else\dosupereject\fi
9.315 -}
9.316 -
9.317 -\newinsert\margin \dimen\margin=\maxdimen
9.318 -
9.319 -\def\pagebody#1{\vbox to\pageheight{\boxmaxdepth=\maxdepth #1}}
9.320 -{\catcode`\@ =11
9.321 -\gdef\pagecontents#1{\ifvoid\topins\else\unvbox\topins\fi
9.322 -% marginal hacks, juha@viisa.uucp (Juha Takala)
9.323 -\ifvoid\margin\else % marginal info is present
9.324 - \rlap{\kern\hsize\vbox to\z@{\kern1pt\box\margin \vss}}\fi
9.325 -\dimen@=\dp#1 \unvbox#1
9.326 -\ifvoid\footins\else\vskip\skip\footins\footnoterule \unvbox\footins\fi
9.327 -\ifr@ggedbottom \kern-\dimen@ \vfil \fi}
9.328 -}
9.329 -
9.330 -% Here are the rules for the cropmarks. Note that they are
9.331 -% offset so that the space between them is truly \outerhsize or \outervsize
9.332 -% (P. A. MacKay, 12 November, 1986)
9.333 -%
9.334 -\def\ewtop{\vrule height\cornerthick depth0pt width\cornerlong}
9.335 -\def\nstop{\vbox
9.336 - {\hrule height\cornerthick depth\cornerlong width\cornerthick}}
9.337 -\def\ewbot{\vrule height0pt depth\cornerthick width\cornerlong}
9.338 -\def\nsbot{\vbox
9.339 - {\hrule height\cornerlong depth\cornerthick width\cornerthick}}
9.340 -
9.341 -% Parse an argument, then pass it to #1. The argument is the rest of
9.342 -% the input line (except we remove a trailing comment). #1 should be a
9.343 -% macro which expects an ordinary undelimited TeX argument.
9.344 -%
9.345 -\def\parsearg#1{%
9.346 - \let\next = #1%
9.347 - \begingroup
9.348 - \obeylines
9.349 - \futurelet\temp\parseargx
9.350 -}
9.351 -
9.352 -% If the next token is an obeyed space (from an @example environment or
9.353 -% the like), remove it and recurse. Otherwise, we're done.
9.354 -\def\parseargx{%
9.355 - % \obeyedspace is defined far below, after the definition of \sepspaces.
9.356 - \ifx\obeyedspace\temp
9.357 - \expandafter\parseargdiscardspace
9.358 - \else
9.359 - \expandafter\parseargline
9.360 - \fi
9.361 -}
9.362 -
9.363 -% Remove a single space (as the delimiter token to the macro call).
9.364 -{\obeyspaces %
9.365 - \gdef\parseargdiscardspace {\futurelet\temp\parseargx}}
9.366 -
9.367 -{\obeylines %
9.368 - \gdef\parseargline#1^^M{%
9.369 - \endgroup % End of the group started in \parsearg.
9.370 - %
9.371 - % First remove any @c comment, then any @comment.
9.372 - % Result of each macro is put in \toks0.
9.373 - \argremovec #1\c\relax %
9.374 - \expandafter\argremovecomment \the\toks0 \comment\relax %
9.375 - %
9.376 - % Call the caller's macro, saved as \next in \parsearg.
9.377 - \expandafter\next\expandafter{\the\toks0}%
9.378 - }%
9.379 -}
9.380 -
9.381 -% Since all \c{,omment} does is throw away the argument, we can let TeX
9.382 -% do that for us. The \relax here is matched by the \relax in the call
9.383 -% in \parseargline; it could be more or less anything, its purpose is
9.384 -% just to delimit the argument to the \c.
9.385 -\def\argremovec#1\c#2\relax{\toks0 = {#1}}
9.386 -\def\argremovecomment#1\comment#2\relax{\toks0 = {#1}}
9.387 -
9.388 -% \argremovec{,omment} might leave us with trailing spaces, though; e.g.,
9.389 -% @end itemize @c foo
9.390 -% will have two active spaces as part of the argument with the
9.391 -% `itemize'. Here we remove all active spaces from #1, and assign the
9.392 -% result to \toks0.
9.393 -%
9.394 -% This loses if there are any *other* active characters besides spaces
9.395 -% in the argument -- _ ^ +, for example -- since they get expanded.
9.396 -% Fortunately, Texinfo does not define any such commands. (If it ever
9.397 -% does, the catcode of the characters in questionwill have to be changed
9.398 -% here.) But this means we cannot call \removeactivespaces as part of
9.399 -% \argremovec{,omment}, since @c uses \parsearg, and thus the argument
9.400 -% that \parsearg gets might well have any character at all in it.
9.401 -%
9.402 -\def\removeactivespaces#1{%
9.403 - \begingroup
9.404 - \ignoreactivespaces
9.405 - \edef\temp{#1}%
9.406 - \global\toks0 = \expandafter{\temp}%
9.407 - \endgroup
9.408 -}
9.409 -
9.410 -% Change the active space to expand to nothing.
9.411 -%
9.412 -\begingroup
9.413 - \obeyspaces
9.414 - \gdef\ignoreactivespaces{\obeyspaces\let =\empty}
9.415 -\endgroup
9.416 -
9.417 -
9.418 -\def\flushcr{\ifx\par\lisppar \def\next##1{}\else \let\next=\relax \fi \next}
9.419 -
9.420 -%% These are used to keep @begin/@end levels from running away
9.421 -%% Call \inENV within environments (after a \begingroup)
9.422 -\newif\ifENV \ENVfalse \def\inENV{\ifENV\relax\else\ENVtrue\fi}
9.423 -\def\ENVcheck{%
9.424 -\ifENV\errmessage{Still within an environment; press RETURN to continue}
9.425 -\endgroup\fi} % This is not perfect, but it should reduce lossage
9.426 -
9.427 -% @begin foo is the same as @foo, for now.
9.428 -\newhelp\EMsimple{Press RETURN to continue.}
9.429 -
9.430 -\outer\def\begin{\parsearg\beginxxx}
9.431 -
9.432 -\def\beginxxx #1{%
9.433 -\expandafter\ifx\csname #1\endcsname\relax
9.434 -{\errhelp=\EMsimple \errmessage{Undefined command @begin #1}}\else
9.435 -\csname #1\endcsname\fi}
9.436 -
9.437 -% @end foo executes the definition of \Efoo.
9.438 -%
9.439 -\def\end{\parsearg\endxxx}
9.440 -\def\endxxx #1{%
9.441 - \removeactivespaces{#1}%
9.442 - \edef\endthing{\the\toks0}%
9.443 - %
9.444 - \expandafter\ifx\csname E\endthing\endcsname\relax
9.445 - \expandafter\ifx\csname \endthing\endcsname\relax
9.446 - % There's no \foo, i.e., no ``environment'' foo.
9.447 - \errhelp = \EMsimple
9.448 - \errmessage{Undefined command `@end \endthing'}%
9.449 - \else
9.450 - \unmatchedenderror\endthing
9.451 - \fi
9.452 - \else
9.453 - % Everything's ok; the right environment has been started.
9.454 - \csname E\endthing\endcsname
9.455 - \fi
9.456 -}
9.457 -
9.458 -% There is an environment #1, but it hasn't been started. Give an error.
9.459 -%
9.460 -\def\unmatchedenderror#1{%
9.461 - \errhelp = \EMsimple
9.462 - \errmessage{This `@end #1' doesn't have a matching `@#1'}%
9.463 -}
9.464 -
9.465 -% Define the control sequence \E#1 to give an unmatched @end error.
9.466 -%
9.467 -\def\defineunmatchedend#1{%
9.468 - \expandafter\def\csname E#1\endcsname{\unmatchedenderror{#1}}%
9.469 -}
9.470 -
9.471 -
9.472 -%% Simple single-character @ commands
9.473 -
9.474 -% @@ prints an @
9.475 -% Kludge this until the fonts are right (grr).
9.476 -\def\@{{\tt\char64}}
9.477 -
9.478 -% This is turned off because it was never documented
9.479 -% and you can use @w{...} around a quote to suppress ligatures.
9.480 -%% Define @` and @' to be the same as ` and '
9.481 -%% but suppressing ligatures.
9.482 -%\def\`{{`}}
9.483 -%\def\'{{'}}
9.484 -
9.485 -% Used to generate quoted braces.
9.486 -\def\mylbrace {{\tt\char123}}
9.487 -\def\myrbrace {{\tt\char125}}
9.488 -\let\{=\mylbrace
9.489 -\let\}=\myrbrace
9.490 -\begingroup
9.491 - % Definitions to produce \{ and \} commands for indices,
9.492 - % and @{ and @} for the aux file.
9.493 - \catcode`\{ = \other \catcode`\} = \other
9.494 - \catcode`\[ = 1 \catcode`\] = 2
9.495 - \catcode`\! = 0 \catcode`\\ = \other
9.496 - !gdef!lbracecmd[\{]%
9.497 - !gdef!rbracecmd[\}]%
9.498 - !gdef!lbraceatcmd[@{]%
9.499 - !gdef!rbraceatcmd[@}]%
9.500 -!endgroup
9.501 -
9.502 -% Accents: @, @dotaccent @ringaccent @ubaraccent @udotaccent
9.503 -% Others are defined by plain TeX: @` @' @" @^ @~ @= @u @v @H.
9.504 -\let\, = \c
9.505 -\let\dotaccent = \.
9.506 -\def\ringaccent#1{{\accent23 #1}}
9.507 -\let\tieaccent = \t
9.508 -\let\ubaraccent = \b
9.509 -\let\udotaccent = \d
9.510 -
9.511 -% Other special characters: @questiondown @exclamdown
9.512 -% Plain TeX defines: @AA @AE @O @OE @L (plus lowercase versions) @ss.
9.513 -\def\questiondown{?`}
9.514 -\def\exclamdown{!`}
9.515 -
9.516 -% Dotless i and dotless j, used for accents.
9.517 -\def\imacro{i}
9.518 -\def\jmacro{j}
9.519 -\def\dotless#1{%
9.520 - \def\temp{#1}%
9.521 - \ifx\temp\imacro \ptexi
9.522 - \else\ifx\temp\jmacro \j
9.523 - \else \errmessage{@dotless can be used only with i or j}%
9.524 - \fi\fi
9.525 -}
9.526 -
9.527 -% Be sure we're in horizontal mode when doing a tie, since we make space
9.528 -% equivalent to this in @example-like environments. Otherwise, a space
9.529 -% at the beginning of a line will start with \penalty -- and
9.530 -% since \penalty is valid in vertical mode, we'd end up putting the
9.531 -% penalty on the vertical list instead of in the new paragraph.
9.532 -{\catcode`@ = 11
9.533 - % Avoid using \@M directly, because that causes trouble
9.534 - % if the definition is written into an index file.
9.535 - \global\let\tiepenalty = \@M
9.536 - \gdef\tie{\leavevmode\penalty\tiepenalty\ }
9.537 -}
9.538 -
9.539 -% @: forces normal size whitespace following.
9.540 -\def\:{\spacefactor=1000 }
9.541 -
9.542 -% @* forces a line break.
9.543 -\def\*{\hfil\break\hbox{}\ignorespaces}
9.544 -
9.545 -% @/ allows a line break.
9.546 -\let\/=\allowbreak
9.547 -
9.548 -% @. is an end-of-sentence period.
9.549 -\def\.{.\spacefactor=3000 }
9.550 -
9.551 -% @! is an end-of-sentence bang.
9.552 -\def\!{!\spacefactor=3000 }
9.553 -
9.554 -% @? is an end-of-sentence query.
9.555 -\def\?{?\spacefactor=3000 }
9.556 -
9.557 -% @w prevents a word break. Without the \leavevmode, @w at the
9.558 -% beginning of a paragraph, when TeX is still in vertical mode, would
9.559 -% produce a whole line of output instead of starting the paragraph.
9.560 -\def\w#1{\leavevmode\hbox{#1}}
9.561 -
9.562 -% @group ... @end group forces ... to be all on one page, by enclosing
9.563 -% it in a TeX vbox. We use \vtop instead of \vbox to construct the box
9.564 -% to keep its height that of a normal line. According to the rules for
9.565 -% \topskip (p.114 of the TeXbook), the glue inserted is
9.566 -% max (\topskip - \ht (first item), 0). If that height is large,
9.567 -% therefore, no glue is inserted, and the space between the headline and
9.568 -% the text is small, which looks bad.
9.569 -%
9.570 -% Another complication is that the group might be very large. This can
9.571 -% cause the glue on the previous page to be unduly stretched, because it
9.572 -% does not have much material. In this case, it's better to add an
9.573 -% explicit \vfill so that the extra space is at the bottom. The
9.574 -% threshold for doing this is if the group is more than \vfilllimit
9.575 -% percent of a page (\vfilllimit can be changed inside of @tex).
9.576 -%
9.577 -\newbox\groupbox
9.578 -\def\vfilllimit{0.7}
9.579 -%
9.580 -\def\group{\begingroup
9.581 - \ifnum\catcode13=\active \else
9.582 - \errhelp = \groupinvalidhelp
9.583 - \errmessage{@group invalid in context where filling is enabled}%
9.584 - \fi
9.585 - %
9.586 - % The \vtop we start below produces a box with normal height and large
9.587 - % depth; thus, TeX puts \baselineskip glue before it, and (when the
9.588 - % next line of text is done) \lineskip glue after it. (See p.82 of
9.589 - % the TeXbook.) Thus, space below is not quite equal to space
9.590 - % above. But it's pretty close.
9.591 - \def\Egroup{%
9.592 - \egroup % End the \vtop.
9.593 - % \dimen0 is the vertical size of the group's box.
9.594 - \dimen0 = \ht\groupbox \advance\dimen0 by \dp\groupbox
9.595 - % \dimen2 is how much space is left on the page (more or less).
9.596 - \dimen2 = \pageheight \advance\dimen2 by -\pagetotal
9.597 - % if the group doesn't fit on the current page, and it's a big big
9.598 - % group, force a page break.
9.599 - \ifdim \dimen0 > \dimen2
9.600 - \ifdim \pagetotal < \vfilllimit\pageheight
9.601 - \page
9.602 - \fi
9.603 - \fi
9.604 - \copy\groupbox
9.605 - \endgroup % End the \group.
9.606 - }%
9.607 - %
9.608 - \setbox\groupbox = \vtop\bgroup
9.609 - % We have to put a strut on the last line in case the @group is in
9.610 - % the midst of an example, rather than completely enclosing it.
9.611 - % Otherwise, the interline space between the last line of the group
9.612 - % and the first line afterwards is too small. But we can't put the
9.613 - % strut in \Egroup, since there it would be on a line by itself.
9.614 - % Hence this just inserts a strut at the beginning of each line.
9.615 - \everypar = {\strut}%
9.616 - %
9.617 - % Since we have a strut on every line, we don't need any of TeX's
9.618 - % normal interline spacing.
9.619 - \offinterlineskip
9.620 - %
9.621 - % OK, but now we have to do something about blank
9.622 - % lines in the input in @example-like environments, which normally
9.623 - % just turn into \lisppar, which will insert no space now that we've
9.624 - % turned off the interline space. Simplest is to make them be an
9.625 - % empty paragraph.
9.626 - \ifx\par\lisppar
9.627 - \edef\par{\leavevmode \par}%
9.628 - %
9.629 - % Reset ^^M's definition to new definition of \par.
9.630 - \obeylines
9.631 - \fi
9.632 - %
9.633 - % Do @comment since we are called inside an environment such as
9.634 - % @example, where each end-of-line in the input causes an
9.635 - % end-of-line in the output. We don't want the end-of-line after
9.636 - % the `@group' to put extra space in the output. Since @group
9.637 - % should appear on a line by itself (according to the Texinfo
9.638 - % manual), we don't worry about eating any user text.
9.639 - \comment
9.640 -}
9.641 -%
9.642 -% TeX puts in an \escapechar (i.e., `@') at the beginning of the help
9.643 -% message, so this ends up printing `@group can only ...'.
9.644 -%
9.645 -\newhelp\groupinvalidhelp{%
9.646 -group can only be used in environments such as @example,^^J%
9.647 -where each line of input produces a line of output.}
9.648 -
9.649 -% @need space-in-mils
9.650 -% forces a page break if there is not space-in-mils remaining.
9.651 -
9.652 -\newdimen\mil \mil=0.001in
9.653 -
9.654 -\def\need{\parsearg\needx}
9.655 -
9.656 -% Old definition--didn't work.
9.657 -%\def\needx #1{\par %
9.658 -%% This method tries to make TeX break the page naturally
9.659 -%% if the depth of the box does not fit.
9.660 -%{\baselineskip=0pt%
9.661 -%\vtop to #1\mil{\vfil}\kern -#1\mil\nobreak
9.662 -%\prevdepth=-1000pt
9.663 -%}}
9.664 -
9.665 -\def\needx#1{%
9.666 - % Ensure vertical mode, so we don't make a big box in the middle of a
9.667 - % paragraph.
9.668 - \par
9.669 - %
9.670 - % If the @need value is less than one line space, it's useless.
9.671 - \dimen0 = #1\mil
9.672 - \dimen2 = \ht\strutbox
9.673 - \advance\dimen2 by \dp\strutbox
9.674 - \ifdim\dimen0 > \dimen2
9.675 - %
9.676 - % Do a \strut just to make the height of this box be normal, so the
9.677 - % normal leading is inserted relative to the preceding line.
9.678 - % And a page break here is fine.
9.679 - \vtop to #1\mil{\strut\vfil}%
9.680 - %
9.681 - % TeX does not even consider page breaks if a penalty added to the
9.682 - % main vertical list is 10000 or more. But in order to see if the
9.683 - % empty box we just added fits on the page, we must make it consider
9.684 - % page breaks. On the other hand, we don't want to actually break the
9.685 - % page after the empty box. So we use a penalty of 9999.
9.686 - %
9.687 - % There is an extremely small chance that TeX will actually break the
9.688 - % page at this \penalty, if there are no other feasible breakpoints in
9.689 - % sight. (If the user is using lots of big @group commands, which
9.690 - % almost-but-not-quite fill up a page, TeX will have a hard time doing
9.691 - % good page breaking, for example.) However, I could not construct an
9.692 - % example where a page broke at this \penalty; if it happens in a real
9.693 - % document, then we can reconsider our strategy.
9.694 - \penalty9999
9.695 - %
9.696 - % Back up by the size of the box, whether we did a page break or not.
9.697 - \kern -#1\mil
9.698 - %
9.699 - % Do not allow a page break right after this kern.
9.700 - \nobreak
9.701 - \fi
9.702 -}
9.703 -
9.704 -% @br forces paragraph break
9.705 -
9.706 -\let\br = \par
9.707 -
9.708 -% @dots{} output an ellipsis using the current font.
9.709 -% We do .5em per period so that it has the same spacing in a typewriter
9.710 -% font as three actual period characters.
9.711 -%
9.712 -\def\dots{%
9.713 - \leavevmode
9.714 - \hbox to 1.5em{%
9.715 - \hskip 0pt plus 0.25fil minus 0.25fil
9.716 - .\hss.\hss.%
9.717 - \hskip 0pt plus 0.5fil minus 0.5fil
9.718 - }%
9.719 -}
9.720 -
9.721 -% @enddots{} is an end-of-sentence ellipsis.
9.722 -%
9.723 -\def\enddots{%
9.724 - \leavevmode
9.725 - \hbox to 2em{%
9.726 - \hskip 0pt plus 0.25fil minus 0.25fil
9.727 - .\hss.\hss.\hss.%
9.728 - \hskip 0pt plus 0.5fil minus 0.5fil
9.729 - }%
9.730 - \spacefactor=3000
9.731 -}
9.732 -
9.733 -% @page forces the start of a new page.
9.734 -%
9.735 -\def\page{\par\vfill\supereject}
9.736 -
9.737 -% @exdent text....
9.738 -% outputs text on separate line in roman font, starting at standard page margin
9.739 -
9.740 -% This records the amount of indent in the innermost environment.
9.741 -% That's how much \exdent should take out.
9.742 -\newskip\exdentamount
9.743 -
9.744 -% This defn is used inside fill environments such as @defun.
9.745 -\def\exdent{\parsearg\exdentyyy}
9.746 -\def\exdentyyy #1{{\hfil\break\hbox{\kern -\exdentamount{\rm#1}}\hfil\break}}
9.747 -
9.748 -% This defn is used inside nofill environments such as @example.
9.749 -\def\nofillexdent{\parsearg\nofillexdentyyy}
9.750 -\def\nofillexdentyyy #1{{\advance \leftskip by -\exdentamount
9.751 -\leftline{\hskip\leftskip{\rm#1}}}}
9.752 -
9.753 -% @inmargin{WHICH}{TEXT} puts TEXT in the WHICH margin next to the current
9.754 -% paragraph. For more general purposes, use the \margin insertion
9.755 -% class. WHICH is `l' or `r'.
9.756 -%
9.757 -\newskip\inmarginspacing \inmarginspacing=1cm
9.758 -\def\strutdepth{\dp\strutbox}
9.759 -%
9.760 -\def\doinmargin#1#2{\strut\vadjust{%
9.761 - \nobreak
9.762 - \kern-\strutdepth
9.763 - \vtop to \strutdepth{%
9.764 - \baselineskip=\strutdepth
9.765 - \vss
9.766 - % if you have multiple lines of stuff to put here, you'll need to
9.767 - % make the vbox yourself of the appropriate size.
9.768 - \ifx#1l%
9.769 - \llap{\ignorespaces #2\hskip\inmarginspacing}%
9.770 - \else
9.771 - \rlap{\hskip\hsize \hskip\inmarginspacing \ignorespaces #2}%
9.772 - \fi
9.773 - \null
9.774 - }%
9.775 -}}
9.776 -\def\inleftmargin{\doinmargin l}
9.777 -\def\inrightmargin{\doinmargin r}
9.778 -%
9.779 -% @inmargin{TEXT [, RIGHT-TEXT]}
9.780 -% (if RIGHT-TEXT is given, use TEXT for left page, RIGHT-TEXT for right;
9.781 -% else use TEXT for both).
9.782 -%
9.783 -\def\inmargin#1{\parseinmargin #1,,\finish}
9.784 -\def\parseinmargin#1,#2,#3\finish{% not perfect, but better than nothing.
9.785 - \setbox0 = \hbox{\ignorespaces #2}%
9.786 - \ifdim\wd0 > 0pt
9.787 - \def\lefttext{#1}% have both texts
9.788 - \def\righttext{#2}%
9.789 - \else
9.790 - \def\lefttext{#1}% have only one text
9.791 - \def\righttext{#1}%
9.792 - \fi
9.793 - %
9.794 - \ifodd\pageno
9.795 - \def\temp{\inrightmargin\righttext}% odd page -> outside is right margin
9.796 - \else
9.797 - \def\temp{\inleftmargin\lefttext}%
9.798 - \fi
9.799 - \temp
9.800 -}
9.801 -
9.802 -% @include file insert text of that file as input.
9.803 -% Allow normal characters that we make active in the argument (a file name).
9.804 -\def\include{\begingroup
9.805 - \catcode`\\=\other
9.806 - \catcode`~=\other
9.807 - \catcode`^=\other
9.808 - \catcode`_=\other
9.809 - \catcode`|=\other
9.810 - \catcode`<=\other
9.811 - \catcode`>=\other
9.812 - \catcode`+=\other
9.813 - \parsearg\includezzz}
9.814 -% Restore active chars for included file.
9.815 -\def\includezzz#1{\endgroup\begingroup
9.816 - % Read the included file in a group so nested @include's work.
9.817 - \def\thisfile{#1}%
9.818 - \let\value=\expandablevalue
9.819 - \input\thisfile
9.820 -\endgroup}
9.821 -
9.822 -\def\thisfile{}
9.823 -
9.824 -% @center line
9.825 -% outputs that line, centered.
9.826 -%
9.827 -\def\center{\parsearg\docenter}
9.828 -\def\docenter#1{{%
9.829 - \ifhmode \hfil\break \fi
9.830 - \advance\hsize by -\leftskip
9.831 - \advance\hsize by -\rightskip
9.832 - \line{\hfil \ignorespaces#1\unskip \hfil}%
9.833 - \ifhmode \break \fi
9.834 -}}
9.835 -
9.836 -% @sp n outputs n lines of vertical space
9.837 -
9.838 -\def\sp{\parsearg\spxxx}
9.839 -\def\spxxx #1{\vskip #1\baselineskip}
9.840 -
9.841 -% @comment ...line which is ignored...
9.842 -% @c is the same as @comment
9.843 -% @ignore ... @end ignore is another way to write a comment
9.844 -
9.845 -\def\comment{\begingroup \catcode`\^^M=\other%
9.846 -\catcode`\@=\other \catcode`\{=\other \catcode`\}=\other%
9.847 -\commentxxx}
9.848 -{\catcode`\^^M=\other \gdef\commentxxx#1^^M{\endgroup}}
9.849 -
9.850 -\let\c=\comment
9.851 -
9.852 -% @paragraphindent NCHARS
9.853 -% We'll use ems for NCHARS, close enough.
9.854 -% NCHARS can also be the word `asis' or `none'.
9.855 -% We cannot feasibly implement @paragraphindent asis, though.
9.856 -%
9.857 -\def\asisword{asis} % no translation, these are keywords
9.858 -\def\noneword{none}
9.859 -%
9.860 -\def\paragraphindent{\parsearg\doparagraphindent}
9.861 -\def\doparagraphindent#1{%
9.862 - \def\temp{#1}%
9.863 - \ifx\temp\asisword
9.864 - \else
9.865 - \ifx\temp\noneword
9.866 - \defaultparindent = 0pt
9.867 - \else
9.868 - \defaultparindent = #1em
9.869 - \fi
9.870 - \fi
9.871 - \parindent = \defaultparindent
9.872 -}
9.873 -
9.874 -% @exampleindent NCHARS
9.875 -% We'll use ems for NCHARS like @paragraphindent.
9.876 -% It seems @exampleindent asis isn't necessary, but
9.877 -% I preserve it to make it similar to @paragraphindent.
9.878 -\def\exampleindent{\parsearg\doexampleindent}
9.879 -\def\doexampleindent#1{%
9.880 - \def\temp{#1}%
9.881 - \ifx\temp\asisword
9.882 - \else
9.883 - \ifx\temp\noneword
9.884 - \lispnarrowing = 0pt
9.885 - \else
9.886 - \lispnarrowing = #1em
9.887 - \fi
9.888 - \fi
9.889 -}
9.890 -
9.891 -% @firstparagraphindent WORD
9.892 -% If WORD is `none', then suppress indentation of the first paragraph
9.893 -% after a section heading. If WORD is `insert', then do indent at such
9.894 -% paragraphs.
9.895 -%
9.896 -% The paragraph indentation is suppressed or not by calling
9.897 -% \suppressfirstparagraphindent, which the sectioning commands do.
9.898 -% We switch the definition of this back and forth according to WORD.
9.899 -% By default, we suppress indentation.
9.900 -%
9.901 -\def\suppressfirstparagraphindent{\dosuppressfirstparagraphindent}
9.902 -\newdimen\currentparindent
9.903 -%
9.904 -\def\insertword{insert}
9.905 -%
9.906 -\def\firstparagraphindent{\parsearg\dofirstparagraphindent}
9.907 -\def\dofirstparagraphindent#1{%
9.908 - \def\temp{#1}%
9.909 - \ifx\temp\noneword
9.910 - \let\suppressfirstparagraphindent = \dosuppressfirstparagraphindent
9.911 - \else\ifx\temp\insertword
9.912 - \let\suppressfirstparagraphindent = \relax
9.913 - \else
9.914 - \errhelp = \EMsimple
9.915 - \errmessage{Unknown @firstparagraphindent option `\temp'}%
9.916 - \fi\fi
9.917 -}
9.918 -
9.919 -% Here is how we actually suppress indentation. Redefine \everypar to
9.920 -% \kern backwards by \parindent, and then reset itself to empty.
9.921 -%
9.922 -% We also make \indent itself not actually do anything until the next
9.923 -% paragraph.
9.924 -%
9.925 -\gdef\dosuppressfirstparagraphindent{%
9.926 - \gdef\indent{%
9.927 - \global\let\indent=\ptexindent
9.928 - \global\everypar = {}%
9.929 - }%
9.930 - \global\everypar = {%
9.931 - \kern-\parindent
9.932 - \global\let\indent=\ptexindent
9.933 - \global\everypar = {}%
9.934 - }%
9.935 -}%
9.936 -
9.937 -
9.938 -% @asis just yields its argument. Used with @table, for example.
9.939 -%
9.940 -\def\asis#1{#1}
9.941 -
9.942 -% @math outputs its argument in math mode.
9.943 -% We don't use $'s directly in the definition of \math because we need
9.944 -% to set catcodes according to plain TeX first, to allow for subscripts,
9.945 -% superscripts, special math chars, etc.
9.946 -%
9.947 -\let\implicitmath = $%$ font-lock fix
9.948 -%
9.949 -% One complication: _ usually means subscripts, but it could also mean
9.950 -% an actual _ character, as in @math{@var{some_variable} + 1}. So make
9.951 -% _ within @math be active (mathcode "8000), and distinguish by seeing
9.952 -% if the current family is \slfam, which is what @var uses.
9.953 -%
9.954 -{\catcode\underChar = \active
9.955 -\gdef\mathunderscore{%
9.956 - \catcode\underChar=\active
9.957 - \def_{\ifnum\fam=\slfam \_\else\sb\fi}%
9.958 -}}
9.959 -%
9.960 -% Another complication: we want \\ (and @\) to output a \ character.
9.961 -% FYI, plain.tex uses \\ as a temporary control sequence (why?), but
9.962 -% this is not advertised and we don't care. Texinfo does not
9.963 -% otherwise define @\.
9.964 -%
9.965 -% The \mathchar is class=0=ordinary, family=7=ttfam, position=5C=\.
9.966 -\def\mathbackslash{\ifnum\fam=\ttfam \mathchar"075C \else\backslash \fi}
9.967 -%
9.968 -\def\math{%
9.969 - \tex
9.970 - \mathcode`\_="8000 \mathunderscore
9.971 - \let\\ = \mathbackslash
9.972 - \mathactive
9.973 - \implicitmath\finishmath}
9.974 -\def\finishmath#1{#1\implicitmath\Etex}
9.975 -
9.976 -% Some active characters (such as <) are spaced differently in math.
9.977 -% We have to reset their definitions in case the @math was an
9.978 -% argument to a command which set the catcodes (such as @item or @section).
9.979 -%
9.980 -{
9.981 - \catcode`^ = \active
9.982 - \catcode`< = \active
9.983 - \catcode`> = \active
9.984 - \catcode`+ = \active
9.985 - \gdef\mathactive{%
9.986 - \let^ = \ptexhat
9.987 - \let< = \ptexless
9.988 - \let> = \ptexgtr
9.989 - \let+ = \ptexplus
9.990 - }
9.991 -}
9.992 -
9.993 -% @bullet and @minus need the same treatment as @math, just above.
9.994 -\def\bullet{\implicitmath\ptexbullet\implicitmath}
9.995 -\def\minus{\implicitmath-\implicitmath}
9.996 -
9.997 -% @refill is a no-op.
9.998 -\let\refill=\relax
9.999 -
9.1000 -% If working on a large document in chapters, it is convenient to
9.1001 -% be able to disable indexing, cross-referencing, and contents, for test runs.
9.1002 -% This is done with @novalidate (before @setfilename).
9.1003 -%
9.1004 -\newif\iflinks \linkstrue % by default we want the aux files.
9.1005 -\let\novalidate = \linksfalse
9.1006 -
9.1007 -% @setfilename is done at the beginning of every texinfo file.
9.1008 -% So open here the files we need to have open while reading the input.
9.1009 -% This makes it possible to make a .fmt file for texinfo.
9.1010 -\def\setfilename{%
9.1011 - \iflinks
9.1012 - \readauxfile
9.1013 - \fi % \openindices needs to do some work in any case.
9.1014 - \openindices
9.1015 - \fixbackslash % Turn off hack to swallow `\input texinfo'.
9.1016 - \global\let\setfilename=\comment % Ignore extra @setfilename cmds.
9.1017 - %
9.1018 - % If texinfo.cnf is present on the system, read it.
9.1019 - % Useful for site-wide @afourpaper, etc.
9.1020 - % Just to be on the safe side, close the input stream before the \input.
9.1021 - \openin 1 texinfo.cnf
9.1022 - \ifeof1 \let\temp=\relax \else \def\temp{\input texinfo.cnf }\fi
9.1023 - \closein1
9.1024 - \temp
9.1025 - %
9.1026 - \comment % Ignore the actual filename.
9.1027 -}
9.1028 -
9.1029 -% Called from \setfilename.
9.1030 -%
9.1031 -\def\openindices{%
9.1032 - \newindex{cp}%
9.1033 - \newcodeindex{fn}%
9.1034 - \newcodeindex{vr}%
9.1035 - \newcodeindex{tp}%
9.1036 - \newcodeindex{ky}%
9.1037 - \newcodeindex{pg}%
9.1038 -}
9.1039 -
9.1040 -% @bye.
9.1041 -\outer\def\bye{\pagealignmacro\tracingstats=1\ptexend}
9.1042 -
9.1043 -
9.1044 -\message{pdf,}
9.1045 -% adobe `portable' document format
9.1046 -\newcount\tempnum
9.1047 -\newcount\lnkcount
9.1048 -\newtoks\filename
9.1049 -\newcount\filenamelength
9.1050 -\newcount\pgn
9.1051 -\newtoks\toksA
9.1052 -\newtoks\toksB
9.1053 -\newtoks\toksC
9.1054 -\newtoks\toksD
9.1055 -\newbox\boxA
9.1056 -\newcount\countA
9.1057 -\newif\ifpdf
9.1058 -\newif\ifpdfmakepagedest
9.1059 -
9.1060 -\ifx\pdfoutput\undefined
9.1061 - \pdffalse
9.1062 - \let\pdfmkdest = \gobble
9.1063 - \let\pdfurl = \gobble
9.1064 - \let\endlink = \relax
9.1065 - \let\linkcolor = \relax
9.1066 - \let\pdfmakeoutlines = \relax
9.1067 -\else
9.1068 - \pdftrue
9.1069 - \pdfoutput = 1
9.1070 - \input pdfcolor
9.1071 - \def\dopdfimage#1#2#3{%
9.1072 - \def\imagewidth{#2}%
9.1073 - \def\imageheight{#3}%
9.1074 - % without \immediate, pdftex seg faults when the same image is
9.1075 - % included twice. (Version 3.14159-pre-1.0-unofficial-20010704.)
9.1076 - \ifnum\pdftexversion < 14
9.1077 - \immediate\pdfimage
9.1078 - \else
9.1079 - \immediate\pdfximage
9.1080 - \fi
9.1081 - \ifx\empty\imagewidth\else width \imagewidth \fi
9.1082 - \ifx\empty\imageheight\else height \imageheight \fi
9.1083 - \ifnum\pdftexversion<13
9.1084 - #1.pdf%
9.1085 - \else
9.1086 - {#1.pdf}%
9.1087 - \fi
9.1088 - \ifnum\pdftexversion < 14 \else
9.1089 - \pdfrefximage \pdflastximage
9.1090 - \fi}
9.1091 - \def\pdfmkdest#1{{\normalturnoffactive \pdfdest name{#1} xyz}}
9.1092 - \def\pdfmkpgn#1{#1}
9.1093 - \let\linkcolor = \Blue % was Cyan, but that seems light?
9.1094 - \def\endlink{\Black\pdfendlink}
9.1095 - % Adding outlines to PDF; macros for calculating structure of outlines
9.1096 - % come from Petr Olsak
9.1097 - \def\expnumber#1{\expandafter\ifx\csname#1\endcsname\relax 0%
9.1098 - \else \csname#1\endcsname \fi}
9.1099 - \def\advancenumber#1{\tempnum=\expnumber{#1}\relax
9.1100 - \advance\tempnum by1
9.1101 - \expandafter\xdef\csname#1\endcsname{\the\tempnum}}
9.1102 - \def\pdfmakeoutlines{{%
9.1103 - \openin 1 \jobname.toc
9.1104 - \ifeof 1\else\begingroup
9.1105 - \closein 1
9.1106 - % Thanh's hack / proper braces in bookmarks
9.1107 - \edef\mylbrace{\iftrue \string{\else}\fi}\let\{=\mylbrace
9.1108 - \edef\myrbrace{\iffalse{\else\string}\fi}\let\}=\myrbrace
9.1109 - %
9.1110 - \def\chapentry ##1##2##3{}
9.1111 - \def\secentry ##1##2##3##4{\advancenumber{chap##2}}
9.1112 - \def\subsecentry ##1##2##3##4##5{\advancenumber{sec##2.##3}}
9.1113 - \def\subsubsecentry ##1##2##3##4##5##6{\advancenumber{subsec##2.##3.##4}}
9.1114 - \let\appendixentry = \chapentry
9.1115 - \let\unnumbchapentry = \chapentry
9.1116 - \let\unnumbsecentry = \secentry
9.1117 - \let\unnumbsubsecentry = \subsecentry
9.1118 - \let\unnumbsubsubsecentry = \subsubsecentry
9.1119 - \input \jobname.toc
9.1120 - \def\chapentry ##1##2##3{%
9.1121 - \pdfoutline goto name{\pdfmkpgn{##3}}count-\expnumber{chap##2}{##1}}
9.1122 - \def\secentry ##1##2##3##4{%
9.1123 - \pdfoutline goto name{\pdfmkpgn{##4}}count-\expnumber{sec##2.##3}{##1}}
9.1124 - \def\subsecentry ##1##2##3##4##5{%
9.1125 - \pdfoutline goto name{\pdfmkpgn{##5}}count-\expnumber{subsec##2.##3.##4}{##1}}
9.1126 - \def\subsubsecentry ##1##2##3##4##5##6{%
9.1127 - \pdfoutline goto name{\pdfmkpgn{##6}}{##1}}
9.1128 - \let\appendixentry = \chapentry
9.1129 - \let\unnumbchapentry = \chapentry
9.1130 - \let\unnumbsecentry = \secentry
9.1131 - \let\unnumbsubsecentry = \subsecentry
9.1132 - \let\unnumbsubsubsecentry = \subsubsecentry
9.1133 - %
9.1134 - % Make special characters normal for writing to the pdf file.
9.1135 - %
9.1136 - \indexnofonts
9.1137 - \let\tt=\relax
9.1138 - \turnoffactive
9.1139 - \input \jobname.toc
9.1140 - \endgroup\fi
9.1141 - }}
9.1142 - \def\makelinks #1,{%
9.1143 - \def\params{#1}\def\E{END}%
9.1144 - \ifx\params\E
9.1145 - \let\nextmakelinks=\relax
9.1146 - \else
9.1147 - \let\nextmakelinks=\makelinks
9.1148 - \ifnum\lnkcount>0,\fi
9.1149 - \picknum{#1}%
9.1150 - \startlink attr{/Border [0 0 0]}
9.1151 - goto name{\pdfmkpgn{\the\pgn}}%
9.1152 - \linkcolor #1%
9.1153 - \advance\lnkcount by 1%
9.1154 - \endlink
9.1155 - \fi
9.1156 - \nextmakelinks
9.1157 - }
9.1158 - \def\picknum#1{\expandafter\pn#1}
9.1159 - \def\pn#1{%
9.1160 - \def\p{#1}%
9.1161 - \ifx\p\lbrace
9.1162 - \let\nextpn=\ppn
9.1163 - \else
9.1164 - \let\nextpn=\ppnn
9.1165 - \def\first{#1}
9.1166 - \fi
9.1167 - \nextpn
9.1168 - }
9.1169 - \def\ppn#1{\pgn=#1\gobble}
9.1170 - \def\ppnn{\pgn=\first}
9.1171 - \def\pdfmklnk#1{\lnkcount=0\makelinks #1,END,}
9.1172 - \def\addtokens#1#2{\edef\addtoks{\noexpand#1={\the#1#2}}\addtoks}
9.1173 - \def\skipspaces#1{\def\PP{#1}\def\D{|}%
9.1174 - \ifx\PP\D\let\nextsp\relax
9.1175 - \else\let\nextsp\skipspaces
9.1176 - \ifx\p\space\else\addtokens{\filename}{\PP}%
9.1177 - \advance\filenamelength by 1
9.1178 - \fi
9.1179 - \fi
9.1180 - \nextsp}
9.1181 - \def\getfilename#1{\filenamelength=0\expandafter\skipspaces#1|\relax}
9.1182 - \ifnum\pdftexversion < 14
9.1183 - \let \startlink \pdfannotlink
9.1184 - \else
9.1185 - \let \startlink \pdfstartlink
9.1186 - \fi
9.1187 - \def\pdfurl#1{%
9.1188 - \begingroup
9.1189 - \normalturnoffactive\def\@{@}%
9.1190 - \let\value=\expandablevalue
9.1191 - \leavevmode\Red
9.1192 - \startlink attr{/Border [0 0 0]}%
9.1193 - user{/Subtype /Link /A << /S /URI /URI (#1) >>}%
9.1194 - % #1
9.1195 - \endgroup}
9.1196 - \def\pdfgettoks#1.{\setbox\boxA=\hbox{\toksA={#1.}\toksB={}\maketoks}}
9.1197 - \def\addtokens#1#2{\edef\addtoks{\noexpand#1={\the#1#2}}\addtoks}
9.1198 - \def\adn#1{\addtokens{\toksC}{#1}\global\countA=1\let\next=\maketoks}
9.1199 - \def\poptoks#1#2|ENDTOKS|{\let\first=#1\toksD={#1}\toksA={#2}}
9.1200 - \def\maketoks{%
9.1201 - \expandafter\poptoks\the\toksA|ENDTOKS|
9.1202 - \ifx\first0\adn0
9.1203 - \else\ifx\first1\adn1 \else\ifx\first2\adn2 \else\ifx\first3\adn3
9.1204 - \else\ifx\first4\adn4 \else\ifx\first5\adn5 \else\ifx\first6\adn6
9.1205 - \else\ifx\first7\adn7 \else\ifx\first8\adn8 \else\ifx\first9\adn9
9.1206 - \else
9.1207 - \ifnum0=\countA\else\makelink\fi
9.1208 - \ifx\first.\let\next=\done\else
9.1209 - \let\next=\maketoks
9.1210 - \addtokens{\toksB}{\the\toksD}
9.1211 - \ifx\first,\addtokens{\toksB}{\space}\fi
9.1212 - \fi
9.1213 - \fi\fi\fi\fi\fi\fi\fi\fi\fi\fi
9.1214 - \next}
9.1215 - \def\makelink{\addtokens{\toksB}%
9.1216 - {\noexpand\pdflink{\the\toksC}}\toksC={}\global\countA=0}
9.1217 - \def\pdflink#1{%
9.1218 - \startlink attr{/Border [0 0 0]} goto name{\pdfmkpgn{#1}}
9.1219 - \linkcolor #1\endlink}
9.1220 - \def\done{\edef\st{\global\noexpand\toksA={\the\toksB}}\st}
9.1221 -\fi % \ifx\pdfoutput
9.1222 -
9.1223 -
9.1224 -\message{fonts,}
9.1225 -% Font-change commands.
9.1226 -
9.1227 -% Texinfo sort of supports the sans serif font style, which plain TeX does not.
9.1228 -% So we set up a \sf analogous to plain's \rm, etc.
9.1229 -\newfam\sffam
9.1230 -\def\sf{\fam=\sffam \tensf}
9.1231 -\let\li = \sf % Sometimes we call it \li, not \sf.
9.1232 -
9.1233 -% We don't need math for this one.
9.1234 -\def\ttsl{\tenttsl}
9.1235 -
9.1236 -% Default leading.
9.1237 -\newdimen\textleading \textleading = 13.2pt
9.1238 -
9.1239 -% Set the baselineskip to #1, and the lineskip and strut size
9.1240 -% correspondingly. There is no deep meaning behind these magic numbers
9.1241 -% used as factors; they just match (closely enough) what Knuth defined.
9.1242 -%
9.1243 -\def\lineskipfactor{.08333}
9.1244 -\def\strutheightpercent{.70833}
9.1245 -\def\strutdepthpercent {.29167}
9.1246 -%
9.1247 -\def\setleading#1{%
9.1248 - \normalbaselineskip = #1\relax
9.1249 - \normallineskip = \lineskipfactor\normalbaselineskip
9.1250 - \normalbaselines
9.1251 - \setbox\strutbox =\hbox{%
9.1252 - \vrule width0pt height\strutheightpercent\baselineskip
9.1253 - depth \strutdepthpercent \baselineskip
9.1254 - }%
9.1255 -}
9.1256 -
9.1257 -% Set the font macro #1 to the font named #2, adding on the
9.1258 -% specified font prefix (normally `cm').
9.1259 -% #3 is the font's design size, #4 is a scale factor
9.1260 -\def\setfont#1#2#3#4{\font#1=\fontprefix#2#3 scaled #4}
9.1261 -
9.1262 -% Use cm as the default font prefix.
9.1263 -% To specify the font prefix, you must define \fontprefix
9.1264 -% before you read in texinfo.tex.
9.1265 -\ifx\fontprefix\undefined
9.1266 -\def\fontprefix{cm}
9.1267 -\fi
9.1268 -% Support font families that don't use the same naming scheme as CM.
9.1269 -\def\rmshape{r}
9.1270 -\def\rmbshape{bx} %where the normal face is bold
9.1271 -\def\bfshape{b}
9.1272 -\def\bxshape{bx}
9.1273 -\def\ttshape{tt}
9.1274 -\def\ttbshape{tt}
9.1275 -\def\ttslshape{sltt}
9.1276 -\def\itshape{ti}
9.1277 -\def\itbshape{bxti}
9.1278 -\def\slshape{sl}
9.1279 -\def\slbshape{bxsl}
9.1280 -\def\sfshape{ss}
9.1281 -\def\sfbshape{ss}
9.1282 -\def\scshape{csc}
9.1283 -\def\scbshape{csc}
9.1284 -
9.1285 -\newcount\mainmagstep
9.1286 -\ifx\bigger\relax
9.1287 - % not really supported.
9.1288 - \mainmagstep=\magstep1
9.1289 - \setfont\textrm\rmshape{12}{1000}
9.1290 - \setfont\texttt\ttshape{12}{1000}
9.1291 -\else
9.1292 - \mainmagstep=\magstephalf
9.1293 - \setfont\textrm\rmshape{10}{\mainmagstep}
9.1294 - \setfont\texttt\ttshape{10}{\mainmagstep}
9.1295 -\fi
9.1296 -% Instead of cmb10, you may want to use cmbx10.
9.1297 -% cmbx10 is a prettier font on its own, but cmb10
9.1298 -% looks better when embedded in a line with cmr10
9.1299 -% (in Bob's opinion).
9.1300 -\setfont\textbf\bfshape{10}{\mainmagstep}
9.1301 -\setfont\textit\itshape{10}{\mainmagstep}
9.1302 -\setfont\textsl\slshape{10}{\mainmagstep}
9.1303 -\setfont\textsf\sfshape{10}{\mainmagstep}
9.1304 -\setfont\textsc\scshape{10}{\mainmagstep}
9.1305 -\setfont\textttsl\ttslshape{10}{\mainmagstep}
9.1306 -\font\texti=cmmi10 scaled \mainmagstep
9.1307 -\font\textsy=cmsy10 scaled \mainmagstep
9.1308 -
9.1309 -% A few fonts for @defun, etc.
9.1310 -\setfont\defbf\bxshape{10}{\magstep1} %was 1314
9.1311 -\setfont\deftt\ttshape{10}{\magstep1}
9.1312 -\def\df{\let\tentt=\deftt \let\tenbf = \defbf \bf}
9.1313 -
9.1314 -% Fonts for indices, footnotes, small examples (9pt).
9.1315 -\setfont\smallrm\rmshape{9}{1000}
9.1316 -\setfont\smalltt\ttshape{9}{1000}
9.1317 -\setfont\smallbf\bfshape{10}{900}
9.1318 -\setfont\smallit\itshape{9}{1000}
9.1319 -\setfont\smallsl\slshape{9}{1000}
9.1320 -\setfont\smallsf\sfshape{9}{1000}
9.1321 -\setfont\smallsc\scshape{10}{900}
9.1322 -\setfont\smallttsl\ttslshape{10}{900}
9.1323 -\font\smalli=cmmi9
9.1324 -\font\smallsy=cmsy9
9.1325 -
9.1326 -% Fonts for small examples (8pt).
9.1327 -\setfont\smallerrm\rmshape{8}{1000}
9.1328 -\setfont\smallertt\ttshape{8}{1000}
9.1329 -\setfont\smallerbf\bfshape{10}{800}
9.1330 -\setfont\smallerit\itshape{8}{1000}
9.1331 -\setfont\smallersl\slshape{8}{1000}
9.1332 -\setfont\smallersf\sfshape{8}{1000}
9.1333 -\setfont\smallersc\scshape{10}{800}
9.1334 -\setfont\smallerttsl\ttslshape{10}{800}
9.1335 -\font\smalleri=cmmi8
9.1336 -\font\smallersy=cmsy8
9.1337 -
9.1338 -% Fonts for title page:
9.1339 -\setfont\titlerm\rmbshape{12}{\magstep3}
9.1340 -\setfont\titleit\itbshape{10}{\magstep4}
9.1341 -\setfont\titlesl\slbshape{10}{\magstep4}
9.1342 -\setfont\titlett\ttbshape{12}{\magstep3}
9.1343 -\setfont\titlettsl\ttslshape{10}{\magstep4}
9.1344 -\setfont\titlesf\sfbshape{17}{\magstep1}
9.1345 -\let\titlebf=\titlerm
9.1346 -\setfont\titlesc\scbshape{10}{\magstep4}
9.1347 -\font\titlei=cmmi12 scaled \magstep3
9.1348 -\font\titlesy=cmsy10 scaled \magstep4
9.1349 -\def\authorrm{\secrm}
9.1350 -\def\authortt{\sectt}
9.1351 -
9.1352 -% Chapter (and unnumbered) fonts (17.28pt).
9.1353 -\setfont\chaprm\rmbshape{12}{\magstep2}
9.1354 -\setfont\chapit\itbshape{10}{\magstep3}
9.1355 -\setfont\chapsl\slbshape{10}{\magstep3}
9.1356 -\setfont\chaptt\ttbshape{12}{\magstep2}
9.1357 -\setfont\chapttsl\ttslshape{10}{\magstep3}
9.1358 -\setfont\chapsf\sfbshape{17}{1000}
9.1359 -\let\chapbf=\chaprm
9.1360 -\setfont\chapsc\scbshape{10}{\magstep3}
9.1361 -\font\chapi=cmmi12 scaled \magstep2
9.1362 -\font\chapsy=cmsy10 scaled \magstep3
9.1363 -
9.1364 -% Section fonts (14.4pt).
9.1365 -\setfont\secrm\rmbshape{12}{\magstep1}
9.1366 -\setfont\secit\itbshape{10}{\magstep2}
9.1367 -\setfont\secsl\slbshape{10}{\magstep2}
9.1368 -\setfont\sectt\ttbshape{12}{\magstep1}
9.1369 -\setfont\secttsl\ttslshape{10}{\magstep2}
9.1370 -\setfont\secsf\sfbshape{12}{\magstep1}
9.1371 -\let\secbf\secrm
9.1372 -\setfont\secsc\scbshape{10}{\magstep2}
9.1373 -\font\seci=cmmi12 scaled \magstep1
9.1374 -\font\secsy=cmsy10 scaled \magstep2
9.1375 -
9.1376 -% Subsection fonts (13.15pt).
9.1377 -\setfont\ssecrm\rmbshape{12}{\magstephalf}
9.1378 -\setfont\ssecit\itbshape{10}{1315}
9.1379 -\setfont\ssecsl\slbshape{10}{1315}
9.1380 -\setfont\ssectt\ttbshape{12}{\magstephalf}
9.1381 -\setfont\ssecttsl\ttslshape{10}{1315}
9.1382 -\setfont\ssecsf\sfbshape{12}{\magstephalf}
9.1383 -\let\ssecbf\ssecrm
9.1384 -\setfont\ssecsc\scbshape{10}{\magstep1}
9.1385 -\font\sseci=cmmi12 scaled \magstephalf
9.1386 -\font\ssecsy=cmsy10 scaled 1315
9.1387 -% The smallcaps and symbol fonts should actually be scaled \magstep1.5,
9.1388 -% but that is not a standard magnification.
9.1389 -
9.1390 -% In order for the font changes to affect most math symbols and letters,
9.1391 -% we have to define the \textfont of the standard families. Since
9.1392 -% texinfo doesn't allow for producing subscripts and superscripts except
9.1393 -% in the main text, we don't bother to reset \scriptfont and
9.1394 -% \scriptscriptfont (which would also require loading a lot more fonts).
9.1395 -%
9.1396 -\def\resetmathfonts{%
9.1397 - \textfont0=\tenrm \textfont1=\teni \textfont2=\tensy
9.1398 - \textfont\itfam=\tenit \textfont\slfam=\tensl \textfont\bffam=\tenbf
9.1399 - \textfont\ttfam=\tentt \textfont\sffam=\tensf
9.1400 -}
9.1401 -
9.1402 -% The font-changing commands redefine the meanings of \tenSTYLE, instead
9.1403 -% of just \STYLE. We do this so that font changes will continue to work
9.1404 -% in math mode, where it is the current \fam that is relevant in most
9.1405 -% cases, not the current font. Plain TeX does \def\bf{\fam=\bffam
9.1406 -% \tenbf}, for example. By redefining \tenbf, we obviate the need to
9.1407 -% redefine \bf itself.
9.1408 -\def\textfonts{%
9.1409 - \let\tenrm=\textrm \let\tenit=\textit \let\tensl=\textsl
9.1410 - \let\tenbf=\textbf \let\tentt=\texttt \let\smallcaps=\textsc
9.1411 - \let\tensf=\textsf \let\teni=\texti \let\tensy=\textsy \let\tenttsl=\textttsl
9.1412 - \resetmathfonts \setleading{\textleading}}
9.1413 -\def\titlefonts{%
9.1414 - \let\tenrm=\titlerm \let\tenit=\titleit \let\tensl=\titlesl
9.1415 - \let\tenbf=\titlebf \let\tentt=\titlett \let\smallcaps=\titlesc
9.1416 - \let\tensf=\titlesf \let\teni=\titlei \let\tensy=\titlesy
9.1417 - \let\tenttsl=\titlettsl
9.1418 - \resetmathfonts \setleading{25pt}}
9.1419 -\def\titlefont#1{{\titlefonts\rm #1}}
9.1420 -\def\chapfonts{%
9.1421 - \let\tenrm=\chaprm \let\tenit=\chapit \let\tensl=\chapsl
9.1422 - \let\tenbf=\chapbf \let\tentt=\chaptt \let\smallcaps=\chapsc
9.1423 - \let\tensf=\chapsf \let\teni=\chapi \let\tensy=\chapsy \let\tenttsl=\chapttsl
9.1424 - \resetmathfonts \setleading{19pt}}
9.1425 -\def\secfonts{%
9.1426 - \let\tenrm=\secrm \let\tenit=\secit \let\tensl=\secsl
9.1427 - \let\tenbf=\secbf \let\tentt=\sectt \let\smallcaps=\secsc
9.1428 - \let\tensf=\secsf \let\teni=\seci \let\tensy=\secsy \let\tenttsl=\secttsl
9.1429 - \resetmathfonts \setleading{16pt}}
9.1430 -\def\subsecfonts{%
9.1431 - \let\tenrm=\ssecrm \let\tenit=\ssecit \let\tensl=\ssecsl
9.1432 - \let\tenbf=\ssecbf \let\tentt=\ssectt \let\smallcaps=\ssecsc
9.1433 - \let\tensf=\ssecsf \let\teni=\sseci \let\tensy=\ssecsy \let\tenttsl=\ssecttsl
9.1434 - \resetmathfonts \setleading{15pt}}
9.1435 -\let\subsubsecfonts = \subsecfonts % Maybe make sssec fonts scaled magstephalf?
9.1436 -\def\smallfonts{%
9.1437 - \let\tenrm=\smallrm \let\tenit=\smallit \let\tensl=\smallsl
9.1438 - \let\tenbf=\smallbf \let\tentt=\smalltt \let\smallcaps=\smallsc
9.1439 - \let\tensf=\smallsf \let\teni=\smalli \let\tensy=\smallsy
9.1440 - \let\tenttsl=\smallttsl
9.1441 - \resetmathfonts \setleading{10.5pt}}
9.1442 -\def\smallerfonts{%
9.1443 - \let\tenrm=\smallerrm \let\tenit=\smallerit \let\tensl=\smallersl
9.1444 - \let\tenbf=\smallerbf \let\tentt=\smallertt \let\smallcaps=\smallersc
9.1445 - \let\tensf=\smallersf \let\teni=\smalleri \let\tensy=\smallersy
9.1446 - \let\tenttsl=\smallerttsl
9.1447 - \resetmathfonts \setleading{9.5pt}}
9.1448 -
9.1449 -% Set the fonts to use with the @small... environments.
9.1450 -\let\smallexamplefonts = \smallfonts
9.1451 -
9.1452 -% About \smallexamplefonts. If we use \smallfonts (9pt), @smallexample
9.1453 -% can fit this many characters:
9.1454 -% 8.5x11=86 smallbook=72 a4=90 a5=69
9.1455 -% If we use \smallerfonts (8pt), then we can fit this many characters:
9.1456 -% 8.5x11=90+ smallbook=80 a4=90+ a5=77
9.1457 -% For me, subjectively, the few extra characters that fit aren't worth
9.1458 -% the additional smallness of 8pt. So I'm making the default 9pt.
9.1459 -%
9.1460 -% By the way, for comparison, here's what fits with @example (10pt):
9.1461 -% 8.5x11=71 smallbook=60 a4=75 a5=58
9.1462 -%
9.1463 -% I wish we used A4 paper on this side of the Atlantic.
9.1464 -%
9.1465 -% --karl, 24jan03.
9.1466 -
9.1467 -
9.1468 -% Set up the default fonts, so we can use them for creating boxes.
9.1469 -%
9.1470 -\textfonts
9.1471 -
9.1472 -% Define these so they can be easily changed for other fonts.
9.1473 -\def\angleleft{$\langle$}
9.1474 -\def\angleright{$\rangle$}
9.1475 -
9.1476 -% Count depth in font-changes, for error checks
9.1477 -\newcount\fontdepth \fontdepth=0
9.1478 -
9.1479 -% Fonts for short table of contents.
9.1480 -\setfont\shortcontrm\rmshape{12}{1000}
9.1481 -\setfont\shortcontbf\bxshape{12}{1000}
9.1482 -\setfont\shortcontsl\slshape{12}{1000}
9.1483 -\setfont\shortconttt\ttshape{12}{1000}
9.1484 -
9.1485 -%% Add scribe-like font environments, plus @l for inline lisp (usually sans
9.1486 -%% serif) and @ii for TeX italic
9.1487 -
9.1488 -% \smartitalic{ARG} outputs arg in italics, followed by an italic correction
9.1489 -% unless the following character is such as not to need one.
9.1490 -\def\smartitalicx{\ifx\next,\else\ifx\next-\else\ifx\next.\else
9.1491 - \ptexslash\fi\fi\fi}
9.1492 -\def\smartslanted#1{{\ifusingtt\ttsl\sl #1}\futurelet\next\smartitalicx}
9.1493 -\def\smartitalic#1{{\ifusingtt\ttsl\it #1}\futurelet\next\smartitalicx}
9.1494 -
9.1495 -\let\i=\smartitalic
9.1496 -\let\var=\smartslanted
9.1497 -\let\dfn=\smartslanted
9.1498 -\let\emph=\smartitalic
9.1499 -\let\cite=\smartslanted
9.1500 -
9.1501 -\def\b#1{{\bf #1}}
9.1502 -\let\strong=\b
9.1503 -
9.1504 -% We can't just use \exhyphenpenalty, because that only has effect at
9.1505 -% the end of a paragraph. Restore normal hyphenation at the end of the
9.1506 -% group within which \nohyphenation is presumably called.
9.1507 -%
9.1508 -\def\nohyphenation{\hyphenchar\font = -1 \aftergroup\restorehyphenation}
9.1509 -\def\restorehyphenation{\hyphenchar\font = `- }
9.1510 -
9.1511 -% Set sfcode to normal for the chars that usually have another value.
9.1512 -% Can't use plain's \frenchspacing because it uses the `\x notation, and
9.1513 -% sometimes \x has an active definition that messes things up.
9.1514 -%
9.1515 -\catcode`@=11
9.1516 - \def\frenchspacing{%
9.1517 - \sfcode\dotChar =\@m \sfcode\questChar=\@m \sfcode\exclamChar=\@m
9.1518 - \sfcode\colonChar=\@m \sfcode\semiChar =\@m \sfcode\commaChar =\@m
9.1519 - }
9.1520 -\catcode`@=\other
9.1521 -
9.1522 -\def\t#1{%
9.1523 - {\tt \rawbackslash \frenchspacing #1}%
9.1524 - \null
9.1525 -}
9.1526 -\let\ttfont=\t
9.1527 -\def\samp#1{`\tclose{#1}'\null}
9.1528 -\setfont\keyrm\rmshape{8}{1000}
9.1529 -\font\keysy=cmsy9
9.1530 -\def\key#1{{\keyrm\textfont2=\keysy \leavevmode\hbox{%
9.1531 - \raise0.4pt\hbox{\angleleft}\kern-.08em\vtop{%
9.1532 - \vbox{\hrule\kern-0.4pt
9.1533 - \hbox{\raise0.4pt\hbox{\vphantom{\angleleft}}#1}}%
9.1534 - \kern-0.4pt\hrule}%
9.1535 - \kern-.06em\raise0.4pt\hbox{\angleright}}}}
9.1536 -% The old definition, with no lozenge:
9.1537 -%\def\key #1{{\ttsl \nohyphenation \uppercase{#1}}\null}
9.1538 -\def\ctrl #1{{\tt \rawbackslash \hat}#1}
9.1539 -
9.1540 -% @file, @option are the same as @samp.
9.1541 -\let\file=\samp
9.1542 -\let\option=\samp
9.1543 -
9.1544 -% @code is a modification of @t,
9.1545 -% which makes spaces the same size as normal in the surrounding text.
9.1546 -\def\tclose#1{%
9.1547 - {%
9.1548 - % Change normal interword space to be same as for the current font.
9.1549 - \spaceskip = \fontdimen2\font
9.1550 - %
9.1551 - % Switch to typewriter.
9.1552 - \tt
9.1553 - %
9.1554 - % But `\ ' produces the large typewriter interword space.
9.1555 - \def\ {{\spaceskip = 0pt{} }}%
9.1556 - %
9.1557 - % Turn off hyphenation.
9.1558 - \nohyphenation
9.1559 - %
9.1560 - \rawbackslash
9.1561 - \frenchspacing
9.1562 - #1%
9.1563 - }%
9.1564 - \null
9.1565 -}
9.1566 -
9.1567 -% We *must* turn on hyphenation at `-' and `_' in \code.
9.1568 -% Otherwise, it is too hard to avoid overfull hboxes
9.1569 -% in the Emacs manual, the Library manual, etc.
9.1570 -
9.1571 -% Unfortunately, TeX uses one parameter (\hyphenchar) to control
9.1572 -% both hyphenation at - and hyphenation within words.
9.1573 -% We must therefore turn them both off (\tclose does that)
9.1574 -% and arrange explicitly to hyphenate at a dash.
9.1575 -% -- rms.
9.1576 -{
9.1577 - \catcode`\-=\active
9.1578 - \catcode`\_=\active
9.1579 - %
9.1580 - \global\def\code{\begingroup
9.1581 - \catcode`\-=\active \let-\codedash
9.1582 - \catcode`\_=\active \let_\codeunder
9.1583 - \codex
9.1584 - }
9.1585 - %
9.1586 - % If we end up with any active - characters when handling the index,
9.1587 - % just treat them as a normal -.
9.1588 - \global\def\indexbreaks{\catcode`\-=\active \let-\realdash}
9.1589 -}
9.1590 -
9.1591 -\def\realdash{-}
9.1592 -\def\codedash{-\discretionary{}{}{}}
9.1593 -\def\codeunder{%
9.1594 - % this is all so @math{@code{var_name}+1} can work. In math mode, _
9.1595 - % is "active" (mathcode"8000) and \normalunderscore (or \char95, etc.)
9.1596 - % will therefore expand the active definition of _, which is us
9.1597 - % (inside @code that is), therefore an endless loop.
9.1598 - \ifusingtt{\ifmmode
9.1599 - \mathchar"075F % class 0=ordinary, family 7=ttfam, pos 0x5F=_.
9.1600 - \else\normalunderscore \fi
9.1601 - \discretionary{}{}{}}%
9.1602 - {\_}%
9.1603 -}
9.1604 -\def\codex #1{\tclose{#1}\endgroup}
9.1605 -
9.1606 -% @kbd is like @code, except that if the argument is just one @key command,
9.1607 -% then @kbd has no effect.
9.1608 -
9.1609 -% @kbdinputstyle -- arg is `distinct' (@kbd uses slanted tty font always),
9.1610 -% `example' (@kbd uses ttsl only inside of @example and friends),
9.1611 -% or `code' (@kbd uses normal tty font always).
9.1612 -\def\kbdinputstyle{\parsearg\kbdinputstylexxx}
9.1613 -\def\kbdinputstylexxx#1{%
9.1614 - \def\arg{#1}%
9.1615 - \ifx\arg\worddistinct
9.1616 - \gdef\kbdexamplefont{\ttsl}\gdef\kbdfont{\ttsl}%
9.1617 - \else\ifx\arg\wordexample
9.1618 - \gdef\kbdexamplefont{\ttsl}\gdef\kbdfont{\tt}%
9.1619 - \else\ifx\arg\wordcode
9.1620 - \gdef\kbdexamplefont{\tt}\gdef\kbdfont{\tt}%
9.1621 - \else
9.1622 - \errhelp = \EMsimple
9.1623 - \errmessage{Unknown @kbdinputstyle option `\arg'}%
9.1624 - \fi\fi\fi
9.1625 -}
9.1626 -\def\worddistinct{distinct}
9.1627 -\def\wordexample{example}
9.1628 -\def\wordcode{code}
9.1629 -
9.1630 -% Default is `distinct.'
9.1631 -\kbdinputstyle distinct
9.1632 -
9.1633 -\def\xkey{\key}
9.1634 -\def\kbdfoo#1#2#3\par{\def\one{#1}\def\three{#3}\def\threex{??}%
9.1635 -\ifx\one\xkey\ifx\threex\three \key{#2}%
9.1636 -\else{\tclose{\kbdfont\look}}\fi
9.1637 -\else{\tclose{\kbdfont\look}}\fi}
9.1638 -
9.1639 -% For @url, @env, @command quotes seem unnecessary, so use \code.
9.1640 -\let\url=\code
9.1641 -\let\env=\code
9.1642 -\let\command=\code
9.1643 -
9.1644 -% @uref (abbreviation for `urlref') takes an optional (comma-separated)
9.1645 -% second argument specifying the text to display and an optional third
9.1646 -% arg as text to display instead of (rather than in addition to) the url
9.1647 -% itself. First (mandatory) arg is the url. Perhaps eventually put in
9.1648 -% a hypertex \special here.
9.1649 -%
9.1650 -\def\uref#1{\douref #1,,,\finish}
9.1651 -\def\douref#1,#2,#3,#4\finish{\begingroup
9.1652 - \unsepspaces
9.1653 - \pdfurl{#1}%
9.1654 - \setbox0 = \hbox{\ignorespaces #3}%
9.1655 - \ifdim\wd0 > 0pt
9.1656 - \unhbox0 % third arg given, show only that
9.1657 - \else
9.1658 - \setbox0 = \hbox{\ignorespaces #2}%
9.1659 - \ifdim\wd0 > 0pt
9.1660 - \ifpdf
9.1661 - \unhbox0 % PDF: 2nd arg given, show only it
9.1662 - \else
9.1663 - \unhbox0\ (\code{#1})% DVI: 2nd arg given, show both it and url
9.1664 - \fi
9.1665 - \else
9.1666 - \code{#1}% only url given, so show it
9.1667 - \fi
9.1668 - \fi
9.1669 - \endlink
9.1670 -\endgroup}
9.1671 -
9.1672 -% rms does not like angle brackets --karl, 17may97.
9.1673 -% So now @email is just like @uref, unless we are pdf.
9.1674 -%
9.1675 -%\def\email#1{\angleleft{\tt #1}\angleright}
9.1676 -\ifpdf
9.1677 - \def\email#1{\doemail#1,,\finish}
9.1678 - \def\doemail#1,#2,#3\finish{\begingroup
9.1679 - \unsepspaces
9.1680 - \pdfurl{mailto:#1}%
9.1681 - \setbox0 = \hbox{\ignorespaces #2}%
9.1682 - \ifdim\wd0>0pt\unhbox0\else\code{#1}\fi
9.1683 - \endlink
9.1684 - \endgroup}
9.1685 -\else
9.1686 - \let\email=\uref
9.1687 -\fi
9.1688 -
9.1689 -% Check if we are currently using a typewriter font. Since all the
9.1690 -% Computer Modern typewriter fonts have zero interword stretch (and
9.1691 -% shrink), and it is reasonable to expect all typewriter fonts to have
9.1692 -% this property, we can check that font parameter.
9.1693 -%
9.1694 -\def\ifmonospace{\ifdim\fontdimen3\font=0pt }
9.1695 -
9.1696 -% Typeset a dimension, e.g., `in' or `pt'. The only reason for the
9.1697 -% argument is to make the input look right: @dmn{pt} instead of @dmn{}pt.
9.1698 -%
9.1699 -\def\dmn#1{\thinspace #1}
9.1700 -
9.1701 -\def\kbd#1{\def\look{#1}\expandafter\kbdfoo\look??\par}
9.1702 -
9.1703 -% @l was never documented to mean ``switch to the Lisp font'',
9.1704 -% and it is not used as such in any manual I can find. We need it for
9.1705 -% Polish suppressed-l. --karl, 22sep96.
9.1706 -%\def\l#1{{\li #1}\null}
9.1707 -
9.1708 -% Explicit font changes: @r, @sc, undocumented @ii.
9.1709 -\def\r#1{{\rm #1}} % roman font
9.1710 -\def\sc#1{{\smallcaps#1}} % smallcaps font
9.1711 -\def\ii#1{{\it #1}} % italic font
9.1712 -
9.1713 -% @acronym downcases the argument and prints in smallcaps.
9.1714 -\def\acronym#1{{\smallcaps \lowercase{#1}}}
9.1715 -
9.1716 -% @pounds{} is a sterling sign.
9.1717 -\def\pounds{{\it\$}}
9.1718 -
9.1719 -% @registeredsymbol - R in a circle. For now, only works in text size;
9.1720 -% we'd have to redo the font mechanism to change the \scriptstyle and
9.1721 -% \scriptscriptstyle font sizes to make it look right in headings.
9.1722 -% Adapted from the plain.tex definition of \copyright.
9.1723 -%
9.1724 -\def\registeredsymbol{%
9.1725 - $^{{\ooalign{\hfil\raise.07ex\hbox{$\scriptstyle\rm R$}\hfil\crcr\Orb}}%
9.1726 - }$%
9.1727 -}
9.1728 -
9.1729 -
9.1730 -\message{page headings,}
9.1731 -
9.1732 -\newskip\titlepagetopglue \titlepagetopglue = 1.5in
9.1733 -\newskip\titlepagebottomglue \titlepagebottomglue = 2pc
9.1734 -
9.1735 -% First the title page. Must do @settitle before @titlepage.
9.1736 -\newif\ifseenauthor
9.1737 -\newif\iffinishedtitlepage
9.1738 -
9.1739 -% Do an implicit @contents or @shortcontents after @end titlepage if the
9.1740 -% user says @setcontentsaftertitlepage or @setshortcontentsaftertitlepage.
9.1741 -%
9.1742 -\newif\ifsetcontentsaftertitlepage
9.1743 - \let\setcontentsaftertitlepage = \setcontentsaftertitlepagetrue
9.1744 -\newif\ifsetshortcontentsaftertitlepage
9.1745 - \let\setshortcontentsaftertitlepage = \setshortcontentsaftertitlepagetrue
9.1746 -
9.1747 -\def\shorttitlepage{\parsearg\shorttitlepagezzz}
9.1748 -\def\shorttitlepagezzz #1{\begingroup\hbox{}\vskip 1.5in \chaprm \centerline{#1}%
9.1749 - \endgroup\page\hbox{}\page}
9.1750 -
9.1751 -\def\titlepage{\begingroup \parindent=0pt \textfonts
9.1752 - \let\subtitlerm=\tenrm
9.1753 - \def\subtitlefont{\subtitlerm \normalbaselineskip = 13pt \normalbaselines}%
9.1754 - %
9.1755 - \def\authorfont{\authorrm \normalbaselineskip = 16pt \normalbaselines
9.1756 - \let\tt=\authortt}%
9.1757 - %
9.1758 - % Leave some space at the very top of the page.
9.1759 - \vglue\titlepagetopglue
9.1760 - %
9.1761 - % Now you can print the title using @title.
9.1762 - \def\title{\parsearg\titlezzz}%
9.1763 - \def\titlezzz##1{\leftline{\titlefonts\rm ##1}
9.1764 - % print a rule at the page bottom also.
9.1765 - \finishedtitlepagefalse
9.1766 - \vskip4pt \hrule height 4pt width \hsize \vskip4pt}%
9.1767 - % No rule at page bottom unless we print one at the top with @title.
9.1768 - \finishedtitlepagetrue
9.1769 - %
9.1770 - % Now you can put text using @subtitle.
9.1771 - \def\subtitle{\parsearg\subtitlezzz}%
9.1772 - \def\subtitlezzz##1{{\subtitlefont \rightline{##1}}}%
9.1773 - %
9.1774 - % @author should come last, but may come many times.
9.1775 - \def\author{\parsearg\authorzzz}%
9.1776 - \def\authorzzz##1{\ifseenauthor\else\vskip 0pt plus 1filll\seenauthortrue\fi
9.1777 - {\authorfont \leftline{##1}}}%
9.1778 - %
9.1779 - % Most title ``pages'' are actually two pages long, with space
9.1780 - % at the top of the second. We don't want the ragged left on the second.
9.1781 - \let\oldpage = \page
9.1782 - \def\page{%
9.1783 - \iffinishedtitlepage\else
9.1784 - \finishtitlepage
9.1785 - \fi
9.1786 - \oldpage
9.1787 - \let\page = \oldpage
9.1788 - \hbox{}}%
9.1789 -% \def\page{\oldpage \hbox{}}
9.1790 -}
9.1791 -
9.1792 -\def\Etitlepage{%
9.1793 - \iffinishedtitlepage\else
9.1794 - \finishtitlepage
9.1795 - \fi
9.1796 - % It is important to do the page break before ending the group,
9.1797 - % because the headline and footline are only empty inside the group.
9.1798 - % If we use the new definition of \page, we always get a blank page
9.1799 - % after the title page, which we certainly don't want.
9.1800 - \oldpage
9.1801 - \endgroup
9.1802 - %
9.1803 - % Need this before the \...aftertitlepage checks so that if they are
9.1804 - % in effect the toc pages will come out with page numbers.
9.1805 - \HEADINGSon
9.1806 - %
9.1807 - % If they want short, they certainly want long too.
9.1808 - \ifsetshortcontentsaftertitlepage
9.1809 - \shortcontents
9.1810 - \contents
9.1811 - \global\let\shortcontents = \relax
9.1812 - \global\let\contents = \relax
9.1813 - \fi
9.1814 - %
9.1815 - \ifsetcontentsaftertitlepage
9.1816 - \contents
9.1817 - \global\let\contents = \relax
9.1818 - \global\let\shortcontents = \relax
9.1819 - \fi
9.1820 -}
9.1821 -
9.1822 -\def\finishtitlepage{%
9.1823 - \vskip4pt \hrule height 2pt width \hsize
9.1824 - \vskip\titlepagebottomglue
9.1825 - \finishedtitlepagetrue
9.1826 -}
9.1827 -
9.1828 -%%% Set up page headings and footings.
9.1829 -
9.1830 -\let\thispage=\folio
9.1831 -
9.1832 -\newtoks\evenheadline % headline on even pages
9.1833 -\newtoks\oddheadline % headline on odd pages
9.1834 -\newtoks\evenfootline % footline on even pages
9.1835 -\newtoks\oddfootline % footline on odd pages
9.1836 -
9.1837 -% Now make Tex use those variables
9.1838 -\headline={{\textfonts\rm \ifodd\pageno \the\oddheadline
9.1839 - \else \the\evenheadline \fi}}
9.1840 -\footline={{\textfonts\rm \ifodd\pageno \the\oddfootline
9.1841 - \else \the\evenfootline \fi}\HEADINGShook}
9.1842 -\let\HEADINGShook=\relax
9.1843 -
9.1844 -% Commands to set those variables.
9.1845 -% For example, this is what @headings on does
9.1846 -% @evenheading @thistitle|@thispage|@thischapter
9.1847 -% @oddheading @thischapter|@thispage|@thistitle
9.1848 -% @evenfooting @thisfile||
9.1849 -% @oddfooting ||@thisfile
9.1850 -
9.1851 -\def\evenheading{\parsearg\evenheadingxxx}
9.1852 -\def\oddheading{\parsearg\oddheadingxxx}
9.1853 -\def\everyheading{\parsearg\everyheadingxxx}
9.1854 -
9.1855 -\def\evenfooting{\parsearg\evenfootingxxx}
9.1856 -\def\oddfooting{\parsearg\oddfootingxxx}
9.1857 -\def\everyfooting{\parsearg\everyfootingxxx}
9.1858 -
9.1859 -{\catcode`\@=0 %
9.1860 -
9.1861 -\gdef\evenheadingxxx #1{\evenheadingyyy #1@|@|@|@|\finish}
9.1862 -\gdef\evenheadingyyy #1@|#2@|#3@|#4\finish{%
9.1863 -\global\evenheadline={\rlap{\centerline{#2}}\line{#1\hfil#3}}}
9.1864 -
9.1865 -\gdef\oddheadingxxx #1{\oddheadingyyy #1@|@|@|@|\finish}
9.1866 -\gdef\oddheadingyyy #1@|#2@|#3@|#4\finish{%
9.1867 -\global\oddheadline={\rlap{\centerline{#2}}\line{#1\hfil#3}}}
9.1868 -
9.1869 -\gdef\everyheadingxxx#1{\oddheadingxxx{#1}\evenheadingxxx{#1}}%
9.1870 -
9.1871 -\gdef\evenfootingxxx #1{\evenfootingyyy #1@|@|@|@|\finish}
9.1872 -\gdef\evenfootingyyy #1@|#2@|#3@|#4\finish{%
9.1873 -\global\evenfootline={\rlap{\centerline{#2}}\line{#1\hfil#3}}}
9.1874 -
9.1875 -\gdef\oddfootingxxx #1{\oddfootingyyy #1@|@|@|@|\finish}
9.1876 -\gdef\oddfootingyyy #1@|#2@|#3@|#4\finish{%
9.1877 - \global\oddfootline = {\rlap{\centerline{#2}}\line{#1\hfil#3}}%
9.1878 - %
9.1879 - % Leave some space for the footline. Hopefully ok to assume
9.1880 - % @evenfooting will not be used by itself.
9.1881 - \global\advance\pageheight by -\baselineskip
9.1882 - \global\advance\vsize by -\baselineskip
9.1883 -}
9.1884 -
9.1885 -\gdef\everyfootingxxx#1{\oddfootingxxx{#1}\evenfootingxxx{#1}}
9.1886 -%
9.1887 -}% unbind the catcode of @.
9.1888 -
9.1889 -% @headings double turns headings on for double-sided printing.
9.1890 -% @headings single turns headings on for single-sided printing.
9.1891 -% @headings off turns them off.
9.1892 -% @headings on same as @headings double, retained for compatibility.
9.1893 -% @headings after turns on double-sided headings after this page.
9.1894 -% @headings doubleafter turns on double-sided headings after this page.
9.1895 -% @headings singleafter turns on single-sided headings after this page.
9.1896 -% By default, they are off at the start of a document,
9.1897 -% and turned `on' after @end titlepage.
9.1898 -
9.1899 -\def\headings #1 {\csname HEADINGS#1\endcsname}
9.1900 -
9.1901 -\def\HEADINGSoff{
9.1902 -\global\evenheadline={\hfil} \global\evenfootline={\hfil}
9.1903 -\global\oddheadline={\hfil} \global\oddfootline={\hfil}}
9.1904 -\HEADINGSoff
9.1905 -% When we turn headings on, set the page number to 1.
9.1906 -% For double-sided printing, put current file name in lower left corner,
9.1907 -% chapter name on inside top of right hand pages, document
9.1908 -% title on inside top of left hand pages, and page numbers on outside top
9.1909 -% edge of all pages.
9.1910 -\def\HEADINGSdouble{
9.1911 -\global\pageno=1
9.1912 -\global\evenfootline={\hfil}
9.1913 -\global\oddfootline={\hfil}
9.1914 -\global\evenheadline={\line{\folio\hfil\thistitle}}
9.1915 -\global\oddheadline={\line{\thischapter\hfil\folio}}
9.1916 -\global\let\contentsalignmacro = \chapoddpage
9.1917 -}
9.1918 -\let\contentsalignmacro = \chappager
9.1919 -
9.1920 -% For single-sided printing, chapter title goes across top left of page,
9.1921 -% page number on top right.
9.1922 -\def\HEADINGSsingle{
9.1923 -\global\pageno=1
9.1924 -\global\evenfootline={\hfil}
9.1925 -\global\oddfootline={\hfil}
9.1926 -\global\evenheadline={\line{\thischapter\hfil\folio}}
9.1927 -\global\oddheadline={\line{\thischapter\hfil\folio}}
9.1928 -\global\let\contentsalignmacro = \chappager
9.1929 -}
9.1930 -\def\HEADINGSon{\HEADINGSdouble}
9.1931 -
9.1932 -\def\HEADINGSafter{\let\HEADINGShook=\HEADINGSdoublex}
9.1933 -\let\HEADINGSdoubleafter=\HEADINGSafter
9.1934 -\def\HEADINGSdoublex{%
9.1935 -\global\evenfootline={\hfil}
9.1936 -\global\oddfootline={\hfil}
9.1937 -\global\evenheadline={\line{\folio\hfil\thistitle}}
9.1938 -\global\oddheadline={\line{\thischapter\hfil\folio}}
9.1939 -\global\let\contentsalignmacro = \chapoddpage
9.1940 -}
9.1941 -
9.1942 -\def\HEADINGSsingleafter{\let\HEADINGShook=\HEADINGSsinglex}
9.1943 -\def\HEADINGSsinglex{%
9.1944 -\global\evenfootline={\hfil}
9.1945 -\global\oddfootline={\hfil}
9.1946 -\global\evenheadline={\line{\thischapter\hfil\folio}}
9.1947 -\global\oddheadline={\line{\thischapter\hfil\folio}}
9.1948 -\global\let\contentsalignmacro = \chappager
9.1949 -}
9.1950 -
9.1951 -% Subroutines used in generating headings
9.1952 -% This produces Day Month Year style of output.
9.1953 -% Only define if not already defined, in case a txi-??.tex file has set
9.1954 -% up a different format (e.g., txi-cs.tex does this).
9.1955 -\ifx\today\undefined
9.1956 -\def\today{%
9.1957 - \number\day\space
9.1958 - \ifcase\month
9.1959 - \or\putwordMJan\or\putwordMFeb\or\putwordMMar\or\putwordMApr
9.1960 - \or\putwordMMay\or\putwordMJun\or\putwordMJul\or\putwordMAug
9.1961 - \or\putwordMSep\or\putwordMOct\or\putwordMNov\or\putwordMDec
9.1962 - \fi
9.1963 - \space\number\year}
9.1964 -\fi
9.1965 -
9.1966 -% @settitle line... specifies the title of the document, for headings.
9.1967 -% It generates no output of its own.
9.1968 -\def\thistitle{\putwordNoTitle}
9.1969 -\def\settitle{\parsearg\settitlezzz}
9.1970 -\def\settitlezzz #1{\gdef\thistitle{#1}}
9.1971 -
9.1972 -
9.1973 -\message{tables,}
9.1974 -% Tables -- @table, @ftable, @vtable, @item(x), @kitem(x), @xitem(x).
9.1975 -
9.1976 -% default indentation of table text
9.1977 -\newdimen\tableindent \tableindent=.8in
9.1978 -% default indentation of @itemize and @enumerate text
9.1979 -\newdimen\itemindent \itemindent=.3in
9.1980 -% margin between end of table item and start of table text.
9.1981 -\newdimen\itemmargin \itemmargin=.1in
9.1982 -
9.1983 -% used internally for \itemindent minus \itemmargin
9.1984 -\newdimen\itemmax
9.1985 -
9.1986 -% Note @table, @vtable, and @vtable define @item, @itemx, etc., with
9.1987 -% these defs.
9.1988 -% They also define \itemindex
9.1989 -% to index the item name in whatever manner is desired (perhaps none).
9.1990 -
9.1991 -\newif\ifitemxneedsnegativevskip
9.1992 -
9.1993 -\def\itemxpar{\par\ifitemxneedsnegativevskip\nobreak\vskip-\parskip\nobreak\fi}
9.1994 -
9.1995 -\def\internalBitem{\smallbreak \parsearg\itemzzz}
9.1996 -\def\internalBitemx{\itemxpar \parsearg\itemzzz}
9.1997 -
9.1998 -\def\internalBxitem "#1"{\def\xitemsubtopix{#1} \smallbreak \parsearg\xitemzzz}
9.1999 -\def\internalBxitemx "#1"{\def\xitemsubtopix{#1} \itemxpar \parsearg\xitemzzz}
9.2000 -
9.2001 -\def\internalBkitem{\smallbreak \parsearg\kitemzzz}
9.2002 -\def\internalBkitemx{\itemxpar \parsearg\kitemzzz}
9.2003 -
9.2004 -\def\kitemzzz #1{\dosubind {kw}{\code{#1}}{for {\bf \lastfunction}}%
9.2005 - \itemzzz {#1}}
9.2006 -
9.2007 -\def\xitemzzz #1{\dosubind {kw}{\code{#1}}{for {\bf \xitemsubtopic}}%
9.2008 - \itemzzz {#1}}
9.2009 -
9.2010 -\def\itemzzz #1{\begingroup %
9.2011 - \advance\hsize by -\rightskip
9.2012 - \advance\hsize by -\tableindent
9.2013 - \setbox0=\hbox{\itemfont{#1}}%
9.2014 - \itemindex{#1}%
9.2015 - \nobreak % This prevents a break before @itemx.
9.2016 - %
9.2017 - % If the item text does not fit in the space we have, put it on a line
9.2018 - % by itself, and do not allow a page break either before or after that
9.2019 - % line. We do not start a paragraph here because then if the next
9.2020 - % command is, e.g., @kindex, the whatsit would get put into the
9.2021 - % horizontal list on a line by itself, resulting in extra blank space.
9.2022 - \ifdim \wd0>\itemmax
9.2023 - %
9.2024 - % Make this a paragraph so we get the \parskip glue and wrapping,
9.2025 - % but leave it ragged-right.
9.2026 - \begingroup
9.2027 - \advance\leftskip by-\tableindent
9.2028 - \advance\hsize by\tableindent
9.2029 - \advance\rightskip by0pt plus1fil
9.2030 - \leavevmode\unhbox0\par
9.2031 - \endgroup
9.2032 - %
9.2033 - % We're going to be starting a paragraph, but we don't want the
9.2034 - % \parskip glue -- logically it's part of the @item we just started.
9.2035 - \nobreak \vskip-\parskip
9.2036 - %
9.2037 - % Stop a page break at the \parskip glue coming up. (Unfortunately
9.2038 - % we can't prevent a possible page break at the following
9.2039 - % \baselineskip glue.) However, if what follows is an environment
9.2040 - % such as @example, there will be no \parskip glue; then
9.2041 - % the negative vskip we just would cause the example and the item to
9.2042 - % crash together. So we use this bizarre value of 10001 as a signal
9.2043 - % to \aboveenvbreak to insert \parskip glue after all.
9.2044 - % (Possibly there are other commands that could be followed by
9.2045 - % @example which need the same treatment, but not section titles; or
9.2046 - % maybe section titles are the only special case and they should be
9.2047 - % penalty 10001...)
9.2048 - \penalty 10001
9.2049 - \endgroup
9.2050 - \itemxneedsnegativevskipfalse
9.2051 - \else
9.2052 - % The item text fits into the space. Start a paragraph, so that the
9.2053 - % following text (if any) will end up on the same line.
9.2054 - \noindent
9.2055 - % Do this with kerns and \unhbox so that if there is a footnote in
9.2056 - % the item text, it can migrate to the main vertical list and
9.2057 - % eventually be printed.
9.2058 - \nobreak\kern-\tableindent
9.2059 - \dimen0 = \itemmax \advance\dimen0 by \itemmargin \advance\dimen0 by -\wd0
9.2060 - \unhbox0
9.2061 - \nobreak\kern\dimen0
9.2062 - \endgroup
9.2063 - \itemxneedsnegativevskiptrue
9.2064 - \fi
9.2065 -}
9.2066 -
9.2067 -\def\item{\errmessage{@item while not in a table}}
9.2068 -\def\itemx{\errmessage{@itemx while not in a table}}
9.2069 -\def\kitem{\errmessage{@kitem while not in a table}}
9.2070 -\def\kitemx{\errmessage{@kitemx while not in a table}}
9.2071 -\def\xitem{\errmessage{@xitem while not in a table}}
9.2072 -\def\xitemx{\errmessage{@xitemx while not in a table}}
9.2073 -
9.2074 -% Contains a kludge to get @end[description] to work.
9.2075 -\def\description{\tablez{\dontindex}{1}{}{}{}{}}
9.2076 -
9.2077 -% @table, @ftable, @vtable.
9.2078 -\def\table{\begingroup\inENV\obeylines\obeyspaces\tablex}
9.2079 -{\obeylines\obeyspaces%
9.2080 -\gdef\tablex #1^^M{%
9.2081 -\tabley\dontindex#1 \endtabley}}
9.2082 -
9.2083 -\def\ftable{\begingroup\inENV\obeylines\obeyspaces\ftablex}
9.2084 -{\obeylines\obeyspaces%
9.2085 -\gdef\ftablex #1^^M{%
9.2086 -\tabley\fnitemindex#1 \endtabley
9.2087 -\def\Eftable{\endgraf\afterenvbreak\endgroup}%
9.2088 -\let\Etable=\relax}}
9.2089 -
9.2090 -\def\vtable{\begingroup\inENV\obeylines\obeyspaces\vtablex}
9.2091 -{\obeylines\obeyspaces%
9.2092 -\gdef\vtablex #1^^M{%
9.2093 -\tabley\vritemindex#1 \endtabley
9.2094 -\def\Evtable{\endgraf\afterenvbreak\endgroup}%
9.2095 -\let\Etable=\relax}}
9.2096 -
9.2097 -\def\dontindex #1{}
9.2098 -\def\fnitemindex #1{\doind {fn}{\code{#1}}}%
9.2099 -\def\vritemindex #1{\doind {vr}{\code{#1}}}%
9.2100 -
9.2101 -{\obeyspaces %
9.2102 -\gdef\tabley#1#2 #3 #4 #5 #6 #7\endtabley{\endgroup%
9.2103 -\tablez{#1}{#2}{#3}{#4}{#5}{#6}}}
9.2104 -
9.2105 -\def\tablez #1#2#3#4#5#6{%
9.2106 -\aboveenvbreak %
9.2107 -\begingroup %
9.2108 -\def\Edescription{\Etable}% Necessary kludge.
9.2109 -\let\itemindex=#1%
9.2110 -\ifnum 0#3>0 \advance \leftskip by #3\mil \fi %
9.2111 -\ifnum 0#4>0 \tableindent=#4\mil \fi %
9.2112 -\ifnum 0#5>0 \advance \rightskip by #5\mil \fi %
9.2113 -\def\itemfont{#2}%
9.2114 -\itemmax=\tableindent %
9.2115 -\advance \itemmax by -\itemmargin %
9.2116 -\advance \leftskip by \tableindent %
9.2117 -\exdentamount=\tableindent
9.2118 -\parindent = 0pt
9.2119 -\parskip = \smallskipamount
9.2120 -\ifdim \parskip=0pt \parskip=2pt \fi%
9.2121 -\def\Etable{\endgraf\afterenvbreak\endgroup}%
9.2122 -\let\item = \internalBitem %
9.2123 -\let\itemx = \internalBitemx %
9.2124 -\let\kitem = \internalBkitem %
9.2125 -\let\kitemx = \internalBkitemx %
9.2126 -\let\xitem = \internalBxitem %
9.2127 -\let\xitemx = \internalBxitemx %
9.2128 -}
9.2129 -
9.2130 -% This is the counter used by @enumerate, which is really @itemize
9.2131 -
9.2132 -\newcount \itemno
9.2133 -
9.2134 -\def\itemize{\parsearg\itemizezzz}
9.2135 -
9.2136 -\def\itemizezzz #1{%
9.2137 - \begingroup % ended by the @end itemize
9.2138 - \itemizey {#1}{\Eitemize}
9.2139 -}
9.2140 -
9.2141 -\def\itemizey#1#2{%
9.2142 - \aboveenvbreak
9.2143 - \itemmax=\itemindent
9.2144 - \advance\itemmax by -\itemmargin
9.2145 - \advance\leftskip by \itemindent
9.2146 - \exdentamount=\itemindent
9.2147 - \parindent=0pt
9.2148 - \parskip=\smallskipamount
9.2149 - \ifdim\parskip=0pt \parskip=2pt \fi
9.2150 - \def#2{\endgraf\afterenvbreak\endgroup}%
9.2151 - \def\itemcontents{#1}%
9.2152 - % @itemize with no arg is equivalent to @itemize @bullet.
9.2153 - \ifx\itemcontents\empty\def\itemcontents{\bullet}\fi
9.2154 - \let\item=\itemizeitem
9.2155 -}
9.2156 -
9.2157 -% \splitoff TOKENS\endmark defines \first to be the first token in
9.2158 -% TOKENS, and \rest to be the remainder.
9.2159 -%
9.2160 -\def\splitoff#1#2\endmark{\def\first{#1}\def\rest{#2}}%
9.2161 -
9.2162 -% Allow an optional argument of an uppercase letter, lowercase letter,
9.2163 -% or number, to specify the first label in the enumerated list. No
9.2164 -% argument is the same as `1'.
9.2165 -%
9.2166 -\def\enumerate{\parsearg\enumeratezzz}
9.2167 -\def\enumeratezzz #1{\enumeratey #1 \endenumeratey}
9.2168 -\def\enumeratey #1 #2\endenumeratey{%
9.2169 - \begingroup % ended by the @end enumerate
9.2170 - %
9.2171 - % If we were given no argument, pretend we were given `1'.
9.2172 - \def\thearg{#1}%
9.2173 - \ifx\thearg\empty \def\thearg{1}\fi
9.2174 - %
9.2175 - % Detect if the argument is a single token. If so, it might be a
9.2176 - % letter. Otherwise, the only valid thing it can be is a number.
9.2177 - % (We will always have one token, because of the test we just made.
9.2178 - % This is a good thing, since \splitoff doesn't work given nothing at
9.2179 - % all -- the first parameter is undelimited.)
9.2180 - \expandafter\splitoff\thearg\endmark
9.2181 - \ifx\rest\empty
9.2182 - % Only one token in the argument. It could still be anything.
9.2183 - % A ``lowercase letter'' is one whose \lccode is nonzero.
9.2184 - % An ``uppercase letter'' is one whose \lccode is both nonzero, and
9.2185 - % not equal to itself.
9.2186 - % Otherwise, we assume it's a number.
9.2187 - %
9.2188 - % We need the \relax at the end of the \ifnum lines to stop TeX from
9.2189 - % continuing to look for a <number>.
9.2190 - %
9.2191 - \ifnum\lccode\expandafter`\thearg=0\relax
9.2192 - \numericenumerate % a number (we hope)
9.2193 - \else
9.2194 - % It's a letter.
9.2195 - \ifnum\lccode\expandafter`\thearg=\expandafter`\thearg\relax
9.2196 - \lowercaseenumerate % lowercase letter
9.2197 - \else
9.2198 - \uppercaseenumerate % uppercase letter
9.2199 - \fi
9.2200 - \fi
9.2201 - \else
9.2202 - % Multiple tokens in the argument. We hope it's a number.
9.2203 - \numericenumerate
9.2204 - \fi
9.2205 -}
9.2206 -
9.2207 -% An @enumerate whose labels are integers. The starting integer is
9.2208 -% given in \thearg.
9.2209 -%
9.2210 -\def\numericenumerate{%
9.2211 - \itemno = \thearg
9.2212 - \startenumeration{\the\itemno}%
9.2213 -}
9.2214 -
9.2215 -% The starting (lowercase) letter is in \thearg.
9.2216 -\def\lowercaseenumerate{%
9.2217 - \itemno = \expandafter`\thearg
9.2218 - \startenumeration{%
9.2219 - % Be sure we're not beyond the end of the alphabet.
9.2220 - \ifnum\itemno=0
9.2221 - \errmessage{No more lowercase letters in @enumerate; get a bigger
9.2222 - alphabet}%
9.2223 - \fi
9.2224 - \char\lccode\itemno
9.2225 - }%
9.2226 -}
9.2227 -
9.2228 -% The starting (uppercase) letter is in \thearg.
9.2229 -\def\uppercaseenumerate{%
9.2230 - \itemno = \expandafter`\thearg
9.2231 - \startenumeration{%
9.2232 - % Be sure we're not beyond the end of the alphabet.
9.2233 - \ifnum\itemno=0
9.2234 - \errmessage{No more uppercase letters in @enumerate; get a bigger
9.2235 - alphabet}
9.2236 - \fi
9.2237 - \char\uccode\itemno
9.2238 - }%
9.2239 -}
9.2240 -
9.2241 -% Call itemizey, adding a period to the first argument and supplying the
9.2242 -% common last two arguments. Also subtract one from the initial value in
9.2243 -% \itemno, since @item increments \itemno.
9.2244 -%
9.2245 -\def\startenumeration#1{%
9.2246 - \advance\itemno by -1
9.2247 - \itemizey{#1.}\Eenumerate\flushcr
9.2248 -}
9.2249 -
9.2250 -% @alphaenumerate and @capsenumerate are abbreviations for giving an arg
9.2251 -% to @enumerate.
9.2252 -%
9.2253 -\def\alphaenumerate{\enumerate{a}}
9.2254 -\def\capsenumerate{\enumerate{A}}
9.2255 -\def\Ealphaenumerate{\Eenumerate}
9.2256 -\def\Ecapsenumerate{\Eenumerate}
9.2257 -
9.2258 -% Definition of @item while inside @itemize.
9.2259 -
9.2260 -\def\itemizeitem{%
9.2261 -\advance\itemno by 1
9.2262 -{\let\par=\endgraf \smallbreak}%
9.2263 -\ifhmode \errmessage{In hmode at itemizeitem}\fi
9.2264 -{\parskip=0in \hskip 0pt
9.2265 -\hbox to 0pt{\hss \itemcontents\hskip \itemmargin}%
9.2266 -\vadjust{\penalty 1200}}%
9.2267 -\flushcr}
9.2268 -
9.2269 -% @multitable macros
9.2270 -% Amy Hendrickson, 8/18/94, 3/6/96
9.2271 -%
9.2272 -% @multitable ... @end multitable will make as many columns as desired.
9.2273 -% Contents of each column will wrap at width given in preamble. Width
9.2274 -% can be specified either with sample text given in a template line,
9.2275 -% or in percent of \hsize, the current width of text on page.
9.2276 -
9.2277 -% Table can continue over pages but will only break between lines.
9.2278 -
9.2279 -% To make preamble:
9.2280 -%
9.2281 -% Either define widths of columns in terms of percent of \hsize:
9.2282 -% @multitable @columnfractions .25 .3 .45
9.2283 -% @item ...
9.2284 -%
9.2285 -% Numbers following @columnfractions are the percent of the total
9.2286 -% current hsize to be used for each column. You may use as many
9.2287 -% columns as desired.
9.2288 -
9.2289 -
9.2290 -% Or use a template:
9.2291 -% @multitable {Column 1 template} {Column 2 template} {Column 3 template}
9.2292 -% @item ...
9.2293 -% using the widest term desired in each column.
9.2294 -%
9.2295 -% For those who want to use more than one line's worth of words in
9.2296 -% the preamble, break the line within one argument and it
9.2297 -% will parse correctly, i.e.,
9.2298 -%
9.2299 -% @multitable {Column 1 template} {Column 2 template} {Column 3
9.2300 -% template}
9.2301 -% Not:
9.2302 -% @multitable {Column 1 template} {Column 2 template}
9.2303 -% {Column 3 template}
9.2304 -
9.2305 -% Each new table line starts with @item, each subsequent new column
9.2306 -% starts with @tab. Empty columns may be produced by supplying @tab's
9.2307 -% with nothing between them for as many times as empty columns are needed,
9.2308 -% ie, @tab@tab@tab will produce two empty columns.
9.2309 -
9.2310 -% @item, @tab, @multitable or @end multitable do not need to be on their
9.2311 -% own lines, but it will not hurt if they are.
9.2312 -
9.2313 -% Sample multitable:
9.2314 -
9.2315 -% @multitable {Column 1 template} {Column 2 template} {Column 3 template}
9.2316 -% @item first col stuff @tab second col stuff @tab third col
9.2317 -% @item
9.2318 -% first col stuff
9.2319 -% @tab
9.2320 -% second col stuff
9.2321 -% @tab
9.2322 -% third col
9.2323 -% @item first col stuff @tab second col stuff
9.2324 -% @tab Many paragraphs of text may be used in any column.
9.2325 -%
9.2326 -% They will wrap at the width determined by the template.
9.2327 -% @item@tab@tab This will be in third column.
9.2328 -% @end multitable
9.2329 -
9.2330 -% Default dimensions may be reset by user.
9.2331 -% @multitableparskip is vertical space between paragraphs in table.
9.2332 -% @multitableparindent is paragraph indent in table.
9.2333 -% @multitablecolmargin is horizontal space to be left between columns.
9.2334 -% @multitablelinespace is space to leave between table items, baseline
9.2335 -% to baseline.
9.2336 -% 0pt means it depends on current normal line spacing.
9.2337 -%
9.2338 -\newskip\multitableparskip
9.2339 -\newskip\multitableparindent
9.2340 -\newdimen\multitablecolspace
9.2341 -\newskip\multitablelinespace
9.2342 -\multitableparskip=0pt
9.2343 -\multitableparindent=6pt
9.2344 -\multitablecolspace=12pt
9.2345 -\multitablelinespace=0pt
9.2346 -
9.2347 -% Macros used to set up halign preamble:
9.2348 -%
9.2349 -\let\endsetuptable\relax
9.2350 -\def\xendsetuptable{\endsetuptable}
9.2351 -\let\columnfractions\relax
9.2352 -\def\xcolumnfractions{\columnfractions}
9.2353 -\newif\ifsetpercent
9.2354 -
9.2355 -% #1 is the part of the @columnfraction before the decimal point, which
9.2356 -% is presumably either 0 or the empty string (but we don't check, we
9.2357 -% just throw it away). #2 is the decimal part, which we use as the
9.2358 -% percent of \hsize for this column.
9.2359 -\def\pickupwholefraction#1.#2 {%
9.2360 - \global\advance\colcount by 1
9.2361 - \expandafter\xdef\csname col\the\colcount\endcsname{.#2\hsize}%
9.2362 - \setuptable
9.2363 -}
9.2364 -
9.2365 -\newcount\colcount
9.2366 -\def\setuptable#1{%
9.2367 - \def\firstarg{#1}%
9.2368 - \ifx\firstarg\xendsetuptable
9.2369 - \let\go = \relax
9.2370 - \else
9.2371 - \ifx\firstarg\xcolumnfractions
9.2372 - \global\setpercenttrue
9.2373 - \else
9.2374 - \ifsetpercent
9.2375 - \let\go\pickupwholefraction
9.2376 - \else
9.2377 - \global\advance\colcount by 1
9.2378 - \setbox0=\hbox{#1\unskip\space}% Add a normal word space as a
9.2379 - % separator; typically that is always in the input, anyway.
9.2380 - \expandafter\xdef\csname col\the\colcount\endcsname{\the\wd0}%
9.2381 - \fi
9.2382 - \fi
9.2383 - \ifx\go\pickupwholefraction
9.2384 - % Put the argument back for the \pickupwholefraction call, so
9.2385 - % we'll always have a period there to be parsed.
9.2386 - \def\go{\pickupwholefraction#1}%
9.2387 - \else
9.2388 - \let\go = \setuptable
9.2389 - \fi%
9.2390 - \fi
9.2391 - \go
9.2392 -}
9.2393 -
9.2394 -% @multitable ... @end multitable definitions:
9.2395 -%
9.2396 -\def\multitable{\parsearg\dotable}
9.2397 -\def\dotable#1{\bgroup
9.2398 - \vskip\parskip
9.2399 - \let\item=\crcrwithfootnotes
9.2400 - % A \tab used to include \hskip1sp. But then the space in a template
9.2401 - % line is not enough. That is bad. So let's go back to just & until
9.2402 - % we encounter the problem it was intended to solve again. --karl,
9.2403 - % nathan@acm.org, 20apr99.
9.2404 - \let\tab=&%
9.2405 - \let\startfootins=\startsavedfootnote
9.2406 - \tolerance=9500
9.2407 - \hbadness=9500
9.2408 - \setmultitablespacing
9.2409 - \parskip=\multitableparskip
9.2410 - \parindent=\multitableparindent
9.2411 - \overfullrule=0pt
9.2412 - \global\colcount=0
9.2413 - \def\Emultitable{%
9.2414 - \global\setpercentfalse
9.2415 - \crcrwithfootnotes\crcr
9.2416 - \egroup\egroup
9.2417 - }%
9.2418 - %
9.2419 - % To parse everything between @multitable and @item:
9.2420 - \setuptable#1 \endsetuptable
9.2421 - %
9.2422 - % \everycr will reset column counter, \colcount, at the end of
9.2423 - % each line. Every column entry will cause \colcount to advance by one.
9.2424 - % The table preamble
9.2425 - % looks at the current \colcount to find the correct column width.
9.2426 - \everycr{\noalign{%
9.2427 - %
9.2428 - % \filbreak%% keeps underfull box messages off when table breaks over pages.
9.2429 - % Maybe so, but it also creates really weird page breaks when the table
9.2430 - % breaks over pages. Wouldn't \vfil be better? Wait until the problem
9.2431 - % manifests itself, so it can be fixed for real --karl.
9.2432 - \global\colcount=0\relax}}%
9.2433 - %
9.2434 - % This preamble sets up a generic column definition, which will
9.2435 - % be used as many times as user calls for columns.
9.2436 - % \vtop will set a single line and will also let text wrap and
9.2437 - % continue for many paragraphs if desired.
9.2438 - \halign\bgroup&\global\advance\colcount by 1\relax
9.2439 - \multistrut\vtop{\hsize=\expandafter\csname col\the\colcount\endcsname
9.2440 - %
9.2441 - % In order to keep entries from bumping into each other
9.2442 - % we will add a \leftskip of \multitablecolspace to all columns after
9.2443 - % the first one.
9.2444 - %
9.2445 - % If a template has been used, we will add \multitablecolspace
9.2446 - % to the width of each template entry.
9.2447 - %
9.2448 - % If the user has set preamble in terms of percent of \hsize we will
9.2449 - % use that dimension as the width of the column, and the \leftskip
9.2450 - % will keep entries from bumping into each other. Table will start at
9.2451 - % left margin and final column will justify at right margin.
9.2452 - %
9.2453 - % Make sure we don't inherit \rightskip from the outer environment.
9.2454 - \rightskip=0pt
9.2455 - \ifnum\colcount=1
9.2456 - % The first column will be indented with the surrounding text.
9.2457 - \advance\hsize by\leftskip
9.2458 - \else
9.2459 - \ifsetpercent \else
9.2460 - % If user has not set preamble in terms of percent of \hsize
9.2461 - % we will advance \hsize by \multitablecolspace.
9.2462 - \advance\hsize by \multitablecolspace
9.2463 - \fi
9.2464 - % In either case we will make \leftskip=\multitablecolspace:
9.2465 - \leftskip=\multitablecolspace
9.2466 - \fi
9.2467 - % Ignoring space at the beginning and end avoids an occasional spurious
9.2468 - % blank line, when TeX decides to break the line at the space before the
9.2469 - % box from the multistrut, so the strut ends up on a line by itself.
9.2470 - % For example:
9.2471 - % @multitable @columnfractions .11 .89
9.2472 - % @item @code{#}
9.2473 - % @tab Legal holiday which is valid in major parts of the whole country.
9.2474 - % Is automatically provided with highlighting sequences respectively marking
9.2475 - % characters.
9.2476 - \noindent\ignorespaces##\unskip\multistrut}\cr
9.2477 -}
9.2478 -
9.2479 -\def\setmultitablespacing{% test to see if user has set \multitablelinespace.
9.2480 -% If so, do nothing. If not, give it an appropriate dimension based on
9.2481 -% current baselineskip.
9.2482 -\ifdim\multitablelinespace=0pt
9.2483 -\setbox0=\vbox{X}\global\multitablelinespace=\the\baselineskip
9.2484 -\global\advance\multitablelinespace by-\ht0
9.2485 -%% strut to put in table in case some entry doesn't have descenders,
9.2486 -%% to keep lines equally spaced
9.2487 -\let\multistrut = \strut
9.2488 -\else
9.2489 -%% FIXME: what is \box0 supposed to be?
9.2490 -\gdef\multistrut{\vrule height\multitablelinespace depth\dp0
9.2491 -width0pt\relax} \fi
9.2492 -%% Test to see if parskip is larger than space between lines of
9.2493 -%% table. If not, do nothing.
9.2494 -%% If so, set to same dimension as multitablelinespace.
9.2495 -\ifdim\multitableparskip>\multitablelinespace
9.2496 -\global\multitableparskip=\multitablelinespace
9.2497 -\global\advance\multitableparskip-7pt %% to keep parskip somewhat smaller
9.2498 - %% than skip between lines in the table.
9.2499 -\fi%
9.2500 -\ifdim\multitableparskip=0pt
9.2501 -\global\multitableparskip=\multitablelinespace
9.2502 -\global\advance\multitableparskip-7pt %% to keep parskip somewhat smaller
9.2503 - %% than skip between lines in the table.
9.2504 -\fi}
9.2505 -
9.2506 -% In case a @footnote appears inside an alignment, save the footnote
9.2507 -% text to a box and make the \insert when a row of the table is
9.2508 -% finished. Otherwise, the insertion is lost, it never migrates to the
9.2509 -% main vertical list. --kasal, 22jan03.
9.2510 -%
9.2511 -\newbox\savedfootnotes
9.2512 -%
9.2513 -% \dotable \let's \startfootins to this, so that \dofootnote will call
9.2514 -% it instead of starting the insertion right away.
9.2515 -\def\startsavedfootnote{%
9.2516 - \global\setbox\savedfootnotes = \vbox\bgroup
9.2517 - \unvbox\savedfootnotes
9.2518 -}
9.2519 -\def\crcrwithfootnotes{%
9.2520 - \crcr
9.2521 - \ifvoid\savedfootnotes \else
9.2522 - \noalign{\insert\footins{\box\savedfootnotes}}%
9.2523 - \fi
9.2524 -}
9.2525 -
9.2526 -\message{conditionals,}
9.2527 -% Prevent errors for section commands.
9.2528 -% Used in @ignore and in failing conditionals.
9.2529 -\def\ignoresections{%
9.2530 - \let\appendix=\relax
9.2531 - \let\appendixsec=\relax
9.2532 - \let\appendixsection=\relax
9.2533 - \let\appendixsubsec=\relax
9.2534 - \let\appendixsubsection=\relax
9.2535 - \let\appendixsubsubsec=\relax
9.2536 - \let\appendixsubsubsection=\relax
9.2537 - %\let\begin=\relax
9.2538 - %\let\bye=\relax
9.2539 - \let\centerchap=\relax
9.2540 - \let\chapter=\relax
9.2541 - \let\contents=\relax
9.2542 - \let\section=\relax
9.2543 - \let\smallbook=\relax
9.2544 - \let\subsec=\relax
9.2545 - \let\subsection=\relax
9.2546 - \let\subsubsec=\relax
9.2547 - \let\subsubsection=\relax
9.2548 - \let\titlepage=\relax
9.2549 - \let\top=\relax
9.2550 - \let\unnumbered=\relax
9.2551 - \let\unnumberedsec=\relax
9.2552 - \let\unnumberedsection=\relax
9.2553 - \let\unnumberedsubsec=\relax
9.2554 - \let\unnumberedsubsection=\relax
9.2555 - \let\unnumberedsubsubsec=\relax
9.2556 - \let\unnumberedsubsubsection=\relax
9.2557 -}
9.2558 -
9.2559 -% Ignore @ignore, @ifhtml, @ifinfo, and the like.
9.2560 -%
9.2561 -\def\direntry{\doignore{direntry}}
9.2562 -\def\documentdescriptionword{documentdescription}
9.2563 -\def\documentdescription{\doignore{documentdescription}}
9.2564 -\def\html{\doignore{html}}
9.2565 -\def\ifhtml{\doignore{ifhtml}}
9.2566 -\def\ifinfo{\doignore{ifinfo}}
9.2567 -\def\ifnottex{\doignore{ifnottex}}
9.2568 -\def\ifplaintext{\doignore{ifplaintext}}
9.2569 -\def\ifxml{\doignore{ifxml}}
9.2570 -\def\ignore{\doignore{ignore}}
9.2571 -\def\menu{\doignore{menu}}
9.2572 -\def\xml{\doignore{xml}}
9.2573 -
9.2574 -% @dircategory CATEGORY -- specify a category of the dir file
9.2575 -% which this file should belong to. Ignore this in TeX.
9.2576 -\let\dircategory = \comment
9.2577 -
9.2578 -% Ignore text until a line `@end #1', keeping track of nested conditionals.
9.2579 -%
9.2580 -% A count to remember the depth of nesting.
9.2581 -\newcount\doignorecount \doignorecount = 0
9.2582 -
9.2583 -\def\doignore#1{\begingroup
9.2584 - % Don't complain about control sequences we have declared \outer.
9.2585 - \ignoresections
9.2586 - %
9.2587 - % Make sure that spaces turn into tokens that match what \doignoretext wants.
9.2588 - \catcode\spaceChar = 10
9.2589 - %
9.2590 - % Ignore braces, so mismatched braces don't cause trouble.
9.2591 - \catcode`\{ = 9
9.2592 - \catcode`\} = 9
9.2593 - %
9.2594 - % Count number of #1's that we've seen.
9.2595 - \doignorecount = 0
9.2596 - %
9.2597 - % Swallow text until we reach the matching `@end #1'.
9.2598 - \expandafter \dodoignore \csname#1\endcsname {#1}%
9.2599 -}
9.2600 -
9.2601 -{ \catcode`@=11 % We want to use \ST@P which cannot appear in texinfo source.
9.2602 - \obeylines %
9.2603 - %
9.2604 - \gdef\dodoignore#1#2{%
9.2605 - % #1 contains, e.g., \ifinfo, a.k.a. @ifinfo.
9.2606 - % #2 contains the string `ifinfo'.
9.2607 - %
9.2608 - % Define a command to find the next `@end #2', which must be on a line
9.2609 - % by itself.
9.2610 - \long\def\doignoretext##1^^M\end #2{\doignoretextyyy##1^^M#1\ST@P}%
9.2611 - % And this command to find another #1 command, at the beginning of a
9.2612 - % line. (Otherwise, we would consider a line `@c @ifset', for
9.2613 - % example, to count as an @ifset for nesting.)
9.2614 - \long\def\doignoretextyyy##1^^M#1##2\ST@P{\doignoreyyy{##2}\ST@P}%
9.2615 - %
9.2616 - % And now expand that command.
9.2617 - \obeylines %
9.2618 - \doignoretext ^^M%
9.2619 - }%
9.2620 -}
9.2621 -
9.2622 -\def\doignoreyyy#1{%
9.2623 - \def\temp{#1}%
9.2624 - \ifx\temp\empty % Nothing found.
9.2625 - \let\next\doignoretextzzz
9.2626 - \else % Found a nested condition, ...
9.2627 - \advance\doignorecount by 1
9.2628 - \let\next\doignoretextyyy % ..., look for another.
9.2629 - % If we're here, #1 ends with \ifinfo (for example).
9.2630 - \fi
9.2631 - \next #1% the token \ST@P is present just after this macro.
9.2632 -}
9.2633 -
9.2634 -% We have to swallow the remaining "\ST@P".
9.2635 -%
9.2636 -\def\doignoretextzzz#1{%
9.2637 - \ifnum\doignorecount = 0 % We have just found the outermost @end.
9.2638 - \let\next\enddoignore
9.2639 - \else % Still inside a nested condition.
9.2640 - \advance\doignorecount by -1
9.2641 - \let\next\doignoretext % Look for the next @end.
9.2642 - \fi
9.2643 - \next
9.2644 -}
9.2645 -
9.2646 -% Finish off ignored text.
9.2647 -\def\enddoignore{\endgroup\ignorespaces}
9.2648 -
9.2649 -
9.2650 -% @set VAR sets the variable VAR to an empty value.
9.2651 -% @set VAR REST-OF-LINE sets VAR to the value REST-OF-LINE.
9.2652 -%
9.2653 -% Since we want to separate VAR from REST-OF-LINE (which might be
9.2654 -% empty), we can't just use \parsearg; we have to insert a space of our
9.2655 -% own to delimit the rest of the line, and then take it out again if we
9.2656 -% didn't need it. Make sure the catcode of space is correct to avoid
9.2657 -% losing inside @example, for instance.
9.2658 -%
9.2659 -\def\set{\begingroup\catcode` =10
9.2660 - \catcode`\-=12 \catcode`\_=12 % Allow - and _ in VAR.
9.2661 - \parsearg\setxxx}
9.2662 -\def\setxxx#1{\setyyy#1 \endsetyyy}
9.2663 -\def\setyyy#1 #2\endsetyyy{%
9.2664 - \def\temp{#2}%
9.2665 - \ifx\temp\empty \global\expandafter\let\csname SET#1\endcsname = \empty
9.2666 - \else \setzzz{#1}#2\endsetzzz % Remove the trailing space \setxxx inserted.
9.2667 - \fi
9.2668 - \endgroup
9.2669 -}
9.2670 -% Can't use \xdef to pre-expand #2 and save some time, since \temp or
9.2671 -% \next or other control sequences that we've defined might get us into
9.2672 -% an infinite loop. Consider `@set foo @cite{bar}'.
9.2673 -\def\setzzz#1#2 \endsetzzz{\expandafter\gdef\csname SET#1\endcsname{#2}}
9.2674 -
9.2675 -% @clear VAR clears (i.e., unsets) the variable VAR.
9.2676 -%
9.2677 -\def\clear{\parsearg\clearxxx}
9.2678 -\def\clearxxx#1{\global\expandafter\let\csname SET#1\endcsname=\relax}
9.2679 -
9.2680 -% @value{foo} gets the text saved in variable foo.
9.2681 -{
9.2682 - \catcode`\_ = \active
9.2683 - %
9.2684 - % We might end up with active _ or - characters in the argument if
9.2685 - % we're called from @code, as @code{@value{foo-bar_}}. So \let any
9.2686 - % such active characters to their normal equivalents.
9.2687 - \gdef\value{\begingroup
9.2688 - \catcode`\-=\other \catcode`\_=\other
9.2689 - \indexbreaks \let_\normalunderscore
9.2690 - \valuexxx}
9.2691 -}
9.2692 -\def\valuexxx#1{\expandablevalue{#1}\endgroup}
9.2693 -
9.2694 -% We have this subroutine so that we can handle at least some @value's
9.2695 -% properly in indexes (we \let\value to this in \indexdummies). Ones
9.2696 -% whose names contain - or _ still won't work, but we can't do anything
9.2697 -% about that. The command has to be fully expandable (if the variable
9.2698 -% is set), since the result winds up in the index file. This means that
9.2699 -% if the variable's value contains other Texinfo commands, it's almost
9.2700 -% certain it will fail (although perhaps we could fix that with
9.2701 -% sufficient work to do a one-level expansion on the result, instead of
9.2702 -% complete).
9.2703 -%
9.2704 -\def\expandablevalue#1{%
9.2705 - \expandafter\ifx\csname SET#1\endcsname\relax
9.2706 - {[No value for ``#1'']}%
9.2707 - \message{Variable `#1', used in @value, is not set.}%
9.2708 - \else
9.2709 - \csname SET#1\endcsname
9.2710 - \fi
9.2711 -}
9.2712 -
9.2713 -% @ifset VAR ... @end ifset reads the `...' iff VAR has been defined
9.2714 -% with @set.
9.2715 -%
9.2716 -\def\ifset{\parsearg\doifset}
9.2717 -\def\doifset#1{%
9.2718 - \expandafter\ifx\csname SET#1\endcsname\relax
9.2719 - \let\next=\ifsetfail
9.2720 - \else
9.2721 - \let\next=\ifsetsucceed
9.2722 - \fi
9.2723 - \next
9.2724 -}
9.2725 -\def\ifsetsucceed{\conditionalsucceed{ifset}}
9.2726 -\def\ifsetfail{\doignore{ifset}}
9.2727 -\defineunmatchedend{ifset}
9.2728 -
9.2729 -% @ifclear VAR ... @end ifclear reads the `...' iff VAR has never been
9.2730 -% defined with @set, or has been undefined with @clear.
9.2731 -%
9.2732 -\def\ifclear{\parsearg\doifclear}
9.2733 -\def\doifclear#1{%
9.2734 - \expandafter\ifx\csname SET#1\endcsname\relax
9.2735 - \let\next=\ifclearsucceed
9.2736 - \else
9.2737 - \let\next=\ifclearfail
9.2738 - \fi
9.2739 - \next
9.2740 -}
9.2741 -\def\ifclearsucceed{\conditionalsucceed{ifclear}}
9.2742 -\def\ifclearfail{\doignore{ifclear}}
9.2743 -\defineunmatchedend{ifclear}
9.2744 -
9.2745 -% @iftex, @ifnothtml, @ifnotinfo, @ifnotplaintext always succeed; we
9.2746 -% read the text following, through the first @end iftex (etc.). Make
9.2747 -% `@end iftex' (etc.) valid only after an @iftex.
9.2748 -%
9.2749 -\def\iftex{\conditionalsucceed{iftex}}
9.2750 -\def\ifnothtml{\conditionalsucceed{ifnothtml}}
9.2751 -\def\ifnotinfo{\conditionalsucceed{ifnotinfo}}
9.2752 -\def\ifnotplaintext{\conditionalsucceed{ifnotplaintext}}
9.2753 -\defineunmatchedend{iftex}
9.2754 -\defineunmatchedend{ifnothtml}
9.2755 -\defineunmatchedend{ifnotinfo}
9.2756 -\defineunmatchedend{ifnotplaintext}
9.2757 -
9.2758 -% True conditional. Since \set globally defines its variables, we can
9.2759 -% just start and end a group (to keep the @end definition undefined at
9.2760 -% the outer level).
9.2761 -%
9.2762 -\def\conditionalsucceed#1{\begingroup
9.2763 - \expandafter\def\csname E#1\endcsname{\endgroup}%
9.2764 -}
9.2765 -
9.2766 -% @defininfoenclose.
9.2767 -\let\definfoenclose=\comment
9.2768 -
9.2769 -
9.2770 -\message{indexing,}
9.2771 -% Index generation facilities
9.2772 -
9.2773 -% Define \newwrite to be identical to plain tex's \newwrite
9.2774 -% except not \outer, so it can be used within \newindex.
9.2775 -{\catcode`\@=11
9.2776 -\gdef\newwrite{\alloc@7\write\chardef\sixt@@n}}
9.2777 -
9.2778 -% \newindex {foo} defines an index named foo.
9.2779 -% It automatically defines \fooindex such that
9.2780 -% \fooindex ...rest of line... puts an entry in the index foo.
9.2781 -% It also defines \fooindfile to be the number of the output channel for
9.2782 -% the file that accumulates this index. The file's extension is foo.
9.2783 -% The name of an index should be no more than 2 characters long
9.2784 -% for the sake of vms.
9.2785 -%
9.2786 -\def\newindex#1{%
9.2787 - \iflinks
9.2788 - \expandafter\newwrite \csname#1indfile\endcsname
9.2789 - \openout \csname#1indfile\endcsname \jobname.#1 % Open the file
9.2790 - \fi
9.2791 - \expandafter\xdef\csname#1index\endcsname{% % Define @#1index
9.2792 - \noexpand\doindex{#1}}
9.2793 -}
9.2794 -
9.2795 -% @defindex foo == \newindex{foo}
9.2796 -%
9.2797 -\def\defindex{\parsearg\newindex}
9.2798 -
9.2799 -% Define @defcodeindex, like @defindex except put all entries in @code.
9.2800 -%
9.2801 -\def\defcodeindex{\parsearg\newcodeindex}
9.2802 -%
9.2803 -\def\newcodeindex#1{%
9.2804 - \iflinks
9.2805 - \expandafter\newwrite \csname#1indfile\endcsname
9.2806 - \openout \csname#1indfile\endcsname \jobname.#1
9.2807 - \fi
9.2808 - \expandafter\xdef\csname#1index\endcsname{%
9.2809 - \noexpand\docodeindex{#1}}%
9.2810 -}
9.2811 -
9.2812 -
9.2813 -% @synindex foo bar makes index foo feed into index bar.
9.2814 -% Do this instead of @defindex foo if you don't want it as a separate index.
9.2815 -%
9.2816 -% @syncodeindex foo bar similar, but put all entries made for index foo
9.2817 -% inside @code.
9.2818 -%
9.2819 -\def\synindex#1 #2 {\dosynindex\doindex{#1}{#2}}
9.2820 -\def\syncodeindex#1 #2 {\dosynindex\docodeindex{#1}{#2}}
9.2821 -
9.2822 -% #1 is \doindex or \docodeindex, #2 the index getting redefined (foo),
9.2823 -% #3 the target index (bar).
9.2824 -\def\dosynindex#1#2#3{%
9.2825 - % Only do \closeout if we haven't already done it, else we'll end up
9.2826 - % closing the target index.
9.2827 - \expandafter \ifx\csname donesynindex#2\endcsname \undefined
9.2828 - % The \closeout helps reduce unnecessary open files; the limit on the
9.2829 - % Acorn RISC OS is a mere 16 files.
9.2830 - \expandafter\closeout\csname#2indfile\endcsname
9.2831 - \expandafter\let\csname\donesynindex#2\endcsname = 1
9.2832 - \fi
9.2833 - % redefine \fooindfile:
9.2834 - \expandafter\let\expandafter\temp\expandafter=\csname#3indfile\endcsname
9.2835 - \expandafter\let\csname#2indfile\endcsname=\temp
9.2836 - % redefine \fooindex:
9.2837 - \expandafter\xdef\csname#2index\endcsname{\noexpand#1{#3}}%
9.2838 -}
9.2839 -
9.2840 -% Define \doindex, the driver for all \fooindex macros.
9.2841 -% Argument #1 is generated by the calling \fooindex macro,
9.2842 -% and it is "foo", the name of the index.
9.2843 -
9.2844 -% \doindex just uses \parsearg; it calls \doind for the actual work.
9.2845 -% This is because \doind is more useful to call from other macros.
9.2846 -
9.2847 -% There is also \dosubind {index}{topic}{subtopic}
9.2848 -% which makes an entry in a two-level index such as the operation index.
9.2849 -
9.2850 -\def\doindex#1{\edef\indexname{#1}\parsearg\singleindexer}
9.2851 -\def\singleindexer #1{\doind{\indexname}{#1}}
9.2852 -
9.2853 -% like the previous two, but they put @code around the argument.
9.2854 -\def\docodeindex#1{\edef\indexname{#1}\parsearg\singlecodeindexer}
9.2855 -\def\singlecodeindexer #1{\doind{\indexname}{\code{#1}}}
9.2856 -
9.2857 -% Take care of Texinfo commands that can appear in an index entry.
9.2858 -% Since there are some commands we want to expand, and others we don't,
9.2859 -% we have to laboriously prevent expansion for those that we don't.
9.2860 -%
9.2861 -\def\indexdummies{%
9.2862 - \def\@{@}% change to @@ when we switch to @ as escape char in index files.
9.2863 - \def\ {\realbackslash\space }%
9.2864 - % Need these in case \tex is in effect and \{ is a \delimiter again.
9.2865 - % But can't use \lbracecmd and \rbracecmd because texindex assumes
9.2866 - % braces and backslashes are used only as delimiters.
9.2867 - \let\{ = \mylbrace
9.2868 - \let\} = \myrbrace
9.2869 - %
9.2870 - % \definedummyword defines \#1 as \realbackslash #1\space, thus
9.2871 - % effectively preventing its expansion. This is used only for control
9.2872 - % words, not control letters, because the \space would be incorrect
9.2873 - % for control characters, but is needed to separate the control word
9.2874 - % from whatever follows.
9.2875 - %
9.2876 - % For control letters, we have \definedummyletter, which omits the
9.2877 - % space.
9.2878 - %
9.2879 - % These can be used both for control words that take an argument and
9.2880 - % those that do not. If it is followed by {arg} in the input, then
9.2881 - % that will dutifully get written to the index (or wherever).
9.2882 - %
9.2883 - \def\definedummyword##1{%
9.2884 - \expandafter\def\csname ##1\endcsname{\realbackslash ##1\space}%
9.2885 - }%
9.2886 - \def\definedummyletter##1{%
9.2887 - \expandafter\def\csname ##1\endcsname{\realbackslash ##1}%
9.2888 - }%
9.2889 - %
9.2890 - % Do the redefinitions.
9.2891 - \commondummies
9.2892 -}
9.2893 -
9.2894 -% For the aux file, @ is the escape character. So we want to redefine
9.2895 -% everything using @ instead of \realbackslash. When everything uses
9.2896 -% @, this will be simpler.
9.2897 -%
9.2898 -\def\atdummies{%
9.2899 - \def\@{@@}%
9.2900 - \def\ {@ }%
9.2901 - \let\{ = \lbraceatcmd
9.2902 - \let\} = \rbraceatcmd
9.2903 - %
9.2904 - % (See comments in \indexdummies.)
9.2905 - \def\definedummyword##1{%
9.2906 - \expandafter\def\csname ##1\endcsname{@##1\space}%
9.2907 - }%
9.2908 - \def\definedummyletter##1{%
9.2909 - \expandafter\def\csname ##1\endcsname{@##1}%
9.2910 - }%
9.2911 - %
9.2912 - % Do the redefinitions.
9.2913 - \commondummies
9.2914 -}
9.2915 -
9.2916 -% Called from \indexdummies and \atdummies. \definedummyword and
9.2917 -% \definedummyletter must be defined first.
9.2918 -%
9.2919 -\def\commondummies{%
9.2920 - %
9.2921 - \normalturnoffactive
9.2922 - %
9.2923 - % Control letters and accents.
9.2924 - \definedummyletter{_}%
9.2925 - \definedummyletter{,}%
9.2926 - \definedummyletter{"}%
9.2927 - \definedummyletter{`}%
9.2928 - \definedummyletter{'}%
9.2929 - \definedummyletter{^}%
9.2930 - \definedummyletter{~}%
9.2931 - \definedummyletter{=}%
9.2932 - \definedummyword{u}%
9.2933 - \definedummyword{v}%
9.2934 - \definedummyword{H}%
9.2935 - \definedummyword{dotaccent}%
9.2936 - \definedummyword{ringaccent}%
9.2937 - \definedummyword{tieaccent}%
9.2938 - \definedummyword{ubaraccent}%
9.2939 - \definedummyword{udotaccent}%
9.2940 - \definedummyword{dotless}%
9.2941 - %
9.2942 - % Other non-English letters.
9.2943 - \definedummyword{AA}%
9.2944 - \definedummyword{AE}%
9.2945 - \definedummyword{L}%
9.2946 - \definedummyword{OE}%
9.2947 - \definedummyword{O}%
9.2948 - \definedummyword{aa}%
9.2949 - \definedummyword{ae}%
9.2950 - \definedummyword{l}%
9.2951 - \definedummyword{oe}%
9.2952 - \definedummyword{o}%
9.2953 - \definedummyword{ss}%
9.2954 - %
9.2955 - % Although these internal commands shouldn't show up, sometimes they do.
9.2956 - \definedummyword{bf}%
9.2957 - \definedummyword{gtr}%
9.2958 - \definedummyword{hat}%
9.2959 - \definedummyword{less}%
9.2960 - \definedummyword{sf}%
9.2961 - \definedummyword{sl}%
9.2962 - \definedummyword{tclose}%
9.2963 - \definedummyword{tt}%
9.2964 - %
9.2965 - % Texinfo font commands.
9.2966 - \definedummyword{b}%
9.2967 - \definedummyword{i}%
9.2968 - \definedummyword{r}%
9.2969 - \definedummyword{sc}%
9.2970 - \definedummyword{t}%
9.2971 - %
9.2972 - \definedummyword{TeX}%
9.2973 - \definedummyword{acronym}%
9.2974 - \definedummyword{cite}%
9.2975 - \definedummyword{code}%
9.2976 - \definedummyword{command}%
9.2977 - \definedummyword{dfn}%
9.2978 - \definedummyword{dots}%
9.2979 - \definedummyword{emph}%
9.2980 - \definedummyword{env}%
9.2981 - \definedummyword{file}%
9.2982 - \definedummyword{kbd}%
9.2983 - \definedummyword{key}%
9.2984 - \definedummyword{math}%
9.2985 - \definedummyword{option}%
9.2986 - \definedummyword{samp}%
9.2987 - \definedummyword{strong}%
9.2988 - \definedummyword{uref}%
9.2989 - \definedummyword{url}%
9.2990 - \definedummyword{var}%
9.2991 - \definedummyword{w}%
9.2992 - %
9.2993 - % Assorted special characters.
9.2994 - \definedummyword{bullet}%
9.2995 - \definedummyword{copyright}%
9.2996 - \definedummyword{dots}%
9.2997 - \definedummyword{enddots}%
9.2998 - \definedummyword{equiv}%
9.2999 - \definedummyword{error}%
9.3000 - \definedummyword{expansion}%
9.3001 - \definedummyword{minus}%
9.3002 - \definedummyword{pounds}%
9.3003 - \definedummyword{point}%
9.3004 - \definedummyword{print}%
9.3005 - \definedummyword{result}%
9.3006 - %
9.3007 - % Handle some cases of @value -- where the variable name does not
9.3008 - % contain - or _, and the value does not contain any
9.3009 - % (non-fully-expandable) commands.
9.3010 - \let\value = \expandablevalue
9.3011 - %
9.3012 - % Normal spaces, not active ones.
9.3013 - \unsepspaces
9.3014 - %
9.3015 - % No macro expansion.
9.3016 - \turnoffmacros
9.3017 -}
9.3018 -
9.3019 -% If an index command is used in an @example environment, any spaces
9.3020 -% therein should become regular spaces in the raw index file, not the
9.3021 -% expansion of \tie (\leavevmode \penalty \@M \ ).
9.3022 -{\obeyspaces
9.3023 - \gdef\unsepspaces{\obeyspaces\let =\space}}
9.3024 -
9.3025 -
9.3026 -% \indexnofonts is used when outputting the strings to sort the index
9.3027 -% by, and when constructing control sequence names. It eliminates all
9.3028 -% control sequences and just writes whatever the best ASCII sort string
9.3029 -% would be for a given command (usually its argument).
9.3030 -%
9.3031 -\def\indexdummytex{TeX}
9.3032 -\def\indexdummydots{...}
9.3033 -%
9.3034 -\def\indexnofonts{%
9.3035 - \def\ { }%
9.3036 - \def\@{@}%
9.3037 - % how to handle braces?
9.3038 - \def\_{\normalunderscore}%
9.3039 - %
9.3040 - \let\,=\asis
9.3041 - \let\"=\asis
9.3042 - \let\`=\asis
9.3043 - \let\'=\asis
9.3044 - \let\^=\asis
9.3045 - \let\~=\asis
9.3046 - \let\==\asis
9.3047 - \let\u=\asis
9.3048 - \let\v=\asis
9.3049 - \let\H=\asis
9.3050 - \let\dotaccent=\asis
9.3051 - \let\ringaccent=\asis
9.3052 - \let\tieaccent=\asis
9.3053 - \let\ubaraccent=\asis
9.3054 - \let\udotaccent=\asis
9.3055 - \let\dotless=\asis
9.3056 - %
9.3057 - % Other non-English letters.
9.3058 - \def\AA{AA}%
9.3059 - \def\AE{AE}%
9.3060 - \def\L{L}%
9.3061 - \def\OE{OE}%
9.3062 - \def\O{O}%
9.3063 - \def\aa{aa}%
9.3064 - \def\ae{ae}%
9.3065 - \def\l{l}%
9.3066 - \def\oe{oe}%
9.3067 - \def\o{o}%
9.3068 - \def\ss{ss}%
9.3069 - \def\exclamdown{!}%
9.3070 - \def\questiondown{?}%
9.3071 - %
9.3072 - % Don't no-op \tt, since it isn't a user-level command
9.3073 - % and is used in the definitions of the active chars like <, >, |, etc.
9.3074 - % Likewise with the other plain tex font commands.
9.3075 - %\let\tt=\asis
9.3076 - %
9.3077 - % Texinfo font commands.
9.3078 - \let\b=\asis
9.3079 - \let\i=\asis
9.3080 - \let\r=\asis
9.3081 - \let\sc=\asis
9.3082 - \let\t=\asis
9.3083 - %
9.3084 - \let\TeX=\indexdummytex
9.3085 - \let\acronym=\asis
9.3086 - \let\cite=\asis
9.3087 - \let\code=\asis
9.3088 - \let\command=\asis
9.3089 - \let\dfn=\asis
9.3090 - \let\dots=\indexdummydots
9.3091 - \let\emph=\asis
9.3092 - \let\env=\asis
9.3093 - \let\file=\asis
9.3094 - \let\kbd=\asis
9.3095 - \let\key=\asis
9.3096 - \let\math=\asis
9.3097 - \let\option=\asis
9.3098 - \let\samp=\asis
9.3099 - \let\strong=\asis
9.3100 - \let\uref=\asis
9.3101 - \let\url=\asis
9.3102 - \let\var=\asis
9.3103 - \let\w=\asis
9.3104 -}
9.3105 -
9.3106 -\let\indexbackslash=0 %overridden during \printindex.
9.3107 -\let\SETmarginindex=\relax % put index entries in margin (undocumented)?
9.3108 -
9.3109 -% For \ifx comparisons.
9.3110 -\def\emptymacro{\empty}
9.3111 -
9.3112 -% Most index entries go through here, but \dosubind is the general case.
9.3113 -%
9.3114 -\def\doind#1#2{\dosubind{#1}{#2}\empty}
9.3115 -
9.3116 -% Workhorse for all \fooindexes.
9.3117 -% #1 is name of index, #2 is stuff to put there, #3 is subentry --
9.3118 -% \empty if called from \doind, as we usually are. The main exception
9.3119 -% is with defuns, which call us directly.
9.3120 -%
9.3121 -\def\dosubind#1#2#3{%
9.3122 - % Put the index entry in the margin if desired.
9.3123 - \ifx\SETmarginindex\relax\else
9.3124 - \insert\margin{\hbox{\vrule height8pt depth3pt width0pt #2}}%
9.3125 - \fi
9.3126 - {%
9.3127 - \count255=\lastpenalty
9.3128 - {%
9.3129 - \indexdummies % Must do this here, since \bf, etc expand at this stage
9.3130 - \escapechar=`\\
9.3131 - {%
9.3132 - \let\folio = 0% We will expand all macros now EXCEPT \folio.
9.3133 - \def\rawbackslashxx{\indexbackslash}% \indexbackslash isn't defined now
9.3134 - % so it will be output as is; and it will print as backslash.
9.3135 - %
9.3136 - % The main index entry text.
9.3137 - \toks0 = {#2}%
9.3138 - %
9.3139 - % If third arg is present, precede it with space in sort key.
9.3140 - \def\thirdarg{#3}%
9.3141 - \ifx\thirdarg\emptymacro \else
9.3142 - % If the third (subentry) arg is present, add it to the index
9.3143 - % line to write.
9.3144 - \toks0 = \expandafter{\the\toks0 \space #3}%
9.3145 - \fi
9.3146 - %
9.3147 - % Process the index entry with all font commands turned off, to
9.3148 - % get the string to sort by.
9.3149 - {\indexnofonts
9.3150 - \edef\temp{\the\toks0}% need full expansion
9.3151 - \xdef\indexsorttmp{\temp}%
9.3152 - }%
9.3153 - %
9.3154 - % Set up the complete index entry, with both the sort key and
9.3155 - % the original text, including any font commands. We write
9.3156 - % three arguments to \entry to the .?? file (four in the
9.3157 - % subentry case), texindex reduces to two when writing the .??s
9.3158 - % sorted result.
9.3159 - \edef\temp{%
9.3160 - \write\csname#1indfile\endcsname{%
9.3161 - \realbackslash entry{\indexsorttmp}{\folio}{\the\toks0}}%
9.3162 - }%
9.3163 - %
9.3164 - % If a skip is the last thing on the list now, preserve it
9.3165 - % by backing up by \lastskip, doing the \write, then inserting
9.3166 - % the skip again. Otherwise, the whatsit generated by the
9.3167 - % \write will make \lastskip zero. The result is that sequences
9.3168 - % like this:
9.3169 - % @end defun
9.3170 - % @tindex whatever
9.3171 - % @defun ...
9.3172 - % will have extra space inserted, because the \medbreak in the
9.3173 - % start of the @defun won't see the skip inserted by the @end of
9.3174 - % the previous defun.
9.3175 - %
9.3176 - % But don't do any of this if we're not in vertical mode. We
9.3177 - % don't want to do a \vskip and prematurely end a paragraph.
9.3178 - %
9.3179 - % Avoid page breaks due to these extra skips, too.
9.3180 - %
9.3181 - \iflinks
9.3182 - \ifvmode
9.3183 - \skip0 = \lastskip
9.3184 - \ifdim\lastskip = 0pt \else \nobreak\vskip-\skip0 \fi
9.3185 - \fi
9.3186 - %
9.3187 - \temp % do the write
9.3188 - %
9.3189 - \ifvmode \ifdim\skip0 = 0pt \else \nobreak\vskip\skip0 \fi \fi
9.3190 - \fi
9.3191 - }%
9.3192 - }%
9.3193 - \penalty\count255
9.3194 - }%
9.3195 -}
9.3196 -
9.3197 -% The index entry written in the file actually looks like
9.3198 -% \entry {sortstring}{page}{topic}
9.3199 -% or
9.3200 -% \entry {sortstring}{page}{topic}{subtopic}
9.3201 -% The texindex program reads in these files and writes files
9.3202 -% containing these kinds of lines:
9.3203 -% \initial {c}
9.3204 -% before the first topic whose initial is c
9.3205 -% \entry {topic}{pagelist}
9.3206 -% for a topic that is used without subtopics
9.3207 -% \primary {topic}
9.3208 -% for the beginning of a topic that is used with subtopics
9.3209 -% \secondary {subtopic}{pagelist}
9.3210 -% for each subtopic.
9.3211 -
9.3212 -% Define the user-accessible indexing commands
9.3213 -% @findex, @vindex, @kindex, @cindex.
9.3214 -
9.3215 -\def\findex {\fnindex}
9.3216 -\def\kindex {\kyindex}
9.3217 -\def\cindex {\cpindex}
9.3218 -\def\vindex {\vrindex}
9.3219 -\def\tindex {\tpindex}
9.3220 -\def\pindex {\pgindex}
9.3221 -
9.3222 -\def\cindexsub {\begingroup\obeylines\cindexsub}
9.3223 -{\obeylines %
9.3224 -\gdef\cindexsub "#1" #2^^M{\endgroup %
9.3225 -\dosubind{cp}{#2}{#1}}}
9.3226 -
9.3227 -% Define the macros used in formatting output of the sorted index material.
9.3228 -
9.3229 -% @printindex causes a particular index (the ??s file) to get printed.
9.3230 -% It does not print any chapter heading (usually an @unnumbered).
9.3231 -%
9.3232 -\def\printindex{\parsearg\doprintindex}
9.3233 -\def\doprintindex#1{\begingroup
9.3234 - \dobreak \chapheadingskip{10000}%
9.3235 - %
9.3236 - \smallfonts \rm
9.3237 - \tolerance = 9500
9.3238 - \everypar = {}% don't want the \kern\-parindent from indentation suppression.
9.3239 - \indexbreaks
9.3240 - %
9.3241 - % See if the index file exists and is nonempty.
9.3242 - % Change catcode of @ here so that if the index file contains
9.3243 - % \initial {@}
9.3244 - % as its first line, TeX doesn't complain about mismatched braces
9.3245 - % (because it thinks @} is a control sequence).
9.3246 - \catcode`\@ = 11
9.3247 - \openin 1 \jobname.#1s
9.3248 - \ifeof 1
9.3249 - % \enddoublecolumns gets confused if there is no text in the index,
9.3250 - % and it loses the chapter title and the aux file entries for the
9.3251 - % index. The easiest way to prevent this problem is to make sure
9.3252 - % there is some text.
9.3253 - \putwordIndexNonexistent
9.3254 - \else
9.3255 - %
9.3256 - % If the index file exists but is empty, then \openin leaves \ifeof
9.3257 - % false. We have to make TeX try to read something from the file, so
9.3258 - % it can discover if there is anything in it.
9.3259 - \read 1 to \temp
9.3260 - \ifeof 1
9.3261 - \putwordIndexIsEmpty
9.3262 - \else
9.3263 - % Index files are almost Texinfo source, but we use \ as the escape
9.3264 - % character. It would be better to use @, but that's too big a change
9.3265 - % to make right now.
9.3266 - \def\indexbackslash{\rawbackslashxx}%
9.3267 - \catcode`\\ = 0
9.3268 - \escapechar = `\\
9.3269 - \begindoublecolumns
9.3270 - \input \jobname.#1s
9.3271 - \enddoublecolumns
9.3272 - \fi
9.3273 - \fi
9.3274 - \closein 1
9.3275 -\endgroup}
9.3276 -
9.3277 -% These macros are used by the sorted index file itself.
9.3278 -% Change them to control the appearance of the index.
9.3279 -
9.3280 -\def\initial#1{{%
9.3281 - % Some minor font changes for the special characters.
9.3282 - \let\tentt=\sectt \let\tt=\sectt \let\sf=\sectt
9.3283 - %
9.3284 - % Remove any glue we may have, we'll be inserting our own.
9.3285 - \removelastskip
9.3286 - %
9.3287 - % We like breaks before the index initials, so insert a bonus.
9.3288 - \penalty -300
9.3289 - %
9.3290 - % Typeset the initial. Making this add up to a whole number of
9.3291 - % baselineskips increases the chance of the dots lining up from column
9.3292 - % to column. It still won't often be perfect, because of the stretch
9.3293 - % we need before each entry, but it's better.
9.3294 - %
9.3295 - % No shrink because it confuses \balancecolumns.
9.3296 - \vskip 1.67\baselineskip plus .5\baselineskip
9.3297 - \leftline{\secbf #1}%
9.3298 - \vskip .33\baselineskip plus .1\baselineskip
9.3299 - %
9.3300 - % Do our best not to break after the initial.
9.3301 - \nobreak
9.3302 -}}
9.3303 -
9.3304 -% This typesets a paragraph consisting of #1, dot leaders, and then #2
9.3305 -% flush to the right margin. It is used for index and table of contents
9.3306 -% entries. The paragraph is indented by \leftskip.
9.3307 -%
9.3308 -\def\entry#1#2{\begingroup
9.3309 - %
9.3310 - % Start a new paragraph if necessary, so our assignments below can't
9.3311 - % affect previous text.
9.3312 - \par
9.3313 - %
9.3314 - % Do not fill out the last line with white space.
9.3315 - \parfillskip = 0in
9.3316 - %
9.3317 - % No extra space above this paragraph.
9.3318 - \parskip = 0in
9.3319 - %
9.3320 - % Do not prefer a separate line ending with a hyphen to fewer lines.
9.3321 - \finalhyphendemerits = 0
9.3322 - %
9.3323 - % \hangindent is only relevant when the entry text and page number
9.3324 - % don't both fit on one line. In that case, bob suggests starting the
9.3325 - % dots pretty far over on the line. Unfortunately, a large
9.3326 - % indentation looks wrong when the entry text itself is broken across
9.3327 - % lines. So we use a small indentation and put up with long leaders.
9.3328 - %
9.3329 - % \hangafter is reset to 1 (which is the value we want) at the start
9.3330 - % of each paragraph, so we need not do anything with that.
9.3331 - \hangindent = 2em
9.3332 - %
9.3333 - % When the entry text needs to be broken, just fill out the first line
9.3334 - % with blank space.
9.3335 - \rightskip = 0pt plus1fil
9.3336 - %
9.3337 - % A bit of stretch before each entry for the benefit of balancing columns.
9.3338 - \vskip 0pt plus1pt
9.3339 - %
9.3340 - % Start a ``paragraph'' for the index entry so the line breaking
9.3341 - % parameters we've set above will have an effect.
9.3342 - \noindent
9.3343 - %
9.3344 - % Insert the text of the index entry. TeX will do line-breaking on it.
9.3345 - #1%
9.3346 - % The following is kludged to not output a line of dots in the index if
9.3347 - % there are no page numbers. The next person who breaks this will be
9.3348 - % cursed by a Unix daemon.
9.3349 - \def\tempa{{\rm }}%
9.3350 - \def\tempb{#2}%
9.3351 - \edef\tempc{\tempa}%
9.3352 - \edef\tempd{\tempb}%
9.3353 - \ifx\tempc\tempd\ \else%
9.3354 - %
9.3355 - % If we must, put the page number on a line of its own, and fill out
9.3356 - % this line with blank space. (The \hfil is overwhelmed with the
9.3357 - % fill leaders glue in \indexdotfill if the page number does fit.)
9.3358 - \hfil\penalty50
9.3359 - \null\nobreak\indexdotfill % Have leaders before the page number.
9.3360 - %
9.3361 - % The `\ ' here is removed by the implicit \unskip that TeX does as
9.3362 - % part of (the primitive) \par. Without it, a spurious underfull
9.3363 - % \hbox ensues.
9.3364 - \ifpdf
9.3365 - \pdfgettoks#2.\ \the\toksA % The page number ends the paragraph.
9.3366 - \else
9.3367 - \ #2% The page number ends the paragraph.
9.3368 - \fi
9.3369 - \fi%
9.3370 - \par
9.3371 -\endgroup}
9.3372 -
9.3373 -% Like \dotfill except takes at least 1 em.
9.3374 -\def\indexdotfill{\cleaders
9.3375 - \hbox{$\mathsurround=0pt \mkern1.5mu ${\it .}$ \mkern1.5mu$}\hskip 1em plus 1fill}
9.3376 -
9.3377 -\def\primary #1{\line{#1\hfil}}
9.3378 -
9.3379 -\newskip\secondaryindent \secondaryindent=0.5cm
9.3380 -\def\secondary#1#2{{%
9.3381 - \parfillskip=0in
9.3382 - \parskip=0in
9.3383 - \hangindent=1in
9.3384 - \hangafter=1
9.3385 - \noindent\hskip\secondaryindent\hbox{#1}\indexdotfill
9.3386 - \ifpdf
9.3387 - \pdfgettoks#2.\ \the\toksA % The page number ends the paragraph.
9.3388 - \else
9.3389 - #2
9.3390 - \fi
9.3391 - \par
9.3392 -}}
9.3393 -
9.3394 -% Define two-column mode, which we use to typeset indexes.
9.3395 -% Adapted from the TeXbook, page 416, which is to say,
9.3396 -% the manmac.tex format used to print the TeXbook itself.
9.3397 -\catcode`\@=11
9.3398 -
9.3399 -\newbox\partialpage
9.3400 -\newdimen\doublecolumnhsize
9.3401 -
9.3402 -\def\begindoublecolumns{\begingroup % ended by \enddoublecolumns
9.3403 - % Grab any single-column material above us.
9.3404 - \output = {%
9.3405 - %
9.3406 - % Here is a possibility not foreseen in manmac: if we accumulate a
9.3407 - % whole lot of material, we might end up calling this \output
9.3408 - % routine twice in a row (see the doublecol-lose test, which is
9.3409 - % essentially a couple of indexes with @setchapternewpage off). In
9.3410 - % that case we just ship out what is in \partialpage with the normal
9.3411 - % output routine. Generally, \partialpage will be empty when this
9.3412 - % runs and this will be a no-op. See the indexspread.tex test case.
9.3413 - \ifvoid\partialpage \else
9.3414 - \onepageout{\pagecontents\partialpage}%
9.3415 - \fi
9.3416 - %
9.3417 - \global\setbox\partialpage = \vbox{%
9.3418 - % Unvbox the main output page.
9.3419 - \unvbox\PAGE
9.3420 - \kern-\topskip \kern\baselineskip
9.3421 - }%
9.3422 - }%
9.3423 - \eject % run that output routine to set \partialpage
9.3424 - %
9.3425 - % Use the double-column output routine for subsequent pages.
9.3426 - \output = {\doublecolumnout}%
9.3427 - %
9.3428 - % Change the page size parameters. We could do this once outside this
9.3429 - % routine, in each of @smallbook, @afourpaper, and the default 8.5x11
9.3430 - % format, but then we repeat the same computation. Repeating a couple
9.3431 - % of assignments once per index is clearly meaningless for the
9.3432 - % execution time, so we may as well do it in one place.
9.3433 - %
9.3434 - % First we halve the line length, less a little for the gutter between
9.3435 - % the columns. We compute the gutter based on the line length, so it
9.3436 - % changes automatically with the paper format. The magic constant
9.3437 - % below is chosen so that the gutter has the same value (well, +-<1pt)
9.3438 - % as it did when we hard-coded it.
9.3439 - %
9.3440 - % We put the result in a separate register, \doublecolumhsize, so we
9.3441 - % can restore it in \pagesofar, after \hsize itself has (potentially)
9.3442 - % been clobbered.
9.3443 - %
9.3444 - \doublecolumnhsize = \hsize
9.3445 - \advance\doublecolumnhsize by -.04154\hsize
9.3446 - \divide\doublecolumnhsize by 2
9.3447 - \hsize = \doublecolumnhsize
9.3448 - %
9.3449 - % Double the \vsize as well. (We don't need a separate register here,
9.3450 - % since nobody clobbers \vsize.)
9.3451 - \vsize = 2\vsize
9.3452 -}
9.3453 -
9.3454 -% The double-column output routine for all double-column pages except
9.3455 -% the last.
9.3456 -%
9.3457 -\def\doublecolumnout{%
9.3458 - \splittopskip=\topskip \splitmaxdepth=\maxdepth
9.3459 - % Get the available space for the double columns -- the normal
9.3460 - % (undoubled) page height minus any material left over from the
9.3461 - % previous page.
9.3462 - \dimen@ = \vsize
9.3463 - \divide\dimen@ by 2
9.3464 - \advance\dimen@ by -\ht\partialpage
9.3465 - %
9.3466 - % box0 will be the left-hand column, box2 the right.
9.3467 - \setbox0=\vsplit255 to\dimen@ \setbox2=\vsplit255 to\dimen@
9.3468 - \onepageout\pagesofar
9.3469 - \unvbox255
9.3470 - \penalty\outputpenalty
9.3471 -}
9.3472 -%
9.3473 -% Re-output the contents of the output page -- any previous material,
9.3474 -% followed by the two boxes we just split, in box0 and box2.
9.3475 -\def\pagesofar{%
9.3476 - \unvbox\partialpage
9.3477 - %
9.3478 - \hsize = \doublecolumnhsize
9.3479 - \wd0=\hsize \wd2=\hsize
9.3480 - \hbox to\pagewidth{\box0\hfil\box2}%
9.3481 -}
9.3482 -%
9.3483 -% All done with double columns.
9.3484 -\def\enddoublecolumns{%
9.3485 - \output = {%
9.3486 - % Split the last of the double-column material. Leave it on the
9.3487 - % current page, no automatic page break.
9.3488 - \balancecolumns
9.3489 - %
9.3490 - % If we end up splitting too much material for the current page,
9.3491 - % though, there will be another page break right after this \output
9.3492 - % invocation ends. Having called \balancecolumns once, we do not
9.3493 - % want to call it again. Therefore, reset \output to its normal
9.3494 - % definition right away. (We hope \balancecolumns will never be
9.3495 - % called on to balance too much material, but if it is, this makes
9.3496 - % the output somewhat more palatable.)
9.3497 - \global\output = {\onepageout{\pagecontents\PAGE}}%
9.3498 - }%
9.3499 - \eject
9.3500 - \endgroup % started in \begindoublecolumns
9.3501 - %
9.3502 - % \pagegoal was set to the doubled \vsize above, since we restarted
9.3503 - % the current page. We're now back to normal single-column
9.3504 - % typesetting, so reset \pagegoal to the normal \vsize (after the
9.3505 - % \endgroup where \vsize got restored).
9.3506 - \pagegoal = \vsize
9.3507 -}
9.3508 -%
9.3509 -% Called at the end of the double column material.
9.3510 -\def\balancecolumns{%
9.3511 - \setbox0 = \vbox{\unvbox255}% like \box255 but more efficient, see p.120.
9.3512 - \dimen@ = \ht0
9.3513 - \advance\dimen@ by \topskip
9.3514 - \advance\dimen@ by-\baselineskip
9.3515 - \divide\dimen@ by 2 % target to split to
9.3516 - %debug\message{final 2-column material height=\the\ht0, target=\the\dimen@.}%
9.3517 - \splittopskip = \topskip
9.3518 - % Loop until we get a decent breakpoint.
9.3519 - {%
9.3520 - \vbadness = 10000
9.3521 - \loop
9.3522 - \global\setbox3 = \copy0
9.3523 - \global\setbox1 = \vsplit3 to \dimen@
9.3524 - \ifdim\ht3>\dimen@
9.3525 - \global\advance\dimen@ by 1pt
9.3526 - \repeat
9.3527 - }%
9.3528 - %debug\message{split to \the\dimen@, column heights: \the\ht1, \the\ht3.}%
9.3529 - \setbox0=\vbox to\dimen@{\unvbox1}%
9.3530 - \setbox2=\vbox to\dimen@{\unvbox3}%
9.3531 - %
9.3532 - \pagesofar
9.3533 -}
9.3534 -\catcode`\@ = \other
9.3535 -
9.3536 -
9.3537 -\message{sectioning,}
9.3538 -% Chapters, sections, etc.
9.3539 -
9.3540 -\newcount\chapno
9.3541 -\newcount\secno \secno=0
9.3542 -\newcount\subsecno \subsecno=0
9.3543 -\newcount\subsubsecno \subsubsecno=0
9.3544 -
9.3545 -% This counter is funny since it counts through charcodes of letters A, B, ...
9.3546 -\newcount\appendixno \appendixno = `\@
9.3547 -% \def\appendixletter{\char\the\appendixno}
9.3548 -% We do the following for the sake of pdftex, which needs the actual
9.3549 -% letter in the expansion, not just typeset.
9.3550 -\def\appendixletter{%
9.3551 - \ifnum\appendixno=`A A%
9.3552 - \else\ifnum\appendixno=`B B%
9.3553 - \else\ifnum\appendixno=`C C%
9.3554 - \else\ifnum\appendixno=`D D%
9.3555 - \else\ifnum\appendixno=`E E%
9.3556 - \else\ifnum\appendixno=`F F%
9.3557 - \else\ifnum\appendixno=`G G%
9.3558 - \else\ifnum\appendixno=`H H%
9.3559 - \else\ifnum\appendixno=`I I%
9.3560 - \else\ifnum\appendixno=`J J%
9.3561 - \else\ifnum\appendixno=`K K%
9.3562 - \else\ifnum\appendixno=`L L%
9.3563 - \else\ifnum\appendixno=`M M%
9.3564 - \else\ifnum\appendixno=`N N%
9.3565 - \else\ifnum\appendixno=`O O%
9.3566 - \else\ifnum\appendixno=`P P%
9.3567 - \else\ifnum\appendixno=`Q Q%
9.3568 - \else\ifnum\appendixno=`R R%
9.3569 - \else\ifnum\appendixno=`S S%
9.3570 - \else\ifnum\appendixno=`T T%
9.3571 - \else\ifnum\appendixno=`U U%
9.3572 - \else\ifnum\appendixno=`V V%
9.3573 - \else\ifnum\appendixno=`W W%
9.3574 - \else\ifnum\appendixno=`X X%
9.3575 - \else\ifnum\appendixno=`Y Y%
9.3576 - \else\ifnum\appendixno=`Z Z%
9.3577 - % The \the is necessary, despite appearances, because \appendixletter is
9.3578 - % expanded while writing the .toc file. \char\appendixno is not
9.3579 - % expandable, thus it is written literally, thus all appendixes come out
9.3580 - % with the same letter (or @) in the toc without it.
9.3581 - \else\char\the\appendixno
9.3582 - \fi\fi\fi\fi\fi\fi\fi\fi\fi\fi\fi\fi\fi
9.3583 - \fi\fi\fi\fi\fi\fi\fi\fi\fi\fi\fi\fi\fi}
9.3584 -
9.3585 -% Each @chapter defines this as the name of the chapter.
9.3586 -% page headings and footings can use it. @section does likewise.
9.3587 -\def\thischapter{}
9.3588 -\def\thissection{}
9.3589 -
9.3590 -\newcount\absseclevel % used to calculate proper heading level
9.3591 -\newcount\secbase\secbase=0 % @raise/lowersections modify this count
9.3592 -
9.3593 -% @raisesections: treat @section as chapter, @subsection as section, etc.
9.3594 -\def\raisesections{\global\advance\secbase by -1}
9.3595 -\let\up=\raisesections % original BFox name
9.3596 -
9.3597 -% @lowersections: treat @chapter as section, @section as subsection, etc.
9.3598 -\def\lowersections{\global\advance\secbase by 1}
9.3599 -\let\down=\lowersections % original BFox name
9.3600 -
9.3601 -% Choose a numbered-heading macro
9.3602 -% #1 is heading level if unmodified by @raisesections or @lowersections
9.3603 -% #2 is text for heading
9.3604 -\def\numhead#1#2{\absseclevel=\secbase\advance\absseclevel by #1
9.3605 -\ifcase\absseclevel
9.3606 - \chapterzzz{#2}
9.3607 -\or
9.3608 - \seczzz{#2}
9.3609 -\or
9.3610 - \numberedsubseczzz{#2}
9.3611 -\or
9.3612 - \numberedsubsubseczzz{#2}
9.3613 -\else
9.3614 - \ifnum \absseclevel<0
9.3615 - \chapterzzz{#2}
9.3616 - \else
9.3617 - \numberedsubsubseczzz{#2}
9.3618 - \fi
9.3619 -\fi
9.3620 -\suppressfirstparagraphindent
9.3621 -}
9.3622 -
9.3623 -% like \numhead, but chooses appendix heading levels
9.3624 -\def\apphead#1#2{\absseclevel=\secbase\advance\absseclevel by #1
9.3625 -\ifcase\absseclevel
9.3626 - \appendixzzz{#2}
9.3627 -\or
9.3628 - \appendixsectionzzz{#2}
9.3629 -\or
9.3630 - \appendixsubseczzz{#2}
9.3631 -\or
9.3632 - \appendixsubsubseczzz{#2}
9.3633 -\else
9.3634 - \ifnum \absseclevel<0
9.3635 - \appendixzzz{#2}
9.3636 - \else
9.3637 - \appendixsubsubseczzz{#2}
9.3638 - \fi
9.3639 -\fi
9.3640 -\suppressfirstparagraphindent
9.3641 -}
9.3642 -
9.3643 -% like \numhead, but chooses numberless heading levels
9.3644 -\def\unnmhead#1#2{\absseclevel=\secbase\advance\absseclevel by #1
9.3645 -\ifcase\absseclevel
9.3646 - \unnumberedzzz{#2}
9.3647 -\or
9.3648 - \unnumberedseczzz{#2}
9.3649 -\or
9.3650 - \unnumberedsubseczzz{#2}
9.3651 -\or
9.3652 - \unnumberedsubsubseczzz{#2}
9.3653 -\else
9.3654 - \ifnum \absseclevel<0
9.3655 - \unnumberedzzz{#2}
9.3656 - \else
9.3657 - \unnumberedsubsubseczzz{#2}
9.3658 - \fi
9.3659 -\fi
9.3660 -\suppressfirstparagraphindent
9.3661 -}
9.3662 -
9.3663 -% @chapter, @appendix, @unnumbered.
9.3664 -\def\thischaptername{No Chapter Title}
9.3665 -\outer\def\chapter{\parsearg\chapteryyy}
9.3666 -\def\chapteryyy #1{\numhead0{#1}} % normally numhead0 calls chapterzzz
9.3667 -\def\chapterzzz #1{%
9.3668 - \secno=0 \subsecno=0 \subsubsecno=0
9.3669 - \global\advance \chapno by 1 \message{\putwordChapter\space \the\chapno}%
9.3670 - \chapmacro {#1}{\the\chapno}%
9.3671 - \gdef\thissection{#1}%
9.3672 - \gdef\thischaptername{#1}%
9.3673 - % We don't substitute the actual chapter name into \thischapter
9.3674 - % because we don't want its macros evaluated now.
9.3675 - \xdef\thischapter{\putwordChapter{} \the\chapno: \noexpand\thischaptername}%
9.3676 - \writetocentry{chap}{#1}{{\the\chapno}}
9.3677 - \donoderef
9.3678 - \global\let\section = \numberedsec
9.3679 - \global\let\subsection = \numberedsubsec
9.3680 - \global\let\subsubsection = \numberedsubsubsec
9.3681 -}
9.3682 -
9.3683 -% we use \chapno to avoid indenting back
9.3684 -\def\appendixbox#1{%
9.3685 - \setbox0 = \hbox{\putwordAppendix{} \the\chapno}%
9.3686 - \hbox to \wd0{#1\hss}}
9.3687 -
9.3688 -\outer\def\appendix{\parsearg\appendixyyy}
9.3689 -\def\appendixyyy #1{\apphead0{#1}} % normally apphead0 calls appendixzzz
9.3690 -\def\appendixzzz #1{%
9.3691 - \secno=0 \subsecno=0 \subsubsecno=0
9.3692 - \global\advance \appendixno by 1
9.3693 - \message{\putwordAppendix\space \appendixletter}%
9.3694 - \chapmacro {#1}{\appendixbox{\putwordAppendix{} \appendixletter}}%
9.3695 - \gdef\thissection{#1}%
9.3696 - \gdef\thischaptername{#1}%
9.3697 - \xdef\thischapter{\putwordAppendix{} \appendixletter: \noexpand\thischaptername}%
9.3698 - \writetocentry{appendix}{#1}{{\appendixletter}}
9.3699 - \appendixnoderef
9.3700 - \global\let\section = \appendixsec
9.3701 - \global\let\subsection = \appendixsubsec
9.3702 - \global\let\subsubsection = \appendixsubsubsec
9.3703 -}
9.3704 -
9.3705 -% @centerchap is like @unnumbered, but the heading is centered.
9.3706 -\outer\def\centerchap{\parsearg\centerchapyyy}
9.3707 -\def\centerchapyyy #1{{\let\unnumbchapmacro=\centerchapmacro \unnumberedyyy{#1}}}
9.3708 -
9.3709 -% @top is like @unnumbered.
9.3710 -\outer\def\top{\parsearg\unnumberedyyy}
9.3711 -
9.3712 -\outer\def\unnumbered{\parsearg\unnumberedyyy}
9.3713 -\def\unnumberedyyy #1{\unnmhead0{#1}} % normally unnmhead0 calls unnumberedzzz
9.3714 -\def\unnumberedzzz #1{%
9.3715 - \secno=0 \subsecno=0 \subsubsecno=0
9.3716 - %
9.3717 - % This used to be simply \message{#1}, but TeX fully expands the
9.3718 - % argument to \message. Therefore, if #1 contained @-commands, TeX
9.3719 - % expanded them. For example, in `@unnumbered The @cite{Book}', TeX
9.3720 - % expanded @cite (which turns out to cause errors because \cite is meant
9.3721 - % to be executed, not expanded).
9.3722 - %
9.3723 - % Anyway, we don't want the fully-expanded definition of @cite to appear
9.3724 - % as a result of the \message, we just want `@cite' itself. We use
9.3725 - % \the<toks register> to achieve this: TeX expands \the<toks> only once,
9.3726 - % simply yielding the contents of <toks register>. (We also do this for
9.3727 - % the toc entries.)
9.3728 - \toks0 = {#1}\message{(\the\toks0)}%
9.3729 - %
9.3730 - \unnumbchapmacro {#1}%
9.3731 - \gdef\thischapter{#1}\gdef\thissection{#1}%
9.3732 - \writetocentry{unnumbchap}{#1}{{\the\chapno}}
9.3733 - \unnumbnoderef
9.3734 - \global\let\section = \unnumberedsec
9.3735 - \global\let\subsection = \unnumberedsubsec
9.3736 - \global\let\subsubsection = \unnumberedsubsubsec
9.3737 -}
9.3738 -
9.3739 -% Sections.
9.3740 -\outer\def\numberedsec{\parsearg\secyyy}
9.3741 -\def\secyyy #1{\numhead1{#1}} % normally calls seczzz
9.3742 -\def\seczzz #1{%
9.3743 - \subsecno=0 \subsubsecno=0 \global\advance \secno by 1 %
9.3744 - \gdef\thissection{#1}\secheading {#1}{\the\chapno}{\the\secno}%
9.3745 - \writetocentry{sec}{#1}{{\the\chapno}{\the\secno}}
9.3746 - \donoderef
9.3747 - \nobreak
9.3748 -}
9.3749 -
9.3750 -\outer\def\appendixsection{\parsearg\appendixsecyyy}
9.3751 -\outer\def\appendixsec{\parsearg\appendixsecyyy}
9.3752 -\def\appendixsecyyy #1{\apphead1{#1}} % normally calls appendixsectionzzz
9.3753 -\def\appendixsectionzzz #1{%
9.3754 - \subsecno=0 \subsubsecno=0 \global\advance \secno by 1 %
9.3755 - \gdef\thissection{#1}\secheading {#1}{\appendixletter}{\the\secno}%
9.3756 - \writetocentry{sec}{#1}{{\appendixletter}{\the\secno}}
9.3757 - \appendixnoderef
9.3758 - \nobreak
9.3759 -}
9.3760 -
9.3761 -\outer\def\unnumberedsec{\parsearg\unnumberedsecyyy}
9.3762 -\def\unnumberedsecyyy #1{\unnmhead1{#1}} % normally calls unnumberedseczzz
9.3763 -\def\unnumberedseczzz #1{%
9.3764 - \plainsecheading {#1}\gdef\thissection{#1}%
9.3765 - \writetocentry{unnumbsec}{#1}{{\the\chapno}{\the\secno}}
9.3766 - \unnumbnoderef
9.3767 - \nobreak
9.3768 -}
9.3769 -
9.3770 -% Subsections.
9.3771 -\outer\def\numberedsubsec{\parsearg\numberedsubsecyyy}
9.3772 -\def\numberedsubsecyyy #1{\numhead2{#1}} % normally calls numberedsubseczzz
9.3773 -\def\numberedsubseczzz #1{%
9.3774 - \gdef\thissection{#1}\subsubsecno=0 \global\advance \subsecno by 1 %
9.3775 - \subsecheading {#1}{\the\chapno}{\the\secno}{\the\subsecno}%
9.3776 - \writetocentry{subsec}{#1}{{\the\chapno}{\the\secno}{\the\subsecno}}
9.3777 - \donoderef
9.3778 - \nobreak
9.3779 -}
9.3780 -
9.3781 -\outer\def\appendixsubsec{\parsearg\appendixsubsecyyy}
9.3782 -\def\appendixsubsecyyy #1{\apphead2{#1}} % normally calls appendixsubseczzz
9.3783 -\def\appendixsubseczzz #1{%
9.3784 - \gdef\thissection{#1}\subsubsecno=0 \global\advance \subsecno by 1 %
9.3785 - \subsecheading {#1}{\appendixletter}{\the\secno}{\the\subsecno}%
9.3786 - \writetocentry{subsec}{#1}{{\appendixletter}{\the\secno}{\the\subsecno}}
9.3787 - \appendixnoderef
9.3788 - \nobreak
9.3789 -}
9.3790 -
9.3791 -\outer\def\unnumberedsubsec{\parsearg\unnumberedsubsecyyy}
9.3792 -\def\unnumberedsubsecyyy #1{\unnmhead2{#1}} %normally calls unnumberedsubseczzz
9.3793 -\def\unnumberedsubseczzz #1{%
9.3794 - \plainsubsecheading {#1}\gdef\thissection{#1}%
9.3795 - \writetocentry{unnumbsubsec}{#1}{{\the\chapno}{\the\secno}{\the\subsecno}}
9.3796 - \unnumbnoderef
9.3797 - \nobreak
9.3798 -}
9.3799 -
9.3800 -% Subsubsections.
9.3801 -\outer\def\numberedsubsubsec{\parsearg\numberedsubsubsecyyy}
9.3802 -\def\numberedsubsubsecyyy #1{\numhead3{#1}} % normally numberedsubsubseczzz
9.3803 -\def\numberedsubsubseczzz #1{%
9.3804 - \gdef\thissection{#1}\global\advance \subsubsecno by 1 %
9.3805 - \subsubsecheading {#1}
9.3806 - {\the\chapno}{\the\secno}{\the\subsecno}{\the\subsubsecno}%
9.3807 - \writetocentry{subsubsec}{#1}{{\the\chapno}{\the\secno}{\the\subsecno}{\the\subsubsecno}}
9.3808 - \donoderef
9.3809 - \nobreak
9.3810 -}
9.3811 -
9.3812 -\outer\def\appendixsubsubsec{\parsearg\appendixsubsubsecyyy}
9.3813 -\def\appendixsubsubsecyyy #1{\apphead3{#1}} % normally appendixsubsubseczzz
9.3814 -\def\appendixsubsubseczzz #1{%
9.3815 - \gdef\thissection{#1}\global\advance \subsubsecno by 1 %
9.3816 - \subsubsecheading {#1}
9.3817 - {\appendixletter}{\the\secno}{\the\subsecno}{\the\subsubsecno}%
9.3818 - \writetocentry{subsubsec}{#1}{{\appendixletter}{\the\secno}{\the\subsecno}{\the\subsubsecno}}
9.3819 - \appendixnoderef
9.3820 - \nobreak
9.3821 -}
9.3822 -
9.3823 -\outer\def\unnumberedsubsubsec{\parsearg\unnumberedsubsubsecyyy}
9.3824 -\def\unnumberedsubsubsecyyy #1{\unnmhead3{#1}} %normally unnumberedsubsubseczzz
9.3825 -\def\unnumberedsubsubseczzz #1{%
9.3826 - \plainsubsubsecheading {#1}\gdef\thissection{#1}%
9.3827 - \writetocentry{unnumbsubsubsec}{#1}{{\the\chapno}{\the\secno}{\the\subsecno}{\the\subsubsecno}}
9.3828 - \unnumbnoderef
9.3829 - \nobreak
9.3830 -}
9.3831 -
9.3832 -% These are variants which are not "outer", so they can appear in @ifinfo.
9.3833 -% Actually, they should now be obsolete; ordinary section commands should work.
9.3834 -\def\infotop{\parsearg\unnumberedzzz}
9.3835 -\def\infounnumbered{\parsearg\unnumberedzzz}
9.3836 -\def\infounnumberedsec{\parsearg\unnumberedseczzz}
9.3837 -\def\infounnumberedsubsec{\parsearg\unnumberedsubseczzz}
9.3838 -\def\infounnumberedsubsubsec{\parsearg\unnumberedsubsubseczzz}
9.3839 -
9.3840 -\def\infoappendix{\parsearg\appendixzzz}
9.3841 -\def\infoappendixsec{\parsearg\appendixseczzz}
9.3842 -\def\infoappendixsubsec{\parsearg\appendixsubseczzz}
9.3843 -\def\infoappendixsubsubsec{\parsearg\appendixsubsubseczzz}
9.3844 -
9.3845 -\def\infochapter{\parsearg\chapterzzz}
9.3846 -\def\infosection{\parsearg\sectionzzz}
9.3847 -\def\infosubsection{\parsearg\subsectionzzz}
9.3848 -\def\infosubsubsection{\parsearg\subsubsectionzzz}
9.3849 -
9.3850 -% These macros control what the section commands do, according
9.3851 -% to what kind of chapter we are in (ordinary, appendix, or unnumbered).
9.3852 -% Define them by default for a numbered chapter.
9.3853 -\global\let\section = \numberedsec
9.3854 -\global\let\subsection = \numberedsubsec
9.3855 -\global\let\subsubsection = \numberedsubsubsec
9.3856 -
9.3857 -% Define @majorheading, @heading and @subheading
9.3858 -
9.3859 -% NOTE on use of \vbox for chapter headings, section headings, and such:
9.3860 -% 1) We use \vbox rather than the earlier \line to permit
9.3861 -% overlong headings to fold.
9.3862 -% 2) \hyphenpenalty is set to 10000 because hyphenation in a
9.3863 -% heading is obnoxious; this forbids it.
9.3864 -% 3) Likewise, headings look best if no \parindent is used, and
9.3865 -% if justification is not attempted. Hence \raggedright.
9.3866 -
9.3867 -
9.3868 -\def\majorheading{%
9.3869 - {\advance\chapheadingskip by 10pt \chapbreak }%
9.3870 - \parsearg\chapheadingzzz
9.3871 -}
9.3872 -
9.3873 -\def\chapheading{\chapbreak \parsearg\chapheadingzzz}
9.3874 -\def\chapheadingzzz #1{%
9.3875 - {\chapfonts \vbox{\hyphenpenalty=10000\tolerance=5000
9.3876 - \parindent=0pt\raggedright
9.3877 - \rm #1\hfill}}%
9.3878 - \bigskip \par\penalty 200\relax
9.3879 - \suppressfirstparagraphindent
9.3880 -}
9.3881 -
9.3882 -% @heading, @subheading, @subsubheading.
9.3883 -\def\heading{\parsearg\doheading}
9.3884 -\def\subheading{\parsearg\dosubheading}
9.3885 -\def\subsubheading{\parsearg\dosubsubheading}
9.3886 -\def\doheading#1{\plainsecheading{#1}\suppressfirstparagraphindent}
9.3887 -\def\dosubheading#1{\plainsubsecheading{#1}\suppressfirstparagraphindent}
9.3888 -\def\dosubsubheading#1{\plainsubsubsecheading{#1}\suppressfirstparagraphindent}
9.3889 -
9.3890 -% These macros generate a chapter, section, etc. heading only
9.3891 -% (including whitespace, linebreaking, etc. around it),
9.3892 -% given all the information in convenient, parsed form.
9.3893 -
9.3894 -%%% Args are the skip and penalty (usually negative)
9.3895 -\def\dobreak#1#2{\par\ifdim\lastskip<#1\removelastskip\penalty#2\vskip#1\fi}
9.3896 -
9.3897 -\def\setchapterstyle #1 {\csname CHAPF#1\endcsname}
9.3898 -
9.3899 -%%% Define plain chapter starts, and page on/off switching for it
9.3900 -% Parameter controlling skip before chapter headings (if needed)
9.3901 -
9.3902 -\newskip\chapheadingskip
9.3903 -
9.3904 -\def\chapbreak{\dobreak \chapheadingskip {-4000}}
9.3905 -\def\chappager{\par\vfill\supereject}
9.3906 -\def\chapoddpage{\chappager \ifodd\pageno \else \hbox to 0pt{} \chappager\fi}
9.3907 -
9.3908 -\def\setchapternewpage #1 {\csname CHAPPAG#1\endcsname}
9.3909 -
9.3910 -\def\CHAPPAGoff{%
9.3911 -\global\let\contentsalignmacro = \chappager
9.3912 -\global\let\pchapsepmacro=\chapbreak
9.3913 -\global\let\pagealignmacro=\chappager}
9.3914 -
9.3915 -\def\CHAPPAGon{%
9.3916 -\global\let\contentsalignmacro = \chappager
9.3917 -\global\let\pchapsepmacro=\chappager
9.3918 -\global\let\pagealignmacro=\chappager
9.3919 -\global\def\HEADINGSon{\HEADINGSsingle}}
9.3920 -
9.3921 -\def\CHAPPAGodd{
9.3922 -\global\let\contentsalignmacro = \chapoddpage
9.3923 -\global\let\pchapsepmacro=\chapoddpage
9.3924 -\global\let\pagealignmacro=\chapoddpage
9.3925 -\global\def\HEADINGSon{\HEADINGSdouble}}
9.3926 -
9.3927 -\CHAPPAGon
9.3928 -
9.3929 -\def\CHAPFplain{
9.3930 -\global\let\chapmacro=\chfplain
9.3931 -\global\let\unnumbchapmacro=\unnchfplain
9.3932 -\global\let\centerchapmacro=\centerchfplain}
9.3933 -
9.3934 -% Plain chapter opening.
9.3935 -% #1 is the text, #2 the chapter number or empty if unnumbered.
9.3936 -\def\chfplain#1#2{%
9.3937 - \pchapsepmacro
9.3938 - {%
9.3939 - \chapfonts \rm
9.3940 - \def\chapnum{#2}%
9.3941 - \setbox0 = \hbox{#2\ifx\chapnum\empty\else\enspace\fi}%
9.3942 - \vbox{\hyphenpenalty=10000 \tolerance=5000 \parindent=0pt \raggedright
9.3943 - \hangindent = \wd0 \centerparametersmaybe
9.3944 - \unhbox0 #1\par}%
9.3945 - }%
9.3946 - \nobreak\bigskip % no page break after a chapter title
9.3947 - \nobreak
9.3948 -}
9.3949 -
9.3950 -% Plain opening for unnumbered.
9.3951 -\def\unnchfplain#1{\chfplain{#1}{}}
9.3952 -
9.3953 -% @centerchap -- centered and unnumbered.
9.3954 -\let\centerparametersmaybe = \relax
9.3955 -\def\centerchfplain#1{{%
9.3956 - \def\centerparametersmaybe{%
9.3957 - \advance\rightskip by 3\rightskip
9.3958 - \leftskip = \rightskip
9.3959 - \parfillskip = 0pt
9.3960 - }%
9.3961 - \chfplain{#1}{}%
9.3962 -}}
9.3963 -
9.3964 -\CHAPFplain % The default
9.3965 -
9.3966 -\def\unnchfopen #1{%
9.3967 -\chapoddpage {\chapfonts \vbox{\hyphenpenalty=10000\tolerance=5000
9.3968 - \parindent=0pt\raggedright
9.3969 - \rm #1\hfill}}\bigskip \par\nobreak
9.3970 -}
9.3971 -
9.3972 -\def\chfopen #1#2{\chapoddpage {\chapfonts
9.3973 -\vbox to 3in{\vfil \hbox to\hsize{\hfil #2} \hbox to\hsize{\hfil #1} \vfil}}%
9.3974 -\par\penalty 5000 %
9.3975 -}
9.3976 -
9.3977 -\def\centerchfopen #1{%
9.3978 -\chapoddpage {\chapfonts \vbox{\hyphenpenalty=10000\tolerance=5000
9.3979 - \parindent=0pt
9.3980 - \hfill {\rm #1}\hfill}}\bigskip \par\nobreak
9.3981 -}
9.3982 -
9.3983 -\def\CHAPFopen{
9.3984 -\global\let\chapmacro=\chfopen
9.3985 -\global\let\unnumbchapmacro=\unnchfopen
9.3986 -\global\let\centerchapmacro=\centerchfopen}
9.3987 -
9.3988 -
9.3989 -% Section titles.
9.3990 -\newskip\secheadingskip
9.3991 -\def\secheadingbreak{\dobreak \secheadingskip {-1000}}
9.3992 -\def\secheading#1#2#3{\sectionheading{sec}{#2.#3}{#1}}
9.3993 -\def\plainsecheading#1{\sectionheading{sec}{}{#1}}
9.3994 -
9.3995 -% Subsection titles.
9.3996 -\newskip \subsecheadingskip
9.3997 -\def\subsecheadingbreak{\dobreak \subsecheadingskip {-500}}
9.3998 -\def\subsecheading#1#2#3#4{\sectionheading{subsec}{#2.#3.#4}{#1}}
9.3999 -\def\plainsubsecheading#1{\sectionheading{subsec}{}{#1}}
9.4000 -
9.4001 -% Subsubsection titles.
9.4002 -\let\subsubsecheadingskip = \subsecheadingskip
9.4003 -\let\subsubsecheadingbreak = \subsecheadingbreak
9.4004 -\def\subsubsecheading#1#2#3#4#5{\sectionheading{subsubsec}{#2.#3.#4.#5}{#1}}
9.4005 -\def\plainsubsubsecheading#1{\sectionheading{subsubsec}{}{#1}}
9.4006 -
9.4007 -
9.4008 -% Print any size section title.
9.4009 -%
9.4010 -% #1 is the section type (sec/subsec/subsubsec), #2 is the section
9.4011 -% number (maybe empty), #3 the text.
9.4012 -\def\sectionheading#1#2#3{%
9.4013 - {%
9.4014 - \expandafter\advance\csname #1headingskip\endcsname by \parskip
9.4015 - \csname #1headingbreak\endcsname
9.4016 - }%
9.4017 - {%
9.4018 - % Switch to the right set of fonts.
9.4019 - \csname #1fonts\endcsname \rm
9.4020 - %
9.4021 - % Only insert the separating space if we have a section number.
9.4022 - \def\secnum{#2}%
9.4023 - \setbox0 = \hbox{#2\ifx\secnum\empty\else\enspace\fi}%
9.4024 - %
9.4025 - \vbox{\hyphenpenalty=10000 \tolerance=5000 \parindent=0pt \raggedright
9.4026 - \hangindent = \wd0 % zero if no section number
9.4027 - \unhbox0 #3}%
9.4028 - }%
9.4029 - % Add extra space after the heading -- either a line space or a
9.4030 - % paragraph space, whichever is more. (Some people like to set
9.4031 - % \parskip to large values for some reason.) Don't allow stretch, though.
9.4032 - \nobreak
9.4033 - \ifdim\parskip>\normalbaselineskip
9.4034 - \kern\parskip
9.4035 - \else
9.4036 - \kern\normalbaselineskip
9.4037 - \fi
9.4038 - \nobreak
9.4039 -}
9.4040 -
9.4041 -
9.4042 -\message{toc,}
9.4043 -% Table of contents.
9.4044 -\newwrite\tocfile
9.4045 -
9.4046 -% Write an entry to the toc file, opening it if necessary.
9.4047 -% Called from @chapter, etc. We supply {\folio} at the end of the
9.4048 -% argument, which will end up as the last argument to the \...entry macro.
9.4049 -%
9.4050 -% Usage: \writetocentry{chap}{The Name of The Game}{{\the\chapno}}
9.4051 -% We open the .toc file for writing here instead of at @setfilename (or
9.4052 -% any other fixed time) so that @contents can be anywhere in the document.
9.4053 -%
9.4054 -\newif\iftocfileopened
9.4055 -\def\writetocentry#1#2#3{%
9.4056 - \iftocfileopened\else
9.4057 - \immediate\openout\tocfile = \jobname.toc
9.4058 - \global\tocfileopenedtrue
9.4059 - \fi
9.4060 - %
9.4061 - \iflinks
9.4062 - \toks0 = {#2}%
9.4063 - \edef\temp{\write\tocfile{\realbackslash #1entry{\the\toks0}#3{\folio}}}%
9.4064 - \temp
9.4065 - \fi
9.4066 - %
9.4067 - % Tell \shipout to create a page destination if we're doing pdf, which
9.4068 - % will be the target of the links in the table of contents. We can't
9.4069 - % just do it on every page because the title pages are numbered 1 and
9.4070 - % 2 (the page numbers aren't printed), and so are the first two pages
9.4071 - % of the document. Thus, we'd have two destinations named `1', and
9.4072 - % two named `2'.
9.4073 - \ifpdf \pdfmakepagedesttrue \fi
9.4074 -}
9.4075 -
9.4076 -\newskip\contentsrightmargin \contentsrightmargin=1in
9.4077 -\newcount\savepageno
9.4078 -\newcount\lastnegativepageno \lastnegativepageno = -1
9.4079 -
9.4080 -% Finish up the main text and prepare to read what we've written
9.4081 -% to \tocfile.
9.4082 -%
9.4083 -\def\startcontents#1{%
9.4084 - % If @setchapternewpage on, and @headings double, the contents should
9.4085 - % start on an odd page, unlike chapters. Thus, we maintain
9.4086 - % \contentsalignmacro in parallel with \pagealignmacro.
9.4087 - % From: Torbjorn Granlund <tege@matematik.su.se>
9.4088 - \contentsalignmacro
9.4089 - \immediate\closeout\tocfile
9.4090 - %
9.4091 - % Don't need to put `Contents' or `Short Contents' in the headline.
9.4092 - % It is abundantly clear what they are.
9.4093 - \unnumbchapmacro{#1}\def\thischapter{}%
9.4094 - \savepageno = \pageno
9.4095 - \begingroup % Set up to handle contents files properly.
9.4096 - \catcode`\\=0 \catcode`\{=1 \catcode`\}=2 \catcode`\@=11
9.4097 - % We can't do this, because then an actual ^ in a section
9.4098 - % title fails, e.g., @chapter ^ -- exponentiation. --karl, 9jul97.
9.4099 - %\catcode`\^=7 % to see ^^e4 as \"a etc. juha@piuha.ydi.vtt.fi
9.4100 - \raggedbottom % Worry more about breakpoints than the bottom.
9.4101 - \advance\hsize by -\contentsrightmargin % Don't use the full line length.
9.4102 - %
9.4103 - % Roman numerals for page numbers.
9.4104 - \ifnum \pageno>0 \global\pageno = \lastnegativepageno \fi
9.4105 -}
9.4106 -
9.4107 -
9.4108 -% Normal (long) toc.
9.4109 -\def\contents{%
9.4110 - \startcontents{\putwordTOC}%
9.4111 - \openin 1 \jobname.toc
9.4112 - \ifeof 1 \else
9.4113 - \closein 1
9.4114 - \input \jobname.toc
9.4115 - \fi
9.4116 - \vfill \eject
9.4117 - \contentsalignmacro % in case @setchapternewpage odd is in effect
9.4118 - \pdfmakeoutlines
9.4119 - \endgroup
9.4120 - \lastnegativepageno = \pageno
9.4121 - \global\pageno = \savepageno
9.4122 -}
9.4123 -
9.4124 -% And just the chapters.
9.4125 -\def\summarycontents{%
9.4126 - \startcontents{\putwordShortTOC}%
9.4127 - %
9.4128 - \let\chapentry = \shortchapentry
9.4129 - \let\appendixentry = \shortappendixentry
9.4130 - \let\unnumbchapentry = \shortunnumberedentry
9.4131 - % We want a true roman here for the page numbers.
9.4132 - \secfonts
9.4133 - \let\rm=\shortcontrm \let\bf=\shortcontbf
9.4134 - \let\sl=\shortcontsl \let\tt=\shortconttt
9.4135 - \rm
9.4136 - \hyphenpenalty = 10000
9.4137 - \advance\baselineskip by 1pt % Open it up a little.
9.4138 - \def\secentry ##1##2##3##4{}
9.4139 - \def\subsecentry ##1##2##3##4##5{}
9.4140 - \def\subsubsecentry ##1##2##3##4##5##6{}
9.4141 - \let\unnumbsecentry = \secentry
9.4142 - \let\unnumbsubsecentry = \subsecentry
9.4143 - \let\unnumbsubsubsecentry = \subsubsecentry
9.4144 - \openin 1 \jobname.toc
9.4145 - \ifeof 1 \else
9.4146 - \closein 1
9.4147 - \input \jobname.toc
9.4148 - \fi
9.4149 - \vfill \eject
9.4150 - \contentsalignmacro % in case @setchapternewpage odd is in effect
9.4151 - \endgroup
9.4152 - \lastnegativepageno = \pageno
9.4153 - \global\pageno = \savepageno
9.4154 -}
9.4155 -\let\shortcontents = \summarycontents
9.4156 -
9.4157 -\ifpdf
9.4158 - \pdfcatalog{/PageMode /UseOutlines}%
9.4159 -\fi
9.4160 -
9.4161 -% These macros generate individual entries in the table of contents.
9.4162 -% The first argument is the chapter or section name.
9.4163 -% The last argument is the page number.
9.4164 -% The arguments in between are the chapter number, section number, ...
9.4165 -
9.4166 -% Chapters, in the main contents.
9.4167 -\def\chapentry#1#2#3{\dochapentry{#2\labelspace#1}{#3}}
9.4168 -%
9.4169 -% Chapters, in the short toc.
9.4170 -% See comments in \dochapentry re vbox and related settings.
9.4171 -\def\shortchapentry#1#2#3{%
9.4172 - \tocentry{\shortchaplabel{#2}\labelspace #1}{\doshortpageno\bgroup#3\egroup}%
9.4173 -}
9.4174 -
9.4175 -% Appendices, in the main contents.
9.4176 -\def\appendixentry#1#2#3{%
9.4177 - \dochapentry{\appendixbox{\putwordAppendix{} #2}\labelspace#1}{#3}}
9.4178 -%
9.4179 -% Appendices, in the short toc.
9.4180 -\let\shortappendixentry = \shortchapentry
9.4181 -
9.4182 -% Typeset the label for a chapter or appendix for the short contents.
9.4183 -% The arg is, e.g., `Appendix A' for an appendix, or `3' for a chapter.
9.4184 -% We could simplify the code here by writing out an \appendixentry
9.4185 -% command in the toc file for appendices, instead of using \chapentry
9.4186 -% for both, but it doesn't seem worth it.
9.4187 -%
9.4188 -\newdimen\shortappendixwidth
9.4189 -%
9.4190 -\def\shortchaplabel#1{%
9.4191 - % This space should be enough, since a single number is .5em, and the
9.4192 - % widest letter (M) is 1em, at least in the Computer Modern fonts.
9.4193 - % But use \hss just in case.
9.4194 - % (This space doesn't include the extra space that gets added after
9.4195 - % the label; that gets put in by \shortchapentry above.)
9.4196 - \dimen0 = 1em
9.4197 - \hbox to \dimen0{#1\hss}%
9.4198 -}
9.4199 -
9.4200 -% Unnumbered chapters.
9.4201 -\def\unnumbchapentry#1#2#3{\dochapentry{#1}{#3}}
9.4202 -\def\shortunnumberedentry#1#2#3{\tocentry{#1}{\doshortpageno\bgroup#3\egroup}}
9.4203 -
9.4204 -% Sections.
9.4205 -\def\secentry#1#2#3#4{\dosecentry{#2.#3\labelspace#1}{#4}}
9.4206 -\def\unnumbsecentry#1#2#3#4{\dosecentry{#1}{#4}}
9.4207 -
9.4208 -% Subsections.
9.4209 -\def\subsecentry#1#2#3#4#5{\dosubsecentry{#2.#3.#4\labelspace#1}{#5}}
9.4210 -\def\unnumbsubsecentry#1#2#3#4#5{\dosubsecentry{#1}{#5}}
9.4211 -
9.4212 -% And subsubsections.
9.4213 -\def\subsubsecentry#1#2#3#4#5#6{%
9.4214 - \dosubsubsecentry{#2.#3.#4.#5\labelspace#1}{#6}}
9.4215 -\def\unnumbsubsubsecentry#1#2#3#4#5#6{\dosubsubsecentry{#1}{#6}}
9.4216 -
9.4217 -% This parameter controls the indentation of the various levels.
9.4218 -\newdimen\tocindent \tocindent = 3pc
9.4219 -
9.4220 -% Now for the actual typesetting. In all these, #1 is the text and #2 is the
9.4221 -% page number.
9.4222 -%
9.4223 -% If the toc has to be broken over pages, we want it to be at chapters
9.4224 -% if at all possible; hence the \penalty.
9.4225 -\def\dochapentry#1#2{%
9.4226 - \penalty-300 \vskip1\baselineskip plus.33\baselineskip minus.25\baselineskip
9.4227 - \begingroup
9.4228 - \chapentryfonts
9.4229 - \tocentry{#1}{\dopageno\bgroup#2\egroup}%
9.4230 - \endgroup
9.4231 - \nobreak\vskip .25\baselineskip plus.1\baselineskip
9.4232 -}
9.4233 -
9.4234 -\def\dosecentry#1#2{\begingroup
9.4235 - \secentryfonts \leftskip=\tocindent
9.4236 - \tocentry{#1}{\dopageno\bgroup#2\egroup}%
9.4237 -\endgroup}
9.4238 -
9.4239 -\def\dosubsecentry#1#2{\begingroup
9.4240 - \subsecentryfonts \leftskip=2\tocindent
9.4241 - \tocentry{#1}{\dopageno\bgroup#2\egroup}%
9.4242 -\endgroup}
9.4243 -
9.4244 -\def\dosubsubsecentry#1#2{\begingroup
9.4245 - \subsubsecentryfonts \leftskip=3\tocindent
9.4246 - \tocentry{#1}{\dopageno\bgroup#2\egroup}%
9.4247 -\endgroup}
9.4248 -
9.4249 -% Final typesetting of a toc entry; we use the same \entry macro as for
9.4250 -% the index entries, but we want to suppress hyphenation here. (We
9.4251 -% can't do that in the \entry macro, since index entries might consist
9.4252 -% of hyphenated-identifiers-that-do-not-fit-on-a-line-and-nothing-else.)
9.4253 -\def\tocentry#1#2{\begingroup
9.4254 - \vskip 0pt plus1pt % allow a little stretch for the sake of nice page breaks
9.4255 - % Do not use \turnoffactive in these arguments. Since the toc is
9.4256 - % typeset in cmr, characters such as _ would come out wrong; we
9.4257 - % have to do the usual translation tricks.
9.4258 - \entry{#1}{#2}%
9.4259 -\endgroup}
9.4260 -
9.4261 -% Space between chapter (or whatever) number and the title.
9.4262 -\def\labelspace{\hskip1em \relax}
9.4263 -
9.4264 -\def\dopageno#1{{\rm #1}}
9.4265 -\def\doshortpageno#1{{\rm #1}}
9.4266 -
9.4267 -\def\chapentryfonts{\secfonts \rm}
9.4268 -\def\secentryfonts{\textfonts}
9.4269 -\let\subsecentryfonts = \textfonts
9.4270 -\let\subsubsecentryfonts = \textfonts
9.4271 -
9.4272 -
9.4273 -\message{environments,}
9.4274 -% @foo ... @end foo.
9.4275 -
9.4276 -% @point{}, @result{}, @expansion{}, @print{}, @equiv{}.
9.4277 -%
9.4278 -% Since these characters are used in examples, it should be an even number of
9.4279 -% \tt widths. Each \tt character is 1en, so two makes it 1em.
9.4280 -%
9.4281 -\def\point{$\star$}
9.4282 -\def\result{\leavevmode\raise.15ex\hbox to 1em{\hfil$\Rightarrow$\hfil}}
9.4283 -\def\expansion{\leavevmode\raise.1ex\hbox to 1em{\hfil$\mapsto$\hfil}}
9.4284 -\def\print{\leavevmode\lower.1ex\hbox to 1em{\hfil$\dashv$\hfil}}
9.4285 -\def\equiv{\leavevmode\lower.1ex\hbox to 1em{\hfil$\ptexequiv$\hfil}}
9.4286 -
9.4287 -% The @error{} command.
9.4288 -% Adapted from the TeXbook's \boxit.
9.4289 -%
9.4290 -\newbox\errorbox
9.4291 -%
9.4292 -{\tentt \global\dimen0 = 3em}% Width of the box.
9.4293 -\dimen2 = .55pt % Thickness of rules
9.4294 -% The text. (`r' is open on the right, `e' somewhat less so on the left.)
9.4295 -\setbox0 = \hbox{\kern-.75pt \tensf error\kern-1.5pt}
9.4296 -%
9.4297 -\global\setbox\errorbox=\hbox to \dimen0{\hfil
9.4298 - \hsize = \dimen0 \advance\hsize by -5.8pt % Space to left+right.
9.4299 - \advance\hsize by -2\dimen2 % Rules.
9.4300 - \vbox{
9.4301 - \hrule height\dimen2
9.4302 - \hbox{\vrule width\dimen2 \kern3pt % Space to left of text.
9.4303 - \vtop{\kern2.4pt \box0 \kern2.4pt}% Space above/below.
9.4304 - \kern3pt\vrule width\dimen2}% Space to right.
9.4305 - \hrule height\dimen2}
9.4306 - \hfil}
9.4307 -%
9.4308 -\def\error{\leavevmode\lower.7ex\copy\errorbox}
9.4309 -
9.4310 -% @tex ... @end tex escapes into raw Tex temporarily.
9.4311 -% One exception: @ is still an escape character, so that @end tex works.
9.4312 -% But \@ or @@ will get a plain tex @ character.
9.4313 -
9.4314 -\def\tex{\begingroup
9.4315 - \catcode `\\=0 \catcode `\{=1 \catcode `\}=2
9.4316 - \catcode `\$=3 \catcode `\&=4 \catcode `\#=6
9.4317 - \catcode `\^=7 \catcode `\_=8 \catcode `\~=\active \let~=\tie
9.4318 - \catcode `\%=14
9.4319 - \catcode `\+=\other
9.4320 - \catcode `\"=\other
9.4321 - \catcode `\==\other
9.4322 - \catcode `\|=\other
9.4323 - \catcode `\<=\other
9.4324 - \catcode `\>=\other
9.4325 - \escapechar=`\\
9.4326 - %
9.4327 - \let\b=\ptexb
9.4328 - \let\bullet=\ptexbullet
9.4329 - \let\c=\ptexc
9.4330 - \let\,=\ptexcomma
9.4331 - \let\.=\ptexdot
9.4332 - \let\dots=\ptexdots
9.4333 - \let\equiv=\ptexequiv
9.4334 - \let\!=\ptexexclam
9.4335 - \let\i=\ptexi
9.4336 - \let\indent=\ptexindent
9.4337 - \let\{=\ptexlbrace
9.4338 - \let\+=\tabalign
9.4339 - \let\}=\ptexrbrace
9.4340 - \let\/=\ptexslash
9.4341 - \let\*=\ptexstar
9.4342 - \let\t=\ptext
9.4343 - %
9.4344 - \def\endldots{\mathinner{\ldots\ldots\ldots\ldots}}%
9.4345 - \def\enddots{\relax\ifmmode\endldots\else$\mathsurround=0pt \endldots\,$\fi}%
9.4346 - \def\@{@}%
9.4347 -\let\Etex=\endgroup}
9.4348 -
9.4349 -% Define @lisp ... @end lisp.
9.4350 -% @lisp does a \begingroup so it can rebind things,
9.4351 -% including the definition of @end lisp (which normally is erroneous).
9.4352 -
9.4353 -% Amount to narrow the margins by for @lisp.
9.4354 -\newskip\lispnarrowing \lispnarrowing=0.4in
9.4355 -
9.4356 -% This is the definition that ^^M gets inside @lisp, @example, and other
9.4357 -% such environments. \null is better than a space, since it doesn't
9.4358 -% have any width.
9.4359 -\def\lisppar{\null\endgraf}
9.4360 -
9.4361 -% Make each space character in the input produce a normal interword
9.4362 -% space in the output. Don't allow a line break at this space, as this
9.4363 -% is used only in environments like @example, where each line of input
9.4364 -% should produce a line of output anyway.
9.4365 -%
9.4366 -{\obeyspaces %
9.4367 -\gdef\sepspaces{\obeyspaces\let =\tie}}
9.4368 -
9.4369 -% Define \obeyedspace to be our active space, whatever it is. This is
9.4370 -% for use in \parsearg.
9.4371 -{\sepspaces%
9.4372 -\global\let\obeyedspace= }
9.4373 -
9.4374 -% This space is always present above and below environments.
9.4375 -\newskip\envskipamount \envskipamount = 0pt
9.4376 -
9.4377 -% Make spacing and below environment symmetrical. We use \parskip here
9.4378 -% to help in doing that, since in @example-like environments \parskip
9.4379 -% is reset to zero; thus the \afterenvbreak inserts no space -- but the
9.4380 -% start of the next paragraph will insert \parskip.
9.4381 -%
9.4382 -\def\aboveenvbreak{{%
9.4383 - % =10000 instead of <10000 because of a special case in \itemzzz, q.v.
9.4384 - \ifnum \lastpenalty=10000 \else
9.4385 - \advance\envskipamount by \parskip
9.4386 - \endgraf
9.4387 - \ifdim\lastskip<\envskipamount
9.4388 - \removelastskip
9.4389 - % it's not a good place to break if the last penalty was \nobreak
9.4390 - % or better ...
9.4391 - \ifnum\lastpenalty>10000 \else \penalty-50 \fi
9.4392 - \vskip\envskipamount
9.4393 - \fi
9.4394 - \fi
9.4395 -}}
9.4396 -
9.4397 -\let\afterenvbreak = \aboveenvbreak
9.4398 -
9.4399 -% \nonarrowing is a flag. If "set", @lisp etc don't narrow margins.
9.4400 -\let\nonarrowing=\relax
9.4401 -
9.4402 -% @cartouche ... @end cartouche: draw rectangle w/rounded corners around
9.4403 -% environment contents.
9.4404 -\font\circle=lcircle10
9.4405 -\newdimen\circthick
9.4406 -\newdimen\cartouter\newdimen\cartinner
9.4407 -\newskip\normbskip\newskip\normpskip\newskip\normlskip
9.4408 -\circthick=\fontdimen8\circle
9.4409 -%
9.4410 -\def\ctl{{\circle\char'013\hskip -6pt}}% 6pt from pl file: 1/2charwidth
9.4411 -\def\ctr{{\hskip 6pt\circle\char'010}}
9.4412 -\def\cbl{{\circle\char'012\hskip -6pt}}
9.4413 -\def\cbr{{\hskip 6pt\circle\char'011}}
9.4414 -\def\carttop{\hbox to \cartouter{\hskip\lskip
9.4415 - \ctl\leaders\hrule height\circthick\hfil\ctr
9.4416 - \hskip\rskip}}
9.4417 -\def\cartbot{\hbox to \cartouter{\hskip\lskip
9.4418 - \cbl\leaders\hrule height\circthick\hfil\cbr
9.4419 - \hskip\rskip}}
9.4420 -%
9.4421 -\newskip\lskip\newskip\rskip
9.4422 -
9.4423 -\def\cartouche{%
9.4424 -\par % can't be in the midst of a paragraph.
9.4425 -\begingroup
9.4426 - \lskip=\leftskip \rskip=\rightskip
9.4427 - \leftskip=0pt\rightskip=0pt %we want these *outside*.
9.4428 - \cartinner=\hsize \advance\cartinner by-\lskip
9.4429 - \advance\cartinner by-\rskip
9.4430 - \cartouter=\hsize
9.4431 - \advance\cartouter by 18.4pt % allow for 3pt kerns on either
9.4432 -% side, and for 6pt waste from
9.4433 -% each corner char, and rule thickness
9.4434 - \normbskip=\baselineskip \normpskip=\parskip \normlskip=\lineskip
9.4435 - % Flag to tell @lisp, etc., not to narrow margin.
9.4436 - \let\nonarrowing=\comment
9.4437 - \vbox\bgroup
9.4438 - \baselineskip=0pt\parskip=0pt\lineskip=0pt
9.4439 - \carttop
9.4440 - \hbox\bgroup
9.4441 - \hskip\lskip
9.4442 - \vrule\kern3pt
9.4443 - \vbox\bgroup
9.4444 - \hsize=\cartinner
9.4445 - \kern3pt
9.4446 - \begingroup
9.4447 - \baselineskip=\normbskip
9.4448 - \lineskip=\normlskip
9.4449 - \parskip=\normpskip
9.4450 - \vskip -\parskip
9.4451 -\def\Ecartouche{%
9.4452 - \endgroup
9.4453 - \kern3pt
9.4454 - \egroup
9.4455 - \kern3pt\vrule
9.4456 - \hskip\rskip
9.4457 - \egroup
9.4458 - \cartbot
9.4459 - \egroup
9.4460 -\endgroup
9.4461 -}}
9.4462 -
9.4463 -
9.4464 -% This macro is called at the beginning of all the @example variants,
9.4465 -% inside a group.
9.4466 -\def\nonfillstart{%
9.4467 - \aboveenvbreak
9.4468 - \inENV % This group ends at the end of the body
9.4469 - \hfuzz = 12pt % Don't be fussy
9.4470 - \sepspaces % Make spaces be word-separators rather than space tokens.
9.4471 - \let\par = \lisppar % don't ignore blank lines
9.4472 - \obeylines % each line of input is a line of output
9.4473 - \parskip = 0pt
9.4474 - \parindent = 0pt
9.4475 - \emergencystretch = 0pt % don't try to avoid overfull boxes
9.4476 - % @cartouche defines \nonarrowing to inhibit narrowing
9.4477 - % at next level down.
9.4478 - \ifx\nonarrowing\relax
9.4479 - \advance \leftskip by \lispnarrowing
9.4480 - \exdentamount=\lispnarrowing
9.4481 - \let\exdent=\nofillexdent
9.4482 - \let\nonarrowing=\relax
9.4483 - \fi
9.4484 -}
9.4485 -
9.4486 -% Define the \E... control sequence only if we are inside the particular
9.4487 -% environment, so the error checking in \end will work.
9.4488 -%
9.4489 -% To end an @example-like environment, we first end the paragraph (via
9.4490 -% \afterenvbreak's vertical glue), and then the group. That way we keep
9.4491 -% the zero \parskip that the environments set -- \parskip glue will be
9.4492 -% inserted at the beginning of the next paragraph in the document, after
9.4493 -% the environment.
9.4494 -%
9.4495 -\def\nonfillfinish{\afterenvbreak\endgroup}
9.4496 -
9.4497 -% @lisp: indented, narrowed, typewriter font.
9.4498 -\def\lisp{\begingroup
9.4499 - \nonfillstart
9.4500 - \let\Elisp = \nonfillfinish
9.4501 - \tt
9.4502 - \let\kbdfont = \kbdexamplefont % Allow @kbd to do something special.
9.4503 - \gobble % eat return
9.4504 -}
9.4505 -
9.4506 -% @example: Same as @lisp.
9.4507 -\def\example{\begingroup \def\Eexample{\nonfillfinish\endgroup}\lisp}
9.4508 -
9.4509 -% @smallexample and @smalllisp: use smaller fonts.
9.4510 -% Originally contributed by Pavel@xerox.
9.4511 -\def\smalllisp{\begingroup
9.4512 - \def\Esmalllisp{\nonfillfinish\endgroup}%
9.4513 - \def\Esmallexample{\nonfillfinish\endgroup}%
9.4514 - \smallexamplefonts
9.4515 - \lisp
9.4516 -}
9.4517 -\let\smallexample = \smalllisp
9.4518 -
9.4519 -
9.4520 -% @display: same as @lisp except keep current font.
9.4521 -%
9.4522 -\def\display{\begingroup
9.4523 - \nonfillstart
9.4524 - \let\Edisplay = \nonfillfinish
9.4525 - \gobble
9.4526 -}
9.4527 -%
9.4528 -% @smalldisplay: @display plus smaller fonts.
9.4529 -%
9.4530 -\def\smalldisplay{\begingroup
9.4531 - \def\Esmalldisplay{\nonfillfinish\endgroup}%
9.4532 - \smallexamplefonts \rm
9.4533 - \display
9.4534 -}
9.4535 -
9.4536 -% @format: same as @display except don't narrow margins.
9.4537 -%
9.4538 -\def\format{\begingroup
9.4539 - \let\nonarrowing = t
9.4540 - \nonfillstart
9.4541 - \let\Eformat = \nonfillfinish
9.4542 - \gobble
9.4543 -}
9.4544 -%
9.4545 -% @smallformat: @format plus smaller fonts.
9.4546 -%
9.4547 -\def\smallformat{\begingroup
9.4548 - \def\Esmallformat{\nonfillfinish\endgroup}%
9.4549 - \smallexamplefonts \rm
9.4550 - \format
9.4551 -}
9.4552 -
9.4553 -% @flushleft (same as @format).
9.4554 -%
9.4555 -\def\flushleft{\begingroup \def\Eflushleft{\nonfillfinish\endgroup}\format}
9.4556 -
9.4557 -% @flushright.
9.4558 -%
9.4559 -\def\flushright{\begingroup
9.4560 - \let\nonarrowing = t
9.4561 - \nonfillstart
9.4562 - \let\Eflushright = \nonfillfinish
9.4563 - \advance\leftskip by 0pt plus 1fill
9.4564 - \gobble
9.4565 -}
9.4566 -
9.4567 -
9.4568 -% @quotation does normal linebreaking (hence we can't use \nonfillstart)
9.4569 -% and narrows the margins.
9.4570 -%
9.4571 -\def\quotation{%
9.4572 - \begingroup\inENV %This group ends at the end of the @quotation body
9.4573 - {\parskip=0pt \aboveenvbreak}% because \aboveenvbreak inserts \parskip
9.4574 - \parindent=0pt
9.4575 - % We have retained a nonzero parskip for the environment, since we're
9.4576 - % doing normal filling. So to avoid extra space below the environment...
9.4577 - \def\Equotation{\parskip = 0pt \nonfillfinish}%
9.4578 - %
9.4579 - % @cartouche defines \nonarrowing to inhibit narrowing at next level down.
9.4580 - \ifx\nonarrowing\relax
9.4581 - \advance\leftskip by \lispnarrowing
9.4582 - \advance\rightskip by \lispnarrowing
9.4583 - \exdentamount = \lispnarrowing
9.4584 - \let\nonarrowing = \relax
9.4585 - \fi
9.4586 -}
9.4587 -
9.4588 -
9.4589 -% LaTeX-like @verbatim...@end verbatim and @verb{<char>...<char>}
9.4590 -% If we want to allow any <char> as delimiter,
9.4591 -% we need the curly braces so that makeinfo sees the @verb command, eg:
9.4592 -% `@verbx...x' would look like the '@verbx' command. --janneke@gnu.org
9.4593 -%
9.4594 -% [Knuth]: Donald Ervin Knuth, 1996. The TeXbook.
9.4595 -%
9.4596 -% [Knuth] p.344; only we need to do the other characters Texinfo sets
9.4597 -% active too. Otherwise, they get lost as the first character on a
9.4598 -% verbatim line.
9.4599 -\def\dospecials{%
9.4600 - \do\ \do\\\do\{\do\}\do\$\do\&%
9.4601 - \do\#\do\^\do\^^K\do\_\do\^^A\do\%\do\~%
9.4602 - \do\<\do\>\do\|\do\@\do+\do\"%
9.4603 -}
9.4604 -%
9.4605 -% [Knuth] p. 380
9.4606 -\def\uncatcodespecials{%
9.4607 - \def\do##1{\catcode`##1=12}\dospecials}
9.4608 -%
9.4609 -% [Knuth] pp. 380,381,391
9.4610 -% Disable Spanish ligatures ?` and !` of \tt font
9.4611 -\begingroup
9.4612 - \catcode`\`=\active\gdef`{\relax\lq}
9.4613 -\endgroup
9.4614 -%
9.4615 -% Setup for the @verb command.
9.4616 -%
9.4617 -% Eight spaces for a tab
9.4618 -\begingroup
9.4619 - \catcode`\^^I=\active
9.4620 - \gdef\tabeightspaces{\catcode`\^^I=\active\def^^I{\ \ \ \ \ \ \ \ }}
9.4621 -\endgroup
9.4622 -%
9.4623 -\def\setupverb{%
9.4624 - \tt % easiest (and conventionally used) font for verbatim
9.4625 - \def\par{\leavevmode\endgraf}%
9.4626 - \catcode`\`=\active
9.4627 - \tabeightspaces
9.4628 - % Respect line breaks,
9.4629 - % print special symbols as themselves, and
9.4630 - % make each space count
9.4631 - % must do in this order:
9.4632 - \obeylines \uncatcodespecials \sepspaces
9.4633 -}
9.4634 -
9.4635 -% Setup for the @verbatim environment
9.4636 -%
9.4637 -% Real tab expansion
9.4638 -\newdimen\tabw \setbox0=\hbox{\tt\space} \tabw=8\wd0 % tab amount
9.4639 -%
9.4640 -\def\starttabbox{\setbox0=\hbox\bgroup}
9.4641 -\begingroup
9.4642 - \catcode`\^^I=\active
9.4643 - \gdef\tabexpand{%
9.4644 - \catcode`\^^I=\active
9.4645 - \def^^I{\leavevmode\egroup
9.4646 - \dimen0=\wd0 % the width so far, or since the previous tab
9.4647 - \divide\dimen0 by\tabw
9.4648 - \multiply\dimen0 by\tabw % compute previous multiple of \tabw
9.4649 - \advance\dimen0 by\tabw % advance to next multiple of \tabw
9.4650 - \wd0=\dimen0 \box0 \starttabbox
9.4651 - }%
9.4652 - }
9.4653 -\endgroup
9.4654 -\def\setupverbatim{%
9.4655 - % Easiest (and conventionally used) font for verbatim
9.4656 - \tt
9.4657 - \def\par{\leavevmode\egroup\box0\endgraf}%
9.4658 - \catcode`\`=\active
9.4659 - \tabexpand
9.4660 - % Respect line breaks,
9.4661 - % print special symbols as themselves, and
9.4662 - % make each space count
9.4663 - % must do in this order:
9.4664 - \obeylines \uncatcodespecials \sepspaces
9.4665 - \everypar{\starttabbox}%
9.4666 -}
9.4667 -
9.4668 -% Do the @verb magic: verbatim text is quoted by unique
9.4669 -% delimiter characters. Before first delimiter expect a
9.4670 -% right brace, after last delimiter expect closing brace:
9.4671 -%
9.4672 -% \def\doverb'{'<char>#1<char>'}'{#1}
9.4673 -%
9.4674 -% [Knuth] p. 382; only eat outer {}
9.4675 -\begingroup
9.4676 - \catcode`[=1\catcode`]=2\catcode`\{=12\catcode`\}=12
9.4677 - \gdef\doverb{#1[\def\next##1#1}[##1\endgroup]\next]
9.4678 -\endgroup
9.4679 -%
9.4680 -\def\verb{\begingroup\setupverb\doverb}
9.4681 -%
9.4682 -%
9.4683 -% Do the @verbatim magic: define the macro \doverbatim so that
9.4684 -% the (first) argument ends when '@end verbatim' is reached, ie:
9.4685 -%
9.4686 -% \def\doverbatim#1@end verbatim{#1}
9.4687 -%
9.4688 -% For Texinfo it's a lot easier than for LaTeX,
9.4689 -% because texinfo's \verbatim doesn't stop at '\end{verbatim}':
9.4690 -% we need not redefine '\', '{' and '}'.
9.4691 -%
9.4692 -% Inspired by LaTeX's verbatim command set [latex.ltx]
9.4693 -%% Include LaTeX hack for completeness -- never know
9.4694 -%% \begingroup
9.4695 -%% \catcode`|=0 \catcode`[=1
9.4696 -%% \catcode`]=2\catcode`\{=12\catcode`\}=12\catcode`\ =\active
9.4697 -%% \catcode`\\=12|gdef|doverbatim#1@end verbatim[
9.4698 -%% #1|endgroup|def|Everbatim[]|end[verbatim]]
9.4699 -%% |endgroup
9.4700 -%
9.4701 -\begingroup
9.4702 - \catcode`\ =\active
9.4703 - \obeylines %
9.4704 - % ignore everything up to the first ^^M, that's the newline at the end
9.4705 - % of the @verbatim input line itself. Otherwise we get an extra blank
9.4706 - % line in the output.
9.4707 - \gdef\doverbatim#1^^M#2@end verbatim{#2\end{verbatim}}%
9.4708 -\endgroup
9.4709 -%
9.4710 -\def\verbatim{%
9.4711 - \def\Everbatim{\nonfillfinish\endgroup}%
9.4712 - \begingroup
9.4713 - \nonfillstart
9.4714 - \advance\leftskip by -\defbodyindent
9.4715 - \begingroup\setupverbatim\doverbatim
9.4716 -}
9.4717 -
9.4718 -% @verbatiminclude FILE - insert text of file in verbatim environment.
9.4719 -%
9.4720 -% Allow normal characters that we make active in the argument (a file name).
9.4721 -\def\verbatiminclude{%
9.4722 - \begingroup
9.4723 - \catcode`\\=\other
9.4724 - \catcode`~=\other
9.4725 - \catcode`^=\other
9.4726 - \catcode`_=\other
9.4727 - \catcode`|=\other
9.4728 - \catcode`<=\other
9.4729 - \catcode`>=\other
9.4730 - \catcode`+=\other
9.4731 - \parsearg\doverbatiminclude
9.4732 -}
9.4733 -\def\setupverbatiminclude{%
9.4734 - \begingroup
9.4735 - \nonfillstart
9.4736 - \advance\leftskip by -\defbodyindent
9.4737 - \begingroup\setupverbatim
9.4738 -}
9.4739 -%
9.4740 -\def\doverbatiminclude#1{%
9.4741 - % Restore active chars for included file.
9.4742 - \endgroup
9.4743 - \begingroup
9.4744 - \let\value=\expandablevalue
9.4745 - \def\thisfile{#1}%
9.4746 - \expandafter\expandafter\setupverbatiminclude\input\thisfile
9.4747 - \endgroup
9.4748 - \nonfillfinish
9.4749 - \endgroup
9.4750 -}
9.4751 -
9.4752 -% @copying ... @end copying.
9.4753 -% Save the text away for @insertcopying later. Many commands won't be
9.4754 -% allowed in this context, but that's ok.
9.4755 -%
9.4756 -% We save the uninterpreted tokens, rather than creating a box.
9.4757 -% Saving the text in a box would be much easier, but then all the
9.4758 -% typesetting commands (@smallbook, font changes, etc.) have to be done
9.4759 -% beforehand -- and a) we want @copying to be done first in the source
9.4760 -% file; b) letting users define the frontmatter in as flexible order as
9.4761 -% possible is very desirable.
9.4762 -%
9.4763 -\def\copying{\begingroup
9.4764 - % Define a command to swallow text until we reach `@end copying'.
9.4765 - % \ is the escape char in this texinfo.tex file, so it is the
9.4766 - % delimiter for the command; @ will be the escape char when we read
9.4767 - % it, but that doesn't matter.
9.4768 - \long\def\docopying##1\end copying{\gdef\copyingtext{##1}\enddocopying}%
9.4769 - %
9.4770 - % We must preserve ^^M's in the input file; see \insertcopying below.
9.4771 - \catcode`\^^M = \active
9.4772 - \docopying
9.4773 -}
9.4774 -
9.4775 -% What we do to finish off the copying text.
9.4776 -%
9.4777 -\def\enddocopying{\endgroup\ignorespaces}
9.4778 -
9.4779 -% @insertcopying. Here we must play games with ^^M's. On the one hand,
9.4780 -% we need them to delimit commands such as `@end quotation', so they
9.4781 -% must be active. On the other hand, we certainly don't want every
9.4782 -% end-of-line to be a \par, as would happen with the normal active
9.4783 -% definition of ^^M. On the third hand, two ^^M's in a row should still
9.4784 -% generate a \par.
9.4785 -%
9.4786 -% Our approach is to make ^^M insert a space and a penalty1 normally;
9.4787 -% then it can also check if \lastpenalty=1. If it does, then manually
9.4788 -% do \par.
9.4789 -%
9.4790 -% This messes up the normal definitions of @c[omment], so we redefine
9.4791 -% it. Similarly for @ignore. (These commands are used in the gcc
9.4792 -% manual for man page generation.)
9.4793 -%
9.4794 -% Seems pretty fragile, most line-oriented commands will presumably
9.4795 -% fail, but for the limited use of getting the copying text (which
9.4796 -% should be quite simple) inserted, we can hope it's ok.
9.4797 -%
9.4798 -{\catcode`\^^M=\active %
9.4799 -\gdef\insertcopying{\begingroup %
9.4800 - \parindent = 0pt % looks wrong on title page
9.4801 - \def^^M{%
9.4802 - \ifnum \lastpenalty=1 %
9.4803 - \par %
9.4804 - \else %
9.4805 - \space \penalty 1 %
9.4806 - \fi %
9.4807 - }%
9.4808 - %
9.4809 - % Fix @c[omment] for catcode 13 ^^M's.
9.4810 - \def\c##1^^M{\ignorespaces}%
9.4811 - \let\comment = \c %
9.4812 - %
9.4813 - % Don't bother jumping through all the hoops that \doignore does, it
9.4814 - % would be very hard since the catcodes are already set.
9.4815 - \long\def\ignore##1\end ignore{\ignorespaces}%
9.4816 - %
9.4817 - \copyingtext %
9.4818 -\endgroup}%
9.4819 -}
9.4820 -
9.4821 -\message{defuns,}
9.4822 -% @defun etc.
9.4823 -
9.4824 -% Allow user to change definition object font (\df) internally
9.4825 -\def\setdeffont#1 {\csname DEF#1\endcsname}
9.4826 -
9.4827 -\newskip\defbodyindent \defbodyindent=.4in
9.4828 -\newskip\defargsindent \defargsindent=50pt
9.4829 -\newskip\deflastargmargin \deflastargmargin=18pt
9.4830 -
9.4831 -\newcount\parencount
9.4832 -
9.4833 -% We want ()&[] to print specially on the defun line.
9.4834 -%
9.4835 -\def\activeparens{%
9.4836 - \catcode`\(=\active \catcode`\)=\active
9.4837 - \catcode`\&=\active
9.4838 - \catcode`\[=\active \catcode`\]=\active
9.4839 -}
9.4840 -
9.4841 -% Make control sequences which act like normal parenthesis chars.
9.4842 -\let\lparen = ( \let\rparen = )
9.4843 -
9.4844 -{\activeparens % Now, smart parens don't turn on until &foo (see \amprm)
9.4845 -
9.4846 -% Be sure that we always have a definition for `(', etc. For example,
9.4847 -% if the fn name has parens in it, \boldbrax will not be in effect yet,
9.4848 -% so TeX would otherwise complain about undefined control sequence.
9.4849 -\global\let(=\lparen \global\let)=\rparen
9.4850 -\global\let[=\lbrack \global\let]=\rbrack
9.4851 -
9.4852 -\gdef\functionparens{\boldbrax\let&=\amprm\parencount=0 }
9.4853 -\gdef\boldbrax{\let(=\opnr\let)=\clnr\let[=\lbrb\let]=\rbrb}
9.4854 -% This is used to turn on special parens
9.4855 -% but make & act ordinary (given that it's active).
9.4856 -\gdef\boldbraxnoamp{\let(=\opnr\let)=\clnr\let[=\lbrb\let]=\rbrb\let&=\ampnr}
9.4857 -
9.4858 -% Definitions of (, ) and & used in args for functions.
9.4859 -% This is the definition of ( outside of all parentheses.
9.4860 -\gdef\oprm#1 {{\rm\char`\(}#1 \bf \let(=\opnested
9.4861 - \global\advance\parencount by 1
9.4862 -}
9.4863 -%
9.4864 -% This is the definition of ( when already inside a level of parens.
9.4865 -\gdef\opnested{\char`\(\global\advance\parencount by 1 }
9.4866 -%
9.4867 -\gdef\clrm{% Print a paren in roman if it is taking us back to depth of 0.
9.4868 - % also in that case restore the outer-level definition of (.
9.4869 - \ifnum \parencount=1 {\rm \char `\)}\sl \let(=\oprm \else \char `\) \fi
9.4870 - \global\advance \parencount by -1 }
9.4871 -% If we encounter &foo, then turn on ()-hacking afterwards
9.4872 -\gdef\amprm#1 {{\rm\}\let(=\oprm \let)=\clrm\ }
9.4873 -%
9.4874 -\gdef\normalparens{\boldbrax\let&=\ampnr}
9.4875 -} % End of definition inside \activeparens
9.4876 -%% These parens (in \boldbrax) actually are a little bolder than the
9.4877 -%% contained text. This is especially needed for [ and ]
9.4878 -\def\opnr{{\sf\char`\(}\global\advance\parencount by 1 }
9.4879 -\def\clnr{{\sf\char`\)}\global\advance\parencount by -1 }
9.4880 -\let\ampnr = \&
9.4881 -\def\lbrb{{\bf\char`\[}}
9.4882 -\def\rbrb{{\bf\char`\]}}
9.4883 -
9.4884 -% Active &'s sneak into the index arguments, so make sure it's defined.
9.4885 -{
9.4886 - \catcode`& = \active
9.4887 - \global\let& = \ampnr
9.4888 -}
9.4889 -
9.4890 -% \defname, which formats the name of the @def (not the args).
9.4891 -% #1 is the function name.
9.4892 -% #2 is the type of definition, such as "Function".
9.4893 -%
9.4894 -\def\defname#1#2{%
9.4895 - % How we'll output the type name. Putting it in brackets helps
9.4896 - % distinguish it from the body text that may end up on the next line
9.4897 - % just below it.
9.4898 - \ifempty{#2}%
9.4899 - \def\defnametype{}%
9.4900 - \else
9.4901 - \def\defnametype{[\rm #2]}%
9.4902 - \fi
9.4903 - %
9.4904 - % Get the values of \leftskip and \rightskip as they were outside the @def...
9.4905 - \dimen2=\leftskip
9.4906 - \advance\dimen2 by -\defbodyindent
9.4907 - %
9.4908 - % Figure out values for the paragraph shape.
9.4909 - \setbox0=\hbox{\hskip \deflastargmargin{\defnametype}}%
9.4910 - \dimen0=\hsize \advance \dimen0 by -\wd0 % compute size for first line
9.4911 - \dimen1=\hsize \advance \dimen1 by -\defargsindent % size for continuations
9.4912 - \parshape 2 0in \dimen0 \defargsindent \dimen1
9.4913 - %
9.4914 - % Output arg 2 ("Function" or some such) but stuck inside a box of
9.4915 - % width 0 so it does not interfere with linebreaking.
9.4916 - \noindent
9.4917 - %
9.4918 - {% Adjust \hsize to exclude the ambient margins,
9.4919 - % so that \rightline will obey them.
9.4920 - \advance \hsize by -\dimen2
9.4921 - \dimen3 = 0pt % was -1.25pc
9.4922 - \rlap{\rightline{\defnametype\kern\dimen3}}%
9.4923 - }%
9.4924 - %
9.4925 - % Allow all lines to be underfull without complaint:
9.4926 - \tolerance=10000 \hbadness=10000
9.4927 - \advance\leftskip by -\defbodyindent
9.4928 - \exdentamount=\defbodyindent
9.4929 - {\df #1}\enskip % output function name
9.4930 - % \defunargs will be called next to output the arguments, if any.
9.4931 -}
9.4932 -
9.4933 -% Common pieces to start any @def...
9.4934 -% #1 is the \E... control sequence to end the definition (which we define).
9.4935 -% #2 is the \...x control sequence (which our caller defines).
9.4936 -% #3 is the control sequence to process the header, such as \defunheader.
9.4937 -%
9.4938 -\def\parsebodycommon#1#2#3{%
9.4939 - \begingroup\inENV
9.4940 - % If there are two @def commands in a row, we'll have a \nobreak,
9.4941 - % which is there to keep the function description together with its
9.4942 - % header. But if there's nothing but headers, we want to allow a
9.4943 - % break after all. Check for penalty 10002 (inserted by
9.4944 - % \defargscommonending) instead of 10000, since the sectioning
9.4945 - % commands insert a \penalty10000, and we don't want to allow a break
9.4946 - % between a section heading and a defun.
9.4947 - \ifnum\lastpenalty=10002 \penalty0 \fi
9.4948 - \medbreak
9.4949 - %
9.4950 - % Define the \E... end token that this defining construct specifies
9.4951 - % so that it will exit this group.
9.4952 - \def#1{\endgraf\endgroup\medbreak}%
9.4953 - %
9.4954 - \parindent=0in
9.4955 - \advance\leftskip by \defbodyindent
9.4956 - \exdentamount=\defbodyindent
9.4957 -}
9.4958 -
9.4959 -% Common part of the \...x definitions.
9.4960 -%
9.4961 -\def\defxbodycommon{%
9.4962 - % As with \parsebodycommon above, allow line break if we have multiple
9.4963 - % x headers in a row. It's not a great place, though.
9.4964 - \ifnum\lastpenalty=10000 \penalty1000 \fi
9.4965 - %
9.4966 - \begingroup\obeylines
9.4967 -}
9.4968 -
9.4969 -% Process body of @defun, @deffn, @defmac, etc.
9.4970 -%
9.4971 -\def\defparsebody#1#2#3{%
9.4972 - \parsebodycommon{#1}{#2}{#3}%
9.4973 - \def#2{\defxbodycommon \activeparens \spacesplit#3}%
9.4974 - \catcode\equalChar=\active
9.4975 - \begingroup\obeylines\activeparens
9.4976 - \spacesplit#3%
9.4977 -}
9.4978 -
9.4979 -% #1, #2, #3 are the common arguments (see \parsebodycommon above).
9.4980 -% #4, delimited by the space, is the class name.
9.4981 -%
9.4982 -\def\defmethparsebody#1#2#3#4 {%
9.4983 - \parsebodycommon{#1}{#2}{#3}%
9.4984 - \def#2##1 {\defxbodycommon \activeparens \spacesplit{#3{##1}}}%
9.4985 - \begingroup\obeylines\activeparens
9.4986 - % The \empty here prevents misinterpretation of a construct such as
9.4987 - % @deffn {whatever} {Enharmonic comma}
9.4988 - % See comments at \deftpparsebody, although in our case we don't have
9.4989 - % to remove the \empty afterwards, since it is empty.
9.4990 - \spacesplit{#3{#4}}\empty
9.4991 -}
9.4992 -
9.4993 -% Used for @deftypemethod and @deftypeivar.
9.4994 -% #1, #2, #3 are the common arguments (see \defparsebody).
9.4995 -% #4, delimited by a space, is the class name.
9.4996 -% #5 is the method's return type.
9.4997 -%
9.4998 -\def\deftypemethparsebody#1#2#3#4 #5 {%
9.4999 - \parsebodycommon{#1}{#2}{#3}%
9.5000 - \def#2##1 ##2 {\defxbodycommon \activeparens \spacesplit{#3{##1}{##2}}}%
9.5001 - \begingroup\obeylines\activeparens
9.5002 - \spacesplit{#3{#4}{#5}}%
9.5003 -}
9.5004 -
9.5005 -% Used for @deftypeop. The change from \deftypemethparsebody is an
9.5006 -% extra argument at the beginning which is the `category', instead of it
9.5007 -% being the hardwired string `Method' or `Instance Variable'. We have
9.5008 -% to account for this both in the \...x definition and in parsing the
9.5009 -% input at hand. Thus also need a control sequence (passed as #5) for
9.5010 -% the \E... definition to assign the category name to.
9.5011 -%
9.5012 -\def\deftypeopparsebody#1#2#3#4#5 #6 {%
9.5013 - \parsebodycommon{#1}{#2}{#3}%
9.5014 - \def#2##1 ##2 ##3 {\def#4{##1}%
9.5015 - \defxbodycommon \activeparens \spacesplit{#3{##2}{##3}}}%
9.5016 - \begingroup\obeylines\activeparens
9.5017 - \spacesplit{#3{#5}{#6}}%
9.5018 -}
9.5019 -
9.5020 -% For @defop.
9.5021 -\def\defopparsebody #1#2#3#4#5 {%
9.5022 - \parsebodycommon{#1}{#2}{#3}%
9.5023 - \def#2##1 ##2 {\def#4{##1}%
9.5024 - \defxbodycommon \activeparens \spacesplit{#3{##2}}}%
9.5025 - \begingroup\obeylines\activeparens
9.5026 - \spacesplit{#3{#5}}%
9.5027 -}
9.5028 -
9.5029 -% These parsing functions are similar to the preceding ones
9.5030 -% except that they do not make parens into active characters.
9.5031 -% These are used for "variables" since they have no arguments.
9.5032 -%
9.5033 -\def\defvarparsebody #1#2#3{%
9.5034 - \parsebodycommon{#1}{#2}{#3}%
9.5035 - \def#2{\defxbodycommon \spacesplit#3}%
9.5036 - \catcode\equalChar=\active
9.5037 - \begingroup\obeylines
9.5038 - \spacesplit#3%
9.5039 -}
9.5040 -
9.5041 -% @defopvar.
9.5042 -\def\defopvarparsebody #1#2#3#4#5 {%
9.5043 - \parsebodycommon{#1}{#2}{#3}%
9.5044 - \def#2##1 ##2 {\def#4{##1}%
9.5045 - \defxbodycommon \spacesplit{#3{##2}}}%
9.5046 - \begingroup\obeylines
9.5047 - \spacesplit{#3{#5}}%
9.5048 -}
9.5049 -
9.5050 -\def\defvrparsebody#1#2#3#4 {%
9.5051 - \parsebodycommon{#1}{#2}{#3}%
9.5052 - \def#2##1 {\defxbodycommon \spacesplit{#3{##1}}}%
9.5053 - \begingroup\obeylines
9.5054 - \spacesplit{#3{#4}}%
9.5055 -}
9.5056 -
9.5057 -% This loses on `@deftp {Data Type} {struct termios}' -- it thinks the
9.5058 -% type is just `struct', because we lose the braces in `{struct
9.5059 -% termios}' when \spacesplit reads its undelimited argument. Sigh.
9.5060 -% \let\deftpparsebody=\defvrparsebody
9.5061 -%
9.5062 -% So, to get around this, we put \empty in with the type name. That
9.5063 -% way, TeX won't find exactly `{...}' as an undelimited argument, and
9.5064 -% won't strip off the braces.
9.5065 -%
9.5066 -\def\deftpparsebody #1#2#3#4 {%
9.5067 - \parsebodycommon{#1}{#2}{#3}%
9.5068 - \def#2##1 {\defxbodycommon \spacesplit{#3{##1}}}%
9.5069 - \begingroup\obeylines
9.5070 - \spacesplit{\parsetpheaderline{#3{#4}}}\empty
9.5071 -}
9.5072 -
9.5073 -% Fine, but then we have to eventually remove the \empty *and* the
9.5074 -% braces (if any). That's what this does.
9.5075 -%
9.5076 -\def\removeemptybraces\empty#1\relax{#1}
9.5077 -
9.5078 -% After \spacesplit has done its work, this is called -- #1 is the final
9.5079 -% thing to call, #2 the type name (which starts with \empty), and #3
9.5080 -% (which might be empty) the arguments.
9.5081 -%
9.5082 -\def\parsetpheaderline#1#2#3{%
9.5083 - #1{\removeemptybraces#2\relax}{#3}%
9.5084 -}%
9.5085 -
9.5086 -% Split up #2 (the rest of the input line) at the first space token.
9.5087 -% call #1 with two arguments:
9.5088 -% the first is all of #2 before the space token,
9.5089 -% the second is all of #2 after that space token.
9.5090 -% If #2 contains no space token, all of it is passed as the first arg
9.5091 -% and the second is passed as empty.
9.5092 -%
9.5093 -{\obeylines %
9.5094 - \gdef\spacesplit#1#2^^M{\endgroup\spacesplitx{#1}#2 \relax\spacesplitx}%
9.5095 - \long\gdef\spacesplitx#1#2 #3#4\spacesplitx{%
9.5096 - \ifx\relax #3%
9.5097 - #1{#2}{}%
9.5098 - \else %
9.5099 - #1{#2}{#3#4}%
9.5100 - \fi}%
9.5101 -}
9.5102 -
9.5103 -% Define @defun.
9.5104 -
9.5105 -% This is called to end the arguments processing for all the @def... commands.
9.5106 -%
9.5107 -\def\defargscommonending{%
9.5108 - \interlinepenalty = 10000
9.5109 - \advance\rightskip by 0pt plus 1fil
9.5110 - \endgraf
9.5111 - \nobreak\vskip -\parskip
9.5112 - \penalty 10002 % signal to \parsebodycommon.
9.5113 -}
9.5114 -
9.5115 -% This expands the args and terminates the paragraph they comprise.
9.5116 -%
9.5117 -\def\defunargs#1{\functionparens \sl
9.5118 -% Expand, preventing hyphenation at `-' chars.
9.5119 -% Note that groups don't affect changes in \hyphenchar.
9.5120 -% Set the font temporarily and use \font in case \setfont made \tensl a macro.
9.5121 -{\tensl\hyphenchar\font=0}%
9.5122 -#1%
9.5123 -{\tensl\hyphenchar\font=45}%
9.5124 -\ifnum\parencount=0 \else \errmessage{Unbalanced parentheses in @def}\fi%
9.5125 - \defargscommonending
9.5126 -}
9.5127 -
9.5128 -\def\deftypefunargs #1{%
9.5129 -% Expand, preventing hyphenation at `-' chars.
9.5130 -% Note that groups don't affect changes in \hyphenchar.
9.5131 -% Use \boldbraxnoamp, not \functionparens, so that & is not special.
9.5132 -\boldbraxnoamp
9.5133 -\tclose{#1}% avoid \code because of side effects on active chars
9.5134 - \defargscommonending
9.5135 -}
9.5136 -
9.5137 -% Do complete processing of one @defun or @defunx line already parsed.
9.5138 -
9.5139 -% @deffn Command forward-char nchars
9.5140 -
9.5141 -\def\deffn{\defmethparsebody\Edeffn\deffnx\deffnheader}
9.5142 -
9.5143 -\def\deffnheader #1#2#3{\doind {fn}{\code{#2}}%
9.5144 -\begingroup\defname {#2}{#1}\defunargs{#3}\endgroup %
9.5145 -\catcode\equalChar=\other % Turn off change made in \defparsebody
9.5146 -}
9.5147 -
9.5148 -% @defun == @deffn Function
9.5149 -
9.5150 -\def\defun{\defparsebody\Edefun\defunx\defunheader}
9.5151 -
9.5152 -\def\defunheader #1#2{\doind {fn}{\code{#1}}% Make entry in function index
9.5153 -\begingroup\defname {#1}{\putwordDeffunc}%
9.5154 -\defunargs {#2}\endgroup %
9.5155 -\catcode\equalChar=\other % Turn off change made in \defparsebody
9.5156 -}
9.5157 -
9.5158 -% @deftypefun int foobar (int @var{foo}, float @var{bar})
9.5159 -
9.5160 -\def\deftypefun{\defparsebody\Edeftypefun\deftypefunx\deftypefunheader}
9.5161 -
9.5162 -% #1 is the data type. #2 is the name and args.
9.5163 -\def\deftypefunheader #1#2{\deftypefunheaderx{#1}#2 \relax}
9.5164 -% #1 is the data type, #2 the name, #3 the args.
9.5165 -\def\deftypefunheaderx #1#2 #3\relax{%
9.5166 -\doind {fn}{\code{#2}}% Make entry in function index
9.5167 -\begingroup\defname {\defheaderxcond#1\relax$.$#2}{\putwordDeftypefun}%
9.5168 -\deftypefunargs {#3}\endgroup %
9.5169 -\catcode\equalChar=\other % Turn off change made in \defparsebody
9.5170 -}
9.5171 -
9.5172 -% @deftypefn {Library Function} int foobar (int @var{foo}, float @var{bar})
9.5173 -
9.5174 -\def\deftypefn{\defmethparsebody\Edeftypefn\deftypefnx\deftypefnheader}
9.5175 -
9.5176 -% \defheaderxcond#1\relax$.$
9.5177 -% puts #1 in @code, followed by a space, but does nothing if #1 is null.
9.5178 -\def\defheaderxcond#1#2$.${\ifx#1\relax\else\code{#1#2} \fi}
9.5179 -
9.5180 -% #1 is the classification. #2 is the data type. #3 is the name and args.
9.5181 -\def\deftypefnheader #1#2#3{\deftypefnheaderx{#1}{#2}#3 \relax}
9.5182 -% #1 is the classification, #2 the data type, #3 the name, #4 the args.
9.5183 -\def\deftypefnheaderx #1#2#3 #4\relax{%
9.5184 -\doind {fn}{\code{#3}}% Make entry in function index
9.5185 -\begingroup
9.5186 -\normalparens % notably, turn off `&' magic, which prevents
9.5187 -% at least some C++ text from working
9.5188 -\defname {\defheaderxcond#2\relax$.$#3}{#1}%
9.5189 -\deftypefunargs {#4}\endgroup %
9.5190 -\catcode\equalChar=\other % Turn off change made in \defparsebody
9.5191 -}
9.5192 -
9.5193 -% @defmac == @deffn Macro
9.5194 -
9.5195 -\def\defmac{\defparsebody\Edefmac\defmacx\defmacheader}
9.5196 -
9.5197 -\def\defmacheader #1#2{\doind {fn}{\code{#1}}% Make entry in function index
9.5198 -\begingroup\defname {#1}{\putwordDefmac}%
9.5199 -\defunargs {#2}\endgroup %
9.5200 -\catcode\equalChar=\other % Turn off change made in \defparsebody
9.5201 -}
9.5202 -
9.5203 -% @defspec == @deffn Special Form
9.5204 -
9.5205 -\def\defspec{\defparsebody\Edefspec\defspecx\defspecheader}
9.5206 -
9.5207 -\def\defspecheader #1#2{\doind {fn}{\code{#1}}% Make entry in function index
9.5208 -\begingroup\defname {#1}{\putwordDefspec}%
9.5209 -\defunargs {#2}\endgroup %
9.5210 -\catcode\equalChar=\other % Turn off change made in \defparsebody
9.5211 -}
9.5212 -
9.5213 -% @defop CATEGORY CLASS OPERATION ARG...
9.5214 -%
9.5215 -\def\defop #1 {\def\defoptype{#1}%
9.5216 -\defopparsebody\Edefop\defopx\defopheader\defoptype}
9.5217 -%
9.5218 -\def\defopheader#1#2#3{%
9.5219 - \dosubind{fn}{\code{#2}}{\putwordon\ \code{#1}}% function index entry
9.5220 - \begingroup
9.5221 - \defname{#2}{\defoptype\ \putwordon\ #1}%
9.5222 - \defunargs{#3}%
9.5223 - \endgroup
9.5224 -}
9.5225 -
9.5226 -% @deftypeop CATEGORY CLASS TYPE OPERATION ARG...
9.5227 -%
9.5228 -\def\deftypeop #1 {\def\deftypeopcategory{#1}%
9.5229 - \deftypeopparsebody\Edeftypeop\deftypeopx\deftypeopheader
9.5230 - \deftypeopcategory}
9.5231 -%
9.5232 -% #1 is the class name, #2 the data type, #3 the operation name, #4 the args.
9.5233 -\def\deftypeopheader#1#2#3#4{%
9.5234 - \dosubind{fn}{\code{#3}}{\putwordon\ \code{#1}}% entry in function index
9.5235 - \begingroup
9.5236 - \defname{\defheaderxcond#2\relax$.$#3}
9.5237 - {\deftypeopcategory\ \putwordon\ \code{#1}}%
9.5238 - \deftypefunargs{#4}%
9.5239 - \endgroup
9.5240 -}
9.5241 -
9.5242 -% @deftypemethod CLASS TYPE METHOD ARG...
9.5243 -%
9.5244 -\def\deftypemethod{%
9.5245 - \deftypemethparsebody\Edeftypemethod\deftypemethodx\deftypemethodheader}
9.5246 -%
9.5247 -% #1 is the class name, #2 the data type, #3 the method name, #4 the args.
9.5248 -\def\deftypemethodheader#1#2#3#4{%
9.5249 - \dosubind{fn}{\code{#3}}{\putwordon\ \code{#1}}% entry in function index
9.5250 - \begingroup
9.5251 - \defname{\defheaderxcond#2\relax$.$#3}{\putwordMethodon\ \code{#1}}%
9.5252 - \deftypefunargs{#4}%
9.5253 - \endgroup
9.5254 -}
9.5255 -
9.5256 -% @deftypeivar CLASS TYPE VARNAME
9.5257 -%
9.5258 -\def\deftypeivar{%
9.5259 - \deftypemethparsebody\Edeftypeivar\deftypeivarx\deftypeivarheader}
9.5260 -%
9.5261 -% #1 is the class name, #2 the data type, #3 the variable name.
9.5262 -\def\deftypeivarheader#1#2#3{%
9.5263 - \dosubind{vr}{\code{#3}}{\putwordof\ \code{#1}}% entry in variable index
9.5264 - \begingroup
9.5265 - \defname{\defheaderxcond#2\relax$.$#3}
9.5266 - {\putwordInstanceVariableof\ \code{#1}}%
9.5267 - \defvarargs{#3}%
9.5268 - \endgroup
9.5269 -}
9.5270 -
9.5271 -% @defmethod == @defop Method
9.5272 -%
9.5273 -\def\defmethod{\defmethparsebody\Edefmethod\defmethodx\defmethodheader}
9.5274 -%
9.5275 -% #1 is the class name, #2 the method name, #3 the args.
9.5276 -\def\defmethodheader#1#2#3{%
9.5277 - \dosubind{fn}{\code{#2}}{\putwordon\ \code{#1}}% entry in function index
9.5278 - \begingroup
9.5279 - \defname{#2}{\putwordMethodon\ \code{#1}}%
9.5280 - \defunargs{#3}%
9.5281 - \endgroup
9.5282 -}
9.5283 -
9.5284 -% @defcv {Class Option} foo-class foo-flag
9.5285 -
9.5286 -\def\defcv #1 {\def\defcvtype{#1}%
9.5287 -\defopvarparsebody\Edefcv\defcvx\defcvarheader\defcvtype}
9.5288 -
9.5289 -\def\defcvarheader #1#2#3{%
9.5290 - \dosubind{vr}{\code{#2}}{\putwordof\ \code{#1}}% variable index entry
9.5291 - \begingroup
9.5292 - \defname{#2}{\defcvtype\ \putwordof\ #1}%
9.5293 - \defvarargs{#3}%
9.5294 - \endgroup
9.5295 -}
9.5296 -
9.5297 -% @defivar CLASS VARNAME == @defcv {Instance Variable} CLASS VARNAME
9.5298 -%
9.5299 -\def\defivar{\defvrparsebody\Edefivar\defivarx\defivarheader}
9.5300 -%
9.5301 -\def\defivarheader#1#2#3{%
9.5302 - \dosubind{vr}{\code{#2}}{\putwordof\ \code{#1}}% entry in var index
9.5303 - \begingroup
9.5304 - \defname{#2}{\putwordInstanceVariableof\ #1}%
9.5305 - \defvarargs{#3}%
9.5306 - \endgroup
9.5307 -}
9.5308 -
9.5309 -% @defvar
9.5310 -% First, define the processing that is wanted for arguments of @defvar.
9.5311 -% This is actually simple: just print them in roman.
9.5312 -% This must expand the args and terminate the paragraph they make up
9.5313 -\def\defvarargs #1{\normalparens #1%
9.5314 - \defargscommonending
9.5315 -}
9.5316 -
9.5317 -% @defvr Counter foo-count
9.5318 -
9.5319 -\def\defvr{\defvrparsebody\Edefvr\defvrx\defvrheader}
9.5320 -
9.5321 -\def\defvrheader #1#2#3{\doind {vr}{\code{#2}}%
9.5322 -\begingroup\defname {#2}{#1}\defvarargs{#3}\endgroup}
9.5323 -
9.5324 -% @defvar == @defvr Variable
9.5325 -
9.5326 -\def\defvar{\defvarparsebody\Edefvar\defvarx\defvarheader}
9.5327 -
9.5328 -\def\defvarheader #1#2{\doind {vr}{\code{#1}}% Make entry in var index
9.5329 -\begingroup\defname {#1}{\putwordDefvar}%
9.5330 -\defvarargs {#2}\endgroup %
9.5331 -}
9.5332 -
9.5333 -% @defopt == @defvr {User Option}
9.5334 -
9.5335 -\def\defopt{\defvarparsebody\Edefopt\defoptx\defoptheader}
9.5336 -
9.5337 -\def\defoptheader #1#2{\doind {vr}{\code{#1}}% Make entry in var index
9.5338 -\begingroup\defname {#1}{\putwordDefopt}%
9.5339 -\defvarargs {#2}\endgroup %
9.5340 -}
9.5341 -
9.5342 -% @deftypevar int foobar
9.5343 -
9.5344 -\def\deftypevar{\defvarparsebody\Edeftypevar\deftypevarx\deftypevarheader}
9.5345 -
9.5346 -% #1 is the data type. #2 is the name, perhaps followed by text that
9.5347 -% is actually part of the data type, which should not be put into the index.
9.5348 -\def\deftypevarheader #1#2{%
9.5349 -\dovarind#2 \relax% Make entry in variables index
9.5350 -\begingroup\defname {\defheaderxcond#1\relax$.$#2}{\putwordDeftypevar}%
9.5351 - \defargscommonending
9.5352 -\endgroup}
9.5353 -\def\dovarind#1 #2\relax{\doind{vr}{\code{#1}}}
9.5354 -
9.5355 -% @deftypevr {Global Flag} int enable
9.5356 -
9.5357 -\def\deftypevr{\defvrparsebody\Edeftypevr\deftypevrx\deftypevrheader}
9.5358 -
9.5359 -\def\deftypevrheader #1#2#3{\dovarind#3 \relax%
9.5360 -\begingroup\defname {\defheaderxcond#2\relax$.$#3}{#1}
9.5361 - \defargscommonending
9.5362 -\endgroup}
9.5363 -
9.5364 -% Now define @deftp
9.5365 -% Args are printed in bold, a slight difference from @defvar.
9.5366 -
9.5367 -\def\deftpargs #1{\bf \defvarargs{#1}}
9.5368 -
9.5369 -% @deftp Class window height width ...
9.5370 -
9.5371 -\def\deftp{\deftpparsebody\Edeftp\deftpx\deftpheader}
9.5372 -
9.5373 -\def\deftpheader #1#2#3{\doind {tp}{\code{#2}}%
9.5374 -\begingroup\defname {#2}{#1}\deftpargs{#3}\endgroup}
9.5375 -
9.5376 -% These definitions are used if you use @defunx (etc.)
9.5377 -% anywhere other than immediately after a @defun or @defunx.
9.5378 -%
9.5379 -\def\defcvx#1 {\errmessage{@defcvx in invalid context}}
9.5380 -\def\deffnx#1 {\errmessage{@deffnx in invalid context}}
9.5381 -\def\defivarx#1 {\errmessage{@defivarx in invalid context}}
9.5382 -\def\defmacx#1 {\errmessage{@defmacx in invalid context}}
9.5383 -\def\defmethodx#1 {\errmessage{@defmethodx in invalid context}}
9.5384 -\def\defoptx #1 {\errmessage{@defoptx in invalid context}}
9.5385 -\def\defopx#1 {\errmessage{@defopx in invalid context}}
9.5386 -\def\defspecx#1 {\errmessage{@defspecx in invalid context}}
9.5387 -\def\deftpx#1 {\errmessage{@deftpx in invalid context}}
9.5388 -\def\deftypefnx#1 {\errmessage{@deftypefnx in invalid context}}
9.5389 -\def\deftypefunx#1 {\errmessage{@deftypefunx in invalid context}}
9.5390 -\def\deftypeivarx#1 {\errmessage{@deftypeivarx in invalid context}}
9.5391 -\def\deftypemethodx#1 {\errmessage{@deftypemethodx in invalid context}}
9.5392 -\def\deftypeopx#1 {\errmessage{@deftypeopx in invalid context}}
9.5393 -\def\deftypevarx#1 {\errmessage{@deftypevarx in invalid context}}
9.5394 -\def\deftypevrx#1 {\errmessage{@deftypevrx in invalid context}}
9.5395 -\def\defunx#1 {\errmessage{@defunx in invalid context}}
9.5396 -\def\defvarx#1 {\errmessage{@defvarx in invalid context}}
9.5397 -\def\defvrx#1 {\errmessage{@defvrx in invalid context}}
9.5398 -
9.5399 -
9.5400 -\message{macros,}
9.5401 -% @macro.
9.5402 -
9.5403 -% To do this right we need a feature of e-TeX, \scantokens,
9.5404 -% which we arrange to emulate with a temporary file in ordinary TeX.
9.5405 -\ifx\eTeXversion\undefined
9.5406 - \newwrite\macscribble
9.5407 - \def\scanmacro#1{%
9.5408 - \begingroup \newlinechar`\^^M
9.5409 - % Undo catcode changes of \startcontents and \doprintindex
9.5410 - \catcode`\@=0 \catcode`\\=\other \escapechar=`\@
9.5411 - % Append \endinput to make sure that TeX does not see the ending newline.
9.5412 - \toks0={#1\endinput}%
9.5413 - \immediate\openout\macscribble=\jobname.tmp
9.5414 - \immediate\write\macscribble{\the\toks0}%
9.5415 - \immediate\closeout\macscribble
9.5416 - \let\xeatspaces\eatspaces
9.5417 - \input \jobname.tmp
9.5418 - \endgroup
9.5419 -}
9.5420 -\else
9.5421 -\def\scanmacro#1{%
9.5422 -\begingroup \newlinechar`\^^M
9.5423 -% Undo catcode changes of \startcontents and \doprintindex
9.5424 -\catcode`\@=0 \catcode`\\=\other \escapechar=`\@
9.5425 -\let\xeatspaces\eatspaces\scantokens{#1\endinput}\endgroup}
9.5426 -\fi
9.5427 -
9.5428 -\newcount\paramno % Count of parameters
9.5429 -\newtoks\macname % Macro name
9.5430 -\newif\ifrecursive % Is it recursive?
9.5431 -\def\macrolist{} % List of all defined macros in the form
9.5432 - % \do\macro1\do\macro2...
9.5433 -
9.5434 -% Utility routines.
9.5435 -% Thisdoes \let #1 = #2, except with \csnames.
9.5436 -\def\cslet#1#2{%
9.5437 -\expandafter\expandafter
9.5438 -\expandafter\let
9.5439 -\expandafter\expandafter
9.5440 -\csname#1\endcsname
9.5441 -\csname#2\endcsname}
9.5442 -
9.5443 -% Trim leading and trailing spaces off a string.
9.5444 -% Concepts from aro-bend problem 15 (see CTAN).
9.5445 -{\catcode`\@=11
9.5446 -\gdef\eatspaces #1{\expandafter\trim@\expandafter{#1 }}
9.5447 -\gdef\trim@ #1{\trim@@ @#1 @ #1 @ @@}
9.5448 -\gdef\trim@@ #1@ #2@ #3@@{\trim@@@\empty #2 @}
9.5449 -\def\unbrace#1{#1}
9.5450 -\unbrace{\gdef\trim@@@ #1 } #2@{#1}
9.5451 -}
9.5452 -
9.5453 -% Trim a single trailing ^^M off a string.
9.5454 -{\catcode`\^^M=\other \catcode`\Q=3%
9.5455 -\gdef\eatcr #1{\eatcra #1Q^^MQ}%
9.5456 -\gdef\eatcra#1^^MQ{\eatcrb#1Q}%
9.5457 -\gdef\eatcrb#1Q#2Q{#1}%
9.5458 -}
9.5459 -
9.5460 -% Macro bodies are absorbed as an argument in a context where
9.5461 -% all characters are catcode 10, 11 or 12, except \ which is active
9.5462 -% (as in normal texinfo). It is necessary to change the definition of \.
9.5463 -
9.5464 -% It's necessary to have hard CRs when the macro is executed. This is
9.5465 -% done by making ^^M (\endlinechar) catcode 12 when reading the macro
9.5466 -% body, and then making it the \newlinechar in \scanmacro.
9.5467 -
9.5468 -\def\macrobodyctxt{%
9.5469 - \catcode`\~=\other
9.5470 - \catcode`\^=\other
9.5471 - \catcode`\_=\other
9.5472 - \catcode`\|=\other
9.5473 - \catcode`\<=\other
9.5474 - \catcode`\>=\other
9.5475 - \catcode`\+=\other
9.5476 - \catcode`\{=\other
9.5477 - \catcode`\}=\other
9.5478 - \catcode`\@=\other
9.5479 - \catcode`\^^M=\other
9.5480 - \usembodybackslash}
9.5481 -
9.5482 -\def\macroargctxt{%
9.5483 - \catcode`\~=\other
9.5484 - \catcode`\^=\other
9.5485 - \catcode`\_=\other
9.5486 - \catcode`\|=\other
9.5487 - \catcode`\<=\other
9.5488 - \catcode`\>=\other
9.5489 - \catcode`\+=\other
9.5490 - \catcode`\@=\other
9.5491 - \catcode`\\=\other}
9.5492 -
9.5493 -% \mbodybackslash is the definition of \ in @macro bodies.
9.5494 -% It maps \foo\ => \csname macarg.foo\endcsname => #N
9.5495 -% where N is the macro parameter number.
9.5496 -% We define \csname macarg.\endcsname to be \realbackslash, so
9.5497 -% \\ in macro replacement text gets you a backslash.
9.5498 -
9.5499 -{\catcode`@=0 @catcode`@\=@active
9.5500 - @gdef@usembodybackslash{@let\=@mbodybackslash}
9.5501 - @gdef@mbodybackslash#1\{@csname macarg.#1@endcsname}
9.5502 -}
9.5503 -\expandafter\def\csname macarg.\endcsname{\realbackslash}
9.5504 -
9.5505 -\def\macro{\recursivefalse\parsearg\macroxxx}
9.5506 -\def\rmacro{\recursivetrue\parsearg\macroxxx}
9.5507 -
9.5508 -\def\macroxxx#1{%
9.5509 - \getargs{#1}% now \macname is the macname and \argl the arglist
9.5510 - \ifx\argl\empty % no arguments
9.5511 - \paramno=0%
9.5512 - \else
9.5513 - \expandafter\parsemargdef \argl;%
9.5514 - \fi
9.5515 - \if1\csname ismacro.\the\macname\endcsname
9.5516 - \message{Warning: redefining \the\macname}%
9.5517 - \else
9.5518 - \expandafter\ifx\csname \the\macname\endcsname \relax
9.5519 - \else \errmessage{Macro name \the\macname\space already defined}\fi
9.5520 - \global\cslet{macsave.\the\macname}{\the\macname}%
9.5521 - \global\expandafter\let\csname ismacro.\the\macname\endcsname=1%
9.5522 - % Add the macroname to \macrolist
9.5523 - \toks0 = \expandafter{\macrolist\do}%
9.5524 - \xdef\macrolist{\the\toks0
9.5525 - \expandafter\noexpand\csname\the\macname\endcsname}%
9.5526 - \fi
9.5527 - \begingroup \macrobodyctxt
9.5528 - \ifrecursive \expandafter\parsermacbody
9.5529 - \else \expandafter\parsemacbody
9.5530 - \fi}
9.5531 -
9.5532 -\def\unmacro{\parsearg\dounmacro}
9.5533 -\def\dounmacro#1{%
9.5534 - \if1\csname ismacro.#1\endcsname
9.5535 - \global\cslet{#1}{macsave.#1}%
9.5536 - \global\expandafter\let \csname ismacro.#1\endcsname=0%
9.5537 - % Remove the macro name from \macrolist:
9.5538 - \begingroup
9.5539 - \expandafter\let\csname#1\endcsname \relax
9.5540 - \let\do\unmacrodo
9.5541 - \xdef\macrolist{\macrolist}%
9.5542 - \endgroup
9.5543 - \else
9.5544 - \errmessage{Macro #1 not defined}%
9.5545 - \fi
9.5546 -}
9.5547 -
9.5548 -% Called by \do from \dounmacro on each macro. The idea is to omit any
9.5549 -% macro definitions that have been changed to \relax.
9.5550 -%
9.5551 -\def\unmacrodo#1{%
9.5552 - \ifx#1\relax
9.5553 - % remove this
9.5554 - \else
9.5555 - \noexpand\do \noexpand #1%
9.5556 - \fi
9.5557 -}
9.5558 -
9.5559 -% This makes use of the obscure feature that if the last token of a
9.5560 -% <parameter list> is #, then the preceding argument is delimited by
9.5561 -% an opening brace, and that opening brace is not consumed.
9.5562 -\def\getargs#1{\getargsxxx#1{}}
9.5563 -\def\getargsxxx#1#{\getmacname #1 \relax\getmacargs}
9.5564 -\def\getmacname #1 #2\relax{\macname={#1}}
9.5565 -\def\getmacargs#1{\def\argl{#1}}
9.5566 -
9.5567 -% Parse the optional {params} list. Set up \paramno and \paramlist
9.5568 -% so \defmacro knows what to do. Define \macarg.blah for each blah
9.5569 -% in the params list, to be ##N where N is the position in that list.
9.5570 -% That gets used by \mbodybackslash (above).
9.5571 -
9.5572 -% We need to get `macro parameter char #' into several definitions.
9.5573 -% The technique used is stolen from LaTeX: let \hash be something
9.5574 -% unexpandable, insert that wherever you need a #, and then redefine
9.5575 -% it to # just before using the token list produced.
9.5576 -%
9.5577 -% The same technique is used to protect \eatspaces till just before
9.5578 -% the macro is used.
9.5579 -
9.5580 -\def\parsemargdef#1;{\paramno=0\def\paramlist{}%
9.5581 - \let\hash\relax\let\xeatspaces\relax\parsemargdefxxx#1,;,}
9.5582 -\def\parsemargdefxxx#1,{%
9.5583 - \if#1;\let\next=\relax
9.5584 - \else \let\next=\parsemargdefxxx
9.5585 - \advance\paramno by 1%
9.5586 - \expandafter\edef\csname macarg.\eatspaces{#1}\endcsname
9.5587 - {\xeatspaces{\hash\the\paramno}}%
9.5588 - \edef\paramlist{\paramlist\hash\the\paramno,}%
9.5589 - \fi\next}
9.5590 -
9.5591 -% These two commands read recursive and nonrecursive macro bodies.
9.5592 -% (They're different since rec and nonrec macros end differently.)
9.5593 -
9.5594 -\long\def\parsemacbody#1@end macro%
9.5595 -{\xdef\temp{\eatcr{#1}}\endgroup\defmacro}%
9.5596 -\long\def\parsermacbody#1@end rmacro%
9.5597 -{\xdef\temp{\eatcr{#1}}\endgroup\defmacro}%
9.5598 -
9.5599 -% This defines the macro itself. There are six cases: recursive and
9.5600 -% nonrecursive macros of zero, one, and many arguments.
9.5601 -% Much magic with \expandafter here.
9.5602 -% \xdef is used so that macro definitions will survive the file
9.5603 -% they're defined in; @include reads the file inside a group.
9.5604 -\def\defmacro{%
9.5605 - \let\hash=##% convert placeholders to macro parameter chars
9.5606 - \ifrecursive
9.5607 - \ifcase\paramno
9.5608 - % 0
9.5609 - \expandafter\xdef\csname\the\macname\endcsname{%
9.5610 - \noexpand\scanmacro{\temp}}%
9.5611 - \or % 1
9.5612 - \expandafter\xdef\csname\the\macname\endcsname{%
9.5613 - \bgroup\noexpand\macroargctxt
9.5614 - \noexpand\braceorline
9.5615 - \expandafter\noexpand\csname\the\macname xxx\endcsname}%
9.5616 - \expandafter\xdef\csname\the\macname xxx\endcsname##1{%
9.5617 - \egroup\noexpand\scanmacro{\temp}}%
9.5618 - \else % many
9.5619 - \expandafter\xdef\csname\the\macname\endcsname{%
9.5620 - \bgroup\noexpand\macroargctxt
9.5621 - \noexpand\csname\the\macname xx\endcsname}%
9.5622 - \expandafter\xdef\csname\the\macname xx\endcsname##1{%
9.5623 - \expandafter\noexpand\csname\the\macname xxx\endcsname ##1,}%
9.5624 - \expandafter\expandafter
9.5625 - \expandafter\xdef
9.5626 - \expandafter\expandafter
9.5627 - \csname\the\macname xxx\endcsname
9.5628 - \paramlist{\egroup\noexpand\scanmacro{\temp}}%
9.5629 - \fi
9.5630 - \else
9.5631 - \ifcase\paramno
9.5632 - % 0
9.5633 - \expandafter\xdef\csname\the\macname\endcsname{%
9.5634 - \noexpand\norecurse{\the\macname}%
9.5635 - \noexpand\scanmacro{\temp}\egroup}%
9.5636 - \or % 1
9.5637 - \expandafter\xdef\csname\the\macname\endcsname{%
9.5638 - \bgroup\noexpand\macroargctxt
9.5639 - \noexpand\braceorline
9.5640 - \expandafter\noexpand\csname\the\macname xxx\endcsname}%
9.5641 - \expandafter\xdef\csname\the\macname xxx\endcsname##1{%
9.5642 - \egroup
9.5643 - \noexpand\norecurse{\the\macname}%
9.5644 - \noexpand\scanmacro{\temp}\egroup}%
9.5645 - \else % many
9.5646 - \expandafter\xdef\csname\the\macname\endcsname{%
9.5647 - \bgroup\noexpand\macroargctxt
9.5648 - \expandafter\noexpand\csname\the\macname xx\endcsname}%
9.5649 - \expandafter\xdef\csname\the\macname xx\endcsname##1{%
9.5650 - \expandafter\noexpand\csname\the\macname xxx\endcsname ##1,}%
9.5651 - \expandafter\expandafter
9.5652 - \expandafter\xdef
9.5653 - \expandafter\expandafter
9.5654 - \csname\the\macname xxx\endcsname
9.5655 - \paramlist{%
9.5656 - \egroup
9.5657 - \noexpand\norecurse{\the\macname}%
9.5658 - \noexpand\scanmacro{\temp}\egroup}%
9.5659 - \fi
9.5660 - \fi}
9.5661 -
9.5662 -\def\norecurse#1{\bgroup\cslet{#1}{macsave.#1}}
9.5663 -
9.5664 -% \braceorline decides whether the next nonwhitespace character is a
9.5665 -% {. If so it reads up to the closing }, if not, it reads the whole
9.5666 -% line. Whatever was read is then fed to the next control sequence
9.5667 -% as an argument (by \parsebrace or \parsearg)
9.5668 -\def\braceorline#1{\let\next=#1\futurelet\nchar\braceorlinexxx}
9.5669 -\def\braceorlinexxx{%
9.5670 - \ifx\nchar\bgroup\else
9.5671 - \expandafter\parsearg
9.5672 - \fi \next}
9.5673 -
9.5674 -% We mant to disable all macros during \shipout so that they are not
9.5675 -% expanded by \write.
9.5676 -\def\turnoffmacros{\begingroup \def\do##1{\let\noexpand##1=\relax}%
9.5677 - \edef\next{\macrolist}\expandafter\endgroup\next}
9.5678 -
9.5679 -
9.5680 -% @alias.
9.5681 -% We need some trickery to remove the optional spaces around the equal
9.5682 -% sign. Just make them active and then expand them all to nothing.
9.5683 -\def\alias{\begingroup\obeyspaces\parsearg\aliasxxx}
9.5684 -\def\aliasxxx #1{\aliasyyy#1\relax}
9.5685 -\def\aliasyyy #1=#2\relax{\ignoreactivespaces
9.5686 -\edef\next{\global\let\expandafter\noexpand\csname#1\endcsname=%
9.5687 - \expandafter\noexpand\csname#2\endcsname}%
9.5688 -\expandafter\endgroup\next}
9.5689 -
9.5690 -
9.5691 -\message{cross references,}
9.5692 -% @xref etc.
9.5693 -
9.5694 -\newwrite\auxfile
9.5695 -
9.5696 -\newif\ifhavexrefs % True if xref values are known.
9.5697 -\newif\ifwarnedxrefs % True if we warned once that they aren't known.
9.5698 -
9.5699 -% @inforef is relatively simple.
9.5700 -\def\inforef #1{\inforefzzz #1,,,,**}
9.5701 -\def\inforefzzz #1,#2,#3,#4**{\putwordSee{} \putwordInfo{} \putwordfile{} \file{\ignorespaces #3{}},
9.5702 - node \samp{\ignorespaces#1{}}}
9.5703 -
9.5704 -% @node's job is to define \lastnode.
9.5705 -\def\node{\ENVcheck\parsearg\nodezzz}
9.5706 -\def\nodezzz#1{\nodexxx #1,\finishnodeparse}
9.5707 -\def\nodexxx#1,#2\finishnodeparse{\gdef\lastnode{#1}}
9.5708 -\let\nwnode=\node
9.5709 -\let\lastnode=\relax
9.5710 -
9.5711 -% The sectioning commands (@chapter, etc.) call these.
9.5712 -\def\donoderef{%
9.5713 - \ifx\lastnode\relax\else
9.5714 - \expandafter\expandafter\expandafter\setref{\lastnode}%
9.5715 - {Ysectionnumberandtype}%
9.5716 - \global\let\lastnode=\relax
9.5717 - \fi
9.5718 -}
9.5719 -\def\unnumbnoderef{%
9.5720 - \ifx\lastnode\relax\else
9.5721 - \expandafter\expandafter\expandafter\setref{\lastnode}{Ynothing}%
9.5722 - \global\let\lastnode=\relax
9.5723 - \fi
9.5724 -}
9.5725 -\def\appendixnoderef{%
9.5726 - \ifx\lastnode\relax\else
9.5727 - \expandafter\expandafter\expandafter\setref{\lastnode}%
9.5728 - {Yappendixletterandtype}%
9.5729 - \global\let\lastnode=\relax
9.5730 - \fi
9.5731 -}
9.5732 -
9.5733 -
9.5734 -% @anchor{NAME} -- define xref target at arbitrary point.
9.5735 -%
9.5736 -\newcount\savesfregister
9.5737 -\gdef\savesf{\relax \ifhmode \savesfregister=\spacefactor \fi}
9.5738 -\gdef\restoresf{\relax \ifhmode \spacefactor=\savesfregister \fi}
9.5739 -\gdef\anchor#1{\savesf \setref{#1}{Ynothing}\restoresf \ignorespaces}
9.5740 -
9.5741 -% \setref{NAME}{SNT} defines a cross-reference point NAME (a node or an
9.5742 -% anchor), namely NAME-title (the corresponding @chapter/etc. name),
9.5743 -% NAME-pg (the page number), and NAME-snt (section number and type).
9.5744 -% Called from \foonoderef.
9.5745 -%
9.5746 -% We have to set \indexdummies so commands such as @code in a section
9.5747 -% title aren't expanded. It would be nicer not to expand the titles in
9.5748 -% the first place, but there's so many layers that that is hard to do.
9.5749 -%
9.5750 -% Likewise, use \turnoffactive so that punctuation chars such as underscore
9.5751 -% and backslash work in node names.
9.5752 -%
9.5753 -\def\setref#1#2{{%
9.5754 - \atdummies
9.5755 - \pdfmkdest{#1}%
9.5756 - %
9.5757 - \turnoffactive
9.5758 - \dosetq{#1-title}{Ytitle}%
9.5759 - \dosetq{#1-pg}{Ypagenumber}%
9.5760 - \dosetq{#1-snt}{#2}%
9.5761 -}}
9.5762 -
9.5763 -% @xref, @pxref, and @ref generate cross-references. For \xrefX, #1 is
9.5764 -% the node name, #2 the name of the Info cross-reference, #3 the printed
9.5765 -% node name, #4 the name of the Info file, #5 the name of the printed
9.5766 -% manual. All but the node name can be omitted.
9.5767 -%
9.5768 -\def\pxref#1{\putwordsee{} \xrefX[#1,,,,,,,]}
9.5769 -\def\xref#1{\putwordSee{} \xrefX[#1,,,,,,,]}
9.5770 -\def\ref#1{\xrefX[#1,,,,,,,]}
9.5771 -\def\xrefX[#1,#2,#3,#4,#5,#6]{\begingroup
9.5772 - \unsepspaces
9.5773 - \def\printedmanual{\ignorespaces #5}%
9.5774 - \def\printednodename{\ignorespaces #3}%
9.5775 - \setbox1=\hbox{\printedmanual}%
9.5776 - \setbox0=\hbox{\printednodename}%
9.5777 - \ifdim \wd0 = 0pt
9.5778 - % No printed node name was explicitly given.
9.5779 - \expandafter\ifx\csname SETxref-automatic-section-title\endcsname\relax
9.5780 - % Use the node name inside the square brackets.
9.5781 - \def\printednodename{\ignorespaces #1}%
9.5782 - \else
9.5783 - % Use the actual chapter/section title appear inside
9.5784 - % the square brackets. Use the real section title if we have it.
9.5785 - \ifdim \wd1 > 0pt
9.5786 - % It is in another manual, so we don't have it.
9.5787 - \def\printednodename{\ignorespaces #1}%
9.5788 - \else
9.5789 - \ifhavexrefs
9.5790 - % We know the real title if we have the xref values.
9.5791 - \def\printednodename{\refx{#1-title}{}}%
9.5792 - \else
9.5793 - % Otherwise just copy the Info node name.
9.5794 - \def\printednodename{\ignorespaces #1}%
9.5795 - \fi%
9.5796 - \fi
9.5797 - \fi
9.5798 - \fi
9.5799 - %
9.5800 - % If we use \unhbox0 and \unhbox1 to print the node names, TeX does not
9.5801 - % insert empty discretionaries after hyphens, which means that it will
9.5802 - % not find a line break at a hyphen in a node names. Since some manuals
9.5803 - % are best written with fairly long node names, containing hyphens, this
9.5804 - % is a loss. Therefore, we give the text of the node name again, so it
9.5805 - % is as if TeX is seeing it for the first time.
9.5806 - \ifpdf
9.5807 - \leavevmode
9.5808 - \getfilename{#4}%
9.5809 - {\turnoffactive \otherbackslash
9.5810 - \ifnum\filenamelength>0
9.5811 - \startlink attr{/Border [0 0 0]}%
9.5812 - goto file{\the\filename.pdf} name{#1}%
9.5813 - \else
9.5814 - \startlink attr{/Border [0 0 0]}%
9.5815 - goto name{#1}%
9.5816 - \fi
9.5817 - }%
9.5818 - \linkcolor
9.5819 - \fi
9.5820 - %
9.5821 - \ifdim \wd1 > 0pt
9.5822 - \putwordsection{} ``\printednodename'' \putwordin{} \cite{\printedmanual}%
9.5823 - \else
9.5824 - % _ (for example) has to be the character _ for the purposes of the
9.5825 - % control sequence corresponding to the node, but it has to expand
9.5826 - % into the usual \leavevmode...\vrule stuff for purposes of
9.5827 - % printing. So we \turnoffactive for the \refx-snt, back on for the
9.5828 - % printing, back off for the \refx-pg.
9.5829 - {\turnoffactive \otherbackslash
9.5830 - % Only output a following space if the -snt ref is nonempty; for
9.5831 - % @unnumbered and @anchor, it won't be.
9.5832 - \setbox2 = \hbox{\ignorespaces \refx{#1-snt}{}}%
9.5833 - \ifdim \wd2 > 0pt \refx{#1-snt}\space\fi
9.5834 - }%
9.5835 - % output the `[mynode]' via a macro.
9.5836 - \xrefprintnodename\printednodename
9.5837 - %
9.5838 - % But we always want a comma and a space:
9.5839 - ,\space
9.5840 - %
9.5841 - % output the `page 3'.
9.5842 - \turnoffactive \otherbackslash \putwordpage\tie\refx{#1-pg}{}%
9.5843 - \fi
9.5844 - \endlink
9.5845 -\endgroup}
9.5846 -
9.5847 -% This macro is called from \xrefX for the `[nodename]' part of xref
9.5848 -% output. It's a separate macro only so it can be changed more easily,
9.5849 -% since not square brackets don't work in some documents. Particularly
9.5850 -% one that Bob is working on :).
9.5851 -%
9.5852 -\def\xrefprintnodename#1{[#1]}
9.5853 -
9.5854 -% \dosetq is called from \setref to do the actual \write (\iflinks).
9.5855 -%
9.5856 -\def\dosetq#1#2{%
9.5857 - {\let\folio=0%
9.5858 - \edef\next{\write\auxfile{\internalsetq{#1}{#2}}}%
9.5859 - \iflinks \next \fi
9.5860 - }%
9.5861 -}
9.5862 -
9.5863 -% \internalsetq{foo}{page} expands into
9.5864 -% CHARACTERS @xrdef{foo}{...expansion of \page...}
9.5865 -\def\internalsetq#1#2{@xrdef{#1}{\csname #2\endcsname}}
9.5866 -
9.5867 -% Things to be expanded by \internalsetq.
9.5868 -%
9.5869 -\def\Ypagenumber{\folio}
9.5870 -\def\Ytitle{\thissection}
9.5871 -\def\Ynothing{}
9.5872 -\def\Ysectionnumberandtype{%
9.5873 - \ifnum\secno=0
9.5874 - \putwordChapter@tie \the\chapno
9.5875 - \else \ifnum\subsecno=0
9.5876 - \putwordSection@tie \the\chapno.\the\secno
9.5877 - \else \ifnum\subsubsecno=0
9.5878 - \putwordSection@tie \the\chapno.\the\secno.\the\subsecno
9.5879 - \else
9.5880 - \putwordSection@tie \the\chapno.\the\secno.\the\subsecno.\the\subsubsecno
9.5881 - \fi\fi\fi
9.5882 -}
9.5883 -
9.5884 -\def\Yappendixletterandtype{%
9.5885 - \ifnum\secno=0
9.5886 - \putwordAppendix@tie @char\the\appendixno{}%
9.5887 - \else \ifnum\subsecno=0
9.5888 - \putwordSection@tie @char\the\appendixno.\the\secno
9.5889 - \else \ifnum\subsubsecno=0
9.5890 - \putwordSection@tie @char\the\appendixno.\the\secno.\the\subsecno
9.5891 - \else
9.5892 - \putwordSection@tie
9.5893 - @char\the\appendixno.\the\secno.\the\subsecno.\the\subsubsecno
9.5894 - \fi\fi\fi
9.5895 -}
9.5896 -
9.5897 -% Use TeX 3.0's \inputlineno to get the line number, for better error
9.5898 -% messages, but if we're using an old version of TeX, don't do anything.
9.5899 -%
9.5900 -\ifx\inputlineno\thisisundefined
9.5901 - \let\linenumber = \empty % Pre-3.0.
9.5902 -\else
9.5903 - \def\linenumber{\the\inputlineno:\space}
9.5904 -\fi
9.5905 -
9.5906 -% Define \refx{NAME}{SUFFIX} to reference a cross-reference string named NAME.
9.5907 -% If its value is nonempty, SUFFIX is output afterward.
9.5908 -%
9.5909 -\def\refx#1#2{%
9.5910 - {%
9.5911 - \indexnofonts
9.5912 - \otherbackslash
9.5913 - \expandafter\global\expandafter\let\expandafter\thisrefX
9.5914 - \csname X#1\endcsname
9.5915 - }%
9.5916 - \ifx\thisrefX\relax
9.5917 - % If not defined, say something at least.
9.5918 - \angleleft un\-de\-fined\angleright
9.5919 - \iflinks
9.5920 - \ifhavexrefs
9.5921 - \message{\linenumber Undefined cross reference `#1'.}%
9.5922 - \else
9.5923 - \ifwarnedxrefs\else
9.5924 - \global\warnedxrefstrue
9.5925 - \message{Cross reference values unknown; you must run TeX again.}%
9.5926 - \fi
9.5927 - \fi
9.5928 - \fi
9.5929 - \else
9.5930 - % It's defined, so just use it.
9.5931 - \thisrefX
9.5932 - \fi
9.5933 - #2% Output the suffix in any case.
9.5934 -}
9.5935 -
9.5936 -% This is the macro invoked by entries in the aux file.
9.5937 -%
9.5938 -\def\xrdef#1{\expandafter\gdef\csname X#1\endcsname}
9.5939 -
9.5940 -% Read the last existing aux file, if any. No error if none exists.
9.5941 -\def\readauxfile{\begingroup
9.5942 - \catcode`\^^@=\other
9.5943 - \catcode`\^^A=\other
9.5944 - \catcode`\^^B=\other
9.5945 - \catcode`\^^C=\other
9.5946 - \catcode`\^^D=\other
9.5947 - \catcode`\^^E=\other
9.5948 - \catcode`\^^F=\other
9.5949 - \catcode`\^^G=\other
9.5950 - \catcode`\^^H=\other
9.5951 - \catcode`\^^K=\other
9.5952 - \catcode`\^^L=\other
9.5953 - \catcode`\^^N=\other
9.5954 - \catcode`\^^P=\other
9.5955 - \catcode`\^^Q=\other
9.5956 - \catcode`\^^R=\other
9.5957 - \catcode`\^^S=\other
9.5958 - \catcode`\^^T=\other
9.5959 - \catcode`\^^U=\other
9.5960 - \catcode`\^^V=\other
9.5961 - \catcode`\^^W=\other
9.5962 - \catcode`\^^X=\other
9.5963 - \catcode`\^^Z=\other
9.5964 - \catcode`\^^[=\other
9.5965 - \catcode`\^^\=\other
9.5966 - \catcode`\^^]=\other
9.5967 - \catcode`\^^^=\other
9.5968 - \catcode`\^^_=\other
9.5969 - % It was suggested to set the catcode of ^ to 7, which would allow ^^e4 etc.
9.5970 - % in xref tags, i.e., node names. But since ^^e4 notation isn't
9.5971 - % supported in the main text, it doesn't seem desirable. Furthermore,
9.5972 - % that is not enough: for node names that actually contain a ^
9.5973 - % character, we would end up writing a line like this: 'xrdef {'hat
9.5974 - % b-title}{'hat b} and \xrdef does a \csname...\endcsname on the first
9.5975 - % argument, and \hat is not an expandable control sequence. It could
9.5976 - % all be worked out, but why? Either we support ^^ or we don't.
9.5977 - %
9.5978 - % The other change necessary for this was to define \auxhat:
9.5979 - % \def\auxhat{\def^{'hat }}% extra space so ok if followed by letter
9.5980 - % and then to call \auxhat in \setq.
9.5981 - %
9.5982 - \catcode`\^=\other
9.5983 - %
9.5984 - % Special characters. Should be turned off anyway, but...
9.5985 - \catcode`\~=\other
9.5986 - \catcode`\[=\other
9.5987 - \catcode`\]=\other
9.5988 - \catcode`\"=\other
9.5989 - \catcode`\_=\other
9.5990 - \catcode`\|=\other
9.5991 - \catcode`\<=\other
9.5992 - \catcode`\>=\other
9.5993 - \catcode`\$=\other
9.5994 - \catcode`\#=\other
9.5995 - \catcode`\&=\other
9.5996 - \catcode`\%=\other
9.5997 - \catcode`+=\other % avoid \+ for paranoia even though we've turned it off
9.5998 - %
9.5999 - % Make the characters 128-255 be printing characters
9.6000 - {%
9.6001 - \count 1=128
9.6002 - \def\loop{%
9.6003 - \catcode\count 1=\other
9.6004 - \advance\count 1 by 1
9.6005 - \ifnum \count 1<256 \loop \fi
9.6006 - }%
9.6007 - }%
9.6008 - %
9.6009 - % Turn off \ as an escape so we do not lose on
9.6010 - % entries which were dumped with control sequences in their names.
9.6011 - % For example, @xrdef{$\leq $-fun}{page ...} made by @defun ^^
9.6012 - % Reference to such entries still does not work the way one would wish,
9.6013 - % but at least they do not bomb out when the aux file is read in.
9.6014 - \catcode`\\=\other
9.6015 - %
9.6016 - % @ is our escape character in .aux files.
9.6017 - \catcode`\{=1
9.6018 - \catcode`\}=2
9.6019 - \catcode`\@=0
9.6020 - %
9.6021 - \openin 1 \jobname.aux
9.6022 - \ifeof 1 \else
9.6023 - \closein 1
9.6024 - \input \jobname.aux
9.6025 - \global\havexrefstrue
9.6026 - \fi
9.6027 - % Open the new aux file. TeX will close it automatically at exit.
9.6028 - \openout\auxfile=\jobname.aux
9.6029 -\endgroup}
9.6030 -
9.6031 -
9.6032 -% Footnotes.
9.6033 -
9.6034 -\newcount \footnoteno
9.6035 -
9.6036 -% The trailing space in the following definition for supereject is
9.6037 -% vital for proper filling; pages come out unaligned when you do a
9.6038 -% pagealignmacro call if that space before the closing brace is
9.6039 -% removed. (Generally, numeric constants should always be followed by a
9.6040 -% space to prevent strange expansion errors.)
9.6041 -\def\supereject{\par\penalty -20000\footnoteno =0 }
9.6042 -
9.6043 -% @footnotestyle is meaningful for info output only.
9.6044 -\let\footnotestyle=\comment
9.6045 -
9.6046 -\let\ptexfootnote=\footnote
9.6047 -
9.6048 -{\catcode `\@=11
9.6049 -%
9.6050 -% Auto-number footnotes. Otherwise like plain.
9.6051 -\gdef\footnote{%
9.6052 - \let\indent=\ptexindent
9.6053 - \global\advance\footnoteno by \@ne
9.6054 - \edef\thisfootno{$^{\the\footnoteno}$}%
9.6055 - %
9.6056 - % In case the footnote comes at the end of a sentence, preserve the
9.6057 - % extra spacing after we do the footnote number.
9.6058 - \let\@sf\empty
9.6059 - \ifhmode\edef\@sf{\spacefactor\the\spacefactor}\ptexslash\fi
9.6060 - %
9.6061 - % Remove inadvertent blank space before typesetting the footnote number.
9.6062 - \unskip
9.6063 - \thisfootno\@sf
9.6064 - \dofootnote
9.6065 -}%
9.6066 -
9.6067 -% Don't bother with the trickery in plain.tex to not require the
9.6068 -% footnote text as a parameter. Our footnotes don't need to be so general.
9.6069 -%
9.6070 -% Oh yes, they do; otherwise, @ifset and anything else that uses
9.6071 -% \parseargline fail inside footnotes because the tokens are fixed when
9.6072 -% the footnote is read. --karl, 16nov96.
9.6073 -%
9.6074 -% The start of the footnote looks usually like this:
9.6075 -\gdef\startfootins{\insert\footins\bgroup}
9.6076 -%
9.6077 -% ... but this macro is redefined inside @multitable.
9.6078 -%
9.6079 -\gdef\dofootnote{%
9.6080 - \startfootins
9.6081 - % We want to typeset this text as a normal paragraph, even if the
9.6082 - % footnote reference occurs in (for example) a display environment.
9.6083 - % So reset some parameters.
9.6084 - \hsize=\pagewidth
9.6085 - \interlinepenalty\interfootnotelinepenalty
9.6086 - \splittopskip\ht\strutbox % top baseline for broken footnotes
9.6087 - \splitmaxdepth\dp\strutbox
9.6088 - \floatingpenalty\@MM
9.6089 - \leftskip\z@skip
9.6090 - \rightskip\z@skip
9.6091 - \spaceskip\z@skip
9.6092 - \xspaceskip\z@skip
9.6093 - \parindent\defaultparindent
9.6094 - %
9.6095 - \smallfonts \rm
9.6096 - %
9.6097 - % Because we use hanging indentation in footnotes, a @noindent appears
9.6098 - % to exdent this text, so make it be a no-op. makeinfo does not use
9.6099 - % hanging indentation so @noindent can still be needed within footnote
9.6100 - % text after an @example or the like (not that this is good style).
9.6101 - \let\noindent = \relax
9.6102 - %
9.6103 - % Hang the footnote text off the number. Use \everypar in case the
9.6104 - % footnote extends for more than one paragraph.
9.6105 - \everypar = {\hang}%
9.6106 - \textindent{\thisfootno}%
9.6107 - %
9.6108 - % Don't crash into the line above the footnote text. Since this
9.6109 - % expands into a box, it must come within the paragraph, lest it
9.6110 - % provide a place where TeX can split the footnote.
9.6111 - \footstrut
9.6112 - \futurelet\next\fo@t
9.6113 -}
9.6114 -}%end \catcode `\@=11
9.6115 -
9.6116 -% @| inserts a changebar to the left of the current line. It should
9.6117 -% surround any changed text. This approach does *not* work if the
9.6118 -% change spans more than two lines of output. To handle that, we would
9.6119 -% have adopt a much more difficult approach (putting marks into the main
9.6120 -% vertical list for the beginning and end of each change).
9.6121 -%
9.6122 -\def\|{%
9.6123 - % \vadjust can only be used in horizontal mode.
9.6124 - \leavevmode
9.6125 - %
9.6126 - % Append this vertical mode material after the current line in the output.
9.6127 - \vadjust{%
9.6128 - % We want to insert a rule with the height and depth of the current
9.6129 - % leading; that is exactly what \strutbox is supposed to record.
9.6130 - \vskip-\baselineskip
9.6131 - %
9.6132 - % \vadjust-items are inserted at the left edge of the type. So
9.6133 - % the \llap here moves out into the left-hand margin.
9.6134 - \llap{%
9.6135 - %
9.6136 - % For a thicker or thinner bar, change the `1pt'.
9.6137 - \vrule height\baselineskip width1pt
9.6138 - %
9.6139 - % This is the space between the bar and the text.
9.6140 - \hskip 12pt
9.6141 - }%
9.6142 - }%
9.6143 -}
9.6144 -
9.6145 -% For a final copy, take out the rectangles
9.6146 -% that mark overfull boxes (in case you have decided
9.6147 -% that the text looks ok even though it passes the margin).
9.6148 -%
9.6149 -\def\finalout{\overfullrule=0pt}
9.6150 -
9.6151 -% @image. We use the macros from epsf.tex to support this.
9.6152 -% If epsf.tex is not installed and @image is used, we complain.
9.6153 -%
9.6154 -% Check for and read epsf.tex up front. If we read it only at @image
9.6155 -% time, we might be inside a group, and then its definitions would get
9.6156 -% undone and the next image would fail.
9.6157 -\openin 1 = epsf.tex
9.6158 -\ifeof 1 \else
9.6159 - \closein 1
9.6160 - % Do not bother showing banner with epsf.tex v2.7k (available in
9.6161 - % doc/epsf.tex and on ctan).
9.6162 - \def\epsfannounce{\toks0 = }%
9.6163 - \input epsf.tex
9.6164 -\fi
9.6165 -%
9.6166 -% We will only complain once about lack of epsf.tex.
9.6167 -\newif\ifwarnednoepsf
9.6168 -\newhelp\noepsfhelp{epsf.tex must be installed for images to
9.6169 - work. It is also included in the Texinfo distribution, or you can get
9.6170 - it from ftp://tug.org/tex/epsf.tex.}
9.6171 -%
9.6172 -\def\image#1{%
9.6173 - \ifx\epsfbox\undefined
9.6174 - \ifwarnednoepsf \else
9.6175 - \errhelp = \noepsfhelp
9.6176 - \errmessage{epsf.tex not found, images will be ignored}%
9.6177 - \global\warnednoepsftrue
9.6178 - \fi
9.6179 - \else
9.6180 - \imagexxx #1,,,,,\finish
9.6181 - \fi
9.6182 -}
9.6183 -%
9.6184 -% Arguments to @image:
9.6185 -% #1 is (mandatory) image filename; we tack on .eps extension.
9.6186 -% #2 is (optional) width, #3 is (optional) height.
9.6187 -% #4 is (ignored optional) html alt text.
9.6188 -% #5 is (ignored optional) extension.
9.6189 -% #6 is just the usual extra ignored arg for parsing this stuff.
9.6190 -\newif\ifimagevmode
9.6191 -\def\imagexxx#1,#2,#3,#4,#5,#6\finish{\begingroup
9.6192 - \catcode`\^^M = 5 % in case we're inside an example
9.6193 - \normalturnoffactive % allow _ et al. in names
9.6194 - % If the image is by itself, center it.
9.6195 - \ifvmode
9.6196 - \imagevmodetrue
9.6197 - \nobreak\bigskip
9.6198 - % Usually we'll have text after the image which will insert
9.6199 - % \parskip glue, so insert it here too to equalize the space
9.6200 - % above and below.
9.6201 - \nobreak\vskip\parskip
9.6202 - \nobreak
9.6203 - \line\bgroup\hss
9.6204 - \fi
9.6205 - %
9.6206 - % Output the image.
9.6207 - \ifpdf
9.6208 - \dopdfimage{#1}{#2}{#3}%
9.6209 - \else
9.6210 - % \epsfbox itself resets \epsf?size at each figure.
9.6211 - \setbox0 = \hbox{\ignorespaces #2}\ifdim\wd0 > 0pt \epsfxsize=#2\relax \fi
9.6212 - \setbox0 = \hbox{\ignorespaces #3}\ifdim\wd0 > 0pt \epsfysize=#3\relax \fi
9.6213 - \epsfbox{#1.eps}%
9.6214 - \fi
9.6215 - %
9.6216 - \ifimagevmode \hss \egroup \bigbreak \fi % space after the image
9.6217 -\endgroup}
9.6218 -
9.6219 -
9.6220 -\message{localization,}
9.6221 -% and i18n.
9.6222 -
9.6223 -% @documentlanguage is usually given very early, just after
9.6224 -% @setfilename. If done too late, it may not override everything
9.6225 -% properly. Single argument is the language abbreviation.
9.6226 -% It would be nice if we could set up a hyphenation file here.
9.6227 -%
9.6228 -\def\documentlanguage{\parsearg\dodocumentlanguage}
9.6229 -\def\dodocumentlanguage#1{%
9.6230 - \tex % read txi-??.tex file in plain TeX.
9.6231 - % Read the file if it exists.
9.6232 - \openin 1 txi-#1.tex
9.6233 - \ifeof1
9.6234 - \errhelp = \nolanghelp
9.6235 - \errmessage{Cannot read language file txi-#1.tex}%
9.6236 - \let\temp = \relax
9.6237 - \else
9.6238 - \def\temp{\input txi-#1.tex }%
9.6239 - \fi
9.6240 - \temp
9.6241 - \endgroup
9.6242 -}
9.6243 -\newhelp\nolanghelp{The given language definition file cannot be found or
9.6244 -is empty. Maybe you need to install it? In the current directory
9.6245 -should work if nowhere else does.}
9.6246 -
9.6247 -
9.6248 -% @documentencoding should change something in TeX eventually, most
9.6249 -% likely, but for now just recognize it.
9.6250 -\let\documentencoding = \comment
9.6251 -
9.6252 -
9.6253 -% Page size parameters.
9.6254 -%
9.6255 -\newdimen\defaultparindent \defaultparindent = 15pt
9.6256 -
9.6257 -\chapheadingskip = 15pt plus 4pt minus 2pt
9.6258 -\secheadingskip = 12pt plus 3pt minus 2pt
9.6259 -\subsecheadingskip = 9pt plus 2pt minus 2pt
9.6260 -
9.6261 -% Prevent underfull vbox error messages.
9.6262 -\vbadness = 10000
9.6263 -
9.6264 -% Don't be so finicky about underfull hboxes, either.
9.6265 -\hbadness = 2000
9.6266 -
9.6267 -% Following George Bush, just get rid of widows and orphans.
9.6268 -\widowpenalty=10000
9.6269 -\clubpenalty=10000
9.6270 -
9.6271 -% Use TeX 3.0's \emergencystretch to help line breaking, but if we're
9.6272 -% using an old version of TeX, don't do anything. We want the amount of
9.6273 -% stretch added to depend on the line length, hence the dependence on
9.6274 -% \hsize. We call this whenever the paper size is set.
9.6275 -%
9.6276 -\def\setemergencystretch{%
9.6277 - \ifx\emergencystretch\thisisundefined
9.6278 - % Allow us to assign to \emergencystretch anyway.
9.6279 - \def\emergencystretch{\dimen0}%
9.6280 - \else
9.6281 - \emergencystretch = .15\hsize
9.6282 - \fi
9.6283 -}
9.6284 -
9.6285 -% Parameters in order: 1) textheight; 2) textwidth; 3) voffset;
9.6286 -% 4) hoffset; 5) binding offset; 6) topskip; 7) physical page height; 8)
9.6287 -% physical page width.
9.6288 -%
9.6289 -% We also call \setleading{\textleading}, so the caller should define
9.6290 -% \textleading. The caller should also set \parskip.
9.6291 -%
9.6292 -\def\internalpagesizes#1#2#3#4#5#6#7#8{%
9.6293 - \voffset = #3\relax
9.6294 - \topskip = #6\relax
9.6295 - \splittopskip = \topskip
9.6296 - %
9.6297 - \vsize = #1\relax
9.6298 - \advance\vsize by \topskip
9.6299 - \outervsize = \vsize
9.6300 - \advance\outervsize by 2\topandbottommargin
9.6301 - \pageheight = \vsize
9.6302 - %
9.6303 - \hsize = #2\relax
9.6304 - \outerhsize = \hsize
9.6305 - \advance\outerhsize by 0.5in
9.6306 - \pagewidth = \hsize
9.6307 - %
9.6308 - \normaloffset = #4\relax
9.6309 - \bindingoffset = #5\relax
9.6310 - %
9.6311 - \ifpdf
9.6312 - \pdfpageheight #7\relax
9.6313 - \pdfpagewidth #8\relax
9.6314 - \fi
9.6315 - %
9.6316 - \setleading{\textleading}
9.6317 - %
9.6318 - \parindent = \defaultparindent
9.6319 - \setemergencystretch
9.6320 -}
9.6321 -
9.6322 -% @letterpaper (the default).
9.6323 -\def\letterpaper{{\globaldefs = 1
9.6324 - \parskip = 3pt plus 2pt minus 1pt
9.6325 - \textleading = 13.2pt
9.6326 - %
9.6327 - % If page is nothing but text, make it come out even.
9.6328 - \internalpagesizes{46\baselineskip}{6in}%
9.6329 - {\voffset}{.25in}%
9.6330 - {\bindingoffset}{36pt}%
9.6331 - {11in}{8.5in}%
9.6332 -}}
9.6333 -
9.6334 -% Use @smallbook to reset parameters for 7x9.5 (or so) format.
9.6335 -\def\smallbook{{\globaldefs = 1
9.6336 - \parskip = 2pt plus 1pt
9.6337 - \textleading = 12pt
9.6338 - %
9.6339 - \internalpagesizes{7.5in}{5in}%
9.6340 - {\voffset}{.25in}%
9.6341 - {\bindingoffset}{16pt}%
9.6342 - {9.25in}{7in}%
9.6343 - %
9.6344 - \lispnarrowing = 0.3in
9.6345 - \tolerance = 700
9.6346 - \hfuzz = 1pt
9.6347 - \contentsrightmargin = 0pt
9.6348 - \defbodyindent = .5cm
9.6349 -}}
9.6350 -
9.6351 -% Use @afourpaper to print on European A4 paper.
9.6352 -\def\afourpaper{{\globaldefs = 1
9.6353 - \parskip = 3pt plus 2pt minus 1pt
9.6354 - \textleading = 13.2pt
9.6355 - %
9.6356 - % Double-side printing via postscript on Laserjet 4050
9.6357 - % prints double-sided nicely when \bindingoffset=10mm and \hoffset=-6mm.
9.6358 - % To change the settings for a different printer or situation, adjust
9.6359 - % \normaloffset until the front-side and back-side texts align. Then
9.6360 - % do the same for \bindingoffset. You can set these for testing in
9.6361 - % your texinfo source file like this:
9.6362 - % @tex
9.6363 - % \global\normaloffset = -6mm
9.6364 - % \global\bindingoffset = 10mm
9.6365 - % @end tex
9.6366 - \internalpagesizes{51\baselineskip}{160mm}
9.6367 - {\voffset}{\hoffset}%
9.6368 - {\bindingoffset}{44pt}%
9.6369 - {297mm}{210mm}%
9.6370 - %
9.6371 - \tolerance = 700
9.6372 - \hfuzz = 1pt
9.6373 - \contentsrightmargin = 0pt
9.6374 - \defbodyindent = 5mm
9.6375 -}}
9.6376 -
9.6377 -% Use @afivepaper to print on European A5 paper.
9.6378 -% From romildo@urano.iceb.ufop.br, 2 July 2000.
9.6379 -% He also recommends making @example and @lisp be small.
9.6380 -\def\afivepaper{{\globaldefs = 1
9.6381 - \parskip = 2pt plus 1pt minus 0.1pt
9.6382 - \textleading = 12.5pt
9.6383 - %
9.6384 - \internalpagesizes{160mm}{120mm}%
9.6385 - {\voffset}{\hoffset}%
9.6386 - {\bindingoffset}{8pt}%
9.6387 - {210mm}{148mm}%
9.6388 - %
9.6389 - \lispnarrowing = 0.2in
9.6390 - \tolerance = 800
9.6391 - \hfuzz = 1.2pt
9.6392 - \contentsrightmargin = 0pt
9.6393 - \defbodyindent = 2mm
9.6394 - \tableindent = 12mm
9.6395 -}}
9.6396 -
9.6397 -% A specific text layout, 24x15cm overall, intended for A4 paper.
9.6398 -\def\afourlatex{{\globaldefs = 1
9.6399 - \afourpaper
9.6400 - \internalpagesizes{237mm}{150mm}%
9.6401 - {\voffset}{4.6mm}%
9.6402 - {\bindingoffset}{7mm}%
9.6403 - {297mm}{210mm}%
9.6404 - %
9.6405 - % Must explicitly reset to 0 because we call \afourpaper.
9.6406 - \globaldefs = 0
9.6407 -}}
9.6408 -
9.6409 -% Use @afourwide to print on A4 paper in landscape format.
9.6410 -\def\afourwide{{\globaldefs = 1
9.6411 - \afourpaper
9.6412 - \internalpagesizes{241mm}{165mm}%
9.6413 - {\voffset}{-2.95mm}%
9.6414 - {\bindingoffset}{7mm}%
9.6415 - {297mm}{210mm}%
9.6416 - \globaldefs = 0
9.6417 -}}
9.6418 -
9.6419 -% @pagesizes TEXTHEIGHT[,TEXTWIDTH]
9.6420 -% Perhaps we should allow setting the margins, \topskip, \parskip,
9.6421 -% and/or leading, also. Or perhaps we should compute them somehow.
9.6422 -%
9.6423 -\def\pagesizes{\parsearg\pagesizesxxx}
9.6424 -\def\pagesizesxxx#1{\pagesizesyyy #1,,\finish}
9.6425 -\def\pagesizesyyy#1,#2,#3\finish{{%
9.6426 - \setbox0 = \hbox{\ignorespaces #2}\ifdim\wd0 > 0pt \hsize=#2\relax \fi
9.6427 - \globaldefs = 1
9.6428 - %
9.6429 - \parskip = 3pt plus 2pt minus 1pt
9.6430 - \setleading{\textleading}%
9.6431 - %
9.6432 - \dimen0 = #1
9.6433 - \advance\dimen0 by \voffset
9.6434 - %
9.6435 - \dimen2 = \hsize
9.6436 - \advance\dimen2 by \normaloffset
9.6437 - %
9.6438 - \internalpagesizes{#1}{\hsize}%
9.6439 - {\voffset}{\normaloffset}%
9.6440 - {\bindingoffset}{44pt}%
9.6441 - {\dimen0}{\dimen2}%
9.6442 -}}
9.6443 -
9.6444 -% Set default to letter.
9.6445 -%
9.6446 -\letterpaper
9.6447 -
9.6448 -
9.6449 -\message{and turning on texinfo input format.}
9.6450 -
9.6451 -% Define macros to output various characters with catcode for normal text.
9.6452 -\catcode`\"=\other
9.6453 -\catcode`\~=\other
9.6454 -\catcode`\^=\other
9.6455 -\catcode`\_=\other
9.6456 -\catcode`\|=\other
9.6457 -\catcode`\<=\other
9.6458 -\catcode`\>=\other
9.6459 -\catcode`\+=\other
9.6460 -\catcode`\$=\other
9.6461 -\def\normaldoublequote{"}
9.6462 -\def\normaltilde{~}
9.6463 -\def\normalcaret{^}
9.6464 -\def\normalunderscore{_}
9.6465 -\def\normalverticalbar{|}
9.6466 -\def\normalless{<}
9.6467 -\def\normalgreater{>}
9.6468 -\def\normalplus{+}
9.6469 -\def\normaldollar{$}%$ font-lock fix
9.6470 -
9.6471 -% This macro is used to make a character print one way in ttfont
9.6472 -% where it can probably just be output, and another way in other fonts,
9.6473 -% where something hairier probably needs to be done.
9.6474 -%
9.6475 -% #1 is what to print if we are indeed using \tt; #2 is what to print
9.6476 -% otherwise. Since all the Computer Modern typewriter fonts have zero
9.6477 -% interword stretch (and shrink), and it is reasonable to expect all
9.6478 -% typewriter fonts to have this, we can check that font parameter.
9.6479 -%
9.6480 -\def\ifusingtt#1#2{\ifdim \fontdimen3\font=0pt #1\else #2\fi}
9.6481 -
9.6482 -% Same as above, but check for italic font. Actually this also catches
9.6483 -% non-italic slanted fonts since it is impossible to distinguish them from
9.6484 -% italic fonts. But since this is only used by $ and it uses \sl anyway
9.6485 -% this is not a problem.
9.6486 -\def\ifusingit#1#2{\ifdim \fontdimen1\font>0pt #1\else #2\fi}
9.6487 -
9.6488 -% Turn off all special characters except @
9.6489 -% (and those which the user can use as if they were ordinary).
9.6490 -% Most of these we simply print from the \tt font, but for some, we can
9.6491 -% use math or other variants that look better in normal text.
9.6492 -
9.6493 -\catcode`\"=\active
9.6494 -\def\activedoublequote{{\tt\char34}}
9.6495 -\let"=\activedoublequote
9.6496 -\catcode`\~=\active
9.6497 -\def~{{\tt\char126}}
9.6498 -\chardef\hat=`\^
9.6499 -\catcode`\^=\active
9.6500 -\def^{{\tt \hat}}
9.6501 -
9.6502 -\catcode`\_=\active
9.6503 -\def_{\ifusingtt\normalunderscore\_}
9.6504 -% Subroutine for the previous macro.
9.6505 -\def\_{\leavevmode \kern.07em \vbox{\hrule width.3em height.1ex}\kern .07em }
9.6506 -
9.6507 -\catcode`\|=\active
9.6508 -\def|{{\tt\char124}}
9.6509 -\chardef \less=`\<
9.6510 -\catcode`\<=\active
9.6511 -\def<{{\tt \less}}
9.6512 -\chardef \gtr=`\>
9.6513 -\catcode`\>=\active
9.6514 -\def>{{\tt \gtr}}
9.6515 -\catcode`\+=\active
9.6516 -\def+{{\tt \char 43}}
9.6517 -\catcode`\$=\active
9.6518 -\def${\ifusingit{{\sl\$}}\normaldollar}%$ font-lock fix
9.6519 -
9.6520 -% Set up an active definition for =, but don't enable it most of the time.
9.6521 -{\catcode`\==\active
9.6522 -\global\def={{\tt \char 61}}}
9.6523 -
9.6524 -\catcode`+=\active
9.6525 -\catcode`\_=\active
9.6526 -
9.6527 -% If a .fmt file is being used, characters that might appear in a file
9.6528 -% name cannot be active until we have parsed the command line.
9.6529 -% So turn them off again, and have \everyjob (or @setfilename) turn them on.
9.6530 -% \otherifyactive is called near the end of this file.
9.6531 -\def\otherifyactive{\catcode`+=\other \catcode`\_=\other}
9.6532 -
9.6533 -\catcode`\@=0
9.6534 -
9.6535 -% \rawbackslashxx outputs one backslash character in current font,
9.6536 -% as in \char`\\.
9.6537 -\global\chardef\rawbackslashxx=`\\
9.6538 -
9.6539 -% \rawbackslash defines an active \ to do \rawbackslashxx.
9.6540 -% \otherbackslash defines an active \ to be a literal `\' character with
9.6541 -% catcode other.
9.6542 -{\catcode`\\=\active
9.6543 - @gdef@rawbackslash{@let\=@rawbackslashxx}
9.6544 - @gdef@otherbackslash{@let\=@realbackslash}
9.6545 -}
9.6546 -
9.6547 -% \realbackslash is an actual character `\' with catcode other.
9.6548 -{\catcode`\\=\other @gdef@realbackslash{\}}
9.6549 -
9.6550 -% \normalbackslash outputs one backslash in fixed width font.
9.6551 -\def\normalbackslash{{\tt\rawbackslashxx}}
9.6552 -
9.6553 -\catcode`\\=\active
9.6554 -
9.6555 -% Used sometimes to turn off (effectively) the active characters
9.6556 -% even after parsing them.
9.6557 -@def@turnoffactive{%
9.6558 - @let"=@normaldoublequote
9.6559 - @let\=@realbackslash
9.6560 - @let~=@normaltilde
9.6561 - @let^=@normalcaret
9.6562 - @let_=@normalunderscore
9.6563 - @let|=@normalverticalbar
9.6564 - @let<=@normalless
9.6565 - @let>=@normalgreater
9.6566 - @let+=@normalplus
9.6567 - @let$=@normaldollar %$ font-lock fix
9.6568 -}
9.6569 -
9.6570 -% Same as @turnoffactive except outputs \ as {\tt\char`\\} instead of
9.6571 -% the literal character `\'. (Thus, \ is not expandable when this is in
9.6572 -% effect.)
9.6573 -%
9.6574 -@def@normalturnoffactive{@turnoffactive @let\=@normalbackslash}
9.6575 -
9.6576 -% Make _ and + \other characters, temporarily.
9.6577 -% This is canceled by @fixbackslash.
9.6578 -@otherifyactive
9.6579 -
9.6580 -% If a .fmt file is being used, we don't want the `\input texinfo' to show up.
9.6581 -% That is what \eatinput is for; after that, the `\' should revert to printing
9.6582 -% a backslash.
9.6583 -%
9.6584 -@gdef@eatinput input texinfo{@fixbackslash}
9.6585 -@global@let\ = @eatinput
9.6586 -
9.6587 -% On the other hand, perhaps the file did not have a `\input texinfo'. Then
9.6588 -% the first `\{ in the file would cause an error. This macro tries to fix
9.6589 -% that, assuming it is called before the first `\' could plausibly occur.
9.6590 -% Also back turn on active characters that might appear in the input
9.6591 -% file name, in case not using a pre-dumped format.
9.6592 -%
9.6593 -@gdef@fixbackslash{%
9.6594 - @ifx\@eatinput @let\ = @normalbackslash @fi
9.6595 - @catcode`+=@active
9.6596 - @catcode`@_=@active
9.6597 -}
9.6598 -
9.6599 -% Say @foo, not \foo, in error messages.
9.6600 -@escapechar = `@@
9.6601 -
9.6602 -% These look ok in all fonts, so just make them not special.
9.6603 -@catcode`@& = @other
9.6604 -@catcode`@# = @other
9.6605 -@catcode`@% = @other
9.6606 -
9.6607 -@c Set initial fonts.
9.6608 -@textfonts
9.6609 -@rm
9.6610 -
9.6611 -
9.6612 -@c Local variables:
9.6613 -@c eval: (add-hook 'write-file-hooks 'time-stamp)
9.6614 -@c page-delimiter: "^\\\\message"
9.6615 -@c time-stamp-start: "def\\\\texinfoversion{"
9.6616 -@c time-stamp-format: "%:y-%02m-%02d.%02H"
9.6617 -@c time-stamp-end: "}"
9.6618 -@c End:
10.1 --- a/src/work/alpar/attic/texi/version.texi Sun Apr 17 18:57:22 2005 +0000
10.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
10.3 @@ -1,2 +0,0 @@
10.4 -@set VERSION 0.0.2
10.5 -@set UPDATED 2004
11.1 --- a/src/work/alpar/bfs-named-param.cc Sun Apr 17 18:57:22 2005 +0000
11.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
11.3 @@ -1,206 +0,0 @@
11.4 -// -*- mode:C++ -*-
11.5 -
11.6 -#include <lemon/smart_graph.h>
11.7 -#include <lemon/maps.h>
11.8 -#include <vector>
11.9 -#include <iostream>
11.10 -
11.11 -using namespace lemon;
11.12 -
11.13 -struct _BFS_DEFAULT_VIS {};
11.14 -struct _BFS_CUSTOM_VIS {};
11.15 -
11.16 -
11.17 -class _Bfs_Traits
11.18 -{
11.19 - typedef ListGraph Graph;
11.20 -}
11.21 -
11.22 -template<class T>
11.23 -class _Bfs
11.24 -{
11.25 - public:
11.26 - typedef typename T::Graph Graph;
11.27 - typedef typename T::Reached Reached;
11.28 - typedef typename T::PredNode PredNode;
11.29 - typedef typename T::PredEdge PredEdge;
11.30 - typedef typename T::Priority Priority;
11.31 -
11.32 - typedef typename T::DefaultReachedTag DefaultReachedTag;
11.33 -
11.34 - typedef typename Graph::Node Node;
11.35 - typedef typename Graph::OutEdgeIt OutEdgeIt;
11.36 -
11.37 - const Graph &_graph;
11.38 -
11.39 - Node _source;
11.40 -
11.41 - Reached *_visited;
11.42 - PredNode _predNode;
11.43 - PredEdge _predEdge;
11.44 - Priority _priority;
11.45 -
11.46 - _Bfs(const Graph &g,
11.47 - Node s,
11.48 - Reached *v,
11.49 - PredNode &pn,
11.50 - PredEdge &pe,
11.51 - Priority &pr) :_graph(g), _source(s),
11.52 - _visited(v),
11.53 - _predNode(pn), _predEdge(pe), _priority(pr) { }
11.54 -
11.55 -
11.56 - int run(const _Bfs_CUSTOM_VIS &)
11.57 - {
11.58 - using namespace std;
11.59 -
11.60 - int N=_graph.nodeNum();
11.61 - vector<Node> Q(N);
11.62 - int Qh=0;
11.63 - int Qt=0;
11.64 -
11.65 - for(typename Graph::NodeIt n(_graph);n!=INVALID;++n)
11.66 - _visited->set(n,false);
11.67 -
11.68 - Q[Qh++]=_source;
11.69 - _visited->set(_source,true);
11.70 - do {
11.71 - Node m;
11.72 - Node n=Q[Qt++];
11.73 - for(OutEdgeIt e(_graph,n);e!=INVALID;++e)
11.74 - if(!(*_visited)[m=_graph.target(e)]) {
11.75 - Q[Qh++]=m;
11.76 - _visited->set(m,true);
11.77 - _predNode.set(m,n);
11.78 - _predEdge.set(m,e);
11.79 - }
11.80 - } while(Qt!=Qh);
11.81 -
11.82 - return 1; //Why return 1?
11.83 - }
11.84 - int run(const _BFS_DEFAULT_VIS &)
11.85 - {
11.86 - _visited= new Reached(_graph);
11.87 - int r = run(_BFS_CUSTOM_VIS());
11.88 - delete _visited;
11.89 - return r;
11.90 - }
11.91 - int run() { return run(DefaultReachedTag());}
11.92 -
11.93 - template<class T> _Bfs<Graph,T,_BFS_CUSTOM_VIS,PredNode,PredEdge,Priority>
11.94 - setVisitMap(T &t)
11.95 - {
11.96 - return _Bfs<Graph,T,_BFS_CUSTOM_VIS,PredNode,PredEdge,Priority>
11.97 - (_graph,_source,&t,_predNode,_predEdge,_priority);
11.98 - }
11.99 -
11.100 - template<class T>
11.101 - _Bfs<Graph,Reached,DefaultReachedTag,T,PredEdge,Priority>
11.102 - setPredNodeMap(T &t)
11.103 - {
11.104 - return _BFS<Graph,Reached,DefaultReachedTag,T,PredEdge,Priority>
11.105 - (_graph,_source,
11.106 - _visited,
11.107 - t,_predEdge,_priority);
11.108 - }
11.109 -
11.110 - template<class T>
11.111 - _BFS<Graph,Reached,DefaultReachedTag,PredNode,T,Priority>
11.112 - setPredEdgeMap(T &t)
11.113 - {
11.114 - return _BFS<Graph,Reached,DefaultReachedTag,PredNode,T,Priority>
11.115 - (_graph,_source,
11.116 - _visited,
11.117 - _predNode,t,_priority);
11.118 - }
11.119 -
11.120 - _Bfs<Graph,Reached,DefaultReachedTag,PredNode,PredEdge,Priority>
11.121 - setNothing()
11.122 - {
11.123 - return _Bfs<Graph,Reached,DefaultReachedTag,PredNode,PredEdge,Priority>
11.124 - (_graph,_source,
11.125 - _visited,
11.126 - _predNode,_predEdge,_priority);
11.127 - }
11.128 -};
11.129 -
11.130 -
11.131 -template<class G>
11.132 -_Bfs<G,
11.133 - typename G::template NodeMap<bool>,
11.134 - _BFS_DEFAULT_VIS,
11.135 - NullMap<typename G::Node,typename G::Node>,
11.136 - NullMap<typename G::Node,typename G::Edge>,
11.137 - NullMap<typename G::Node,int> >
11.138 -bfs(const G &g,typename G::Node s)
11.139 -{
11.140 - // typename G::template NodeMap<bool> v(g);
11.141 -
11.142 - return _Bfs < G,
11.143 - typename G::template NodeMap<bool>,
11.144 - _BFS_DEFAULT_VIS,
11.145 - NullMap<typename G::Node,typename G::Node>,
11.146 - NullMap<typename G::Node,typename G::Edge>,
11.147 - NullMap<typename G::Node,int> >
11.148 - (g,s,
11.149 - (typename G::template NodeMap<bool>*)(NULL),
11.150 - *((NullMap<typename G::Node,typename G::Node>*)(NULL)),
11.151 - *((NullMap<typename G::Node,typename G::Edge> *)(NULL)),
11.152 - *((NullMap<typename G::Node,int> *)(NULL))
11.153 - );
11.154 -}
11.155 -
11.156 -
11.157 -class MyReachedMap : public SmartGraph::NodeMap<bool>
11.158 -{
11.159 - const SmartGraph &_G;
11.160 -public:
11.161 - MyReachedMap(const SmartGraph &G) : SmartGraph::NodeMap<bool>(G), _G(G) {}
11.162 - void set(SmartGraph::Node n,bool b)
11.163 - {
11.164 - SmartGraph::NodeMap<bool>::set(n,b);
11.165 - if(b) std::cout << _G.id(n) << std::endl;
11.166 - }
11.167 -};
11.168 -
11.169 -
11.170 -int main()
11.171 -{
11.172 - SmartGraph G;
11.173 - SmartGraph::Node s=G.addNode();
11.174 - SmartGraph::Node n1=G.addNode();
11.175 - SmartGraph::Node n2=G.addNode();
11.176 - SmartGraph::Node n3=G.addNode();
11.177 - SmartGraph::Node n4=G.addNode();
11.178 - SmartGraph::Node n5=G.addNode();
11.179 - SmartGraph::Node n6=G.addNode();
11.180 - SmartGraph::Node n7=G.addNode();
11.181 -
11.182 - G.addEdge(s,n1);G.addEdge(s,n3);G.addEdge(n1,n2);G.addEdge(n1,n3);
11.183 - G.addEdge(s,n4);G.addEdge(n4,n7);G.addEdge(n7,n6);G.addEdge(n4,n5);
11.184 - G.addEdge(n7,n2);G.addEdge(n6,n3);G.addEdge(n4,s);G.addEdge(n1,s);
11.185 -
11.186 -
11.187 -
11.188 - SmartGraph::NodeMap<SmartGraph::Node> m(G);
11.189 - SmartGraph::NodeMap<SmartGraph::Edge> em(G);
11.190 -
11.191 - MyReachedMap vm(G);
11.192 -
11.193 -
11.194 - //Runs BFS on graph 'G' from node 's'.
11.195 - //(It practically does nothing, for it throws away its result.)
11.196 - bfs(G,s).run();
11.197 -
11.198 - //Runs BFS on graph 'G' from node 's'. Puts the predessor nodes to 'm'.
11.199 - bfs(G,s).setPredNodeMap(m).run();
11.200 -
11.201 - //Runs BFS on graph 'G' from node 's'.
11.202 - //Puts the predessor nodes to 'm' and the edges of the bfs tree to 'em'.
11.203 - bfs(G,s).setPredNodeMap(m).setPredEdgeMap(em).run();
11.204 -
11.205 - //Runs BFS on graph 'G' from node 's'.
11.206 - //It uses a scpecial 'visited map' that prints out the reached nodes.
11.207 - bfs(G,s).setVisitMap(vm).run();
11.208 -
11.209 -}
12.1 --- a/src/work/alpar/boolmap_iter.cc Sun Apr 17 18:57:22 2005 +0000
12.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
12.3 @@ -1,140 +0,0 @@
12.4 -#include <iostream>
12.5 -#include <vector>
12.6 -#include <lemon/smart_graph.h>
12.7 -#include <limits>
12.8 -
12.9 -using namespace lemon;
12.10 -
12.11 -///\todo This is only a static map!
12.12 -///\param BaseMap is an interger map.
12.13 -template<class BaseMap>
12.14 -class BoolIterMap
12.15 -{
12.16 -public:
12.17 -
12.18 - typedef typename BaseMap::Key Key;
12.19 - typedef bool Value;
12.20 -
12.21 - friend class RefType;
12.22 - friend class FalseIt;
12.23 - friend class TrueIt;
12.24 -
12.25 -private:
12.26 - BaseMap &cref;
12.27 - std::vector<Key> vals;
12.28 - int sep; //map[e] is true <=> cref[e]>=sep
12.29 -
12.30 - bool isTrue(Key k) {return cref[k]>=sep;}
12.31 - void swap(Key k, int s)
12.32 - {
12.33 - int ti=cref[k];
12.34 - Key tk=vals[s];
12.35 - cref[k]=s; vals[s]=k;
12.36 - cref[tk]=ti; vals[ti]=tk;
12.37 - }
12.38 -
12.39 - void setTrue(Key k) { if(cref[k]<sep) { sep--; swap(k,sep); } }
12.40 - void setFalse(Key k) { if(cref[k]>=sep) { swap(k,sep); sep++; } }
12.41 -
12.42 -public:
12.43 - ///\e
12.44 - void set(Key k,Value v) { if(v) setTrue(k); else setFalse(k);}
12.45 -
12.46 - ///\e
12.47 - class FalseIt
12.48 - {
12.49 - const BoolIterMap &M;
12.50 - int i;
12.51 - public:
12.52 - explicit FalseIt(const BoolIterMap &_M) : M(_M), i(0) { }
12.53 - FalseIt(Invalid)
12.54 - : M(*((BoolIterMap*)(0))), i(std::numeric_limits<int>::max()) { }
12.55 - FalseIt &operator++() { ++i; return *this;}
12.56 - operator Key() { return i<M.sep ? M.vals[i] : INVALID; }
12.57 - bool operator !=(Invalid) { return i<M.sep; }
12.58 - bool operator ==(Invalid) { return i>=M.sep; }
12.59 - };
12.60 - ///\e
12.61 - class TrueIt
12.62 - {
12.63 - BoolIterMap &M;
12.64 - int i;
12.65 - public:
12.66 - explicit TrueIt(BoolIterMap &_M) : M(_M), i(M.vals.size()-1) { }
12.67 - TrueIt(Invalid)
12.68 - : M(*((BoolIterMap*)(0))), i(-1) { }
12.69 - TrueIt &operator++() { --i; return *this;}
12.70 - operator Key() { return i>=M.sep ? M.vals[i] : INVALID; }
12.71 - bool operator !=(Invalid) { return i>=M.sep; }
12.72 - bool operator ==(Invalid) { return i<M.sep; }
12.73 - };
12.74 -
12.75 - ///\e
12.76 - class RefType
12.77 - {
12.78 - BoolIterMap &M;
12.79 - Key k;
12.80 - public:
12.81 - RefType(BoolIterMap &_M,Key _k) : M(_M), k(_k) { }
12.82 -
12.83 - operator Value() const
12.84 - {
12.85 - return M.isTrue(k);
12.86 - }
12.87 - Value operator = (Value v) const { M.set(k,v); return v; }
12.88 - };
12.89 -
12.90 -public:
12.91 - explicit BoolIterMap(BaseMap &_m) : cref(_m)
12.92 - {
12.93 - sep=0;
12.94 - for(typename BaseMap::MapSet::iterator i=cref.mapSet().begin();
12.95 - i!=cref.mapSet().end();
12.96 - ++i) {
12.97 - i->second=sep;
12.98 - vals.push_back(i->first);
12.99 - sep++;
12.100 - }
12.101 - }
12.102 - RefType operator[] (Key k) { return RefType(*this,k);}
12.103 - Value operator[] (Key k) const { return isTrue(k);}
12.104 -};
12.105 -
12.106 -int main()
12.107 -{
12.108 - typedef SmartGraph Graph;
12.109 - typedef Graph::NodeIt NodeIt;
12.110 - typedef Graph::OutEdgeIt OutEdgeIt;
12.111 - typedef Graph::EdgeIt EdgeIt;
12.112 -
12.113 - Graph G;
12.114 -
12.115 - for(int i=0;i<3;i++) G.addNode();
12.116 -
12.117 - for(NodeIt n(G);n!=INVALID;++n)
12.118 - for(NodeIt m(G);m!=INVALID;++m) if(n!=m)
12.119 - G.addEdge(n,m);
12.120 -
12.121 - //for(OutEdgeIt e(G,NodeIt(G));G.valid(e);G.next(e))
12.122 -
12.123 - Graph::EdgeMap<int> tem(G);
12.124 - typedef BoolIterMap<Graph::EdgeMap<int> > BoolIterEdgeMap;
12.125 - BoolIterEdgeMap map(tem);
12.126 -
12.127 - bool b=true;
12.128 -
12.129 - for(EdgeIt e(G);e!=INVALID;++e) {map[e]=b;b=!b;}
12.130 -
12.131 - std::cout << true << '\n';
12.132 -
12.133 - for(EdgeIt e(G);e!=INVALID;++e)
12.134 - std::cout << G.id(G.source(e)) << "->" << G.id(G.target(e))
12.135 - << ": " << map[e] << '\n';
12.136 - std::cout << "True Edges:\n";
12.137 - for(BoolIterEdgeMap::TrueIt i(map);i!=INVALID;++i)
12.138 - std::cout << G.id(G.source(i)) << "->" << G.id(G.target(i)) << '\n';
12.139 - std::cout << "False Edges:\n";
12.140 - for(BoolIterEdgeMap::FalseIt i(map);i!=INVALID;++i)
12.141 - std::cout << G.id(G.source(i)) << "->" << G.id(G.target(i)) << '\n';
12.142 -}
12.143 -
13.1 --- a/src/work/alpar/f_ed_ka.h Sun Apr 17 18:57:22 2005 +0000
13.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
13.3 @@ -1,119 +0,0 @@
13.4 -// -*- mode:c++ -*-
13.5 -
13.6 -#ifndef EDMONDS_KARP_HH
13.7 -#define EDMONDS_KARP_HH
13.8 -
13.9 -#include <queue>
13.10 -
13.11 -//#include <marci_property_vector.hh>
13.12 -
13.13 -#include <algorithm>
13.14 -
13.15 -//#include <bfs_iterator.hh>
13.16 -
13.17 -namespace lemon {
13.18 - template <typename Graph, typename FlowMap, typename CapacityMap>
13.19 - typename FlowMap::Value maxFlow(Graph &G,
13.20 - FlowMap &f,
13.21 - CapacityMap &c,
13.22 - typename Graph::NodeIt s,
13.23 - typename Graph::NodeIt t)
13.24 - {
13.25 - typedef typename Graph::NodeIt NodeIt;
13.26 - typedef typename Graph::EachNodeIt EachNodeIt;
13.27 - typedef typename Graph::EdgeIt EdgeIt;
13.28 - typedef typename Graph::EachEdgeIt EachEdgeIt;
13.29 - typedef typename Graph::OutEdgeIt OutEdgeIt;
13.30 - typedef typename Graph::InEdgeIt InEdgeIt;
13.31 - typedef typename FlowMap::Value T;
13.32 -
13.33 - T flow_val = 0;
13.34 - T aug_val;
13.35 -
13.36 - for(EachEdgeIt e(G);G.valid(e);G.goNext(e))
13.37 - f.set(e,0);
13.38 -
13.39 - std::queue<NodeIt> bfs_queue;
13.40 - typename Graph::NodeMap<int> visited(G); //0: unvisited,
13.41 - //1: reached by a forward edge
13.42 - //2: reached by a backward edge
13.43 - //3: it is node s
13.44 - typename Graph::NodeMap<EdgeIt> tree(G);
13.45 -
13.46 - NodeIt gn; //FIXME: it might be too global for some people...
13.47 -
13.48 - augment:
13.49 -
13.50 - for(EachNodeIt n(G);G.valid(n);G.goNext(n))
13.51 - visited.set(n,0);
13.52 -
13.53 - visited.set(s,3);
13.54 -
13.55 - //There must be a better way to do this:
13.56 - while(!bfs_queue.empty()) bfs_queue.pop();
13.57 -
13.58 - bfs_queue.push(s);
13.59 -
13.60 - while(!bfs_queue.empty() && !visited.get(t))
13.61 - {
13.62 - NodeIt n(bfs_queue.front());
13.63 - bfs_queue.pop();
13.64 - for(OutEdgeIt e(G,n);G.valid(e);G.goNext(e))
13.65 - if(f.get(e)<c.get(e) && //FIXME: <
13.66 - !visited.get(G.bNode(e)))
13.67 - {
13.68 - NodeIt nn(G.bNode(e)); //It improves nothing
13.69 - tree.set(nn,e);
13.70 - visited.set(nn,1);
13.71 - bfs_queue.push(nn);
13.72 - }
13.73 - for(InEdgeIt e(G,n);G.valid(e);G.goNext(e))
13.74 - if(f.get(e)>0 && //FIXME: >
13.75 - !visited.get(G.bNode(e)))
13.76 - {
13.77 - NodeIt nn(G.bNode(e));
13.78 - tree.set(nn,e);
13.79 - visited.set(nn,2);
13.80 - bfs_queue.push(nn);
13.81 - }
13.82 - }
13.83 -
13.84 - if(!visited.get(t)) return flow_val;
13.85 -
13.86 - // Augmenting value computation
13.87 - aug_val = visited.get(t)==1 ?
13.88 - c.get(tree.get(t))-f.get(tree.get(t)) : f.get(tree.get(t));
13.89 - //FIXME: I would need 'G.opposite(e,n)'
13.90 - gn = visited.get(t)==1 ? G.source(tree.get(t)) : G.target(tree.get(t));
13.91 - while(gn!=s) if(visited.get(gn)==1)
13.92 - {
13.93 - //FIXME: nonstandard gcc extension!
13.94 - aug_val <?= c.get(tree.get(gn))-f.get(tree.get(gn));
13.95 - gn=G.source(tree.get(gn));
13.96 - }
13.97 - else {
13.98 - //FIXME: nonstandard gcc extension!
13.99 - aug_val <?= f.get(tree.get(gn));
13.100 - gn=G.target(tree.get(gn));
13.101 - }
13.102 -
13.103 - // The augmentation itself
13.104 - gn = t;
13.105 - while(gn!=s) if(visited.get(gn)==1)
13.106 - {
13.107 - f.set(tree.get(gn),f.get(tree.get(gn))+aug_val);
13.108 - gn=G.source(tree.get(gn));
13.109 - }
13.110 - else {
13.111 - f.set(tree.get(gn),f.get(tree.get(gn))-aug_val);
13.112 - gn=G.target(tree.get(gn));
13.113 - }
13.114 -
13.115 - flow_val+=aug_val;
13.116 -
13.117 - goto augment; // Vivat goto forever!
13.118 - }
13.119 -
13.120 -} // namespace lemon
13.121 -
13.122 -#endif //EDMONDS_KARP_HH
14.1 --- a/src/work/alpar/f_ed_ka_demo.cc Sun Apr 17 18:57:22 2005 +0000
14.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
14.3 @@ -1,51 +0,0 @@
14.4 -#include <iostream>
14.5 -#include <fstream>
14.6 -
14.7 -#include "smart_graph.h"
14.8 -
14.9 -#include "../list_graph.hh"
14.10 -#include "../marci/dimacs.hh"
14.11 -#include "f_ed_ka.h"
14.12 -#include "../marci/time_measure.h"
14.13 -
14.14 -using namespace lemon;
14.15 -
14.16 -// Use a DIMACS max flow file as stdin.
14.17 -// read_dimacs_demo < dimacs_max_flow_file
14.18 -
14.19 -int main(int, char **) {
14.20 - typedef SmartGraph Graph;
14.21 - //typedef ListGraph Graph;
14.22 -
14.23 - typedef Graph::NodeIt NodeIt;
14.24 - typedef Graph::EachNodeIt EachNodeIt;
14.25 - typedef Graph::EachEdgeIt EachEdgeIt;
14.26 -
14.27 - Graph G;
14.28 - NodeIt s, t;
14.29 - Timer ts;
14.30 - Graph::DynEdgeMap<int> cap(G);
14.31 - readDimacsMaxFlow(std::cin, G, s, t, cap);
14.32 -
14.33 - std::cout << "loading time: " << ts << std::endl;
14.34 - ts.reset();
14.35 - std::cout << "edmonds karp demo..." << std::endl;
14.36 - Graph::DynEdgeMap<int> flow(G); //0 flow
14.37 -
14.38 - int ret;
14.39 - // double pre_time=currTime();
14.40 -
14.41 - ret = maxFlow(G,flow,cap,s,t);
14.42 - // double post_time=currTime();
14.43 - std::cout << "running time: " << ts << std::endl;
14.44 -
14.45 - //std::cout << "maximum flow: "<< std::endl;
14.46 - //for(EachEdgeIt e=G.first<EachEdgeIt>(); e.valid(); ++e) {
14.47 - // std::cout<<"("<<G.source(e)<< "-"<<flow.get(e)<<"->"<<G.target(e)<<") ";
14.48 - //}
14.49 - //std::cout<<std::endl;
14.50 - // std::cout<<"elapsed time: " << post_time-pre_time << " sec"<< std::endl;
14.51 - std::cout << "flow value: "<< ret << std::endl;
14.52 -
14.53 - return 0;
14.54 -}
15.1 --- a/src/work/alpar/file-reader.cc Sun Apr 17 18:57:22 2005 +0000
15.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
15.3 @@ -1,122 +0,0 @@
15.4 -#include <lemon/list_graph.h>
15.5 -#include <lemon/maps.h>
15.6 -#include <list>
15.7 -
15.8 -using namespace lemon;
15.9 -
15.10 -template<class GR>
15.11 -class Reader
15.12 -{
15.13 -
15.14 -public:
15.15 - typedef GR Graph;
15.16 - typedef typename Graph::Node Node;
15.17 - typedef typename Graph::Edge Edge;
15.18 -
15.19 - ///A beolvasando ertekek tipusa.
15.20 -
15.21 - ///Ebben gyakorlatilag egy stringet tarolunk.
15.22 - ///Tovabba ez egy olyan tipus, amitol elvarjuk, hogy konvertalodjon
15.23 - ///a beolvasando mapok Value-jara.
15.24 - class InputValue
15.25 - {
15.26 - public:
15.27 - operator int() const { return 0; }
15.28 - operator double() const { return 0; }
15.29 - };
15.30 -
15.31 - ///Ez adja a mapok kozos interface-et.
15.32 - class WrapEdgeMapBase
15.33 - {
15.34 - public:
15.35 - virtual void set(Edge n,const InputValue &v) = 0;
15.36 - virtual ~WrapEdgeMapBase() {}
15.37 - };
15.38 -
15.39 - ///Ez meg becsomagol egy mapot a kozos formara.
15.40 - template<class M>
15.41 - class WrapEdgeMap : public WrapEdgeMapBase
15.42 - {
15.43 - M ↦
15.44 -
15.45 - public:
15.46 - WrapEdgeMap(M &m) : map(m) {}
15.47 - void set(Edge n,const InputValue &v) {map.set(n,v);}
15.48 - };
15.49 -
15.50 - ///Ebben a strukturaban adunk meg egy feltoltendo mapot.
15.51 - struct EdgeMapDesc
15.52 - {
15.53 - std::string name;
15.54 - int column;
15.55 - WrapEdgeMapBase *map;
15.56 -
15.57 - template<class M> EdgeMapDesc(char *n,M &m) : name(n), map(&m) {}
15.58 - ~EdgeMapDesc() {}
15.59 - };
15.60 -
15.61 - ///Itt vannak felsorolva a feltoltendo mapok
15.62 - std::list<EdgeMapDesc> EdgeMaps;
15.63 -
15.64 - ///Ezzel lehet egy mapot hozzaadni a feltoltendok listajahoz.
15.65 - template<class M> void addEdgeMap(char *name,M &map)
15.66 - {
15.67 - EdgeMaps.push_back(EdgeMapDesc(name,*(new WrapEdgeMap<M>(map))));
15.68 - }
15.69 -
15.70 - ///Ez meg kiuriti a map-listat.
15.71 - void removeEdgeMaps()
15.72 - {
15.73 - while(EdgeMaps.begin()!=EdgeMaps.end()) {
15.74 - //Ez igy OK?:
15.75 - delete EdgeMaps.begin()->map;
15.76 - EdgeMaps.pop_front();
15.77 - }
15.78 - }
15.79 -
15.80 - //Esetleg stream a file-nev helyett...
15.81 - Reader(char *file,Graph &G)
15.82 - {
15.83 - removeEdgeMaps();
15.84 - }
15.85 -
15.86 - ///Ez inditja a beolvasast.
15.87 - void read()
15.88 - {
15.89 - //Ez olvassa be/vegig a file-t.
15.90 - }
15.91 -
15.92 - ~Reader()
15.93 - {
15.94 - //Ez kell!!!
15.95 - removeEdgeMaps();
15.96 - }
15.97 -
15.98 -};
15.99 -
15.100 -class SumMap : public MapBase<ListGraph::Edge,double>
15.101 -{
15.102 - double sum;
15.103 -public:
15.104 - SumMap() : sum(0) {}
15.105 - void set(ListGraph::Edge e,double d)
15.106 - {
15.107 - sum+=d;
15.108 - }
15.109 - double getSum() { return sum; }
15.110 -};
15.111 -
15.112 -int main()
15.113 -{
15.114 - ListGraph g; //Kis g!!!
15.115 - ListGraph::EdgeMap<double> cost(g);
15.116 - ListGraph::EdgeMap<int> channels(g);
15.117 -
15.118 - SumMap sum_cost; //Ez egy sajat "custom" irhato map
15.119 -
15.120 - Reader<ListGraph> r("file_name.lgf",g);
15.121 - r.addEdgeMap("cost",cost);
15.122 - r.addEdgeMap("channels",channels);
15.123 - r.addEdgeMap("cost",sum_cost);
15.124 - r.read();
15.125 -}
16.1 --- a/src/work/alpar/graph.h Sun Apr 17 18:57:22 2005 +0000
16.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
16.3 @@ -1,493 +0,0 @@
16.4 -// -*-mode: c++; -*-
16.5 -#ifndef __GRAPH_H_
16.6 -#define __GRAPH_H_
16.7 -
16.8 -//inline void *operator new(size_t s, void *p) { return p; }
16.9 -#include <new>
16.10 -#include <vector>
16.11 -
16.12 -namespace NEGRO
16.13 -{
16.14 - using namespace std;
16.15 -
16.16 -#include "oldgraph.h"
16.17 -
16.18 - template <class N, class E> class Graph : protected OldGraph<N,E>
16.19 - {
16.20 - public:
16.21 - typedef E EdgeType;
16.22 - typedef N NodeType;
16.23 -
16.24 - class EdgeIt
16.25 - {
16.26 - public:
16.27 - NEGRO::EdgePoint e;
16.28 - bool valid() { return e; }
16.29 - };
16.30 -
16.31 - class InEdgeIt : public EdgeIt {};
16.32 - class OutEdgeIt : public EdgeIt {};
16.33 - class BiEdgeIt : public EdgeIt {};
16.34 - class SymEdgeIt : public EdgeIt {};
16.35 -
16.36 - typedef int NodeIt;
16.37 -
16.38 - typedef NodeIt EachNodeIt;
16.39 -
16.40 - class NodeIterator;
16.41 -
16.42 - class EdgeIterator;
16.43 - class InEdgeIterator;
16.44 - class OutEdgeIterator;
16.45 - class BiEdgeIterator;
16.46 - class SymEdgeIterator;
16.47 - class AllEdgeIterator;
16.48 -
16.49 - class FirstAnythingTypeNode; //Required by the unified First() function.
16.50 -
16.51 - friend class NodeIterator;
16.52 - friend class EdgeIterator;
16.53 - friend class InEdgeIterator;
16.54 - friend class OutEdgeIterator;
16.55 - friend class BiEdgeIterator;
16.56 - friend class SymEdgeIterator;
16.57 - friend class EachEdgeIterator;
16.58 -
16.59 - class NodeIterator
16.60 - {
16.61 - Graph<N,E> *G; //operator*() miatt kell!!!
16.62 - int n; //nem kellene, ha itt mutato lenne!!
16.63 - public:
16.64 -
16.65 - NodeIterator() {;}
16.66 - NodeIterator(Graph<N,E> &Gr)//'const Graph<N,E> &G' would be wrong.
16.67 - {G=&Gr;n=Gr.OldGraph<N,E>::FirstNode();}
16.68 - NodeIterator(const NodeIterator &i) {G=i.G;n=i.n;}
16.69 -
16.70 - NodeIterator &goNext() { n=G->NextNode(n); return *this;}
16.71 - NodeIterator next() const { return NodeIterator(*this).goNext();}
16.72 - NodeIterator &operator++() { return goNext();}
16.73 - NodeIterator operator++(int)
16.74 - {NodeIterator tmp(*this); goNext(); return tmp;}
16.75 - bool valid() { return n!=INVALID; }
16.76 -
16.77 - N &operator*() const { return G->Data(n); }
16.78 - N *operator->() const { return &G->Data(n); }
16.79 -
16.80 - bool operator==(const NodeIterator &i) const {return n==i.n;}
16.81 - bool operator!=(const NodeIterator &i) const {return n!=i.n;}
16.82 -
16.83 - int index() const { return n; } //If the nodes are indexable
16.84 - friend class Graph;
16.85 - friend class EdgeIterator;
16.86 - friend class InEdgeIterator;
16.87 - friend class OutEdgeIterator;
16.88 - friend class BiEdgeIterator;
16.89 - friend class SymEdgeIterator;
16.90 - friend class EachEdgeIterator;
16.91 - friend class FirstAnythingTypeNode;
16.92 -
16.93 - //Nem kellene egy:
16.94 - // static NodeIterator &GetInvalid(); ?
16.95 - };
16.96 -
16.97 - class EdgeIterator
16.98 - {
16.99 -
16.100 - Graph<N,E> *G; //Itt baj van!!!!! operator*() miatt kell!
16.101 - //Ez csak kicsit baj, de:
16.102 - // Meg a From() es To() miatt!!!!!!!!!!
16.103 -
16.104 - NEGRO::EdgeIt e;
16.105 -
16.106 - public:
16.107 - EdgeIterator() {;} //Kell inicializalni? (Nem)
16.108 - EdgeIterator(const EdgeIterator &i) {G=i.G;e=i.e;}
16.109 -
16.110 - // Lehet, hogy ez a ketto nem kell!!!
16.111 -
16.112 - NodeIterator source() const {NodeIterator i;i.G=G;i.n=e->From();return i;}
16.113 - NodeIterator target() const {NodeIterator i;i.G=G;i.n=e->To();return i;}
16.114 - NodeIterator opposite(const NodeIterator &n) const
16.115 - {return n==source()?target():source();}
16.116 -
16.117 - bool valid() {return e;}
16.118 - E &operator*() const { return G->Data(e); }
16.119 - E *operator->() const { return &G->Data(e); }
16.120 -
16.121 - //operator const OutEdgeIterator ();
16.122 - //operator const InEdgeIterator ();
16.123 - //operator const BiEdgeIterator ();
16.124 - //operator const SymEdgeIterator(); //Ez kerdeses, mit csinal
16.125 -
16.126 - bool operator==(const EdgeIterator &i) const {return e==i.e;}
16.127 - bool operator!=(const EdgeIterator &i) const {return e!=i.e;}
16.128 -
16.129 - int Index() const {return e->index.block*EDGE_BLOCK_SIZE+e->index.index;}
16.130 - //If the edges are indexable
16.131 -
16.132 - friend class Graph;
16.133 - friend class InEdgeIterator;
16.134 - friend class OutEdgeIterator;
16.135 - friend class BiEdgeIterator;
16.136 - friend class SymEdgeIterator;
16.137 - friend class EachEdgeIterator;
16.138 - };
16.139 -
16.140 - class BiEdgeIterator : public EdgeIterator
16.141 - {
16.142 - public:
16.143 - BiEdgeIterator &goNextIn() { e=e->NextIn(); return *this;}
16.144 - BiEdgeIterator &goNextOut() { e=e->NextOut(); return *this;}
16.145 - BiEdgeIterator nextIn() const {return BiEdgeIterator(*this).goNextIn();}
16.146 - BiEdgeIterator nextOut() const {return BiEdgeIterator(*this).goNextOut();}
16.147 -
16.148 - operator InEdgeIterator ()
16.149 - {InEdgeIterator i; i.G=G;i.e=e;return i;}
16.150 - operator OutEdgeIterator ()
16.151 - {OutEdgeIterator i; i.G=G;i.e=e;return i;}
16.152 - //operator const SymEdgeIterator ()
16.153 -
16.154 - friend class Graph;
16.155 - };
16.156 -
16.157 - class InEdgeIterator : public EdgeIterator
16.158 - //Ne a BiEdgeIterator-bol szarmazzon?
16.159 - {
16.160 - public:
16.161 - InEdgeIterator() {}
16.162 - InEdgeIterator(Graph<N,E> &Gr,const NodeIterator &n)
16.163 - { G=&Gr; e=Gr.OldGraph<N,E>::FirstIn(n.n);}
16.164 -
16.165 - InEdgeIterator &GoNext() { e=e->NextIn(); return *this;}
16.166 - InEdgeIterator Next() const {return InEdgeIterator(*this).GoNext();}
16.167 - InEdgeIterator &operator++() { return GoNext();}
16.168 - InEdgeIterator operator++(int)
16.169 - {InEdgeIterator tmp(*this); GoNext(); return tmp;}
16.170 -
16.171 - operator const OutEdgeIterator ()
16.172 - {OutEdgeIterator i; i.G=G;i.e=e;return i;}
16.173 - operator const BiEdgeIterator ()
16.174 - {EdgeIterator i; i.G=G;i.e=e;return i;}
16.175 - // operator const SymEdgeIterator ();
16.176 -
16.177 - NodeIterator Anode() const {return To();}
16.178 - NodeIterator Bnode() const {return From();}
16.179 -
16.180 - friend class Graph;
16.181 - };
16.182 -
16.183 - class OutEdgeIterator : public EdgeIterator
16.184 - {
16.185 - public:
16.186 - OutEdgeIterator() {}
16.187 - OutEdgeIterator(Graph<N,E> &Gr,const NodeIterator &n)
16.188 - { G=&Gr; e=Gr.OldGraph<N,E>::FirstOut(n.n);}
16.189 -
16.190 - OutEdgeIterator &goNext() { e=e->NextOut(); return *this;}
16.191 - OutEdgeIterator next() const {return OutEdgeIterator(*this).goNext();}
16.192 - OutEdgeIterator &operator++() { return goNext();}
16.193 - OutEdgeIterator operator++(int)
16.194 - {OutEdgeIterator tmp(*this); goNext(); return tmp;}
16.195 -
16.196 - NodeIterator aNode() const {return source();}
16.197 - NodeIterator bNode() const {return target();}
16.198 -
16.199 - operator const InEdgeIterator ()
16.200 - {InEdgeIterator i; i.G=G;i.e=e;return i;}
16.201 - operator const BiEdgeIterator ()
16.202 - {BiEdgeIterator i; i.G=G;i.e=e;return i;}
16.203 - //operator const SymEdgeIterator();
16.204 -
16.205 - friend class Graph;
16.206 - };
16.207 -
16.208 - class SymEdgeIterator : public EdgeIterator
16.209 - {
16.210 - NodeIterator n; // Itt ketszer van a G
16.211 -
16.212 - public:
16.213 - SymEdgeIterator() {}
16.214 - SymEdgeIterator(Graph<N,E> &Gr,const NodeIterator &nn)
16.215 - { G=&Gr; n=nn; e=Gr.OldGraph<N,E>::FirstEdge(nn.n); }
16.216 -
16.217 - SymEdgeIterator &goNext() { e=G->NextEdge(n.n,e); return *this;}
16.218 - SymEdgeIterator next() const {return SymEdgeIterator(*this).goNext();}
16.219 - SymEdgeIterator &operator++() { return goNext();}
16.220 - SymEdgeIterator operator++(int)
16.221 - {SymEdgeIterator tmp(*this); goNext(); return tmp;}
16.222 -
16.223 - NodeIterator aNode() const {return n;}
16.224 - NodeIterator bNode() const {return n.n==source().n?target():source();}
16.225 -
16.226 - operator const InEdgeIterator ()
16.227 - {InEdgeIterator i; i.G=G;i.e=e;return i;}
16.228 - operator const OutEdgeIterator ()
16.229 - {OutEdgeIterator i; i.G=G;i.e=e;return i;}
16.230 - operator const BiEdgeIterator ()
16.231 - {BiEdgeIterator i; i.G=G;i.e=e;return i;}
16.232 -
16.233 - friend class Graph;
16.234 - };
16.235 -
16.236 - class EachEdgeIterator : public EdgeIterator
16.237 - {
16.238 - NodeIterator n; // Itt ketszer van a G
16.239 -
16.240 - public:
16.241 - EachEdgeIterator() {}
16.242 - EachEdgeIterator(Graph<N,E> &Gr) : n(Gr)
16.243 - {
16.244 - e=n.valid()?Gr.OldGraph<N,E>::FirstOut(n.n):NULL;
16.245 - }
16.246 -
16.247 - EachEdgeIterator &goNext()
16.248 - {
16.249 - e=e->NextOut();
16.250 - if(!e && (++n).valid()) e=G->OldGraph<N,E>::FirstOut(n.n);
16.251 - return *this;
16.252 - }
16.253 - EachEdgeIterator next() const {return EachEdgeIterator(*this).goNext();}
16.254 - EachEdgeIterator &operator++() { return goNext();}
16.255 - EachEdgeIterator operator++(int)
16.256 - {EachEdgeIterator tmp(*this); goNext(); return tmp;}
16.257 -
16.258 -
16.259 - NodeIterator aNode() const {return n;}
16.260 - NodeIterator bNode() const {return n.n==source().n?target():source();}
16.261 -
16.262 - operator const EdgeIterator ()
16.263 - {EdgeIterator i; i.G=G;i.e=e;return i;}
16.264 - operator const InEdgeIterator ()
16.265 - {InEdgeIterator i; i.G=G;i.e=e;return i;}
16.266 - operator const OutEdgeIterator ()
16.267 - {OutEdgeIterator i; i.G=G;i.e=e;return i;}
16.268 - operator const BiEdgeIterator ()
16.269 - {BiEdgeIterator i; i.G=G;i.e=e;return i;}
16.270 -
16.271 - friend class Graph;
16.272 - };
16.273 -
16.274 - typedef NodeIterator DeletingNodeIterator;
16.275 - typedef EdgeIterator DeletingEdgeIterator;
16.276 - typedef BiEdgeIterator DeletingBiEdgeIterator;
16.277 - typedef OutEdgeIterator DeletingOutEdgeIterator;
16.278 - typedef InEdgeIterator DeletingInEdgeIterator;
16.279 - typedef SymEdgeIterator DeletingSymEdgeIterator;
16.280 -
16.281 - const NodeIterator firstNode()
16.282 - {
16.283 - NodeIterator i;
16.284 - i.G=this;i.n=OldGraph<N,E>::FirstNode();
16.285 - return i;
16.286 - }
16.287 -
16.288 - void getFirst(NodeIt &p) { p=OldGraph<N,E>::FirstNode(); }
16.289 -
16.290 - void getFirst(InEdgeIt &p,const NodeIt &n)
16.291 - { p=OldGraph<N,E>::FirstIn(n); }
16.292 - void getFirst(OutEdgeIt &p,const NodeIt &n)
16.293 - { p=OldGraph<N,E>::FirstOut(n); }
16.294 - void getFirst(SymEdgeIt &p,const NodeIt &n)
16.295 - { p=OldGraph<N,E>::FirstEdge(n); }
16.296 - void getFirst(EdgeIt &p) //Vegigmegy mindenen
16.297 - { p.e=nodeNum()?OldGraph<N,E>::FirstOut(OldGraph<N,E>::FirstNode()):NULL;}
16.298 -
16.299 - void getFirst(NodeIterator &i) { i.G=this;i.n=OldGraph<N,E>::FirstNode();}
16.300 -
16.301 - void getFirst(InEdgeIterator &i,const NodeIterator &n)
16.302 - { i.G=this;i.e=OldGraph<N,E>::FirstIn(n.n); }
16.303 - void getFirst(OutEdgeIterator &i,const NodeIterator &n)
16.304 - { i.G=this;i.e=OldGraph<N,E>::FirstOut(n.n); }
16.305 - void getFirst(SymEdgeIterator &i,const NodeIterator &n)
16.306 - { i.G=this;i.e=OldGraph<N,E>::FirstEdge(n.n); }
16.307 - void getFirst(EachEdgeIterator &i) //Vegigmegy mindenen
16.308 - {
16.309 - i.G=this;
16.310 - getFirst(i.n);
16.311 - i.e=OldGraph<N,E>::NodeNum()?OldGraph<N,E>::FirstOut(i.n.n):NULL;
16.312 - }
16.313 -
16.314 -
16.315 -
16.316 - //Vagy beginnode()?
16.317 - const DeletingEdgeIterator firstOut(const NodeIterator &n)
16.318 - {
16.319 - EdgeIterator i;
16.320 - i.G=n.G;i.edge=n.G->OldGraph<N,E>::FirstOut(n.n);
16.321 - return i;
16.322 - }
16.323 - const DeletingEdgeIterator firstIn(const NodeIterator &n)
16.324 - {
16.325 - EdgeIterator i;
16.326 - i.G=n.G;i.edge=n.G->OldGraph<N,E>::FirstIn(n.n);
16.327 - return i;
16.328 - }
16.329 - const DeletingSymEdgeIterator firstSym(const NodeIterator &n)
16.330 - {
16.331 - EdgeIterator i;
16.332 - i.G=n.G;i.n=n.n;
16.333 - i.edge=n.G->OldGraph<N,E>::FirstEdge(n.n);
16.334 - return i;
16.335 - }
16.336 -
16.337 - // class FirstAnythingType;
16.338 - // friend class FirstAnythingType;
16.339 -
16.340 - class FirstAnythingTypeNode
16.341 - {
16.342 - NodeIterator n;
16.343 - public:
16.344 - FirstAnythingTypeNode(NodeIterator i) : n(i) {}
16.345 -
16.346 - operator const InEdgeIterator () const
16.347 - {InEdgeIterator i; n.G->GetFirst(i,n);return i;}
16.348 - operator const OutEdgeIterator () const
16.349 - {OutEdgeIterator i; n.G->GetFirst(i,n);return i;}
16.350 - operator const SymEdgeIterator () const
16.351 - {SymEdgeIterator i; n.G->GetFirst(i,n);return i;}
16.352 -
16.353 - operator const InEdgeIt () const
16.354 - {InEdgeIt i; n.G->GetFirst(i,n);return i;}
16.355 - operator const OutEdgeIt () const
16.356 - {OutEdgeIt i; n.G->GetFirst(i,n);return i;}
16.357 - operator const SymEdgeIt () const
16.358 - {SymEdgeIt i; n.G->GetFirst(i,n);return i;}
16.359 - };
16.360 -
16.361 - class FirstAnythingType
16.362 - {
16.363 - Graph<N,E> *G;
16.364 - public:
16.365 - FirstAnythingType(Graph<N,E> *gg) : G(gg) {}
16.366 -
16.367 - operator const EachEdgeIterator () const
16.368 - {EachEdgeIterator i; G->GetFirst(i);return i;}
16.369 - operator const EdgeIt () const
16.370 - {EdgeIt i; G->GetFirst(i);return i;}
16.371 - operator const NodeIterator () const
16.372 - {NodeIterator i; G->GetFirst(i);return i;}
16.373 - operator const NodeIt () const
16.374 - {NodeIt i; G->GetFirst(i);return i;}
16.375 - } _FST;
16.376 -
16.377 - // const NodeIterator First() {NodeIterator i;GetFirst(i); return i;}
16.378 - FirstAnythingTypeNode first(NodeIterator &i)
16.379 - {FirstAnythingTypeNode t(i); return t;}
16.380 - const FirstAnythingType &first() {return _FST;}
16.381 -
16.382 - // LastNode() vagy endnode() stb. Nem kell?
16.383 -
16.384 - DeletingNodeIterator addNode()
16.385 - {
16.386 - DeletingNodeIterator i;
16.387 - i.G=this; i.n=OldGraph<N,E>::AddNode();
16.388 - return i;
16.389 - }
16.390 - DeletingEdgeIterator
16.391 - addEdge(const NodeIterator from,const NodeIterator to)
16.392 - {
16.393 - DeletingEdgeIterator i;
16.394 - i.G=this;i.e=OldGraph<N,E>::AddEdge(from.n,to.n);return i;
16.395 - }
16.396 -
16.397 - void Delete(DeletingNodeIterator n) {n.G->OldGraph<N,E>::Delete(n.n);}
16.398 - void Delete(DeletingEdgeIterator e) {e.G->OldGraph<N,E>::Delete(e.e);}
16.399 -
16.400 - int nodeNum() { OldGraph<N,E>::NodeNum(); }
16.401 - void clean() { OldGraph<N,E>::Clean(); }
16.402 -
16.403 - Graph() : _FST(this) {}
16.404 -
16.405 - // MAPS:
16.406 - template<class T> class NodeMap
16.407 - {
16.408 - Graph<N,E> *G;
16.409 - vector<T> map;
16.410 -
16.411 - public:
16.412 - typedef T value_type;
16.413 - void put(const NodeIterator i, const T &t) {map[i.Index()]=t;}
16.414 - T get(const NodeIterator i) const {return map[i.Index()];}
16.415 - T operator[](NodeIterator i) {return map[i.Index()];}
16.416 -
16.417 - void update() { map.resize(G->MaxNode());}
16.418 -
16.419 - NodeMap() {}
16.420 - void setG(Graph<N,E> &Gr) { G=&Gr; update();}
16.421 - };
16.422 -
16.423 - template<class T> class EdgeMap
16.424 - {
16.425 - Graph<N,E> *G;
16.426 - vector<T> map;
16.427 -
16.428 - public:
16.429 - typedef T value_type;
16.430 - void put(const EdgeIterator i, const T &t) {map[i.Index()]=t;}
16.431 - T get(const EdgeIterator i) const {return map[i.Index()];}
16.432 - T &operator[](EdgeIterator i) {return map[i.Index()];}
16.433 -
16.434 - void update()
16.435 - { map.resize(G->MaxEdge());}
16.436 -
16.437 - EdgeMap() {}
16.438 - void setG(Graph<N,E> &Gr)
16.439 - { G=&Gr ;update();}
16.440 -
16.441 - };
16.442 -
16.443 -
16.444 - int maxNode() { return OldGraph<N,E>::MaxNode();}
16.445 - int maxEdge() { return ::edge_block_num*EDGE_BLOCK_SIZE;}
16.446 -
16.447 - };
16.448 -
16.449 - template <class G> //G is a graph-type
16.450 - class Path
16.451 - {
16.452 - public:
16.453 - typedef G Graph;
16.454 - typedef typename G::NodeIterator NodeIterator;
16.455 - typedef typename G::EdgeIterator EdgeIterator;
16.456 - typedef typename G::SymEdgeIterator SymEdgeIterator;
16.457 -
16.458 - private:
16.459 - std::vector<EdgeIterator> path;
16.460 - std::vector<bool> reversed;
16.461 -
16.462 - public:
16.463 - void setLength(int n) { path.resize(n);reversed.resize(n);}
16.464 - int getLength() { return path.size(); }
16.465 - EdgeIterator &operator[](int n) {return path[n];}
16.466 - NodeIterator GetNode(int n) // What about path of length 1?
16.467 - {
16.468 - return n?
16.469 - reversed[n-1]?path[n-1].source():path[n-1].target():
16.470 - reversed[0]?path[0].target():path[0].source();
16.471 - }
16.472 - void setRevert(int n,bool r=true) {reversed[n]=r;}
16.473 - void setEdge(int n,SymEdgeIterator i)
16.474 - {
16.475 - path[n]=i;
16.476 - reversed[n] = i.target()==i.aNode();
16.477 - }
16.478 - void setEdge(int n,EdgeIterator i,bool r)
16.479 - {
16.480 - path[n]=i;
16.481 - reversed[n] = r;
16.482 - }
16.483 -
16.484 - NodeIterator source() { return getNode(0); }
16.485 - NodeIterator target() { return getNode(getLength()); }
16.486 - };
16.487 -
16.488 - /* Ez itt a fiam kommentje:
16.489 - <v n nnnnnnnnnnnnnncncccccccccccccccccvvvvvv
16.490 - vvnvnvnvnvnvvnnvnvnvnnvnbbbvfffffvvffffffffffffffffffffz
16.491 - << < < < < < < .cx..x.c.cc.c
16.492 - mcmn
16.493 - */
16.494 -};
16.495 -
16.496 -#endif
17.1 --- a/src/work/alpar/gwrapper.h Sun Apr 17 18:57:22 2005 +0000
17.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
17.3 @@ -1,412 +0,0 @@
17.4 -// -*-mode: c++; -*-
17.5 -#ifndef GRAPH_WRAPPER_H
17.6 -#define GRAPH_WRAPPER_H
17.7 -
17.8 -namespace lemon {
17.9 -
17.10 -template<typename G>
17.11 -class TrivGraphWrapper
17.12 -{
17.13 - G *graph;
17.14 -
17.15 -public:
17.16 - typedef G BaseGraph;
17.17 -
17.18 - typedef typename G::EdgeIt EdgeIt;
17.19 -
17.20 - typedef typename G::InEdgeIt InEdgeIt;
17.21 - typedef typename G::OutEdgeIt OutEdgeIt;
17.22 - typedef typename G::SymEdgeIt SymEdgeIt;
17.23 - typedef typename G::EachEdgeIt EachEdgeIt;
17.24 -
17.25 - typedef typename G::NodeIt NodeIt;
17.26 -
17.27 - template<typename I> I &getFirst(I &i); { return graph->getFirst(i); }
17.28 - template<typename I,typename P> I &getFirst(I &i,const P &p);
17.29 - { return graph->getFirst(i,p); }
17.30 - template<typename I> I next(const I i); { return graph->goNext(i); }
17.31 - template<typename I> I &goNext(I &i); { return graph->goNext(i); }
17.32 -
17.33 - NodeIt target(const EdgeIt &e);
17.34 - { return graph->target(e); }
17.35 - NodeIt source(const EdgeIt &e);
17.36 - { return graph->source(e); }
17.37 -
17.38 - template<typename I> NodeIt aNode(const I e);
17.39 - { return graph->aNode(e); }
17.40 - template<typename I> NodeIt bNode(const I e);
17.41 - { return graph->bNode(e); }
17.42 -
17.43 - template<typename I> bool valid(const I i);
17.44 - { return graph->valid(i); }
17.45 -
17.46 - template<typename I> void setInvalid(const I &i);
17.47 - { return graph->setInvalid(i); }
17.48 -
17.49 - NodeIt addNode(); { return graph->addNode(); }
17.50 - EdgeIt addEdge(const NodeIt from,const NodeIt to);
17.51 - { return graph->addEdge(ftom,to); }
17.52 -
17.53 - template<I> void delete(I i); { graph->delete(i); }
17.54 -
17.55 - void clean(); { graph->clean(); }
17.56 -
17.57 - template<class T> class NodeMap : public typename G::NodeMap<T>;
17.58 - template<class T> class EdgeMap : public typename G::EdgeMap<T>;
17.59 -
17.60 - void SetG(G &g) {graph = &g;}
17.61 -
17.62 - TrivGraphWrapper() {graph = NULL;}
17.63 - TrivGraphWrapper(G &g) {graph = &g;}
17.64 -};
17.65 -
17.66 -template<typename G>
17.67 -class RevGraphWrapper
17.68 -{
17.69 - G *graph;
17.70 -
17.71 -public:
17.72 - typedef G BaseGraph;
17.73 -
17.74 - typedef typename G::EdgeIt EdgeIt;
17.75 -
17.76 - typedef typename G::InEdgeIt OutEdgeIt;
17.77 - typedef typename G::OutEdgeIt InEdgeIt;
17.78 - typedef typename G::SymEdgeIt SymEdgeIt;
17.79 - typedef typename G::EachEdgeIt EachEdgeIt;
17.80 -
17.81 - typedef typename G::NodeIt NodeIt;
17.82 -
17.83 - template<typename I> I &getFirst(I &i); { return graph->getFirst(i); }
17.84 - template<typename I,typename P> I &getFirst(I &i,const P &p);
17.85 - { return graph->getFirst(i,p); }
17.86 - template<typename I> I next(const I i); { return graph->goNext(i); }
17.87 - template<typename I> I &goNext(I &i); { return graph->goNext(i); }
17.88 -
17.89 - NodeIt target(const EdgeIt &e);
17.90 - { return graph->source(e); }
17.91 - NodeIt source(const EdgeIt &e);
17.92 - { return graph->target(e); }
17.93 -
17.94 - template<typename I> NodeIt aNode(const I e);
17.95 - { return graph->aNode(e); }
17.96 - template<typename I> NodeIt bNode(const I e);
17.97 - { return graph->bNode(e); }
17.98 -
17.99 - template<typename I> bool valid(const I i);
17.100 - { return graph->valid(i); }
17.101 -
17.102 - template<typename I> void setInvalid(const I &i);
17.103 - { return graph->setInvalid(i); }
17.104 -
17.105 - NodeIt addNode(); { return graph->addNode(); }
17.106 - EdgeIt addEdge(const NodeIt from,const NodeIt to);
17.107 - { return graph->addEdge(to,from); }
17.108 -
17.109 - template<I> void delete(I i); { graph->delete(i); }
17.110 -
17.111 - void clean(); { graph->clean(); }
17.112 -
17.113 - template<class T> class NodeMap : public typename G::NodeMap<T>;
17.114 - template<class T> class EdgeMap : public typename G::EdgeMap<T>;
17.115 -
17.116 - void SetG(G &g) {graph = &g;}
17.117 -
17.118 - RevGraphWrapper() {graph = NULL;}
17.119 - RevGraphWrapper(G &g) {graph = &g;}
17.120 -};
17.121 -
17.122 -template<typename G>
17.123 -class RevGraphExt : public G
17.124 -{
17.125 -public:
17.126 - // typedef G BaseGraph;
17.127 -
17.128 - typedef typename G::EdgeIt EdgeIt;
17.129 -
17.130 - typedef typename G::InEdgeIt OutEdgeIt;
17.131 - typedef typename G::OutEdgeIt InEdgeIt;
17.132 - typedef typename G::SymEdgeIt SymEdgeIt;
17.133 - typedef typename G::EachEdgeIt EachEdgeIt;
17.134 -
17.135 - typedef typename G::NodeIt NodeIt;
17.136 -
17.137 -// template<typename I> I &getFirst(I &i); { return graph->getFirst(i); }
17.138 -// template<typename I,typename P> I &getFirst(I &i,const P &p);
17.139 -// { return graph->getFirst(i,p); }
17.140 -// template<typename I> I next(const I i); { return graph->goNext(i); }
17.141 -// template<typename I> I &goNext(I &i); { return graph->goNext(i); }
17.142 -
17.143 - NodeIt target(const EdgeIt &e);
17.144 - { return G::source(e); }
17.145 - NodeIt source(const EdgeIt &e);
17.146 - { return G::target(e); }
17.147 -
17.148 -// template<typename I> NodeIt aNode(const I e);
17.149 -// { return graph->aNode(e); }
17.150 -// template<typename I> NodeIt bNode(const I e);
17.151 -// { return graph->bNode(e); }
17.152 -
17.153 -// template<typename I> bool valid(const I i);
17.154 -// { return graph->valid(i); }
17.155 -
17.156 -// template<typename I> void setInvalid(const I &i);
17.157 -// { return graph->setInvalid(i); }
17.158 -
17.159 -// NodeIt addNode(); { return graph->addNode(); }
17.160 -
17.161 - EdgeIt addEdge(const NodeIt from,const NodeIt to);
17.162 - { return G::addEdge(to,from); }
17.163 -
17.164 -// template<I> void delete(I i); { graph->delete(i); }
17.165 -
17.166 -// void clean(); { graph->clean(); }
17.167 -
17.168 -// template<class T> class NodeMap : public typename G::NodeMap<T>;
17.169 -// template<class T> class EdgeMap : public typename G::EdgeMap<T>;
17.170 -
17.171 -// void SetG(G &g) {graph = &g;}
17.172 -
17.173 -// RevGraphWrapper() {graph = NULL;}
17.174 -// RevGraphWrapper(G &g) {graph = &g;}
17.175 -};
17.176 -
17.177 -template<typename G>
17.178 -class SymGraphWrapper
17.179 -{
17.180 - G *graph;
17.181 -
17.182 -public:
17.183 - typedef G BaseGraph;
17.184 -
17.185 - typedef typename G::EdgeIt EdgeIt;
17.186 -
17.187 - typedef typename G::SymEdgeIt InEdgeIt;
17.188 - typedef typename G::SymEdgeIt OutEdgeIt;
17.189 - typedef typename G::SymEdgeIt SymEdgeIt;
17.190 - typedef typename G::EachEdgeIt EachEdgeIt;
17.191 -
17.192 - typedef typename G::NodeIt NodeIt;
17.193 -
17.194 - template<typename I> I &getFirst(I &i); { return graph->getFirst(i); }
17.195 - template<typename I,typename P> I &getFirst(I &i,const P &p);
17.196 - { return graph->getFirst(i,p); }
17.197 - template<typename I> I next(const I i); { return graph->goNext(i); }
17.198 - template<typename I> I &goNext(I &i); { return graph->goNext(i); }
17.199 -
17.200 - NodeIt target(const EdgeIt &e);
17.201 - { return graph->target(e); }
17.202 - NodeIt source(const EdgeIt &e);
17.203 - { return graph->source(e); }
17.204 -
17.205 - template<typename I> NodeIt aNode(const I e);
17.206 - { return graph->aNode(e); }
17.207 - template<typename I> NodeIt bNode(const I e);
17.208 - { return graph->bNode(e); }
17.209 -
17.210 - template<typename I> bool valid(const I i);
17.211 - { return graph->valid(i); }
17.212 -
17.213 - template<typename I> void setInvalid(const I &i);
17.214 - { return graph->setInvalid(i); }
17.215 -
17.216 - NodeIt addNode(); { return graph->addNode(); }
17.217 - EdgeIt addEdge(const NodeIt from,const NodeIt to);
17.218 - { return graph->addEdge(to,from); }
17.219 -
17.220 - template<I> void delete(I i); { graph->delete(i); }
17.221 -
17.222 - void clean(); { graph->clean(); }
17.223 -
17.224 - template<class T> class NodeMap : public typename G::NodeMap<T>;
17.225 - template<class T> class EdgeMap : public typename G::EdgeMap<T>;
17.226 -
17.227 - void SetG(G &g) {graph = &g;}
17.228 -
17.229 - RevGraphWrapper() {graph = NULL;}
17.230 - RevGraphWrapper(G &g) {graph = &g;}
17.231 -};
17.232 -
17.233 -
17.234 -
17.235 -
17.236 -
17.237 -
17.238 -
17.239 -
17.240 -
17.241 -
17.242 -
17.243 -
17.244 -
17.245 -
17.246 -
17.247 -
17.248 -
17.249 -
17.250 -
17.251 -// FIXME: comparison should be made better!!!
17.252 -template<typename G, typename lomap, typename fmap, typename himap>
17.253 -class ResGraphWrapper
17.254 -{
17.255 - G *graph;
17.256 -
17.257 -public:
17.258 - typedef G BaseGraph;
17.259 -
17.260 - typedef typename G::EdgeIt EdgeIt;
17.261 -
17.262 - class InEdgeIt
17.263 - {
17.264 - public:
17.265 - G::NodeIt n;
17.266 - G::InEdgeIt i;
17.267 - G::OutEdgeIt o;
17.268 - }
17.269 - class OutEdgeIt
17.270 - {
17.271 - public:
17.272 - G::NodeIt n;
17.273 - G::InEdgeIt i;
17.274 - G::OutEdgeIt o;
17.275 - }
17.276 - typedef typename G::SymEdgeIt SymEdgeIt;
17.277 - typedef typename G::EachEdgeIt EachEdgeIt;
17.278 -
17.279 - typedef typename G::NodeIt NodeIt;
17.280 -
17.281 - NodeIt &getFirst(NodeIt &n); { return graph->getFirst(n); }
17.282 -
17.283 - // EachEdge and SymEdge is missing!!!!
17.284 - // EdgeIt <-> In/OutEdgeIt conversion is missing!!!!
17.285 -
17.286 - InEdgeIt &getFirst(InEdgeIt &e,const NodeIt &n)
17.287 - {
17.288 - e.n=n;
17.289 - graph->getFirst(e.i,n);
17.290 - while(graph->valid(e.i) && fmap.get(e.i)>=himap.get(e.i))
17.291 - graph->goNext(e.i);
17.292 - if(!graph->valid(e.i)) {
17.293 - graph->getFirst(e.o,n);
17.294 - while(graph->valid(e.o) && fmap.get(e.o)<=lomap.get(e.o))
17.295 - graph->goNext(e.o);
17.296 - }
17.297 - return e;
17.298 - }
17.299 - InEdgeIt &goNext(InEdgeIt &e)
17.300 - {
17.301 - if(graph->valid(e.i)) {
17.302 - while(graph->valid(e.i) && fmap.get(e.i)>=himap.get(e.i))
17.303 - graph->goNext(e.i);
17.304 - if(graph->valid(e.i)) return e;
17.305 - else graph->getFirst(e.o,e.n);
17.306 - }
17.307 - else {
17.308 - while(graph->valid(e.o) && fmap.get(e.o)<=lomap.get(e.o))
17.309 - graph->goNext(e.o);
17.310 - return e;
17.311 - }
17.312 - }
17.313 - InEdgeIt Next(const InEdgeIt &e) {InEdgeIt t(e); return goNext(t);}
17.314 - bool valid(const InEdgeIt e) { return graph->valid(e.i)||graph->valid(e.o);}
17.315 -
17.316 - OutEdgeIt &getFirst(OutEdgeIt &e,const NodeIt &n)
17.317 - {
17.318 - e.n=n;
17.319 - graph->getFirst(e.o,n);
17.320 - while(graph->valid(e.o) && fmap.get(e.o)>=himap.get(e.o))
17.321 - graph->goNext(e.o);
17.322 - if(!graph->valid(e.o)) {
17.323 - graph->getFirst(e.i,n);
17.324 - while(graph->valid(e.i) && fmap.get(e.i)<=lomap.get(e.i))
17.325 - graph->goNext(e.i);
17.326 - }
17.327 - return e;
17.328 - }
17.329 - OutEdgeIt &goNext(OutEdgeIt &e)
17.330 - {
17.331 - if(graph->valid(e.o)) {
17.332 - while(graph->valid(e.o) && fmap.get(e.o)>=himap.get(e.o))
17.333 - graph->goNext(e.o);
17.334 - if(graph->valid(e.o)) return e;
17.335 - else graph->getFirst(e.i,e.n);
17.336 - }
17.337 - else {
17.338 - while(graph->valid(e.i) && fmap.get(e.i)<=lomap.get(e.i))
17.339 - graph->goNext(e.i);
17.340 - return e;
17.341 - }
17.342 - }
17.343 - OutEdgeIt Next(const OutEdgeIt &e) {OutEdgeIt t(e); return goNext(t);}
17.344 - bool valid(const OutEdgeIt e) { return graph->valid(e.o)||graph->valid(e.i);}
17.345 -
17.346 - template<typename I> I &goNext(I &i); { return graph->goNext(i); }
17.347 - template<typename I> I next(const I i); { return graph->goNext(i); }
17.348 -
17.349 - NodeIt target(const EdgeIt &e);
17.350 - { return graph->target(e); }
17.351 - NodeIt source(const EdgeIt &e);
17.352 - { return graph->source(e); }
17.353 -
17.354 - template<typename I> NodeIt aNode(const I e);
17.355 - { return graph->aNode(e); }
17.356 - template<typename I> NodeIt bNode(const I e);
17.357 - { return graph->bNode(e); }
17.358 -
17.359 - template<typename I> bool valid(const I i);
17.360 - { return graph->valid(i); }
17.361 -
17.362 - template<typename I> void setInvalid(const I &i);
17.363 - { return graph->setInvalid(i); }
17.364 -
17.365 - NodeIt addNode(); { return graph->addNode(); }
17.366 - EdgeIt addEdge(const NodeIt from,const NodeIt to);
17.367 - { return graph->addEdge(to,from); }
17.368 -
17.369 - template<I> void delete(I i); { graph->delete(i); }
17.370 -
17.371 - void clean(); { graph->clean(); }
17.372 -
17.373 - template<class T> class NodeMap : public typename G::NodeMap<T>;
17.374 - template<class T> class EdgeMap : public typename G::EdgeMap<T>;
17.375 -
17.376 - void SetG(G &g) {graph = &g;}
17.377 -
17.378 - RevGraphWrapper() {graph = NULL;}
17.379 - RevGraphWrapper(G &g) {graph = &g;}
17.380 -};
17.381 -
17.382 -
17.383 -
17.384 -// NodeIt &getFirst(NodeIt &n) { return graph->getFirst(n); }
17.385 -// InEdgeIt &getFirst(InEdgeIt &e,const NodeIt &n);
17.386 -// { return graph->getFirst(e,n); }
17.387 -// OutEdgeIt &getFirst(OutEdgeIt &e,const NodeIt &n);
17.388 -// { return graph->getFirst(e,n); }
17.389 -// SymEdgeIt &getFirst(SymEdgeIt &e,const NodeIt &n);
17.390 -// { return graph->getFirst(e,n); }
17.391 -// EachEdgeIt &getFirst(EachEdgeIt &e);
17.392 -// { return graph->getFirst(e); }
17.393 -
17.394 -// NodeIt next(const NodeIt &n);
17.395 -// { return graph->next(n); }
17.396 -// InEdgeIt next(const InEdgeIt &e);
17.397 -// { return graph->next(e); }
17.398 -// OutEdgeIt next(const OutEdgeIt &e);
17.399 -// { return graph->next(e); }
17.400 -// SymEdgeIt next(const SymEdgeIt &e);
17.401 -// { return graph->next(e); }
17.402 -// EachEdgeIt next(const EachEdgeIt &e);
17.403 -// { return graph->next(e); }
17.404 -
17.405 -// NodeIt &goNext(NodeIt &n);
17.406 -// { return graph->goNext(n); }
17.407 -// InEdgeIt &goNext(InEdgeIt &e);
17.408 -// { return graph->goNext(e); }
17.409 -// OutEdgeIt &goNext(OutEdgeIt &e);
17.410 -// { return graph->goNext(e); }
17.411 -// SymEdgeIt &goNext(SymEdgeIt &e);
17.412 -// { return graph->goNext(e); }
17.413 -// EachEdgeIt &goNext(EachEdgeIt &e);
17.414 -// { return graph->goNext(e); }
17.415 -
18.1 --- a/src/work/alpar/list_graph_demo.cc Sun Apr 17 18:57:22 2005 +0000
18.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
18.3 @@ -1,154 +0,0 @@
18.4 -#include<list_graph.h>
18.5 -#include<concept/graph.h>
18.6 -
18.7 -#include <iostream>
18.8 -#include <vector>
18.9 -
18.10 -using namespace lemon;
18.11 -
18.12 -typedef ListGraph Graph;
18.13 -//typedef Graph Graph;
18.14 -
18.15 -
18.16 -Graph::OutEdgeIt safeFirstOut(const Graph &G, Graph::Node n)
18.17 -{
18.18 - return G.valid(n) ? Graph::OutEdgeIt(G,n):INVALID;
18.19 -}
18.20 -
18.21 -int main()
18.22 -{
18.23 -
18.24 - typedef Graph::Edge Edge;
18.25 - typedef Graph::InEdgeIt InEdgeIt;
18.26 - typedef Graph::OutEdgeIt OutEdgeIt;
18.27 - typedef Graph::EdgeIt EdgeIt;
18.28 - typedef Graph::Node Node;
18.29 - typedef Graph::NodeIt NodeIt;
18.30 -
18.31 - Graph G;
18.32 -
18.33 - {
18.34 - NodeIt n;
18.35 -
18.36 - for(int i=0;i<10;i++) G.addNode();
18.37 - for(G.first(n);G.valid(n);G.next(n))
18.38 - for(NodeIt m(G);m!=INVALID;G.next(m))
18.39 - if(n!=m) G.addEdge(n,m);
18.40 -
18.41 - OutEdgeIt e = safeFirstOut(G,n);
18.42 - OutEdgeIt f = safeFirstOut(G,NodeIt(G));
18.43 -
18.44 -
18.45 - InEdgeIt i(INVALID), j;
18.46 - InEdgeIt ii(i);
18.47 - ii=G.first(i,n);
18.48 - ii=G.next(i);
18.49 -
18.50 - OutEdgeIt o(INVALID), oo;
18.51 - OutEdgeIt ooo(oo);
18.52 - oo=G.first(o,n);
18.53 - oo=G.next(o);
18.54 -
18.55 - EdgeIt ei(INVALID), eie;
18.56 - EdgeIt eiee(ei);
18.57 - eie=G.first(ei);
18.58 - eie=G.next(ei);
18.59 -
18.60 - Edge eee(i);
18.61 - eee=o;
18.62 - eee=eie;
18.63 -
18.64 -
18.65 - bool tm;
18.66 - tm = G.valid(n) && G.valid(i) && G.valid(o) && G.valid(ei);
18.67 -
18.68 - std::vector<InEdgeIt> v(10);
18.69 - std::vector<InEdgeIt> w(10,INVALID);
18.70 -
18.71 - }
18.72 -
18.73 - // Test of maps
18.74 -
18.75 - G.clear();
18.76 -
18.77 - for(int i=0;i<10;i++) G.addNode();
18.78 - for(NodeIt i(G);G.valid(i);G.next(i))
18.79 - for(NodeIt j(G);G.valid(j);G.next(j))
18.80 - if(i<j) G.addEdge(i,j); //The iterators are comparable
18.81 -
18.82 - Graph::NodeMap<int> n(G);
18.83 - int count=0;
18.84 - for(NodeIt i(G);G.valid(i);G.next(i)) n[i]=count++;
18.85 -
18.86 - Graph::NodeMap<int> nn=n;
18.87 - Graph::NodeMap<double> dd=n;
18.88 -
18.89 - n = nn;
18.90 -
18.91 - dd = nn;
18.92 -
18.93 - Graph::EdgeMap<int> emap(G);
18.94 -
18.95 - // Test of SymListGraph
18.96 -
18.97 - {
18.98 - typedef SymListGraph Graph;
18.99 - typedef Graph::Edge Edge;
18.100 - typedef Graph::InEdgeIt InEdgeIt;
18.101 - typedef Graph::OutEdgeIt OutEdgeIt;
18.102 - typedef Graph::EdgeIt EdgeIt;
18.103 - typedef Graph::Node Node;
18.104 - typedef Graph::NodeIt NodeIt;
18.105 -
18.106 - Graph G;
18.107 -
18.108 - for(int i=0;i<10;i++) G.addNode();
18.109 - for(NodeIt i(G);G.valid(i);G.next(i))
18.110 - for(NodeIt j(G);G.valid(j);G.next(j))
18.111 - if(i<j) G.addEdge(i,j); //The iterators are comparable
18.112 -
18.113 - Graph::EdgeMap<int> em(G);
18.114 - Graph::SymEdgeMap<int> sm(G);
18.115 - for(EdgeIt e(G);G.valid(e);G.next(e)) em[e]=G.id(e);
18.116 - for(EdgeIt e(G);G.valid(e);G.next(e))
18.117 - if(G.source(e)<G.target(e)) sm[e]=G.id(e);
18.118 -
18.119 - for(EdgeIt e(G);G.valid(e);G.next(e))
18.120 - std::cout << G.id(G.source(e)) << "->" << G.id(G.target(e))
18.121 - << ": id=" << G.id(e) << " oppid=" << G.id(G.opposite(e))
18.122 - << " em=" << em[e]
18.123 - << " sm=" << sm[e] << "\n";
18.124 -
18.125 - //Delete all nodes
18.126 - NodeIt n;
18.127 - while(G.valid(G.first(n))) G.erase(n);
18.128 - }
18.129 -
18.130 - // Tests for NodeSet and EdgeSet
18.131 -
18.132 - {
18.133 - NodeSet N;
18.134 -
18.135 - typedef EdgeSet<NodeSet> ES;
18.136 -
18.137 - ES E(N);
18.138 - ES F(N);
18.139 - for(int i=0;i<10;i++) G.addNode();
18.140 -
18.141 - for(ES::NodeIt n(E);E.valid(n);E.next(n))
18.142 - for(ES::NodeIt m(E);E.valid(m);E.next(m))
18.143 - if(n!=m) F.addEdge(n,m);
18.144 - for(ES::NodeIt n(F);F.valid(n);F.next(n))
18.145 - for(ES::NodeIt m(F);F.valid(m);F.next(m))
18.146 - if(n<m) F.addEdge(n,m);
18.147 -
18.148 -
18.149 - NodeSet::NodeMap<int> nm1(N);
18.150 - ES::NodeMap<int> nm2(E);
18.151 - ES::EdgeMap<int> eme(E);
18.152 - ES::EdgeMap<int> emf(F);
18.153 -
18.154 -
18.155 - }
18.156 -
18.157 -}
19.1 --- a/src/work/alpar/matrix.cc Sun Apr 17 18:57:22 2005 +0000
19.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
19.3 @@ -1,75 +0,0 @@
19.4 -#include <lemon/time_measure.h>
19.5 -#include <vector>
19.6 -
19.7 -template<class T>
19.8 -class Matrix
19.9 -{
19.10 -public:
19.11 - int m,n;
19.12 - std::vector<T> values;
19.13 -
19.14 - Matrix(int _m, int _n) : m(_m), n(_n), values(n*m) {}
19.15 - typename std::vector<T>::reference operator()(int i, int j)
19.16 - { return values[i*n+j];}
19.17 -
19.18 - class Row
19.19 - {
19.20 - public:
19.21 - Matrix<T> &mat;
19.22 - int row;
19.23 -
19.24 - Row(Matrix<T> &_mat,int _row) : mat(_mat), row(_row) {}
19.25 - typename std::vector<T>::reference operator()(int j)
19.26 - { return mat.values[row*mat.n+j];}
19.27 - };
19.28 - class Column
19.29 - {
19.30 - public:
19.31 - Matrix<T> &mat;
19.32 - int col;
19.33 -
19.34 - Column(Matrix<T> &_mat,int _col) : mat(_mat), col(_col) {}
19.35 - typename std::vector<T>::reference operator[](int i)
19.36 - { return mat.values[i*mat.n+col];}
19.37 - };
19.38 -
19.39 - Row operator[](int i) { return Row(*this,i); }
19.40 - Column operator()(int j) { return Column(*this,j); }
19.41 -};
19.42 -
19.43 -main()
19.44 -{
19.45 - const int COUNT=1000000;
19.46 - const int SIZE=100;
19.47 -
19.48 - Matrix<int> A(SIZE,SIZE);
19.49 -
19.50 - for(int i=0;i<SIZE;i++) for(int j=0;j<SIZE;j++) A(i,j)=i+j;
19.51 -
19.52 - int s=0;
19.53 - lemon::Timer T;
19.54 - for(int c=0;c<COUNT;c++) {
19.55 - for(int i=0;i<SIZE;i++) for(int j=0;j<SIZE;j++) s+=A[i](j);
19.56 - }
19.57 - std::cout << "A[i](j): " << T << ' ' << s <<'\n';
19.58 - s=0;
19.59 - T.reset();
19.60 - for(int c=0;c<COUNT;c++) {
19.61 - for(int i=0;i<SIZE;i++) for(int j=0;j<SIZE;j++) s+=A(i,j);
19.62 - }
19.63 - std::cout << "A(i,j): " << T << ' ' << s << '\n';
19.64 - s=0;
19.65 - T.reset();
19.66 - for(int c=0;c<COUNT;c++) {
19.67 - for(int i=0;i<SIZE;i++) for(int j=0;j<SIZE;j++) s+=A(j)[i];
19.68 - }
19.69 - std::cout << "A(j)[i]: " << T << ' ' << s << '\n';
19.70 - s=0;
19.71 - T.reset();
19.72 - for(int c=0;c<COUNT;c++) {
19.73 - for(int i=0;i<SIZE;i++) for(int j=0;j<SIZE;j++) s+=A(i,j);
19.74 - }
19.75 - std::cout << "A(j,i): " << T << ' ' << s << "\n\n";
19.76 -
19.77 - return 0;
19.78 -}
20.1 --- a/src/work/alpar/named-param-test.cc Sun Apr 17 18:57:22 2005 +0000
20.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
20.3 @@ -1,145 +0,0 @@
20.4 -// -*- mode:C++ -*-
20.5 -
20.6 -//////////////////////////////////////////////////////////////////////
20.7 -// Named "function" parameters
20.8 -//////////////////////////////////////////////////////////////////////
20.9 -
20.10 -class named_fn
20.11 -{
20.12 - int _id;
20.13 - double _val;
20.14 - int _dim;
20.15 -
20.16 - public:
20.17 - named_fn() : _id(0), _val(1), _dim(2) {}
20.18 - named_fn& id(int p) { _id = p ; return *this; }
20.19 - named_fn& val(double p) { _val = p ; return *this; }
20.20 - named_fn& dim(int p) { _dim = p ; return *this; }
20.21 -
20.22 - ~named_fn() {
20.23 - //Itt van maga az algoritmus
20.24 - }
20.25 -};
20.26 -
20.27 -//Hasznalat:
20.28 -//named_fn().id(3);
20.29 -//named_fn().id(3).val(2);
20.30 -//named_fn().dim(4).id(3);
20.31 -
20.32 -
20.33 -//////////////////////////////////////////////////////////////////////
20.34 -// Named class template parameters (A)
20.35 -//////////////////////////////////////////////////////////////////////
20.36 -
20.37 -template<class A=int,class B=double>
20.38 -class Named_T
20.39 -{
20.40 -public:
20.41 -
20.42 - typedef A Atype;
20.43 - typedef B Btype;
20.44 -
20.45 - template <class T> class SetAType : public Named_T<T,Btype> { };
20.46 - template <class T> class SetBType : public Named_T<Atype,T> { };
20.47 -};
20.48 -
20.49 -// Named_T<>::SetAType<double>::SetBType<double>
20.50 -
20.51 -//////////////////////////////////////////////////////////////////////
20.52 -// Named class template parameters (A)
20.53 -//////////////////////////////////////////////////////////////////////
20.54 -
20.55 -struct _NTR
20.56 -{
20.57 - typedef int Atype;
20.58 - typedef double Btype;
20.59 -};
20.60 -
20.61 -template<class TR=_NTR>
20.62 -class Named_TR
20.63 -{
20.64 -public:
20.65 -
20.66 - typedef typename TR::Atype Atype;
20.67 - typedef typename TR::Btype Btype;
20.68 -
20.69 - Atype a;
20.70 - Btype b;
20.71 -
20.72 - template <class T>
20.73 - struct ATR : public TR {
20.74 - typedef T Atype;
20.75 - };
20.76 -
20.77 - template <class T>
20.78 - class SetAType : public Named_TR<ATR<T> > { };
20.79 -
20.80 - template <class T>
20.81 - struct BTR : public TR {
20.82 - typedef T Btype;
20.83 - };
20.84 - template <class T>
20.85 - class SetBType : public Named_TR<BTR<T> > { };
20.86 -
20.87 - Named_TR() {};
20.88 - Named_TR<TR> &setA(Atype _a) { a=_a; return *this;}
20.89 - Named_TR<TR> &setB(Btype _b) { b=_b; return *this;}
20.90 -
20.91 - void run() {
20.92 - // itt az algoritmus
20.93 - }
20.94 -
20.95 - //////////////////////////////////////////////////////////////////////
20.96 - template<class T>
20.97 - SetAType<T> SETA(T t) { SetAType<T> r; r.a=t; r.b=b; return r;}
20.98 - template<class T>
20.99 - SetBType<T> SETB(T t) { SetBType<T> r; r.a=a; r.b=t; return r;}
20.100 -};
20.101 -
20.102 -// Hasznalat:
20.103 -// 1.
20.104 -// Named_TR<>::SetAType<double> nt;
20.105 -// Named_TR<>::SetBType<double>::SetAType<double> nt2;
20.106 -// nt2.setA(5).setB(6).run();
20.107 -// 2.
20.108 -// double x;
20.109 -// Named_TR<>().SETA(5.2).SETB(x).run();
20.110 -// 3.
20.111 -// struct MyTr : public _NTR { typedef float Btype; };
20.112 -// int main()
20.113 -// {
20.114 -// Named_TR<MyTr> d2; d2=d2;
20.115 -// }
20.116 -
20.117 -
20.118 -// Sajnos ezt csak a fuggvenyen kivul lehet deklaralni:
20.119 -struct MyTr : public _NTR { typedef float Btype; };
20.120 -
20.121 -typedef Named_T<> Named_TN;
20.122 -
20.123 -int main()
20.124 -{
20.125 -
20.126 - Named_T<> a;a=a;
20.127 - Named_T<>::SetAType<double> b;b=b;
20.128 - Named_T<>::SetAType<double>::SetBType<int> c;c=c;
20.129 -
20.130 - Named_TR<> a2;a2=a2;
20.131 - Named_TR<>::SetAType<double> b2;b2=b2;
20.132 - Named_TR<>::SetAType<double>::SetBType<int> c2;c2=c2;
20.133 -
20.134 - //De igy is lehet:
20.135 - Named_TR<MyTr> d2; d2=d2;
20.136 -
20.137 - named_fn().id(3);
20.138 - named_fn().id(3).val(2);
20.139 - named_fn().dim(4).id(3);
20.140 -
20.141 - Named_TR<>::SetAType<double> nt;
20.142 - Named_TR<>::SetBType<double>::SetAType<double> nt2;
20.143 - nt2.setA(5).setB(6).run();
20.144 -
20.145 - double x;
20.146 - Named_TR<>().SETA(5.2).SETB(x).run();
20.147 -}
20.148 -
21.1 --- a/src/work/alpar/named-param-test2.cc Sun Apr 17 18:57:22 2005 +0000
21.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
21.3 @@ -1,54 +0,0 @@
21.4 -struct TR
21.5 -{
21.6 - int a;
21.7 - int b;
21.8 - int c;
21.9 -};
21.10 -
21.11 -template<class T> struct D
21.12 -{
21.13 - T t;
21.14 -
21.15 - D(const T &tt) :t(tt) {};
21.16 -
21.17 - template<class X> struct TA : public T {
21.18 - X a;
21.19 - TA(const T &t,const X& x) : T(t), a(x) {};
21.20 - };
21.21 - template<class X> D<TA<X> > setA(const X &x) {
21.22 - return D<TA<X> >(TA<X>(this->t,x));
21.23 - }
21.24 -
21.25 - template<class X> struct TB : public T {
21.26 - X b;
21.27 - TB(const T &t,const X& x) : T(t), b(x) {};
21.28 - };
21.29 -
21.30 - template<class X> D<TB<X> > setB(const X &x) {
21.31 - return D<TB<X> >(TB<X>(this->t,x));
21.32 - }
21.33 -
21.34 - template<class X> struct TC : public T {
21.35 - X c;
21.36 - TC(const T &t,const X& x) : T(t), c(x) {};
21.37 - };
21.38 -
21.39 - template<class X> D<TC<X> > setC(const X &x) {
21.40 - return D<TC<X> >(TC<X>(this->t,x));
21.41 - }
21.42 - ~D()
21.43 - {
21.44 - //Itt csinalunk valamit
21.45 - }
21.46 -};
21.47 -
21.48 -D<TR> d()
21.49 -{
21.50 - return D<TR>(TR());
21.51 -}
21.52 -
21.53 -int main()
21.54 -{
21.55 - d();
21.56 - d().setA(5.5).setB(10).setC(1.5e12);
21.57 -}
22.1 --- a/src/work/alpar/named-param-test3.cc Sun Apr 17 18:57:22 2005 +0000
22.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
22.3 @@ -1,54 +0,0 @@
22.4 -struct TR
22.5 -{
22.6 - int a;
22.7 - int b;
22.8 - int c;
22.9 -};
22.10 -
22.11 -template<class T> struct D : public T
22.12 -{
22.13 -
22.14 - D(const T &tt) : T(tt) {};
22.15 -
22.16 - template<class X> struct TA : public T {
22.17 - X a;
22.18 - TA(const T &t,const X& x) : T(t), a(x) {};
22.19 - };
22.20 -
22.21 - template<class X> D<TA<X> > setA(const X &x) {
22.22 - return D<TA<X> >(TA<X>(*this,x));
22.23 - }
22.24 -
22.25 - template<class X> struct TB : public T {
22.26 - X b;
22.27 - TB(const T &t,const X& x) : T(t), b(x) {};
22.28 - };
22.29 -
22.30 - template<class X> D<TB<X> > setB(const X &x) {
22.31 - return D<TB<X> >(TB<X>(*this,x));
22.32 - }
22.33 -
22.34 - template<class X> struct TC : public T {
22.35 - X c;
22.36 - TC(const T &t,const X& x) : T(t), c(x) {};
22.37 - };
22.38 -
22.39 - template<class X> D<TC<X> > setC(const X &x) {
22.40 - return D<TC<X> >(TC<X>(*this,x));
22.41 - }
22.42 - ~D()
22.43 - {
22.44 - //Itt csinalunk valamit
22.45 - }
22.46 -};
22.47 -
22.48 -D<TR> d()
22.49 -{
22.50 - return D<TR>(TR());
22.51 -}
22.52 -
22.53 -int main()
22.54 -{
22.55 - d();
22.56 - d().setA(5.5).setB(10).setC(1.5e12);
22.57 -}
23.1 --- a/src/work/alpar/named-param-test4.cc Sun Apr 17 18:57:22 2005 +0000
23.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
23.3 @@ -1,158 +0,0 @@
23.4 -///\file
23.5 -///Named template study
23.6 -
23.7 -///\e
23.8 -
23.9 -///\e
23.10 -///
23.11 -class AlgorithmDefaultTypes
23.12 -{
23.13 -public:
23.14 -///\e
23.15 -
23.16 -///\e
23.17 -///
23.18 - typedef int Adat;
23.19 -};
23.20 -
23.21 -///\e
23.22 -
23.23 -///\e
23.24 -///
23.25 -template<class T = AlgorithmDefaultTypes>
23.26 -class AlgorithmTypes : public T
23.27 -{
23.28 -public:
23.29 -///\e
23.30 -
23.31 -///\e
23.32 -///
23.33 - template<class X>
23.34 - class SetAdat : public T { X Adat; };
23.35 -};
23.36 -
23.37 -///\e
23.38 -
23.39 -///\e
23.40 -///
23.41 -template<class T = AlgorithmTypes<> >
23.42 -class AlgorithmDefaultDataFields : public T
23.43 -{
23.44 -protected:
23.45 -///\e
23.46 -
23.47 -///\e
23.48 -///
23.49 - typedef T TypeTraits; //Jo ez a nev?
23.50 -protected:
23.51 -///\e
23.52 -
23.53 -///\e
23.54 -///
23.55 - typename T::Adat adat;
23.56 -};
23.57 -
23.58 -///\e
23.59 -
23.60 -///\e
23.61 -///
23.62 -template<class T = AlgorithmDefaultDataFields<> >
23.63 -class Algorithm : public T
23.64 -{
23.65 - int _intAdat;
23.66 -public:
23.67 - Algorithm() {};
23.68 - Algorithm(const T &tt) : T(tt) {};
23.69 -
23.70 - template<class X> class _SetAdat : public T {
23.71 - protected:
23.72 - X adat;
23.73 - public:
23.74 - typedef X Adat;
23.75 - _SetAdat() {}; //"Algorithm<>::_SetAdat<double> b;"-hez kell!!!!
23.76 - // De az is rossz!!!!!
23.77 - _SetAdat(const T &t,const X& x) : T(t), adat(x) {};
23.78 - };
23.79 -
23.80 - ///\name Funtion Named Parameters
23.81 -
23.82 - ///@{
23.83 -
23.84 - ///\e
23.85 -
23.86 - ///\e
23.87 - ///
23.88 - template<class X>
23.89 - Algorithm<_SetAdat<X> > setAdat(const X &x) {
23.90 - return Algorithm<_SetAdat<X> >(_SetAdat<X>(*this,x));
23.91 - }
23.92 -
23.93 - ///@}
23.94 - ///\name Named Parameters
23.95 -
23.96 - ///@{
23.97 -
23.98 - ///\e
23.99 -
23.100 - ///\e
23.101 - ///
23.102 - template<class X>
23.103 - class SetAdat :
23.104 - public Algorithm<AlgorithmDefaultDataFields<
23.105 - typename T::TypeTraits::template SetAdat<X> > >
23.106 - {};
23.107 -
23.108 - ///@}
23.109 -
23.110 -///\e
23.111 -
23.112 -///\e
23.113 -///
23.114 - Algorithm &setIntAdat(int i) {_intAdat=i;return *this;}
23.115 - //vagy:
23.116 -///Vagy
23.117 -
23.118 -///Vagy...
23.119 -///
23.120 - Algorithm &intAdat(int i) {_intAdat=i;return *this;}
23.121 -
23.122 - //Maga az algoritmus!!!!!!!
23.123 -///\e
23.124 -
23.125 -///\e
23.126 -///
23.127 - typename T::Adat run()
23.128 - {
23.129 - //Itt csinalunk valamit
23.130 - return adat;
23.131 - }
23.132 -
23.133 - ~Algorithm()
23.134 - {
23.135 - //Itt nem csinalunk semmit
23.136 - }
23.137 -};
23.138 -
23.139 -///\e
23.140 -
23.141 -///\e
23.142 -///
23.143 -Algorithm<> algorithm()
23.144 -{
23.145 - return Algorithm<>();
23.146 -}
23.147 -
23.148 -int main()
23.149 -{
23.150 - Algorithm<> a;
23.151 - a.run();
23.152 -
23.153 -// Algorithm<>::_SetAdat<double> b; b=b;//Ez itt nem az, amit szeretnenk!!!
23.154 -// // b.run();
23.155 -
23.156 - Algorithm<>::SetAdat<double> c; //Algorithm<>::Adat<double> c; jobb vo'na
23.157 - c.run();
23.158 -
23.159 - algorithm().run();
23.160 - algorithm().setAdat(5.2).run();
23.161 -}
24.1 --- a/src/work/alpar/oldgraph.h Sun Apr 17 18:57:22 2005 +0000
24.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
24.3 @@ -1,551 +0,0 @@
24.4 -// -*-mode: c++; -*-
24.5 -#ifndef __OLDGRAPH_H_
24.6 -#define __OLDGRAPH_H_
24.7 -
24.8 -#include <stdio.h>
24.9 -
24.10 -//#include <new>
24.11 -
24.12 -#define INVALID -1
24.13 -#define FREE_NODE INVALID
24.14 -
24.15 -#define EDGE_BLOCK_SIZE 100
24.16 -#define INIT_NODES_SIZE 10
24.17 -#define INIT_EDGES_BLOCK_MAX 10
24.18 -
24.19 -#define foreachNode(n,G) for((n)=(G).FirstNode();(n)!=INVALID;(n)=(G).NextNode(n))
24.20 -#define foreachIn(e,G,n) for((e)=(G).FirstIn(n) ;(e);(e)=(G).NextIn(e) )
24.21 -#define foreachOut(e,G,n) for((e)=(G).FirstOut(n);(e);(e)=(G).NextOut(e))
24.22 -#define foreachEdge(e,G,n) for((e)=(G).FirstEdge(n);(e);(e)=(G).NextEdge((n),(e)))
24.23 -
24.24 -struct EdgeIndex { int block,index; };
24.25 -
24.26 -extern EdgeIndex InvalidIndex;
24.27 -
24.28 -class EdgeCorp;
24.29 -typedef EdgeCorp *EdgePoint;
24.30 -
24.31 -class EdgeCorp {
24.32 - public:
24.33 - int from,to; //from==INVALID <=> this is a free edge.
24.34 - EdgePoint previn,nextin,prevout,nextout;
24.35 - EdgeIndex index;
24.36 -
24.37 - int From() { return from; }
24.38 - int To() { return to; }
24.39 - EdgePoint NextIn() { return nextin; }
24.40 - EdgePoint NextOut() { return nextout; }
24.41 -};
24.42 -
24.43 -inline int From(EdgePoint e) { return e->from; }
24.44 -inline int To(EdgePoint e) { return e->to; }
24.45 -inline EdgePoint NextIn(EdgePoint e) { return e->nextin; }
24.46 -inline EdgePoint NextOut(EdgePoint e) { return e->nextout; }
24.47 -
24.48 -
24.49 -//////////////////////////////////////////////////////////////////////
24.50 -// OLDGRAPH TEMPLATE
24.51 -//////////////////////////////////////////////////////////////////////
24.52 -// Copy Constructor should be provided for N
24.53 -
24.54 -//class Graph;
24.55 -//class Graph::NodeIterator; //Nem megy. Disznosag!
24.56 -template <class N, class E> class OldGraph
24.57 -{
24.58 -
24.59 - // friend class NEGRO::Graph::NodeIterator; //Nem megy. Disznosag!
24.60 -
24.61 -
24.62 - class nodes_t;
24.63 - friend class OldGraph::nodes_t;
24.64 - class edge_block;
24.65 - friend class OldGraph::edge_block;
24.66 -
24.67 - class edge_t : public EdgeCorp {
24.68 - public:
24.69 - //edge_t *previn,*nextin,*prevout,*nextout;
24.70 - union {
24.71 - int _align;
24.72 - char data[sizeof(E)];
24.73 - };
24.74 - };
24.75 -
24.76 - class nodes_t {
24.77 - public:
24.78 - union {
24.79 - int _align;
24.80 - char data[sizeof(N)];
24.81 - };
24.82 - int indeg,outdeg; // indeg==FREE_NODE <=> this node is free.
24.83 - EdgePoint firstin, firstout;
24.84 - int prev,next;
24.85 -
24.86 - void Copy(nodes_t &n)
24.87 - {
24.88 - indeg = n.indeg; outdeg = n.outdeg;
24.89 - firstin = n.firstin; firstout = n.firstout;
24.90 - prev = n.prev; next = n.next;
24.91 - if(n.indeg!=FREE_NODE) new(data) N(*(N*)(n.data));
24.92 - // if(n.indeg!=FREE_NODE) {
24.93 - // new(data) N;
24.94 - // (*(N*)(data))=(*(N*)(n.data));
24.95 - // }
24.96 - }
24.97 -
24.98 - } *nodes;
24.99 - int nodenum, nodes_size;
24.100 - int firstnode, freenodes;
24.101 - class edge_block {
24.102 - public:
24.103 - //edge_block *next;
24.104 - // char fields[sizeof(edge_t)*EDGE_BLOCK_SIZE];
24.105 - edge_t fields[EDGE_BLOCK_SIZE];
24.106 - } **edges;
24.107 - int edge_block_num,edge_block_max;
24.108 - EdgePoint freeedges;
24.109 -
24.110 - void setup(int nosi = INIT_NODES_SIZE);
24.111 - void destroy();
24.112 - void inc_nodes_size(int n);
24.113 -
24.114 - public:
24.115 - int NodeNum() {return nodenum;};
24.116 - int EdgeNum();
24.117 - int MaxNode() const {return nodes_size;};
24.118 - int FirstNode() const {return firstnode;};
24.119 - int NextNode(int n) const {return nodes[n].next;};
24.120 - int PrevNode(int n) const {return nodes[n].prev;};
24.121 - N& operator()(int n) const {return *(N*)(nodes[n].data);};
24.122 - N& Data (int n) const {return *(N*)(nodes[n].data);};
24.123 - int AddNode();
24.124 - void AddNodeBlock(int n) const {for(int i=0;i<n;i++) AddNode();}
24.125 - int AddNode(int n);
24.126 - void Delete(int n);
24.127 - int isaNode(int n) const
24.128 - {return n>=0&&n<nodes_size&&nodes[n].indeg!=FREE_NODE;};
24.129 -
24.130 - int InDeg(int n) const {return nodes[n].indeg;};
24.131 - int OutDeg(int n) const {return nodes[n].outdeg;};
24.132 - EdgePoint FirstIn(int n) const {return nodes[n].firstin;};
24.133 - EdgePoint FirstOut(int n) const {return nodes[n].firstout;};
24.134 -
24.135 - E& operator()(EdgePoint e) const {return *(E*)(((edge_t*)e)->data);};
24.136 - E& Data (EdgePoint e) const {return *(E*)(((edge_t*)e)->data);};
24.137 - int From(EdgePoint e) const {return e->from;};
24.138 - int To(EdgePoint e) const {return e->to;};
24.139 - EdgePoint NextIn(EdgePoint e) const
24.140 - {return e->nextin;};
24.141 - EdgePoint NextOut(EdgePoint e)const
24.142 - {return e->nextout;};
24.143 - EdgePoint AddEdge(int f, int t);
24.144 - void Delete(EdgePoint e);
24.145 - EdgePoint Edge(int f,int t);
24.146 - // EdgePoint Edge(E &d)
24.147 - // {return (EdgePoint)(((char*)&d)-(char*)&(((edge_t*)NULL)->data));};
24.148 - E& operator()(int f, int t) const {return *(E*)(((edge_t*)Edge(f,t))->data);};
24.149 - E& Data(int f, int t) const {return *(E*)(((edge_t*)Edge(f,t))->data);};
24.150 - void Delete(int f, int t) {Delete(Edge(f,t));};
24.151 - void Reverse(EdgePoint e);
24.152 -
24.153 - // Functions for EdgeIndex
24.154 -
24.155 - EdgePoint Edge(EdgeIndex i) const
24.156 - { return (EdgePoint)(edges[i.block]->fields+i.index);};
24.157 - EdgeIndex Index(EdgePoint e) const { return e->index;};
24.158 - EdgeIndex Index(int f, int t) const { EdgePoint e; return Edge(f,t)->index; }
24.159 - void Delete(EdgeIndex i) { Delete(Edge(i));};
24.160 - E& operator()(EdgeIndex i) const
24.161 - {return *(E*)(edges[i.block]->fields[i.index].data);};
24.162 - E& Data(EdgeIndex i) const
24.163 - {return *(E*)(edges[i.block]->fields[i.index].data);};
24.164 - EdgePoint AddEdge(int f, int t,EdgeIndex in);
24.165 -
24.166 -
24.167 -
24.168 - // Operators for symmetric graphs:
24.169 -
24.170 - EdgePoint FirstEdge(int n) const
24.171 - { return (EdgePoint)(FirstIn(n)?FirstIn(n):FirstOut(n));};
24.172 - EdgePoint NextEdge(int n,EdgePoint e) const
24.173 - { return From(e)==n?NextOut(e):(NextIn(e)?NextIn(e):FirstOut(n)); };
24.174 - int Opposite(EdgePoint e,int n) const
24.175 - { return From(e)+To(e)-n; };
24.176 -
24.177 - // Initializers, destructors
24.178 -
24.179 - OldGraph() {setup();};
24.180 - OldGraph(int nosi) {setup(nosi);};
24.181 - OldGraph(OldGraph<N,E> &H) {setup();operator=(H);};
24.182 - ~OldGraph() {destroy();};
24.183 - void Clean(int nosi = INIT_NODES_SIZE) {destroy();setup(nosi);};
24.184 - void Clear(int nosi = INIT_NODES_SIZE) {destroy();setup(nosi);};
24.185 -
24.186 - void DeleteEdges();
24.187 -
24.188 - OldGraph<N,E> &operator=(OldGraph<N,E> &H);
24.189 -};
24.190 -
24.191 -//////////////////////////////////////////////////////////////////////
24.192 -// Template Definitions
24.193 -//////////////////////////////////////////////////////////////////////
24.194 -
24.195 -//#include <stdio.h>
24.196 -
24.197 -//**********************************************************************
24.198 -// OldGraph definitions
24.199 -//**********************************************************************
24.200 -
24.201 -template<class N, class E> void OldGraph<N,E>::setup(int nosi) {
24.202 - int i;
24.203 -
24.204 - //Set up nodes
24.205 - nodenum = 0;
24.206 - nodes_size = nosi;
24.207 - // nodes = (nodes_t*) new char[sizeof(nodes_t)*nodes_size];
24.208 - nodes = (nodes_t*) new nodes_t [nodes_size];
24.209 - for(i=0;i<nodes_size;i++)
24.210 - {
24.211 - nodes[i].prev=i-1;
24.212 - nodes[i].next=i+1;
24.213 - nodes[i].indeg=FREE_NODE;
24.214 - nodes[i].outdeg=0;
24.215 - nodes[i].firstin=nodes[i].firstout=NULL;
24.216 - }
24.217 - firstnode=nodes[0].prev=nodes[nodes_size-1].next=INVALID;
24.218 - freenodes=0;
24.219 - //Set up edge-list_template_type;
24.220 - freeedges = NULL;
24.221 -
24.222 - edges = new edge_block* [edge_block_max=INIT_EDGES_BLOCK_MAX];
24.223 - edge_block_num = 0;
24.224 -
24.225 -}
24.226 -
24.227 -template<class N, class E> void OldGraph<N,E>::destroy()
24.228 -{
24.229 - int i;
24.230 -
24.231 - while(firstnode!=INVALID) Delete(firstnode);
24.232 - delete [] nodes;
24.233 - for(i=0;i<edge_block_num;i++) delete edges[i];
24.234 - delete [] edges;
24.235 -}
24.236 -
24.237 -template<class N, class E> void OldGraph<N,E>::inc_nodes_size(int n)
24.238 -{
24.239 - int i;
24.240 - if(n<=nodenum) return;
24.241 -
24.242 - nodes_t *nn;
24.243 -// nn = (nodes_t*) new char [sizeof(nodes_t)*n];
24.244 - nn = (nodes_t*) new nodes_t [n];
24.245 - for(i=0;i<nodes_size;i++)
24.246 - {
24.247 - nn[i].Copy(nodes[i]);
24.248 - if(nodes[i].indeg!=FREE_NODE) ((N*)(nodes[i].data))->~N();
24.249 - }
24.250 -
24.251 - delete [] nodes;
24.252 - nodes = nn;
24.253 - for(i=nodes_size;i<n;i++)
24.254 - {
24.255 - nodes[i].prev=i-1;
24.256 - nodes[i].next=i+1;
24.257 - nodes[i].indeg=FREE_NODE;
24.258 - nodes[i].outdeg=0;
24.259 - nodes[i].firstin=nodes[i].firstout=NULL;
24.260 - }
24.261 - nodes[nodes_size].prev=INVALID;
24.262 - nodes[n-1].next=freenodes;
24.263 - if(freenodes!=INVALID) nodes[freenodes].prev=n-1;
24.264 - freenodes=nodes_size;
24.265 - nodes_size=n;
24.266 -}
24.267 -
24.268 -template<class N, class E> OldGraph<N,E> &OldGraph<N,E>::operator=(OldGraph<N,E> &H)
24.269 -{
24.270 - Clean();
24.271 -
24.272 - int i;
24.273 - EdgePoint e;
24.274 -
24.275 - for(i=H.FirstNode();i!=INVALID;i=H.NextNode(i))
24.276 - {
24.277 - AddNode(i);
24.278 - operator()(i)=H(i);
24.279 - }
24.280 - for(i=H.FirstNode();i!=INVALID;i=H.NextNode(i))
24.281 - for(e=H.FirstOut(i);e;e=H.NextOut(e))
24.282 - operator()(AddEdge(i,H.To(e),H.Index(e)))=H(e);
24.283 -
24.284 - return *this;
24.285 -}
24.286 -
24.287 -template<class N, class E> int OldGraph<N,E>::EdgeNum()
24.288 -{
24.289 - int n=firstnode, m=0;
24.290 - EdgePoint e;
24.291 - while(n != INVALID)
24.292 - {
24.293 - e=FirstOut(n);
24.294 - while (e != NULL)
24.295 - {
24.296 - m++;
24.297 - e=NextOut(e);
24.298 - }
24.299 - n=nodes[n].next;
24.300 - }
24.301 - return m;
24.302 -}
24.303 -
24.304 -template<class N, class E> int OldGraph<N,E>::AddNode()
24.305 -{
24.306 - int i;
24.307 -
24.308 - if(freenodes==INVALID) inc_nodes_size(2*nodes_size);
24.309 -
24.310 - i=freenodes;
24.311 - if(firstnode!=INVALID) nodes[firstnode].prev=i;
24.312 - freenodes=nodes[i].next;
24.313 - new(nodes[i].data) N; //Explicit constructor call
24.314 - nodes[i].next=firstnode;
24.315 - nodes[i].prev=INVALID;
24.316 - nodes[i].indeg=0;
24.317 - firstnode=i;
24.318 - if(freenodes!=INVALID) nodes[freenodes].prev=INVALID;
24.319 - nodenum++;
24.320 - return i;
24.321 -}
24.322 -
24.323 -template<class N, class E> int OldGraph<N,E>::AddNode(int n)
24.324 -{
24.325 - int i;
24.326 -
24.327 - if(n>=nodes_size)
24.328 - {
24.329 - for(i=INIT_NODES_SIZE;i<=n;i*=2) ;
24.330 - inc_nodes_size(i);
24.331 - }
24.332 -
24.333 - if(nodes[n].indeg==FREE_NODE)
24.334 - {
24.335 - new(nodes[n].data) N; //Explicit constructor call
24.336 - if(nodes[n].next!=INVALID) nodes[nodes[n].next].prev = nodes[n].prev;
24.337 - if(nodes[n].prev!=INVALID) nodes[nodes[n].prev].next = nodes[n].next;
24.338 - else freenodes = nodes[n].next;
24.339 -
24.340 - nodes[n].prev = INVALID;
24.341 - if((nodes[n].next = firstnode)!=INVALID) nodes[firstnode].prev=n;
24.342 - firstnode = n;
24.343 - nodenum++;
24.344 - nodes[n].indeg=0;
24.345 - }
24.346 - return n;
24.347 -}
24.348 -
24.349 -template<class N, class E> void OldGraph<N,E>::Delete(int n)
24.350 -{
24.351 - if(n==INVALID||nodes[n].indeg==FREE_NODE) return;
24.352 -
24.353 - EdgePoint e;
24.354 -
24.355 - while(e=FirstIn(n)) Delete(e);
24.356 - while(e=FirstOut(n)) Delete(e);
24.357 -
24.358 - if(n==firstnode) firstnode=nodes[n].next;
24.359 - if(nodes[n].prev!=INVALID) nodes[nodes[n].prev].next=nodes[n].next;
24.360 - if(nodes[n].next!=INVALID) nodes[nodes[n].next].prev=nodes[n].prev;
24.361 - if(freenodes!=INVALID) nodes[freenodes].prev=n;
24.362 - nodes[n].next=freenodes;
24.363 - nodes[n].prev=INVALID;
24.364 - nodes[n].indeg=FREE_NODE;
24.365 - ((N*)(nodes[n].data))->~N(); //Explicit destructor call
24.366 - freenodes=n;
24.367 -
24.368 - nodenum--;
24.369 -}
24.370 -
24.371 -template<class N, class E> EdgePoint OldGraph<N,E>::AddEdge(int f, int t)
24.372 -{
24.373 - int i;
24.374 - edge_block *peb;
24.375 - edge_block **ppeb;
24.376 - edge_t *e;
24.377 -
24.378 - if(!freeedges)
24.379 - {
24.380 - if(edge_block_num>=edge_block_max)
24.381 - {
24.382 - ppeb = new edge_block* [edge_block_max*=2];
24.383 - for(i=0;i<edge_block_num;i++) ppeb[i]=edges[i];
24.384 - delete [] edges;
24.385 - edges = ppeb;
24.386 - }
24.387 - peb = new edge_block;
24.388 - edges[edge_block_num] = peb;
24.389 -
24.390 - for(i=0;i<EDGE_BLOCK_SIZE;i++)
24.391 - {
24.392 - ((edge_t*)peb->fields)[i].nextin=((edge_t*)peb->fields)+(i+1);
24.393 - ((edge_t*)peb->fields)[i].previn=((edge_t*)peb->fields)+(i-1);
24.394 - ((edge_t*)peb->fields)[i].index.block = edge_block_num;
24.395 - ((edge_t*)peb->fields)[i].index.index = i;
24.396 - ((edge_t*)peb->fields)[i].from = INVALID;
24.397 - }
24.398 - ((edge_t*)peb->fields)[0].previn=
24.399 - ((edge_t*)peb->fields)[EDGE_BLOCK_SIZE-1].nextin=NULL;
24.400 - freeedges = (edge_t*)peb->fields;
24.401 - edge_block_num++;
24.402 - }
24.403 -
24.404 - e=(edge_t *)freeedges;
24.405 - new (e->data) E; //Explicit constructor call
24.406 - freeedges=e->nextin;
24.407 - if(freeedges) freeedges->previn=NULL;
24.408 -
24.409 - e->from=f; e->to=t;
24.410 - e->previn=e->prevout=NULL;
24.411 - e->nextin=nodes[t].firstin;
24.412 - e->nextout=nodes[f].firstout;
24.413 - if(nodes[t].firstin) nodes[t].firstin->previn=e;
24.414 - if(nodes[f].firstout) nodes[f].firstout->prevout=e;
24.415 - nodes[t].firstin=nodes[f].firstout=e;
24.416 - nodes[t].indeg++; nodes[f].outdeg++;
24.417 -
24.418 - return (EdgePoint)e;
24.419 -
24.420 -}
24.421 -
24.422 -template<class N, class E>
24.423 -EdgePoint OldGraph<N,E>::AddEdge(int f, int t, EdgeIndex in)
24.424 -{
24.425 - int i;
24.426 - edge_block *peb;
24.427 - edge_block **ppeb;
24.428 - edge_t *e;
24.429 -
24.430 - while(edge_block_num<=in.block)
24.431 - {
24.432 - if(edge_block_num>=edge_block_max)
24.433 - {
24.434 - ppeb = new edge_block* [edge_block_max*=2];
24.435 - for(i=0;i<edge_block_num;i++) ppeb[i]=edges[i];
24.436 - delete [] edges;
24.437 - edges = ppeb;
24.438 - }
24.439 - peb = new edge_block;
24.440 - edges[edge_block_num] = peb;
24.441 -
24.442 - for(i=0;i<EDGE_BLOCK_SIZE;i++)
24.443 - {
24.444 - ((edge_t*)peb->fields)[i].nextin=((edge_t*)peb->fields)+(i+1);
24.445 - ((edge_t*)peb->fields)[i].previn=((edge_t*)peb->fields)+(i-1);
24.446 - ((edge_t*)peb->fields)[i].index.block = edge_block_num;
24.447 - ((edge_t*)peb->fields)[i].index.index = i;
24.448 - ((edge_t*)peb->fields)[i].from = INVALID;
24.449 - }
24.450 - ((edge_t*)peb->fields)[0].previn=NULL;
24.451 - ((edge_t*)peb->fields)[EDGE_BLOCK_SIZE-1].nextin=freeedges;
24.452 - if(freeedges)
24.453 - freeedges->previn = ((edge_t*)peb->fields) + (EDGE_BLOCK_SIZE-1);
24.454 - freeedges = (edge_t*)peb->fields;
24.455 - edge_block_num++;
24.456 - }
24.457 -
24.458 -
24.459 - e=((edge_t*)(edges[in.block]->fields))+in.index;
24.460 - if(e->from==INVALID)
24.461 - {
24.462 - if(e->previn) e->previn->nextin = e->nextin;
24.463 - else freeedges = e->nextin;
24.464 - if(e->nextin) e->nextin->previn = e->previn;
24.465 -
24.466 - new (e->data) E; //Explicit constructor call
24.467 -
24.468 - e->from=f; e->to=t;
24.469 - e->previn=e->prevout=NULL;
24.470 - e->nextin=nodes[t].firstin;
24.471 - e->nextout=nodes[f].firstout;
24.472 - if(nodes[t].firstin) nodes[t].firstin->previn=e;
24.473 - if(nodes[f].firstout) nodes[f].firstout->prevout=e;
24.474 - nodes[t].firstin=nodes[f].firstout=e;
24.475 - nodes[t].indeg++; nodes[f].outdeg++;
24.476 - }
24.477 - return (EdgePoint)e;
24.478 -}
24.479 -
24.480 -template<class N, class E> void OldGraph<N,E>::Delete(EdgePoint e)
24.481 -{
24.482 - if(!e||e->from==INVALID) return;
24.483 -
24.484 - ((E*)(((edge_t*)e)->data))->~E(); //Explicit destructor call
24.485 -
24.486 - nodes[e->from].outdeg--; nodes[e->to].indeg--;
24.487 -
24.488 -
24.489 - if(e->previn)
24.490 - e->previn->nextin=e->nextin;
24.491 - else nodes[e->to].firstin=e->nextin;
24.492 - if(e->prevout)
24.493 - e->prevout->nextout=e->nextout;
24.494 - else nodes[e->from].firstout=e->nextout;
24.495 - if(e->nextin)
24.496 - e->nextin->previn=e->previn;
24.497 - if(e->nextout)
24.498 - e->nextout->prevout=e->prevout;
24.499 -
24.500 - if(freeedges) freeedges->previn=e;
24.501 - e->previn=NULL; e->nextin=freeedges;
24.502 -
24.503 - e->from = INVALID;
24.504 - freeedges=e;
24.505 -}
24.506 -
24.507 -template<class N, class E> EdgePoint OldGraph<N,E>::Edge(int f, int t)
24.508 -{
24.509 - EdgePoint e;
24.510 -
24.511 - for(e=nodes[f].firstout;e&&e->to!=t;e=e->nextout) ;
24.512 -
24.513 - return (EdgePoint) e;
24.514 -}
24.515 -
24.516 -template<class N, class E> void OldGraph<N,E>::Reverse(EdgePoint e)
24.517 -{
24.518 - if(!e) return;
24.519 -
24.520 - nodes[e->from].outdeg--; nodes[e->to].indeg--;
24.521 -
24.522 - if(e->previn)
24.523 - e->previn->nextin=e->nextin;
24.524 - else nodes[e->to].firstin=e->nextin;
24.525 - if(e->prevout)
24.526 - e->prevout->nextout=e->nextout;
24.527 - else nodes[e->from].firstout=e->nextout;
24.528 - if(e->nextin)
24.529 - e->nextin->previn=e->previn;
24.530 - if(e->nextout)
24.531 - e->nextout->prevout=e->prevout;
24.532 -
24.533 - int t,f;
24.534 - f=e->to;e->to=t=e->from;
24.535 - e->from=f;
24.536 -
24.537 - e->previn=e->prevout=NULL;
24.538 - e->nextin=nodes[t].firstin;
24.539 - e->nextout=nodes[f].firstout;
24.540 - if(nodes[t].firstin) nodes[t].firstin->previn=e;
24.541 - if(nodes[f].firstout) nodes[f].firstout->prevout=e;
24.542 - nodes[t].firstin=nodes[f].firstout=e;
24.543 - nodes[t].indeg++; nodes[f].outdeg++;
24.544 -
24.545 -}
24.546 -
24.547 -template<class N, class E> void OldGraph<N,E>::DeleteEdges()
24.548 -{
24.549 - int n;
24.550 - for(n=FirstNode();n!=INVALID;n=NextNode(n))
24.551 - while(FirstOut(n)) Delete(FirstOut(n));
24.552 -}
24.553 -
24.554 -#endif
25.1 --- a/src/work/alpar/rw_nonref_map.cc Sun Apr 17 18:57:22 2005 +0000
25.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
25.3 @@ -1,97 +0,0 @@
25.4 -#include <iostream>
25.5 -#include <smart_graph.h>
25.6 -
25.7 -using namespace lemon;
25.8 -
25.9 -template<class GG,class TT>
25.10 -class CinCoutMap
25.11 -{
25.12 -public:
25.13 - typedef GG Graph;
25.14 - typedef typename GG::Edge Edge;
25.15 -
25.16 - typedef Edge Key;
25.17 - typedef TT Value;
25.18 -
25.19 - class RefType
25.20 - {
25.21 - Graph &G;
25.22 - Edge e;
25.23 - public:
25.24 - RefType(Graph &_G,Edge _e) : G(_G), e(_e) { }
25.25 -
25.26 - operator Value() const
25.27 - {
25.28 - Value tmp;
25.29 - std::cout << G.id(G.source(e)) << "->"
25.30 - << G.id(G.target(e)) << ": ";
25.31 - std::cin >> tmp;
25.32 - return tmp;
25.33 - }
25.34 - Value operator = (Value v) const
25.35 - {
25.36 - std::cout << G.id(G.source(e)) << "->"
25.37 - << G.id(G.target(e)) << ": " << v << '\n';
25.38 - return v;
25.39 - }
25.40 - };
25.41 -
25.42 -private:
25.43 - Graph &G;
25.44 -public:
25.45 - CinCoutMap(Graph &_G) : G(_G) { }
25.46 - RefType operator[] (Edge e) const { return RefType(G,e);}
25.47 -};
25.48 -
25.49 -template<class K,class T>
25.50 -class NullMap
25.51 -{
25.52 -public:
25.53 - typedef K Key;
25.54 - typedef T Value;
25.55 -
25.56 - class RefType
25.57 - {
25.58 - Value val;
25.59 - public:
25.60 - RefType(Value v) : val(v) { }
25.61 - operator Value() const { return val; }
25.62 - Value operator = (Value v) const { return val; }
25.63 - };
25.64 -
25.65 -private:
25.66 - Value val;
25.67 -public:
25.68 - NullMap(Value v) : val(v) { }
25.69 - RefType operator[] (Key e) const { return RefType(v);}
25.70 -};
25.71 -
25.72 -int main()
25.73 -{
25.74 - typedef SmartGraph Graph;
25.75 - typedef Graph::NodeIt NodeIt;
25.76 - typedef Graph::OutEdgeIt OutEdgeIt;
25.77 - typedef Graph::EdgeIt EdgeIt;
25.78 -
25.79 - Graph G;
25.80 -
25.81 - CinCoutMap<Graph,int> map(G);
25.82 -
25.83 - Graph::EdgeMap<int> emap(G);
25.84 -
25.85 - for(int i=0;i<3;i++) G.addNode();
25.86 -
25.87 - for(NodeIt n(G);G.valid(n);G.next(n))
25.88 - for(NodeIt m(G);G.valid(m);G.next(m)) if(n!=m)
25.89 - G.addEdge(n,m);
25.90 -
25.91 - //for(OutEdgeIt e(G,NodeIt(G));G.valid(e);G.next(e))
25.92 -
25.93 - for(EdgeIt e(G);G.valid(e);G.next(e)) emap[e] = map[e];
25.94 -
25.95 - std::cout << '\n';
25.96 -
25.97 - for(EdgeIt e(G);G.valid(e);G.next(e)) map[e] = emap[e];
25.98 -
25.99 -}
25.100 -
26.1 --- a/src/work/alpar/smart_graph_demo.cc Sun Apr 17 18:57:22 2005 +0000
26.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
26.3 @@ -1,124 +0,0 @@
26.4 -#include<smart_graph.h>
26.5 -#include<emptygraph.h>
26.6 -
26.7 -#include <iostream>
26.8 -#include <vector>
26.9 -
26.10 -using namespace lemon;
26.11 -
26.12 -typedef SmartGraph Graph;
26.13 -//typedef Graph Graph;
26.14 -
26.15 -
26.16 -Graph::OutEdgeIt safeFirstOut(const Graph &G, Graph::Node n)
26.17 -{
26.18 - return G.valid(n) ? Graph::OutEdgeIt(G,n):INVALID;
26.19 -}
26.20 -
26.21 -int main()
26.22 -{
26.23 -
26.24 - typedef Graph::Edge Edge;
26.25 - typedef Graph::InEdgeIt InEdgeIt;
26.26 - typedef Graph::OutEdgeIt OutEdgeIt;
26.27 - typedef Graph::EdgeIt EdgeIt;
26.28 - typedef Graph::Node Node;
26.29 - typedef Graph::NodeIt NodeIt;
26.30 -
26.31 - Graph G;
26.32 -
26.33 - {
26.34 - NodeIt n;
26.35 -
26.36 - for(int i=0;i<10;i++) G.addNode();
26.37 - for(G.first(n);G.valid(n);G.next(n))
26.38 - for(NodeIt m(G);m!=INVALID;G.next(m))
26.39 - if(n!=m) G.addEdge(n,m);
26.40 -
26.41 - OutEdgeIt e = safeFirstOut(G,n);
26.42 - OutEdgeIt f = safeFirstOut(G,NodeIt(G));
26.43 -
26.44 -
26.45 - InEdgeIt i(INVALID), j;
26.46 - InEdgeIt ii(i);
26.47 - ii=G.first(i,n);
26.48 - ii=G.next(i);
26.49 -
26.50 - OutEdgeIt o(INVALID), oo;
26.51 - OutEdgeIt ooo(oo);
26.52 - oo=G.first(o,n);
26.53 - oo=G.next(o);
26.54 -
26.55 - EdgeIt ei(INVALID), eie;
26.56 - EdgeIt eiee(ei);
26.57 - eie=G.first(ei);
26.58 - eie=G.next(ei);
26.59 -
26.60 - Edge eee(i);
26.61 - eee=o;
26.62 - eee=eie;
26.63 -
26.64 -
26.65 - bool tm;
26.66 - tm = G.valid(n) && G.valid(i) && G.valid(o) && G.valid(ei);
26.67 -
26.68 - std::vector<InEdgeIt> v(10);
26.69 - std::vector<InEdgeIt> w(10,INVALID);
26.70 -
26.71 - }
26.72 -
26.73 - // Test of maps
26.74 -
26.75 - G.clear();
26.76 -
26.77 - for(int i=0;i<10;i++) G.addNode();
26.78 - for(NodeIt i(G);G.valid(i);G.next(i))
26.79 - for(NodeIt j(G);G.valid(j);G.next(j))
26.80 - if(i<j) G.addEdge(i,j); //The iterators are comparable
26.81 -
26.82 - Graph::NodeMap<int> n(G);
26.83 - int count=0;
26.84 - for(NodeIt i(G);G.valid(i);G.next(i)) n[i]=count++;
26.85 -
26.86 - Graph::NodeMap<int> nn=n;
26.87 - Graph::NodeMap<double> dd=n;
26.88 -
26.89 - n = nn;
26.90 -
26.91 - dd = nn;
26.92 -
26.93 - Graph::EdgeMap<int> emap(G);
26.94 -
26.95 - // Test of SymSmartGraph
26.96 -
26.97 - {
26.98 - typedef SymSmartGraph Graph;
26.99 - typedef Graph::Edge Edge;
26.100 - typedef Graph::InEdgeIt InEdgeIt;
26.101 - typedef Graph::OutEdgeIt OutEdgeIt;
26.102 - typedef Graph::EdgeIt EdgeIt;
26.103 - typedef Graph::Node Node;
26.104 - typedef Graph::NodeIt NodeIt;
26.105 -
26.106 - Graph G;
26.107 -
26.108 - for(int i=0;i<10;i++) G.addNode();
26.109 - for(NodeIt i(G);G.valid(i);G.next(i))
26.110 - for(NodeIt j(G);G.valid(j);G.next(j))
26.111 - if(i<j) G.addEdge(i,j); //The iterators are comparable
26.112 -
26.113 - Graph::EdgeMap<int> em(G);
26.114 - Graph::SymEdgeMap<int> sm(G);
26.115 - for(EdgeIt e(G);G.valid(e);G.next(e)) em[e]=G.id(e);
26.116 - for(EdgeIt e(G);G.valid(e);G.next(e))
26.117 - if(G.source(e)<G.target(e)) sm[e]=G.id(e);
26.118 -
26.119 - for(EdgeIt e(G);G.valid(e);G.next(e))
26.120 - std::cout << G.id(G.source(e)) << "->" << G.id(G.target(e))
26.121 - << ": id=" << G.id(e) << " oppid=" << G.id(G.opposite(e))
26.122 - << " em=" << em[e]
26.123 - << " sm=" << sm[e] << "\n";
26.124 -
26.125 - }
26.126 -
26.127 -}
27.1 --- a/src/work/athos/bfs_test.cc Sun Apr 17 18:57:22 2005 +0000
27.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
27.3 @@ -1,79 +0,0 @@
27.4 -// -*- c++ -*-
27.5 -#include <iostream>
27.6 -#include <fstream>
27.7 -
27.8 -#include <sage_graph.h>
27.9 -//#include <smart_graph.h>
27.10 -#include <lemon/dimacs.h>
27.11 -#include <lemon/time_measure.h>
27.12 -#include <lemon/for_each_macros.h>
27.13 -#include <bfs_dfs.h>
27.14 -
27.15 -using namespace lemon;
27.16 -
27.17 -int main() {
27.18 - typedef SageGraph Graph;
27.19 - typedef Graph::Node Node;
27.20 - typedef Graph::NodeIt NodeIt;
27.21 - typedef Graph::Edge Edge;
27.22 - typedef Graph::EdgeIt EdgeIt;
27.23 - typedef Graph::OutEdgeIt OutEdgeIt;
27.24 -
27.25 - Graph g;
27.26 - Node s, t;
27.27 - Graph::EdgeMap<int> cap(g);
27.28 - //readDimacsMaxFlow(std::cin, g, s, t, cap);
27.29 - readDimacs(std::cin, g);
27.30 -
27.31 - Graph::NodeMap<OutEdgeIt> pred(g);
27.32 -
27.33 - Timer ts;
27.34 - /*
27.35 - {
27.36 - ts.reset();
27.37 - Graph::NodeMap<bool> reached(g);
27.38 - reached.set(s, true);
27.39 - pred.set(s, INVALID);
27.40 - std::queue<Node> bfs_queue;
27.41 - bfs_queue.push(t);
27.42 - while (!bfs_queue.empty()) {
27.43 - Node v=bfs_queue.front();
27.44 - bfs_queue.pop();
27.45 - OutEdgeIt e;
27.46 - for(g.first(e,v); g.valid(e); g.next(e)) {
27.47 - Node w=g.target(e);
27.48 - if (!reached[w]) {
27.49 - bfs_queue.push(w);
27.50 - reached.set(w, true);
27.51 - pred.set(w, e);
27.52 - }
27.53 - }
27.54 - }
27.55 -
27.56 - std::cout << ts << std::endl;
27.57 - }
27.58 - */
27.59 -
27.60 - {
27.61 - ts.reset();
27.62 - Graph::NodeMap<bool> bfs_reached(g);
27.63 - Graph::NodeMap<Edge> bfs_pred(g);
27.64 - Graph::NodeMap<int> bfs_dist(g);
27.65 -
27.66 - Bfs< Graph, Graph::NodeMap<bool>,
27.67 - Graph::NodeMap<Edge>, Graph::NodeMap<int> >
27.68 - bfs(g,bfs_reached, bfs_pred, bfs_dist );
27.69 - bfs.run(s);
27.70 - /*
27.71 - pred.set(s, INVALID);
27.72 - while (!bfs.finished()) {
27.73 - ++bfs;
27.74 - if (g.valid(bfs) && bfs.isBNodeNewlyReached())
27.75 - pred.set(bfs.bNode(), bfs);
27.76 - }
27.77 - */
27.78 - std::cout << ts << std::endl;
27.79 - }
27.80 -
27.81 - return 0;
27.82 -}
28.1 --- a/src/work/athos/dijkstra_at.h Sun Apr 17 18:57:22 2005 +0000
28.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
28.3 @@ -1,123 +0,0 @@
28.4 -/*
28.5 -Egy pontból összes többibe vezetõ legrövidebb utak irányított gráfban
28.6 -
28.7 -Preconditions:
28.8 -A gráf típus tud:
28.9 -- pontból kimenõ éleket sorban visszaadni
28.10 -A T számtípus, ami tud összehasonlítást, összedást
28.11 -A bemenetre:
28.12 -weight nemnegatív
28.13 -
28.14 -*/
28.15 -#ifndef DIJKSTRA_AT_H
28.16 -#define DIJKSTRA_AT_H
28.17 -
28.18 -
28.19 -
28.20 -//#include <algorithm>
28.21 -//#include <deque>
28.22 -//#include <vector>
28.23 -//#include "pf_hiba.hh"
28.24 -//#include <marci_list_graph.hh>
28.25 -//#include <marci_graph_traits.hh>
28.26 -
28.27 -
28.28 -using namespace std;
28.29 -
28.30 -namespace lemon {
28.31 -
28.32 - template <typename graph_type, typename T>
28.33 - class dijkstra_at {
28.34 -
28.35 - //Hasznos typedef-ek
28.36 - typedef typename graph_type::NodeIt NodeIt;
28.37 - typedef typename graph_type::EdgeIt EdgeIt;
28.38 - typedef typename graph_type::EachNodeIt EachNodeIt;
28.39 - typedef typename graph_type::EachEdgeIt EachEdgeIt;
28.40 - typedef typename graph_type::OutEdgeIt OutEdgeIt;
28.41 - typedef typename graph_type::InEdgeIt InEdgeIt;
28.42 - typedef typename graph_type::SymEdgeIt SymEdgeIt;
28.43 -
28.44 -
28.45 -
28.46 - //---------------------------------------------
28.47 - //Parameters of the algorithm
28.48 - //---------------------------------------------
28.49 -
28.50 - //---------------------------------------------
28.51 - //Parameters of the algorithm
28.52 - //---------------------------------------------
28.53 -
28.54 - private:
28.55 - //input
28.56 - graph_type& G;
28.57 - NodeIt s;
28.58 - typename graph_type::EdgeMap<T> &weight;
28.59 - //typename graph_type::EdgeMap<T> &capacity;
28.60 - //output
28.61 - //typename graph_type::EdgeMap<T>
28.62 - // typename graph_type::EdgeMap<T> preflow;
28.63 -
28.64 - //auxiliary variables for computation
28.65 - deque<NodeIt> next_to_reach;
28.66 -
28.67 -
28.68 - typename graph_type::NodeMap<bool> reached;
28.69 -
28.70 - //Variables holding output
28.71 - //Predessors in the shortest paths arborescence
28.72 - typename graph_type::NodeMap<NodeIt> pred;
28.73 -
28.74 -
28.75 - public:
28.76 -
28.77 -
28.78 - dijkstra_at(
28.79 - graph_type& _G,
28.80 - NodeIt _s,
28.81 - typename graph_type::EdgeMap<T> & _weight)
28.82 - : G(_G), s(_s),
28.83 - weight(_weight),
28.84 - next_to_reach(),
28.85 - reached(_G),
28.86 - pred(G)
28.87 -
28.88 - {
28.89 - }
28.90 - /*By Misi.*/
28.91 - struct Node_dist_comp
28.92 - {
28.93 - NodeMap<graph_type, T> &d;
28.94 - Node_dist_comp(NodeMap<graph_type, T> &_d) : d(_d) {}
28.95 -
28.96 - bool operator()(const NodeIt& u, const NodeIt& v) const
28.97 - { return d.get(u) < d.get(v); }
28.98 - };
28.99 -
28.100 -
28.101 -
28.102 - void run() {
28.103 -
28.104 - NodeMap<graph_type, bool> scanned(G, false);
28.105 - std::priority_queue<NodeIt, vector<NodeIt>, Node_dist_comp>
28.106 - heap(( Node_dist_comp(distance) ));
28.107 -
28.108 - heap.push(s);
28.109 - reached.set(s, true);
28.110 -
28.111 - }
28.112 -
28.113 -
28.114 - };
28.115 -
28.116 -
28.117 -
28.118 -
28.119 -
28.120 -
28.121 - }; //class dijkstra_at
28.122 -
28.123 -
28.124 -}//namespace lemon
28.125 -
28.126 -#endif //DIJKSTRA_AT
29.1 --- a/src/work/athos/dijkstra_demo.cc Sun Apr 17 18:57:22 2005 +0000
29.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
29.3 @@ -1,160 +0,0 @@
29.4 -#include <iostream>
29.5 -#include <string>
29.6 -
29.7 -#include "list_graph.hh"
29.8 -//#include "marci_property_vector.hh"
29.9 -#include <dijkstra_at.h>
29.10 -
29.11 -using namespace lemon;
29.12 -
29.13 -
29.14 -int main (int, char*[])
29.15 -{
29.16 -
29.17 -
29.18 - typedef ListGraph::NodeIt NodeIt;
29.19 - typedef ListGraph::EdgeIt EdgeIt;
29.20 - /*
29.21 - typedef ListGraph::EachNodeIt EachNodeIt;
29.22 - typedef ListGraph::EachEdgeIt EachEdgeIt;
29.23 - typedef ListGraph::OutEdgeIt OutEdgeIt;
29.24 - typedef ListGraph::InEdgeIt InEdgeIt;
29.25 - typedef ListGraph::SymEdgeIt SymEdgeIt;
29.26 - */
29.27 - ListGraph flowG;
29.28 -
29.29 - /*
29.30 - //Marci példája
29.31 -
29.32 -
29.33 - NodeIt s=flowG.addNode();
29.34 - NodeIt v1=flowG.addNode();
29.35 - NodeIt v2=flowG.addNode();
29.36 - NodeIt v3=flowG.addNode();
29.37 - NodeIt v4=flowG.addNode();
29.38 - NodeIt t=flowG.addNode();
29.39 -
29.40 -
29.41 - EdgeIt s_v1=flowG.addEdge(s, v1);
29.42 - EdgeIt s_v2=flowG.addEdge(s, v2);
29.43 - EdgeIt v1_v2=flowG.addEdge(v1, v2);
29.44 - EdgeIt v2_v1=flowG.addEdge(v2, v1);
29.45 - EdgeIt v1_v3=flowG.addEdge(v1, v3);
29.46 - EdgeIt v3_v2=flowG.addEdge(v3, v2);
29.47 - EdgeIt v2_v4=flowG.addEdge(v2, v4);
29.48 - EdgeIt v4_v3=flowG.addEdge(v4, v3);
29.49 - EdgeIt v3_t=flowG.addEdge(v3, t);
29.50 - EdgeIt v4_t=flowG.addEdge(v4, t);
29.51 -
29.52 - ListGraph::EdgeMap<int> cap(flowG);
29.53 -
29.54 - cap.set(s_v1, 16);
29.55 - cap.set(s_v2, 13);
29.56 - cap.set(v1_v2, 10);
29.57 - cap.set(v2_v1, 4);
29.58 - cap.set(v1_v3, 12);
29.59 - cap.set(v3_v2, 9);
29.60 - cap.set(v2_v4, 14);
29.61 - cap.set(v4_v3, 7);
29.62 - cap.set(v3_t, 20);
29.63 - cap.set(v4_t, 4);
29.64 - */
29.65 -
29.66 -
29.67 - //Ahuja könyv példája
29.68 -
29.69 - NodeIt s=flowG.addNode();
29.70 - NodeIt v2=flowG.addNode();
29.71 - NodeIt v3=flowG.addNode();
29.72 - NodeIt v4=flowG.addNode();
29.73 - NodeIt v5=flowG.addNode();
29.74 - NodeIt t=flowG.addNode();
29.75 -
29.76 - EdgeIt s_v2=flowG.addEdge(s, v2);
29.77 - EdgeIt s_v3=flowG.addEdge(s, v3);
29.78 - EdgeIt v2_v4=flowG.addEdge(v2, v4);
29.79 - EdgeIt v2_v5=flowG.addEdge(v2, v5);
29.80 - EdgeIt v3_v5=flowG.addEdge(v3, v5);
29.81 - EdgeIt v4_t=flowG.addEdge(v4, t);
29.82 - EdgeIt v5_t=flowG.addEdge(v5, t);
29.83 -
29.84 - //Kis modositas
29.85 - //edge_iterator v2_s=flowG.add_edge(v2, s);
29.86 -
29.87 - ListGraph::EdgeMap<int> cap(flowG);
29.88 -
29.89 - cap.set(s_v2, 10);
29.90 - cap.set(s_v3, 10);
29.91 - cap.set(v2_v4, 5);
29.92 - cap.set(v2_v5, 8);
29.93 - cap.set(v3_v5, 5);
29.94 - cap.set(v4_t, 8);
29.95 - cap.set(v5_t, 8);
29.96 -
29.97 - //Kis modositas
29.98 - //cap.put(v2_s, 100);
29.99 -
29.100 -
29.101 -
29.102 -
29.103 - /*Egyszerû példa
29.104 - NodeIt s=flow_test.add_node();
29.105 - NodeIt v1=flow_test.add_node();
29.106 - NodeIt v2=flow_test.add_node();
29.107 - NodeIt t=flow_test.add_node();
29.108 -
29.109 - node_property_vector<list_graph, std::string> node_name(flow_test);
29.110 - node_name.put(s, "s");
29.111 - node_name.put(v1, "v1");
29.112 - node_name.put(v2, "v2");
29.113 - node_name.put(t, "t");
29.114 -
29.115 - edge_iterator s_v1=flow_test.add_edge(s, v1);
29.116 - edge_iterator v1_v2=flow_test.add_edge(v1, v2);
29.117 - edge_iterator v2_t=flow_test.add_edge(v2, t);
29.118 -
29.119 - edge_property_vector<list_graph, int> cap(flow_test);
29.120 -
29.121 - cap.put(s_v1, 16);
29.122 - cap.put(v1_v2, 10);
29.123 - cap.put(v2_t, 4);
29.124 - */
29.125 -
29.126 - std::cout << "preflow-push algorithm test..." << std::endl;
29.127 -
29.128 - /*
29.129 - std::cout << "on directed graph graph" << std::endl; //<< flow_test;
29.130 - std::cout << "names and capacity values" << std::endl;
29.131 - for(EachNodeIt i=flow_test.first_node(); i.valid(); ++i) {
29.132 - std::cout << node_name.get(i) << ": ";
29.133 - std::cout << "out edges: ";
29.134 - for(out_edge_iterator j=flow_test.first_out_edge(i); j.valid(); ++j)
29.135 - std::cout << node_name.get(flow_test.source(j)) << "-"<< cap.get(j) << "->" << node_name.get(flow_test.target(j)) << " ";
29.136 - std::cout << "in edges: ";
29.137 - for(in_edge_iterator j=flow_test.first_in_edge(i); j.valid(); ++j)
29.138 - std::cout << node_name.get(flow_test.source(j)) << "-"<< cap.get(j) << "->" << node_name.get(flow_test.target(j)) << " ";
29.139 - std::cout << std::endl;
29.140 - }
29.141 - */
29.142 -
29.143 - //for(each_NodeIt i=flow_test.first_node(); i.valid(); ++i) {
29.144 - // std::cout << i << " ";
29.145 - //}
29.146 -
29.147 - dijkstra_at<ListGraph, int> dijkstra_test(flowG, s, cap);
29.148 - //cout << preflow_push_test.run()<<endl;
29.149 -
29.150 - //cap.put(v5_t, 9);
29.151 - //cout << preflow_push_test.run()<<endl;
29.152 -
29.153 - return 0;
29.154 -}
29.155 -
29.156 -
29.157 -
29.158 -
29.159 -
29.160 -
29.161 -
29.162 -
29.163 -
30.1 --- a/src/work/athos/kruskal.h Sun Apr 17 18:57:22 2005 +0000
30.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
30.3 @@ -1,61 +0,0 @@
30.4 -/*
30.5 -Kruskal's algorithm to find a spanning tree of minimum weight
30.6 -If the graph is not connected, it gives a forest.
30.7 -*/
30.8 -#ifndef KRUSKAL_H
30.9 -#define KRUSKAL_H
30.10 -
30.11 -#include <union_find.h>
30.12 -
30.13 -namespace lemon {
30.14 -
30.15 - template <typename graph_type, typename T>
30.16 - class Kruskal {
30.17 -
30.18 -
30.19 - //Hasznos typedef-ek
30.20 - typedef typename graph_type::NodeIt NodeIt;
30.21 - typedef typename graph_type::EdgeIt EdgeIt;
30.22 - typedef typename graph_type::EachNodeIt EachNodeIt;
30.23 - typedef typename graph_type::EachEdgeIt EachEdgeIt;
30.24 - typedef typename graph_type::SymEdgeIt SymEdgeIt;
30.25 -
30.26 - //input
30.27 - graph_type& G;
30.28 - typename graph_type::EdgeMap<T> &weight;
30.29 -
30.30 - //Auxilliary variables
30.31 - typename graph_type::NodeMap<int> component(flowG);
30.32 -
30.33 - Kruskal(
30.34 - graph_type& _G,
30.35 - typename graph_type::EdgeMap<T> & _weight)
30.36 - : G(_G),
30.37 - weight(_weight),
30.38 - component(-1)
30.39 - {
30.40 - }
30.41 -
30.42 - /*Originally by Misi.*/
30.43 - struct Edge_comp
30.44 - {
30.45 - NodeMap<graph_type, T> &d;
30.46 - Node_dist_comp(NodeMap<graph_type, T> &_d) : d(_d) {}
30.47 -
30.48 - bool operator()(const NodeIt& u, const NodeIt& v) const
30.49 - { return d.get(u) < d.get(v); }
30.50 - };
30.51 -
30.52 -
30.53 - //Runs the algorithm
30.54 - void run() {
30.55 -
30.56 -
30.57 -
30.58 - }
30.59 -
30.60 - }
30.61 -
30.62 -}//namespacc lemon
30.63 -
30.64 -#endif
31.1 --- a/src/work/athos/kruskal_otletek Sun Apr 17 18:57:22 2005 +0000
31.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
31.3 @@ -1,14 +0,0 @@
31.4 -
31.5 -UnionFind<graph_type, NodeIt> uf( G, G.NodeIt());
31.6 -NodeUnionFind<graph_type> uf( G);
31.7 -
31.8 -Kell e:
31.9 -find visszaadja a nagyfonokot, altalaban kell e a belso tarolobol tudni visszafejteni az ott levo pontot.
31.10 -Kell e merge(int, int)
31.11 - esetleg merge(Nodeit fonoka, NodeIt fonokb)
31.12 -
31.13 -konstruálás map-bõl.
31.14 -find: visszaad egy egészet
31.15 -
31.16 -findAndMerge: visszaad egy boolt
31.17 -
32.1 --- a/src/work/athos/lp/Makefile Sun Apr 17 18:57:22 2005 +0000
32.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
32.3 @@ -1,29 +0,0 @@
32.4 -CXXFLAGS = -Wall -ggdb --no-inline -I../../.. -I.. -I/usr/local/cplex/cplex75/include
32.5 -
32.6 -all: lp_sample_cplex
32.7 -
32.8 -clean:
32.9 - rm lp_test lp_sample_cplex lp_sample *.o
32.10 -
32.11 -lp_base.o: ../../../lemon/lp_base.cc ../../../lemon/lp_base.h
32.12 - $(CXX) $(CXXFLAGS) -o $@ -c $<
32.13 -
32.14 -
32.15 -lp_solver_skeleton.o: lp_solver_skeleton.cc lp_solver_skeleton.h lp_base.h
32.16 - $(CXX) $(CXXFLAGS) -o $@ -c $<
32.17 -
32.18 -lp_glpk.o: ../../../lemon/lp_glpk.cc ../../../lemon/lp_glpk.h ../../../lemon/lp_base.h
32.19 - $(CXX) $(CXXFLAGS) -o $@ -c $<
32.20 -
32.21 -lp_cplex.o: lp_cplex.cc lp_cplex.h ../../../lemon/lp_base.h
32.22 - $(CXX) $(CXXFLAGS) -I/usr/local/cplex/cplex75/include -o $@ -c $<
32.23 -
32.24 -lp_sample.o: lp_sample.cc
32.25 -
32.26 -lp_sample: lp_sample.o lp_base.o lp_glpk.o
32.27 - $(CXX) -o $@ $^ -lglpk
32.28 -
32.29 -lp_sample_cplex: lp_sample_cplex.o lp_base.o lp_cplex.o
32.30 - $(CXX) $(CXXFLAGS) -o $@ $^ -L/usr/local/cplex/cplex75/lib/i86_linux2_glibc2.2_gcc3.0/static_pic_mt -lcplex -lm -lpthread
32.31 -
32.32 -# $(CXX) $(CXXFLAGS) $(LDFLAGS) -o $@ $^
33.1 --- a/src/work/athos/lp/lp_cplex.cc Sun Apr 17 18:57:22 2005 +0000
33.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
33.3 @@ -1,201 +0,0 @@
33.4 -/* -*- C++ -*-
33.5 - * src/lemon/lp_cplex.cc
33.6 - * - Part of LEMON, a generic C++ optimization library
33.7 - *
33.8 - * Copyright (C) 2005 Egervary Jeno Kombinatorikus Optimalizalasi Kutatocsoport
33.9 - * (Egervary Research Group on Combinatorial Optimization, EGRES).
33.10 - *
33.11 - * Permission to use, modify and distribute this software is granted
33.12 - * provided that this copyright notice appears in all copies. For
33.13 - * precise terms see the accompanying LICENSE file.
33.14 - *
33.15 - * This software is provided "AS IS" with no warranty of any kind,
33.16 - * express or implied, and with no claim as to its suitability for any
33.17 - * purpose.
33.18 - *
33.19 - */
33.20 -
33.21 -#include"lp_cplex.h"
33.22 -
33.23 -///\file
33.24 -///\brief Implementation of the LEMON-CPLEX lp solver interface.
33.25 -namespace lemon {
33.26 -
33.27 - int LpCplex::_addCol()
33.28 - {
33.29 - int i = CPXgetnumcols (env, lp);
33.30 - Value lb[1],ub[1];
33.31 - lb[0]=-INF;//-CPX_INFBOUND;
33.32 - ub[0]=INF;//CPX_INFBOUND;
33.33 - status = CPXnewcols (env, lp, 1, NULL, lb, ub, NULL, NULL);
33.34 - return i;
33.35 - }
33.36 -
33.37 - int LpCplex::_addRow()
33.38 - {
33.39 - //We want a ranged row
33.40 - char sense[1];
33.41 - sense[0]='R';
33.42 -
33.43 - int i = CPXgetnumrows (env, lp);
33.44 - status = CPXnewrows (env, lp, 1, NULL, sense, NULL, NULL);
33.45 - return i;
33.46 - }
33.47 -
33.48 - ///\warning Data at index 0 is ignored iin the arrays.
33.49 - void LpCplex::_setRowCoeffs(int i,
33.50 - int length,
33.51 - int const * indices,
33.52 - Value const * values )
33.53 - {
33.54 - int rowlist[length+1];
33.55 - int* p=rowlist;
33.56 - for (int k=1;k<=length;++k){
33.57 - rowlist[k]=i;
33.58 - }
33.59 - status = CPXchgcoeflist(env, lp,
33.60 - length,
33.61 - p++,
33.62 - const_cast<int * >(indices++),
33.63 - const_cast<Value * >(values++));
33.64 - }
33.65 -
33.66 - void LpCplex::_setColCoeffs(int i,
33.67 - int length,
33.68 - int const * indices,
33.69 - Value const * values)
33.70 - {
33.71 - int collist[length+1];
33.72 - int* p=collist;
33.73 - for (int k=1;k<=length;++k){
33.74 - collist[k]=i;
33.75 - }
33.76 - status = CPXchgcoeflist(env, lp,
33.77 - length,
33.78 - const_cast<int * >(indices++),
33.79 - p++,
33.80 - const_cast<Value * >(values++));
33.81 - }
33.82 -
33.83 - void LpCplex::_setColLowerBound(int i, Value value)
33.84 - {
33.85 - int indices[1];
33.86 - indices[0]=i;
33.87 - char lu[1];
33.88 - lu[0]='L';
33.89 - Value bd[1];
33.90 - bd[0]=value;
33.91 - status = CPXchgbds (env, lp, 1, indices, lu, bd);
33.92 -
33.93 - }
33.94 -
33.95 - void LpCplex::_setColUpperBound(int i, Value value)
33.96 - {
33.97 - int indices[1];
33.98 - indices[0]=i;
33.99 - char lu[1];
33.100 - lu[0]='U';
33.101 - Value bd[1];
33.102 - bd[0]=value;
33.103 - status = CPXchgbds (env, lp, 1, indices, lu, bd);
33.104 - }
33.105 -
33.106 - void LpCplex::_setRowLowerBound(int i, Value value)
33.107 - {
33.108 - status = CPXchgcoef (env, lp, i, -1, value);
33.109 -
33.110 - }
33.111 -
33.112 - void LpCplex::_setRowUpperBound(int i, Value value)
33.113 - {
33.114 - //TODO Ezt kell meg megirni
33.115 - //type of the problem
33.116 - char sense[1];
33.117 - status = CPXgetsense (env, lp, sense, i, i);
33.118 - Value rhs[1];
33.119 - status = CPXgetrhs (env, lp, rhs, i, i);
33.120 -
33.121 - switch (sense[0]) {
33.122 - case 'L'://<= constraint
33.123 - break;
33.124 - case 'E'://= constraint
33.125 - break;
33.126 - case 'G'://>= constraint
33.127 - break;
33.128 - case 'R'://ranged constraint
33.129 - break;
33.130 - default: ;
33.131 - //FIXME error
33.132 - }
33.133 -
33.134 - status = CPXchgcoef (env, lp, i, -2, value_rng);
33.135 - }
33.136 -
33.137 - void LpCplex::_setObjCoeff(int i, Value obj_coef)
33.138 - {
33.139 - status = CPXchgcoef (env, lp, -1, i, obj_coef);
33.140 - }
33.141 -
33.142 - LpCplex::SolveExitStatus LpCplex::_solve()
33.143 - {
33.144 - return SOLVED;
33.145 -// int i= lpx_simplex(lp);
33.146 -// switch (i) {
33.147 -// case LPX_E_OK:
33.148 -// return SOLVED;
33.149 -// break;
33.150 -// default:
33.151 -// return UNSOLVED;
33.152 -// }
33.153 - }
33.154 -
33.155 - LpCplex::Value LpCplex::_getPrimal(int i)
33.156 - {
33.157 - return 0;
33.158 - }
33.159 -
33.160 - LpCplex::Value LpCplex::_getPrimalValue()
33.161 - {
33.162 - return 0;
33.163 - }
33.164 -
33.165 -
33.166 - LpCplex::SolutionStatus LpCplex::_getPrimalStatus()
33.167 - {
33.168 - return OPTIMAL;
33.169 -// int stat= lpx_get_status(lp);
33.170 -// switch (stat) {
33.171 -// case LPX_UNDEF://Undefined (no solve has been run yet)
33.172 -// return UNDEFINED;
33.173 -// break;
33.174 -// case LPX_NOFEAS://There is no feasible solution (primal, I guess)
33.175 -// case LPX_INFEAS://Infeasible
33.176 -// return INFEASIBLE;
33.177 -// break;
33.178 -// case LPX_UNBND://Unbounded
33.179 -// return INFINITE;
33.180 -// break;
33.181 -// case LPX_FEAS://Feasible
33.182 -// return FEASIBLE;
33.183 -// break;
33.184 -// case LPX_OPT://Feasible
33.185 -// return OPTIMAL;
33.186 -// break;
33.187 -// default:
33.188 -// return UNDEFINED; //to avoid gcc warning
33.189 -// //FIXME error
33.190 -// }
33.191 - }
33.192 -
33.193 -
33.194 - void LpCplex::_setMax()
33.195 - {
33.196 - CPXchgobjsen (env, lp, CPX_MAX);
33.197 - }
33.198 - void LpCplex::_setMin()
33.199 - {
33.200 - CPXchgobjsen (env, lp, CPX_MIN);
33.201 - }
33.202 -
33.203 -} //namespace lemon
33.204 -
34.1 --- a/src/work/athos/lp/lp_cplex.h Sun Apr 17 18:57:22 2005 +0000
34.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
34.3 @@ -1,143 +0,0 @@
34.4 -/* -*- C++ -*-
34.5 - * src/lemon/lp_cplex.h - Part of LEMON, a generic C++ optimization library
34.6 - *
34.7 - * Copyright (C) 2005 Egervary Jeno Kombinatorikus Optimalizalasi Kutatocsoport
34.8 - * (Egervary Research Group on Combinatorial Optimization, EGRES).
34.9 - *
34.10 - * Permission to use, modify and distribute this software is granted
34.11 - * provided that this copyright notice appears in all copies. For
34.12 - * precise terms see the accompanying LICENSE file.
34.13 - *
34.14 - * This software is provided "AS IS" with no warranty of any kind,
34.15 - * express or implied, and with no claim as to its suitability for any
34.16 - * purpose.
34.17 - *
34.18 - */
34.19 -
34.20 -#ifndef LEMON_LP_CPLEX_H
34.21 -#define LEMON_LP_CPLEX_H
34.22 -
34.23 -///\file
34.24 -///\brief Header of the LEMON-CPLEX lp solver interface.
34.25 -
34.26 -#include <lemon/lp_base.h>
34.27 -extern "C" {
34.28 -#include <ilcplex/cplex.h>
34.29 -}
34.30 -
34.31 -namespace lemon {
34.32 -
34.33 -
34.34 - /// \brief Wrapper for GLPK solver
34.35 - ///
34.36 - /// This class implements a lemon wrapper for GLPK.
34.37 - class LpCplex : public LpSolverBase {
34.38 -
34.39 - public:
34.40 -
34.41 - typedef LpSolverBase Parent;
34.42 -
34.43 - /// \e
34.44 - int status;
34.45 - CPXENVptr env;
34.46 - CPXLPptr lp;
34.47 -
34.48 -
34.49 - /// \e
34.50 - LpCplex() : Parent() {
34.51 - env = NULL;
34.52 - lp = NULL;
34.53 - env = CPXopenCPLEXdevelop(&status);
34.54 -// if (Env == NULL)
34.55 -// {
34.56 -// fprintf(stderr,"A CPLEX környezet megnyitása sikertelen.\n");
34.57 -// CPXgeterrorstring(Env, Status, ErrorMsg);
34.58 -// fprintf(stderr,"%s",ErrorMsg);
34.59 -// goto Terminate;
34.60 -// }
34.61 -
34.62 - // *** A problema létrehozása ***
34.63 - lp = CPXcreateprob(env, &status, "LP problem");
34.64 -
34.65 -// if (Problem == NULL)
34.66 -// {
34.67 -// fprintf(stderr,"Az LP létrehozása sikertelen");
34.68 -// goto Terminate;
34.69 -// }
34.70 -
34.71 - }
34.72 - /// \e
34.73 - ~LpCplex() {
34.74 - status = CPXfreeprob(env,&lp);
34.75 -// if (Status != 0)
34.76 -// {
34.77 -// fprintf(stderr,"A CPLEX feladat törlése sikertelen.\n");
34.78 -// CPXgeterrorstring(Env, Status, ErrorMsg);
34.79 -// fprintf(stderr,"%s",ErrorMsg);
34.80 -// goto Terminate;
34.81 -// }
34.82 -
34.83 - status = CPXcloseCPLEX(&env);
34.84 -// if (Status != 0)
34.85 -// {
34.86 -// fprintf(stderr,"A CPLEX környezet bezárása sikertelen.\n");
34.87 -// CPXgeterrorstring(Env, Status, ErrorMsg);
34.88 -// fprintf(stderr,"%s",ErrorMsg);
34.89 -// goto Terminate;
34.90 -// }
34.91 -
34.92 - }
34.93 -
34.94 - protected:
34.95 - virtual int _addCol();
34.96 - virtual int _addRow();
34.97 - virtual void _setRowCoeffs(int i,
34.98 - int length,
34.99 - const int * indices,
34.100 - const Value * values );
34.101 - virtual void _setColCoeffs(int i,
34.102 - int length,
34.103 - const int * indices,
34.104 - const Value * values);
34.105 - virtual void _setColLowerBound(int i, Value value);
34.106 - virtual void _setColUpperBound(int i, Value value);
34.107 - virtual void _setRowLowerBound(int i, Value value);
34.108 - virtual void _setRowUpperBound(int i, Value value);
34.109 - virtual void _setObjCoeff(int i, Value obj_coef);
34.110 - ///\e
34.111 -
34.112 - ///\bug Unimplemented
34.113 - ///
34.114 - virtual SolveExitStatus _solve();
34.115 - ///\e
34.116 -
34.117 - ///\bug Unimplemented
34.118 - ///
34.119 - virtual Value _getPrimal(int i);
34.120 - ///\e
34.121 -
34.122 - ///\bug Unimplemented
34.123 - ///
34.124 - virtual Value _getPrimalValue();
34.125 - ///\e
34.126 -
34.127 - ///\bug Unimplemented
34.128 - ///
34.129 - virtual SolutionStatus _getPrimalStatus();
34.130 -
34.131 - ///\e
34.132 -
34.133 - ///\bug Unimplemented
34.134 - ///
34.135 - virtual void _setMax();
34.136 - ///\e
34.137 -
34.138 - ///\bug Unimplemented
34.139 - ///
34.140 - virtual void _setMin();
34.141 -
34.142 - };
34.143 -} //END OF NAMESPACE LEMON
34.144 -
34.145 -#endif //LEMON_LP_CPLEX_H
34.146 -
35.1 --- a/src/work/athos/lp/lp_solver_base.h Sun Apr 17 18:57:22 2005 +0000
35.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
35.3 @@ -1,162 +0,0 @@
35.4 -// -*- c++ -*-
35.5 -#ifndef LEMON_LP_SOLVER_BASE_H
35.6 -#define LEMON_LP_SOLVER_BASE_H
35.7 -
35.8 -///\ingroup misc
35.9 -///\file
35.10 -
35.11 -// #include <stdio.h>
35.12 -#include <stdlib.h>
35.13 -#include <iostream>
35.14 -#include <map>
35.15 -#include <limits>
35.16 -// #include <stdio>
35.17 -//#include <stdlib>
35.18 -
35.19 -#include <iostream>
35.20 -#include <vector>
35.21 -#include <string>
35.22 -#include <list>
35.23 -#include <memory>
35.24 -#include <utility>
35.25 -
35.26 -//#include <lemon/invalid.h>
35.27 -//#include <expression.h>
35.28 -//#include <stp.h>
35.29 -//#include <lemon/max_flow.h>
35.30 -//#include <augmenting_flow.h>
35.31 -//#include <iter_map.h>
35.32 -
35.33 -using std::cout;
35.34 -using std::cin;
35.35 -using std::endl;
35.36 -
35.37 -namespace lemon {
35.38 -
35.39 - template <typename _Value>
35.40 - class LpSolverBase {
35.41 -
35.42 - /*! @name Uncategorized functions and types (public members)
35.43 - */
35.44 - //@{
35.45 - public:
35.46 -
35.47 - //UNCATEGORIZED
35.48 -
35.49 - /// \e
35.50 - typedef _Value Value;
35.51 - /// \e
35.52 - static const Value INF;
35.53 - public:
35.54 - /// \e
35.55 - LpSolverBase() { }
35.56 - /// \e
35.57 - virtual ~LpSolverBase() { }
35.58 -
35.59 - /*! @name Low level interface (protected members)
35.60 - Problem manipulating functions in the low level interface
35.61 - */
35.62 - //@{
35.63 - protected:
35.64 -
35.65 - //MATRIX MANIPULATING FUNCTIONS
35.66 -
35.67 - /// \e
35.68 - virtual int _addCol() = 0;
35.69 - /// \e
35.70 - virtual int _addRow() = 0;
35.71 - /// \e
35.72 - virtual void _eraseCol(int i) = 0;
35.73 - /// \e
35.74 - virtual void _eraseRow(int i) = 0;
35.75 - /// \e
35.76 - virtual void _setRowCoeffs(int i,
35.77 - const std::vector<std::pair<int, Value> >& coeffs) = 0;
35.78 - /// \e
35.79 - /// This routine modifies \c coeffs only by the \c push_back method.
35.80 - virtual void _getRowCoeffs(int i,
35.81 - std::vector<std::pair<int, Value> >& coeffs) = 0;
35.82 - /// \e
35.83 - virtual void _setColCoeffs(int i,
35.84 - const std::vector<std::pair<int, Value> >& coeffs) = 0;
35.85 - /// \e
35.86 - /// This routine modifies \c coeffs only by the \c push_back method.
35.87 - virtual void _getColCoeffs(int i,
35.88 - std::vector<std::pair<int, Value> >& coeffs) = 0;
35.89 - /// \e
35.90 - virtual void _setCoeff(int col, int row, Value value) = 0;
35.91 - /// \e
35.92 - virtual Value _getCoeff(int col, int row) = 0;
35.93 - // public:
35.94 - // /// \e
35.95 - // enum Bound { FREE, LOWER, UPPER, DOUBLE, FIXED };
35.96 - protected:
35.97 - /// \e
35.98 - /// The lower bound of a variable (column) have to be given by an
35.99 - /// extended number of type Value, i.e. a finite number of type
35.100 - /// Value or -INF.
35.101 - virtual void _setColLowerBound(int i, Value value) = 0;
35.102 - /// \e
35.103 - /// The lower bound of a variable (column) is an
35.104 - /// extended number of type Value, i.e. a finite number of type
35.105 - /// Value or -INF.
35.106 - virtual Value _getColLowerBound(int i) = 0;
35.107 - /// \e
35.108 - /// The upper bound of a variable (column) have to be given by an
35.109 - /// extended number of type Value, i.e. a finite number of type
35.110 - /// Value or INF.
35.111 - virtual void _setColUpperBound(int i, Value value) = 0;
35.112 - /// \e
35.113 - /// The upper bound of a variable (column) is an
35.114 - /// extended number of type Value, i.e. a finite number of type
35.115 - /// Value or INF.
35.116 - virtual Value _getColUpperBound(int i) = 0;
35.117 - /// \e
35.118 - /// The lower bound of a linear expression (row) have to be given by an
35.119 - /// extended number of type Value, i.e. a finite number of type
35.120 - /// Value or -INF.
35.121 - virtual void _setRowLowerBound(int i, Value value) = 0;
35.122 - /// \e
35.123 - /// The lower bound of a linear expression (row) is an
35.124 - /// extended number of type Value, i.e. a finite number of type
35.125 - /// Value or -INF.
35.126 - virtual Value _getRowLowerBound(int i) = 0;
35.127 - /// \e
35.128 - /// The upper bound of a linear expression (row) have to be given by an
35.129 - /// extended number of type Value, i.e. a finite number of type
35.130 - /// Value or INF.
35.131 - virtual void _setRowUpperBound(int i, Value value) = 0;
35.132 - /// \e
35.133 - /// The upper bound of a linear expression (row) is an
35.134 - /// extended number of type Value, i.e. a finite number of type
35.135 - /// Value or INF.
35.136 - virtual Value _getRowUpperBound(int i) = 0;
35.137 - /// \e
35.138 - virtual void _setObjCoeff(int i, Value obj_coef) = 0;
35.139 - /// \e
35.140 - virtual Value _getObjCoeff(int i) = 0;
35.141 -
35.142 - //SOLUTION RETRIEVING
35.143 -
35.144 - /// \e
35.145 - virtual Value _getPrimal(int i) = 0;
35.146 - //@}
35.147 -
35.148 -
35.149 -
35.150 - /*! @name MIP functions and types (public members)
35.151 - */
35.152 - //@{
35.153 - protected:
35.154 - /// \e
35.155 - virtual void _setColCont(int i) = 0;
35.156 - /// \e
35.157 - virtual void _setColInt(int i) = 0;
35.158 - /// \e
35.159 - virtual Value _getMIPPrimal(int i) = 0;
35.160 - //@}
35.161 - };
35.162 -
35.163 -} //namespace lemon
35.164 -
35.165 -#endif //LEMON_LP_SOLVER_BASE_H
36.1 --- a/src/work/athos/lp/lp_solver_glpk.cc Sun Apr 17 18:57:22 2005 +0000
36.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
36.3 @@ -1,28 +0,0 @@
36.4 -// -*- c++ -*-
36.5 -#ifndef LEMON_LP_SOLVER_GLPK_CC
36.6 -#define LEMON_LP_SOLVER_GLPK_CC
36.7 - //LOW LEVEL INTERFACE, MATRIX MANIPULATING FUNCTIONS
36.8 -extern "C" {
36.9 -#include "glpk.h"
36.10 -}
36.11 -#include "lp_solver_glpk.h"
36.12 -
36.13 -namespace lemon {
36.14 -
36.15 -
36.16 - /// \e
36.17 - int LpGlpk::_addCol() {
36.18 - int i=lpx_add_cols(lp, 1);
36.19 - _setColLowerBound(i, -INF);
36.20 - _setColUpperBound(i, INF);
36.21 - return i;
36.22 - }
36.23 - /// \e
36.24 - int LpGlpk::_addRow() {
36.25 - int i=lpx_add_rows(lp, 1);
36.26 - return i;
36.27 - }
36.28 -
36.29 -} //namespace lemon
36.30 -
36.31 -#endif //LEMON_LP_SOLVER_GLPK_CC
37.1 --- a/src/work/athos/lp/lp_solver_glpk.h Sun Apr 17 18:57:22 2005 +0000
37.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
37.3 @@ -1,565 +0,0 @@
37.4 -// -*- c++ -*-
37.5 -#ifndef LEMON_LP_SOLVER_GLPK_H
37.6 -#define LEMON_LP_SOLVER_GLPK_H
37.7 -
37.8 -///\ingroup misc
37.9 -///\file
37.10 -
37.11 -extern "C" {
37.12 -#include "glpk.h"
37.13 -}
37.14 -#include <lp_solver_base.h>
37.15 -
37.16 -namespace lemon {
37.17 -
37.18 -
37.19 - template <typename Value>
37.20 - const Value LpSolverBase<Value>::INF=std::numeric_limits<Value>::infinity();
37.21 -
37.22 -
37.23 - /// \brief Wrapper for GLPK solver
37.24 - ///
37.25 - /// This class implements a lemon wrapper for GLPK.
37.26 - class LpGlpk : public LpSolverBase<double> {
37.27 -
37.28 - public:
37.29 -
37.30 - typedef LpSolverBase<double> Parent;
37.31 -
37.32 - /// \e
37.33 - LPX* lp;
37.34 -
37.35 - /// \e
37.36 - LpGlpk() : Parent(),
37.37 - lp(lpx_create_prob()) {
37.38 - //int_row_map.push_back(Row());
37.39 - //int_col_map.push_back(Col());
37.40 - lpx_set_int_parm(lp, LPX_K_DUAL, 1);
37.41 - }
37.42 - /// \e
37.43 - ~LpGlpk() {
37.44 - lpx_delete_prob(lp);
37.45 - }
37.46 -
37.47 - //MATRIX INDEPEDENT MANIPULATING FUNCTIONS
37.48 -
37.49 - /// \e
37.50 - void setMinimize() {
37.51 - lpx_set_obj_dir(lp, LPX_MIN);
37.52 - }
37.53 - /// \e
37.54 - void setMaximize() {
37.55 - lpx_set_obj_dir(lp, LPX_MAX);
37.56 - }
37.57 -
37.58 - /// \e
37.59 - /// Retrieve number of rows
37.60 - int rowNum() const { return lpx_get_num_rows(lp); }
37.61 - /// \e
37.62 - /// Retrieve number of coloumns
37.63 - int colNum() const { return lpx_get_num_cols(lp); }
37.64 -
37.65 - protected:
37.66 - /// \e
37.67 - int LpGlpk::_addCol() {
37.68 - int i=lpx_add_cols(lp, 1);
37.69 - _setColLowerBound(i, -INF);
37.70 - _setColUpperBound(i, INF);
37.71 - return i;
37.72 - }
37.73 - /// \e
37.74 - int LpGlpk::_addRow() {
37.75 - int i=lpx_add_rows(lp, 1);
37.76 - return i;
37.77 - }
37.78 - /// \e
37.79 - virtual void _setRowCoeffs(int i,
37.80 - const std::vector<std::pair<int, double> >& coeffs) {
37.81 - int mem_length=1+colNum();
37.82 - int* indices = new int[mem_length];
37.83 - double* doubles = new double[mem_length];
37.84 - int length=0;
37.85 - for (std::vector<std::pair<int, double> >::
37.86 - const_iterator it=coeffs.begin(); it!=coeffs.end(); ++it) {
37.87 - ++length;
37.88 - indices[length]=it->first;
37.89 - doubles[length]=it->second;
37.90 - }
37.91 - lpx_set_mat_row(lp, i, length, indices, doubles);
37.92 - delete [] indices;
37.93 - delete [] doubles;
37.94 - }
37.95 - /// \e
37.96 - virtual void _getRowCoeffs(int i,
37.97 - std::vector<std::pair<int, double> >& coeffs) {
37.98 - int mem_length=1+colNum();
37.99 - int* indices = new int[mem_length];
37.100 - double* doubles = new double[mem_length];
37.101 - int length=lpx_get_mat_row(lp, i, indices, doubles);
37.102 - for (int i=1; i<=length; ++i) {
37.103 - coeffs.push_back(std::make_pair(indices[i], doubles[i]));
37.104 - }
37.105 - delete [] indices;
37.106 - delete [] doubles;
37.107 - }
37.108 - /// \e
37.109 - virtual void _setColCoeffs(int i,
37.110 - const std::vector<std::pair<int, double> >& coeffs) {
37.111 - int mem_length=1+rowNum();
37.112 - int* indices = new int[mem_length];
37.113 - double* doubles = new double[mem_length];
37.114 - int length=0;
37.115 - for (std::vector<std::pair<int, double> >::
37.116 - const_iterator it=coeffs.begin(); it!=coeffs.end(); ++it) {
37.117 - ++length;
37.118 - indices[length]=it->first;
37.119 - doubles[length]=it->second;
37.120 - }
37.121 - lpx_set_mat_col(lp, i, length, indices, doubles);
37.122 - delete [] indices;
37.123 - delete [] doubles;
37.124 - }
37.125 - /// \e
37.126 - virtual void _getColCoeffs(int i,
37.127 - std::vector<std::pair<int, double> >& coeffs) {
37.128 - int mem_length=1+rowNum();
37.129 - int* indices = new int[mem_length];
37.130 - double* doubles = new double[mem_length];
37.131 - int length=lpx_get_mat_col(lp, i, indices, doubles);
37.132 - for (int i=1; i<=length; ++i) {
37.133 - coeffs.push_back(std::make_pair(indices[i], doubles[i]));
37.134 - }
37.135 - delete [] indices;
37.136 - delete [] doubles;
37.137 - }
37.138 - /// \e
37.139 - virtual void _eraseCol(int i) {
37.140 - int cols[2];
37.141 - cols[1]=i;
37.142 - lpx_del_cols(lp, 1, cols);
37.143 - }
37.144 - virtual void _eraseRow(int i) {
37.145 - int rows[2];
37.146 - rows[1]=i;
37.147 - lpx_del_rows(lp, 1, rows);
37.148 - }
37.149 -
37.150 - void _setCoeff(int row, int col, double value) {
37.151 - ///FIXME Of course this is not efficient at all, but GLPK knows not more.
37.152 - /// First approach: get one row, apply changes and set it again
37.153 -
37.154 - int mem_length=1+colNum();
37.155 - int* indices = new int[mem_length];
37.156 - double* doubles = new double[mem_length];
37.157 -
37.158 -
37.159 - int length=lpx_get_mat_row(lp, i, indices, doubles);
37.160 -
37.161 - //The following code does not suppose that the elements of the array indices are sorted
37.162 - int i=1;
37.163 - bool found=false;
37.164 - while (i <= length && !found){
37.165 - if (indices[i]=col){
37.166 - found = true;
37.167 - doubles[i]=value;
37.168 - }
37.169 - ++i;
37.170 - }
37.171 - if (!found){
37.172 - ++length;
37.173 - indices[length]=col;
37.174 - doubles[length]=value;
37.175 - }
37.176 -
37.177 -// This is a piece of code that assumes that the array 'indices' is sorted.
37.178 -// Not ready, I suppose.
37.179 -// //We need another arrays to put the data back, anyway
37.180 -// int* new_indices = new int[length+1];
37.181 -// double* new_doubles = new double[length+1];
37.182 -// int offset;
37.183 -
37.184 -// int i=1;
37.185 -// while (i <= length && indices[i]<col){
37.186 -// new_indiced[i]=indices[i];
37.187 -// new_doubles[i]=doubles[i];
37.188 -// ++i;
37.189 -// }
37.190 -// if (i>length || indices[i]>col){
37.191 -// //Ha atugrottuk, vagy a vegen van
37.192 -// new_indices[i]=col;
37.193 -// new_doubles[i]=value;
37.194 -// offset = 1;
37.195 -// }
37.196 -// else{
37.197 -// //I.e.: indices[i]=col
37.198 -// new_doubles[i]=value;
37.199 -// offset = 0;
37.200 -// ++i;
37.201 -// }
37.202 -// while (i <= length){
37.203 -// new_indices[i+offset]=indices[i];
37.204 -// new_values[i+offset]=values[i];
37.205 -// }
37.206 -
37.207 - lpx_set_mat_row(lp, row, length, indices, doubles);
37.208 - delete [] indices;
37.209 - delete [] doubles;
37.210 -
37.211 -// lpx_set_mat_row(lp, row, length+offset, new_indices, new_doubles);
37.212 -// delete [] new_indices;
37.213 -// delete [] new_doubles;
37.214 -
37.215 -
37.216 - }
37.217 - double _getCoeff(int col, int row) {
37.218 - /// FIXME not yet implemented
37.219 - return 0.0;
37.220 - }
37.221 - virtual void _setColLowerBound(int i, double lo) {
37.222 - if (lo==INF) {
37.223 - //FIXME error
37.224 - }
37.225 - int b=lpx_get_col_type(lp, i);
37.226 - double up=lpx_get_col_ub(lp, i);
37.227 - if (lo==-INF) {
37.228 - switch (b) {
37.229 - case LPX_FR:
37.230 - case LPX_LO:
37.231 - lpx_set_col_bnds(lp, i, LPX_FR, lo, up);
37.232 - break;
37.233 - case LPX_UP:
37.234 - break;
37.235 - case LPX_DB:
37.236 - case LPX_FX:
37.237 - lpx_set_col_bnds(lp, i, LPX_UP, lo, up);
37.238 - break;
37.239 - default: ;
37.240 - //FIXME error
37.241 - }
37.242 - } else {
37.243 - switch (b) {
37.244 - case LPX_FR:
37.245 - case LPX_LO:
37.246 - lpx_set_col_bnds(lp, i, LPX_LO, lo, up);
37.247 - break;
37.248 - case LPX_UP:
37.249 - case LPX_DB:
37.250 - case LPX_FX:
37.251 - if (lo==up)
37.252 - lpx_set_col_bnds(lp, i, LPX_FX, lo, up);
37.253 - else
37.254 - lpx_set_col_bnds(lp, i, LPX_DB, lo, up);
37.255 - break;
37.256 - default: ;
37.257 - //FIXME error
37.258 - }
37.259 - }
37.260 - }
37.261 - virtual double _getColLowerBound(int i) {
37.262 - int b=lpx_get_col_type(lp, i);
37.263 - switch (b) {
37.264 - case LPX_FR:
37.265 - return -INF;
37.266 - case LPX_LO:
37.267 - return lpx_get_col_lb(lp, i);
37.268 - case LPX_UP:
37.269 - return -INF;
37.270 - case LPX_DB:
37.271 - case LPX_FX:
37.272 - return lpx_get_col_lb(lp, i);
37.273 - default: ;
37.274 - //FIXME error
37.275 - return 0.0;
37.276 - }
37.277 - }
37.278 - virtual void _setColUpperBound(int i, double up) {
37.279 - if (up==-INF) {
37.280 - //FIXME error
37.281 - }
37.282 - int b=lpx_get_col_type(lp, i);
37.283 - double lo=lpx_get_col_lb(lp, i);
37.284 - if (up==INF) {
37.285 - switch (b) {
37.286 - case LPX_FR:
37.287 - case LPX_LO:
37.288 - break;
37.289 - case LPX_UP:
37.290 - lpx_set_col_bnds(lp, i, LPX_FR, lo, up);
37.291 - break;
37.292 - case LPX_DB:
37.293 - case LPX_FX:
37.294 - lpx_set_col_bnds(lp, i, LPX_LO, lo, up);
37.295 - break;
37.296 - default: ;
37.297 - //FIXME error
37.298 - }
37.299 - } else {
37.300 - switch (b) {
37.301 - case LPX_FR:
37.302 - lpx_set_col_bnds(lp, i, LPX_UP, lo, up);
37.303 - case LPX_LO:
37.304 - if (lo==up)
37.305 - lpx_set_col_bnds(lp, i, LPX_FX, lo, up);
37.306 - else
37.307 - lpx_set_col_bnds(lp, i, LPX_DB, lo, up);
37.308 - break;
37.309 - case LPX_UP:
37.310 - lpx_set_col_bnds(lp, i, LPX_UP, lo, up);
37.311 - break;
37.312 - case LPX_DB:
37.313 - case LPX_FX:
37.314 - if (lo==up)
37.315 - lpx_set_col_bnds(lp, i, LPX_FX, lo, up);
37.316 - else
37.317 - lpx_set_col_bnds(lp, i, LPX_DB, lo, up);
37.318 - break;
37.319 - default: ;
37.320 - //FIXME error
37.321 - }
37.322 - }
37.323 - }
37.324 - virtual double _getColUpperBound(int i) {
37.325 - int b=lpx_get_col_type(lp, i);
37.326 - switch (b) {
37.327 - case LPX_FR:
37.328 - case LPX_LO:
37.329 - return INF;
37.330 - case LPX_UP:
37.331 - case LPX_DB:
37.332 - case LPX_FX:
37.333 - return lpx_get_col_ub(lp, i);
37.334 - default: ;
37.335 - //FIXME error
37.336 - return 0.0;
37.337 - }
37.338 - }
37.339 - virtual void _setRowLowerBound(int i, double lo) {
37.340 - if (lo==INF) {
37.341 - //FIXME error
37.342 - }
37.343 - int b=lpx_get_row_type(lp, i);
37.344 - double up=lpx_get_row_ub(lp, i);
37.345 - if (lo==-INF) {
37.346 - switch (b) {
37.347 - case LPX_FR:
37.348 - case LPX_LO:
37.349 - lpx_set_row_bnds(lp, i, LPX_FR, lo, up);
37.350 - break;
37.351 - case LPX_UP:
37.352 - break;
37.353 - case LPX_DB:
37.354 - case LPX_FX:
37.355 - lpx_set_row_bnds(lp, i, LPX_UP, lo, up);
37.356 - break;
37.357 - default: ;
37.358 - //FIXME error
37.359 - }
37.360 - } else {
37.361 - switch (b) {
37.362 - case LPX_FR:
37.363 - case LPX_LO:
37.364 - lpx_set_row_bnds(lp, i, LPX_LO, lo, up);
37.365 - break;
37.366 - case LPX_UP:
37.367 - case LPX_DB:
37.368 - case LPX_FX:
37.369 - if (lo==up)
37.370 - lpx_set_row_bnds(lp, i, LPX_FX, lo, up);
37.371 - else
37.372 - lpx_set_row_bnds(lp, i, LPX_DB, lo, up);
37.373 - break;
37.374 - default: ;
37.375 - //FIXME error
37.376 - }
37.377 - }
37.378 - }
37.379 - virtual double _getRowLowerBound(int i) {
37.380 - int b=lpx_get_row_type(lp, i);
37.381 - switch (b) {
37.382 - case LPX_FR:
37.383 - return -INF;
37.384 - case LPX_LO:
37.385 - return lpx_get_row_lb(lp, i);
37.386 - case LPX_UP:
37.387 - return -INF;
37.388 - case LPX_DB:
37.389 - case LPX_FX:
37.390 - return lpx_get_row_lb(lp, i);
37.391 - default: ;
37.392 - //FIXME error
37.393 - return 0.0;
37.394 - }
37.395 - }
37.396 - virtual void _setRowUpperBound(int i, double up) {
37.397 - if (up==-INF) {
37.398 - //FIXME error
37.399 - }
37.400 - int b=lpx_get_row_type(lp, i);
37.401 - double lo=lpx_get_row_lb(lp, i);
37.402 - if (up==INF) {
37.403 - switch (b) {
37.404 - case LPX_FR:
37.405 - case LPX_LO:
37.406 - break;
37.407 - case LPX_UP:
37.408 - lpx_set_row_bnds(lp, i, LPX_FR, lo, up);
37.409 - break;
37.410 - case LPX_DB:
37.411 - case LPX_FX:
37.412 - lpx_set_row_bnds(lp, i, LPX_LO, lo, up);
37.413 - break;
37.414 - default: ;
37.415 - //FIXME error
37.416 - }
37.417 - } else {
37.418 - switch (b) {
37.419 - case LPX_FR:
37.420 - lpx_set_row_bnds(lp, i, LPX_UP, lo, up);
37.421 - case LPX_LO:
37.422 - if (lo==up)
37.423 - lpx_set_row_bnds(lp, i, LPX_FX, lo, up);
37.424 - else
37.425 - lpx_set_row_bnds(lp, i, LPX_DB, lo, up);
37.426 - break;
37.427 - case LPX_UP:
37.428 - lpx_set_row_bnds(lp, i, LPX_UP, lo, up);
37.429 - break;
37.430 - case LPX_DB:
37.431 - case LPX_FX:
37.432 - if (lo==up)
37.433 - lpx_set_row_bnds(lp, i, LPX_FX, lo, up);
37.434 - else
37.435 - lpx_set_row_bnds(lp, i, LPX_DB, lo, up);
37.436 - break;
37.437 - default: ;
37.438 - //FIXME error
37.439 - }
37.440 - }
37.441 - }
37.442 - virtual double _getRowUpperBound(int i) {
37.443 - int b=lpx_get_row_type(lp, i);
37.444 - switch (b) {
37.445 - case LPX_FR:
37.446 - case LPX_LO:
37.447 - return INF;
37.448 - case LPX_UP:
37.449 - case LPX_DB:
37.450 - case LPX_FX:
37.451 - return lpx_get_row_ub(lp, i);
37.452 - default: ;
37.453 - //FIXME error
37.454 - return 0.0;
37.455 - }
37.456 - }
37.457 - /// \e
37.458 - virtual double _getObjCoeff(int i) {
37.459 - return lpx_get_obj_coef(lp, i);
37.460 - }
37.461 - /// \e
37.462 - virtual void _setObjCoeff(int i, double obj_coef) {
37.463 - lpx_set_obj_coef(lp, i, obj_coef);
37.464 - }
37.465 -
37.466 - protected:
37.467 - virtual double _getPrimal(int i) {
37.468 - return lpx_get_col_prim(lp, i);
37.469 - }
37.470 -
37.471 - //MIP
37.472 - protected:
37.473 - /// \e
37.474 - void _setColCont(int i) { lpx_set_col_kind(lp, i, LPX_CV); }
37.475 - /// \e
37.476 - void _setColInt(int i) { lpx_set_col_kind(lp, i, LPX_IV); }
37.477 - /// \e
37.478 - double _getMIPPrimal(int i) { return lpx_mip_col_val(lp, i); }
37.479 -
37.480 -
37.481 -// public:
37.482 -// /// \e
37.483 -// void solveSimplex() { lpx_simplex(lp); }
37.484 -// /// \e
37.485 -// void solvePrimalSimplex() { lpx_simplex(lp); }
37.486 -// /// \e
37.487 -// void solveDualSimplex() { lpx_simplex(lp); }
37.488 -// /// \e
37.489 -// double getObjVal() { return lpx_get_obj_val(lp); }
37.490 -// /// \e
37.491 -// int warmUp() { return lpx_warm_up(lp); }
37.492 -// /// \e
37.493 -// void printWarmUpStatus(int i) {
37.494 -// switch (i) {
37.495 -// case LPX_E_OK: cout << "LPX_E_OK" << endl; break;
37.496 -// case LPX_E_EMPTY: cout << "LPX_E_EMPTY" << endl; break;
37.497 -// case LPX_E_BADB: cout << "LPX_E_BADB" << endl; break;
37.498 -// case LPX_E_SING: cout << "LPX_E_SING" << endl; break;
37.499 -// }
37.500 -// }
37.501 -// /// \e
37.502 -// int getPrimalStatus() { return lpx_get_prim_stat(lp); }
37.503 -// /// \e
37.504 -// void printPrimalStatus(int i) {
37.505 -// switch (i) {
37.506 -// case LPX_P_UNDEF: cout << "LPX_P_UNDEF" << endl; break;
37.507 -// case LPX_P_FEAS: cout << "LPX_P_FEAS" << endl; break;
37.508 -// case LPX_P_INFEAS: cout << "LPX_P_INFEAS" << endl; break;
37.509 -// case LPX_P_NOFEAS: cout << "LPX_P_NOFEAS" << endl; break;
37.510 -// }
37.511 -// }
37.512 -// /// \e
37.513 -// int getDualStatus() { return lpx_get_dual_stat(lp); }
37.514 -// /// \e
37.515 -// void printDualStatus(int i) {
37.516 -// switch (i) {
37.517 -// case LPX_D_UNDEF: cout << "LPX_D_UNDEF" << endl; break;
37.518 -// case LPX_D_FEAS: cout << "LPX_D_FEAS" << endl; break;
37.519 -// case LPX_D_INFEAS: cout << "LPX_D_INFEAS" << endl; break;
37.520 -// case LPX_D_NOFEAS: cout << "LPX_D_NOFEAS" << endl; break;
37.521 -// }
37.522 -// }
37.523 -// /// Returns the status of the slack variable assigned to row \c row.
37.524 -// int getRowStat(const Row& row) {
37.525 -// return lpx_get_row_stat(lp, row_iter_map[row]);
37.526 -// }
37.527 -// /// \e
37.528 -// void printRowStatus(int i) {
37.529 -// switch (i) {
37.530 -// case LPX_BS: cout << "LPX_BS" << endl; break;
37.531 -// case LPX_NL: cout << "LPX_NL" << endl; break;
37.532 -// case LPX_NU: cout << "LPX_NU" << endl; break;
37.533 -// case LPX_NF: cout << "LPX_NF" << endl; break;
37.534 -// case LPX_NS: cout << "LPX_NS" << endl; break;
37.535 -// }
37.536 -// }
37.537 -// /// Returns the status of the variable assigned to column \c col.
37.538 -// int getColStat(const Col& col) {
37.539 -// return lpx_get_col_stat(lp, col_iter_map[col]);
37.540 -// }
37.541 -// /// \e
37.542 -// void printColStatus(int i) {
37.543 -// switch (i) {
37.544 -// case LPX_BS: cout << "LPX_BS" << endl; break;
37.545 -// case LPX_NL: cout << "LPX_NL" << endl; break;
37.546 -// case LPX_NU: cout << "LPX_NU" << endl; break;
37.547 -// case LPX_NF: cout << "LPX_NF" << endl; break;
37.548 -// case LPX_NS: cout << "LPX_NS" << endl; break;
37.549 -// }
37.550 -// }
37.551 -
37.552 -// // MIP
37.553 -// /// \e
37.554 -// void solveBandB() { lpx_integer(lp); }
37.555 -// /// \e
37.556 -// void setLP() { lpx_set_class(lp, LPX_LP); }
37.557 -// /// \e
37.558 -// void setMIP() { lpx_set_class(lp, LPX_MIP); }
37.559 -
37.560 -
37.561 -
37.562 - };
37.563 -
37.564 - /// @}
37.565 -
37.566 -} //namespace lemon
37.567 -
37.568 -#endif //LEMON_LP_SOLVER_GLPK_H
38.1 --- a/src/work/athos/lp/lp_test_cplex.cc Sun Apr 17 18:57:22 2005 +0000
38.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
38.3 @@ -1,185 +0,0 @@
38.4 -#include"lp_solver_skeleton.h"
38.5 -#include"lp_cplex.h"
38.6 -#include<lemon/list_graph.h>
38.7 -
38.8 -using namespace lemon;
38.9 -
38.10 -void lpTest(LpSolverBase & lp)
38.11 -{
38.12 - typedef LpSolverBase LP;
38.13 -
38.14 - std::vector<LP::Col> x;
38.15 - for(int i=0;i<10;i++) x.push_back(lp.addCol());
38.16 -
38.17 - std::vector<LP::Col> y(10);
38.18 - lp.addColSet(y);
38.19 -
38.20 - std::map<int,LP::Col> z;
38.21 -
38.22 - z.insert(std::make_pair(12,INVALID));
38.23 - z.insert(std::make_pair(2,INVALID));
38.24 - z.insert(std::make_pair(7,INVALID));
38.25 - z.insert(std::make_pair(5,INVALID));
38.26 -
38.27 - lp.addColSet(z);
38.28 -
38.29 -
38.30 - LP::Expr e,f,g;
38.31 - LP::Col p1,p2,p3,p4,p5;
38.32 - LP::Constr c;
38.33 -
38.34 - e[p1]=2;
38.35 - e.constComp()=12;
38.36 - e[p1]+=2;
38.37 - e.constComp()+=12;
38.38 - e[p1]-=2;
38.39 - e.constComp()-=12;
38.40 -
38.41 - e=2;
38.42 - e=2.2;
38.43 - e=p1;
38.44 - e=f;
38.45 -
38.46 - e+=2;
38.47 - e+=2.2;
38.48 - e+=p1;
38.49 - e+=f;
38.50 -
38.51 - e-=2;
38.52 - e-=2.2;
38.53 - e-=p1;
38.54 - e-=f;
38.55 -
38.56 - e*=2;
38.57 - e*=2.2;
38.58 - e/=2;
38.59 - e/=2.2;
38.60 -
38.61 - e=((p1+p2)+(p1-p2)+(p1+12)+(12+p1)+(p1-12)+(12-p1)+
38.62 - (f+12)+(12+f)+(p1+f)+(f+p1)+(f+g)+
38.63 - (f-12)+(12-f)+(p1-f)+(f-p1)+(f-g)+
38.64 - 2.2*f+f*2.2+f/2.2+
38.65 - 2*f+f*2+f/2+
38.66 - 2.2*p1+p1*2.2+p1/2.2+
38.67 - 2*p1+p1*2+p1/2
38.68 - );
38.69 -
38.70 -
38.71 - c = (e <= f );
38.72 - c = (e <= 2.2);
38.73 - c = (e <= 2 );
38.74 - c = (e <= p1 );
38.75 - c = (2.2<= f );
38.76 - c = (2 <= f );
38.77 - c = (p1 <= f );
38.78 - c = (p1 <= p2 );
38.79 - c = (p1 <= 2.2);
38.80 - c = (p1 <= 2 );
38.81 - c = (2.2<= p2 );
38.82 - c = (2 <= p2 );
38.83 -
38.84 - c = (e >= f );
38.85 - c = (e >= 2.2);
38.86 - c = (e >= 2 );
38.87 - c = (e >= p1 );
38.88 - c = (2.2>= f );
38.89 - c = (2 >= f );
38.90 - c = (p1 >= f );
38.91 - c = (p1 >= p2 );
38.92 - c = (p1 >= 2.2);
38.93 - c = (p1 >= 2 );
38.94 - c = (2.2>= p2 );
38.95 - c = (2 >= p2 );
38.96 -
38.97 - c = (e == f );
38.98 - c = (e == 2.2);
38.99 - c = (e == 2 );
38.100 - c = (e == p1 );
38.101 - c = (2.2== f );
38.102 - c = (2 == f );
38.103 - c = (p1 == f );
38.104 - //c = (p1 == p2 );
38.105 - c = (p1 == 2.2);
38.106 - c = (p1 == 2 );
38.107 - c = (2.2== p2 );
38.108 - c = (2 == p2 );
38.109 -
38.110 - c = (2 <= e <= 3);
38.111 - c = (2 <= p1<= 3);
38.112 -
38.113 - c = (2 >= e >= 3);
38.114 - c = (2 >= p1>= 3);
38.115 -
38.116 - e[x[3]]=2;
38.117 - e[x[3]]=4;
38.118 - e[x[3]]=1;
38.119 - e.constComp()=12;
38.120 -
38.121 - lp.addRow(LP::INF,e,23);
38.122 - lp.addRow(LP::INF,3.0*(p1+p2)-p3,23);
38.123 - lp.addRow(LP::INF,3.0*(x[1]+x[2]/2)-x[3],23);
38.124 - lp.addRow(LP::INF,3.0*(p1+p2*2-5*p3+12-p4/3)+2*p4-4,23);
38.125 - lp.addRow(LP::INF,3.0*(x[1]+x[2]*2-5*x[3]+12-x[4]/3)+2*x[4]-4,23);
38.126 -
38.127 - lp.addRow(x[1]+x[3]<=x[5]-3);
38.128 - lp.addRow(-7<=x[1]+x[3]-12<=3);
38.129 - //lp.addRow(x[1]<=x[5]);
38.130 -
38.131 -}
38.132 -
38.133 -
38.134 -template<class G,class C>
38.135 -double maxFlow(const G &g,const C &cap,typename G::Node s,typename G::Node t)
38.136 -{
38.137 - LpGlpk lp;
38.138 -
38.139 - typedef G Graph;
38.140 - typedef typename G::Node Node;
38.141 - typedef typename G::NodeIt NodeIt;
38.142 - typedef typename G::Edge Edge;
38.143 - typedef typename G::EdgeIt EdgeIt;
38.144 - typedef typename G::OutEdgeIt OutEdgeIt;
38.145 - typedef typename G::InEdgeIt InEdgeIt;
38.146 -
38.147 - typename G::EdgeMap<LpGlpk::Col> x(g);
38.148 - lp.addColSet(x);
38.149 - //for(EdgeIt e(g);e!=INVALID;++e) x[e]=lp.addCol();
38.150 -
38.151 - for(EdgeIt e(g);e!=INVALID;++e) {
38.152 - lp.setColUpperBound(x[e],cap[e]);
38.153 - lp.setColLowerBound(x[e],0);
38.154 - }
38.155 -
38.156 - for(NodeIt n(g);n!=INVALID;++n) if(n!=s&&n!=t) {
38.157 - LpGlpk::Expr ex;
38.158 - for(InEdgeIt e(g,n);e!=INVALID;++e) ex+=x[e];
38.159 - for(OutEdgeIt e(g,n);e!=INVALID;++e) ex-=x[e];
38.160 - lp.addRow(0,ex,0);
38.161 - }
38.162 - {
38.163 - LpGlpk::Expr ex;
38.164 - for(InEdgeIt e(g,t);e!=INVALID;++e) ex+=x[e];
38.165 - for(OutEdgeIt e(g,t);e!=INVALID;++e) ex-=x[e];
38.166 - lp.setObj(ex);
38.167 - }
38.168 -
38.169 - lp.solve();
38.170 -
38.171 - return 0;
38.172 -}
38.173 -
38.174 -int main()
38.175 -{
38.176 - LpSolverSkeleton lp_skel;
38.177 - LpGlpk lp_glpk;
38.178 - LpCplex lp_cplex;
38.179 -
38.180 - lpTest(lp_skel);
38.181 - lpTest(lp_cplex);
38.182 -
38.183 - ListGraph g;
38.184 - ListGraph::EdgeMap<double> cap(g);
38.185 -
38.186 - maxFlow(g,cap,ListGraph::NodeIt(g),ListGraph::NodeIt(g));
38.187 -
38.188 -}
39.1 --- a/src/work/athos/lp_old/expression.h Sun Apr 17 18:57:22 2005 +0000
39.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
39.3 @@ -1,197 +0,0 @@
39.4 -// -*- c++ -*-
39.5 -#ifndef LEMON_EXPRESSION_H
39.6 -#define LEMON_EXPRESSION_H
39.7 -
39.8 -#include <iostream>
39.9 -#include <map>
39.10 -#include <limits>
39.11 -
39.12 -namespace lemon {
39.13 -
39.14 - /*! \brief Linear expression
39.15 -
39.16 - \c Expr<_Col,_Value> implements a class of linear expressions with the
39.17 - operations of addition and multiplication with scalar.
39.18 -
39.19 - \author Marton Makai
39.20 - */
39.21 - template <typename _Col, typename _Value>
39.22 - class Expr;
39.23 -
39.24 - template <typename _Col, typename _Value>
39.25 - class Expr {
39.26 -// protected:
39.27 - public:
39.28 - typedef
39.29 - typename std::map<_Col, _Value> Data;
39.30 - Data data;
39.31 - public:
39.32 - void simplify() {
39.33 - for (typename Data::iterator i=data.begin();
39.34 - i!=data.end(); ++i) {
39.35 - if ((*i).second==0) data.erase(i);
39.36 - }
39.37 - }
39.38 - Expr() { }
39.39 - Expr(_Col _col) {
39.40 - data.insert(std::make_pair(_col, 1));
39.41 - }
39.42 - Expr& operator*=(_Value _value) {
39.43 - for (typename Data::iterator i=data.begin();
39.44 - i!=data.end(); ++i) {
39.45 - (*i).second *= _value;
39.46 - }
39.47 - simplify();
39.48 - return *this;
39.49 - }
39.50 - Expr& operator+=(const Expr<_Col, _Value>& expr) {
39.51 - for (typename Data::const_iterator j=expr.data.begin();
39.52 - j!=expr.data.end(); ++j) {
39.53 - typename Data::iterator i=data.find((*j).first);
39.54 - if (i==data.end()) {
39.55 - data.insert(std::make_pair((*j).first, (*j).second));
39.56 - } else {
39.57 - (*i).second+=(*j).second;
39.58 - }
39.59 - }
39.60 - simplify();
39.61 - return *this;
39.62 - }
39.63 - Expr& operator-=(const Expr<_Col, _Value>& expr) {
39.64 - for (typename Data::const_iterator j=expr.data.begin();
39.65 - j!=expr.data.end(); ++j) {
39.66 - typename Data::iterator i=data.find((*j).first);
39.67 - if (i==data.end()) {
39.68 - data.insert(std::make_pair((*j).first, -(*j).second));
39.69 - } else {
39.70 - (*i).second+=-(*j).second;
39.71 - }
39.72 - }
39.73 - simplify();
39.74 - return *this;
39.75 - }
39.76 - template <typename _C, typename _V>
39.77 - friend std::ostream& operator<<(std::ostream& os,
39.78 - const Expr<_C, _V>& expr);
39.79 - };
39.80 -
39.81 - template <typename _Col, typename _Value>
39.82 - Expr<_Col, _Value> operator*(_Value _value, _Col _col) {
39.83 - Expr<_Col, _Value> tmp(_col);
39.84 - tmp*=_value;
39.85 - tmp.simplify();
39.86 - return tmp;
39.87 - }
39.88 -
39.89 - template <typename _Col, typename _Value>
39.90 - Expr<_Col, _Value> operator*(_Value _value,
39.91 - const Expr<_Col, _Value>& expr) {
39.92 - Expr<_Col, _Value> tmp(expr);
39.93 - tmp*=_value;
39.94 - tmp.simplify();
39.95 - return tmp;
39.96 - }
39.97 -
39.98 - template <typename _Col, typename _Value>
39.99 - Expr<_Col, _Value> operator+(const Expr<_Col, _Value>& expr1,
39.100 - const Expr<_Col, _Value>& expr2) {
39.101 - Expr<_Col, _Value> tmp(expr1);
39.102 - tmp+=expr2;
39.103 - tmp.simplify();
39.104 - return tmp;
39.105 - }
39.106 -
39.107 - template <typename _Col, typename _Value>
39.108 - Expr<_Col, _Value> operator-(const Expr<_Col, _Value>& expr1,
39.109 - const Expr<_Col, _Value>& expr2) {
39.110 - Expr<_Col, _Value> tmp(expr1);
39.111 - tmp-=expr2;
39.112 - tmp.simplify();
39.113 - return tmp;
39.114 - }
39.115 -
39.116 - template <typename _Col, typename _Value>
39.117 - std::ostream& operator<<(std::ostream& os,
39.118 - const Expr<_Col, _Value>& expr) {
39.119 - for (typename Expr<_Col, _Value>::Data::const_iterator i=
39.120 - expr.data.begin();
39.121 - i!=expr.data.end(); ++i) {
39.122 - os << (*i).second << "*" << (*i).first << " ";
39.123 - }
39.124 - return os;
39.125 - }
39.126 -
39.127 - template <typename _Col, typename _Value>
39.128 - class LConstr {
39.129 - // protected:
39.130 - public:
39.131 - Expr<_Col, _Value> expr;
39.132 - _Value lo;
39.133 - public:
39.134 - LConstr(const Expr<_Col, _Value>& _expr, _Value _lo) :
39.135 - expr(_expr), lo(_lo) { }
39.136 - };
39.137 -
39.138 - template <typename _Col, typename _Value>
39.139 - LConstr<_Col, _Value>
39.140 - operator<=(_Value lo, const Expr<_Col, _Value>& expr) {
39.141 - return LConstr<_Col, _Value>(expr, lo);
39.142 - }
39.143 -
39.144 - template <typename _Col, typename _Value>
39.145 - class UConstr {
39.146 - // protected:
39.147 - public:
39.148 - Expr<_Col, _Value> expr;
39.149 - _Value up;
39.150 - public:
39.151 - UConstr(const Expr<_Col, _Value>& _expr, _Value _up) :
39.152 - expr(_expr), up(_up) { }
39.153 - };
39.154 -
39.155 - template <typename _Col, typename _Value>
39.156 - UConstr<_Col, _Value>
39.157 - operator<=(const Expr<_Col, _Value>& expr, _Value up) {
39.158 - return UConstr<_Col, _Value>(expr, up);
39.159 - }
39.160 -
39.161 - template <typename _Col, typename _Value>
39.162 - class Constr {
39.163 - // protected:
39.164 - public:
39.165 - Expr<_Col, _Value> expr;
39.166 - _Value lo, up;
39.167 - public:
39.168 - Constr(const Expr<_Col, _Value>& _expr, _Value _lo, _Value _up) :
39.169 - expr(_expr), lo(_lo), up(_up) { }
39.170 - Constr(const LConstr<_Col, _Value>& _lconstr) :
39.171 - expr(_lconstr.expr),
39.172 - lo(_lconstr.lo),
39.173 - up(std::numeric_limits<_Value>::infinity()) { }
39.174 - Constr(const UConstr<_Col, _Value>& _uconstr) :
39.175 - expr(_uconstr.expr),
39.176 - lo(-std::numeric_limits<_Value>::infinity()),
39.177 - up(_uconstr.up) { }
39.178 - };
39.179 -
39.180 - template <typename _Col, typename _Value>
39.181 - Constr<_Col, _Value>
39.182 - operator<=(const LConstr<_Col, _Value>& lconstr, _Value up) {
39.183 - return Constr<_Col, _Value>(lconstr.expr, lconstr.lo, up);
39.184 - }
39.185 -
39.186 - template <typename _Col, typename _Value>
39.187 - Constr<_Col, _Value>
39.188 - operator<=(_Value lo, const UConstr<_Col, _Value>& uconstr) {
39.189 - return Constr<_Col, _Value>(uconstr.expr, lo, uconstr.up);
39.190 - }
39.191 -
39.192 - template <typename _Col, typename _Value>
39.193 - Constr<_Col, _Value>
39.194 - operator==(const Expr<_Col, _Value>& expr, _Value value) {
39.195 - return Constr<_Col, _Value>(expr, value, value);
39.196 - }
39.197 -
39.198 -} //namespace lemon
39.199 -
39.200 -#endif //LEMON_EXPRESSION_H
40.1 --- a/src/work/athos/lp_old/expression_test.cc Sun Apr 17 18:57:22 2005 +0000
40.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
40.3 @@ -1,23 +0,0 @@
40.4 -#include <expression.h>
40.5 -#include <iostream>
40.6 -#include <string>
40.7 -
40.8 -using std::cout;
40.9 -using std::endl;
40.10 -using std::string;
40.11 -using namespace lemon;
40.12 -
40.13 -int main() {
40.14 - Expr<string, double> b;
40.15 - cout << b << endl;
40.16 - Expr<string, double> c("f");
40.17 - cout << c << endl;
40.18 - Expr<string, double> d=8.0*string("g");
40.19 - cout << d << endl;
40.20 - c*=5;
40.21 - cout << c << endl;
40.22 - Expr<string, double> e=c;
40.23 - e+=8.9*9.0*string("l");
40.24 - cout << e << endl;
40.25 - cout << c+d << endl;
40.26 -}
41.1 --- a/src/work/athos/lp_old/lp_solver_base.h Sun Apr 17 18:57:22 2005 +0000
41.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
41.3 @@ -1,639 +0,0 @@
41.4 -// -*- c++ -*-
41.5 -#ifndef LEMON_LP_SOLVER_BASE_H
41.6 -#define LEMON_LP_SOLVER_BASE_H
41.7 -
41.8 -///\ingroup misc
41.9 -///\file
41.10 -
41.11 -// #include <stdio.h>
41.12 -#include <stdlib.h>
41.13 -#include <iostream>
41.14 -#include <map>
41.15 -#include <limits>
41.16 -// #include <stdio>
41.17 -//#include <stdlib>
41.18 -
41.19 -#include <iostream>
41.20 -#include <vector>
41.21 -#include <string>
41.22 -#include <list>
41.23 -#include <memory>
41.24 -#include <utility>
41.25 -
41.26 -#include <lemon/invalid.h>
41.27 -#include <expression.h>
41.28 -//#include <stp.h>
41.29 -//#include <lemon/max_flow.h>
41.30 -//#include <augmenting_flow.h>
41.31 -//#include <iter_map.h>
41.32 -
41.33 -using std::cout;
41.34 -using std::cin;
41.35 -using std::endl;
41.36 -
41.37 -namespace lemon {
41.38 -
41.39 - /// \addtogroup misc
41.40 - /// @{
41.41 -
41.42 - /// \brief A partitioned vector with iterable classes.
41.43 - ///
41.44 - /// This class implements a container in which the data is stored in an
41.45 - /// stl vector, the range is partitioned into sets and each set is
41.46 - /// doubly linked in a list.
41.47 - /// That is, each class is iterable by lemon iterators, and any member of
41.48 - /// the vector can bo moved to an other class.
41.49 - template <typename T>
41.50 - class IterablePartition {
41.51 - protected:
41.52 - struct Node {
41.53 - T data;
41.54 - int prev; //invalid az -1
41.55 - int next;
41.56 - };
41.57 - std::vector<Node> nodes;
41.58 - struct Tip {
41.59 - int first;
41.60 - int last;
41.61 - };
41.62 - std::vector<Tip> tips;
41.63 - public:
41.64 - /// The classes are indexed by integers from \c 0 to \c classNum()-1.
41.65 - int classNum() const { return tips.size(); }
41.66 - /// This lemon style iterator iterates through a class.
41.67 - class Class;
41.68 - /// Constructor. The number of classes is to be given which is fixed
41.69 - /// over the life of the container.
41.70 - /// The partition classes are indexed from 0 to class_num-1.
41.71 - IterablePartition(int class_num) {
41.72 - for (int i=0; i<class_num; ++i) {
41.73 - Tip t;
41.74 - t.first=t.last=-1;
41.75 - tips.push_back(t);
41.76 - }
41.77 - }
41.78 - protected:
41.79 - void befuz(Class it, int class_id) {
41.80 - if (tips[class_id].first==-1) {
41.81 - if (tips[class_id].last==-1) {
41.82 - nodes[it.i].prev=nodes[it.i].next=-1;
41.83 - tips[class_id].first=tips[class_id].last=it.i;
41.84 - }
41.85 - } else {
41.86 - nodes[it.i].prev=tips[class_id].last;
41.87 - nodes[it.i].next=-1;
41.88 - nodes[tips[class_id].last].next=it.i;
41.89 - tips[class_id].last=it.i;
41.90 - }
41.91 - }
41.92 - void kifuz(Class it, int class_id) {
41.93 - if (tips[class_id].first==it.i) {
41.94 - if (tips[class_id].last==it.i) {
41.95 - tips[class_id].first=tips[class_id].last=-1;
41.96 - } else {
41.97 - tips[class_id].first=nodes[it.i].next;
41.98 - nodes[nodes[it.i].next].prev=-1;
41.99 - }
41.100 - } else {
41.101 - if (tips[class_id].last==it.i) {
41.102 - tips[class_id].last=nodes[it.i].prev;
41.103 - nodes[nodes[it.i].prev].next=-1;
41.104 - } else {
41.105 - nodes[nodes[it.i].next].prev=nodes[it.i].prev;
41.106 - nodes[nodes[it.i].prev].next=nodes[it.i].next;
41.107 - }
41.108 - }
41.109 - }
41.110 - public:
41.111 - /// A new element with data \c t is pushed into the vector and into class
41.112 - /// \c class_id.
41.113 - Class push_back(const T& t, int class_id) {
41.114 - Node n;
41.115 - n.data=t;
41.116 - nodes.push_back(n);
41.117 - int i=nodes.size()-1;
41.118 - befuz(i, class_id);
41.119 - return i;
41.120 - }
41.121 - /// A member is moved to an other class.
41.122 - void set(Class it, int old_class_id, int new_class_id) {
41.123 - kifuz(it.i, old_class_id);
41.124 - befuz(it.i, new_class_id);
41.125 - }
41.126 - /// Returns the data pointed by \c it.
41.127 - T& operator[](Class it) { return nodes[it.i].data; }
41.128 - /// Returns the data pointed by \c it.
41.129 - const T& operator[](Class it) const { return nodes[it.i].data; }
41.130 - ///.
41.131 - class Class {
41.132 - friend class IterablePartition;
41.133 - protected:
41.134 - int i;
41.135 - public:
41.136 - /// Default constructor.
41.137 - Class() { }
41.138 - /// This constructor constructs an iterator which points
41.139 - /// to the member of th container indexed by the integer _i.
41.140 - Class(const int& _i) : i(_i) { }
41.141 - /// Invalid constructor.
41.142 - Class(const Invalid&) : i(-1) { }
41.143 - friend bool operator<(const Class& x, const Class& y);
41.144 - friend std::ostream& operator<<(std::ostream& os,
41.145 - const Class& it);
41.146 - bool operator==(const Class& node) const {return i == node.i;}
41.147 - bool operator!=(const Class& node) const {return i != node.i;}
41.148 - };
41.149 - friend bool operator<(const Class& x, const Class& y) {
41.150 - return (x.i < y.i);
41.151 - }
41.152 - friend std::ostream& operator<<(std::ostream& os,
41.153 - const Class& it) {
41.154 - os << it.i;
41.155 - return os;
41.156 - }
41.157 - /// First member of class \c class_id.
41.158 - Class& first(Class& it, int class_id) const {
41.159 - it.i=tips[class_id].first;
41.160 - return it;
41.161 - }
41.162 - /// Next member.
41.163 - Class& next(Class& it) const {
41.164 - it.i=nodes[it.i].next;
41.165 - return it;
41.166 - }
41.167 - /// True iff the iterator is valid.
41.168 - bool valid(const Class& it) const { return it.i!=-1; }
41.169 -
41.170 - class ClassIt : public Class {
41.171 - const IterablePartition* iterable_partition;
41.172 - public:
41.173 - ClassIt() { }
41.174 - ClassIt(Invalid i) : Class(i) { }
41.175 - ClassIt(const IterablePartition& _iterable_partition,
41.176 - const int& i) : iterable_partition(&_iterable_partition) {
41.177 - _iterable_partition.first(*this, i);
41.178 - }
41.179 - ClassIt(const IterablePartition& _iterable_partition,
41.180 - const Class& _class) :
41.181 - Class(_class), iterable_partition(&_iterable_partition) { }
41.182 - ClassIt& operator++() {
41.183 - iterable_partition->next(*this);
41.184 - return *this;
41.185 - }
41.186 - };
41.187 -
41.188 - };
41.189 -
41.190 -
41.191 - /*! \e
41.192 - \todo kellenene uj iterable structure bele, mert ez nem az igazi
41.193 - \todo A[x,y]-t cserel. Jobboldal, baloldal csere.
41.194 - \todo LEKERDEZESEK!!!
41.195 - \todo DOKSI!!!! Doxygen group!!!
41.196 - The aim of this class is to give a general surface to different
41.197 - solvers, i.e. it makes possible to write algorithms using LP's,
41.198 - in which the solver can be changed to an other one easily.
41.199 - \nosubgrouping
41.200 - */
41.201 - template <typename _Value>
41.202 - class LpSolverBase {
41.203 -
41.204 - /*! @name Uncategorized functions and types (public members)
41.205 - */
41.206 - //@{
41.207 - public:
41.208 -
41.209 - //UNCATEGORIZED
41.210 -
41.211 - /// \e
41.212 - typedef IterablePartition<int> Rows;
41.213 - /// \e
41.214 - typedef IterablePartition<int> Cols;
41.215 - /// \e
41.216 - typedef _Value Value;
41.217 - /// \e
41.218 - typedef Rows::Class Row;
41.219 - /// \e
41.220 - typedef Cols::Class Col;
41.221 - public:
41.222 - /// \e
41.223 - IterablePartition<int> row_iter_map;
41.224 - /// \e
41.225 - IterablePartition<int> col_iter_map;
41.226 - /// \e
41.227 - std::vector<Row> int_row_map;
41.228 - /// \e
41.229 - std::vector<Col> int_col_map;
41.230 - /// \e
41.231 - const int VALID_CLASS;
41.232 - /// \e
41.233 - const int INVALID_CLASS;
41.234 - /// \e
41.235 - static const Value INF;
41.236 - public:
41.237 - /// \e
41.238 - LpSolverBase() : row_iter_map(2),
41.239 - col_iter_map(2),
41.240 - VALID_CLASS(0), INVALID_CLASS(1) { }
41.241 - /// \e
41.242 - virtual ~LpSolverBase() { }
41.243 - //@}
41.244 -
41.245 - /*! @name Medium level interface (public members)
41.246 - These functions appear in the low level and also in the high level
41.247 - interfaces thus these each of these functions have to be implemented
41.248 - only once in the different interfaces.
41.249 - This means that these functions have to be reimplemented for all of the
41.250 - different lp solvers. These are basic functions, and have the same
41.251 - parameter lists in the low and high level interfaces.
41.252 - */
41.253 - //@{
41.254 - public:
41.255 -
41.256 - //UNCATEGORIZED FUNCTIONS
41.257 -
41.258 - /// \e
41.259 - virtual void setMinimize() = 0;
41.260 - /// \e
41.261 - virtual void setMaximize() = 0;
41.262 -
41.263 - //SOLVER FUNCTIONS
41.264 -
41.265 - /// \e
41.266 - virtual void solveSimplex() = 0;
41.267 - /// \e
41.268 - virtual void solvePrimalSimplex() = 0;
41.269 - /// \e
41.270 - virtual void solveDualSimplex() = 0;
41.271 -
41.272 - //SOLUTION RETRIEVING
41.273 -
41.274 - /// \e
41.275 - virtual Value getObjVal() = 0;
41.276 -
41.277 - //OTHER FUNCTIONS
41.278 -
41.279 - /// \e
41.280 - virtual int rowNum() const = 0;
41.281 - /// \e
41.282 - virtual int colNum() const = 0;
41.283 - /// \e
41.284 - virtual int warmUp() = 0;
41.285 - /// \e
41.286 - virtual void printWarmUpStatus(int i) = 0;
41.287 - /// \e
41.288 - virtual int getPrimalStatus() = 0;
41.289 - /// \e
41.290 - virtual void printPrimalStatus(int i) = 0;
41.291 - /// \e
41.292 - virtual int getDualStatus() = 0;
41.293 - /// \e
41.294 - virtual void printDualStatus(int i) = 0;
41.295 - /// Returns the status of the slack variable assigned to row \c row.
41.296 - virtual int getRowStat(const Row& row) = 0;
41.297 - /// \e
41.298 - virtual void printRowStatus(int i) = 0;
41.299 - /// Returns the status of the variable assigned to column \c col.
41.300 - virtual int getColStat(const Col& col) = 0;
41.301 - /// \e
41.302 - virtual void printColStatus(int i) = 0;
41.303 -
41.304 - //@}
41.305 -
41.306 - /*! @name Low level interface (protected members)
41.307 - Problem manipulating functions in the low level interface
41.308 - */
41.309 - //@{
41.310 - protected:
41.311 -
41.312 - //MATRIX MANIPULATING FUNCTIONS
41.313 -
41.314 - /// \e
41.315 - virtual int _addCol() = 0;
41.316 - /// \e
41.317 - virtual int _addRow() = 0;
41.318 - /// \e
41.319 - virtual void _eraseCol(int i) = 0;
41.320 - /// \e
41.321 - virtual void _eraseRow(int i) = 0;
41.322 - /// \e
41.323 - virtual void _setRowCoeffs(int i,
41.324 - const std::vector<std::pair<int, Value> >& coeffs) = 0;
41.325 - /// \e
41.326 - /// This routine modifies \c coeffs only by the \c push_back method.
41.327 - virtual void _getRowCoeffs(int i,
41.328 - std::vector<std::pair<int, Value> >& coeffs) = 0;
41.329 - /// \e
41.330 - virtual void _setColCoeffs(int i,
41.331 - const std::vector<std::pair<int, Value> >& coeffs) = 0;
41.332 - /// \e
41.333 - /// This routine modifies \c coeffs only by the \c push_back method.
41.334 - virtual void _getColCoeffs(int i,
41.335 - std::vector<std::pair<int, Value> >& coeffs) = 0;
41.336 - /// \e
41.337 - virtual void _setCoeff(int col, int row, Value value) = 0;
41.338 - /// \e
41.339 - virtual Value _getCoeff(int col, int row) = 0;
41.340 - // public:
41.341 - // /// \e
41.342 - // enum Bound { FREE, LOWER, UPPER, DOUBLE, FIXED };
41.343 - protected:
41.344 - /// \e
41.345 - /// The lower bound of a variable (column) have to be given by an
41.346 - /// extended number of type Value, i.e. a finite number of type
41.347 - /// Value or -INF.
41.348 - virtual void _setColLowerBound(int i, Value value) = 0;
41.349 - /// \e
41.350 - /// The lower bound of a variable (column) is an
41.351 - /// extended number of type Value, i.e. a finite number of type
41.352 - /// Value or -INF.
41.353 - virtual Value _getColLowerBound(int i) = 0;
41.354 - /// \e
41.355 - /// The upper bound of a variable (column) have to be given by an
41.356 - /// extended number of type Value, i.e. a finite number of type
41.357 - /// Value or INF.
41.358 - virtual void _setColUpperBound(int i, Value value) = 0;
41.359 - /// \e
41.360 - /// The upper bound of a variable (column) is an
41.361 - /// extended number of type Value, i.e. a finite number of type
41.362 - /// Value or INF.
41.363 - virtual Value _getColUpperBound(int i) = 0;
41.364 - /// \e
41.365 - /// The lower bound of a linear expression (row) have to be given by an
41.366 - /// extended number of type Value, i.e. a finite number of type
41.367 - /// Value or -INF.
41.368 - virtual void _setRowLowerBound(int i, Value value) = 0;
41.369 - /// \e
41.370 - /// The lower bound of a linear expression (row) is an
41.371 - /// extended number of type Value, i.e. a finite number of type
41.372 - /// Value or -INF.
41.373 - virtual Value _getRowLowerBound(int i) = 0;
41.374 - /// \e
41.375 - /// The upper bound of a linear expression (row) have to be given by an
41.376 - /// extended number of type Value, i.e. a finite number of type
41.377 - /// Value or INF.
41.378 - virtual void _setRowUpperBound(int i, Value value) = 0;
41.379 - /// \e
41.380 - /// The upper bound of a linear expression (row) is an
41.381 - /// extended number of type Value, i.e. a finite number of type
41.382 - /// Value or INF.
41.383 - virtual Value _getRowUpperBound(int i) = 0;
41.384 - /// \e
41.385 - virtual void _setObjCoeff(int i, Value obj_coef) = 0;
41.386 - /// \e
41.387 - virtual Value _getObjCoeff(int i) = 0;
41.388 -
41.389 - //SOLUTION RETRIEVING
41.390 -
41.391 - /// \e
41.392 - virtual Value _getPrimal(int i) = 0;
41.393 - //@}
41.394 -
41.395 - /*! @name High level interface (public members)
41.396 - Problem manipulating functions in the high level interface
41.397 - */
41.398 - //@{
41.399 - public:
41.400 -
41.401 - //MATRIX MANIPULATING FUNCTIONS
41.402 -
41.403 - /// \e
41.404 - Col addCol() {
41.405 - int i=_addCol();
41.406 - Col col;
41.407 - col_iter_map.first(col, INVALID_CLASS);
41.408 - if (col_iter_map.valid(col)) { //van hasznalhato hely
41.409 - col_iter_map.set(col, INVALID_CLASS, VALID_CLASS);
41.410 - col_iter_map[col]=i;
41.411 - } else { //a cucc vegere kell inzertalni mert nincs szabad hely
41.412 - col=col_iter_map.push_back(i, VALID_CLASS);
41.413 - }
41.414 - int_col_map.push_back(col);
41.415 - return col;
41.416 - }
41.417 - /// \e
41.418 - Row addRow() {
41.419 - int i=_addRow();
41.420 - Row row;
41.421 - row_iter_map.first(row, INVALID_CLASS);
41.422 - if (row_iter_map.valid(row)) { //van hasznalhato hely
41.423 - row_iter_map.set(row, INVALID_CLASS, VALID_CLASS);
41.424 - row_iter_map[row]=i;
41.425 - } else { //a cucc vegere kell inzertalni mert nincs szabad hely
41.426 - row=row_iter_map.push_back(i, VALID_CLASS);
41.427 - }
41.428 - int_row_map.push_back(row);
41.429 - return row;
41.430 - }
41.431 - /// \e
41.432 - void eraseCol(const Col& col) {
41.433 - col_iter_map.set(col, VALID_CLASS, INVALID_CLASS);
41.434 - int cols[2];
41.435 - cols[1]=col_iter_map[col];
41.436 - _eraseCol(cols[1]);
41.437 - col_iter_map[col]=0; //glpk specifikus, de kell ez??
41.438 - Col it;
41.439 - for (col_iter_map.first(it, VALID_CLASS);
41.440 - col_iter_map.valid(it); col_iter_map.next(it)) {
41.441 - if (col_iter_map[it]>cols[1]) --col_iter_map[it];
41.442 - }
41.443 - int_col_map.erase(int_col_map.begin()+cols[1]);
41.444 - }
41.445 - /// \e
41.446 - void eraseRow(const Row& row) {
41.447 - row_iter_map.set(row, VALID_CLASS, INVALID_CLASS);
41.448 - int rows[2];
41.449 - rows[1]=row_iter_map[row];
41.450 - _eraseRow(rows[1]);
41.451 - row_iter_map[row]=0; //glpk specifikus, de kell ez??
41.452 - Row it;
41.453 - for (row_iter_map.first(it, VALID_CLASS);
41.454 - row_iter_map.valid(it); row_iter_map.next(it)) {
41.455 - if (row_iter_map[it]>rows[1]) --row_iter_map[it];
41.456 - }
41.457 - int_row_map.erase(int_row_map.begin()+rows[1]);
41.458 - }
41.459 - /// \e
41.460 - void setCoeff(Col col, Row row, Value value) {
41.461 - _setCoeff(col_iter_map[col], row_iter_map[row], value);
41.462 - }
41.463 - /// \e
41.464 - Value getCoeff(Col col, Row row) {
41.465 - return _getCoeff(col_iter_map[col], row_iter_map[row], value);
41.466 - }
41.467 - /// \e
41.468 - void setColLowerBound(Col col, Value lo) {
41.469 - _setColLowerBound(col_iter_map[col], lo);
41.470 - }
41.471 - /// \e
41.472 - Value getColLowerBound(Col col) {
41.473 - return _getColLowerBound(col_iter_map[col]);
41.474 - }
41.475 - /// \e
41.476 - void setColUpperBound(Col col, Value up) {
41.477 - _setColUpperBound(col_iter_map[col], up);
41.478 - }
41.479 - /// \e
41.480 - Value getColUpperBound(Col col) {
41.481 - return _getColUpperBound(col_iter_map[col]);
41.482 - }
41.483 - /// \e
41.484 - void setRowLowerBound(Row row, Value lo) {
41.485 - _setRowLowerBound(row_iter_map[row], lo);
41.486 - }
41.487 - /// \e
41.488 - Value getRowLowerBound(Row row) {
41.489 - return _getRowLowerBound(row_iter_map[row]);
41.490 - }
41.491 - /// \e
41.492 - void setRowUpperBound(Row row, Value up) {
41.493 - _setRowUpperBound(row_iter_map[row], up);
41.494 - }
41.495 - /// \e
41.496 - Value getRowUpperBound(Row row) {
41.497 - return _getRowUpperBound(row_iter_map[row]);
41.498 - }
41.499 - /// \e
41.500 - void setObjCoeff(const Col& col, Value obj_coef) {
41.501 - _setObjCoeff(col_iter_map[col], obj_coef);
41.502 - }
41.503 - /// \e
41.504 - Value getObjCoeff(const Col& col) {
41.505 - return _getObjCoeff(col_iter_map[col]);
41.506 - }
41.507 -
41.508 - //SOLUTION RETRIEVING FUNCTIONS
41.509 -
41.510 - /// \e
41.511 - Value getPrimal(const Col& col) {
41.512 - return _getPrimal(col_iter_map[col]);
41.513 - }
41.514 -
41.515 - //@}
41.516 -
41.517 - /*! @name User friend interface
41.518 - Problem manipulating functions in the user friend interface
41.519 - */
41.520 - //@{
41.521 -
41.522 - //EXPRESSION TYPES
41.523 -
41.524 - /// \e
41.525 - typedef Expr<Col, Value> Expression;
41.526 - /// \e
41.527 - typedef Expr<Row, Value> DualExpression;
41.528 - /// \e
41.529 - typedef Constr<Col, Value> Constraint;
41.530 -
41.531 - //MATRIX MANIPULATING FUNCTIONS
41.532 -
41.533 - /// \e
41.534 - void setRowCoeffs(Row row, const Expression& expr) {
41.535 - std::vector<std::pair<int, Value> > row_coeffs;
41.536 - for(typename Expression::Data::const_iterator i=expr.data.begin();
41.537 - i!=expr.data.end(); ++i) {
41.538 - row_coeffs.push_back(std::make_pair
41.539 - (col_iter_map[(*i).first], (*i).second));
41.540 - }
41.541 - _setRowCoeffs(row_iter_map[row], row_coeffs);
41.542 - }
41.543 - /// \e
41.544 - void setRow(Row row, const Constraint& constr) {
41.545 - setRowCoeffs(row, constr.expr);
41.546 - setRowLowerBound(row, constr.lo);
41.547 - setRowUpperBound(row, constr.up);
41.548 - }
41.549 - /// \e
41.550 - Row addRow(const Constraint& constr) {
41.551 - Row row=addRow();
41.552 - setRowCoeffs(row, constr.expr);
41.553 - setRowLowerBound(row, constr.lo);
41.554 - setRowUpperBound(row, constr.up);
41.555 - return row;
41.556 - }
41.557 - /// \e
41.558 - /// This routine modifies \c expr by only adding to it.
41.559 - void getRowCoeffs(Row row, Expression& expr) {
41.560 - std::vector<std::pair<int, Value> > row_coeffs;
41.561 - _getRowCoeffs(row_iter_map[row], row_coeffs);
41.562 - for(typename std::vector<std::pair<int, Value> >::const_iterator
41.563 - i=row_coeffs.begin(); i!=row_coeffs.end(); ++i) {
41.564 - expr+= (*i).second*int_col_map[(*i).first];
41.565 - }
41.566 - }
41.567 - /// \e
41.568 - void setColCoeffs(Col col, const DualExpression& expr) {
41.569 - std::vector<std::pair<int, Value> > col_coeffs;
41.570 - for(typename DualExpression::Data::const_iterator i=expr.data.begin();
41.571 - i!=expr.data.end(); ++i) {
41.572 - col_coeffs.push_back(std::make_pair
41.573 - (row_iter_map[(*i).first], (*i).second));
41.574 - }
41.575 - _setColCoeffs(col_iter_map[col], col_coeffs);
41.576 - }
41.577 - /// \e
41.578 - /// This routine modifies \c expr by only adding to it.
41.579 - void getColCoeffs(Col col, DualExpression& expr) {
41.580 - std::vector<std::pair<int, Value> > col_coeffs;
41.581 - _getColCoeffs(col_iter_map[col], col_coeffs);
41.582 - for(typename std::vector<std::pair<int, Value> >::const_iterator
41.583 - i=col_coeffs.begin(); i!=col_coeffs.end(); ++i) {
41.584 - expr+= (*i).second*int_row_map[(*i).first];
41.585 - }
41.586 - }
41.587 - /// \e
41.588 - void setObjCoeffs(const Expression& expr) {
41.589 - // writing zero everywhere
41.590 - for(Cols::ClassIt it(col_iter_map, VALID_CLASS); it!=INVALID; ++it)
41.591 - setObjCoeff(it, 0.0);
41.592 - // writing the data needed
41.593 - for(typename Expression::Data::const_iterator i=expr.data.begin();
41.594 - i!=expr.data.end(); ++i) {
41.595 - setObjCoeff((*i).first, (*i).second);
41.596 - }
41.597 - }
41.598 - /// \e
41.599 - /// This routine modifies \c expr by only adding to it.
41.600 - void getObjCoeffs(Expression& expr) {
41.601 - for(Cols::ClassIt it(col_iter_map, VALID_CLASS); it!=INVALID; ++it)
41.602 - expr+=getObjCoeff(it)*it;
41.603 - }
41.604 - //@}
41.605 -
41.606 -
41.607 - /*! @name MIP functions and types (public members)
41.608 - */
41.609 - //@{
41.610 - public:
41.611 - /// \e
41.612 - virtual void solveBandB() = 0;
41.613 - /// \e
41.614 - virtual void setLP() = 0;
41.615 - /// \e
41.616 - virtual void setMIP() = 0;
41.617 - protected:
41.618 - /// \e
41.619 - virtual void _setColCont(int i) = 0;
41.620 - /// \e
41.621 - virtual void _setColInt(int i) = 0;
41.622 - /// \e
41.623 - virtual Value _getMIPPrimal(int i) = 0;
41.624 - public:
41.625 - /// \e
41.626 - void setColCont(Col col) {
41.627 - _setColCont(col_iter_map[col]);
41.628 - }
41.629 - /// \e
41.630 - void setColInt(Col col) {
41.631 - _setColInt(col_iter_map[col]);
41.632 - }
41.633 - /// \e
41.634 - Value getMIPPrimal(Col col) {
41.635 - return _getMIPPrimal(col_iter_map[col]);
41.636 - }
41.637 - //@}
41.638 - };
41.639 -
41.640 -} //namespace lemon
41.641 -
41.642 -#endif //LEMON_LP_SOLVER_BASE_H
42.1 --- a/src/work/athos/lp_old/lp_solver_glpk.h Sun Apr 17 18:57:22 2005 +0000
42.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
42.3 @@ -1,545 +0,0 @@
42.4 -// -*- c++ -*-
42.5 -#ifndef LEMON_LP_SOLVER_GLPK_H
42.6 -#define LEMON_LP_SOLVER_GLPK_H
42.7 -
42.8 -///\ingroup misc
42.9 -///\file
42.10 -
42.11 -// #include <stdio.h>
42.12 -/* #include <stdlib.h> */
42.13 -/* #include <iostream> */
42.14 -/* #include <map> */
42.15 -/* #include <limits> */
42.16 -// #include <stdio>
42.17 -//#include <stdlib>
42.18 -extern "C" {
42.19 -#include "glpk.h"
42.20 -}
42.21 -
42.22 -/* #include <iostream> */
42.23 -/* #include <vector> */
42.24 -/* #include <string> */
42.25 -/* #include <list> */
42.26 -/* #include <memory> */
42.27 -/* #include <utility> */
42.28 -
42.29 -//#include <lemon/invalid.h>
42.30 -//#include <expression.h>
42.31 -#include <lp_solver_base.h>
42.32 -//#include <stp.h>
42.33 -//#include <lemon/max_flow.h>
42.34 -//#include <augmenting_flow.h>
42.35 -//#include <iter_map.h>
42.36 -
42.37 -using std::cout;
42.38 -using std::cin;
42.39 -using std::endl;
42.40 -
42.41 -namespace lemon {
42.42 -
42.43 -
42.44 - template <typename Value>
42.45 - const Value LpSolverBase<Value>::INF=std::numeric_limits<Value>::infinity();
42.46 -
42.47 -
42.48 - /// \brief Wrapper for GLPK solver
42.49 - ///
42.50 - /// This class implements a lemon wrapper for GLPK.
42.51 - class LpGlpk : public LpSolverBase<double> {
42.52 - public:
42.53 - typedef LpSolverBase<double> Parent;
42.54 -
42.55 - public:
42.56 - /// \e
42.57 - LPX* lp;
42.58 -
42.59 - public:
42.60 - /// \e
42.61 - LpGlpk() : Parent(),
42.62 - lp(lpx_create_prob()) {
42.63 - int_row_map.push_back(Row());
42.64 - int_col_map.push_back(Col());
42.65 - lpx_set_int_parm(lp, LPX_K_DUAL, 1);
42.66 - }
42.67 - /// \e
42.68 - ~LpGlpk() {
42.69 - lpx_delete_prob(lp);
42.70 - }
42.71 -
42.72 - //MATRIX INDEPEDENT MANIPULATING FUNCTIONS
42.73 -
42.74 - /// \e
42.75 - void setMinimize() {
42.76 - lpx_set_obj_dir(lp, LPX_MIN);
42.77 - }
42.78 - /// \e
42.79 - void setMaximize() {
42.80 - lpx_set_obj_dir(lp, LPX_MAX);
42.81 - }
42.82 -
42.83 - //LOW LEVEL INTERFACE, MATRIX MANIPULATING FUNCTIONS
42.84 -
42.85 - protected:
42.86 - /// \e
42.87 - int _addCol() {
42.88 - int i=lpx_add_cols(lp, 1);
42.89 - _setColLowerBound(i, -INF);
42.90 - _setColUpperBound(i, INF);
42.91 - return i;
42.92 - }
42.93 - /// \e
42.94 - int _addRow() {
42.95 - int i=lpx_add_rows(lp, 1);
42.96 - return i;
42.97 - }
42.98 - /// \e
42.99 - virtual void _setRowCoeffs(int i,
42.100 - const std::vector<std::pair<int, double> >& coeffs) {
42.101 - int mem_length=1+colNum();
42.102 - int* indices = new int[mem_length];
42.103 - double* doubles = new double[mem_length];
42.104 - int length=0;
42.105 - for (std::vector<std::pair<int, double> >::
42.106 - const_iterator it=coeffs.begin(); it!=coeffs.end(); ++it) {
42.107 - ++length;
42.108 - indices[length]=it->first;
42.109 - doubles[length]=it->second;
42.110 - }
42.111 - lpx_set_mat_row(lp, i, length, indices, doubles);
42.112 - delete [] indices;
42.113 - delete [] doubles;
42.114 - }
42.115 - /// \e
42.116 - virtual void _getRowCoeffs(int i,
42.117 - std::vector<std::pair<int, double> >& coeffs) {
42.118 - int mem_length=1+colNum();
42.119 - int* indices = new int[mem_length];
42.120 - double* doubles = new double[mem_length];
42.121 - int length=lpx_get_mat_row(lp, i, indices, doubles);
42.122 - for (int i=1; i<=length; ++i) {
42.123 - coeffs.push_back(std::make_pair(indices[i], doubles[i]));
42.124 - }
42.125 - delete [] indices;
42.126 - delete [] doubles;
42.127 - }
42.128 - /// \e
42.129 - virtual void _setColCoeffs(int i,
42.130 - const std::vector<std::pair<int, double> >& coeffs) {
42.131 - int mem_length=1+rowNum();
42.132 - int* indices = new int[mem_length];
42.133 - double* doubles = new double[mem_length];
42.134 - int length=0;
42.135 - for (std::vector<std::pair<int, double> >::
42.136 - const_iterator it=coeffs.begin(); it!=coeffs.end(); ++it) {
42.137 - ++length;
42.138 - indices[length]=it->first;
42.139 - doubles[length]=it->second;
42.140 - }
42.141 - lpx_set_mat_col(lp, i, length, indices, doubles);
42.142 - delete [] indices;
42.143 - delete [] doubles;
42.144 - }
42.145 - /// \e
42.146 - virtual void _getColCoeffs(int i,
42.147 - std::vector<std::pair<int, double> >& coeffs) {
42.148 - int mem_length=1+rowNum();
42.149 - int* indices = new int[mem_length];
42.150 - double* doubles = new double[mem_length];
42.151 - int length=lpx_get_mat_col(lp, i, indices, doubles);
42.152 - for (int i=1; i<=length; ++i) {
42.153 - coeffs.push_back(std::make_pair(indices[i], doubles[i]));
42.154 - }
42.155 - delete [] indices;
42.156 - delete [] doubles;
42.157 - }
42.158 - /// \e
42.159 - virtual void _eraseCol(int i) {
42.160 - int cols[2];
42.161 - cols[1]=i;
42.162 - lpx_del_cols(lp, 1, cols);
42.163 - }
42.164 - virtual void _eraseRow(int i) {
42.165 - int rows[2];
42.166 - rows[1]=i;
42.167 - lpx_del_rows(lp, 1, rows);
42.168 - }
42.169 - void _setCoeff(int col, int row, double value) {
42.170 - ///FIXME Of course this is not efficient at all, but GLPK knows not more.
42.171 - int change_this;
42.172 - bool get_set_row;
42.173 - //The only thing we can do is optimize on whether working with a row
42.174 - //or a coloumn
42.175 - int row_num = rowNum();
42.176 - int col_num = colNum();
42.177 - if (col_num<row_num){
42.178 - //There are more rows than coloumns
42.179 - get_set_row=true;
42.180 - int mem_length=1+row_num;
42.181 - int* indices = new int[mem_length];
42.182 - double* doubles = new double[mem_length];
42.183 - int length=lpx_get_mat_col(lp, i, indices, doubles);
42.184 - }else{
42.185 - get_set_row=false;
42.186 - int mem_length=1+col_num;
42.187 - int* indices = new int[mem_length];
42.188 - double* doubles = new double[mem_length];
42.189 - int length=lpx_get_mat_row(lp, i, indices, doubles);
42.190 - }
42.191 - //Itten
42.192 -int* indices = new int[mem_length];
42.193 - double* doubles = new double[mem_length];
42.194 - int length=lpx_get_mat_col(lp, i, indices, doubles);
42.195 -
42.196 - delete [] indices;
42.197 - delete [] doubles;
42.198 -
42.199 - }
42.200 - double _getCoeff(int col, int row) {
42.201 - /// FIXME not yet implemented
42.202 - return 0.0;
42.203 - }
42.204 - virtual void _setColLowerBound(int i, double lo) {
42.205 - if (lo==INF) {
42.206 - //FIXME error
42.207 - }
42.208 - int b=lpx_get_col_type(lp, i);
42.209 - double up=lpx_get_col_ub(lp, i);
42.210 - if (lo==-INF) {
42.211 - switch (b) {
42.212 - case LPX_FR:
42.213 - case LPX_LO:
42.214 - lpx_set_col_bnds(lp, i, LPX_FR, lo, up);
42.215 - break;
42.216 - case LPX_UP:
42.217 - break;
42.218 - case LPX_DB:
42.219 - case LPX_FX:
42.220 - lpx_set_col_bnds(lp, i, LPX_UP, lo, up);
42.221 - break;
42.222 - default: ;
42.223 - //FIXME error
42.224 - }
42.225 - } else {
42.226 - switch (b) {
42.227 - case LPX_FR:
42.228 - case LPX_LO:
42.229 - lpx_set_col_bnds(lp, i, LPX_LO, lo, up);
42.230 - break;
42.231 - case LPX_UP:
42.232 - case LPX_DB:
42.233 - case LPX_FX:
42.234 - if (lo==up)
42.235 - lpx_set_col_bnds(lp, i, LPX_FX, lo, up);
42.236 - else
42.237 - lpx_set_col_bnds(lp, i, LPX_DB, lo, up);
42.238 - break;
42.239 - default: ;
42.240 - //FIXME error
42.241 - }
42.242 - }
42.243 - }
42.244 - virtual double _getColLowerBound(int i) {
42.245 - int b=lpx_get_col_type(lp, i);
42.246 - switch (b) {
42.247 - case LPX_FR:
42.248 - return -INF;
42.249 - case LPX_LO:
42.250 - return lpx_get_col_lb(lp, i);
42.251 - case LPX_UP:
42.252 - return -INF;
42.253 - case LPX_DB:
42.254 - case LPX_FX:
42.255 - return lpx_get_col_lb(lp, i);
42.256 - default: ;
42.257 - //FIXME error
42.258 - return 0.0;
42.259 - }
42.260 - }
42.261 - virtual void _setColUpperBound(int i, double up) {
42.262 - if (up==-INF) {
42.263 - //FIXME error
42.264 - }
42.265 - int b=lpx_get_col_type(lp, i);
42.266 - double lo=lpx_get_col_lb(lp, i);
42.267 - if (up==INF) {
42.268 - switch (b) {
42.269 - case LPX_FR:
42.270 - case LPX_LO:
42.271 - break;
42.272 - case LPX_UP:
42.273 - lpx_set_col_bnds(lp, i, LPX_FR, lo, up);
42.274 - break;
42.275 - case LPX_DB:
42.276 - case LPX_FX:
42.277 - lpx_set_col_bnds(lp, i, LPX_LO, lo, up);
42.278 - break;
42.279 - default: ;
42.280 - //FIXME error
42.281 - }
42.282 - } else {
42.283 - switch (b) {
42.284 - case LPX_FR:
42.285 - lpx_set_col_bnds(lp, i, LPX_UP, lo, up);
42.286 - case LPX_LO:
42.287 - if (lo==up)
42.288 - lpx_set_col_bnds(lp, i, LPX_FX, lo, up);
42.289 - else
42.290 - lpx_set_col_bnds(lp, i, LPX_DB, lo, up);
42.291 - break;
42.292 - case LPX_UP:
42.293 - lpx_set_col_bnds(lp, i, LPX_UP, lo, up);
42.294 - break;
42.295 - case LPX_DB:
42.296 - case LPX_FX:
42.297 - if (lo==up)
42.298 - lpx_set_col_bnds(lp, i, LPX_FX, lo, up);
42.299 - else
42.300 - lpx_set_col_bnds(lp, i, LPX_DB, lo, up);
42.301 - break;
42.302 - default: ;
42.303 - //FIXME error
42.304 - }
42.305 - }
42.306 - }
42.307 - virtual double _getColUpperBound(int i) {
42.308 - int b=lpx_get_col_type(lp, i);
42.309 - switch (b) {
42.310 - case LPX_FR:
42.311 - case LPX_LO:
42.312 - return INF;
42.313 - case LPX_UP:
42.314 - case LPX_DB:
42.315 - case LPX_FX:
42.316 - return lpx_get_col_ub(lp, i);
42.317 - default: ;
42.318 - //FIXME error
42.319 - return 0.0;
42.320 - }
42.321 - }
42.322 - virtual void _setRowLowerBound(int i, double lo) {
42.323 - if (lo==INF) {
42.324 - //FIXME error
42.325 - }
42.326 - int b=lpx_get_row_type(lp, i);
42.327 - double up=lpx_get_row_ub(lp, i);
42.328 - if (lo==-INF) {
42.329 - switch (b) {
42.330 - case LPX_FR:
42.331 - case LPX_LO:
42.332 - lpx_set_row_bnds(lp, i, LPX_FR, lo, up);
42.333 - break;
42.334 - case LPX_UP:
42.335 - break;
42.336 - case LPX_DB:
42.337 - case LPX_FX:
42.338 - lpx_set_row_bnds(lp, i, LPX_UP, lo, up);
42.339 - break;
42.340 - default: ;
42.341 - //FIXME error
42.342 - }
42.343 - } else {
42.344 - switch (b) {
42.345 - case LPX_FR:
42.346 - case LPX_LO:
42.347 - lpx_set_row_bnds(lp, i, LPX_LO, lo, up);
42.348 - break;
42.349 - case LPX_UP:
42.350 - case LPX_DB:
42.351 - case LPX_FX:
42.352 - if (lo==up)
42.353 - lpx_set_row_bnds(lp, i, LPX_FX, lo, up);
42.354 - else
42.355 - lpx_set_row_bnds(lp, i, LPX_DB, lo, up);
42.356 - break;
42.357 - default: ;
42.358 - //FIXME error
42.359 - }
42.360 - }
42.361 - }
42.362 - virtual double _getRowLowerBound(int i) {
42.363 - int b=lpx_get_row_type(lp, i);
42.364 - switch (b) {
42.365 - case LPX_FR:
42.366 - return -INF;
42.367 - case LPX_LO:
42.368 - return lpx_get_row_lb(lp, i);
42.369 - case LPX_UP:
42.370 - return -INF;
42.371 - case LPX_DB:
42.372 - case LPX_FX:
42.373 - return lpx_get_row_lb(lp, i);
42.374 - default: ;
42.375 - //FIXME error
42.376 - return 0.0;
42.377 - }
42.378 - }
42.379 - virtual void _setRowUpperBound(int i, double up) {
42.380 - if (up==-INF) {
42.381 - //FIXME error
42.382 - }
42.383 - int b=lpx_get_row_type(lp, i);
42.384 - double lo=lpx_get_row_lb(lp, i);
42.385 - if (up==INF) {
42.386 - switch (b) {
42.387 - case LPX_FR:
42.388 - case LPX_LO:
42.389 - break;
42.390 - case LPX_UP:
42.391 - lpx_set_row_bnds(lp, i, LPX_FR, lo, up);
42.392 - break;
42.393 - case LPX_DB:
42.394 - case LPX_FX:
42.395 - lpx_set_row_bnds(lp, i, LPX_LO, lo, up);
42.396 - break;
42.397 - default: ;
42.398 - //FIXME error
42.399 - }
42.400 - } else {
42.401 - switch (b) {
42.402 - case LPX_FR:
42.403 - lpx_set_row_bnds(lp, i, LPX_UP, lo, up);
42.404 - case LPX_LO:
42.405 - if (lo==up)
42.406 - lpx_set_row_bnds(lp, i, LPX_FX, lo, up);
42.407 - else
42.408 - lpx_set_row_bnds(lp, i, LPX_DB, lo, up);
42.409 - break;
42.410 - case LPX_UP:
42.411 - lpx_set_row_bnds(lp, i, LPX_UP, lo, up);
42.412 - break;
42.413 - case LPX_DB:
42.414 - case LPX_FX:
42.415 - if (lo==up)
42.416 - lpx_set_row_bnds(lp, i, LPX_FX, lo, up);
42.417 - else
42.418 - lpx_set_row_bnds(lp, i, LPX_DB, lo, up);
42.419 - break;
42.420 - default: ;
42.421 - //FIXME error
42.422 - }
42.423 - }
42.424 - }
42.425 - virtual double _getRowUpperBound(int i) {
42.426 - int b=lpx_get_row_type(lp, i);
42.427 - switch (b) {
42.428 - case LPX_FR:
42.429 - case LPX_LO:
42.430 - return INF;
42.431 - case LPX_UP:
42.432 - case LPX_DB:
42.433 - case LPX_FX:
42.434 - return lpx_get_row_ub(lp, i);
42.435 - default: ;
42.436 - //FIXME error
42.437 - return 0.0;
42.438 - }
42.439 - }
42.440 - /// \e
42.441 - virtual double _getObjCoeff(int i) {
42.442 - return lpx_get_obj_coef(lp, i);
42.443 - }
42.444 - /// \e
42.445 - virtual void _setObjCoeff(int i, double obj_coef) {
42.446 - lpx_set_obj_coef(lp, i, obj_coef);
42.447 - }
42.448 - public:
42.449 - /// \e
42.450 - void solveSimplex() { lpx_simplex(lp); }
42.451 - /// \e
42.452 - void solvePrimalSimplex() { lpx_simplex(lp); }
42.453 - /// \e
42.454 - void solveDualSimplex() { lpx_simplex(lp); }
42.455 - protected:
42.456 - virtual double _getPrimal(int i) {
42.457 - return lpx_get_col_prim(lp, i);
42.458 - }
42.459 - public:
42.460 - /// \e
42.461 - double getObjVal() { return lpx_get_obj_val(lp); }
42.462 - /// \e
42.463 - int rowNum() const { return lpx_get_num_rows(lp); }
42.464 - /// \e
42.465 - int colNum() const { return lpx_get_num_cols(lp); }
42.466 - /// \e
42.467 - int warmUp() { return lpx_warm_up(lp); }
42.468 - /// \e
42.469 - void printWarmUpStatus(int i) {
42.470 - switch (i) {
42.471 - case LPX_E_OK: cout << "LPX_E_OK" << endl; break;
42.472 - case LPX_E_EMPTY: cout << "LPX_E_EMPTY" << endl; break;
42.473 - case LPX_E_BADB: cout << "LPX_E_BADB" << endl; break;
42.474 - case LPX_E_SING: cout << "LPX_E_SING" << endl; break;
42.475 - }
42.476 - }
42.477 - /// \e
42.478 - int getPrimalStatus() { return lpx_get_prim_stat(lp); }
42.479 - /// \e
42.480 - void printPrimalStatus(int i) {
42.481 - switch (i) {
42.482 - case LPX_P_UNDEF: cout << "LPX_P_UNDEF" << endl; break;
42.483 - case LPX_P_FEAS: cout << "LPX_P_FEAS" << endl; break;
42.484 - case LPX_P_INFEAS: cout << "LPX_P_INFEAS" << endl; break;
42.485 - case LPX_P_NOFEAS: cout << "LPX_P_NOFEAS" << endl; break;
42.486 - }
42.487 - }
42.488 - /// \e
42.489 - int getDualStatus() { return lpx_get_dual_stat(lp); }
42.490 - /// \e
42.491 - void printDualStatus(int i) {
42.492 - switch (i) {
42.493 - case LPX_D_UNDEF: cout << "LPX_D_UNDEF" << endl; break;
42.494 - case LPX_D_FEAS: cout << "LPX_D_FEAS" << endl; break;
42.495 - case LPX_D_INFEAS: cout << "LPX_D_INFEAS" << endl; break;
42.496 - case LPX_D_NOFEAS: cout << "LPX_D_NOFEAS" << endl; break;
42.497 - }
42.498 - }
42.499 - /// Returns the status of the slack variable assigned to row \c row.
42.500 - int getRowStat(const Row& row) {
42.501 - return lpx_get_row_stat(lp, row_iter_map[row]);
42.502 - }
42.503 - /// \e
42.504 - void printRowStatus(int i) {
42.505 - switch (i) {
42.506 - case LPX_BS: cout << "LPX_BS" << endl; break;
42.507 - case LPX_NL: cout << "LPX_NL" << endl; break;
42.508 - case LPX_NU: cout << "LPX_NU" << endl; break;
42.509 - case LPX_NF: cout << "LPX_NF" << endl; break;
42.510 - case LPX_NS: cout << "LPX_NS" << endl; break;
42.511 - }
42.512 - }
42.513 - /// Returns the status of the variable assigned to column \c col.
42.514 - int getColStat(const Col& col) {
42.515 - return lpx_get_col_stat(lp, col_iter_map[col]);
42.516 - }
42.517 - /// \e
42.518 - void printColStatus(int i) {
42.519 - switch (i) {
42.520 - case LPX_BS: cout << "LPX_BS" << endl; break;
42.521 - case LPX_NL: cout << "LPX_NL" << endl; break;
42.522 - case LPX_NU: cout << "LPX_NU" << endl; break;
42.523 - case LPX_NF: cout << "LPX_NF" << endl; break;
42.524 - case LPX_NS: cout << "LPX_NS" << endl; break;
42.525 - }
42.526 - }
42.527 -
42.528 - // MIP
42.529 - /// \e
42.530 - void solveBandB() { lpx_integer(lp); }
42.531 - /// \e
42.532 - void setLP() { lpx_set_class(lp, LPX_LP); }
42.533 - /// \e
42.534 - void setMIP() { lpx_set_class(lp, LPX_MIP); }
42.535 - protected:
42.536 - /// \e
42.537 - void _setColCont(int i) { lpx_set_col_kind(lp, i, LPX_CV); }
42.538 - /// \e
42.539 - void _setColInt(int i) { lpx_set_col_kind(lp, i, LPX_IV); }
42.540 - /// \e
42.541 - double _getMIPPrimal(int i) { return lpx_mip_col_val(lp, i); }
42.542 - };
42.543 -
42.544 - /// @}
42.545 -
42.546 -} //namespace lemon
42.547 -
42.548 -#endif //LEMON_LP_SOLVER_GLPK_H
43.1 --- a/src/work/athos/lp_old/lp_solver_wrapper.h Sun Apr 17 18:57:22 2005 +0000
43.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
43.3 @@ -1,431 +0,0 @@
43.4 -// -*- c++ -*-
43.5 -#ifndef LEMON_LP_SOLVER_WRAPPER_H
43.6 -#define LEMON_LP_SOLVER_WRAPPER_H
43.7 -
43.8 -///\ingroup misc
43.9 -///\file
43.10 -///\brief Dijkstra algorithm.
43.11 -
43.12 -// #include <stdio.h>
43.13 -#include <stdlib.h>
43.14 -// #include <stdio>
43.15 -//#include <stdlib>
43.16 -extern "C" {
43.17 -#include "glpk.h"
43.18 -}
43.19 -
43.20 -#include <iostream>
43.21 -#include <vector>
43.22 -#include <string>
43.23 -#include <list>
43.24 -#include <memory>
43.25 -#include <utility>
43.26 -
43.27 -//#include <sage_graph.h>
43.28 -//#include <lemon/list_graph.h>
43.29 -//#include <lemon/graph_wrapper.h>
43.30 -#include <lemon/invalid.h>
43.31 -//#include <bfs_dfs.h>
43.32 -//#include <stp.h>
43.33 -//#include <lemon/max_flow.h>
43.34 -//#include <augmenting_flow.h>
43.35 -//#include <iter_map.h>
43.36 -
43.37 -using std::cout;
43.38 -using std::cin;
43.39 -using std::endl;
43.40 -
43.41 -namespace lemon {
43.42 -
43.43 -
43.44 - /// \addtogroup misc
43.45 - /// @{
43.46 -
43.47 - /// \brief A partitioned vector with iterable classes.
43.48 - ///
43.49 - /// This class implements a container in which the data is stored in an
43.50 - /// stl vector, the range is partitioned into sets and each set is
43.51 - /// doubly linked in a list.
43.52 - /// That is, each class is iterable by lemon iterators, and any member of
43.53 - /// the vector can bo moved to an other class.
43.54 - template <typename T>
43.55 - class IterablePartition {
43.56 - protected:
43.57 - struct Node {
43.58 - T data;
43.59 - int prev; //invalid az -1
43.60 - int next;
43.61 - };
43.62 - std::vector<Node> nodes;
43.63 - struct Tip {
43.64 - int first;
43.65 - int last;
43.66 - };
43.67 - std::vector<Tip> tips;
43.68 - public:
43.69 - /// The classes are indexed by integers from \c 0 to \c classNum()-1.
43.70 - int classNum() const { return tips.size(); }
43.71 - /// This lemon style iterator iterates through a class.
43.72 - class ClassIt;
43.73 - /// Constructor. The number of classes is to be given which is fixed
43.74 - /// over the life of the container.
43.75 - /// The partition classes are indexed from 0 to class_num-1.
43.76 - IterablePartition(int class_num) {
43.77 - for (int i=0; i<class_num; ++i) {
43.78 - Tip t;
43.79 - t.first=t.last=-1;
43.80 - tips.push_back(t);
43.81 - }
43.82 - }
43.83 - protected:
43.84 - void befuz(ClassIt it, int class_id) {
43.85 - if (tips[class_id].first==-1) {
43.86 - if (tips[class_id].last==-1) {
43.87 - nodes[it.i].prev=nodes[it.i].next=-1;
43.88 - tips[class_id].first=tips[class_id].last=it.i;
43.89 - }
43.90 - } else {
43.91 - nodes[it.i].prev=tips[class_id].last;
43.92 - nodes[it.i].next=-1;
43.93 - nodes[tips[class_id].last].next=it.i;
43.94 - tips[class_id].last=it.i;
43.95 - }
43.96 - }
43.97 - void kifuz(ClassIt it, int class_id) {
43.98 - if (tips[class_id].first==it.i) {
43.99 - if (tips[class_id].last==it.i) {
43.100 - tips[class_id].first=tips[class_id].last=-1;
43.101 - } else {
43.102 - tips[class_id].first=nodes[it.i].next;
43.103 - nodes[nodes[it.i].next].prev=-1;
43.104 - }
43.105 - } else {
43.106 - if (tips[class_id].last==it.i) {
43.107 - tips[class_id].last=nodes[it.i].prev;
43.108 - nodes[nodes[it.i].prev].next=-1;
43.109 - } else {
43.110 - nodes[nodes[it.i].next].prev=nodes[it.i].prev;
43.111 - nodes[nodes[it.i].prev].next=nodes[it.i].next;
43.112 - }
43.113 - }
43.114 - }
43.115 - public:
43.116 - /// A new element with data \c t is pushed into the vector and into class
43.117 - /// \c class_id.
43.118 - ClassIt push_back(const T& t, int class_id) {
43.119 - Node n;
43.120 - n.data=t;
43.121 - nodes.push_back(n);
43.122 - int i=nodes.size()-1;
43.123 - befuz(i, class_id);
43.124 - return i;
43.125 - }
43.126 - /// A member is moved to an other class.
43.127 - void set(ClassIt it, int old_class_id, int new_class_id) {
43.128 - kifuz(it.i, old_class_id);
43.129 - befuz(it.i, new_class_id);
43.130 - }
43.131 - /// Returns the data pointed by \c it.
43.132 - T& operator[](ClassIt it) { return nodes[it.i].data; }
43.133 - /// Returns the data pointed by \c it.
43.134 - const T& operator[](ClassIt it) const { return nodes[it.i].data; }
43.135 - ///.
43.136 - class ClassIt {
43.137 - friend class IterablePartition;
43.138 - protected:
43.139 - int i;
43.140 - public:
43.141 - /// Default constructor.
43.142 - ClassIt() { }
43.143 - /// This constructor constructs an iterator which points
43.144 - /// to the member of th container indexed by the integer _i.
43.145 - ClassIt(const int& _i) : i(_i) { }
43.146 - /// Invalid constructor.
43.147 - ClassIt(const Invalid&) : i(-1) { }
43.148 - };
43.149 - /// First member of class \c class_id.
43.150 - ClassIt& first(ClassIt& it, int class_id) const {
43.151 - it.i=tips[class_id].first;
43.152 - return it;
43.153 - }
43.154 - /// Next member.
43.155 - ClassIt& next(ClassIt& it) const {
43.156 - it.i=nodes[it.i].next;
43.157 - return it;
43.158 - }
43.159 - /// True iff the iterator is valid.
43.160 - bool valid(const ClassIt& it) const { return it.i!=-1; }
43.161 - };
43.162 -
43.163 - /// \brief Wrappers for LP solvers
43.164 - ///
43.165 - /// This class implements a lemon wrapper for glpk.
43.166 - /// Later other LP-solvers will be wrapped into lemon.
43.167 - /// The aim of this class is to give a general surface to different
43.168 - /// solvers, i.e. it makes possible to write algorithms using LP's,
43.169 - /// in which the solver can be changed to an other one easily.
43.170 - class LPSolverWrapper {
43.171 - public:
43.172 -
43.173 -// class Row {
43.174 -// protected:
43.175 -// int i;
43.176 -// public:
43.177 -// Row() { }
43.178 -// Row(const Invalid&) : i(0) { }
43.179 -// Row(const int& _i) : i(_i) { }
43.180 -// operator int() const { return i; }
43.181 -// };
43.182 -// class RowIt : public Row {
43.183 -// public:
43.184 -// RowIt(const Row& row) : Row(row) { }
43.185 -// };
43.186 -
43.187 -// class Col {
43.188 -// protected:
43.189 -// int i;
43.190 -// public:
43.191 -// Col() { }
43.192 -// Col(const Invalid&) : i(0) { }
43.193 -// Col(const int& _i) : i(_i) { }
43.194 -// operator int() const { return i; }
43.195 -// };
43.196 -// class ColIt : public Col {
43.197 -// ColIt(const Col& col) : Col(col) { }
43.198 -// };
43.199 -
43.200 - public:
43.201 - ///.
43.202 - LPX* lp;
43.203 - ///.
43.204 - typedef IterablePartition<int>::ClassIt RowIt;
43.205 - ///.
43.206 - IterablePartition<int> row_iter_map;
43.207 - ///.
43.208 - typedef IterablePartition<int>::ClassIt ColIt;
43.209 - ///.
43.210 - IterablePartition<int> col_iter_map;
43.211 - //std::vector<int> row_id_to_lp_row_id;
43.212 - //std::vector<int> col_id_to_lp_col_id;
43.213 - ///.
43.214 - const int VALID_ID;
43.215 - ///.
43.216 - const int INVALID_ID;
43.217 -
43.218 - public:
43.219 - ///.
43.220 - LPSolverWrapper() : lp(lpx_create_prob()),
43.221 - row_iter_map(2),
43.222 - col_iter_map(2),
43.223 - //row_id_to_lp_row_id(), col_id_to_lp_col_id(),
43.224 - VALID_ID(0), INVALID_ID(1) {
43.225 - lpx_set_int_parm(lp, LPX_K_DUAL, 1);
43.226 - }
43.227 - ///.
43.228 - ~LPSolverWrapper() {
43.229 - lpx_delete_prob(lp);
43.230 - }
43.231 - ///.
43.232 - void setMinimize() {
43.233 - lpx_set_obj_dir(lp, LPX_MIN);
43.234 - }
43.235 - ///.
43.236 - void setMaximize() {
43.237 - lpx_set_obj_dir(lp, LPX_MAX);
43.238 - }
43.239 - ///.
43.240 - ColIt addCol() {
43.241 - int i=lpx_add_cols(lp, 1);
43.242 - ColIt col_it;
43.243 - col_iter_map.first(col_it, INVALID_ID);
43.244 - if (col_iter_map.valid(col_it)) { //van hasznalhato hely
43.245 - col_iter_map.set(col_it, INVALID_ID, VALID_ID);
43.246 - col_iter_map[col_it]=i;
43.247 - //col_id_to_lp_col_id[col_iter_map[col_it]]=i;
43.248 - } else { //a cucc vegere kell inzertalni mert nincs szabad hely
43.249 - //col_id_to_lp_col_id.push_back(i);
43.250 - //int j=col_id_to_lp_col_id.size()-1;
43.251 - col_it=col_iter_map.push_back(i, VALID_ID);
43.252 - }
43.253 -// edge_index_map.set(e, i);
43.254 -// lpx_set_col_bnds(lp, i, LPX_DB, 0.0, 1.0);
43.255 -// lpx_set_obj_coef(lp, i, cost[e]);
43.256 - return col_it;
43.257 - }
43.258 - ///.
43.259 - RowIt addRow() {
43.260 - int i=lpx_add_rows(lp, 1);
43.261 - RowIt row_it;
43.262 - row_iter_map.first(row_it, INVALID_ID);
43.263 - if (row_iter_map.valid(row_it)) { //van hasznalhato hely
43.264 - row_iter_map.set(row_it, INVALID_ID, VALID_ID);
43.265 - row_iter_map[row_it]=i;
43.266 - } else { //a cucc vegere kell inzertalni mert nincs szabad hely
43.267 - row_it=row_iter_map.push_back(i, VALID_ID);
43.268 - }
43.269 - return row_it;
43.270 - }
43.271 - //pair<RowIt, double>-bol kell megadni egy std range-et
43.272 - ///.
43.273 - template <typename Begin, typename End>
43.274 - void setColCoeffs(const ColIt& col_it,
43.275 - Begin begin, End end) {
43.276 - int mem_length=1+lpx_get_num_rows(lp);
43.277 - int* indices = new int[mem_length];
43.278 - double* doubles = new double[mem_length];
43.279 - int length=0;
43.280 - for ( ; begin!=end; ++begin) {
43.281 - ++length;
43.282 - indices[length]=row_iter_map[begin->first];
43.283 - doubles[length]=begin->second;
43.284 - }
43.285 - lpx_set_mat_col(lp, col_iter_map[col_it], length, indices, doubles);
43.286 - delete [] indices;
43.287 - delete [] doubles;
43.288 - }
43.289 - //pair<ColIt, double>-bol kell megadni egy std range-et
43.290 - ///.
43.291 - template <typename Begin, typename End>
43.292 - void setRowCoeffs(const RowIt& row_it,
43.293 - Begin begin, End end) {
43.294 - int mem_length=1+lpx_get_num_cols(lp);
43.295 - int* indices = new int[mem_length];
43.296 - double* doubles = new double[mem_length];
43.297 - int length=0;
43.298 - for ( ; begin!=end; ++begin) {
43.299 - ++length;
43.300 - indices[length]=col_iter_map[begin->first];
43.301 - doubles[length]=begin->second;
43.302 - }
43.303 - lpx_set_mat_row(lp, row_iter_map[row_it], length, indices, doubles);
43.304 - delete [] indices;
43.305 - delete [] doubles;
43.306 - }
43.307 - ///.
43.308 - void eraseCol(const ColIt& col_it) {
43.309 - col_iter_map.set(col_it, VALID_ID, INVALID_ID);
43.310 - int cols[2];
43.311 - cols[1]=col_iter_map[col_it];
43.312 - lpx_del_cols(lp, 1, cols);
43.313 - col_iter_map[col_it]=0; //glpk specifikus
43.314 - ColIt it;
43.315 - for (col_iter_map.first(it, VALID_ID);
43.316 - col_iter_map.valid(it); col_iter_map.next(it)) {
43.317 - if (col_iter_map[it]>cols[1]) --col_iter_map[it];
43.318 - }
43.319 - }
43.320 - ///.
43.321 - void eraseRow(const RowIt& row_it) {
43.322 - row_iter_map.set(row_it, VALID_ID, INVALID_ID);
43.323 - int rows[2];
43.324 - rows[1]=row_iter_map[row_it];
43.325 - lpx_del_rows(lp, 1, rows);
43.326 - row_iter_map[row_it]=0; //glpk specifikus
43.327 - RowIt it;
43.328 - for (row_iter_map.first(it, VALID_ID);
43.329 - row_iter_map.valid(it); row_iter_map.next(it)) {
43.330 - if (row_iter_map[it]>rows[1]) --row_iter_map[it];
43.331 - }
43.332 - }
43.333 - ///.
43.334 - void setColBounds(const ColIt& col_it, int bound_type,
43.335 - double lo, double up) {
43.336 - lpx_set_col_bnds(lp, col_iter_map[col_it], bound_type, lo, up);
43.337 - }
43.338 - ///.
43.339 - double getObjCoef(const ColIt& col_it) {
43.340 - return lpx_get_obj_coef(lp, col_iter_map[col_it]);
43.341 - }
43.342 - ///.
43.343 - void setRowBounds(const RowIt& row_it, int bound_type,
43.344 - double lo, double up) {
43.345 - lpx_set_row_bnds(lp, row_iter_map[row_it], bound_type, lo, up);
43.346 - }
43.347 - ///.
43.348 - void setObjCoef(const ColIt& col_it, double obj_coef) {
43.349 - lpx_set_obj_coef(lp, col_iter_map[col_it], obj_coef);
43.350 - }
43.351 - ///.
43.352 - void solveSimplex() { lpx_simplex(lp); }
43.353 - ///.
43.354 - void solvePrimalSimplex() { lpx_simplex(lp); }
43.355 - ///.
43.356 - void solveDualSimplex() { lpx_simplex(lp); }
43.357 - ///.
43.358 - double getPrimal(const ColIt& col_it) {
43.359 - return lpx_get_col_prim(lp, col_iter_map[col_it]);
43.360 - }
43.361 - ///.
43.362 - double getObjVal() { return lpx_get_obj_val(lp); }
43.363 - ///.
43.364 - int rowNum() const { return lpx_get_num_rows(lp); }
43.365 - ///.
43.366 - int colNum() const { return lpx_get_num_cols(lp); }
43.367 - ///.
43.368 - int warmUp() { return lpx_warm_up(lp); }
43.369 - ///.
43.370 - void printWarmUpStatus(int i) {
43.371 - switch (i) {
43.372 - case LPX_E_OK: cout << "LPX_E_OK" << endl; break;
43.373 - case LPX_E_EMPTY: cout << "LPX_E_EMPTY" << endl; break;
43.374 - case LPX_E_BADB: cout << "LPX_E_BADB" << endl; break;
43.375 - case LPX_E_SING: cout << "LPX_E_SING" << endl; break;
43.376 - }
43.377 - }
43.378 - ///.
43.379 - int getPrimalStatus() { return lpx_get_prim_stat(lp); }
43.380 - ///.
43.381 - void printPrimalStatus(int i) {
43.382 - switch (i) {
43.383 - case LPX_P_UNDEF: cout << "LPX_P_UNDEF" << endl; break;
43.384 - case LPX_P_FEAS: cout << "LPX_P_FEAS" << endl; break;
43.385 - case LPX_P_INFEAS: cout << "LPX_P_INFEAS" << endl; break;
43.386 - case LPX_P_NOFEAS: cout << "LPX_P_NOFEAS" << endl; break;
43.387 - }
43.388 - }
43.389 - ///.
43.390 - int getDualStatus() { return lpx_get_dual_stat(lp); }
43.391 - ///.
43.392 - void printDualStatus(int i) {
43.393 - switch (i) {
43.394 - case LPX_D_UNDEF: cout << "LPX_D_UNDEF" << endl; break;
43.395 - case LPX_D_FEAS: cout << "LPX_D_FEAS" << endl; break;
43.396 - case LPX_D_INFEAS: cout << "LPX_D_INFEAS" << endl; break;
43.397 - case LPX_D_NOFEAS: cout << "LPX_D_NOFEAS" << endl; break;
43.398 - }
43.399 - }
43.400 - /// Returns the status of the slack variable assigned to row \c row_it.
43.401 - int getRowStat(const RowIt& row_it) {
43.402 - return lpx_get_row_stat(lp, row_iter_map[row_it]);
43.403 - }
43.404 - ///.
43.405 - void printRowStatus(int i) {
43.406 - switch (i) {
43.407 - case LPX_BS: cout << "LPX_BS" << endl; break;
43.408 - case LPX_NL: cout << "LPX_NL" << endl; break;
43.409 - case LPX_NU: cout << "LPX_NU" << endl; break;
43.410 - case LPX_NF: cout << "LPX_NF" << endl; break;
43.411 - case LPX_NS: cout << "LPX_NS" << endl; break;
43.412 - }
43.413 - }
43.414 - /// Returns the status of the variable assigned to column \c col_it.
43.415 - int getColStat(const ColIt& col_it) {
43.416 - return lpx_get_col_stat(lp, col_iter_map[col_it]);
43.417 - }
43.418 - ///.
43.419 - void printColStatus(int i) {
43.420 - switch (i) {
43.421 - case LPX_BS: cout << "LPX_BS" << endl; break;
43.422 - case LPX_NL: cout << "LPX_NL" << endl; break;
43.423 - case LPX_NU: cout << "LPX_NU" << endl; break;
43.424 - case LPX_NF: cout << "LPX_NF" << endl; break;
43.425 - case LPX_NS: cout << "LPX_NS" << endl; break;
43.426 - }
43.427 - }
43.428 - };
43.429 -
43.430 - /// @}
43.431 -
43.432 -} //namespace lemon
43.433 -
43.434 -#endif //LEMON_LP_SOLVER_WRAPPER_H
44.1 --- a/src/work/athos/lp_old/magic_square.cc Sun Apr 17 18:57:22 2005 +0000
44.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
44.3 @@ -1,99 +0,0 @@
44.4 -// -*- c++ -*-
44.5 -#include <iostream>
44.6 -#include <fstream>
44.7 -
44.8 -#include <lemon/time_measure.h>
44.9 -#include <lp_solver_glpk.h>
44.10 -
44.11 -using std::cout;
44.12 -using std::endl;
44.13 -using namespace lemon;
44.14 -
44.15 -/*
44.16 - On an 1537Mhz PC, the run times with
44.17 - glpk are the following.
44.18 - for n=3,4, some secondes
44.19 - for n=5, 25 hours
44.20 - */
44.21 -
44.22 -int main(int, char **) {
44.23 - const int n=3;
44.24 - const double row_sum=(1.0+n*n)*n/2;
44.25 - Timer ts;
44.26 - ts.reset();
44.27 - typedef LpGlpk LPSolver;
44.28 - typedef LPSolver::Col Col;
44.29 - LPSolver lp;
44.30 - typedef std::map<std::pair<int, int>, Col> Coords;
44.31 - Coords x;
44.32 - // we create a new variable for each entry
44.33 - // of the magic square
44.34 - for (int i=1; i<=n; ++i) {
44.35 - for (int j=1; j<=n; ++j) {
44.36 - Col col=lp.addCol();
44.37 - x[std::make_pair(i,j)]=col;
44.38 - lp.setColLowerBound(col, 1.0);
44.39 - lp.setColUpperBound(col, double(n*n));
44.40 - }
44.41 - }
44.42 - LPSolver::Expression expr3, expr4;
44.43 - for (int i=1; i<=n; ++i) {
44.44 - LPSolver::Expression expr1, expr2;
44.45 - for (int j=1; j<=n; ++j) {
44.46 - expr1+=x[std::make_pair(i, j)];
44.47 - expr2+=x[std::make_pair(j, i)];
44.48 - }
44.49 -
44.50 - // sum of rows and columns
44.51 - lp.addRow(expr1==row_sum);
44.52 - lp.addRow(expr2==row_sum);
44.53 - cout <<"Expr1: "<<expr1<<endl;
44.54 - cout <<"Expr2: "<<expr2<<endl;
44.55 -
44.56 - expr3+=x[std::make_pair(i, i)];
44.57 - expr4+=x[std::make_pair(i, (n+1)-i)];
44.58 - }
44.59 - cout <<"Expr3: "<<expr3<<endl;
44.60 - cout <<"Expr4: "<<expr4<<endl;
44.61 - // sum of the diagonal entries
44.62 - lp.addRow(expr3==row_sum);
44.63 - lp.addRow(expr4==row_sum);
44.64 - lp.solveSimplex();
44.65 - cout << "elapsed time: " << ts << endl;
44.66 - for (int i=1; i<=n; ++i) {
44.67 - for (int j=1; j<=n; ++j) {
44.68 - cout << "x("<<i<<","<<j<<")="<<lp.getPrimal(x[std::make_pair(i,j)])
44.69 - << endl;
44.70 - }
44.71 - }
44.72 -
44.73 -
44.74 -
44.75 -// // we make new binary variables for each pair of
44.76 -// // entries of the square to achieve that
44.77 -// // the values of different entries are different
44.78 -// lp.setMIP();
44.79 -// for (Coords::const_iterator it=x.begin(); it!=x.end(); ++it) {
44.80 -// Coords::const_iterator jt=it; ++jt;
44.81 -// for(; jt!=x.end(); ++jt) {
44.82 -// Col col1=(*it).second;
44.83 -// Col col2=(*jt).second;
44.84 -// Col col=lp.addCol();
44.85 -// lp.setColLowerBound(col, 0.0);
44.86 -// lp.setColUpperBound(col, 1.0);
44.87 -// lp.addRow(double(-n*n+1.0)<=1.0*col2-1.0*col1-double(n*n)*col<=-1.0);
44.88 -// lp.setColInt(col);
44.89 -// }
44.90 -// }
44.91 -// cout << "elapsed time: " << ts << endl;
44.92 -// lp.solveSimplex();
44.93 -// // let's solve the integer problem
44.94 -// lp.solveBandB();
44.95 -// cout << "elapsed time: " << ts << endl;
44.96 -// for (int i=1; i<=n; ++i) {
44.97 -// for (int j=1; j<=n; ++j) {
44.98 -// cout << "x("<<i<<","<<j<<")="<<lp.getMIPPrimal(x[std::make_pair(i,j)])
44.99 -// << endl;
44.100 -// }
44.101 -// }
44.102 -}
45.1 --- a/src/work/athos/lp_old/makefile Sun Apr 17 18:57:22 2005 +0000
45.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
45.3 @@ -1,73 +0,0 @@
45.4 -#INCLUDEDIRS ?= -I.. -I. -I./{marci,jacint,alpar,klao,akos}
45.5 -#GLPKROOT = /usr/local/glpk-4.4
45.6 -INCLUDEDIRS ?= -I/home/marci/boost -I/usr/local/cplex/cplex75/include -I../../{marci,alpar,klao,akos,athos} -I. -I../../.. -I../.. -I..# -I$(GLPKROOT)/include
45.7 -#INCLUDEDIRS ?= -I../.. -I../.. -I../../{marci,jacint,alpar,klao,akos} -I/usr/local/glpk-4.4/include
45.8 -CXXFLAGS = -g -O2 -W -Wall $(INCLUDEDIRS) -ansi -pedantic
45.9 -LDFLAGS = -lglpk#-lcplex -lm -lpthread -lilocplex -L/usr/local/cplex/cplex75/lib/i86_linux2_glibc2.2_gcc3.0/static_mt# -L$(GLPKROOT)/lib
45.10 -
45.11 -BINARIES = magic_square max_flow_expression #expression_test max_flow_by_lp# sample sample2 sample11 sample15
45.12 -
45.13 -#include ../makefile
45.14 -
45.15 -# Hat, ez elismerem, hogy nagyon ronda, de mukodik minden altalam
45.16 -# ismert rendszeren :-) (Misi)
45.17 -ifdef GCCVER
45.18 -CXX := g++-$(GCCVER)
45.19 -else
45.20 -CXX := $(shell type -p g++-3.3 || type -p g++-3.2 || type -p g++-3.0 || type -p g++-3 || echo g++)
45.21 -endif
45.22 -
45.23 -ifdef DEBUG
45.24 -CXXFLAGS += -DDEBUG
45.25 -endif
45.26 -
45.27 -CC := $(CXX)
45.28 -
45.29 -
45.30 -all: $(BINARIES)
45.31 -
45.32 -################
45.33 -# Minden binarishoz egy sor, felsorolva, hogy mely object file-okbol
45.34 -# all elo.
45.35 -# Kiveve ha siman file.cc -> file esetrol van szo, amikor is nem kell
45.36 -# irni semmit.
45.37 -
45.38 -#proba: proba.o seged.o
45.39 -
45.40 -################
45.41 -
45.42 -
45.43 -# .depend dep depend:
45.44 -# -$(CXX) $(CXXFLAGS) -M $(BINARIES:=.cc) > .depend
45.45 -
45.46 -#makefile: .depend
45.47 -#sinclude .depend
45.48 -#moert nem megy az eredeti /usr/bin/ld-vel?
45.49 -
45.50 -# %: %.o
45.51 -# $(CXX) -o $@ $< $(LDFLAGS)
45.52 -
45.53 -# %.o: %.cc
45.54 -# $(CXX) $(CXXFLAGS) -c $<
45.55 -
45.56 -%: %.cc
45.57 - $(CXX) $(CXXFLAGS) -o $@ $< $(LDFLAGS)
45.58 -
45.59 -sample11prof: sample11prof.o
45.60 - $(CXX) -pg -o sample11prof sample11prof.o -L$(GLPKROOT)/lib -lglpk
45.61 -sample11prof.o: sample11.cc
45.62 - $(CXX) -pg $(CXXFLAGS) -c -o sample11prof.o sample11.cc
45.63 -
45.64 -# sample.o: sample.cc
45.65 -# $(CXX) $(CXXFLAGS) -c -o sample.o sample.cc
45.66 -
45.67 -# sample2: sample2.o
45.68 -# $(CXX) -o sample2 sample2.o -L/usr/local/glpk-4.4/lib -lglpk
45.69 -# sample2.o: sample2.cc
45.70 -# $(CXX) $(CXXFLAGS) -c -o sample2.o sample2.cc
45.71 -
45.72 -
45.73 -clean:
45.74 - $(RM) *.o $(BINARIES) .depend
45.75 -
45.76 -.PHONY: all clean dep depend
46.1 --- a/src/work/athos/lp_old/max_flow_by_lp.cc Sun Apr 17 18:57:22 2005 +0000
46.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
46.3 @@ -1,186 +0,0 @@
46.4 -// -*- c++ -*-
46.5 -#include <iostream>
46.6 -#include <fstream>
46.7 -
46.8 -#include <lemon/smart_graph.h>
46.9 -#include <lemon/list_graph.h>
46.10 -#include <lemon/dimacs.h>
46.11 -#include <lemon/time_measure.h>
46.12 -//#include <graph_wrapper.h>
46.13 -#include <lemon/preflow.h>
46.14 -#include <augmenting_flow.h>
46.15 -//#include <preflow_res.h>
46.16 -//#include <lp_solver_wrapper_2.h>
46.17 -#include <min_cost_gen_flow.h>
46.18 -
46.19 -// Use a DIMACS max flow file as stdin.
46.20 -// max_flow_demo < dimacs_max_flow_file
46.21 -
46.22 -using namespace lemon;
46.23 -
46.24 -int main(int, char **) {
46.25 -
46.26 - typedef ListGraph MutableGraph;
46.27 - typedef ListGraph Graph;
46.28 - typedef Graph::Node Node;
46.29 - typedef Graph::Edge Edge;
46.30 - typedef Graph::EdgeIt EdgeIt;
46.31 -
46.32 - Graph g;
46.33 -
46.34 - Node s, t;
46.35 - Graph::EdgeMap<int> cap(g);
46.36 - //readDimacsMaxFlow(std::cin, g, s, t, cap);
46.37 - readDimacs(std::cin, g, cap, s, t);
46.38 - Timer ts;
46.39 - Graph::EdgeMap<int> flow(g); //0 flow
46.40 - Preflow<Graph, int, Graph::EdgeMap<int>, Graph::EdgeMap<int> >
46.41 - max_flow_test(g, s, t, cap, flow);
46.42 - AugmentingFlow<Graph, int, Graph::EdgeMap<int>, Graph::EdgeMap<int> >
46.43 - augmenting_flow_test(g, s, t, cap, flow);
46.44 -
46.45 - Graph::NodeMap<bool> cut(g);
46.46 -
46.47 - {
46.48 - std::cout << "preflow ..." << std::endl;
46.49 - ts.reset();
46.50 - max_flow_test.run();
46.51 - std::cout << "elapsed time: " << ts << std::endl;
46.52 - std::cout << "flow value: "<< max_flow_test.flowValue() << std::endl;
46.53 - max_flow_test.minCut(cut);
46.54 -
46.55 - for (EdgeIt e(g); e!=INVALID; ++e) {
46.56 - if (cut[g.source(e)] && !cut[g.target(e)] && !flow[e]==cap[e])
46.57 - std::cout << "Slackness does not hold!" << std::endl;
46.58 - if (!cut[g.source(e)] && cut[g.target(e)] && flow[e]>0)
46.59 - std::cout << "Slackness does not hold!" << std::endl;
46.60 - }
46.61 - }
46.62 -
46.63 -// {
46.64 -// std::cout << "preflow ..." << std::endl;
46.65 -// FOR_EACH_LOC(Graph::EdgeIt, e, g) flow.set(e, 0);
46.66 -// ts.reset();
46.67 -// max_flow_test.preflow(Preflow<Graph, int, Graph::EdgeMap<int>, Graph::EdgeMap<int> >::GEN_FLOW);
46.68 -// std::cout << "elapsed time: " << ts << std::endl;
46.69 -// std::cout << "flow value: "<< max_flow_test.flowValue() << std::endl;
46.70 -
46.71 -// FOR_EACH_LOC(Graph::EdgeIt, e, g) {
46.72 -// if (cut[g.source(e)] && !cut[g.target(e)] && !flow[e]==cap[e])
46.73 -// std::cout << "Slackness does not hold!" << std::endl;
46.74 -// if (!cut[g.source(e)] && cut[g.target(e)] && flow[e]>0)
46.75 -// std::cout << "Slackness does not hold!" << std::endl;
46.76 -// }
46.77 -// }
46.78 -
46.79 -// {
46.80 -// std::cout << "wrapped preflow ..." << std::endl;
46.81 -// FOR_EACH_LOC(Graph::EdgeIt, e, g) flow.set(e, 0);
46.82 -// ts.reset();
46.83 -// pre_flow_res.run();
46.84 -// std::cout << "elapsed time: " << ts << std::endl;
46.85 -// std::cout << "flow value: "<< pre_flow_test.flowValue() << std::endl;
46.86 -// }
46.87 -
46.88 - {
46.89 - std::cout << "physical blocking flow augmentation ..." << std::endl;
46.90 - for (EdgeIt e(g); e!=INVALID; ++e) flow.set(e, 0);
46.91 - ts.reset();
46.92 - int i=0;
46.93 - while (augmenting_flow_test.augmentOnBlockingFlow<MutableGraph>()) { ++i; }
46.94 - std::cout << "elapsed time: " << ts << std::endl;
46.95 - std::cout << "number of augmentation phases: " << i << std::endl;
46.96 - std::cout << "flow value: "<< augmenting_flow_test.flowValue() << std::endl;
46.97 -
46.98 - for (EdgeIt e(g); e!=INVALID; ++e) {
46.99 - if (cut[g.source(e)] && !cut[g.target(e)] && !flow[e]==cap[e])
46.100 - std::cout << "Slackness does not hold!" << std::endl;
46.101 - if (!cut[g.source(e)] && cut[g.target(e)] && flow[e]>0)
46.102 - std::cout << "Slackness does not hold!" << std::endl;
46.103 - }
46.104 - }
46.105 -
46.106 -// {
46.107 -// std::cout << "faster physical blocking flow augmentation ..." << std::endl;
46.108 -// FOR_EACH_LOC(Graph::EdgeIt, e, g) flow.set(e, 0);
46.109 -// ts.reset();
46.110 -// int i=0;
46.111 -// while (max_flow_test.augmentOnBlockingFlow1<MutableGraph>()) { ++i; }
46.112 -// std::cout << "elapsed time: " << ts << std::endl;
46.113 -// std::cout << "number of augmentation phases: " << i << std::endl;
46.114 -// std::cout << "flow value: "<< max_flow_test.flowValue() << std::endl;
46.115 -// }
46.116 -
46.117 - {
46.118 - std::cout << "on-the-fly blocking flow augmentation ..." << std::endl;
46.119 - for (EdgeIt e(g); e!=INVALID; ++e) flow.set(e, 0);
46.120 - ts.reset();
46.121 - int i=0;
46.122 - while (augmenting_flow_test.augmentOnBlockingFlow2()) { ++i; }
46.123 - std::cout << "elapsed time: " << ts << std::endl;
46.124 - std::cout << "number of augmentation phases: " << i << std::endl;
46.125 - std::cout << "flow value: "<< augmenting_flow_test.flowValue() << std::endl;
46.126 -
46.127 - for (EdgeIt e(g); e!=INVALID; ++e) {
46.128 - if (cut[g.source(e)] && !cut[g.target(e)] && !flow[e]==cap[e])
46.129 - std::cout << "Slackness does not hold!" << std::endl;
46.130 - if (!cut[g.source(e)] && cut[g.target(e)] && flow[e]>0)
46.131 - std::cout << "Slackness does not hold!" << std::endl;
46.132 - }
46.133 - }
46.134 -
46.135 -// {
46.136 -// std::cout << "on-the-fly shortest path augmentation ..." << std::endl;
46.137 -// FOR_EACH_LOC(Graph::EdgeIt, e, g) flow.set(e, 0);
46.138 -// ts.reset();
46.139 -// int i=0;
46.140 -// while (augmenting_flow_test.augmentOnShortestPath()) { ++i; }
46.141 -// std::cout << "elapsed time: " << ts << std::endl;
46.142 -// std::cout << "number of augmentation phases: " << i << std::endl;
46.143 -// std::cout << "flow value: "<< augmenting_flow_test.flowValue() << std::endl;
46.144 -
46.145 -// FOR_EACH_LOC(Graph::EdgeIt, e, g) {
46.146 -// if (cut[g.source(e)] && !cut[g.target(e)] && !flow[e]==cap[e])
46.147 -// std::cout << "Slackness does not hold!" << std::endl;
46.148 -// if (!cut[g.source(e)] && cut[g.target(e)] && flow[e]>0)
46.149 -// std::cout << "Slackness does not hold!" << std::endl;
46.150 -// }
46.151 -// }
46.152 -
46.153 -// {
46.154 -// std::cout << "on-the-fly shortest path augmentation ..." << std::endl;
46.155 -// FOR_EACH_LOC(Graph::EdgeIt, e, g) flow.set(e, 0);
46.156 -// ts.reset();
46.157 -// int i=0;
46.158 -// while (augmenting_flow_test.augmentOnShortestPath2()) { ++i; }
46.159 -// std::cout << "elapsed time: " << ts << std::endl;
46.160 -// std::cout << "number of augmentation phases: " << i << std::endl;
46.161 -// std::cout << "flow value: "<< augmenting_flow_test.flowValue() << std::endl;
46.162 -
46.163 -// FOR_EACH_LOC(Graph::EdgeIt, e, g) {
46.164 -// if (cut[g.source(e)] && !cut[g.target(e)] && !flow[e]==cap[e])
46.165 -// std::cout << "Slackness does not hold!" << std::endl;
46.166 -// if (!cut[g.source(e)] && cut[g.target(e)] && flow[e]>0)
46.167 -// std::cout << "Slackness does not hold!" << std::endl;
46.168 -// }
46.169 -// }
46.170 -
46.171 - ts.reset();
46.172 -
46.173 - Edge e=g.addEdge(t, s);
46.174 - Graph::EdgeMap<int> cost(g, 0);
46.175 - cost.set(e, -1);
46.176 - cap.set(e, 10000);
46.177 - typedef ConstMap<Node, int> Excess;
46.178 - Excess excess(0);
46.179 - typedef ConstMap<Edge, int> LCap;
46.180 - LCap lcap(0);
46.181 -
46.182 - MinCostGenFlow<Graph, int, Excess, LCap>
46.183 - min_cost(g, excess, lcap, cap, flow, cost);
46.184 - min_cost.feasible();
46.185 - min_cost.runByLP();
46.186 -
46.187 - std::cout << "elapsed time: " << ts << std::endl;
46.188 - std::cout << "flow value: "<< flow[e] << std::endl;
46.189 -}
47.1 --- a/src/work/athos/lp_old/max_flow_expression.cc Sun Apr 17 18:57:22 2005 +0000
47.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
47.3 @@ -1,109 +0,0 @@
47.4 -// -*- c++ -*-
47.5 -#include <iostream>
47.6 -#include <fstream>
47.7 -
47.8 -#include <lemon/graph_utils.h>
47.9 -#include <lemon/smart_graph.h>
47.10 -#include <lemon/list_graph.h>
47.11 -#include <lemon/dimacs.h>
47.12 -#include <lemon/time_measure.h>
47.13 -#include <lp_solver_glpk.h>
47.14 -
47.15 -using std::cout;
47.16 -using std::endl;
47.17 -using namespace lemon;
47.18 -
47.19 -template<typename Edge, typename EdgeIndexMap>
47.20 -class PrimalMap {
47.21 -protected:
47.22 - LpGlpk* lp;
47.23 - EdgeIndexMap* edge_index_map;
47.24 -public:
47.25 - PrimalMap(LpGlpk& _lp, EdgeIndexMap& _edge_index_map) :
47.26 - lp(&_lp), edge_index_map(&_edge_index_map) { }
47.27 - double operator[](Edge e) const {
47.28 - return lp->getPrimal((*edge_index_map)[e]);
47.29 - }
47.30 -};
47.31 -
47.32 -// Use a DIMACS max flow file as stdin.
47.33 -// max_flow_expresion < dimacs_max_flow_file
47.34 -
47.35 -int main(int, char **) {
47.36 -
47.37 - typedef ListGraph Graph;
47.38 - typedef Graph::Node Node;
47.39 - typedef Graph::Edge Edge;
47.40 - typedef Graph::EdgeIt EdgeIt;
47.41 -
47.42 - Graph g;
47.43 -
47.44 - Node s, t;
47.45 - Graph::EdgeMap<int> cap(g);
47.46 - readDimacs(std::cin, g, cap, s, t);
47.47 - Timer ts;
47.48 -
47.49 - typedef LpGlpk LPSolver;
47.50 - LPSolver lp;
47.51 - lp.setMaximize();
47.52 - typedef LPSolver::Col Col;
47.53 - typedef LPSolver::Row Row;
47.54 - typedef Graph::EdgeMap<Col> EdgeIndexMap;
47.55 - typedef Graph::NodeMap<Row> NodeIndexMap;
47.56 - EdgeIndexMap edge_index_map(g);
47.57 - NodeIndexMap node_index_map(g);
47.58 - PrimalMap<Edge, EdgeIndexMap> flow(lp, edge_index_map);
47.59 -
47.60 - // nonnegativity of flow and capacity function
47.61 - for (Graph::EdgeIt e(g); e!=INVALID; ++e) {
47.62 - Col col=lp.addCol();
47.63 - edge_index_map.set(e, col);
47.64 - // interesting property in GLPK:
47.65 - // if you change the order of the following two lines, the
47.66 - // two runs of GLPK are extremely different
47.67 - lp.setColLowerBound(col, 0);
47.68 - lp.setColUpperBound(col, cap[e]);
47.69 - }
47.70 -
47.71 - for (Graph::NodeIt n(g); n!=INVALID; ++n) {
47.72 - LPSolver::Expression expr;
47.73 - for (Graph::OutEdgeIt e(g, n); e!=INVALID; ++e)
47.74 - expr+=edge_index_map[e];
47.75 - for (Graph::InEdgeIt e(g, n); e!=INVALID; ++e)
47.76 - expr-=edge_index_map[e];
47.77 - // cost function
47.78 - if (n==s) {
47.79 - lp.setObjCoeffs(expr);
47.80 - }
47.81 - // flow conservation constraints
47.82 - if ((n!=s) && (n!=t)) {
47.83 - node_index_map.set(n, lp.addRow(expr == 0.0));
47.84 - }
47.85 - }
47.86 - lp.solveSimplex();
47.87 - cout << "elapsed time: " << ts << endl;
47.88 -// cout << "rows:" << endl;
47.89 -// for (
47.90 -// LPSolver::Rows::ClassIt i(lp.row_iter_map, 0);
47.91 -// i!=INVALID;
47.92 -// ++i) {
47.93 -// cout << i << " ";
47.94 -// }
47.95 -// cout << endl;
47.96 -// cout << "cols:" << endl;
47.97 -// for (
47.98 -// LPSolver::Cols::ClassIt i(lp.col_iter_map, 0);
47.99 -// i!=INVALID;
47.100 -// ++i) {
47.101 -// cout << i << " ";
47.102 -// }
47.103 -// cout << endl;
47.104 - lp.setMIP();
47.105 - cout << "elapsed time: " << ts << endl;
47.106 - for (LPSolver::Cols::ClassIt it(lp.col_iter_map ,1); it!=INVALID; ++it) {
47.107 - lp.setColInt(it);
47.108 - }
47.109 - cout << "elapsed time: " << ts << endl;
47.110 - lp.solveBandB();
47.111 - cout << "elapsed time: " << ts << endl;
47.112 -}
48.1 --- a/src/work/athos/lp_old/min_cost_gen_flow.h Sun Apr 17 18:57:22 2005 +0000
48.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
48.3 @@ -1,268 +0,0 @@
48.4 -// -*- c++ -*-
48.5 -#ifndef LEMON_MIN_COST_GEN_FLOW_H
48.6 -#define LEMON_MIN_COST_GEN_FLOW_H
48.7 -#include <iostream>
48.8 -//#include <fstream>
48.9 -
48.10 -#include <lemon/smart_graph.h>
48.11 -#include <lemon/list_graph.h>
48.12 -//#include <lemon/dimacs.h>
48.13 -//#include <lemon/time_measure.h>
48.14 -//#include <graph_wrapper.h>
48.15 -#include <lemon/preflow.h>
48.16 -#include <lemon/min_cost_flow.h>
48.17 -//#include <augmenting_flow.h>
48.18 -//#include <preflow_res.h>
48.19 -#include <work/marci/merge_node_graph_wrapper.h>
48.20 -#include <work/marci/lp/lp_solver_wrapper_3.h>
48.21 -
48.22 -namespace lemon {
48.23 -
48.24 - template<typename Edge, typename EdgeIndexMap>
48.25 - class PrimalMap {
48.26 - protected:
48.27 - LPGLPK* lp;
48.28 - EdgeIndexMap* edge_index_map;
48.29 - public:
48.30 - PrimalMap(LPGLPK& _lp, EdgeIndexMap& _edge_index_map) :
48.31 - lp(&_lp), edge_index_map(&_edge_index_map) { }
48.32 - double operator[](Edge e) const {
48.33 - return lp->getPrimal((*edge_index_map)[e]);
48.34 - }
48.35 - };
48.36 -
48.37 - // excess: rho-delta egyelore csak =0-ra.
48.38 - template <typename Graph, typename Num,
48.39 - typename Excess=typename Graph::template NodeMap<Num>,
48.40 - typename LCapMap=typename Graph::template EdgeMap<Num>,
48.41 - typename CapMap=typename Graph::template EdgeMap<Num>,
48.42 - typename FlowMap=typename Graph::template EdgeMap<Num>,
48.43 - typename CostMap=typename Graph::template EdgeMap<Num> >
48.44 - class MinCostGenFlow {
48.45 - protected:
48.46 - const Graph& g;
48.47 - const Excess& excess;
48.48 - const LCapMap& lcapacity;
48.49 - const CapMap& capacity;
48.50 - FlowMap& flow;
48.51 - const CostMap& cost;
48.52 - public:
48.53 - MinCostGenFlow(const Graph& _g, const Excess& _excess,
48.54 - const LCapMap& _lcapacity, const CapMap& _capacity,
48.55 - FlowMap& _flow,
48.56 - const CostMap& _cost) :
48.57 - g(_g), excess(_excess), lcapacity(_lcapacity),
48.58 - capacity(_capacity), flow(_flow), cost(_cost) { }
48.59 - bool feasible() {
48.60 - // std::cout << "making new vertices..." << std::endl;
48.61 - typedef ListGraph Graph2;
48.62 - Graph2 g2;
48.63 - typedef MergeEdgeGraphWrapper<const Graph, Graph2> GW;
48.64 - // std::cout << "merging..." << std::endl;
48.65 - GW gw(g, g2);
48.66 - typename GW::Node s(INVALID, g2.addNode(), true);
48.67 - typename GW::Node t(INVALID, g2.addNode(), true);
48.68 - typedef SmartGraph Graph3;
48.69 - // std::cout << "making extender graph..." << std::endl;
48.70 - typedef NewEdgeSetGraphWrapper2<GW, Graph3> GWW;
48.71 -// {
48.72 -// checkConcept<StaticGraph, GWW>();
48.73 -// }
48.74 - GWW gww(gw);
48.75 - typedef AugmentingGraphWrapper<GW, GWW> GWWW;
48.76 - GWWW gwww(gw, gww);
48.77 -
48.78 - // std::cout << "making new edges..." << std::endl;
48.79 - typename GWWW::template EdgeMap<Num> translated_cap(gwww);
48.80 -
48.81 - for (typename GW::EdgeIt e(gw); e!=INVALID; ++e) {
48.82 - translated_cap.set(typename GWWW::Edge(e,INVALID,false),
48.83 - capacity[e]-lcapacity[e]);
48.84 - // cout << "t_cap " << gw.id(e) << " "
48.85 - // << translated_cap[typename GWWW::Edge(e,INVALID,false)] << endl;
48.86 - }
48.87 -
48.88 - Num expected=0;
48.89 -
48.90 - // std::cout << "making new edges 2..." << std::endl;
48.91 - for (typename Graph::NodeIt n(g); n!=INVALID; ++n) {
48.92 - Num a=0;
48.93 - for (typename Graph::InEdgeIt e(g, n); e!=INVALID; ++e)
48.94 - a+=lcapacity[e];
48.95 - for (typename Graph::OutEdgeIt e(g, n); e!=INVALID; ++e)
48.96 - a-=lcapacity[e];
48.97 - if (excess[n]>a) {
48.98 - typename GWW::Edge e=
48.99 - gww.addEdge(typename GW::Node(n,INVALID,false), t);
48.100 - translated_cap.set(typename GWWW::Edge(INVALID, e, true),
48.101 - excess[n]-a);
48.102 - // std::cout << g.id(n) << "->t " << excess[n]-a << std::endl;
48.103 - }
48.104 - if (excess[n]<a) {
48.105 - typename GWW::Edge e=
48.106 - gww.addEdge(s, typename GW::Node(n,INVALID,false));
48.107 - translated_cap.set(typename GWWW::Edge(INVALID, e, true),
48.108 - a-excess[n]);
48.109 - expected+=a-excess[n];
48.110 - // std::cout << "s->" << g.id(n) << " "<< a-excess[n] <<std:: endl;
48.111 - }
48.112 - }
48.113 -
48.114 - // std::cout << "preflow..." << std::endl;
48.115 - typename GWWW::template EdgeMap<Num> translated_flow(gwww, 0);
48.116 - Preflow<GWWW, Num> preflow(gwww, s, t,
48.117 - translated_cap, translated_flow);
48.118 - preflow.run();
48.119 - // std::cout << "fv: " << preflow.flowValue() << std::endl;
48.120 - // std::cout << "expected: " << expected << std::endl;
48.121 -
48.122 - for (typename Graph::EdgeIt e(g); e!=INVALID; ++e) {
48.123 - typename GW::Edge ew(e, INVALID, false);
48.124 - typename GWWW::Edge ewww(ew, INVALID, false);
48.125 - flow.set(e, translated_flow[ewww]+lcapacity[e]);
48.126 - }
48.127 - return (preflow.flowValue()>=expected);
48.128 - }
48.129 - // for nonnegative costs
48.130 - bool run() {
48.131 - // std::cout << "making new vertices..." << std::endl;
48.132 - typedef ListGraph Graph2;
48.133 - Graph2 g2;
48.134 - typedef MergeEdgeGraphWrapper<const Graph, Graph2> GW;
48.135 - // std::cout << "merging..." << std::endl;
48.136 - GW gw(g, g2);
48.137 - typename GW::Node s(INVALID, g2.addNode(), true);
48.138 - typename GW::Node t(INVALID, g2.addNode(), true);
48.139 - typedef SmartGraph Graph3;
48.140 - // std::cout << "making extender graph..." << std::endl;
48.141 - typedef NewEdgeSetGraphWrapper2<GW, Graph3> GWW;
48.142 -// {
48.143 -// checkConcept<StaticGraph, GWW>();
48.144 -// }
48.145 - GWW gww(gw);
48.146 - typedef AugmentingGraphWrapper<GW, GWW> GWWW;
48.147 - GWWW gwww(gw, gww);
48.148 -
48.149 - // std::cout << "making new edges..." << std::endl;
48.150 - typename GWWW::template EdgeMap<Num> translated_cap(gwww);
48.151 -
48.152 - for (typename Graph::EdgeIt e(g); e!=INVALID; ++e) {
48.153 - typename GW::Edge ew(e, INVALID, false);
48.154 - typename GWWW::Edge ewww(ew, INVALID, false);
48.155 - translated_cap.set(ewww, capacity[e]-lcapacity[e]);
48.156 - // cout << "t_cap " << g.id(e) << " "
48.157 - // << translated_cap[ewww] << endl;
48.158 - }
48.159 -
48.160 - Num expected=0;
48.161 -
48.162 - // std::cout << "making new edges 2..." << std::endl;
48.163 - for (typename Graph::NodeIt n(g); n!=INVALID; ++n) {
48.164 - // std::cout << "node: " << g.id(n) << std::endl;
48.165 - Num a=0;
48.166 - for (typename Graph::InEdgeIt e(g, n); e!=INVALID; ++e) {
48.167 - a+=lcapacity[e];
48.168 - // std::cout << "bee: " << g.id(e) << " " << lcapacity[e] << std::endl;
48.169 - }
48.170 - for (typename Graph::OutEdgeIt e(g, n); e!=INVALID; ++e) {
48.171 - a-=lcapacity[e];
48.172 - // std::cout << "kie: " << g.id(e) << " " << lcapacity[e] << std::endl;
48.173 - }
48.174 - // std::cout << "excess " << g.id(n) << ": " << a << std::endl;
48.175 - if (0>a) {
48.176 - typename GWW::Edge e=
48.177 - gww.addEdge(typename GW::Node(n,INVALID,false), t);
48.178 - translated_cap.set(typename GWWW::Edge(INVALID, e, true),
48.179 - -a);
48.180 - // std::cout << g.id(n) << "->t " << -a << std::endl;
48.181 - }
48.182 - if (0<a) {
48.183 - typename GWW::Edge e=
48.184 - gww.addEdge(s, typename GW::Node(n,INVALID,false));
48.185 - translated_cap.set(typename GWWW::Edge(INVALID, e, true),
48.186 - a);
48.187 - expected+=a;
48.188 - // std::cout << "s->" << g.id(n) << " "<< a <<std:: endl;
48.189 - }
48.190 - }
48.191 -
48.192 - // std::cout << "preflow..." << std::endl;
48.193 - typename GWWW::template EdgeMap<Num> translated_cost(gwww, 0);
48.194 - for (typename Graph::EdgeIt e(g); e!=INVALID; ++e) {
48.195 - translated_cost.set(typename GWWW::Edge(
48.196 - typename GW::Edge(e, INVALID, false), INVALID, false), cost[e]);
48.197 - }
48.198 - // typename GWWW::template EdgeMap<Num> translated_flow(gwww, 0);
48.199 - MinCostFlow<GWWW, typename GWWW::template EdgeMap<Num>,
48.200 - typename GWWW::template EdgeMap<Num> >
48.201 - min_cost_flow(gwww, translated_cost, translated_cap,
48.202 - s, t);
48.203 - while (min_cost_flow.augment()) { }
48.204 - std::cout << "fv: " << min_cost_flow.flowValue() << std::endl;
48.205 - std::cout << "expected: " << expected << std::endl;
48.206 -
48.207 - for (typename Graph::EdgeIt e(g); e!=INVALID; ++e) {
48.208 - typename GW::Edge ew(e, INVALID, false);
48.209 - typename GWWW::Edge ewww(ew, INVALID, false);
48.210 - // std::cout << g.id(e) << " " << flow[e] << std::endl;
48.211 - flow.set(e, lcapacity[e]+
48.212 - min_cost_flow.getFlow()[ewww]);
48.213 - }
48.214 - return (min_cost_flow.flowValue()>=expected);
48.215 - }
48.216 - void runByLP() {
48.217 - typedef LPGLPK LPSolver;
48.218 - LPSolver lp;
48.219 - lp.setMinimize();
48.220 - typedef LPSolver::ColIt ColIt;
48.221 - typedef LPSolver::RowIt RowIt;
48.222 - typedef typename Graph::template EdgeMap<ColIt> EdgeIndexMap;
48.223 - EdgeIndexMap edge_index_map(g);
48.224 - PrimalMap<typename Graph::Edge, EdgeIndexMap> lp_flow(lp, edge_index_map);
48.225 - for (typename Graph::EdgeIt e(g); e!=INVALID; ++e) {
48.226 - ColIt col_it=lp.addCol();
48.227 - edge_index_map.set(e, col_it);
48.228 - if (lcapacity[e]==capacity[e])
48.229 - lp.setColBounds(col_it, LPSolver::FIXED, lcapacity[e], capacity[e]);
48.230 - else
48.231 - lp.setColBounds(col_it, LPSolver::DOUBLE, lcapacity[e], capacity[e]);
48.232 - lp.setObjCoef(col_it, cost[e]);
48.233 - }
48.234 - LPSolver::ColIt col_it;
48.235 - for (lp.col_iter_map.first(col_it, lp.VALID_CLASS);
48.236 - lp.col_iter_map.valid(col_it);
48.237 - lp.col_iter_map.next(col_it)) {
48.238 -// std::cout << "ize " << lp.col_iter_map[col_it] << std::endl;
48.239 - }
48.240 - for (typename Graph::NodeIt n(g); n!=INVALID; ++n) {
48.241 - typename Graph::template EdgeMap<Num> coeffs(g, 0);
48.242 - for (typename Graph::InEdgeIt e(g, n); e!=INVALID; ++e)
48.243 - coeffs.set(e, coeffs[e]+1);
48.244 - for (typename Graph::OutEdgeIt e(g, n); e!=INVALID; ++e)
48.245 - coeffs.set(e, coeffs[e]-1);
48.246 - RowIt row_it=lp.addRow();
48.247 - typename std::vector< std::pair<ColIt, double> > row;
48.248 - //std::cout << "node:" <<g.id(n)<<std::endl;
48.249 - for (typename Graph::EdgeIt e(g); e!=INVALID; ++e) {
48.250 - if (coeffs[e]!=0) {
48.251 - //std::cout << " edge:" <<g.id(e)<<" "<<coeffs[e];
48.252 - row.push_back(std::make_pair(edge_index_map[e], coeffs[e]));
48.253 - }
48.254 - }
48.255 - //std::cout << std::endl;
48.256 - //std::cout << " " << g.id(n) << " " << row.size() << std::endl;
48.257 - lp.setRowCoeffs(row_it, row.begin(), row.end());
48.258 - lp.setRowBounds(row_it, LPSolver::FIXED, 0.0, 0.0);
48.259 - }
48.260 - lp.solveSimplex();
48.261 - //std::cout << lp.colNum() << std::endl;
48.262 - //std::cout << lp.rowNum() << std::endl;
48.263 - //std::cout << "flow value: "<< lp.getObjVal() << std::endl;
48.264 - for (typename Graph::EdgeIt e(g); e!=INVALID; ++e)
48.265 - flow.set(e, lp_flow[e]);
48.266 - }
48.267 - };
48.268 -
48.269 -} // namespace lemon
48.270 -
48.271 -#endif //LEMON_MIN_COST_GEN_FLOW_H
49.1 --- a/src/work/athos/makefile Sun Apr 17 18:57:22 2005 +0000
49.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
49.3 @@ -1,4 +0,0 @@
49.4 -BINARIES = lp_sample
49.5 -INCLUDEDIRS= -I../.. -I.. -I../{athos,klao,marci,jacint,alpar,johanna,akos}
49.6 -include ../makefile
49.7 -
50.1 --- a/src/work/athos/min_cost_flow.cc Sun Apr 17 18:57:22 2005 +0000
50.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
50.3 @@ -1,119 +0,0 @@
50.4 -#include <iostream>
50.5 -//#include "test_tools.h"
50.6 -#include <lemon/list_graph.h>
50.7 -#include <mincostflow.h>
50.8 -//#include <path.h>
50.9 -//#include <maps.h>
50.10 -
50.11 -using namespace std;
50.12 -using namespace lemon;
50.13 -
50.14 -
50.15 -
50.16 -bool passed = true;
50.17 -
50.18 -void check(bool rc, char *msg="") {
50.19 - passed = passed && rc;
50.20 - if(!rc) {
50.21 - std::cerr << "Test failed! ("<< msg << ")" << std::endl; \
50.22 -
50.23 -
50.24 - }
50.25 -}
50.26 -
50.27 -
50.28 -
50.29 -int main()
50.30 -{
50.31 -
50.32 - typedef ListGraph::Node Node;
50.33 - typedef ListGraph::Edge Edge;
50.34 -
50.35 - ListGraph graph;
50.36 -
50.37 - //Ahuja könyv példája
50.38 -
50.39 - Node s=graph.addNode();
50.40 - Node v1=graph.addNode();
50.41 - Node v2=graph.addNode();
50.42 - Node v3=graph.addNode();
50.43 - Node v4=graph.addNode();
50.44 - Node v5=graph.addNode();
50.45 - Node t=graph.addNode();
50.46 -
50.47 - ListGraph::NodeMap<int> supply_demand(graph);
50.48 -
50.49 - supply_demand.set(s, 2);
50.50 - supply_demand.set(v1, 3);
50.51 - supply_demand.set(v3, -1);
50.52 - supply_demand.set(t, -4);
50.53 -
50.54 - Edge s_v1=graph.addEdge(s, v1);
50.55 - Edge v1_v2=graph.addEdge(v1, v2);
50.56 - Edge s_v3=graph.addEdge(s, v3);
50.57 - Edge v2_v4=graph.addEdge(v2, v4);
50.58 - Edge v2_v5=graph.addEdge(v2, v5);
50.59 - Edge v3_v5=graph.addEdge(v3, v5);
50.60 - Edge v4_t=graph.addEdge(v4, t);
50.61 - Edge v5_t=graph.addEdge(v5, t);
50.62 -
50.63 -
50.64 - ListGraph::EdgeMap<int> cost(graph);
50.65 -
50.66 - cost.set(s_v1, 6);
50.67 - cost.set(v1_v2, 4);
50.68 - cost.set(s_v3, 10);
50.69 - cost.set(v2_v4, 5);
50.70 - cost.set(v2_v5, 1);
50.71 - cost.set(v3_v5, 4);
50.72 - cost.set(v4_t, 8);
50.73 - cost.set(v5_t, 8);
50.74 -
50.75 - /*
50.76 - ListGraph::EdgeMap<int> capacity(graph);
50.77 -
50.78 - capacity.set(s_v1, 2);
50.79 - capacity.set(v1_v2, 2);
50.80 - capacity.set(s_v3, 1);
50.81 - capacity.set(v2_v4, 1);
50.82 - capacity.set(v2_v5, 1);
50.83 - capacity.set(v3_v5, 1);
50.84 - capacity.set(v4_t, 1);
50.85 - capacity.set(v5_t, 2);
50.86 - */
50.87 -
50.88 - // ConstMap<Edge, int> const1map(1);
50.89 - std::cout << "Enhanced capacity scaling algorithm test (for the mincostflow problem)..." << std::endl;
50.90 -
50.91 - MinCostFlow< ListGraph, ListGraph::EdgeMap<int>, ListGraph::NodeMap<int> >
50.92 - min_cost_flow_test(graph, cost, supply_demand);
50.93 -
50.94 - min_cost_flow_test.run();
50.95 - //int k=1;
50.96 - check(min_cost_flow_test.checkOptimality(), "Is the primal-dual solution pair really optimal?");
50.97 -
50.98 - /*
50.99 - check( min_cost_flow_test.run(s,t,k) == 1 && min_cost_flow_test.totalLength() == 19,"One path, total cost should be 19");
50.100 -
50.101 - check(min_cost_flow_test.checkComplementarySlackness(), "Is the primal-dual solution pair really optimal?");
50.102 -
50.103 - k=2;
50.104 -
50.105 - check( min_cost_flow_test.run(s,t,k) == 2 && min_cost_flow_test.totalLength() == 41,"Two paths, total cost should be 41");
50.106 -
50.107 - check(min_cost_flow_test.checkComplementarySlackness(), "Is the primal-dual solution pair really optimal?");
50.108 -
50.109 -
50.110 - k=4;
50.111 -
50.112 - check( min_cost_flow_test.run(s,t,k) == 3 && min_cost_flow_test.totalLength() == 64,"Three paths, total cost should be 64");
50.113 -
50.114 - check(min_cost_flow_test.checkComplementarySlackness(), "Is the primal-dual solution pair really optimal?");
50.115 -
50.116 - */
50.117 - cout << (passed ? "All tests passed." : "Some of the tests failed!!!")
50.118 - << endl;
50.119 -
50.120 - return passed ? 0 : 1;
50.121 -
50.122 -}
51.1 --- a/src/work/athos/mincostflow.h Sun Apr 17 18:57:22 2005 +0000
51.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
51.3 @@ -1,513 +0,0 @@
51.4 -// -*- c++ -*-
51.5 -#ifndef LEMON_MINCOSTFLOW_H
51.6 -#define LEMON_MINCOSTFLOW_H
51.7 -
51.8 -///\ingroup galgs
51.9 -///\file
51.10 -///\brief An algorithm for finding the minimum cost flow of given value in an uncapacitated network
51.11 -
51.12 -#include <lemon/dijkstra.h>
51.13 -#include <lemon/graph_wrapper.h>
51.14 -#include <lemon/maps.h>
51.15 -#include <vector>
51.16 -#include <list>
51.17 -#include <values.h>
51.18 -#include <lemon/for_each_macros.h>
51.19 -#include <lemon/unionfind.h>
51.20 -#include <lemon/bin_heap.h>
51.21 -#include <bfs_dfs.h>
51.22 -
51.23 -namespace lemon {
51.24 -
51.25 -/// \addtogroup galgs
51.26 -/// @{
51.27 -
51.28 - ///\brief Implementation of an algorithm for solving the minimum cost general
51.29 - /// flow problem in an uncapacitated network
51.30 - ///
51.31 - ///
51.32 - /// The class \ref lemon::MinCostFlow "MinCostFlow" implements
51.33 - /// an algorithm for solving the following general minimum cost flow problem>
51.34 - ///
51.35 - ///
51.36 - ///
51.37 - /// \warning It is assumed here that the problem has a feasible solution
51.38 - ///
51.39 - /// The range of the cost (weight) function is nonnegative reals but
51.40 - /// the range of capacity function is the set of nonnegative integers.
51.41 - /// It is not a polinomial time algorithm for counting the minimum cost
51.42 - /// maximal flow, since it counts the minimum cost flow for every value 0..M
51.43 - /// where \c M is the value of the maximal flow.
51.44 - ///
51.45 - ///\author Attila Bernath
51.46 - template <typename Graph, typename CostMap, typename SupplyDemandMap>
51.47 - class MinCostFlow {
51.48 -
51.49 - typedef typename CostMap::Value Cost;
51.50 -
51.51 -
51.52 - typedef typename SupplyDemandMap::Value SupplyDemand;
51.53 -
51.54 - typedef typename Graph::Node Node;
51.55 - typedef typename Graph::NodeIt NodeIt;
51.56 - typedef typename Graph::Edge Edge;
51.57 - typedef typename Graph::OutEdgeIt OutEdgeIt;
51.58 - typedef typename Graph::template EdgeMap<SupplyDemand> FlowMap;
51.59 - typedef ConstMap<Edge,SupplyDemand> ConstEdgeMap;
51.60 -
51.61 - // typedef ConstMap<Edge,int> ConstMap;
51.62 -
51.63 - typedef ResGraphWrapper<const Graph,int,ConstEdgeMap,FlowMap> ResGraph;
51.64 - typedef typename ResGraph::Edge ResGraphEdge;
51.65 -
51.66 - class ModCostMap {
51.67 - //typedef typename ResGraph::template NodeMap<Cost> NodeMap;
51.68 - typedef typename Graph::template NodeMap<Cost> NodeMap;
51.69 - const ResGraph& res_graph;
51.70 - // const EdgeIntMap& rev;
51.71 - const CostMap &ol;
51.72 - const NodeMap &pot;
51.73 - public :
51.74 - typedef typename CostMap::Key Key;
51.75 - typedef typename CostMap::Value Value;
51.76 -
51.77 - Value operator[](typename ResGraph::Edge e) const {
51.78 - if (res_graph.forward(e))
51.79 - return ol[e]-(pot[res_graph.target(e)]-pot[res_graph.source(e)]);
51.80 - else
51.81 - return -ol[e]-(pot[res_graph.target(e)]-pot[res_graph.source(e)]);
51.82 - }
51.83 -
51.84 - ModCostMap(const ResGraph& _res_graph,
51.85 - const CostMap &o, const NodeMap &p) :
51.86 - res_graph(_res_graph), /*rev(_rev),*/ ol(o), pot(p){};
51.87 - };//ModCostMap
51.88 -
51.89 -
51.90 - protected:
51.91 -
51.92 - //Input
51.93 - const Graph& graph;
51.94 - const CostMap& cost;
51.95 - const SupplyDemandMap& supply_demand;//supply or demand of nodes
51.96 -
51.97 -
51.98 - //auxiliary variables
51.99 -
51.100 - //To store the flow
51.101 - FlowMap flow;
51.102 - //To store the potential (dual variables)
51.103 - typedef typename Graph::template NodeMap<Cost> PotentialMap;
51.104 - PotentialMap potential;
51.105 -
51.106 -
51.107 - Cost total_cost;
51.108 -
51.109 -
51.110 - public :
51.111 -
51.112 -
51.113 - MinCostFlow(Graph& _graph, CostMap& _cost, SupplyDemandMap& _supply_demand):
51.114 - graph(_graph),
51.115 - cost(_cost),
51.116 - supply_demand(_supply_demand),
51.117 - flow(_graph),
51.118 - potential(_graph){ }
51.119 -
51.120 -
51.121 - ///Runs the algorithm.
51.122 -
51.123 - ///Runs the algorithm.
51.124 -
51.125 - ///\todo May be it does make sense to be able to start with a nonzero
51.126 - /// feasible primal-dual solution pair as well.
51.127 - void run() {
51.128 -
51.129 - //To store excess-deficit values
51.130 - SupplyDemandMap excess_deficit(graph);
51.131 -
51.132 - //Resetting variables from previous runs
51.133 - //total_cost = 0;
51.134 -
51.135 -
51.136 - typedef typename Graph::template NodeMap<int> HeapMap;
51.137 - typedef BinHeap< Node, SupplyDemand, typename Graph::template NodeMap<int>,
51.138 - std::greater<SupplyDemand> > HeapType;
51.139 -
51.140 - //A heap for the excess nodes
51.141 - HeapMap excess_nodes_map(graph,-1);
51.142 - HeapType excess_nodes(excess_nodes_map);
51.143 -
51.144 - //A heap for the deficit nodes
51.145 - HeapMap deficit_nodes_map(graph,-1);
51.146 - HeapType deficit_nodes(deficit_nodes_map);
51.147 -
51.148 - //A container to store nonabundant arcs
51.149 - std::list<Edge> nonabundant_arcs;
51.150 -
51.151 -
51.152 - FOR_EACH_LOC(typename Graph::EdgeIt, e, graph){
51.153 - flow.set(e,0);
51.154 - nonabundant_arcs.push_back(e);
51.155 - }
51.156 -
51.157 - //Initial value for delta
51.158 - SupplyDemand delta = 0;
51.159 -
51.160 - typedef UnionFindEnum<Node, Graph::template NodeMap> UFE;
51.161 -
51.162 - //A union-find structure to store the abundant components
51.163 - typename UFE::MapType abund_comp_map(graph);
51.164 - UFE abundant_components(abund_comp_map);
51.165 -
51.166 -
51.167 -
51.168 - FOR_EACH_LOC(typename Graph::NodeIt, n, graph){
51.169 - excess_deficit.set(n,supply_demand[n]);
51.170 - //A supply node
51.171 - if (excess_deficit[n] > 0){
51.172 - excess_nodes.push(n,excess_deficit[n]);
51.173 - }
51.174 - //A demand node
51.175 - if (excess_deficit[n] < 0){
51.176 - deficit_nodes.push(n, - excess_deficit[n]);
51.177 - }
51.178 - //Finding out starting value of delta
51.179 - if (delta < abs(excess_deficit[n])){
51.180 - delta = abs(excess_deficit[n]);
51.181 - }
51.182 - //Initialize the copy of the Dijkstra potential to zero
51.183 - potential.set(n,0);
51.184 - //Every single point is an abundant component initially
51.185 - abundant_components.insert(n);
51.186 - }
51.187 -
51.188 - //It'll be allright as an initial value, though this value
51.189 - //can be the maximum deficit here
51.190 - SupplyDemand max_excess = delta;
51.191 -
51.192 - ///\bug This is a serious cheat here, before we have an uncapacitated ResGraph
51.193 - ConstEdgeMap const_inf_map(MAXINT);
51.194 -
51.195 - //We need a residual graph which is uncapacitated
51.196 - ResGraph res_graph(graph, const_inf_map, flow);
51.197 -
51.198 - //An EdgeMap to tell which arcs are abundant
51.199 - typename Graph::template EdgeMap<bool> abundant_arcs(graph);
51.200 -
51.201 - //Let's construct the sugraph consisting only of the abundant edges
51.202 - typedef ConstMap< typename Graph::Node, bool > ConstNodeMap;
51.203 -
51.204 - ConstNodeMap const_true_map(true);
51.205 - typedef SubGraphWrapper< const Graph, ConstNodeMap,
51.206 - typename Graph::template EdgeMap<bool> >
51.207 - AbundantGraph;
51.208 - AbundantGraph abundant_graph(graph, const_true_map, abundant_arcs );
51.209 -
51.210 - //Let's construct the residual graph for the abundant graph
51.211 - typedef ResGraphWrapper<const AbundantGraph,int,ConstEdgeMap,FlowMap>
51.212 - ResAbGraph;
51.213 - //Again uncapacitated
51.214 - ResAbGraph res_ab_graph(abundant_graph, const_inf_map, flow);
51.215 -
51.216 - //We need things for the bfs
51.217 - typename ResAbGraph::template NodeMap<bool> bfs_reached(res_ab_graph);
51.218 - typename ResAbGraph::template NodeMap<typename ResAbGraph::Edge>
51.219 - bfs_pred(res_ab_graph);
51.220 - NullMap<typename ResAbGraph::Node, int> bfs_dist_dummy;
51.221 - //Teszt celbol:
51.222 - //BfsIterator<ResAbGraph, typename ResAbGraph::template NodeMap<bool> >
51.223 - //izebize(res_ab_graph, bfs_reached);
51.224 - //We want to run bfs-es (more) on this graph 'res_ab_graph'
51.225 - Bfs < const ResAbGraph ,
51.226 - typename ResAbGraph::template NodeMap<bool>,
51.227 - typename ResAbGraph::template NodeMap<typename ResAbGraph::Edge>,
51.228 - NullMap<typename ResAbGraph::Node, int> >
51.229 - bfs(res_ab_graph, bfs_reached, bfs_pred, bfs_dist_dummy);
51.230 - /*This is what Marci wants for a bfs
51.231 - template <typename Graph,
51.232 - typename ReachedMap=typename Graph::template NodeMap<bool>,
51.233 - typename PredMap
51.234 - =typename Graph::template NodeMap<typename Graph::Edge>,
51.235 - typename DistMap=typename Graph::template NodeMap<int> >
51.236 - class Bfs : public BfsIterator<Graph, ReachedMap> {
51.237 -
51.238 - */
51.239 -
51.240 - ModCostMap mod_cost(res_graph, cost, potential);
51.241 -
51.242 - Dijkstra<ResGraph, ModCostMap> dijkstra(res_graph, mod_cost);
51.243 -
51.244 - //We will use the number of the nodes of the graph often
51.245 - int number_of_nodes = graph.nodeNum();
51.246 -
51.247 - while (max_excess > 0){
51.248 -
51.249 - //Reset delta if still too big
51.250 - if (8*number_of_nodes*max_excess <= delta){
51.251 - delta = max_excess;
51.252 -
51.253 - }
51.254 -
51.255 - /*
51.256 - * Beginning of the delta scaling phase
51.257 - */
51.258 - //Merge and stuff
51.259 - {
51.260 - SupplyDemand buf=8*number_of_nodes*delta;
51.261 - typename std::list<Edge>::iterator i = nonabundant_arcs.begin();
51.262 - while ( i != nonabundant_arcs.end() ){
51.263 - if (flow[*i]>=buf){
51.264 - Node a = abundant_components.find(res_graph.target(*i));
51.265 - Node b = abundant_components.find(res_graph.source(*i));
51.266 - //Merge
51.267 - if (a != b){
51.268 - abundant_components.join(a,b);
51.269 - //We want to push the smaller
51.270 - //Which has greater absolut value excess/deficit
51.271 - Node root=(abs(excess_deficit[a])>abs(excess_deficit[b]))?a:b;
51.272 - //Which is the other
51.273 - Node non_root = ( a == root ) ? b : a ;
51.274 - abundant_components.makeRep(root);
51.275 - SupplyDemand qty_to_augment = abs(excess_deficit[non_root]);
51.276 - //Push the positive value
51.277 - if (excess_deficit[non_root] < 0)
51.278 - swap(root, non_root);
51.279 - //If the non_root node has excess/deficit at all
51.280 - if (qty_to_augment>0){
51.281 - //Find path and augment
51.282 - bfs.run(typename AbundantGraph::Node(non_root));
51.283 - //root should be reached
51.284 -
51.285 - //Augmenting on the found path
51.286 - Node n=root;
51.287 - ResGraphEdge e;
51.288 - while (n!=non_root){
51.289 - e = bfs_pred[n];
51.290 - n = res_graph.source(e);
51.291 - res_graph.augment(e,qty_to_augment);
51.292 - }
51.293 -
51.294 - //We know that non_root had positive excess
51.295 - excess_nodes.set(non_root,
51.296 - excess_nodes[non_root] - qty_to_augment);
51.297 - //But what about root node
51.298 - //It might have been positive and so became larger
51.299 - if (excess_deficit[root]>0){
51.300 - excess_nodes.set(root,
51.301 - excess_nodes[root] + qty_to_augment);
51.302 - }
51.303 - else{
51.304 - //Or negative but not turned into positive
51.305 - deficit_nodes.set(root,
51.306 - deficit_nodes[root] - qty_to_augment);
51.307 - }
51.308 -
51.309 - //Update the excess_deficit map
51.310 - excess_deficit[non_root] -= qty_to_augment;
51.311 - excess_deficit[root] += qty_to_augment;
51.312 -
51.313 -
51.314 - }
51.315 - }
51.316 - //What happens to i?
51.317 - //Marci and Zsolt says I shouldn't do such things
51.318 - nonabundant_arcs.erase(i++);
51.319 - abundant_arcs[*i] = true;
51.320 - }
51.321 - else
51.322 - ++i;
51.323 - }
51.324 - }
51.325 -
51.326 -
51.327 - Node s = excess_nodes.top();
51.328 - max_excess = excess_nodes[s];
51.329 - Node t = deficit_nodes.top();
51.330 - if (max_excess < deficit_nodes[t]){
51.331 - max_excess = deficit_nodes[t];
51.332 - }
51.333 -
51.334 -
51.335 - while(max_excess > (number_of_nodes-1)*delta/number_of_nodes){
51.336 -
51.337 -
51.338 - //s es t valasztasa
51.339 -
51.340 - //Dijkstra part
51.341 - dijkstra.run(s);
51.342 -
51.343 - /*We know from theory that t can be reached
51.344 - if (!dijkstra.reached(t)){
51.345 - //There are no k paths from s to t
51.346 - break;
51.347 - };
51.348 - */
51.349 -
51.350 - //We have to change the potential
51.351 - FOR_EACH_LOC(typename ResGraph::NodeIt, n, res_graph){
51.352 - potential[n] += dijkstra.distMap()[n];
51.353 - }
51.354 -
51.355 -
51.356 - //Augmenting on the sortest path
51.357 - Node n=t;
51.358 - ResGraphEdge e;
51.359 - while (n!=s){
51.360 - e = dijkstra.pred(n);
51.361 - n = dijkstra.predNode(n);
51.362 - res_graph.augment(e,delta);
51.363 - /*
51.364 - //Let's update the total cost
51.365 - if (res_graph.forward(e))
51.366 - total_cost += cost[e];
51.367 - else
51.368 - total_cost -= cost[e];
51.369 - */
51.370 - }
51.371 -
51.372 - //Update the excess_deficit map
51.373 - excess_deficit[s] -= delta;
51.374 - excess_deficit[t] += delta;
51.375 -
51.376 -
51.377 - //Update the excess_nodes heap
51.378 - if (delta > excess_nodes[s]){
51.379 - if (delta > excess_nodes[s])
51.380 - deficit_nodes.push(s,delta - excess_nodes[s]);
51.381 - excess_nodes.pop();
51.382 -
51.383 - }
51.384 - else{
51.385 - excess_nodes.set(s, excess_nodes[s] - delta);
51.386 - }
51.387 - //Update the deficit_nodes heap
51.388 - if (delta > deficit_nodes[t]){
51.389 - if (delta > deficit_nodes[t])
51.390 - excess_nodes.push(t,delta - deficit_nodes[t]);
51.391 - deficit_nodes.pop();
51.392 -
51.393 - }
51.394 - else{
51.395 - deficit_nodes.set(t, deficit_nodes[t] - delta);
51.396 - }
51.397 - //Dijkstra part ends here
51.398 -
51.399 - //Choose s and t again
51.400 - s = excess_nodes.top();
51.401 - max_excess = excess_nodes[s];
51.402 - t = deficit_nodes.top();
51.403 - if (max_excess < deficit_nodes[t]){
51.404 - max_excess = deficit_nodes[t];
51.405 - }
51.406 -
51.407 - }
51.408 -
51.409 - /*
51.410 - * End of the delta scaling phase
51.411 - */
51.412 -
51.413 - //Whatever this means
51.414 - delta = delta / 2;
51.415 -
51.416 - /*This is not necessary here
51.417 - //Update the max_excess
51.418 - max_excess = 0;
51.419 - FOR_EACH_LOC(typename Graph::NodeIt, n, graph){
51.420 - if (max_excess < excess_deficit[n]){
51.421 - max_excess = excess_deficit[n];
51.422 - }
51.423 - }
51.424 - */
51.425 -
51.426 -
51.427 - }//while(max_excess > 0)
51.428 -
51.429 -
51.430 - //return i;
51.431 - }
51.432 -
51.433 -
51.434 -
51.435 -
51.436 - ///This function gives back the total cost of the found paths.
51.437 - ///Assumes that \c run() has been run and nothing changed since then.
51.438 - Cost totalCost(){
51.439 - return total_cost;
51.440 - }
51.441 -
51.442 - ///Returns a const reference to the EdgeMap \c flow. \pre \ref run() must
51.443 - ///be called before using this function.
51.444 - const FlowMap &getFlow() const { return flow;}
51.445 -
51.446 - ///Returns a const reference to the NodeMap \c potential (the dual solution).
51.447 - /// \pre \ref run() must be called before using this function.
51.448 - const PotentialMap &getPotential() const { return potential;}
51.449 -
51.450 - ///This function checks, whether the given solution is optimal
51.451 - ///Running after a \c run() should return with true
51.452 - ///In this "state of the art" this only checks optimality, doesn't bother with feasibility
51.453 - ///
51.454 - ///\todo Is this OK here?
51.455 - bool checkComplementarySlackness(){
51.456 - Cost mod_pot;
51.457 - Cost fl_e;
51.458 - FOR_EACH_LOC(typename Graph::EdgeIt, e, graph){
51.459 - //C^{\Pi}_{i,j}
51.460 - mod_pot = cost[e]-potential[graph.target(e)]+potential[graph.source(e)];
51.461 - fl_e = flow[e];
51.462 - // std::cout << fl_e << std::endl;
51.463 - if (mod_pot > 0 && fl_e != 0)
51.464 - return false;
51.465 -
51.466 - }
51.467 - return true;
51.468 - }
51.469 -
51.470 - /*
51.471 - //For testing purposes only
51.472 - //Lists the node_properties
51.473 - void write_property_vector(const SupplyDemandMap& a,
51.474 - char* prop_name="property"){
51.475 - FOR_EACH_LOC(typename Graph::NodeIt, i, graph){
51.476 - cout<<"Node id.: "<<graph.id(i)<<", "<<prop_name<<" value: "<<a[i]<<endl;
51.477 - }
51.478 - cout<<endl;
51.479 - }
51.480 - */
51.481 - bool checkFeasibility(){
51.482 - SupplyDemandMap supdem(graph);
51.483 - FOR_EACH_LOC(typename Graph::EdgeIt, e, graph){
51.484 -
51.485 - if ( flow[e] < 0){
51.486 -
51.487 - return false;
51.488 - }
51.489 - supdem[graph.source(e)] += flow[e];
51.490 - supdem[graph.target(e)] -= flow[e];
51.491 - }
51.492 - //write_property_vector(supdem, "supdem");
51.493 - //write_property_vector(supply_demand, "supply_demand");
51.494 -
51.495 - FOR_EACH_LOC(typename Graph::NodeIt, n, graph){
51.496 -
51.497 - if ( supdem[n] != supply_demand[n]){
51.498 - //cout<<"Node id.: "<<graph.id(n)<<" : "<<supdem[n]<<", should be: "<<supply_demand[n]<<endl;
51.499 - return false;
51.500 - }
51.501 - }
51.502 -
51.503 - return true;
51.504 - }
51.505 -
51.506 - bool checkOptimality(){
51.507 - return checkFeasibility() && checkComplementarySlackness();
51.508 - }
51.509 -
51.510 - }; //class MinCostFlow
51.511 -
51.512 - ///@}
51.513 -
51.514 -} //namespace lemon
51.515 -
51.516 -#endif //LEMON_MINCOSTFLOW_H
52.1 --- a/src/work/athos/minlength_demo.cc Sun Apr 17 18:57:22 2005 +0000
52.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
52.3 @@ -1,52 +0,0 @@
52.4 -#include <iostream>
52.5 -#include <fstream>
52.6 -
52.7 -#include <list_graph.h>
52.8 -#include <lemon/dimacs.h>
52.9 -#include <lemon/time_measure.h>
52.10 -#include "minlengthpaths.h"
52.11 -//#include <time_measure.h>
52.12 -
52.13 -using namespace lemon;
52.14 -
52.15 -// Use a DIMACS max flow file as stdin.
52.16 -// read_dimacs_demo < dimacs_max_flow_file
52.17 -int main(int argc, char ** argv) {
52.18 - typedef ListGraph Graph;
52.19 -
52.20 - typedef Graph::Node Node;
52.21 - //typedef Graph::EachEdgeIt EachEdgeIt;
52.22 -
52.23 - Graph G;
52.24 - Node s, t;
52.25 - Graph::EdgeMap<int> cap(G);
52.26 - readDimacs(std::cin, G, cap, s, t);
52.27 -
52.28 - std::cout << "Minlengthpaths demo (ATHOS)..." << std::endl;
52.29 - //Graph::EdgeMap<int> flow(G); //0 flow
52.30 -
52.31 - // double pre_time=currTime();
52.32 -
52.33 - int k=1;
52.34 - if (argc>1)
52.35 - k = atoi(argv[1]);
52.36 - MinLengthPaths<Graph, Graph::EdgeMap<int> >
52.37 - surb_test(G,cap);
52.38 - Timer ts;
52.39 - ts.reset();
52.40 - std::cout << "Number of found paths: " << surb_test.run(s,t,k) << std::endl;
52.41 - std::cout << "elapsed time: " << ts << std::endl;
52.42 -
52.43 - std::cout << "Total length of found paths: " << surb_test.totalLength() << std::endl;
52.44 - //std::cout << (surb_test.checkComplementarySlackness() ? "OK (compl. slackn.)." : "Problem (compl. slackn.)!!!") << std::endl;
52.45 -
52.46 - //preflow_push<Graph, int> max_flow_test(G, s, t, cap);
52.47 - //int flow_value=max_flow_test.run();
52.48 -
52.49 - //double post_time=currTime();
52.50 -
52.51 - //std::cout << "elapsed time: " << post_time-pre_time << " sec"<< std::endl;
52.52 - //std::cout << "flow value: "<< flow_value << std::endl;
52.53 -
52.54 - return 0;
52.55 -}
53.1 --- a/src/work/athos/munkaido Sun Apr 17 18:57:22 2005 +0000
53.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
53.3 @@ -1,12 +0,0 @@
53.4 -III. - IV.1.
53.5 -pentek: Megbeszélés 3 óra
53.6 - megbeszeltuk Alpárral, hogy hogyan mûködjön a Suurballe 1 óra
53.7 -Hétfõ: Suurballe 4 óra
53.8 -Kedd: Suurballe 5 óra
53.9 -Csüt.: Suurballe 2 óra
53.10 - Wiki beszámoló 1 óra
53.11 -Eredmény: Félkész Suurballe
53.12 -
53.13 -IV.2. - IV.9.
53.14 -pentek: Megbeszélés 3 óra
53.15 -Hétfõ: Suurballe 4 óra
54.1 --- a/src/work/athos/old/minlengthpaths.h Sun Apr 17 18:57:22 2005 +0000
54.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
54.3 @@ -1,202 +0,0 @@
54.4 -// -*- c++ -*-
54.5 -#ifndef LEMON_MINLENGTHPATHS_H
54.6 -#define LEMON_MINLENGTHPATHS_H
54.7 -
54.8 -///\ingroup galgs
54.9 -///\file
54.10 -///\brief An algorithm for finding k paths of minimal total length.
54.11 -
54.12 -#include <iostream>
54.13 -#include <lemon/dijkstra.h>
54.14 -#include <lemon/graph_wrapper.h>
54.15 -#include <lemon/maps.h>
54.16 -#include <vector>
54.17 -
54.18 -
54.19 -namespace lemon {
54.20 -
54.21 -/// \addtogroup galgs
54.22 -/// @{
54.23 -
54.24 - ///\brief Implementation of an algorithm for finding k paths between 2 nodes
54.25 - /// of minimal total length
54.26 - ///
54.27 - /// The class \ref lemon::MinLengthPaths "MinLengthPaths" implements
54.28 - /// an algorithm for finding k edge-disjoint paths
54.29 - /// from a given source node to a given target node in an
54.30 - /// edge-weighted directed graph having minimal total weigth (length).
54.31 - ///
54.32 - ///\author Attila Bernath
54.33 - template <typename Graph, typename LengthMap>
54.34 - class MinLengthPaths {
54.35 -
54.36 - typedef typename LengthMap::Value Length;
54.37 -
54.38 - typedef typename Graph::Node Node;
54.39 - typedef typename Graph::NodeIt NodeIt;
54.40 - typedef typename Graph::Edge Edge;
54.41 - typedef typename Graph::OutEdgeIt OutEdgeIt;
54.42 - typedef typename Graph::template EdgeMap<int> EdgeIntMap;
54.43 -
54.44 - typedef ConstMap<Edge,int> ConstMap;
54.45 -
54.46 - typedef ResGraphWrapper<const Graph,int,ConstMap,EdgeIntMap> ResGraphType;
54.47 -
54.48 - class ModLengthMap {
54.49 - typedef typename ResGraphType::template NodeMap<Length> NodeMap;
54.50 - const ResGraphType& G;
54.51 - const EdgeIntMap& rev;
54.52 - const LengthMap &ol;
54.53 - const NodeMap &pot;
54.54 - public :
54.55 - typedef typename LengthMap::Key Key;
54.56 - typedef typename LengthMap::Value Value;
54.57 -
54.58 - Value operator[](typename ResGraphType::Edge e) const {
54.59 - //if ( (1-2*rev[e])*ol[e]-(pot[G.target(e)]-pot[G.source(e)] ) <0 ){
54.60 - // std::cout<<"Negative length!!"<<std::endl;
54.61 - //}
54.62 - return (1-2*rev[e])*ol[e]-(pot[G.target(e)]-pot[G.source(e)]);
54.63 - }
54.64 -
54.65 - ModLengthMap(const ResGraphType& _G, const EdgeIntMap& _rev,
54.66 - const LengthMap &o, const NodeMap &p) :
54.67 - G(_G), rev(_rev), ol(o), pot(p){};
54.68 - };//ModLengthMap
54.69 -
54.70 -
54.71 -
54.72 -
54.73 - const Graph& G;
54.74 - const LengthMap& length;
54.75 -
54.76 - //auxiliary variables
54.77 -
54.78 - //The value is 1 iff the edge is reversed.
54.79 - //If the algorithm has finished, the edges of the seeked paths are
54.80 - //exactly those that are reversed
54.81 - EdgeIntMap reversed;
54.82 -
54.83 - //Container to store found paths
54.84 - std::vector< std::vector<Edge> > paths;
54.85 - //typedef DirPath<Graph> DPath;
54.86 - //DPath paths;
54.87 -
54.88 -
54.89 - Length total_length;
54.90 -
54.91 - public :
54.92 -
54.93 -
54.94 - MinLengthPaths(Graph& _G, LengthMap& _length) : G(_G),
54.95 - length(_length), reversed(_G)/*, dijkstra_dist(_G)*/{ }
54.96 -
54.97 -
54.98 - ///Runs the algorithm.
54.99 -
54.100 - ///Runs the algorithm.
54.101 - ///Returns k if there are at least k edge-disjoint paths from s to t.
54.102 - ///Otherwise it returns the number of found edge-disjoint paths from s to t.
54.103 - int run(Node s, Node t, int k) {
54.104 - ConstMap const1map(1);
54.105 -
54.106 -
54.107 - //We need a residual graph, in which some of the edges are reversed
54.108 - ResGraphType res_graph(G, const1map, reversed);
54.109 -
54.110 - //Initialize the copy of the Dijkstra potential to zero
54.111 - typename ResGraphType::template NodeMap<Length> dijkstra_dist(res_graph);
54.112 - ModLengthMap mod_length(res_graph, reversed, length, dijkstra_dist);
54.113 -
54.114 - Dijkstra<ResGraphType, ModLengthMap> dijkstra(res_graph, mod_length);
54.115 -
54.116 - int i;
54.117 - for (i=0; i<k; ++i){
54.118 - dijkstra.run(s);
54.119 - if (!dijkstra.reached(t)){
54.120 - //There are no k paths from s to t
54.121 - break;
54.122 - };
54.123 -
54.124 - {
54.125 - //We have to copy the potential
54.126 - typename ResGraphType::NodeIt n;
54.127 - for ( res_graph.first(n) ; res_graph.valid(n) ; res_graph.next(n) ) {
54.128 - dijkstra_dist[n] += dijkstra.distMap()[n];
54.129 - }
54.130 - }
54.131 -
54.132 -
54.133 - //Reversing the sortest path
54.134 - Node n=t;
54.135 - Edge e;
54.136 - while (n!=s){
54.137 - e = dijkstra.pred(n);
54.138 - n = dijkstra.predNode(n);
54.139 - reversed[e] = 1-reversed[e];
54.140 - }
54.141 -
54.142 -
54.143 - }
54.144 -
54.145 - //Let's find the paths
54.146 - //We put the paths into stl vectors (as an inner representation).
54.147 - //In the meantime we lose the information stored in 'reversed'.
54.148 - //We suppose the lengths to be positive now.
54.149 -
54.150 - //Meanwhile we put the total length of the found paths
54.151 - //in the member variable total_length
54.152 - paths.clear();
54.153 - total_length=0;
54.154 - paths.resize(k);
54.155 - for (int j=0; j<i; ++j){
54.156 - Node n=s;
54.157 - OutEdgeIt e;
54.158 -
54.159 - while (n!=t){
54.160 -
54.161 -
54.162 - G.first(e,n);
54.163 -
54.164 - while (!reversed[e]){
54.165 - G.next(e);
54.166 - }
54.167 - n = G.target(e);
54.168 - paths[j].push_back(e);
54.169 - total_length += length[e];
54.170 - reversed[e] = 1-reversed[e];
54.171 - }
54.172 -
54.173 - }
54.174 -
54.175 - return i;
54.176 - }
54.177 -
54.178 - ///This function gives back the total length of the found paths.
54.179 - ///Assumes that \c run() has been run and nothing changed since then.
54.180 - Length totalLength(){
54.181 - return total_length;
54.182 - }
54.183 -
54.184 - ///This function gives back the \c j-th path in argument p.
54.185 - ///Assumes that \c run() has been run and nothing changed since then.
54.186 - /// \warning It is assumed that \c p is constructed to be a path of graph \c G. If \c j is greater than the result of previous \c run, then the result here will be an empty path.
54.187 - template<typename DirPath>
54.188 - void getPath(DirPath& p, int j){
54.189 - p.clear();
54.190 - typename DirPath::Builder B(p);
54.191 - for(typename std::vector<Edge>::iterator i=paths[j].begin();
54.192 - i!=paths[j].end(); ++i ){
54.193 - B.pushBack(*i);
54.194 - }
54.195 -
54.196 - B.commit();
54.197 - }
54.198 -
54.199 - }; //class MinLengthPaths
54.200 -
54.201 - ///@}
54.202 -
54.203 -} //namespace lemon
54.204 -
54.205 -#endif //LEMON_MINLENGTHPATHS_H
55.1 --- a/src/work/athos/pf_demo.cc Sun Apr 17 18:57:22 2005 +0000
55.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
55.3 @@ -1,104 +0,0 @@
55.4 -#include <iostream>
55.5 -#include <vector>
55.6 -#include <string>
55.7 -
55.8 -#include "list_graph.h"
55.9 -//#include "marci_graph_traits.hh"
55.10 -//#include "marci_property_vector.hh"
55.11 -#include "preflow_push.hh"
55.12 -
55.13 -using namespace lemon;
55.14 -
55.15 -
55.16 -int main (int, char*[])
55.17 -{
55.18 -
55.19 - typedef ListGraph::Node Node;
55.20 - typedef ListGraph::Edge Edge;
55.21 -
55.22 - ListGraph graph;
55.23 -
55.24 - /*
55.25 - //Marci példája
55.26 -
55.27 -
55.28 - NodeIt s=graph.addNode();
55.29 - NodeIt v1=graph.addNode();
55.30 - NodeIt v2=graph.addNode();
55.31 - NodeIt v3=graph.addNode();
55.32 - NodeIt v4=graph.addNode();
55.33 - NodeIt t=graph.addNode();
55.34 -
55.35 -
55.36 - EdgeIt s_v1=graph.addEdge(s, v1);
55.37 - EdgeIt s_v2=graph.addEdge(s, v2);
55.38 - EdgeIt v1_v2=graph.addEdge(v1, v2);
55.39 - EdgeIt v2_v1=graph.addEdge(v2, v1);
55.40 - EdgeIt v1_v3=graph.addEdge(v1, v3);
55.41 - EdgeIt v3_v2=graph.addEdge(v3, v2);
55.42 - EdgeIt v2_v4=graph.addEdge(v2, v4);
55.43 - EdgeIt v4_v3=graph.addEdge(v4, v3);
55.44 - EdgeIt v3_t=graph.addEdge(v3, t);
55.45 - EdgeIt v4_t=graph.addEdge(v4, t);
55.46 -
55.47 - ListGraph::EdgeMap<int> length(graph);
55.48 -
55.49 - length.set(s_v1, 16);
55.50 - length.set(s_v2, 13);
55.51 - length.set(v1_v2, 10);
55.52 - length.set(v2_v1, 4);
55.53 - length.set(v1_v3, 12);
55.54 - length.set(v3_v2, 9);
55.55 - length.set(v2_v4, 14);
55.56 - length.set(v4_v3, 7);
55.57 - length.set(v3_t, 20);
55.58 - length.set(v4_t, 4);
55.59 - */
55.60 -
55.61 -
55.62 - //Ahuja könyv példája
55.63 -
55.64 - Node s=graph.addNode();
55.65 - Node v2=graph.addNode();
55.66 - Node v3=graph.addNode();
55.67 - Node v4=graph.addNode();
55.68 - Node v5=graph.addNode();
55.69 - Node t=graph.addNode();
55.70 -
55.71 - Edge s_v2=graph.addEdge(s, v2);
55.72 - Edge s_v3=graph.addEdge(s, v3);
55.73 - Edge v2_v4=graph.addEdge(v2, v4);
55.74 - Edge v2_v5=graph.addEdge(v2, v5);
55.75 - Edge v3_v5=graph.addEdge(v3, v5);
55.76 - Edge v4_t=graph.addEdge(v4, t);
55.77 - Edge v5_t=graph.addEdge(v5, t);
55.78 -
55.79 - //Kis modositas
55.80 - //edge_iterator v2_s=graph.add_edge(v2, s);
55.81 -
55.82 - ListGraph::EdgeMap<int> length(graph);
55.83 -
55.84 - length.set(s_v2, 10);
55.85 - length.set(s_v3, 10);
55.86 - length.set(v2_v4, 5);
55.87 - length.set(v2_v5, 8);
55.88 - length.set(v3_v5, 5);
55.89 - length.set(v4_t, 8);
55.90 - length.set(v5_t, 8);
55.91 -
55.92 - //Kis modositas
55.93 - //length.put(v2_s, 100);
55.94 -
55.95 -
55.96 -
55.97 - std::cout << "preflow-push algorithm test..." << std::endl;
55.98 -
55.99 -
55.100 - preflow_push<ListGraph, int> preflow_push_test(graph, s, t, length);
55.101 - cout << preflow_push_test.run()<<endl;
55.102 -
55.103 - //cap.put(v5_t, 9);
55.104 - //cout << preflow_push_test.run()<<endl;
55.105 -
55.106 - return 0;
55.107 -}
56.1 --- a/src/work/athos/preflow_push_wogw.h Sun Apr 17 18:57:22 2005 +0000
56.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
56.3 @@ -1,463 +0,0 @@
56.4 -#ifndef LEMON_PREFLOW_PUSH_HH
56.5 -#define LEMON_PREFLOW_PUSH_HH
56.6 -
56.7 -//#include <algorithm>
56.8 -#include <list>
56.9 -#include <vector>
56.10 -#include <queue>
56.11 -//#include "pf_hiba.hh"
56.12 -//#include <marci_list_graph.hh>
56.13 -//#include <marci_graph_traits.hh>
56.14 -#include <invalid.h>
56.15 -//#include <reverse_bfs.hh>
56.16 -
56.17 -using namespace std;
56.18 -
56.19 -namespace lemon {
56.20 -
56.21 - template <typename Graph, typename T>
56.22 - class preflow_push {
56.23 -
56.24 - //Useful typedefs
56.25 - typedef typename Graph::Node Node;
56.26 - typedef typename Graph::NodeIt NodeIt;
56.27 - typedef typename Graph::Edge Edge;
56.28 - typedef typename Graph::OutEdgeIt OutEdgeIt;
56.29 - typedef typename Graph::InEdgeIt InEdgeIt;
56.30 -
56.31 -
56.32 - //---------------------------------------------
56.33 - //Parameters of the algorithm
56.34 - //---------------------------------------------
56.35 - //Fully examine an active node until excess becomes 0
56.36 - enum node_examination_t {examine_full, examine_to_relabel};
56.37 - //No more implemented yet:, examine_only_one_edge};
56.38 - node_examination_t node_examination;
56.39 - //Which implementation to be used
56.40 - enum implementation_t {impl_fifo, impl_highest_label};
56.41 - //No more implemented yet:};
56.42 - implementation_t implementation;
56.43 - //---------------------------------------------
56.44 - //Parameters of the algorithm
56.45 - //---------------------------------------------
56.46 -
56.47 - private:
56.48 - //input
56.49 - Graph& G;
56.50 - Node s;
56.51 - Node t;
56.52 - typename Graph::EdgeMap<T> &capacity;
56.53 -
56.54 - //output
56.55 - typename Graph::EdgeMap<T> preflow;
56.56 - T maxflow_value;
56.57 -
56.58 - //auxiliary variables for computation
56.59 - //The number of the nodes
56.60 - int number_of_nodes;
56.61 - //A nodemap for the level
56.62 - typename Graph::NodeMap<int> level;
56.63 - //A nodemap for the excess
56.64 - typename Graph::NodeMap<T> excess;
56.65 -
56.66 - //Number of nodes on each level
56.67 - vector<int> num_of_nodes_on_level;
56.68 -
56.69 - //For the FIFO implementation
56.70 - list<Node> fifo_nodes;
56.71 - //For 'highest label' implementation
56.72 - int highest_active;
56.73 - //int second_highest_active;
56.74 - vector< list<Node> > active_nodes;
56.75 -
56.76 - public:
56.77 -
56.78 - //Constructing the object using the graph, source, sink and capacity vector
56.79 - preflow_push(
56.80 - Graph& _G,
56.81 - Node _s,
56.82 - Node _t,
56.83 - typename Graph::EdgeMap<T> & _capacity)
56.84 - : G(_G), s(_s), t(_t),
56.85 - capacity(_capacity),
56.86 - preflow(_G),
56.87 - //Counting the number of nodes
56.88 - //number_of_nodes(count(G.first<EachNodeIt>())),
56.89 - number_of_nodes(G.nodeNum()),
56.90 -
56.91 - level(_G),
56.92 - excess(_G)//,
56.93 - // Default constructor: active_nodes()
56.94 - {
56.95 - //Simplest parameter settings
56.96 - node_examination = examine_full;//examine_to_relabel;//
56.97 - //Which implementation to be usedexamine_full
56.98 - implementation = impl_highest_label;//impl_fifo;
56.99 -
56.100 - //
56.101 - num_of_nodes_on_level.resize(2*number_of_nodes-1);
56.102 - num_of_nodes_on_level.clear();
56.103 -
56.104 - switch(implementation){
56.105 - case impl_highest_label :{
56.106 - active_nodes.clear();
56.107 - active_nodes.resize(2*number_of_nodes-1);
56.108 -
56.109 - break;
56.110 - }
56.111 - default:
56.112 - break;
56.113 - }
56.114 -
56.115 - }
56.116 -
56.117 - //Returns the value of a maximal flow
56.118 - T run();
56.119 -
56.120 - typename Graph::EdgeMap<T> getmaxflow(){
56.121 - return preflow;
56.122 - }
56.123 -
56.124 -
56.125 - private:
56.126 - //For testing purposes only
56.127 - //Lists the node_properties
56.128 - void write_property_vector(typename Graph::NodeMap<T> a,
56.129 - //node_property_vector<Graph, T> a,
56.130 - char* prop_name="property"){
56.131 - for(NodeIt i=G.template first<NodeIt>(); G.valid(i); G.next(i)) {
56.132 - cout<<"Node id.: "<<G.id(i)<<", "<<prop_name<<" value: "<<a[i]<<endl;
56.133 - }
56.134 - cout<<endl;
56.135 - }
56.136 -
56.137 - //Modifies the excess of the node and makes sufficient changes
56.138 - void modify_excess(const Node& a ,T v){
56.139 - //T old_value=excess[a];
56.140 - excess[a] += v;
56.141 - }
56.142 -
56.143 - //This private procedure is supposed to modify the preflow on edge j
56.144 - //by value v (which can be positive or negative as well)
56.145 - //and maintain the excess on the target and source
56.146 - //Here we do not check whether this is possible or not
56.147 - void modify_preflow(Edge j, const T& v){
56.148 -
56.149 - //Modifiyng the edge
56.150 - preflow[j] += v;
56.151 -
56.152 -
56.153 - //Modifiyng the target
56.154 - modify_excess(G.target(j),v);
56.155 -
56.156 - //Modifiyng the source
56.157 - modify_excess(G.source(j),-v);
56.158 -
56.159 - }
56.160 -
56.161 - //Gives the active node to work with
56.162 - //(depending on the implementation to be used)
56.163 - Node get_active_node(){
56.164 -
56.165 -
56.166 - switch(implementation) {
56.167 - case impl_highest_label : {
56.168 -
56.169 - //First need to find the highest label for which there's an active node
56.170 - while( highest_active>=0 && active_nodes[highest_active].empty() ){
56.171 - --highest_active;
56.172 - }
56.173 -
56.174 - if( highest_active>=0) {
56.175 -
56.176 -
56.177 - Node a=active_nodes[highest_active].front();
56.178 - active_nodes[highest_active].pop_front();
56.179 -
56.180 - return a;
56.181 - }
56.182 - else {
56.183 - return INVALID;
56.184 - }
56.185 -
56.186 - break;
56.187 -
56.188 - }
56.189 - case impl_fifo : {
56.190 -
56.191 - if( ! fifo_nodes.empty() ) {
56.192 - Node a=fifo_nodes.front();
56.193 - fifo_nodes.pop_front();
56.194 - return a;
56.195 - }
56.196 - else {
56.197 - return INVALID;
56.198 - }
56.199 - break;
56.200 - }
56.201 - }
56.202 - //
56.203 - return INVALID;
56.204 - }
56.205 -
56.206 - //Puts node 'a' among the active nodes
56.207 - void make_active(const Node& a){
56.208 - //s and t never become active
56.209 - if (a!=s && a!= t){
56.210 - switch(implementation){
56.211 - case impl_highest_label :
56.212 - active_nodes[level[a]].push_back(a);
56.213 - break;
56.214 - case impl_fifo :
56.215 - fifo_nodes.push_back(a);
56.216 - break;
56.217 - }
56.218 -
56.219 - }
56.220 -
56.221 - //Update highest_active label
56.222 - if (highest_active<level[a]){
56.223 - highest_active=level[a];
56.224 - }
56.225 -
56.226 - }
56.227 -
56.228 - //Changes the level of node a and make sufficent changes
56.229 - void change_level_to(Node a, int new_value){
56.230 - int seged = level[a];
56.231 - level.set(a,new_value);
56.232 - --num_of_nodes_on_level[seged];
56.233 - ++num_of_nodes_on_level[new_value];
56.234 - }
56.235 -
56.236 - //Collection of things useful (or necessary) to do before running
56.237 -
56.238 - void preprocess(){
56.239 -
56.240 - //---------------------------------------
56.241 - //Initialize parameters
56.242 - //---------------------------------------
56.243 -
56.244 - //Setting starting preflow, level and excess values to zero
56.245 - //This can be important, if the algorithm is run more then once
56.246 - for(NodeIt i=G.template first<NodeIt>(); G.valid(i); G.next(i)) {
56.247 - level.set(i,0);
56.248 - excess.set(i,0);
56.249 - for(OutEdgeIt j=G.template first<OutEdgeIt>(i); G.valid(j); G.next(j))
56.250 - preflow.set(j, 0);
56.251 - }
56.252 - num_of_nodes_on_level[0]=number_of_nodes;
56.253 - highest_active=0;
56.254 - //---------------------------------------
56.255 - //Initialize parameters
56.256 - //---------------------------------------
56.257 -
56.258 -
56.259 - //------------------------------------
56.260 - //This is the only part that uses BFS
56.261 - //------------------------------------
56.262 -
56.263 - /*Reverse_bfs from t, to find the starting level.*/
56.264 - //Copyright: Jacint
56.265 - change_level_to(t,0);
56.266 -
56.267 - std::queue<Node> bfs_queue;
56.268 - bfs_queue.push(t);
56.269 -
56.270 - while (!bfs_queue.empty()) {
56.271 -
56.272 - Node v=bfs_queue.front();
56.273 - bfs_queue.pop();
56.274 - int l=level[v]+1;
56.275 -
56.276 - InEdgeIt e;
56.277 - for(G.first(e,v); G.valid(e); G.next(e)) {
56.278 - Node w=G.source(e);
56.279 - if ( level[w] == number_of_nodes && w != s ) {
56.280 - bfs_queue.push(w);
56.281 - //Node first=level_list[l];
56.282 - //if ( G.valid(first) ) left.set(first,w);
56.283 - //right.set(w,first);
56.284 - //level_list[l]=w;
56.285 - change_level_to(w, l);
56.286 - //level.set(w, l);
56.287 - }
56.288 - }
56.289 - }
56.290 - change_level_to(s,number_of_nodes);
56.291 - //level.set(s,number_of_nodes);
56.292 -
56.293 - /*
56.294 - //Setting starting level values using reverse bfs
56.295 - reverse_bfs<Graph> rev_bfs(G,t);
56.296 - rev_bfs.run();
56.297 - //write_property_vector(rev_bfs.dist,"rev_bfs");
56.298 - for(NodeIt i=G.template first<NodeIt>(); G.valid(i); G.next(i)) {
56.299 - change_level_to(i,rev_bfs.dist(i));
56.300 - //level.put(i,rev_bfs.dist.get(i));
56.301 - }
56.302 - */
56.303 - //------------------------------------
56.304 - //This is the only part that uses BFS
56.305 - //------------------------------------
56.306 -
56.307 -
56.308 - //Starting level of s
56.309 - change_level_to(s,number_of_nodes);
56.310 - //level.put(s,number_of_nodes);
56.311 -
56.312 -
56.313 - //we push as much preflow from s as possible to start with
56.314 - for(OutEdgeIt j=G.template first<OutEdgeIt>(s); G.valid(j); G.next(j)){
56.315 - modify_preflow(j,capacity[j] );
56.316 - make_active(G.target(j));
56.317 - int lev=level[G.target(j)];
56.318 - if(highest_active<lev){
56.319 - highest_active=lev;
56.320 - }
56.321 - }
56.322 - //cout<<highest_active<<endl;
56.323 - }
56.324 -
56.325 -
56.326 - //If the preflow is less than the capacity on the given edge
56.327 - //then it is an edge in the residual graph
56.328 - bool is_admissible_forward_edge(Edge j, int& new_level){
56.329 -
56.330 - if (capacity[j]>preflow[j]){
56.331 - if(level[G.source(j)]==level[G.target(j)]+1){
56.332 - return true;
56.333 - }
56.334 - else{
56.335 - if (level[G.target(j)] < new_level)
56.336 - new_level=level[G.target(j)];
56.337 - }
56.338 - }
56.339 - return false;
56.340 - }
56.341 -
56.342 - //If the preflow is greater than 0 on the given edge
56.343 - //then the edge reversd is an edge in the residual graph
56.344 - bool is_admissible_backward_edge(Edge j, int& new_level){
56.345 -
56.346 - if (0<preflow[j]){
56.347 - if(level[G.source(j)]==level[G.target(j)]-1){
56.348 -
56.349 - return true;
56.350 - }
56.351 - else{
56.352 - if (level[G.source(j)] < new_level)
56.353 - new_level=level[G.source(j)];
56.354 - }
56.355 -
56.356 - }
56.357 - return false;
56.358 - }
56.359 -
56.360 -
56.361 - }; //class preflow_push
56.362 -
56.363 - template<typename Graph, typename T>
56.364 - T preflow_push<Graph, T>::run() {
56.365 -
56.366 - preprocess();
56.367 - //write_property_vector(level,"level");
56.368 - T e,v;
56.369 - Node a;
56.370 - while (a=get_active_node(), G.valid(a)){
56.371 -
56.372 - //cout<<G.id(a)<<endl;
56.373 - //write_property_vector(excess,"excess");
56.374 - //write_property_vector(level,"level");
56.375 -
56.376 -
56.377 - bool go_to_next_node=false;
56.378 - e = excess[a];
56.379 - while (!go_to_next_node){
56.380 - //Initial value for the new level for the active node we are dealing with
56.381 - int new_level=2*number_of_nodes;
56.382 - //write_property_vector(excess,"excess");
56.383 - //write_property_vector(level,"level");
56.384 - //cout<<G.id(a)<<endl;
56.385 - //Out edges from node a
56.386 - {
56.387 - OutEdgeIt j=G.template first<OutEdgeIt>(a);
56.388 - while (G.valid(j) && e){
56.389 -
56.390 - if (is_admissible_forward_edge(j,new_level)){
56.391 - v=min(e,capacity[j] - preflow[j]);
56.392 - e -= v;
56.393 - //New node might become active
56.394 - if (excess[G.target(j)]==0){
56.395 - make_active(G.target(j));
56.396 - }
56.397 - modify_preflow(j,v);
56.398 - }
56.399 - G.next(j);
56.400 - }
56.401 - }
56.402 - //In edges to node a
56.403 - {
56.404 - InEdgeIt j=G.template first<InEdgeIt>(a);
56.405 - while (G.valid(j) && e){
56.406 - if (is_admissible_backward_edge(j,new_level)){
56.407 - v=min(e,preflow[j]);
56.408 - e -= v;
56.409 - //New node might become active
56.410 - if (excess[G.source(j)]==0){
56.411 - make_active(G.source(j));
56.412 - }
56.413 - modify_preflow(j,-v);
56.414 - }
56.415 - G.next(j);
56.416 - }
56.417 - }
56.418 -
56.419 - //if (G.id(a)==999)
56.420 - //cout<<new_level<<" e: "<<e<<endl;
56.421 - //cout<<G.id(a)<<" "<<new_level<<endl;
56.422 -
56.423 - if (0==e){
56.424 - //Saturating push
56.425 - go_to_next_node=true;
56.426 - }
56.427 - else{//If there is still excess in node a
56.428 -
56.429 - //change_level_to(a,new_level+1);
56.430 -
56.431 - //Level remains empty
56.432 - if (num_of_nodes_on_level[level[a]]==1){
56.433 - change_level_to(a,number_of_nodes);
56.434 - //go_to_next_node=True;
56.435 - }
56.436 - else{
56.437 - change_level_to(a,new_level+1);
56.438 - //increase_level(a);
56.439 - }
56.440 -
56.441 -
56.442 -
56.443 -
56.444 - switch(node_examination){
56.445 - case examine_to_relabel:
56.446 - make_active(a);
56.447 -
56.448 - go_to_next_node = true;
56.449 - break;
56.450 - default:
56.451 - break;
56.452 - }
56.453 -
56.454 -
56.455 -
56.456 - }//if (0==e)
56.457 - }
56.458 - }
56.459 - maxflow_value = excess[t];
56.460 - return maxflow_value;
56.461 - }//run
56.462 -
56.463 -
56.464 -}//namespace lemon
56.465 -
56.466 -#endif //PREFLOW_PUSH_HH
57.1 --- a/src/work/athos/suurballe.cc Sun Apr 17 18:57:22 2005 +0000
57.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
57.3 @@ -1,128 +0,0 @@
57.4 -// -*- c++ -*-
57.5 -//#include <iostream>
57.6 -//#include <vector>
57.7 -//#include <string>
57.8 -
57.9 -#include <list_graph.h>
57.10 -#include <minlengthpaths.h>
57.11 -
57.12 -using namespace lemon;
57.13 -
57.14 -
57.15 -int main()
57.16 -{
57.17 -
57.18 -
57.19 - typedef ListGraph::Node Node;
57.20 - typedef ListGraph::Edge Edge;
57.21 -
57.22 - ListGraph graph;
57.23 -
57.24 - /*
57.25 - //Marci példája
57.26 -
57.27 -
57.28 - NodeIt s=graph.addNode();
57.29 - NodeIt v1=graph.addNode();
57.30 - NodeIt v2=graph.addNode();
57.31 - NodeIt v3=graph.addNode();
57.32 - NodeIt v4=graph.addNode();
57.33 - NodeIt t=graph.addNode();
57.34 -
57.35 -
57.36 - EdgeIt s_v1=graph.addEdge(s, v1);
57.37 - EdgeIt s_v2=graph.addEdge(s, v2);
57.38 - EdgeIt v1_v2=graph.addEdge(v1, v2);
57.39 - EdgeIt v2_v1=graph.addEdge(v2, v1);
57.40 - EdgeIt v1_v3=graph.addEdge(v1, v3);
57.41 - EdgeIt v3_v2=graph.addEdge(v3, v2);
57.42 - EdgeIt v2_v4=graph.addEdge(v2, v4);
57.43 - EdgeIt v4_v3=graph.addEdge(v4, v3);
57.44 - EdgeIt v3_t=graph.addEdge(v3, t);
57.45 - EdgeIt v4_t=graph.addEdge(v4, t);
57.46 -
57.47 - ListGraph::EdgeMap<int> length(graph);
57.48 -
57.49 - length.set(s_v1, 16);
57.50 - length.set(s_v2, 13);
57.51 - length.set(v1_v2, 10);
57.52 - length.set(v2_v1, 4);
57.53 - length.set(v1_v3, 12);
57.54 - length.set(v3_v2, 9);
57.55 - length.set(v2_v4, 14);
57.56 - length.set(v4_v3, 7);
57.57 - length.set(v3_t, 20);
57.58 - length.set(v4_t, 4);
57.59 - */
57.60 -
57.61 -
57.62 - //Ahuja könyv példája
57.63 -
57.64 - Node s=graph.addNode();
57.65 - Node v2=graph.addNode();
57.66 - Node v3=graph.addNode();
57.67 - Node v4=graph.addNode();
57.68 - Node v5=graph.addNode();
57.69 - Node t=graph.addNode();
57.70 -
57.71 - Edge s_v2=graph.addEdge(s, v2);
57.72 - Edge s_v3=graph.addEdge(s, v3);
57.73 - Edge v2_v4=graph.addEdge(v2, v4);
57.74 - Edge v2_v5=graph.addEdge(v2, v5);
57.75 - Edge v3_v5=graph.addEdge(v3, v5);
57.76 - Edge v4_t=graph.addEdge(v4, t);
57.77 - Edge v5_t=graph.addEdge(v5, t);
57.78 -
57.79 - //Kis modositas
57.80 - //edge_iterator v2_s=graph.add_edge(v2, s);
57.81 -
57.82 - ListGraph::EdgeMap<int> length(graph);
57.83 -
57.84 - length.set(s_v2, 10);
57.85 - length.set(s_v3, 10);
57.86 - length.set(v2_v4, 5);
57.87 - length.set(v2_v5, 8);
57.88 - length.set(v3_v5, 5);
57.89 - length.set(v4_t, 8);
57.90 - length.set(v5_t, 8);
57.91 -
57.92 - //Kis modositas
57.93 - //length.put(v2_s, 100);
57.94 -
57.95 -
57.96 -
57.97 -
57.98 - /*Egyszerû példa
57.99 - NodeIt s=flow_test.add_node();
57.100 - NodeIt v1=flow_test.add_node();
57.101 - NodeIt v2=flow_test.add_node();
57.102 - NodeIt t=flow_test.add_node();
57.103 -
57.104 - node_property_vector<list_graph, std::string> node_name(flow_test);
57.105 - node_name.put(s, "s");
57.106 - node_name.put(v1, "v1");
57.107 - node_name.put(v2, "v2");
57.108 - node_name.put(t, "t");
57.109 -
57.110 - edge_iterator s_v1=flow_test.add_edge(s, v1);
57.111 - edge_iterator v1_v2=flow_test.add_edge(v1, v2);
57.112 - edge_iterator v2_t=flow_test.add_edge(v2, t);
57.113 -
57.114 - edge_property_vector<list_graph, int> length(flow_test);
57.115 -
57.116 - length.put(s_v1, 16);
57.117 - length.put(v1_v2, 10);
57.118 - length.put(v2_t, 4);
57.119 - */
57.120 -
57.121 - std::cout << "Suurballe algorithm test..." << std::endl;
57.122 -
57.123 -
57.124 - int k=3;
57.125 - MinLengthPaths<ListGraph, ListGraph::EdgeMap<int> >
57.126 - surb_test(graph, length);
57.127 - std::cout << surb_test.run(s,t,k) << std::endl;
57.128 -
57.129 -
57.130 - return 0;
57.131 -}
58.1 --- a/src/work/athos/uf_demo.cc Sun Apr 17 18:57:22 2005 +0000
58.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
58.3 @@ -1,48 +0,0 @@
58.4 -//This is just a simple example program to test my union-find structure
58.5 -
58.6 -//#include <marciMap.hh>
58.7 -#include <union_find.h>
58.8 -#include <iostream>
58.9 -#include <list_graph.hh>
58.10 -using namespace lemon;
58.11 -using namespace std;
58.12 -
58.13 -int main (int, char*[])
58.14 -{
58.15 - typedef ListGraph::NodeIt NodeIt;
58.16 - typedef ListGraph::EachNodeIt EachNodeIt;
58.17 - typedef ListGraph::EdgeIt EdgeIt;
58.18 -
58.19 - ListGraph flowG;
58.20 -
58.21 -
58.22 - //Marci példája
58.23 -
58.24 -
58.25 -
58.26 - NodeIt s=flowG.addNode();
58.27 - NodeIt v1=flowG.addNode();
58.28 - NodeIt v2=flowG.addNode();
58.29 - NodeIt v3=flowG.addNode();
58.30 - NodeIt v4=flowG.addNode();
58.31 - NodeIt t=flowG.addNode();
58.32 -
58.33 - ListGraph::NodeMap<int> component(flowG);
58.34 -
58.35 - component.set(s, -1);
58.36 - component.set(v1, -1);
58.37 - component.set(v2, -1);
58.38 - component.set(v3, -1);
58.39 - component.set(v4, -1);
58.40 - component.set(t, -1);
58.41 -
58.42 - UnionFind< NodeIt, ListGraph::NodeMap<int> > uf(component);
58.43 - cout<<"Merge s and v1: "<<uf.findAndMerge(s,v1)<<endl;
58.44 - cout<<"Merge s and v1: "<<uf.findAndMerge(s,v1)<<endl;
58.45 - cout<<"Merge s and v2: "<<uf.findAndMerge(s,v3)<<endl;
58.46 - for(EachNodeIt i=flowG.template first<EachNodeIt>(); i.valid(); ++i) {
58.47 -
58.48 - cout<<"Az "<<flowG.id(i)<<". pont itt van: "<<uf.find(i)<<endl;
58.49 - //std::cout << node_name.get(i) << ": ";
58.50 - }
58.51 -}
59.1 --- a/src/work/athos/union_find.h Sun Apr 17 18:57:22 2005 +0000
59.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
59.3 @@ -1,94 +0,0 @@
59.4 -// -*- C++ -*- //
59.5 -/*
59.6 -Union-Find structure
59.7 -
59.8 -* Ehhez nagyon fontos, hogy az atadott property map inicializalva legyen
59.9 -* minden szobajovo kulcs ertekre, -1 -es ertekkel!
59.10 -
59.11 -*/
59.12 -#ifndef UNION_FIND_H
59.13 -#define UNION_FIND_H
59.14 -
59.15 -#include <vector>
59.16 -//#include <map>
59.17 -
59.18 -
59.19 -namespace lemon {
59.20 -
59.21 - template <typename Key, typename KeyIntMap>
59.22 - class UnionFind {
59.23 - KeyIntMap& pointmap;
59.24 - struct VectorElementType {
59.25 - int boss;
59.26 - int count;
59.27 - VectorElementType(int _boss, int _count){
59.28 - boss = _boss;
59.29 - count = _count;
59.30 - }
59.31 - };
59.32 - std::vector<VectorElementType> container;
59.33 - public:
59.34 -
59.35 - UnionFind(KeyIntMap& _pointmap): pointmap(_pointmap){
59.36 -
59.37 - }
59.38 -
59.39 - //Give a component of one point to the structure
59.40 - int addPoint(Key u){
59.41 - int _index = container.size();
59.42 - VectorElementType buf(_index,1);
59.43 - container.push_back(buf);
59.44 - return _index;
59.45 - }
59.46 -
59.47 -
59.48 - //Finds the big boss of u
59.49 - int find(Key u){
59.50 - if (pointmap.get(u)==-1){
59.51 - int whoami = addPoint(u);
59.52 - pointmap.set(u, whoami);
59.53 - return whoami;
59.54 - }
59.55 - else{
59.56 - int emp = pointmap.get(u);
59.57 - int boss = container[emp].boss;
59.58 - while(emp != boss){
59.59 - emp = boss;
59.60 - boss = container[emp].boss;
59.61 - }
59.62 - return boss;
59.63 - }
59.64 - }
59.65 -
59.66 - //Finds u and v in the structures and merges the comopnents, if not equal
59.67 - bool findAndMerge(Key u,Key v){
59.68 - int bu = find(u);
59.69 - int bv = find(v);
59.70 - if (bu != bv){
59.71 - unio(bu,bv);
59.72 - return true;
59.73 - }
59.74 - else{
59.75 - return false;
59.76 - }
59.77 - }
59.78 -
59.79 - //Merges a into b
59.80 - void mergeInto(int a, int b){
59.81 - container[a].boss = b;
59.82 - container[b].count += container[a].count;
59.83 - }
59.84 -
59.85 - //Makes the union
59.86 - void unio(int b1, int b2){
59.87 - if (container[b1].count>container[b2].count){
59.88 - mergeInto(b2,b1);
59.89 - }
59.90 - else{
59.91 - mergeInto(b1,b2);
59.92 - }
59.93 - }//unio
59.94 - };
59.95 -
59.96 -}//namespace lemon
59.97 -#endif
60.1 --- a/src/work/athos/xy/boundingbox.cc Sun Apr 17 18:57:22 2005 +0000
60.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
60.3 @@ -1,61 +0,0 @@
60.4 -#include <xy.h>
60.5 -
60.6 -#include <iostream>
60.7 -using namespace std;
60.8 -using namespace lemon;
60.9 -int main()
60.10 -{
60.11 - xy<int> z;
60.12 - cout << "A teszt a következõ: elõször beolvasunk 2 síkvektort, elkészítjük hozzá a határoló dobozt. Azután további síkvektorokat olvasunk be, amiket egy másik bounding boxhoz adogatunk hozzá. Mindig kiírjuk, hogy a megadott új pont benne volt e, majd hozzáadás után a doboz aktuális állapotát. Ezt a második beolvasást CTRL-D-vel lehet megszakítani: ezután a két dobozt összeadjuk." << endl;
60.13 -
60.14 - cout << "Kerek elõször 2 sikvektort (az elsõ dobozhoz)." << endl;
60.15 - BoundingBox<int> doboz1;
60.16 - cin >> z;
60.17 - doboz1 += z;
60.18 - cin >> z;
60.19 - doboz1 += z;
60.20 - cout << "Az elsõ határoló doboz aktualisan: " << endl;
60.21 - cout << "Bal alsó sarok: " << doboz1.bottomLeft() << endl;
60.22 - cout << "Jobb felsõ sarok: " << doboz1.topRight() << endl;
60.23 -
60.24 -
60.25 -
60.26 - cout << "Kerek sok sikvektort." << endl;
60.27 -
60.28 - BoundingBox<int> doboz;
60.29 -
60.30 - vector< xy<int> > v;
60.31 -
60.32 - while(cin >> z) {
60.33 - v.push_back(z);
60.34 - if (doboz.inside(z)){
60.35 - cout << "Ez most belül van." << endl;
60.36 - }
60.37 - else{
60.38 - cout << "Ez most kívül van." << endl;
60.39 - }
60.40 -
60.41 - doboz += z;
60.42 - cout << "A második határoló doboz aktualisan: " << endl;
60.43 - cout << "Bal alsó sarok: " << doboz.bottomLeft() << endl;
60.44 - cout << "Jobb felsõ sarok: " << doboz.topRight() << endl;
60.45 - }
60.46 -
60.47 - doboz += doboz1;
60.48 - cout << "A két doboz összege: " << endl;
60.49 - cout << "Bal alsó sarok: " << doboz.bottomLeft() << endl;
60.50 - cout << "Jobb felsõ sarok: " << doboz.topRight() << endl;
60.51 -
60.52 - /*
60.53 - cout << "A kovetkezo szamokat szoroztam ossze:" << endl;
60.54 - for(unsigned int i=0; i<v.size(); ++i) {
60.55 - cout << v[i] << ", A normanégyzete: " << v[i].normSquare() <<endl;
60.56 - cout << v[i] << " " << s << " szorosa " << v[i]*s <<endl;
60.57 - cout << v[i] << " " << s << " edrésze " << v[i]/s <<endl;
60.58 - }
60.59 - if (v.size()>1){
60.60 - cout << "Az elsö kettö szorzata: " << v[0]*v[1] << endl;
60.61 - }
60.62 - */
60.63 - cout << "Eleg nehez volt." << endl;
60.64 -}
61.1 --- a/src/work/athos/xy/xy.cc Sun Apr 17 18:57:22 2005 +0000
61.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
61.3 @@ -1,42 +0,0 @@
61.4 -#include <xy.h>
61.5 -#include <iostream>
61.6 -#include <vector>
61.7 -using namespace std;
61.8 -using namespace lemon;
61.9 -
61.10 -
61.11 -int main()
61.12 -{
61.13 -
61.14 - cout << "Kérek szépen egy egész számot!" << endl;
61.15 - int s;
61.16 - cin >> s;
61.17 -
61.18 - cout << "Kerek sok sikvektort." << endl;
61.19 -
61.20 - xy<int> osszeg;
61.21 - xy<int> kul;
61.22 - xy<int> z;
61.23 -
61.24 - vector< xy<int> > v;
61.25 -
61.26 - while(cin >> z) {
61.27 - v.push_back(z);
61.28 - osszeg += z;
61.29 - kul -= z;
61.30 - cout << "Az összeg aktualisan: " << osszeg << endl;
61.31 - cout << "A különbség aktualisan: " << kul << endl;
61.32 - }
61.33 -
61.34 - cout << "A kovetkezo szamokat szoroztam ossze:" << endl;
61.35 - for(unsigned int i=0; i<v.size(); ++i) {
61.36 - cout << v[i] << ", A normanégyzete: " << v[i].normSquare() <<endl;
61.37 - cout << v[i] << " " << s << " szorosa " << v[i]*s <<endl;
61.38 - cout << v[i] << " " << s << " edrésze " << v[i]/s <<endl;
61.39 - }
61.40 - if (v.size()>1){
61.41 - cout << "Az elsö kettö szorzata: " << v[0]*v[1] << endl;
61.42 - }
61.43 -
61.44 - cout << "Eleg nehez volt." << endl;
61.45 -}
62.1 --- a/src/work/bfsdemo.cc Sun Apr 17 18:57:22 2005 +0000
62.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
62.3 @@ -1,128 +0,0 @@
62.4 -#include <iostream>
62.5 -#include <graph.h>
62.6 -#include <bfs.h>
62.7 -
62.8 -using namespace NEGRO;
62.9 -using namespace std;
62.10 -
62.11 -class IGraph
62.12 -{
62.13 -public:
62.14 -
62.15 - // struct NodeType {bfs_node_data<TestGraph> bfs;};
62.16 - struct NodeType {bool isVis;};
62.17 -
62.18 - vector<NodeType> nodes;
62.19 -
62.20 - class NodeIterator
62.21 - {
62.22 - public:
62.23 - IGraph *G;
62.24 - int n;
62.25 - NodeIterator &operator ++() { n++; return *this;}
62.26 - NodeType &operator *() const { return G->nodes[n];}
62.27 - NodeType *operator ->() const { return &(G->nodes[n]);}
62.28 - bool isValid() const {return n<=5000;}
62.29 - int Index() {return n;} //csak a kiirashoz kell
62.30 -
62.31 - NodeIterator() {}
62.32 - NodeIterator(IGraph &Gr) {G=&Gr;n=1;} //Bfs class prefer this.
62.33 - };
62.34 -
62.35 - void GetFirst(NodeIterator &i) {i.G=this;i.n=1;}
62.36 -
62.37 - class OutEdgeIterator
62.38 - {
62.39 - public:
62.40 - IGraph *G;
62.41 - int f,t;
62.42 - int gcd() { int a=f;int b=t;int c;while((c=a%b)) {a=b;b=c;} ; return b;}
62.43 - OutEdgeIterator &operator ++() {while(++t<=5000&&gcd()==1);return *this;}
62.44 - bool isValid() const {return t<=5000;}
62.45 - NodeIterator From() const {NodeIterator i; i.G=G;i.n=f;return i;}
62.46 - NodeIterator To() const {NodeIterator i; i.G=G;i.n=t;return i;}
62.47 - NodeIterator Anode() const {return From();}
62.48 - NodeIterator Bnode() const {return To();}
62.49 -
62.50 - OutEdgeIterator() {}
62.51 - OutEdgeIterator(IGraph &Gr,NodeIterator &n) //Bfs class prefer this.
62.52 - {G=&Gr;f=n.n;t=0;operator++();}
62.53 - };
62.54 -
62.55 - typedef OutEdgeIterator EdgeIterator;
62.56 - void GetFirst(OutEdgeIterator &i,const NodeIterator &n)
62.57 - {i.G=this;i.f=n.n;i.t=0;++i;}
62.58 -
62.59 - IGraph() : nodes(5001) {}
62.60 -};
62.61 -
62.62 -class IMaps_t
62.63 -{
62.64 -public:
62.65 -// class_element_map<IGraph::NodeIterator,
62.66 -// IGraph::NodeType,
62.67 -// bool,
62.68 -// &IGraph::NodeType::isVis> visited;
62.69 - struct _visited_map_t {
62.70 - typedef bool value_type;
62.71 - void Put(const IGraph::NodeIterator &n,const value_type &t) { n->isVis=t; }
62.72 - value_type Get(const IGraph::NodeIterator &n) const { return n->isVis; }
62.73 - void SetG(IGraph &G) {}
62.74 - } visited;
62.75 - struct _tree_map_t {
62.76 - typedef IGraph::EdgeIterator value_type;
62.77 - void Put(const IGraph::NodeIterator &n,const value_type &t)
62.78 - { cout << t.From().Index() << "->" << t.To().Index() << '\n'; }
62.79 - void SetG(IGraph &G) {}
62.80 - } tree;
62.81 - do_nothing_map dist; //node->int (W)
62.82 - do_nothing_map priority; //node->int (W)
62.83 -};
62.84 -
62.85 -// New style bfs traits
62.86 -class BFS_T
62.87 -{
62.88 -public:
62.89 -
62.90 - typedef IGraph Graph;
62.91 - typedef IGraph::OutEdgeIterator SearchEdgeIterator;
62.92 -
62.93 - struct visited_map_t {
62.94 - typedef bool value_type;
62.95 - void Put(const IGraph::NodeIterator &n,const value_type &t) { n->isVis=t; }
62.96 - value_type Get(const IGraph::NodeIterator &n) const { return n->isVis; }
62.97 - void SetG(IGraph &G) {}
62.98 - };
62.99 - struct tree_map_t {
62.100 - typedef IGraph::EdgeIterator value_type;
62.101 - void Put(const IGraph::NodeIterator &n,const value_type &t)
62.102 - { cout << t.From().Index() << "->" << t.To().Index() << '\n'; }
62.103 - void SetG(IGraph &G) {}
62.104 - };
62.105 - typedef do_nothing_map dist_map_t; //node->int (W)
62.106 - typedef do_nothing_map priority_map_t; //node->int (W)
62.107 -};
62.108 -
62.109 -
62.110 -int main()
62.111 -{
62.112 - IGraph IG;
62.113 -
62.114 -// //Function-syte calling
62.115 -// IMaps_t IMaps;
62.116 -
62.117 -// IGraph::NodeIterator in;
62.118 -// IG.GetFirst(in);
62.119 -// ++in;
62.120 -// bfs_fn(IG,in,IMaps);
62.121 -
62.122 - //Class-style calling:
62.123 -
62.124 - IGraph::NodeIterator in;
62.125 - IG.GetFirst(in);
62.126 - ++in;
62.127 - Bfs<BFS_T> bfs;
62.128 - bfs.SetG(IG);
62.129 - bfs.Init(in);
62.130 - bfs.Run();
62.131 -}
63.1 --- a/src/work/bfsdemo2.cc Sun Apr 17 18:57:22 2005 +0000
63.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
63.3 @@ -1,50 +0,0 @@
63.4 -#include <iostream>
63.5 -#include <graph.h>
63.6 -#include <bfs.h>
63.7 -
63.8 -using namespace NEGRO;
63.9 -using namespace std;
63.10 -
63.11 -typedef Graph<int,int> TestGraph;
63.12 -
63.13 -int gcd(int a,int b) {int c; while((c=a%b)) {a=b;b=c;} ; return b;}
63.14 -
63.15 -int main()
63.16 -{
63.17 - TestGraph G;
63.18 -
63.19 - TestGraph::NodeIterator tn,n2;
63.20 -
63.21 - cout << "Create nodes\n";
63.22 -
63.23 - for(int i=1;i<=500;i++)
63.24 - {
63.25 - *(tn=G.AddNode())=i;
63.26 - if(i==2) n2=tn;
63.27 - }
63.28 -
63.29 - cout << "Create Edges\n";
63.30 -
63.31 - for(TestGraph::NodeIterator n(G);n.isValid();++n)
63.32 - for(TestGraph::NodeIterator m(G);m.isValid();++m) if(n!=m)
63.33 - if(gcd(*n,*m)>1) G.AddEdge(n,m);
63.34 -
63.35 -
63.36 - cout << "Run BFS\n";
63.37 -
63.38 - Bfs<default_bfs_T<TestGraph> > bfs;
63.39 -
63.40 - bfs.SetG(G);
63.41 - bfs.Init(n2);
63.42 - bfs.Run();
63.43 -
63.44 - for(TestGraph::NodeIterator n(G);n.isValid();++n)
63.45 - if((*n)!=2)
63.46 - cout << (Get(bfs.dist_map,n)) << '\n';
63.47 -
63.48 - for(TestGraph::NodeIterator n(G);n.isValid();++n)
63.49 - if(Get(bfs.dist_map,n))
63.50 - cout << *(Get(bfs.tree_map,n).From()) << "->"
63.51 - << *(Get(bfs.tree_map,n).To())
63.52 - << '\n';
63.53 -}
64.1 --- a/src/work/bin_heap_demo.cc Sun Apr 17 18:57:22 2005 +0000
64.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
64.3 @@ -1,114 +0,0 @@
64.4 -#include <iostream>
64.5 -#include <string>
64.6 -#include <map>
64.7 -
64.8 -#include <lemon/bin_heap.h>
64.9 -
64.10 -using namespace lemon;
64.11 -using namespace std;
64.12 -
64.13 -class string_int_map;
64.14 -
64.15 -// Egy binaris kupac, ami stringekhez rendelt double ertekeket tarol,
64.16 -// azaz mindig az a string van a tetejen, amihez a legkisebb szam tartozik.
64.17 -// A kupac egy string_int_map tipusu property_map segitsegevel tarolja
64.18 -// a stringek aktualis helyet sajatmagan belul.
64.19 -// Egy olyan stringhez, ami meg nincsen a kupac -1 -et kell rendelnunk.
64.20 -typedef BinHeap<string, double, string_int_map> StrDoubleHeap;
64.21 -
64.22 -class string_int_map : public map<string,int> {
64.23 - typedef map<string,int> parent;
64.24 -public:
64.25 - int get(const string &s) {
64.26 - // Bocs, ez igy gaaaany, de nem volt kedvem utananezni, hogy
64.27 - // hogy is mukodik ez a map :)
64.28 - if( count(s) == 0 ) {
64.29 - parent::operator[](s) = StrDoubleHeap::PRE_HEAP;
64.30 - }
64.31 - return parent::operator[](s);
64.32 - }
64.33 - int operator[](const string &s) {
64.34 - return get(s);
64.35 - }
64.36 - void set(const string &s, int i) {
64.37 - parent::operator[](s) = i;
64.38 - }
64.39 -};
64.40 -
64.41 -
64.42 -int main()
64.43 -{
64.44 - string_int_map sim;
64.45 -
64.46 -
64.47 - cout << "testing string_int_map default value:\n";
64.48 - cout << " sim.get(\"alma\"): " << sim.get("alma") << endl;
64.49 - cout << " sim[\"alma\"]: " << sim["alma"] << endl;
64.50 -
64.51 - cout << "creating the heap\n";
64.52 - StrDoubleHeap heap(sim);
64.53 -
64.54 - cout << "heap.push(\"alma\", 15);\n";
64.55 - heap.push("alma", 15);
64.56 -
64.57 - cout << "heap.set(\"korte\", 3.4);\n";
64.58 - heap.set("korte", 3.4);
64.59 -
64.60 - cout << "heap[\"alma\"] = "
64.61 - << heap["alma"]
64.62 - << endl;
64.63 -
64.64 - cout << "heap.top() = "
64.65 - << heap.top() << endl;
64.66 - cout << "heap.prio() = "
64.67 - << heap.prio() << endl;
64.68 -
64.69 - cout << "heap.decrease(\"alma\", 1.2);\n";
64.70 - heap.set("alma", 1.2);
64.71 -
64.72 - cout << "heap.top() = "
64.73 - << heap.top() << endl;
64.74 - cout << "heap.prio() = "
64.75 - << heap.prio() << endl;
64.76 -
64.77 - cout << "heap.set(\"alma\", 22);\n";
64.78 - heap.set("alma", 22);
64.79 -
64.80 - cout << "heap.top() = "
64.81 - << heap.top() << endl;
64.82 - cout << "heap.prio() = "
64.83 - << heap.prio() << endl;
64.84 -
64.85 - cout << "heap.size() = "
64.86 - << heap.size() << endl;
64.87 - cout << "heap.pop();\n";
64.88 - heap.pop();
64.89 -
64.90 - cout << "heap.top() = "
64.91 - << heap.top() << endl;
64.92 - cout << "heap.prio() = "
64.93 - << heap.prio() << endl;
64.94 -
64.95 - cout << "heap.state(\"szilva\") = "
64.96 - << heap.state("szilva") << endl;
64.97 - cout << "heap.set(\"szilva\", 0.5);\n";
64.98 - heap.set("szilva", 0.5);
64.99 - cout << "heap.state(\"szilva\") = "
64.100 - << heap.state("szilva") << endl;
64.101 - cout << "heap.top() = "
64.102 - << heap.top() << endl;
64.103 - cout << "heap.pop();\n";
64.104 - heap.pop();
64.105 - cout << "heap.state(\"szilva\") = "
64.106 - << heap.state("szilva") << endl;
64.107 -
64.108 - cout << "heap.size() = "
64.109 - << heap.size() << endl;
64.110 - cout << "heap.pop();\n";
64.111 - heap.pop();
64.112 -
64.113 - cout << "heap.size() = "
64.114 - << heap.size() << endl;
64.115 - cout << "heap.empty() = "
64.116 - << (heap.empty()?"true":"false") << endl;
64.117 -}
65.1 --- a/src/work/deba/array_map_factory.h Sun Apr 17 18:57:22 2005 +0000
65.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
65.3 @@ -1,355 +0,0 @@
65.4 -// -*- c++ -*-
65.5 -#ifndef ARRAY_MAP_H
65.6 -#define ARRAY_MAP_H
65.7 -
65.8 -#include <memory>
65.9 -
65.10 -#include "extended_pair.h"
65.11 -
65.12 -namespace lemon {
65.13 -
65.14 - template <typename MapRegistry> class ArrayMapFactory {
65.15 -
65.16 - public:
65.17 -
65.18 - typedef typename MapRegistry::Graph Graph;
65.19 - typedef typename MapRegistry::Key Key;
65.20 - typedef typename MapRegistry::KeyIt KeyIt;
65.21 -
65.22 - typedef typename MapRegistry::MapBase MapBase;
65.23 -
65.24 - template <typename V, typename A = std::allocator<V> >
65.25 - class Map : public MapBase {
65.26 -
65.27 - public:
65.28 -
65.29 - typedef V Value;
65.30 - typedef A Allocator;
65.31 -
65.32 -
65.33 - Map() : values(0), capacity(0) {}
65.34 -
65.35 - Map(const Graph& g, MapRegistry& r) : MapBase(g, r) {
65.36 - allocate_memory();
65.37 - for (KeyIt it(*getGraph()); getGraph()->valid(it); getGraph()->next(it)) {
65.38 - int id = getGraph()->id(it);
65.39 - allocator.construct(&(values[id]), Value());
65.40 - }
65.41 - }
65.42 -
65.43 - Map(const Graph& g, MapRegistry& r, const Value& v) : MapBase(g, r) {
65.44 - allocate_memory();
65.45 - for (KeyIt it(*getGraph()); getGraph()->valid(it); getGraph()->next(it)) {
65.46 - int id = getGraph()->id(it);
65.47 - allocator.construct(&(values[id]), v);
65.48 - }
65.49 - }
65.50 -
65.51 - Map(const Map& copy) : MapBase(*copy.graph, *copy.registry) {
65.52 - capacity = copy.capacity;
65.53 - if (capacity == 0) return;
65.54 - values = allocator.allocate(capacity);
65.55 - for (KeyIt it(*getGraph()); getGraph()->valid(it); getGraph()->next(it)) {
65.56 - int id = getGraph()->id(it);
65.57 - allocator.construct(&(values[id]), copy.values[id]);
65.58 - }
65.59 - }
65.60 -
65.61 - template <typename CMap> Map(const CMap& copy)
65.62 - : capacity(0), values(0), MapBase(copy) {
65.63 - if (getGraph()) {
65.64 - allocate_memory();
65.65 - for (KeyIt it(*getGraph()); getGraph()->valid(it); getGraph()->next(it)) {
65.66 - set(it, copy[it]);
65.67 - }
65.68 - }
65.69 - }
65.70 -
65.71 - Map& operator=(const Map& copy) {
65.72 - if (© == this) return;
65.73 - if (capacity != 0) {
65.74 - destroy();
65.75 - allocator.deallocate(values, capacity);
65.76 - }
65.77 - capacity = copy.capacity;
65.78 - if (capacity == 0) return;
65.79 - values = allocator.allocate(capacity);
65.80 - for (KeyIt it(getGraph()); getGraph()->valid(it); getGraph()->next(it)) {
65.81 - int id = getGraph()->id(it);
65.82 - allocator.construct(&(values[id]), copy.values[id]);
65.83 - }
65.84 - }
65.85 -
65.86 - template <typename CMap> Map& operator=(const CMap& copy) {
65.87 - if (getGraph()) {
65.88 - destroy();
65.89 - }
65.90 - this->MapBase::operator=(copy);
65.91 - if (getGraph()) {
65.92 - allocate_memory();
65.93 - for (KeyIt it(*getGraph()); getGraph()->valid(it); getGraph()->next(it)) {
65.94 - set(it, copy[it]);
65.95 - }
65.96 - }
65.97 - }
65.98 -
65.99 - virtual ~Map() {
65.100 - if (capacity != 0) {
65.101 - destroy();
65.102 - allocator.deallocate(values, capacity);
65.103 - }
65.104 - }
65.105 -
65.106 -
65.107 - Value& operator[](const Key& key) {
65.108 - int id = getGraph()->id(key);
65.109 - return values[id];
65.110 - }
65.111 -
65.112 - const Value& operator[](const Key& key) const {
65.113 - int id = getGraph()->id(key);
65.114 - return values[id];
65.115 - }
65.116 -
65.117 - const Value& get(const Key& key) const {
65.118 - int id = getGraph()->id(key);
65.119 - return values[id];
65.120 - }
65.121 -
65.122 - void set(const Key& key, const Value& val) {
65.123 - int id = getGraph()->id(key);
65.124 - values[id] = val;
65.125 - }
65.126 -
65.127 - void add(const Key& key) {
65.128 - int id = getGraph()->id(key);
65.129 - if (id >= capacity) {
65.130 - int new_capacity = (capacity == 0 ? 1 : capacity);
65.131 - while (new_capacity <= id) {
65.132 - new_capacity <<= 1;
65.133 - }
65.134 - Value* new_values = allocator.allocate(new_capacity);;
65.135 - for (KeyIt it(*getGraph()); getGraph()->valid(it); getGraph()->next(it)) {
65.136 - int jd = getGraph()->id(it);
65.137 - if (id != jd) {
65.138 - allocator.construct(&(new_values[jd]), values[jd]);
65.139 - allocator.destroy(&(values[jd]));
65.140 - }
65.141 - }
65.142 - if (capacity != 0) allocator.deallocate(values, capacity);
65.143 - values = new_values;
65.144 - capacity = new_capacity;
65.145 - }
65.146 - allocator.construct(&(values[id]), Value());
65.147 - }
65.148 -
65.149 - void erase(const Key& key) {
65.150 - int id = getGraph()->id(key);
65.151 - allocator.destroy(&(values[id]));
65.152 - }
65.153 -
65.154 - class iterator {
65.155 - friend class Map;
65.156 - friend class const_iterator;
65.157 - private:
65.158 -
65.159 - /** Private constructor to initalize the the iterators returned
65.160 - * by the begin() and end().
65.161 - */
65.162 - iterator (Map& pmap, const KeyIt& pit) : map(&pmap), it(pit) {}
65.163 -
65.164 - public:
65.165 -
65.166 - /** Default constructor.
65.167 - */
65.168 - iterator() {}
65.169 -
65.170 - typedef extended_pair<const Key&, const Key&,
65.171 - Value&, Value&> Reference;
65.172 -
65.173 - /** Dereference operator for map.
65.174 - */
65.175 - Reference operator*() {
65.176 - return Reference(it, (*map)[it]);
65.177 - }
65.178 -
65.179 - class Pointer {
65.180 - friend class iterator;
65.181 - private:
65.182 - Reference data;
65.183 - Pointer(const Key& key, Value& val) : data(key, val) {}
65.184 - public:
65.185 - Reference* operator->() {return &data;}
65.186 - };
65.187 -
65.188 - /** Arrow operator for map.
65.189 - */
65.190 - Pointer operator->() {
65.191 - return Pointer(it, ((*map)[it]));
65.192 - }
65.193 -
65.194 - /** The pre increment operator of the map.
65.195 - */
65.196 - iterator& operator++() {
65.197 - map->getGraph()->next(it);
65.198 - return *this;
65.199 - }
65.200 -
65.201 - /** The post increment operator of the map.
65.202 - */
65.203 - iterator operator++(int) {
65.204 - iterator tmp(it);
65.205 - map.getGraph()->next(it);
65.206 - return tmp;
65.207 - }
65.208 -
65.209 - /** The equality operator of the map.
65.210 - */
65.211 - bool operator==(const_iterator p_it) {
65.212 - return p_it.it == it;
65.213 - }
65.214 -
65.215 - /** The not-equality operator of the map.
65.216 - */
65.217 - bool operator!=(const_iterator p_it) {
65.218 - return !(*this == p_it);
65.219 - }
65.220 -
65.221 -
65.222 - private:
65.223 - Map* map;
65.224 - KeyIt it;
65.225 - };
65.226 -
65.227 - /** Returns the begin iterator of the map.
65.228 - */
65.229 - iterator begin() {
65.230 - return iterator(*this, KeyIt(*getGraph()));
65.231 - }
65.232 -
65.233 - /** Returns the end iterator of the map.
65.234 - */
65.235 - iterator end() {
65.236 - return iterator(*this, INVALID);
65.237 - }
65.238 -
65.239 - class const_iterator {
65.240 - friend class Map;
65.241 - friend class iterator;
65.242 - private:
65.243 -
65.244 - /** Private constructor to initalize the the iterators returned
65.245 - * by the begin() and end().
65.246 - */
65.247 - const_iterator (const Map& pmap, const KeyIt& pit)
65.248 - : map(&pmap), it(pit) {}
65.249 -
65.250 - public:
65.251 -
65.252 - /** Default constructor.
65.253 - */
65.254 - const_iterator() {}
65.255 -
65.256 - /** Constructor to convert iterator to const_iterator.
65.257 - */
65.258 - const_iterator(iterator p_it) : map(p_it.map), it(p_it.it) {}
65.259 -
65.260 - typedef extended_pair<const Key&, const Key&,
65.261 - const Value&, const Value&> Reference;
65.262 -
65.263 - /** Dereference operator for map.
65.264 - */
65.265 - Reference operator*() {
65.266 - return Reference(it, (*map)[it]);
65.267 - }
65.268 -
65.269 -
65.270 - class Pointer {
65.271 - friend class const_iterator;
65.272 - private:
65.273 - Reference data;
65.274 - Pointer(const Key& key, const Value& val) : data(key, val) {}
65.275 - public:
65.276 - Reference* operator->() {return &data;}
65.277 - };
65.278 -
65.279 - /** Arrow operator for map.
65.280 - */
65.281 - Pointer operator->() {
65.282 - return Pointer(it, ((*map)[it]));
65.283 - }
65.284 -
65.285 - /** The pre increment operator of the map.
65.286 - */
65.287 - const_iterator& operator++() {
65.288 - map->getGraph()->next(it);
65.289 - return *this;
65.290 - }
65.291 -
65.292 - /** The post increment operator of the map.
65.293 - */
65.294 - const_iterator operator++(int) {
65.295 - const_iterator tmp(it);
65.296 - map->getGraph()->next(it);
65.297 - return tmp;
65.298 - }
65.299 -
65.300 - /** The equality operator of the map.
65.301 - */
65.302 - bool operator==(const_iterator p_it) {
65.303 - return p_it.it == it;
65.304 - }
65.305 -
65.306 - /** The not-equality operator of the map.
65.307 - */
65.308 - bool operator!=(const_iterator p_it) {
65.309 - return !(*this == p_it);
65.310 - }
65.311 -
65.312 -
65.313 - private:
65.314 - const Map* map;
65.315 - KeyIt it;
65.316 - };
65.317 -
65.318 - /** Returns the begin const_iterator of the map.
65.319 - */
65.320 - const_iterator begin() const {
65.321 - return const_iterator(*this, KeyIt(*getGraph()));
65.322 - }
65.323 -
65.324 - /** Returns the end const_iterator of the map.
65.325 - */
65.326 - const_iterator end() const {
65.327 - return const_iterator(*this, INVALID);
65.328 - }
65.329 -
65.330 - private:
65.331 -
65.332 - void allocate_memory() {
65.333 - int max_id = -1;
65.334 - for (KeyIt it(*getGraph()); getGraph()->valid(it); getGraph()->next(it)) {
65.335 - int id = getGraph()->id(it);
65.336 - if (id > max_id) {
65.337 - max_id = id;
65.338 - }
65.339 - }
65.340 - if (max_id == -1) {
65.341 - capacity = 0;
65.342 - values = 0;
65.343 - return;
65.344 - }
65.345 - capacity = 1;
65.346 - while (capacity <= max_id) {
65.347 - capacity <<= 1;
65.348 - }
65.349 - values = allocator.allocate(capacity);
65.350 - }
65.351 - int capacity;
65.352 - Value* values;
65.353 - Allocator allocator;
65.354 - };
65.355 - };
65.356 -}
65.357 -
65.358 -#endif
66.1 --- a/src/work/deba/bin_heap.h Sun Apr 17 18:57:22 2005 +0000
66.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
66.3 @@ -1,246 +0,0 @@
66.4 -// -*- C++ -*- //
66.5 -
66.6 -/* FIXME: Copyright ...
66.7 - *
66.8 - * This implementation is heavily based on STL's heap functions and
66.9 - * the similar class by Alpar Juttner in IKTA...
66.10 - */
66.11 -
66.12 -/******
66.13 - *
66.14 - * BinHeap<ItemType, PrioType, ItemIntMap, [PrioCompare]>
66.15 - *
66.16 - * Ez az osztaly item-prioritas parok tarolasara alkalmas binaris kupacot
66.17 - * valosit meg.
66.18 - * A kupacban legfolul mindig az a par talalhato, amiben a prioritas a
66.19 - * legkisebb. (Gondolj a Dijkstra pont-tavolsag kupacara; igazabol ahhoz
66.20 - * lett keszitve...)
66.21 - *
66.22 - * Megjegyzes: a kupacos temakorokben a prioritast kulcsnak szoktak nevezni,
66.23 - * de mivel ez zavaro tud lenni a property-map-es kulcs-ertek szohasznalata
66.24 - * miatt, megprobaltunk valami semleges elnevezeseket kitalalni.
66.25 - *
66.26 - * A hasznalatahoz szukseg van egy irhato/olvashato property_map-re, ami
66.27 - * az itemekhez egy int-et tud tarolni (ezzel tudom megkeresni az illeto
66.28 - * elemet a kupacban a csokkentes es hasonlo muveletekhez).
66.29 - * A map-re csak referenciat tarol, ugy hogy a kupac elete folyan a map-nek
66.30 - * is elnie kell. (???)
66.31 - *
66.32 - * Ketfele modon hasznalhato:
66.33 - * Lusta mod:
66.34 - * set(Item, Prio) metodussal pakolunk a kupacba,
66.35 - * aztan o majd eldonti, hogy ez az elem mar benne van-e es ha igen, akkor
66.36 - * csokkentettunk-e rajta, vagy noveltunk.
66.37 - * Ehhez nagyon fontos, hogy az atadott property map inicializalva legyen
66.38 - * minden szobajovo kulcs ertekre, -1 -es ertekkel!
66.39 - * Es ilyen esetben a kulcsokrol lekerdezheto az allapotuk a state metodussal:
66.40 - * (nem jart meg a kupacban PRE_HEAP=-1, epp a kupacban van IN_HEAP=0,
66.41 - * mar kikerult a kupacbol POST_HEAP=-2).
66.42 - * Szoval ebben a modban a kupac nagyjabol hasznalhato property_map-kent, csak
66.43 - * meg meg tudja mondani a "legkisebb" prioritasu elemet. De csak nagyjabol,
66.44 - * hiszen a kupacbol kikerult elemeknek elvesz az ertekuk...
66.45 - *
66.46 - * Kozvetlen mod:
66.47 - * push(Item, Prio) metodussal belerakunk a kupacba (ha az illeto kulcs mar
66.48 - * benn volt, akkor gaz).
66.49 - * increase/decrease(Item i, Prio new_prio) metodusokkal lehet
66.50 - * novelni/csokkenteni az illeto elemhez tartozo prioritast. (Ha nem volt
66.51 - * megbenne a kupacban az illeto elem, vagy nem abba az iranyba valtoztattad
66.52 - * az erteket, amerre mondtad -- gaz).
66.53 - *
66.54 - * Termeszetesen a fenti ket modot ertelemszeruen lehet keverni.
66.55 - * Ja es mindig nagyon gaz, ha belepiszkalsz a map-be, amit a kupac
66.56 - * hasznal. :-))
66.57 - *
66.58 - *
66.59 - * Bocs, most faradt vagyok, majd egyszer leforditom. (Misi)
66.60 - *
66.61 - */
66.62 -
66.63 -
66.64 -#ifndef LEMON_BIN_HEAP_H
66.65 -#define LEMON_BIN_HEAP_H
66.66 -
66.67 -///\ingroup auxdat
66.68 -///\file
66.69 -///\brief Binary Heap implementation.
66.70 -
66.71 -#include <vector>
66.72 -#include <utility>
66.73 -#include <functional>
66.74 -
66.75 -namespace lemon {
66.76 -
66.77 - /// \addtogroup auxdat
66.78 - /// @{
66.79 -
66.80 - /// A Binary Heap implementation.
66.81 - template <typename Item, typename Prio, typename ItemIntMap,
66.82 - typename Compare = std::less<Prio> >
66.83 - class BinHeap {
66.84 -
66.85 - public:
66.86 - typedef Item ItemType;
66.87 - // FIXME: stl-ben nem ezt hivjak value_type -nak, hanem a kovetkezot...
66.88 - typedef Prio PrioType;
66.89 - typedef std::pair<ItemType,PrioType> PairType;
66.90 - typedef ItemIntMap ItemIntMapType;
66.91 - typedef Compare PrioCompare;
66.92 -
66.93 - /**
66.94 - * Each Item element have a state associated to it. It may be "in heap",
66.95 - * "pre heap" or "post heap". The later two are indifferent from the
66.96 - * heap's point of view, but may be useful to the user.
66.97 - *
66.98 - * The ItemIntMap _should_ be initialized in such way, that it maps
66.99 - * PRE_HEAP (-1) to any element to be put in the heap...
66.100 - */
66.101 - ///\todo it is used nowhere
66.102 - ///
66.103 - enum state_enum {
66.104 - IN_HEAP = 0,
66.105 - PRE_HEAP = -1,
66.106 - POST_HEAP = -2
66.107 - };
66.108 -
66.109 - private:
66.110 - std::vector<PairType> data;
66.111 - Compare comp;
66.112 - // FIXME: jo ez igy???
66.113 - ItemIntMap &iim;
66.114 -
66.115 - public:
66.116 - BinHeap(ItemIntMap &_iim) : iim(_iim) {}
66.117 - BinHeap(ItemIntMap &_iim, const Compare &_comp) : comp(_comp), iim(_iim) {}
66.118 -
66.119 -
66.120 - int size() const { return data.size(); }
66.121 - bool empty() const { return data.empty(); }
66.122 -
66.123 - private:
66.124 - static int parent(int i) { return (i-1)/2; }
66.125 - static int second_child(int i) { return 2*i+2; }
66.126 - bool less(const PairType &p1, const PairType &p2) const {
66.127 - return comp(p1.second, p2.second);
66.128 - }
66.129 -
66.130 - int bubble_up(int hole, PairType p);
66.131 - int bubble_down(int hole, PairType p, int length);
66.132 -
66.133 - void move(const PairType &p, int i) {
66.134 - data[i] = p;
66.135 - iim.set(p.first, i);
66.136 - }
66.137 -
66.138 - void rmidx(int h) {
66.139 - int n = data.size()-1;
66.140 - if( h>=0 && h<=n ) {
66.141 - iim.set(data[h].first, POST_HEAP);
66.142 - if ( h<n ) {
66.143 - bubble_down(h, data[n], n);
66.144 - }
66.145 - data.pop_back();
66.146 - }
66.147 - }
66.148 -
66.149 - public:
66.150 - void push(const PairType &p) {
66.151 - int n = data.size();
66.152 - data.resize(n+1);
66.153 - bubble_up(n, p);
66.154 - }
66.155 - void push(const Item &i, const Prio &p) { push(PairType(i,p)); }
66.156 -
66.157 - Item top() const {
66.158 - return data[0].first;
66.159 - }
66.160 - /// Returns the prio of the top element of the heap.
66.161 - Prio prio() const {
66.162 - return data[0].second;
66.163 - }
66.164 -
66.165 - void pop() {
66.166 - rmidx(0);
66.167 - }
66.168 -
66.169 - void erase(const Item &i) {
66.170 - rmidx(iim[i]);
66.171 - }
66.172 -
66.173 - Prio operator[](const Item &i) const {
66.174 - int idx = iim[i];
66.175 - return data[idx].second;
66.176 - }
66.177 -
66.178 - void set(const Item &i, const Prio &p) {
66.179 - int idx = iim[i];
66.180 - if( idx < 0 ) {
66.181 - push(i,p);
66.182 - }
66.183 - else if( comp(p, data[idx].second) ) {
66.184 - bubble_up(idx, PairType(i,p));
66.185 - }
66.186 - else {
66.187 - bubble_down(idx, PairType(i,p), data.size());
66.188 - }
66.189 - }
66.190 -
66.191 - void decrease(const Item &i, const Prio &p) {
66.192 - int idx = iim[i];
66.193 - bubble_up(idx, PairType(i,p));
66.194 - }
66.195 - void increase(const Item &i, const Prio &p) {
66.196 - int idx = iim[i];
66.197 - bubble_down(idx, PairType(i,p), data.size());
66.198 - }
66.199 -
66.200 - state_enum state(const Item &i) const {
66.201 - int s = iim[i];
66.202 - if( s>=0 )
66.203 - s=0;
66.204 - return state_enum(s);
66.205 - }
66.206 -
66.207 - }; // class BinHeap
66.208 -
66.209 -
66.210 - template <typename K, typename V, typename M, typename C>
66.211 - int BinHeap<K,V,M,C>::bubble_up(int hole, PairType p) {
66.212 - int par = parent(hole);
66.213 - while( hole>0 && less(p,data[par]) ) {
66.214 - move(data[par],hole);
66.215 - hole = par;
66.216 - par = parent(hole);
66.217 - }
66.218 - move(p, hole);
66.219 - return hole;
66.220 - }
66.221 -
66.222 - template <typename K, typename V, typename M, typename C>
66.223 - int BinHeap<K,V,M,C>::bubble_down(int hole, PairType p, int length) {
66.224 - int child = second_child(hole);
66.225 - while(child < length) {
66.226 - if( less(data[child-1], data[child]) ) {
66.227 - --child;
66.228 - }
66.229 - if( !less(data[child], p) )
66.230 - goto ok;
66.231 - move(data[child], hole);
66.232 - hole = child;
66.233 - child = second_child(hole);
66.234 - }
66.235 - child--;
66.236 - if( child<length && less(data[child], p) ) {
66.237 - move(data[child], hole);
66.238 - hole=child;
66.239 - }
66.240 - ok:
66.241 - move(p, hole);
66.242 - return hole;
66.243 - }
66.244 -
66.245 - ///@}
66.246 -
66.247 -} // namespace lemon
66.248 -
66.249 -#endif // BIN_HEAP_HH
67.1 --- a/src/work/deba/dijkstra.h Sun Apr 17 18:57:22 2005 +0000
67.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
67.3 @@ -1,329 +0,0 @@
67.4 -// -*- C++ -*-
67.5 -#ifndef LEMON_DIJKSTRA_H
67.6 -#define LEMON_DIJKSTRA_H
67.7 -
67.8 -///\ingroup galgs
67.9 -///\file
67.10 -///\brief Dijkstra algorithm.
67.11 -
67.12 -#include <lemon/bin_heap.h>
67.13 -#include <lemon/invalid.h>
67.14 -
67.15 -namespace lemon {
67.16 -
67.17 -/// \addtogroup galgs
67.18 -/// @{
67.19 -
67.20 - ///%Dijkstra algorithm class.
67.21 -
67.22 - ///This class provides an efficient implementation of %Dijkstra algorithm.
67.23 - ///The edge lengths are passed to the algorithm using a
67.24 - ///\ref ReadMap "readable map",
67.25 - ///so it is easy to change it to any kind of length.
67.26 - ///
67.27 - ///The type of the length is determined by the \c Value of the length map.
67.28 - ///
67.29 - ///It is also possible to change the underlying priority heap.
67.30 - ///
67.31 - ///\param GR The graph type the algorithm runs on.
67.32 - ///\param LM This read-only
67.33 - ///EdgeMap
67.34 - ///determines the
67.35 - ///lengths of the edges. It is read once for each edge, so the map
67.36 - ///may involve in relatively time consuming process to compute the edge
67.37 - ///length if it is necessary. The default map type is
67.38 - ///\ref Graph::EdgeMap "Graph::EdgeMap<int>"
67.39 - ///\param Heap The heap type used by the %Dijkstra
67.40 - ///algorithm. The default
67.41 - ///is using \ref BinHeap "binary heap".
67.42 - ///
67.43 - ///\author Jacint Szabo and Alpar Juttner
67.44 - ///\todo We need a typedef-names should be standardized. (-:
67.45 -
67.46 -#ifdef DOXYGEN
67.47 - template <typename GR,
67.48 - typename LM,
67.49 - typename Heap>
67.50 -#else
67.51 - template <typename GR,
67.52 - typename LM=typename GR::template EdgeMap<int>,
67.53 - template <class,class,class,class> class Heap = BinHeap >
67.54 -#endif
67.55 - class Dijkstra{
67.56 - public:
67.57 - ///The type of the underlying graph.
67.58 - typedef GR Graph;
67.59 - typedef typename Graph::Node Node;
67.60 - typedef typename Graph::NodeIt NodeIt;
67.61 - typedef typename Graph::Edge Edge;
67.62 - typedef typename Graph::OutEdgeIt OutEdgeIt;
67.63 -
67.64 - ///The type of the length of the edges.
67.65 - typedef typename LM::Value Value;
67.66 - ///The type of the map that stores the edge lengths.
67.67 - typedef LM LengthMap;
67.68 - ///\brief The type of the map that stores the last
67.69 - ///edges of the shortest paths.
67.70 - typedef typename Graph::template NodeMap<Edge> PredMap;
67.71 - ///\brief The type of the map that stores the last but one
67.72 - ///nodes of the shortest paths.
67.73 - typedef typename Graph::template NodeMap<Node> PredNodeMap;
67.74 - ///The type of the map that stores the dists of the nodes.
67.75 - typedef typename Graph::template NodeMap<Value> DistMap;
67.76 -
67.77 - private:
67.78 - const Graph *G;
67.79 - const LM *length;
67.80 - // bool local_length;
67.81 - PredMap *predecessor;
67.82 - bool local_predecessor;
67.83 - PredNodeMap *pred_node;
67.84 - bool local_pred_node;
67.85 - DistMap *distance;
67.86 - bool local_distance;
67.87 -
67.88 - ///Initialize maps
67.89 -
67.90 - ///\todo Error if \c G or are \c NULL. What about \c length?
67.91 - ///\todo Better memory allocation (instead of new).
67.92 - void init_maps()
67.93 - {
67.94 -// if(!length) {
67.95 -// local_length = true;
67.96 -// length = new LM(G);
67.97 -// }
67.98 - if(!predecessor) {
67.99 - local_predecessor = true;
67.100 - predecessor = new PredMap(*G);
67.101 - }
67.102 - if(!pred_node) {
67.103 - local_pred_node = true;
67.104 - pred_node = new PredNodeMap(*G);
67.105 - }
67.106 - if(!distance) {
67.107 - local_distance = true;
67.108 - distance = new DistMap(*G);
67.109 - }
67.110 - }
67.111 -
67.112 - public :
67.113 -
67.114 - Dijkstra(const Graph& _G, const LM& _length) :
67.115 - G(&_G), length(&_length),
67.116 - predecessor(NULL), pred_node(NULL), distance(NULL),
67.117 - local_predecessor(false), local_pred_node(false), local_distance(false)
67.118 - { }
67.119 -
67.120 - ~Dijkstra()
67.121 - {
67.122 - // if(local_length) delete length;
67.123 - if(local_predecessor) delete predecessor;
67.124 - if(local_pred_node) delete pred_node;
67.125 - if(local_distance) delete distance;
67.126 - }
67.127 -
67.128 - ///Sets the graph the algorithm will run on.
67.129 -
67.130 - ///Sets the graph the algorithm will run on.
67.131 - ///\return <tt> (*this) </tt>
67.132 - Dijkstra &setGraph(const Graph &_G)
67.133 - {
67.134 - G = &_G;
67.135 - return *this;
67.136 - }
67.137 - ///Sets the length map.
67.138 -
67.139 - ///Sets the length map.
67.140 - ///\return <tt> (*this) </tt>
67.141 - Dijkstra &setLengthMap(const LM &m)
67.142 - {
67.143 -// if(local_length) {
67.144 -// delete length;
67.145 -// local_length=false;
67.146 -// }
67.147 - length = &m;
67.148 - return *this;
67.149 - }
67.150 -
67.151 - ///Sets the map storing the predecessor edges.
67.152 -
67.153 - ///Sets the map storing the predecessor edges.
67.154 - ///If you don't use this function before calling \ref run(),
67.155 - ///it will allocate one. The destuctor deallocates this
67.156 - ///automatically allocated map, of course.
67.157 - ///\return <tt> (*this) </tt>
67.158 - Dijkstra &setPredMap(PredMap &m)
67.159 - {
67.160 - if(local_predecessor) {
67.161 - delete predecessor;
67.162 - local_predecessor=false;
67.163 - }
67.164 - predecessor = &m;
67.165 - return *this;
67.166 - }
67.167 -
67.168 - ///Sets the map storing the predecessor nodes.
67.169 -
67.170 - ///Sets the map storing the predecessor nodes.
67.171 - ///If you don't use this function before calling \ref run(),
67.172 - ///it will allocate one. The destuctor deallocates this
67.173 - ///automatically allocated map, of course.
67.174 - ///\return <tt> (*this) </tt>
67.175 - Dijkstra &setPredNodeMap(PredNodeMap &m)
67.176 - {
67.177 - if(local_pred_node) {
67.178 - delete pred_node;
67.179 - local_pred_node=false;
67.180 - }
67.181 - pred_node = &m;
67.182 - return *this;
67.183 - }
67.184 -
67.185 - ///Sets the map storing the distances calculated by the algorithm.
67.186 -
67.187 - ///Sets the map storing the distances calculated by the algorithm.
67.188 - ///If you don't use this function before calling \ref run(),
67.189 - ///it will allocate one. The destuctor deallocates this
67.190 - ///automatically allocated map, of course.
67.191 - ///\return <tt> (*this) </tt>
67.192 - Dijkstra &setDistMap(DistMap &m)
67.193 - {
67.194 - if(local_distance) {
67.195 - delete distance;
67.196 - local_distance=false;
67.197 - }
67.198 - distance = &m;
67.199 - return *this;
67.200 - }
67.201 -
67.202 - ///Runs %Dijkstra algorithm from node \c s.
67.203 -
67.204 - ///This method runs the %Dijkstra algorithm from a root node \c s
67.205 - ///in order to
67.206 - ///compute the
67.207 - ///shortest path to each node. The algorithm computes
67.208 - ///- The shortest path tree.
67.209 - ///- The distance of each node from the root.
67.210 -
67.211 - void run(Node s) {
67.212 -
67.213 - init_maps();
67.214 -
67.215 - for ( NodeIt u(*G) ; G->valid(u) ; G->next(u) ) {
67.216 - predecessor->set(u,INVALID);
67.217 - pred_node->set(u,INVALID);
67.218 - }
67.219 -
67.220 - typename GR::template NodeMap<int> heap_map(*G,-1);
67.221 -
67.222 - typedef Heap<Node, Value, typename GR::template NodeMap<int>,
67.223 - std::less<Value> >
67.224 - HeapType;
67.225 -
67.226 - HeapType heap(heap_map);
67.227 -
67.228 - heap.push(s,0);
67.229 -
67.230 - while ( !heap.empty() ) {
67.231 -
67.232 - Node v=heap.top();
67.233 - Value oldvalue=heap[v];
67.234 - heap.pop();
67.235 - distance->set(v, oldvalue);
67.236 -
67.237 -
67.238 - for(OutEdgeIt e(*G,v); G->valid(e); G->next(e)) {
67.239 - Node w=G->bNode(e);
67.240 -
67.241 - switch(heap.state(w)) {
67.242 - case HeapType::PRE_HEAP:
67.243 - heap.push(w,oldvalue+(*length)[e]);
67.244 - predecessor->set(w,e);
67.245 - pred_node->set(w,v);
67.246 - break;
67.247 - case HeapType::IN_HEAP:
67.248 - if ( oldvalue+(*length)[e] < heap[w] ) {
67.249 - heap.decrease(w, oldvalue+(*length)[e]);
67.250 - predecessor->set(w,e);
67.251 - pred_node->set(w,v);
67.252 - }
67.253 - break;
67.254 - case HeapType::POST_HEAP:
67.255 - break;
67.256 - }
67.257 - }
67.258 - }
67.259 - }
67.260 -
67.261 - ///The distance of a node from the root.
67.262 -
67.263 - ///Returns the distance of a node from the root.
67.264 - ///\pre \ref run() must be called before using this function.
67.265 - ///\warning If node \c v in unreachable from the root the return value
67.266 - ///of this funcion is undefined.
67.267 - Value dist(Node v) const { return (*distance)[v]; }
67.268 -
67.269 - ///Returns the 'previous edge' of the shortest path tree.
67.270 -
67.271 - ///For a node \c v it returns the 'previous edge' of the shortest path tree,
67.272 - ///i.e. it returns the last edge from a shortest path from the root to \c
67.273 - ///v. It is \ref INVALID
67.274 - ///if \c v is unreachable from the root or if \c v=s. The
67.275 - ///shortest path tree used here is equal to the shortest path tree used in
67.276 - ///\ref predNode(Node v). \pre \ref run() must be called before using
67.277 - ///this function.
67.278 - Edge pred(Node v) const { return (*predecessor)[v]; }
67.279 -
67.280 - ///Returns the 'previous node' of the shortest path tree.
67.281 -
67.282 - ///For a node \c v it returns the 'previous node' of the shortest path tree,
67.283 - ///i.e. it returns the last but one node from a shortest path from the
67.284 - ///root to \c /v. It is INVALID if \c v is unreachable from the root or if
67.285 - ///\c v=s. The shortest path tree used here is equal to the shortest path
67.286 - ///tree used in \ref pred(Node v). \pre \ref run() must be called before
67.287 - ///using this function.
67.288 - Node predNode(Node v) const { return (*pred_node)[v]; }
67.289 -
67.290 - ///Returns a reference to the NodeMap of distances.
67.291 -
67.292 - ///Returns a reference to the NodeMap of distances. \pre \ref run() must
67.293 - ///be called before using this function.
67.294 - const DistMap &distMap() const { return *distance;}
67.295 -
67.296 - ///Returns a reference to the shortest path tree map.
67.297 -
67.298 - ///Returns a reference to the NodeMap of the edges of the
67.299 - ///shortest path tree.
67.300 - ///\pre \ref run() must be called before using this function.
67.301 - const PredMap &predMap() const { return *predecessor;}
67.302 -
67.303 - ///Returns a reference to the map of nodes of shortest paths.
67.304 -
67.305 - ///Returns a reference to the NodeMap of the last but one nodes of the
67.306 - ///shortest path tree.
67.307 - ///\pre \ref run() must be called before using this function.
67.308 - const PredNodeMap &predNodeMap() const { return *pred_node;}
67.309 -
67.310 - ///Checks if a node is reachable from the root.
67.311 -
67.312 - ///Returns \c true if \c v is reachable from the root.
67.313 - ///\warning the root node is reported to be unreached!
67.314 - ///\todo Is this what we want?
67.315 - ///\pre \ref run() must be called before using this function.
67.316 - ///
67.317 - bool reached(Node v) { return G->valid((*predecessor)[v]); }
67.318 -
67.319 - };
67.320 -
67.321 -
67.322 - // **********************************************************************
67.323 - // IMPLEMENTATIONS
67.324 - // **********************************************************************
67.325 -
67.326 -/// @}
67.327 -
67.328 -} //END OF NAMESPACE LEMON
67.329 -
67.330 -#endif
67.331 -
67.332 -
68.1 --- a/src/work/deba/dijkstra_test_generator.cpp Sun Apr 17 18:57:22 2005 +0000
68.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
68.3 @@ -1,41 +0,0 @@
68.4 -#include <iostream>
68.5 -#include <vector>
68.6 -
68.7 -#include <cmath>
68.8 -#include <cstdlib>
68.9 -
68.10 -#include <lemon/smart_graph.h>
68.11 -#include <lemon/graph_writer.h>
68.12 -
68.13 -using namespace lemon;
68.14 -using namespace std;
68.15 -
68.16 -int main(int argc, const char *argv[]) {
68.17 - typedef SmartGraph Graph;
68.18 - typedef Graph::Node Node;
68.19 - typedef Graph::Edge Edge;
68.20 -
68.21 - typedef Graph::EdgeMap<int> CapacityMap;
68.22 -
68.23 - const int n = argc > 1 ? atoi(argv[1]) : 1000;
68.24 - const int e = argc > 2 ? atoi(argv[2]) : (int)(n * log(n));
68.25 - const int m = argc > 3 ? atoi(argv[3]) : 100;
68.26 -
68.27 - Graph graph;
68.28 - CapacityMap capacity(graph);
68.29 - vector<Node> nodes;
68.30 -
68.31 - for (int i = 0; i < n; ++i) {
68.32 - nodes.push_back(graph.addNode());
68.33 - }
68.34 - for (int i = 0; i < e; ++i) {
68.35 - int s = (int)(n * (double)rand() / (RAND_MAX + 1.0));
68.36 - int t = (int)(n * (double)rand() / (RAND_MAX + 1.0));
68.37 - int c = (int)(m * (double)rand() / (RAND_MAX + 1.0));
68.38 - Edge edge = graph.addEdge(nodes[s], nodes[t]);
68.39 - capacity[edge] = c;
68.40 - }
68.41 - int start = (int)(n * (double)rand() / (RAND_MAX + 1.0));
68.42 - writeGraph(cout, graph, capacity, nodes[start]);
68.43 - return 0;
68.44 -}
69.1 --- a/src/work/deba/extended_pair.h Sun Apr 17 18:57:22 2005 +0000
69.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
69.3 @@ -1,65 +0,0 @@
69.4 -// -*- c++ -*-
69.5 -#ifndef EXTENDED_PAIR_H
69.6 -#define EXTENDED_PAIR_H
69.7 -
69.8 -template <typename T1, typename A1, typename T2, typename A2>
69.9 -struct extended_pair {
69.10 - typedef T1 first_type;
69.11 - typedef T2 second_type;
69.12 -
69.13 - extended_pair() : first(), second() {}
69.14 -
69.15 - extended_pair(A1 f, A2 s) : first(f), second(s) {}
69.16 -
69.17 - template <class Pair>
69.18 - extended_pair(const Pair& pair) : first(pair.first), second(pair.second) {}
69.19 -
69.20 - T1 first;
69.21 - T2 second;
69.22 -};
69.23 -
69.24 -template <typename T1, typename T2,
69.25 - typename LA1, typename LA2, typename RA1, typename RA2>
69.26 -bool operator==(const extended_pair<T1, LA1, T2, LA2>& left,
69.27 - const extended_pair<T1, RA1, T2, RA2>& right) {
69.28 - return left.first == right.first && left.second == right.second;
69.29 -}
69.30 -
69.31 -template <typename T1, typename T2,
69.32 - typename LA1, typename LA2, typename RA1, typename RA2>
69.33 -bool operator!=(const extended_pair<T1, LA1, T2, LA2>& left,
69.34 - const extended_pair<T1, RA1, T2, RA2>& right) {
69.35 - return !(left == right);
69.36 -}
69.37 -
69.38 -template <typename T1, typename T2,
69.39 - typename LA1, typename LA2, typename RA1, typename RA2>
69.40 -bool operator<(const extended_pair<T1, LA1, T2, LA2>& left,
69.41 - const extended_pair<T1, RA1, T2, RA2>& right) {
69.42 - if (left.first == right.first) return left.second == right.second;
69.43 - return left.first < right.first;
69.44 -}
69.45 -
69.46 -template <typename T1, typename T2,
69.47 - typename LA1, typename LA2, typename RA1, typename RA2>
69.48 -bool operator>(const extended_pair<T1, LA1, T2, LA2>& left,
69.49 - const extended_pair<T1, RA1, T2, RA2>& right) {
69.50 - return right < left;
69.51 -}
69.52 -
69.53 -template <typename T1, typename T2,
69.54 - typename LA1, typename LA2, typename RA1, typename RA2>
69.55 -bool operator<=(const extended_pair<T1, LA1, T2, LA2>& left,
69.56 - const extended_pair<T1, RA1, T2, RA2>& right) {
69.57 - return !(right > left);
69.58 -}
69.59 -
69.60 -template <typename T1, typename T2,
69.61 - typename LA1, typename LA2, typename RA1, typename RA2>
69.62 -bool operator>=(const extended_pair<T1, LA1, T2, LA2>& left,
69.63 - const extended_pair<T1, RA1, T2, RA2>& right) {
69.64 - return !(right < left);
69.65 -}
69.66 -
69.67 -
69.68 -#endif
70.1 --- a/src/work/deba/graph_io_test.cc Sun Apr 17 18:57:22 2005 +0000
70.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
70.3 @@ -1,83 +0,0 @@
70.4 -#include <lemon/smart_graph.h>
70.5 -
70.6 -#include <lemon/map_utils.h>
70.7 -
70.8 -#include <lemon/graph_reader.h>
70.9 -#include <lemon/graph_writer.h>
70.10 -
70.11 -#include <iostream>
70.12 -#include <fstream>
70.13 -
70.14 -using namespace std;
70.15 -using namespace lemon;
70.16 -
70.17 -int main() {
70.18 - ifstream input("test.lgf");
70.19 - SmartGraph graph;
70.20 - GraphReader<SmartGraph> reader(input, graph);
70.21 -
70.22 - SmartGraph::NodeMap<int> id(graph);
70.23 - reader.addNodeMap("id", id);
70.24 -
70.25 - SmartGraph::NodeMap<int> cost(graph);
70.26 - reader.addNodeMap("cost", cost);
70.27 -
70.28 - SmartGraph::NodeMap<string> color(graph);
70.29 - reader.addNodeMap("color", color);
70.30 -
70.31 - SmartGraph::NodeMap<string> description(graph);
70.32 - reader.addNodeMap<QuotedStringReader>("description", description);
70.33 -
70.34 - SmartGraph::EdgeMap<char> mmap(graph);
70.35 - reader.addEdgeMap("mmap", mmap);
70.36 -
70.37 - reader.skipEdgeMap<QuotedStringReader>("description");
70.38 -
70.39 - SmartGraph::Node source;
70.40 - reader.addNode("source", source);
70.41 -
70.42 - SmartGraph::Edge newedge;
70.43 - reader.addEdge("newedge", newedge);
70.44 -
70.45 - try {
70.46 - reader.run();
70.47 - } catch (IOError& e) {
70.48 - cerr << e.what() << endl;
70.49 - } catch (Exception e) {
70.50 - cerr << e.what() << endl;
70.51 - }
70.52 -
70.53 - for (SmartGraph::NodeIt it(graph); it != INVALID; ++it) {
70.54 - cout << cost[it] << ' ' << color[it] << ' ' << description[it] << endl;
70.55 - }
70.56 -
70.57 - for (SmartGraph::EdgeIt it(graph); it != INVALID; ++it) {
70.58 - cout << mmap[it] << ' ' << id[graph.source(it)] << ' ' <<
70.59 - id[graph.target(it)] << endl;
70.60 - }
70.61 -
70.62 - cout << id[source] << ' ' << cost[source] << ' ' <<
70.63 - color[source] << ' ' << description[source] << endl;
70.64 - cout << mmap[newedge] << ' ' << id[graph.source(newedge)] <<
70.65 - ' ' << id[graph.target(newedge)] << endl;
70.66 -
70.67 - ofstream output("copy.lgf");
70.68 - GraphWriter<SmartGraph> writer(output, graph);
70.69 -
70.70 - DescriptorMap<SmartGraph, SmartGraph::Node, SmartGraph::NodeMap<int> >
70.71 - node_ids(graph);
70.72 -
70.73 - writer.addNodeMap("id", node_ids);
70.74 - writer.addNodeMap<QuotedStringWriter>("format", description);
70.75 -
70.76 - IdMap<SmartGraph, SmartGraph::Edge > edge_ids(graph);
70.77 -
70.78 - writer.addEdgeMap("id", edge_ids);
70.79 - writer.addEdgeMap("chars", mmap);
70.80 -
70.81 - writer.addNode("source", node_ids.inverse()[3]);
70.82 - // writer.addEdge("elek", edge_ids.inverse()[6]);
70.83 - writer.run();
70.84 -
70.85 - return 0;
70.86 -}
71.1 --- a/src/work/deba/invalid.h Sun Apr 17 18:57:22 2005 +0000
71.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
71.3 @@ -1,38 +0,0 @@
71.4 -// -*- mode:C++ -*-
71.5 -
71.6 -#ifndef LEMON_INVALID_H
71.7 -#define LEMON_INVALID_H
71.8 -
71.9 -///\file
71.10 -///\brief Definition of INVALID.
71.11 -
71.12 -namespace lemon {
71.13 -
71.14 - /// Dummy type to make it easier to make invalid iterators.
71.15 -
71.16 - /// See \ref INVALID, how to use it.
71.17 -
71.18 - struct Invalid {
71.19 - public:
71.20 - bool operator==(Invalid) { return true; }
71.21 - bool operator!=(Invalid) { return false; }
71.22 - bool operator< (Invalid) { return false; }
71.23 - };
71.24 -
71.25 - /// Invalid iterators.
71.26 -
71.27 - /// \ref Invalid is a global type that converts to each iterator
71.28 - /// in such a way that the value of the target iterator will be invalid.
71.29 -
71.30 - // It is also used to convert the \c INVALID constant to the
71.31 - // node iterator that makes is possible to write
71.32 -
71.33 - //extern Invalid INVALID;
71.34 -
71.35 - //const Invalid &INVALID = *(Invalid *)0;
71.36 - const Invalid INVALID = Invalid();
71.37 -
71.38 -} //namespace lemon
71.39 -
71.40 -#endif
71.41 -
72.1 --- a/src/work/deba/iterator_test.cpp Sun Apr 17 18:57:22 2005 +0000
72.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
72.3 @@ -1,115 +0,0 @@
72.4 -#include <iostream>
72.5 -#include <algorithm>
72.6 -#include <iterator>
72.7 -#include <functional>
72.8 -#include <lemon/list_graph.h>
72.9 -#include <lemon/map_iterator.h>
72.10 -#include <lemon/graph_reader.h>
72.11 -#include <lemon/maps.h>
72.12 -
72.13 -using namespace std;
72.14 -using namespace lemon;
72.15 -
72.16 -template <typename F, typename G>
72.17 -struct unary_compose {
72.18 - typedef typename G::argument_type argument_type;
72.19 - typedef typename F::result_type result_type;
72.20 -
72.21 - unary_compose(const F& _f, const G& _g) : f(_f), g(_g) {}
72.22 -
72.23 - result_type operator()(const argument_type& x) {
72.24 - return f(g(x));
72.25 - }
72.26 -
72.27 -private:
72.28 - F f;
72.29 - G g;
72.30 -};
72.31 -
72.32 -template <typename F, typename G>
72.33 -unary_compose<F, G> compose1(const F& f, const G& g) {
72.34 - return unary_compose<F, G>(f, g);
72.35 -}
72.36 -
72.37 -
72.38 -
72.39 -
72.40 -template <typename T>
72.41 -struct Second {
72.42 - typedef T argument_type;
72.43 - typedef typename T::second_type result_type;
72.44 -
72.45 - typename T::second_type operator()(const T& t) const {
72.46 - return t.second;
72.47 - }
72.48 -};
72.49 -
72.50 -template <typename T>
72.51 -struct First {
72.52 - typedef T argument_type;
72.53 - typedef typename T::first_type result_type;
72.54 - typename T::first_type operator()(const T& t) const {
72.55 - return t.first;
72.56 - }
72.57 -};
72.58 -
72.59 -
72.60 -int main() {
72.61 -
72.62 - typedef ListGraph Graph;
72.63 -
72.64 - typedef Graph::Edge Edge;
72.65 - typedef Graph::Node Node;
72.66 - typedef Graph::EdgeIt EdgeIt;
72.67 - typedef Graph::NodeIt NodeIt;
72.68 - typedef Graph::EdgeMap<int> LengthMap;
72.69 -
72.70 - typedef IdMap<Graph, Edge> EdgeIdMap;
72.71 -
72.72 - Graph graph;
72.73 - LengthMap length(graph);
72.74 -
72.75 - readGraph(std::cin, graph, length);
72.76 -
72.77 - const LengthMap& constLength = length;
72.78 -
72.79 - copy(length.valueSet().begin(), length.valueSet().end(),
72.80 - ostream_iterator<int>(cout, " "));
72.81 - cout << endl;
72.82 -
72.83 -
72.84 - copy(constLength.valueSet().begin(), constLength.valueSet().end(),
72.85 - ostream_iterator<int>(cout, " "));
72.86 - cout << endl;
72.87 -
72.88 -
72.89 - transform(constLength.keySet().begin(), constLength.keySet().end(),
72.90 - ostream_iterator<int>(cout, " "),
72.91 - MapFunctor<EdgeIdMap>(EdgeIdMap(graph)));
72.92 - cout << endl;
72.93 -
72.94 -
72.95 - transform(constLength.mapSet().begin(), constLength.mapSet().end(),
72.96 - ostream_iterator<int>(cout, " "),
72.97 - Second<LengthMap::MapSet::Value>());
72.98 - cout << endl;
72.99 -
72.100 - transform(constLength.mapSet().begin(), constLength.mapSet().end(),
72.101 - ostream_iterator<int>(cout, " "),
72.102 - compose1(MapFunctor<EdgeIdMap>(EdgeIdMap(graph)),
72.103 - First<LengthMap::MapSet::Value>() ));
72.104 - cout << endl;
72.105 -
72.106 - transform(length.mapSet().begin(), length.mapSet().end(),
72.107 - ostream_iterator<int>(cout, " "),
72.108 - Second<LengthMap::MapSet::Value>());
72.109 - cout << endl;
72.110 -
72.111 - transform(length.mapSet().begin(), length.mapSet().end(),
72.112 - ostream_iterator<int>(cout, " "),
72.113 - compose1(MapFunctor<EdgeIdMap>(EdgeIdMap(graph)),
72.114 - First<LengthMap::MapSet::Value>() ));
72.115 - cout << endl;
72.116 -
72.117 - return 0;
72.118 -}
73.1 --- a/src/work/deba/list_graph.h Sun Apr 17 18:57:22 2005 +0000
73.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
73.3 @@ -1,399 +0,0 @@
73.4 -// -*- mode:C++ -*-
73.5 -
73.6 -#ifndef LEMON_LIST_GRAPH_H
73.7 -#define LEMON_LIST_GRAPH_H
73.8 -
73.9 -///\ingroup graphs
73.10 -///\file
73.11 -///\brief ListGraph, SymListGraph, NodeSet and EdgeSet classes.
73.12 -
73.13 -#include <vector>
73.14 -#include <climits>
73.15 -
73.16 -#include "invalid.h"
73.17 -
73.18 -#include "array_map_factory.h"
73.19 -#include "map_registry.h"
73.20 -
73.21 -#include "map_defines.h"
73.22 -
73.23 -namespace lemon {
73.24 -
73.25 -/// \addtogroup graphs
73.26 -/// @{
73.27 -
73.28 - ///A list graph class.
73.29 -
73.30 - ///This is a simple and fast erasable graph implementation.
73.31 - ///
73.32 - ///It conforms to the graph interface documented under
73.33 - ///the description of \ref Graph.
73.34 - ///\sa \ref Graph.
73.35 - class ListGraph {
73.36 -
73.37 - //Nodes are double linked.
73.38 - //The free nodes are only single linked using the "next" field.
73.39 - struct NodeT
73.40 - {
73.41 - int first_in,first_out;
73.42 - int prev, next;
73.43 - // NodeT() {}
73.44 - };
73.45 - //Edges are double linked.
73.46 - //The free edges are only single linked using the "next_in" field.
73.47 - struct EdgeT
73.48 - {
73.49 - int target, source;
73.50 - int prev_in, prev_out;
73.51 - int next_in, next_out;
73.52 - //FIXME: is this necessary?
73.53 - // EdgeT() : next_in(-1), next_out(-1) prev_in(-1), prev_out(-1) {}
73.54 - };
73.55 -
73.56 - std::vector<NodeT> nodes;
73.57 - //The first node
73.58 - int first_node;
73.59 - //The first free node
73.60 - int first_free_node;
73.61 - std::vector<EdgeT> edges;
73.62 - //The first free edge
73.63 - int first_free_edge;
73.64 -
73.65 - protected:
73.66 -
73.67 - public:
73.68 -
73.69 - class Node;
73.70 - class Edge;
73.71 -
73.72 - typedef ListGraph Graph;
73.73 -
73.74 - public:
73.75 -
73.76 - class NodeIt;
73.77 - class EdgeIt;
73.78 - class OutEdgeIt;
73.79 - class InEdgeIt;
73.80 -
73.81 - CREATE_MAP_REGISTRIES;
73.82 - CREATE_MAPS(ArrayMapFactory);
73.83 - public:
73.84 -
73.85 - ListGraph() : nodes(), first_node(-1),
73.86 - first_free_node(-1), edges(), first_free_edge(-1) {}
73.87 - ListGraph(const ListGraph &_g) : nodes(_g.nodes), first_node(_g.first_node),
73.88 - first_free_node(_g.first_free_node),
73.89 - edges(_g.edges),
73.90 - first_free_edge(_g.first_free_edge) {}
73.91 -
73.92 -
73.93 - int nodeNum() const { return nodes.size(); } //FIXME: What is this?
73.94 - int edgeNum() const { return edges.size(); } //FIXME: What is this?
73.95 -
73.96 - ///Set the expected number of edges
73.97 -
73.98 - ///With this function, it is possible to set the expected number of edges.
73.99 - ///The use of this fasten the building of the graph and makes
73.100 - ///it possible to avoid the superfluous memory allocation.
73.101 - void reserveEdge(int n) { edges.reserve(n); };
73.102 -
73.103 - ///\bug This function does something different than
73.104 - ///its name would suggests...
73.105 - int maxNodeId() const { return nodes.size(); } //FIXME: What is this?
73.106 - ///\bug This function does something different than
73.107 - ///its name would suggests...
73.108 - int maxEdgeId() const { return edges.size(); } //FIXME: What is this?
73.109 -
73.110 - Node source(Edge e) const { return edges[e.n].source; }
73.111 - Node target(Edge e) const { return edges[e.n].target; }
73.112 -
73.113 - Node aNode(OutEdgeIt e) const { return edges[e.n].source; }
73.114 - Node aNode(InEdgeIt e) const { return edges[e.n].target; }
73.115 -
73.116 - Node bNode(OutEdgeIt e) const { return edges[e.n].target; }
73.117 - Node bNode(InEdgeIt e) const { return edges[e.n].source; }
73.118 -
73.119 - NodeIt& first(NodeIt& v) const {
73.120 - v=NodeIt(*this); return v; }
73.121 - EdgeIt& first(EdgeIt& e) const {
73.122 - e=EdgeIt(*this); return e; }
73.123 - OutEdgeIt& first(OutEdgeIt& e, const Node v) const {
73.124 - e=OutEdgeIt(*this,v); return e; }
73.125 - InEdgeIt& first(InEdgeIt& e, const Node v) const {
73.126 - e=InEdgeIt(*this,v); return e; }
73.127 -
73.128 -// template< typename It >
73.129 -// It first() const { It e; first(e); return e; }
73.130 -
73.131 -// template< typename It >
73.132 -// It first(Node v) const { It e; first(e,v); return e; }
73.133 -
73.134 - bool valid(Edge e) const { return e.n!=-1; }
73.135 - bool valid(Node n) const { return n.n!=-1; }
73.136 -
73.137 - void setInvalid(Edge &e) { e.n=-1; }
73.138 - void setInvalid(Node &n) { n.n=-1; }
73.139 -
73.140 - template <typename It> It getNext(It it) const
73.141 - { It tmp(it); return next(tmp); }
73.142 -
73.143 - NodeIt& next(NodeIt& it) const {
73.144 - it.n=nodes[it.n].next;
73.145 - return it;
73.146 - }
73.147 - OutEdgeIt& next(OutEdgeIt& it) const
73.148 - { it.n=edges[it.n].next_out; return it; }
73.149 - InEdgeIt& next(InEdgeIt& it) const
73.150 - { it.n=edges[it.n].next_in; return it; }
73.151 - EdgeIt& next(EdgeIt& it) const {
73.152 - if(edges[it.n].next_in!=-1) {
73.153 - it.n=edges[it.n].next_in;
73.154 - }
73.155 - else {
73.156 - int n;
73.157 - for(n=nodes[edges[it.n].target].next;
73.158 - n!=-1 && nodes[n].first_in == -1;
73.159 - n = nodes[n].next) ;
73.160 - it.n = (n==-1)?-1:nodes[n].first_in;
73.161 - }
73.162 - return it;
73.163 - }
73.164 -
73.165 - int id(Node v) const { return v.n; }
73.166 - int id(Edge e) const { return e.n; }
73.167 -
73.168 - /// Adds a new node to the graph.
73.169 -
73.170 - /// \todo It adds the nodes in a reversed order.
73.171 - /// (i.e. the lastly added node becomes the first.)
73.172 - Node addNode() {
73.173 - int n;
73.174 -
73.175 - if(first_free_node==-1)
73.176 - {
73.177 - n = nodes.size();
73.178 - nodes.push_back(NodeT());
73.179 - }
73.180 - else {
73.181 - n = first_free_node;
73.182 - first_free_node = nodes[n].next;
73.183 - }
73.184 -
73.185 - nodes[n].next = first_node;
73.186 - if(first_node != -1) nodes[first_node].prev = n;
73.187 - first_node = n;
73.188 - nodes[n].prev = -1;
73.189 -
73.190 - nodes[n].first_in = nodes[n].first_out = -1;
73.191 -
73.192 - Node nn; nn.n=n;
73.193 -
73.194 - //Update dynamic maps
73.195 - node_maps.add(nn);
73.196 -
73.197 - return nn;
73.198 - }
73.199 -
73.200 - Edge addEdge(Node u, Node v) {
73.201 - int n;
73.202 -
73.203 - if(first_free_edge==-1)
73.204 - {
73.205 - n = edges.size();
73.206 - edges.push_back(EdgeT());
73.207 - }
73.208 - else {
73.209 - n = first_free_edge;
73.210 - first_free_edge = edges[n].next_in;
73.211 - }
73.212 -
73.213 - edges[n].source = u.n; edges[n].target = v.n;
73.214 -
73.215 - edges[n].next_out = nodes[u.n].first_out;
73.216 - if(nodes[u.n].first_out != -1) edges[nodes[u.n].first_out].prev_out = n;
73.217 - edges[n].next_in = nodes[v.n].first_in;
73.218 - if(nodes[v.n].first_in != -1) edges[nodes[v.n].first_in].prev_in = n;
73.219 - edges[n].prev_in = edges[n].prev_out = -1;
73.220 -
73.221 - nodes[u.n].first_out = nodes[v.n].first_in = n;
73.222 -
73.223 - Edge e; e.n=n;
73.224 -
73.225 - //Update dynamic maps
73.226 - edge_maps.add(e);
73.227 -
73.228 - return e;
73.229 - }
73.230 -
73.231 - private:
73.232 - void eraseEdge(int n) {
73.233 -
73.234 - if(edges[n].next_in!=-1)
73.235 - edges[edges[n].next_in].prev_in = edges[n].prev_in;
73.236 - if(edges[n].prev_in!=-1)
73.237 - edges[edges[n].prev_in].next_in = edges[n].next_in;
73.238 - else nodes[edges[n].target].first_in = edges[n].next_in;
73.239 -
73.240 - if(edges[n].next_out!=-1)
73.241 - edges[edges[n].next_out].prev_out = edges[n].prev_out;
73.242 - if(edges[n].prev_out!=-1)
73.243 - edges[edges[n].prev_out].next_out = edges[n].next_out;
73.244 - else nodes[edges[n].source].first_out = edges[n].next_out;
73.245 -
73.246 - edges[n].next_in = first_free_edge;
73.247 - first_free_edge = n;
73.248 -
73.249 - //Update dynamic maps
73.250 - Edge e; e.n=n;
73.251 - }
73.252 -
73.253 - public:
73.254 -
73.255 - void erase(Node nn) {
73.256 - int n=nn.n;
73.257 -
73.258 - int m;
73.259 - while((m=nodes[n].first_in)!=-1) eraseEdge(m);
73.260 - while((m=nodes[n].first_out)!=-1) eraseEdge(m);
73.261 -
73.262 - if(nodes[n].next != -1) nodes[nodes[n].next].prev = nodes[n].prev;
73.263 - if(nodes[n].prev != -1) nodes[nodes[n].prev].next = nodes[n].next;
73.264 - else first_node = nodes[n].next;
73.265 -
73.266 - nodes[n].next = first_free_node;
73.267 - first_free_node = n;
73.268 -
73.269 - //Update dynamic maps
73.270 - node_maps.erase(nn);
73.271 - }
73.272 -
73.273 - void erase(Edge e) {
73.274 - edge_maps.erase(e);
73.275 - eraseEdge(e.n);
73.276 - }
73.277 -
73.278 - ///\bug Dynamic maps must be updated!
73.279 - ///
73.280 - void clear() {
73.281 - nodes.clear();edges.clear();
73.282 - first_node=first_free_node=first_free_edge=-1;
73.283 - }
73.284 -
73.285 - class Node {
73.286 - friend class ListGraph;
73.287 - template <typename T> friend class NodeMap;
73.288 -
73.289 - friend class Edge;
73.290 - friend class OutEdgeIt;
73.291 - friend class InEdgeIt;
73.292 - friend class SymEdge;
73.293 -
73.294 - protected:
73.295 - int n;
73.296 - friend int ListGraph::id(Node v) const;
73.297 - Node(int nn) {n=nn;}
73.298 - public:
73.299 - Node() {}
73.300 - Node (Invalid) { n=-1; }
73.301 - bool operator==(const Node i) const {return n==i.n;}
73.302 - bool operator!=(const Node i) const {return n!=i.n;}
73.303 - bool operator<(const Node i) const {return n<i.n;}
73.304 - };
73.305 -
73.306 - class NodeIt : public Node {
73.307 - friend class ListGraph;
73.308 - public:
73.309 - NodeIt() : Node() { }
73.310 - NodeIt(Invalid i) : Node(i) { }
73.311 - NodeIt(const ListGraph& G) : Node(G.first_node) { }
73.312 - ///\todo Undocumented conversion Node -\> NodeIt.
73.313 - NodeIt(const ListGraph& G, const Node &n) : Node(n) { }
73.314 - };
73.315 -
73.316 - class Edge {
73.317 - friend class ListGraph;
73.318 - template <typename T> friend class EdgeMap;
73.319 -
73.320 - //template <typename T> friend class SymListGraph::SymEdgeMap;
73.321 - //friend Edge SymListGraph::opposite(Edge) const;
73.322 -
73.323 - friend class Node;
73.324 - friend class NodeIt;
73.325 - protected:
73.326 - int n;
73.327 - friend int ListGraph::id(Edge e) const;
73.328 -
73.329 - Edge(int nn) {n=nn;}
73.330 - public:
73.331 - Edge() { }
73.332 - Edge (Invalid) { n=-1; }
73.333 - bool operator==(const Edge i) const {return n==i.n;}
73.334 - bool operator!=(const Edge i) const {return n!=i.n;}
73.335 - bool operator<(const Edge i) const {return n<i.n;}
73.336 - ///\bug This is a workaround until somebody tells me how to
73.337 - ///make class \c SymListGraph::SymEdgeMap friend of Edge
73.338 - int &idref() {return n;}
73.339 - const int &idref() const {return n;}
73.340 - };
73.341 -
73.342 - class EdgeIt : public Edge {
73.343 - friend class ListGraph;
73.344 - public:
73.345 - EdgeIt(const ListGraph& G) : Edge() {
73.346 - int m;
73.347 - for(m=G.first_node;
73.348 - m!=-1 && G.nodes[m].first_in == -1; m = G.nodes[m].next);
73.349 - n = (m==-1)?-1:G.nodes[m].first_in;
73.350 - }
73.351 - EdgeIt (Invalid i) : Edge(i) { }
73.352 - EdgeIt() : Edge() { }
73.353 - ///\bug This is a workaround until somebody tells me how to
73.354 - ///make class \c SymListGraph::SymEdgeMap friend of Edge
73.355 - int &idref() {return n;}
73.356 - };
73.357 -
73.358 - class OutEdgeIt : public Edge {
73.359 - friend class ListGraph;
73.360 - public:
73.361 - OutEdgeIt() : Edge() { }
73.362 - OutEdgeIt (Invalid i) : Edge(i) { }
73.363 -
73.364 - OutEdgeIt(const ListGraph& G,const Node v)
73.365 - : Edge(G.nodes[v.n].first_out) {}
73.366 - };
73.367 -
73.368 - class InEdgeIt : public Edge {
73.369 - friend class ListGraph;
73.370 - public:
73.371 - InEdgeIt() : Edge() { }
73.372 - InEdgeIt (Invalid i) : Edge(i) { }
73.373 - InEdgeIt(const ListGraph& G,Node v) :Edge(G.nodes[v.n].first_in) {}
73.374 - };
73.375 -
73.376 - };
73.377 -
73.378 - ///Graph for bidirectional edges.
73.379 -
73.380 - ///The purpose of this graph structure is to handle graphs
73.381 - ///having bidirectional edges. Here the function \c addEdge(u,v) adds a pair
73.382 - ///of oppositely directed edges.
73.383 - ///There is a new edge map type called
73.384 - ///\ref SymListGraph::SymEdgeMap "SymEdgeMap"
73.385 - ///that complements this
73.386 - ///feature by
73.387 - ///storing shared values for the edge pairs. The usual
73.388 - ///\ref Graph::EdgeMap "EdgeMap"
73.389 - ///can be used
73.390 - ///as well.
73.391 - ///
73.392 - ///The oppositely directed edge can also be obtained easily
73.393 - ///using \ref opposite.
73.394 - ///
73.395 - ///Here erase(Edge) deletes a pair of edges.
73.396 - ///
73.397 - ///\todo this date structure need some reconsiderations. Maybe it
73.398 - ///should be implemented independently from ListGraph.
73.399 -
73.400 -}
73.401 -
73.402 -#endif //LEMON_LIST_GRAPH_H
74.1 --- a/src/work/deba/main.cpp Sun Apr 17 18:57:22 2005 +0000
74.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
74.3 @@ -1,38 +0,0 @@
74.4 -// -*- c++ -*-
74.5 -#include <iostream>
74.6 -#include <cstdlib>
74.7 -#include "list_graph.h"
74.8 -
74.9 -using namespace std;
74.10 -using namespace lemon;
74.11 -
74.12 -
74.13 -
74.14 -int main() {
74.15 - ListGraph g;
74.16 - for (int i = 0; i < 10; ++i) {
74.17 - ListGraph::Node node = g.addNode();
74.18 - }
74.19 - ListGraph::NodeMap<int> map(g, 10);
74.20 - for (int i = 0; i < 10; ++i) {
74.21 - ListGraph::Node node = g.addNode();
74.22 - map[node] = rand()%100;
74.23 - }
74.24 - for (ListGraph::NodeIt it(g); g.valid(it); g.next(it)) {
74.25 - cout << map[it] << endl;
74.26 - }
74.27 - ListGraph::NodeMap<int>::iterator pit;
74.28 - for (pit = map.begin(); pit != map.end(); ++pit) {
74.29 - cout << g.id(pit->first) << ' ' << pit->second << endl;
74.30 - (*pit).second = g.id(pit->first);
74.31 - cout << g.id((*pit).first) << ' ' << (*pit).second << endl;
74.32 - }
74.33 - const ListGraph::NodeMap<int> const_map = map;
74.34 - ListGraph::NodeMap<int>::const_iterator cit;
74.35 - for (cit = const_map.begin(); cit != const_map.end(); ++cit) {
74.36 - cerr << g.id(cit->first) << ' ' << cit->second << endl;
74.37 - cerr << g.id((*cit).first) << ' ' << (*cit).second << endl;
74.38 - }
74.39 - return 0;
74.40 -}
74.41 -
75.1 --- a/src/work/deba/map_defines.h Sun Apr 17 18:57:22 2005 +0000
75.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
75.3 @@ -1,102 +0,0 @@
75.4 -// -*- c++ -*-
75.5 -#ifndef MAP_DEFINES_H
75.6 -#define MAP_DEFINES_H
75.7 -
75.8 -/** Creates the EdgeMapRegistry type an declare a mutable instance
75.9 - * named edge_maps.
75.10 - */
75.11 -#define CREATE_EDGE_MAP_REGISTRY \
75.12 -typedef MapRegistry<Graph, Edge, EdgeIt> EdgeMapRegistry; \
75.13 -mutable EdgeMapRegistry edge_maps;
75.14 -
75.15 -/** Creates the NodeMapRegistry type an declare a mutable instance
75.16 - * named node_maps.
75.17 - */
75.18 -#define CREATE_NODE_MAP_REGISTRY \
75.19 -typedef MapRegistry<Graph, Node, NodeIt> NodeMapRegistry; \
75.20 -mutable NodeMapRegistry node_maps;
75.21 -
75.22 -/** Creates both map registries.
75.23 - */
75.24 -#define CREATE_MAP_REGISTRIES \
75.25 -CREATE_NODE_MAP_REGISTRY \
75.26 -CREATE_EDGE_MAP_REGISTRY
75.27 -
75.28 -/** Creates a map a concrete factory type from a template map
75.29 - * factory to use as node map factory.
75.30 - */
75.31 -#define CREATE_NODE_MAP_FACTORY(TemplateFactory) \
75.32 -typedef TemplateFactory<NodeMapRegistry> NodeMapFactory;
75.33 -
75.34 -/** Creates a map a concrete factory type from a template map
75.35 - * factory to use as edge map factory.
75.36 - */
75.37 -#define CREATE_EDGE_MAP_FACTORY(TemplateFactory) \
75.38 -typedef TemplateFactory<EdgeMapRegistry> EdgeMapFactory;
75.39 -
75.40 -/** Creates both map factories.
75.41 - */
75.42 -#define CREATE_MAP_FACTORIES(TemplateFactory) \
75.43 -CREATE_NODE_MAP_FACTORY(TemplateFactory) \
75.44 -CREATE_EDGE_MAP_FACTORY(TemplateFactory)
75.45 -
75.46 -/** Import a map from a concrete map factory. The import method is
75.47 - * an overloading of the map type.
75.48 - * The reason to use these macro is that the c++ does not support
75.49 - * the template typedefs. If a future release of the c++
75.50 - * supports this feature it should be fixed.
75.51 - */
75.52 -#define IMPORT_NODE_MAP(Factory) \
75.53 -template <typename V> \
75.54 -class NodeMap : public Factory::Map<V> { \
75.55 -public: \
75.56 -NodeMap() {} \
75.57 -NodeMap(const Graph& g) : Factory::Map<V>(&g, &(g.node_maps)) {} \
75.58 -NodeMap(const Graph& g, const V& v) : Factory::Map<V>(g, g.node_maps, v) {} \
75.59 -NodeMap(const NodeMap& copy) \
75.60 - : Factory::Map<V>(static_cast<const Factory::Map<V>&>(copy)) {} \
75.61 -template <typename CMap> NodeMap(const CMap& copy) : Factory::Map<V>(copy) {} \
75.62 -NodeMap& operator=(const NodeMap& copy) { \
75.63 - this->Factory::Map<V>::operator=(static_cast<Factory::Map<V>&>(copy)); \
75.64 - return *this; \
75.65 -} \
75.66 -template <typename CMap>NodeMap& operator=(const CMap& copy) { \
75.67 - this->Factory::Map<V>::operator=<CMap>(static_cast<Factory::Map<V>&>(copy));\
75.68 - return *this; \
75.69 -} \
75.70 -};
75.71 -
75.72 -/** Import a map from a concrete map factory. The import method is
75.73 - * an overloading of the map type.
75.74 - * The reason to use these macro is that the c++ does not support
75.75 - * the template typedefs. If a future release of the c++
75.76 - * supports this feature it should be fixed.
75.77 - */
75.78 -#define IMPORT_EDGE_MAP(Factory) \
75.79 -template <typename V> \
75.80 -class EdgeMap : public Factory::Map<V> { \
75.81 -public: \
75.82 -EdgeMap() {} \
75.83 -EdgeMap(const Graph& g) : Factory::Map<V>(g, g.edge_maps) {} \
75.84 -EdgeMap(const Graph& g, const V& v) : Factory::Map<V>(g, g.node_maps, v) {} \
75.85 -EdgeMap(const EdgeMap& copy) \
75.86 - : Factory::Map<V>(static_cast<Factory::Map<V>&>(copy)) {} \
75.87 -template <typename CMap> EdgeMap(const CMap& copy) : Factory::Map<V>(copy) {} \
75.88 -EdgeMap& operator=(const EdgeMap& copy) { \
75.89 - this->Factory::Map<V>::operator=(static_cast<Factory::Map<V>&>(copy)); \
75.90 - return *this; \
75.91 -} \
75.92 -template <typename CMap>EdgeMap& operator=(const CMap& copy) { \
75.93 - this->Factory::Map<V>::operator=<CMap>(static_cast<Factory::Map<V>&>(copy));\
75.94 - return *this; \
75.95 -} \
75.96 -};
75.97 -
75.98 -/** This macro creates both map factories and imports both maps.
75.99 - */
75.100 -#define CREATE_MAPS(TemplateFactory) \
75.101 -CREATE_MAP_FACTORIES(TemplateFactory) \
75.102 -IMPORT_NODE_MAP(NodeMapFactory) \
75.103 -IMPORT_EDGE_MAP(EdgeMapFactory)
75.104 -
75.105 -#endif
76.1 --- a/src/work/deba/map_registry.h Sun Apr 17 18:57:22 2005 +0000
76.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
76.3 @@ -1,246 +0,0 @@
76.4 -#ifndef MAP_REGISTRY_H
76.5 -#define MAP_REGISTRY_H
76.6 -
76.7 -#include <vector>
76.8 -
76.9 -using namespace std;
76.10 -
76.11 -namespace lemon {
76.12 -
76.13 -/**
76.14 - * Registry class to register edge or node maps into the graph. The
76.15 - * registry helps you to implement an observer pattern. If you add
76.16 - * or erase an edge or node you must notify all the maps about the
76.17 - * event.
76.18 -*/
76.19 - template <typename G, typename K, typename KIt>
76.20 - class MapRegistry {
76.21 - public:
76.22 - typedef G Graph;
76.23 - typedef K Key;
76.24 - typedef KIt KeyIt;
76.25 -
76.26 -
76.27 -
76.28 - /**
76.29 - * MapBase is the base class of the registered maps.
76.30 - * It defines the core modification operations on the maps and
76.31 - * implements some helper functions.
76.32 - */
76.33 - class MapBase {
76.34 - public:
76.35 - typedef G Graph;
76.36 - typedef MapRegistry<G, K, KIt> Registry;
76.37 - typedef K Key;
76.38 - typedef KIt KeyIt;
76.39 -
76.40 - friend class Registry;
76.41 -
76.42 - /**
76.43 - * Default constructor for MapBase.
76.44 - */
76.45 -
76.46 - MapBase() : graph(0), registry(0) {}
76.47 -
76.48 - /**
76.49 - * Simple constructor to register into a graph registry.
76.50 - */
76.51 -
76.52 - MapBase(const Graph& g, Registry& r) : graph(&g), registry(0) {
76.53 - r.attach(*this);
76.54 - }
76.55 -
76.56 - /**
76.57 - * Copy constructor to register into the registry.
76.58 - */
76.59 -
76.60 - MapBase(const MapBase& copy) : registry(0), graph(copy.graph) {
76.61 - if (copy.registry) {
76.62 - copy.registry->attach(*this);
76.63 - }
76.64 - }
76.65 -
76.66 - /**
76.67 - * Assign operator.
76.68 - */
76.69 -
76.70 - const MapBase& operator=(const MapBase& copy) {
76.71 - if (registry) {
76.72 - registry->detach(*this);
76.73 - }
76.74 - graph = copy.graph;
76.75 - if (copy.registry) {
76.76 - copy.registry->attach(*this);
76.77 - }
76.78 - }
76.79 -
76.80 -
76.81 - /**
76.82 - * Destructor.
76.83 - */
76.84 -
76.85 - virtual ~MapBase() {
76.86 - if (registry) {
76.87 - registry->detach(*this);
76.88 - }
76.89 - }
76.90 -
76.91 - /*
76.92 - * Returns the graph that the map belongs to.
76.93 - */
76.94 -
76.95 - const Graph* getGraph() const { return graph; }
76.96 -
76.97 - protected:
76.98 -
76.99 - const Graph* graph;
76.100 - Registry* registry;
76.101 -
76.102 - int registry_index;
76.103 -
76.104 - protected:
76.105 -
76.106 - /**
76.107 - Helper function to implement constructors in the subclasses.
76.108 - */
76.109 -
76.110 - virtual void init() {
76.111 - for (KeyIt it(*graph); graph->valid(it); graph->next(it)) {
76.112 - add(it);
76.113 - }
76.114 - }
76.115 -
76.116 - /**
76.117 - Helper function to implement the destructor in the subclasses.
76.118 - */
76.119 -
76.120 - virtual void destroy() {
76.121 - for (KeyIt it(*getGraph()); getGraph()->valid(it); getGraph()->next(it)) {
76.122 - erase(it);
76.123 - }
76.124 - }
76.125 -
76.126 - /**
76.127 - The add member function should be overloaded in the subclasses.
76.128 - \e Add extends the map with the new node.
76.129 - */
76.130 -
76.131 - virtual void add(const Key&) = 0;
76.132 - /**
76.133 - The erase member function should be overloaded in the subclasses.
76.134 - \e Erase removes the node from the map.
76.135 - */
76.136 -
76.137 - virtual void erase(const Key&) = 0;
76.138 -
76.139 - /**
76.140 - Exception class to throw at unsupported operation.
76.141 - */
76.142 -
76.143 - class NotSupportedOperationException {};
76.144 -
76.145 - };
76.146 -
76.147 - protected:
76.148 -
76.149 - /**
76.150 - * The container type of the maps.
76.151 - */
76.152 - typedef std::vector<MapBase*> Container;
76.153 -
76.154 - /**
76.155 - * The container of the registered maps.
76.156 - */
76.157 - Container container;
76.158 -
76.159 -
76.160 - public:
76.161 -
76.162 - /**
76.163 - * Default Constructor of the MapRegistry. It creates an empty registry.
76.164 - */
76.165 - MapRegistry() {}
76.166 -
76.167 - /**
76.168 - * Copy Constructor of the MapRegistry. The new registry does not steal
76.169 - * the maps from the right value. The new registry will be an empty.
76.170 - */
76.171 - MapRegistry(const MapRegistry&) {}
76.172 -
76.173 - /**
76.174 - * Assign operator. The left value does not steal the maps
76.175 - * from the right value. The left value will be an empty registry.
76.176 - */
76.177 - MapRegistry& operator=(const MapRegistry&) {
76.178 - for (it = container.begin(); it != container.end(); ++it) {
76.179 - (*it)->destroy();
76.180 - (*it)->graph = 0;
76.181 - (*it)->registry = 0;
76.182 - }
76.183 - }
76.184 -
76.185 - /**
76.186 - * Destructor of the MapRegistry.
76.187 - */
76.188 - ~MapRegistry() {
76.189 - typename Container::iterator it;
76.190 - for (it = container.begin(); it != container.end(); ++it) {
76.191 - (*it)->destroy();
76.192 - (*it)->registry = 0;
76.193 - (*it)->graph = 0;
76.194 - }
76.195 - }
76.196 -
76.197 -
76.198 - public:
76.199 -
76.200 - /**
76.201 - * Attach a map into thr registry. If the map has been attached
76.202 - * into an other registry it is detached from that automaticly.
76.203 - */
76.204 - void attach(MapBase& map) {
76.205 - if (map.registry) {
76.206 - map.registry->detach(map);
76.207 - }
76.208 - container.push_back(&map);
76.209 - map.registry = this;
76.210 - map.registry_index = container.size()-1;
76.211 - }
76.212 -
76.213 - /**
76.214 - * Detach the map from the registry.
76.215 - */
76.216 - void detach(MapBase& map) {
76.217 - container.back()->registry_index = map.registry_index;
76.218 - container[map.registry_index] = container.back();
76.219 - container.pop_back();
76.220 - map.registry = 0;
76.221 - map.graph = 0;
76.222 - }
76.223 -
76.224 -
76.225 - /**
76.226 - * Notify all the registered maps about a Key added.
76.227 - */
76.228 - virtual void add(Key& key) {
76.229 - typename Container::iterator it;
76.230 - for (it = container.begin(); it != container.end(); ++it) {
76.231 - (*it)->add(key);
76.232 - }
76.233 - }
76.234 -
76.235 - /**
76.236 - * Notify all the registered maps about a Key erased.
76.237 - */
76.238 - virtual void erase(Key& key) {
76.239 - typename Container::iterator it;
76.240 - for (it = container.begin(); it != container.end(); ++it) {
76.241 - (*it)->erase(key);
76.242 - }
76.243 - }
76.244 -
76.245 - };
76.246 -
76.247 -}
76.248 -
76.249 -#endif
77.1 --- a/src/work/deba/pac_map_factory.h Sun Apr 17 18:57:22 2005 +0000
77.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
77.3 @@ -1,73 +0,0 @@
77.4 -#ifndef PAC_MAP_FACTORY_H
77.5 -#define PAC_MAP_FACTORY_H
77.6 -
77.7 -#include "map_base.h"
77.8 -
77.9 -/**
77.10 - Converter class to use the standard template
77.11 - libary's pair associative containers as a graph map.
77.12 -*/
77.13 -
77.14 -namespace lemon {
77.15 -
77.16 - template <typename G, typename K, typename KIt, template <typename, typename> class PAC>
77.17 - class PacMapFactory {
77.18 -
77.19 -
77.20 - public:
77.21 -
77.22 - typedef G Graph;
77.23 - typedef K Key;
77.24 - typedef KIt KeyIt;
77.25 -
77.26 - template <typename V>
77.27 - class Map : public MapBase<G, K, KIt> {
77.28 - public:
77.29 - typedef V Value;
77.30 -
77.31 - Map() {}
77.32 -
77.33 - Map(Graph& g, MapRegistry<G, K, KIt>& r)
77.34 - : MapBase<G, K, KIt>(g, r) {
77.35 - init();
77.36 - }
77.37 -
77.38 - virtual ~Map() {
77.39 - destroy();
77.40 - }
77.41 -
77.42 -
77.43 - V& operator[](const K& key) {
77.44 - return container.find(key)->second;
77.45 - }
77.46 -
77.47 - const V& operator[](const K& key) const {
77.48 - return container.find(key)->second;
77.49 - }
77.50 -
77.51 - const V& get(const K& key) const {
77.52 - return container.find(key)->second;
77.53 - }
77.54 -
77.55 - void set(const K& key, const V& value) {
77.56 - container.find(key)->second = value;
77.57 - }
77.58 -
77.59 - void add(const K& key) {
77.60 - container.insert(key);
77.61 - }
77.62 -
77.63 - void erase(const K& key) {
77.64 - container.erase(key);
77.65 - }
77.66 -
77.67 - private:
77.68 - typedef PAC<K, V> Container;
77.69 -
77.70 - Container container;
77.71 - };
77.72 -
77.73 - };
77.74 -}
77.75 -
77.76 -#endif
77.77 \ No newline at end of file
78.1 --- a/src/work/deba/reader.h Sun Apr 17 18:57:22 2005 +0000
78.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
78.3 @@ -1,135 +0,0 @@
78.4 -#include <iostream>
78.5 -#include <string>
78.6 -
78.7 -/// Beolvaso osztaly terve:
78.8 -
78.9 -// beolvaso es wrappelo bazis osztaly
78.10 -class MapReader {
78.11 -public:
78.12 - virtual void read(typename Map::Key& key, istream& is) = 0;
78.13 -};
78.14 -
78.15 -// a default beolvaso osztaly egy maphez
78.16 -// elboldogul olyan mappel is, amelyben valamilyen specialis tipus van
78.17 -template <typename _Map>
78.18 -class DefaultReader : public MapReader {
78.19 -public:
78.20 - typedef _Map Map;
78.21 -
78.22 - DefaultReader(Map& _map) : map(_map) {}
78.23 -
78.24 - virtual void read(typename Map::Key& key, istream& is) {
78.25 - typename Map::Value val;
78.26 - is >> val;
78.27 - map.set(key, val);
78.28 - }
78.29 -private:
78.30 - Map& map;
78.31 -};
78.32 -
78.33 -// egy adott tipusu elemet beolvas, de nem irja mapbe
78.34 -template <typename _Type>
78.35 -class SkipReader : public MapReader {
78.36 -public:
78.37 -
78.38 - virtual void read(typename Map::Key&, istream& is) {
78.39 - _Type val;
78.40 - is >> val;
78.41 - }
78.42 -};
78.43 -
78.44 -// majd olyan stringeket lehet olvasni, ami idezojelek kozott van
78.45 -template <typename _Map>
78.46 -class QuotedStringReader {
78.47 -public:
78.48 - typedef _Map Map;
78.49 -
78.50 - QuotedStringReader(Map& _map) : map(_map) {}
78.51 -
78.52 - virtual void read(typename Map::Key&, istream& is) {
78.53 - char c;
78.54 - is >> c;
78.55 - }
78.56 -
78.57 -};
78.58 -
78.59 -
78.60 -// a beolvaso
78.61 -template <typename _Graph, template <typename> class _SkipReader = SkipReader<std::string> >
78.62 -class GraphReader {
78.63 -
78.64 - GraphReader(istream& _is) : is(_is) {}
78.65 -
78.66 - template <typename _Map, typename _Reader = DefaultReader<_Map> >
78.67 - void readMap(std::string& name, _Map& _map) {
78.68 - readers.push_back(_Reader(_map));
78.69 - }
78.70 -
78.71 - template <_Type, typename _Reader = SkipReader<_Map> >
78.72 - void skipMap(std::string& name) {
78.73 - readers.push_back(_Reader());
78.74 - }
78.75 -
78.76 - void read() {
78.77 - ...
78.78 - vector<int> index;
78.79 - // egy sor olvasasa
78.80 - for (int i = 0; i < index.size(); ++i) {
78.81 - if (index[i] != -1) {
78.82 - readers[index[i]].read(item, is);
78.83 - } else {
78.84 - _SkipReader().read(item, is);
78.85 - }
78.86 - }
78.87 - ...
78.88 - }
78.89 -
78.90 -
78.91 -private:
78.92 - istream& is;
78.93 - vector<MapReader> readers;
78.94 -};
78.95 -
78.96 -// Ennek az implementacionak az elonye:
78.97 -// - altalanosabban mukodik a beolvasas
78.98 -// - konnyebb specialis beolvasasokat megvalositani
78.99 -// - ugyanolyan tipusu maphez ket kulonbozo beolvasasi modszert is alkalmazhatunk
78.100 -// - Megengedi, whitespace-t tartalmazo stringek beolvasasat is (?)
78.101 -
78.102 -// Hatranya
78.103 -// - Ha whitespace-t hasznalunk egy mapben, de nem olvassuk ki, akkor meg kell
78.104 -// hivni a skipMap fuggvenyt az aktualis tipussal /a ws-eket ezt ellenjavalhatjuk a doksiban/
78.105 -
78.106 -// Fejlesztesi lehetoseg:
78.107 -// A GraphReader osztalynak nem a SkipReader lenne a parametere, hanem a kovetkezo tipusu osztaly:
78.108 -
78.109 -class TypeReaderTraits {
78.110 -public:
78.111 - class DefaultSkipReader {
78.112 - ...
78.113 - };
78.114 -
78.115 - template <typename Map>
78.116 - class MapReader {
78.117 - ...
78.118 - };
78.119 -
78.120 - template <typename Type>
78.121 - class SkipReader {
78.122 - ...
78.123 - };
78.124 -};
78.125 -
78.126 -// Ezt le lehetne cserelni peldaul DelimetedReaderTraits-re cserelni, amivel be lehetne spacekkel, vagy
78.127 -// mas elvalasztojelekkel generalt file-t olvasni.
78.128 -
78.129 -// Kerdes
78.130 -// Ugy ertelmeztem, hogy fontos az hogy kozos beolvaso interface legyen a kulonbozo
78.131 -// tipusu beolvasasokhoz/file, adatbazis.../.
78.132 -// Szerintem ez annyira nem fontos, mivel sem szarmaztatott viszonyban nem allnak
78.133 -// a beolvaso interfacek, es annak sem latom ertelmet, hogy template parameter legyen
78.134 -// a beolvaso osztaly.
78.135 -// Ezert szerintem nem kell kozos interfacce!
78.136 -//
78.137 -// Azonban celszeru kozel azonos szintaktikat kialakitani a beolvasokhoz,
78.138 -// hogy egyszeru legyen hasznalni.
79.1 --- a/src/work/deba/test.cpp Sun Apr 17 18:57:22 2005 +0000
79.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
79.3 @@ -1,84 +0,0 @@
79.4 -#include <iostream>
79.5 -
79.6 -using namespace std;
79.7 -
79.8 -#include <lemon/utility.h>
79.9 -
79.10 -using namespace lemon;
79.11 -/*
79.12 -struct _EmptyList {
79.13 - void write() const {}
79.14 -};
79.15 -
79.16 -template <typename _Item, typename _Next>
79.17 -struct _AddNode {
79.18 - typedef _Next Next;
79.19 - typedef _Item Item;
79.20 -
79.21 - const Item item;
79.22 - const Next& next;
79.23 -
79.24 - _AddNode(const Item& _item, const Next& _next)
79.25 - : item(_item), next(_next) {}
79.26 -
79.27 - void write() const {
79.28 - next.write();
79.29 - cout << item << ' ';
79.30 - }
79.31 -};
79.32 -
79.33 -template <typename _List = _EmptyList>
79.34 -struct _Writer {
79.35 - typedef _List List;
79.36 -
79.37 - const List list;
79.38 -
79.39 - _Writer(const List& _list = List()) : list(_list) {}
79.40 -
79.41 -
79.42 - template <typename Item> _Writer<_AddNode<Item, List> > add(Item item) const {
79.43 - return _Writer<_AddNode<Item, List> >(_AddNode<Item, List>(item, list));
79.44 - }
79.45 -
79.46 - void write() const {
79.47 - list.write();
79.48 - cout << endl;
79.49 - }
79.50 -};
79.51 -
79.52 -
79.53 -typedef _Writer<> Writer;
79.54 -
79.55 -int main() {
79.56 - Writer().add(3).add("alpha").add(4.53).write();
79.57 -}
79.58 -*/
79.59 -
79.60 -class A {
79.61 -public:
79.62 - typedef int X;
79.63 - typedef True XD;
79.64 -};
79.65 -
79.66 -class C {
79.67 -};
79.68 -
79.69 -
79.70 -template <typename _A, bool _B = false>
79.71 -class B {
79.72 -public:
79.73 - static const bool state = false;
79.74 -};
79.75 -
79.76 -template <typename _A>
79.77 -class B<_A, typename enable_if<typename _A::XD, void>::type> {
79.78 -public:
79.79 - static const bool state = true;
79.80 -};
79.81 -
79.82 -
79.83 -int main() {
79.84 - printf("%s\n", B<A>::state ? "true" : "false");
79.85 - printf("%s\n", B<C>::state ? "true" : "false");
79.86 - return 0;
79.87 -}
80.1 --- a/src/work/deba/test.lgf Sun Apr 17 18:57:22 2005 +0000
80.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
80.3 @@ -1,38 +0,0 @@
80.4 -@nodeset
80.5 -id cost color description mmap
80.6 -1 1 green "A -> B \t: 10" a
80.7 -2 2 blue "A -> B \t: 10" b
80.8 -# hatalom dicsoseg "A -> B \t: 10" c
80.9 -3 1 red "A -> B \t: 10" d #adjkhj
80.10 -a4 2 red "A -> B \t: 10" e
80.11 -5 1 green "A -> B \t: 10" f
80.12 -10 1 green "A -> B \t: 10" g
80.13 - # hello - bello csucsok "A -> B \t: 10"
80.14 -6 2 blue "A -> B \t: 10" h
80.15 -7 1 blue "A -> B \t: 10" i
80.16 -8 2 red "A -> B \t: 10" j
80.17 -9 1 green "A -> B \t: 10" k
80.18 -
80.19 -@edgeset
80.20 - id weight description mmap
80.21 -1 4 1 10 "A -> B \t: 101" a
80.22 -3 5 5 29 "A -> B \t: 10q" b
80.23 -3 4 2 92 "A -> B \t: 10a" c
80.24 -2 3 6 92 "A -> B \t: 10d" d
80.25 -6 5 9 49 "A -> B \t: 10c" e
80.26 -10 4 3 40 "A -> B \t: 10v" f
80.27 -1 3 8 84 "A -> B \t: 10g" g
80.28 - #
80.29 - # kajla
80.30 -6 7 4 83 "A -> B \t: 10h" h
80.31 -8 9 7 37 "A -> B \t: 10j" i
80.32 -7 8 10 12 "A -> B \t: 10g" j
80.33 -
80.34 -@nodes
80.35 -source 1
80.36 -target 7
80.37 -
80.38 -@edges
80.39 -newedge 7
80.40 -
80.41 -@end
81.1 --- a/src/work/deba/vector_map_factory.h Sun Apr 17 18:57:22 2005 +0000
81.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
81.3 @@ -1,332 +0,0 @@
81.4 -// -*- c++ -*-
81.5 -#ifndef VECTOR_MAP_H
81.6 -#define VECTOR_MAP_H
81.7 -
81.8 -#include <vector>
81.9 -
81.10 -#include "extended_pair.h"
81.11 -
81.12 -namespace lemon {
81.13 -
81.14 - /** The VectorMapFactory template class is a factory class
81.15 - * to create maps for the edge and nodes. This map factory
81.16 - * use the std::vector to implement the container function.
81.17 - *
81.18 - * The template parameter is the MapRegistry that the maps
81.19 - * will belong to.
81.20 - */
81.21 -
81.22 - template <typename MapRegistry>
81.23 - class VectorMapFactory {
81.24 - public:
81.25 -
81.26 - /// The graph type of the maps.
81.27 - typedef typename MapRegistry::Graph Graph;
81.28 - /// The key type of the maps.
81.29 - typedef typename MapRegistry::Key Key;
81.30 - /// The iterator to iterate on the keys.
81.31 - typedef typename MapRegistry::KeyIt KeyIt;
81.32 -
81.33 - /// The MapBase of the Map which imlements the core regisitry function.
81.34 - typedef typename MapRegistry::MapBase MapBase;
81.35 -
81.36 -
81.37 - /** The template Map type.
81.38 - */
81.39 - template <typename V>
81.40 - class Map : public MapBase {
81.41 - public:
81.42 -
81.43 - /// The value type of the map.
81.44 - typedef V Value;
81.45 -
81.46 - typedef std::vector<Value> Container;
81.47 -
81.48 - /** Default constructor for the map.
81.49 - */
81.50 - Map() {}
81.51 -
81.52 - /** Graph and Registry initialized map constructor.
81.53 - */
81.54 - Map(const Graph& g, MapRegistry& r) : MapBase(g, r) {
81.55 - init();
81.56 - }
81.57 -
81.58 - /** Constructor to use default value to initialize the map.
81.59 - */
81.60 - Map(const Graph& g, MapRegistry& r, const Value& v) : MapBase(g, r) {
81.61 - for (KeyIt it(*getGraph()); getGraph()->valid(it); getGraph()->next(it)) {
81.62 - int id = getGraph->id(it);
81.63 - if (id >= container.size) {
81.64 - container.resize(id + 1);
81.65 - }
81.66 - set(it, v);
81.67 - }
81.68 - }
81.69 -
81.70 - /** Constructor to copy a map of an other map type.
81.71 - */
81.72 - template <typename CMap> Map(const CMap& copy) : MapBase(copy) {
81.73 - if (getGraph()) {
81.74 - for (KeyIt it(*getGraph()); getGraph()->valid(it); getGraph()->next(it)) {
81.75 - int id = getGraph->id(it);
81.76 - if (id >= container.size) {
81.77 - container.resize(id + 1);
81.78 - }
81.79 - set(it, copy[it]);
81.80 - }
81.81 - }
81.82 - }
81.83 -
81.84 - /** Assign operator to copy a map an other map type.
81.85 - */
81.86 - template <typename CMap> Map& operator=(const CMap& copy) {
81.87 - if (getGraph()) {
81.88 - destroy();
81.89 - }
81.90 - this->MapBase::operator=(copy);
81.91 - if (getGraph()) {
81.92 - for (KeyIt it(*getGraph()); getGraph()->valid(it); getGraph()->next(it)) {
81.93 - int id = getGraph->id(it);
81.94 - if (id >= container.size) {
81.95 - container.resize(id + 1);
81.96 - }
81.97 - set(it, copy[it]);
81.98 - }
81.99 - }
81.100 - }
81.101 -
81.102 - /** The destructor of the map.
81.103 - */
81.104 - virtual ~Map() {
81.105 - }
81.106 -
81.107 - /**
81.108 - * The subscript operator. The map can be subscripted by the
81.109 - * actual keys of the graph.
81.110 - */
81.111 - typename Container::reference operator[](const Key& key) {
81.112 - int id = getGraph()->id(key);
81.113 - return container[id];
81.114 - }
81.115 -
81.116 - /**
81.117 - * The const subscript operator. The map can be subscripted by the
81.118 - * actual keys of the graph.
81.119 - */
81.120 - typename Container::const_reference operator[](const Key& key) const {
81.121 - int id = getGraph()->id(key);
81.122 - return container[id];
81.123 - }
81.124 -
81.125 - /** Setter function of the map. Equivalent with map[key] = val.
81.126 - * This is a compatibility feature with the not dereferable maps.
81.127 - */
81.128 - void set(const Key& key, const Value& val) {
81.129 - int id = getGraph()->id(key);
81.130 - container[id] = val;
81.131 - }
81.132 -
81.133 - /** Add a new key to the map. It called by the map registry.
81.134 - */
81.135 - void add(const Key& key) {
81.136 - int id = getGraph()->id(key);
81.137 - if (id >= container.size()) {
81.138 - container.resize(id + 1);
81.139 - }
81.140 - }
81.141 -
81.142 - /** Erease a key from the map. It called by the map registry.
81.143 - */
81.144 - void erase(const Key& key) {}
81.145 -
81.146 - /** Compatible iterator with the stl maps' iterators.
81.147 - * It iterates on pairs of a key and a value.
81.148 - */
81.149 - class iterator {
81.150 - friend class Map;
81.151 - friend class const_iterator;
81.152 - private:
81.153 -
81.154 - /** Private constructor to initalize the the iterators returned
81.155 - * by the begin() and end().
81.156 - */
81.157 - iterator (Map& pmap, const KeyIt& pit) : map(&pmap), it(pit) {}
81.158 -
81.159 - public:
81.160 -
81.161 - /** Default constructor.
81.162 - */
81.163 - iterator() {}
81.164 -
81.165 - typedef extended_pair<const Key&, const Key&,
81.166 - Value&, Value&> Reference;
81.167 -
81.168 - /** Dereference operator for map.
81.169 - */
81.170 - Reference operator*() {
81.171 - return Reference(it, (*map)[it]);
81.172 - }
81.173 -
81.174 - class Pointer {
81.175 - friend class iterator;
81.176 - private:
81.177 - Reference data;
81.178 - Pointer(const Key& key, Value& val) : data(key, val) {}
81.179 - public:
81.180 - Reference* operator->() {return &data;}
81.181 - };
81.182 -
81.183 - /** Arrow operator for map.
81.184 - */
81.185 - Pointer operator->() {
81.186 - return Pointer(it, ((*map)[it]));
81.187 - }
81.188 -
81.189 - /** The pre increment operator of the map.
81.190 - */
81.191 - iterator& operator++() {
81.192 - map->getGraph()->next(it);
81.193 - return *this;
81.194 - }
81.195 -
81.196 - /** The post increment operator of the map.
81.197 - */
81.198 - iterator operator++(int) {
81.199 - iterator tmp(it);
81.200 - map.getGraph()->next(it);
81.201 - return tmp;
81.202 - }
81.203 -
81.204 - /** The equality operator of the map.
81.205 - */
81.206 - bool operator==(const_iterator p_it) {
81.207 - return p_it.it == it;
81.208 - }
81.209 -
81.210 - /** The not-equality operator of the map.
81.211 - */
81.212 - bool operator!=(const_iterator p_it) {
81.213 - return !(*this == p_it);
81.214 - }
81.215 -
81.216 -
81.217 - private:
81.218 - Map* map;
81.219 - KeyIt it;
81.220 - };
81.221 -
81.222 - /** Returns the begin iterator of the map.
81.223 - */
81.224 - iterator begin() {
81.225 - return iterator(*this, KeyIt(*getGraph()));
81.226 - }
81.227 -
81.228 - /** Returns the end iterator of the map.
81.229 - */
81.230 - iterator end() {
81.231 - return iterator(*this, INVALID);
81.232 - }
81.233 -
81.234 - class const_iterator {
81.235 - friend class Map;
81.236 - friend class iterator;
81.237 - private:
81.238 -
81.239 - /** Private constructor to initalize the the iterators returned
81.240 - * by the begin() and end().
81.241 - */
81.242 - const_iterator (const Map& pmap, const KeyIt& pit)
81.243 - : map(&pmap), it(pit) {}
81.244 -
81.245 - public:
81.246 -
81.247 - /** Default constructor.
81.248 - */
81.249 - const_iterator() {}
81.250 -
81.251 - /** Constructor to convert iterator to const_iterator.
81.252 - */
81.253 - const_iterator(iterator p_it) : map(p_it.map), it(p_it.it) {}
81.254 -
81.255 - typedef extended_pair<const Key&, const Key&,
81.256 - const Value&, const Value&> Reference;
81.257 -
81.258 - /** Dereference operator for map.
81.259 - */
81.260 - Reference operator*() {
81.261 - return Reference(it, (*map)[it]);
81.262 - }
81.263 -
81.264 -
81.265 - class Pointer {
81.266 - friend class const_iterator;
81.267 - private:
81.268 - Reference data;
81.269 - Pointer(const Key& key, const Value& val) : data(key, val) {}
81.270 - public:
81.271 - Reference* operator->() {return &data;}
81.272 - };
81.273 -
81.274 - /** Arrow operator for map.
81.275 - */
81.276 - Pointer operator->() {
81.277 - return Pointer(it, ((*map)[it]));
81.278 - }
81.279 -
81.280 - /** The pre increment operator of the map.
81.281 - */
81.282 - const_iterator& operator++() {
81.283 - map->getGraph()->next(it);
81.284 - return *this;
81.285 - }
81.286 -
81.287 - /** The post increment operator of the map.
81.288 - */
81.289 - const_iterator operator++(int) {
81.290 - const_iterator tmp(it);
81.291 - map->getGraph()->next(it);
81.292 - return tmp;
81.293 - }
81.294 -
81.295 - /** The equality operator of the map.
81.296 - */
81.297 - bool operator==(const_iterator p_it) {
81.298 - return p_it.it == it;
81.299 - }
81.300 -
81.301 - /** The not-equality operator of the map.
81.302 - */
81.303 - bool operator!=(const_iterator p_it) {
81.304 - return !(*this == p_it);
81.305 - }
81.306 -
81.307 -
81.308 - private:
81.309 - const Map* map;
81.310 - KeyIt it;
81.311 - };
81.312 -
81.313 - /** Returns the begin const_iterator of the map.
81.314 - */
81.315 - const_iterator begin() const {
81.316 - return const_iterator(*this, KeyIt(*getGraph()));
81.317 - }
81.318 -
81.319 - /** Returns the end const_iterator of the map.
81.320 - */
81.321 - const_iterator end() const {
81.322 - return const_iterator(*this, INVALID);
81.323 - }
81.324 -
81.325 - private:
81.326 -
81.327 - Container container;
81.328 -
81.329 - };
81.330 -
81.331 - };
81.332 -
81.333 -}
81.334 -
81.335 -#endif
82.1 --- a/src/work/graph_concept.txt Sun Apr 17 18:57:22 2005 +0000
82.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
82.3 @@ -1,189 +0,0 @@
82.4 -ETIK-OL-NOLIB-NEGRES full feature graph minimum concept.
82.5 -
82.6 - Regota filozunk rajta hogy hogy is kene kinezni a fent emlitett concept-nek,
82.7 -most 1 egesz konkret javaslatot irnek. A fo cel, hogy lenyegeben
82.8 -minden operaciot a graf vegezzen, es az iteratorok csak vmi leiro szerepet
82.9 -toltsenek be. Azt is megfigyeltuk, hogy a fo technikai nehezseg, hogy a c++
82.10 -nem tud a visszateresi ertek alapjan megkulonboztetni fuggvenyeket. Ennek
82.11 -megfeleloen 2 javaslatot irok most. Az egyikben a fv altal kiszamolt erteket
82.12 -az egyik operandusban kapjuk vissza, a masikban egy tag-template specializacip
82.13 -eredmenyekent balra adja vissza a cuccot. Nehol referencia van irva ahol nem
82.14 -kell, ezen ne tessek fonnakadni.
82.15 -
82.16 -class Graph;
82.17 -
82.18 -class NodeIt;
82.19 -trivialis node iterator, csak cimezni lehet vele, pl property vectort
82.20 -class EachNodeIt;
82.21 -node iterator a graf pontjainak bejarasara, NodeIt-e konvertalhato
82.22 -
82.23 -class EdgeIt;
82.24 -trivialis edge iterator, csak cimezni lehet vele, pl property vectort
82.25 -class EachEdgeIt;
82.26 -edge iterator a graf osszes elenek bejarasara
82.27 -class OutEdgeIt;
82.28 -edge iterator 1 pont ki eleinek bejarasara, EdgeIt-e konvertalhato
82.29 -class InEdgeIt;
82.30 -edge iterator 1 pont be eleinek bejarasara, EdgeIt-e konvertalhato
82.31 -class SymEdgeIt;
82.32 -edge iterator 1 pont be es ki eleinek bejarasara, EdgeIt-e konvertalhato
82.33 -
82.34 -Az iteratorok ures konstruktorai invalid iteratort konstrualnak.
82.35 -
82.36 -template<typename ValueType> class NodeMap;
82.37 -template<typename ValueType> class EdgeMap;
82.38 -
82.39 -Graph();
82.40 -default constructor
82.41 -
82.42 -A kovetkezo cuccokbol kell valasztani:
82.43 -
82.44 -NodeIt tail(const EdgeIt) const;
82.45 -NodeIt head(const EdgeIt) const;
82.46 -
82.47 -NodeIt aNode(const OutEdgeIt) const;
82.48 -NodeIt aNode(const InEdgeIt) const;
82.49 -NodeIt aNode(const SymEdgeIt) const;
82.50 -az out, in or sym edge iterator rogzitett pontjara ad 1 NodeIt-t
82.51 -
82.52 -NodeIt bNode(const OutEdgeIt) const;
82.53 -NodeIt bNode(const InEdgeIt) const;
82.54 -NodeIt bNode(const SymEdgeIt) const;
82.55 -az out, in or sym edge iterator nem rogzitett pontjara ad 1 NodeIt-t
82.56 -
82.57 -EachNodeIt first<EachNodeIt>() const;
82.58 -EachEdgeIt first<EachEdgeIt>() const;
82.59 -OutEdgeIt first<OutEdgeIt>(const NodeIt) const;
82.60 -InEdgeIt first<InEdgeIt>(const NodeIt) const;
82.61 -SymEdgeIt first<SymEdgeIt>(const NodeIt) const;
82.62 -EachNodeIt get<EachNodeIt>(const NodeIt) const; ??? konverzio miatt
82.63 -EachEdgeIt get<EachEdgeIt>(const EdgeIt) const; ??? konverzio miatt
82.64 -OutEdgeIt get<OutEdgeIt>(const NodeIt, const EdgeIt) const; ??? konverzio miatt
82.65 -InEdgeIt get<InEdgeIt>(const NodeIt, const EdgeIt) const; ??? konverzio miatt
82.66 -SymEdgeIt get<SymEdgeIt>(const NodeIt, const EdgeIt) const; ??? konverzio miatt
82.67 -
82.68 -A masik lehetoseg pedig:
82.69 -
82.70 -void getTail(NodeIt&, const EdgeIt) const;
82.71 -void getHead(NodeIt&, const EdgeIt) const;
82.72 -
82.73 -void getANode(NodeIt&, const OutEdgeIt) const;
82.74 -void getANode(NodeIt&, const InEdgeIt) const;
82.75 -void getANode(NodeIt&, const SymEdgeIt) const;
82.76 -
82.77 -void getBNode(NodeIt&, const OutEdgeIt) const;
82.78 -void getBNode(NodeIt&, const InEdgeIt) const;
82.79 -void getBNode(NodeIt&, const SymEdgeIt) const;
82.80 -
82.81 -void getFirst(EachNodeIt&) const;
82.82 -void getFirst(EachEdgeIt&) const;
82.83 -void getFirst(OutEdgeIt&, const NodeIt) const;
82.84 -void getFirst(InEdgeIt&, const NodeIt) const;
82.85 -void getFirst(SymEdgeIt&, const NodeIt) const;
82.86 -void get(EachNodeIt&, const NodeIt) const; ??? konverzio miatt
82.87 -void get(EachEdgeIt&, const EdgeIt) const; ??? konverzio miatt
82.88 -void get(OutEdgeIt&, const NodeIt, const EdgeIt) const; ??? konverzio miatt
82.89 -void get(InEdgeIt&, const NodeIt, const EdgeIt) const; ??? konverzio miatt
82.90 -void get(SymEdgeIt&, const NodeIt, const EdgeIt) const; ??? konverzio miatt
82.91 -
82.92 -Itt er veget az alternativ ize.
82.93 -
82.94 -Pontok azonositasara de meginkabb property vectorokhoz:
82.95 -
82.96 -int id(const NodeIt&) const;
82.97 -int id(const EdgeIt&) const;
82.98 -
82.99 -int nodeNum() const;
82.100 -int edgeNum() const;
82.101 -
82.102 -Pontok es elek hozzaadasanak metodusai:
82.103 -
82.104 -NodeIt addNode();
82.105 -EdgeIt addEdge(const NodeIt, const NodeIt);
82.106 -
82.107 -void deleteNode(const NodeIt);
82.108 -void deleteEdge(const EdgeIt);
82.109 -
82.110 -void setTail(const NodeIt); vagy void setTail(NodeIt); nem tom
82.111 -void setHead(const NodeIt); vagy void setHead(NodeIt); nem tom
82.112 -
82.113 -Hogy konnyebb legyen a progikat tesztelni, nehany stream utasitas:
82.114 -ezek nem a ListGraph metodusai
82.115 -
82.116 -friend std::ostream& operator<<(std::ostream&, const NodeIt&);
82.117 -friend std::ostream& operator<<(std::ostream&, const EdgeIt&);
82.118 -
82.119 -AZ iteratorok leptetesere ket lehetoseg van, az iterator ++ operatora, a
82.120 -masik pedig
82.121 -It G.next(It) const;
82.122 -const G.next(const It) const;
82.123 -It& G.setNext(It&) const; G.goNext(It&) const; G.moveNext(It&) const; mi a jobb szo?
82.124 -
82.125 -Kerdes: A bool valid()-nak ki kell-e jelenteni magarol, hogy const??
82.126 -NodeIt metodusai:
82.127 -NodeIt();
82.128 -bool valid() const;
82.129 -ezek nem tagfuggvenyek:
82.130 -friend bool operator==(const NodeIt&, const NodeIt&);
82.131 -friend bool operator!=(const NodeIt&, const NodeIt&);
82.132 -
82.133 -EachNodeIt metodusai:
82.134 -ez publikusan szarmazik a NodeIt-bol, tehat a fentiek is.
82.135 -EachNodeIt();
82.136 -EachNodeIt& operator++();
82.137 -
82.138 -EdgeIt metodusai:
82.139 -EdgeIt();
82.140 -bool valid() const;
82.141 -ezek nem tagfvek:
82.142 -friend bool operator==(const EdgeIt&, const EdgeIt&);
82.143 -friend bool operator!=(const EdgeIt&, const EdgeIt&);
82.144 -ujra tagfv-ek.
82.145 -
82.146 -EachEdgeIt metodusai:
82.147 -EdgeIt-bol szarmazik
82.148 -EachEdgeIt();
82.149 -EachEdgeIt& operator++();
82.150 -
82.151 -OutEdgeIt metodusai:
82.152 -EdgeIt-bol szarmazik
82.153 -OutEdgeIt();
82.154 -OutEdgeIt& operator++();
82.155 -
82.156 -InEdgeIt metodusai:
82.157 -EdgeIt-bol szarmazik
82.158 -InEdgeIt();
82.159 -InEdgeIt& operator++();
82.160 -
82.161 -SymEdgeIt metodusai:
82.162 -EdgeIt-bol szarmazik
82.163 -SymEdgeIt();
82.164 -SymEdgeIt& operator++();
82.165 -
82.166 -Ami itt kovetkezik az mar nem lenyeg, sot valtozni fog.
82.167 -
82.168 -Node propery array-okrol:
82.169 -
82.170 -template <typename ValueType>
82.171 -class NodeMap;
82.172 -
82.173 -metodusok:
82.174 -
82.175 -NodeMap(const Graph&);
82.176 -NodeMap(const Graph&, const ValueType);
82.177 -void set(Graph::NodeIt, const ValueType);
82.178 -//void put(Graph::NodeIt, const ValueType);
82.179 -ValueType get(Graph::NodeIt) const;
82.180 -
82.181 -Ugyanez edge_property_array-okkal
82.182 -
82.183 -template <typename ValueType>
82.184 -class EdgeMap;
82.185 -
82.186 -EdgeMap(const Graph&);
82.187 -EdgeMap(const Graph&, const ValueType);
82.188 -void set(Graph::EdgeIt, const ValueType);
82.189 -//void put(Graph::EdgeIt, const ValueType);
82.190 -ValueType get(Graph::EdgeIt) const;
82.191 -
82.192 -marci@cs.elte.hu
82.193 \ No newline at end of file
83.1 --- a/src/work/graphdemo.cc Sun Apr 17 18:57:22 2005 +0000
83.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
83.3 @@ -1,137 +0,0 @@
83.4 -#include <iostream>
83.5 -#include <graph.h>
83.6 -#include <bfs.h>
83.7 -
83.8 -using namespace NEGRO;
83.9 -using namespace std;
83.10 -
83.11 -class NodeData;
83.12 -class EdgeData;
83.13 -
83.14 -typedef Graph<NodeData,EdgeData> TestGraph;
83.15 -
83.16 -class NodeData
83.17 -{
83.18 -public:
83.19 - int id;
83.20 - bool isVis;
83.21 - bfs_node_data<TestGraph> bfs;
83.22 -};
83.23 -
83.24 -class EdgeData
83.25 -{
83.26 -public:
83.27 - int id;
83.28 -};
83.29 -
83.30 -typedef Graph<NodeData,EdgeData> TestGraph;
83.31 -
83.32 -int main()
83.33 -{
83.34 - TestGraph G;
83.35 - TestGraph::NodeIterator n,m;
83.36 - TestGraph::OutEdgeIterator e;
83.37 - int i;
83.38 -
83.39 -
83.40 - //for(i=1;i<=10;i++) G.AddNode().n=i; //Ez nagyon rossz!!!!!!!!
83.41 - for(i=1;i<=10;i++) G.AddNode()->id=i; //Ez a jo!!!!!!!!
83.42 -
83.43 - //n=G.AddNode();
83.44 -
83.45 - //for(i=1;i<=10;i++) cout << (G.AddNode()->n=i) << ' ';
83.46 - //cout << '\n';
83.47 -
83.48 - i=0;
83.49 - for(G.GetFirst(n);n.Valid();n++)
83.50 - for(G.GetFirst(m);m.Valid();++m)
83.51 - if(n!=m) G.AddEdge(n,m)->id=++i;
83.52 -
83.53 - cout << "Number of edges: " << i << "\n\n";
83.54 -
83.55 - TestGraph::AllEdgeIterator a;
83.56 - for(G.GetFirst(a);a.Valid();++a)
83.57 - cout << a->id << ":" << a.From()->id << "->" << a.To()->id << " ";
83.58 -
83.59 - cout << "\n\n\n";
83.60 -
83.61 - for(G.GetFirst(n);n.Valid();++n)
83.62 - {
83.63 - cout << n->id << "->";
83.64 - for(G.GetFirst(e,n);e.Valid();++e)
83.65 - cout << e->id << ":" << e.To()->id << ' ';
83.66 - cout << '\n';
83.67 - }
83.68 -
83.69 - cout << "\n\n\n\nB-verzio:\n\n\n";
83.70 -
83.71 - G.Clean();
83.72 -
83.73 - for(i=1;i<=10;i++) G.AddNode()->id=i;
83.74 -
83.75 - i=0;
83.76 - for(n=G.First();n.Valid();n++)
83.77 - for(m=G.First();m.Valid();++m)
83.78 - if(n!=m) G.AddEdge(n,m)->id=++i;
83.79 -
83.80 - ;
83.81 - for(n=G.First();n.Valid();++n) //Demo
83.82 - {
83.83 - e=G.First(n);
83.84 - while(e.Valid())
83.85 - if((e->id)%2) G.Delete(e++); //it may be nice to have a postfix ++
83.86 - else ++e;
83.87 - }
83.88 -
83.89 - // cout << "Number of edges: " << i << "\n\n";
83.90 -
83.91 - for(a=G.First();a.Valid();++a)
83.92 - cout << a->id << ": " << a.From()->id << "->" << a.To()->id << " ";
83.93 -
83.94 - cout << "\n\n\n";
83.95 -
83.96 - for(n=G.First();n.Valid();++n)
83.97 - {
83.98 - cout << n->id << "->";
83.99 - for(e=G.First(n);e.Valid();++e)
83.100 - cout << e->id << ":" << e.To()->id << ' ';
83.101 - cout << '\n';
83.102 - }
83.103 -
83.104 - // For Marci's sake
83.105 -
83.106 - {
83.107 - G.Clean();
83.108 -
83.109 - for(int i=1;i<=10;i++) G.AddNode()->id=i;
83.110 -
83.111 -
83.112 - { //I would'n say I'm really happy with this.
83.113 - int i=0;
83.114 - for(TestGraph::NodeIterator n(G);n.Valid();n++)
83.115 - for(TestGraph::NodeIterator m(G);m.Valid();++m)
83.116 - if(n!=m) G.AddEdge(n,m)->id=++i;
83.117 - }
83.118 -
83.119 - for(TestGraph::NodeIterator n(G);n.Valid();++n) //Demo
83.120 - {
83.121 - TestGraph::OutEdgeIterator e(G,n);
83.122 - while(e.Valid())
83.123 - if((e->id)%2) G.Delete(e++); //it may be nice to have a postfix ++
83.124 - else ++e;
83.125 - }
83.126 -
83.127 - for(TestGraph::AllEdgeIterator a(G);a.Valid();++a)
83.128 - cout << a->id << ": " << a.From()->id << "->" << a.To()->id << " ";
83.129 -
83.130 - cout << "\n\n\n";
83.131 -
83.132 - for(TestGraph::NodeIterator n(G);n.Valid();++n)
83.133 - {
83.134 - cout << n->id << "->";
83.135 - for(TestGraph::OutEdgeIterator e(G,n);e.Valid();++e)
83.136 - cout << e->id << ":" << e.To()->id << ' ';
83.137 - cout << '\n';
83.138 - }
83.139 - }
83.140 -}
84.1 --- a/src/work/iterator_bfs_dfs_demo.cc Sun Apr 17 18:57:22 2005 +0000
84.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
84.3 @@ -1,319 +0,0 @@
84.4 -#include <iostream>
84.5 -#include <vector>
84.6 -#include <string>
84.7 -
84.8 -#include <list_graph.hh>
84.9 -#include <bfs_iterator.hh>
84.10 -
84.11 -using namespace lemon;
84.12 -
84.13 -int main (int, char*[])
84.14 -{
84.15 - typedef ListGraph::NodeIt NodeIt;
84.16 - typedef ListGraph::EdgeIt EdgeIt;
84.17 - typedef ListGraph::EachNodeIt EachNodeIt;
84.18 - typedef ListGraph::EachEdgeIt EachEdgeIt;
84.19 - typedef ListGraph::OutEdgeIt OutEdgeIt;
84.20 - typedef ListGraph::InEdgeIt InEdgeIt;
84.21 - typedef ListGraph::SymEdgeIt SymEdgeIt;
84.22 -
84.23 - ListGraph G;
84.24 -
84.25 - NodeIt s=G.addNode();
84.26 - NodeIt v1=G.addNode();
84.27 - NodeIt v2=G.addNode();
84.28 - NodeIt v3=G.addNode();
84.29 - NodeIt v4=G.addNode();
84.30 - NodeIt t=G.addNode();
84.31 -
84.32 - G.addEdge(s, v1);
84.33 - G.addEdge(s, v2);
84.34 - G.addEdge(v1, v2);
84.35 - G.addEdge(v2, v1);
84.36 - G.addEdge(v1, v3);
84.37 - G.addEdge(v3, v2);
84.38 - G.addEdge(v2, v4);
84.39 - G.addEdge(v4, v3);
84.40 - G.addEdge(v3, t);
84.41 - G.addEdge(v4, t);
84.42 -
84.43 - std::cout << "bfs and dfs demo on the directed graph" << std::endl;
84.44 - for(EachNodeIt i=G.first<EachNodeIt>(); i.valid(); ++i) {
84.45 - std::cout << i << ": ";
84.46 - std::cout << "out edges: ";
84.47 - for(OutEdgeIt j=G.first<OutEdgeIt>(i); j.valid(); ++j)
84.48 - std::cout << j << " ";
84.49 - std::cout << "in edges: ";
84.50 - for(InEdgeIt j=G.first<InEdgeIt>(i); j.valid(); ++j)
84.51 - std::cout << j << " ";
84.52 - std::cout << std::endl;
84.53 - }
84.54 -
84.55 - //std::cout << std::endl;
84.56 - //EachNodeIt u1=G.first<EachNodeIt>();
84.57 - //EachEdgeIt u=G.first<EachEdgeIt>();
84.58 - //OutEdgeIt u=G.first<OutEdgeIt>(s);
84.59 - //InEdgeIt u=G.first<InEdgeIt>(s);
84.60 - //SymEdgeIt u=G.first<SymEdgeIt>(s);
84.61 - //OutEdgeIt u=G.first<OutEdgeIt>(s);
84.62 - //EachNodeIt u=G.first<EachNodeIt>();
84.63 - //EachEdgeIt u=G.first<EachEdgeIt>();
84.64 - //OutEdgeIt u=G.first<OutEdgeIt>(s);
84.65 - //InEdgeIt u=G.first<InEdgeIt>(s);
84.66 - //SymEdgeIt u=G.first<SymEdgeIt>(s);
84.67 - //u=G.first(s);
84.68 - //u=G.first_ize(s, OutEdgeIt());
84.69 - //std::cout << "ize " << u << std::endl;
84.70 -
84.71 - /*
84.72 - {
84.73 - std::cout << "iterator bfs demo..." << std::endl;
84.74 - NodePropertyVector<ListGraph, bool> reached(G, false);
84.75 - reached.set(s, true);
84.76 - std::queue<ListGraph::OutEdgeIt> bfs_queue;
84.77 - bfs_queue.push(G.firstOutEdge(G.firstNode()));
84.78 - BfsIterator< ListGraph, ListGraph::OutEdgeIt, NodePropertyVector<ListGraph, bool> > bfs(G, bfs_queue, reached);
84.79 - for ( ; !bfs.finished(); ++bfs) {
84.80 - if (OutEdgeIt(bfs).valid()) {
84.81 - std::cout << "OutEdgeIt: " << bfs;
84.82 - std::cout << " aNode: " << G.aNode(bfs);
84.83 - std::cout << " bNode: " << G.bNode(bfs) << " ";
84.84 - } else {
84.85 - std::cout << "OutEdgeIt: " << "invalid";
84.86 - std::cout << " aNode: " << G.aNode(bfs);
84.87 - std::cout << " bNode: " << "invalid" << " ";
84.88 - }
84.89 - if (bfs.bNodeIsNewlyReached()) {
84.90 - std::cout << "bNodeIsNewlyReached ";
84.91 - } else {
84.92 - std::cout << "bNodeIsNotNewlyReached ";
84.93 - }
84.94 - if (bfs.aNodeIsExamined()) {
84.95 - std::cout << "aNodeIsExamined ";
84.96 - } else {
84.97 - std::cout << "aNodeIsNotExamined ";
84.98 - }
84.99 - std::cout<<std::endl;
84.100 - }
84.101 - }
84.102 -
84.103 - {
84.104 - std::cout << "iterator dfs demo..." << std::endl;
84.105 - NodePropertyVector<ListGraph, bool> reached(G, false);
84.106 - reached.set(s, true);
84.107 - std::stack<ListGraph::OutEdgeIt> dfs_stack;
84.108 - dfs_stack.push(G.firstOutEdge(G.firstNode()));
84.109 - DfsIterator< ListGraph, ListGraph::OutEdgeIt, NodePropertyVector<ListGraph, bool> > dfs(G, dfs_stack, reached);
84.110 - for(; !dfs.finished(); ++dfs) {
84.111 - if (OutEdgeIt(dfs).valid()) {
84.112 - std::cout << "OutEdgeIt: " << dfs;
84.113 - std::cout << " aNode: " << G.aNode(dfs);
84.114 - std::cout << " bNode: " << G.bNode(dfs) << " ";
84.115 - } else {
84.116 - std::cout << "OutEdgeIt: " << "invalid";
84.117 - std::cout << " aNode: " << G.aNode(dfs);
84.118 - std::cout << " bNode: " << "invalid" << " ";
84.119 - }
84.120 - if (dfs.bNodeIsNewlyReached()) {
84.121 - std::cout << "bNodeIsNewlyReached ";
84.122 - } else {
84.123 - std::cout << "bNodeIsNotNewlyReached ";
84.124 - }
84.125 - if (dfs.aNodeIsLeaved()) {
84.126 - std::cout << "aNodeIsLeaved ";
84.127 - } else {
84.128 - std::cout << "aNodeIsNotLeaved ";
84.129 - }
84.130 - std::cout<<std::endl;
84.131 - }
84.132 - if (OutEdgeIt(dfs).valid()) {
84.133 - std::cout << "OutEdgeIt: " << dfs;
84.134 - std::cout << " aNode: " << G.aNode(dfs);
84.135 - std::cout << " bNode: " << G.bNode(dfs) << " ";
84.136 - } else {
84.137 - std::cout << "OutEdgeIt: " << "invalid";
84.138 - std::cout << " aNode: " << G.aNode(dfs);
84.139 - std::cout << " bNode: " << "invalid" << " ";
84.140 - }
84.141 - if (dfs.bNodeIsNewlyReached()) {
84.142 - std::cout << "bNodeIsNewlyReached ";
84.143 - } else {
84.144 - std::cout << "bNodeIsNotNewlyReached ";
84.145 - }
84.146 - if (dfs.aNodeIsLeaved()) {
84.147 - std::cout << "aNodeIsLeaved ";
84.148 - } else {
84.149 - std::cout << "aNodeIsNotLeaved ";
84.150 - }
84.151 - std::cout<<std::endl;
84.152 - }
84.153 - */
84.154 -
84.155 - {
84.156 - std::cout << "iterator bfs demo 1 ..." << std::endl;
84.157 - ListGraph::NodeMap<bool> reached(G, false);
84.158 - reached.set(s, true);
84.159 - std::queue<ListGraph::OutEdgeIt> bfs_queue;
84.160 - bfs_queue.push(G.first<OutEdgeIt>(s));
84.161 - BfsIterator1< ListGraph, ListGraph::OutEdgeIt, ListGraph::NodeMap<bool> > bfs(G, bfs_queue, reached);
84.162 - while (!bfs.finished()) {
84.163 - if (OutEdgeIt(bfs).valid()) {
84.164 - std::cout << "OutEdgeIt: " << bfs;
84.165 - std::cout << " aNode: " << G.aNode(bfs);
84.166 - std::cout << " bNode: " << G.bNode(bfs) << " ";
84.167 - } else {
84.168 - std::cout << "OutEdgeIt: " << "invalid";
84.169 - std::cout << " aNode: " << G.aNode(bfs);
84.170 - std::cout << " bNode: " << "invalid" << " ";
84.171 - }
84.172 - if (bfs.bNodeIsNewlyReached()) {
84.173 - std::cout << "bNodeIsNewlyReached ";
84.174 - } else {
84.175 - std::cout << "bNodeIsNotNewlyReached ";
84.176 - }
84.177 - if (bfs.aNodeIsExamined()) {
84.178 - std::cout << "aNodeIsExamined ";
84.179 - } else {
84.180 - std::cout << "aNodeIsNotExamined ";
84.181 - }
84.182 - std::cout<<std::endl;
84.183 - bfs.next();
84.184 - }
84.185 - }
84.186 -
84.187 - {
84.188 - std::cout << "iterator bfs demo 2 ..." << std::endl;
84.189 - //ListGraph::NodeMap<bool> reached(G, false);
84.190 - //reached.set(s, true);
84.191 - //std::queue<ListGraph::OutEdgeIt> bfs_queue;
84.192 - //bfs_queue.push(G.first<OutEdgeIt>(s));
84.193 - BfsIterator2< ListGraph, ListGraph::OutEdgeIt, ListGraph::NodeMap<bool> > bfs(G);
84.194 - bfs.pushAndSetReached(s);
84.195 - while (!bfs.finished()) {
84.196 - if (OutEdgeIt(bfs).valid()) {
84.197 - std::cout << "OutEdgeIt: " << bfs;
84.198 - std::cout << " aNode: " << G.aNode(bfs);
84.199 - std::cout << " bNode: " << G.bNode(bfs) << " ";
84.200 - } else {
84.201 - std::cout << "OutEdgeIt: " << "invalid";
84.202 - std::cout << " aNode: " << G.aNode(bfs);
84.203 - std::cout << " bNode: " << "invalid" << " ";
84.204 - }
84.205 - if (bfs.isBNodeNewlyReached()) {
84.206 - std::cout << "bNodeIsNewlyReached ";
84.207 - } else {
84.208 - std::cout << "bNodeIsNotNewlyReached ";
84.209 - }
84.210 - if (bfs.isANodeExamined()) {
84.211 - std::cout << "aNodeIsExamined ";
84.212 - } else {
84.213 - std::cout << "aNodeIsNotExamined ";
84.214 - }
84.215 - std::cout<<std::endl;
84.216 - ++bfs;
84.217 - }
84.218 - }
84.219 -
84.220 -
84.221 -
84.222 -
84.223 - {
84.224 - std::cout << "iterator dfs demo 1..." << std::endl;
84.225 - ListGraph::NodeMap<bool> reached(G, false);
84.226 - reached.set(s, true);
84.227 - std::stack<ListGraph::OutEdgeIt> dfs_stack;
84.228 - dfs_stack.push(G.first<OutEdgeIt>(s));
84.229 - DfsIterator1< ListGraph, ListGraph::OutEdgeIt, ListGraph::NodeMap<bool> > dfs(G, dfs_stack, reached);
84.230 - do {
84.231 - dfs.next();
84.232 - if (OutEdgeIt(dfs).valid()) {
84.233 - std::cout << "OutEdgeIt: " << dfs;
84.234 - std::cout << " aNode: " << G.aNode(dfs);
84.235 - std::cout << " bNode: " << G.bNode(dfs) << " ";
84.236 - } else {
84.237 - std::cout << "OutEdgeIt: " << "invalid";
84.238 - std::cout << " aNode: " << G.aNode(dfs);
84.239 - std::cout << " bNode: " << "invalid" << " ";
84.240 - }
84.241 - if (dfs.bNodeIsNewlyReached()) {
84.242 - std::cout << "bNodeIsNewlyReached ";
84.243 - } else {
84.244 - std::cout << "bNodeIsNotNewlyReached ";
84.245 - }
84.246 - if (dfs.aNodeIsLeaved()) {
84.247 - std::cout << "aNodeIsLeaved ";
84.248 - } else {
84.249 - std::cout << "aNodeIsNotLeaved ";
84.250 - }
84.251 - std::cout<<std::endl;
84.252 - } while (!dfs.finished());
84.253 - }
84.254 -
84.255 -
84.256 - {
84.257 - std::cout << "iterator bfs demo from node 5 with replacing \n OutEdgeIt by InEdgeIt ..." << std::endl;
84.258 - ListGraph::NodeMap<bool> reached(G, false);
84.259 - reached.set(t, true);
84.260 - std::queue<ListGraph::InEdgeIt> bfs_queue;
84.261 - bfs_queue.push(G.first<InEdgeIt>(t));
84.262 - BfsIterator1< ListGraph, ListGraph::InEdgeIt, ListGraph::NodeMap<bool> > bfs(G, bfs_queue, reached);
84.263 - while (!bfs.finished()) {
84.264 - if (InEdgeIt(bfs).valid()) {
84.265 - std::cout << "InEdgeIt: " << bfs;
84.266 - std::cout << " aNode: " << G.aNode(bfs);
84.267 - std::cout << " bNode: " << G.bNode(bfs) << " ";
84.268 - } else {
84.269 - std::cout << "InEdgeIt: " << "invalid";
84.270 - std::cout << " aNode: " << G.aNode(bfs);
84.271 - std::cout << " bNode: " << "invalid" << " ";
84.272 - }
84.273 - if (bfs.bNodeIsNewlyReached()) {
84.274 - std::cout << "bNodeIsNewlyReached ";
84.275 - } else {
84.276 - std::cout << "bNodeIsNotNewlyReached ";
84.277 - }
84.278 - if (bfs.aNodeIsExamined()) {
84.279 - std::cout << "aNodeIsExamined ";
84.280 - } else {
84.281 - std::cout << "aNodeIsNotExamined ";
84.282 - }
84.283 - std::cout<<std::endl;
84.284 - bfs.next();
84.285 - }
84.286 - }
84.287 -
84.288 -
84.289 - {
84.290 - std::cout << "the graph is considered as an undirected graph \n by replacing InEdgeIt by SymEdgeIt ..." << std::endl;
84.291 - ListGraph::NodeMap<bool> reached(G, false);
84.292 - reached.set(t, true);
84.293 - std::queue<ListGraph::SymEdgeIt> bfs_queue;
84.294 - bfs_queue.push(G.first<SymEdgeIt>(t));
84.295 - BfsIterator1< ListGraph, ListGraph::SymEdgeIt, ListGraph::NodeMap<bool> > bfs(G, bfs_queue, reached);
84.296 - while (!bfs.finished()) {
84.297 - if (SymEdgeIt(bfs).valid()) {
84.298 - std::cout << "SymEdgeIt: " << bfs;
84.299 - std::cout << " aNode: " << G.aNode(bfs);
84.300 - std::cout << " bNode: " << G.bNode(bfs) << " ";
84.301 - } else {
84.302 - std::cout << "SymEdgeIt: " << "invalid";
84.303 - std::cout << " aNode: " << G.aNode(bfs);
84.304 - std::cout << " bNode: " << "invalid" << " ";
84.305 - }
84.306 - if (bfs.bNodeIsNewlyReached()) {
84.307 - std::cout << "bNodeIsNewlyReached ";
84.308 - } else {
84.309 - std::cout << "bNodeIsNotNewlyReached ";
84.310 - }
84.311 - if (bfs.aNodeIsExamined()) {
84.312 - std::cout << "aNodeIsExamined ";
84.313 - } else {
84.314 - std::cout << "aNodeIsNotExamined ";
84.315 - }
84.316 - std::cout<<std::endl;
84.317 - bfs.next();
84.318 - }
84.319 - }
84.320 -
84.321 - return 0;
84.322 -}
85.1 --- a/src/work/jacint/bug.cc Sun Apr 17 18:57:22 2005 +0000
85.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
85.3 @@ -1,88 +0,0 @@
85.4 -#include <iostream>
85.5 -#include <queue>
85.6 -#include <vector>
85.7 -#include <math.h>
85.8 -
85.9 -#include <lemon/invalid.h>
85.10 -#include <lemon/list_graph.h>
85.11 -#include <lemon/smart_graph.h>
85.12 -#include <matching.h>
85.13 -
85.14 -using namespace lemon;
85.15 -using namespace std;
85.16 -
85.17 -
85.18 -int main() {
85.19 -
85.20 - typedef UndirSmartGraph Graph;
85.21 -
85.22 - typedef Graph::Edge Edge;
85.23 - typedef Graph::UndirEdgeIt UndirEdgeIt;
85.24 - typedef Graph::IncEdgeIt IncEdgeIt;
85.25 - typedef Graph::NodeIt NodeIt;
85.26 - typedef Graph::Node Node;
85.27 -
85.28 - typedef Graph::OutEdgeIt OutEdgeIt;
85.29 -
85.30 - Graph G;
85.31 -
85.32 - // G.clear();
85.33 - std::vector<Graph::Node> nodes;
85.34 - for (int i=0; i<5; ++i)
85.35 - nodes.push_back(G.addNode());
85.36 - G.addEdge(nodes[0], nodes[0]);
85.37 - G.addEdge(nodes[0], nodes[1]);
85.38 - G.addEdge(nodes[0], nodes[2]);
85.39 - G.addEdge(nodes[0], nodes[4]);
85.40 - G.addEdge(nodes[2], nodes[3]);
85.41 - G.addEdge(nodes[1], nodes[2]);
85.42 - G.addEdge(nodes[2], nodes[4]);
85.43 -
85.44 - for(UndirEdgeIt e(G); e!=INVALID; ++e) {
85.45 - std::cout<<G.id(e)<<" : "<<G.id(G.source(e))
85.46 - <<" " <<G.id(G.target(e))<<std::endl;
85.47 - }
85.48 -
85.49 - std::cout <<"Nodes:"<<std::endl;
85.50 -
85.51 - for(NodeIt v(G); v!=INVALID; ++v) {
85.52 - std::cout<<G.id(v)<<std::endl;
85.53 - }
85.54 -
85.55 - cout << "Dev Out edges from node " << G.id(nodes[1])<<std::endl;
85.56 - Edge f;
85.57 - for(G.firstOut(f, nodes[1]); f!=INVALID; G.nextOut(f)) {
85.58 - cout<<"edge " << G.id(f) << " goes"
85.59 - <<" from "<< G.id(G.source(f))
85.60 - << " to " << G.id(G.target(f))<<std::endl;
85.61 - }
85.62 -
85.63 - cout << "Out edges from node " << G.id(nodes[1])<<std::endl;
85.64 - for( OutEdgeIt f(G,nodes[1]); f!=INVALID; ++f ) {
85.65 - cout<<"edge " << G.id(f) << " goes"
85.66 - <<" from "<< G.id(G.source(f))
85.67 - << " to " << G.id(G.target(f))<<std::endl;
85.68 - }
85.69 -
85.70 - std::cout<<"Edges of node " << G.id(nodes[1])<<std::endl;
85.71 - for( IncEdgeIt f(G,nodes[1]); f!=INVALID; ++f ) {
85.72 - cout<<"edge " << G.id(f) << " goes"
85.73 - <<" from "<< G.id(G.source(f))
85.74 - << " to " << G.id(G.target(f))<<std::endl;
85.75 - }
85.76 -
85.77 - //return 0;
85.78 -
85.79 - //ez a ket for ciklus meg lefut - bar hibas eleken iteral -, de a
85.80 - //matching.h-s mar segfaultol
85.81 -
85.82 - for( IncEdgeIt f(G,nodes[1]); f!=INVALID; ++f ) {
85.83 - std::cout<<"edge " << G.id(f)<< " goes to " << G.id(G.target(f))<<std::endl;
85.84 - }
85.85 -
85.86 - MaxMatching<Graph> max_matching(G);
85.87 - max_matching.runEdmonds(0);
85.88 -
85.89 - return 0;
85.90 -}
85.91 -
86.1 --- a/src/work/jacint/graph_gen.h Sun Apr 17 18:57:22 2005 +0000
86.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
86.3 @@ -1,120 +0,0 @@
86.4 -// -*- c++ -*-
86.5 -#include <vector>
86.6 -#include <cstdlib>
86.7 -
86.8 -// ///\ingroup gwrappers
86.9 -///\file
86.10 -///\brief Graph generator functions.
86.11 -///
86.12 -///This file contains several graph generator functions.
86.13 -///
86.14 -// ///\author Marton Makai
86.15 -
86.16 -namespace lemon {
86.17 -
86.18 -
86.19 - /**
86.20 - * Inicializalja a veletlenszamgeneratort.
86.21 - * Figyelem, ez nem jo igazi random szamokhoz,
86.22 - * erre ne bizzad a titkaidat!
86.23 - */
86.24 - void random_init()
86.25 - {
86.26 - unsigned int seed = getpid();
86.27 - seed |= seed << 15;
86.28 - seed ^= time(0);
86.29 -
86.30 - srand(seed);
86.31 - }
86.32 -
86.33 -
86.34 - /**
86.35 - * Egy veletlen int-et ad vissza 0 es m-1 kozott.
86.36 - */
86.37 - int random(int m)
86.38 - {
86.39 - return int( double(m) * rand() / (RAND_MAX + 1.0) );
86.40 - }
86.41 -
86.42 -
86.43 - /// Generates a random graph with n nodes and m edges.
86.44 - /// Before generating the random graph, \c g.clear() is called.
86.45 - template<typename Graph>
86.46 - void randomGraph(Graph& g, int n, int m) {
86.47 - g.clear();
86.48 - std::vector<typename Graph::Node> nodes;
86.49 - for (int i=0; i<n; ++i)
86.50 - nodes.push_back(g.addNode());
86.51 - for (int i=0; i<m; ++i)
86.52 - g.addEdge(nodes[random(n)], nodes[random(n)]);
86.53 - }
86.54 -
86.55 - /// Generates a random bipartite graph with a and b nodes
86.56 - /// in the color classes and m edges.
86.57 - /// According to the bipartite graph concept, the resulting
86.58 - /// graph is directed from the first class to the second one.
86.59 - /// Before generating the random graph, \c g.clear() is called.
86.60 - template<typename Graph>
86.61 - void randomBipartiteGraph(Graph& g, int a, int b, int m) {
86.62 - g.clear();
86.63 - std::vector<typename Graph::Node> s_nodes;
86.64 - std::vector<typename Graph::Node> t_nodes;
86.65 - for (int i=0; i<a; ++i)
86.66 - ///\bug g.addNode(g.S_CLASS) would be better.
86.67 - s_nodes.push_back(g.addNode(false));
86.68 - for (int i=0; i<b; ++i)
86.69 - ///\bug g.addNode(g.T_CLASS) would be better.
86.70 - t_nodes.push_back(g.addNode(true));
86.71 - for (int i=0; i<m; ++i)
86.72 - g.addEdge(s_nodes[random(a)], t_nodes[random(b)]);
86.73 - }
86.74 -
86.75 - /// Generates a complete graph in the undirected sense
86.76 - /// with n nodes.
86.77 - /// Before generating the random graph, \c g.clear() is called.
86.78 - template<typename Graph>
86.79 - void completeGraph(Graph& g, int n) {
86.80 - g.clear();
86.81 - std::vector<typename Graph::Node> nodes;
86.82 - for (int i=0; i<n; ++i)
86.83 - nodes.push_back(g.addNode());
86.84 - for (int i=0; i<n; ++i)
86.85 - for (int j=i+1; j<n; ++j)
86.86 - g.addEdge(nodes[i], nodes[j]);
86.87 - }
86.88 -
86.89 - /// Generates a complete bidirected graph on n nodes.
86.90 - /// Before generating the random graph, \c g.clear() is called.
86.91 - template<typename Graph>
86.92 - void completeBidirectedGraph(Graph& g, int n) {
86.93 - g.clear();
86.94 - std::vector<typename Graph::Node> nodes;
86.95 - for (int i=0; i<n; ++i)
86.96 - nodes.push_back(g.addNode());
86.97 - for (int i=0; i<n; ++i)
86.98 - for (int j=i+1; j<n; ++j) {
86.99 - g.addEdge(nodes[i], nodes[j]);
86.100 - g.addEdge(nodes[j], nodes[i]);
86.101 - }
86.102 - }
86.103 -
86.104 - /// Generates a complete bipartite graph with a and b nodes
86.105 - /// in the color classes.
86.106 - /// Before generating the random graph, \c g.clear() is called.
86.107 - template<typename Graph>
86.108 - void completeBipartiteGraph(Graph& g, int a, int b) {
86.109 - g.clear();
86.110 - std::vector<typename Graph::Node> s_nodes;
86.111 - std::vector<typename Graph::Node> t_nodes;
86.112 - for (int i=0; i<a; ++i)
86.113 - ///\bug g.addNode(g.S_CLASS) would be better.
86.114 - s_nodes.push_back(g.addNode(false));
86.115 - for (int i=0; i<b; ++i)
86.116 - ///\bug g.addNode(g.T_CLASS) would be better.
86.117 - t_nodes.push_back(g.addNode(true));
86.118 - for (int i=0; i<a; ++i)
86.119 - for (int j=0; j<b; ++j)
86.120 - g.addEdge(s_nodes[i], t_nodes[j]);
86.121 - }
86.122 -
86.123 -} //namespace lemon
87.1 --- a/src/work/jacint/ledacomp.cc Sun Apr 17 18:57:22 2005 +0000
87.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
87.3 @@ -1,117 +0,0 @@
87.4 -// -*- c++ -*-
87.5 -#include <iostream>
87.6 -#include <fstream>
87.7 -#include <vector>
87.8 -#include <cstdlib>
87.9 -
87.10 -#include <LEDA/graph.h>
87.11 -#include <LEDA/mc_matching.h>
87.12 -#include <LEDA/list.h>
87.13 -#include <LEDA/graph_gen.h>
87.14 -
87.15 -#include <leda_graph_wrapper.h>
87.16 -#include <list_graph.h>
87.17 -#include <dimacs.h>
87.18 -#include <time_measure.h>
87.19 -#include <for_each_macros.h>
87.20 -#include <graph_wrapper.h>
87.21 -#include <bipartite_graph_wrapper.h>
87.22 -#include <maps.h>
87.23 -#include <max_matching.h>
87.24 -
87.25 -// /**
87.26 -// * Inicializalja a veletlenszamgeneratort.
87.27 -// * Figyelem, ez nem jo igazi random szamokhoz,
87.28 -// * erre ne bizzad a titkaidat!
87.29 -// */
87.30 -// void random_init()
87.31 -// {
87.32 -// unsigned int seed = getpid();
87.33 -// seed |= seed << 15;
87.34 -// seed ^= time(0);
87.35 -
87.36 -// srand(seed);
87.37 -// }
87.38 -
87.39 -// /**
87.40 -// * Egy veletlen int-et ad vissza 0 es m-1 kozott.
87.41 -// */
87.42 -// int random(int m)
87.43 -// {
87.44 -// return int( double(m) * rand() / (RAND_MAX + 1.0) );
87.45 -// }
87.46 -
87.47 -using namespace lemon;
87.48 -
87.49 -int main() {
87.50 -
87.51 - //for leda graph
87.52 - leda::graph lg;
87.53 - //lg.make_undirected();
87.54 - typedef LedaGraphWrapper<leda::graph> Graph;
87.55 - Graph g(lg);
87.56 -
87.57 - //for UndirListGraph
87.58 - //typedef UndirListGraph Graph;
87.59 - //Graph g;
87.60 -
87.61 - typedef Graph::Node Node;
87.62 - typedef Graph::NodeIt NodeIt;
87.63 - typedef Graph::Edge Edge;
87.64 - typedef Graph::EdgeIt EdgeIt;
87.65 - typedef Graph::OutEdgeIt OutEdgeIt;
87.66 -
87.67 - std::vector<Graph::Node> s_nodes;
87.68 - std::vector<Graph::Node> t_nodes;
87.69 -
87.70 - int n;
87.71 - std::cout << "Number of nodes=";
87.72 - std::cin >> n;
87.73 - int m;
87.74 - std::cout << "number of edges=";
87.75 - std::cin >> m;
87.76 - std::cout << std::endl;
87.77 -
87.78 - random_graph(lg, n, m);
87.79 -
87.80 - Timer ts;
87.81 -
87.82 - // writeDimacs(std::cout, g); //for check
87.83 -
87.84 - MaxMatching<Graph> max_matching(g);
87.85 - std::cout <<
87.86 - "Running the edmonds algorithm run()... "
87.87 - <<std::endl;
87.88 - ts.reset();
87.89 - max_matching.run();
87.90 - std::cout<<"Elapsed time: "<<ts<<std::endl;
87.91 - int s=0;
87.92 - Graph::NodeMap<Node> mate(g,INVALID);
87.93 - max_matching.writeNMapNode(mate);
87.94 - NodeIt v;
87.95 - for(g.first(v); g.valid(v); g.next(v) ) {
87.96 - if ( g.valid(mate[v]) ) {
87.97 - ++s;
87.98 - }
87.99 - }
87.100 - int size=(int)s/2; //size will be used as the size of a maxmatching
87.101 - std::cout << size << " is the size of the matching found by run(),"<<std::endl;
87.102 - if ( size == max_matching.size() ) {
87.103 - std::cout<< "which equals to the size of the actual matching reported by size().\n"<< std::endl;
87.104 - } else {
87.105 - std::cout<< "which does not equal to the size of the actual matching reported by size()!\n"<< std::endl;
87.106 - }
87.107 -
87.108 -
87.109 -
87.110 -
87.111 - ts.reset();
87.112 - leda_list<leda_edge> ml=MAX_CARD_MATCHING(lg);
87.113 - std::cout << "LEDA max matching algorithm." << std::endl
87.114 - << "Size of matching: "
87.115 - << ml.size() << std::endl;
87.116 - std::cout << "elapsed time: " << ts << std::endl;
87.117 - std::cout << "\n";
87.118 -
87.119 - return 0;
87.120 -}
88.1 --- a/src/work/jacint/matching.h Sun Apr 17 18:57:22 2005 +0000
88.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
88.3 @@ -1,608 +0,0 @@
88.4 -// -*- C++ -*-
88.5 -#ifndef LEMON_MAX_MATCHING_H
88.6 -#define LEMON_MAX_MATCHING_H
88.7 -
88.8 -///\ingroup galgs
88.9 -///\file
88.10 -///\brief Maximum matching algorithm.
88.11 -
88.12 -#include <queue>
88.13 -
88.14 -
88.15 -#include <iostream>
88.16 -
88.17 -
88.18 -
88.19 -#include <invalid.h>
88.20 -#include <unionfind.h>
88.21 -#include <lemon/graph_utils.h>
88.22 -
88.23 -namespace lemon {
88.24 -
88.25 - /// \addtogroup galgs
88.26 - /// @{
88.27 -
88.28 - ///Maximum matching algorithms class.
88.29 -
88.30 - ///This class provides Edmonds' alternating forest matching
88.31 - ///algorithm. The starting matching (if any) can be passed to the
88.32 - ///algorithm using read-in functions \ref readNMapNode, \ref
88.33 - ///readNMapEdge or \ref readEMapBool depending on the container. The
88.34 - ///resulting maximum matching can be attained by write-out functions
88.35 - ///\ref writeNMapNode, \ref writeNMapEdge or \ref writeEMapBool
88.36 - ///depending on the preferred container.
88.37 - ///
88.38 - ///The dual side of a mathcing is a map of the nodes to
88.39 - ///MaxMatching::pos_enum, having values D, A and C showing the
88.40 - ///Gallai-Edmonds decomposition of the graph. The nodes in D induce
88.41 - ///a graph with factor-critical components, the nodes in A form the
88.42 - ///barrier, and the nodes in C induce a graph having a perfect
88.43 - ///matching. This decomposition can be attained by calling \ref
88.44 - ///writePos after running the algorithm. Before subsequent runs,
88.45 - ///the function \ref resetPos() must be called.
88.46 - ///
88.47 - ///\param Graph The undirected graph type the algorithm runs on.
88.48 - ///
88.49 - ///\author Jacint Szabo
88.50 - template <typename Graph>
88.51 - class MaxMatching {
88.52 - typedef typename Graph::Node Node;
88.53 - typedef typename Graph::Edge Edge;
88.54 - typedef typename Graph::UndirEdgeIt UndirEdgeIt;
88.55 - typedef typename Graph::NodeIt NodeIt;
88.56 - typedef typename Graph::IncEdgeIt IncEdgeIt;
88.57 -
88.58 - typedef UnionFindEnum<Node, Graph::template NodeMap> UFE;
88.59 -
88.60 - public:
88.61 -
88.62 - ///Indicates the Gallai-Edmonds decomposition of the graph.
88.63 -
88.64 - ///Indicates the Gallai-Edmonds decomposition of the graph, which
88.65 - ///shows an upper bound on the size of a maximum matching. The
88.66 - ///nodes with pos_enum \c D induce a graph with factor-critical
88.67 - ///components, the nodes in \c A form the canonical barrier, and the
88.68 - ///nodes in \c C induce a graph having a perfect matching.
88.69 - enum pos_enum {
88.70 - D=0,
88.71 - A=1,
88.72 - C=2
88.73 - };
88.74 -
88.75 - private:
88.76 -
88.77 - static const int HEUR_density=2;
88.78 - const Graph& g;
88.79 - typename Graph::template NodeMap<Node> mate;
88.80 - typename Graph::template NodeMap<pos_enum> position;
88.81 -
88.82 - public:
88.83 -
88.84 - MaxMatching(const Graph& _g) : g(_g), mate(_g,INVALID), position(_g,C) {}
88.85 -
88.86 - ///Runs Edmonds' algorithm.
88.87 -
88.88 - ///Runs Edmonds' algorithm for sparse graphs (countEdges <=
88.89 - ///2*countNodes), and a heuristical Edmonds' algorithm with a
88.90 - ///heuristic of postponing shrinks for dense graphs. \pre Before
88.91 - ///the subsequent calls \ref resetPos must be called.
88.92 - inline void run();
88.93 -
88.94 - ///Runs Edmonds' algorithm.
88.95 -
88.96 - ///If heur=0 it runs Edmonds' algorithm. If heur=1 it runs
88.97 - ///Edmonds' algorithm with a heuristic of postponing shrinks,
88.98 - ///giving a faster algorithm for dense graphs. \pre Before the
88.99 - ///subsequent calls \ref resetPos must be called.
88.100 - void runEdmonds( int heur );
88.101 -
88.102 - ///Finds a greedy matching starting from the actual matching.
88.103 -
88.104 - ///Starting form the actual matching stored, it finds a maximal
88.105 - ///greedy matching.
88.106 - void greedyMatching();
88.107 -
88.108 - ///Returns the size of the actual matching stored.
88.109 -
88.110 - ///Returns the size of the actual matching stored. After \ref
88.111 - ///run() it returns the size of a maximum matching in the graph.
88.112 - int size () const;
88.113 -
88.114 - ///Resets the map storing the Gallai-Edmonds decomposition.
88.115 -
88.116 - ///Resets the map storing the Gallai-Edmonds decomposition of the
88.117 - ///graph, making it possible to run the algorithm. Must be called
88.118 - ///before all runs of the Edmonds algorithm, except for the first
88.119 - ///run.
88.120 - void resetPos();
88.121 -
88.122 - ///Resets the actual matching to the empty matching.
88.123 -
88.124 - ///Resets the actual matching to the empty matching.
88.125 - ///
88.126 - void resetMatching();
88.127 -
88.128 - ///Reads a matching from a \c Node map of \c Nodes.
88.129 -
88.130 - ///Reads a matching from a \c Node map of \c Nodes. This map must be \e
88.131 - ///symmetric, i.e. if \c map[u]=v then \c map[v]=u must hold, and
88.132 - ///\c uv will be an edge of the matching.
88.133 - template<typename NMapN>
88.134 - void readNMapNode(NMapN& map) {
88.135 - for(NodeIt v(g); v!=INVALID; ++v) {
88.136 - mate.set(v,map[v]);
88.137 - }
88.138 - }
88.139 -
88.140 - ///Writes the stored matching to a \c Node map of \c Nodes.
88.141 -
88.142 - ///Writes the stored matching to a \c Node map of \c Nodes. The
88.143 - ///resulting map will be \e symmetric, i.e. if \c map[u]=v then \c
88.144 - ///map[v]=u will hold, and now \c uv is an edge of the matching.
88.145 - template<typename NMapN>
88.146 - void writeNMapNode (NMapN& map) const {
88.147 - for(NodeIt v(g); v!=INVALID; ++v) {
88.148 - map.set(v,mate[v]);
88.149 - }
88.150 - }
88.151 -
88.152 - ///Reads a matching from a \c Node map of \c Edges.
88.153 -
88.154 - ///Reads a matching from a \c Node map of incident \c Edges. This
88.155 - ///map must have the property that if \c G.target(map[u])=v then \c
88.156 - ///G.target(map[v])=u must hold, and now this edge is an edge of
88.157 - ///the matching.
88.158 - template<typename NMapE>
88.159 - void readNMapEdge(NMapE& map) {
88.160 - for(NodeIt v(g); v!=INVALID; ++v) {
88.161 - Edge e=map[v];
88.162 - if ( g.valid(e) )
88.163 - g.source(e) == v ? mate.set(v,g.target(e)) : mate.set(v,g.source(e));
88.164 - }
88.165 - }
88.166 -
88.167 - ///Writes the matching stored to a \c Node map of \c Edges.
88.168 -
88.169 - ///Writes the stored matching to a \c Node map of incident \c
88.170 - ///Edges. This map will have the property that if \c
88.171 - ///g.target(map[u])=v then \c g.target(map[v])=u holds, and now this
88.172 - ///edge is an edge of the matching.
88.173 - template<typename NMapE>
88.174 - void writeNMapEdge (NMapE& map) const {
88.175 - typename Graph::template NodeMap<bool> todo(g,true);
88.176 - for(NodeIt v(g); v!=INVALID; ++v) {
88.177 - if ( todo[v] && mate[v]!=INVALID ) {
88.178 - Node u=mate[v];
88.179 - for(IncEdgeIt e(g,v); e!=INVALID; ++e) {
88.180 - if ( g.target(e) == u ) {
88.181 - map.set(u,e);
88.182 - map.set(v,e);
88.183 - todo.set(u,false);
88.184 - todo.set(v,false);
88.185 - break;
88.186 - }
88.187 - }
88.188 - }
88.189 - }
88.190 - }
88.191 -
88.192 -
88.193 - ///Reads a matching from an \c Edge map of \c bools.
88.194 -
88.195 - ///Reads a matching from an \c Edge map of \c bools. This map must
88.196 - ///have the property that there are no two adjacent edges \c e, \c
88.197 - ///f with \c map[e]=map[f]=true. The edges \c e with \c
88.198 - ///map[e]=true form the matching.
88.199 - template<typename EMapB>
88.200 - void readEMapBool(EMapB& map) {
88.201 - for(UndirEdgeIt e(g); e!=INVALID; ++e) {
88.202 - if ( map[e] ) {
88.203 - Node u=g.source(e);
88.204 - Node v=g.target(e);
88.205 - mate.set(u,v);
88.206 - mate.set(v,u);
88.207 - }
88.208 - }
88.209 - }
88.210 - //iterable boolmap?
88.211 -
88.212 -
88.213 - ///Writes the matching stored to an \c Edge map of \c bools.
88.214 -
88.215 - ///Writes the matching stored to an \c Edge map of \c bools. This
88.216 - ///map will have the property that there are no two adjacent edges
88.217 - ///\c e, \c f with \c map[e]=map[f]=true. The edges \c e with \c
88.218 - ///map[e]=true form the matching.
88.219 - template<typename EMapB>
88.220 - void writeEMapBool (EMapB& map) const {
88.221 - for(UndirEdgeIt e(g); e!=INVALID; ++e) map.set(e,false);
88.222 -
88.223 - typename Graph::template NodeMap<bool> todo(g,true);
88.224 - for(NodeIt v(g); v!=INVALID; ++v) {
88.225 - if ( todo[v] && mate[v]!=INVALID ) {
88.226 - Node u=mate[v];
88.227 - for(IncEdgeIt e(g,v); e!=INVALID; ++e) {
88.228 - if ( g.target(e) == u ) {
88.229 - map.set(e,true);
88.230 - todo.set(u,false);
88.231 - todo.set(v,false);
88.232 - break;
88.233 - }
88.234 - }
88.235 - }
88.236 - }
88.237 - }
88.238 -
88.239 -
88.240 - ///Writes the canonical decomposition of the graph after running
88.241 - ///the algorithm.
88.242 -
88.243 - ///After calling any run methods of the class, and before calling
88.244 - ///\ref resetPos(), it writes the Gallai-Edmonds canonical
88.245 - ///decomposition of the graph. \c map must be a node map
88.246 - ///of \ref pos_enum 's.
88.247 - template<typename NMapEnum>
88.248 - void writePos (NMapEnum& map) const {
88.249 - for(NodeIt v(g); v!=INVALID; ++v) map.set(v,position[v]);
88.250 - }
88.251 -
88.252 - private:
88.253 -
88.254 - void lateShrink(Node v, typename Graph::template NodeMap<Node>& ear,
88.255 - UFE& blossom, UFE& tree);
88.256 -
88.257 - void normShrink(Node v, typename Graph::NodeMap<Node>& ear,
88.258 - UFE& blossom, UFE& tree);
88.259 -
88.260 - bool noShrinkStep(Node x, typename Graph::NodeMap<Node>& ear,
88.261 - UFE& blossom, UFE& tree, std::queue<Node>& Q);
88.262 -
88.263 - void shrinkStep(Node& top, Node& middle, Node& bottom, typename Graph::NodeMap<Node>& ear,
88.264 - UFE& blossom, UFE& tree, std::queue<Node>& Q);
88.265 -
88.266 - void augment(Node x, typename Graph::NodeMap<Node>& ear,
88.267 - UFE& blossom, UFE& tree);
88.268 - };
88.269 -
88.270 -
88.271 - // **********************************************************************
88.272 - // IMPLEMENTATIONS
88.273 - // **********************************************************************
88.274 -
88.275 -
88.276 - template <typename Graph>
88.277 - void MaxMatching<Graph>::run() {
88.278 - if ( countUndirEdges(g) < HEUR_density*countNodes(g) ) {
88.279 - greedyMatching();
88.280 - runEdmonds(1);
88.281 - } else runEdmonds(0);
88.282 - }
88.283 -
88.284 -
88.285 - template <typename Graph>
88.286 - void MaxMatching<Graph>::runEdmonds( int heur=1 ) {
88.287 -
88.288 - std::cout<<"Entering runEdmonds"<<std::endl;
88.289 -
88.290 - typename Graph::template NodeMap<Node> ear(g,INVALID);
88.291 - //undefined for the base nodes of the blossoms (i.e. for the
88.292 - //representative elements of UFE blossom) and for the nodes in C
88.293 -
88.294 - typename UFE::MapType blossom_base(g);
88.295 - UFE blossom(blossom_base);
88.296 - typename UFE::MapType tree_base(g);
88.297 - UFE tree(tree_base);
88.298 -
88.299 - for(NodeIt v(g); v!=INVALID; ++v) {
88.300 - if ( position[v]==C && mate[v]==INVALID ) {
88.301 - blossom.insert(v);
88.302 - tree.insert(v);
88.303 - position.set(v,D);
88.304 - if ( heur == 1 ) lateShrink( v, ear, blossom, tree );
88.305 - else normShrink( v, ear, blossom, tree );
88.306 - }
88.307 - }
88.308 -
88.309 -
88.310 - std::cout<<" runEdmonds end"<<std::endl;
88.311 -
88.312 -
88.313 - }
88.314 -
88.315 - template <typename Graph>
88.316 - void MaxMatching<Graph>::lateShrink(Node v, typename Graph::template NodeMap<Node>& ear,
88.317 - UFE& blossom, UFE& tree) {
88.318 -
88.319 -
88.320 - std::cout<<"Entering lateShrink"<<std::endl;
88.321 -
88.322 -
88.323 - std::queue<Node> Q; //queue of the totally unscanned nodes
88.324 - Q.push(v);
88.325 - std::queue<Node> R;
88.326 - //queue of the nodes which must be scanned for a possible shrink
88.327 -
88.328 - while ( !Q.empty() ) {
88.329 - Node x=Q.front();
88.330 - Q.pop();
88.331 - if ( noShrinkStep( x, ear, blossom, tree, Q ) ) return;
88.332 - else R.push(x);
88.333 - }
88.334 -
88.335 - while ( !R.empty() ) {
88.336 - Node x=R.front();
88.337 - R.pop();
88.338 -
88.339 - for( IncEdgeIt e(g,x); e!=INVALID ; ++e ) {
88.340 - Node y=g.target(e);
88.341 -
88.342 - if ( position[y] == D && blossom.find(x) != blossom.find(y) ) {
88.343 - //x and y must be in the same tree//biztos? az oddbol d-belive lettek is?
88.344 -
88.345 - typename Graph::template NodeMap<bool> path(g,false);
88.346 -
88.347 - Node b=blossom.find(x);
88.348 - path.set(b,true);
88.349 - b=mate[b];
88.350 - while ( b!=INVALID ) {
88.351 - b=blossom.find(ear[b]);
88.352 - path.set(b,true);
88.353 - b=mate[b];
88.354 - } //going till the root
88.355 -
88.356 - Node top=y;
88.357 - Node middle=blossom.find(top);
88.358 - Node bottom=x;
88.359 - while ( !path[middle] )
88.360 - shrinkStep(top, middle, bottom, ear, blossom, tree, Q);
88.361 -
88.362 - Node base=middle;
88.363 - top=x;
88.364 - middle=blossom.find(top);
88.365 - bottom=y;
88.366 - Node blossom_base=blossom.find(base);
88.367 - while ( middle!=blossom_base )
88.368 - shrinkStep(top, middle, bottom, ear, blossom, tree, Q);
88.369 -
88.370 - blossom.makeRep(base);
88.371 - } // if shrink is needed
88.372 -
88.373 - //most nehany odd node is d-beli lett, es rajuk az is megnezendo hogy mely d-beliekkel szonszedosak mas faban
88.374 -
88.375 - while ( !Q.empty() ) {
88.376 - Node x=Q.front();
88.377 - Q.pop();
88.378 - if ( noShrinkStep(x, ear, blossom, tree, Q) ) return;
88.379 - else R.push(x);
88.380 - }
88.381 - } //for e
88.382 - } // while ( !R.empty() )
88.383 - }
88.384 -
88.385 -
88.386 - template <typename Graph>
88.387 - void MaxMatching<Graph>::normShrink(Node v, typename Graph::NodeMap<Node>& ear,
88.388 - UFE& blossom, UFE& tree) {
88.389 -
88.390 -
88.391 - std::cout<<"Entering normShrink with node "<<g.id(v)<<std::endl;
88.392 -
88.393 -
88.394 - std::queue<Node> Q; //queue of the unscanned nodes
88.395 - Q.push(v);
88.396 - while ( !Q.empty() ) {
88.397 -
88.398 - std::cout<<"beginning of norm while"<<std::endl;
88.399 -
88.400 - Node x=Q.front();
88.401 - Q.pop();
88.402 -
88.403 - for( IncEdgeIt e(g,x); e!=INVALID; ++e ) {
88.404 -
88.405 -
88.406 - for( IncEdgeIt f(g,x); f!=INVALID; ++f ) {
88.407 - std::cout<<"Starting for." <<std::endl;
88.408 - std::cout<<"edges " << g.id(f)<< " : " << g.id(g.target(f))<<std::endl;
88.409 - std::cout<<"Ending for." <<std::endl;
88.410 - }
88.411 -
88.412 - std::cout<<"Ending the whole for." <<std::endl;
88.413 - std::cout<<"for (In normShrink) with edge " << g.id(e)<< " : " << g.id(x);
88.414 -
88.415 - Node y=g.target(e);
88.416 -
88.417 - std::cout<<" "<<g.id(y)<<std::endl;
88.418 -
88.419 - switch ( position[y] ) {
88.420 - case D: //x and y must be in the same tree //asszem nem!!!
88.421 -
88.422 - std::cout<<" pos[y] " << position[y]<<std::endl;
88.423 - std::cout<<" blossom.find(x) ="<< g.id(blossom.find(x))<<std::endl;
88.424 - std::cout<<" blossom.find(y) ="<< g.id(blossom.find(y))<<std::endl;
88.425 -
88.426 -
88.427 - if ( blossom.find(x) != blossom.find(y) ) { //shrink
88.428 - typename Graph::template NodeMap<bool> path(g,false);
88.429 -
88.430 - Node b=blossom.find(x);
88.431 - path.set(b,true);
88.432 - b=mate[b];
88.433 - while ( b!=INVALID ) {
88.434 - b=blossom.find(ear[b]);
88.435 - path.set(b,true);
88.436 - b=mate[b];
88.437 - } //going till the root
88.438 -
88.439 - Node top=y;
88.440 - Node middle=blossom.find(top);
88.441 - Node bottom=x;
88.442 - while ( !path[middle] )
88.443 - shrinkStep(top, middle, bottom, ear, blossom, tree, Q);
88.444 -
88.445 - Node base=middle;
88.446 - top=x;
88.447 - middle=blossom.find(top);
88.448 - bottom=y;
88.449 - Node blossom_base=blossom.find(base);
88.450 - while ( middle!=blossom_base )
88.451 - shrinkStep(top, middle, bottom, ear, blossom, tree, Q);
88.452 -
88.453 - blossom.makeRep(base);
88.454 - }
88.455 - break;
88.456 - case C:
88.457 - if ( mate[y]!=INVALID ) { //grow
88.458 -
88.459 - std::cout<<"grow"<<std::endl;
88.460 -
88.461 - ear.set(y,x);
88.462 - Node w=mate[y];
88.463 - blossom.insert(w);
88.464 - position.set(y,A);
88.465 - position.set(w,D);
88.466 - tree.insert(y);
88.467 - tree.insert(w);
88.468 - tree.join(y,blossom.find(x));
88.469 - tree.join(w,y);
88.470 - Q.push(w);
88.471 -
88.472 - } else { //augment
88.473 -
88.474 - std::cout<<"augment"<<std::endl;
88.475 -
88.476 - augment(x, ear, blossom, tree);
88.477 - mate.set(x,y);
88.478 - mate.set(y,x);
88.479 - return;
88.480 - } //if
88.481 -
88.482 - std::cout<<"end c eset"<<std::endl;
88.483 - break;
88.484 - default: break;
88.485 - }
88.486 - std::cout<<"end switch"<<std::endl;
88.487 - }
88.488 - }
88.489 - }
88.490 -
88.491 - template <typename Graph>
88.492 - void MaxMatching<Graph>::greedyMatching() {
88.493 - for(NodeIt v(g); v!=INVALID; ++v)
88.494 - if ( mate[v]==INVALID ) {
88.495 - for( IncEdgeIt e(g,v); e!=INVALID ; ++e ) {
88.496 - Node y=g.target(e);
88.497 - if ( mate[y]==INVALID && y!=v ) {
88.498 - mate.set(v,y);
88.499 - mate.set(y,v);
88.500 - break;
88.501 - }
88.502 - }
88.503 - }
88.504 - }
88.505 -
88.506 - template <typename Graph>
88.507 - int MaxMatching<Graph>::size() const {
88.508 - int s=0;
88.509 - for(NodeIt v(g); v!=INVALID; ++v) {
88.510 - if ( mate[v]!=INVALID ) {
88.511 - ++s;
88.512 - }
88.513 - }
88.514 - return (int)s/2;
88.515 - }
88.516 -
88.517 - template <typename Graph>
88.518 - void MaxMatching<Graph>::resetPos() {
88.519 - for(NodeIt v(g); v!=INVALID; ++v)
88.520 - position.set(v,C);
88.521 - }
88.522 -
88.523 - template <typename Graph>
88.524 - void MaxMatching<Graph>::resetMatching() {
88.525 - for(NodeIt v(g); v!=INVALID; ++v)
88.526 - mate.set(v,INVALID);
88.527 - }
88.528 -
88.529 - template <typename Graph>
88.530 - bool MaxMatching<Graph>::noShrinkStep(Node x, typename Graph::NodeMap<Node>& ear,
88.531 - UFE& blossom, UFE& tree, std::queue<Node>& Q) {
88.532 - for( IncEdgeIt e(g,x); e!= INVALID; ++e ) {
88.533 - Node y=g.target(e);
88.534 -
88.535 - if ( position[y]==C ) {
88.536 - if ( mate[y]!=INVALID ) { //grow
88.537 - ear.set(y,x);
88.538 - Node w=mate[y];
88.539 - blossom.insert(w);
88.540 - position.set(y,A);
88.541 - position.set(w,D);
88.542 - tree.insert(y);
88.543 - tree.insert(w);
88.544 - tree.join(y,blossom.find(x));
88.545 - tree.join(w,y);
88.546 - Q.push(w);
88.547 - } else { //augment
88.548 - augment(x, ear, blossom, tree);
88.549 - mate.set(x,y);
88.550 - mate.set(y,x);
88.551 - return true;
88.552 - }
88.553 - }
88.554 - }
88.555 - return false;
88.556 - }
88.557 -
88.558 - template <typename Graph>
88.559 - void MaxMatching<Graph>::shrinkStep(Node& top, Node& middle, Node& bottom, typename Graph::NodeMap<Node>& ear,
88.560 - UFE& blossom, UFE& tree, std::queue<Node>& Q) {
88.561 - ear.set(top,bottom);
88.562 - Node t=top;
88.563 - while ( t!=middle ) {
88.564 - Node u=mate[t];
88.565 - t=ear[u];
88.566 - ear.set(t,u);
88.567 - }
88.568 - bottom=mate[middle];
88.569 - position.set(bottom,D);
88.570 - Q.push(bottom);
88.571 - top=ear[bottom];
88.572 - Node oldmiddle=middle;
88.573 - middle=blossom.find(top);
88.574 - tree.erase(bottom);
88.575 - tree.erase(oldmiddle);
88.576 - blossom.insert(bottom);
88.577 - blossom.join(bottom, oldmiddle);
88.578 - blossom.join(top, oldmiddle);
88.579 - }
88.580 -
88.581 - template <typename Graph>
88.582 - void MaxMatching<Graph>::augment(Node x, typename Graph::NodeMap<Node>& ear,
88.583 - UFE& blossom, UFE& tree) {
88.584 - Node v=mate[x];
88.585 - while ( v!=INVALID ) {
88.586 -
88.587 - Node u=ear[v];
88.588 - mate.set(v,u);
88.589 - Node tmp=v;
88.590 - v=mate[u];
88.591 - mate.set(u,tmp);
88.592 - }
88.593 - typename UFE::ItemIt it;
88.594 - for (tree.first(it,blossom.find(x)); tree.valid(it); tree.next(it)) {
88.595 - if ( position[it] == D ) {
88.596 - typename UFE::ItemIt b_it;
88.597 - for (blossom.first(b_it,it); blossom.valid(b_it); blossom.next(b_it)) {
88.598 - position.set( b_it ,C);
88.599 - }
88.600 - blossom.eraseClass(it);
88.601 - } else position.set( it ,C);
88.602 - }
88.603 - tree.eraseClass(x);
88.604 -
88.605 - }
88.606 -
88.607 - /// @}
88.608 -
88.609 -} //END OF NAMESPACE LEMON
88.610 -
88.611 -#endif //EDMONDS_H
89.1 --- a/src/work/jacint/max_flow.h Sun Apr 17 18:57:22 2005 +0000
89.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
89.3 @@ -1,1269 +0,0 @@
89.4 -// -*- C++ -*-
89.5 -#ifndef LEMON_MAX_FLOW_H
89.6 -#define LEMON_MAX_FLOW_H
89.7 -
89.8 -#include <vector>
89.9 -#include <queue>
89.10 -#include <stack>
89.11 -
89.12 -#include <lemon/graph_wrapper.h>
89.13 -#include <bfs_dfs.h>
89.14 -#include <lemon/invalid.h>
89.15 -#include <lemon/maps.h>
89.16 -#include <lemon/for_each_macros.h>
89.17 -
89.18 -/// \file
89.19 -/// \brief Maximum flow algorithms.
89.20 -/// \ingroup galgs
89.21 -
89.22 -namespace lemon {
89.23 -
89.24 - /// \addtogroup galgs
89.25 - /// @{
89.26 - ///Maximum flow algorithms class.
89.27 -
89.28 - ///This class provides various algorithms for finding a flow of
89.29 - ///maximum value in a directed graph. The \e source node, the \e
89.30 - ///target node, the \e capacity of the edges and the \e starting \e
89.31 - ///flow value of the edges should be passed to the algorithm through the
89.32 - ///constructor. It is possible to change these quantities using the
89.33 - ///functions \ref resetSource, \ref resetTarget, \ref resetCap and
89.34 - ///\ref resetFlow. Before any subsequent runs of any algorithm of
89.35 - ///the class \ref resetFlow should be called.
89.36 -
89.37 - ///After running an algorithm of the class, the actual flow value
89.38 - ///can be obtained by calling \ref flowValue(). The minimum
89.39 - ///value cut can be written into a \c node map of \c bools by
89.40 - ///calling \ref minCut. (\ref minMinCut and \ref maxMinCut writes
89.41 - ///the inclusionwise minimum and maximum of the minimum value
89.42 - ///cuts, resp.)
89.43 - ///\param Graph The directed graph type the algorithm runs on.
89.44 - ///\param Num The number type of the capacities and the flow values.
89.45 - ///\param CapMap The capacity map type.
89.46 - ///\param FlowMap The flow map type.
89.47 - ///\author Marton Makai, Jacint Szabo
89.48 - template <typename Graph, typename Num,
89.49 - typename CapMap=typename Graph::template EdgeMap<Num>,
89.50 - typename FlowMap=typename Graph::template EdgeMap<Num> >
89.51 - class MaxFlow {
89.52 - protected:
89.53 - typedef typename Graph::Node Node;
89.54 - typedef typename Graph::NodeIt NodeIt;
89.55 - typedef typename Graph::EdgeIt EdgeIt;
89.56 - typedef typename Graph::OutEdgeIt OutEdgeIt;
89.57 - typedef typename Graph::InEdgeIt InEdgeIt;
89.58 -
89.59 - typedef typename std::vector<std::stack<Node> > VecStack;
89.60 - typedef typename Graph::template NodeMap<Node> NNMap;
89.61 - typedef typename std::vector<Node> VecNode;
89.62 -
89.63 - const Graph* g;
89.64 - Node s;
89.65 - Node t;
89.66 - const CapMap* capacity;
89.67 - FlowMap* flow;
89.68 - int n; //the number of nodes of G
89.69 - typedef ResGraphWrapper<const Graph, Num, CapMap, FlowMap> ResGW;
89.70 - //typedef ExpResGraphWrapper<const Graph, Num, CapMap, FlowMap> ResGW;
89.71 - typedef typename ResGW::OutEdgeIt ResGWOutEdgeIt;
89.72 - typedef typename ResGW::Edge ResGWEdge;
89.73 - //typedef typename ResGW::template NodeMap<bool> ReachedMap;
89.74 - typedef typename Graph::template NodeMap<int> ReachedMap;
89.75 -
89.76 -
89.77 - //level works as a bool map in augmenting path algorithms and is
89.78 - //used by bfs for storing reached information. In preflow, it
89.79 - //shows the levels of nodes.
89.80 - ReachedMap level;
89.81 -
89.82 - //excess is needed only in preflow
89.83 - typename Graph::template NodeMap<Num> excess;
89.84 -
89.85 - //fixme
89.86 -// protected:
89.87 - // MaxFlow() { }
89.88 - // void set(const Graph& _G, Node _s, Node _t, const CapMap& _capacity,
89.89 - // FlowMap& _flow)
89.90 - // {
89.91 - // g=&_G;
89.92 - // s=_s;
89.93 - // t=_t;
89.94 - // capacity=&_capacity;
89.95 - // flow=&_flow;
89.96 - // n=_G.nodeNum;
89.97 - // level.set (_G); //kellene vmi ilyesmi fv
89.98 - // excess(_G,0); //itt is
89.99 - // }
89.100 -
89.101 - // constants used for heuristics
89.102 - static const int H0=20;
89.103 - static const int H1=1;
89.104 -
89.105 - public:
89.106 -
89.107 - ///Indicates the property of the starting flow.
89.108 -
89.109 - ///Indicates the property of the starting flow. The meanings are as follows:
89.110 - ///- \c ZERO_FLOW: constant zero flow
89.111 - ///- \c GEN_FLOW: any flow, i.e. the sum of the in-flows equals to
89.112 - ///the sum of the out-flows in every node except the \e source and
89.113 - ///the \e target.
89.114 - ///- \c PRE_FLOW: any preflow, i.e. the sum of the in-flows is at
89.115 - ///least the sum of the out-flows in every node except the \e source.
89.116 - ///- \c NO_FLOW: indicates an unspecified edge map. \ref flow will be
89.117 - ///set to the constant zero flow in the beginning of the algorithm in this case.
89.118 - enum FlowEnum{
89.119 - ZERO_FLOW,
89.120 - GEN_FLOW,
89.121 - PRE_FLOW,
89.122 - NO_FLOW
89.123 - };
89.124 -
89.125 - enum StatusEnum {
89.126 - AFTER_NOTHING,
89.127 - AFTER_AUGMENTING,
89.128 - AFTER_FAST_AUGMENTING,
89.129 - AFTER_PRE_FLOW_PHASE_1,
89.130 - AFTER_PRE_FLOW_PHASE_2
89.131 - };
89.132 -
89.133 - /// Don not needle this flag only if necessary.
89.134 - StatusEnum status;
89.135 - int number_of_augmentations;
89.136 -
89.137 -
89.138 - template<typename IntMap>
89.139 - class TrickyReachedMap {
89.140 - protected:
89.141 - IntMap* map;
89.142 - int* number_of_augmentations;
89.143 - public:
89.144 - TrickyReachedMap(IntMap& _map, int& _number_of_augmentations) :
89.145 - map(&_map), number_of_augmentations(&_number_of_augmentations) { }
89.146 - void set(const Node& n, bool b) {
89.147 - if (b)
89.148 - map->set(n, *number_of_augmentations);
89.149 - else
89.150 - map->set(n, *number_of_augmentations-1);
89.151 - }
89.152 - bool operator[](const Node& n) const {
89.153 - return (*map)[n]==*number_of_augmentations;
89.154 - }
89.155 - };
89.156 -
89.157 - ///Constructor
89.158 -
89.159 - ///\todo Document, please.
89.160 - ///
89.161 - MaxFlow(const Graph& _G, Node _s, Node _t, const CapMap& _capacity,
89.162 - FlowMap& _flow) :
89.163 - g(&_G), s(_s), t(_t), capacity(&_capacity),
89.164 - flow(&_flow), n(_G.nodeNum()), level(_G), excess(_G,0),
89.165 - status(AFTER_NOTHING), number_of_augmentations(0) { }
89.166 -
89.167 - ///Runs a maximum flow algorithm.
89.168 -
89.169 - ///Runs a preflow algorithm, which is the fastest maximum flow
89.170 - ///algorithm up-to-date. The default for \c fe is ZERO_FLOW.
89.171 - ///\pre The starting flow must be
89.172 - /// - a constant zero flow if \c fe is \c ZERO_FLOW,
89.173 - /// - an arbitary flow if \c fe is \c GEN_FLOW,
89.174 - /// - an arbitary preflow if \c fe is \c PRE_FLOW,
89.175 - /// - any map if \c fe is NO_FLOW.
89.176 - void run(FlowEnum fe=ZERO_FLOW) {
89.177 - preflow(fe);
89.178 - }
89.179 -
89.180 -
89.181 - ///Runs a preflow algorithm.
89.182 -
89.183 - ///Runs a preflow algorithm. The preflow algorithms provide the
89.184 - ///fastest way to compute a maximum flow in a directed graph.
89.185 - ///\pre The starting flow must be
89.186 - /// - a constant zero flow if \c fe is \c ZERO_FLOW,
89.187 - /// - an arbitary flow if \c fe is \c GEN_FLOW,
89.188 - /// - an arbitary preflow if \c fe is \c PRE_FLOW,
89.189 - /// - any map if \c fe is NO_FLOW.
89.190 - ///
89.191 - ///\todo NO_FLOW should be the default flow.
89.192 - void preflow(FlowEnum fe) {
89.193 - preflowPhase1(fe);
89.194 - preflowPhase2();
89.195 - }
89.196 - // Heuristics:
89.197 - // 2 phase
89.198 - // gap
89.199 - // list 'level_list' on the nodes on level i implemented by hand
89.200 - // stack 'active' on the active nodes on level i
89.201 - // runs heuristic 'highest label' for H1*n relabels
89.202 - // runs heuristic 'bound decrease' for H0*n relabels, starts with 'highest label'
89.203 - // Parameters H0 and H1 are initialized to 20 and 1.
89.204 -
89.205 - ///Runs the first phase of the preflow algorithm.
89.206 -
89.207 - ///The preflow algorithm consists of two phases, this method runs the
89.208 - ///first phase. After the first phase the maximum flow value and a
89.209 - ///minimum value cut can already be computed, though a maximum flow
89.210 - ///is net yet obtained. So after calling this method \ref flowValue
89.211 - ///and \ref actMinCut gives proper results.
89.212 - ///\warning: \ref minCut, \ref minMinCut and \ref maxMinCut do not
89.213 - ///give minimum value cuts unless calling \ref preflowPhase2.
89.214 - ///\pre The starting flow must be
89.215 - /// - a constant zero flow if \c fe is \c ZERO_FLOW,
89.216 - /// - an arbitary flow if \c fe is \c GEN_FLOW,
89.217 - /// - an arbitary preflow if \c fe is \c PRE_FLOW,
89.218 - /// - any map if \c fe is NO_FLOW.
89.219 - void preflowPhase1(FlowEnum fe);
89.220 -
89.221 - ///Runs the second phase of the preflow algorithm.
89.222 -
89.223 - ///The preflow algorithm consists of two phases, this method runs
89.224 - ///the second phase. After calling \ref preflowPhase1 and then
89.225 - ///\ref preflowPhase2 the methods \ref flowValue, \ref minCut,
89.226 - ///\ref minMinCut and \ref maxMinCut give proper results.
89.227 - ///\pre \ref preflowPhase1 must be called before.
89.228 - void preflowPhase2();
89.229 -
89.230 - /// Starting from a flow, this method searches for an augmenting path
89.231 - /// according to the Edmonds-Karp algorithm
89.232 - /// and augments the flow on if any.
89.233 - /// The return value shows if the augmentation was succesful.
89.234 - bool augmentOnShortestPath();
89.235 - bool augmentOnShortestPath2();
89.236 -
89.237 - /// Starting from a flow, this method searches for an augmenting blocking
89.238 - /// flow according to Dinits' algorithm and augments the flow on if any.
89.239 - /// The blocking flow is computed in a physically constructed
89.240 - /// residual graph of type \c Mutablegraph.
89.241 - /// The return value show sif the augmentation was succesful.
89.242 - template<typename MutableGraph> bool augmentOnBlockingFlow();
89.243 -
89.244 - /// The same as \c augmentOnBlockingFlow<MutableGraph> but the
89.245 - /// residual graph is not constructed physically.
89.246 - /// The return value shows if the augmentation was succesful.
89.247 - bool augmentOnBlockingFlow2();
89.248 -
89.249 - /// Returns the maximum value of a flow.
89.250 -
89.251 - /// Returns the maximum value of a flow, by counting the
89.252 - /// over-flow of the target node \ref t.
89.253 - /// It can be called already after running \ref preflowPhase1.
89.254 - Num flowValue() const {
89.255 - Num a=0;
89.256 - FOR_EACH_INC_LOC(InEdgeIt, e, *g, t) a+=(*flow)[e];
89.257 - FOR_EACH_INC_LOC(OutEdgeIt, e, *g, t) a-=(*flow)[e];
89.258 - return a;
89.259 - //marci figyu: excess[t] epp ezt adja preflow 1. fazisa utan
89.260 - }
89.261 -
89.262 - ///Returns a minimum value cut after calling \ref preflowPhase1.
89.263 -
89.264 - ///After the first phase of the preflow algorithm the maximum flow
89.265 - ///value and a minimum value cut can already be computed. This
89.266 - ///method can be called after running \ref preflowPhase1 for
89.267 - ///obtaining a minimum value cut.
89.268 - /// \warning Gives proper result only right after calling \ref
89.269 - /// preflowPhase1.
89.270 - /// \todo We have to make some status variable which shows the
89.271 - /// actual state
89.272 - /// of the class. This enables us to determine which methods are valid
89.273 - /// for MinCut computation
89.274 - template<typename _CutMap>
89.275 - void actMinCut(_CutMap& M) const {
89.276 - NodeIt v;
89.277 - switch (status) {
89.278 - case AFTER_PRE_FLOW_PHASE_1:
89.279 - for(g->first(v); g->valid(v); g->next(v)) {
89.280 - if (level[v] < n) {
89.281 - M.set(v, false);
89.282 - } else {
89.283 - M.set(v, true);
89.284 - }
89.285 - }
89.286 - break;
89.287 - case AFTER_PRE_FLOW_PHASE_2:
89.288 - case AFTER_NOTHING:
89.289 - minMinCut(M);
89.290 - break;
89.291 - case AFTER_AUGMENTING:
89.292 - for(g->first(v); g->valid(v); g->next(v)) {
89.293 - if (level[v]) {
89.294 - M.set(v, true);
89.295 - } else {
89.296 - M.set(v, false);
89.297 - }
89.298 - }
89.299 - break;
89.300 - case AFTER_FAST_AUGMENTING:
89.301 - for(g->first(v); g->valid(v); g->next(v)) {
89.302 - if (level[v]==number_of_augmentations) {
89.303 - M.set(v, true);
89.304 - } else {
89.305 - M.set(v, false);
89.306 - }
89.307 - }
89.308 - break;
89.309 - }
89.310 - }
89.311 -
89.312 - ///Returns the inclusionwise minimum of the minimum value cuts.
89.313 -
89.314 - ///Sets \c M to the characteristic vector of the minimum value cut
89.315 - ///which is inclusionwise minimum. It is computed by processing
89.316 - ///a bfs from the source node \c s in the residual graph.
89.317 - ///\pre M should be a node map of bools initialized to false.
89.318 - ///\pre \c flow must be a maximum flow.
89.319 - template<typename _CutMap>
89.320 - void minMinCut(_CutMap& M) const {
89.321 - std::queue<Node> queue;
89.322 -
89.323 - M.set(s,true);
89.324 - queue.push(s);
89.325 -
89.326 - while (!queue.empty()) {
89.327 - Node w=queue.front();
89.328 - queue.pop();
89.329 -
89.330 - OutEdgeIt e;
89.331 - for(g->first(e,w) ; g->valid(e); g->next(e)) {
89.332 - Node v=g->target(e);
89.333 - if (!M[v] && (*flow)[e] < (*capacity)[e] ) {
89.334 - queue.push(v);
89.335 - M.set(v, true);
89.336 - }
89.337 - }
89.338 -
89.339 - InEdgeIt f;
89.340 - for(g->first(f,w) ; g->valid(f); g->next(f)) {
89.341 - Node v=g->source(f);
89.342 - if (!M[v] && (*flow)[f] > 0 ) {
89.343 - queue.push(v);
89.344 - M.set(v, true);
89.345 - }
89.346 - }
89.347 - }
89.348 - }
89.349 -
89.350 - ///Returns the inclusionwise maximum of the minimum value cuts.
89.351 -
89.352 - ///Sets \c M to the characteristic vector of the minimum value cut
89.353 - ///which is inclusionwise maximum. It is computed by processing a
89.354 - ///backward bfs from the target node \c t in the residual graph.
89.355 - ///\pre M should be a node map of bools initialized to false.
89.356 - ///\pre \c flow must be a maximum flow.
89.357 - template<typename _CutMap>
89.358 - void maxMinCut(_CutMap& M) const {
89.359 -
89.360 - NodeIt v;
89.361 - for(g->first(v) ; g->valid(v); g->next(v)) {
89.362 - M.set(v, true);
89.363 - }
89.364 -
89.365 - std::queue<Node> queue;
89.366 -
89.367 - M.set(t,false);
89.368 - queue.push(t);
89.369 -
89.370 - while (!queue.empty()) {
89.371 - Node w=queue.front();
89.372 - queue.pop();
89.373 -
89.374 - InEdgeIt e;
89.375 - for(g->first(e,w) ; g->valid(e); g->next(e)) {
89.376 - Node v=g->source(e);
89.377 - if (M[v] && (*flow)[e] < (*capacity)[e] ) {
89.378 - queue.push(v);
89.379 - M.set(v, false);
89.380 - }
89.381 - }
89.382 -
89.383 - OutEdgeIt f;
89.384 - for(g->first(f,w) ; g->valid(f); g->next(f)) {
89.385 - Node v=g->target(f);
89.386 - if (M[v] && (*flow)[f] > 0 ) {
89.387 - queue.push(v);
89.388 - M.set(v, false);
89.389 - }
89.390 - }
89.391 - }
89.392 - }
89.393 -
89.394 - ///Returns a minimum value cut.
89.395 -
89.396 - ///Sets \c M to the characteristic vector of a minimum value cut.
89.397 - ///\pre M should be a node map of bools initialized to false.
89.398 - ///\pre \c flow must be a maximum flow.
89.399 - template<typename CutMap>
89.400 - void minCut(CutMap& M) const { minMinCut(M); }
89.401 -
89.402 - ///Resets the source node to \c _s.
89.403 -
89.404 - ///Resets the source node to \c _s.
89.405 - ///
89.406 - void resetSource(Node _s) { s=_s; status=AFTER_NOTHING; }
89.407 -
89.408 - ///Resets the target node to \c _t.
89.409 -
89.410 - ///Resets the target node to \c _t.
89.411 - ///
89.412 - void resetTarget(Node _t) { t=_t; status=AFTER_NOTHING; }
89.413 -
89.414 - /// Resets the edge map of the capacities to _cap.
89.415 -
89.416 - /// Resets the edge map of the capacities to _cap.
89.417 - ///
89.418 - void resetCap(const CapMap& _cap) { capacity=&_cap; status=AFTER_NOTHING; }
89.419 -
89.420 - /// Resets the edge map of the flows to _flow.
89.421 -
89.422 - /// Resets the edge map of the flows to _flow.
89.423 - ///
89.424 - void resetFlow(FlowMap& _flow) { flow=&_flow; status=AFTER_NOTHING; }
89.425 -
89.426 -
89.427 - private:
89.428 -
89.429 - int push(Node w, VecStack& active) {
89.430 -
89.431 - int lev=level[w];
89.432 - Num exc=excess[w];
89.433 - int newlevel=n; //bound on the next level of w
89.434 -
89.435 - OutEdgeIt e;
89.436 - for(g->first(e,w); g->valid(e); g->next(e)) {
89.437 -
89.438 - if ( (*flow)[e] >= (*capacity)[e] ) continue;
89.439 - Node v=g->target(e);
89.440 -
89.441 - if( lev > level[v] ) { //Push is allowed now
89.442 -
89.443 - if ( excess[v]<=0 && v!=t && v!=s ) {
89.444 - int lev_v=level[v];
89.445 - active[lev_v].push(v);
89.446 - }
89.447 -
89.448 - Num cap=(*capacity)[e];
89.449 - Num flo=(*flow)[e];
89.450 - Num remcap=cap-flo;
89.451 -
89.452 - if ( remcap >= exc ) { //A nonsaturating push.
89.453 -
89.454 - flow->set(e, flo+exc);
89.455 - excess.set(v, excess[v]+exc);
89.456 - exc=0;
89.457 - break;
89.458 -
89.459 - } else { //A saturating push.
89.460 - flow->set(e, cap);
89.461 - excess.set(v, excess[v]+remcap);
89.462 - exc-=remcap;
89.463 - }
89.464 - } else if ( newlevel > level[v] ) newlevel = level[v];
89.465 - } //for out edges wv
89.466 -
89.467 - if ( exc > 0 ) {
89.468 - InEdgeIt e;
89.469 - for(g->first(e,w); g->valid(e); g->next(e)) {
89.470 -
89.471 - if( (*flow)[e] <= 0 ) continue;
89.472 - Node v=g->source(e);
89.473 -
89.474 - if( lev > level[v] ) { //Push is allowed now
89.475 -
89.476 - if ( excess[v]<=0 && v!=t && v!=s ) {
89.477 - int lev_v=level[v];
89.478 - active[lev_v].push(v);
89.479 - }
89.480 -
89.481 - Num flo=(*flow)[e];
89.482 -
89.483 - if ( flo >= exc ) { //A nonsaturating push.
89.484 -
89.485 - flow->set(e, flo-exc);
89.486 - excess.set(v, excess[v]+exc);
89.487 - exc=0;
89.488 - break;
89.489 - } else { //A saturating push.
89.490 -
89.491 - excess.set(v, excess[v]+flo);
89.492 - exc-=flo;
89.493 - flow->set(e,0);
89.494 - }
89.495 - } else if ( newlevel > level[v] ) newlevel = level[v];
89.496 - } //for in edges vw
89.497 -
89.498 - } // if w still has excess after the out edge for cycle
89.499 -
89.500 - excess.set(w, exc);
89.501 -
89.502 - return newlevel;
89.503 - }
89.504 -
89.505 -
89.506 - void preflowPreproc(FlowEnum fe, VecStack& active,
89.507 - VecNode& level_list, NNMap& left, NNMap& right)
89.508 - {
89.509 - std::queue<Node> bfs_queue;
89.510 -
89.511 - switch (fe) {
89.512 - case NO_FLOW: //flow is already set to const zero in this case
89.513 - case ZERO_FLOW:
89.514 - {
89.515 - //Reverse_bfs from t, to find the starting level.
89.516 - level.set(t,0);
89.517 - bfs_queue.push(t);
89.518 -
89.519 - while (!bfs_queue.empty()) {
89.520 -
89.521 - Node v=bfs_queue.front();
89.522 - bfs_queue.pop();
89.523 - int l=level[v]+1;
89.524 -
89.525 - InEdgeIt e;
89.526 - for(g->first(e,v); g->valid(e); g->next(e)) {
89.527 - Node w=g->source(e);
89.528 - if ( level[w] == n && w != s ) {
89.529 - bfs_queue.push(w);
89.530 - Node first=level_list[l];
89.531 - if ( g->valid(first) ) left.set(first,w);
89.532 - right.set(w,first);
89.533 - level_list[l]=w;
89.534 - level.set(w, l);
89.535 - }
89.536 - }
89.537 - }
89.538 -
89.539 - //the starting flow
89.540 - OutEdgeIt e;
89.541 - for(g->first(e,s); g->valid(e); g->next(e))
89.542 - {
89.543 - Num c=(*capacity)[e];
89.544 - if ( c <= 0 ) continue;
89.545 - Node w=g->target(e);
89.546 - if ( level[w] < n ) {
89.547 - if ( excess[w] <= 0 && w!=t ) active[level[w]].push(w);
89.548 - flow->set(e, c);
89.549 - excess.set(w, excess[w]+c);
89.550 - }
89.551 - }
89.552 - break;
89.553 - }
89.554 -
89.555 - case GEN_FLOW:
89.556 - case PRE_FLOW:
89.557 - {
89.558 - //Reverse_bfs from t in the residual graph,
89.559 - //to find the starting level.
89.560 - level.set(t,0);
89.561 - bfs_queue.push(t);
89.562 -
89.563 - while (!bfs_queue.empty()) {
89.564 -
89.565 - Node v=bfs_queue.front();
89.566 - bfs_queue.pop();
89.567 - int l=level[v]+1;
89.568 -
89.569 - InEdgeIt e;
89.570 - for(g->first(e,v); g->valid(e); g->next(e)) {
89.571 - if ( (*capacity)[e] <= (*flow)[e] ) continue;
89.572 - Node w=g->source(e);
89.573 - if ( level[w] == n && w != s ) {
89.574 - bfs_queue.push(w);
89.575 - Node first=level_list[l];
89.576 - if ( g->valid(first) ) left.set(first,w);
89.577 - right.set(w,first);
89.578 - level_list[l]=w;
89.579 - level.set(w, l);
89.580 - }
89.581 - }
89.582 -
89.583 - OutEdgeIt f;
89.584 - for(g->first(f,v); g->valid(f); g->next(f)) {
89.585 - if ( 0 >= (*flow)[f] ) continue;
89.586 - Node w=g->target(f);
89.587 - if ( level[w] == n && w != s ) {
89.588 - bfs_queue.push(w);
89.589 - Node first=level_list[l];
89.590 - if ( g->valid(first) ) left.set(first,w);
89.591 - right.set(w,first);
89.592 - level_list[l]=w;
89.593 - level.set(w, l);
89.594 - }
89.595 - }
89.596 - }
89.597 -
89.598 -
89.599 - //the starting flow
89.600 - OutEdgeIt e;
89.601 - for(g->first(e,s); g->valid(e); g->next(e))
89.602 - {
89.603 - Num rem=(*capacity)[e]-(*flow)[e];
89.604 - if ( rem <= 0 ) continue;
89.605 - Node w=g->target(e);
89.606 - if ( level[w] < n ) {
89.607 - if ( excess[w] <= 0 && w!=t ) active[level[w]].push(w);
89.608 - flow->set(e, (*capacity)[e]);
89.609 - excess.set(w, excess[w]+rem);
89.610 - }
89.611 - }
89.612 -
89.613 - InEdgeIt f;
89.614 - for(g->first(f,s); g->valid(f); g->next(f))
89.615 - {
89.616 - if ( (*flow)[f] <= 0 ) continue;
89.617 - Node w=g->source(f);
89.618 - if ( level[w] < n ) {
89.619 - if ( excess[w] <= 0 && w!=t ) active[level[w]].push(w);
89.620 - excess.set(w, excess[w]+(*flow)[f]);
89.621 - flow->set(f, 0);
89.622 - }
89.623 - }
89.624 - break;
89.625 - } //case PRE_FLOW
89.626 - }
89.627 - } //preflowPreproc
89.628 -
89.629 -
89.630 -
89.631 - void relabel(Node w, int newlevel, VecStack& active,
89.632 - VecNode& level_list, NNMap& left,
89.633 - NNMap& right, int& b, int& k, bool what_heur )
89.634 - {
89.635 -
89.636 - Num lev=level[w];
89.637 -
89.638 - Node right_n=right[w];
89.639 - Node left_n=left[w];
89.640 -
89.641 - //unlacing starts
89.642 - if ( g->valid(right_n) ) {
89.643 - if ( g->valid(left_n) ) {
89.644 - right.set(left_n, right_n);
89.645 - left.set(right_n, left_n);
89.646 - } else {
89.647 - level_list[lev]=right_n;
89.648 - left.set(right_n, INVALID);
89.649 - }
89.650 - } else {
89.651 - if ( g->valid(left_n) ) {
89.652 - right.set(left_n, INVALID);
89.653 - } else {
89.654 - level_list[lev]=INVALID;
89.655 - }
89.656 - }
89.657 - //unlacing ends
89.658 -
89.659 - if ( !g->valid(level_list[lev]) ) {
89.660 -
89.661 - //gapping starts
89.662 - for (int i=lev; i!=k ; ) {
89.663 - Node v=level_list[++i];
89.664 - while ( g->valid(v) ) {
89.665 - level.set(v,n);
89.666 - v=right[v];
89.667 - }
89.668 - level_list[i]=INVALID;
89.669 - if ( !what_heur ) {
89.670 - while ( !active[i].empty() ) {
89.671 - active[i].pop(); //FIXME: ezt szebben kene
89.672 - }
89.673 - }
89.674 - }
89.675 -
89.676 - level.set(w,n);
89.677 - b=lev-1;
89.678 - k=b;
89.679 - //gapping ends
89.680 -
89.681 - } else {
89.682 -
89.683 - if ( newlevel == n ) level.set(w,n);
89.684 - else {
89.685 - level.set(w,++newlevel);
89.686 - active[newlevel].push(w);
89.687 - if ( what_heur ) b=newlevel;
89.688 - if ( k < newlevel ) ++k; //now k=newlevel
89.689 - Node first=level_list[newlevel];
89.690 - if ( g->valid(first) ) left.set(first,w);
89.691 - right.set(w,first);
89.692 - left.set(w,INVALID);
89.693 - level_list[newlevel]=w;
89.694 - }
89.695 - }
89.696 -
89.697 - } //relabel
89.698 -
89.699 -
89.700 - template<typename MapGraphWrapper>
89.701 - class DistanceMap {
89.702 - protected:
89.703 - const MapGraphWrapper* g;
89.704 - typename MapGraphWrapper::template NodeMap<int> dist;
89.705 - public:
89.706 - DistanceMap(MapGraphWrapper& _g) : g(&_g), dist(*g, g->nodeNum()) { }
89.707 - void set(const typename MapGraphWrapper::Node& n, int a) {
89.708 - dist.set(n, a);
89.709 - }
89.710 - int operator[](const typename MapGraphWrapper::Node& n) const {
89.711 - return dist[n];
89.712 - }
89.713 - // int get(const typename MapGraphWrapper::Node& n) const {
89.714 - // return dist[n]; }
89.715 - // bool get(const typename MapGraphWrapper::Edge& e) const {
89.716 - // return (dist.get(g->source(e))<dist.get(g->target(e))); }
89.717 - bool operator[](const typename MapGraphWrapper::Edge& e) const {
89.718 - return (dist[g->source(e)]<dist[g->target(e)]);
89.719 - }
89.720 - };
89.721 -
89.722 - };
89.723 -
89.724 -
89.725 - template <typename Graph, typename Num, typename CapMap, typename FlowMap>
89.726 - void MaxFlow<Graph, Num, CapMap, FlowMap>::preflowPhase1(FlowEnum fe)
89.727 - {
89.728 -
89.729 - int heur0=(int)(H0*n); //time while running 'bound decrease'
89.730 - int heur1=(int)(H1*n); //time while running 'highest label'
89.731 - int heur=heur1; //starting time interval (#of relabels)
89.732 - int numrelabel=0;
89.733 -
89.734 - bool what_heur=1;
89.735 - //It is 0 in case 'bound decrease' and 1 in case 'highest label'
89.736 -
89.737 - bool end=false;
89.738 - //Needed for 'bound decrease', true means no active nodes are above bound
89.739 - //b.
89.740 -
89.741 - int k=n-2; //bound on the highest level under n containing a node
89.742 - int b=k; //bound on the highest level under n of an active node
89.743 -
89.744 - VecStack active(n);
89.745 -
89.746 - NNMap left(*g, INVALID);
89.747 - NNMap right(*g, INVALID);
89.748 - VecNode level_list(n,INVALID);
89.749 - //List of the nodes in level i<n, set to n.
89.750 -
89.751 - NodeIt v;
89.752 - for(g->first(v); g->valid(v); g->next(v)) level.set(v,n);
89.753 - //setting each node to level n
89.754 -
89.755 - if ( fe == NO_FLOW ) {
89.756 - EdgeIt e;
89.757 - for(g->first(e); g->valid(e); g->next(e)) flow->set(e,0);
89.758 - }
89.759 -
89.760 - switch (fe) { //computing the excess
89.761 - case PRE_FLOW:
89.762 - {
89.763 - NodeIt v;
89.764 - for(g->first(v); g->valid(v); g->next(v)) {
89.765 - Num exc=0;
89.766 -
89.767 - InEdgeIt e;
89.768 - for(g->first(e,v); g->valid(e); g->next(e)) exc+=(*flow)[e];
89.769 - OutEdgeIt f;
89.770 - for(g->first(f,v); g->valid(f); g->next(f)) exc-=(*flow)[f];
89.771 -
89.772 - excess.set(v,exc);
89.773 -
89.774 - //putting the active nodes into the stack
89.775 - int lev=level[v];
89.776 - if ( exc > 0 && lev < n && v != t ) active[lev].push(v);
89.777 - }
89.778 - break;
89.779 - }
89.780 - case GEN_FLOW:
89.781 - {
89.782 - NodeIt v;
89.783 - for(g->first(v); g->valid(v); g->next(v)) excess.set(v,0);
89.784 -
89.785 - Num exc=0;
89.786 - InEdgeIt e;
89.787 - for(g->first(e,t); g->valid(e); g->next(e)) exc+=(*flow)[e];
89.788 - OutEdgeIt f;
89.789 - for(g->first(f,t); g->valid(f); g->next(f)) exc-=(*flow)[f];
89.790 - excess.set(t,exc);
89.791 - break;
89.792 - }
89.793 - case ZERO_FLOW:
89.794 - case NO_FLOW:
89.795 - {
89.796 - NodeIt v;
89.797 - for(g->first(v); g->valid(v); g->next(v)) excess.set(v,0);
89.798 - break;
89.799 - }
89.800 - }
89.801 -
89.802 - preflowPreproc(fe, active, level_list, left, right);
89.803 - //End of preprocessing
89.804 -
89.805 -
89.806 - //Push/relabel on the highest level active nodes.
89.807 - while ( true ) {
89.808 - if ( b == 0 ) {
89.809 - if ( !what_heur && !end && k > 0 ) {
89.810 - b=k;
89.811 - end=true;
89.812 - } else break;
89.813 - }
89.814 -
89.815 - if ( active[b].empty() ) --b;
89.816 - else {
89.817 - end=false;
89.818 - Node w=active[b].top();
89.819 - active[b].pop();
89.820 - int newlevel=push(w,active);
89.821 - if ( excess[w] > 0 ) relabel(w, newlevel, active, level_list,
89.822 - left, right, b, k, what_heur);
89.823 -
89.824 - ++numrelabel;
89.825 - if ( numrelabel >= heur ) {
89.826 - numrelabel=0;
89.827 - if ( what_heur ) {
89.828 - what_heur=0;
89.829 - heur=heur0;
89.830 - end=false;
89.831 - } else {
89.832 - what_heur=1;
89.833 - heur=heur1;
89.834 - b=k;
89.835 - }
89.836 - }
89.837 - }
89.838 - }
89.839 -
89.840 - status=AFTER_PRE_FLOW_PHASE_1;
89.841 - }
89.842 -
89.843 -
89.844 -
89.845 - template <typename Graph, typename Num, typename CapMap, typename FlowMap>
89.846 - void MaxFlow<Graph, Num, CapMap, FlowMap>::preflowPhase2()
89.847 - {
89.848 -
89.849 - int k=n-2; //bound on the highest level under n containing a node
89.850 - int b=k; //bound on the highest level under n of an active node
89.851 -
89.852 - VecStack active(n);
89.853 - level.set(s,0);
89.854 - std::queue<Node> bfs_queue;
89.855 - bfs_queue.push(s);
89.856 -
89.857 - while (!bfs_queue.empty()) {
89.858 -
89.859 - Node v=bfs_queue.front();
89.860 - bfs_queue.pop();
89.861 - int l=level[v]+1;
89.862 -
89.863 - InEdgeIt e;
89.864 - for(g->first(e,v); g->valid(e); g->next(e)) {
89.865 - if ( (*capacity)[e] <= (*flow)[e] ) continue;
89.866 - Node u=g->source(e);
89.867 - if ( level[u] >= n ) {
89.868 - bfs_queue.push(u);
89.869 - level.set(u, l);
89.870 - if ( excess[u] > 0 ) active[l].push(u);
89.871 - }
89.872 - }
89.873 -
89.874 - OutEdgeIt f;
89.875 - for(g->first(f,v); g->valid(f); g->next(f)) {
89.876 - if ( 0 >= (*flow)[f] ) continue;
89.877 - Node u=g->target(f);
89.878 - if ( level[u] >= n ) {
89.879 - bfs_queue.push(u);
89.880 - level.set(u, l);
89.881 - if ( excess[u] > 0 ) active[l].push(u);
89.882 - }
89.883 - }
89.884 - }
89.885 - b=n-2;
89.886 -
89.887 - while ( true ) {
89.888 -
89.889 - if ( b == 0 ) break;
89.890 -
89.891 - if ( active[b].empty() ) --b;
89.892 - else {
89.893 - Node w=active[b].top();
89.894 - active[b].pop();
89.895 - int newlevel=push(w,active);
89.896 -
89.897 - //relabel
89.898 - if ( excess[w] > 0 ) {
89.899 - level.set(w,++newlevel);
89.900 - active[newlevel].push(w);
89.901 - b=newlevel;
89.902 - }
89.903 - } // if stack[b] is nonempty
89.904 - } // while(true)
89.905 -
89.906 - status=AFTER_PRE_FLOW_PHASE_2;
89.907 - }
89.908 -
89.909 -
89.910 -
89.911 - template <typename Graph, typename Num, typename CapMap, typename FlowMap>
89.912 - bool MaxFlow<Graph, Num, CapMap, FlowMap>::augmentOnShortestPath()
89.913 - {
89.914 - ResGW res_graph(*g, *capacity, *flow);
89.915 - bool _augment=false;
89.916 -
89.917 - //ReachedMap level(res_graph);
89.918 - FOR_EACH_LOC(typename Graph::NodeIt, e, *g) level.set(e, 0);
89.919 - BfsIterator<ResGW, ReachedMap> bfs(res_graph, level);
89.920 - bfs.pushAndSetReached(s);
89.921 -
89.922 - typename ResGW::template NodeMap<ResGWEdge> pred(res_graph);
89.923 - pred.set(s, INVALID);
89.924 -
89.925 - typename ResGW::template NodeMap<Num> free(res_graph);
89.926 -
89.927 - //searching for augmenting path
89.928 - while ( !bfs.finished() ) {
89.929 - ResGWOutEdgeIt e=bfs;
89.930 - if (res_graph.valid(e) && bfs.isBNodeNewlyReached()) {
89.931 - Node v=res_graph.source(e);
89.932 - Node w=res_graph.target(e);
89.933 - pred.set(w, e);
89.934 - if (res_graph.valid(pred[v])) {
89.935 - free.set(w, std::min(free[v], res_graph.resCap(e)));
89.936 - } else {
89.937 - free.set(w, res_graph.resCap(e));
89.938 - }
89.939 - if (res_graph.target(e)==t) { _augment=true; break; }
89.940 - }
89.941 -
89.942 - ++bfs;
89.943 - } //end of searching augmenting path
89.944 -
89.945 - if (_augment) {
89.946 - Node n=t;
89.947 - Num augment_value=free[t];
89.948 - while (res_graph.valid(pred[n])) {
89.949 - ResGWEdge e=pred[n];
89.950 - res_graph.augment(e, augment_value);
89.951 - n=res_graph.source(e);
89.952 - }
89.953 - }
89.954 -
89.955 - status=AFTER_AUGMENTING;
89.956 - return _augment;
89.957 - }
89.958 -
89.959 -
89.960 - template <typename Graph, typename Num, typename CapMap, typename FlowMap>
89.961 - bool MaxFlow<Graph, Num, CapMap, FlowMap>::augmentOnShortestPath2()
89.962 - {
89.963 - ResGW res_graph(*g, *capacity, *flow);
89.964 - bool _augment=false;
89.965 -
89.966 - if (status!=AFTER_FAST_AUGMENTING) {
89.967 - FOR_EACH_LOC(typename Graph::NodeIt, e, *g) level.set(e, 0);
89.968 - number_of_augmentations=1;
89.969 - } else {
89.970 - ++number_of_augmentations;
89.971 - }
89.972 - TrickyReachedMap<ReachedMap>
89.973 - tricky_reached_map(level, number_of_augmentations);
89.974 - //ReachedMap level(res_graph);
89.975 -// FOR_EACH_LOC(typename Graph::NodeIt, e, *g) level.set(e, 0);
89.976 - BfsIterator<ResGW, TrickyReachedMap<ReachedMap> >
89.977 - bfs(res_graph, tricky_reached_map);
89.978 - bfs.pushAndSetReached(s);
89.979 -
89.980 - typename ResGW::template NodeMap<ResGWEdge> pred(res_graph);
89.981 - pred.set(s, INVALID);
89.982 -
89.983 - typename ResGW::template NodeMap<Num> free(res_graph);
89.984 -
89.985 - //searching for augmenting path
89.986 - while ( !bfs.finished() ) {
89.987 - ResGWOutEdgeIt e=bfs;
89.988 - if (res_graph.valid(e) && bfs.isBNodeNewlyReached()) {
89.989 - Node v=res_graph.source(e);
89.990 - Node w=res_graph.target(e);
89.991 - pred.set(w, e);
89.992 - if (res_graph.valid(pred[v])) {
89.993 - free.set(w, std::min(free[v], res_graph.resCap(e)));
89.994 - } else {
89.995 - free.set(w, res_graph.resCap(e));
89.996 - }
89.997 - if (res_graph.target(e)==t) { _augment=true; break; }
89.998 - }
89.999 -
89.1000 - ++bfs;
89.1001 - } //end of searching augmenting path
89.1002 -
89.1003 - if (_augment) {
89.1004 - Node n=t;
89.1005 - Num augment_value=free[t];
89.1006 - while (res_graph.valid(pred[n])) {
89.1007 - ResGWEdge e=pred[n];
89.1008 - res_graph.augment(e, augment_value);
89.1009 - n=res_graph.source(e);
89.1010 - }
89.1011 - }
89.1012 -
89.1013 - status=AFTER_FAST_AUGMENTING;
89.1014 - return _augment;
89.1015 - }
89.1016 -
89.1017 -
89.1018 - template <typename Graph, typename Num, typename CapMap, typename FlowMap>
89.1019 - template<typename MutableGraph>
89.1020 - bool MaxFlow<Graph, Num, CapMap, FlowMap>::augmentOnBlockingFlow()
89.1021 - {
89.1022 - typedef MutableGraph MG;
89.1023 - bool _augment=false;
89.1024 -
89.1025 - ResGW res_graph(*g, *capacity, *flow);
89.1026 -
89.1027 - //bfs for distances on the residual graph
89.1028 - //ReachedMap level(res_graph);
89.1029 - FOR_EACH_LOC(typename Graph::NodeIt, e, *g) level.set(e, 0);
89.1030 - BfsIterator<ResGW, ReachedMap> bfs(res_graph, level);
89.1031 - bfs.pushAndSetReached(s);
89.1032 - typename ResGW::template NodeMap<int>
89.1033 - dist(res_graph); //filled up with 0's
89.1034 -
89.1035 - //F will contain the physical copy of the residual graph
89.1036 - //with the set of edges which are on shortest paths
89.1037 - MG F;
89.1038 - typename ResGW::template NodeMap<typename MG::Node>
89.1039 - res_graph_to_F(res_graph);
89.1040 - {
89.1041 - typename ResGW::NodeIt n;
89.1042 - for(res_graph.first(n); res_graph.valid(n); res_graph.next(n)) {
89.1043 - res_graph_to_F.set(n, F.addNode());
89.1044 - }
89.1045 - }
89.1046 -
89.1047 - typename MG::Node sF=res_graph_to_F[s];
89.1048 - typename MG::Node tF=res_graph_to_F[t];
89.1049 - typename MG::template EdgeMap<ResGWEdge> original_edge(F);
89.1050 - typename MG::template EdgeMap<Num> residual_capacity(F);
89.1051 -
89.1052 - while ( !bfs.finished() ) {
89.1053 - ResGWOutEdgeIt e=bfs;
89.1054 - if (res_graph.valid(e)) {
89.1055 - if (bfs.isBNodeNewlyReached()) {
89.1056 - dist.set(res_graph.target(e), dist[res_graph.source(e)]+1);
89.1057 - typename MG::Edge f=F.addEdge(res_graph_to_F[res_graph.source(e)],
89.1058 - res_graph_to_F[res_graph.target(e)]);
89.1059 - original_edge.update();
89.1060 - original_edge.set(f, e);
89.1061 - residual_capacity.update();
89.1062 - residual_capacity.set(f, res_graph.resCap(e));
89.1063 - } else {
89.1064 - if (dist[res_graph.target(e)]==(dist[res_graph.source(e)]+1)) {
89.1065 - typename MG::Edge f=F.addEdge(res_graph_to_F[res_graph.source(e)],
89.1066 - res_graph_to_F[res_graph.target(e)]);
89.1067 - original_edge.update();
89.1068 - original_edge.set(f, e);
89.1069 - residual_capacity.update();
89.1070 - residual_capacity.set(f, res_graph.resCap(e));
89.1071 - }
89.1072 - }
89.1073 - }
89.1074 - ++bfs;
89.1075 - } //computing distances from s in the residual graph
89.1076 -
89.1077 - bool __augment=true;
89.1078 -
89.1079 - while (__augment) {
89.1080 - __augment=false;
89.1081 - //computing blocking flow with dfs
89.1082 - DfsIterator< MG, typename MG::template NodeMap<bool> > dfs(F);
89.1083 - typename MG::template NodeMap<typename MG::Edge> pred(F);
89.1084 - pred.set(sF, INVALID);
89.1085 - //invalid iterators for sources
89.1086 -
89.1087 - typename MG::template NodeMap<Num> free(F);
89.1088 -
89.1089 - dfs.pushAndSetReached(sF);
89.1090 - while (!dfs.finished()) {
89.1091 - ++dfs;
89.1092 - if (F.valid(/*typename MG::OutEdgeIt*/(dfs))) {
89.1093 - if (dfs.isBNodeNewlyReached()) {
89.1094 - typename MG::Node v=F.aNode(dfs);
89.1095 - typename MG::Node w=F.bNode(dfs);
89.1096 - pred.set(w, dfs);
89.1097 - if (F.valid(pred[v])) {
89.1098 - free.set(w, std::min(free[v], residual_capacity[dfs]));
89.1099 - } else {
89.1100 - free.set(w, residual_capacity[dfs]);
89.1101 - }
89.1102 - if (w==tF) {
89.1103 - __augment=true;
89.1104 - _augment=true;
89.1105 - break;
89.1106 - }
89.1107 -
89.1108 - } else {
89.1109 - F.erase(/*typename MG::OutEdgeIt*/(dfs));
89.1110 - }
89.1111 - }
89.1112 - }
89.1113 -
89.1114 - if (__augment) {
89.1115 - typename MG::Node n=tF;
89.1116 - Num augment_value=free[tF];
89.1117 - while (F.valid(pred[n])) {
89.1118 - typename MG::Edge e=pred[n];
89.1119 - res_graph.augment(original_edge[e], augment_value);
89.1120 - n=F.source(e);
89.1121 - if (residual_capacity[e]==augment_value)
89.1122 - F.erase(e);
89.1123 - else
89.1124 - residual_capacity.set(e, residual_capacity[e]-augment_value);
89.1125 - }
89.1126 - }
89.1127 -
89.1128 - }
89.1129 -
89.1130 - status=AFTER_AUGMENTING;
89.1131 - return _augment;
89.1132 - }
89.1133 -
89.1134 -
89.1135 -
89.1136 -
89.1137 - template <typename Graph, typename Num, typename CapMap, typename FlowMap>
89.1138 - bool MaxFlow<Graph, Num, CapMap, FlowMap>::augmentOnBlockingFlow2()
89.1139 - {
89.1140 - bool _augment=false;
89.1141 -
89.1142 - ResGW res_graph(*g, *capacity, *flow);
89.1143 -
89.1144 - //ReachedMap level(res_graph);
89.1145 - FOR_EACH_LOC(typename Graph::NodeIt, e, *g) level.set(e, 0);
89.1146 - BfsIterator<ResGW, ReachedMap> bfs(res_graph, level);
89.1147 -
89.1148 - bfs.pushAndSetReached(s);
89.1149 - DistanceMap<ResGW> dist(res_graph);
89.1150 - while ( !bfs.finished() ) {
89.1151 - ResGWOutEdgeIt e=bfs;
89.1152 - if (res_graph.valid(e) && bfs.isBNodeNewlyReached()) {
89.1153 - dist.set(res_graph.target(e), dist[res_graph.source(e)]+1);
89.1154 - }
89.1155 - ++bfs;
89.1156 - } //computing distances from s in the residual graph
89.1157 -
89.1158 - //Subgraph containing the edges on some shortest paths
89.1159 - ConstMap<typename ResGW::Node, bool> true_map(true);
89.1160 - typedef SubGraphWrapper<ResGW, ConstMap<typename ResGW::Node, bool>,
89.1161 - DistanceMap<ResGW> > FilterResGW;
89.1162 - FilterResGW filter_res_graph(res_graph, true_map, dist);
89.1163 -
89.1164 - //Subgraph, which is able to delete edges which are already
89.1165 - //met by the dfs
89.1166 - typename FilterResGW::template NodeMap<typename FilterResGW::OutEdgeIt>
89.1167 - first_out_edges(filter_res_graph);
89.1168 - typename FilterResGW::NodeIt v;
89.1169 - for(filter_res_graph.first(v); filter_res_graph.valid(v);
89.1170 - filter_res_graph.next(v))
89.1171 - {
89.1172 - typename FilterResGW::OutEdgeIt e;
89.1173 - filter_res_graph.first(e, v);
89.1174 - first_out_edges.set(v, e);
89.1175 - }
89.1176 - typedef ErasingFirstGraphWrapper<FilterResGW, typename FilterResGW::
89.1177 - template NodeMap<typename FilterResGW::OutEdgeIt> > ErasingResGW;
89.1178 - ErasingResGW erasing_res_graph(filter_res_graph, first_out_edges);
89.1179 -
89.1180 - bool __augment=true;
89.1181 -
89.1182 - while (__augment) {
89.1183 -
89.1184 - __augment=false;
89.1185 - //computing blocking flow with dfs
89.1186 - DfsIterator< ErasingResGW,
89.1187 - typename ErasingResGW::template NodeMap<bool> >
89.1188 - dfs(erasing_res_graph);
89.1189 - typename ErasingResGW::
89.1190 - template NodeMap<typename ErasingResGW::OutEdgeIt>
89.1191 - pred(erasing_res_graph);
89.1192 - pred.set(s, INVALID);
89.1193 - //invalid iterators for sources
89.1194 -
89.1195 - typename ErasingResGW::template NodeMap<Num>
89.1196 - free1(erasing_res_graph);
89.1197 -
89.1198 - dfs.pushAndSetReached
89.1199 - ///\bug lemon 0.2
89.1200 - (typename ErasingResGW::Node
89.1201 - (typename FilterResGW::Node
89.1202 - (typename ResGW::Node(s)
89.1203 - )
89.1204 - )
89.1205 - );
89.1206 - while (!dfs.finished()) {
89.1207 - ++dfs;
89.1208 - if (erasing_res_graph.valid(typename ErasingResGW::OutEdgeIt(dfs)))
89.1209 - {
89.1210 - if (dfs.isBNodeNewlyReached()) {
89.1211 -
89.1212 - typename ErasingResGW::Node v=erasing_res_graph.aNode(dfs);
89.1213 - typename ErasingResGW::Node w=erasing_res_graph.bNode(dfs);
89.1214 -
89.1215 - pred.set(w, /*typename ErasingResGW::OutEdgeIt*/(dfs));
89.1216 - if (erasing_res_graph.valid(pred[v])) {
89.1217 - free1.set
89.1218 - (w, std::min(free1[v], res_graph.resCap
89.1219 - (typename ErasingResGW::OutEdgeIt(dfs))));
89.1220 - } else {
89.1221 - free1.set
89.1222 - (w, res_graph.resCap
89.1223 - (typename ErasingResGW::OutEdgeIt(dfs)));
89.1224 - }
89.1225 -
89.1226 - if (w==t) {
89.1227 - __augment=true;
89.1228 - _augment=true;
89.1229 - break;
89.1230 - }
89.1231 - } else {
89.1232 - erasing_res_graph.erase(dfs);
89.1233 - }
89.1234 - }
89.1235 - }
89.1236 -
89.1237 - if (__augment) {
89.1238 - typename ErasingResGW::Node
89.1239 - n=typename FilterResGW::Node(typename ResGW::Node(t));
89.1240 - // typename ResGW::NodeMap<Num> a(res_graph);
89.1241 - // typename ResGW::Node b;
89.1242 - // Num j=a[b];
89.1243 - // typename FilterResGW::NodeMap<Num> a1(filter_res_graph);
89.1244 - // typename FilterResGW::Node b1;
89.1245 - // Num j1=a1[b1];
89.1246 - // typename ErasingResGW::NodeMap<Num> a2(erasing_res_graph);
89.1247 - // typename ErasingResGW::Node b2;
89.1248 - // Num j2=a2[b2];
89.1249 - Num augment_value=free1[n];
89.1250 - while (erasing_res_graph.valid(pred[n])) {
89.1251 - typename ErasingResGW::OutEdgeIt e=pred[n];
89.1252 - res_graph.augment(e, augment_value);
89.1253 - n=erasing_res_graph.source(e);
89.1254 - if (res_graph.resCap(e)==0)
89.1255 - erasing_res_graph.erase(e);
89.1256 - }
89.1257 - }
89.1258 -
89.1259 - } //while (__augment)
89.1260 -
89.1261 - status=AFTER_AUGMENTING;
89.1262 - return _augment;
89.1263 - }
89.1264 -
89.1265 -
89.1266 -} //namespace lemon
89.1267 -
89.1268 -#endif //LEMON_MAX_FLOW_H
89.1269 -
89.1270 -
89.1271 -
89.1272 -
90.1 --- a/src/work/jacint/max_flow_bug.cc Sun Apr 17 18:57:22 2005 +0000
90.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
90.3 @@ -1,163 +0,0 @@
90.4 -#include <iostream>
90.5 -
90.6 -//#include <lemon/list_graph.h>
90.7 -#include <sage_graph.h>
90.8 -#include <lemon/dimacs.h>
90.9 -#include <lemon/max_flow.h>
90.10 -//#include <max_flow_no_stack.h>
90.11 -#include <lemon/time_measure.h>
90.12 -
90.13 -using namespace lemon;
90.14 -
90.15 -int main(int, char **) {
90.16 -
90.17 -// typedef ListGraph Graph;
90.18 - typedef SageGraph Graph;
90.19 -
90.20 - typedef Graph::Node Node;
90.21 - typedef Graph::EdgeIt EdgeIt;
90.22 -
90.23 - Graph G;
90.24 - Node s, t;
90.25 - Graph::EdgeMap<int> cap(G);
90.26 - Graph::EdgeMap<int> flow(G,0);
90.27 -
90.28 - readDimacs(std::cin, G, cap, s, t, flow);
90.29 - Timer ts;
90.30 -
90.31 - std::cout <<
90.32 - "\n Running max_flow.h on a graph with " <<
90.33 - G.nodeNum() << " nodes and " << G.edgeNum() << " edges..."
90.34 - << std::endl<<std::endl;
90.35 -
90.36 -
90.37 - MaxFlow<Graph, int> max_flow_test_no_stack(G, s, t, cap, flow);
90.38 - ts.reset();
90.39 - max_flow_test_no_stack.preflowPhase1(MaxFlow<Graph, int>::PRE_FLOW);
90.40 - std::cout << "Elapsed time of run() without stack: " << std::endl
90.41 - <<ts << std::endl;
90.42 -
90.43 - Graph::NodeMap<bool> mincut(G);
90.44 - max_flow_test_no_stack.minMinCut(mincut);
90.45 - int min_min_cut_value=0;
90.46 - EdgeIt e;
90.47 - for(G.first(e); G.valid(e); G.next(e)) {
90.48 - if (mincut[G.source(e)] && !mincut[G.target(e)]) min_min_cut_value+=cap[e];
90.49 - }
90.50 -
90.51 - Graph::NodeMap<bool> cut(G);
90.52 - max_flow_test_no_stack.minCut(cut);
90.53 - int min_cut_value=0;
90.54 - for(G.first(e); G.valid(e); G.next(e)) {
90.55 - if (cut[G.source(e)] && !cut[G.target(e)])
90.56 - min_cut_value+=cap[e];
90.57 - }
90.58 -
90.59 - Graph::NodeMap<bool> maxcut(G);
90.60 - max_flow_test_no_stack.maxMinCut(maxcut);
90.61 - int max_min_cut_value=0;
90.62 - for(G.first(e); G.valid(e); G.next(e)) {
90.63 - if (maxcut[G.source(e)] && !maxcut[G.target(e)])
90.64 - max_min_cut_value+=cap[e];
90.65 - }
90.66 -
90.67 - std::cout << "\n Checking the result without stack: " <<std::endl;
90.68 - std::cout << "Flow value: "<< max_flow_test_no_stack.flowValue() << std::endl;
90.69 - std::cout << "Min cut value: "<< min_cut_value << std::endl;
90.70 - std::cout << "Min min cut value: "<< min_min_cut_value << std::endl;
90.71 - std::cout << "Max min cut value: "<< max_min_cut_value <<
90.72 - std::endl;
90.73 -
90.74 - if ( max_flow_test_no_stack.flowValue() == min_cut_value &&
90.75 - min_cut_value == min_min_cut_value &&
90.76 - min_min_cut_value == max_min_cut_value )
90.77 - std::cout << "They are equal! " <<std::endl<< std::endl<<"\n";
90.78 -
90.79 - /*
90.80 -
90.81 - Graph::EdgeMap<int> flow2(G,0);
90.82 - std::cout << "Calling setFlow() " << std::endl
90.83 - << ts << std::endl;
90.84 - max_flow_test.setFlow(flow2);
90.85 - ts.reset();
90.86 - max_flow_test.preflow(max_flow_test.PRE_FLOW);
90.87 - std::cout << "Elapsed time of preflow(PRE_FLOW) starting from the zero flow: " << std::endl
90.88 - << ts << std::endl;
90.89 -
90.90 - Graph::NodeMap<bool> mincut2(G);
90.91 - max_flow_test.minMinCut(mincut2);
90.92 - int min_min_cut_value2=0;
90.93 - for(G.first(e); G.valid(e); G.next(e)) {
90.94 - if (mincut2[G.source(e)] && !mincut2[G.target(e)]) min_min_cut_value2+=cap[e];
90.95 - }
90.96 -
90.97 - Graph::NodeMap<bool> cut2(G);
90.98 - max_flow_test.minCut(cut2);
90.99 - int min_cut_value2=0;
90.100 - for(G.first(e); G.valid(e); G.next(e)) {
90.101 - if (cut2[G.source(e)] && !cut2[G.target(e)])
90.102 - min_cut_value2+=cap[e];
90.103 - }
90.104 -
90.105 - Graph::NodeMap<bool> maxcut2(G);
90.106 - max_flow_test.maxMinCut(maxcut2);
90.107 - int max_min_cut_value2=0;
90.108 - for(G.first(e); G.valid(e); G.next(e)) {
90.109 - if (maxcut2[G.source(e)] && !maxcut2[G.target(e)])
90.110 - max_min_cut_value2+=cap[e];
90.111 - }
90.112 -
90.113 - std::cout << "\n Checking the result: " <<std::endl;
90.114 - std::cout << "Flow value: "<< max_flow_test.flowValue() << std::endl;
90.115 - std::cout << "Min cut value: "<< min_cut_value2 << std::endl;
90.116 - std::cout << "Min min cut value: "<< min_min_cut_value2 << std::endl;
90.117 - std::cout << "Max min cut value: "<< max_min_cut_value2 <<
90.118 - std::endl;
90.119 - if ( max_flow_test.flowValue() == min_cut_value &&
90.120 - min_cut_value == min_min_cut_value &&
90.121 - min_min_cut_value == max_min_cut_value )
90.122 - std::cout << "They are equal! " <<std::endl;
90.123 -
90.124 -
90.125 - MaxFlow<Graph, int> max_flow_test3(G, s, t, cap, flow2);
90.126 - max_flow_test3.run(max_flow_test3.GEN_FLOW);
90.127 - std::cout << "Calling run(GEN_FLOW) from the max flow found before. " <<std::endl;
90.128 -
90.129 - Graph::NodeMap<bool> mincut3(G);
90.130 - max_flow_test3.minMinCut(mincut3);
90.131 - int min_min_cut_value3=0;
90.132 - for(G.first(e); G.valid(e); G.next(e)) {
90.133 - if (mincut3[G.source(e)] && !mincut3[G.target(e)]) min_min_cut_value3+=cap[e];
90.134 - }
90.135 -
90.136 - Graph::NodeMap<bool> cut3(G);
90.137 - max_flow_test3.minCut(cut3);
90.138 - int min_cut_value3=0;
90.139 - for(G.first(e); G.valid(e); G.next(e)) {
90.140 - if (cut3[G.source(e)] && !cut3[G.target(e)])
90.141 - min_cut_value3+=cap[e];
90.142 - }
90.143 -
90.144 - Graph::NodeMap<bool> maxcut3(G);
90.145 - max_flow_test3.maxMinCut(maxcut3);
90.146 - int max_min_cut_value3=0;
90.147 - for(G.first(e); G.valid(e); G.next(e)) {
90.148 - if (maxcut3[G.source(e)] && !maxcut3[G.target(e)])
90.149 - max_min_cut_value3+=cap[e];
90.150 - }
90.151 -
90.152 - std::cout << "\n Checking the result: " <<std::endl;
90.153 - std::cout << "Flow value: "<< max_flow_test3.flowValue() << std::endl;
90.154 - std::cout << "Min cut value: "<< min_cut_value3 << std::endl;
90.155 - std::cout << "Min min cut value: "<< min_min_cut_value3 << std::endl;
90.156 - std::cout << "Max min cut value: "<< max_min_cut_value3 <<
90.157 - std::endl;
90.158 -
90.159 - if ( max_flow_test3.flowValue() == min_cut_value3 &&
90.160 - min_cut_value3 == min_min_cut_value3 &&
90.161 - min_min_cut_value3 == max_min_cut_value3 )
90.162 - std::cout << "They are equal! " <<std::endl<< std::endl<<"\n";
90.163 - */
90.164 -
90.165 - return 0;
90.166 -}
91.1 --- a/src/work/jacint/max_flow_test.cc Sun Apr 17 18:57:22 2005 +0000
91.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
91.3 @@ -1,166 +0,0 @@
91.4 -#include <iostream>
91.5 -
91.6 -#include <lemon/list_graph.h>
91.7 -#include <lemon/dimacs.h>
91.8 -#include <max_flow.h>
91.9 -#include <max_flow_no_stack.h>
91.10 -#include <lemon/time_measure.h>
91.11 -
91.12 -using namespace lemon;
91.13 -
91.14 -int main(int, char **) {
91.15 -
91.16 - typedef ListGraph Graph;
91.17 -
91.18 - typedef Graph::Node Node;
91.19 - typedef Graph::EdgeIt EdgeIt;
91.20 -
91.21 - Graph G;
91.22 - Node s, t;
91.23 - Graph::EdgeMap<int> cap(G);
91.24 - readDimacs(std::cin, G, cap, s, t);
91.25 - Timer ts;
91.26 -
91.27 - std::cout <<
91.28 - "\n Running max_flow.h on a graph with " <<
91.29 - G.nodeNum() << " nodes and " << G.edgeNum() << " edges..."
91.30 - << std::endl<<std::endl;
91.31 -
91.32 - Graph::EdgeMap<int> flowstack(G,0);
91.33 - MaxFlow<Graph, int> max_flow_test(G, s, t, cap, flowstack);
91.34 - ts.reset();
91.35 - max_flow_test.run();
91.36 - std::cout << "Elapsed time of run() with stl stack: " << std::endl
91.37 - <<ts << std::endl;
91.38 -
91.39 - Graph::EdgeMap<int> flow(G,0);
91.40 - MaxFlowNoStack<Graph, int> max_flow_test_no_stack(G, s, t, cap, flow);
91.41 - ts.reset();
91.42 - max_flow_test_no_stack.run();
91.43 - std::cout << "Elapsed time of run() without stack: " << std::endl
91.44 - <<ts << std::endl;
91.45 -
91.46 - Graph::NodeMap<bool> mincut(G);
91.47 - max_flow_test_no_stack.minMinCut(mincut);
91.48 - int min_min_cut_value=0;
91.49 - EdgeIt e;
91.50 - for(G.first(e); G.valid(e); G.next(e)) {
91.51 - if (mincut[G.source(e)] && !mincut[G.target(e)]) min_min_cut_value+=cap[e];
91.52 - }
91.53 -
91.54 - Graph::NodeMap<bool> cut(G);
91.55 - max_flow_test_no_stack.minCut(cut);
91.56 - int min_cut_value=0;
91.57 - for(G.first(e); G.valid(e); G.next(e)) {
91.58 - if (cut[G.source(e)] && !cut[G.target(e)])
91.59 - min_cut_value+=cap[e];
91.60 - }
91.61 -
91.62 - Graph::NodeMap<bool> maxcut(G);
91.63 - max_flow_test_no_stack.maxMinCut(maxcut);
91.64 - int max_min_cut_value=0;
91.65 - for(G.first(e); G.valid(e); G.next(e)) {
91.66 - if (maxcut[G.source(e)] && !maxcut[G.target(e)])
91.67 - max_min_cut_value+=cap[e];
91.68 - }
91.69 -
91.70 - std::cout << "\n Checking the result without stack: " <<std::endl;
91.71 - std::cout << "Flow value: "<< max_flow_test_no_stack.flowValue() << std::endl;
91.72 - std::cout << "Min cut value: "<< min_cut_value << std::endl;
91.73 - std::cout << "Min min cut value: "<< min_min_cut_value << std::endl;
91.74 - std::cout << "Max min cut value: "<< max_min_cut_value <<
91.75 - std::endl;
91.76 -
91.77 - if ( max_flow_test_no_stack.flowValue() == min_cut_value &&
91.78 - min_cut_value == min_min_cut_value &&
91.79 - min_min_cut_value == max_min_cut_value )
91.80 - std::cout << "They are equal! " <<std::endl<< std::endl<<"\n";
91.81 -
91.82 - /*
91.83 -
91.84 - Graph::EdgeMap<int> flow2(G,0);
91.85 - std::cout << "Calling resetFlow() " << std::endl
91.86 - << ts << std::endl;
91.87 - max_flow_test.setFlow(flow2);
91.88 - ts.reset();
91.89 - max_flow_test.preflow(max_flow_test.PRE_FLOW);
91.90 - std::cout << "Elapsed time of preflow(PRE_FLOW) starting from the zero flow: " << std::endl
91.91 - << ts << std::endl;
91.92 -
91.93 - Graph::NodeMap<bool> mincut2(G);
91.94 - max_flow_test.minMinCut(mincut2);
91.95 - int min_min_cut_value2=0;
91.96 - for(G.first(e); G.valid(e); G.next(e)) {
91.97 - if (mincut2[G.source(e)] && !mincut2[G.target(e)]) min_min_cut_value2+=cap[e];
91.98 - }
91.99 -
91.100 - Graph::NodeMap<bool> cut2(G);
91.101 - max_flow_test.minCut(cut2);
91.102 - int min_cut_value2=0;
91.103 - for(G.first(e); G.valid(e); G.next(e)) {
91.104 - if (cut2[G.source(e)] && !cut2[G.target(e)])
91.105 - min_cut_value2+=cap[e];
91.106 - }
91.107 -
91.108 - Graph::NodeMap<bool> maxcut2(G);
91.109 - max_flow_test.maxMinCut(maxcut2);
91.110 - int max_min_cut_value2=0;
91.111 - for(G.first(e); G.valid(e); G.next(e)) {
91.112 - if (maxcut2[G.source(e)] && !maxcut2[G.target(e)])
91.113 - max_min_cut_value2+=cap[e];
91.114 - }
91.115 -
91.116 - std::cout << "\n Checking the result: " <<std::endl;
91.117 - std::cout << "Flow value: "<< max_flow_test.flowValue() << std::endl;
91.118 - std::cout << "Min cut value: "<< min_cut_value2 << std::endl;
91.119 - std::cout << "Min min cut value: "<< min_min_cut_value2 << std::endl;
91.120 - std::cout << "Max min cut value: "<< max_min_cut_value2 <<
91.121 - std::endl;
91.122 - if ( max_flow_test.flowValue() == min_cut_value &&
91.123 - min_cut_value == min_min_cut_value &&
91.124 - min_min_cut_value == max_min_cut_value )
91.125 - std::cout << "They are equal! " <<std::endl;
91.126 -
91.127 -
91.128 - MaxFlow<Graph, int> max_flow_test3(G, s, t, cap, flow2);
91.129 - max_flow_test3.run(max_flow_test3.GEN_FLOW);
91.130 - std::cout << "Calling run(GEN_FLOW) from the max flow found before. " <<std::endl;
91.131 -
91.132 - Graph::NodeMap<bool> mincut3(G);
91.133 - max_flow_test3.minMinCut(mincut3);
91.134 - int min_min_cut_value3=0;
91.135 - for(G.first(e); G.valid(e); G.next(e)) {
91.136 - if (mincut3[G.source(e)] && !mincut3[G.target(e)]) min_min_cut_value3+=cap[e];
91.137 - }
91.138 -
91.139 - Graph::NodeMap<bool> cut3(G);
91.140 - max_flow_test3.minCut(cut3);
91.141 - int min_cut_value3=0;
91.142 - for(G.first(e); G.valid(e); G.next(e)) {
91.143 - if (cut3[G.source(e)] && !cut3[G.target(e)])
91.144 - min_cut_value3+=cap[e];
91.145 - }
91.146 -
91.147 - Graph::NodeMap<bool> maxcut3(G);
91.148 - max_flow_test3.maxMinCut(maxcut3);
91.149 - int max_min_cut_value3=0;
91.150 - for(G.first(e); G.valid(e); G.next(e)) {
91.151 - if (maxcut3[G.source(e)] && !maxcut3[G.target(e)])
91.152 - max_min_cut_value3+=cap[e];
91.153 - }
91.154 -
91.155 - std::cout << "\n Checking the result: " <<std::endl;
91.156 - std::cout << "Flow value: "<< max_flow_test3.flowValue() << std::endl;
91.157 - std::cout << "Min cut value: "<< min_cut_value3 << std::endl;
91.158 - std::cout << "Min min cut value: "<< min_min_cut_value3 << std::endl;
91.159 - std::cout << "Max min cut value: "<< max_min_cut_value3 <<
91.160 - std::endl;
91.161 -
91.162 - if ( max_flow_test3.flowValue() == min_cut_value3 &&
91.163 - min_cut_value3 == min_min_cut_value3 &&
91.164 - min_min_cut_value3 == max_min_cut_value3 )
91.165 - std::cout << "They are equal! " <<std::endl<< std::endl<<"\n";
91.166 - */
91.167 -
91.168 - return 0;
91.169 -}
92.1 --- a/src/work/jacint/max_matching.cc Sun Apr 17 18:57:22 2005 +0000
92.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
92.3 @@ -1,270 +0,0 @@
92.4 -///Generates a random graph, and tests max_matching.h on it.
92.5 -#include <iostream>
92.6 -#include <queue>
92.7 -#include <math.h>
92.8 -
92.9 -#include <list_graph.h>
92.10 -#include <dimacs.h>
92.11 -#include <graph_gen.h>
92.12 -#include <max_matching.h>
92.13 -#include <time_measure.h>
92.14 -#include <graph_wrapper.h>
92.15 -
92.16 -using namespace lemon;
92.17 -
92.18 -int main(int, char **) {
92.19 -
92.20 - typedef UndirGraph<ListGraph> UGW;
92.21 - typedef UGW::Edge Edge;
92.22 - typedef UGW::EdgeIt EdgeIt;
92.23 - typedef UGW::OutEdgeIt OutEdgeIt;
92.24 - typedef UGW::NodeIt NodeIt;
92.25 - typedef UGW::Node Node;
92.26 -
92.27 - UGW G;
92.28 -
92.29 - // random_init(); //If you want to use a random graph with a random
92.30 - // number of edges and nodes.
92.31 -
92.32 - int i;
92.33 - int j;
92.34 - std::cout<<"Number of nodes: ";
92.35 - std::cin >> i;
92.36 - std::cout<<"Number of edges: ";
92.37 - std::cin >> j;
92.38 -
92.39 - // readDimacs(std::cin, G);
92.40 - randomGraph(G, i, j );
92.41 -
92.42 - Timer ts;
92.43 - bool noerror=true;
92.44 -
92.45 - std::cout <<
92.46 - "\n Testing max_matching.h on a random graph with " <<
92.47 - G.nodeNum() << " nodes and " << G.edgeNum() << " edges...\n"
92.48 - << std::endl;
92.49 - MaxMatching<UGW> max_matching(G);
92.50 -
92.51 -
92.52 - std::cout <<
92.53 - "Running the plain edmonds algorithm runEdmonds(0) using no heuristic... "
92.54 - <<std::endl;
92.55 - ts.reset();
92.56 - max_matching.runEdmonds(0);
92.57 - std::cout<<"Elapsed time: "<<ts<<std::endl;
92.58 - int s=0;
92.59 - UGW::NodeMap<Node> mate(G,INVALID);
92.60 - max_matching.writeNMapNode(mate);
92.61 - NodeIt v;
92.62 - for(G.first(v); G.valid(v); G.next(v) ) {
92.63 - if ( G.valid(mate[v]) ) {
92.64 - ++s;
92.65 - }
92.66 - }
92.67 - int size=(int)s/2; //size will be used as the size of a maxmatching
92.68 - std::cout << size << " is the size of the matching found by runEdmonds(0),"<<std::endl;
92.69 - if ( size == max_matching.size() ) {
92.70 - std::cout<< "which equals to the size of the actual matching reported by size().\n"<< std::endl;
92.71 - } else {
92.72 - std::cout<< "which does not equal to the size of the actual matching reported by size()!\n"<< std::endl;
92.73 - noerror=false;
92.74 - }
92.75 -
92.76 -
92.77 - std::cout<<"Writing the position by calling writePos...";
92.78 - UGW::NodeMap<MaxMatching<UGW>::pos_enum> pos0(G);
92.79 - max_matching.writePos(pos0);
92.80 - std::cout << "OK" << std::endl;
92.81 -
92.82 -
92.83 - std::cout << "Resetting the matching and the position by calling"<< std::endl;
92.84 - std::cout<<"resetPos() and resetMatching()...";
92.85 - max_matching.resetPos();
92.86 - max_matching.resetMatching();
92.87 - std::cout <<"OK" << std::endl;
92.88 -
92.89 -
92.90 - std::cout << "\nRunning runEdmonds(1) using the 'postpone shrink' heuristic ... " <<std::endl;
92.91 - ts.reset();
92.92 - max_matching.runEdmonds(1);
92.93 - std::cout<<"Elapsed time: "<<ts<<std::endl;
92.94 - s=0;
92.95 - max_matching.writeNMapNode(mate);
92.96 - for(G.first(v); G.valid(v); G.next(v) ) {
92.97 - if ( G.valid(mate[v]) ) {
92.98 - ++s;
92.99 - }
92.100 - }
92.101 - std::cout << (int)s/2 <<
92.102 - " is the size of the matching found by runEdmonds(1),"<<std::endl;
92.103 - if ( (int)s/2 == size ) {
92.104 - std::cout<< "which equals to the size of the matching found by runEdmonds(0)."<< std::endl;
92.105 - } else {
92.106 - std::cout<< "which does not equal to the size of the matching found by runEdmonds(0)!"<< std::endl;
92.107 - noerror=false;
92.108 - }
92.109 - UGW::NodeMap<MaxMatching<UGW>::pos_enum> pos1(G);
92.110 - max_matching.writePos(pos1);
92.111 -
92.112 -
92.113 - std::cout << "\nStarting run() from the matching given by runEdmonds(1)... " <<std::endl;
92.114 - max_matching.resetPos();
92.115 - ts.reset();
92.116 - max_matching.run();
92.117 - std::cout<<"Elapsed time: "<<ts<<std::endl;
92.118 - s=0;
92.119 - max_matching.writeNMapNode(mate);
92.120 - for(G.first(v); G.valid(v); G.next(v) ) {
92.121 - if ( G.valid(mate[v]) ) {
92.122 - ++s;
92.123 - }
92.124 - }
92.125 - if ( (int)s/2 == size ) {
92.126 - std::cout<< "Found a matching of proper size."<< std::endl;
92.127 - } else {
92.128 - std::cout<< "Found a matching of inproper size!"<< std::endl;
92.129 - noerror=false;
92.130 - }
92.131 - UGW::NodeMap<MaxMatching<UGW>::pos_enum> pos2(G);
92.132 - max_matching.writePos(pos2);
92.133 -
92.134 -
92.135 - std::cout << "\nCalling resetPos() and resetMatching()...";
92.136 - max_matching.resetPos();
92.137 - max_matching.resetMatching();
92.138 - std::cout<<"OK"<<std::endl;
92.139 - std::cout <<"Calling greedyMatching() and then runEdmonds(1)... " <<std::endl;
92.140 - ts.reset();
92.141 - max_matching.run();
92.142 - std::cout<<"Elapsed time: "<<ts<<std::endl;
92.143 - s=0;
92.144 - max_matching.writeNMapNode(mate);
92.145 - for(G.first(v); G.valid(v); G.next(v) ) {
92.146 - if ( G.valid(mate[v]) ) {
92.147 - ++s;
92.148 - }
92.149 - }
92.150 - std::cout << (int)s/2 << " is the size of the matching found by run(),"<<std::endl;
92.151 - if ( (int)s/2 == size ) {
92.152 - std::cout<< "which equals to the size of the matching found by runEdmonds(0)."<< std::endl;
92.153 - } else {
92.154 - std::cout<< "which does not equal to the size of the matching found by runEdmonds(0)!"<< std::endl;
92.155 - noerror=false;
92.156 - }
92.157 - UGW::NodeMap<MaxMatching<UGW>::pos_enum> pos(G);
92.158 - max_matching.writePos(pos);
92.159 -
92.160 -
92.161 - std::cout<<"\nChecking if the output is a matching...";
92.162 - bool ismatching=true;
92.163 - for(G.first(v); G.valid(v); G.next(v) )
92.164 - if ( G.valid(mate[v]) ) {
92.165 - Node u=mate[v];
92.166 - if (mate[u]!=v) ismatching=false;
92.167 - }
92.168 - if ( ismatching ) std::cout<<"OK"<<std::endl;
92.169 - else std::cout<< "It is not a matching!"<< std::endl;
92.170 - noerror = noerror && ismatching;
92.171 -
92.172 -
92.173 - std::cout<<"\nChecking the dual..."<<std::endl;
92.174 -
92.175 - std::cout<<"Checking if the four position outputs coincide...";
92.176 - bool coincide=true;
92.177 - int err_node=0;
92.178 - for(G.first(v); G.valid(v); G.next(v) ) {
92.179 - if ( pos0[v] != pos1[v] || pos1[v]!=pos2[v] || pos2[v]!=pos[v] ) {
92.180 - ++err_node;
92.181 - coincide=false;
92.182 - }
92.183 - }
92.184 - if ( coincide ) std::cout << "OK" <<std::endl;
92.185 - else {
92.186 - std::cout << "They do not coincide! Number of erroneous nodes: "
92.187 - << err_node << std::endl;
92.188 - }
92.189 - noerror=noerror && coincide;
92.190 -
92.191 -
92.192 - std::cout<<"Checking if there is no edge between D and C...";
92.193 - bool noedge=true;
92.194 - EdgeIt e;
92.195 - for(G.first(e); G.valid(e); G.next(e) ) {
92.196 - if ( (pos[G.target(e)]==max_matching.C && pos[G.source(e)]==max_matching.D) ||
92.197 - (pos[G.target(e)]==max_matching.D && pos[G.source(e)]==max_matching.C) )
92.198 - noedge=false;
92.199 - }
92.200 - if ( noedge ) std::cout<<"OK"<<std::endl;
92.201 - else std::cout<< "There are edges between D and C!"<< std::endl;
92.202 - noerror = noerror && noedge;
92.203 -
92.204 -
92.205 - std::cout<<"Checking if all the components of G[D] are odd...";
92.206 - bool oddcomp=true;
92.207 - UGW::NodeMap<bool> todo(G,true);
92.208 - int num_comp=0;
92.209 - for(G.first(v); G.valid(v); G.next(v) ) {
92.210 - if ( pos[v]==max_matching.D && todo[v] ) {
92.211 - int comp_size=1;
92.212 - ++num_comp;
92.213 - std::queue<Node> Q;
92.214 - Q.push(v);
92.215 - todo.set(v,false);
92.216 - while (!Q.empty()) {
92.217 - Node w=Q.front();
92.218 - Q.pop();
92.219 - OutEdgeIt e;
92.220 - for(G.first(e,w); G.valid(e); G.next(e)) {
92.221 - Node u=G.bNode(e);
92.222 - if ( pos[u]==max_matching.D && todo[u] ) {
92.223 - ++comp_size;
92.224 - Q.push(u);
92.225 - todo.set(u,false);
92.226 - }
92.227 - }
92.228 - }
92.229 - if ( !(comp_size % 2) ) oddcomp=false;
92.230 - }
92.231 - }
92.232 - std::cout << "\n found " << num_comp << " component(s) of G[D],";
92.233 - if ( oddcomp ) std::cout<<" each is odd."<<std::endl;
92.234 - else std::cout<< " but not all are odd!"<< std::endl;
92.235 - noerror = noerror && oddcomp;
92.236 -
92.237 -
92.238 - int barrier=0;
92.239 - for(G.first(v); G.valid(v); G.next(v) )
92.240 - if ( pos[v]==max_matching.A ) ++barrier;
92.241 - std::cout << barrier << " is the number of nodes in A (i.e. the size of the barrier), so" << std::endl;
92.242 - std::cout << num_comp - barrier << " is the deficiency of the graph, and hence" << std::endl;
92.243 - int expected_size=(int)(G.nodeNum()-num_comp+barrier)/2;
92.244 - std::cout << expected_size << " should be the size of the maximum matching," << std::endl;
92.245 - if ( size==expected_size )
92.246 - std::cout<<"which equals to the number of vertices missed by the found matching!"<<std::endl;
92.247 - else {
92.248 - std::cout<<"which does not equal to the number of vertices missed by the matchings found!"
92.249 - <<std::endl;
92.250 - noerror=false;
92.251 - }
92.252 -
92.253 -
92.254 - if ( num_comp == 1 && barrier == 0 )
92.255 - std::cout<<"\nThis graph is factor-critical."<<std::endl;
92.256 - if ( num_comp == 0 && barrier == 0 )
92.257 - std::cout<<"\nThis graph has a perfect matching."<<std::endl;
92.258 -
92.259 -
92.260 - if( noerror ) std::cout<<"\nNo errors found.\n"<<std::endl;
92.261 - else std::cout<<"\nSome errors found!\n"<<std::endl;
92.262 -
92.263 - return 0;
92.264 -}
92.265 -
92.266 -
92.267 -
92.268 -
92.269 -
92.270 -
92.271 -
92.272 -
92.273 -
93.1 --- a/src/work/jacint/max_matching.h Sun Apr 17 18:57:22 2005 +0000
93.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
93.3 @@ -1,569 +0,0 @@
93.4 -// -*- C++ -*-
93.5 -#ifndef LEMON_MAX_MATCHING_H
93.6 -#define LEMON_MAX_MATCHING_H
93.7 -
93.8 -///\ingroup galgs
93.9 -///\file
93.10 -///\brief Maximum matching algorithm.
93.11 -
93.12 -#include <queue>
93.13 -
93.14 -#include <invalid.h>
93.15 -#include <unionfind.h>
93.16 -
93.17 -namespace lemon {
93.18 -
93.19 - /// \addtogroup galgs
93.20 - /// @{
93.21 -
93.22 - ///Maximum matching algorithms class.
93.23 -
93.24 - ///This class provides Edmonds' alternating forest matching
93.25 - ///algorithm. The starting matching (if any) can be passed to the
93.26 - ///algorithm using read-in functions \ref readNMapNode, \ref
93.27 - ///readNMapEdge or \ref readEMapBool depending on the container. The
93.28 - ///resulting maximum matching can be attained by write-out functions
93.29 - ///\ref writeNMapNode, \ref writeNMapEdge or \ref writeEMapBool
93.30 - ///depending on the preferred container.
93.31 - ///
93.32 - ///The dual side of a mathcing is a map of the nodes to
93.33 - ///MaxMatching::pos_enum, having values D, A and C showing the
93.34 - ///Gallai-Edmonds decomposition of the graph. The nodes in D induce
93.35 - ///a graph with factor-critical components, the nodes in A form the
93.36 - ///barrier, and the nodes in C induce a graph having a perfect
93.37 - ///matching. This decomposition can be attained by calling \ref
93.38 - ///writePos after running the algorithm. Before subsequent runs,
93.39 - ///the function \ref resetPos() must be called.
93.40 - ///
93.41 - ///\param Graph The undirected graph type the algorithm runs on.
93.42 - ///
93.43 - ///\author Jacint Szabo
93.44 - template <typename Graph>
93.45 - class MaxMatching {
93.46 - typedef typename Graph::Node Node;
93.47 - typedef typename Graph::Edge Edge;
93.48 - typedef typename Graph::EdgeIt EdgeIt;
93.49 - typedef typename Graph::NodeIt NodeIt;
93.50 - typedef typename Graph::OutEdgeIt OutEdgeIt;
93.51 -
93.52 - typedef UnionFindEnum<Node, Graph::template NodeMap> UFE;
93.53 -
93.54 - public:
93.55 -
93.56 - ///Indicates the Gallai-Edmonds decomposition of the graph.
93.57 -
93.58 - ///Indicates the Gallai-Edmonds decomposition of the graph, which
93.59 - ///shows an upper bound on the size of a maximum matching. The
93.60 - ///nodes with pos_enum \c D induce a graph with factor-critical
93.61 - ///components, the nodes in \c A form the canonical barrier, and the
93.62 - ///nodes in \c C induce a graph having a perfect matching.
93.63 - enum pos_enum {
93.64 - D=0,
93.65 - A=1,
93.66 - C=2
93.67 - };
93.68 -
93.69 - private:
93.70 -
93.71 - const Graph& G;
93.72 - typename Graph::template NodeMap<Node> mate;
93.73 - typename Graph::template NodeMap<pos_enum> position;
93.74 -
93.75 - public:
93.76 -
93.77 - MaxMatching(const Graph& _G) : G(_G), mate(_G,INVALID), position(_G,C) {}
93.78 -
93.79 - ///Runs Edmonds' algorithm.
93.80 -
93.81 - ///Runs Edmonds' algorithm for sparse graphs (edgeNum >=
93.82 - ///2*nodeNum), and a heuristical Edmonds' algorithm with a
93.83 - ///heuristic of postponing shrinks for dense graphs. \pre Before
93.84 - ///the subsequent calls \ref resetPos must be called.
93.85 - inline void run();
93.86 -
93.87 - ///Runs Edmonds' algorithm.
93.88 -
93.89 - ///If heur=0 it runs Edmonds' algorithm. If heur=1 it runs
93.90 - ///Edmonds' algorithm with a heuristic of postponing shrinks,
93.91 - ///giving a faster algorithm for dense graphs. \pre Before the
93.92 - ///subsequent calls \ref resetPos must be called.
93.93 - void runEdmonds( int heur );
93.94 -
93.95 - ///Finds a greedy matching starting from the actual matching.
93.96 -
93.97 - ///Starting form the actual matching stored, it finds a maximal
93.98 - ///greedy matching.
93.99 - void greedyMatching();
93.100 -
93.101 - ///Returns the size of the actual matching stored.
93.102 -
93.103 - ///Returns the size of the actual matching stored. After \ref
93.104 - ///run() it returns the size of a maximum matching in the graph.
93.105 - int size () const;
93.106 -
93.107 - ///Resets the map storing the Gallai-Edmonds decomposition.
93.108 -
93.109 - ///Resets the map storing the Gallai-Edmonds decomposition of the
93.110 - ///graph, making it possible to run the algorithm. Must be called
93.111 - ///before all runs of the Edmonds algorithm, except for the first
93.112 - ///run.
93.113 - void resetPos();
93.114 -
93.115 - ///Resets the actual matching to the empty matching.
93.116 -
93.117 - ///Resets the actual matching to the empty matching.
93.118 - ///
93.119 - void resetMatching();
93.120 -
93.121 - ///Reads a matching from a \c Node map of \c Nodes.
93.122 -
93.123 - ///Reads a matching from a \c Node map of \c Nodes. This map must be \e
93.124 - ///symmetric, i.e. if \c map[u]=v then \c map[v]=u must hold, and
93.125 - ///now \c uv is an edge of the matching.
93.126 - template<typename NMapN>
93.127 - void readNMapNode(NMapN& map) {
93.128 - NodeIt v;
93.129 - for( G.first(v); G.valid(v); G.next(v)) {
93.130 - mate.set(v,map[v]);
93.131 - }
93.132 - }
93.133 -
93.134 - ///Writes the stored matching to a \c Node map of \c Nodes.
93.135 -
93.136 - ///Writes the stored matching to a \c Node map of \c Nodes. The
93.137 - ///resulting map will be \e symmetric, i.e. if \c map[u]=v then \c
93.138 - ///map[v]=u will hold, and now \c uv is an edge of the matching.
93.139 - template<typename NMapN>
93.140 - void writeNMapNode (NMapN& map) const {
93.141 - NodeIt v;
93.142 - for( G.first(v); G.valid(v); G.next(v)) {
93.143 - map.set(v,mate[v]);
93.144 - }
93.145 - }
93.146 -
93.147 - ///Reads a matching from a \c Node map of \c Edges.
93.148 -
93.149 - ///Reads a matching from a \c Node map of incident \c Edges. This
93.150 - ///map must have the property that if \c G.bNode(map[u])=v then \c
93.151 - ///G.bNode(map[v])=u must hold, and now this edge is an edge of
93.152 - ///the matching.
93.153 - template<typename NMapE>
93.154 - void readNMapEdge(NMapE& map) {
93.155 - NodeIt v;
93.156 - for( G.first(v); G.valid(v); G.next(v)) {
93.157 - Edge e=map[v];
93.158 - if ( G.valid(e) )
93.159 - G.source(e) == v ? mate.set(v,G.target(e)) : mate.set(v,G.source(e));
93.160 - }
93.161 - }
93.162 -
93.163 - ///Writes the matching stored to a \c Node map of \c Edges.
93.164 -
93.165 - ///Writes the stored matching to a \c Node map of incident \c
93.166 - ///Edges. This map will have the property that if \c
93.167 - ///G.bNode(map[u])=v then \c G.bNode(map[v])=u holds, and now this
93.168 - ///edge is an edge of the matching.
93.169 - template<typename NMapE>
93.170 - void writeNMapEdge (NMapE& map) const {
93.171 - typename Graph::template NodeMap<bool> todo(G,false);
93.172 - NodeIt v;
93.173 - for( G.first(v); G.valid(v); G.next(v)) {
93.174 - if ( mate[v]!=INVALID ) todo.set(v,true);
93.175 - }
93.176 - NodeIt e;
93.177 - for( G.first(e); G.valid(e); G.next(e)) {
93.178 - if ( todo[G.target(e)] && todo[G.source(e)] ) {
93.179 - Node u=G.source(e);
93.180 - Node v=G.target(e);
93.181 - if ( mate[u]=v && mate[v]=u ) {
93.182 - map.set(u,e);
93.183 - map.set(v,e);
93.184 - todo.set(u,false);
93.185 - todo.set(v,false);
93.186 - }
93.187 - }
93.188 - }
93.189 - }
93.190 -
93.191 - ///Reads a matching from an \c Edge map of \c bools.
93.192 -
93.193 - ///Reads a matching from an \c Edge map of \c bools. This map must
93.194 - ///have the property that there are no two adjacent edges \c e, \c
93.195 - ///f with \c map[e]=map[f]=true. The edges \c e with \c
93.196 - ///map[e]=true form the matching.
93.197 - template<typename EMapB>
93.198 - void readEMapBool(EMapB& map) {
93.199 - EdgeIt e;
93.200 - for( G.first(e); G.valid(e); G.next(e)) {
93.201 - if ( G.valid(e) ) {
93.202 - Node u=G.source(e);
93.203 - Node v=G.target(e);
93.204 - mate.set(u,v);
93.205 - mate.set(v,u);
93.206 - }
93.207 - }
93.208 - }
93.209 -
93.210 -
93.211 - ///Writes the matching stored to an \c Edge map of \c bools.
93.212 -
93.213 - ///Writes the matching stored to an \c Edge map of \c bools. This
93.214 - ///map will have the property that there are no two adjacent edges
93.215 - ///\c e, \c f with \c map[e]=map[f]=true. The edges \c e with \c
93.216 - ///map[e]=true form the matching.
93.217 - template<typename EMapB>
93.218 - void writeEMapBool (EMapB& map) const {
93.219 - typename Graph::template NodeMap<bool> todo(G,false);
93.220 - NodeIt v;
93.221 - for( G.first(v); G.valid(v); G.next(v)) {
93.222 - if ( mate[v]!=INVALID ) todo.set(v,true);
93.223 - }
93.224 -
93.225 - NodeIt e;
93.226 - for( G.first(e); G.valid(e); G.next(e)) {
93.227 - map.set(e,false);
93.228 - if ( todo[G.target(e)] && todo[G.source(e)] ) {
93.229 - Node u=G.source(e);
93.230 - Node v=G.target(e);
93.231 - if ( mate[u]=v && mate[v]=u ) {
93.232 - map.set(e,true);
93.233 - todo.set(u,false);
93.234 - todo.set(v,false);
93.235 - }
93.236 - }
93.237 - }
93.238 - }
93.239 -
93.240 - ///Writes the canonical decomposition of the graph after running
93.241 - ///the algorithm.
93.242 -
93.243 - ///After calling any run methods of the class, and before calling
93.244 - ///\ref resetPos(), it writes the Gallai-Edmonds canonical
93.245 - ///decomposition of the graph. \c map must be a node map
93.246 - ///of \ref pos_enum 's.
93.247 - template<typename NMapEnum>
93.248 - void writePos (NMapEnum& map) const {
93.249 - NodeIt v;
93.250 - for( G.first(v); G.valid(v); G.next(v)) map.set(v,position[v]);
93.251 - }
93.252 -
93.253 - private:
93.254 -
93.255 - void lateShrink(Node v, typename Graph::template NodeMap<Node>& ear,
93.256 - UFE& blossom, UFE& tree);
93.257 -
93.258 - void normShrink(Node v, typename Graph::NodeMap<Node>& ear,
93.259 - UFE& blossom, UFE& tree);
93.260 -
93.261 - bool noShrinkStep(Node x, typename Graph::NodeMap<Node>& ear,
93.262 - UFE& blossom, UFE& tree, std::queue<Node>& Q);
93.263 -
93.264 - void shrinkStep(Node& top, Node& middle, Node& bottom, typename Graph::NodeMap<Node>& ear,
93.265 - UFE& blossom, UFE& tree, std::queue<Node>& Q);
93.266 -
93.267 - void augment(Node x, typename Graph::NodeMap<Node>& ear,
93.268 - UFE& blossom, UFE& tree);
93.269 -
93.270 - };
93.271 -
93.272 -
93.273 - // **********************************************************************
93.274 - // IMPLEMENTATIONS
93.275 - // **********************************************************************
93.276 -
93.277 -
93.278 - template <typename Graph>
93.279 - void MaxMatching<Graph>::run() {
93.280 - if ( G.edgeNum() > 2*G.nodeNum() ) {
93.281 - greedyMatching();
93.282 - runEdmonds(1);
93.283 - } else runEdmonds(0);
93.284 - }
93.285 -
93.286 - template <typename Graph>
93.287 - void MaxMatching<Graph>::runEdmonds( int heur=1 ) {
93.288 -
93.289 - typename Graph::template NodeMap<Node> ear(G,INVALID);
93.290 - //undefined for the base nodes of the blossoms (i.e. for the
93.291 - //representative elements of UFE blossom) and for the nodes in C
93.292 -
93.293 - typename UFE::MapType blossom_base(G);
93.294 - UFE blossom(blossom_base);
93.295 - typename UFE::MapType tree_base(G);
93.296 - UFE tree(tree_base);
93.297 -
93.298 - NodeIt v;
93.299 - for( G.first(v); G.valid(v); G.next(v) ) {
93.300 - if ( position[v]==C && mate[v]==INVALID ) {
93.301 - blossom.insert(v);
93.302 - tree.insert(v);
93.303 - position.set(v,D);
93.304 - if ( heur == 1 ) lateShrink( v, ear, blossom, tree );
93.305 - else normShrink( v, ear, blossom, tree );
93.306 - }
93.307 - }
93.308 - }
93.309 -
93.310 - template <typename Graph>
93.311 - void MaxMatching<Graph>::lateShrink(Node v, typename Graph::template NodeMap<Node>& ear,
93.312 - UFE& blossom, UFE& tree) {
93.313 -
93.314 - std::queue<Node> Q; //queue of the totally unscanned nodes
93.315 - Q.push(v);
93.316 - std::queue<Node> R;
93.317 - //queue of the nodes which must be scanned for a possible shrink
93.318 -
93.319 - while ( !Q.empty() ) {
93.320 - Node x=Q.front();
93.321 - Q.pop();
93.322 - if ( noShrinkStep( x, ear, blossom, tree, Q ) ) return;
93.323 - else R.push(x);
93.324 - }
93.325 -
93.326 - while ( !R.empty() ) {
93.327 - Node x=R.front();
93.328 - R.pop();
93.329 -
93.330 - OutEdgeIt e;
93.331 - for( G.first(e,x); G.valid(e); G.next(e) ) {
93.332 - Node y=G.bNode(e);
93.333 -
93.334 - if ( position[y] == D && blossom.find(x) != blossom.find(y) ) {
93.335 - //x and y must be in the same tree
93.336 -
93.337 - typename Graph::template NodeMap<bool> path(G,false);
93.338 -
93.339 - Node b=blossom.find(x);
93.340 - path.set(b,true);
93.341 - b=mate[b];
93.342 - while ( b!=INVALID ) {
93.343 - b=blossom.find(ear[b]);
93.344 - path.set(b,true);
93.345 - b=mate[b];
93.346 - } //going till the root
93.347 -
93.348 - Node top=y;
93.349 - Node middle=blossom.find(top);
93.350 - Node bottom=x;
93.351 - while ( !path[middle] )
93.352 - shrinkStep(top, middle, bottom, ear, blossom, tree, Q);
93.353 -
93.354 - Node base=middle;
93.355 - top=x;
93.356 - middle=blossom.find(top);
93.357 - bottom=y;
93.358 - Node blossom_base=blossom.find(base);
93.359 - while ( middle!=blossom_base )
93.360 - shrinkStep(top, middle, bottom, ear, blossom, tree, Q);
93.361 -
93.362 - blossom.makeRep(base);
93.363 - } // if shrink is needed
93.364 -
93.365 - while ( !Q.empty() ) {
93.366 - Node x=Q.front();
93.367 - Q.pop();
93.368 - if ( noShrinkStep(x, ear, blossom, tree, Q) ) return;
93.369 - else R.push(x);
93.370 - }
93.371 - } //for e
93.372 - } // while ( !R.empty() )
93.373 - }
93.374 -
93.375 - template <typename Graph>
93.376 - void MaxMatching<Graph>::normShrink(Node v, typename Graph::NodeMap<Node>& ear,
93.377 - UFE& blossom, UFE& tree) {
93.378 -
93.379 - std::queue<Node> Q; //queue of the unscanned nodes
93.380 - Q.push(v);
93.381 - while ( !Q.empty() ) {
93.382 - Node x=Q.front();
93.383 - Q.pop();
93.384 -
93.385 - OutEdgeIt e;
93.386 - for( G.first(e,x); G.valid(e); G.next(e) ) {
93.387 - Node y=G.bNode(e);
93.388 -
93.389 - switch ( position[y] ) {
93.390 - case D: //x and y must be in the same tree
93.391 - if ( blossom.find(x) != blossom.find(y) ) { //shrink
93.392 - typename Graph::template NodeMap<bool> path(G,false);
93.393 -
93.394 - Node b=blossom.find(x);
93.395 - path.set(b,true);
93.396 - b=mate[b];
93.397 - while ( b!=INVALID ) {
93.398 - b=blossom.find(ear[b]);
93.399 - path.set(b,true);
93.400 - b=mate[b];
93.401 - } //going till the root
93.402 -
93.403 - Node top=y;
93.404 - Node middle=blossom.find(top);
93.405 - Node bottom=x;
93.406 - while ( !path[middle] )
93.407 - shrinkStep(top, middle, bottom, ear, blossom, tree, Q);
93.408 -
93.409 - Node base=middle;
93.410 - top=x;
93.411 - middle=blossom.find(top);
93.412 - bottom=y;
93.413 - Node blossom_base=blossom.find(base);
93.414 - while ( middle!=blossom_base )
93.415 - shrinkStep(top, middle, bottom, ear, blossom, tree, Q);
93.416 -
93.417 - blossom.makeRep(base);
93.418 - }
93.419 - break;
93.420 - case C:
93.421 - if ( mate[y]!=INVALID ) { //grow
93.422 - ear.set(y,x);
93.423 - Node w=mate[y];
93.424 - blossom.insert(w);
93.425 - position.set(y,A);
93.426 - position.set(w,D);
93.427 - tree.insert(y);
93.428 - tree.insert(w);
93.429 - tree.join(y,blossom.find(x));
93.430 - tree.join(w,y);
93.431 - Q.push(w);
93.432 - } else { //augment
93.433 - augment(x, ear, blossom, tree);
93.434 - mate.set(x,y);
93.435 - mate.set(y,x);
93.436 - return;
93.437 - } //if
93.438 - break;
93.439 - default: break;
93.440 - }
93.441 - }
93.442 - }
93.443 - }
93.444 -
93.445 - template <typename Graph>
93.446 - void MaxMatching<Graph>::greedyMatching() {
93.447 - NodeIt v;
93.448 - for( G.first(v); G.valid(v); G.next(v) )
93.449 - if ( mate[v]==INVALID ) {
93.450 - OutEdgeIt e;
93.451 - for( G.first(e,v); G.valid(e); G.next(e) ) {
93.452 - Node y=G.bNode(e);
93.453 - if ( mate[y]==INVALID && y!=v ) {
93.454 - mate.set(v,y);
93.455 - mate.set(y,v);
93.456 - break;
93.457 - }
93.458 - }
93.459 - }
93.460 - }
93.461 -
93.462 - template <typename Graph>
93.463 - int MaxMatching<Graph>::size() const {
93.464 - int s=0;
93.465 - NodeIt v;
93.466 - for(G.first(v); G.valid(v); G.next(v) ) {
93.467 - if ( G.valid(mate[v]) ) {
93.468 - ++s;
93.469 - }
93.470 - }
93.471 - return (int)s/2;
93.472 - }
93.473 -
93.474 - template <typename Graph>
93.475 - void MaxMatching<Graph>::resetPos() {
93.476 - NodeIt v;
93.477 - for( G.first(v); G.valid(v); G.next(v))
93.478 - position.set(v,C);
93.479 - }
93.480 -
93.481 - template <typename Graph>
93.482 - void MaxMatching<Graph>::resetMatching() {
93.483 - NodeIt v;
93.484 - for( G.first(v); G.valid(v); G.next(v))
93.485 - mate.set(v,INVALID);
93.486 - }
93.487 -
93.488 - template <typename Graph>
93.489 - bool MaxMatching<Graph>::noShrinkStep(Node x, typename Graph::NodeMap<Node>& ear,
93.490 - UFE& blossom, UFE& tree, std::queue<Node>& Q) {
93.491 - OutEdgeIt e;
93.492 - for( G.first(e,x); G.valid(e); G.next(e) ) {
93.493 - Node y=G.bNode(e);
93.494 -
93.495 - if ( position[y]==C ) {
93.496 - if ( mate[y]!=INVALID ) { //grow
93.497 - ear.set(y,x);
93.498 - Node w=mate[y];
93.499 - blossom.insert(w);
93.500 - position.set(y,A);
93.501 - position.set(w,D);
93.502 - tree.insert(y);
93.503 - tree.insert(w);
93.504 - tree.join(y,blossom.find(x));
93.505 - tree.join(w,y);
93.506 - Q.push(w);
93.507 - } else { //augment
93.508 - augment(x, ear, blossom, tree);
93.509 - mate.set(x,y);
93.510 - mate.set(y,x);
93.511 - return true;
93.512 - }
93.513 - }
93.514 - }
93.515 - return false;
93.516 - }
93.517 -
93.518 - template <typename Graph>
93.519 - void MaxMatching<Graph>::shrinkStep(Node& top, Node& middle, Node& bottom, typename Graph::NodeMap<Node>& ear,
93.520 - UFE& blossom, UFE& tree, std::queue<Node>& Q) {
93.521 - ear.set(top,bottom);
93.522 - Node t=top;
93.523 - while ( t!=middle ) {
93.524 - Node u=mate[t];
93.525 - t=ear[u];
93.526 - ear.set(t,u);
93.527 - }
93.528 - bottom=mate[middle];
93.529 - position.set(bottom,D);
93.530 - Q.push(bottom);
93.531 - top=ear[bottom];
93.532 - Node oldmiddle=middle;
93.533 - middle=blossom.find(top);
93.534 - tree.erase(bottom);
93.535 - tree.erase(oldmiddle);
93.536 - blossom.insert(bottom);
93.537 - blossom.join(bottom, oldmiddle);
93.538 - blossom.join(top, oldmiddle);
93.539 - }
93.540 -
93.541 - template <typename Graph>
93.542 - void MaxMatching<Graph>::augment(Node x, typename Graph::NodeMap<Node>& ear,
93.543 - UFE& blossom, UFE& tree) {
93.544 - Node v=mate[x];
93.545 - while ( G.valid(v) ) {
93.546 -
93.547 - Node u=ear[v];
93.548 - mate.set(v,u);
93.549 - Node tmp=v;
93.550 - v=mate[u];
93.551 - mate.set(u,tmp);
93.552 - }
93.553 - typename UFE::ItemIt it;
93.554 - for (tree.first(it,blossom.find(x)); tree.valid(it); tree.next(it)) {
93.555 - if ( position[it] == D ) {
93.556 - typename UFE::ItemIt b_it;
93.557 - for (blossom.first(b_it,it); blossom.valid(b_it); blossom.next(b_it)) {
93.558 - position.set( b_it ,C);
93.559 - }
93.560 - blossom.eraseClass(it);
93.561 - } else position.set( it ,C);
93.562 - }
93.563 - tree.eraseClass(x);
93.564 - }
93.565 -
93.566 -
93.567 -
93.568 - /// @}
93.569 -
93.570 -} //END OF NAMESPACE LEMON
93.571 -
93.572 -#endif //EDMONDS_H
94.1 --- a/src/work/jacint/max_save.h Sun Apr 17 18:57:22 2005 +0000
94.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
94.3 @@ -1,1136 +0,0 @@
94.4 -// -*- C++ -*-
94.5 -#ifndef LEMON_MAX_FLOW_H
94.6 -#define LEMON_MAX_FLOW_H
94.7 -
94.8 -///\ingroup galgs
94.9 -///\file
94.10 -///\brief Maximum flow algorithm.
94.11 -
94.12 -#define H0 20
94.13 -#define H1 1
94.14 -
94.15 -#include <vector>
94.16 -#include <queue>
94.17 -#include <stack>
94.18 -
94.19 -#include <graph_wrapper.h>
94.20 -#include <bfs_iterator.h>
94.21 -#include <invalid.h>
94.22 -#include <maps.h>
94.23 -#include <for_each_macros.h>
94.24 -
94.25 -/// \file
94.26 -/// \brief Dimacs file format reader.
94.27 -
94.28 -namespace lemon {
94.29 -
94.30 - /// \addtogroup galgs
94.31 - /// @{
94.32 -
94.33 - ///Maximum flow algorithms class.
94.34 -
94.35 - ///This class provides various algorithms for finding a flow of
94.36 - ///maximum value in a directed graph. The \e source node, the \e
94.37 - ///target node, the \e capacity of the edges and the \e starting \e
94.38 - ///flow value of the edges can be passed to the algorithm by the
94.39 - ///constructor. It is possible to change these quantities using the
94.40 - ///functions \ref resetSource, \ref resetTarget, \ref resetCap and
94.41 - ///\ref resetFlow. Before any subsequent runs of any algorithm of
94.42 - ///the class \ref resetFlow should be called, otherwise it will
94.43 - ///start from a maximum flow.
94.44 -
94.45 - ///After running an algorithm of the class, the maximum value of a
94.46 - ///value can be obtained by calling \ref flowValue(). The minimum
94.47 - ///value cut can be written into a \c node map of \c bools by
94.48 - ///calling \ref minCut. (\ref minMinCut and \ref maxMinCut writes
94.49 - ///the inclusionwise minimum and maximum of the minimum value
94.50 - ///cuts, resp.)
94.51 -
94.52 - ///\param Graph The undirected graph type the algorithm runs on.
94.53 - ///\param Num The number type of the capacities and the flow values.
94.54 - ///\param The type of the capacity map.
94.55 - ///\param The type of the flow map.
94.56 -
94.57 - ///\author Marton Makai, Jacint Szabo
94.58 - template <typename Graph, typename Num,
94.59 - typename CapMap=typename Graph::template EdgeMap<Num>,
94.60 - typename FlowMap=typename Graph::template EdgeMap<Num> >
94.61 - class MaxFlow {
94.62 -
94.63 - typedef typename Graph::Node Node;
94.64 - typedef typename Graph::NodeIt NodeIt;
94.65 - typedef typename Graph::OutEdgeIt OutEdgeIt;
94.66 - typedef typename Graph::InEdgeIt InEdgeIt;
94.67 -
94.68 - typedef typename std::vector<std::stack<Node> > VecStack;
94.69 - typedef typename Graph::template NodeMap<Node> NNMap;
94.70 - typedef typename std::vector<Node> VecNode;
94.71 -
94.72 - typedef ResGraphWrapper<const Graph, Num, CapMap, FlowMap> ResGW;
94.73 - typedef typename ResGW::OutEdgeIt ResGWOutEdgeIt;
94.74 - typedef typename ResGW::Edge ResGWEdge;
94.75 - //typedef typename ResGW::template NodeMap<bool> ReachedMap; //fixme
94.76 - typedef typename Graph::template NodeMap<int> ReachedMap;
94.77 -
94.78 - const Graph* g;
94.79 - Node s;
94.80 - Node t;
94.81 - const CapMap* capacity;
94.82 - FlowMap* flow;
94.83 - int n; //the number of nodes of G
94.84 -
94.85 - //level works as a bool map in augmenting path algorithms and is
94.86 - //used by bfs for storing reached information. In preflow, it
94.87 - //shows the levels of nodes.
94.88 - ReachedMap level;
94.89 -
94.90 - //excess is needed only in preflow
94.91 - typename Graph::template NodeMap<Num> excess;
94.92 -
94.93 -
94.94 - //fixme
94.95 - // protected:
94.96 - // MaxFlow() { }
94.97 - // void set(const Graph& _G, Node _s, Node _t, const CapMap& _capacity,
94.98 - // FlowMap& _flow)
94.99 - // {
94.100 - // g=&_G;
94.101 - // s=_s;
94.102 - // t=_t;
94.103 - // capacity=&_capacity;
94.104 - // flow=&_flow;
94.105 - // n=_G.nodeNum;
94.106 - // level.set (_G); //kellene vmi ilyesmi fv
94.107 - // excess(_G,0); //itt is
94.108 - // }
94.109 -
94.110 - public:
94.111 -
94.112 - ///Indicates the property of the starting flow.
94.113 -
94.114 - ///Indicates the property of the starting flow. The meanings:
94.115 - ///- \c ZERO_FLOW: constant zero flow
94.116 - ///- \c GEN_FLOW: any flow, i.e. the sum of the in-flows equals to
94.117 - ///the sum of the out-flows in every node except the source and
94.118 - ///the target.
94.119 - ///- \c PRE_FLOW: any preflow, i.e. the sum of the in-flows is at
94.120 - ///least the sum of the out-flows in every node except the source.
94.121 - enum flowEnum{
94.122 - ZERO_FLOW=0,
94.123 - GEN_FLOW=1,
94.124 - PRE_FLOW=2
94.125 - };
94.126 -
94.127 - MaxFlow(const Graph& _G, Node _s, Node _t, const CapMap& _capacity,
94.128 - FlowMap& _flow) :
94.129 - g(&_G), s(_s), t(_t), capacity(&_capacity),
94.130 - flow(&_flow), n(_G.nodeNum()), level(_G), excess(_G,0) {}
94.131 -
94.132 - ///Runs a maximum flow algorithm.
94.133 -
94.134 - ///Runs a preflow algorithm, which is the fastest maximum flow
94.135 - ///algorithm up-to-date. The default for \c fe is ZERO_FLOW.
94.136 - ///\pre The starting flow must be a
94.137 - /// - constant zero flow if \c fe is \c ZERO_FLOW,
94.138 - /// - an arbitary flow if \c fe is \c GEN_FLOW,
94.139 - /// - an arbitary preflow if \c fe is \c PRE_FLOW.
94.140 - void run( flowEnum fe=ZERO_FLOW ) {
94.141 - preflow(fe);
94.142 - }
94.143 -
94.144 - ///Runs a preflow algorithm.
94.145 -
94.146 - ///Runs a preflow algorithm. The preflow algorithms provide the
94.147 - ///fastest way to compute a maximum flow in a directed graph.
94.148 - ///\pre The starting flow must be a
94.149 - /// - constant zero flow if \c fe is \c ZERO_FLOW,
94.150 - /// - an arbitary flow if \c fe is \c GEN_FLOW,
94.151 - /// - an arbitary preflow if \c fe is \c PRE_FLOW.
94.152 - void preflow(flowEnum fe) {
94.153 - preflowPhase1(fe);
94.154 - preflowPhase2();
94.155 - }
94.156 - // Heuristics:
94.157 - // 2 phase
94.158 - // gap
94.159 - // list 'level_list' on the nodes on level i implemented by hand
94.160 - // stack 'active' on the active nodes on level i
94.161 - // runs heuristic 'highest label' for H1*n relabels
94.162 - // runs heuristic 'bound decrease' for H0*n relabels, starts with 'highest label'
94.163 - // Parameters H0 and H1 are initialized to 20 and 1.
94.164 -
94.165 - ///Runs the first phase of the preflow algorithm.
94.166 -
94.167 - ///The preflow algorithm consists of two phases, this method runs the
94.168 - ///first phase. After the first phase the maximum flow value and a
94.169 - ///minimum value cut can already be computed, though a maximum flow
94.170 - ///is net yet obtained. So after calling this method \ref flowValue
94.171 - ///and \ref actMinCut gives proper results.
94.172 - ///\warning: \ref minCut, \ref minMinCut and \ref maxMinCut do not
94.173 - ///give minimum value cuts unless calling \ref preflowPhase2.
94.174 - ///\pre The starting flow must be a
94.175 - /// - constant zero flow if \c fe is \c ZERO_FLOW,
94.176 - /// - an arbitary flow if \c fe is \c GEN_FLOW,
94.177 - /// - an arbitary preflow if \c fe is \c PRE_FLOW.
94.178 - void preflowPhase1( flowEnum fe );
94.179 -
94.180 - ///Runs the second phase of the preflow algorithm.
94.181 -
94.182 - ///The preflow algorithm consists of two phases, this method runs
94.183 - ///the second phase. After calling \ref preflowPhase1 and then
94.184 - ///\ref preflowPhase2 the methods \ref flowValue, \ref minCut,
94.185 - ///\ref minMinCut and \ref maxMinCut give proper results.
94.186 - ///\pre \ref preflowPhase1 must be called before.
94.187 - void preflowPhase2();
94.188 -
94.189 - /// Starting from a flow, this method searches for an augmenting path
94.190 - /// according to the Edmonds-Karp algorithm
94.191 - /// and augments the flow on if any.
94.192 - /// The return value shows if the augmentation was successful.
94.193 - bool augmentOnShortestPath();
94.194 -
94.195 - /// Starting from a flow, this method searches for an augmenting blockin
94.196 - /// flow according to Dinits' algorithm and augments the flow on if any.
94.197 - /// The blocking flow is computed in a physically constructed
94.198 - /// residual graph of type \c Mutablegraph.
94.199 - /// The return value show sif the augmentation was succesful.
94.200 - template<typename MutableGraph> bool augmentOnBlockingFlow();
94.201 -
94.202 - /// The same as \c augmentOnBlockingFlow<MutableGraph> but the
94.203 - /// residual graph is not constructed physically.
94.204 - /// The return value shows if the augmentation was succesful.
94.205 - bool augmentOnBlockingFlow2();
94.206 -
94.207 - /// Returns the actual flow value.
94.208 - /// More precisely, it returns the negative excess of s, thus
94.209 - /// this works also for preflows.
94.210 - ///Can be called already after \ref preflowPhase1.
94.211 -
94.212 - Num flowValue() {
94.213 - Num a=0;
94.214 - FOR_EACH_INC_LOC(OutEdgeIt, e, *g, s) a+=(*flow)[e];
94.215 - FOR_EACH_INC_LOC(InEdgeIt, e, *g, s) a-=(*flow)[e];
94.216 - return a;
94.217 - //marci figyu: excess[t] epp ezt adja preflow 0. fazisa utan
94.218 - }
94.219 -
94.220 - ///Returns a minimum value cut after calling \ref preflowPhase1.
94.221 -
94.222 - ///After the first phase of the preflow algorithm the maximum flow
94.223 - ///value and a minimum value cut can already be computed. This
94.224 - ///method can be called after running \ref preflowPhase1 for
94.225 - ///obtaining a minimum value cut.
94.226 - ///\warning: Gives proper result only right after calling \ref
94.227 - ///preflowPhase1.
94.228 - ///\todo We have to make some status variable which shows the actual state
94.229 - /// of the class. This enables us to determine which methods are valid
94.230 - /// for MinCut computation
94.231 - template<typename _CutMap>
94.232 - void actMinCut(_CutMap& M) {
94.233 - NodeIt v;
94.234 - for(g->first(v); g->valid(v); g->next(v)) {
94.235 - if ( level[v] < n ) {
94.236 - M.set(v,false);
94.237 - } else {
94.238 - M.set(v,true);
94.239 - }
94.240 - }
94.241 - }
94.242 -
94.243 - ///Returns the inclusionwise minimum of the minimum value cuts.
94.244 -
94.245 - ///Sets \c M to the characteristic vector of the minimum value cut
94.246 - ///which is inclusionwise minimum. It is computed by processing
94.247 - ///a bfs from the source node \c s in the residual graph.
94.248 - ///\pre M should be a node map of bools initialized to false.
94.249 - ///\pre \c flow must be a maximum flow.
94.250 - template<typename _CutMap>
94.251 - void minMinCut(_CutMap& M) {
94.252 -
94.253 - std::queue<Node> queue;
94.254 -
94.255 - M.set(s,true);
94.256 - queue.push(s);
94.257 -
94.258 - while (!queue.empty()) {
94.259 - Node w=queue.front();
94.260 - queue.pop();
94.261 -
94.262 - OutEdgeIt e;
94.263 - for(g->first(e,w) ; g->valid(e); g->next(e)) {
94.264 - Node v=g->target(e);
94.265 - if (!M[v] && (*flow)[e] < (*capacity)[e] ) {
94.266 - queue.push(v);
94.267 - M.set(v, true);
94.268 - }
94.269 - }
94.270 -
94.271 - InEdgeIt f;
94.272 - for(g->first(f,w) ; g->valid(f); g->next(f)) {
94.273 - Node v=g->source(f);
94.274 - if (!M[v] && (*flow)[f] > 0 ) {
94.275 - queue.push(v);
94.276 - M.set(v, true);
94.277 - }
94.278 - }
94.279 - }
94.280 - }
94.281 -
94.282 -
94.283 - ///Returns the inclusionwise maximum of the minimum value cuts.
94.284 -
94.285 - ///Sets \c M to the characteristic vector of the minimum value cut
94.286 - ///which is inclusionwise maximum. It is computed by processing a
94.287 - ///backward bfs from the target node \c t in the residual graph.
94.288 - ///\pre M should be a node map of bools initialized to false.
94.289 - ///\pre \c flow must be a maximum flow.
94.290 - template<typename _CutMap>
94.291 - void maxMinCut(_CutMap& M) {
94.292 -
94.293 - NodeIt v;
94.294 - for(g->first(v) ; g->valid(v); g->next(v)) {
94.295 - M.set(v, true);
94.296 - }
94.297 -
94.298 - std::queue<Node> queue;
94.299 -
94.300 - M.set(t,false);
94.301 - queue.push(t);
94.302 -
94.303 - while (!queue.empty()) {
94.304 - Node w=queue.front();
94.305 - queue.pop();
94.306 -
94.307 -
94.308 - InEdgeIt e;
94.309 - for(g->first(e,w) ; g->valid(e); g->next(e)) {
94.310 - Node v=g->source(e);
94.311 - if (M[v] && (*flow)[e] < (*capacity)[e] ) {
94.312 - queue.push(v);
94.313 - M.set(v, false);
94.314 - }
94.315 - }
94.316 -
94.317 - OutEdgeIt f;
94.318 - for(g->first(f,w) ; g->valid(f); g->next(f)) {
94.319 - Node v=g->target(f);
94.320 - if (M[v] && (*flow)[f] > 0 ) {
94.321 - queue.push(v);
94.322 - M.set(v, false);
94.323 - }
94.324 - }
94.325 - }
94.326 - }
94.327 -
94.328 -
94.329 - ///Returns a minimum value cut.
94.330 -
94.331 - ///Sets \c M to the characteristic vector of a minimum value cut.
94.332 - ///\pre M should be a node map of bools initialized to false.
94.333 - ///\pre \c flow must be a maximum flow.
94.334 - template<typename CutMap>
94.335 - void minCut(CutMap& M) { minMinCut(M); }
94.336 -
94.337 - ///Resets the source node to \c _s.
94.338 -
94.339 - ///Resets the source node to \c _s.
94.340 - ///
94.341 - void resetSource(Node _s) { s=_s; }
94.342 -
94.343 -
94.344 - ///Resets the target node to \c _t.
94.345 -
94.346 - ///Resets the target node to \c _t.
94.347 - ///
94.348 - void resetTarget(Node _t) { t=_t; }
94.349 -
94.350 - /// Resets the edge map of the capacities to _cap.
94.351 -
94.352 - /// Resets the edge map of the capacities to _cap.
94.353 - ///
94.354 - void resetCap(const CapMap& _cap) { capacity=&_cap; }
94.355 -
94.356 - /// Resets the edge map of the flows to _flow.
94.357 -
94.358 - /// Resets the edge map of the flows to _flow.
94.359 - ///
94.360 - void resetFlow(FlowMap& _flow) { flow=&_flow; }
94.361 -
94.362 -
94.363 - private:
94.364 -
94.365 - int push(Node w, VecStack& active) {
94.366 -
94.367 - int lev=level[w];
94.368 - Num exc=excess[w];
94.369 - int newlevel=n; //bound on the next level of w
94.370 -
94.371 - OutEdgeIt e;
94.372 - for(g->first(e,w); g->valid(e); g->next(e)) {
94.373 -
94.374 - if ( (*flow)[e] >= (*capacity)[e] ) continue;
94.375 - Node v=g->target(e);
94.376 -
94.377 - if( lev > level[v] ) { //Push is allowed now
94.378 -
94.379 - if ( excess[v]<=0 && v!=t && v!=s ) {
94.380 - int lev_v=level[v];
94.381 - active[lev_v].push(v);
94.382 - }
94.383 -
94.384 - Num cap=(*capacity)[e];
94.385 - Num flo=(*flow)[e];
94.386 - Num remcap=cap-flo;
94.387 -
94.388 - if ( remcap >= exc ) { //A nonsaturating push.
94.389 -
94.390 - flow->set(e, flo+exc);
94.391 - excess.set(v, excess[v]+exc);
94.392 - exc=0;
94.393 - break;
94.394 -
94.395 - } else { //A saturating push.
94.396 - flow->set(e, cap);
94.397 - excess.set(v, excess[v]+remcap);
94.398 - exc-=remcap;
94.399 - }
94.400 - } else if ( newlevel > level[v] ) newlevel = level[v];
94.401 - } //for out edges wv
94.402 -
94.403 - if ( exc > 0 ) {
94.404 - InEdgeIt e;
94.405 - for(g->first(e,w); g->valid(e); g->next(e)) {
94.406 -
94.407 - if( (*flow)[e] <= 0 ) continue;
94.408 - Node v=g->source(e);
94.409 -
94.410 - if( lev > level[v] ) { //Push is allowed now
94.411 -
94.412 - if ( excess[v]<=0 && v!=t && v!=s ) {
94.413 - int lev_v=level[v];
94.414 - active[lev_v].push(v);
94.415 - }
94.416 -
94.417 - Num flo=(*flow)[e];
94.418 -
94.419 - if ( flo >= exc ) { //A nonsaturating push.
94.420 -
94.421 - flow->set(e, flo-exc);
94.422 - excess.set(v, excess[v]+exc);
94.423 - exc=0;
94.424 - break;
94.425 - } else { //A saturating push.
94.426 -
94.427 - excess.set(v, excess[v]+flo);
94.428 - exc-=flo;
94.429 - flow->set(e,0);
94.430 - }
94.431 - } else if ( newlevel > level[v] ) newlevel = level[v];
94.432 - } //for in edges vw
94.433 -
94.434 - } // if w still has excess after the out edge for cycle
94.435 -
94.436 - excess.set(w, exc);
94.437 -
94.438 - return newlevel;
94.439 - }
94.440 -
94.441 -
94.442 - void preflowPreproc ( flowEnum fe, VecStack& active,
94.443 - VecNode& level_list, NNMap& left, NNMap& right ) {
94.444 -
94.445 - std::queue<Node> bfs_queue;
94.446 -
94.447 - switch ( fe ) {
94.448 - case ZERO_FLOW:
94.449 - {
94.450 - //Reverse_bfs from t, to find the starting level.
94.451 - level.set(t,0);
94.452 - bfs_queue.push(t);
94.453 -
94.454 - while (!bfs_queue.empty()) {
94.455 -
94.456 - Node v=bfs_queue.front();
94.457 - bfs_queue.pop();
94.458 - int l=level[v]+1;
94.459 -
94.460 - InEdgeIt e;
94.461 - for(g->first(e,v); g->valid(e); g->next(e)) {
94.462 - Node w=g->source(e);
94.463 - if ( level[w] == n && w != s ) {
94.464 - bfs_queue.push(w);
94.465 - Node first=level_list[l];
94.466 - if ( g->valid(first) ) left.set(first,w);
94.467 - right.set(w,first);
94.468 - level_list[l]=w;
94.469 - level.set(w, l);
94.470 - }
94.471 - }
94.472 - }
94.473 -
94.474 - //the starting flow
94.475 - OutEdgeIt e;
94.476 - for(g->first(e,s); g->valid(e); g->next(e))
94.477 - {
94.478 - Num c=(*capacity)[e];
94.479 - if ( c <= 0 ) continue;
94.480 - Node w=g->target(e);
94.481 - if ( level[w] < n ) {
94.482 - if ( excess[w] <= 0 && w!=t ) active[level[w]].push(w);
94.483 - flow->set(e, c);
94.484 - excess.set(w, excess[w]+c);
94.485 - }
94.486 - }
94.487 - break;
94.488 - }
94.489 -
94.490 - case GEN_FLOW:
94.491 - case PRE_FLOW:
94.492 - {
94.493 - //Reverse_bfs from t in the residual graph,
94.494 - //to find the starting level.
94.495 - level.set(t,0);
94.496 - bfs_queue.push(t);
94.497 -
94.498 - while (!bfs_queue.empty()) {
94.499 -
94.500 - Node v=bfs_queue.front();
94.501 - bfs_queue.pop();
94.502 - int l=level[v]+1;
94.503 -
94.504 - InEdgeIt e;
94.505 - for(g->first(e,v); g->valid(e); g->next(e)) {
94.506 - if ( (*capacity)[e] <= (*flow)[e] ) continue;
94.507 - Node w=g->source(e);
94.508 - if ( level[w] == n && w != s ) {
94.509 - bfs_queue.push(w);
94.510 - Node first=level_list[l];
94.511 - if ( g->valid(first) ) left.set(first,w);
94.512 - right.set(w,first);
94.513 - level_list[l]=w;
94.514 - level.set(w, l);
94.515 - }
94.516 - }
94.517 -
94.518 - OutEdgeIt f;
94.519 - for(g->first(f,v); g->valid(f); g->next(f)) {
94.520 - if ( 0 >= (*flow)[f] ) continue;
94.521 - Node w=g->target(f);
94.522 - if ( level[w] == n && w != s ) {
94.523 - bfs_queue.push(w);
94.524 - Node first=level_list[l];
94.525 - if ( g->valid(first) ) left.set(first,w);
94.526 - right.set(w,first);
94.527 - level_list[l]=w;
94.528 - level.set(w, l);
94.529 - }
94.530 - }
94.531 - }
94.532 -
94.533 -
94.534 - //the starting flow
94.535 - OutEdgeIt e;
94.536 - for(g->first(e,s); g->valid(e); g->next(e))
94.537 - {
94.538 - Num rem=(*capacity)[e]-(*flow)[e];
94.539 - if ( rem <= 0 ) continue;
94.540 - Node w=g->target(e);
94.541 - if ( level[w] < n ) {
94.542 - if ( excess[w] <= 0 && w!=t ) active[level[w]].push(w);
94.543 - flow->set(e, (*capacity)[e]);
94.544 - excess.set(w, excess[w]+rem);
94.545 - }
94.546 - }
94.547 -
94.548 - InEdgeIt f;
94.549 - for(g->first(f,s); g->valid(f); g->next(f))
94.550 - {
94.551 - if ( (*flow)[f] <= 0 ) continue;
94.552 - Node w=g->source(f);
94.553 - if ( level[w] < n ) {
94.554 - if ( excess[w] <= 0 && w!=t ) active[level[w]].push(w);
94.555 - excess.set(w, excess[w]+(*flow)[f]);
94.556 - flow->set(f, 0);
94.557 - }
94.558 - }
94.559 - break;
94.560 - } //case PRE_FLOW
94.561 - }
94.562 - } //preflowPreproc
94.563 -
94.564 -
94.565 -
94.566 - void relabel(Node w, int newlevel, VecStack& active,
94.567 - VecNode& level_list, NNMap& left,
94.568 - NNMap& right, int& b, int& k, bool what_heur )
94.569 - {
94.570 -
94.571 - Num lev=level[w];
94.572 -
94.573 - Node right_n=right[w];
94.574 - Node left_n=left[w];
94.575 -
94.576 - //unlacing starts
94.577 - if ( g->valid(right_n) ) {
94.578 - if ( g->valid(left_n) ) {
94.579 - right.set(left_n, right_n);
94.580 - left.set(right_n, left_n);
94.581 - } else {
94.582 - level_list[lev]=right_n;
94.583 - left.set(right_n, INVALID);
94.584 - }
94.585 - } else {
94.586 - if ( g->valid(left_n) ) {
94.587 - right.set(left_n, INVALID);
94.588 - } else {
94.589 - level_list[lev]=INVALID;
94.590 - }
94.591 - }
94.592 - //unlacing ends
94.593 -
94.594 - if ( !g->valid(level_list[lev]) ) {
94.595 -
94.596 - //gapping starts
94.597 - for (int i=lev; i!=k ; ) {
94.598 - Node v=level_list[++i];
94.599 - while ( g->valid(v) ) {
94.600 - level.set(v,n);
94.601 - v=right[v];
94.602 - }
94.603 - level_list[i]=INVALID;
94.604 - if ( !what_heur ) {
94.605 - while ( !active[i].empty() ) {
94.606 - active[i].pop(); //FIXME: ezt szebben kene
94.607 - }
94.608 - }
94.609 - }
94.610 -
94.611 - level.set(w,n);
94.612 - b=lev-1;
94.613 - k=b;
94.614 - //gapping ends
94.615 -
94.616 - } else {
94.617 -
94.618 - if ( newlevel == n ) level.set(w,n);
94.619 - else {
94.620 - level.set(w,++newlevel);
94.621 - active[newlevel].push(w);
94.622 - if ( what_heur ) b=newlevel;
94.623 - if ( k < newlevel ) ++k; //now k=newlevel
94.624 - Node first=level_list[newlevel];
94.625 - if ( g->valid(first) ) left.set(first,w);
94.626 - right.set(w,first);
94.627 - left.set(w,INVALID);
94.628 - level_list[newlevel]=w;
94.629 - }
94.630 - }
94.631 -
94.632 - } //relabel
94.633 -
94.634 -
94.635 - template<typename MapGraphWrapper>
94.636 - class DistanceMap {
94.637 - protected:
94.638 - const MapGraphWrapper* g;
94.639 - typename MapGraphWrapper::template NodeMap<int> dist;
94.640 - public:
94.641 - DistanceMap(MapGraphWrapper& _g) : g(&_g), dist(*g, g->nodeNum()) { }
94.642 - void set(const typename MapGraphWrapper::Node& n, int a) {
94.643 - dist.set(n, a);
94.644 - }
94.645 - int operator[](const typename MapGraphWrapper::Node& n)
94.646 - { return dist[n]; }
94.647 - // int get(const typename MapGraphWrapper::Node& n) const {
94.648 - // return dist[n]; }
94.649 - // bool get(const typename MapGraphWrapper::Edge& e) const {
94.650 - // return (dist.get(g->source(e))<dist.get(g->target(e))); }
94.651 - bool operator[](const typename MapGraphWrapper::Edge& e) const {
94.652 - return (dist[g->source(e)]<dist[g->target(e)]);
94.653 - }
94.654 - };
94.655 -
94.656 - };
94.657 -
94.658 -
94.659 - template <typename Graph, typename Num, typename CapMap, typename FlowMap>
94.660 - void MaxFlow<Graph, Num, CapMap, FlowMap>::preflowPhase1( flowEnum fe )
94.661 - {
94.662 -
94.663 - int heur0=(int)(H0*n); //time while running 'bound decrease'
94.664 - int heur1=(int)(H1*n); //time while running 'highest label'
94.665 - int heur=heur1; //starting time interval (#of relabels)
94.666 - int numrelabel=0;
94.667 -
94.668 - bool what_heur=1;
94.669 - //It is 0 in case 'bound decrease' and 1 in case 'highest label'
94.670 -
94.671 - bool end=false;
94.672 - //Needed for 'bound decrease', true means no active nodes are above bound b.
94.673 -
94.674 - int k=n-2; //bound on the highest level under n containing a node
94.675 - int b=k; //bound on the highest level under n of an active node
94.676 -
94.677 - VecStack active(n);
94.678 -
94.679 - NNMap left(*g, INVALID);
94.680 - NNMap right(*g, INVALID);
94.681 - VecNode level_list(n,INVALID);
94.682 - //List of the nodes in level i<n, set to n.
94.683 -
94.684 - NodeIt v;
94.685 - for(g->first(v); g->valid(v); g->next(v)) level.set(v,n);
94.686 - //setting each node to level n
94.687 -
94.688 - switch ( fe ) {
94.689 - case PRE_FLOW:
94.690 - {
94.691 - //counting the excess
94.692 - NodeIt v;
94.693 - for(g->first(v); g->valid(v); g->next(v)) {
94.694 - Num exc=0;
94.695 -
94.696 - InEdgeIt e;
94.697 - for(g->first(e,v); g->valid(e); g->next(e)) exc+=(*flow)[e];
94.698 - OutEdgeIt f;
94.699 - for(g->first(f,v); g->valid(f); g->next(f)) exc-=(*flow)[f];
94.700 -
94.701 - excess.set(v,exc);
94.702 -
94.703 - //putting the active nodes into the stack
94.704 - int lev=level[v];
94.705 - if ( exc > 0 && lev < n && v != t ) active[lev].push(v);
94.706 - }
94.707 - break;
94.708 - }
94.709 - case GEN_FLOW:
94.710 - {
94.711 - //Counting the excess of t
94.712 - Num exc=0;
94.713 -
94.714 - InEdgeIt e;
94.715 - for(g->first(e,t); g->valid(e); g->next(e)) exc+=(*flow)[e];
94.716 - OutEdgeIt f;
94.717 - for(g->first(f,t); g->valid(f); g->next(f)) exc-=(*flow)[f];
94.718 -
94.719 - excess.set(t,exc);
94.720 -
94.721 - break;
94.722 - }
94.723 - default:
94.724 - break;
94.725 - }
94.726 -
94.727 - preflowPreproc( fe, active, level_list, left, right );
94.728 - //End of preprocessing
94.729 -
94.730 -
94.731 - //Push/relabel on the highest level active nodes.
94.732 - while ( true ) {
94.733 - if ( b == 0 ) {
94.734 - if ( !what_heur && !end && k > 0 ) {
94.735 - b=k;
94.736 - end=true;
94.737 - } else break;
94.738 - }
94.739 -
94.740 - if ( active[b].empty() ) --b;
94.741 - else {
94.742 - end=false;
94.743 - Node w=active[b].top();
94.744 - active[b].pop();
94.745 - int newlevel=push(w,active);
94.746 - if ( excess[w] > 0 ) relabel(w, newlevel, active, level_list,
94.747 - left, right, b, k, what_heur);
94.748 -
94.749 - ++numrelabel;
94.750 - if ( numrelabel >= heur ) {
94.751 - numrelabel=0;
94.752 - if ( what_heur ) {
94.753 - what_heur=0;
94.754 - heur=heur0;
94.755 - end=false;
94.756 - } else {
94.757 - what_heur=1;
94.758 - heur=heur1;
94.759 - b=k;
94.760 - }
94.761 - }
94.762 - }
94.763 - }
94.764 - }
94.765 -
94.766 -
94.767 -
94.768 - template <typename Graph, typename Num, typename CapMap, typename FlowMap>
94.769 - void MaxFlow<Graph, Num, CapMap, FlowMap>::preflowPhase2()
94.770 - {
94.771 -
94.772 - int k=n-2; //bound on the highest level under n containing a node
94.773 - int b=k; //bound on the highest level under n of an active node
94.774 -
94.775 - VecStack active(n);
94.776 - level.set(s,0);
94.777 - std::queue<Node> bfs_queue;
94.778 - bfs_queue.push(s);
94.779 -
94.780 - while (!bfs_queue.empty()) {
94.781 -
94.782 - Node v=bfs_queue.front();
94.783 - bfs_queue.pop();
94.784 - int l=level[v]+1;
94.785 -
94.786 - InEdgeIt e;
94.787 - for(g->first(e,v); g->valid(e); g->next(e)) {
94.788 - if ( (*capacity)[e] <= (*flow)[e] ) continue;
94.789 - Node u=g->source(e);
94.790 - if ( level[u] >= n ) {
94.791 - bfs_queue.push(u);
94.792 - level.set(u, l);
94.793 - if ( excess[u] > 0 ) active[l].push(u);
94.794 - }
94.795 - }
94.796 -
94.797 - OutEdgeIt f;
94.798 - for(g->first(f,v); g->valid(f); g->next(f)) {
94.799 - if ( 0 >= (*flow)[f] ) continue;
94.800 - Node u=g->target(f);
94.801 - if ( level[u] >= n ) {
94.802 - bfs_queue.push(u);
94.803 - level.set(u, l);
94.804 - if ( excess[u] > 0 ) active[l].push(u);
94.805 - }
94.806 - }
94.807 - }
94.808 - b=n-2;
94.809 -
94.810 - while ( true ) {
94.811 -
94.812 - if ( b == 0 ) break;
94.813 -
94.814 - if ( active[b].empty() ) --b;
94.815 - else {
94.816 - Node w=active[b].top();
94.817 - active[b].pop();
94.818 - int newlevel=push(w,active);
94.819 -
94.820 - //relabel
94.821 - if ( excess[w] > 0 ) {
94.822 - level.set(w,++newlevel);
94.823 - active[newlevel].push(w);
94.824 - b=newlevel;
94.825 - }
94.826 - } // if stack[b] is nonempty
94.827 - } // while(true)
94.828 - }
94.829 -
94.830 -
94.831 -
94.832 - template <typename Graph, typename Num, typename CapMap, typename FlowMap>
94.833 - bool MaxFlow<Graph, Num, CapMap, FlowMap>::augmentOnShortestPath()
94.834 - {
94.835 - ResGW res_graph(*g, *capacity, *flow);
94.836 - bool _augment=false;
94.837 -
94.838 - //ReachedMap level(res_graph);
94.839 - FOR_EACH_LOC(typename Graph::NodeIt, e, *g) level.set(e, 0);
94.840 - BfsIterator<ResGW, ReachedMap> bfs(res_graph, level);
94.841 - bfs.pushAndSetReached(s);
94.842 -
94.843 - typename ResGW::template NodeMap<ResGWEdge> pred(res_graph);
94.844 - pred.set(s, INVALID);
94.845 -
94.846 - typename ResGW::template NodeMap<Num> free(res_graph);
94.847 -
94.848 - //searching for augmenting path
94.849 - while ( !bfs.finished() ) {
94.850 - ResGWOutEdgeIt e=bfs;
94.851 - if (res_graph.valid(e) && bfs.isBNodeNewlyReached()) {
94.852 - Node v=res_graph.source(e);
94.853 - Node w=res_graph.target(e);
94.854 - pred.set(w, e);
94.855 - if (res_graph.valid(pred[v])) {
94.856 - free.set(w, std::min(free[v], res_graph.resCap(e)));
94.857 - } else {
94.858 - free.set(w, res_graph.resCap(e));
94.859 - }
94.860 - if (res_graph.target(e)==t) { _augment=true; break; }
94.861 - }
94.862 -
94.863 - ++bfs;
94.864 - } //end of searching augmenting path
94.865 -
94.866 - if (_augment) {
94.867 - Node n=t;
94.868 - Num augment_value=free[t];
94.869 - while (res_graph.valid(pred[n])) {
94.870 - ResGWEdge e=pred[n];
94.871 - res_graph.augment(e, augment_value);
94.872 - n=res_graph.source(e);
94.873 - }
94.874 - }
94.875 -
94.876 - return _augment;
94.877 - }
94.878 -
94.879 -
94.880 -
94.881 -
94.882 -
94.883 -
94.884 -
94.885 -
94.886 -
94.887 - template <typename Graph, typename Num, typename CapMap, typename FlowMap>
94.888 - template<typename MutableGraph>
94.889 - bool MaxFlow<Graph, Num, CapMap, FlowMap>::augmentOnBlockingFlow()
94.890 - {
94.891 - typedef MutableGraph MG;
94.892 - bool _augment=false;
94.893 -
94.894 - ResGW res_graph(*g, *capacity, *flow);
94.895 -
94.896 - //bfs for distances on the residual graph
94.897 - //ReachedMap level(res_graph);
94.898 - FOR_EACH_LOC(typename Graph::NodeIt, e, *g) level.set(e, 0);
94.899 - BfsIterator<ResGW, ReachedMap> bfs(res_graph, level);
94.900 - bfs.pushAndSetReached(s);
94.901 - typename ResGW::template NodeMap<int>
94.902 - dist(res_graph); //filled up with 0's
94.903 -
94.904 - //F will contain the physical copy of the residual graph
94.905 - //with the set of edges which are on shortest paths
94.906 - MG F;
94.907 - typename ResGW::template NodeMap<typename MG::Node>
94.908 - res_graph_to_F(res_graph);
94.909 - {
94.910 - typename ResGW::NodeIt n;
94.911 - for(res_graph.first(n); res_graph.valid(n); res_graph.next(n)) {
94.912 - res_graph_to_F.set(n, F.addNode());
94.913 - }
94.914 - }
94.915 -
94.916 - typename MG::Node sF=res_graph_to_F[s];
94.917 - typename MG::Node tF=res_graph_to_F[t];
94.918 - typename MG::template EdgeMap<ResGWEdge> original_edge(F);
94.919 - typename MG::template EdgeMap<Num> residual_capacity(F);
94.920 -
94.921 - while ( !bfs.finished() ) {
94.922 - ResGWOutEdgeIt e=bfs;
94.923 - if (res_graph.valid(e)) {
94.924 - if (bfs.isBNodeNewlyReached()) {
94.925 - dist.set(res_graph.target(e), dist[res_graph.source(e)]+1);
94.926 - typename MG::Edge f=F.addEdge(res_graph_to_F[res_graph.source(e)], res_graph_to_F[res_graph.target(e)]);
94.927 - original_edge.update();
94.928 - original_edge.set(f, e);
94.929 - residual_capacity.update();
94.930 - residual_capacity.set(f, res_graph.resCap(e));
94.931 - } else {
94.932 - if (dist[res_graph.target(e)]==(dist[res_graph.source(e)]+1)) {
94.933 - typename MG::Edge f=F.addEdge(res_graph_to_F[res_graph.source(e)], res_graph_to_F[res_graph.target(e)]);
94.934 - original_edge.update();
94.935 - original_edge.set(f, e);
94.936 - residual_capacity.update();
94.937 - residual_capacity.set(f, res_graph.resCap(e));
94.938 - }
94.939 - }
94.940 - }
94.941 - ++bfs;
94.942 - } //computing distances from s in the residual graph
94.943 -
94.944 - bool __augment=true;
94.945 -
94.946 - while (__augment) {
94.947 - __augment=false;
94.948 - //computing blocking flow with dfs
94.949 - DfsIterator< MG, typename MG::template NodeMap<bool> > dfs(F);
94.950 - typename MG::template NodeMap<typename MG::Edge> pred(F);
94.951 - pred.set(sF, INVALID);
94.952 - //invalid iterators for sources
94.953 -
94.954 - typename MG::template NodeMap<Num> free(F);
94.955 -
94.956 - dfs.pushAndSetReached(sF);
94.957 - while (!dfs.finished()) {
94.958 - ++dfs;
94.959 - if (F.valid(/*typename MG::OutEdgeIt*/(dfs))) {
94.960 - if (dfs.isBNodeNewlyReached()) {
94.961 - typename MG::Node v=F.aNode(dfs);
94.962 - typename MG::Node w=F.bNode(dfs);
94.963 - pred.set(w, dfs);
94.964 - if (F.valid(pred[v])) {
94.965 - free.set(w, std::min(free[v], residual_capacity[dfs]));
94.966 - } else {
94.967 - free.set(w, residual_capacity[dfs]);
94.968 - }
94.969 - if (w==tF) {
94.970 - __augment=true;
94.971 - _augment=true;
94.972 - break;
94.973 - }
94.974 -
94.975 - } else {
94.976 - F.erase(/*typename MG::OutEdgeIt*/(dfs));
94.977 - }
94.978 - }
94.979 - }
94.980 -
94.981 - if (__augment) {
94.982 - typename MG::Node n=tF;
94.983 - Num augment_value=free[tF];
94.984 - while (F.valid(pred[n])) {
94.985 - typename MG::Edge e=pred[n];
94.986 - res_graph.augment(original_edge[e], augment_value);
94.987 - n=F.source(e);
94.988 - if (residual_capacity[e]==augment_value)
94.989 - F.erase(e);
94.990 - else
94.991 - residual_capacity.set(e, residual_capacity[e]-augment_value);
94.992 - }
94.993 - }
94.994 -
94.995 - }
94.996 -
94.997 - return _augment;
94.998 - }
94.999 -
94.1000 -
94.1001 -
94.1002 -
94.1003 -
94.1004 -
94.1005 - template <typename Graph, typename Num, typename CapMap, typename FlowMap>
94.1006 - bool MaxFlow<Graph, Num, CapMap, FlowMap>::augmentOnBlockingFlow2()
94.1007 - {
94.1008 - bool _augment=false;
94.1009 -
94.1010 - ResGW res_graph(*g, *capacity, *flow);
94.1011 -
94.1012 - //ReachedMap level(res_graph);
94.1013 - FOR_EACH_LOC(typename Graph::NodeIt, e, *g) level.set(e, 0);
94.1014 - BfsIterator<ResGW, ReachedMap> bfs(res_graph, level);
94.1015 -
94.1016 - bfs.pushAndSetReached(s);
94.1017 - DistanceMap<ResGW> dist(res_graph);
94.1018 - while ( !bfs.finished() ) {
94.1019 - ResGWOutEdgeIt e=bfs;
94.1020 - if (res_graph.valid(e) && bfs.isBNodeNewlyReached()) {
94.1021 - dist.set(res_graph.target(e), dist[res_graph.source(e)]+1);
94.1022 - }
94.1023 - ++bfs;
94.1024 - } //computing distances from s in the residual graph
94.1025 -
94.1026 - //Subgraph containing the edges on some shortest paths
94.1027 - ConstMap<typename ResGW::Node, bool> true_map(true);
94.1028 - typedef SubGraphWrapper<ResGW, ConstMap<typename ResGW::Node, bool>,
94.1029 - DistanceMap<ResGW> > FilterResGW;
94.1030 - FilterResGW filter_res_graph(res_graph, true_map, dist);
94.1031 -
94.1032 - //Subgraph, which is able to delete edges which are already
94.1033 - //met by the dfs
94.1034 - typename FilterResGW::template NodeMap<typename FilterResGW::OutEdgeIt>
94.1035 - first_out_edges(filter_res_graph);
94.1036 - typename FilterResGW::NodeIt v;
94.1037 - for(filter_res_graph.first(v); filter_res_graph.valid(v);
94.1038 - filter_res_graph.next(v))
94.1039 - {
94.1040 - typename FilterResGW::OutEdgeIt e;
94.1041 - filter_res_graph.first(e, v);
94.1042 - first_out_edges.set(v, e);
94.1043 - }
94.1044 - typedef ErasingFirstGraphWrapper<FilterResGW, typename FilterResGW::
94.1045 - template NodeMap<typename FilterResGW::OutEdgeIt> > ErasingResGW;
94.1046 - ErasingResGW erasing_res_graph(filter_res_graph, first_out_edges);
94.1047 -
94.1048 - bool __augment=true;
94.1049 -
94.1050 - while (__augment) {
94.1051 -
94.1052 - __augment=false;
94.1053 - //computing blocking flow with dfs
94.1054 - DfsIterator< ErasingResGW,
94.1055 - typename ErasingResGW::template NodeMap<bool> >
94.1056 - dfs(erasing_res_graph);
94.1057 - typename ErasingResGW::
94.1058 - template NodeMap<typename ErasingResGW::OutEdgeIt>
94.1059 - pred(erasing_res_graph);
94.1060 - pred.set(s, INVALID);
94.1061 - //invalid iterators for sources
94.1062 -
94.1063 - typename ErasingResGW::template NodeMap<Num>
94.1064 - free1(erasing_res_graph);
94.1065 -
94.1066 - dfs.pushAndSetReached(
94.1067 - typename ErasingResGW::Node(
94.1068 - typename FilterResGW::Node(
94.1069 - typename ResGW::Node(s)
94.1070 - )
94.1071 - )
94.1072 - );
94.1073 - while (!dfs.finished()) {
94.1074 - ++dfs;
94.1075 - if (erasing_res_graph.valid(
94.1076 - typename ErasingResGW::OutEdgeIt(dfs)))
94.1077 - {
94.1078 - if (dfs.isBNodeNewlyReached()) {
94.1079 -
94.1080 - typename ErasingResGW::Node v=erasing_res_graph.aNode(dfs);
94.1081 - typename ErasingResGW::Node w=erasing_res_graph.bNode(dfs);
94.1082 -
94.1083 - pred.set(w, /*typename ErasingResGW::OutEdgeIt*/(dfs));
94.1084 - if (erasing_res_graph.valid(pred[v])) {
94.1085 - free1.set(w, std::min(free1[v], res_graph.resCap(
94.1086 - typename ErasingResGW::OutEdgeIt(dfs))));
94.1087 - } else {
94.1088 - free1.set(w, res_graph.resCap(
94.1089 - typename ErasingResGW::OutEdgeIt(dfs)));
94.1090 - }
94.1091 -
94.1092 - if (w==t) {
94.1093 - __augment=true;
94.1094 - _augment=true;
94.1095 - break;
94.1096 - }
94.1097 - } else {
94.1098 - erasing_res_graph.erase(dfs);
94.1099 - }
94.1100 - }
94.1101 - }
94.1102 -
94.1103 - if (__augment) {
94.1104 - typename ErasingResGW::Node n=typename FilterResGW::Node(typename ResGW::Node(t));
94.1105 - // typename ResGW::NodeMap<Num> a(res_graph);
94.1106 - // typename ResGW::Node b;
94.1107 - // Num j=a[b];
94.1108 - // typename FilterResGW::NodeMap<Num> a1(filter_res_graph);
94.1109 - // typename FilterResGW::Node b1;
94.1110 - // Num j1=a1[b1];
94.1111 - // typename ErasingResGW::NodeMap<Num> a2(erasing_res_graph);
94.1112 - // typename ErasingResGW::Node b2;
94.1113 - // Num j2=a2[b2];
94.1114 - Num augment_value=free1[n];
94.1115 - while (erasing_res_graph.valid(pred[n])) {
94.1116 - typename ErasingResGW::OutEdgeIt e=pred[n];
94.1117 - res_graph.augment(e, augment_value);
94.1118 - n=erasing_res_graph.source(e);
94.1119 - if (res_graph.resCap(e)==0)
94.1120 - erasing_res_graph.erase(e);
94.1121 - }
94.1122 - }
94.1123 -
94.1124 - } //while (__augment)
94.1125 -
94.1126 - return _augment;
94.1127 - }
94.1128 -
94.1129 -
94.1130 -
94.1131 - /// @}
94.1132 -
94.1133 -} //END OF NAMESPACE LEMON
94.1134 -
94.1135 -#endif //LEMON_MAX_FLOW_H
94.1136 -
94.1137 -
94.1138 -
94.1139 -
95.1 --- a/src/work/jacint/preflow.cc Sun Apr 17 18:57:22 2005 +0000
95.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
95.3 @@ -1,264 +0,0 @@
95.4 -#include <iostream>
95.5 -
95.6 -#include <smart_graph.h>
95.7 -#include <dimacs.h>
95.8 -#include <preflow.h>
95.9 -#include <time_measure.h>
95.10 -
95.11 -using namespace lemon;
95.12 -
95.13 -int main(int, char **) {
95.14 -
95.15 - typedef SmartGraph Graph;
95.16 -
95.17 - typedef Graph::Node Node;
95.18 - typedef Graph::EdgeIt EdgeIt;
95.19 -
95.20 - Graph G;
95.21 - Node s, t;
95.22 - Graph::EdgeMap<int> cap(G);
95.23 - readDimacsMaxFlow(std::cin, G, s, t, cap);
95.24 - Timer ts;
95.25 - bool error=false;
95.26 -
95.27 - std::cout <<
95.28 - "\n Testing preflow.h on a graph with " <<
95.29 - G.nodeNum() << " nodes and " << G.edgeNum() << " edges..."
95.30 - << std::endl;
95.31 -
95.32 -
95.33 - Graph::EdgeMap<int> flow(G,0);
95.34 - Preflow<Graph, int> preflow_test(G, s, t, cap, flow);
95.35 - std::cout << "\nCalling run() (flow must be constant zero)..."<<std::endl;
95.36 - ts.reset();
95.37 - preflow_test.run();
95.38 - std::cout << "Elapsed time: " << ts << std::endl;
95.39 -
95.40 - Graph::NodeMap<bool> mincut(G);
95.41 - preflow_test.minMinCut(mincut);
95.42 - int min_min_cut_value=0;
95.43 - Graph::NodeMap<bool> cut(G);
95.44 - preflow_test.minCut(cut);
95.45 - int min_cut_value=0;
95.46 - Graph::NodeMap<bool> maxcut(G);
95.47 - preflow_test.maxMinCut(maxcut);
95.48 - int max_min_cut_value=0;
95.49 - EdgeIt e;
95.50 - for(G.first(e); G.valid(e); G.next(e)) {
95.51 - int c=cap[e];
95.52 - if (mincut[G.source(e)] && !mincut[G.target(e)]) min_min_cut_value+=c;
95.53 - if (cut[G.source(e)] && !cut[G.target(e)]) min_cut_value+=c;
95.54 - if (maxcut[G.source(e)] && !maxcut[G.target(e)]) max_min_cut_value+=c;
95.55 - }
95.56 -
95.57 - std::cout << "\nChecking the result: " <<std::endl;
95.58 - std::cout << "Flow value: "<< preflow_test.flowValue() << std::endl;
95.59 - std::cout << "Min cut value: "<< min_cut_value << std::endl;
95.60 - std::cout << "Min min cut value: "<< min_min_cut_value << std::endl;
95.61 - std::cout << "Max min cut value: "<< max_min_cut_value <<
95.62 - std::endl;
95.63 -
95.64 - if ( preflow_test.flowValue() == min_cut_value &&
95.65 - min_cut_value == min_min_cut_value &&
95.66 - min_min_cut_value == max_min_cut_value )
95.67 - std::cout << "They are equal. " <<std::endl;
95.68 - else {
95.69 - std::cout << "ERROR! They are not equal! " <<std::endl;
95.70 - error=true;
95.71 - }
95.72 -
95.73 -
95.74 -
95.75 - Preflow<Graph, int> preflow_test2(G, s, t, cap, flow);
95.76 - std::cout << "\n\nCalling preflow(GEN_FLOW) with the given maximum flow..."<<std::endl;
95.77 - ts.reset();
95.78 - preflow_test2.preflow(preflow_test2.GEN_FLOW);
95.79 - std::cout << "Elapsed time: " << ts << std::endl;
95.80 -
95.81 - Graph::NodeMap<bool> mincut2(G);
95.82 - preflow_test.minMinCut(mincut2);
95.83 - int min_min_cut2_value=0;
95.84 - Graph::NodeMap<bool> cut2(G);
95.85 - preflow_test.minCut(cut2);
95.86 - int min_cut2_value=0;
95.87 - Graph::NodeMap<bool> maxcut2(G);
95.88 - preflow_test.maxMinCut(maxcut2);
95.89 - int max_min_cut2_value=0;
95.90 - for(G.first(e); G.valid(e); G.next(e)) {
95.91 - int c=cap[e];
95.92 - if (mincut2[G.source(e)] && !mincut2[G.target(e)]) min_min_cut2_value+=c;
95.93 - if (cut2[G.source(e)] && !cut2[G.target(e)]) min_cut2_value+=c;
95.94 - if (maxcut2[G.source(e)] && !maxcut2[G.target(e)]) max_min_cut2_value+=c;
95.95 - }
95.96 -
95.97 - std::cout << "\nThe given flow value is "
95.98 - << preflow_test2.flowValue();
95.99 -
95.100 - if ( preflow_test2.flowValue() == min_cut2_value &&
95.101 - min_cut2_value == min_min_cut2_value &&
95.102 - min_min_cut2_value == max_min_cut2_value )
95.103 - std::cout <<", which is equal to all three min cut values."
95.104 - <<std::endl;
95.105 - else {
95.106 - std::cout << "ERROR! It is not equal to all three min cut values! "
95.107 - <<std::endl;
95.108 - error=true;
95.109 - }
95.110 -
95.111 -
95.112 -
95.113 -
95.114 - Graph::EdgeMap<int> flow3(G,0);
95.115 - Preflow<Graph, int> preflow_test3(G, s, t, cap, flow3);
95.116 - std::cout << "\n\nCalling preflowPhase0(PREFLOW) on the constant zero flow..."<<std::endl;
95.117 - ts.reset();
95.118 - preflow_test3.preflowPhase0(preflow_test3.PREFLOW);
95.119 - std::cout << "Elapsed time: " << ts << std::endl;
95.120 - Graph::NodeMap<bool> actcut3(G);
95.121 - std::cout << "\nCalling actMinCut()..."<<std::endl;
95.122 - preflow_test3.actMinCut(actcut3);
95.123 - std::cout << "Calling preflowPhase1() on the given flow..."<<std::endl;
95.124 - ts.reset();
95.125 - preflow_test3.preflowPhase1();
95.126 - std::cout << "Elapsed time: " << ts << std::endl;
95.127 -
95.128 - int act_min_cut3_value=0;
95.129 -
95.130 - Graph::NodeMap<bool> mincut3(G);
95.131 - preflow_test.minMinCut(mincut3);
95.132 - int min_min_cut3_value=0;
95.133 -
95.134 - Graph::NodeMap<bool> cut3(G);
95.135 - preflow_test.minCut(cut3);
95.136 - int min_cut3_value=0;
95.137 -
95.138 - Graph::NodeMap<bool> maxcut3(G);
95.139 - preflow_test.maxMinCut(maxcut3);
95.140 - int max_min_cut3_value=0;
95.141 -
95.142 - for(G.first(e); G.valid(e); G.next(e)) {
95.143 - int c=cap[e];
95.144 - if (mincut3[G.source(e)] && !mincut3[G.target(e)]) min_min_cut3_value+=c;
95.145 - if (cut3[G.source(e)] && !cut3[G.target(e)]) min_cut3_value+=c;
95.146 - if (maxcut3[G.source(e)] && !maxcut3[G.target(e)]) max_min_cut3_value+=c;
95.147 - if (actcut3[G.source(e)] && !actcut3[G.target(e)]) act_min_cut3_value+=c;
95.148 - }
95.149 -
95.150 - std::cout << "\nThe min cut value given by actMinCut() after phase 0 is "<<
95.151 - act_min_cut3_value;
95.152 -
95.153 - if ( preflow_test3.flowValue() == min_cut3_value &&
95.154 - min_cut3_value == min_min_cut3_value &&
95.155 - min_min_cut3_value == max_min_cut3_value &&
95.156 - max_min_cut3_value == act_min_cut3_value ) {
95.157 - std::cout <<
95.158 - ", which is equal to the given flow value and to all three min cut values after phase 1."
95.159 - <<std::endl;
95.160 - }
95.161 - else {
95.162 - std::cout <<
95.163 - "ERROR! It is not equal to the given flow value and to all three min cut values after phase 1! "
95.164 - <<std::endl;
95.165 - error=true;
95.166 - }
95.167 -
95.168 -
95.169 -
95.170 -
95.171 -
95.172 - Graph::EdgeMap<int> flow4(G,0);
95.173 - Preflow<Graph, int> preflow_test4(G, s, t, cap, flow4);
95.174 - std::cout <<
95.175 - "\n\nCalling preflow(PREFLOW) with the constant 0 flow, the result is f..."
95.176 - <<std::endl;
95.177 - preflow_test4.preflow(preflow_test4.PREFLOW);
95.178 -
95.179 - std::cout << "Swapping the source and the target, "<<std::endl;
95.180 - std::cout << "by calling resetSource(t) and resetTarget(s)..."
95.181 - <<std::endl;
95.182 - preflow_test4.resetSource(t);
95.183 - preflow_test4.resetTarget(s);
95.184 -
95.185 - std::cout <<
95.186 - "Calling preflow(PREFLOW) to find a maximum t-s flow starting with flow f..."
95.187 - <<std::endl;
95.188 - preflow_test4.preflow(preflow_test4.PREFLOW);
95.189 -
95.190 - Graph::NodeMap<bool> mincut4(G);
95.191 - preflow_test4.minMinCut(mincut4);
95.192 - int min_min_cut4_value=0;
95.193 - Graph::NodeMap<bool> cut4(G);
95.194 - preflow_test4.minCut(cut4);
95.195 - int min_cut4_value=0;
95.196 - Graph::NodeMap<bool> maxcut4(G);
95.197 - preflow_test4.maxMinCut(maxcut4);
95.198 - int max_min_cut4_value=0;
95.199 - for(G.first(e); G.valid(e); G.next(e)) {
95.200 - int c=cap[e];
95.201 - if (mincut4[G.source(e)] && !mincut4[G.target(e)]) min_min_cut4_value+=c;
95.202 - if (cut4[G.source(e)] && !cut4[G.target(e)]) min_cut4_value+=c;
95.203 - if (maxcut4[G.source(e)] && !maxcut4[G.target(e)]) max_min_cut4_value+=c;
95.204 - }
95.205 -
95.206 - std::cout << "\nThe given flow value is "
95.207 - << preflow_test4.flowValue();
95.208 -
95.209 - if ( preflow_test4.flowValue() == min_cut4_value &&
95.210 - min_cut4_value == min_min_cut4_value &&
95.211 - min_min_cut4_value == max_min_cut4_value )
95.212 - std::cout <<", which is equal to all three min cut values."
95.213 - <<std::endl;
95.214 - else {
95.215 - std::cout << "ERROR! It is not equal to all three min cut values! "
95.216 - <<std::endl;
95.217 - error=true;
95.218 - }
95.219 -
95.220 -
95.221 -
95.222 -
95.223 - Graph::EdgeMap<int> flow5(G,0);
95.224 - std::cout << "Resetting the stored flow to constant zero, by calling resetFlow..."
95.225 - <<std::endl;
95.226 - preflow_test4.resetFlow(flow5);
95.227 - std::cout <<
95.228 - "Calling preflow(GEN_FLOW) to find a maximum t-s flow "<<std::endl;
95.229 - std::cout <<
95.230 - "starting with this constant zero flow..." <<std::endl;
95.231 - preflow_test4.preflow(preflow_test4.GEN_FLOW);
95.232 -
95.233 - Graph::NodeMap<bool> mincut5(G);
95.234 - preflow_test4.minMinCut(mincut5);
95.235 - int min_min_cut5_value=0;
95.236 - Graph::NodeMap<bool> cut5(G);
95.237 - preflow_test4.minCut(cut5);
95.238 - int min_cut5_value=0;
95.239 - Graph::NodeMap<bool> maxcut5(G);
95.240 - preflow_test4.maxMinCut(maxcut5);
95.241 - int max_min_cut5_value=0;
95.242 - for(G.first(e); G.valid(e); G.next(e)) {
95.243 - int c=cap[e];
95.244 - if (mincut5[G.source(e)] && !mincut5[G.target(e)]) min_min_cut5_value+=c;
95.245 - if (cut5[G.source(e)] && !cut5[G.target(e)]) min_cut5_value+=c;
95.246 - if (maxcut5[G.source(e)] && !maxcut5[G.target(e)]) max_min_cut5_value+=c;
95.247 - }
95.248 -
95.249 - std::cout << "\nThe given flow value is "
95.250 - << preflow_test4.flowValue();
95.251 -
95.252 - if ( preflow_test4.flowValue() == min_cut5_value &&
95.253 - min_cut5_value == min_min_cut5_value &&
95.254 - min_min_cut5_value == max_min_cut5_value )
95.255 - std::cout <<", which is equal to all three min cut values."
95.256 - <<std::endl<<std::endl;
95.257 - else {
95.258 - std::cout << "ERROR! It is not equal to all three min cut values! "
95.259 - <<std::endl;
95.260 - error=true;
95.261 - }
95.262 -
95.263 - if (error) std::cout <<"\nThere was some error in the results!\n"<<std::endl;
95.264 - else std::cout <<"\nThere was no error in the results.\n"<<std::endl;
95.265 -
95.266 - return 0;
95.267 -}
96.1 --- a/src/work/jacint/preflow_excess.h Sun Apr 17 18:57:22 2005 +0000
96.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
96.3 @@ -1,664 +0,0 @@
96.4 -// -*- C++ -*-
96.5 -
96.6 -//run gyorsan tudna adni a minmincutot a 2 fazis elejen , ne vegyuk be konstruktorba egy cutmapet?
96.7 -//constzero jo igy?
96.8 -
96.9 -//majd marci megmondja betegyem-e bfs-t meg resgraphot
96.10 -
96.11 -//constzero helyett az kell hogy flow-e vagy csak preflow, ha flow akor csak
96.12 -//excess[t]-t kell szmaolni
96.13 -
96.14 -/*
96.15 -Heuristics:
96.16 - 2 phase
96.17 - gap
96.18 - list 'level_list' on the nodes on level i implemented by hand
96.19 - stack 'active' on the active nodes on level i implemented by hand
96.20 - runs heuristic 'highest label' for H1*n relabels
96.21 - runs heuristic 'bound decrease' for H0*n relabels, starts with 'highest label'
96.22 -
96.23 -Parameters H0 and H1 are initialized to 20 and 10.
96.24 -
96.25 -Constructors:
96.26 -
96.27 -Preflow(Graph, Node, Node, CapMap, FlowMap, bool) : bool must be false if
96.28 - FlowMap is not constant zero, and should be true if it is
96.29 -
96.30 -Members:
96.31 -
96.32 -void run()
96.33 -
96.34 -T flowValue() : returns the value of a maximum flow
96.35 -
96.36 -void minMinCut(CutMap& M) : sets M to the characteristic vector of the
96.37 - minimum min cut. M should be a map of bools initialized to false.
96.38 -
96.39 -void maxMinCut(CutMap& M) : sets M to the characteristic vector of the
96.40 - maximum min cut. M should be a map of bools initialized to false.
96.41 -
96.42 -void minCut(CutMap& M) : sets M to the characteristic vector of
96.43 - a min cut. M should be a map of bools initialized to false.
96.44 -
96.45 -FIXME reset
96.46 -
96.47 -*/
96.48 -
96.49 -#ifndef LEMON_PREFLOW_H
96.50 -#define LEMON_PREFLOW_H
96.51 -
96.52 -#define H0 20
96.53 -#define H1 1
96.54 -
96.55 -#include <vector>
96.56 -#include <queue>
96.57 -#include <stack>
96.58 -
96.59 -namespace lemon {
96.60 -
96.61 - template <typename Graph, typename T,
96.62 - typename CapMap=typename Graph::template EdgeMap<T>,
96.63 - typename FlowMap=typename Graph::template EdgeMap<T> >
96.64 - class Preflow {
96.65 -
96.66 - typedef typename Graph::Node Node;
96.67 - typedef typename Graph::Edge Edge;
96.68 - typedef typename Graph::NodeIt NodeIt;
96.69 - typedef typename Graph::OutEdgeIt OutEdgeIt;
96.70 - typedef typename Graph::InEdgeIt InEdgeIt;
96.71 -
96.72 - const Graph& G;
96.73 - Node s;
96.74 - Node t;
96.75 - const CapMap& capacity;
96.76 - FlowMap& flow;
96.77 - T value;
96.78 - bool constzero;
96.79 - bool isflow;
96.80 -
96.81 - public:
96.82 - Preflow(Graph& _G, Node _s, Node _t, CapMap& _capacity,
96.83 - FlowMap& _flow, bool _constzero, bool _isflow ) :
96.84 - G(_G), s(_s), t(_t), capacity(_capacity), flow(_flow), constzero(_constzero), isflow(_isflow) {}
96.85 -
96.86 -
96.87 - void run() {
96.88 -
96.89 - value=0; //for the subsequent runs
96.90 -
96.91 - bool phase=0; //phase 0 is the 1st phase, phase 1 is the 2nd
96.92 - int n=G.nodeNum();
96.93 - int heur0=(int)(H0*n); //time while running 'bound decrease'
96.94 - int heur1=(int)(H1*n); //time while running 'highest label'
96.95 - int heur=heur1; //starting time interval (#of relabels)
96.96 - bool what_heur=1;
96.97 - /*
96.98 - what_heur is 0 in case 'bound decrease'
96.99 - and 1 in case 'highest label'
96.100 - */
96.101 - bool end=false;
96.102 - /*
96.103 - Needed for 'bound decrease', 'true'
96.104 - means no active nodes are above bound b.
96.105 - */
96.106 - int relabel=0;
96.107 - int k=n-2; //bound on the highest level under n containing a node
96.108 - int b=k; //bound on the highest level under n of an active node
96.109 -
96.110 - typename Graph::template NodeMap<int> level(G,n);
96.111 - typename Graph::template NodeMap<T> excess(G);
96.112 -
96.113 - std::vector<std::stack<Node> > active(n);
96.114 - /* std::vector<Node> active(n-1,INVALID);
96.115 - typename Graph::template NodeMap<Node> next(G,INVALID);
96.116 - //Stack of the active nodes in level i < n.
96.117 - //We use it in both phases.*/
96.118 -
96.119 - typename Graph::template NodeMap<Node> left(G,INVALID);
96.120 - typename Graph::template NodeMap<Node> right(G,INVALID);
96.121 - std::vector<Node> level_list(n,INVALID);
96.122 - /*
96.123 - List of the nodes in level i<n.
96.124 - */
96.125 -
96.126 -
96.127 - if ( constzero ) {
96.128 -
96.129 - /*Reverse_bfs from t, to find the starting level.*/
96.130 - level.set(t,0);
96.131 - std::queue<Node> bfs_queue;
96.132 - bfs_queue.push(t);
96.133 -
96.134 - while (!bfs_queue.empty()) {
96.135 -
96.136 - Node v=bfs_queue.front();
96.137 - bfs_queue.pop();
96.138 - int l=level[v]+1;
96.139 -
96.140 - InEdgeIt e;
96.141 - for(G.first(e,v); G.valid(e); G.next(e)) {
96.142 - Node w=G.source(e);
96.143 - if ( level[w] == n && w != s ) {
96.144 - bfs_queue.push(w);
96.145 - Node first=level_list[l];
96.146 - if ( G.valid(first) ) left.set(first,w);
96.147 - right.set(w,first);
96.148 - level_list[l]=w;
96.149 - level.set(w, l);
96.150 - }
96.151 - }
96.152 - }
96.153 -
96.154 - //the starting flow
96.155 - OutEdgeIt e;
96.156 - for(G.first(e,s); G.valid(e); G.next(e))
96.157 - {
96.158 - T c=capacity[e];
96.159 - if ( c == 0 ) continue;
96.160 - Node w=G.target(e);
96.161 - if ( level[w] < n ) {
96.162 - if ( excess[w] == 0 && w!=t ) active[level[w]].push(w);
96.163 - flow.set(e, c);
96.164 - excess.set(w, excess[w]+c);
96.165 - }
96.166 - }
96.167 - }
96.168 - else
96.169 - {
96.170 -
96.171 - /*
96.172 - Reverse_bfs from t in the residual graph,
96.173 - to find the starting level.
96.174 - */
96.175 - level.set(t,0);
96.176 - std::queue<Node> bfs_queue;
96.177 - bfs_queue.push(t);
96.178 -
96.179 - while (!bfs_queue.empty()) {
96.180 -
96.181 - Node v=bfs_queue.front();
96.182 - bfs_queue.pop();
96.183 - int l=level[v]+1;
96.184 -
96.185 - InEdgeIt e;
96.186 - for(G.first(e,v); G.valid(e); G.next(e)) {
96.187 - if ( capacity[e] == flow[e] ) continue;
96.188 - Node w=G.source(e);
96.189 - if ( level[w] == n && w != s ) {
96.190 - bfs_queue.push(w);
96.191 - Node first=level_list[l];
96.192 - if ( G.valid(first) ) left.set(first,w);
96.193 - right.set(w,first);
96.194 - level_list[l]=w;
96.195 - level.set(w, l);
96.196 - }
96.197 - }
96.198 -
96.199 - OutEdgeIt f;
96.200 - for(G.first(f,v); G.valid(f); G.next(f)) {
96.201 - if ( 0 == flow[f] ) continue;
96.202 - Node w=G.target(f);
96.203 - if ( level[w] == n && w != s ) {
96.204 - bfs_queue.push(w);
96.205 - Node first=level_list[l];
96.206 - if ( G.valid(first) ) left.set(first,w);
96.207 - right.set(w,first);
96.208 - level_list[l]=w;
96.209 - level.set(w, l);
96.210 - }
96.211 - }
96.212 - }
96.213 -
96.214 -
96.215 - /*
96.216 - Counting the excess
96.217 - */
96.218 -
96.219 - if ( !isflow ) {
96.220 - NodeIt v;
96.221 - for(G.first(v); G.valid(v); G.next(v)) {
96.222 - T exc=0;
96.223 -
96.224 - InEdgeIt e;
96.225 - for(G.first(e,v); G.valid(e); G.next(e)) exc+=flow[e];
96.226 - OutEdgeIt f;
96.227 - for(G.first(f,v); G.valid(f); G.next(f)) exc-=flow[f];
96.228 -
96.229 - excess.set(v,exc);
96.230 -
96.231 - //putting the active nodes into the stack
96.232 - int lev=level[v];
96.233 - if ( exc > 0 && lev < n && v != t ) active[lev].push(v);
96.234 - }
96.235 - } else {
96.236 - T exc=0;
96.237 -
96.238 - InEdgeIt e;
96.239 - for(G.first(e,t); G.valid(e); G.next(e)) exc+=flow[e];
96.240 - OutEdgeIt f;
96.241 - for(G.first(f,t); G.valid(f); G.next(f)) exc-=flow[f];
96.242 -
96.243 - excess.set(t,exc);
96.244 - }
96.245 -
96.246 -
96.247 - //the starting flow
96.248 - OutEdgeIt e;
96.249 - for(G.first(e,s); G.valid(e); G.next(e))
96.250 - {
96.251 - T rem=capacity[e]-flow[e];
96.252 - if ( rem == 0 ) continue;
96.253 - Node w=G.target(e);
96.254 - if ( level[w] < n ) {
96.255 - if ( excess[w] == 0 && w!=t ) active[level[w]].push(w);
96.256 - flow.set(e, capacity[e]);
96.257 - excess.set(w, excess[w]+rem);
96.258 - }
96.259 - }
96.260 -
96.261 - InEdgeIt f;
96.262 - for(G.first(f,s); G.valid(f); G.next(f))
96.263 - {
96.264 - if ( flow[f] == 0 ) continue;
96.265 - Node w=G.source(f);
96.266 - if ( level[w] < n ) {
96.267 - if ( excess[w] == 0 && w!=t ) active[level[w]].push(w);
96.268 - excess.set(w, excess[w]+flow[f]);
96.269 - flow.set(f, 0);
96.270 - }
96.271 - }
96.272 - }
96.273 -
96.274 -
96.275 -
96.276 -
96.277 - /*
96.278 - End of preprocessing
96.279 - */
96.280 -
96.281 -
96.282 -
96.283 - /*
96.284 - Push/relabel on the highest level active nodes.
96.285 - */
96.286 - while ( true ) {
96.287 -
96.288 - if ( b == 0 ) {
96.289 - if ( phase ) break;
96.290 -
96.291 - if ( !what_heur && !end && k > 0 ) {
96.292 - b=k;
96.293 - end=true;
96.294 - } else {
96.295 - phase=1;
96.296 - level.set(s,0);
96.297 - std::queue<Node> bfs_queue;
96.298 - bfs_queue.push(s);
96.299 -
96.300 - while (!bfs_queue.empty()) {
96.301 -
96.302 - Node v=bfs_queue.front();
96.303 - bfs_queue.pop();
96.304 - int l=level[v]+1;
96.305 -
96.306 - InEdgeIt e;
96.307 - for(G.first(e,v); G.valid(e); G.next(e)) {
96.308 - if ( capacity[e] == flow[e] ) continue;
96.309 - Node u=G.source(e);
96.310 - if ( level[u] >= n ) {
96.311 - bfs_queue.push(u);
96.312 - level.set(u, l);
96.313 - if ( excess[u] > 0 ) active[l].push(u);
96.314 - }
96.315 - }
96.316 -
96.317 - OutEdgeIt f;
96.318 - for(G.first(f,v); G.valid(f); G.next(f)) {
96.319 - if ( 0 == flow[f] ) continue;
96.320 - Node u=G.target(f);
96.321 - if ( level[u] >= n ) {
96.322 - bfs_queue.push(u);
96.323 - level.set(u, l);
96.324 - if ( excess[u] > 0 ) active[l].push(u);
96.325 - }
96.326 - }
96.327 - }
96.328 - b=n-2;
96.329 - }
96.330 -
96.331 - }
96.332 -
96.333 -
96.334 - ///
96.335 - if ( active[b].empty() ) --b;
96.336 - else {
96.337 - end=false;
96.338 -
96.339 - Node w=active[b].top();
96.340 - active[b].pop();
96.341 - int lev=level[w];
96.342 - T exc=excess[w];
96.343 - int newlevel=n; //bound on the next level of w
96.344 -
96.345 - OutEdgeIt e;
96.346 - for(G.first(e,w); G.valid(e); G.next(e)) {
96.347 -
96.348 - if ( flow[e] == capacity[e] ) continue;
96.349 - Node v=G.target(e);
96.350 - //e=wv
96.351 -
96.352 - if( lev > level[v] ) {
96.353 - /*Push is allowed now*/
96.354 -
96.355 - if ( excess[v]==0 && v!=t && v!=s ) {
96.356 - int lev_v=level[v];
96.357 - active[lev_v].push(v);
96.358 - }
96.359 -
96.360 - T cap=capacity[e];
96.361 - T flo=flow[e];
96.362 - T remcap=cap-flo;
96.363 -
96.364 - if ( remcap >= exc ) {
96.365 - /*A nonsaturating push.*/
96.366 -
96.367 - flow.set(e, flo+exc);
96.368 - excess.set(v, excess[v]+exc);
96.369 - exc=0;
96.370 - break;
96.371 -
96.372 - } else {
96.373 - /*A saturating push.*/
96.374 -
96.375 - flow.set(e, cap);
96.376 - excess.set(v, excess[v]+remcap);
96.377 - exc-=remcap;
96.378 - }
96.379 - } else if ( newlevel > level[v] ){
96.380 - newlevel = level[v];
96.381 - }
96.382 -
96.383 - } //for out edges wv
96.384 -
96.385 -
96.386 - if ( exc > 0 ) {
96.387 - InEdgeIt e;
96.388 - for(G.first(e,w); G.valid(e); G.next(e)) {
96.389 -
96.390 - if( flow[e] == 0 ) continue;
96.391 - Node v=G.source(e);
96.392 - //e=vw
96.393 -
96.394 - if( lev > level[v] ) {
96.395 - /*Push is allowed now*/
96.396 -
96.397 - if ( excess[v]==0 && v!=t && v!=s ) {
96.398 - int lev_v=level[v];
96.399 - active[lev_v].push(v);
96.400 - }
96.401 -
96.402 - T flo=flow[e];
96.403 -
96.404 - if ( flo >= exc ) {
96.405 - /*A nonsaturating push.*/
96.406 -
96.407 - flow.set(e, flo-exc);
96.408 - excess.set(v, excess[v]+exc);
96.409 - exc=0;
96.410 - break;
96.411 - } else {
96.412 - /*A saturating push.*/
96.413 -
96.414 - excess.set(v, excess[v]+flo);
96.415 - exc-=flo;
96.416 - flow.set(e,0);
96.417 - }
96.418 - } else if ( newlevel > level[v] ) {
96.419 - newlevel = level[v];
96.420 - }
96.421 - } //for in edges vw
96.422 -
96.423 - } // if w still has excess after the out edge for cycle
96.424 -
96.425 - excess.set(w, exc);
96.426 - /// push
96.427 -
96.428 -
96.429 - /*
96.430 - Relabel
96.431 - */
96.432 -
96.433 -
96.434 - if ( exc > 0 ) {
96.435 - //now 'lev' is the old level of w
96.436 -
96.437 - if ( phase ) {
96.438 - level.set(w,++newlevel);
96.439 - active[newlevel].push(w);
96.440 - b=newlevel;
96.441 - } else {
96.442 - //unlacing starts
96.443 - Node right_n=right[w];
96.444 - Node left_n=left[w];
96.445 -
96.446 - if ( G.valid(right_n) ) {
96.447 - if ( G.valid(left_n) ) {
96.448 - right.set(left_n, right_n);
96.449 - left.set(right_n, left_n);
96.450 - } else {
96.451 - level_list[lev]=right_n;
96.452 - left.set(right_n, INVALID);
96.453 - }
96.454 - } else {
96.455 - if ( G.valid(left_n) ) {
96.456 - right.set(left_n, INVALID);
96.457 - } else {
96.458 - level_list[lev]=INVALID;
96.459 - }
96.460 - }
96.461 - //unlacing ends
96.462 -
96.463 - if ( !G.valid(level_list[lev]) ) {
96.464 -
96.465 - //gapping starts
96.466 - for (int i=lev; i!=k ; ) {
96.467 - Node v=level_list[++i];
96.468 - while ( G.valid(v) ) {
96.469 - level.set(v,n);
96.470 - v=right[v];
96.471 - }
96.472 - level_list[i]=INVALID;
96.473 - if ( !what_heur ) {
96.474 - while ( !active[i].empty() ) {
96.475 - active[i].pop(); //FIXME: ezt szebben kene
96.476 - }
96.477 - }
96.478 - }
96.479 -
96.480 - level.set(w,n);
96.481 - b=lev-1;
96.482 - k=b;
96.483 - //gapping ends
96.484 -
96.485 - } else {
96.486 -
96.487 - if ( newlevel == n ) level.set(w,n);
96.488 - else {
96.489 - level.set(w,++newlevel);
96.490 - active[newlevel].push(w);
96.491 - if ( what_heur ) b=newlevel;
96.492 - if ( k < newlevel ) ++k; //now k=newlevel
96.493 - Node first=level_list[newlevel];
96.494 - if ( G.valid(first) ) left.set(first,w);
96.495 - right.set(w,first);
96.496 - left.set(w,INVALID);
96.497 - level_list[newlevel]=w;
96.498 - }
96.499 - }
96.500 -
96.501 -
96.502 - ++relabel;
96.503 - if ( relabel >= heur ) {
96.504 - relabel=0;
96.505 - if ( what_heur ) {
96.506 - what_heur=0;
96.507 - heur=heur0;
96.508 - end=false;
96.509 - } else {
96.510 - what_heur=1;
96.511 - heur=heur1;
96.512 - b=k;
96.513 - }
96.514 - }
96.515 - } //phase 0
96.516 -
96.517 -
96.518 - } // if ( exc > 0 )
96.519 -
96.520 -
96.521 - } // if stack[b] is nonempty
96.522 -
96.523 - } // while(true)
96.524 -
96.525 -
96.526 - value = excess[t];
96.527 - /*Max flow value.*/
96.528 -
96.529 - } //void run()
96.530 -
96.531 -
96.532 -
96.533 -
96.534 -
96.535 - /*
96.536 - Returns the maximum value of a flow.
96.537 - */
96.538 -
96.539 - T flowValue() {
96.540 - return value;
96.541 - }
96.542 -
96.543 -
96.544 - FlowMap Flow() {
96.545 - return flow;
96.546 - }
96.547 -
96.548 -
96.549 - void Flow(FlowMap& _flow ) {
96.550 - NodeIt v;
96.551 - for(G.first(v) ; G.valid(v); G.next(v))
96.552 - _flow.set(v,flow[v]);
96.553 - }
96.554 -
96.555 -
96.556 -
96.557 - /*
96.558 - Returns the minimum min cut, by a bfs from s in the residual graph.
96.559 - */
96.560 -
96.561 - template<typename _CutMap>
96.562 - void minMinCut(_CutMap& M) {
96.563 -
96.564 - std::queue<Node> queue;
96.565 -
96.566 - M.set(s,true);
96.567 - queue.push(s);
96.568 -
96.569 - while (!queue.empty()) {
96.570 - Node w=queue.front();
96.571 - queue.pop();
96.572 -
96.573 - OutEdgeIt e;
96.574 - for(G.first(e,w) ; G.valid(e); G.next(e)) {
96.575 - Node v=G.target(e);
96.576 - if (!M[v] && flow[e] < capacity[e] ) {
96.577 - queue.push(v);
96.578 - M.set(v, true);
96.579 - }
96.580 - }
96.581 -
96.582 - InEdgeIt f;
96.583 - for(G.first(f,w) ; G.valid(f); G.next(f)) {
96.584 - Node v=G.source(f);
96.585 - if (!M[v] && flow[f] > 0 ) {
96.586 - queue.push(v);
96.587 - M.set(v, true);
96.588 - }
96.589 - }
96.590 - }
96.591 - }
96.592 -
96.593 -
96.594 -
96.595 - /*
96.596 - Returns the maximum min cut, by a reverse bfs
96.597 - from t in the residual graph.
96.598 - */
96.599 -
96.600 - template<typename _CutMap>
96.601 - void maxMinCut(_CutMap& M) {
96.602 -
96.603 - std::queue<Node> queue;
96.604 -
96.605 - M.set(t,true);
96.606 - queue.push(t);
96.607 -
96.608 - while (!queue.empty()) {
96.609 - Node w=queue.front();
96.610 - queue.pop();
96.611 -
96.612 -
96.613 - InEdgeIt e;
96.614 - for(G.first(e,w) ; G.valid(e); G.next(e)) {
96.615 - Node v=G.source(e);
96.616 - if (!M[v] && flow[e] < capacity[e] ) {
96.617 - queue.push(v);
96.618 - M.set(v, true);
96.619 - }
96.620 - }
96.621 -
96.622 - OutEdgeIt f;
96.623 - for(G.first(f,w) ; G.valid(f); G.next(f)) {
96.624 - Node v=G.target(f);
96.625 - if (!M[v] && flow[f] > 0 ) {
96.626 - queue.push(v);
96.627 - M.set(v, true);
96.628 - }
96.629 - }
96.630 - }
96.631 -
96.632 - NodeIt v;
96.633 - for(G.first(v) ; G.valid(v); G.next(v)) {
96.634 - M.set(v, !M[v]);
96.635 - }
96.636 -
96.637 - }
96.638 -
96.639 -
96.640 -
96.641 - template<typename CutMap>
96.642 - void minCut(CutMap& M) {
96.643 - minMinCut(M);
96.644 - }
96.645 -
96.646 -
96.647 - void resetTarget (Node _t) {t=_t;}
96.648 - void resetSource (Node _s) {s=_s;}
96.649 -
96.650 - void resetCap (CapMap _cap) {capacity=_cap;}
96.651 -
96.652 - void resetFlow (FlowMap _flow, bool _constzero) {
96.653 - flow=_flow;
96.654 - constzero=_constzero;
96.655 - }
96.656 -
96.657 -
96.658 -
96.659 - };
96.660 -
96.661 -} //namespace lemon
96.662 -
96.663 -#endif //PREFLOW_H
96.664 -
96.665 -
96.666 -
96.667 -
97.1 --- a/src/work/jacint/preflow_excess_test.cc Sun Apr 17 18:57:22 2005 +0000
97.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
97.3 @@ -1,179 +0,0 @@
97.4 -/*
97.5 -The only difference between preflow.h and preflow_res.h is that the latter
97.6 -uses the ResGraphWrapper, while the first does not. (Bfs is implemented by
97.7 -hand in both.) This test program runs Preflow and PreflowRes on the same
97.8 -graph, tests the result of these implementations and writes the running time
97.9 -of them. */
97.10 -#include <iostream>
97.11 -
97.12 -#include <smart_graph.h>
97.13 -#include <dimacs.h>
97.14 -#include <preflow_excess.h>
97.15 -#include <time_measure.h>
97.16 -
97.17 -using namespace lemon;
97.18 -
97.19 -int main(int, char **) {
97.20 -
97.21 - typedef SmartGraph Graph;
97.22 -
97.23 - typedef Graph::Node Node;
97.24 - typedef Graph::EdgeIt EdgeIt;
97.25 -
97.26 - Graph G;
97.27 - Node s, t;
97.28 - Graph::EdgeMap<int> cap(G);
97.29 - readDimacsMaxFlow(std::cin, G, s, t, cap);
97.30 - Timer ts;
97.31 -
97.32 - std::cout <<
97.33 - "\n Are we slower?"
97.34 - <<std::endl;
97.35 - std::cout <<
97.36 - "\n Running preflow.h on a graph with " <<
97.37 - G.nodeNum() << " nodes and " << G.edgeNum() << " edges..."
97.38 - << std::endl<<std::endl;
97.39 -
97.40 -
97.41 -
97.42 -
97.43 -
97.44 -
97.45 -
97.46 - Graph::EdgeMap<int> flow(G,0);
97.47 - Preflow<Graph, int> max_flow_test(G, s, t, cap, flow, 0 , 0);
97.48 - ts.reset();
97.49 - max_flow_test.run();
97.50 - std::cout << "Elapsed time from a preflow: " << std::endl
97.51 - <<ts << std::endl;
97.52 -
97.53 - Graph::NodeMap<bool> mincut(G);
97.54 - max_flow_test.minMinCut(mincut);
97.55 - int min_min_cut_value=0;
97.56 - EdgeIt e;
97.57 - for(G.first(e); G.valid(e); G.next(e)) {
97.58 - if (mincut[G.source(e)] && !mincut[G.target(e)]) min_min_cut_value+=cap[e];
97.59 - }
97.60 -
97.61 - Graph::NodeMap<bool> cut(G);
97.62 - max_flow_test.minCut(cut);
97.63 - int min_cut_value=0;
97.64 - for(G.first(e); G.valid(e); G.next(e)) {
97.65 - if (cut[G.source(e)] && !cut[G.target(e)])
97.66 - min_cut_value+=cap[e];
97.67 - }
97.68 -
97.69 - Graph::NodeMap<bool> maxcut(G);
97.70 - max_flow_test.maxMinCut(maxcut);
97.71 - int max_min_cut_value=0;
97.72 - for(G.first(e); G.valid(e); G.next(e)) {
97.73 - if (maxcut[G.source(e)] && !maxcut[G.target(e)])
97.74 - max_min_cut_value+=cap[e];
97.75 - }
97.76 -
97.77 - std::cout << "\n Checking the result: " <<std::endl;
97.78 - std::cout << "Flow value: "<< max_flow_test.flowValue() << std::endl;
97.79 - std::cout << "Min cut value: "<< min_cut_value << std::endl;
97.80 - std::cout << "Min min cut value: "<< min_min_cut_value << std::endl;
97.81 - std::cout << "Max min cut value: "<< max_min_cut_value <<
97.82 - std::endl;
97.83 -
97.84 - if ( max_flow_test.flowValue() == min_cut_value &&
97.85 - min_cut_value == min_min_cut_value &&
97.86 - min_min_cut_value == max_min_cut_value )
97.87 - std::cout << "They are equal! " <<std::endl<< std::endl<<"\n";
97.88 -
97.89 -
97.90 -
97.91 -
97.92 -
97.93 -
97.94 - Graph::EdgeMap<int> flow2(G,0);
97.95 - Preflow<Graph, int> max_flow_test2(G, s, t, cap, flow2, 0 , 1);
97.96 - ts.reset();
97.97 - max_flow_test2.run();
97.98 - std::cout << "Elapsed time from a flow: " << std::endl
97.99 - << ts << std::endl;
97.100 -
97.101 - Graph::NodeMap<bool> mincut2(G);
97.102 - max_flow_test2.minMinCut(mincut2);
97.103 - int min_min_cut_value2=0;
97.104 - for(G.first(e); G.valid(e); G.next(e)) {
97.105 - if (mincut2[G.source(e)] && !mincut2[G.target(e)]) min_min_cut_value2+=cap[e];
97.106 - }
97.107 -
97.108 - Graph::NodeMap<bool> cut2(G);
97.109 - max_flow_test2.minCut(cut2);
97.110 - int min_cut_value2=0;
97.111 - for(G.first(e); G.valid(e); G.next(e)) {
97.112 - if (cut2[G.source(e)] && !cut2[G.target(e)])
97.113 - min_cut_value2+=cap[e];
97.114 - }
97.115 -
97.116 - Graph::NodeMap<bool> maxcut2(G);
97.117 - max_flow_test2.maxMinCut(maxcut2);
97.118 - int max_min_cut_value2=0;
97.119 - for(G.first(e); G.valid(e); G.next(e)) {
97.120 - if (maxcut2[G.source(e)] && !maxcut2[G.target(e)])
97.121 - max_min_cut_value2+=cap[e];
97.122 - }
97.123 -
97.124 - std::cout << "\n Checking the result: " <<std::endl;
97.125 - std::cout << "Flow value: "<< max_flow_test2.flowValue() << std::endl;
97.126 - std::cout << "Min cut value: "<< min_cut_value2 << std::endl;
97.127 - std::cout << "Min min cut value: "<< min_min_cut_value2 << std::endl;
97.128 - std::cout << "Max min cut value: "<< max_min_cut_value2 <<
97.129 - std::endl;
97.130 - if ( max_flow_test.flowValue() == min_cut_value &&
97.131 - min_cut_value == min_min_cut_value &&
97.132 - min_min_cut_value == max_min_cut_value )
97.133 - std::cout << "They are equal! " <<std::endl;
97.134 -
97.135 -
97.136 -
97.137 -
97.138 -
97.139 - Graph::EdgeMap<int> flow3(G,0);
97.140 - Preflow<Graph, int> max_flow_test3(G, s, t, cap, flow3, 1 , 1);
97.141 - ts.reset();
97.142 - max_flow_test3.run();
97.143 - std::cout << "Elapsed time from a const zero flow: " << std::endl
97.144 - <<ts << std::endl;
97.145 -
97.146 - Graph::NodeMap<bool> mincut3(G);
97.147 - max_flow_test3.minMinCut(mincut3);
97.148 - int min_min_cut_value3=0;
97.149 - for(G.first(e); G.valid(e); G.next(e)) {
97.150 - if (mincut3[G.source(e)] && !mincut3[G.target(e)]) min_min_cut_value3+=cap[e];
97.151 - }
97.152 -
97.153 - Graph::NodeMap<bool> cut3(G);
97.154 - max_flow_test3.minCut(cut3);
97.155 - int min_cut_value3=0;
97.156 - for(G.first(e); G.valid(e); G.next(e)) {
97.157 - if (cut3[G.source(e)] && !cut3[G.target(e)])
97.158 - min_cut_value3+=cap[e];
97.159 - }
97.160 -
97.161 - Graph::NodeMap<bool> maxcut3(G);
97.162 - max_flow_test3.maxMinCut(maxcut3);
97.163 - int max_min_cut_value3=0;
97.164 - for(G.first(e); G.valid(e); G.next(e)) {
97.165 - if (maxcut3[G.source(e)] && !maxcut3[G.target(e)])
97.166 - max_min_cut_value3+=cap[e];
97.167 - }
97.168 -
97.169 - std::cout << "\n Checking the result: " <<std::endl;
97.170 - std::cout << "Flow value: "<< max_flow_test3.flowValue() << std::endl;
97.171 - std::cout << "Min cut value: "<< min_cut_value3 << std::endl;
97.172 - std::cout << "Min min cut value: "<< min_min_cut_value3 << std::endl;
97.173 - std::cout << "Max min cut value: "<< max_min_cut_value3 <<
97.174 - std::endl;
97.175 -
97.176 - if ( max_flow_test3.flowValue() == min_cut_value3 &&
97.177 - min_cut_value3 == min_min_cut_value3 &&
97.178 - min_min_cut_value3 == max_min_cut_value3 )
97.179 - std::cout << "They are equal! " <<std::endl<< std::endl<<"\n";
97.180 -
97.181 - return 0;
97.182 -}
98.1 --- a/src/work/jacint/preflow_res.h Sun Apr 17 18:57:22 2005 +0000
98.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
98.3 @@ -1,495 +0,0 @@
98.4 -// -*- C++ -*-
98.5 -//The same as preflow.h, using ResGraphWrapper
98.6 -#ifndef LEMON_PREFLOW_RES_H
98.7 -#define LEMON_PREFLOW_RES_H
98.8 -
98.9 -#define H0 20
98.10 -#define H1 1
98.11 -
98.12 -#include <vector>
98.13 -#include <queue>
98.14 -#include <graph_wrapper.h>
98.15 -
98.16 -#include<iostream>
98.17 -
98.18 -namespace lemon {
98.19 -
98.20 - template <typename Graph, typename T,
98.21 - typename CapMap=typename Graph::template EdgeMap<T>,
98.22 - typename FlowMap=typename Graph::template EdgeMap<T> >
98.23 - class PreflowRes {
98.24 -
98.25 - typedef typename Graph::Node Node;
98.26 - typedef typename Graph::Edge Edge;
98.27 - typedef typename Graph::NodeIt NodeIt;
98.28 - typedef typename Graph::OutEdgeIt OutEdgeIt;
98.29 - typedef typename Graph::InEdgeIt InEdgeIt;
98.30 -
98.31 - const Graph& G;
98.32 - Node s;
98.33 - Node t;
98.34 - const CapMap& capacity;
98.35 - FlowMap& flow;
98.36 - T value;
98.37 - bool constzero;
98.38 -
98.39 - typedef ResGraphWrapper<const Graph, T, CapMap, FlowMap> ResGW;
98.40 - typedef typename ResGW::OutEdgeIt ResOutEdgeIt;
98.41 - typedef typename ResGW::InEdgeIt ResInEdgeIt;
98.42 - typedef typename ResGW::Edge ResEdge;
98.43 -
98.44 - public:
98.45 - PreflowRes(Graph& _G, Node _s, Node _t, CapMap& _capacity,
98.46 - FlowMap& _flow, bool _constzero ) :
98.47 - G(_G), s(_s), t(_t), capacity(_capacity), flow(_flow), constzero(_constzero) {}
98.48 -
98.49 -
98.50 - void run() {
98.51 -
98.52 - ResGW res_graph(G, capacity, flow);
98.53 -
98.54 - value=0; //for the subsequent runs
98.55 -
98.56 - bool phase=0; //phase 0 is the 1st phase, phase 1 is the 2nd
98.57 - int n=G.nodeNum();
98.58 - int heur0=(int)(H0*n); //time while running 'bound decrease'
98.59 - int heur1=(int)(H1*n); //time while running 'highest label'
98.60 - int heur=heur1; //starting time interval (#of relabels)
98.61 - bool what_heur=1;
98.62 - /*
98.63 - what_heur is 0 in case 'bound decrease'
98.64 - and 1 in case 'highest label'
98.65 - */
98.66 - bool end=false;
98.67 - /*
98.68 - Needed for 'bound decrease', 'true'
98.69 - means no active nodes are above bound b.
98.70 - */
98.71 - int relabel=0;
98.72 - int k=n-2; //bound on the highest level under n containing a node
98.73 - int b=k; //bound on the highest level under n of an active node
98.74 -
98.75 - typename Graph::template NodeMap<int> level(G,n);
98.76 - typename Graph::template NodeMap<T> excess(G);
98.77 -
98.78 - std::vector<Node> active(n-1,INVALID);
98.79 - typename Graph::template NodeMap<Node> next(G,INVALID);
98.80 - //Stack of the active nodes in level i < n.
98.81 - //We use it in both phases.
98.82 -
98.83 - typename Graph::template NodeMap<Node> left(G,INVALID);
98.84 - typename Graph::template NodeMap<Node> right(G,INVALID);
98.85 - std::vector<Node> level_list(n,INVALID);
98.86 - /*
98.87 - List of the nodes in level i<n.
98.88 - */
98.89 -
98.90 -
98.91 - /*
98.92 - Reverse_bfs from t in the residual graph,
98.93 - to find the starting level.
98.94 - */
98.95 - level.set(t,0);
98.96 - std::queue<Node> bfs_queue;
98.97 - bfs_queue.push(t);
98.98 -
98.99 - while (!bfs_queue.empty()) {
98.100 -
98.101 - Node v=bfs_queue.front();
98.102 - bfs_queue.pop();
98.103 - int l=level[v]+1;
98.104 -
98.105 - ResInEdgeIt e;
98.106 - for(res_graph.first(e,v); res_graph.valid(e);
98.107 - res_graph.next(e)) {
98.108 - Node w=res_graph.source(e);
98.109 - if ( level[w] == n && w != s ) {
98.110 - bfs_queue.push(w);
98.111 - Node first=level_list[l];
98.112 - if ( G.valid(first) ) left.set(first,w);
98.113 - right.set(w,first);
98.114 - level_list[l]=w;
98.115 - level.set(w, l);
98.116 - }
98.117 - }
98.118 - }
98.119 -
98.120 -
98.121 - if ( !constzero ) {
98.122 - /*
98.123 - Counting the excess
98.124 - */
98.125 - NodeIt v;
98.126 - for(G.first(v); G.valid(v); G.next(v)) {
98.127 - T exc=0;
98.128 -
98.129 - InEdgeIt e;
98.130 - for(G.first(e,v); G.valid(e); G.next(e)) exc+=flow[e];
98.131 - OutEdgeIt f;
98.132 - for(G.first(f,v); G.valid(f); G.next(f)) exc-=flow[f];
98.133 -
98.134 - excess.set(v,exc);
98.135 -
98.136 - //putting the active nodes into the stack
98.137 - int lev=level[v];
98.138 - if ( exc > 0 && lev < n ) {
98.139 - next.set(v,active[lev]);
98.140 - active[lev]=v;
98.141 - }
98.142 - }
98.143 - }
98.144 -
98.145 -
98.146 -
98.147 - //the starting flow
98.148 - ResOutEdgeIt e;
98.149 - for(res_graph.first(e,s); res_graph.valid(e);
98.150 - res_graph.next(e)) {
98.151 - Node w=res_graph.target(e);
98.152 - if ( level[w] < n ) {
98.153 - if ( excess[w] == 0 && w!=t ) {
98.154 - next.set(w,active[level[w]]);
98.155 - active[level[w]]=w;
98.156 - }
98.157 - T rem=res_graph.resCap(e);
98.158 - excess.set(w, excess[w]+rem);
98.159 - res_graph.augment(e, rem );
98.160 - }
98.161 - }
98.162 -
98.163 -
98.164 - /*
98.165 - End of preprocessing
98.166 - */
98.167 -
98.168 -
98.169 -
98.170 - /*
98.171 - Push/relabel on the highest level active nodes.
98.172 - */
98.173 - while ( true ) {
98.174 -
98.175 - if ( b == 0 ) {
98.176 - if ( phase ) break;
98.177 -
98.178 - if ( !what_heur && !end && k > 0 ) {
98.179 - b=k;
98.180 - end=true;
98.181 - } else {
98.182 - phase=1;
98.183 - level.set(s,0);
98.184 - std::queue<Node> bfs_queue;
98.185 - bfs_queue.push(s);
98.186 -
98.187 - while (!bfs_queue.empty()) {
98.188 -
98.189 - Node v=bfs_queue.front();
98.190 - bfs_queue.pop();
98.191 - int l=level[v]+1;
98.192 -
98.193 - ResInEdgeIt e;
98.194 - for(res_graph.first(e,v);
98.195 - res_graph.valid(e); res_graph.next(e)) {
98.196 - Node u=res_graph.source(e);
98.197 - if ( level[u] >= n ) {
98.198 - bfs_queue.push(u);
98.199 - level.set(u, l);
98.200 - if ( excess[u] > 0 ) {
98.201 - next.set(u,active[l]);
98.202 - active[l]=u;
98.203 - }
98.204 - }
98.205 - }
98.206 -
98.207 - }
98.208 - b=n-2;
98.209 - }
98.210 -
98.211 - }
98.212 -
98.213 -
98.214 - if ( !G.valid(active[b]) ) --b;
98.215 - else {
98.216 - end=false;
98.217 -
98.218 - Node w=active[b];
98.219 - active[b]=next[w];
98.220 - int lev=level[w];
98.221 - T exc=excess[w];
98.222 - int newlevel=n; //bound on the next level of w
98.223 -
98.224 - ResOutEdgeIt e;
98.225 - for(res_graph.first(e,w); res_graph.valid(e); res_graph.next(e)) {
98.226 -
98.227 - Node v=res_graph.target(e);
98.228 - if( lev > level[v] ) {
98.229 - /*Push is allowed now*/
98.230 -
98.231 - if ( excess[v]==0 && v!=t && v!=s ) {
98.232 - int lev_v=level[v];
98.233 - next.set(v,active[lev_v]);
98.234 - active[lev_v]=v;
98.235 - }
98.236 -
98.237 - T remcap=res_graph.resCap(e);
98.238 -
98.239 - if ( remcap >= exc ) {
98.240 - /*A nonsaturating push.*/
98.241 - res_graph.augment(e, exc);
98.242 - excess.set(v, excess[v]+exc);
98.243 - exc=0;
98.244 - break;
98.245 -
98.246 - } else {
98.247 - /*A saturating push.*/
98.248 -
98.249 - res_graph.augment(e, remcap);
98.250 - excess.set(v, excess[v]+remcap);
98.251 - exc-=remcap;
98.252 - }
98.253 - } else if ( newlevel > level[v] ){
98.254 - newlevel = level[v];
98.255 - }
98.256 -
98.257 - }
98.258 -
98.259 - excess.set(w, exc);
98.260 -
98.261 - /*
98.262 - Relabel
98.263 - */
98.264 -
98.265 -
98.266 - if ( exc > 0 ) {
98.267 - //now 'lev' is the old level of w
98.268 -
98.269 - if ( phase ) {
98.270 - level.set(w,++newlevel);
98.271 - next.set(w,active[newlevel]);
98.272 - active[newlevel]=w;
98.273 - b=newlevel;
98.274 - } else {
98.275 - //unlacing starts
98.276 - Node right_n=right[w];
98.277 - Node left_n=left[w];
98.278 -
98.279 - if ( G.valid(right_n) ) {
98.280 - if ( G.valid(left_n) ) {
98.281 - right.set(left_n, right_n);
98.282 - left.set(right_n, left_n);
98.283 - } else {
98.284 - level_list[lev]=right_n;
98.285 - left.set(right_n, INVALID);
98.286 - }
98.287 - } else {
98.288 - if ( G.valid(left_n) ) {
98.289 - right.set(left_n, INVALID);
98.290 - } else {
98.291 - level_list[lev]=INVALID;
98.292 - }
98.293 - }
98.294 - //unlacing ends
98.295 -
98.296 - if ( !G.valid(level_list[lev]) ) {
98.297 -
98.298 - //gapping starts
98.299 - for (int i=lev; i!=k ; ) {
98.300 - Node v=level_list[++i];
98.301 - while ( G.valid(v) ) {
98.302 - level.set(v,n);
98.303 - v=right[v];
98.304 - }
98.305 - level_list[i]=INVALID;
98.306 - if ( !what_heur ) active[i]=INVALID;
98.307 - }
98.308 -
98.309 - level.set(w,n);
98.310 - b=lev-1;
98.311 - k=b;
98.312 - //gapping ends
98.313 -
98.314 - } else {
98.315 -
98.316 - if ( newlevel == n ) level.set(w,n);
98.317 - else {
98.318 - level.set(w,++newlevel);
98.319 - next.set(w,active[newlevel]);
98.320 - active[newlevel]=w;
98.321 - if ( what_heur ) b=newlevel;
98.322 - if ( k < newlevel ) ++k; //now k=newlevel
98.323 - Node first=level_list[newlevel];
98.324 - if ( G.valid(first) ) left.set(first,w);
98.325 - right.set(w,first);
98.326 - left.set(w,INVALID);
98.327 - level_list[newlevel]=w;
98.328 - }
98.329 - }
98.330 -
98.331 -
98.332 - ++relabel;
98.333 - if ( relabel >= heur ) {
98.334 - relabel=0;
98.335 - if ( what_heur ) {
98.336 - what_heur=0;
98.337 - heur=heur0;
98.338 - end=false;
98.339 - } else {
98.340 - what_heur=1;
98.341 - heur=heur1;
98.342 - b=k;
98.343 - }
98.344 - }
98.345 - } //phase 0
98.346 -
98.347 -
98.348 - } // if ( exc > 0 )
98.349 -
98.350 -
98.351 - } // if stack[b] is nonempty
98.352 -
98.353 - } // while(true)
98.354 -
98.355 -
98.356 - value = excess[t];
98.357 - /*Max flow value.*/
98.358 -
98.359 - } //void run()
98.360 -
98.361 -
98.362 -
98.363 -
98.364 -
98.365 - /*
98.366 - Returns the maximum value of a flow.
98.367 - */
98.368 -
98.369 - T flowValue() {
98.370 - return value;
98.371 - }
98.372 -
98.373 -
98.374 - FlowMap Flow() {
98.375 - return flow;
98.376 - }
98.377 -
98.378 -
98.379 -
98.380 - void Flow(FlowMap& _flow ) {
98.381 - NodeIt v;
98.382 - for(G.first(v) ; G.valid(v); G.next(v))
98.383 - _flow.set(v,flow[v]);
98.384 - }
98.385 -
98.386 -
98.387 -
98.388 - /*
98.389 - Returns the minimum min cut, by a bfs from s in the residual graph.
98.390 - */
98.391 -
98.392 - template<typename _CutMap>
98.393 - void minMinCut(_CutMap& M) {
98.394 -
98.395 - std::queue<Node> queue;
98.396 -
98.397 - M.set(s,true);
98.398 - queue.push(s);
98.399 -
98.400 - while (!queue.empty()) {
98.401 - Node w=queue.front();
98.402 - queue.pop();
98.403 -
98.404 - OutEdgeIt e;
98.405 - for(G.first(e,w) ; G.valid(e); G.next(e)) {
98.406 - Node v=G.target(e);
98.407 - if (!M[v] && flow[e] < capacity[e] ) {
98.408 - queue.push(v);
98.409 - M.set(v, true);
98.410 - }
98.411 - }
98.412 -
98.413 - InEdgeIt f;
98.414 - for(G.first(f,w) ; G.valid(f); G.next(f)) {
98.415 - Node v=G.source(f);
98.416 - if (!M[v] && flow[f] > 0 ) {
98.417 - queue.push(v);
98.418 - M.set(v, true);
98.419 - }
98.420 - }
98.421 - }
98.422 - }
98.423 -
98.424 -
98.425 -
98.426 - /*
98.427 - Returns the maximum min cut, by a reverse bfs
98.428 - from t in the residual graph.
98.429 - */
98.430 -
98.431 - template<typename _CutMap>
98.432 - void maxMinCut(_CutMap& M) {
98.433 -
98.434 - std::queue<Node> queue;
98.435 -
98.436 - M.set(t,true);
98.437 - queue.push(t);
98.438 -
98.439 - while (!queue.empty()) {
98.440 - Node w=queue.front();
98.441 - queue.pop();
98.442 -
98.443 -
98.444 - InEdgeIt e;
98.445 - for(G.first(e,w) ; G.valid(e); G.next(e)) {
98.446 - Node v=G.source(e);
98.447 - if (!M[v] && flow[e] < capacity[e] ) {
98.448 - queue.push(v);
98.449 - M.set(v, true);
98.450 - }
98.451 - }
98.452 -
98.453 - OutEdgeIt f;
98.454 - for(G.first(f,w) ; G.valid(f); G.next(f)) {
98.455 - Node v=G.target(f);
98.456 - if (!M[v] && flow[f] > 0 ) {
98.457 - queue.push(v);
98.458 - M.set(v, true);
98.459 - }
98.460 - }
98.461 - }
98.462 -
98.463 - NodeIt v;
98.464 - for(G.first(v) ; G.valid(v); G.next(v)) {
98.465 - M.set(v, !M[v]);
98.466 - }
98.467 -
98.468 - }
98.469 -
98.470 -
98.471 -
98.472 - template<typename CutMap>
98.473 - void minCut(CutMap& M) {
98.474 - minMinCut(M);
98.475 - }
98.476 -
98.477 -
98.478 -
98.479 - void resetTarget (Node _t) {t=_t;}
98.480 - void resetSource (Node _s) {s=_s;}
98.481 -
98.482 - void resetCap (CapMap _cap) {capacity=_cap;}
98.483 -
98.484 - void resetFlow (FlowMap _flow, bool _constzero) {
98.485 - flow=_flow;
98.486 - constzero=_constzero;
98.487 - }
98.488 -
98.489 -
98.490 - };
98.491 -
98.492 -} //namespace lemon
98.493 -
98.494 -#endif //LEMON_PREFLOW_RES_H
98.495 -
98.496 -
98.497 -
98.498 -
99.1 --- a/src/work/jacint/prim.cc Sun Apr 17 18:57:22 2005 +0000
99.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
99.3 @@ -1,50 +0,0 @@
99.4 -#include <iostream>
99.5 -#include <fstream>
99.6 -
99.7 -#include <smart_graph.h>
99.8 -#include <list_graph.h>
99.9 -#include <dimacs.h>
99.10 -#include <prim.h>
99.11 -#include <time_measure.h>
99.12 -
99.13 -#include <bin_heap.h>
99.14 -#include <fib_heap.h>
99.15 -
99.16 -using namespace lemon;
99.17 -
99.18 -int main(int, char **) {
99.19 - typedef SmartGraph::Node Node;
99.20 -
99.21 - SmartGraph G;
99.22 - Node s, t;
99.23 - SmartGraph::EdgeMap<int> cap(G);
99.24 - readDimacsMaxFlow(std::cin, G, s, t, cap);
99.25 -
99.26 - std::cout << "prim demo ..." << std::endl;
99.27 -
99.28 - double pre_time=currTime();
99.29 - Prim<SmartGraph, int, FibHeap<SmartGraph::Node, int,
99.30 - SmartGraph::NodeMap<int> > > prim_test(G, cap);
99.31 - prim_test.run();
99.32 - double post_time=currTime();
99.33 -
99.34 - std::cout << "running time with fib_heap: "
99.35 - << post_time-pre_time << " sec"<< std::endl;
99.36 -
99.37 - pre_time=currTime();
99.38 - Prim<SmartGraph, int, BinHeap<SmartGraph::Node, int,
99.39 - SmartGraph::NodeMap<int> > > prim_test2(G, cap);
99.40 - prim_test2.run();
99.41 - post_time=currTime();
99.42 -
99.43 - std::cout << "running time with bin_heap: "
99.44 - << post_time-pre_time << " sec"<< std::endl;
99.45 -
99.46 - std::cout<<"A minimalis feszitofa sulya fib kupaccal: "<< prim_test.weight() <<std::endl;
99.47 - std::cout<<"A minimalis feszitofa sulya bin kupaccal: "<< prim_test2.weight() <<std::endl;
99.48 - if ( prim_test.weight() != prim_test2.weight() )
99.49 - std::cout<<"Nem egyezik meg!"<<std::endl;
99.50 - else std::cout<<"Megegyezik."<<std::endl;
99.51 -
99.52 - return 0;
99.53 -}
100.1 --- a/src/work/jacint/prim.h Sun Apr 17 18:57:22 2005 +0000
100.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
100.3 @@ -1,171 +0,0 @@
100.4 -// -*- C++ -*-
100.5 -/*
100.6 - *template <Graph, T, Heap=FibHeap, LengthMap=Graph::EdgeMap<T> >
100.7 - *
100.8 - *Constructor:
100.9 - *
100.10 - *Prim(Graph G, LengthMap weight)
100.11 - *
100.12 - *
100.13 - *Methods:
100.14 - *
100.15 - *void run() : Runs the Prim-algorithm from a random node
100.16 - *
100.17 - *void run(Node r) : Runs the Prim-algorithm from node s
100.18 - *
100.19 - *T weight() : After run(r) was run, it returns the minimum
100.20 - * weight of a spanning tree of the component of the root.
100.21 - *
100.22 - *Edge tree(Node v) : After run(r) was run, it returns the
100.23 - * first edge in the path from v to the root. Returns
100.24 - * INVALID if v=r or v is not reachable from the root.
100.25 - *
100.26 - *bool conn() : After run(r) was run, it is true iff G is connected
100.27 - *
100.28 - *bool reached(Node v) : After run(r) was run, it is true
100.29 - * iff v is in the same component as the root
100.30 - *
100.31 - *Node root() : returns the root
100.32 - *
100.33 - */
100.34 -
100.35 -#ifndef LEMON_PRIM_H
100.36 -#define LEMON_PRIM_H
100.37 -
100.38 -#include <fib_heap.h>
100.39 -#include <invalid.h>
100.40 -
100.41 -namespace lemon {
100.42 -
100.43 - template <typename Graph, typename T,
100.44 - typename Heap=FibHeap<typename Graph::Node, T,
100.45 - typename Graph::NodeMap<int> >,
100.46 - typename LengthMap=typename Graph::EdgeMap<T> >
100.47 - class Prim{
100.48 - typedef typename Graph::Node Node;
100.49 - typedef typename Graph::NodeIt NodeIt;
100.50 - typedef typename Graph::Edge Edge;
100.51 - typedef typename Graph::OutEdgeIt OutEdgeIt;
100.52 - typedef typename Graph::InEdgeIt InEdgeIt;
100.53 -
100.54 - const Graph& G;
100.55 - const LengthMap& edge_weight;
100.56 - typename Graph::NodeMap<Edge> tree_edge;
100.57 - typename Graph::NodeMap<T> min_weight;
100.58 - typename Graph::NodeMap<bool> reach;
100.59 -
100.60 - public :
100.61 -
100.62 - Prim(Graph& _G, LengthMap& _edge_weight) :
100.63 - G(_G), edge_weight(_edge_weight),
100.64 - tree_edge(_G,INVALID), min_weight(_G), reach(_G, false) { }
100.65 -
100.66 -
100.67 - void run() {
100.68 - NodeIt _r;
100.69 - G.first(_r);
100.70 - run(_r);
100.71 - }
100.72 -
100.73 -
100.74 - void run(Node r) {
100.75 -
100.76 - NodeIt u;
100.77 - for ( G.first(u) ; G.valid(u) ; G.next(u) ) {
100.78 - tree_edge.set(u,INVALID);
100.79 - min_weight.set(u,0);
100.80 - reach.set(u,false);
100.81 - }
100.82 -
100.83 -
100.84 - typename Graph::NodeMap<bool> scanned(G, false);
100.85 - typename Graph::NodeMap<int> heap_map(G,-1);
100.86 -
100.87 - Heap heap(heap_map);
100.88 -
100.89 - heap.push(r,0);
100.90 - reach.set(r, true);
100.91 -
100.92 - while ( !heap.empty() ) {
100.93 -
100.94 - Node v=heap.top();
100.95 - min_weight.set(v, heap.get(v));
100.96 - heap.pop();
100.97 - scanned.set(v,true);
100.98 -
100.99 - OutEdgeIt e;
100.100 - for( G.first(e,v); G.valid(e); G.next(e)) {
100.101 - Node w=G.target(e);
100.102 -
100.103 - if ( !scanned[w] ) {
100.104 - if ( !reach[w] ) {
100.105 - reach.set(w,true);
100.106 - heap.push(w, edge_weight[e]);
100.107 - tree_edge.set(w,e);
100.108 - } else if ( edge_weight[e] < heap.get(w) ) {
100.109 - tree_edge.set(w,e);
100.110 - heap.decrease(w, edge_weight[e]);
100.111 - }
100.112 - }
100.113 - }
100.114 -
100.115 - InEdgeIt f;
100.116 - for( G.first(f,v); G.valid(f); G.next(f)) {
100.117 - Node w=G.source(f);
100.118 -
100.119 - if ( !scanned[w] ) {
100.120 - if ( !reach[w] ) {
100.121 - reach.set(w,true);
100.122 - heap.push(w, edge_weight[f]);
100.123 - tree_edge.set(w,f);
100.124 - } else if ( edge_weight[f] < heap.get(w) ) {
100.125 - tree_edge.set(w,f);
100.126 - heap.decrease(w, edge_weight[f]);
100.127 - }
100.128 - }
100.129 - }
100.130 - }
100.131 - }
100.132 -
100.133 -
100.134 - T weight() {
100.135 - T w=0;
100.136 - NodeIt u;
100.137 - for ( G.first(u) ; G.valid(u) ; G.next(u) ) w+=min_weight[u];
100.138 - return w;
100.139 - }
100.140 -
100.141 -
100.142 - Edge tree(Node v) {
100.143 - return tree_edge[v];
100.144 - }
100.145 -
100.146 -
100.147 - bool conn() {
100.148 - bool c=true;
100.149 - NodeIt u;
100.150 - for ( G.first(u) ; G.valid(u) ; G.next(u) )
100.151 - if ( !reached[u] ) {
100.152 - c=false;
100.153 - break;
100.154 - }
100.155 - return c;
100.156 - }
100.157 -
100.158 -
100.159 - bool reached(Node v) {
100.160 - return reached[v];
100.161 - }
100.162 -
100.163 -
100.164 - Node root() {
100.165 - return r;
100.166 - }
100.167 -
100.168 - };
100.169 -
100.170 -}
100.171 -
100.172 -#endif
100.173 -
100.174 -
101.1 --- a/src/work/johanna/Makefile Sun Apr 17 18:57:22 2005 +0000
101.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
101.3 @@ -1,4 +0,0 @@
101.4 -BINARIES = kruskal_test ma_order_test
101.5 -INCLUDEDIRS= -I. -I.. -I../../include -I../{marci,jacint,alpar,klao,akos}
101.6 -include ../makefile
101.7 -
102.1 --- a/src/work/johanna/contract_wrapper.h Sun Apr 17 18:57:22 2005 +0000
102.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
102.3 @@ -1,36 +0,0 @@
102.4 -// -*- C++ -*- //
102.5 -
102.6 -#ifndef LEMON_CONTRACT_WRAPPER
102.7 -#define LEMON_CONTRACT_WRAPPER
102.8 -
102.9 -#include <graph_wrapper.h>
102.10 -
102.11 -namespace lemon {
102.12 -
102.13 - template<typename Graph>
102.14 - class ConractWrapper : public GraphWrapper<const Graph> {
102.15 -
102.16 - public:
102.17 - typedef typename Parent::NodeMap NodeMap;
102.18 - class Node;
102.19 -
102.20 - private:
102.21 - typedef GraphWrapper<Graph> Parent;
102.22 -
102.23 -
102.24 - UnionFindEnum<Node, NodeMap> parts;
102.25 -
102.26 - public:
102.27 -
102.28 - ConractWrapper(const Graph& _graph) : Parent(_graph) { }
102.29 -
102.30 -
102.31 -
102.32 -
102.33 -
102.34 - };
102.35 -
102.36 -
102.37 -
102.38 -}
102.39 -#endif
103.1 --- a/src/work/johanna/ma_order.h Sun Apr 17 18:57:22 2005 +0000
103.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
103.3 @@ -1,87 +0,0 @@
103.4 -// -*- C++ -*- //
103.5 -
103.6 -#ifndef LEMON_MA_ORDER_H
103.7 -#define LEMON_MA_ORDER_H
103.8 -
103.9 -#include <vector>
103.10 -#include <functional>
103.11 -#include <bin_heap.h>
103.12 -
103.13 -namespace lemon {
103.14 -
103.15 - template <typename Graph,
103.16 - typename Heap = BinHeap<typename Graph::Node, int,
103.17 - typename Graph::NodeMap<int>,
103.18 - std::greater<int> >,
103.19 - typename OrderVect = std::vector<typename Graph::Node> >
103.20 - class MAOrder {
103.21 -
103.22 - typedef typename Graph::Node Node;
103.23 - typedef typename Graph::NodeIt NodeIt;
103.24 - typedef typename Graph::Edge Edge;
103.25 - typedef typename Graph::OutEdgeIt OutEdgeIt;
103.26 - typedef typename Graph::NodeMap<int> NodeMapInt;
103.27 -
103.28 - const Graph& G;
103.29 -
103.30 - OrderVect& order;
103.31 -
103.32 -
103.33 - public:
103.34 -
103.35 - MAOrder(const Graph& _G, OrderVect& _order) : G(_G), order(_order) {}
103.36 -
103.37 - void run()
103.38 - {
103.39 - Node first;
103.40 - G.first(first);
103.41 - run(first);
103.42 - }
103.43 -
103.44 - void run(Node first)
103.45 - {
103.46 - NodeMapInt heapMap(G, -1);
103.47 - Heap heap(heapMap);
103.48 -
103.49 - heap.push(first, 0);
103.50 -
103.51 - NodeIt n;
103.52 - G.first(n);
103.53 - while ( G.valid(n) ) {
103.54 -
103.55 - while(!heap.empty()) {
103.56 - Node a = heap.top();
103.57 - heap.pop();
103.58 - order.push_back(a);
103.59 -
103.60 - OutEdgeIt e;
103.61 - G.first(e,a);
103.62 - for (;G.valid(e);G.next(e)) {
103.63 - Node v = G.target(e); // hmm
103.64 - if (heap.state(v) == Heap::IN_HEAP ) {
103.65 - heap.decrease(v, heap[v]+1);
103.66 - }
103.67 - else if (heap.state(v) == Heap::PRE_HEAP) {
103.68 - heap.push(v, 1);
103.69 - }
103.70 - }
103.71 -
103.72 - }
103.73 -
103.74 - while( G.valid(n) ) {
103.75 - if (heap.state(n) == Heap::PRE_HEAP) {
103.76 - heap.push(n,0);
103.77 - break;
103.78 - }
103.79 - G.next(n);
103.80 - }
103.81 - }
103.82 -
103.83 - }
103.84 -
103.85 -
103.86 - };
103.87 -
103.88 -} // namespace lemon
103.89 -
103.90 -#endif // LEMON_MA_ORDER_H
104.1 --- a/src/work/johanna/ma_order_test.cc Sun Apr 17 18:57:22 2005 +0000
104.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
104.3 @@ -1,57 +0,0 @@
104.4 -#include <string>
104.5 -#include <iostream>
104.6 -#include <map>
104.7 -#include <vector>
104.8 -
104.9 -#include <ma_order.h>
104.10 -#include <list_graph.h>
104.11 -
104.12 -
104.13 -using namespace std;
104.14 -using namespace lemon;
104.15 -
104.16 -int main() {
104.17 -
104.18 - typedef ListGraph::Node Node;
104.19 - typedef ListGraph::Edge Edge;
104.20 - typedef ListGraph::NodeIt NodeIt;
104.21 - typedef ListGraph::EdgeIt EdgeIt;
104.22 -
104.23 - ListGraph G;
104.24 -
104.25 - Node v3=G.addNode();
104.26 - Node v5=G.addNode();
104.27 - Node v2=G.addNode();
104.28 - Node v0=G.addNode();
104.29 - Node v4=G.addNode();
104.30 - Node v1=G.addNode();
104.31 -
104.32 - G.addEdge(v0, v1);G.addEdge(v0, v1);G.addEdge(v0, v1);
104.33 - G.addEdge(v0, v2);
104.34 - G.addEdge(v0, v3);G.addEdge(v0, v3);
104.35 - G.addEdge(v1, v2);G.addEdge(v1, v2);
104.36 - G.addEdge(v2, v4);
104.37 - G.addEdge(v3, v4);
104.38 - G.addEdge(v4, v5);
104.39 -
104.40 - G.addEdge(v1, v0);G.addEdge(v1, v0);G.addEdge(v1, v0);
104.41 - G.addEdge(v2, v0);
104.42 - G.addEdge(v3, v0);G.addEdge(v3, v0);
104.43 - G.addEdge(v2, v1);G.addEdge(v2, v1);
104.44 - G.addEdge(v4, v2);
104.45 - G.addEdge(v4, v3);
104.46 - G.addEdge(v5, v4);
104.47 -
104.48 -
104.49 - vector<Node> ma_order;
104.50 - MAOrder<ListGraph> mao(G,ma_order);
104.51 - mao.run(v0);
104.52 - vector<Node>::iterator i;
104.53 - for (i = ma_order.begin(); i!=ma_order.end(); ++i) {
104.54 - cout << *i << " ";
104.55 - }
104.56 - cout << endl;
104.57 - cout << v0 << " " << v1 << " " << v2 << " " << v3 << " " << v4 << " "
104.58 - << v5 << endl;
104.59 -
104.60 -}
105.1 --- a/src/work/klao/Makefile Sun Apr 17 18:57:22 2005 +0000
105.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
105.3 @@ -1,5 +0,0 @@
105.4 -BINARIES = error_test
105.5 -INCLUDEDIRS= -I. -I.. -I../.. -I../{marci,jacint,alpar,johanna,athos,akos} -I$(HOME)/boost
105.6 -include ../makefile
105.7 -
105.8 -CXXFLAGS += $(C)
106.1 --- a/src/work/klao/TODO Sun Apr 17 18:57:22 2005 +0000
106.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
106.3 @@ -1,3 +0,0 @@
106.4 -full_graph.h -t atnez(et)ni!
106.5 -
106.6 -megcsinalni, hogy mukodjon a kereses a doksiban
107.1 --- a/src/work/klao/cpp_hianyok Sun Apr 17 18:57:22 2005 +0000
107.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
107.3 @@ -1,17 +0,0 @@
107.4 -"rebind"
107.5 -
107.6 -Egy dologrol le lehessen kerdezni a tipusat forditasi idoben (es hasznalni).
107.7 -[ a.iterator i = a.begin(); ... problema ]
107.8 -
107.9 -template typedef
107.10 -
107.11 -egy neven tobb kulonbozo parameterszamu template
107.12 -
107.13 -typedef/using dolgok. Ne insztancialjanak, felcserelhetoseg.
107.14 -
107.15 -
107.16 -
107.17 ----
107.18 -Gyanusak:
107.19 -
107.20 -(valahova nem lehet typedef-et irni...)
108.1 --- a/src/work/klao/debug.h Sun Apr 17 18:57:22 2005 +0000
108.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
108.3 @@ -1,56 +0,0 @@
108.4 -// -*- C++ -*- //
108.5 -
108.6 -#ifndef LEMON_DEBUG_H
108.7 -#define LEMON_DEBUG_H
108.8 -
108.9 -//! \file
108.10 -//! \brief Basic definitions for debug control.
108.11 -
108.12 -namespace lemon {
108.13 -
108.14 - //! Debug mode for testing/debugging
108.15 -
108.16 - //! Use this debug mode if you want exhaustive range and consistency checks.
108.17 - //! It also produces verbose debug messages.
108.18 - struct DebugOn {
108.19 - //! Example: check whether the edges added to a path are adjacent
108.20 - static const bool consistensy_check = true;
108.21 -
108.22 - static const bool range_check = true;
108.23 -
108.24 - //! Examples: initialize maps with some value;
108.25 - //! after deleting an item from UnionFindEnum set its value in the
108.26 - //! corresponding map to NULL...
108.27 - static const bool ensure_safe_state = true;
108.28 -
108.29 - static const int verbose = 5;
108.30 - };
108.31 -
108.32 - //! Debug mode for turning off debug aids.
108.33 -
108.34 - //! This debud mode switches off all range and consistency checks,
108.35 - //! as well as the debug messages.
108.36 - //!
108.37 - struct DebugOff {
108.38 - static const bool consistensy_check = false;
108.39 - static const bool range_check = false;
108.40 - static const bool ensure_safe_state = false;
108.41 - static const int verbose = 0;
108.42 - };
108.43 -
108.44 -#ifdef DEBUG
108.45 - //! The default debug mode.
108.46 -
108.47 - //! The default debug mode.
108.48 - //!
108.49 - typedef DebugOn DefaultDebugMode;
108.50 -#else
108.51 - //! The default debug mode.
108.52 -
108.53 - //! The default debug mode.
108.54 - //!
108.55 - typedef DebugOff DefaultDebugMode;
108.56 -#endif
108.57 -
108.58 -}
108.59 -#endif // LEMON_DEBUG_H
109.1 --- a/src/work/klao/error2_test.cc Sun Apr 17 18:57:22 2005 +0000
109.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
109.3 @@ -1,68 +0,0 @@
109.4 -#include <iostream>
109.5 -#include <memory>
109.6 -
109.7 -#include <boost/shared_ptr.hpp>
109.8 -
109.9 -using namespace std;
109.10 -
109.11 -class Ex : public exception {
109.12 -
109.13 - typedef exception Parent;
109.14 -
109.15 - mutable
109.16 - auto_ptr<string> uz;
109.17 -public:
109.18 -
109.19 - // boost::shared_ptr<string> uz;
109.20 -
109.21 - Ex(const Ex &e) : Parent(e), uz(e.uz) {}
109.22 -
109.23 - explicit
109.24 - Ex(const char *msg = 0) {
109.25 - if( msg ) {
109.26 - try {
109.27 - uz.reset(new string);
109.28 - *uz = msg;
109.29 - }
109.30 - catch(...) {
109.31 - uz.reset();
109.32 - }
109.33 - }
109.34 - }
109.35 -
109.36 - virtual
109.37 - const char* what() const throw() {
109.38 - if( uz.get() )
109.39 - return uz->c_str();
109.40 - return "Kivetel";
109.41 - }
109.42 -
109.43 - virtual ~Ex() throw() {}
109.44 -};
109.45 -
109.46 -static void fn1() {
109.47 - Ex e("alma");
109.48 - throw e;
109.49 -}
109.50 -
109.51 -static
109.52 -void fn2() {
109.53 - throw Ex("korte");
109.54 -}
109.55 -
109.56 -int main() {
109.57 - try {
109.58 - fn1();
109.59 - }
109.60 - catch(exception const &e) {
109.61 - cerr << "Hiba: " << e.what() << endl;
109.62 - }
109.63 -
109.64 - try {
109.65 - fn2();
109.66 - }
109.67 - catch(exception const &e) {
109.68 - cerr << "Hiba: " << e.what() << endl;
109.69 - }
109.70 -
109.71 -}
110.1 --- a/src/work/klao/error_test.cc Sun Apr 17 18:57:22 2005 +0000
110.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
110.3 @@ -1,76 +0,0 @@
110.4 -#include <iostream>
110.5 -#include <string>
110.6 -
110.7 -#define LEMON_ASSERT_ABORT 0
110.8 -#include <lemon/error.h>
110.9 -
110.10 -using namespace std;
110.11 -
110.12 -void parse_line() {
110.13 - throw lemon::DataFormatError("Syntax error");
110.14 -}
110.15 -
110.16 -void parse_file(string fn) {
110.17 - try {
110.18 - parse_line();
110.19 - }
110.20 - catch(lemon::DataFormatError &e) {
110.21 - e.file(fn);
110.22 - e.line(5);
110.23 - throw;
110.24 - }
110.25 -}
110.26 -
110.27 -void fail_assert();
110.28 -
110.29 -int main() {
110.30 - try {
110.31 - parse_file("input.txt");
110.32 - }
110.33 - catch(lemon::Exception &e) {
110.34 - cerr << "Exception '" << e.exceptionName()
110.35 - << "' caught: " << endl;
110.36 - cerr << e.what() << endl;
110.37 - }
110.38 - catch(exception &e) {
110.39 - cerr << "Exception caught: " << endl;
110.40 - cerr << e.what() << endl;
110.41 - }
110.42 -
110.43 - try {
110.44 - throw lemon::LogicError();
110.45 - }
110.46 - catch(lemon::Exception &e) {
110.47 - cerr << "Exception '" << e.exceptionName()
110.48 - << "' caught: " << endl;
110.49 - cerr << e.what() << endl;
110.50 - }
110.51 -
110.52 - try {
110.53 - fail_assert();
110.54 - }
110.55 - catch(lemon::Exception &e) {
110.56 - cerr << "Exception '" << e.exceptionName()
110.57 - << "' caught: " << endl;
110.58 - cerr << e.what() << endl;
110.59 - }
110.60 - catch(exception &e) {
110.61 - cerr << "Exception caught: " << endl;
110.62 - cerr << e.what() << endl;
110.63 - }
110.64 -
110.65 - cerr << endl;
110.66 -
110.67 - // assert(1==0);
110.68 - LEMON_ASSERT(1==0, "Ellentmondas");
110.69 - LEMON_FIXME("Nincs kesz");
110.70 -}
110.71 -
110.72 -#undef LEMON_ASSERT_HANDLER
110.73 -#define LEMON_ASSERT_EXCEPTION
110.74 -
110.75 -#include <lemon/error.h>
110.76 -
110.77 -void fail_assert() {
110.78 - LEMON_ASSERT(2*2==5, "Marson vagyunk");
110.79 -}
111.1 --- a/src/work/klao/iter_map.h Sun Apr 17 18:57:22 2005 +0000
111.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
111.3 @@ -1,172 +0,0 @@
111.4 -// -*- c++ -*- //
111.5 -
111.6 -#ifndef LEMON_ITER_MAP
111.7 -#define LEMON_ITER_MAP
111.8 -
111.9 -#include <vector>
111.10 -#include <algorithm>
111.11 -// for uint8_t
111.12 -#include <stdint.h>
111.13 -// for memset
111.14 -#include <cstring>
111.15 -
111.16 -#include <lemon/invalid.h>
111.17 -
111.18 -namespace lemon {
111.19 -
111.20 - /// \brief A map with "small integers" as value set which can enumarate it
111.21 - /// value classes
111.22 -
111.23 - /// \todo Decide whether we need all the range checkings!!!
111.24 -
111.25 - /// \todo Implement dynamic map behaviour. Is it necessary? Yes it is.
111.26 -
111.27 - template<typename KeyIntMap, uint8_t N, typename Val = uint8_t>
111.28 - class IterableMap {
111.29 - public:
111.30 -
111.31 - typedef typename KeyIntMap::Key Key;
111.32 - typedef Val Value;
111.33 -
111.34 - typedef typename std::vector<Key>::const_iterator iterator;
111.35 -
111.36 - protected:
111.37 - KeyIntMap &base;
111.38 - std::vector<Key> data;
111.39 - size_t bounds[N];
111.40 - Val def_val;
111.41 -
111.42 - Val find(size_t a) const {
111.43 - for(uint8_t n=0; n<N; ++n) {
111.44 - if(bounds[n] > a)
111.45 - return n;
111.46 - }
111.47 - return def_val;
111.48 - }
111.49 -
111.50 - void half_swap(size_t &a, size_t b) {
111.51 - if(a != b) {
111.52 - base.set(data[b],a);
111.53 - data[a] = data[b];
111.54 - a = b;
111.55 - }
111.56 - }
111.57 -
111.58 - size_t move(size_t a, uint8_t m, uint8_t n) {
111.59 - if(m != n) {
111.60 - size_t orig_a = a;
111.61 - Key orig_key = data[a];
111.62 - while(m > n) {
111.63 - --m;
111.64 - half_swap(a, bounds[m]++);
111.65 - }
111.66 - // FIXME: range check ide?
111.67 - while(m < n) {
111.68 - half_swap(a, --bounds[m]);
111.69 - ++m;
111.70 - }
111.71 - if(a != orig_a) {
111.72 - base.set(orig_key, a);
111.73 - data[a]=orig_key;
111.74 - }
111.75 - }
111.76 - return a;
111.77 - }
111.78 -
111.79 - public:
111.80 -
111.81 - IterableMap(KeyIntMap &_base, Val d = N+1) : base(_base), def_val(d) {
111.82 - memset(bounds, 0, sizeof(bounds));
111.83 - // for(int i=0; i<N; ++i) { bounds[i]=0; }
111.84 - }
111.85 -
111.86 - Val operator[](const Key& k) const {
111.87 - return find(base[k]);
111.88 - }
111.89 -
111.90 - void set(const Key& k, Val n) {
111.91 - // FIXME: range check?
111.92 - size_t a = base[k];
111.93 - if(a < bounds[N-1]) {
111.94 - move(a, find(a), n);
111.95 - }
111.96 - else {
111.97 - insert(k, n);
111.98 - }
111.99 - }
111.100 -
111.101 - void insert(const Key& k, Val n) {
111.102 - data.push_back(k);
111.103 - base.set(k, move(bounds[N-1]++, N-1, n));
111.104 - }
111.105 -
111.106 - /// This func is not very usable, but necessary to implement
111.107 - /// dynamic map behaviour.
111.108 - void remove(const Key& k) {
111.109 - size_t a = base[k];
111.110 - if(a < bounds[N-1]) {
111.111 - move(a, find(a), N);
111.112 - data.pop_back();
111.113 - base.set(k, -1);
111.114 - }
111.115 - }
111.116 -
111.117 - iterator begin(Val n) const {
111.118 - return data.begin() + (n ? bounds[n-1] : 0);
111.119 - }
111.120 -
111.121 - iterator end(Val n) const {
111.122 - return data.begin() + bounds[n];
111.123 - }
111.124 -
111.125 - size_t size(Val n) const {
111.126 - return bounds[n] - (n ? bounds[n-1] : 0);
111.127 - }
111.128 -
111.129 - size_t size() const {
111.130 - // assert(bounds[N-1] == data.size());
111.131 - return bounds[N-1];
111.132 - }
111.133 -
111.134 -
111.135 - /// For use as an iterator...
111.136 - Key& first(Key &k, Val n) {
111.137 - size_t i = (n ? bounds[n-1] : 0);
111.138 - if( i < bounds[n] ) {
111.139 - k = data[i];
111.140 - }
111.141 - else {
111.142 - k = INVALID;
111.143 - }
111.144 - return k;
111.145 - }
111.146 -
111.147 - /// For use as an iterator...
111.148 - Key& next(Key &k) {
111.149 - size_t i = base[k];
111.150 - uint8_t n = find(i);
111.151 - ++i;
111.152 - if( i < bounds[n] ) {
111.153 - k = data[i];
111.154 - }
111.155 - else {
111.156 - k = INVALID;
111.157 - }
111.158 - return k;
111.159 - }
111.160 -
111.161 - };
111.162 -
111.163 -
111.164 -
111.165 -
111.166 - template<typename KeyIntMap>
111.167 - class IterableBoolMap : public IterableMap<KeyIntMap, 2, bool> {
111.168 - typedef IterableMap<KeyIntMap, 2, bool> Parent;
111.169 -
111.170 - public:
111.171 - IterableBoolMap(KeyIntMap &_base, bool d = false) : Parent(_base, d) {}
111.172 - };
111.173 -
111.174 -}
111.175 -#endif
112.1 --- a/src/work/klao/iter_map_test.cc Sun Apr 17 18:57:22 2005 +0000
112.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
112.3 @@ -1,233 +0,0 @@
112.4 -#include <iter_map.h>
112.5 -#include <lemon/maps.h>
112.6 -
112.7 -#include <iostream>
112.8 -
112.9 -using namespace lemon;
112.10 -using namespace std;
112.11 -
112.12 -const int N = 3;
112.13 -
112.14 -typedef StdMap<int,int> BaseMap;
112.15 -typedef IterableMap<BaseMap, N> TestMap;
112.16 -typedef IterableBoolMap<BaseMap> TestBoolMap;
112.17 -
112.18 -
112.19 -template<typename TM>
112.20 -void print(TM const& m, int N = 3) {
112.21 - cout << "Size of the map: " << m.size() << endl;
112.22 - for(int i=0; i<N; ++i) {
112.23 - cout << " Class " << i << ". (size=" << m.size(i) << "): " << flush;
112.24 - cout << " ";
112.25 - for(typename TM::iterator j = m.begin(i); j!=m.end(i); ++j) {
112.26 - cout << " " << *j;
112.27 - }
112.28 - cout << endl;
112.29 - }
112.30 -}
112.31 -
112.32 -struct Int {
112.33 - int a;
112.34 -
112.35 - Int(int b = 5) : a(b) {}
112.36 - Int(Invalid) : a(-1) {}
112.37 -
112.38 - operator int() const { return a; }
112.39 -
112.40 - bool valid() { return a != -1; }
112.41 -};
112.42 -
112.43 -typedef StdMap<Int,int> BaseMap2;
112.44 -typedef IterableBoolMap<BaseMap2> TestBoolMap2;
112.45 -
112.46 -
112.47 -int main() {
112.48 -
112.49 - {
112.50 - BaseMap base(344);
112.51 - TestMap test(base);
112.52 -
112.53 -
112.54 - print(test);
112.55 -
112.56 - cout << "Inserting 12 to class 2...\n";
112.57 - test.insert(12,2);
112.58 - print(test);
112.59 -
112.60 -
112.61 - cout << "Inserting 22 to class 2...\n";
112.62 - test.insert(22,2);
112.63 - print(test);
112.64 -
112.65 - cout << "Testing some map values:\n";
112.66 - cout << " 12: " << int(test[12]) << endl;
112.67 -
112.68 - cout << "Inserting 10 to class 0...\n";
112.69 - test.insert(10,0);
112.70 - print(test);
112.71 -
112.72 - cout << "Testing some map values:\n";
112.73 - cout << " 12: " << int(test[12]) << endl;
112.74 -
112.75 - cout << "Inserting 11 to class 1...\n";
112.76 - test.insert(11,1);
112.77 - print(test);
112.78 -
112.79 - cout << "Testing some map values:\n";
112.80 - cout << " 12: " << int(test[12]) << endl;
112.81 - cout << " 22: " << int(test[22]) << endl;
112.82 - cout << " 10: " << int(test[10]) << endl;
112.83 - cout << " 11: " << int(test[11]) << endl;
112.84 - cout << " 42: " << int(test[42]) << endl;
112.85 -
112.86 - cout << "Inserting 21 to class 1...\n";
112.87 - test.insert(21,1);
112.88 - print(test);
112.89 -
112.90 - cout << "Inserting 20 to class 1...\n";
112.91 - test.insert(20,0);
112.92 - print(test);
112.93 -
112.94 - cout << "Testing some map values:\n";
112.95 - cout << " 12: " << int(test[12]) << endl;
112.96 - cout << " 22: " << int(test[22]) << endl;
112.97 - cout << " 10: " << int(test[10]) << endl;
112.98 - cout << " 20: " << int(test[20]) << endl;
112.99 - cout << " 11: " << int(test[11]) << endl;
112.100 - cout << " 21: " << int(test[21]) << endl;
112.101 - cout << " 42: " << int(test[42]) << endl;
112.102 -
112.103 - cout << "Setting 20 to class 2...\n";
112.104 - test.set(20,2);
112.105 - print(test);
112.106 -
112.107 - cout << "Setting 10 to class 1...\n";
112.108 - test.set(10,1);
112.109 - print(test);
112.110 -
112.111 - cout << "Setting 11 to class 1...\n";
112.112 - test.set(11,1);
112.113 - print(test);
112.114 -
112.115 - cout << "Setting 12 to class 1...\n";
112.116 - test.set(12,1);
112.117 - print(test);
112.118 -
112.119 - cout << "Setting 21 to class 2...\n";
112.120 - test.set(21,2);
112.121 - print(test);
112.122 -
112.123 - cout << "Setting 22 to class 2...\n";
112.124 - test.set(22,2);
112.125 - print(test);
112.126 -
112.127 - cout << "Testing some map values:\n";
112.128 - cout << " 12: " << int(test[12]) << endl;
112.129 - cout << " 22: " << int(test[22]) << endl;
112.130 - cout << " 10: " << int(test[10]) << endl;
112.131 - cout << " 20: " << int(test[20]) << endl;
112.132 - cout << " 11: " << int(test[11]) << endl;
112.133 - cout << " 21: " << int(test[21]) << endl;
112.134 - cout << " 42: " << int(test[42]) << endl;
112.135 - }
112.136 -
112.137 - {
112.138 - cout << "\n\n\nTesting the IterableBoolMap...\n";
112.139 -
112.140 - BaseMap base(344);
112.141 - TestBoolMap test(base,true);
112.142 -
112.143 -
112.144 - print(test,2);
112.145 -
112.146 - cout << "Inserting 12 to class true...\n";
112.147 - test.insert(12,true);
112.148 - print(test,2);
112.149 -
112.150 -
112.151 - cout << "Inserting 22 to class true...\n";
112.152 - test.insert(22,true);
112.153 - print(test,2);
112.154 -
112.155 - cout << "Testing some map values:\n";
112.156 - cout << " 12: " << test[12] << endl;
112.157 -
112.158 - cout << "Inserting 10 to class false...\n";
112.159 - test.insert(10,false);
112.160 - print(test,2);
112.161 -
112.162 - cout << "Testing some map values:\n";
112.163 - cout << " 12: " << test[12] << endl;
112.164 -
112.165 - cout << "Inserting 11 to class false...\n";
112.166 - test.insert(11,false);
112.167 - print(test,2);
112.168 -
112.169 - cout << "Testing some map values:\n";
112.170 - cout << " 12: " << test[12] << endl;
112.171 - cout << " 22: " << test[22] << endl;
112.172 - cout << " 10: " << test[10] << endl;
112.173 - cout << " 11: " << test[11] << endl;
112.174 - cout << " 42: " << test[42] << endl;
112.175 -
112.176 - cout << "Setting 10 to class true...\n";
112.177 - test.set(10,true);
112.178 - print(test,2);
112.179 -
112.180 - cout << "Setting 11 to class true...\n";
112.181 - test.set(11,1);
112.182 - print(test,2);
112.183 -
112.184 - cout << "Setting 12 to class false...\n";
112.185 - test.set(12,false);
112.186 - print(test,2);
112.187 -
112.188 - cout << "Setting 22 to class false...\n";
112.189 - test.set(22,false);
112.190 - print(test,2);
112.191 -
112.192 - cout << "Testing some map values:\n";
112.193 - cout << " 12: " << test[12] << endl;
112.194 - cout << " 22: " << test[22] << endl;
112.195 - cout << " 10: " << test[10] << endl;
112.196 - cout << " 11: " << test[11] << endl;
112.197 - cout << " 42: " << test[42] << endl;
112.198 -
112.199 - }
112.200 -
112.201 - {
112.202 - cout << "\n\n\nTest a masikfele iteralasra:\n";
112.203 -
112.204 - BaseMap2 base(344);
112.205 - TestBoolMap2 test(base,false);
112.206 -
112.207 - cout << "Inserting 12 to class true...\n";
112.208 - test.insert(12,true);
112.209 - print(test,2);
112.210 -
112.211 - cout << "Inserting 22 to class true...\n";
112.212 - test.insert(22,true);
112.213 - print(test,2);
112.214 -
112.215 - cout << "Inserting 10 to class false...\n";
112.216 - test.insert(10,false);
112.217 - print(test,2);
112.218 -
112.219 - cout << "Testing some map values:\n";
112.220 - cout << " 12: " << test[12] << endl;
112.221 - cout << " 22: " << test[22] << endl;
112.222 - cout << " 10: " << test[10] << endl;
112.223 - cout << " 42: " << test[42] << endl;
112.224 -
112.225 - cout << "The elements of the \"true\" class: ";
112.226 - Int a;
112.227 - for(test.first(a, true); a.valid(); test.next(a)) {
112.228 - cout << " " << a;
112.229 - }
112.230 - cout << endl;
112.231 -
112.232 - cout << "Removing 10 from the map...\n";
112.233 - test.remove(10);
112.234 - print(test,2);
112.235 - }
112.236 -}
113.1 --- a/src/work/klao/jegyzetek Sun Apr 17 18:57:22 2005 +0000
113.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
113.3 @@ -1,15 +0,0 @@
113.4 -Ugyes interaktiv kalkulator es jo vegtelen-pontossagu LGPL library:
113.5 -apt-cache show apcalc (calc a program neve)
113.6 -
113.7 -
113.8 -Boost: felteteles template-fv definialas. Fontos!
113.9 -http://www.boost.org/libs/utility/enable_if.html
113.10 -
113.11 -
113.12 -Boost: variant. Olyasmi, mint ami nekunk kell.
113.13 -http://www.boost.org/doc/html/variant.html
113.14 -
113.15 -
113.16 -Boost: egy "barmit" tartalmazni tudo tipus.
113.17 -(Kis futasideju overhead, futasideju tipus ellenorzes (?))
113.18 -http://www.boost.org/doc/html/class.boost.any.html
114.1 --- a/src/work/klao/map_test.cc Sun Apr 17 18:57:22 2005 +0000
114.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
114.3 @@ -1,23 +0,0 @@
114.4 -#include <iostream>
114.5 -
114.6 -#include <lemon/maps.h>
114.7 -
114.8 -using namespace std;
114.9 -using namespace lemon;
114.10 -
114.11 -int main()
114.12 -{
114.13 - ConstMap<int, char> a('#');
114.14 -
114.15 - cout << "sizeof ConstMap<int,char> = " << sizeof a << endl;
114.16 - cout << "a[5] = " << a[5] << endl;
114.17 -
114.18 - StdMap<int, char> b('$');
114.19 - cout << "sizeof ConstMap<int,char> = " << sizeof b << endl;
114.20 - cout << "sizeof std::map<int,char> = "
114.21 - << sizeof(std::map<int,char>) << endl;
114.22 - cout << "b[5] = " << b[5] << endl;
114.23 -
114.24 - b[5]='l';
114.25 - cout << "b[5] = " << b[5] << endl;
114.26 -}
115.1 --- a/src/work/klao/tag_demo.cc Sun Apr 17 18:57:22 2005 +0000
115.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
115.3 @@ -1,95 +0,0 @@
115.4 -#include <iostream>
115.5 -#include <boost/utility.hpp>
115.6 -
115.7 -using namespace std;
115.8 -using namespace boost;
115.9 -
115.10 -struct True {
115.11 - static const bool value = true;
115.12 -};
115.13 -struct False {
115.14 - static const bool value = false;
115.15 -};
115.16 -
115.17 -// Here are some graph structures. Some of them define the type "OneTag"
115.18 -// to True or False, some does not. Not defining a tag is (or at least
115.19 -// should be) equivalent to defining it to "False".
115.20 -struct Graph1 {};
115.21 -struct Graph2 {
115.22 - typedef True OneTag;
115.23 -};
115.24 -struct Graph3 {
115.25 - typedef False OneTag;
115.26 -};
115.27 -
115.28 -
115.29 -/**************** The first method to use tags ****************/
115.30 -
115.31 -template <typename Graph, typename Enable = void>
115.32 -struct HasOneTag {
115.33 - typedef False TheTag;
115.34 -};
115.35 -
115.36 -// specialization for those graphs which defined the tag to be true:
115.37 -template <typename Graph>
115.38 -struct HasOneTag<Graph, typename enable_if<typename Graph::OneTag>::type > {
115.39 - typedef True TheTag;
115.40 -};
115.41 -
115.42 -template <typename Graph>
115.43 -int cn1(const Graph &, False) {
115.44 - return 0;
115.45 -}
115.46 -
115.47 -template <typename Graph>
115.48 -int cn1(const Graph &, True) {
115.49 - return 1;
115.50 -}
115.51 -
115.52 -template <typename Graph>
115.53 -int cn1(const Graph &g) {
115.54 - return cn1(g, typename HasOneTag<Graph>::TheTag());
115.55 -}
115.56 -
115.57 -/**************** The second method ****************/
115.58 -
115.59 -// An artificial type to provoke a conversion to avoid ambuguity...
115.60 -template <typename T>
115.61 -struct Wrap {
115.62 - const T &value;
115.63 - Wrap(const T &t) : value(t) {}
115.64 -};
115.65 -
115.66 -template <typename Graph>
115.67 -typename enable_if<typename Graph::OneTag, int>::type
115.68 -_cn2(const Graph &) {
115.69 - return 1;
115.70 -}
115.71 -
115.72 -template <typename Graph>
115.73 -int _cn2(Wrap<Graph>) {
115.74 - return 0;
115.75 -}
115.76 -
115.77 -template <typename Graph>
115.78 -int cn2(const Graph& g) {
115.79 - return _cn2<Graph>(g);
115.80 -}
115.81 -
115.82 -
115.83 -int main() {
115.84 - Graph1 g1;
115.85 - Graph2 g2;
115.86 - Graph3 g3;
115.87 -
115.88 - cout << "The first method:\n";
115.89 - cout << "G1: " << cn1(g1) << endl;
115.90 - cout << "G2: " << cn1(g2) << endl;
115.91 - cout << "G3: " << cn1(g3) << endl;
115.92 -
115.93 - cout << "The second method:\n";
115.94 - cout << "G1: " << cn2(g1) << endl;
115.95 - cout << "G2: " << cn2(g2) << endl;
115.96 - cout << "G3: " << cn2(g3) << endl;
115.97 -
115.98 -}
116.1 --- a/src/work/makefile Sun Apr 17 18:57:22 2005 +0000
116.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
116.3 @@ -1,43 +0,0 @@
116.4 -INCLUDEDIRS ?= -I.. -I. -I./{marci,jacint,alpar,klao,akos}
116.5 -CXXFLAGS += -g -O2 -W -Wall $(INCLUDEDIRS) -ansi -pedantic
116.6 -
116.7 -BINARIES ?= bin_heap_demo
116.8 -
116.9 -# Hat, ez elismerem, hogy nagyon ronda, de mukodik minden altalam
116.10 -# ismert rendszeren :-) (Misi)
116.11 -ifdef GCCVER
116.12 -CXX := g++-$(GCCVER)
116.13 -else
116.14 -CXX := $(shell type -p g++-3.3 || type -p g++-3.2 || type -p g++-3.0 || type -p g++-3 || echo g++)
116.15 -endif
116.16 -
116.17 -ifdef DEBUG
116.18 -CXXFLAGS += -DDEBUG
116.19 -endif
116.20 -
116.21 -CC := $(CXX)
116.22 -
116.23 -
116.24 -all: $(BINARIES)
116.25 -
116.26 -################
116.27 -# Minden binarishoz egy sor, felsorolva, hogy mely object file-okbol
116.28 -# all elo.
116.29 -# Kiveve ha siman file.cc -> file esetrol van szo, amikor is nem kell
116.30 -# irni semmit.
116.31 -
116.32 -#proba: proba.o seged.o
116.33 -
116.34 -################
116.35 -
116.36 -
116.37 -.depend dep depend:
116.38 - -$(CXX) $(CXXFLAGS) -M $(BINARIES:=.cc) > .depend
116.39 -
116.40 -makefile: .depend
116.41 -sinclude .depend
116.42 -
116.43 -clean:
116.44 - $(RM) *.o $(BINARIES) .depend
116.45 -
116.46 -.PHONY: all clean dep depend
117.1 --- a/src/work/marci/augmenting_flow.h Sun Apr 17 18:57:22 2005 +0000
117.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
117.3 @@ -1,605 +0,0 @@
117.4 -// -*- C++ -*-
117.5 -#ifndef LEMON_AUGMENTING_FLOW_H
117.6 -#define LEMON_AUGMENTING_FLOW_H
117.7 -
117.8 -#include <vector>
117.9 -#include <iostream>
117.10 -
117.11 -#include <lemon/graph_wrapper.h>
117.12 -//#include <bfs_dfs.h>
117.13 -#include <bfs_mm.h>
117.14 -#include <lemon/invalid.h>
117.15 -#include <lemon/maps.h>
117.16 -#include <demo/tight_edge_filter_map.h>
117.17 -
117.18 -/// \file
117.19 -/// \brief Maximum flow algorithms.
117.20 -/// \ingroup galgs
117.21 -
117.22 -namespace lemon {
117.23 - using lemon::marci::BfsIterator;
117.24 - using lemon::marci::DfsIterator;
117.25 -
117.26 - /// \addtogroup galgs
117.27 - /// @{
117.28 - /// Class for augmenting path flow algorithms.
117.29 -
117.30 - /// This class provides various algorithms for finding a flow of
117.31 - /// maximum value in a directed graph. The \e source node, the \e
117.32 - /// target node, the \e capacity of the edges and the \e starting \e
117.33 - /// flow value of the edges should be passed to the algorithm through the
117.34 - /// constructor.
117.35 -// /// It is possible to change these quantities using the
117.36 -// /// functions \ref resetSource, \ref resetTarget, \ref resetCap and
117.37 -// /// \ref resetFlow. Before any subsequent runs of any algorithm of
117.38 -// /// the class \ref resetFlow should be called.
117.39 -
117.40 - /// After running an algorithm of the class, the actual flow value
117.41 - /// can be obtained by calling \ref flowValue(). The minimum
117.42 - /// value cut can be written into a \c node map of \c bools by
117.43 - /// calling \ref minCut. (\ref minMinCut and \ref maxMinCut writes
117.44 - /// the inclusionwise minimum and maximum of the minimum value
117.45 - /// cuts, resp.)
117.46 - ///\param Graph The directed graph type the algorithm runs on.
117.47 - ///\param Num The number type of the capacities and the flow values.
117.48 - ///\param CapMap The capacity map type.
117.49 - ///\param FlowMap The flow map type.
117.50 - ///\author Marton Makai
117.51 - template <typename Graph, typename Num,
117.52 - typename CapMap=typename Graph::template EdgeMap<Num>,
117.53 - typename FlowMap=typename Graph::template EdgeMap<Num> >
117.54 - class AugmentingFlow {
117.55 - protected:
117.56 - typedef typename Graph::Node Node;
117.57 - typedef typename Graph::NodeIt NodeIt;
117.58 - typedef typename Graph::EdgeIt EdgeIt;
117.59 - typedef typename Graph::OutEdgeIt OutEdgeIt;
117.60 - typedef typename Graph::InEdgeIt InEdgeIt;
117.61 -
117.62 - const Graph* g;
117.63 - Node s;
117.64 - Node t;
117.65 - const CapMap* capacity;
117.66 - FlowMap* flow;
117.67 -// int n; //the number of nodes of G
117.68 - typedef ResGraphWrapper<const Graph, Num, CapMap, FlowMap> ResGW;
117.69 - //typedef ExpResGraphWrapper<const Graph, Num, CapMap, FlowMap> ResGW;
117.70 - typedef typename ResGW::OutEdgeIt ResGWOutEdgeIt;
117.71 - typedef typename ResGW::Edge ResGWEdge;
117.72 - //typedef typename ResGW::template NodeMap<bool> ReachedMap;
117.73 - typedef typename Graph::template NodeMap<int> ReachedMap;
117.74 -
117.75 - //level works as a bool map in augmenting path algorithms and is
117.76 - //used by bfs for storing reached information. In preflow, it
117.77 - //shows the levels of nodes.
117.78 - ReachedMap level;
117.79 -
117.80 - public:
117.81 - ///Indicates the property of the starting flow.
117.82 -
117.83 - ///Indicates the property of the starting flow. The meanings are as follows:
117.84 - ///- \c ZERO_FLOW: constant zero flow
117.85 - ///- \c GEN_FLOW: any flow, i.e. the sum of the in-flows equals to
117.86 - ///the sum of the out-flows in every node except the \e source and
117.87 - ///the \e target.
117.88 - ///- \c PRE_FLOW: any preflow, i.e. the sum of the in-flows is at
117.89 - ///least the sum of the out-flows in every node except the \e source.
117.90 - ///- \c NO_FLOW: indicates an unspecified edge map. \ref flow will be
117.91 - ///set to the constant zero flow in the beginning of the algorithm in this case.
117.92 - enum FlowEnum{
117.93 - ZERO_FLOW,
117.94 - GEN_FLOW,
117.95 - PRE_FLOW,
117.96 - NO_FLOW
117.97 - };
117.98 -
117.99 - enum StatusEnum {
117.100 - AFTER_NOTHING,
117.101 - AFTER_AUGMENTING,
117.102 - AFTER_FAST_AUGMENTING,
117.103 - AFTER_PRE_FLOW_PHASE_1,
117.104 - AFTER_PRE_FLOW_PHASE_2
117.105 - };
117.106 -
117.107 - /// Don not needle this flag only if necessary.
117.108 - StatusEnum status;
117.109 - int number_of_augmentations;
117.110 -
117.111 -
117.112 - template<typename IntMap>
117.113 - class TrickyReachedMap {
117.114 - protected:
117.115 - IntMap* map;
117.116 - int* number_of_augmentations;
117.117 - public:
117.118 - typedef Node Key;
117.119 - typedef bool Value;
117.120 - TrickyReachedMap(IntMap& _map, int& _number_of_augmentations) :
117.121 - map(&_map), number_of_augmentations(&_number_of_augmentations) { }
117.122 - void set(const Node& n, bool b) {
117.123 - if (b)
117.124 - map->set(n, *number_of_augmentations);
117.125 - else
117.126 - map->set(n, *number_of_augmentations-1);
117.127 - }
117.128 - bool operator[](const Node& n) const {
117.129 - return (*map)[n]==*number_of_augmentations;
117.130 - }
117.131 - };
117.132 -
117.133 - AugmentingFlow(const Graph& _G, Node _s, Node _t, const CapMap& _capacity,
117.134 - FlowMap& _flow) :
117.135 - g(&_G), s(_s), t(_t), capacity(&_capacity),
117.136 - flow(&_flow), //n(_G.nodeNum()),
117.137 - level(_G), //excess(_G,0),
117.138 - status(AFTER_NOTHING), number_of_augmentations(0) { }
117.139 -
117.140 - /// Starting from a flow, this method searches for an augmenting path
117.141 - /// according to the Edmonds-Karp algorithm
117.142 - /// and augments the flow on if any.
117.143 - /// The return value shows if the augmentation was succesful.
117.144 - bool augmentOnShortestPath();
117.145 - bool augmentOnShortestPath2();
117.146 -
117.147 - /// Starting from a flow, this method searches for an augmenting blocking
117.148 - /// flow according to Dinits' algorithm and augments the flow on if any.
117.149 - /// The blocking flow is computed in a physically constructed
117.150 - /// residual graph of type \c Mutablegraph.
117.151 - /// The return value show sif the augmentation was succesful.
117.152 - template<typename MutableGraph> bool augmentOnBlockingFlow();
117.153 -
117.154 - /// The same as \c augmentOnBlockingFlow<MutableGraph> but the
117.155 - /// residual graph is not constructed physically.
117.156 - /// The return value shows if the augmentation was succesful.
117.157 - bool augmentOnBlockingFlow2();
117.158 -
117.159 - template<typename _CutMap>
117.160 - void actMinCut(_CutMap& M) const {
117.161 - NodeIt v;
117.162 - switch (status) {
117.163 - case AFTER_PRE_FLOW_PHASE_1:
117.164 -// std::cout << "AFTER_PRE_FLOW_PHASE_1" << std::endl;
117.165 -// for(g->first(v); g->valid(v); g->next(v)) {
117.166 -// if (level[v] < n) {
117.167 -// M.set(v, false);
117.168 -// } else {
117.169 -// M.set(v, true);
117.170 -// }
117.171 -// }
117.172 - break;
117.173 - case AFTER_PRE_FLOW_PHASE_2:
117.174 -// std::cout << "AFTER_PRE_FLOW_PHASE_2" << std::endl;
117.175 - break;
117.176 - case AFTER_NOTHING:
117.177 -// std::cout << "AFTER_NOTHING" << std::endl;
117.178 - minMinCut(M);
117.179 - break;
117.180 - case AFTER_AUGMENTING:
117.181 -// std::cout << "AFTER_AUGMENTING" << std::endl;
117.182 - for(g->first(v); v!=INVALID; ++v) {
117.183 - if (level[v]) {
117.184 - M.set(v, true);
117.185 - } else {
117.186 - M.set(v, false);
117.187 - }
117.188 - }
117.189 - break;
117.190 - case AFTER_FAST_AUGMENTING:
117.191 -// std::cout << "AFTER_FAST_AUGMENTING" << std::endl;
117.192 - for(g->first(v); v!=INVALID; ++v) {
117.193 - if (level[v]==number_of_augmentations) {
117.194 - M.set(v, true);
117.195 - } else {
117.196 - M.set(v, false);
117.197 - }
117.198 - }
117.199 - break;
117.200 - }
117.201 - }
117.202 -
117.203 - template<typename _CutMap>
117.204 - void minMinCut(_CutMap& M) const {
117.205 - std::queue<Node> queue;
117.206 -
117.207 - M.set(s,true);
117.208 - queue.push(s);
117.209 -
117.210 - while (!queue.empty()) {
117.211 - Node w=queue.front();
117.212 - queue.pop();
117.213 -
117.214 - OutEdgeIt e;
117.215 - for(g->first(e,w) ; e!=INVALID; ++e) {
117.216 - Node v=g->target(e);
117.217 - if (!M[v] && (*flow)[e] < (*capacity)[e] ) {
117.218 - queue.push(v);
117.219 - M.set(v, true);
117.220 - }
117.221 - }
117.222 -
117.223 - InEdgeIt f;
117.224 - for(g->first(f,w) ; f!=INVALID; ++f) {
117.225 - Node v=g->source(f);
117.226 - if (!M[v] && (*flow)[f] > 0 ) {
117.227 - queue.push(v);
117.228 - M.set(v, true);
117.229 - }
117.230 - }
117.231 - }
117.232 - }
117.233 -
117.234 - template<typename _CutMap>
117.235 - void minMinCut2(_CutMap& M) const {
117.236 - ResGW res_graph(*g, *capacity, *flow);
117.237 - BfsIterator<ResGW, _CutMap> bfs(res_graph, M);
117.238 - bfs.pushAndSetReached(s);
117.239 - while (!bfs.finished()) ++bfs;
117.240 - }
117.241 -
117.242 - Num flowValue() const {
117.243 - Num a=0;
117.244 - for (InEdgeIt e(*g, t); e!=INVALID; ++e) a+=(*flow)[e];
117.245 - for (OutEdgeIt e(*g, t); e!=INVALID; ++e) a-=(*flow)[e];
117.246 - return a;
117.247 - //marci figyu: excess[t] epp ezt adja preflow 1. fazisa utan
117.248 - }
117.249 -
117.250 - };
117.251 -
117.252 -
117.253 -
117.254 - template <typename Graph, typename Num, typename CapMap, typename FlowMap>
117.255 - bool AugmentingFlow<Graph, Num, CapMap, FlowMap>::augmentOnShortestPath()
117.256 - {
117.257 - ResGW res_graph(*g, *capacity, *flow);
117.258 - typename ResGW::ResCap res_cap(res_graph);
117.259 -
117.260 - bool _augment=false;
117.261 -
117.262 - //ReachedMap level(res_graph);
117.263 - for (typename Graph::NodeIt n(*g); n!=INVALID; ++n) level.set(n, 0);
117.264 - BfsIterator<ResGW, ReachedMap> bfs(res_graph, level);
117.265 - bfs.pushAndSetReached(s);
117.266 -
117.267 - typename ResGW::template NodeMap<ResGWEdge> pred(res_graph);
117.268 - pred.set(s, INVALID);
117.269 -
117.270 - typename ResGW::template NodeMap<Num> free(res_graph);
117.271 -
117.272 - //searching for augmenting path
117.273 - while ( !bfs.finished() ) {
117.274 - ResGWEdge e=bfs;
117.275 - if (e!=INVALID && bfs.isBNodeNewlyReached()) {
117.276 - Node v=res_graph.source(e);
117.277 - Node w=res_graph.target(e);
117.278 - pred.set(w, e);
117.279 - if (pred[v]!=INVALID) {
117.280 - free.set(w, std::min(free[v], res_cap[e]));
117.281 - } else {
117.282 - free.set(w, res_cap[e]);
117.283 - }
117.284 - if (res_graph.target(e)==t) { _augment=true; break; }
117.285 - }
117.286 -
117.287 - ++bfs;
117.288 - } //end of searching augmenting path
117.289 -
117.290 - if (_augment) {
117.291 - Node n=t;
117.292 - Num augment_value=free[t];
117.293 - while (pred[n]!=INVALID) {
117.294 - ResGWEdge e=pred[n];
117.295 - res_graph.augment(e, augment_value);
117.296 - n=res_graph.source(e);
117.297 - }
117.298 - }
117.299 -
117.300 - status=AFTER_AUGMENTING;
117.301 - return _augment;
117.302 - }
117.303 -
117.304 - template <typename Graph, typename Num, typename CapMap, typename FlowMap>
117.305 - bool AugmentingFlow<Graph, Num, CapMap, FlowMap>::augmentOnShortestPath2()
117.306 - {
117.307 - ResGW res_graph(*g, *capacity, *flow);
117.308 - typename ResGW::ResCap res_cap(res_graph);
117.309 -
117.310 - bool _augment=false;
117.311 -
117.312 - if (status!=AFTER_FAST_AUGMENTING) {
117.313 - for (typename Graph::NodeIt n(*g); n!=INVALID; ++n) level.set(n, 0);
117.314 - number_of_augmentations=1;
117.315 - } else {
117.316 - ++number_of_augmentations;
117.317 - }
117.318 - TrickyReachedMap<ReachedMap>
117.319 - tricky_reached_map(level, number_of_augmentations);
117.320 - //ReachedMap level(res_graph);
117.321 -// FOR_EACH_LOC(typename Graph::NodeIt, e, *g) level.set(e, 0);
117.322 - BfsIterator<ResGW, TrickyReachedMap<ReachedMap> >
117.323 - bfs(res_graph, tricky_reached_map);
117.324 - bfs.pushAndSetReached(s);
117.325 -
117.326 - typename ResGW::template NodeMap<ResGWEdge> pred(res_graph);
117.327 - pred.set(s, INVALID);
117.328 -
117.329 - typename ResGW::template NodeMap<Num> free(res_graph);
117.330 -
117.331 - //searching for augmenting path
117.332 - while ( !bfs.finished() ) {
117.333 - ResGWEdge e=bfs;
117.334 - if (e!=INVALID && bfs.isBNodeNewlyReached()) {
117.335 - Node v=res_graph.source(e);
117.336 - Node w=res_graph.target(e);
117.337 - pred.set(w, e);
117.338 - if (pred[v]!=INVALID) {
117.339 - free.set(w, std::min(free[v], res_cap[e]));
117.340 - } else {
117.341 - free.set(w, res_cap[e]);
117.342 - }
117.343 - if (res_graph.target(e)==t) { _augment=true; break; }
117.344 - }
117.345 -
117.346 - ++bfs;
117.347 - } //end of searching augmenting path
117.348 -
117.349 - if (_augment) {
117.350 - Node n=t;
117.351 - Num augment_value=free[t];
117.352 - while (pred[n]!=INVALID) {
117.353 - ResGWEdge e=pred[n];
117.354 - res_graph.augment(e, augment_value);
117.355 - n=res_graph.source(e);
117.356 - }
117.357 - }
117.358 -
117.359 - status=AFTER_FAST_AUGMENTING;
117.360 - return _augment;
117.361 - }
117.362 -
117.363 -
117.364 - template <typename Graph, typename Num, typename CapMap, typename FlowMap>
117.365 - template<typename MutableGraph>
117.366 - bool AugmentingFlow<Graph, Num, CapMap, FlowMap>::augmentOnBlockingFlow()
117.367 - {
117.368 - typedef MutableGraph MG;
117.369 - bool _augment=false;
117.370 -
117.371 - ResGW res_graph(*g, *capacity, *flow);
117.372 - typename ResGW::ResCap res_cap(res_graph);
117.373 -
117.374 - //bfs for distances on the residual graph
117.375 - //ReachedMap level(res_graph);
117.376 - for (typename Graph::NodeIt n(*g); n!=INVALID; ++n) level.set(n, 0);
117.377 - BfsIterator<ResGW, ReachedMap> bfs(res_graph, level);
117.378 - bfs.pushAndSetReached(s);
117.379 - typename ResGW::template NodeMap<int>
117.380 - dist(res_graph); //filled up with 0's
117.381 -
117.382 - //F will contain the physical copy of the residual graph
117.383 - //with the set of edges which are on shortest paths
117.384 - MG F;
117.385 - typename ResGW::template NodeMap<typename MG::Node>
117.386 - res_graph_to_F(res_graph);
117.387 - {
117.388 - for(typename ResGW::NodeIt n(res_graph); n!=INVALID; ++n)
117.389 - res_graph_to_F.set(n, F.addNode());
117.390 - }
117.391 -
117.392 - typename MG::Node sF=res_graph_to_F[s];
117.393 - typename MG::Node tF=res_graph_to_F[t];
117.394 - typename MG::template EdgeMap<ResGWEdge> original_edge(F);
117.395 - typename MG::template EdgeMap<Num> residual_capacity(F);
117.396 -
117.397 - while ( !bfs.finished() ) {
117.398 - ResGWEdge e=bfs;
117.399 - if (e!=INVALID) {
117.400 - if (bfs.isBNodeNewlyReached()) {
117.401 - dist.set(res_graph.target(e), dist[res_graph.source(e)]+1);
117.402 - typename MG::Edge f=F.addEdge(res_graph_to_F[res_graph.source(e)],
117.403 - res_graph_to_F[res_graph.target(e)]);
117.404 - //original_edge.update();
117.405 - original_edge.set(f, e);
117.406 - //residual_capacity.update();
117.407 - residual_capacity.set(f, res_cap[e]);
117.408 - } else {
117.409 - if (dist[res_graph.target(e)]==(dist[res_graph.source(e)]+1)) {
117.410 - typename MG::Edge f=F.addEdge(res_graph_to_F[res_graph.source(e)],
117.411 - res_graph_to_F[res_graph.target(e)]);
117.412 - //original_edge.update();
117.413 - original_edge.set(f, e);
117.414 - //residual_capacity.update();
117.415 - residual_capacity.set(f, res_cap[e]);
117.416 - }
117.417 - }
117.418 - }
117.419 - ++bfs;
117.420 - } //computing distances from s in the residual graph
117.421 -
117.422 - bool __augment=true;
117.423 -
117.424 - while (__augment) {
117.425 - __augment=false;
117.426 - //computing blocking flow with dfs
117.427 - DfsIterator< MG, typename MG::template NodeMap<bool> > dfs(F);
117.428 - typename MG::template NodeMap<typename MG::Edge> pred(F);
117.429 - pred.set(sF, INVALID);
117.430 - //invalid iterators for sources
117.431 -
117.432 - typename MG::template NodeMap<Num> free(F);
117.433 -
117.434 - dfs.pushAndSetReached(sF);
117.435 - while (!dfs.finished()) {
117.436 - ++dfs;
117.437 - if (typename MG::Edge(dfs)!=INVALID) {
117.438 - if (dfs.isBNodeNewlyReached()) {
117.439 - typename MG::Node v=F.source(dfs);
117.440 - typename MG::Node w=F.target(dfs);
117.441 - pred.set(w, dfs);
117.442 - if (pred[v]!=INVALID) {
117.443 - free.set(w, std::min(free[v], residual_capacity[dfs]));
117.444 - } else {
117.445 - free.set(w, residual_capacity[dfs]);
117.446 - }
117.447 - if (w==tF) {
117.448 - __augment=true;
117.449 - _augment=true;
117.450 - break;
117.451 - }
117.452 -
117.453 - } else {
117.454 - F.erase(typename MG::Edge(dfs));
117.455 - }
117.456 - }
117.457 - }
117.458 -
117.459 - if (__augment) {
117.460 - typename MG::Node n=tF;
117.461 - Num augment_value=free[tF];
117.462 - while (pred[n]!=INVALID) {
117.463 - typename MG::Edge e=pred[n];
117.464 - res_graph.augment(original_edge[e], augment_value);
117.465 - n=F.source(e);
117.466 - if (residual_capacity[e]==augment_value)
117.467 - F.erase(e);
117.468 - else
117.469 - residual_capacity.set(e, residual_capacity[e]-augment_value);
117.470 - }
117.471 - }
117.472 -
117.473 - }
117.474 -
117.475 - status=AFTER_AUGMENTING;
117.476 - return _augment;
117.477 - }
117.478 -
117.479 - /// Blocking flow augmentation without constructing the layered
117.480 - /// graph physically in which the blocking flow is computed.
117.481 - template <typename Graph, typename Num, typename CapMap, typename FlowMap>
117.482 - bool AugmentingFlow<Graph, Num, CapMap, FlowMap>::augmentOnBlockingFlow2()
117.483 - {
117.484 - bool _augment=false;
117.485 -
117.486 - ResGW res_graph(*g, *capacity, *flow);
117.487 - typename ResGW::ResCap res_cap(res_graph);
117.488 -
117.489 - //Potential map, for distances from s
117.490 - typename ResGW::template NodeMap<int> potential(res_graph, 0);
117.491 - typedef ConstMap<typename ResGW::Edge, int> Const1Map;
117.492 - Const1Map const_1_map(1);
117.493 - TightEdgeFilterMap<ResGW, typename ResGW::template NodeMap<int>,
117.494 - Const1Map> tight_edge_filter(res_graph, potential, const_1_map);
117.495 -
117.496 - for (typename Graph::NodeIt n(*g); n!=INVALID; ++n) level.set(n, 0);
117.497 - BfsIterator<ResGW, ReachedMap> bfs(res_graph, level);
117.498 - bfs.pushAndSetReached(s);
117.499 -
117.500 - //computing distances from s in the residual graph
117.501 - while ( !bfs.finished() ) {
117.502 - ResGWEdge e=bfs;
117.503 - if (e!=INVALID && bfs.isBNodeNewlyReached())
117.504 - potential.set(res_graph.target(e), potential[res_graph.source(e)]+1);
117.505 - ++bfs;
117.506 - }
117.507 -
117.508 - //Subgraph containing the edges on some shortest paths
117.509 - //(i.e. tight edges)
117.510 - ConstMap<typename ResGW::Node, bool> true_map(true);
117.511 - typedef SubGraphWrapper<ResGW, ConstMap<typename ResGW::Node, bool>,
117.512 - TightEdgeFilterMap<ResGW, typename ResGW::template NodeMap<int>,
117.513 - Const1Map> > FilterResGW;
117.514 - FilterResGW filter_res_graph(res_graph, true_map, tight_edge_filter);
117.515 -
117.516 - //Subgraph, which is able to delete edges which are already
117.517 - //met by the dfs
117.518 - typename FilterResGW::template NodeMap<typename FilterResGW::Edge>
117.519 - first_out_edges(filter_res_graph);
117.520 - for (typename FilterResGW::NodeIt v(filter_res_graph); v!=INVALID; ++v)
117.521 - first_out_edges.set
117.522 - (v, typename FilterResGW::OutEdgeIt(filter_res_graph, v));
117.523 -
117.524 - typedef ErasingFirstGraphWrapper<FilterResGW, typename FilterResGW::
117.525 - template NodeMap<typename FilterResGW::Edge> > ErasingResGW;
117.526 - ErasingResGW erasing_res_graph(filter_res_graph, first_out_edges);
117.527 -
117.528 - bool __augment=true;
117.529 -
117.530 - while (__augment) {
117.531 -
117.532 - __augment=false;
117.533 - //computing blocking flow with dfs
117.534 - DfsIterator< ErasingResGW,
117.535 - typename ErasingResGW::template NodeMap<bool> >
117.536 - dfs(erasing_res_graph);
117.537 - typename ErasingResGW::
117.538 - template NodeMap<typename ErasingResGW::Edge> pred(erasing_res_graph);
117.539 - pred.set(s, INVALID);
117.540 - //invalid iterators for sources
117.541 -
117.542 - typename ErasingResGW::template NodeMap<Num>
117.543 - free1(erasing_res_graph);
117.544 -
117.545 - dfs.pushAndSetReached
117.546 - /// \bug lemon 0.2
117.547 - (typename ErasingResGW::Node
117.548 - (typename FilterResGW::Node
117.549 - (typename ResGW::Node(s)
117.550 - )
117.551 - )
117.552 - );
117.553 -
117.554 - while (!dfs.finished()) {
117.555 - ++dfs;
117.556 - if (typename ErasingResGW::Edge(dfs)!=INVALID) {
117.557 - if (dfs.isBNodeNewlyReached()) {
117.558 -
117.559 - typename ErasingResGW::Node v=erasing_res_graph.source(dfs);
117.560 - typename ErasingResGW::Node w=erasing_res_graph.target(dfs);
117.561 -
117.562 - pred.set(w, typename ErasingResGW::Edge(dfs));
117.563 - if (pred[v]!=INVALID) {
117.564 - free1.set
117.565 - (w, std::min(free1[v], res_cap
117.566 - [typename ErasingResGW::Edge(dfs)]));
117.567 - } else {
117.568 - free1.set
117.569 - (w, res_cap
117.570 - [typename ErasingResGW::Edge(dfs)]);
117.571 - }
117.572 -
117.573 - if (w==t) {
117.574 - __augment=true;
117.575 - _augment=true;
117.576 - break;
117.577 - }
117.578 - } else {
117.579 - erasing_res_graph.erase(dfs);
117.580 - }
117.581 - }
117.582 - }
117.583 -
117.584 - if (__augment) {
117.585 - typename ErasingResGW::Node
117.586 - n=typename FilterResGW::Node(typename ResGW::Node(t));
117.587 - Num augment_value=free1[n];
117.588 - while (pred[n]!=INVALID) {
117.589 - typename ErasingResGW::Edge e=pred[n];
117.590 - res_graph.augment(e, augment_value);
117.591 - n=erasing_res_graph.source(e);
117.592 - if (res_cap[e]==0)
117.593 - erasing_res_graph.erase(e);
117.594 - }
117.595 - }
117.596 -
117.597 - } //while (__augment)
117.598 -
117.599 - status=AFTER_AUGMENTING;
117.600 - return _augment;
117.601 - }
117.602 -
117.603 -
117.604 -} //namespace lemon
117.605 -
117.606 -#endif //LEMON_AUGMENTING_FLOW_H
117.607 -
117.608 -
118.1 --- a/src/work/marci/bfs_dfs.h Sun Apr 17 18:57:22 2005 +0000
118.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
118.3 @@ -1,348 +0,0 @@
118.4 -// -*- c++ -*-
118.5 -#ifndef LEMON_BFS_DFS_H
118.6 -#define LEMON_BFS_DFS_H
118.7 -
118.8 -/// \ingroup galgs
118.9 -/// \file
118.10 -/// \brief Bfs and dfs iterators.
118.11 -///
118.12 -/// This file contains bfs and dfs iterator classes.
118.13 -///
118.14 -// /// \author Marton Makai
118.15 -
118.16 -#include <queue>
118.17 -#include <stack>
118.18 -#include <utility>
118.19 -
118.20 -#include <lemon/invalid.h>
118.21 -
118.22 -namespace lemon {
118.23 -
118.24 - /// Bfs searches for the nodes wich are not marked in
118.25 - /// \c reached_map
118.26 - /// Reached have to be a read-write bool node-map.
118.27 - /// \ingroup galgs
118.28 - template <typename Graph, /*typename OutEdgeIt,*/
118.29 - typename ReachedMap/*=typename Graph::NodeMap<bool>*/ >
118.30 - class BfsIterator {
118.31 - protected:
118.32 - typedef typename Graph::Node Node;
118.33 - typedef typename Graph::Edge Edge;
118.34 - typedef typename Graph::OutEdgeIt OutEdgeIt;
118.35 - const Graph* graph;
118.36 - std::queue<Node> bfs_queue;
118.37 - ReachedMap& reached;
118.38 - bool b_node_newly_reached;
118.39 - Edge actual_edge;
118.40 - bool own_reached_map;
118.41 - public:
118.42 - /// In that constructor \c _reached have to be a reference
118.43 - /// for a bool bode-map. The algorithm will search for the
118.44 - /// initially \c false nodes
118.45 - /// in a bfs order.
118.46 - BfsIterator(const Graph& _graph, ReachedMap& _reached) :
118.47 - graph(&_graph), reached(_reached),
118.48 - own_reached_map(false) { }
118.49 - /// The same as above, but the map storing the reached nodes
118.50 - /// is constructed dynamically to everywhere false.
118.51 - /// \deprecated
118.52 - BfsIterator(const Graph& _graph) :
118.53 - graph(&_graph), reached(*(new ReachedMap(*graph /*, false*/))),
118.54 - own_reached_map(true) { }
118.55 - /// The map storing the reached nodes have to be destroyed if
118.56 - /// it was constructed dynamically
118.57 - ~BfsIterator() { if (own_reached_map) delete &reached; }
118.58 - /// This method markes \c s reached.
118.59 - /// If the queue is empty, then \c s is pushed in the bfs queue
118.60 - /// and the first out-edge is processed.
118.61 - /// If the queue is not empty, then \c s is simply pushed.
118.62 - BfsIterator<Graph, /*OutEdgeIt,*/ ReachedMap>& pushAndSetReached(Node s) {
118.63 - reached.set(s, true);
118.64 - if (bfs_queue.empty()) {
118.65 - bfs_queue.push(s);
118.66 - actual_edge=OutEdgeIt(*graph, s);
118.67 - //graph->first(actual_edge, s);
118.68 - if (actual_edge!=INVALID) {
118.69 - Node w=graph->target(actual_edge);
118.70 - if (!reached[w]) {
118.71 - bfs_queue.push(w);
118.72 - reached.set(w, true);
118.73 - b_node_newly_reached=true;
118.74 - } else {
118.75 - b_node_newly_reached=false;
118.76 - }
118.77 - }
118.78 - } else {
118.79 - bfs_queue.push(s);
118.80 - }
118.81 - return *this;
118.82 - }
118.83 - /// As \c BfsIterator<Graph, ReachedMap> works as an edge-iterator,
118.84 - /// its \c operator++() iterates on the edges in a bfs order.
118.85 - BfsIterator<Graph, /*OutEdgeIt,*/ ReachedMap>&
118.86 - operator++() {
118.87 - if (actual_edge!=INVALID) {
118.88 - actual_edge=++OutEdgeIt(*graph, actual_edge);
118.89 - //++actual_edge;
118.90 - if (actual_edge!=INVALID) {
118.91 - Node w=graph->target(actual_edge);
118.92 - if (!reached[w]) {
118.93 - bfs_queue.push(w);
118.94 - reached.set(w, true);
118.95 - b_node_newly_reached=true;
118.96 - } else {
118.97 - b_node_newly_reached=false;
118.98 - }
118.99 - }
118.100 - } else {
118.101 - bfs_queue.pop();
118.102 - if (!bfs_queue.empty()) {
118.103 - actual_edge=OutEdgeIt(*graph, bfs_queue.front());
118.104 - //graph->first(actual_edge, bfs_queue.front());
118.105 - if (actual_edge!=INVALID) {
118.106 - Node w=graph->target(actual_edge);
118.107 - if (!reached[w]) {
118.108 - bfs_queue.push(w);
118.109 - reached.set(w, true);
118.110 - b_node_newly_reached=true;
118.111 - } else {
118.112 - b_node_newly_reached=false;
118.113 - }
118.114 - }
118.115 - }
118.116 - }
118.117 - return *this;
118.118 - }
118.119 - /// Returns true iff the algorithm is finished.
118.120 - bool finished() const { return bfs_queue.empty(); }
118.121 - /// The conversion operator makes for converting the bfs-iterator
118.122 - /// to an \c out-edge-iterator.
118.123 - ///\bug Edge have to be in LEMON 0.2
118.124 - operator Edge() const { return actual_edge; }
118.125 - /// Returns if b-node has been reached just now.
118.126 - bool isBNodeNewlyReached() const { return b_node_newly_reached; }
118.127 - /// Returns if a-node is examined.
118.128 - bool isANodeExamined() const { return actual_edge==INVALID; }
118.129 - /// Returns a-node of the actual edge, so does if the edge is invalid.
118.130 - Node source() const { return bfs_queue.front(); }
118.131 - /// \pre The actual edge have to be valid.
118.132 - Node target() const { return graph->target(actual_edge); }
118.133 - /// Guess what?
118.134 - /// \deprecated
118.135 - const ReachedMap& getReachedMap() const { return reached; }
118.136 - /// Guess what?
118.137 - /// \deprecated
118.138 - const std::queue<Node>& getBfsQueue() const { return bfs_queue; }
118.139 - };
118.140 -
118.141 - /// Bfs searches for the nodes wich are not marked in
118.142 - /// \c reached_map
118.143 - /// Reached have to work as a read-write bool Node-map,
118.144 - /// Pred is a write edge node-map and
118.145 - /// Dist is a read-write node-map of integral value, have to be.
118.146 - /// \ingroup galgs
118.147 - template <typename Graph,
118.148 - typename ReachedMap=typename Graph::template NodeMap<bool>,
118.149 - typename PredMap
118.150 - =typename Graph::template NodeMap<typename Graph::Edge>,
118.151 - typename DistMap=typename Graph::template NodeMap<int> >
118.152 - class Bfs : public BfsIterator<Graph, ReachedMap> {
118.153 - typedef BfsIterator<Graph, ReachedMap> Parent;
118.154 - protected:
118.155 - typedef typename Parent::Node Node;
118.156 - PredMap& pred;
118.157 - DistMap& dist;
118.158 - public:
118.159 - /// The algorithm will search in a bfs order for
118.160 - /// the nodes which are \c false initially.
118.161 - /// The constructor makes no initial changes on the maps.
118.162 - Bfs<Graph, ReachedMap, PredMap, DistMap>(const Graph& _graph, ReachedMap& _reached, PredMap& _pred, DistMap& _dist) :
118.163 - BfsIterator<Graph, ReachedMap>(_graph, _reached),
118.164 - pred(_pred), dist(_dist) { }
118.165 - /// \c s is marked to be reached and pushed in the bfs queue.
118.166 - /// If the queue is empty, then the first out-edge is processed.
118.167 - /// If \c s was not marked previously, then
118.168 - /// in addition its pred is set to be \c INVALID, and dist to \c 0.
118.169 - /// if \c s was marked previuosly, then it is simply pushed.
118.170 - Bfs<Graph, ReachedMap, PredMap, DistMap>& push(Node s) {
118.171 - if (this->reached[s]) {
118.172 - Parent::pushAndSetReached(s);
118.173 - } else {
118.174 - Parent::pushAndSetReached(s);
118.175 - pred.set(s, INVALID);
118.176 - dist.set(s, 0);
118.177 - }
118.178 - return *this;
118.179 - }
118.180 - /// A bfs is processed from \c s.
118.181 - Bfs<Graph, ReachedMap, PredMap, DistMap>& run(Node s) {
118.182 - push(s);
118.183 - while (!this->finished()) this->operator++();
118.184 - return *this;
118.185 - }
118.186 - /// Beside the bfs iteration, \c pred and \dist are saved in a
118.187 - /// newly reached node.
118.188 - Bfs<Graph, ReachedMap, PredMap, DistMap>& operator++() {
118.189 - Parent::operator++();
118.190 - if (this->graph->valid(this->actual_edge) && this->b_node_newly_reached)
118.191 - {
118.192 - pred.set(this->target(), this->actual_edge);
118.193 - dist.set(this->target(), dist[this->source()]);
118.194 - }
118.195 - return *this;
118.196 - }
118.197 - /// Guess what?
118.198 - /// \deprecated
118.199 - const PredMap& getPredMap() const { return pred; }
118.200 - /// Guess what?
118.201 - /// \deprecated
118.202 - const DistMap& getDistMap() const { return dist; }
118.203 - };
118.204 -
118.205 - /// Dfs searches for the nodes wich are not marked in
118.206 - /// \c reached_map
118.207 - /// Reached have to be a read-write bool Node-map.
118.208 - /// \ingroup galgs
118.209 - template <typename Graph, /*typename OutEdgeIt,*/
118.210 - typename ReachedMap/*=typename Graph::NodeMap<bool>*/ >
118.211 - class DfsIterator {
118.212 - protected:
118.213 - typedef typename Graph::Node Node;
118.214 - typedef typename Graph::Edge Edge;
118.215 - typedef typename Graph::OutEdgeIt OutEdgeIt;
118.216 - const Graph* graph;
118.217 - std::stack<OutEdgeIt> dfs_stack;
118.218 - bool b_node_newly_reached;
118.219 - Edge actual_edge;
118.220 - Node actual_node;
118.221 - ReachedMap& reached;
118.222 - bool own_reached_map;
118.223 - public:
118.224 - /// In that constructor \c _reached have to be a reference
118.225 - /// for a bool node-map. The algorithm will search in a dfs order for
118.226 - /// the nodes which are \c false initially
118.227 - DfsIterator(const Graph& _graph, ReachedMap& _reached) :
118.228 - graph(&_graph), reached(_reached),
118.229 - own_reached_map(false) { }
118.230 - /// The same as above, but the map of reached nodes is
118.231 - /// constructed dynamically
118.232 - /// to everywhere false.
118.233 - DfsIterator(const Graph& _graph) :
118.234 - graph(&_graph), reached(*(new ReachedMap(*graph /*, false*/))),
118.235 - own_reached_map(true) { }
118.236 - ~DfsIterator() { if (own_reached_map) delete &reached; }
118.237 - /// This method markes s reached and first out-edge is processed.
118.238 - DfsIterator<Graph, /*OutEdgeIt,*/ ReachedMap>& pushAndSetReached(Node s) {
118.239 - actual_node=s;
118.240 - reached.set(s, true);
118.241 - OutEdgeIt e(*graph, s);
118.242 - //graph->first(e, s);
118.243 - dfs_stack.push(e);
118.244 - return *this;
118.245 - }
118.246 - /// As \c DfsIterator<Graph, ReachedMap> works as an edge-iterator,
118.247 - /// its \c operator++() iterates on the edges in a dfs order.
118.248 - DfsIterator<Graph, /*OutEdgeIt,*/ ReachedMap>&
118.249 - operator++() {
118.250 - actual_edge=dfs_stack.top();
118.251 - if (actual_edge!=INVALID/*.valid()*/) {
118.252 - Node w=graph->target(actual_edge);
118.253 - actual_node=w;
118.254 - if (!reached[w]) {
118.255 - OutEdgeIt e(*graph, w);
118.256 - //graph->first(e, w);
118.257 - dfs_stack.push(e);
118.258 - reached.set(w, true);
118.259 - b_node_newly_reached=true;
118.260 - } else {
118.261 - actual_node=graph->source(actual_edge);
118.262 - ++dfs_stack.top();
118.263 - b_node_newly_reached=false;
118.264 - }
118.265 - } else {
118.266 - //actual_node=G.aNode(dfs_stack.top());
118.267 - dfs_stack.pop();
118.268 - }
118.269 - return *this;
118.270 - }
118.271 - /// Returns true iff the algorithm is finished.
118.272 - bool finished() const { return dfs_stack.empty(); }
118.273 - /// The conversion operator makes for converting the bfs-iterator
118.274 - /// to an \c out-edge-iterator.
118.275 - ///\bug Edge have to be in LEMON 0.2
118.276 - operator Edge() const { return actual_edge; }
118.277 - /// Returns if b-node has been reached just now.
118.278 - bool isBNodeNewlyReached() const { return b_node_newly_reached; }
118.279 - /// Returns if a-node is examined.
118.280 - bool isANodeExamined() const { return actual_edge==INVALID; }
118.281 - /// Returns a-node of the actual edge, so does if the edge is invalid.
118.282 - Node source() const { return actual_node; /*FIXME*/}
118.283 - /// Returns b-node of the actual edge.
118.284 - /// \pre The actual edge have to be valid.
118.285 - Node target() const { return graph->target(actual_edge); }
118.286 - /// Guess what?
118.287 - /// \deprecated
118.288 - const ReachedMap& getReachedMap() const { return reached; }
118.289 - /// Guess what?
118.290 - /// \deprecated
118.291 - const std::stack<OutEdgeIt>& getDfsStack() const { return dfs_stack; }
118.292 - };
118.293 -
118.294 - /// Dfs searches for the nodes wich are not marked in
118.295 - /// \c reached_map
118.296 - /// Reached is a read-write bool node-map,
118.297 - /// Pred is a write node-map, have to be.
118.298 - /// \ingroup galgs
118.299 - template <typename Graph,
118.300 - typename ReachedMap=typename Graph::template NodeMap<bool>,
118.301 - typename PredMap
118.302 - =typename Graph::template NodeMap<typename Graph::Edge> >
118.303 - class Dfs : public DfsIterator<Graph, ReachedMap> {
118.304 - typedef DfsIterator<Graph, ReachedMap> Parent;
118.305 - protected:
118.306 - typedef typename Parent::Node Node;
118.307 - PredMap& pred;
118.308 - public:
118.309 - /// The algorithm will search in a dfs order for
118.310 - /// the nodes which are \c false initially.
118.311 - /// The constructor makes no initial changes on the maps.
118.312 - Dfs<Graph, ReachedMap, PredMap>(const Graph& _graph, ReachedMap& _reached, PredMap& _pred) : DfsIterator<Graph, ReachedMap>(_graph, _reached), pred(_pred) { }
118.313 - /// \c s is marked to be reached and pushed in the bfs queue.
118.314 - /// If the queue is empty, then the first out-edge is processed.
118.315 - /// If \c s was not marked previously, then
118.316 - /// in addition its pred is set to be \c INVALID.
118.317 - /// if \c s was marked previuosly, then it is simply pushed.
118.318 - Dfs<Graph, ReachedMap, PredMap>& push(Node s) {
118.319 - if (this->reached[s]) {
118.320 - Parent::pushAndSetReached(s);
118.321 - } else {
118.322 - Parent::pushAndSetReached(s);
118.323 - pred.set(s, INVALID);
118.324 - }
118.325 - return *this;
118.326 - }
118.327 - /// A bfs is processed from \c s.
118.328 - Dfs<Graph, ReachedMap, PredMap>& run(Node s) {
118.329 - push(s);
118.330 - while (!this->finished()) this->operator++();
118.331 - return *this;
118.332 - }
118.333 - /// Beside the dfs iteration, \c pred is saved in a
118.334 - /// newly reached node.
118.335 - Dfs<Graph, ReachedMap, PredMap>& operator++() {
118.336 - Parent::operator++();
118.337 - if (this->graph->valid(this->actual_edge) && this->b_node_newly_reached)
118.338 - {
118.339 - pred.set(this->target(), this->actual_edge);
118.340 - }
118.341 - return *this;
118.342 - }
118.343 - /// Guess what?
118.344 - /// \deprecated
118.345 - const PredMap& getPredMap() const { return pred; }
118.346 - };
118.347 -
118.348 -
118.349 -} // namespace lemon
118.350 -
118.351 -#endif //LEMON_BFS_DFS_H
119.1 --- a/src/work/marci/bfs_dfs_misc.h Sun Apr 17 18:57:22 2005 +0000
119.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
119.3 @@ -1,97 +0,0 @@
119.4 -// -*- c++ -*-
119.5 -#ifndef LEMON_BFS_DFS_MISC_H
119.6 -#define LEMON_BFS_DFS_MISC_H
119.7 -
119.8 -/// \ingroup galgs
119.9 -/// \file
119.10 -/// \brief Miscellaneous algorithms using bfs and dfs.
119.11 -///
119.12 -/// This file contains several algorithms using bfs and dfs.
119.13 -///
119.14 -// ///\author Marton Makai
119.15 -
119.16 -#include <bfs_dfs.h>
119.17 -#include <for_each_macros.h>
119.18 -
119.19 -namespace lemon {
119.20 -
119.21 - /// This function eats a read-write \c BoolMap& bool_map,
119.22 - /// which have to work well up
119.23 - /// to its \c set and \c operator[]() method. Thus we have to deal
119.24 - /// very carefully with an uninitialized \c IterableBoolMap.
119.25 - /// \ingroup galgs
119.26 - template<typename Graph, typename BoolMap>
119.27 - bool isBipartite(const Graph& g, BoolMap& bool_map) {
119.28 - typedef typename Graph::template NodeMap<bool> ReachedMap;
119.29 - ReachedMap reached(g/*, false*/);
119.30 - BfsIterator<Graph, ReachedMap> bfs(g, reached);
119.31 - FOR_EACH_LOC(typename Graph::NodeIt, n, g) {
119.32 - if (!reached[n]) {
119.33 - bfs.pushAndSetReached(n);
119.34 - bool_map.set(n, false);
119.35 - while (!bfs.finished()) {
119.36 - if (bfs.isBNodeNewlyReached()) {
119.37 - bool_map.set(bfs.bNode())=!bfs.aNode();
119.38 - } else {
119.39 - if (bool_map[bfs.bNode()]==bool_map[bfs.aNode()]) {
119.40 - return false;
119.41 - }
119.42 - }
119.43 - ++bfs;
119.44 - }
119.45 - }
119.46 - }
119.47 -
119.48 - return true;
119.49 - }
119.50 -
119.51 - /// experimental topsort,
119.52 - /// I think the final version will work as an iterator
119.53 - /// if the graph is not a acyclic, the na pre-topological order is obtained
119.54 - /// (see Schrijver's book).
119.55 - /// PredMap have to be a writtable node-map.
119.56 - /// If the graph is directed and not acyclic,
119.57 - /// then going back from the returned node via the pred information, a
119.58 - /// cycle is obtained.
119.59 - /// \ingroup galgs
119.60 - template<typename Graph, typename PredMap>
119.61 - typename Graph::Node
119.62 - topSort(const Graph& g, std::list<typename Graph::Node>& l,
119.63 - PredMap& pred) {
119.64 - l.clear();
119.65 - typedef typename Graph::template NodeMap<bool> ReachedMap;
119.66 - typedef typename Graph::template NodeMap<bool> ExaminedMap;
119.67 - ReachedMap reached(g/*, false*/);
119.68 - ExaminedMap examined(g/*, false*/);
119.69 - DfsIterator<Graph, ReachedMap> dfs(g, reached);
119.70 - FOR_EACH_LOC(typename Graph::NodeIt, n, g) {
119.71 - if (!reached[n]) {
119.72 - dfs.pushAndSetReached(n);
119.73 - pred.set(n, INVALID);
119.74 - while (!dfs.finished()) {
119.75 - ++dfs;
119.76 - if (dfs.isBNodeNewlyReached()) {
119.77 - ///\bug lemon 0.2-ben Edge kell
119.78 - pred.set(dfs.aNode(), typename Graph::OutEdgeIt(dfs));
119.79 - } else {
119.80 - ///\bug ugyanaz
119.81 - if (g.valid(typename Graph::OutEdgeIt(dfs)) &&
119.82 - !examined[dfs.bNode()]) {
119.83 - ///\bug lemon 0.2-ben Edge kell
119.84 - pred.set(dfs.bNode(), typename Graph::OutEdgeIt(dfs));
119.85 - return dfs.aNode();
119.86 - }
119.87 - }
119.88 - if (dfs.isANodeExamined()) {
119.89 - l.push_back(dfs.aNode());
119.90 - examined.set(dfs.aNode(), true);
119.91 - }
119.92 - }
119.93 - }
119.94 - }
119.95 - return INVALID;
119.96 - }
119.97 -
119.98 -} //namespace lemon
119.99 -
119.100 -#endif //LEMON_BFS_DFS_MISC_H
120.1 --- a/src/work/marci/bfs_mm.h Sun Apr 17 18:57:22 2005 +0000
120.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
120.3 @@ -1,559 +0,0 @@
120.4 -// -*- c++ -*-
120.5 -#ifndef LEMON_BFS_DFS_H
120.6 -#define LEMON_BFS_DFS_H
120.7 -
120.8 -/// \ingroup galgs
120.9 -/// \file
120.10 -/// \brief Bfs and dfs iterators.
120.11 -///
120.12 -/// This file contains bfs and dfs iterator classes.
120.13 -///
120.14 -// /// \author Marton Makai
120.15 -
120.16 -#include <queue>
120.17 -#include <stack>
120.18 -#include <utility>
120.19 -
120.20 -#include <lemon/invalid.h>
120.21 -
120.22 -namespace lemon {
120.23 - namespace marci {
120.24 -
120.25 - /// Bfs searches for the nodes wich are not marked in
120.26 - /// \c reached_map
120.27 - /// RM have to be a read-write bool node-map.
120.28 - /// \ingroup galgs
120.29 - template <typename Graph, /*typename OutEdgeIt,*/
120.30 - typename RM/*=typename Graph::NodeMap<bool>*/ >
120.31 - class BfsIterator {
120.32 - public:
120.33 - typedef RM ReachedMap;
120.34 - protected:
120.35 - typedef typename Graph::Node Node;
120.36 - typedef typename Graph::Edge Edge;
120.37 - typedef typename Graph::OutEdgeIt OutEdgeIt;
120.38 - const Graph* graph;
120.39 - std::queue<Node> bfs_queue;
120.40 - ReachedMap* reached_map;
120.41 - bool b_node_newly_reached;
120.42 - //OutEdgeIt actual_edge;
120.43 - Edge actual_edge;
120.44 - /// \e
120.45 - BfsIterator(const Graph& _graph) : graph(&_graph), reached_map(0) { }
120.46 - /// RM have to be set before any bfs operation.
120.47 - BfsIterator<Graph, RM>& setReached(RM& _reached_map) {
120.48 - reached_map=&_reached_map;
120.49 - }
120.50 - public:
120.51 - /// In that constructor \c _reached_map have to be a reference
120.52 - /// for a bool bode-map. The algorithm will search for the
120.53 - /// initially \c false nodes
120.54 - /// in a bfs order.
120.55 - BfsIterator(const Graph& _graph, ReachedMap& _reached_map) :
120.56 - graph(&_graph), reached_map(&_reached_map) { }
120.57 - /// The same as above, but the map storing the reached nodes
120.58 - /// is constructed dynamically to everywhere false.
120.59 - /// \deprecated
120.60 -// BfsIterator(const Graph& _graph) :
120.61 -// graph(&_graph), reached_map(new ReachedMap(*graph /*, false*/)),
120.62 -// own_reached_map(true) { }
120.63 -// /// The map storing the reached nodes have to be destroyed if
120.64 -// /// it was constructed dynamically
120.65 -// ~BfsIterator() { if (own_reached_map) delete reached_map; }
120.66 - /// This method markes \c s reached.
120.67 - /// If the queue is empty, then \c s is pushed in the bfs queue
120.68 - /// and the first out-edge is processed.
120.69 - /// If the queue is not empty, then \c s is simply pushed.
120.70 - BfsIterator<Graph, /*OutEdgeIt,*/ ReachedMap>& pushAndSetReached(Node s) {
120.71 - reached_map->set(s, true);
120.72 - if (bfs_queue.empty()) {
120.73 - bfs_queue.push(s);
120.74 - actual_edge=OutEdgeIt(*graph, s);
120.75 - //graph->first(actual_edge, s);
120.76 - if (actual_edge!=INVALID) {
120.77 - Node w=graph->target(actual_edge);
120.78 - if (!(*reached_map)[w]) {
120.79 - bfs_queue.push(w);
120.80 - reached_map->set(w, true);
120.81 - b_node_newly_reached=true;
120.82 - } else {
120.83 - b_node_newly_reached=false;
120.84 - }
120.85 - }
120.86 - } else {
120.87 - bfs_queue.push(s);
120.88 - }
120.89 - return *this;
120.90 - }
120.91 - /// As \c BfsIterator<Graph, ReachedMap> works as an edge-iterator,
120.92 - /// its \c operator++() iterates on the edges in a bfs order.
120.93 - BfsIterator<Graph, /*OutEdgeIt,*/ ReachedMap>&
120.94 - operator++() {
120.95 - if (actual_edge!=INVALID) {
120.96 - actual_edge=++OutEdgeIt(*graph, actual_edge);
120.97 - //++actual_edge;
120.98 - if (actual_edge!=INVALID) {
120.99 - Node w=graph->target(actual_edge);
120.100 - if (!(*reached_map)[w]) {
120.101 - bfs_queue.push(w);
120.102 - reached_map->set(w, true);
120.103 - b_node_newly_reached=true;
120.104 - } else {
120.105 - b_node_newly_reached=false;
120.106 - }
120.107 - }
120.108 - } else {
120.109 - bfs_queue.pop();
120.110 - if (!bfs_queue.empty()) {
120.111 - actual_edge=OutEdgeIt(*graph, bfs_queue.front());
120.112 - //graph->first(actual_edge, bfs_queue.front());
120.113 - if (actual_edge!=INVALID) {
120.114 - Node w=graph->target(actual_edge);
120.115 - if (!(*reached_map)[w]) {
120.116 - bfs_queue.push(w);
120.117 - reached_map->set(w, true);
120.118 - b_node_newly_reached=true;
120.119 - } else {
120.120 - b_node_newly_reached=false;
120.121 - }
120.122 - }
120.123 - }
120.124 - }
120.125 - return *this;
120.126 - }
120.127 - /// Returns true iff the algorithm is finished.
120.128 - bool finished() const { return bfs_queue.empty(); }
120.129 - /// The conversion operator makes for converting the bfs-iterator
120.130 - /// to an \c out-edge-iterator.
120.131 - ///\bug Edge have to be in LEMON 0.2
120.132 - operator Edge() const { return actual_edge; }
120.133 - /// Returns if b-node has been reached just now.
120.134 - bool isBNodeNewlyReached() const { return b_node_newly_reached; }
120.135 - /// Returns if a-node is examined.
120.136 - bool isANodeExamined() const { return actual_edge==INVALID; }
120.137 - /// Returns a-node of the actual edge, so does if the edge is invalid.
120.138 - Node source() const { return bfs_queue.front(); }
120.139 - /// \pre The actual edge have to be valid.
120.140 - Node target() const { return graph->target(actual_edge); }
120.141 - /// Guess what?
120.142 - /// \deprecated
120.143 - const ReachedMap& reachedMap() const { return *reached_map; }
120.144 - /// Guess what?
120.145 - /// \deprecated
120.146 - typename ReachedMap::Value reached(const Node& n) const {
120.147 - return (*reached_map)[n];
120.148 - }
120.149 - /// Guess what?
120.150 - /// \deprecated
120.151 - const std::queue<Node>& getBfsQueue() const { return bfs_queue; }
120.152 - };
120.153 -
120.154 - /// Bfs searches for the nodes wich are not marked in
120.155 - /// \c reached_map
120.156 - /// RM have to work as a read-write bool Node-map,
120.157 - /// PM is a write edge node-map and
120.158 - /// PNM is a write node node-map and
120.159 - /// DM is a read-write node-map of integral value, have to be.
120.160 - /// \ingroup galgs
120.161 - template <typename Graph,
120.162 - typename RM=typename Graph::template NodeMap<bool>,
120.163 - typename PM
120.164 - =typename Graph::template NodeMap<typename Graph::Edge>,
120.165 - typename PNM
120.166 - =typename Graph::template NodeMap<typename Graph::Node>,
120.167 - typename DM=typename Graph::template NodeMap<int> >
120.168 - class Bfs : public BfsIterator<Graph, RM> {
120.169 - typedef BfsIterator<Graph, RM> Parent;
120.170 - public:
120.171 - typedef RM ReachedMap;
120.172 - typedef PM PredMap;
120.173 - typedef PNM PredNodeMap;
120.174 - typedef DM DistMap;
120.175 - protected:
120.176 - typedef typename Parent::Node Node;
120.177 - PredMap* pred_map;
120.178 - PredNodeMap* pred_node_map;
120.179 - DistMap* dist_map;
120.180 - /// \e
120.181 - Bfs<Graph, RM, PM, PNM, DM>
120.182 - (const Graph& _graph) : BfsIterator<Graph, RM>(_graph) { }
120.183 - /// PM have to be set before any bfs operation.
120.184 - Bfs<Graph, RM, PM, PNM, DM>&
120.185 - setPredMap(PredMap& _pred_map) {
120.186 - pred_map=&_pred_map;
120.187 - }
120.188 - /// PredNodeMap have to be set before any bfs operation.
120.189 - Bfs<Graph, RM, PM, PNM, DM>&
120.190 - setPredNodeMap(PredNodeMap& _pred_node_map) {
120.191 - pred_node_map=&_pred_node_map;
120.192 - }
120.193 - /// DistMap have to be set before any bfs operation.
120.194 - Bfs<Graph, RM, PM, PNM, DM>&
120.195 - setDistMap(DistMap& _dist_map) {
120.196 - dist_map=&_dist_map;
120.197 - }
120.198 - public:
120.199 - /// The algorithm will search in a bfs order for
120.200 - /// the nodes which are \c false initially.
120.201 - /// The constructor makes no initial changes on the maps.
120.202 - Bfs<Graph, RM, PM, PNM, DM>
120.203 - (const Graph& _graph, ReachedMap& _reached_map,
120.204 - PredMap& _pred_map, PredNodeMap& _pred_node_map,
120.205 - DistMap& _dist_map) : BfsIterator<Graph, RM>(_graph, _reached_map),
120.206 - pred_map(&_pred_map), pred_node_map(&_pred_node_map),
120.207 - dist_map(&_dist_map) { }
120.208 - /// \c s is marked to be reached and pushed in the bfs queue.
120.209 - /// If the queue is empty, then the first out-edge is processed.
120.210 - /// If \c s was not marked previously, then
120.211 - /// in addition its pred_map is set to be \c INVALID,
120.212 - /// and dist_map to \c 0.
120.213 - /// if \c s was marked previuosly, then it is simply pushed.
120.214 - Bfs<Graph, RM, PM, PNM, DM>& push(Node s) {
120.215 - if ((*(this->reached_map))[s]) {
120.216 - Parent::pushAndSetReached(s);
120.217 - } else {
120.218 - Parent::pushAndSetReached(s);
120.219 - pred_map->set(s, INVALID);
120.220 - pred_node_map->set(s, INVALID);
120.221 - dist_map->set(s, 0);
120.222 - }
120.223 - return *this;
120.224 - }
120.225 - /// A bfs is processed from \c s.
120.226 - Bfs<Graph, RM, PM, PNM, DM>& run(Node s) {
120.227 - push(s);
120.228 - while (!this->finished()) this->operator++();
120.229 - return *this;
120.230 - }
120.231 - /// Beside the bfs iteration, \c pred_map and \dist_map are saved in a
120.232 - /// newly reached node.
120.233 - Bfs<Graph, RM, PM, PNM, DM>& operator++() {
120.234 - Parent::operator++();
120.235 - if ((this->actual_edge)!=INVALID && this->b_node_newly_reached)
120.236 - {
120.237 - pred_map->set(this->target(), this->actual_edge);
120.238 - pred_node_map->set(this->target(), this->source());
120.239 - dist_map->set(this->target(), (*dist_map)[this->source()]);
120.240 - }
120.241 - return *this;
120.242 - }
120.243 - /// Guess what?
120.244 - /// \deprecated
120.245 - const PredMap& predMap() const { return *pred_map; }
120.246 - /// Guess what?
120.247 - /// \deprecated
120.248 - typename PredMap::Value pred(const Node& n) const {
120.249 - return (*pred_map)[n];
120.250 - }
120.251 - /// Guess what?
120.252 - /// \deprecated
120.253 - const PredNodeMap& predNodeMap() const { return *pred_node_map; }
120.254 - /// Guess what?
120.255 - /// \deprecated
120.256 - typename PredNodeMap::Value predNode(const Node& n) const {
120.257 - return (*pred_node_map)[n];
120.258 - }
120.259 - /// Guess what?
120.260 - /// \deprecated
120.261 - const DistMap& distMap() const { return *dist_map; }
120.262 - /// Guess what?
120.263 - /// \deprecated
120.264 - typename DistMap::Value dist(const Node& n) const {
120.265 - return (*dist_map)[n];
120.266 - }
120.267 - };
120.268 -
120.269 -// template <typename Graph,
120.270 -// typename RM=typename Graph::template NodeMap<bool>,
120.271 -// typename PM
120.272 -// =typename Graph::template NodeMap<typename Graph::Edge>,
120.273 -// typename PredNodeMap
120.274 -// =typename Graph::template NodeMap<typename Graph::Node>,
120.275 -// typename DistMap=typename Graph::template NodeMap<int> >
120.276 -// class BfsWizard : public Bfs<Graph> {
120.277 -// public:
120.278 -// typedef Bfs<Graph, PM, PredNodeMap, DistMap> Parent;
120.279 -// protected:
120.280 -// typedef typename Parent::Node Node;
120.281 -// bool own_reached_map;
120.282 -// bool own_pred_map;
120.283 -// bool own_pred_node_map;
120.284 -// bool own_dist_map;
120.285 -
120.286 -// BfsWizard<Graph, RM, PM, PredNodeMap, DistMap>&
120.287 -// makeRreached() {
120.288 -// own_reached_map=true;
120.289 -// reached=new ReachedMap(*graph, false);
120.290 -// }
120.291 -// BfsWizard<Graph, RM, PM, PredNodeMap, DistMap>&
120.292 -// deleteReachedMap() {
120.293 -// own_reached_map=false;
120.294 -// delete reached;
120.295 -// }
120.296 -
120.297 -// BfsWizard<Graph, RM, PM, PredNodeMap, DistMap>&
120.298 -// makePM() {
120.299 -// own_pred_map=true;
120.300 -// pred_map=new PM(*graph, INVALID);
120.301 -// }
120.302 -// BfsWizard<Graph, ReachedMap, PM, PredNodeMap, DistMap>&
120.303 -// deletePM() {
120.304 -// own_pred_map=false;
120.305 -// delete pred_map;
120.306 -// }
120.307 -
120.308 -// BfsWizard<Graph, RM, PM, PredNodeMap, DistMap>&
120.309 -// makePredNodeMap() {
120.310 -// own_pred_node_map=true;
120.311 -// pred_node_map=new PredNodeMap(*graph, INVALID);
120.312 -// }
120.313 -// BfsWizard<Graph, RM, PM, PredNodeMap, DistMap>&
120.314 -// deletePredNodeMap() {
120.315 -// own_pred_node_map=false;
120.316 -// delete pred_node_map;
120.317 -// }
120.318 -
120.319 -// BfsWizard<Graph, RM, PM, PredNodeMap, DistMap>&
120.320 -// makeDistMap() {
120.321 -// own_dist_map=true;
120.322 -// dist_map=new DistMap(*graph, 0);
120.323 -// }
120.324 -// BfsWizard<Graph, RM, PM, PredNodeMap, DistMap>&
120.325 -// deleteDistMap() {
120.326 -// own_dist_map=false;
120.327 -// delete dist_map;
120.328 -// }
120.329 -
120.330 -// public:
120.331 -// /// User friendly Bfs class.
120.332 -// /// The maps which are not explicitly given by the user are
120.333 -// /// constructed with false, INVALID, INVALID and 0 values.
120.334 -// /// For the user defined maps, the values are not modified, and
120.335 -// /// the bfs is processed without any preset on maps. Therefore,
120.336 -// /// the bfs will search only the nodes which are set false previously
120.337 -// /// in reached, and in the nodes wich are not newly reached by the
120.338 -// /// search, the map values are not modified.
120.339 -// BfsWizard<Graph, RM, PM, PredNodeMap, DistMap>
120.340 -// (const Graph& _graph) :
120.341 -// own_reached_map(false),
120.342 -// own_pred_map(false),
120.343 -// own_pred_node_map(false),
120.344 -// own_dist_map(false) {
120.345 -// }
120.346 -
120.347 -// /// \e
120.348 -// ~BfsWizard<Graph, RM, PM, PredNodeMap, DistMap>() {
120.349 -// if (own_reached_map) deleteReachedMap();
120.350 -// if (own_pred_map) deletePM();
120.351 -// if (own_pred_node_map) deletePredNodeMap();
120.352 -// if (own_dist_map) deleteDistMap();
120.353 -// }
120.354 -
120.355 -// /// \e
120.356 -// BfsWizard<Graph, RM, PM, PredNodeMap, DistMap>&
120.357 -// setReachedMap(ReachedMap& _reached) {
120.358 -// if (own_reached_map) deleteReachedMap();
120.359 -// Parent::setReachedMap(_reached);
120.360 -// }
120.361 -// /// \e
120.362 -// BfsWizard<Graph, RM, PM, PredNodeMap, DistMap>&
120.363 -// setPM(PM& _pred) {
120.364 -// if (own_pred_map) deletePM();
120.365 -// Parent::setPM(_pred);
120.366 -// }
120.367 -// /// \e
120.368 -// BfsWizard<Graph, RM, PM, PredNodeMap, DistMap>&
120.369 -// setPredNodeMap(PredNodeMap& _pred_node) {
120.370 -// if (own_pred_node_map) deletePredNodeMap();
120.371 -// Parent::setPredNodeMap(_pred_node);
120.372 -// }
120.373 -// /// \e
120.374 -// BfsWizard<Graph, RM, PM, PredNodeMap, DistMap>&
120.375 -// setDistMap(DistMap& _dist) {
120.376 -// if (own_dist_map) deleteDistMap();
120.377 -// Parent::setDistMap(_dist);
120.378 -// }
120.379 -
120.380 -// /// \e
120.381 -// BfsWizard<Graph, RM, PM, PredNodeMap, DistMap>&
120.382 -// push(Node s) {
120.383 -// if (!reached) makeReachedMap();
120.384 -// if (!pred_map) makePMMap();
120.385 -// if (!pred_node_map) makePredNodeMap();
120.386 -// if (!dist_map) makeDistMap();
120.387 -// push(s);
120.388 -// return *this;
120.389 -// }
120.390 -
120.391 -// /// \e
120.392 -// BfsWizard<Graph, RM, PM, PredNodeMap, DistMap>&
120.393 -// operator++() {
120.394 -// if (!reached) makeRM();
120.395 -// if (!pred_map) makePMMap();
120.396 -// if (!pred_node_map) makePredNodeMap();
120.397 -// if (!dist_map) makeDistMap();
120.398 -// ++(*this);
120.399 -// return *this;
120.400 -// }
120.401 -
120.402 -// /// \e
120.403 -// BfsWizard<Graph, RM, PM, PredNodeMap, DistMap>&
120.404 -// run(Node s) {
120.405 -// if (!reached) makeRM();
120.406 -// if (!pred_map) makePMMap();
120.407 -// if (!pred_node_map) makePredNodeMap();
120.408 -// if (!dist_map) makeDistMap();
120.409 -// run(s);
120.410 -// return *this;
120.411 -// }
120.412 -
120.413 -// };
120.414 -
120.415 -
120.416 - /// Dfs searches for the nodes wich are not marked in
120.417 - /// \c reached_map
120.418 - /// Reached have to be a read-write bool Node-map.
120.419 - /// \ingroup galgs
120.420 - template <typename Graph, /*typename OutEdgeIt,*/
120.421 - typename ReachedMap/*=typename Graph::NodeMap<bool>*/ >
120.422 - class DfsIterator {
120.423 - protected:
120.424 - typedef typename Graph::Node Node;
120.425 - typedef typename Graph::Edge Edge;
120.426 - typedef typename Graph::OutEdgeIt OutEdgeIt;
120.427 - const Graph* graph;
120.428 - std::stack<OutEdgeIt> dfs_stack;
120.429 - bool b_node_newly_reached;
120.430 - Edge actual_edge;
120.431 - Node actual_node;
120.432 - ReachedMap& reached;
120.433 - bool own_reached_map;
120.434 - public:
120.435 - /// In that constructor \c _reached have to be a reference
120.436 - /// for a bool node-map. The algorithm will search in a dfs order for
120.437 - /// the nodes which are \c false initially
120.438 - DfsIterator(const Graph& _graph, ReachedMap& _reached) :
120.439 - graph(&_graph), reached(_reached),
120.440 - own_reached_map(false) { }
120.441 - /// The same as above, but the map of reached nodes is
120.442 - /// constructed dynamically
120.443 - /// to everywhere false.
120.444 - DfsIterator(const Graph& _graph) :
120.445 - graph(&_graph), reached(*(new ReachedMap(*graph /*, false*/))),
120.446 - own_reached_map(true) { }
120.447 - ~DfsIterator() { if (own_reached_map) delete &reached; }
120.448 - /// This method markes s reached and first out-edge is processed.
120.449 - DfsIterator<Graph, /*OutEdgeIt,*/ ReachedMap>& pushAndSetReached(Node s) {
120.450 - actual_node=s;
120.451 - reached.set(s, true);
120.452 - OutEdgeIt e(*graph, s);
120.453 - //graph->first(e, s);
120.454 - dfs_stack.push(e);
120.455 - return *this;
120.456 - }
120.457 - /// As \c DfsIterator<Graph, ReachedMap> works as an edge-iterator,
120.458 - /// its \c operator++() iterates on the edges in a dfs order.
120.459 - DfsIterator<Graph, /*OutEdgeIt,*/ ReachedMap>&
120.460 - operator++() {
120.461 - actual_edge=dfs_stack.top();
120.462 - if (actual_edge!=INVALID/*.valid()*/) {
120.463 - Node w=graph->target(actual_edge);
120.464 - actual_node=w;
120.465 - if (!reached[w]) {
120.466 - OutEdgeIt e(*graph, w);
120.467 - //graph->first(e, w);
120.468 - dfs_stack.push(e);
120.469 - reached.set(w, true);
120.470 - b_node_newly_reached=true;
120.471 - } else {
120.472 - actual_node=graph->source(actual_edge);
120.473 - ++dfs_stack.top();
120.474 - b_node_newly_reached=false;
120.475 - }
120.476 - } else {
120.477 - //actual_node=G.aNode(dfs_stack.top());
120.478 - dfs_stack.pop();
120.479 - }
120.480 - return *this;
120.481 - }
120.482 - /// Returns true iff the algorithm is finished.
120.483 - bool finished() const { return dfs_stack.empty(); }
120.484 - /// The conversion operator makes for converting the bfs-iterator
120.485 - /// to an \c out-edge-iterator.
120.486 - ///\bug Edge have to be in LEMON 0.2
120.487 - operator Edge() const { return actual_edge; }
120.488 - /// Returns if b-node has been reached just now.
120.489 - bool isBNodeNewlyReached() const { return b_node_newly_reached; }
120.490 - /// Returns if a-node is examined.
120.491 - bool isANodeExamined() const { return actual_edge==INVALID; }
120.492 - /// Returns a-node of the actual edge, so does if the edge is invalid.
120.493 - Node source() const { return actual_node; /*FIXME*/}
120.494 - /// Returns b-node of the actual edge.
120.495 - /// \pre The actual edge have to be valid.
120.496 - Node target() const { return graph->target(actual_edge); }
120.497 - /// Guess what?
120.498 - /// \deprecated
120.499 - const ReachedMap& getReachedMap() const { return reached; }
120.500 - /// Guess what?
120.501 - /// \deprecated
120.502 - const std::stack<OutEdgeIt>& getDfsStack() const { return dfs_stack; }
120.503 - };
120.504 -
120.505 - /// Dfs searches for the nodes wich are not marked in
120.506 - /// \c reached_map
120.507 - /// Reached is a read-write bool node-map,
120.508 - /// Pred is a write node-map, have to be.
120.509 - /// \ingroup galgs
120.510 - template <typename Graph,
120.511 - typename ReachedMap=typename Graph::template NodeMap<bool>,
120.512 - typename PredMap
120.513 - =typename Graph::template NodeMap<typename Graph::Edge> >
120.514 - class Dfs : public DfsIterator<Graph, ReachedMap> {
120.515 - typedef DfsIterator<Graph, ReachedMap> Parent;
120.516 - protected:
120.517 - typedef typename Parent::Node Node;
120.518 - PredMap& pred;
120.519 - public:
120.520 - /// The algorithm will search in a dfs order for
120.521 - /// the nodes which are \c false initially.
120.522 - /// The constructor makes no initial changes on the maps.
120.523 - Dfs<Graph, ReachedMap, PredMap>(const Graph& _graph, ReachedMap& _reached, PredMap& _pred) : DfsIterator<Graph, ReachedMap>(_graph, _reached), pred(_pred) { }
120.524 - /// \c s is marked to be reached and pushed in the bfs queue.
120.525 - /// If the queue is empty, then the first out-edge is processed.
120.526 - /// If \c s was not marked previously, then
120.527 - /// in addition its pred is set to be \c INVALID.
120.528 - /// if \c s was marked previuosly, then it is simply pushed.
120.529 - Dfs<Graph, ReachedMap, PredMap>& push(Node s) {
120.530 - if (this->reached[s]) {
120.531 - Parent::pushAndSetReached(s);
120.532 - } else {
120.533 - Parent::pushAndSetReached(s);
120.534 - pred.set(s, INVALID);
120.535 - }
120.536 - return *this;
120.537 - }
120.538 - /// A bfs is processed from \c s.
120.539 - Dfs<Graph, ReachedMap, PredMap>& run(Node s) {
120.540 - push(s);
120.541 - while (!this->finished()) this->operator++();
120.542 - return *this;
120.543 - }
120.544 - /// Beside the dfs iteration, \c pred is saved in a
120.545 - /// newly reached node.
120.546 - Dfs<Graph, ReachedMap, PredMap>& operator++() {
120.547 - Parent::operator++();
120.548 - if (this->graph->valid(this->actual_edge) && this->b_node_newly_reached)
120.549 - {
120.550 - pred.set(this->target(), this->actual_edge);
120.551 - }
120.552 - return *this;
120.553 - }
120.554 - /// Guess what?
120.555 - /// \deprecated
120.556 - const PredMap& getPredMap() const { return pred; }
120.557 - };
120.558 -
120.559 - } // namespace marci
120.560 -} // namespace lemon
120.561 -
120.562 -#endif //LEMON_BFS_DFS_H
121.1 --- a/src/work/marci/bfs_mm_test.cc Sun Apr 17 18:57:22 2005 +0000
121.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
121.3 @@ -1,114 +0,0 @@
121.4 -/* -*- C++ -*-
121.5 - * src/test/bfs_test.cc - Part of LEMON, a generic C++ optimization library
121.6 - *
121.7 - * Copyright (C) 2005 Egervary Jeno Kombinatorikus Optimalizalasi Kutatocsoport
121.8 - * (Egervary Research Group on Combinatorial Optimization, EGRES).
121.9 - *
121.10 - * Permission to use, modify and distribute this software is granted
121.11 - * provided that this copyright notice appears in all copies. For
121.12 - * precise terms see the accompanying LICENSE file.
121.13 - *
121.14 - * This software is provided "AS IS" with no warranty of any kind,
121.15 - * express or implied, and with no claim as to its suitability for any
121.16 - * purpose.
121.17 - *
121.18 - */
121.19 -
121.20 -#include <test/test_tools.h>
121.21 -#include <lemon/smart_graph.h>
121.22 -#include <bfs_mm.h>
121.23 -#include <lemon/concept/graph.h>
121.24 -
121.25 -using namespace lemon;
121.26 -
121.27 -const int PET_SIZE =5;
121.28 -
121.29 -
121.30 -void check_Bfs_Compile()
121.31 -{
121.32 - typedef concept::StaticGraph Graph;
121.33 -
121.34 - typedef Graph::Edge Edge;
121.35 - typedef Graph::Node Node;
121.36 - typedef Graph::EdgeIt EdgeIt;
121.37 - typedef Graph::NodeIt NodeIt;
121.38 -
121.39 - typedef marci::Bfs<Graph> BType;
121.40 -
121.41 - Graph G;
121.42 - Node n;
121.43 - Edge e;
121.44 - int l;
121.45 - bool b;
121.46 - BType::DistMap d(G);
121.47 - BType::PredMap p(G);
121.48 - BType::PredNodeMap pn(G);
121.49 -
121.50 - Graph::NodeMap<bool> reached(G);
121.51 - Graph::NodeMap<Edge> pred(G);
121.52 - Graph::NodeMap<Node> pred_node(G);
121.53 - Graph::NodeMap<int> dist(G);
121.54 - BType bfs_test(G, reached, pred, pred_node, dist);
121.55 -
121.56 - bfs_test.run(n);
121.57 -
121.58 - l = bfs_test.dist(n);
121.59 - e = bfs_test.pred(n);
121.60 - n = bfs_test.predNode(n);
121.61 - d = bfs_test.distMap();
121.62 - p = bfs_test.predMap();
121.63 - pn = bfs_test.predNodeMap();
121.64 - b = bfs_test.reached(n);
121.65 -
121.66 -}
121.67 -
121.68 -int main()
121.69 -{
121.70 -
121.71 - typedef SmartGraph Graph;
121.72 -
121.73 - typedef Graph::Edge Edge;
121.74 - typedef Graph::Node Node;
121.75 - typedef Graph::EdgeIt EdgeIt;
121.76 - typedef Graph::NodeIt NodeIt;
121.77 - typedef Graph::EdgeMap<int> LengthMap;
121.78 -
121.79 - Graph G;
121.80 - Node s, t;
121.81 - PetStruct<Graph> ps = addPetersen(G,PET_SIZE);
121.82 -
121.83 - s=ps.outer[2];
121.84 - t=ps.inner[0];
121.85 -
121.86 - Graph::NodeMap<bool> reached(G);
121.87 - Graph::NodeMap<Edge> pred(G);
121.88 - Graph::NodeMap<Node> pred_node(G);
121.89 - Graph::NodeMap<int> dist(G);
121.90 - marci::Bfs<Graph> bfs_test(G, reached, pred, pred_node, dist);
121.91 - bfs_test.run(s);
121.92 -
121.93 -// check(bfs_test.dist(t)==3,"Bfs found a wrong path. " << bfs_test.dist(t));
121.94 -
121.95 -
121.96 -// for(EdgeIt e(G); e==INVALID; ++e) {
121.97 -// Node u=G.source(e);
121.98 -// Node v=G.target(e);
121.99 -// check( !bfs_test.reached(u) ||
121.100 -// (bfs_test.dist(v) > bfs_test.dist(u)+1),
121.101 -// "Wrong output.");
121.102 -// }
121.103 -
121.104 -// for(NodeIt v(G); v==INVALID; ++v) {
121.105 -// check(bfs_test.reached(v),"Each node should be reached.");
121.106 -// if ( bfs_test.pred(v)!=INVALID ) {
121.107 -// Edge e=bfs_test.pred(v);
121.108 -// Node u=G.source(e);
121.109 -// check(u==bfs_test.predNode(v),"Wrong tree.");
121.110 -// check(bfs_test.dist(v) - bfs_test.dist(u) == 1,
121.111 -// "Wrong distance. Difference: "
121.112 -// << std::abs(bfs_test.dist(v) - bfs_test.dist(u)
121.113 -// - 1));
121.114 -// }
121.115 -// }
121.116 -}
121.117 -
122.1 --- a/src/work/marci/bfsit_vs_byhand.cc Sun Apr 17 18:57:22 2005 +0000
122.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
122.3 @@ -1,90 +0,0 @@
122.4 -// -*- c++ -*-
122.5 -#include <iostream>
122.6 -#include <fstream>
122.7 -
122.8 -//#include <sage_graph.h>
122.9 -#include <lemon/smart_graph.h>
122.10 -#include <lemon/list_graph.h>
122.11 -#include <lemon/dimacs.h>
122.12 -#include <lemon/time_measure.h>
122.13 -//#include <lemon/for_each_macros.h>
122.14 -#include <bfs_mm.h>
122.15 -#include <lemon/bfs.h>
122.16 -
122.17 -using namespace lemon;
122.18 -
122.19 -using std::cout;
122.20 -using std::endl;
122.21 -
122.22 -int main() {
122.23 - // typedef SageGraph Graph;
122.24 - typedef SmartGraph Graph ;
122.25 - //typedef ListGraph Graph;
122.26 - typedef Graph::Node Node;
122.27 - typedef Graph::NodeIt NodeIt;
122.28 - typedef Graph::Edge Edge;
122.29 - typedef Graph::EdgeIt EdgeIt;
122.30 - typedef Graph::OutEdgeIt OutEdgeIt;
122.31 -
122.32 - Graph g;
122.33 - readDimacs(std::cin, g);
122.34 - NodeIt s(g);
122.35 -
122.36 - cout << g.nodeNum() << endl;
122.37 - cout << g.edgeNum() << endl;
122.38 -
122.39 - Graph::NodeMap<Edge> pred(g);
122.40 - cout << "iteration time of bfs written by hand..." << endl;
122.41 - Timer ts;
122.42 - ts.reset();
122.43 - for (int i=0; i<100; ++i)
122.44 - {
122.45 - Graph::NodeMap<bool> reached(g);
122.46 - reached.set(s, true);
122.47 - pred.set(s, INVALID);
122.48 - std::queue<Node> bfs_queue;
122.49 - bfs_queue.push(s);
122.50 - while (!bfs_queue.empty()) {
122.51 - Node v=bfs_queue.front();
122.52 - bfs_queue.pop();
122.53 - for(OutEdgeIt e(g,v); e!=INVALID; ++e) {
122.54 - Node w=g.target(e);
122.55 - if (!reached[w]) {
122.56 - bfs_queue.push(w);
122.57 - reached.set(w, true);
122.58 - pred.set(w, e);
122.59 - }
122.60 - }
122.61 - }
122.62 - }
122.63 - std::cout << ts << std::endl;
122.64 -
122.65 - cout << "iteration time with bfs iterator..." << endl;
122.66 - ts.reset();
122.67 - for (int i=0; i<100; ++i)
122.68 - {
122.69 - Graph::NodeMap<bool> reached(g);
122.70 - marci::BfsIterator< Graph, Graph::NodeMap<bool> > bfs(g, reached);
122.71 - bfs.pushAndSetReached(s);
122.72 - pred.set(s, INVALID);
122.73 - while (!bfs.finished()) {
122.74 - ++bfs;
122.75 - if (Graph::Edge(bfs)!=INVALID && bfs.isBNodeNewlyReached())
122.76 - pred.set(bfs.target(), Graph::Edge(bfs));
122.77 - }
122.78 - }
122.79 - std::cout << ts << std::endl;
122.80 -
122.81 - cout << "iteration time with bfs aplar..." << endl;
122.82 - ts.reset();
122.83 - for (int i=0; i<100; ++i)
122.84 - {
122.85 - Bfs<Graph> bfs(g);
122.86 - bfs.setPredMap(pred);
122.87 - bfs.run(s);
122.88 - }
122.89 - std::cout << ts << std::endl;
122.90 -
122.91 -
122.92 - return 0;
122.93 -}
123.1 --- a/src/work/marci/bipartite_graph_wrapper.h Sun Apr 17 18:57:22 2005 +0000
123.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
123.3 @@ -1,933 +0,0 @@
123.4 -// -*- c++ -*-
123.5 -#ifndef LEMON_BIPARTITE_GRAPH_WRAPPER_H
123.6 -#define LEMON_BIPARTITE_GRAPH_WRAPPER_H
123.7 -
123.8 -///\ingroup gwrappers
123.9 -///\file
123.10 -///\brief Several graph wrappers.
123.11 -///
123.12 -///This file contains several useful graph wrapper functions.
123.13 -///
123.14 -///\author Marton Makai
123.15 -
123.16 -#include <lemon/invalid.h>
123.17 -#include <iter_map.h>
123.18 -#include <lemon/graph_wrapper.h>
123.19 -#include <for_each_macros.h>
123.20 -
123.21 -namespace lemon {
123.22 -
123.23 - /// \brief A wrapper for composing a bipartite graph from a graph
123.24 - /// and from a node-map showing for any node which color class it belongs to.
123.25 - ///
123.26 - /// A wrapper for composing a bipartite graph.
123.27 - /// \c _graph have to be a reference to a graph of type \c Graph
123.28 - /// and \c _s_false_t_true_map is an \c IterableBoolMap
123.29 - /// reference containing the elements for the
123.30 - /// color classes S and T. \c _graph is to be referred to an undirected
123.31 - /// graph or a directed graph with edges oriented from S to T.
123.32 - ///
123.33 - /// \author Marton Makai
123.34 - template<typename Graph>
123.35 - class BipartiteGraphWrapper : public GraphWrapper<Graph> {
123.36 - public:
123.37 - typedef IterableBoolMap< typename Graph::template NodeMap<int> >
123.38 - SFalseTTrueMap;
123.39 - protected:
123.40 - SFalseTTrueMap* s_false_t_true_map;
123.41 -
123.42 - BipartiteGraphWrapper() : GraphWrapper<Graph>()/*,
123.43 - S_CLASS(false), T_CLASS(true)*/ { }
123.44 - void setSFalseTTrueMap(SFalseTTrueMap& _s_false_t_true_map) {
123.45 - s_false_t_true_map=&_s_false_t_true_map;
123.46 - }
123.47 -
123.48 - public:
123.49 - //marci
123.50 - //FIXME vhogy igy kellene, csak az en forditom nem eszi meg
123.51 - static const bool S_CLASS;
123.52 - static const bool T_CLASS;
123.53 -
123.54 - /// This method is to reach the iterable maps of the bipartite graph or
123.55 - /// bipartite graph wrapper.
123.56 - const SFalseTTrueMap& sFalseTTrueMap() const {
123.57 - return *s_false_t_true_map;
123.58 - }
123.59 -
123.60 - //bool S_CLASS;
123.61 - //bool T_CLASS;
123.62 -
123.63 - BipartiteGraphWrapper(Graph& _graph, SFalseTTrueMap& _s_false_t_true_map)
123.64 - : GraphWrapper<Graph>(_graph),
123.65 - s_false_t_true_map(&_s_false_t_true_map)/*,
123.66 - S_CLASS(false), T_CLASS(true)*/ { }
123.67 - typedef typename GraphWrapper<Graph>::Node Node;
123.68 - //using GraphWrapper<Graph>::NodeIt;
123.69 - typedef typename GraphWrapper<Graph>::Edge Edge;
123.70 - //using GraphWrapper<Graph>::EdgeIt;
123.71 - class ClassNodeIt;
123.72 - friend class ClassNodeIt;
123.73 - class OutEdgeIt;
123.74 - friend class OutEdgeIt;
123.75 - class InEdgeIt;
123.76 - friend class InEdgeIt;
123.77 - class ClassNodeIt : public Node {
123.78 - friend class BipartiteGraphWrapper<Graph>;
123.79 - protected:
123.80 - const BipartiteGraphWrapper<Graph>* gw;
123.81 - public:
123.82 - ClassNodeIt() { }
123.83 - ClassNodeIt(Invalid i) : Node(i) { }
123.84 - ClassNodeIt(const BipartiteGraphWrapper<Graph>& _gw, bool _class) :
123.85 - Node(), gw(&_gw) {
123.86 - _gw.s_false_t_true_map->first(*this, _class);
123.87 - }
123.88 - //FIXME needed in new concept, important here
123.89 - ClassNodeIt(const BipartiteGraphWrapper<Graph>& _gw, const Node& n) :
123.90 - Node(n), gw(&_gw) { }
123.91 - ClassNodeIt& operator++() {
123.92 - gw->s_false_t_true_map->next(*this);
123.93 - return *this;
123.94 - }
123.95 - };
123.96 -// class SNodeIt {
123.97 -// Node n;
123.98 -// public:
123.99 -// SNodeIt() { }
123.100 -// SNodeIt(const Invalid& i) : n(i) { }
123.101 -// SNodeIt(const BipartiteGraphWrapper<Graph>& _G) {
123.102 -// _G.s_false_t_true_map->first(n, false);
123.103 -// }
123.104 -// operator Node() const { return n; }
123.105 -// };
123.106 -// class TNodeIt {
123.107 -// Node n;
123.108 -// public:
123.109 -// TNodeIt() { }
123.110 -// TNodeIt(const Invalid& i) : n(i) { }
123.111 -// TNodeIt(const BipartiteGraphWrapper<Graph>& _G) {
123.112 -// _G.s_false_t_true_map->first(n, true);
123.113 -// }
123.114 -// operator Node() const { return n; }
123.115 -// };
123.116 -// class OutEdgeIt {
123.117 -// friend class BipartiteGraphWrapper<Graph>;
123.118 -// protected:
123.119 -// typename Graph::OutEdgeIt e;
123.120 -// public:
123.121 -// OutEdgeIt() { }
123.122 -// OutEdgeIt(const Invalid& i) : e(i) { }
123.123 -// OutEdgeIt(const BipartiteGraphWrapper<Graph>& _G, const Node& _n) {
123.124 -// if (!(*(_G.s_false_t_true_map))[_n])
123.125 -// e=typename Graph::OutEdgeIt(*(_G.graph), typename Graph::Node(_n));
123.126 -// else
123.127 -// e=INVALID;
123.128 -// }
123.129 -// operator Edge() const { return Edge(typename Graph::Edge(e)); }
123.130 -// };
123.131 -// class InEdgeIt {
123.132 -// friend class BipartiteGraphWrapper<Graph>;
123.133 -// protected:
123.134 -// typename Graph::InEdgeIt e;
123.135 -// public:
123.136 -// InEdgeIt() { }
123.137 -// InEdgeIt(const Invalid& i) : e(i) { }
123.138 -// InEdgeIt(const BipartiteGraphWrapper<Graph>& _G, const Node& _n) {
123.139 -// if ((*(_G.s_false_t_true_map))[_n])
123.140 -// e=typename Graph::InEdgeIt(*(_G.graph), typename Graph::Node(_n));
123.141 -// else
123.142 -// e=INVALID;
123.143 -// }
123.144 -// operator Edge() const { return Edge(typename Graph::Edge(e)); }
123.145 -// };
123.146 -
123.147 - using GraphWrapper<Graph>::first;
123.148 - ClassNodeIt& first(ClassNodeIt& n, bool _class) const {
123.149 - n=ClassNodeIt(*this, _class); return n;
123.150 - }
123.151 -// SNodeIt& first(SNodeIt& n) const { n=SNodeIt(*this); return n; }
123.152 -// TNodeIt& first(TNodeIt& n) const { n=TNodeIt(*this); return n; }
123.153 -// OutEdgeIt& first(OutEdgeIt& i, const Node& p) const {
123.154 -// i=OutEdgeIt(*this, p); return i;
123.155 -// }
123.156 -// InEdgeIt& first(InEdgeIt& i, const Node& p) const {
123.157 -// i=InEdgeIt(*this, p); return i;
123.158 -// }
123.159 -
123.160 -// using GraphWrapper<Graph>::next;
123.161 -// ClassNodeIt& next(ClassNodeIt& n) const {
123.162 -// this->s_false_t_true_map->next(n.n); return n;
123.163 -// }
123.164 -// SNodeIt& next(SNodeIt& n) const {
123.165 -// this->s_false_t_true_map->next(n); return n;
123.166 -// }
123.167 -// TNodeIt& next(TNodeIt& n) const {
123.168 -// this->s_false_t_true_map->next(n); return n;
123.169 -// }
123.170 -// OutEdgeIt& next(OutEdgeIt& i) const { this->graph->next(i.e); return i; }
123.171 -// InEdgeIt& next(InEdgeIt& i) const { this->graph->next(i.e); return i; }
123.172 -
123.173 -// Node source(const Edge& e) {
123.174 -// if (!(*(this->s_false_t_true_map))[this->graph->source(e)])
123.175 -// return Node(this->graph->source(e));
123.176 -// else
123.177 -// return Node(this->graph->target(e));
123.178 -// }
123.179 -// Node target(const Edge& e) {
123.180 -// if (!(*(this->s_false_t_true_map))[this->graph->source(e)])
123.181 -// return Node(this->graph->target(e));
123.182 -// else
123.183 -// return Node(this->graph->source(e));
123.184 -// }
123.185 -
123.186 -// Node aNode(const OutEdgeIt& e) const {
123.187 -// return Node(this->graph->aNode(e.e));
123.188 -// }
123.189 -// Node aNode(const InEdgeIt& e) const {
123.190 -// return Node(this->graph->aNode(e.e));
123.191 -// }
123.192 -// Node bNode(const OutEdgeIt& e) const {
123.193 -// return Node(this->graph->bNode(e.e));
123.194 -// }
123.195 -// Node bNode(const InEdgeIt& e) const {
123.196 -// return Node(this->graph->bNode(e.e));
123.197 -// }
123.198 -
123.199 - /// Returns true iff \c n is in S.
123.200 - bool inSClass(const Node& n) const {
123.201 - return !(*(this->s_false_t_true_map))[n];
123.202 - }
123.203 -
123.204 - /// Returns true iff \c n is in T.
123.205 - bool inTClass(const Node& n) const {
123.206 - return (*(this->s_false_t_true_map))[n];
123.207 - }
123.208 - };
123.209 -
123.210 -
123.211 - template<typename G>
123.212 - const bool BipartiteGraphWrapper<G>::S_CLASS=false;
123.213 - template<typename G>
123.214 - const bool BipartiteGraphWrapper<G>::T_CLASS=true;
123.215 -
123.216 - /// \brief A bipartite graph template class
123.217 - ///
123.218 - /// This class composes a bipartite graph over a directed or undirected
123.219 - /// graph structure of type \c Graph.
123.220 - /// \c _graph have to be a reference to a graph of type \c Graph
123.221 - /// and \c _s_false_t_true_map is an \c IterableBoolMap
123.222 - /// reference containing the elements for the
123.223 - /// color classes S and T. \c _graph is to be referred to an undirected
123.224 - /// graph or a directed graph with edges oriented from S to T.
123.225 - ///
123.226 - ///\bug experimental. Do not use this while the bipartitemap augmentation
123.227 - /// does not work well.
123.228 - template<typename Graph>
123.229 - class BipartiteGraph : public BipartiteGraphWrapper<Graph> {
123.230 -// typedef IterableBoolMap< typename Graph::template NodeMap<int> >
123.231 -// SFalseTTrueMap;
123.232 - typedef BipartiteGraphWrapper<Graph> Parent;
123.233 - protected:
123.234 - Graph gr;
123.235 - typename Graph::template NodeMap<int> bipartite_map;
123.236 - typename Parent::SFalseTTrueMap s_false_t_true_map;
123.237 - public:
123.238 - typedef typename Parent::Node Node;
123.239 - typedef typename Parent::Edge Edge;
123.240 - BipartiteGraph() : BipartiteGraphWrapper<Graph>(),
123.241 - gr(), bipartite_map(gr, -1),
123.242 - s_false_t_true_map(bipartite_map) {
123.243 - Parent::setGraph(gr);
123.244 - Parent::setSFalseTTrueMap(s_false_t_true_map);
123.245 - }
123.246 -
123.247 - /// the \c bool parameter which can be \c S_Class or \c T_Class shows
123.248 - /// the color class where the new node is to be inserted.
123.249 - Node addNode(bool b) {
123.250 - Node n=Parent::graph->addNode();
123.251 - bipartite_map.update();
123.252 - //bipartite_map.set(n, -1);
123.253 - s_false_t_true_map.insert(n, b);
123.254 - return n;
123.255 - }
123.256 -
123.257 - /// A new edge is inserted.
123.258 - ///\pre \c source have to be in \c S_Class and \c target in \c T_Class.
123.259 - Edge addEdge(const Node& source, const Node& target) {
123.260 - return Parent::graph->addEdge(source, target);
123.261 - }
123.262 -
123.263 - void erase(const Node& n) {
123.264 - s_false_t_true_map.remove(n);
123.265 - Parent::graph->erase(n);
123.266 - }
123.267 - void erase(const Edge& e) {
123.268 - Parent::graph->erase(e);
123.269 - }
123.270 -
123.271 - void clear() {
123.272 - FOR_EACH_LOC(typename Parent::EdgeIt, e, *this) erase(e);
123.273 - FOR_EACH_LOC(typename Parent::NodeIt, n, *this) erase(n);
123.274 - }
123.275 - };
123.276 -
123.277 - template<typename Graph, typename sIterableMap, typename tIterableMap>
123.278 - class stGraphWrapper;
123.279 -
123.280 - /// Easier stuff for bipartite graphs.
123.281 - template<typename Graph>
123.282 - class stBipartiteGraphWrapper : public
123.283 - stGraphWrapper<Graph, typename Graph::SFalseTTrueMap,
123.284 - typename Graph::SFalseTTrueMap> {
123.285 - public:
123.286 - typedef stGraphWrapper<Graph, typename Graph::SFalseTTrueMap,
123.287 - typename Graph::SFalseTTrueMap> Parent;
123.288 - stBipartiteGraphWrapper(Graph& _graph) :
123.289 - Parent(_graph, _graph.sFalseTTrueMap(), _graph.sFalseTTrueMap()) { }
123.290 - };
123.291 -
123.292 -// template<typename Graph>
123.293 -// std::ostream&
123.294 -// operator<<(std::ostream& os, const typename stGraphWrapper<Graph>::Node& i) {
123.295 -// os << "(node: " << typename Graph::Node(i) << " spec: " << i.spec <<")";
123.296 -// return os;
123.297 -// }
123.298 -// template<typename Graph>
123.299 -// std::ostream&
123.300 -// operator<<(std::ostream& os, const typename stGraphWrapper<Graph>::Edge& i) {
123.301 -// os << "(edge: " << typename Graph::Edge(i) << " spec: " << i.spec <<
123.302 -// " node: " << i.n << ")";
123.303 -// return os;
123.304 -// }
123.305 -
123.306 - /// \brief A wrapper for adding extra nodes s and t to a bipartite graph
123.307 - /// and edges from s to each node of S and form each node of T to t.
123.308 - ///
123.309 - /// A wrapper for adding extra nodes s and t to a bipartite graph
123.310 - /// and edges from s to each node of S and form each node of T to t.
123.311 - /// This class is very useful to reduce some matching or more
123.312 - /// generally, capacitataed b-matching problem to a flow problem.
123.313 - /// According to the bipartite graph concepts the bipartite
123.314 - /// graph have to be oriented from S to T.
123.315 - ///
123.316 - /// \author Marton Makai
123.317 - template<typename Graph, typename sIterableMap, typename tIterableMap>
123.318 - class stGraphWrapper : public GraphWrapper<Graph> {
123.319 - protected:
123.320 - const sIterableMap* s_iterable_map;
123.321 - const tIterableMap* t_iterable_map;
123.322 - public:
123.323 - class Node;
123.324 - friend class Node;
123.325 -//GN, int
123.326 -//0 normalis, 1 s, 2 t, ez az iteralasi sorrend,
123.327 -//es a vege a false azaz (invalid, 3)
123.328 - class NodeIt;
123.329 - friend class NodeIt;
123.330 -//GNI, int
123.331 - class Edge;
123.332 - friend class Edge;
123.333 -//GE, int, GN
123.334 -//0 normalis, 1 s->vmi, 2 vmi->t, ez a sorrend,
123.335 -//invalid: (invalid, 3, invalid)
123.336 - class OutEdgeIt;
123.337 - friend class OutEdgeIt;
123.338 -//GO, int, GNI
123.339 -//normalis pontbol (first, 0, invalid), ..., (invalid, 2, vmi), ... (invalid, 3, invalid)
123.340 -//s-bol (invalid, 1, first), ... (invalid, 3, invalid)
123.341 -//t-bol (invalid, 3, invalid)
123.342 - class InEdgeIt;
123.343 - friend class InEdgeIt;
123.344 -//GI, int, GNI
123.345 -//normalis pontbol (first, 0, invalid), ..., (invalid, 1, vmi), ... (invalid, 3, invalid)
123.346 -//s-be (invalid, 3, invalid)
123.347 -//t-be (invalid, 2, first), ... (invalid, 3, invalid)
123.348 - class EdgeIt;
123.349 - friend class EdgeIt;
123.350 -//(first, 0, invalid) ...
123.351 -//(invalid, 1, vmi)
123.352 -//(invalid, 2, vmi)
123.353 -//invalid, 3, invalid)
123.354 - template <typename T> class NodeMap;
123.355 - template <typename T> class EdgeMap;
123.356 -
123.357 -// template <typename T> friend class NodeMap;
123.358 -// template <typename T> friend class EdgeMap;
123.359 -
123.360 - ///\todo FIXME ezt majd static-ra kell javitani
123.361 - const Node S_NODE;
123.362 - const Node T_NODE;
123.363 -
123.364 - static const bool S_CLASS=false;
123.365 - static const bool T_CLASS=true;
123.366 -
123.367 - // \bug not too nice constructor.
123.368 - stGraphWrapper(Graph& _graph,
123.369 - const sIterableMap& _s_iterable_map,
123.370 - const tIterableMap& _t_iterable_map) :
123.371 - GraphWrapper<Graph>(_graph),
123.372 - s_iterable_map(&_s_iterable_map),
123.373 - t_iterable_map(&_t_iterable_map),
123.374 - S_NODE(INVALID, 1),
123.375 - T_NODE(INVALID, 2) { }
123.376 -
123.377 -
123.378 -// std::ostream&
123.379 -// operator<<(std::ostream& os, const /*typename stGraphWrapper<Graph>::*/Node& i);
123.380 -// friend std::ostream&
123.381 -// operator<<(std::ostream& os, const /*typename stGraphWrapper<Graph>::*/Node& i);
123.382 -// friend std::ostream&
123.383 -// operator<<(std::ostream& os, const /*typename stGraphWrapper<Graph>::*/Edge& i);
123.384 -
123.385 - class Node : public Graph::Node {
123.386 - protected:
123.387 - friend class GraphWrapper<Graph>;
123.388 - friend class stGraphWrapper<Graph, sIterableMap, tIterableMap>;
123.389 - template <typename T> friend class NodeMap;
123.390 - friend class Edge;
123.391 - friend class OutEdgeIt;
123.392 - friend class InEdgeIt;
123.393 - friend class EdgeIt;
123.394 - int spec;
123.395 - public:
123.396 - Node() { }
123.397 - Node(const typename Graph::Node& _n, int _spec=0) :
123.398 - Graph::Node(_n), spec(_spec) { }
123.399 - Node(const Invalid& i) : Graph::Node(i), spec(3) { }
123.400 - friend bool operator==(const Node& u, const Node& v) {
123.401 - return (u.spec==v.spec &&
123.402 - static_cast<typename Graph::Node>(u)==
123.403 - static_cast<typename Graph::Node>(v));
123.404 - }
123.405 - friend bool operator!=(const Node& u, const Node& v) {
123.406 - return (v.spec!=u.spec ||
123.407 - static_cast<typename Graph::Node>(u)!=
123.408 - static_cast<typename Graph::Node>(v));
123.409 - }
123.410 -// template<typename G>
123.411 -// friend std::ostream&
123.412 -// operator<<(std::ostream& os, const typename stGraphWrapper<G>::Node& i);
123.413 - friend std::ostream& operator<< (std::ostream& os, const Node& i);
123.414 - int getSpec() const { return spec; }
123.415 - };
123.416 -
123.417 - class NodeIt {
123.418 - friend class GraphWrapper<Graph>;
123.419 - friend class stGraphWrapper<Graph, sIterableMap, tIterableMap>;
123.420 - typename Graph::NodeIt n;
123.421 - int spec;
123.422 - public:
123.423 - NodeIt() { }
123.424 - NodeIt(const typename Graph::NodeIt& _n, int _spec) :
123.425 - n(_n), spec(_spec) { }
123.426 - NodeIt(const Invalid& i) : n(i), spec(3) { }
123.427 - NodeIt(const stGraphWrapper<Graph, sIterableMap, tIterableMap>& _G)
123.428 - : n(*(_G.graph)), spec(0) {
123.429 - if (!_G.graph->valid(n)) spec=1;
123.430 - }
123.431 - operator Node() const { return Node(n, spec); }
123.432 - };
123.433 -
123.434 - class Edge : public Graph::Edge {
123.435 - friend class GraphWrapper<Graph>;
123.436 - friend class stGraphWrapper<Graph, sIterableMap, tIterableMap>;
123.437 - template <typename T> friend class EdgeMap;
123.438 - int spec;
123.439 - typename Graph::Node n;
123.440 - public:
123.441 - Edge() { }
123.442 - Edge(const typename Graph::Edge& _e, int _spec,
123.443 - const typename Graph::Node& _n) :
123.444 - Graph::Edge(_e), spec(_spec), n(_n) {
123.445 - }
123.446 - Edge(const Invalid& i) : Graph::Edge(i), spec(3), n(i) { }
123.447 - friend bool operator==(const Edge& u, const Edge& v) {
123.448 - return (u.spec==v.spec &&
123.449 - static_cast<typename Graph::Edge>(u)==
123.450 - static_cast<typename Graph::Edge>(v) &&
123.451 - u.n==v.n);
123.452 - }
123.453 - friend bool operator!=(const Edge& u, const Edge& v) {
123.454 - return (v.spec!=u.spec ||
123.455 - static_cast<typename Graph::Edge>(u)!=
123.456 - static_cast<typename Graph::Edge>(v) ||
123.457 - u.n!=v.n);
123.458 - }
123.459 -// template<typename G>
123.460 -// friend std::ostream&
123.461 -// operator<<(std::ostream& os, const typename stGraphWrapper<G>::Edge& i);
123.462 - friend std::ostream& operator<< (std::ostream& os, const Edge& i);
123.463 - int getSpec() const { return spec; }
123.464 - typename Graph::Node getNode() const { return n; }
123.465 - };
123.466 -
123.467 - class OutEdgeIt {
123.468 - friend class GraphWrapper<Graph>;
123.469 - friend class stGraphWrapper<Graph, sIterableMap, tIterableMap>;
123.470 - typename Graph::OutEdgeIt e;
123.471 - int spec;
123.472 - typename Graph::ClassNodeIt n;
123.473 - public:
123.474 - OutEdgeIt() { }
123.475 - OutEdgeIt(const typename Graph::OutEdgeIt& _e, int _spec,
123.476 - const typename Graph::ClassNodeIt& _n) :
123.477 - e(_e), spec(_spec), n(_n) {
123.478 - }
123.479 - OutEdgeIt(const Invalid& i) : e(i), spec(3), n(i) { }
123.480 - OutEdgeIt(const stGraphWrapper<Graph, sIterableMap, tIterableMap>& _G,
123.481 - const Node& _n) {
123.482 - switch (_n.spec) {
123.483 - case 0 :
123.484 - if (_G.graph->inSClass(_n)) { //S, van normalis kiel
123.485 - e=typename Graph::OutEdgeIt(*(_G.graph),
123.486 - typename Graph::Node(_n));
123.487 - spec=0;
123.488 - n=INVALID;
123.489 - if (!_G.graph->valid(e)) spec=3;
123.490 - } else { //T, specko kiel van
123.491 - e=INVALID;
123.492 - spec=2;
123.493 - n=_n;
123.494 - }
123.495 - break;
123.496 - case 1:
123.497 - e=INVALID;
123.498 - spec=1;
123.499 - _G.graph->first(n, S_CLASS); //s->vmi;
123.500 - if (!_G.graph->valid(n)) spec=3; //Ha S ures
123.501 - break;
123.502 - case 2:
123.503 - e=INVALID;
123.504 - spec=3;
123.505 - n=INVALID;
123.506 - break;
123.507 - }
123.508 - }
123.509 - operator Edge() const { return Edge(e, spec, n); }
123.510 - };
123.511 -
123.512 - class InEdgeIt {
123.513 - friend class GraphWrapper<Graph>;
123.514 - friend class stGraphWrapper<Graph, sIterableMap, tIterableMap>;
123.515 - typename Graph::InEdgeIt e;
123.516 - int spec;
123.517 - typename Graph::ClassNodeIt n;
123.518 - public:
123.519 - InEdgeIt() { }
123.520 - InEdgeIt(const typename Graph::InEdgeIt& _e, int _spec,
123.521 - const typename Graph::ClassNodeIt& _n) :
123.522 - e(_e), spec(_spec), n(_n) {
123.523 - }
123.524 - InEdgeIt(const Invalid& i) : e(i), spec(3), n(i) { }
123.525 - InEdgeIt(const stGraphWrapper<Graph, sIterableMap, tIterableMap>& _G,
123.526 - const Node& _n) {
123.527 - switch (_n.spec) {
123.528 - case 0 :
123.529 - if (_G.graph->inTClass(_n)) { //T, van normalis beel
123.530 - e=typename Graph::InEdgeIt(*(_G.graph),
123.531 - typename Graph::Node(_n));
123.532 - spec=0;
123.533 - n=INVALID;
123.534 - if (!_G.graph->valid(e)) spec=3;
123.535 - } else { //S, specko beel van
123.536 - e=INVALID;
123.537 - spec=1;
123.538 - n=_n;
123.539 - }
123.540 - break;
123.541 - case 1:
123.542 - e=INVALID;
123.543 - spec=3;
123.544 - n=INVALID;
123.545 - break;
123.546 - case 2:
123.547 - e=INVALID;
123.548 - spec=2;
123.549 - _G.graph->first(n, T_CLASS); //vmi->t;
123.550 - if (!_G.graph->valid(n)) spec=3; //Ha T ures
123.551 - break;
123.552 - }
123.553 - }
123.554 - operator Edge() const { return Edge(e, spec, n); }
123.555 - };
123.556 -
123.557 - class EdgeIt {
123.558 - friend class GraphWrapper<Graph>;
123.559 - friend class stGraphWrapper<Graph, sIterableMap, tIterableMap>;
123.560 - typename Graph::EdgeIt e;
123.561 - int spec;
123.562 - typename Graph::ClassNodeIt n;
123.563 - public:
123.564 - EdgeIt() { }
123.565 - EdgeIt(const typename Graph::EdgeIt& _e, int _spec,
123.566 - const typename Graph::ClassNodeIt& _n) :
123.567 - e(_e), spec(_spec), n(_n) { }
123.568 - EdgeIt(const Invalid& i) : e(i), spec(3), n(i) { }
123.569 - EdgeIt(const stGraphWrapper<Graph, sIterableMap, tIterableMap>& _G) :
123.570 - e(*(_G.graph)), spec(0), n(INVALID) {
123.571 - if (!_G.graph->valid(e)) {
123.572 - spec=1;
123.573 - _G.graph->first(n, S_CLASS);
123.574 - if (!_G.graph->valid(n)) { //Ha S ures
123.575 - spec=2;
123.576 - _G.graph->first(n, T_CLASS);
123.577 - if (!_G.graph->valid(n)) { //Ha T ures
123.578 - spec=3;
123.579 - }
123.580 - }
123.581 - }
123.582 - }
123.583 - operator Edge() const { return Edge(e, spec, n); }
123.584 - };
123.585 -
123.586 - NodeIt& first(NodeIt& i) const {
123.587 - i=NodeIt(*this); return i;
123.588 - }
123.589 - OutEdgeIt& first(OutEdgeIt& i, const Node& p) const {
123.590 - i=OutEdgeIt(*this, p); return i;
123.591 - }
123.592 - InEdgeIt& first(InEdgeIt& i, const Node& p) const {
123.593 - i=InEdgeIt(*this, p); return i;
123.594 - }
123.595 - EdgeIt& first(EdgeIt& i) const {
123.596 - i=EdgeIt(*this); return i;
123.597 - }
123.598 -
123.599 - NodeIt& next(NodeIt& i) const {
123.600 - switch (i.spec) {
123.601 - case 0:
123.602 - this->graph->next(i.n);
123.603 - if (!this->graph->valid(i.n)) {
123.604 - i.spec=1;
123.605 - }
123.606 - break;
123.607 - case 1:
123.608 - i.spec=2;
123.609 - break;
123.610 - case 2:
123.611 - i.spec=3;
123.612 - break;
123.613 - }
123.614 - return i;
123.615 - }
123.616 - OutEdgeIt& next(OutEdgeIt& i) const {
123.617 - typename Graph::Node v;
123.618 - switch (i.spec) {
123.619 - case 0: //normal edge
123.620 - v=this->graph->aNode(i.e);
123.621 - this->graph->next(i.e);
123.622 - if (!this->graph->valid(i.e)) { //Az igazi elek vegere ertunk
123.623 - if (this->graph->inSClass(v)) { //S, nincs kiel
123.624 - i.spec=3;
123.625 - i.n=INVALID;
123.626 - } else { //T, van kiel
123.627 - i.spec=2;
123.628 - i.n=v;
123.629 - }
123.630 - }
123.631 - break;
123.632 - case 1: //s->vmi
123.633 - this->graph->next(i.n);
123.634 - if (!this->graph->valid(i.n)) i.spec=3;
123.635 - break;
123.636 - case 2: //vmi->t
123.637 - i.spec=3;
123.638 - i.n=INVALID;
123.639 - break;
123.640 - }
123.641 - return i;
123.642 - }
123.643 - InEdgeIt& next(InEdgeIt& i) const {
123.644 - typename Graph::Node v;
123.645 - switch (i.spec) {
123.646 - case 0: //normal edge
123.647 - v=this->graph->aNode(i.e);
123.648 - this->graph->next(i.e);
123.649 - if (!this->graph->valid(i.e)) { //Az igazi elek vegere ertunk
123.650 - if (this->graph->inTClass(v)) { //S, nincs beel
123.651 - i.spec=3;
123.652 - i.n=INVALID;
123.653 - } else { //S, van beel
123.654 - i.spec=1;
123.655 - i.n=v;
123.656 - }
123.657 - }
123.658 - break;
123.659 - case 1: //s->vmi
123.660 - i.spec=3;
123.661 - i.n=INVALID;
123.662 - break;
123.663 - case 2: //vmi->t
123.664 - this->graph->next(i.n);
123.665 - if (!this->graph->valid(i.n)) i.spec=3;
123.666 - break;
123.667 - }
123.668 - return i;
123.669 - }
123.670 -
123.671 - EdgeIt& next(EdgeIt& i) const {
123.672 - switch (i.spec) {
123.673 - case 0:
123.674 - this->graph->next(i.e);
123.675 - if (!this->graph->valid(i.e)) {
123.676 - i.spec=1;
123.677 - this->graph->first(i.n, S_CLASS);
123.678 - if (!this->graph->valid(i.n)) {
123.679 - i.spec=2;
123.680 - this->graph->first(i.n, T_CLASS);
123.681 - if (!this->graph->valid(i.n)) i.spec=3;
123.682 - }
123.683 - }
123.684 - break;
123.685 - case 1:
123.686 - this->graph->next(i.n);
123.687 - if (!this->graph->valid(i.n)) {
123.688 - i.spec=2;
123.689 - this->graph->first(i.n, T_CLASS);
123.690 - if (!this->graph->valid(i.n)) i.spec=3;
123.691 - }
123.692 - break;
123.693 - case 2:
123.694 - this->graph->next(i.n);
123.695 - if (!this->graph->valid(i.n)) i.spec=3;
123.696 - break;
123.697 - }
123.698 - return i;
123.699 - }
123.700 -
123.701 - Node source(const Edge& e) const {
123.702 - switch (e.spec) {
123.703 - case 0:
123.704 - return Node(this->graph->source(e));
123.705 - break;
123.706 - case 1:
123.707 - return S_NODE;
123.708 - break;
123.709 - case 2:
123.710 - default:
123.711 - return Node(e.n);
123.712 - break;
123.713 - }
123.714 - }
123.715 - Node target(const Edge& e) const {
123.716 - switch (e.spec) {
123.717 - case 0:
123.718 - return Node(this->graph->target(e));
123.719 - break;
123.720 - case 1:
123.721 - return Node(e.n);
123.722 - break;
123.723 - case 2:
123.724 - default:
123.725 - return T_NODE;
123.726 - break;
123.727 - }
123.728 - }
123.729 -
123.730 - bool valid(const Node& n) const { return (n.spec<3); }
123.731 - bool valid(const Edge& e) const { return (e.spec<3); }
123.732 -
123.733 - int nodeNum() const { return this->graph->nodeNum()+2; }
123.734 - int edgeNum() const {
123.735 - return this->graph->edgeNum()+this->graph->nodeNum();
123.736 - }
123.737 -
123.738 - Node aNode(const OutEdgeIt& e) const { return source(e); }
123.739 - Node aNode(const InEdgeIt& e) const { return target(e); }
123.740 - Node bNode(const OutEdgeIt& e) const { return target(e); }
123.741 - Node bNode(const InEdgeIt& e) const { return source(e); }
123.742 -
123.743 - void addNode() const { }
123.744 - void addEdge() const { }
123.745 -
123.746 -// Node addNode() const { return Node(this->graph->addNode()); }
123.747 -// Edge addEdge(const Node& source, const Node& target) const {
123.748 -// return Edge(this->graph->addEdge(source, target)); }
123.749 -
123.750 -// void erase(const Node& i) const { this->graph->erase(i); }
123.751 -// void erase(const Edge& i) const { this->graph->erase(i); }
123.752 -
123.753 -// void clear() const { this->graph->clear(); }
123.754 -
123.755 - template<typename T> class NodeMap : public GraphWrapper<Graph>::template NodeMap<T> {
123.756 - typedef typename GraphWrapper<Graph>::template NodeMap<T> Parent;
123.757 - protected:
123.758 - T s_value, t_value;
123.759 - public:
123.760 - NodeMap(const stGraphWrapper<Graph, sIterableMap, tIterableMap>& _G) :
123.761 - Parent(_G),
123.762 - s_value(),
123.763 - t_value() { }
123.764 - NodeMap(const stGraphWrapper<Graph, sIterableMap, tIterableMap>& _G, T a)
123.765 - : Parent(_G, a),
123.766 - s_value(a),
123.767 - t_value(a) { }
123.768 - T operator[](const Node& n) const {
123.769 - switch (n.spec) {
123.770 - case 0:
123.771 - return Parent::operator[](n);
123.772 - case 1:
123.773 - return s_value;
123.774 - case 2:
123.775 - default:
123.776 - return t_value;
123.777 - }
123.778 - }
123.779 - void set(const Node& n, T t) {
123.780 - switch (n.spec) {
123.781 - case 0:
123.782 - GraphWrapper<Graph>::template NodeMap<T>::set(n, t);
123.783 - break;
123.784 - case 1:
123.785 - s_value=t;
123.786 - break;
123.787 - case 2:
123.788 - default:
123.789 - t_value=t;
123.790 - break;
123.791 - }
123.792 - }
123.793 - };
123.794 -
123.795 - /// This class is to wrap a node-map of \c Graph and two variables
123.796 - /// storing values for \c S_NODE and \c T_NODE to a node-map of
123.797 - /// stGraphWrapper<Graph, sIterableMap, tIterableMap>.
123.798 - template<typename NM> class NodeMapWrapper {
123.799 - public:
123.800 - typedef Node Key;
123.801 - typedef typename NM::Value Value;
123.802 - protected:
123.803 - NM* nm;
123.804 - Value* s_value, t_value;
123.805 - public:
123.806 - NodeMapWrapper(NM& _nm, Value& _s_value, Value& _t_value) :
123.807 - nm(&_nm), s_value(&_s_value), t_value(&_t_value) { }
123.808 - Value operator[](const Node& n) const {
123.809 - switch (n.getSpec()) {
123.810 - case 0:
123.811 - return (*nm)[n];
123.812 - case 1:
123.813 - return *s_value;
123.814 - case 2:
123.815 - default:
123.816 - return *t_value;
123.817 - }
123.818 - }
123.819 - void set(const Node& n, Value t) {
123.820 - switch (n.getSpec()) {
123.821 - case 0:
123.822 - nm->set(n, t);
123.823 - break;
123.824 - case 1:
123.825 - *s_value=t;
123.826 - break;
123.827 - case 2:
123.828 - default:
123.829 - *t_value=t;
123.830 - break;
123.831 - }
123.832 - }
123.833 - };
123.834 -
123.835 - template<typename T>
123.836 - class EdgeMap : public GraphWrapper<Graph>::template EdgeMap<T> {
123.837 - typedef typename GraphWrapper<Graph>::template EdgeMap<T> Parent;
123.838 - protected:
123.839 - typename GraphWrapper<Graph>::template NodeMap<T> node_value;
123.840 - public:
123.841 - EdgeMap(const stGraphWrapper<Graph, sIterableMap, tIterableMap>& _G)
123.842 - : Parent(_G),
123.843 - node_value(_G) { }
123.844 - EdgeMap(const stGraphWrapper<Graph, sIterableMap, tIterableMap>& _G, T a)
123.845 - : Parent(_G, a),
123.846 - node_value(_G, a) { }
123.847 - T operator[](const Edge& e) const {
123.848 - switch (e.spec) {
123.849 - case 0:
123.850 - return Parent::operator[](e);
123.851 - case 1:
123.852 - return node_value[e.n];
123.853 - case 2:
123.854 - default:
123.855 - return node_value[e.n];
123.856 - }
123.857 - }
123.858 - void set(const Edge& e, T t) {
123.859 - switch (e.spec) {
123.860 - case 0:
123.861 - Parent::set(e, t);
123.862 - break;
123.863 - case 1:
123.864 - node_value.set(e.n, t);
123.865 - break;
123.866 - case 2:
123.867 - default:
123.868 - node_value.set(e.n, t);
123.869 - break;
123.870 - }
123.871 - }
123.872 - };
123.873 -
123.874 - /// This class is to wrap an edge-map and a node-map of \c Graph
123.875 - /// to an edge-map of stGraphWrapper<Graph, sIterableMap, tIterableMap>.
123.876 - template<typename EM, typename NM>
123.877 - class EdgeMapWrapper {
123.878 - public:
123.879 - typedef Edge Key;
123.880 - typedef typename EM::Value Value;
123.881 - protected:
123.882 - EM* em;
123.883 - NM* nm;
123.884 - public:
123.885 - EdgeMapWrapper(EM& _em, NM& _nm) : em(&_em), nm(&_nm) { }
123.886 - Value operator[](const Edge& e) const {
123.887 - switch (e.getSpec()) {
123.888 - case 0:
123.889 - return (*em)[e];
123.890 - case 1:
123.891 - return (*nm)[e.getNode()];
123.892 - case 2:
123.893 - default:
123.894 - return (*nm)[e.getNode()];
123.895 - }
123.896 - }
123.897 - void set(const Edge& e, Value t) {
123.898 - switch (e.getSpec()) {
123.899 - case 0:
123.900 - em->set(e, t);
123.901 - break;
123.902 - case 1:
123.903 - nm->set(e.getNode(), t);
123.904 - break;
123.905 - case 2:
123.906 - default:
123.907 - nm->set(e.getNode(), t);
123.908 - break;
123.909 - }
123.910 - }
123.911 - };
123.912 -
123.913 -
123.914 -// template<typename G>
123.915 - friend std::ostream&
123.916 - operator<<(std::ostream& os, const /*typename stGraphWrapper<Graph>::*/Node& i) {
123.917 - os << "(node: " << typename Graph::Node(i) << " spec: " << i.spec <<")";
123.918 - return os;
123.919 - }
123.920 -// template<typename G>
123.921 - friend std::ostream&
123.922 - operator<<(std::ostream& os, const /*typename stGraphWrapper<Graph>::*/Edge& i) {
123.923 - os << "(edge: " << typename Graph::Edge(i) << " spec: " << i.spec <<
123.924 - " node: " << i.n << ")";
123.925 - return os;
123.926 - }
123.927 -
123.928 - };
123.929 -
123.930 - ///@}
123.931 -
123.932 -} //namespace lemon
123.933 -
123.934 -
123.935 -#endif //LEMON_BIPARTITE_GRAPH_WRAPPER_H
123.936 -
124.1 --- a/src/work/marci/bipartite_graph_wrapper_test.cc Sun Apr 17 18:57:22 2005 +0000
124.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
124.3 @@ -1,147 +0,0 @@
124.4 -// -*- c++ -*-
124.5 -#include <iostream>
124.6 -#include <fstream>
124.7 -#include <vector>
124.8 -
124.9 -//#include <sage_graph.h>
124.10 -#include <lemon/smart_graph.h>
124.11 -//#include <dimacs.h>
124.12 -#include <lemon/time_measure.h>
124.13 -//#include <for_each_macros.h>
124.14 -#include <bfs_dfs.h>
124.15 -#include <lemon/graph_wrapper.h>
124.16 -#include <bipartite_graph_wrapper.h>
124.17 -#include <lemon/maps.h>
124.18 -#include <lemon/preflow.h>
124.19 -#include <augmenting_flow.h>
124.20 -
124.21 -using std::cout;
124.22 -using std::endl;
124.23 -
124.24 -using namespace lemon;
124.25 -
124.26 -int main() {
124.27 - //typedef UndirSageGraph Graph;
124.28 - typedef SmartGraph Graph;
124.29 - typedef Graph::Node Node;
124.30 - typedef Graph::NodeIt NodeIt;
124.31 - typedef Graph::Edge Edge;
124.32 - typedef Graph::EdgeIt EdgeIt;
124.33 - typedef Graph::OutEdgeIt OutEdgeIt;
124.34 -
124.35 - Graph g;
124.36 -// std::vector<Graph::Node> s_nodes;
124.37 -// std::vector<Graph::Node> t_nodes;
124.38 -// for (int i=0; i<3; ++i) s_nodes.push_back(g.addNode());
124.39 -// for (int i=0; i<3; ++i) t_nodes.push_back(g.addNode());
124.40 -// g.addEdge(s_nodes[0], t_nodes[2]);
124.41 -// g.addEdge(t_nodes[1], s_nodes[2]);
124.42 -// g.addEdge(s_nodes[0], t_nodes[1]);
124.43 -
124.44 -// Graph::NodeMap<int> ref_map(g, -1);
124.45 -// IterableBoolMap< Graph::NodeMap<int> > bipartite_map(ref_map);
124.46 -// for (int i=0; i<3; ++i) bipartite_map.insert(s_nodes[i], false);
124.47 -// for (int i=0; i<3; ++i) bipartite_map.insert(t_nodes[i], true);
124.48 -
124.49 - std::vector<Graph::Node> nodes;
124.50 - for (int i=0; i<3; ++i) nodes.push_back(g.addNode());
124.51 - for (int i=3; i<6; ++i) nodes.push_back(g.addNode());
124.52 - g.addEdge(nodes[0], nodes[3+2]);
124.53 - g.addEdge(nodes[3+1], nodes[2]);
124.54 - g.addEdge(nodes[0], nodes[3+1]);
124.55 -
124.56 - Graph::NodeMap<int> ref_map(g, -1);
124.57 - IterableBoolMap< Graph::NodeMap<int> > bipartite_map(ref_map);
124.58 - for (int i=0; i<3; ++i) bipartite_map.insert(nodes[i], false);
124.59 - for (int i=3; i<6; ++i) bipartite_map.insert(nodes[i], true);
124.60 -
124.61 - Graph::Node u;
124.62 - cout << "These nodes will be in S:" << endl;
124.63 - //FIXME azert kellene ++, es invalid vizsgalat u-bol, hogy ezt le lehessen
124.64 - //irni 1etlen FOR_EACH-csel.
124.65 - for (bipartite_map.first(u, false); u!=INVALID; bipartite_map.next(u))
124.66 - cout << g.id(u) << " ";
124.67 - cout << endl;
124.68 - cout << "These nodes will be in T:" << endl;
124.69 - for (bipartite_map.first(u, true); u!=INVALID; bipartite_map.next(u))
124.70 - cout << g.id(u) << " ";
124.71 - cout << endl;
124.72 -
124.73 - typedef BipartiteGraphWrapper<Graph> BGW;
124.74 - BGW bgw(g, bipartite_map);
124.75 -
124.76 - cout << "Nodes by NodeIt:" << endl;
124.77 - for (BGW::NodeIt n(bgw); n!=INVALID; ++n)
124.78 - cout << g.id(n) << " ";
124.79 - cout << endl;
124.80 -
124.81 - cout << "Nodes in S by ClassNodeIt:" << endl;
124.82 - for (BGW::ClassNodeIt n(bgw, bgw.S_CLASS); n!=INVALID; ++n)
124.83 - cout << g.id(n) << " ";
124.84 - cout << endl;
124.85 -
124.86 - cout << "Nodes in T by ClassNodeIt:" << endl;
124.87 - for (BGW::ClassNodeIt n(bgw, bgw.T_CLASS); n!=INVALID; ++n)
124.88 - cout << g.id(n) << " ";
124.89 - cout << endl;
124.90 -
124.91 - cout << "Edges of the bipartite graph:" << endl;
124.92 - for (BGW::EdgeIt e(bgw); e!=INVALID; ++e)
124.93 - cout << g.id(bgw.source(e)) << "->" << g.id(bgw.target(e)) << endl;
124.94 -
124.95 - BGW::NodeMap<int> dbyj(bgw);
124.96 - BGW::EdgeMap<int> dbyxcj(bgw);
124.97 -
124.98 -// typedef stBipartiteGraphWrapper<BGW> stGW;
124.99 -// stGW stgw(bgw);
124.100 -// ConstMap<stGW::Edge, int> const1map(1);
124.101 -// stGW::NodeMap<int> ize(stgw);
124.102 -// stGW::EdgeMap<int> flow(stgw);
124.103 -
124.104 -// BfsIterator< BGW, BGW::NodeMap<bool> > bfs(bgw);
124.105 -// Graph::NodeIt si;
124.106 -// Graph::Node s;
124.107 -// s=g.first(si);
124.108 -// bfs.pushAndSetReached(BGW::Node(s));
124.109 -// while (!bfs.finished()) { ++bfs; }
124.110 -
124.111 -// FOR_EACH_LOC(stGW::NodeIt, n, stgw) {
124.112 -// cout << "out-edges of " << n << ":" << endl;
124.113 -// FOR_EACH_INC_LOC(stGW::OutEdgeIt, e, stgw, n) {
124.114 -// cout << " " << e << endl;
124.115 -// cout << " aNode: " << stgw.aNode(e) << endl;
124.116 -// cout << " bNode: " << stgw.bNode(e) << endl;
124.117 -// }
124.118 -// cout << "in-edges of " << n << ":" << endl;
124.119 -// FOR_EACH_INC_LOC(stGW::InEdgeIt, e, stgw, n) {
124.120 -// cout << " " << e << endl;
124.121 -// cout << " aNode: " << stgw.aNode(e) << endl;
124.122 -// cout << " bNode: " << stgw.bNode(e) << endl;
124.123 -// }
124.124 -// }
124.125 -// cout << "Edges of the stGraphWrapper:" << endl;
124.126 -// FOR_EACH_LOC(stGW::EdgeIt, n, stgw) {
124.127 -// cout << " " << n << endl;
124.128 -// }
124.129 -
124.130 -// stGW::NodeMap<bool> b(stgw);
124.131 -// FOR_EACH_LOC(stGW::NodeIt, n, stgw) {
124.132 -// cout << n << ": " << b[n] << endl;
124.133 -// }
124.134 -
124.135 -// cout << "Bfs from s:" << endl;
124.136 -// BfsIterator< stGW, stGW::NodeMap<bool> > bfs_stgw(stgw);
124.137 -// bfs_stgw.pushAndSetReached(stgw.S_NODE);
124.138 -// while (!bfs_stgw.finished()) {
124.139 -// cout << " " << stGW::OutEdgeIt(bfs_stgw) << endl;
124.140 -// ++bfs_stgw;
124.141 -// }
124.142 -
124.143 -// AugmentingFlow<stGW, int, ConstMap<stGW::Edge, int>, stGW::EdgeMap<int> >
124.144 -// max_flow_test(stgw, stgw.S_NODE, stgw.T_NODE, const1map, flow);
124.145 -// while (max_flow_test.augmentOnShortestPath()) { }
124.146 -
124.147 -// cout << max_flow_test.flowValue() << std::endl;
124.148 -
124.149 - return 0;
124.150 -}
125.1 --- a/src/work/marci/bipartite_matching_demo.cc Sun Apr 17 18:57:22 2005 +0000
125.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
125.3 @@ -1,183 +0,0 @@
125.4 -// -*- c++ -*-
125.5 -#include <iostream>
125.6 -#include <fstream>
125.7 -#include <vector>
125.8 -
125.9 -#include <sage_graph.h>
125.10 -//#include <smart_graph.h>
125.11 -//#include <dimacs.h>
125.12 -#include <lemon/time_measure.h>
125.13 -#include <for_each_macros.h>
125.14 -#include <bfs_dfs.h>
125.15 -#include <bipartite_graph_wrapper.h>
125.16 -#include <lemon/maps.h>
125.17 -#include <lemon/max_flow.h>
125.18 -#include <graph_gen.h>
125.19 -#include <max_bipartite_matching.h>
125.20 -
125.21 -using namespace lemon;
125.22 -
125.23 -using std::cin;
125.24 -using std::cout;
125.25 -using std::endl;
125.26 -
125.27 -int main() {
125.28 - //typedef UndirListGraph Graph;
125.29 - typedef BipartiteGraph<SageGraph> Graph;
125.30 -
125.31 - typedef Graph::Node Node;
125.32 - typedef Graph::NodeIt NodeIt;
125.33 - typedef Graph::Edge Edge;
125.34 - typedef Graph::EdgeIt EdgeIt;
125.35 - typedef Graph::OutEdgeIt OutEdgeIt;
125.36 -
125.37 - Graph g;
125.38 -
125.39 - int a;
125.40 - cout << "number of nodes in the first color class=";
125.41 - cin >> a;
125.42 - int b;
125.43 - cout << "number of nodes in the second color class=";
125.44 - cin >> b;
125.45 - int m;
125.46 - cout << "number of edges=";
125.47 - cin >> m;
125.48 -
125.49 - cout << "Generatig a random bipartite graph..." << endl;
125.50 - random_init();
125.51 - randomBipartiteGraph(g, a, b, m);
125.52 -
125.53 -// cout << "Edges of the bipartite graph:" << endl;
125.54 -// FOR_EACH_LOC(EdgeIt, e, g) cout << e << " ";
125.55 -// cout << endl;
125.56 -
125.57 -// cout << "Nodes:" << endl;
125.58 -// FOR_EACH_LOC(Graph::NodeIt, v, g) cout << v << " ";
125.59 -// cout << endl;
125.60 -// cout << "Nodes in T:" << endl;
125.61 -// FOR_EACH_INC_LOC(Graph::ClassNodeIt, v, g, Graph::T_CLASS) cout << v << " ";
125.62 -// cout << endl;
125.63 -// cout << "Nodes in S:" << endl;
125.64 -// FOR_EACH_INC_LOC(Graph::ClassNodeIt, v, g, Graph::S_CLASS) cout << v << " ";
125.65 -// cout << endl;
125.66 -
125.67 -// cout << "Erasing the first node..." << endl;
125.68 -// NodeIt n;
125.69 -// g.first(n);
125.70 -// g.erase(n);
125.71 -// cout << "Nodes of the bipartite graph:" << endl;
125.72 -// FOR_EACH_GLOB(n, g) cout << n << " ";
125.73 -// cout << endl;
125.74 -
125.75 -// cout << "Nodes in T:" << endl;
125.76 -// FOR_EACH_INC_LOC(Graph::ClassNodeIt, v, g, Graph::T_CLASS) cout << v << " ";
125.77 -// cout << endl;
125.78 -// cout << "Nodes in S:" << endl;
125.79 -// FOR_EACH_INC_LOC(Graph::ClassNodeIt, v, g, Graph::S_CLASS) cout << v << " ";
125.80 -// cout << endl;
125.81 -
125.82 - typedef stBipartiteGraphWrapper<Graph> stGW;
125.83 - stGW stgw(g);
125.84 - ConstMap<stGW::Edge, int> const1map(1);
125.85 -
125.86 - Timer ts;
125.87 - cout << "max bipartite matching with stGraphWrapper..." << endl;
125.88 - ts.reset();
125.89 - stGW::EdgeMap<int> flow(stgw);
125.90 - MaxFlow<stGW, int, ConstMap<stGW::Edge, int>, stGW::EdgeMap<int> >
125.91 - max_flow_test(stgw, stgw.S_NODE, stgw.T_NODE, const1map, flow);
125.92 - max_flow_test.run();
125.93 -// while (max_flow_test.augmentOnShortestPath()) { }
125.94 -// typedef ListGraph MutableGraph;
125.95 -// while (max_flow_test.augmentOnBlockingFlow1<MutableGraph>()) {
125.96 -// while (max_flow_test.augmentOnBlockingFlow2()) {
125.97 -// cout << max_flow_test.flowValue() << endl;
125.98 -// }
125.99 - cout << "matching value: " << max_flow_test.flowValue() << endl;
125.100 - cout << "elapsed time: " << ts << endl;
125.101 -// FOR_EACH_LOC(stGW::EdgeIt, e, stgw) {
125.102 -// if (flow[e]) cout << e << endl;
125.103 -// }
125.104 - cout << endl;
125.105 -
125.106 - typedef ConstMap<Graph::Edge, int> EdgeCap;
125.107 - EdgeCap ge1(1);
125.108 - typedef ConstMap<Graph::Node, int> NodeCap;
125.109 - NodeCap gn1(1);
125.110 - typedef Graph::EdgeMap<int> EdgeFlow;
125.111 - EdgeFlow gef(g); //0
125.112 - typedef Graph::NodeMap<int> NodeFlow;
125.113 - NodeFlow gnf(g); //0
125.114 -
125.115 - typedef stGW::EdgeMapWrapper<EdgeCap, NodeCap> CapMap;
125.116 - typedef stGW::EdgeMapWrapper<EdgeFlow, NodeFlow> FlowMap;
125.117 - CapMap cm(ge1, gn1);
125.118 - FlowMap fm(gef, gnf);
125.119 -
125.120 - //Timer ts;
125.121 - cout << "max bipartite matching with stGraphWrapper..." << endl;
125.122 - ts.reset();
125.123 - //stGW::EdgeMap<int> flow(stgw);
125.124 - MaxFlow<stGW, int, CapMap, FlowMap>
125.125 - max_flow_test1(stgw, stgw.S_NODE, stgw.T_NODE, cm, fm);
125.126 - max_flow_test1.run();
125.127 -// while (max_flow_test.augmentOnShortestPath()) { }
125.128 -// typedef ListGraph MutableGraph;
125.129 -// while (max_flow_test.augmentOnBlockingFlow1<MutableGraph>()) {
125.130 -// while (max_flow_test.augmentOnBlockingFlow2()) {
125.131 -// cout << max_flow_test.flowValue() << endl;
125.132 -// }
125.133 - cout << "matching value: " << max_flow_test1.flowValue() << endl;
125.134 - cout << "elapsed time: " << ts << endl;
125.135 -// FOR_EACH_LOC(Graph::EdgeIt, e, g) {
125.136 -// if (gef[e]) cout << e << endl;
125.137 -// }
125.138 - cout << endl;
125.139 -
125.140 - cout << "max bipartite matching with stGraphWrapper..." << endl;
125.141 - ts.reset();
125.142 - FOR_EACH_LOC(Graph::EdgeIt, e, g) gef.set(e, 0);
125.143 - FOR_EACH_LOC(Graph::NodeIt, n, g) gnf.set(n, 0);
125.144 - MaxBipartiteMatching<Graph, ConstMap<Graph::Edge, int>, ConstMap<Graph::Node, int>,
125.145 - Graph::EdgeMap<int>, Graph::NodeMap<int> >
125.146 - matching_test(g, ge1, gn1, gef, gnf);
125.147 - matching_test.run();
125.148 -
125.149 - cout << "matching value: " << matching_test.matchingValue() << endl;
125.150 - cout << "elapsed time: " << ts << endl;
125.151 -// FOR_EACH_LOC(Graph::EdgeIt, e, g) {
125.152 -// if (gef[e]) cout << e << endl;
125.153 -// }
125.154 - cout << endl;
125.155 -
125.156 - cout << "max bipartite matching with MaxBipartiteMatching..." << endl;
125.157 - ts.reset();
125.158 - FOR_EACH_LOC(Graph::EdgeIt, e, g) gef.set(e, 0);
125.159 - //FOR_EACH_LOC(Graph::NodeIt, n, g) gnf.set(n, 0);
125.160 - typedef MaxBipartiteMatching<Graph, ConstMap<Graph::Edge, int>,
125.161 - ConstMap<Graph::Node, int>,
125.162 - Graph::EdgeMap<int>, Graph::NodeMap<int> > MaxBipartiteMatching;
125.163 - MaxBipartiteMatching matching_test_1(g, ge1, gn1, gef/*, gnf*/);
125.164 - matching_test_1.run();
125.165 -
125.166 - cout << "matching value: " << matching_test_1.matchingValue() << endl;
125.167 - cout << "elapsed time: " << ts << endl;
125.168 -// FOR_EACH_LOC(Graph::EdgeIt, e, g) {
125.169 -// if (gef[e]) cout << e << endl;
125.170 -// }
125.171 - cout << endl;
125.172 -
125.173 - cout << "testing optimality with MaxBipartiteMatching..." << endl;
125.174 - ts.reset();
125.175 - matching_test_1.run(MaxBipartiteMatching::GEN_MATCHING);
125.176 - cout << "matching value: " << matching_test_1.matchingValue() << endl;
125.177 - cout << "elapsed time: " << ts << endl;
125.178 -
125.179 - cout << "testing optimality with MaxBipartiteMatching..." << endl;
125.180 - ts.reset();
125.181 - matching_test_1.run(MaxBipartiteMatching::GEN_MATCHING_WITH_GOOD_NODE_FLOW);
125.182 - cout << "matching value: " << matching_test_1.matchingValue() << endl;
125.183 - cout << "elapsed time: " << ts << endl;
125.184 -
125.185 - return 0;
125.186 -}
126.1 --- a/src/work/marci/bug/ansi_pedantic_bug.cc Sun Apr 17 18:57:22 2005 +0000
126.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
126.3 @@ -1,60 +0,0 @@
126.4 -// -*- c++ -*-
126.5 -//compile it with
126.6 -//g++ -ansi -pedantic
126.7 -//and with
126.8 -//g++
126.9 -//I did with g++ ver 3.0.4, suse 8.0
126.10 -//If the template is removed from NodeMap, then it works well.
126.11 -//athos@cs.elte.hu
126.12 -//klao@cs.elte.hu
126.13 -//marci@cs.elte.hu
126.14 -
126.15 -class ListGraph {
126.16 -public:
126.17 - ListGraph() { }
126.18 -
126.19 - template <typename T> class NodeMap {
126.20 - const ListGraph& G;
126.21 - public:
126.22 - NodeMap(const ListGraph& _G) : G(_G) { }
126.23 - };
126.24 -
126.25 -};
126.26 -
126.27 -template<typename Graph> class GraphWrapper {
126.28 -protected:
126.29 - Graph* graph;
126.30 -public:
126.31 - GraphWrapper(Graph& _graph) : graph(&_graph) { }
126.32 -
126.33 - template<typename T> class NodeMap : public Graph::template NodeMap<T> {
126.34 - typedef typename Graph::template NodeMap<T> Parent;
126.35 - public:
126.36 - NodeMap(const GraphWrapper<Graph>& _G) :
126.37 - Parent(*(_G.graph)) { }
126.38 - };
126.39 -};
126.40 -
126.41 -template<typename Graph>
126.42 -class ResGraphWrapper : public GraphWrapper<Graph> {
126.43 -public:
126.44 - ResGraphWrapper(Graph& _graph) : GraphWrapper<Graph>(_graph) { }
126.45 -};
126.46 -
126.47 -template <typename Graph> class MaxFlow {
126.48 - const Graph* g;
126.49 - typedef ResGraphWrapper<const Graph> ResGW;
126.50 -public:
126.51 - MaxFlow(const Graph& _g) : g(&_g) { }
126.52 - void augmentOnShortestPath() {
126.53 - ResGW res_graph(*g);
126.54 - typename ResGW::template NodeMap<int> pred(res_graph);
126.55 - }
126.56 -};
126.57 -
126.58 -int main(int, char **) {
126.59 - ListGraph G;
126.60 - MaxFlow<ListGraph> max_flow_test(G);
126.61 - max_flow_test.augmentOnShortestPath();
126.62 - return 0;
126.63 -}
127.1 --- a/src/work/marci/comparison Sun Apr 17 18:57:22 2005 +0000
127.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
127.3 @@ -1,7 +0,0 @@
127.4 -./preflow_demo_leda < $1
127.5 -./preflow_demo_boost < $1
127.6 -./preflow_demo_jacint < $1
127.7 -./preflow_demo_athos < $1
127.8 -./edmonds_karp_demo < $1
127.9 -./edmonds_karp_demo_alpar < $1
127.10 -./edmonds_karp_demo_boost < $1
128.1 --- a/src/work/marci/comparison_result Sun Apr 17 18:57:22 2005 +0000
128.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
128.3 @@ -1,26 +0,0 @@
128.4 -preflow demo (LEDA)...
128.5 -elapsed time: 0.510031 sec
128.6 -flow value: 6068
128.7 -preflow demo (BOOST)...
128.8 -elapsed time: 1.32288 sec
128.9 -flow value: 6068
128.10 -preflow demo (preflow_push_max_flow by JACINT)...
128.11 -elapsed time: 0.300136 sec
128.12 -flow value: 6068
128.13 -cut value: 6068
128.14 -preflow demo (preflow_push_hl by JACINT)...
128.15 -A is 1 elapsed time: 0.4667 sec
128.16 -flow value: 6068
128.17 -cut value: 6068
128.18 -preflow demo (ATHOS)...
128.19 -elapsed time: 0.150702 sec
128.20 -flow value: 415
128.21 -edmonds karp demo...
128.22 -elapsed time: 62.3518 sec
128.23 -flow value: 6068
128.24 -edmonds karp demo (ALPAR)...
128.25 -elapsed time: 58.7259 sec
128.26 -flow value: 6068
128.27 -edmonds karp demo (BOOST)...
128.28 -elapsed time: 185.794 sec
128.29 -flow value: 6068
129.1 --- a/src/work/marci/const_map_time.cc Sun Apr 17 18:57:22 2005 +0000
129.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
129.3 @@ -1,46 +0,0 @@
129.4 -// Use a DIMACS max flow file as stdin.
129.5 -// const_map_time < dimacs_max_flow_file
129.6 -
129.7 -#include <iostream>
129.8 -
129.9 -#include <lemon/maps.h>
129.10 -#include <lemon/smart_graph.h>
129.11 -#include <lemon/time_measure.h>
129.12 -#include <lemon/dimacs.h>
129.13 -#include <lemon/graph_wrapper.h>
129.14 -
129.15 -using namespace lemon;
129.16 -
129.17 -int main() {
129.18 -
129.19 - typedef SmartGraph Graph;
129.20 - typedef Graph::Node Node;
129.21 - typedef Graph::Edge Edge;
129.22 - typedef Graph::EdgeIt EdgeIt;
129.23 -
129.24 - Graph g;
129.25 -
129.26 - Node s, t;
129.27 - NullMap<Edge, int> cap;
129.28 - readDimacs(std::cin, g, cap, s, t);
129.29 - //typedef ConstMap<Node, Bool<true> > CN1; CN1 cn1;
129.30 - typedef ConstMap<Node, True> CN1; CN1 cn1;
129.31 - typedef ConstMap<Node, bool> CN2; CN2 cn2(true);
129.32 - // typedef ConstMap<Edge, Bool<true> > CE1; CE1 ce1;
129.33 - typedef ConstMap<Edge, True> CE1; CE1 ce1;
129.34 - typedef ConstMap<Edge, bool> CE2; CE2 ce2(true);
129.35 - typedef SubGraphWrapper<Graph, CN1, CE1> SB1; SB1 sb1(g, cn1, ce1);
129.36 - typedef SubGraphWrapper<Graph, CN2, CE2> SB2; SB2 sb2(g, cn2, ce2);
129.37 - Timer ts;
129.38 - cout << "specialized (compile-time) const map time:" << endl;
129.39 - ts.reset();
129.40 - for (SB1::NodeIt n(sb1); n!=INVALID; ++n)
129.41 - for (SB1::EdgeIt e(sb1); e!=INVALID; ++e) { }
129.42 - cout << ts << endl;
129.43 - ts.reset();
129.44 - cout << "generic const map time:" << endl;
129.45 - for (SB2::NodeIt n(sb2); n!=INVALID; ++n)
129.46 - for (SB2::EdgeIt e(sb2); e!=INVALID; ++e) { }
129.47 - cout << ts << endl;
129.48 - return 0;
129.49 -}
130.1 --- a/src/work/marci/dereferalas_lenyeg Sun Apr 17 18:57:22 2005 +0000
130.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
130.3 @@ -1,84 +0,0 @@
130.4 -A tovabbiakban az optimalizalas -O-t jelent, a nelkul pedig -O0-t jelent
130.5 -Az en gepemen, kb Celeron 600, 193 MB Ram, vmi ilyesmi:
130.6 -
130.7 -marci@linux:~/etik-ol/src/demo/marci> ./gw_vs_not < flow-1.dim
130.8 -Optimalizalassal dereferalas nelkul:
130.9 -edmonds karp demo (physical blocking flow augmentation)...
130.10 -elapsed time: u: 0.85s, s: 0s, cu: 0s, cs: 0s, real: 0.853216s
130.11 -edmonds karp demo (physical blocking flow 1 augmentation)...
130.12 -elapsed time: u: 0.58s, s: 0.01s, cu: 0s, cs: 0s, real: 0.596862s
130.13 -edmonds karp demo (on-the-fly blocking flow augmentation)...
130.14 -elapsed time: u: 0.84s, s: 0s, cu: 0s, cs: 0s, real: 0.842828s
130.15 -edmonds karp demo (on-the-fly shortest path augmentation)...
130.16 -elapsed time: u: 66.05s, s: 0.06s, cu: 0s, cs: 0s, real: 67.2388s
130.17 -Optimalizalassal 10 dereferalassal:
130.18 -edmonds karp demo (physical blocking flow augmentation)...
130.19 -elapsed time: u: 0.92s, s: 0s, cu: 0s, cs: 0s, real: 0.976928s
130.20 -edmonds karp demo (physical blocking flow 1 augmentation)...
130.21 -elapsed time: u: 0.65s, s: 0s, cu: 0s, cs: 0s, real: 0.676874s
130.22 -edmonds karp demo (on-the-fly blocking flow augmentation)...
130.23 -elapsed time: u: 0.88s, s: 0s, cu: 0s, cs: 0s, real: 0.891846s
130.24 -edmonds karp demo (on-the-fly shortest path augmentation)...
130.25 -elapsed time: u: 64.87s, s: 0.11s, cu: 0s, cs: 0s, real: 112.369s
130.26 -
130.27 -Optimalizalas nelkul dereferalas nelkul:
130.28 -marci@linux:~/etik-ol/src/demo/marci> ./gw_vs_not < flow-1.dim
130.29 -edmonds karp demo (physical blocking flow augmentation)...
130.30 -elapsed time: u: 3.03s, s: 0s, cu: 0s, cs: 0s, real: 3.02742s
130.31 -edmonds karp demo (physical blocking flow 1 augmentation)...
130.32 -elapsed time: u: 2.22s, s: 0.01s, cu: 0s, cs: 0s, real: 2.22656s
130.33 -edmonds karp demo (on-the-fly blocking flow augmentation)...
130.34 -elapsed time: u: 2.83s, s: 0s, cu: 0s, cs: 0s, real: 2.83153s
130.35 -edmonds karp demo (on-the-fly shortest path augmentation)...
130.36 -elapsed time: u: 201.59s, s: 0.01s, cu: 0s, cs: 0s, real: 201.769s
130.37 -Optimalizalas nelkul 10 dereferalassal:
130.38 -edmonds karp demo (physical blocking flow augmentation)...
130.39 -elapsed time: u: 4.93s, s: 0.02s, cu: 0s, cs: 0s, real: 4.94956s
130.40 -edmonds karp demo (physical blocking flow 1 augmentation)...
130.41 -elapsed time: u: 3.4s, s: 0.02s, cu: 0s, cs: 0s, real: 3.44515s
130.42 -edmonds karp demo (on-the-fly blocking flow augmentation)...
130.43 -elapsed time: u: 4.65s, s: 0.01s, cu: 0s, cs: 0s, real: 4.66487s
130.44 -edmonds karp demo (on-the-fly shortest path augmentation)...
130.45 -elapsed time: u: 343.84s, s: 0.29s, cu: 0s, cs: 0s, real: 349.499s
130.46 -
130.47 -Ugyanez a karp-on:
130.48 -
130.49 -marci@karp:~/etik-ol/src/demo/marci$ ./gw_vs_not <flow-1.dim
130.50 -Optimalizalassal dereferalas nelkul:
130.51 -edmonds karp demo (physical blocking flow augmentation)...
130.52 -elapsed time: u: 0.36s, s: 0.01s, cu: 0s, cs: 0s, real: 0.381987s
130.53 -edmonds karp demo (physical blocking flow 1 augmentation)...
130.54 -elapsed time: u: 0.22s, s: 0s, cu: 0s, cs: 0s, real: 0.2342s
130.55 -edmonds karp demo (on-the-fly blocking flow augmentation)...
130.56 -elapsed time: u: 0.32s, s: 0.01s, cu: 0s, cs: 0s, real: 0.326205s
130.57 -edmonds karp demo (on-the-fly shortest path augmentation)...
130.58 -elapsed time: u: 26.35s, s: 0.28s, cu: 0s, cs: 0s, real: 28.2115s
130.59 -Optimalizalassal 10 dereferalassal:
130.60 -edmonds karp demo (physical blocking flow augmentation)...
130.61 -elapsed time: u: 0.37s, s: 0.01s, cu: 0s, cs: 0s, real: 0.385124s
130.62 -edmonds karp demo (physical blocking flow 1 augmentation)...
130.63 -elapsed time: u: 0.22s, s: 0.01s, cu: 0s, cs: 0s, real: 0.237324s
130.64 -edmonds karp demo (on-the-fly blocking flow augmentation)...
130.65 -elapsed time: u: 0.32s, s: 0s, cu: 0s, cs: 0s, real: 0.448101s
130.66 -edmonds karp demo (on-the-fly shortest path augmentation)...
130.67 -elapsed time: u: 26.4s, s: 0.31s, cu: 0s, cs: 0s, real: 37.7664s
130.68 -
130.69 -marci@karp:~/etik-ol/src/demo/marci$ ./gw_vs_not <flow-1.dim
130.70 -Optimalizalas nelkul dereferalas nelkul:
130.71 -edmonds karp demo (physical blocking flow augmentation)...
130.72 -elapsed time: u: 1.11s, s: 0.02s, cu: 0s, cs: 0s, real: 1.12706s
130.73 -edmonds karp demo (physical blocking flow 1 augmentation)...
130.74 -elapsed time: u: 0.8s, s: 0.01s, cu: 0s, cs: 0s, real: 0.823603s
130.75 -edmonds karp demo (on-the-fly blocking flow augmentation)...
130.76 -elapsed time: u: 1.03s, s: 0.01s, cu: 0s, cs: 0s, real: 1.04539s
130.77 -edmonds karp demo (on-the-fly shortest path augmentation)...
130.78 -elapsed time: u: 75.12s, s: 0.88s, cu: 0s, cs: 0s, real: 79.8696s
130.79 -Optimalizalas nelkul dereferalassal nelkul:
130.80 -edmonds karp demo (physical blocking flow augmentation)...
130.81 -elapsed time: u: 1.79s, s: 0.02s, cu: 0s, cs: 0s, real: 1.91172s
130.82 -edmonds karp demo (physical blocking flow 1 augmentation)...
130.83 -elapsed time: u: 1.25s, s: 0.02s, cu: 0s, cs: 0s, real: 1.44247s
130.84 -edmonds karp demo (on-the-fly blocking flow augmentation)...
130.85 -elapsed time: u: 1.76s, s: 0.02s, cu: 0s, cs: 0s, real: 1.87643s
130.86 -edmonds karp demo (on-the-fly shortest path augmentation)...
130.87 -elapsed time: u: 135.62s, s: 1.37s, cu: 0s, cs: 0s, real: 144.059s
131.1 --- a/src/work/marci/edmonds_karp_demo_boost.cc Sun Apr 17 18:57:22 2005 +0000
131.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
131.3 @@ -1,57 +0,0 @@
131.4 -#include <iostream>
131.5 -#include <string>
131.6 -
131.7 -#include <boost/config.hpp>
131.8 -#include <boost/graph/edmunds_karp_max_flow.hpp>
131.9 -#include <boost/graph/adjacency_list.hpp>
131.10 -#include <boost/graph/read_dimacs.hpp>
131.11 -#include <boost/graph/graph_utility.hpp>
131.12 -
131.13 -#include <time_measure.h>
131.14 -
131.15 -// Use a DIMACS network flow file as stdin.
131.16 -// max_flow < max_flow.dat
131.17 -int main()
131.18 -{
131.19 - using namespace boost;
131.20 -
131.21 - typedef adjacency_list_traits<vecS, vecS, directedS> Traits;
131.22 - typedef adjacency_list<listS, vecS, directedS,
131.23 - property<vertex_name_t, std::string>,
131.24 - property<edge_capacity_t, long,
131.25 - property<edge_residual_capacity_t, long,
131.26 - property<edge_reverse_t, Traits::edge_descriptor> > >
131.27 - > Graph;
131.28 -
131.29 - Graph g;
131.30 -
131.31 - property_map<Graph, edge_capacity_t>::type
131.32 - capacity = get(edge_capacity, g);
131.33 - property_map<Graph, edge_reverse_t>::type
131.34 - rev = get(edge_reverse, g);
131.35 - property_map<Graph, edge_residual_capacity_t>::type
131.36 - residual_capacity = get(edge_residual_capacity, g);
131.37 -
131.38 - Traits::vertex_descriptor s, t;
131.39 - read_dimacs_max_flow(g, capacity, rev, s, t);
131.40 -
131.41 - std::cout << "edmonds karp demo (BOOST)..." << endl;
131.42 - double pre_time=currTime();
131.43 - long flow = edmunds_karp_max_flow(g, s, t);
131.44 - double post_time=currTime();
131.45 -
131.46 - //std::cout << "maximum flow: " << std::endl;
131.47 - //graph_traits<Graph>::vertex_iterator u_iter, u_end;
131.48 - //graph_traits<Graph>::out_edge_iterator ei, e_end;
131.49 - //for (tie(u_iter, u_end) = vertices(g); u_iter != u_end; ++u_iter)
131.50 - // for (tie(ei, e_end) = out_edges(*u_iter, g); ei != e_end; ++ei)
131.51 - // if (capacity[*ei] > 0)
131.52 - // std::cout << "f " << *u_iter << " " << target(*ei, g) << " "
131.53 - // << (capacity[*ei] - residual_capacity[*ei]) << std::endl;
131.54 - //
131.55 - //std::cout << std::endl;
131.56 - std::cout << "elapsed time: " << post_time-pre_time << " sec"<< std::endl;
131.57 - std::cout << "flow value: " << flow << std::endl;
131.58 -
131.59 - return 0;
131.60 -}
132.1 --- a/src/work/marci/experiment/bfs_iterator.h Sun Apr 17 18:57:22 2005 +0000
132.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
132.3 @@ -1,841 +0,0 @@
132.4 -// -*- c++ -*-
132.5 -#ifndef LEMON_BFS_ITERATOR_H
132.6 -#define LEMON_BFS_ITERATOR_H
132.7 -
132.8 -#include <queue>
132.9 -#include <stack>
132.10 -#include <utility>
132.11 -#include <graph_wrapper.h>
132.12 -
132.13 -namespace lemon {
132.14 -
132.15 -// template <typename Graph>
132.16 -// struct bfs {
132.17 -// typedef typename Graph::Node Node;
132.18 -// typedef typename Graph::Edge Edge;
132.19 -// typedef typename Graph::NodeIt NodeIt;
132.20 -// typedef typename Graph::OutEdgeIt OutEdgeIt;
132.21 -// Graph& G;
132.22 -// Node s;
132.23 -// typename Graph::NodeMap<bool> reached;
132.24 -// typename Graph::NodeMap<Edge> pred;
132.25 -// typename Graph::NodeMap<int> dist;
132.26 -// std::queue<Node> bfs_queue;
132.27 -// bfs(Graph& _G, Node _s) : G(_G), s(_s), reached(_G), pred(_G), dist(_G) {
132.28 -// bfs_queue.push(s);
132.29 -// for(NodeIt i=G.template first<NodeIt>(); i.valid(); ++i)
132.30 -// reached.set(i, false);
132.31 -// reached.set(s, true);
132.32 -// dist.set(s, 0);
132.33 -// }
132.34 -
132.35 -// void run() {
132.36 -// while (!bfs_queue.empty()) {
132.37 -// Node v=bfs_queue.front();
132.38 -// OutEdgeIt e=G.template first<OutEdgeIt>(v);
132.39 -// bfs_queue.pop();
132.40 -// for( ; e.valid(); ++e) {
132.41 -// Node w=G.bNode(e);
132.42 -// std::cout << "scan node " << G.id(w) << " from node " << G.id(v) << std::endl;
132.43 -// if (!reached.get(w)) {
132.44 -// std::cout << G.id(w) << " is newly reached :-)" << std::endl;
132.45 -// bfs_queue.push(w);
132.46 -// dist.set(w, dist.get(v)+1);
132.47 -// pred.set(w, e);
132.48 -// reached.set(w, true);
132.49 -// } else {
132.50 -// std::cout << G.id(w) << " is already reached" << std::endl;
132.51 -// }
132.52 -// }
132.53 -// }
132.54 -// }
132.55 -// };
132.56 -
132.57 -// template <typename Graph>
132.58 -// struct bfs_visitor {
132.59 -// typedef typename Graph::Node Node;
132.60 -// typedef typename Graph::Edge Edge;
132.61 -// typedef typename Graph::OutEdgeIt OutEdgeIt;
132.62 -// Graph& G;
132.63 -// bfs_visitor(Graph& _G) : G(_G) { }
132.64 -// void at_previously_reached(OutEdgeIt& e) {
132.65 -// //Node v=G.aNode(e);
132.66 -// Node w=G.bNode(e);
132.67 -// std::cout << G.id(w) << " is already reached" << std::endl;
132.68 -// }
132.69 -// void at_newly_reached(OutEdgeIt& e) {
132.70 -// //Node v=G.aNode(e);
132.71 -// Node w=G.bNode(e);
132.72 -// std::cout << G.id(w) << " is newly reached :-)" << std::endl;
132.73 -// }
132.74 -// };
132.75 -
132.76 -// template <typename Graph, typename ReachedMap, typename visitor_type>
132.77 -// struct bfs_iterator {
132.78 -// typedef typename Graph::Node Node;
132.79 -// typedef typename Graph::Edge Edge;
132.80 -// typedef typename Graph::OutEdgeIt OutEdgeIt;
132.81 -// Graph& G;
132.82 -// std::queue<OutEdgeIt>& bfs_queue;
132.83 -// ReachedMap& reached;
132.84 -// visitor_type& visitor;
132.85 -// void process() {
132.86 -// while ( !bfs_queue.empty() && !bfs_queue.front().valid() ) { bfs_queue.pop(); }
132.87 -// if (bfs_queue.empty()) return;
132.88 -// OutEdgeIt e=bfs_queue.front();
132.89 -// //Node v=G.aNode(e);
132.90 -// Node w=G.bNode(e);
132.91 -// if (!reached.get(w)) {
132.92 -// visitor.at_newly_reached(e);
132.93 -// bfs_queue.push(G.template first<OutEdgeIt>(w));
132.94 -// reached.set(w, true);
132.95 -// } else {
132.96 -// visitor.at_previously_reached(e);
132.97 -// }
132.98 -// }
132.99 -// bfs_iterator(Graph& _G, std::queue<OutEdgeIt>& _bfs_queue, ReachedMap& _reached, visitor_type& _visitor) : G(_G), bfs_queue(_bfs_queue), reached(_reached), visitor(_visitor) {
132.100 -// //while ( !bfs_queue.empty() && !bfs_queue.front().valid() ) { bfs_queue.pop(); }
132.101 -// valid();
132.102 -// }
132.103 -// bfs_iterator<Graph, ReachedMap, visitor_type>& operator++() {
132.104 -// //while ( !bfs_queue.empty() && !bfs_queue.front().valid() ) { bfs_queue.pop(); }
132.105 -// //if (bfs_queue.empty()) return *this;
132.106 -// if (!valid()) return *this;
132.107 -// ++(bfs_queue.front());
132.108 -// //while ( !bfs_queue.empty() && !bfs_queue.front().valid() ) { bfs_queue.pop(); }
132.109 -// valid();
132.110 -// return *this;
132.111 -// }
132.112 -// //void next() {
132.113 -// // while ( !bfs_queue.empty() && !bfs_queue.front().valid() ) { bfs_queue.pop(); }
132.114 -// // if (bfs_queue.empty()) return;
132.115 -// // ++(bfs_queue.front());
132.116 -// // while ( !bfs_queue.empty() && !bfs_queue.front().valid() ) { bfs_queue.pop(); }
132.117 -// //}
132.118 -// bool valid() {
132.119 -// while ( !bfs_queue.empty() && !bfs_queue.front().valid() ) { bfs_queue.pop(); }
132.120 -// if (bfs_queue.empty()) return false; else return true;
132.121 -// }
132.122 -// //bool finished() {
132.123 -// // while ( !bfs_queue.empty() && !bfs_queue.front().valid() ) { bfs_queue.pop(); }
132.124 -// // if (bfs_queue.empty()) return true; else return false;
132.125 -// //}
132.126 -// operator Edge () { return bfs_queue.front(); }
132.127 -
132.128 -// };
132.129 -
132.130 -// template <typename Graph, typename ReachedMap>
132.131 -// struct bfs_iterator1 {
132.132 -// typedef typename Graph::Node Node;
132.133 -// typedef typename Graph::Edge Edge;
132.134 -// typedef typename Graph::OutEdgeIt OutEdgeIt;
132.135 -// Graph& G;
132.136 -// std::queue<OutEdgeIt>& bfs_queue;
132.137 -// ReachedMap& reached;
132.138 -// bool _newly_reached;
132.139 -// bfs_iterator1(Graph& _G, std::queue<OutEdgeIt>& _bfs_queue, ReachedMap& _reached) : G(_G), bfs_queue(_bfs_queue), reached(_reached) {
132.140 -// valid();
132.141 -// if (!bfs_queue.empty() && bfs_queue.front().valid()) {
132.142 -// OutEdgeIt e=bfs_queue.front();
132.143 -// Node w=G.bNode(e);
132.144 -// if (!reached.get(w)) {
132.145 -// bfs_queue.push(G.template first<OutEdgeIt>(w));
132.146 -// reached.set(w, true);
132.147 -// _newly_reached=true;
132.148 -// } else {
132.149 -// _newly_reached=false;
132.150 -// }
132.151 -// }
132.152 -// }
132.153 -// bfs_iterator1<Graph, ReachedMap>& operator++() {
132.154 -// if (!valid()) return *this;
132.155 -// ++(bfs_queue.front());
132.156 -// valid();
132.157 -// if (!bfs_queue.empty() && bfs_queue.front().valid()) {
132.158 -// OutEdgeIt e=bfs_queue.front();
132.159 -// Node w=G.bNode(e);
132.160 -// if (!reached.get(w)) {
132.161 -// bfs_queue.push(G.template first<OutEdgeIt>(w));
132.162 -// reached.set(w, true);
132.163 -// _newly_reached=true;
132.164 -// } else {
132.165 -// _newly_reached=false;
132.166 -// }
132.167 -// }
132.168 -// return *this;
132.169 -// }
132.170 -// bool valid() {
132.171 -// while ( !bfs_queue.empty() && !bfs_queue.front().valid() ) { bfs_queue.pop(); }
132.172 -// if (bfs_queue.empty()) return false; else return true;
132.173 -// }
132.174 -// operator OutEdgeIt() { return bfs_queue.front(); }
132.175 -// //ize
132.176 -// bool newly_reached() { return _newly_reached; }
132.177 -
132.178 -// };
132.179 -
132.180 -// template <typename Graph, typename OutEdgeIt, typename ReachedMap>
132.181 -// struct BfsIterator {
132.182 -// typedef typename Graph::Node Node;
132.183 -// Graph& G;
132.184 -// std::queue<OutEdgeIt>& bfs_queue;
132.185 -// ReachedMap& reached;
132.186 -// bool b_node_newly_reached;
132.187 -// OutEdgeIt actual_edge;
132.188 -// BfsIterator(Graph& _G,
132.189 -// std::queue<OutEdgeIt>& _bfs_queue,
132.190 -// ReachedMap& _reached) :
132.191 -// G(_G), bfs_queue(_bfs_queue), reached(_reached) {
132.192 -// actual_edge=bfs_queue.front();
132.193 -// if (actual_edge.valid()) {
132.194 -// Node w=G.bNode(actual_edge);
132.195 -// if (!reached.get(w)) {
132.196 -// bfs_queue.push(G.firstOutEdge(w));
132.197 -// reached.set(w, true);
132.198 -// b_node_newly_reached=true;
132.199 -// } else {
132.200 -// b_node_newly_reached=false;
132.201 -// }
132.202 -// }
132.203 -// }
132.204 -// BfsIterator<Graph, OutEdgeIt, ReachedMap>&
132.205 -// operator++() {
132.206 -// if (bfs_queue.front().valid()) {
132.207 -// ++(bfs_queue.front());
132.208 -// actual_edge=bfs_queue.front();
132.209 -// if (actual_edge.valid()) {
132.210 -// Node w=G.bNode(actual_edge);
132.211 -// if (!reached.get(w)) {
132.212 -// bfs_queue.push(G.firstOutEdge(w));
132.213 -// reached.set(w, true);
132.214 -// b_node_newly_reached=true;
132.215 -// } else {
132.216 -// b_node_newly_reached=false;
132.217 -// }
132.218 -// }
132.219 -// } else {
132.220 -// bfs_queue.pop();
132.221 -// actual_edge=bfs_queue.front();
132.222 -// if (actual_edge.valid()) {
132.223 -// Node w=G.bNode(actual_edge);
132.224 -// if (!reached.get(w)) {
132.225 -// bfs_queue.push(G.firstOutEdge(w));
132.226 -// reached.set(w, true);
132.227 -// b_node_newly_reached=true;
132.228 -// } else {
132.229 -// b_node_newly_reached=false;
132.230 -// }
132.231 -// }
132.232 -// }
132.233 -// return *this;
132.234 -// }
132.235 -// bool finished() { return bfs_queue.empty(); }
132.236 -// operator OutEdgeIt () { return actual_edge; }
132.237 -// bool bNodeIsNewlyReached() { return b_node_newly_reached; }
132.238 -// bool aNodeIsExamined() { return !(actual_edge.valid()); }
132.239 -// };
132.240 -
132.241 -
132.242 -// template <typename Graph, typename OutEdgeIt, typename ReachedMap>
132.243 -// struct DfsIterator {
132.244 -// typedef typename Graph::Node Node;
132.245 -// Graph& G;
132.246 -// std::stack<OutEdgeIt>& bfs_queue;
132.247 -// ReachedMap& reached;
132.248 -// bool b_node_newly_reached;
132.249 -// OutEdgeIt actual_edge;
132.250 -// DfsIterator(Graph& _G,
132.251 -// std::stack<OutEdgeIt>& _bfs_queue,
132.252 -// ReachedMap& _reached) :
132.253 -// G(_G), bfs_queue(_bfs_queue), reached(_reached) {
132.254 -// actual_edge=bfs_queue.top();
132.255 -// if (actual_edge.valid()) {
132.256 -// Node w=G.bNode(actual_edge);
132.257 -// if (!reached.get(w)) {
132.258 -// bfs_queue.push(G.firstOutEdge(w));
132.259 -// reached.set(w, true);
132.260 -// b_node_newly_reached=true;
132.261 -// } else {
132.262 -// ++(bfs_queue.top());
132.263 -// b_node_newly_reached=false;
132.264 -// }
132.265 -// } else {
132.266 -// bfs_queue.pop();
132.267 -// }
132.268 -// }
132.269 -// DfsIterator<Graph, OutEdgeIt, ReachedMap>&
132.270 -// operator++() {
132.271 -// actual_edge=bfs_queue.top();
132.272 -// if (actual_edge.valid()) {
132.273 -// Node w=G.bNode(actual_edge);
132.274 -// if (!reached.get(w)) {
132.275 -// bfs_queue.push(G.firstOutEdge(w));
132.276 -// reached.set(w, true);
132.277 -// b_node_newly_reached=true;
132.278 -// } else {
132.279 -// ++(bfs_queue.top());
132.280 -// b_node_newly_reached=false;
132.281 -// }
132.282 -// } else {
132.283 -// bfs_queue.pop();
132.284 -// }
132.285 -// return *this;
132.286 -// }
132.287 -// bool finished() { return bfs_queue.empty(); }
132.288 -// operator OutEdgeIt () { return actual_edge; }
132.289 -// bool bNodeIsNewlyReached() { return b_node_newly_reached; }
132.290 -// bool aNodeIsExamined() { return !(actual_edge.valid()); }
132.291 -// };
132.292 -
132.293 -// template <typename Graph, typename OutEdgeIt, typename ReachedMap>
132.294 -// struct BfsIterator1 {
132.295 -// typedef typename Graph::Node Node;
132.296 -// Graph& G;
132.297 -// std::queue<OutEdgeIt>& bfs_queue;
132.298 -// ReachedMap& reached;
132.299 -// bool b_node_newly_reached;
132.300 -// OutEdgeIt actual_edge;
132.301 -// BfsIterator1(Graph& _G,
132.302 -// std::queue<OutEdgeIt>& _bfs_queue,
132.303 -// ReachedMap& _reached) :
132.304 -// G(_G), bfs_queue(_bfs_queue), reached(_reached) {
132.305 -// actual_edge=bfs_queue.front();
132.306 -// if (actual_edge.valid()) {
132.307 -// Node w=G.bNode(actual_edge);
132.308 -// if (!reached.get(w)) {
132.309 -// bfs_queue.push(OutEdgeIt(G, w));
132.310 -// reached.set(w, true);
132.311 -// b_node_newly_reached=true;
132.312 -// } else {
132.313 -// b_node_newly_reached=false;
132.314 -// }
132.315 -// }
132.316 -// }
132.317 -// void next() {
132.318 -// if (bfs_queue.front().valid()) {
132.319 -// ++(bfs_queue.front());
132.320 -// actual_edge=bfs_queue.front();
132.321 -// if (actual_edge.valid()) {
132.322 -// Node w=G.bNode(actual_edge);
132.323 -// if (!reached.get(w)) {
132.324 -// bfs_queue.push(OutEdgeIt(G, w));
132.325 -// reached.set(w, true);
132.326 -// b_node_newly_reached=true;
132.327 -// } else {
132.328 -// b_node_newly_reached=false;
132.329 -// }
132.330 -// }
132.331 -// } else {
132.332 -// bfs_queue.pop();
132.333 -// actual_edge=bfs_queue.front();
132.334 -// if (actual_edge.valid()) {
132.335 -// Node w=G.bNode(actual_edge);
132.336 -// if (!reached.get(w)) {
132.337 -// bfs_queue.push(OutEdgeIt(G, w));
132.338 -// reached.set(w, true);
132.339 -// b_node_newly_reached=true;
132.340 -// } else {
132.341 -// b_node_newly_reached=false;
132.342 -// }
132.343 -// }
132.344 -// }
132.345 -// //return *this;
132.346 -// }
132.347 -// bool finished() { return bfs_queue.empty(); }
132.348 -// operator OutEdgeIt () { return actual_edge; }
132.349 -// bool bNodeIsNewlyReached() { return b_node_newly_reached; }
132.350 -// bool aNodeIsExamined() { return !(actual_edge.valid()); }
132.351 -// };
132.352 -
132.353 -
132.354 -// template <typename Graph, typename OutEdgeIt, typename ReachedMap>
132.355 -// struct DfsIterator1 {
132.356 -// typedef typename Graph::Node Node;
132.357 -// Graph& G;
132.358 -// std::stack<OutEdgeIt>& bfs_queue;
132.359 -// ReachedMap& reached;
132.360 -// bool b_node_newly_reached;
132.361 -// OutEdgeIt actual_edge;
132.362 -// DfsIterator1(Graph& _G,
132.363 -// std::stack<OutEdgeIt>& _bfs_queue,
132.364 -// ReachedMap& _reached) :
132.365 -// G(_G), bfs_queue(_bfs_queue), reached(_reached) {
132.366 -// //actual_edge=bfs_queue.top();
132.367 -// //if (actual_edge.valid()) {
132.368 -// // Node w=G.bNode(actual_edge);
132.369 -// //if (!reached.get(w)) {
132.370 -// // bfs_queue.push(OutEdgeIt(G, w));
132.371 -// // reached.set(w, true);
132.372 -// // b_node_newly_reached=true;
132.373 -// //} else {
132.374 -// // ++(bfs_queue.top());
132.375 -// // b_node_newly_reached=false;
132.376 -// //}
132.377 -// //} else {
132.378 -// // bfs_queue.pop();
132.379 -// //}
132.380 -// }
132.381 -// void next() {
132.382 -// actual_edge=bfs_queue.top();
132.383 -// if (actual_edge.valid()) {
132.384 -// Node w=G.bNode(actual_edge);
132.385 -// if (!reached.get(w)) {
132.386 -// bfs_queue.push(OutEdgeIt(G, w));
132.387 -// reached.set(w, true);
132.388 -// b_node_newly_reached=true;
132.389 -// } else {
132.390 -// ++(bfs_queue.top());
132.391 -// b_node_newly_reached=false;
132.392 -// }
132.393 -// } else {
132.394 -// bfs_queue.pop();
132.395 -// }
132.396 -// //return *this;
132.397 -// }
132.398 -// bool finished() { return bfs_queue.empty(); }
132.399 -// operator OutEdgeIt () { return actual_edge; }
132.400 -// bool bNodeIsNewlyReached() { return b_node_newly_reached; }
132.401 -// bool aNodeIsLeaved() { return !(actual_edge.valid()); }
132.402 -// };
132.403 -
132.404 -// template <typename Graph, typename OutEdgeIt, typename ReachedMap>
132.405 -// class BfsIterator2 {
132.406 -// typedef typename Graph::Node Node;
132.407 -// const Graph& G;
132.408 -// std::queue<OutEdgeIt> bfs_queue;
132.409 -// ReachedMap reached;
132.410 -// bool b_node_newly_reached;
132.411 -// OutEdgeIt actual_edge;
132.412 -// public:
132.413 -// BfsIterator2(const Graph& _G) : G(_G), reached(G, false) { }
132.414 -// void pushAndSetReached(Node s) {
132.415 -// reached.set(s, true);
132.416 -// if (bfs_queue.empty()) {
132.417 -// bfs_queue.push(G.template first<OutEdgeIt>(s));
132.418 -// actual_edge=bfs_queue.front();
132.419 -// if (actual_edge.valid()) {
132.420 -// Node w=G.bNode(actual_edge);
132.421 -// if (!reached.get(w)) {
132.422 -// bfs_queue.push(G.template first<OutEdgeIt>(w));
132.423 -// reached.set(w, true);
132.424 -// b_node_newly_reached=true;
132.425 -// } else {
132.426 -// b_node_newly_reached=false;
132.427 -// }
132.428 -// } //else {
132.429 -// //}
132.430 -// } else {
132.431 -// bfs_queue.push(G.template first<OutEdgeIt>(s));
132.432 -// }
132.433 -// }
132.434 -// BfsIterator2<Graph, OutEdgeIt, ReachedMap>&
132.435 -// operator++() {
132.436 -// if (bfs_queue.front().valid()) {
132.437 -// ++(bfs_queue.front());
132.438 -// actual_edge=bfs_queue.front();
132.439 -// if (actual_edge.valid()) {
132.440 -// Node w=G.bNode(actual_edge);
132.441 -// if (!reached.get(w)) {
132.442 -// bfs_queue.push(G.template first<OutEdgeIt>(w));
132.443 -// reached.set(w, true);
132.444 -// b_node_newly_reached=true;
132.445 -// } else {
132.446 -// b_node_newly_reached=false;
132.447 -// }
132.448 -// }
132.449 -// } else {
132.450 -// bfs_queue.pop();
132.451 -// if (!bfs_queue.empty()) {
132.452 -// actual_edge=bfs_queue.front();
132.453 -// if (actual_edge.valid()) {
132.454 -// Node w=G.bNode(actual_edge);
132.455 -// if (!reached.get(w)) {
132.456 -// bfs_queue.push(G.template first<OutEdgeIt>(w));
132.457 -// reached.set(w, true);
132.458 -// b_node_newly_reached=true;
132.459 -// } else {
132.460 -// b_node_newly_reached=false;
132.461 -// }
132.462 -// }
132.463 -// }
132.464 -// }
132.465 -// return *this;
132.466 -// }
132.467 -// bool finished() const { return bfs_queue.empty(); }
132.468 -// operator OutEdgeIt () const { return actual_edge; }
132.469 -// bool isBNodeNewlyReached() const { return b_node_newly_reached; }
132.470 -// bool isANodeExamined() const { return !(actual_edge.valid()); }
132.471 -// const ReachedMap& getReachedMap() const { return reached; }
132.472 -// const std::queue<OutEdgeIt>& getBfsQueue() const { return bfs_queue; }
132.473 -// };
132.474 -
132.475 -
132.476 -// template <typename Graph, typename OutEdgeIt, typename ReachedMap>
132.477 -// class BfsIterator3 {
132.478 -// typedef typename Graph::Node Node;
132.479 -// const Graph& G;
132.480 -// std::queue< std::pair<Node, OutEdgeIt> > bfs_queue;
132.481 -// ReachedMap reached;
132.482 -// bool b_node_newly_reached;
132.483 -// OutEdgeIt actual_edge;
132.484 -// public:
132.485 -// BfsIterator3(const Graph& _G) : G(_G), reached(G, false) { }
132.486 -// void pushAndSetReached(Node s) {
132.487 -// reached.set(s, true);
132.488 -// if (bfs_queue.empty()) {
132.489 -// bfs_queue.push(std::pair<Node, OutEdgeIt>(s, G.template first<OutEdgeIt>(s)));
132.490 -// actual_edge=bfs_queue.front().second;
132.491 -// if (actual_edge.valid()) {
132.492 -// Node w=G.bNode(actual_edge);
132.493 -// if (!reached.get(w)) {
132.494 -// bfs_queue.push(std::pair<Node, OutEdgeIt>(w, G.template first<OutEdgeIt>(w)));
132.495 -// reached.set(w, true);
132.496 -// b_node_newly_reached=true;
132.497 -// } else {
132.498 -// b_node_newly_reached=false;
132.499 -// }
132.500 -// } //else {
132.501 -// //}
132.502 -// } else {
132.503 -// bfs_queue.push(std::pair<Node, OutEdgeIt>(s, G.template first<OutEdgeIt>(s)));
132.504 -// }
132.505 -// }
132.506 -// BfsIterator3<Graph, OutEdgeIt, ReachedMap>&
132.507 -// operator++() {
132.508 -// if (bfs_queue.front().second.valid()) {
132.509 -// ++(bfs_queue.front().second);
132.510 -// actual_edge=bfs_queue.front().second;
132.511 -// if (actual_edge.valid()) {
132.512 -// Node w=G.bNode(actual_edge);
132.513 -// if (!reached.get(w)) {
132.514 -// bfs_queue.push(std::pair<Node, OutEdgeIt>(w, G.template first<OutEdgeIt>(w)));
132.515 -// reached.set(w, true);
132.516 -// b_node_newly_reached=true;
132.517 -// } else {
132.518 -// b_node_newly_reached=false;
132.519 -// }
132.520 -// }
132.521 -// } else {
132.522 -// bfs_queue.pop();
132.523 -// if (!bfs_queue.empty()) {
132.524 -// actual_edge=bfs_queue.front().second;
132.525 -// if (actual_edge.valid()) {
132.526 -// Node w=G.bNode(actual_edge);
132.527 -// if (!reached.get(w)) {
132.528 -// bfs_queue.push(std::pair<Node, OutEdgeIt>(w, G.template first<OutEdgeIt>(w)));
132.529 -// reached.set(w, true);
132.530 -// b_node_newly_reached=true;
132.531 -// } else {
132.532 -// b_node_newly_reached=false;
132.533 -// }
132.534 -// }
132.535 -// }
132.536 -// }
132.537 -// return *this;
132.538 -// }
132.539 -// bool finished() const { return bfs_queue.empty(); }
132.540 -// operator OutEdgeIt () const { return actual_edge; }
132.541 -// bool isBNodeNewlyReached() const { return b_node_newly_reached; }
132.542 -// bool isANodeExamined() const { return !(actual_edge.valid()); }
132.543 -// Node aNode() const { return bfs_queue.front().first; }
132.544 -// Node bNode() const { return G.bNode(actual_edge); }
132.545 -// const ReachedMap& getReachedMap() const { return reached; }
132.546 -// //const std::queue< std::pair<Node, OutEdgeIt> >& getBfsQueue() const { return bfs_queue; }
132.547 -// };
132.548 -
132.549 -
132.550 -// template <typename Graph, typename OutEdgeIt,
132.551 -// typename ReachedMap/*=typename Graph::NodeMap<bool>*/ >
132.552 -// class BfsIterator4 {
132.553 -// typedef typename Graph::Node Node;
132.554 -// const Graph& G;
132.555 -// std::queue<Node> bfs_queue;
132.556 -// ReachedMap& reached;
132.557 -// bool b_node_newly_reached;
132.558 -// OutEdgeIt actual_edge;
132.559 -// bool own_reached_map;
132.560 -// public:
132.561 -// BfsIterator4(const Graph& _G, ReachedMap& _reached) :
132.562 -// G(_G), reached(_reached),
132.563 -// own_reached_map(false) { }
132.564 -// BfsIterator4(const Graph& _G) :
132.565 -// G(_G), reached(*(new ReachedMap(G /*, false*/))),
132.566 -// own_reached_map(true) { }
132.567 -// ~BfsIterator4() { if (own_reached_map) delete &reached; }
132.568 -// void pushAndSetReached(Node s) {
132.569 -// //std::cout << "mimi" << &reached << std::endl;
132.570 -// reached.set(s, true);
132.571 -// //std::cout << "mumus" << std::endl;
132.572 -// if (bfs_queue.empty()) {
132.573 -// //std::cout << "bibi1" << std::endl;
132.574 -// bfs_queue.push(s);
132.575 -// //std::cout << "zizi" << std::endl;
132.576 -// G./*getF*/first(actual_edge, s);
132.577 -// //std::cout << "kiki" << std::endl;
132.578 -// if (G.valid(actual_edge)/*.valid()*/) {
132.579 -// Node w=G.bNode(actual_edge);
132.580 -// if (!reached.get(w)) {
132.581 -// bfs_queue.push(w);
132.582 -// reached.set(w, true);
132.583 -// b_node_newly_reached=true;
132.584 -// } else {
132.585 -// b_node_newly_reached=false;
132.586 -// }
132.587 -// }
132.588 -// } else {
132.589 -// //std::cout << "bibi2" << std::endl;
132.590 -// bfs_queue.push(s);
132.591 -// }
132.592 -// }
132.593 -// BfsIterator4<Graph, OutEdgeIt, ReachedMap>&
132.594 -// operator++() {
132.595 -// if (G.valid(actual_edge)/*.valid()*/) {
132.596 -// /*++*/G.next(actual_edge);
132.597 -// if (G.valid(actual_edge)/*.valid()*/) {
132.598 -// Node w=G.bNode(actual_edge);
132.599 -// if (!reached.get(w)) {
132.600 -// bfs_queue.push(w);
132.601 -// reached.set(w, true);
132.602 -// b_node_newly_reached=true;
132.603 -// } else {
132.604 -// b_node_newly_reached=false;
132.605 -// }
132.606 -// }
132.607 -// } else {
132.608 -// bfs_queue.pop();
132.609 -// if (!bfs_queue.empty()) {
132.610 -// G./*getF*/first(actual_edge, bfs_queue.front());
132.611 -// if (G.valid(actual_edge)/*.valid()*/) {
132.612 -// Node w=G.bNode(actual_edge);
132.613 -// if (!reached.get(w)) {
132.614 -// bfs_queue.push(w);
132.615 -// reached.set(w, true);
132.616 -// b_node_newly_reached=true;
132.617 -// } else {
132.618 -// b_node_newly_reached=false;
132.619 -// }
132.620 -// }
132.621 -// }
132.622 -// }
132.623 -// return *this;
132.624 -// }
132.625 -// bool finished() const { return bfs_queue.empty(); }
132.626 -// operator OutEdgeIt () const { return actual_edge; }
132.627 -// bool isBNodeNewlyReached() const { return b_node_newly_reached; }
132.628 -// bool isANodeExamined() const { return !(G.valid(actual_edge)/*.valid()*/); }
132.629 -// Node aNode() const { return bfs_queue.front(); }
132.630 -// Node bNode() const { return G.bNode(actual_edge); }
132.631 -// const ReachedMap& getReachedMap() const { return reached; }
132.632 -// const std::queue<Node>& getBfsQueue() const { return bfs_queue; }
132.633 -// };
132.634 -
132.635 -
132.636 - template <typename GraphWrapper, /*typename OutEdgeIt,*/
132.637 - typename ReachedMap/*=typename GraphWrapper::NodeMap<bool>*/ >
132.638 - class BfsIterator5 {
132.639 - typedef typename GraphWrapper::Node Node;
132.640 - typedef typename GraphWrapper::OutEdgeIt OutEdgeIt;
132.641 - GraphWrapper G;
132.642 - std::queue<Node> bfs_queue;
132.643 - ReachedMap& reached;
132.644 - bool b_node_newly_reached;
132.645 - OutEdgeIt actual_edge;
132.646 - bool own_reached_map;
132.647 - public:
132.648 - BfsIterator5(const GraphWrapper& _G, ReachedMap& _reached) :
132.649 - G(_G), reached(_reached),
132.650 - own_reached_map(false) { }
132.651 - BfsIterator5(const GraphWrapper& _G) :
132.652 - G(_G), reached(*(new ReachedMap(G /*, false*/))),
132.653 - own_reached_map(true) { }
132.654 -// BfsIterator5(const typename GraphWrapper::BaseGraph& _G,
132.655 -// ReachedMap& _reached) :
132.656 -// G(_G), reached(_reached),
132.657 -// own_reached_map(false) { }
132.658 -// BfsIterator5(const typename GraphWrapper::BaseGraph& _G) :
132.659 -// G(_G), reached(*(new ReachedMap(G /*, false*/))),
132.660 -// own_reached_map(true) { }
132.661 - ~BfsIterator5() { if (own_reached_map) delete &reached; }
132.662 - void pushAndSetReached(Node s) {
132.663 - reached.set(s, true);
132.664 - if (bfs_queue.empty()) {
132.665 - bfs_queue.push(s);
132.666 - G./*getF*/first(actual_edge, s);
132.667 - if (G.valid(actual_edge)/*.valid()*/) {
132.668 - Node w=G.bNode(actual_edge);
132.669 - if (!reached.get(w)) {
132.670 - bfs_queue.push(w);
132.671 - reached.set(w, true);
132.672 - b_node_newly_reached=true;
132.673 - } else {
132.674 - b_node_newly_reached=false;
132.675 - }
132.676 - }
132.677 - } else {
132.678 - bfs_queue.push(s);
132.679 - }
132.680 - }
132.681 - BfsIterator5<GraphWrapper, /*OutEdgeIt,*/ ReachedMap>&
132.682 - operator++() {
132.683 - if (G.valid(actual_edge)/*.valid()*/) {
132.684 - /*++*/G.next(actual_edge);
132.685 - if (G.valid(actual_edge)/*.valid()*/) {
132.686 - Node w=G.bNode(actual_edge);
132.687 - if (!reached.get(w)) {
132.688 - bfs_queue.push(w);
132.689 - reached.set(w, true);
132.690 - b_node_newly_reached=true;
132.691 - } else {
132.692 - b_node_newly_reached=false;
132.693 - }
132.694 - }
132.695 - } else {
132.696 - bfs_queue.pop();
132.697 - if (!bfs_queue.empty()) {
132.698 - G./*getF*/first(actual_edge, bfs_queue.front());
132.699 - if (G.valid(actual_edge)/*.valid()*/) {
132.700 - Node w=G.bNode(actual_edge);
132.701 - if (!reached.get(w)) {
132.702 - bfs_queue.push(w);
132.703 - reached.set(w, true);
132.704 - b_node_newly_reached=true;
132.705 - } else {
132.706 - b_node_newly_reached=false;
132.707 - }
132.708 - }
132.709 - }
132.710 - }
132.711 - return *this;
132.712 - }
132.713 - bool finished() const { return bfs_queue.empty(); }
132.714 - operator OutEdgeIt () const { return actual_edge; }
132.715 - bool isBNodeNewlyReached() const { return b_node_newly_reached; }
132.716 - bool isANodeExamined() const { return !(G.valid(actual_edge)/*.valid()*/); }
132.717 - Node aNode() const { return bfs_queue.front(); }
132.718 - Node bNode() const { return G.bNode(actual_edge); }
132.719 - const ReachedMap& getReachedMap() const { return reached; }
132.720 - const std::queue<Node>& getBfsQueue() const { return bfs_queue; }
132.721 - };
132.722 -
132.723 -// template <typename Graph, typename OutEdgeIt,
132.724 -// typename ReachedMap/*=typename Graph::NodeMap<bool>*/ >
132.725 -// class DfsIterator4 {
132.726 -// typedef typename Graph::Node Node;
132.727 -// const Graph& G;
132.728 -// std::stack<OutEdgeIt> dfs_stack;
132.729 -// bool b_node_newly_reached;
132.730 -// OutEdgeIt actual_edge;
132.731 -// Node actual_node;
132.732 -// ReachedMap& reached;
132.733 -// bool own_reached_map;
132.734 -// public:
132.735 -// DfsIterator4(const Graph& _G, ReachedMap& _reached) :
132.736 -// G(_G), reached(_reached),
132.737 -// own_reached_map(false) { }
132.738 -// DfsIterator4(const Graph& _G) :
132.739 -// G(_G), reached(*(new ReachedMap(G /*, false*/))),
132.740 -// own_reached_map(true) { }
132.741 -// ~DfsIterator4() { if (own_reached_map) delete &reached; }
132.742 -// void pushAndSetReached(Node s) {
132.743 -// actual_node=s;
132.744 -// reached.set(s, true);
132.745 -// dfs_stack.push(G.template first<OutEdgeIt>(s));
132.746 -// }
132.747 -// DfsIterator4<Graph, OutEdgeIt, ReachedMap>&
132.748 -// operator++() {
132.749 -// actual_edge=dfs_stack.top();
132.750 -// //actual_node=G.aNode(actual_edge);
132.751 -// if (G.valid(actual_edge)/*.valid()*/) {
132.752 -// Node w=G.bNode(actual_edge);
132.753 -// actual_node=w;
132.754 -// if (!reached.get(w)) {
132.755 -// dfs_stack.push(G.template first<OutEdgeIt>(w));
132.756 -// reached.set(w, true);
132.757 -// b_node_newly_reached=true;
132.758 -// } else {
132.759 -// actual_node=G.aNode(actual_edge);
132.760 -// /*++*/G.next(dfs_stack.top());
132.761 -// b_node_newly_reached=false;
132.762 -// }
132.763 -// } else {
132.764 -// //actual_node=G.aNode(dfs_stack.top());
132.765 -// dfs_stack.pop();
132.766 -// }
132.767 -// return *this;
132.768 -// }
132.769 -// bool finished() const { return dfs_stack.empty(); }
132.770 -// operator OutEdgeIt () const { return actual_edge; }
132.771 -// bool isBNodeNewlyReached() const { return b_node_newly_reached; }
132.772 -// bool isANodeExamined() const { return !(G.valid(actual_edge)/*.valid()*/); }
132.773 -// Node aNode() const { return actual_node; /*FIXME*/}
132.774 -// Node bNode() const { return G.bNode(actual_edge); }
132.775 -// const ReachedMap& getReachedMap() const { return reached; }
132.776 -// const std::stack<OutEdgeIt>& getDfsStack() const { return dfs_stack; }
132.777 -// };
132.778 -
132.779 - template <typename GraphWrapper, /*typename OutEdgeIt,*/
132.780 - typename ReachedMap/*=typename GraphWrapper::NodeMap<bool>*/ >
132.781 - class DfsIterator5 {
132.782 - typedef typename GraphWrapper::Node Node;
132.783 - typedef typename GraphWrapper::OutEdgeIt OutEdgeIt;
132.784 - GraphWrapper G;
132.785 - std::stack<OutEdgeIt> dfs_stack;
132.786 - bool b_node_newly_reached;
132.787 - OutEdgeIt actual_edge;
132.788 - Node actual_node;
132.789 - ReachedMap& reached;
132.790 - bool own_reached_map;
132.791 - public:
132.792 - DfsIterator5(const GraphWrapper& _G, ReachedMap& _reached) :
132.793 - G(_G), reached(_reached),
132.794 - own_reached_map(false) { }
132.795 - DfsIterator5(const GraphWrapper& _G) :
132.796 - G(_G), reached(*(new ReachedMap(G /*, false*/))),
132.797 - own_reached_map(true) { }
132.798 - ~DfsIterator5() { if (own_reached_map) delete &reached; }
132.799 - void pushAndSetReached(Node s) {
132.800 - actual_node=s;
132.801 - reached.set(s, true);
132.802 - OutEdgeIt e;
132.803 - G.first(e, s);
132.804 - dfs_stack.push(e);
132.805 - }
132.806 - DfsIterator5<GraphWrapper, /*OutEdgeIt,*/ ReachedMap>&
132.807 - operator++() {
132.808 - actual_edge=dfs_stack.top();
132.809 - //actual_node=G.aNode(actual_edge);
132.810 - if (G.valid(actual_edge)/*.valid()*/) {
132.811 - Node w=G.bNode(actual_edge);
132.812 - actual_node=w;
132.813 - if (!reached.get(w)) {
132.814 - OutEdgeIt e;
132.815 - G.first(e, w);
132.816 - dfs_stack.push(e);
132.817 - reached.set(w, true);
132.818 - b_node_newly_reached=true;
132.819 - } else {
132.820 - actual_node=G.aNode(actual_edge);
132.821 - /*++*/G.next(dfs_stack.top());
132.822 - b_node_newly_reached=false;
132.823 - }
132.824 - } else {
132.825 - //actual_node=G.aNode(dfs_stack.top());
132.826 - dfs_stack.pop();
132.827 - }
132.828 - return *this;
132.829 - }
132.830 - bool finished() const { return dfs_stack.empty(); }
132.831 - operator OutEdgeIt () const { return actual_edge; }
132.832 - bool isBNodeNewlyReached() const { return b_node_newly_reached; }
132.833 - bool isANodeExamined() const { return !(G.valid(actual_edge)/*.valid()*/); }
132.834 - Node aNode() const { return actual_node; /*FIXME*/}
132.835 - Node bNode() const { return G.bNode(actual_edge); }
132.836 - const ReachedMap& getReachedMap() const { return reached; }
132.837 - const std::stack<OutEdgeIt>& getDfsStack() const { return dfs_stack; }
132.838 - };
132.839 -
132.840 -
132.841 -
132.842 -} // namespace lemon
132.843 -
132.844 -#endif //LEMON_BFS_ITERATOR_H
133.1 --- a/src/work/marci/experiment/bfs_iterator_1.h Sun Apr 17 18:57:22 2005 +0000
133.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
133.3 @@ -1,836 +0,0 @@
133.4 -// -*- c++ -*-
133.5 -#ifndef LEMON_BFS_ITERATOR_H
133.6 -#define LEMON_BFS_ITERATOR_H
133.7 -
133.8 -#include <queue>
133.9 -#include <stack>
133.10 -#include <utility>
133.11 -#include <graph_wrapper_1.h>
133.12 -
133.13 -namespace lemon {
133.14 -
133.15 -// template <typename Graph>
133.16 -// struct bfs {
133.17 -// typedef typename Graph::Node Node;
133.18 -// typedef typename Graph::Edge Edge;
133.19 -// typedef typename Graph::NodeIt NodeIt;
133.20 -// typedef typename Graph::OutEdgeIt OutEdgeIt;
133.21 -// Graph& G;
133.22 -// Node s;
133.23 -// typename Graph::NodeMap<bool> reached;
133.24 -// typename Graph::NodeMap<Edge> pred;
133.25 -// typename Graph::NodeMap<int> dist;
133.26 -// std::queue<Node> bfs_queue;
133.27 -// bfs(Graph& _G, Node _s) : G(_G), s(_s), reached(_G), pred(_G), dist(_G) {
133.28 -// bfs_queue.push(s);
133.29 -// for(NodeIt i=G.template first<NodeIt>(); i.valid(); ++i)
133.30 -// reached.set(i, false);
133.31 -// reached.set(s, true);
133.32 -// dist.set(s, 0);
133.33 -// }
133.34 -
133.35 -// void run() {
133.36 -// while (!bfs_queue.empty()) {
133.37 -// Node v=bfs_queue.front();
133.38 -// OutEdgeIt e=G.template first<OutEdgeIt>(v);
133.39 -// bfs_queue.pop();
133.40 -// for( ; e.valid(); ++e) {
133.41 -// Node w=G.bNode(e);
133.42 -// std::cout << "scan node " << G.id(w) << " from node " << G.id(v) << std::endl;
133.43 -// if (!reached.get(w)) {
133.44 -// std::cout << G.id(w) << " is newly reached :-)" << std::endl;
133.45 -// bfs_queue.push(w);
133.46 -// dist.set(w, dist.get(v)+1);
133.47 -// pred.set(w, e);
133.48 -// reached.set(w, true);
133.49 -// } else {
133.50 -// std::cout << G.id(w) << " is already reached" << std::endl;
133.51 -// }
133.52 -// }
133.53 -// }
133.54 -// }
133.55 -// };
133.56 -
133.57 -// template <typename Graph>
133.58 -// struct bfs_visitor {
133.59 -// typedef typename Graph::Node Node;
133.60 -// typedef typename Graph::Edge Edge;
133.61 -// typedef typename Graph::OutEdgeIt OutEdgeIt;
133.62 -// Graph& G;
133.63 -// bfs_visitor(Graph& _G) : G(_G) { }
133.64 -// void at_previously_reached(OutEdgeIt& e) {
133.65 -// //Node v=G.aNode(e);
133.66 -// Node w=G.bNode(e);
133.67 -// std::cout << G.id(w) << " is already reached" << std::endl;
133.68 -// }
133.69 -// void at_newly_reached(OutEdgeIt& e) {
133.70 -// //Node v=G.aNode(e);
133.71 -// Node w=G.bNode(e);
133.72 -// std::cout << G.id(w) << " is newly reached :-)" << std::endl;
133.73 -// }
133.74 -// };
133.75 -
133.76 -// template <typename Graph, typename ReachedMap, typename visitor_type>
133.77 -// struct bfs_iterator {
133.78 -// typedef typename Graph::Node Node;
133.79 -// typedef typename Graph::Edge Edge;
133.80 -// typedef typename Graph::OutEdgeIt OutEdgeIt;
133.81 -// Graph& G;
133.82 -// std::queue<OutEdgeIt>& bfs_queue;
133.83 -// ReachedMap& reached;
133.84 -// visitor_type& visitor;
133.85 -// void process() {
133.86 -// while ( !bfs_queue.empty() && !bfs_queue.front().valid() ) { bfs_queue.pop(); }
133.87 -// if (bfs_queue.empty()) return;
133.88 -// OutEdgeIt e=bfs_queue.front();
133.89 -// //Node v=G.aNode(e);
133.90 -// Node w=G.bNode(e);
133.91 -// if (!reached.get(w)) {
133.92 -// visitor.at_newly_reached(e);
133.93 -// bfs_queue.push(G.template first<OutEdgeIt>(w));
133.94 -// reached.set(w, true);
133.95 -// } else {
133.96 -// visitor.at_previously_reached(e);
133.97 -// }
133.98 -// }
133.99 -// bfs_iterator(Graph& _G, std::queue<OutEdgeIt>& _bfs_queue, ReachedMap& _reached, visitor_type& _visitor) : G(_G), bfs_queue(_bfs_queue), reached(_reached), visitor(_visitor) {
133.100 -// //while ( !bfs_queue.empty() && !bfs_queue.front().valid() ) { bfs_queue.pop(); }
133.101 -// valid();
133.102 -// }
133.103 -// bfs_iterator<Graph, ReachedMap, visitor_type>& operator++() {
133.104 -// //while ( !bfs_queue.empty() && !bfs_queue.front().valid() ) { bfs_queue.pop(); }
133.105 -// //if (bfs_queue.empty()) return *this;
133.106 -// if (!valid()) return *this;
133.107 -// ++(bfs_queue.front());
133.108 -// //while ( !bfs_queue.empty() && !bfs_queue.front().valid() ) { bfs_queue.pop(); }
133.109 -// valid();
133.110 -// return *this;
133.111 -// }
133.112 -// //void next() {
133.113 -// // while ( !bfs_queue.empty() && !bfs_queue.front().valid() ) { bfs_queue.pop(); }
133.114 -// // if (bfs_queue.empty()) return;
133.115 -// // ++(bfs_queue.front());
133.116 -// // while ( !bfs_queue.empty() && !bfs_queue.front().valid() ) { bfs_queue.pop(); }
133.117 -// //}
133.118 -// bool valid() {
133.119 -// while ( !bfs_queue.empty() && !bfs_queue.front().valid() ) { bfs_queue.pop(); }
133.120 -// if (bfs_queue.empty()) return false; else return true;
133.121 -// }
133.122 -// //bool finished() {
133.123 -// // while ( !bfs_queue.empty() && !bfs_queue.front().valid() ) { bfs_queue.pop(); }
133.124 -// // if (bfs_queue.empty()) return true; else return false;
133.125 -// //}
133.126 -// operator Edge () { return bfs_queue.front(); }
133.127 -
133.128 -// };
133.129 -
133.130 -// template <typename Graph, typename ReachedMap>
133.131 -// struct bfs_iterator1 {
133.132 -// typedef typename Graph::Node Node;
133.133 -// typedef typename Graph::Edge Edge;
133.134 -// typedef typename Graph::OutEdgeIt OutEdgeIt;
133.135 -// Graph& G;
133.136 -// std::queue<OutEdgeIt>& bfs_queue;
133.137 -// ReachedMap& reached;
133.138 -// bool _newly_reached;
133.139 -// bfs_iterator1(Graph& _G, std::queue<OutEdgeIt>& _bfs_queue, ReachedMap& _reached) : G(_G), bfs_queue(_bfs_queue), reached(_reached) {
133.140 -// valid();
133.141 -// if (!bfs_queue.empty() && bfs_queue.front().valid()) {
133.142 -// OutEdgeIt e=bfs_queue.front();
133.143 -// Node w=G.bNode(e);
133.144 -// if (!reached.get(w)) {
133.145 -// bfs_queue.push(G.template first<OutEdgeIt>(w));
133.146 -// reached.set(w, true);
133.147 -// _newly_reached=true;
133.148 -// } else {
133.149 -// _newly_reached=false;
133.150 -// }
133.151 -// }
133.152 -// }
133.153 -// bfs_iterator1<Graph, ReachedMap>& operator++() {
133.154 -// if (!valid()) return *this;
133.155 -// ++(bfs_queue.front());
133.156 -// valid();
133.157 -// if (!bfs_queue.empty() && bfs_queue.front().valid()) {
133.158 -// OutEdgeIt e=bfs_queue.front();
133.159 -// Node w=G.bNode(e);
133.160 -// if (!reached.get(w)) {
133.161 -// bfs_queue.push(G.template first<OutEdgeIt>(w));
133.162 -// reached.set(w, true);
133.163 -// _newly_reached=true;
133.164 -// } else {
133.165 -// _newly_reached=false;
133.166 -// }
133.167 -// }
133.168 -// return *this;
133.169 -// }
133.170 -// bool valid() {
133.171 -// while ( !bfs_queue.empty() && !bfs_queue.front().valid() ) { bfs_queue.pop(); }
133.172 -// if (bfs_queue.empty()) return false; else return true;
133.173 -// }
133.174 -// operator OutEdgeIt() { return bfs_queue.front(); }
133.175 -// //ize
133.176 -// bool newly_reached() { return _newly_reached; }
133.177 -
133.178 -// };
133.179 -
133.180 -// template <typename Graph, typename OutEdgeIt, typename ReachedMap>
133.181 -// struct BfsIterator {
133.182 -// typedef typename Graph::Node Node;
133.183 -// Graph& G;
133.184 -// std::queue<OutEdgeIt>& bfs_queue;
133.185 -// ReachedMap& reached;
133.186 -// bool b_node_newly_reached;
133.187 -// OutEdgeIt actual_edge;
133.188 -// BfsIterator(Graph& _G,
133.189 -// std::queue<OutEdgeIt>& _bfs_queue,
133.190 -// ReachedMap& _reached) :
133.191 -// G(_G), bfs_queue(_bfs_queue), reached(_reached) {
133.192 -// actual_edge=bfs_queue.front();
133.193 -// if (actual_edge.valid()) {
133.194 -// Node w=G.bNode(actual_edge);
133.195 -// if (!reached.get(w)) {
133.196 -// bfs_queue.push(G.firstOutEdge(w));
133.197 -// reached.set(w, true);
133.198 -// b_node_newly_reached=true;
133.199 -// } else {
133.200 -// b_node_newly_reached=false;
133.201 -// }
133.202 -// }
133.203 -// }
133.204 -// BfsIterator<Graph, OutEdgeIt, ReachedMap>&
133.205 -// operator++() {
133.206 -// if (bfs_queue.front().valid()) {
133.207 -// ++(bfs_queue.front());
133.208 -// actual_edge=bfs_queue.front();
133.209 -// if (actual_edge.valid()) {
133.210 -// Node w=G.bNode(actual_edge);
133.211 -// if (!reached.get(w)) {
133.212 -// bfs_queue.push(G.firstOutEdge(w));
133.213 -// reached.set(w, true);
133.214 -// b_node_newly_reached=true;
133.215 -// } else {
133.216 -// b_node_newly_reached=false;
133.217 -// }
133.218 -// }
133.219 -// } else {
133.220 -// bfs_queue.pop();
133.221 -// actual_edge=bfs_queue.front();
133.222 -// if (actual_edge.valid()) {
133.223 -// Node w=G.bNode(actual_edge);
133.224 -// if (!reached.get(w)) {
133.225 -// bfs_queue.push(G.firstOutEdge(w));
133.226 -// reached.set(w, true);
133.227 -// b_node_newly_reached=true;
133.228 -// } else {
133.229 -// b_node_newly_reached=false;
133.230 -// }
133.231 -// }
133.232 -// }
133.233 -// return *this;
133.234 -// }
133.235 -// bool finished() { return bfs_queue.empty(); }
133.236 -// operator OutEdgeIt () { return actual_edge; }
133.237 -// bool bNodeIsNewlyReached() { return b_node_newly_reached; }
133.238 -// bool aNodeIsExamined() { return !(actual_edge.valid()); }
133.239 -// };
133.240 -
133.241 -
133.242 -// template <typename Graph, typename OutEdgeIt, typename ReachedMap>
133.243 -// struct DfsIterator {
133.244 -// typedef typename Graph::Node Node;
133.245 -// Graph& G;
133.246 -// std::stack<OutEdgeIt>& bfs_queue;
133.247 -// ReachedMap& reached;
133.248 -// bool b_node_newly_reached;
133.249 -// OutEdgeIt actual_edge;
133.250 -// DfsIterator(Graph& _G,
133.251 -// std::stack<OutEdgeIt>& _bfs_queue,
133.252 -// ReachedMap& _reached) :
133.253 -// G(_G), bfs_queue(_bfs_queue), reached(_reached) {
133.254 -// actual_edge=bfs_queue.top();
133.255 -// if (actual_edge.valid()) {
133.256 -// Node w=G.bNode(actual_edge);
133.257 -// if (!reached.get(w)) {
133.258 -// bfs_queue.push(G.firstOutEdge(w));
133.259 -// reached.set(w, true);
133.260 -// b_node_newly_reached=true;
133.261 -// } else {
133.262 -// ++(bfs_queue.top());
133.263 -// b_node_newly_reached=false;
133.264 -// }
133.265 -// } else {
133.266 -// bfs_queue.pop();
133.267 -// }
133.268 -// }
133.269 -// DfsIterator<Graph, OutEdgeIt, ReachedMap>&
133.270 -// operator++() {
133.271 -// actual_edge=bfs_queue.top();
133.272 -// if (actual_edge.valid()) {
133.273 -// Node w=G.bNode(actual_edge);
133.274 -// if (!reached.get(w)) {
133.275 -// bfs_queue.push(G.firstOutEdge(w));
133.276 -// reached.set(w, true);
133.277 -// b_node_newly_reached=true;
133.278 -// } else {
133.279 -// ++(bfs_queue.top());
133.280 -// b_node_newly_reached=false;
133.281 -// }
133.282 -// } else {
133.283 -// bfs_queue.pop();
133.284 -// }
133.285 -// return *this;
133.286 -// }
133.287 -// bool finished() { return bfs_queue.empty(); }
133.288 -// operator OutEdgeIt () { return actual_edge; }
133.289 -// bool bNodeIsNewlyReached() { return b_node_newly_reached; }
133.290 -// bool aNodeIsExamined() { return !(actual_edge.valid()); }
133.291 -// };
133.292 -
133.293 -// template <typename Graph, typename OutEdgeIt, typename ReachedMap>
133.294 -// struct BfsIterator1 {
133.295 -// typedef typename Graph::Node Node;
133.296 -// Graph& G;
133.297 -// std::queue<OutEdgeIt>& bfs_queue;
133.298 -// ReachedMap& reached;
133.299 -// bool b_node_newly_reached;
133.300 -// OutEdgeIt actual_edge;
133.301 -// BfsIterator1(Graph& _G,
133.302 -// std::queue<OutEdgeIt>& _bfs_queue,
133.303 -// ReachedMap& _reached) :
133.304 -// G(_G), bfs_queue(_bfs_queue), reached(_reached) {
133.305 -// actual_edge=bfs_queue.front();
133.306 -// if (actual_edge.valid()) {
133.307 -// Node w=G.bNode(actual_edge);
133.308 -// if (!reached.get(w)) {
133.309 -// bfs_queue.push(OutEdgeIt(G, w));
133.310 -// reached.set(w, true);
133.311 -// b_node_newly_reached=true;
133.312 -// } else {
133.313 -// b_node_newly_reached=false;
133.314 -// }
133.315 -// }
133.316 -// }
133.317 -// void next() {
133.318 -// if (bfs_queue.front().valid()) {
133.319 -// ++(bfs_queue.front());
133.320 -// actual_edge=bfs_queue.front();
133.321 -// if (actual_edge.valid()) {
133.322 -// Node w=G.bNode(actual_edge);
133.323 -// if (!reached.get(w)) {
133.324 -// bfs_queue.push(OutEdgeIt(G, w));
133.325 -// reached.set(w, true);
133.326 -// b_node_newly_reached=true;
133.327 -// } else {
133.328 -// b_node_newly_reached=false;
133.329 -// }
133.330 -// }
133.331 -// } else {
133.332 -// bfs_queue.pop();
133.333 -// actual_edge=bfs_queue.front();
133.334 -// if (actual_edge.valid()) {
133.335 -// Node w=G.bNode(actual_edge);
133.336 -// if (!reached.get(w)) {
133.337 -// bfs_queue.push(OutEdgeIt(G, w));
133.338 -// reached.set(w, true);
133.339 -// b_node_newly_reached=true;
133.340 -// } else {
133.341 -// b_node_newly_reached=false;
133.342 -// }
133.343 -// }
133.344 -// }
133.345 -// //return *this;
133.346 -// }
133.347 -// bool finished() { return bfs_queue.empty(); }
133.348 -// operator OutEdgeIt () { return actual_edge; }
133.349 -// bool bNodeIsNewlyReached() { return b_node_newly_reached; }
133.350 -// bool aNodeIsExamined() { return !(actual_edge.valid()); }
133.351 -// };
133.352 -
133.353 -
133.354 -// template <typename Graph, typename OutEdgeIt, typename ReachedMap>
133.355 -// struct DfsIterator1 {
133.356 -// typedef typename Graph::Node Node;
133.357 -// Graph& G;
133.358 -// std::stack<OutEdgeIt>& bfs_queue;
133.359 -// ReachedMap& reached;
133.360 -// bool b_node_newly_reached;
133.361 -// OutEdgeIt actual_edge;
133.362 -// DfsIterator1(Graph& _G,
133.363 -// std::stack<OutEdgeIt>& _bfs_queue,
133.364 -// ReachedMap& _reached) :
133.365 -// G(_G), bfs_queue(_bfs_queue), reached(_reached) {
133.366 -// //actual_edge=bfs_queue.top();
133.367 -// //if (actual_edge.valid()) {
133.368 -// // Node w=G.bNode(actual_edge);
133.369 -// //if (!reached.get(w)) {
133.370 -// // bfs_queue.push(OutEdgeIt(G, w));
133.371 -// // reached.set(w, true);
133.372 -// // b_node_newly_reached=true;
133.373 -// //} else {
133.374 -// // ++(bfs_queue.top());
133.375 -// // b_node_newly_reached=false;
133.376 -// //}
133.377 -// //} else {
133.378 -// // bfs_queue.pop();
133.379 -// //}
133.380 -// }
133.381 -// void next() {
133.382 -// actual_edge=bfs_queue.top();
133.383 -// if (actual_edge.valid()) {
133.384 -// Node w=G.bNode(actual_edge);
133.385 -// if (!reached.get(w)) {
133.386 -// bfs_queue.push(OutEdgeIt(G, w));
133.387 -// reached.set(w, true);
133.388 -// b_node_newly_reached=true;
133.389 -// } else {
133.390 -// ++(bfs_queue.top());
133.391 -// b_node_newly_reached=false;
133.392 -// }
133.393 -// } else {
133.394 -// bfs_queue.pop();
133.395 -// }
133.396 -// //return *this;
133.397 -// }
133.398 -// bool finished() { return bfs_queue.empty(); }
133.399 -// operator OutEdgeIt () { return actual_edge; }
133.400 -// bool bNodeIsNewlyReached() { return b_node_newly_reached; }
133.401 -// bool aNodeIsLeaved() { return !(actual_edge.valid()); }
133.402 -// };
133.403 -
133.404 -// template <typename Graph, typename OutEdgeIt, typename ReachedMap>
133.405 -// class BfsIterator2 {
133.406 -// typedef typename Graph::Node Node;
133.407 -// const Graph& G;
133.408 -// std::queue<OutEdgeIt> bfs_queue;
133.409 -// ReachedMap reached;
133.410 -// bool b_node_newly_reached;
133.411 -// OutEdgeIt actual_edge;
133.412 -// public:
133.413 -// BfsIterator2(const Graph& _G) : G(_G), reached(G, false) { }
133.414 -// void pushAndSetReached(Node s) {
133.415 -// reached.set(s, true);
133.416 -// if (bfs_queue.empty()) {
133.417 -// bfs_queue.push(G.template first<OutEdgeIt>(s));
133.418 -// actual_edge=bfs_queue.front();
133.419 -// if (actual_edge.valid()) {
133.420 -// Node w=G.bNode(actual_edge);
133.421 -// if (!reached.get(w)) {
133.422 -// bfs_queue.push(G.template first<OutEdgeIt>(w));
133.423 -// reached.set(w, true);
133.424 -// b_node_newly_reached=true;
133.425 -// } else {
133.426 -// b_node_newly_reached=false;
133.427 -// }
133.428 -// } //else {
133.429 -// //}
133.430 -// } else {
133.431 -// bfs_queue.push(G.template first<OutEdgeIt>(s));
133.432 -// }
133.433 -// }
133.434 -// BfsIterator2<Graph, OutEdgeIt, ReachedMap>&
133.435 -// operator++() {
133.436 -// if (bfs_queue.front().valid()) {
133.437 -// ++(bfs_queue.front());
133.438 -// actual_edge=bfs_queue.front();
133.439 -// if (actual_edge.valid()) {
133.440 -// Node w=G.bNode(actual_edge);
133.441 -// if (!reached.get(w)) {
133.442 -// bfs_queue.push(G.template first<OutEdgeIt>(w));
133.443 -// reached.set(w, true);
133.444 -// b_node_newly_reached=true;
133.445 -// } else {
133.446 -// b_node_newly_reached=false;
133.447 -// }
133.448 -// }
133.449 -// } else {
133.450 -// bfs_queue.pop();
133.451 -// if (!bfs_queue.empty()) {
133.452 -// actual_edge=bfs_queue.front();
133.453 -// if (actual_edge.valid()) {
133.454 -// Node w=G.bNode(actual_edge);
133.455 -// if (!reached.get(w)) {
133.456 -// bfs_queue.push(G.template first<OutEdgeIt>(w));
133.457 -// reached.set(w, true);
133.458 -// b_node_newly_reached=true;
133.459 -// } else {
133.460 -// b_node_newly_reached=false;
133.461 -// }
133.462 -// }
133.463 -// }
133.464 -// }
133.465 -// return *this;
133.466 -// }
133.467 -// bool finished() const { return bfs_queue.empty(); }
133.468 -// operator OutEdgeIt () const { return actual_edge; }
133.469 -// bool isBNodeNewlyReached() const { return b_node_newly_reached; }
133.470 -// bool isANodeExamined() const { return !(actual_edge.valid()); }
133.471 -// const ReachedMap& getReachedMap() const { return reached; }
133.472 -// const std::queue<OutEdgeIt>& getBfsQueue() const { return bfs_queue; }
133.473 -// };
133.474 -
133.475 -
133.476 -// template <typename Graph, typename OutEdgeIt, typename ReachedMap>
133.477 -// class BfsIterator3 {
133.478 -// typedef typename Graph::Node Node;
133.479 -// const Graph& G;
133.480 -// std::queue< std::pair<Node, OutEdgeIt> > bfs_queue;
133.481 -// ReachedMap reached;
133.482 -// bool b_node_newly_reached;
133.483 -// OutEdgeIt actual_edge;
133.484 -// public:
133.485 -// BfsIterator3(const Graph& _G) : G(_G), reached(G, false) { }
133.486 -// void pushAndSetReached(Node s) {
133.487 -// reached.set(s, true);
133.488 -// if (bfs_queue.empty()) {
133.489 -// bfs_queue.push(std::pair<Node, OutEdgeIt>(s, G.template first<OutEdgeIt>(s)));
133.490 -// actual_edge=bfs_queue.front().second;
133.491 -// if (actual_edge.valid()) {
133.492 -// Node w=G.bNode(actual_edge);
133.493 -// if (!reached.get(w)) {
133.494 -// bfs_queue.push(std::pair<Node, OutEdgeIt>(w, G.template first<OutEdgeIt>(w)));
133.495 -// reached.set(w, true);
133.496 -// b_node_newly_reached=true;
133.497 -// } else {
133.498 -// b_node_newly_reached=false;
133.499 -// }
133.500 -// } //else {
133.501 -// //}
133.502 -// } else {
133.503 -// bfs_queue.push(std::pair<Node, OutEdgeIt>(s, G.template first<OutEdgeIt>(s)));
133.504 -// }
133.505 -// }
133.506 -// BfsIterator3<Graph, OutEdgeIt, ReachedMap>&
133.507 -// operator++() {
133.508 -// if (bfs_queue.front().second.valid()) {
133.509 -// ++(bfs_queue.front().second);
133.510 -// actual_edge=bfs_queue.front().second;
133.511 -// if (actual_edge.valid()) {
133.512 -// Node w=G.bNode(actual_edge);
133.513 -// if (!reached.get(w)) {
133.514 -// bfs_queue.push(std::pair<Node, OutEdgeIt>(w, G.template first<OutEdgeIt>(w)));
133.515 -// reached.set(w, true);
133.516 -// b_node_newly_reached=true;
133.517 -// } else {
133.518 -// b_node_newly_reached=false;
133.519 -// }
133.520 -// }
133.521 -// } else {
133.522 -// bfs_queue.pop();
133.523 -// if (!bfs_queue.empty()) {
133.524 -// actual_edge=bfs_queue.front().second;
133.525 -// if (actual_edge.valid()) {
133.526 -// Node w=G.bNode(actual_edge);
133.527 -// if (!reached.get(w)) {
133.528 -// bfs_queue.push(std::pair<Node, OutEdgeIt>(w, G.template first<OutEdgeIt>(w)));
133.529 -// reached.set(w, true);
133.530 -// b_node_newly_reached=true;
133.531 -// } else {
133.532 -// b_node_newly_reached=false;
133.533 -// }
133.534 -// }
133.535 -// }
133.536 -// }
133.537 -// return *this;
133.538 -// }
133.539 -// bool finished() const { return bfs_queue.empty(); }
133.540 -// operator OutEdgeIt () const { return actual_edge; }
133.541 -// bool isBNodeNewlyReached() const { return b_node_newly_reached; }
133.542 -// bool isANodeExamined() const { return !(actual_edge.valid()); }
133.543 -// Node aNode() const { return bfs_queue.front().first; }
133.544 -// Node bNode() const { return G.bNode(actual_edge); }
133.545 -// const ReachedMap& getReachedMap() const { return reached; }
133.546 -// //const std::queue< std::pair<Node, OutEdgeIt> >& getBfsQueue() const { return bfs_queue; }
133.547 -// };
133.548 -
133.549 -
133.550 -// template <typename Graph, typename OutEdgeIt,
133.551 -// typename ReachedMap/*=typename Graph::NodeMap<bool>*/ >
133.552 -// class BfsIterator4 {
133.553 -// typedef typename Graph::Node Node;
133.554 -// const Graph& G;
133.555 -// std::queue<Node> bfs_queue;
133.556 -// ReachedMap& reached;
133.557 -// bool b_node_newly_reached;
133.558 -// OutEdgeIt actual_edge;
133.559 -// bool own_reached_map;
133.560 -// public:
133.561 -// BfsIterator4(const Graph& _G, ReachedMap& _reached) :
133.562 -// G(_G), reached(_reached),
133.563 -// own_reached_map(false) { }
133.564 -// BfsIterator4(const Graph& _G) :
133.565 -// G(_G), reached(*(new ReachedMap(G /*, false*/))),
133.566 -// own_reached_map(true) { }
133.567 -// ~BfsIterator4() { if (own_reached_map) delete &reached; }
133.568 -// void pushAndSetReached(Node s) {
133.569 -// //std::cout << "mimi" << &reached << std::endl;
133.570 -// reached.set(s, true);
133.571 -// //std::cout << "mumus" << std::endl;
133.572 -// if (bfs_queue.empty()) {
133.573 -// //std::cout << "bibi1" << std::endl;
133.574 -// bfs_queue.push(s);
133.575 -// //std::cout << "zizi" << std::endl;
133.576 -// G./*getF*/first(actual_edge, s);
133.577 -// //std::cout << "kiki" << std::endl;
133.578 -// if (G.valid(actual_edge)/*.valid()*/) {
133.579 -// Node w=G.bNode(actual_edge);
133.580 -// if (!reached.get(w)) {
133.581 -// bfs_queue.push(w);
133.582 -// reached.set(w, true);
133.583 -// b_node_newly_reached=true;
133.584 -// } else {
133.585 -// b_node_newly_reached=false;
133.586 -// }
133.587 -// }
133.588 -// } else {
133.589 -// //std::cout << "bibi2" << std::endl;
133.590 -// bfs_queue.push(s);
133.591 -// }
133.592 -// }
133.593 -// BfsIterator4<Graph, OutEdgeIt, ReachedMap>&
133.594 -// operator++() {
133.595 -// if (G.valid(actual_edge)/*.valid()*/) {
133.596 -// /*++*/G.next(actual_edge);
133.597 -// if (G.valid(actual_edge)/*.valid()*/) {
133.598 -// Node w=G.bNode(actual_edge);
133.599 -// if (!reached.get(w)) {
133.600 -// bfs_queue.push(w);
133.601 -// reached.set(w, true);
133.602 -// b_node_newly_reached=true;
133.603 -// } else {
133.604 -// b_node_newly_reached=false;
133.605 -// }
133.606 -// }
133.607 -// } else {
133.608 -// bfs_queue.pop();
133.609 -// if (!bfs_queue.empty()) {
133.610 -// G./*getF*/first(actual_edge, bfs_queue.front());
133.611 -// if (G.valid(actual_edge)/*.valid()*/) {
133.612 -// Node w=G.bNode(actual_edge);
133.613 -// if (!reached.get(w)) {
133.614 -// bfs_queue.push(w);
133.615 -// reached.set(w, true);
133.616 -// b_node_newly_reached=true;
133.617 -// } else {
133.618 -// b_node_newly_reached=false;
133.619 -// }
133.620 -// }
133.621 -// }
133.622 -// }
133.623 -// return *this;
133.624 -// }
133.625 -// bool finished() const { return bfs_queue.empty(); }
133.626 -// operator OutEdgeIt () const { return actual_edge; }
133.627 -// bool isBNodeNewlyReached() const { return b_node_newly_reached; }
133.628 -// bool isANodeExamined() const { return !(G.valid(actual_edge)/*.valid()*/); }
133.629 -// Node aNode() const { return bfs_queue.front(); }
133.630 -// Node bNode() const { return G.bNode(actual_edge); }
133.631 -// const ReachedMap& getReachedMap() const { return reached; }
133.632 -// const std::queue<Node>& getBfsQueue() const { return bfs_queue; }
133.633 -// };
133.634 -
133.635 -
133.636 - template <typename Graph, /*typename OutEdgeIt,*/
133.637 - typename ReachedMap/*=typename Graph::NodeMap<bool>*/ >
133.638 - class BfsIterator5 {
133.639 - protected:
133.640 - typedef typename Graph::Node Node;
133.641 - typedef typename Graph::OutEdgeIt OutEdgeIt;
133.642 - const Graph* graph;
133.643 - std::queue<Node> bfs_queue;
133.644 - ReachedMap& reached;
133.645 - bool b_node_newly_reached;
133.646 - OutEdgeIt actual_edge;
133.647 - bool own_reached_map;
133.648 - public:
133.649 - BfsIterator5(const Graph& _graph, ReachedMap& _reached) :
133.650 - graph(&_graph), reached(_reached),
133.651 - own_reached_map(false) { }
133.652 - BfsIterator5(const Graph& _graph) :
133.653 - graph(&_graph), reached(*(new ReachedMap(*graph /*, false*/))),
133.654 - own_reached_map(true) { }
133.655 - ~BfsIterator5() { if (own_reached_map) delete &reached; }
133.656 - void pushAndSetReached(Node s) {
133.657 - reached.set(s, true);
133.658 - if (bfs_queue.empty()) {
133.659 - bfs_queue.push(s);
133.660 - graph->first(actual_edge, s);
133.661 - if (graph->valid(actual_edge)) {
133.662 - Node w=graph->bNode(actual_edge);
133.663 - if (!reached.get(w)) {
133.664 - bfs_queue.push(w);
133.665 - reached.set(w, true);
133.666 - b_node_newly_reached=true;
133.667 - } else {
133.668 - b_node_newly_reached=false;
133.669 - }
133.670 - }
133.671 - } else {
133.672 - bfs_queue.push(s);
133.673 - }
133.674 - }
133.675 - BfsIterator5<Graph, /*OutEdgeIt,*/ ReachedMap>&
133.676 - operator++() {
133.677 - if (graph->valid(actual_edge)) {
133.678 - graph->next(actual_edge);
133.679 - if (graph->valid(actual_edge)) {
133.680 - Node w=graph->bNode(actual_edge);
133.681 - if (!reached.get(w)) {
133.682 - bfs_queue.push(w);
133.683 - reached.set(w, true);
133.684 - b_node_newly_reached=true;
133.685 - } else {
133.686 - b_node_newly_reached=false;
133.687 - }
133.688 - }
133.689 - } else {
133.690 - bfs_queue.pop();
133.691 - if (!bfs_queue.empty()) {
133.692 - graph->first(actual_edge, bfs_queue.front());
133.693 - if (graph->valid(actual_edge)) {
133.694 - Node w=graph->bNode(actual_edge);
133.695 - if (!reached.get(w)) {
133.696 - bfs_queue.push(w);
133.697 - reached.set(w, true);
133.698 - b_node_newly_reached=true;
133.699 - } else {
133.700 - b_node_newly_reached=false;
133.701 - }
133.702 - }
133.703 - }
133.704 - }
133.705 - return *this;
133.706 - }
133.707 - bool finished() const { return bfs_queue.empty(); }
133.708 - operator OutEdgeIt () const { return actual_edge; }
133.709 - bool isBNodeNewlyReached() const { return b_node_newly_reached; }
133.710 - bool isANodeExamined() const { return !(graph->valid(actual_edge)); }
133.711 - Node aNode() const { return bfs_queue.front(); }
133.712 - Node bNode() const { return graph->bNode(actual_edge); }
133.713 - const ReachedMap& getReachedMap() const { return reached; }
133.714 - const std::queue<Node>& getBfsQueue() const { return bfs_queue; }
133.715 - };
133.716 -
133.717 -// template <typename Graph, typename OutEdgeIt,
133.718 -// typename ReachedMap/*=typename Graph::NodeMap<bool>*/ >
133.719 -// class DfsIterator4 {
133.720 -// typedef typename Graph::Node Node;
133.721 -// const Graph& G;
133.722 -// std::stack<OutEdgeIt> dfs_stack;
133.723 -// bool b_node_newly_reached;
133.724 -// OutEdgeIt actual_edge;
133.725 -// Node actual_node;
133.726 -// ReachedMap& reached;
133.727 -// bool own_reached_map;
133.728 -// public:
133.729 -// DfsIterator4(const Graph& _G, ReachedMap& _reached) :
133.730 -// G(_G), reached(_reached),
133.731 -// own_reached_map(false) { }
133.732 -// DfsIterator4(const Graph& _G) :
133.733 -// G(_G), reached(*(new ReachedMap(G /*, false*/))),
133.734 -// own_reached_map(true) { }
133.735 -// ~DfsIterator4() { if (own_reached_map) delete &reached; }
133.736 -// void pushAndSetReached(Node s) {
133.737 -// actual_node=s;
133.738 -// reached.set(s, true);
133.739 -// dfs_stack.push(G.template first<OutEdgeIt>(s));
133.740 -// }
133.741 -// DfsIterator4<Graph, OutEdgeIt, ReachedMap>&
133.742 -// operator++() {
133.743 -// actual_edge=dfs_stack.top();
133.744 -// //actual_node=G.aNode(actual_edge);
133.745 -// if (G.valid(actual_edge)/*.valid()*/) {
133.746 -// Node w=G.bNode(actual_edge);
133.747 -// actual_node=w;
133.748 -// if (!reached.get(w)) {
133.749 -// dfs_stack.push(G.template first<OutEdgeIt>(w));
133.750 -// reached.set(w, true);
133.751 -// b_node_newly_reached=true;
133.752 -// } else {
133.753 -// actual_node=G.aNode(actual_edge);
133.754 -// /*++*/G.next(dfs_stack.top());
133.755 -// b_node_newly_reached=false;
133.756 -// }
133.757 -// } else {
133.758 -// //actual_node=G.aNode(dfs_stack.top());
133.759 -// dfs_stack.pop();
133.760 -// }
133.761 -// return *this;
133.762 -// }
133.763 -// bool finished() const { return dfs_stack.empty(); }
133.764 -// operator OutEdgeIt () const { return actual_edge; }
133.765 -// bool isBNodeNewlyReached() const { return b_node_newly_reached; }
133.766 -// bool isANodeExamined() const { return !(G.valid(actual_edge)/*.valid()*/); }
133.767 -// Node aNode() const { return actual_node; /*FIXME*/}
133.768 -// Node bNode() const { return G.bNode(actual_edge); }
133.769 -// const ReachedMap& getReachedMap() const { return reached; }
133.770 -// const std::stack<OutEdgeIt>& getDfsStack() const { return dfs_stack; }
133.771 -// };
133.772 -
133.773 - template <typename Graph, /*typename OutEdgeIt,*/
133.774 - typename ReachedMap/*=typename Graph::NodeMap<bool>*/ >
133.775 - class DfsIterator5 {
133.776 - protected:
133.777 - typedef typename Graph::Node Node;
133.778 - typedef typename Graph::OutEdgeIt OutEdgeIt;
133.779 - const Graph* graph;
133.780 - std::stack<OutEdgeIt> dfs_stack;
133.781 - bool b_node_newly_reached;
133.782 - OutEdgeIt actual_edge;
133.783 - Node actual_node;
133.784 - ReachedMap& reached;
133.785 - bool own_reached_map;
133.786 - public:
133.787 - DfsIterator5(const Graph& _graph, ReachedMap& _reached) :
133.788 - graph(&_graph), reached(_reached),
133.789 - own_reached_map(false) { }
133.790 - DfsIterator5(const Graph& _graph) :
133.791 - graph(&_graph), reached(*(new ReachedMap(*graph /*, false*/))),
133.792 - own_reached_map(true) { }
133.793 - ~DfsIterator5() { if (own_reached_map) delete &reached; }
133.794 - void pushAndSetReached(Node s) {
133.795 - actual_node=s;
133.796 - reached.set(s, true);
133.797 - OutEdgeIt e;
133.798 - graph->first(e, s);
133.799 - dfs_stack.push(e);
133.800 - }
133.801 - DfsIterator5<Graph, /*OutEdgeIt,*/ ReachedMap>&
133.802 - operator++() {
133.803 - actual_edge=dfs_stack.top();
133.804 - //actual_node=G.aNode(actual_edge);
133.805 - if (graph->valid(actual_edge)/*.valid()*/) {
133.806 - Node w=graph->bNode(actual_edge);
133.807 - actual_node=w;
133.808 - if (!reached.get(w)) {
133.809 - OutEdgeIt e;
133.810 - graph->first(e, w);
133.811 - dfs_stack.push(e);
133.812 - reached.set(w, true);
133.813 - b_node_newly_reached=true;
133.814 - } else {
133.815 - actual_node=graph->aNode(actual_edge);
133.816 - graph->next(dfs_stack.top());
133.817 - b_node_newly_reached=false;
133.818 - }
133.819 - } else {
133.820 - //actual_node=G.aNode(dfs_stack.top());
133.821 - dfs_stack.pop();
133.822 - }
133.823 - return *this;
133.824 - }
133.825 - bool finished() const { return dfs_stack.empty(); }
133.826 - operator OutEdgeIt () const { return actual_edge; }
133.827 - bool isBNodeNewlyReached() const { return b_node_newly_reached; }
133.828 - bool isANodeExamined() const { return !(graph->valid(actual_edge)); }
133.829 - Node aNode() const { return actual_node; /*FIXME*/}
133.830 - Node bNode() const { return G.bNode(actual_edge); }
133.831 - const ReachedMap& getReachedMap() const { return reached; }
133.832 - const std::stack<OutEdgeIt>& getDfsStack() const { return dfs_stack; }
133.833 - };
133.834 -
133.835 -
133.836 -
133.837 -} // namespace lemon
133.838 -
133.839 -#endif //LEMON_BFS_ITERATOR_H
134.1 --- a/src/work/marci/experiment/deref_vs_optimization Sun Apr 17 18:57:22 2005 +0000
134.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
134.3 @@ -1,147 +0,0 @@
134.4 --O0:
134.5 -
134.6 -marci@karp:~/etik-ol/src/demo/marci/experiment$ ./edmonds_karp_demo < ../flow-1.dim
134.7 -edmonds karp demo (physical blocking flow augmentation)...
134.8 -elapsed time: u: 1.11s, s: 0.02s, cu: 0s, cs: 0s, real: 1.23456s
134.9 -number of augmentation phases: 3
134.10 -flow value: 6068
134.11 -edmonds karp demo (physical blocking flow 1 augmentation)...
134.12 -elapsed time: u: 0.78s, s: 0s, cu: 0s, cs: 0s, real: 0.851246s
134.13 -number of augmentation phases: 3
134.14 -flow value: 6068
134.15 -edmonds karp demo (on-the-fly blocking flow augmentation)...
134.16 -elapsed time: u: 1.02s, s: 0s, cu: 0s, cs: 0s, real: 1.12829s
134.17 -number of augmentation phases: 3
134.18 -flow value: 6068
134.19 -edmonds karp demo (on-the-fly shortest path augmentation)...
134.20 -elapsed time: u: 76.09s, s: 0.77s, cu: 0s, cs: 0s, real: 127.892s
134.21 -number of augmentation phases: 1854
134.22 -flow value: 6068
134.23 -
134.24 -marci@karp:~/etik-ol/src/demo/marci/experiment$ ./edmonds_karp_demo_1 < ../flow-1.dim
134.25 -edmonds karp demo (physical blocking flow augmentation)...
134.26 -elapsed time: u: 1.04s, s: 0.01s, cu: 0s, cs: 0s, real: 1.1643s
134.27 -number of augmentation phases: 3
134.28 -flow value: 6068
134.29 -edmonds karp demo (physical blocking flow 1 augmentation)...
134.30 -elapsed time: u: 0.73s, s: 0s, cu: 0s, cs: 0s, real: 1.29574s
134.31 -number of augmentation phases: 3
134.32 -flow value: 6068
134.33 -edmonds karp demo (on-the-fly blocking flow augmentation)...
134.34 -elapsed time: u: 0.96s, s: 0.01s, cu: 0s, cs: 0s, real: 1.05265s
134.35 -number of augmentation phases: 3
134.36 -flow value: 6068
134.37 -edmonds karp demo (on-the-fly shortest path augmentation)...
134.38 -elapsed time: u: 72.65s, s: 0.67s, cu: 0s, cs: 0s, real: 79.8199s
134.39 -number of augmentation phases: 1854
134.40 -flow value: 6068
134.41 -
134.42 -marci@linux:~/etik-ol/src/demo/marci/experiment> ./edmonds_karp_demo < ../flow-1.dim
134.43 -edmonds karp demo (physical blocking flow augmentation)...
134.44 -elapsed time: u: 3.04s, s: 0.01s, cu: 0s, cs: 0s, real: 3.09736s
134.45 -number of augmentation phases: 3
134.46 -flow value: 6068
134.47 -edmonds karp demo (physical blocking flow 1 augmentation)...
134.48 -elapsed time: u: 2.22s, s: 0.02s, cu: 0s, cs: 0s, real: 2.26504s
134.49 -number of augmentation phases: 3
134.50 -flow value: 6068
134.51 -edmonds karp demo (on-the-fly blocking flow augmentation)...
134.52 -elapsed time: u: 2.88s, s: 0.01s, cu: 0s, cs: 0s, real: 3.03116s
134.53 -number of augmentation phases: 3
134.54 -flow value: 6068
134.55 -edmonds karp demo (on-the-fly shortest path augmentation)...
134.56 -elapsed time: u: 201.69s, s: 0.08s, cu: 0s, cs: 0s, real: 203.99s
134.57 -number of augmentation phases: 1854
134.58 -flow value: 6068
134.59 -
134.60 -marci@linux:~/etik-ol/src/demo/marci/experiment> ./edmonds_karp_demo_1 < ../flow-1.dim
134.61 -edmonds karp demo (physical blocking flow augmentation)...
134.62 -elapsed time: u: 3s, s: 0.04s, cu: 0s, cs: 0s, real: 3.19728s
134.63 -number of augmentation phases: 3
134.64 -flow value: 6068
134.65 -edmonds karp demo (physical blocking flow 1 augmentation)...
134.66 -elapsed time: u: 2.21s, s: 0.03s, cu: 0s, cs: 0s, real: 2.25725s
134.67 -number of augmentation phases: 3
134.68 -flow value: 6068
134.69 -edmonds karp demo (on-the-fly blocking flow augmentation)...
134.70 -elapsed time: u: 2.82s, s: 0s, cu: 0s, cs: 0s, real: 2.83294s
134.71 -number of augmentation phases: 3
134.72 -flow value: 6068
134.73 -edmonds karp demo (on-the-fly shortest path augmentation)...
134.74 -elapsed time: u: 203.39s, s: 0.07s, cu: 0s, cs: 0s, real: 204.401s
134.75 -number of augmentation phases: 1854
134.76 -flow value: 6068
134.77 -
134.78 --03:
134.79 -
134.80 -marci@karp:~/etik-ol/src/demo/marci/experiment$ ./edmonds_karp_demo < ../flow-1.dim
134.81 -edmonds karp demo (physical blocking flow augmentation)...
134.82 -elapsed time: u: 0.36s, s: 0.01s, cu: 0s, cs: 0s, real: 1.13854s
134.83 -number of augmentation phases: 3
134.84 -flow value: 6068
134.85 -edmonds karp demo (physical blocking flow 1 augmentation)...
134.86 -elapsed time: u: 0.23s, s: 0s, cu: 0s, cs: 0s, real: 0.243452s
134.87 -number of augmentation phases: 3
134.88 -flow value: 6068
134.89 -edmonds karp demo (on-the-fly blocking flow augmentation)...
134.90 -elapsed time: u: 0.32s, s: 0.01s, cu: 0s, cs: 0s, real: 0.339224s
134.91 -number of augmentation phases: 3
134.92 -flow value: 6068
134.93 -edmonds karp demo (on-the-fly shortest path augmentation)...
134.94 -elapsed time: u: 26.98s, s: 0.29s, cu: 0s, cs: 0s, real: 32.2458s
134.95 -number of augmentation phases: 1854
134.96 -flow value: 6068
134.97 -
134.98 -marci@karp:~/etik-ol/src/demo/marci/experiment$ ./edmonds_karp_demo_1 < ../flow-1.dim
134.99 -edmonds karp demo (physical blocking flow augmentation)...
134.100 -elapsed time: u: 0.37s, s: 0.01s, cu: 0s, cs: 0s, real: 0.402523s
134.101 -number of augmentation phases: 3
134.102 -flow value: 6068
134.103 -edmonds karp demo (physical blocking flow 1 augmentation)...
134.104 -elapsed time: u: 0.22s, s: 0s, cu: 0s, cs: 0s, real: 0.244878s
134.105 -number of augmentation phases: 3
134.106 -flow value: 6068
134.107 -edmonds karp demo (on-the-fly blocking flow augmentation)...
134.108 -elapsed time: u: 0.32s, s: 0.01s, cu: 0s, cs: 0s, real: 0.353093s
134.109 -number of augmentation phases: 3
134.110 -flow value: 6068
134.111 -edmonds karp demo (on-the-fly shortest path augmentation)...
134.112 -elapsed time: u: 27.02s, s: 0.34s, cu: 0s, cs: 0s, real: 30.0516s
134.113 -number of augmentation phases: 1854
134.114 -flow value: 6068
134.115 -
134.116 -marci@linux:~/etik-ol/src/demo/marci/experiment> ./edmonds_karp_demo < ../flow-1.dim
134.117 -edmonds karp demo (physical blocking flow augmentation)...
134.118 -elapsed time: u: 0.91s, s: 0.01s, cu: 0s, cs: 0s, real: 0.938415s
134.119 -number of augmentation phases: 3
134.120 -flow value: 6068
134.121 -edmonds karp demo (physical blocking flow 1 augmentation)...
134.122 -elapsed time: u: 0.61s, s: 0.01s, cu: 0s, cs: 0s, real: 0.62244s
134.123 -number of augmentation phases: 3
134.124 -flow value: 6068
134.125 -edmonds karp demo (on-the-fly blocking flow augmentation)...
134.126 -elapsed time: u: 0.88s, s: 0s, cu: 0s, cs: 0s, real: 0.914984s
134.127 -number of augmentation phases: 3
134.128 -flow value: 6068
134.129 -edmonds karp demo (on-the-fly shortest path augmentation)...
134.130 -elapsed time: u: 66.55s, s: 0.09s, cu: 0s, cs: 0s, real: 67.5525s
134.131 -number of augmentation phases: 1854
134.132 -flow value: 6068
134.133 -
134.134 -marci@linux:~/etik-ol/src/demo/marci/experiment> ./edmonds_karp_demo_1 < ../flow-1.dim
134.135 -edmonds karp demo (physical blocking flow augmentation)...
134.136 -elapsed time: u: 0.85s, s: 0s, cu: 0s, cs: 0s, real: 0.858786s
134.137 -number of augmentation phases: 3
134.138 -flow value: 6068
134.139 -edmonds karp demo (physical blocking flow 1 augmentation)...
134.140 -elapsed time: u: 0.58s, s: 0.03s, cu: 0s, cs: 0s, real: 0.61541s
134.141 -number of augmentation phases: 3
134.142 -flow value: 6068
134.143 -edmonds karp demo (on-the-fly blocking flow augmentation)...
134.144 -elapsed time: u: 0.85s, s: 0s, cu: 0s, cs: 0s, real: 0.85847s
134.145 -number of augmentation phases: 3
134.146 -flow value: 6068
134.147 -edmonds karp demo (on-the-fly shortest path augmentation)...
134.148 -elapsed time: u: 66.71s, s: 0.06s, cu: 0s, cs: 0s, real: 68.0292s
134.149 -number of augmentation phases: 1854
134.150 -flow value: 6068
135.1 --- a/src/work/marci/experiment/deref_vs_optimization_lenyeg Sun Apr 17 18:57:22 2005 +0000
135.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
135.3 @@ -1,83 +0,0 @@
135.4 --O0:
135.5 -
135.6 -marci@karp:~/etik-ol/src/demo/marci/experiment$ ./edmonds_karp_demo < ../flow-1.dim
135.7 -edmonds karp demo (physical blocking flow augmentation)...
135.8 -elapsed time: u: 1.11s, s: 0.02s, cu: 0s, cs: 0s, real: 1.23456s
135.9 -edmonds karp demo (physical blocking flow 1 augmentation)...
135.10 -elapsed time: u: 0.78s, s: 0s, cu: 0s, cs: 0s, real: 0.851246s
135.11 -edmonds karp demo (on-the-fly blocking flow augmentation)...
135.12 -elapsed time: u: 1.02s, s: 0s, cu: 0s, cs: 0s, real: 1.12829s
135.13 -edmonds karp demo (on-the-fly shortest path augmentation)...
135.14 -elapsed time: u: 76.09s, s: 0.77s, cu: 0s, cs: 0s, real: 127.892s
135.15 -
135.16 -marci@karp:~/etik-ol/src/demo/marci/experiment$ ./edmonds_karp_demo_1 < ../flow-1.dim
135.17 -edmonds karp demo (physical blocking flow augmentation)...
135.18 -elapsed time: u: 1.04s, s: 0.01s, cu: 0s, cs: 0s, real: 1.1643s
135.19 -edmonds karp demo (physical blocking flow 1 augmentation)...
135.20 -elapsed time: u: 0.73s, s: 0s, cu: 0s, cs: 0s, real: 1.29574s
135.21 -edmonds karp demo (on-the-fly blocking flow augmentation)...
135.22 -elapsed time: u: 0.96s, s: 0.01s, cu: 0s, cs: 0s, real: 1.05265s
135.23 -edmonds karp demo (on-the-fly shortest path augmentation)...
135.24 -elapsed time: u: 72.65s, s: 0.67s, cu: 0s, cs: 0s, real: 79.8199s
135.25 -
135.26 -marci@linux:~/etik-ol/src/demo/marci/experiment> ./edmonds_karp_demo < ../flow-1.dim
135.27 -edmonds karp demo (physical blocking flow augmentation)...
135.28 -elapsed time: u: 3.04s, s: 0.01s, cu: 0s, cs: 0s, real: 3.09736s
135.29 -edmonds karp demo (physical blocking flow 1 augmentation)...
135.30 -elapsed time: u: 2.22s, s: 0.02s, cu: 0s, cs: 0s, real: 2.26504s
135.31 -edmonds karp demo (on-the-fly blocking flow augmentation)...
135.32 -elapsed time: u: 2.88s, s: 0.01s, cu: 0s, cs: 0s, real: 3.03116s
135.33 -edmonds karp demo (on-the-fly shortest path augmentation)...
135.34 -elapsed time: u: 201.69s, s: 0.08s, cu: 0s, cs: 0s, real: 203.99s
135.35 -
135.36 -marci@linux:~/etik-ol/src/demo/marci/experiment> ./edmonds_karp_demo_1 < ../flow-1.dim
135.37 -edmonds karp demo (physical blocking flow augmentation)...
135.38 -elapsed time: u: 3s, s: 0.04s, cu: 0s, cs: 0s, real: 3.19728s
135.39 -edmonds karp demo (physical blocking flow 1 augmentation)...
135.40 -elapsed time: u: 2.21s, s: 0.03s, cu: 0s, cs: 0s, real: 2.25725s
135.41 -edmonds karp demo (on-the-fly blocking flow augmentation)...
135.42 -elapsed time: u: 2.82s, s: 0s, cu: 0s, cs: 0s, real: 2.83294s
135.43 -edmonds karp demo (on-the-fly shortest path augmentation)...
135.44 -elapsed time: u: 203.39s, s: 0.07s, cu: 0s, cs: 0s, real: 204.401s
135.45 -
135.46 --03:
135.47 -
135.48 -marci@karp:~/etik-ol/src/demo/marci/experiment$ ./edmonds_karp_demo < ../flow-1.dim
135.49 -edmonds karp demo (physical blocking flow augmentation)...
135.50 -elapsed time: u: 0.36s, s: 0.01s, cu: 0s, cs: 0s, real: 1.13854s
135.51 -edmonds karp demo (physical blocking flow 1 augmentation)...
135.52 -elapsed time: u: 0.23s, s: 0s, cu: 0s, cs: 0s, real: 0.243452s
135.53 -edmonds karp demo (on-the-fly blocking flow augmentation)...
135.54 -elapsed time: u: 0.32s, s: 0.01s, cu: 0s, cs: 0s, real: 0.339224s
135.55 -edmonds karp demo (on-the-fly shortest path augmentation)...
135.56 -elapsed time: u: 26.98s, s: 0.29s, cu: 0s, cs: 0s, real: 32.2458s
135.57 -
135.58 -marci@karp:~/etik-ol/src/demo/marci/experiment$ ./edmonds_karp_demo_1 < ../flow-1.dim
135.59 -edmonds karp demo (physical blocking flow augmentation)...
135.60 -elapsed time: u: 0.37s, s: 0.01s, cu: 0s, cs: 0s, real: 0.402523s
135.61 -edmonds karp demo (physical blocking flow 1 augmentation)...
135.62 -elapsed time: u: 0.22s, s: 0s, cu: 0s, cs: 0s, real: 0.244878s
135.63 -edmonds karp demo (on-the-fly blocking flow augmentation)...
135.64 -elapsed time: u: 0.32s, s: 0.01s, cu: 0s, cs: 0s, real: 0.353093s
135.65 -edmonds karp demo (on-the-fly shortest path augmentation)...
135.66 -elapsed time: u: 27.02s, s: 0.34s, cu: 0s, cs: 0s, real: 30.0516s
135.67 -
135.68 -marci@linux:~/etik-ol/src/demo/marci/experiment> ./edmonds_karp_demo < ../flow-1.dim
135.69 -edmonds karp demo (physical blocking flow augmentation)...
135.70 -elapsed time: u: 0.91s, s: 0.01s, cu: 0s, cs: 0s, real: 0.938415s
135.71 -edmonds karp demo (physical blocking flow 1 augmentation)...
135.72 -elapsed time: u: 0.61s, s: 0.01s, cu: 0s, cs: 0s, real: 0.62244s
135.73 -edmonds karp demo (on-the-fly blocking flow augmentation)...
135.74 -elapsed time: u: 0.88s, s: 0s, cu: 0s, cs: 0s, real: 0.914984s
135.75 -edmonds karp demo (on-the-fly shortest path augmentation)...
135.76 -elapsed time: u: 66.55s, s: 0.09s, cu: 0s, cs: 0s, real: 67.5525s
135.77 -
135.78 -marci@linux:~/etik-ol/src/demo/marci/experiment> ./edmonds_karp_demo_1 < ../flow-1.dim
135.79 -edmonds karp demo (physical blocking flow augmentation)...
135.80 -elapsed time: u: 0.85s, s: 0s, cu: 0s, cs: 0s, real: 0.858786s
135.81 -edmonds karp demo (physical blocking flow 1 augmentation)...
135.82 -elapsed time: u: 0.58s, s: 0.03s, cu: 0s, cs: 0s, real: 0.61541s
135.83 -edmonds karp demo (on-the-fly blocking flow augmentation)...
135.84 -elapsed time: u: 0.85s, s: 0s, cu: 0s, cs: 0s, real: 0.85847s
135.85 -edmonds karp demo (on-the-fly shortest path augmentation)...
135.86 -elapsed time: u: 66.71s, s: 0.06s, cu: 0s, cs: 0s, real: 68.0292s
136.1 --- a/src/work/marci/experiment/edmonds_karp.h Sun Apr 17 18:57:22 2005 +0000
136.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
136.3 @@ -1,1238 +0,0 @@
136.4 -// -*- c++ -*-
136.5 -#ifndef LEMON_EDMONDS_KARP_H
136.6 -#define LEMON_EDMONDS_KARP_H
136.7 -
136.8 -#include <algorithm>
136.9 -#include <list>
136.10 -#include <iterator>
136.11 -
136.12 -#include <bfs_iterator.h>
136.13 -#include <invalid.h>
136.14 -
136.15 -namespace lemon {
136.16 -
136.17 - template<typename Graph, typename Number, typename FlowMap, typename CapacityMap>
136.18 - class ResGraph {
136.19 - public:
136.20 - typedef typename Graph::Node Node;
136.21 - typedef typename Graph::NodeIt NodeIt;
136.22 - private:
136.23 - typedef typename Graph::SymEdgeIt OldSymEdgeIt;
136.24 - const Graph& G;
136.25 - FlowMap& flow;
136.26 - const CapacityMap& capacity;
136.27 - public:
136.28 - ResGraph(const Graph& _G, FlowMap& _flow,
136.29 - const CapacityMap& _capacity) :
136.30 - G(_G), flow(_flow), capacity(_capacity) { }
136.31 -
136.32 - class Edge;
136.33 - class OutEdgeIt;
136.34 - friend class Edge;
136.35 - friend class OutEdgeIt;
136.36 -
136.37 - class Edge {
136.38 - friend class ResGraph<Graph, Number, FlowMap, CapacityMap>;
136.39 - protected:
136.40 - const ResGraph<Graph, Number, FlowMap, CapacityMap>* resG;
136.41 - OldSymEdgeIt sym;
136.42 - public:
136.43 - Edge() { }
136.44 - //Edge(const Edge& e) : resG(e.resG), sym(e.sym) { }
136.45 - Number free() const {
136.46 - if (resG->G.aNode(sym)==resG->G.source(sym)) {
136.47 - return (resG->capacity.get(sym)-resG->flow.get(sym));
136.48 - } else {
136.49 - return (resG->flow.get(sym));
136.50 - }
136.51 - }
136.52 - bool valid() const { return sym.valid(); }
136.53 - void augment(Number a) const {
136.54 - if (resG->G.aNode(sym)==resG->G.source(sym)) {
136.55 - resG->flow.set(sym, resG->flow.get(sym)+a);
136.56 - //resG->flow[sym]+=a;
136.57 - } else {
136.58 - resG->flow.set(sym, resG->flow.get(sym)-a);
136.59 - //resG->flow[sym]-=a;
136.60 - }
136.61 - }
136.62 - };
136.63 -
136.64 - class OutEdgeIt : public Edge {
136.65 - friend class ResGraph<Graph, Number, FlowMap, CapacityMap>;
136.66 - public:
136.67 - OutEdgeIt() { }
136.68 - //OutEdgeIt(const OutEdgeIt& e) { resG=e.resG; sym=e.sym; }
136.69 - private:
136.70 - OutEdgeIt(const ResGraph<Graph, Number, FlowMap, CapacityMap>& _resG, Node v) {
136.71 - resG=&_resG;
136.72 - sym=resG->G.template first<OldSymEdgeIt>(v);
136.73 - while( sym.valid() && !(free()>0) ) { ++sym; }
136.74 - }
136.75 - public:
136.76 - OutEdgeIt& operator++() {
136.77 - ++sym;
136.78 - while( sym.valid() && !(free()>0) ) { ++sym; }
136.79 - return *this;
136.80 - }
136.81 - };
136.82 -
136.83 - void /*getF*/first(OutEdgeIt& e, Node v) const {
136.84 - e=OutEdgeIt(*this, v);
136.85 - }
136.86 - void /*getF*/first(NodeIt& v) const { G./*getF*/first(v); }
136.87 -
136.88 - template< typename It >
136.89 - It first() const {
136.90 - It e;
136.91 - /*getF*/first(e);
136.92 - return e;
136.93 - }
136.94 -
136.95 - template< typename It >
136.96 - It first(Node v) const {
136.97 - It e;
136.98 - /*getF*/first(e, v);
136.99 - return e;
136.100 - }
136.101 -
136.102 - Node source(Edge e) const { return G.aNode(e.sym); }
136.103 - Node target(Edge e) const { return G.bNode(e.sym); }
136.104 -
136.105 - Node aNode(OutEdgeIt e) const { return G.aNode(e.sym); }
136.106 - Node bNode(OutEdgeIt e) const { return G.bNode(e.sym); }
136.107 -
136.108 - int id(Node v) const { return G.id(v); }
136.109 -
136.110 - template <typename S>
136.111 - class NodeMap {
136.112 - typename Graph::NodeMap<S> node_map;
136.113 - public:
136.114 - NodeMap(const ResGraph<Graph, Number, FlowMap, CapacityMap>& _G) : node_map(_G.G) { }
136.115 - NodeMap(const ResGraph<Graph, Number, FlowMap, CapacityMap>& _G, S a) : node_map(_G.G, a) { }
136.116 - void set(Node nit, S a) { node_map.set(nit, a); }
136.117 - S get(Node nit) const { return node_map.get(nit); }
136.118 - S& operator[](Node nit) { return node_map[nit]; }
136.119 - const S& operator[](Node nit) const { return node_map[nit]; }
136.120 - };
136.121 -
136.122 - };
136.123 -
136.124 -
136.125 - template<typename Graph, typename Number, typename FlowMap, typename CapacityMap>
136.126 - class ResGraph2 {
136.127 - public:
136.128 - typedef typename Graph::Node Node;
136.129 - typedef typename Graph::NodeIt NodeIt;
136.130 - private:
136.131 - //typedef typename Graph::SymEdgeIt OldSymEdgeIt;
136.132 - typedef typename Graph::OutEdgeIt OldOutEdgeIt;
136.133 - typedef typename Graph::InEdgeIt OldInEdgeIt;
136.134 -
136.135 - const Graph& G;
136.136 - FlowMap& flow;
136.137 - const CapacityMap& capacity;
136.138 - public:
136.139 - ResGraph2(const Graph& _G, FlowMap& _flow,
136.140 - const CapacityMap& _capacity) :
136.141 - G(_G), flow(_flow), capacity(_capacity) { }
136.142 -
136.143 - class Edge;
136.144 - class OutEdgeIt;
136.145 - friend class Edge;
136.146 - friend class OutEdgeIt;
136.147 -
136.148 - class Edge {
136.149 - friend class ResGraph2<Graph, Number, FlowMap, CapacityMap>;
136.150 - protected:
136.151 - const ResGraph2<Graph, Number, FlowMap, CapacityMap>* resG;
136.152 - //OldSymEdgeIt sym;
136.153 - OldOutEdgeIt out;
136.154 - OldInEdgeIt in;
136.155 - bool out_or_in; //true, iff out
136.156 - public:
136.157 - Edge() : out_or_in(true) { }
136.158 - Number free() const {
136.159 - if (out_or_in) {
136.160 - return (resG->capacity.get(out)-resG->flow.get(out));
136.161 - } else {
136.162 - return (resG->flow.get(in));
136.163 - }
136.164 - }
136.165 - bool valid() const {
136.166 - return out_or_in && out.valid() || in.valid(); }
136.167 - void augment(Number a) const {
136.168 - if (out_or_in) {
136.169 - resG->flow.set(out, resG->flow.get(out)+a);
136.170 - } else {
136.171 - resG->flow.set(in, resG->flow.get(in)-a);
136.172 - }
136.173 - }
136.174 - };
136.175 -
136.176 - class OutEdgeIt : public Edge {
136.177 - friend class ResGraph2<Graph, Number, FlowMap, CapacityMap>;
136.178 - public:
136.179 - OutEdgeIt() { }
136.180 - private:
136.181 - OutEdgeIt(const ResGraph2<Graph, Number, FlowMap, CapacityMap>& _resG, Node v) {
136.182 - resG=&_resG;
136.183 - out=resG->G.template first<OldOutEdgeIt>(v);
136.184 - while( out.valid() && !(free()>0) ) { ++out; }
136.185 - if (!out.valid()) {
136.186 - out_or_in=0;
136.187 - in=resG->G.template first<OldInEdgeIt>(v);
136.188 - while( in.valid() && !(free()>0) ) { ++in; }
136.189 - }
136.190 - }
136.191 - public:
136.192 - OutEdgeIt& operator++() {
136.193 - if (out_or_in) {
136.194 - Node v=resG->G.aNode(out);
136.195 - ++out;
136.196 - while( out.valid() && !(free()>0) ) { ++out; }
136.197 - if (!out.valid()) {
136.198 - out_or_in=0;
136.199 - in=resG->G.template first<OldInEdgeIt>(v);
136.200 - while( in.valid() && !(free()>0) ) { ++in; }
136.201 - }
136.202 - } else {
136.203 - ++in;
136.204 - while( in.valid() && !(free()>0) ) { ++in; }
136.205 - }
136.206 - return *this;
136.207 - }
136.208 - };
136.209 -
136.210 - void /*getF*/first(OutEdgeIt& e, Node v) const {
136.211 - e=OutEdgeIt(*this, v);
136.212 - }
136.213 - void /*getF*/first(NodeIt& v) const { G./*getF*/first(v); }
136.214 -
136.215 - template< typename It >
136.216 - It first() const {
136.217 - It e;
136.218 - /*getF*/first(e);
136.219 - return e;
136.220 - }
136.221 -
136.222 - template< typename It >
136.223 - It first(Node v) const {
136.224 - It e;
136.225 - /*getF*/first(e, v);
136.226 - return e;
136.227 - }
136.228 -
136.229 - Node source(Edge e) const {
136.230 - return ((e.out_or_in) ? G.aNode(e.out) : G.aNode(e.in)); }
136.231 - Node target(Edge e) const {
136.232 - return ((e.out_or_in) ? G.bNode(e.out) : G.bNode(e.in)); }
136.233 -
136.234 - Node aNode(OutEdgeIt e) const {
136.235 - return ((e.out_or_in) ? G.aNode(e.out) : G.aNode(e.in)); }
136.236 - Node bNode(OutEdgeIt e) const {
136.237 - return ((e.out_or_in) ? G.bNode(e.out) : G.bNode(e.in)); }
136.238 -
136.239 - int id(Node v) const { return G.id(v); }
136.240 -
136.241 - template <typename S>
136.242 - class NodeMap {
136.243 - typename Graph::NodeMap<S> node_map;
136.244 - public:
136.245 - NodeMap(const ResGraph2<Graph, Number, FlowMap, CapacityMap>& _G) : node_map(_G.G) { }
136.246 - NodeMap(const ResGraph2<Graph, Number, FlowMap, CapacityMap>& _G, S a) : node_map(_G.G, a) { }
136.247 - void set(Node nit, S a) { node_map.set(nit, a); }
136.248 - S get(Node nit) const { return node_map.get(nit); }
136.249 - };
136.250 - };
136.251 -
136.252 -
136.253 - template <typename GraphWrapper, typename Number, typename FlowMap, typename CapacityMap>
136.254 - class MaxFlow {
136.255 - protected:
136.256 - typedef GraphWrapper GW;
136.257 - typedef typename GW::Node Node;
136.258 - typedef typename GW::Edge Edge;
136.259 - typedef typename GW::EdgeIt EdgeIt;
136.260 - typedef typename GW::OutEdgeIt OutEdgeIt;
136.261 - typedef typename GW::InEdgeIt InEdgeIt;
136.262 - //const Graph* G;
136.263 - GW gw;
136.264 - Node s;
136.265 - Node t;
136.266 - FlowMap* flow;
136.267 - const CapacityMap* capacity;
136.268 - typedef ResGraphWrapper<GW, Number, FlowMap, CapacityMap > ResGW;
136.269 - typedef typename ResGW::OutEdgeIt ResGWOutEdgeIt;
136.270 - typedef typename ResGW::Edge ResGWEdge;
136.271 - public:
136.272 -
136.273 - MaxFlow(const GW& _gw, Node _s, Node _t, FlowMap& _flow, const CapacityMap& _capacity) :
136.274 - gw(_gw), s(_s), t(_t), flow(&_flow), capacity(&_capacity) { }
136.275 -
136.276 - bool augmentOnShortestPath() {
136.277 - ResGW res_graph(gw, *flow, *capacity);
136.278 - bool _augment=false;
136.279 -
136.280 - typedef typename ResGW::NodeMap<bool> ReachedMap;
136.281 - BfsIterator5< ResGW, ReachedMap > bfs(res_graph);
136.282 - bfs.pushAndSetReached(s);
136.283 -
136.284 - typename ResGW::NodeMap<ResGWEdge> pred(res_graph);
136.285 - pred.set(s, INVALID);
136.286 -
136.287 - typename ResGW::NodeMap<Number> free(res_graph);
136.288 -
136.289 - //searching for augmenting path
136.290 - while ( !bfs.finished() ) {
136.291 - ResGWOutEdgeIt e=bfs;
136.292 - if (res_graph.valid(e) && bfs.isBNodeNewlyReached()) {
136.293 - Node v=res_graph.source(e);
136.294 - Node w=res_graph.target(e);
136.295 - pred.set(w, e);
136.296 - if (res_graph.valid(pred.get(v))) {
136.297 - free.set(w, std::min(free.get(v), res_graph.resCap(e)));
136.298 - } else {
136.299 - free.set(w, res_graph.resCap(e));
136.300 - }
136.301 - if (res_graph.target(e)==t) { _augment=true; break; }
136.302 - }
136.303 -
136.304 - ++bfs;
136.305 - } //end of searching augmenting path
136.306 -
136.307 - if (_augment) {
136.308 - Node n=t;
136.309 - Number augment_value=free.get(t);
136.310 - while (res_graph.valid(pred.get(n))) {
136.311 - ResGWEdge e=pred.get(n);
136.312 - res_graph.augment(e, augment_value);
136.313 - n=res_graph.source(e);
136.314 - }
136.315 - }
136.316 -
136.317 - return _augment;
136.318 - }
136.319 -
136.320 - template<typename MapGraphWrapper>
136.321 - class DistanceMap {
136.322 - protected:
136.323 - MapGraphWrapper gw;
136.324 - typename MapGraphWrapper::NodeMap<int> dist;
136.325 - public:
136.326 - DistanceMap(MapGraphWrapper& _gw) : gw(_gw), dist(_gw, _gw.nodeNum()) { }
136.327 - void set(const typename MapGraphWrapper::Node& n, int a) { dist[n]=a; }
136.328 - int get(const typename MapGraphWrapper::Node& n) const { return dist[n]; }
136.329 - bool get(const typename MapGraphWrapper::Edge& e) const {
136.330 - return (dist.get(gw.source(e))<dist.get(gw.target(e)));
136.331 - }
136.332 - };
136.333 -
136.334 - template<typename MutableGraph> bool augmentOnBlockingFlow() {
136.335 - typedef MutableGraph MG;
136.336 - bool _augment=false;
136.337 -
136.338 - ResGW res_graph(gw, *flow, *capacity);
136.339 -
136.340 - typedef typename ResGW::NodeMap<bool> ReachedMap;
136.341 - BfsIterator5< ResGW, ReachedMap > bfs(res_graph);
136.342 -
136.343 - bfs.pushAndSetReached(s);
136.344 - //typename ResGW::NodeMap<int> dist(res_graph); //filled up with 0's
136.345 - DistanceMap<ResGW> dist(res_graph);
136.346 - while ( !bfs.finished() ) {
136.347 - ResGWOutEdgeIt e=bfs;
136.348 - if (res_graph.valid(e) && bfs.isBNodeNewlyReached()) {
136.349 - dist.set(res_graph.target(e), dist.get(res_graph.source(e))+1);
136.350 - }
136.351 - ++bfs;
136.352 - } //computing distances from s in the residual graph
136.353 -
136.354 - MG F;
136.355 - typedef SubGraphWrapper<ResGW, DistanceMap<ResGW> > FilterResGW;
136.356 - FilterResGW filter_res_graph(res_graph, dist);
136.357 - typename ResGW::NodeMap<typename MG::Node> res_graph_to_F(res_graph);
136.358 - {
136.359 - typename ResGW::NodeIt n;
136.360 - for(res_graph.first(n); res_graph.valid(n); res_graph.next(n)) {
136.361 - res_graph_to_F.set(n, F.addNode());
136.362 - }
136.363 - }
136.364 -
136.365 - typename MG::Node sF=res_graph_to_F.get(s);
136.366 - typename MG::Node tF=res_graph_to_F.get(t);
136.367 - typename MG::EdgeMap<ResGWEdge> original_edge(F);
136.368 - typename MG::EdgeMap<Number> residual_capacity(F);
136.369 -
136.370 - //Making F to the graph containing the edges of the residual graph
136.371 - //which are in some shortest paths
136.372 - {
136.373 - typename FilterResGW::EdgeIt e;
136.374 - for(filter_res_graph.first(e); filter_res_graph.valid(e); filter_res_graph.next(e)) {
136.375 - //if (dist.get(res_graph.target(e))==dist.get(res_graph.source(e))+1) {
136.376 - typename MG::Edge f=F.addEdge(res_graph_to_F.get(res_graph.source(e)), res_graph_to_F.get(res_graph.target(e)));
136.377 - original_edge.update();
136.378 - original_edge.set(f, e);
136.379 - residual_capacity.update();
136.380 - residual_capacity.set(f, res_graph.resCap(e));
136.381 - //}
136.382 - }
136.383 - }
136.384 -
136.385 - bool __augment=true;
136.386 -
136.387 - while (__augment) {
136.388 - __augment=false;
136.389 - //computing blocking flow with dfs
136.390 - typedef typename TrivGraphWrapper<MG>::NodeMap<bool> BlockingReachedMap;
136.391 - DfsIterator5< TrivGraphWrapper<MG>, BlockingReachedMap > dfs(F);
136.392 - typename MG::NodeMap<typename MG::Edge> pred(F);
136.393 - pred.set(sF, INVALID);
136.394 - //invalid iterators for sources
136.395 -
136.396 - typename MG::NodeMap<Number> free(F);
136.397 -
136.398 - dfs.pushAndSetReached(sF);
136.399 - while (!dfs.finished()) {
136.400 - ++dfs;
136.401 - if (F.valid(/*typename MG::OutEdgeIt*/(dfs))) {
136.402 - if (dfs.isBNodeNewlyReached()) {
136.403 - typename MG::Node v=F.aNode(dfs);
136.404 - typename MG::Node w=F.bNode(dfs);
136.405 - pred.set(w, dfs);
136.406 - if (F.valid(pred.get(v))) {
136.407 - free.set(w, std::min(free.get(v), residual_capacity.get(dfs)));
136.408 - } else {
136.409 - free.set(w, residual_capacity.get(dfs));
136.410 - }
136.411 - if (w==tF) {
136.412 - __augment=true;
136.413 - _augment=true;
136.414 - break;
136.415 - }
136.416 -
136.417 - } else {
136.418 - F.erase(/*typename MG::OutEdgeIt*/(dfs));
136.419 - }
136.420 - }
136.421 - }
136.422 -
136.423 - if (__augment) {
136.424 - typename MG::Node n=tF;
136.425 - Number augment_value=free.get(tF);
136.426 - while (F.valid(pred.get(n))) {
136.427 - typename MG::Edge e=pred.get(n);
136.428 - res_graph.augment(original_edge.get(e), augment_value);
136.429 - n=F.source(e);
136.430 - if (residual_capacity.get(e)==augment_value)
136.431 - F.erase(e);
136.432 - else
136.433 - residual_capacity.set(e, residual_capacity.get(e)-augment_value);
136.434 - }
136.435 - }
136.436 -
136.437 - }
136.438 -
136.439 - return _augment;
136.440 - }
136.441 -
136.442 - template<typename MutableGraph> bool augmentOnBlockingFlow1() {
136.443 - typedef MutableGraph MG;
136.444 - bool _augment=false;
136.445 -
136.446 - ResGW res_graph(gw, *flow, *capacity);
136.447 -
136.448 - //bfs for distances on the residual graph
136.449 - typedef typename ResGW::NodeMap<bool> ReachedMap;
136.450 - BfsIterator5< ResGW, ReachedMap > bfs(res_graph);
136.451 - bfs.pushAndSetReached(s);
136.452 - typename ResGW::NodeMap<int> dist(res_graph); //filled up with 0's
136.453 -
136.454 - //F will contain the physical copy of the residual graph
136.455 - //with the set of edges which are on shortest paths
136.456 - MG F;
136.457 - typename ResGW::NodeMap<typename MG::Node> res_graph_to_F(res_graph);
136.458 - {
136.459 - typename ResGW::NodeIt n;
136.460 - for(res_graph.first(n); res_graph.valid(n); res_graph.next(n)) {
136.461 - res_graph_to_F.set(n, F.addNode());
136.462 - }
136.463 - }
136.464 -
136.465 - typename MG::Node sF=res_graph_to_F.get(s);
136.466 - typename MG::Node tF=res_graph_to_F.get(t);
136.467 - typename MG::EdgeMap<ResGWEdge> original_edge(F);
136.468 - typename MG::EdgeMap<Number> residual_capacity(F);
136.469 -
136.470 - while ( !bfs.finished() ) {
136.471 - ResGWOutEdgeIt e=bfs;
136.472 - if (res_graph.valid(e)) {
136.473 - if (bfs.isBNodeNewlyReached()) {
136.474 - dist.set(res_graph.target(e), dist.get(res_graph.source(e))+1);
136.475 - typename MG::Edge f=F.addEdge(res_graph_to_F.get(res_graph.source(e)), res_graph_to_F.get(res_graph.target(e)));
136.476 - original_edge.update();
136.477 - original_edge.set(f, e);
136.478 - residual_capacity.update();
136.479 - residual_capacity.set(f, res_graph.resCap(e));
136.480 - } else {
136.481 - if (dist.get(res_graph.target(e))==(dist.get(res_graph.source(e))+1)) {
136.482 - typename MG::Edge f=F.addEdge(res_graph_to_F.get(res_graph.source(e)), res_graph_to_F.get(res_graph.target(e)));
136.483 - original_edge.update();
136.484 - original_edge.set(f, e);
136.485 - residual_capacity.update();
136.486 - residual_capacity.set(f, res_graph.resCap(e));
136.487 - }
136.488 - }
136.489 - }
136.490 - ++bfs;
136.491 - } //computing distances from s in the residual graph
136.492 -
136.493 - bool __augment=true;
136.494 -
136.495 - while (__augment) {
136.496 - __augment=false;
136.497 - //computing blocking flow with dfs
136.498 - typedef typename TrivGraphWrapper<MG>::NodeMap<bool> BlockingReachedMap;
136.499 - DfsIterator5< TrivGraphWrapper<MG>, BlockingReachedMap > dfs(F);
136.500 - typename MG::NodeMap<typename MG::Edge> pred(F);
136.501 - pred.set(sF, INVALID);
136.502 - //invalid iterators for sources
136.503 -
136.504 - typename MG::NodeMap<Number> free(F);
136.505 -
136.506 - dfs.pushAndSetReached(sF);
136.507 - while (!dfs.finished()) {
136.508 - ++dfs;
136.509 - if (F.valid(/*typename MG::OutEdgeIt*/(dfs))) {
136.510 - if (dfs.isBNodeNewlyReached()) {
136.511 - typename MG::Node v=F.aNode(dfs);
136.512 - typename MG::Node w=F.bNode(dfs);
136.513 - pred.set(w, dfs);
136.514 - if (F.valid(pred.get(v))) {
136.515 - free.set(w, std::min(free.get(v), residual_capacity.get(dfs)));
136.516 - } else {
136.517 - free.set(w, residual_capacity.get(dfs));
136.518 - }
136.519 - if (w==tF) {
136.520 - __augment=true;
136.521 - _augment=true;
136.522 - break;
136.523 - }
136.524 -
136.525 - } else {
136.526 - F.erase(/*typename MG::OutEdgeIt*/(dfs));
136.527 - }
136.528 - }
136.529 - }
136.530 -
136.531 - if (__augment) {
136.532 - typename MG::Node n=tF;
136.533 - Number augment_value=free.get(tF);
136.534 - while (F.valid(pred.get(n))) {
136.535 - typename MG::Edge e=pred.get(n);
136.536 - res_graph.augment(original_edge.get(e), augment_value);
136.537 - n=F.source(e);
136.538 - if (residual_capacity.get(e)==augment_value)
136.539 - F.erase(e);
136.540 - else
136.541 - residual_capacity.set(e, residual_capacity.get(e)-augment_value);
136.542 - }
136.543 - }
136.544 -
136.545 - }
136.546 -
136.547 - return _augment;
136.548 - }
136.549 -
136.550 - bool augmentOnBlockingFlow2() {
136.551 - bool _augment=false;
136.552 -
136.553 - ResGW res_graph(gw, *flow, *capacity);
136.554 -
136.555 - typedef typename ResGW::NodeMap<bool> ReachedMap;
136.556 - BfsIterator5< ResGW, ReachedMap > bfs(res_graph);
136.557 -
136.558 - bfs.pushAndSetReached(s);
136.559 - DistanceMap<ResGW> dist(res_graph);
136.560 - while ( !bfs.finished() ) {
136.561 - ResGWOutEdgeIt e=bfs;
136.562 - if (res_graph.valid(e) && bfs.isBNodeNewlyReached()) {
136.563 - dist.set(res_graph.target(e), dist.get(res_graph.source(e))+1);
136.564 - }
136.565 - ++bfs;
136.566 - } //computing distances from s in the residual graph
136.567 -
136.568 - //Subgraph containing the edges on some shortest paths
136.569 - typedef SubGraphWrapper<ResGW, DistanceMap<ResGW> > FilterResGW;
136.570 - FilterResGW filter_res_graph(res_graph, dist);
136.571 -
136.572 - //Subgraph, which is able to delete edges which are already
136.573 - //met by the dfs
136.574 - typename FilterResGW::NodeMap<typename FilterResGW::OutEdgeIt>
136.575 - first_out_edges(filter_res_graph);
136.576 - typename FilterResGW::NodeIt v;
136.577 - for(filter_res_graph.first(v); filter_res_graph.valid(v);
136.578 - filter_res_graph.next(v))
136.579 - {
136.580 - typename FilterResGW::OutEdgeIt e;
136.581 - filter_res_graph.first(e, v);
136.582 - first_out_edges.set(v, e);
136.583 - }
136.584 - typedef ErasingFirstGraphWrapper<FilterResGW, typename FilterResGW::
136.585 - NodeMap<typename FilterResGW::OutEdgeIt> > ErasingResGW;
136.586 - ErasingResGW erasing_res_graph(filter_res_graph, first_out_edges);
136.587 -
136.588 - bool __augment=true;
136.589 -
136.590 - while (__augment) {
136.591 -
136.592 - __augment=false;
136.593 - //computing blocking flow with dfs
136.594 - typedef typename ErasingResGW::NodeMap<bool> BlockingReachedMap;
136.595 - DfsIterator5< ErasingResGW, BlockingReachedMap >
136.596 - dfs(erasing_res_graph);
136.597 - typename ErasingResGW::NodeMap<typename ErasingResGW::OutEdgeIt>
136.598 - pred(erasing_res_graph);
136.599 - pred.set(s, INVALID);
136.600 - //invalid iterators for sources
136.601 -
136.602 - typename ErasingResGW::NodeMap<Number> free(erasing_res_graph);
136.603 -
136.604 - dfs.pushAndSetReached(s);
136.605 - while (!dfs.finished()) {
136.606 - ++dfs;
136.607 - if (erasing_res_graph.valid(
136.608 - /*typename ErasingResGW::OutEdgeIt*/(dfs)))
136.609 - {
136.610 - if (dfs.isBNodeNewlyReached()) {
136.611 -
136.612 - typename ErasingResGW::Node v=erasing_res_graph.aNode(dfs);
136.613 - typename ErasingResGW::Node w=erasing_res_graph.bNode(dfs);
136.614 -
136.615 - pred.set(w, /*typename ErasingResGW::OutEdgeIt*/(dfs));
136.616 - if (erasing_res_graph.valid(pred.get(v))) {
136.617 - free.set(w, std::min(free.get(v), res_graph.resCap(dfs)));
136.618 - } else {
136.619 - free.set(w, res_graph.resCap(dfs));
136.620 - }
136.621 -
136.622 - if (w==t) {
136.623 - __augment=true;
136.624 - _augment=true;
136.625 - break;
136.626 - }
136.627 - } else {
136.628 - erasing_res_graph.erase(dfs);
136.629 - }
136.630 - }
136.631 - }
136.632 -
136.633 - if (__augment) {
136.634 - typename ErasingResGW::Node n=t;
136.635 - Number augment_value=free.get(n);
136.636 - while (erasing_res_graph.valid(pred.get(n))) {
136.637 - typename ErasingResGW::OutEdgeIt e=pred.get(n);
136.638 - res_graph.augment(e, augment_value);
136.639 - n=erasing_res_graph.source(e);
136.640 - if (res_graph.resCap(e)==0)
136.641 - erasing_res_graph.erase(e);
136.642 - }
136.643 - }
136.644 -
136.645 - } //while (__augment)
136.646 -
136.647 - return _augment;
136.648 - }
136.649 -
136.650 -// bool augmentOnBlockingFlow2() {
136.651 -// bool _augment=false;
136.652 -
136.653 -// //typedef ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap> EAugGraph;
136.654 -// typedef FilterGraphWrapper< ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap> > EAugGraph;
136.655 -// typedef typename EAugGraph::OutEdgeIt EAugOutEdgeIt;
136.656 -// typedef typename EAugGraph::Edge EAugEdge;
136.657 -
136.658 -// EAugGraph res_graph(*G, *flow, *capacity);
136.659 -
136.660 -// //typedef typename EAugGraph::NodeMap<bool> ReachedMap;
136.661 -// BfsIterator5<
136.662 -// ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>,
136.663 -// /*typename ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::OutEdgeIt,*/
136.664 -// ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::NodeMap<bool> > bfs(res_graph);
136.665 -
136.666 -// bfs.pushAndSetReached(s);
136.667 -
136.668 -// typename ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::
136.669 -// NodeMap<int>& dist=res_graph.dist;
136.670 -
136.671 -// while ( !bfs.finished() ) {
136.672 -// typename ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::OutEdgeIt e=bfs;
136.673 -// if (res_graph.valid(e) && bfs.isBNodeNewlyReached()) {
136.674 -// dist.set(res_graph.target(e), dist.get(res_graph.source(e))+1);
136.675 -// }
136.676 -// ++bfs;
136.677 -// } //computing distances from s in the residual graph
136.678 -
136.679 -// bool __augment=true;
136.680 -
136.681 -// while (__augment) {
136.682 -
136.683 -// __augment=false;
136.684 -// //computing blocking flow with dfs
136.685 -// typedef typename EAugGraph::NodeMap<bool> BlockingReachedMap;
136.686 -// DfsIterator5< EAugGraph/*, EAugOutEdgeIt*/, BlockingReachedMap >
136.687 -// dfs(res_graph);
136.688 -// typename EAugGraph::NodeMap<EAugEdge> pred(res_graph);
136.689 -// pred.set(s, EAugEdge(INVALID));
136.690 -// //invalid iterators for sources
136.691 -
136.692 -// typename EAugGraph::NodeMap<Number> free(res_graph);
136.693 -
136.694 -// dfs.pushAndSetReached(s);
136.695 -// while (!dfs.finished()) {
136.696 -// ++dfs;
136.697 -// if (res_graph.valid(EAugOutEdgeIt(dfs))) {
136.698 -// if (dfs.isBNodeNewlyReached()) {
136.699 -
136.700 -// typename EAugGraph::Node v=res_graph.aNode(dfs);
136.701 -// typename EAugGraph::Node w=res_graph.bNode(dfs);
136.702 -
136.703 -// pred.set(w, EAugOutEdgeIt(dfs));
136.704 -// if (res_graph.valid(pred.get(v))) {
136.705 -// free.set(w, std::min(free.get(v), res_graph.free(dfs)));
136.706 -// } else {
136.707 -// free.set(w, res_graph.free(dfs));
136.708 -// }
136.709 -
136.710 -// if (w==t) {
136.711 -// __augment=true;
136.712 -// _augment=true;
136.713 -// break;
136.714 -// }
136.715 -// } else {
136.716 -// res_graph.erase(dfs);
136.717 -// }
136.718 -// }
136.719 -
136.720 -// }
136.721 -
136.722 -// if (__augment) {
136.723 -// typename EAugGraph::Node n=t;
136.724 -// Number augment_value=free.get(t);
136.725 -// while (res_graph.valid(pred.get(n))) {
136.726 -// EAugEdge e=pred.get(n);
136.727 -// res_graph.augment(e, augment_value);
136.728 -// n=res_graph.source(e);
136.729 -// if (res_graph.free(e)==0)
136.730 -// res_graph.erase(e);
136.731 -// }
136.732 -// }
136.733 -
136.734 -// }
136.735 -
136.736 -// return _augment;
136.737 -// }
136.738 -
136.739 - void run() {
136.740 - //int num_of_augmentations=0;
136.741 - while (augmentOnShortestPath()) {
136.742 - //while (augmentOnBlockingFlow<MutableGraph>()) {
136.743 - //std::cout << ++num_of_augmentations << " ";
136.744 - //std::cout<<std::endl;
136.745 - }
136.746 - }
136.747 -
136.748 - template<typename MutableGraph> void run() {
136.749 - //int num_of_augmentations=0;
136.750 - //while (augmentOnShortestPath()) {
136.751 - while (augmentOnBlockingFlow<MutableGraph>()) {
136.752 - //std::cout << ++num_of_augmentations << " ";
136.753 - //std::cout<<std::endl;
136.754 - }
136.755 - }
136.756 -
136.757 - Number flowValue() {
136.758 - Number a=0;
136.759 - OutEdgeIt e;
136.760 - for(gw.first(e, s); gw.valid(e); gw.next(e)) {
136.761 - a+=flow->get(e);
136.762 - }
136.763 - return a;
136.764 - }
136.765 -
136.766 - };
136.767 -
136.768 -
136.769 -// template <typename Graph, typename Number, typename FlowMap, typename CapacityMap>
136.770 -// class MaxMatching {
136.771 -// public:
136.772 -// typedef typename Graph::Node Node;
136.773 -// typedef typename Graph::NodeIt NodeIt;
136.774 -// typedef typename Graph::Edge Edge;
136.775 -// typedef typename Graph::EdgeIt EdgeIt;
136.776 -// typedef typename Graph::OutEdgeIt OutEdgeIt;
136.777 -// typedef typename Graph::InEdgeIt InEdgeIt;
136.778 -
136.779 -// typedef typename Graph::NodeMap<bool> SMap;
136.780 -// typedef typename Graph::NodeMap<bool> TMap;
136.781 -// private:
136.782 -// const Graph* G;
136.783 -// SMap* S;
136.784 -// TMap* T;
136.785 -// //Node s;
136.786 -// //Node t;
136.787 -// FlowMap* flow;
136.788 -// const CapacityMap* capacity;
136.789 -// typedef ResGraphWrapper<Graph, Number, FlowMap, CapacityMap > AugGraph;
136.790 -// typedef typename AugGraph::OutEdgeIt AugOutEdgeIt;
136.791 -// typedef typename AugGraph::Edge AugEdge;
136.792 -// typename Graph::NodeMap<int> used; //0
136.793 -
136.794 -// public:
136.795 -// MaxMatching(const Graph& _G, SMap& _S, TMap& _T, FlowMap& _flow, const CapacityMap& _capacity) :
136.796 -// G(&_G), S(&_S), T(&_T), flow(&_flow), capacity(&_capacity), used(_G) { }
136.797 -// bool augmentOnShortestPath() {
136.798 -// AugGraph res_graph(*G, *flow, *capacity);
136.799 -// bool _augment=false;
136.800 -
136.801 -// typedef typename AugGraph::NodeMap<bool> ReachedMap;
136.802 -// BfsIterator5< AugGraph, /*AugOutEdgeIt,*/ ReachedMap > bfs(res_graph);
136.803 -// typename AugGraph::NodeMap<AugEdge> pred(res_graph);
136.804 -// for(NodeIt s=G->template first<NodeIt>(); G->valid(s); G->next(s)) {
136.805 -// if ((S->get(s)) && (used.get(s)<1) ) {
136.806 -// //Number u=0;
136.807 -// //for(OutEdgeIt e=G->template first<OutEdgeIt>(s); G->valid(e); G->next(e))
136.808 -// //u+=flow->get(e);
136.809 -// //if (u<1) {
136.810 -// bfs.pushAndSetReached(s);
136.811 -// pred.set(s, AugEdge(INVALID));
136.812 -// //}
136.813 -// }
136.814 -// }
136.815 -
136.816 -// typename AugGraph::NodeMap<Number> free(res_graph);
136.817 -
136.818 -// Node n;
136.819 -// //searching for augmenting path
136.820 -// while ( !bfs.finished() ) {
136.821 -// AugOutEdgeIt e=bfs;
136.822 -// if (res_graph.valid(e) && bfs.isBNodeNewlyReached()) {
136.823 -// Node v=res_graph.source(e);
136.824 -// Node w=res_graph.target(e);
136.825 -// pred.set(w, e);
136.826 -// if (res_graph.valid(pred.get(v))) {
136.827 -// free.set(w, std::min(free.get(v), res_graph.free(e)));
136.828 -// } else {
136.829 -// free.set(w, res_graph.free(e));
136.830 -// }
136.831 -// n=res_graph.target(e);
136.832 -// if (T->get(n) && (used.get(n)<1) ) {
136.833 -// //Number u=0;
136.834 -// //for(InEdgeIt f=G->template first<InEdgeIt>(n); G->valid(f); G->next(f))
136.835 -// //u+=flow->get(f);
136.836 -// //if (u<1) {
136.837 -// _augment=true;
136.838 -// break;
136.839 -// //}
136.840 -// }
136.841 -// }
136.842 -
136.843 -// ++bfs;
136.844 -// } //end of searching augmenting path
136.845 -
136.846 -// if (_augment) {
136.847 -// //Node n=t;
136.848 -// used.set(n, 1); //mind2 vegen jav
136.849 -// Number augment_value=free.get(n);
136.850 -// while (res_graph.valid(pred.get(n))) {
136.851 -// AugEdge e=pred.get(n);
136.852 -// res_graph.augment(e, augment_value);
136.853 -// n=res_graph.source(e);
136.854 -// }
136.855 -// used.set(n, 1); //mind2 vegen jav
136.856 -// }
136.857 -
136.858 -// return _augment;
136.859 -// }
136.860 -
136.861 -// // template<typename MutableGraph> bool augmentOnBlockingFlow() {
136.862 -// // bool _augment=false;
136.863 -
136.864 -// // AugGraph res_graph(*G, *flow, *capacity);
136.865 -
136.866 -// // typedef typename AugGraph::NodeMap<bool> ReachedMap;
136.867 -// // BfsIterator4< AugGraph, AugOutEdgeIt, ReachedMap > bfs(res_graph);
136.868 -
136.869 -
136.870 -
136.871 -
136.872 -
136.873 -// // //typename AugGraph::NodeMap<AugEdge> pred(res_graph);
136.874 -// // for(NodeIt s=G->template first<NodeIt>(); G->valid(s); G->next(s)) {
136.875 -// // if (S->get(s)) {
136.876 -// // Number u=0;
136.877 -// // for(OutEdgeIt e=G->template first<OutEdgeIt>(s); G->valid(e); G->next(e))
136.878 -// // u+=flow->get(e);
136.879 -// // if (u<1) {
136.880 -// // bfs.pushAndSetReached(s);
136.881 -// // //pred.set(s, AugEdge(INVALID));
136.882 -// // }
136.883 -// // }
136.884 -// // }
136.885 -
136.886 -
136.887 -
136.888 -
136.889 -// // //bfs.pushAndSetReached(s);
136.890 -// // typename AugGraph::NodeMap<int> dist(res_graph); //filled up with 0's
136.891 -// // while ( !bfs.finished() ) {
136.892 -// // AugOutEdgeIt e=bfs;
136.893 -// // if (res_graph.valid(e) && bfs.isBNodeNewlyReached()) {
136.894 -// // dist.set(res_graph.target(e), dist.get(res_graph.source(e))+1);
136.895 -// // }
136.896 -
136.897 -// // ++bfs;
136.898 -// // } //computing distances from s in the residual graph
136.899 -
136.900 -// // MutableGraph F;
136.901 -// // typename AugGraph::NodeMap<typename MutableGraph::Node>
136.902 -// // res_graph_to_F(res_graph);
136.903 -// // for(typename AugGraph::NodeIt n=res_graph.template first<typename AugGraph::NodeIt>(); res_graph.valid(n); res_graph.next(n)) {
136.904 -// // res_graph_to_F.set(n, F.addNode());
136.905 -// // }
136.906 -
136.907 -// // typename MutableGraph::Node sF=res_graph_to_F.get(s);
136.908 -// // typename MutableGraph::Node tF=res_graph_to_F.get(t);
136.909 -
136.910 -// // typename MutableGraph::EdgeMap<AugEdge> original_edge(F);
136.911 -// // typename MutableGraph::EdgeMap<Number> residual_capacity(F);
136.912 -
136.913 -// // //Making F to the graph containing the edges of the residual graph
136.914 -// // //which are in some shortest paths
136.915 -// // for(typename AugGraph::EdgeIt e=res_graph.template first<typename AugGraph::EdgeIt>(); res_graph.valid(e); res_graph.next(e)) {
136.916 -// // if (dist.get(res_graph.target(e))==dist.get(res_graph.source(e))+1) {
136.917 -// // typename MutableGraph::Edge f=F.addEdge(res_graph_to_F.get(res_graph.source(e)), res_graph_to_F.get(res_graph.target(e)));
136.918 -// // original_edge.update();
136.919 -// // original_edge.set(f, e);
136.920 -// // residual_capacity.update();
136.921 -// // residual_capacity.set(f, res_graph.free(e));
136.922 -// // }
136.923 -// // }
136.924 -
136.925 -// // bool __augment=true;
136.926 -
136.927 -// // while (__augment) {
136.928 -// // __augment=false;
136.929 -// // //computing blocking flow with dfs
136.930 -// // typedef typename MutableGraph::NodeMap<bool> BlockingReachedMap;
136.931 -// // DfsIterator4< MutableGraph, typename MutableGraph::OutEdgeIt, BlockingReachedMap > dfs(F);
136.932 -// // typename MutableGraph::NodeMap<typename MutableGraph::Edge> pred(F);
136.933 -// // pred.set(sF, typename MutableGraph::Edge(INVALID));
136.934 -// // //invalid iterators for sources
136.935 -
136.936 -// // typename MutableGraph::NodeMap<Number> free(F);
136.937 -
136.938 -// // dfs.pushAndSetReached(sF);
136.939 -// // while (!dfs.finished()) {
136.940 -// // ++dfs;
136.941 -// // if (F.valid(typename MutableGraph::OutEdgeIt(dfs))) {
136.942 -// // if (dfs.isBNodeNewlyReached()) {
136.943 -// // typename MutableGraph::Node v=F.aNode(dfs);
136.944 -// // typename MutableGraph::Node w=F.bNode(dfs);
136.945 -// // pred.set(w, dfs);
136.946 -// // if (F.valid(pred.get(v))) {
136.947 -// // free.set(w, std::min(free.get(v), residual_capacity.get(dfs)));
136.948 -// // } else {
136.949 -// // free.set(w, residual_capacity.get(dfs));
136.950 -// // }
136.951 -// // if (w==tF) {
136.952 -// // __augment=true;
136.953 -// // _augment=true;
136.954 -// // break;
136.955 -// // }
136.956 -
136.957 -// // } else {
136.958 -// // F.erase(typename MutableGraph::OutEdgeIt(dfs));
136.959 -// // }
136.960 -// // }
136.961 -// // }
136.962 -
136.963 -// // if (__augment) {
136.964 -// // typename MutableGraph::Node n=tF;
136.965 -// // Number augment_value=free.get(tF);
136.966 -// // while (F.valid(pred.get(n))) {
136.967 -// // typename MutableGraph::Edge e=pred.get(n);
136.968 -// // res_graph.augment(original_edge.get(e), augment_value);
136.969 -// // n=F.source(e);
136.970 -// // if (residual_capacity.get(e)==augment_value)
136.971 -// // F.erase(e);
136.972 -// // else
136.973 -// // residual_capacity.set(e, residual_capacity.get(e)-augment_value);
136.974 -// // }
136.975 -// // }
136.976 -
136.977 -// // }
136.978 -
136.979 -// // return _augment;
136.980 -// // }
136.981 -// bool augmentOnBlockingFlow2() {
136.982 -// bool _augment=false;
136.983 -
136.984 -// //typedef ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap> EAugGraph;
136.985 -// typedef FilterGraphWrapper< ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap> > EAugGraph;
136.986 -// typedef typename EAugGraph::OutEdgeIt EAugOutEdgeIt;
136.987 -// typedef typename EAugGraph::Edge EAugEdge;
136.988 -
136.989 -// EAugGraph res_graph(*G, *flow, *capacity);
136.990 -
136.991 -// //typedef typename EAugGraph::NodeMap<bool> ReachedMap;
136.992 -// BfsIterator5<
136.993 -// ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>,
136.994 -// /*typename ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::OutEdgeIt,*/
136.995 -// ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::NodeMap<bool> > bfs(res_graph);
136.996 -
136.997 -
136.998 -// //typename AugGraph::NodeMap<AugEdge> pred(res_graph);
136.999 -// for(NodeIt s=G->template first<NodeIt>(); G->valid(s); G->next(s)) {
136.1000 -// if (S->get(s)) {
136.1001 -// Number u=0;
136.1002 -// for(OutEdgeIt e=G->template first<OutEdgeIt>(s); G->valid(e); G->next(e))
136.1003 -// u+=flow->get(e);
136.1004 -// if (u<1) {
136.1005 -// bfs.pushAndSetReached(s);
136.1006 -// //pred.set(s, AugEdge(INVALID));
136.1007 -// }
136.1008 -// }
136.1009 -// }
136.1010 -
136.1011 -
136.1012 -// //bfs.pushAndSetReached(s);
136.1013 -
136.1014 -// typename ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::
136.1015 -// NodeMap<int>& dist=res_graph.dist;
136.1016 -
136.1017 -// while ( !bfs.finished() ) {
136.1018 -// typename ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::OutEdgeIt e=bfs;
136.1019 -// if (res_graph.valid(e) && bfs.isBNodeNewlyReached()) {
136.1020 -// dist.set(res_graph.target(e), dist.get(res_graph.source(e))+1);
136.1021 -// }
136.1022 -// ++bfs;
136.1023 -// } //computing distances from s in the residual graph
136.1024 -
136.1025 -// bool __augment=true;
136.1026 -
136.1027 -// while (__augment) {
136.1028 -
136.1029 -// __augment=false;
136.1030 -// //computing blocking flow with dfs
136.1031 -// typedef typename EAugGraph::NodeMap<bool> BlockingReachedMap;
136.1032 -// DfsIterator5< EAugGraph/*, EAugOutEdgeIt*/, BlockingReachedMap >
136.1033 -// dfs(res_graph);
136.1034 -// typename EAugGraph::NodeMap<EAugEdge> pred(res_graph, INVALID);
136.1035 -// //pred.set(s, EAugEdge(INVALID));
136.1036 -// //invalid iterators for sources
136.1037 -
136.1038 -// typename EAugGraph::NodeMap<Number> free(res_graph);
136.1039 -
136.1040 -
136.1041 -// //typename AugGraph::NodeMap<AugEdge> pred(res_graph);
136.1042 -// for(NodeIt s=G->template first<NodeIt>(); G->valid(s); G->next(s)) {
136.1043 -// if (S->get(s)) {
136.1044 -// Number u=0;
136.1045 -// for(OutEdgeIt e=G->template first<OutEdgeIt>(s); G->valid(e); G->next(e))
136.1046 -// u+=flow->get(e);
136.1047 -// if (u<1) {
136.1048 -// dfs.pushAndSetReached(s);
136.1049 -// //pred.set(s, AugEdge(INVALID));
136.1050 -// }
136.1051 -// }
136.1052 -// }
136.1053 -
136.1054 -
136.1055 -
136.1056 -// //dfs.pushAndSetReached(s);
136.1057 -// typename EAugGraph::Node n;
136.1058 -// while (!dfs.finished()) {
136.1059 -// ++dfs;
136.1060 -// if (res_graph.valid(EAugOutEdgeIt(dfs))) {
136.1061 -// if (dfs.isBNodeNewlyReached()) {
136.1062 -
136.1063 -// typename EAugGraph::Node v=res_graph.aNode(dfs);
136.1064 -// typename EAugGraph::Node w=res_graph.bNode(dfs);
136.1065 -
136.1066 -// pred.set(w, EAugOutEdgeIt(dfs));
136.1067 -// if (res_graph.valid(pred.get(v))) {
136.1068 -// free.set(w, std::min(free.get(v), res_graph.free(dfs)));
136.1069 -// } else {
136.1070 -// free.set(w, res_graph.free(dfs));
136.1071 -// }
136.1072 -
136.1073 -// n=w;
136.1074 -// if (T->get(w)) {
136.1075 -// Number u=0;
136.1076 -// for(InEdgeIt f=G->template first<InEdgeIt>(n); G->valid(f); G->next(f))
136.1077 -// u+=flow->get(f);
136.1078 -// if (u<1) {
136.1079 -// __augment=true;
136.1080 -// _augment=true;
136.1081 -// break;
136.1082 -// }
136.1083 -// }
136.1084 -// } else {
136.1085 -// res_graph.erase(dfs);
136.1086 -// }
136.1087 -// }
136.1088 -
136.1089 -// }
136.1090 -
136.1091 -// if (__augment) {
136.1092 -// // typename EAugGraph::Node n=t;
136.1093 -// Number augment_value=free.get(n);
136.1094 -// while (res_graph.valid(pred.get(n))) {
136.1095 -// EAugEdge e=pred.get(n);
136.1096 -// res_graph.augment(e, augment_value);
136.1097 -// n=res_graph.source(e);
136.1098 -// if (res_graph.free(e)==0)
136.1099 -// res_graph.erase(e);
136.1100 -// }
136.1101 -// }
136.1102 -
136.1103 -// }
136.1104 -
136.1105 -// return _augment;
136.1106 -// }
136.1107 -// void run() {
136.1108 -// //int num_of_augmentations=0;
136.1109 -// while (augmentOnShortestPath()) {
136.1110 -// //while (augmentOnBlockingFlow<MutableGraph>()) {
136.1111 -// //std::cout << ++num_of_augmentations << " ";
136.1112 -// //std::cout<<std::endl;
136.1113 -// }
136.1114 -// }
136.1115 -// // template<typename MutableGraph> void run() {
136.1116 -// // //int num_of_augmentations=0;
136.1117 -// // //while (augmentOnShortestPath()) {
136.1118 -// // while (augmentOnBlockingFlow<MutableGraph>()) {
136.1119 -// // //std::cout << ++num_of_augmentations << " ";
136.1120 -// // //std::cout<<std::endl;
136.1121 -// // }
136.1122 -// // }
136.1123 -// Number flowValue() {
136.1124 -// Number a=0;
136.1125 -// EdgeIt e;
136.1126 -// for(G->/*getF*/first(e); G->valid(e); G->next(e)) {
136.1127 -// a+=flow->get(e);
136.1128 -// }
136.1129 -// return a;
136.1130 -// }
136.1131 -// };
136.1132 -
136.1133 -
136.1134 -
136.1135 -
136.1136 -
136.1137 -
136.1138 -// // template <typename Graph, typename Number, typename FlowMap, typename CapacityMap>
136.1139 -// // class MaxFlow2 {
136.1140 -// // public:
136.1141 -// // typedef typename Graph::Node Node;
136.1142 -// // typedef typename Graph::Edge Edge;
136.1143 -// // typedef typename Graph::EdgeIt EdgeIt;
136.1144 -// // typedef typename Graph::OutEdgeIt OutEdgeIt;
136.1145 -// // typedef typename Graph::InEdgeIt InEdgeIt;
136.1146 -// // private:
136.1147 -// // const Graph& G;
136.1148 -// // std::list<Node>& S;
136.1149 -// // std::list<Node>& T;
136.1150 -// // FlowMap& flow;
136.1151 -// // const CapacityMap& capacity;
136.1152 -// // typedef ResGraphWrapper<Graph, Number, FlowMap, CapacityMap > AugGraph;
136.1153 -// // typedef typename AugGraph::OutEdgeIt AugOutEdgeIt;
136.1154 -// // typedef typename AugGraph::Edge AugEdge;
136.1155 -// // typename Graph::NodeMap<bool> SMap;
136.1156 -// // typename Graph::NodeMap<bool> TMap;
136.1157 -// // public:
136.1158 -// // MaxFlow2(const Graph& _G, std::list<Node>& _S, std::list<Node>& _T, FlowMap& _flow, const CapacityMap& _capacity) : G(_G), S(_S), T(_T), flow(_flow), capacity(_capacity), SMap(_G), TMap(_G) {
136.1159 -// // for(typename std::list<Node>::const_iterator i=S.begin();
136.1160 -// // i!=S.end(); ++i) {
136.1161 -// // SMap.set(*i, true);
136.1162 -// // }
136.1163 -// // for (typename std::list<Node>::const_iterator i=T.begin();
136.1164 -// // i!=T.end(); ++i) {
136.1165 -// // TMap.set(*i, true);
136.1166 -// // }
136.1167 -// // }
136.1168 -// // bool augment() {
136.1169 -// // AugGraph res_graph(G, flow, capacity);
136.1170 -// // bool _augment=false;
136.1171 -// // Node reached_t_node;
136.1172 -
136.1173 -// // typedef typename AugGraph::NodeMap<bool> ReachedMap;
136.1174 -// // BfsIterator4< AugGraph, AugOutEdgeIt, ReachedMap > bfs(res_graph);
136.1175 -// // for(typename std::list<Node>::const_iterator i=S.begin();
136.1176 -// // i!=S.end(); ++i) {
136.1177 -// // bfs.pushAndSetReached(*i);
136.1178 -// // }
136.1179 -// // //bfs.pushAndSetReached(s);
136.1180 -
136.1181 -// // typename AugGraph::NodeMap<AugEdge> pred(res_graph);
136.1182 -// // //filled up with invalid iterators
136.1183 -
136.1184 -// // typename AugGraph::NodeMap<Number> free(res_graph);
136.1185 -
136.1186 -// // //searching for augmenting path
136.1187 -// // while ( !bfs.finished() ) {
136.1188 -// // AugOutEdgeIt e=/*AugOutEdgeIt*/(bfs);
136.1189 -// // if (e.valid() && bfs.isBNodeNewlyReached()) {
136.1190 -// // Node v=res_graph.source(e);
136.1191 -// // Node w=res_graph.target(e);
136.1192 -// // pred.set(w, e);
136.1193 -// // if (pred.get(v).valid()) {
136.1194 -// // free.set(w, std::min(free.get(v), e.free()));
136.1195 -// // } else {
136.1196 -// // free.set(w, e.free());
136.1197 -// // }
136.1198 -// // if (TMap.get(res_graph.target(e))) {
136.1199 -// // _augment=true;
136.1200 -// // reached_t_node=res_graph.target(e);
136.1201 -// // break;
136.1202 -// // }
136.1203 -// // }
136.1204 -
136.1205 -// // ++bfs;
136.1206 -// // } //end of searching augmenting path
136.1207 -
136.1208 -// // if (_augment) {
136.1209 -// // Node n=reached_t_node;
136.1210 -// // Number augment_value=free.get(reached_t_node);
136.1211 -// // while (pred.get(n).valid()) {
136.1212 -// // AugEdge e=pred.get(n);
136.1213 -// // e.augment(augment_value);
136.1214 -// // n=res_graph.source(e);
136.1215 -// // }
136.1216 -// // }
136.1217 -
136.1218 -// // return _augment;
136.1219 -// // }
136.1220 -// // void run() {
136.1221 -// // while (augment()) { }
136.1222 -// // }
136.1223 -// // Number flowValue() {
136.1224 -// // Number a=0;
136.1225 -// // for(typename std::list<Node>::const_iterator i=S.begin();
136.1226 -// // i!=S.end(); ++i) {
136.1227 -// // for(OutEdgeIt e=G.template first<OutEdgeIt>(*i); e.valid(); ++e) {
136.1228 -// // a+=flow.get(e);
136.1229 -// // }
136.1230 -// // for(InEdgeIt e=G.template first<InEdgeIt>(*i); e.valid(); ++e) {
136.1231 -// // a-=flow.get(e);
136.1232 -// // }
136.1233 -// // }
136.1234 -// // return a;
136.1235 -// // }
136.1236 -// // };
136.1237 -
136.1238 -
136.1239 -} // namespace lemon
136.1240 -
136.1241 -#endif //LEMON_EDMONDS_KARP_H
137.1 --- a/src/work/marci/experiment/edmonds_karp_1.h Sun Apr 17 18:57:22 2005 +0000
137.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
137.3 @@ -1,1148 +0,0 @@
137.4 -// -*- c++ -*-
137.5 -#ifndef LEMON_EDMONDS_KARP_H
137.6 -#define LEMON_EDMONDS_KARP_H
137.7 -
137.8 -#include <algorithm>
137.9 -#include <list>
137.10 -#include <iterator>
137.11 -
137.12 -#include <bfs_iterator_1.h>
137.13 -#include <invalid.h>
137.14 -#include <graph_wrapper_1.h>
137.15 -
137.16 -namespace lemon {
137.17 -
137.18 - template<typename Graph, typename Number, typename FlowMap, typename CapacityMap>
137.19 - class ResGraph {
137.20 - public:
137.21 - typedef typename Graph::Node Node;
137.22 - typedef typename Graph::NodeIt NodeIt;
137.23 - private:
137.24 - typedef typename Graph::SymEdgeIt OldSymEdgeIt;
137.25 - const Graph& G;
137.26 - FlowMap& flow;
137.27 - const CapacityMap& capacity;
137.28 - public:
137.29 - ResGraph(const Graph& _G, FlowMap& _flow,
137.30 - const CapacityMap& _capacity) :
137.31 - G(_G), flow(_flow), capacity(_capacity) { }
137.32 -
137.33 - class Edge;
137.34 - class OutEdgeIt;
137.35 - friend class Edge;
137.36 - friend class OutEdgeIt;
137.37 -
137.38 - class Edge {
137.39 - friend class ResGraph<Graph, Number, FlowMap, CapacityMap>;
137.40 - protected:
137.41 - const ResGraph<Graph, Number, FlowMap, CapacityMap>* resG;
137.42 - OldSymEdgeIt sym;
137.43 - public:
137.44 - Edge() { }
137.45 - //Edge(const Edge& e) : resG(e.resG), sym(e.sym) { }
137.46 - Number free() const {
137.47 - if (resG->G.aNode(sym)==resG->G.source(sym)) {
137.48 - return (resG->capacity.get(sym)-resG->flow.get(sym));
137.49 - } else {
137.50 - return (resG->flow.get(sym));
137.51 - }
137.52 - }
137.53 - bool valid() const { return sym.valid(); }
137.54 - void augment(Number a) const {
137.55 - if (resG->G.aNode(sym)==resG->G.source(sym)) {
137.56 - resG->flow.set(sym, resG->flow.get(sym)+a);
137.57 - //resG->flow[sym]+=a;
137.58 - } else {
137.59 - resG->flow.set(sym, resG->flow.get(sym)-a);
137.60 - //resG->flow[sym]-=a;
137.61 - }
137.62 - }
137.63 - };
137.64 -
137.65 - class OutEdgeIt : public Edge {
137.66 - friend class ResGraph<Graph, Number, FlowMap, CapacityMap>;
137.67 - public:
137.68 - OutEdgeIt() { }
137.69 - //OutEdgeIt(const OutEdgeIt& e) { resG=e.resG; sym=e.sym; }
137.70 - private:
137.71 - OutEdgeIt(const ResGraph<Graph, Number, FlowMap, CapacityMap>& _resG, Node v) {
137.72 - resG=&_resG;
137.73 - sym=resG->G.template first<OldSymEdgeIt>(v);
137.74 - while( sym.valid() && !(free()>0) ) { ++sym; }
137.75 - }
137.76 - public:
137.77 - OutEdgeIt& operator++() {
137.78 - ++sym;
137.79 - while( sym.valid() && !(free()>0) ) { ++sym; }
137.80 - return *this;
137.81 - }
137.82 - };
137.83 -
137.84 - void /*getF*/first(OutEdgeIt& e, Node v) const {
137.85 - e=OutEdgeIt(*this, v);
137.86 - }
137.87 - void /*getF*/first(NodeIt& v) const { G./*getF*/first(v); }
137.88 -
137.89 - template< typename It >
137.90 - It first() const {
137.91 - It e;
137.92 - /*getF*/first(e);
137.93 - return e;
137.94 - }
137.95 -
137.96 - template< typename It >
137.97 - It first(Node v) const {
137.98 - It e;
137.99 - /*getF*/first(e, v);
137.100 - return e;
137.101 - }
137.102 -
137.103 - Node source(Edge e) const { return G.aNode(e.sym); }
137.104 - Node target(Edge e) const { return G.bNode(e.sym); }
137.105 -
137.106 - Node aNode(OutEdgeIt e) const { return G.aNode(e.sym); }
137.107 - Node bNode(OutEdgeIt e) const { return G.bNode(e.sym); }
137.108 -
137.109 - int id(Node v) const { return G.id(v); }
137.110 -
137.111 - template <typename S>
137.112 - class NodeMap {
137.113 - typename Graph::NodeMap<S> node_map;
137.114 - public:
137.115 - NodeMap(const ResGraph<Graph, Number, FlowMap, CapacityMap>& _G) : node_map(_G.G) { }
137.116 - NodeMap(const ResGraph<Graph, Number, FlowMap, CapacityMap>& _G, S a) : node_map(_G.G, a) { }
137.117 - void set(Node nit, S a) { node_map.set(nit, a); }
137.118 - S get(Node nit) const { return node_map.get(nit); }
137.119 - S& operator[](Node nit) { return node_map[nit]; }
137.120 - const S& operator[](Node nit) const { return node_map[nit]; }
137.121 - };
137.122 -
137.123 - };
137.124 -
137.125 -
137.126 - template<typename Graph, typename Number, typename FlowMap, typename CapacityMap>
137.127 - class ResGraph2 {
137.128 - public:
137.129 - typedef typename Graph::Node Node;
137.130 - typedef typename Graph::NodeIt NodeIt;
137.131 - private:
137.132 - //typedef typename Graph::SymEdgeIt OldSymEdgeIt;
137.133 - typedef typename Graph::OutEdgeIt OldOutEdgeIt;
137.134 - typedef typename Graph::InEdgeIt OldInEdgeIt;
137.135 -
137.136 - const Graph& G;
137.137 - FlowMap& flow;
137.138 - const CapacityMap& capacity;
137.139 - public:
137.140 - ResGraph2(const Graph& _G, FlowMap& _flow,
137.141 - const CapacityMap& _capacity) :
137.142 - G(_G), flow(_flow), capacity(_capacity) { }
137.143 -
137.144 - class Edge;
137.145 - class OutEdgeIt;
137.146 - friend class Edge;
137.147 - friend class OutEdgeIt;
137.148 -
137.149 - class Edge {
137.150 - friend class ResGraph2<Graph, Number, FlowMap, CapacityMap>;
137.151 - protected:
137.152 - const ResGraph2<Graph, Number, FlowMap, CapacityMap>* resG;
137.153 - //OldSymEdgeIt sym;
137.154 - OldOutEdgeIt out;
137.155 - OldInEdgeIt in;
137.156 - bool out_or_in; //true, iff out
137.157 - public:
137.158 - Edge() : out_or_in(true) { }
137.159 - Number free() const {
137.160 - if (out_or_in) {
137.161 - return (resG->capacity.get(out)-resG->flow.get(out));
137.162 - } else {
137.163 - return (resG->flow.get(in));
137.164 - }
137.165 - }
137.166 - bool valid() const {
137.167 - return out_or_in && out.valid() || in.valid(); }
137.168 - void augment(Number a) const {
137.169 - if (out_or_in) {
137.170 - resG->flow.set(out, resG->flow.get(out)+a);
137.171 - } else {
137.172 - resG->flow.set(in, resG->flow.get(in)-a);
137.173 - }
137.174 - }
137.175 - };
137.176 -
137.177 - class OutEdgeIt : public Edge {
137.178 - friend class ResGraph2<Graph, Number, FlowMap, CapacityMap>;
137.179 - public:
137.180 - OutEdgeIt() { }
137.181 - private:
137.182 - OutEdgeIt(const ResGraph2<Graph, Number, FlowMap, CapacityMap>& _resG, Node v) {
137.183 - resG=&_resG;
137.184 - out=resG->G.template first<OldOutEdgeIt>(v);
137.185 - while( out.valid() && !(free()>0) ) { ++out; }
137.186 - if (!out.valid()) {
137.187 - out_or_in=0;
137.188 - in=resG->G.template first<OldInEdgeIt>(v);
137.189 - while( in.valid() && !(free()>0) ) { ++in; }
137.190 - }
137.191 - }
137.192 - public:
137.193 - OutEdgeIt& operator++() {
137.194 - if (out_or_in) {
137.195 - Node v=resG->G.aNode(out);
137.196 - ++out;
137.197 - while( out.valid() && !(free()>0) ) { ++out; }
137.198 - if (!out.valid()) {
137.199 - out_or_in=0;
137.200 - in=resG->G.template first<OldInEdgeIt>(v);
137.201 - while( in.valid() && !(free()>0) ) { ++in; }
137.202 - }
137.203 - } else {
137.204 - ++in;
137.205 - while( in.valid() && !(free()>0) ) { ++in; }
137.206 - }
137.207 - return *this;
137.208 - }
137.209 - };
137.210 -
137.211 - void /*getF*/first(OutEdgeIt& e, Node v) const {
137.212 - e=OutEdgeIt(*this, v);
137.213 - }
137.214 - void /*getF*/first(NodeIt& v) const { G./*getF*/first(v); }
137.215 -
137.216 - template< typename It >
137.217 - It first() const {
137.218 - It e;
137.219 - /*getF*/first(e);
137.220 - return e;
137.221 - }
137.222 -
137.223 - template< typename It >
137.224 - It first(Node v) const {
137.225 - It e;
137.226 - /*getF*/first(e, v);
137.227 - return e;
137.228 - }
137.229 -
137.230 - Node source(Edge e) const {
137.231 - return ((e.out_or_in) ? G.aNode(e.out) : G.aNode(e.in)); }
137.232 - Node target(Edge e) const {
137.233 - return ((e.out_or_in) ? G.bNode(e.out) : G.bNode(e.in)); }
137.234 -
137.235 - Node aNode(OutEdgeIt e) const {
137.236 - return ((e.out_or_in) ? G.aNode(e.out) : G.aNode(e.in)); }
137.237 - Node bNode(OutEdgeIt e) const {
137.238 - return ((e.out_or_in) ? G.bNode(e.out) : G.bNode(e.in)); }
137.239 -
137.240 - int id(Node v) const { return G.id(v); }
137.241 -
137.242 - template <typename S>
137.243 - class NodeMap {
137.244 - typename Graph::NodeMap<S> node_map;
137.245 - public:
137.246 - NodeMap(const ResGraph2<Graph, Number, FlowMap, CapacityMap>& _G) : node_map(_G.G) { }
137.247 - NodeMap(const ResGraph2<Graph, Number, FlowMap, CapacityMap>& _G, S a) : node_map(_G.G, a) { }
137.248 - void set(Node nit, S a) { node_map.set(nit, a); }
137.249 - S get(Node nit) const { return node_map.get(nit); }
137.250 - };
137.251 - };
137.252 -
137.253 -
137.254 - template <typename Graph, typename Number, typename FlowMap, typename CapacityMap>
137.255 - class MaxFlow {
137.256 - protected:
137.257 - typedef typename Graph::Node Node;
137.258 - typedef typename Graph::Edge Edge;
137.259 - typedef typename Graph::EdgeIt EdgeIt;
137.260 - typedef typename Graph::OutEdgeIt OutEdgeIt;
137.261 - typedef typename Graph::InEdgeIt InEdgeIt;
137.262 - const Graph* g;
137.263 - Node s;
137.264 - Node t;
137.265 - FlowMap* flow;
137.266 - const CapacityMap* capacity;
137.267 - typedef ResGraphWrapper<const Graph, Number, FlowMap, CapacityMap > ResGW;
137.268 - typedef typename ResGW::OutEdgeIt ResGWOutEdgeIt;
137.269 - typedef typename ResGW::Edge ResGWEdge;
137.270 - public:
137.271 -
137.272 - MaxFlow(const Graph& _g, Node _s, Node _t, FlowMap& _flow, const CapacityMap& _capacity) :
137.273 - g(&_g), s(_s), t(_t), flow(&_flow), capacity(&_capacity) { }
137.274 -
137.275 - bool augmentOnShortestPath() {
137.276 - ResGW res_graph(*g, *flow, *capacity);
137.277 - bool _augment=false;
137.278 -
137.279 - typedef typename ResGW::NodeMap<bool> ReachedMap;
137.280 - BfsIterator5< ResGW, ReachedMap > bfs(res_graph);
137.281 - bfs.pushAndSetReached(s);
137.282 -
137.283 - typename ResGW::NodeMap<ResGWEdge> pred(res_graph);
137.284 - pred.set(s, INVALID);
137.285 -
137.286 - typename ResGW::NodeMap<Number> free(res_graph);
137.287 -
137.288 - //searching for augmenting path
137.289 - while ( !bfs.finished() ) {
137.290 - ResGWOutEdgeIt e=bfs;
137.291 - if (res_graph.valid(e) && bfs.isBNodeNewlyReached()) {
137.292 - Node v=res_graph.source(e);
137.293 - Node w=res_graph.target(e);
137.294 - pred.set(w, e);
137.295 - if (res_graph.valid(pred.get(v))) {
137.296 - free.set(w, std::min(free.get(v), res_graph.resCap(e)));
137.297 - } else {
137.298 - free.set(w, res_graph.resCap(e));
137.299 - }
137.300 - if (res_graph.target(e)==t) { _augment=true; break; }
137.301 - }
137.302 -
137.303 - ++bfs;
137.304 - } //end of searching augmenting path
137.305 -
137.306 - if (_augment) {
137.307 - Node n=t;
137.308 - Number augment_value=free.get(t);
137.309 - while (res_graph.valid(pred.get(n))) {
137.310 - ResGWEdge e=pred.get(n);
137.311 - res_graph.augment(e, augment_value);
137.312 - n=res_graph.source(e);
137.313 - }
137.314 - }
137.315 -
137.316 - return _augment;
137.317 - }
137.318 -
137.319 - template<typename MapGraphWrapper>
137.320 - class DistanceMap {
137.321 - protected:
137.322 - const MapGraphWrapper* g;
137.323 - typename MapGraphWrapper::NodeMap<int> dist;
137.324 - public:
137.325 - DistanceMap(MapGraphWrapper& _g) : g(&_g), dist(*g, g->nodeNum()) { }
137.326 - void set(const typename MapGraphWrapper::Node& n, int a) { dist[n]=a; }
137.327 - int get(const typename MapGraphWrapper::Node& n) const { return dist[n]; }
137.328 - bool get(const typename MapGraphWrapper::Edge& e) const {
137.329 - return (dist.get(g->source(e))<dist.get(g->target(e)));
137.330 - }
137.331 - };
137.332 -
137.333 - template<typename MutableGraph> bool augmentOnBlockingFlow() {
137.334 - typedef MutableGraph MG;
137.335 - bool _augment=false;
137.336 -
137.337 - ResGW res_graph(*g, *flow, *capacity);
137.338 -
137.339 - typedef typename ResGW::NodeMap<bool> ReachedMap;
137.340 - BfsIterator5< ResGW, ReachedMap > bfs(res_graph);
137.341 -
137.342 - bfs.pushAndSetReached(s);
137.343 - //typename ResGW::NodeMap<int> dist(res_graph); //filled up with 0's
137.344 - DistanceMap<ResGW> dist(res_graph);
137.345 - while ( !bfs.finished() ) {
137.346 - ResGWOutEdgeIt e=bfs;
137.347 - if (res_graph.valid(e) && bfs.isBNodeNewlyReached()) {
137.348 - dist.set(res_graph.target(e), dist.get(res_graph.source(e))+1);
137.349 - }
137.350 - ++bfs;
137.351 - } //computing distances from s in the residual graph
137.352 -
137.353 - MG F;
137.354 - typedef SubGraphWrapper<ResGW, DistanceMap<ResGW> > FilterResGW;
137.355 - FilterResGW filter_res_graph(res_graph, dist);
137.356 - typename ResGW::NodeMap<typename MG::Node> res_graph_to_F(res_graph);
137.357 - {
137.358 - typename ResGW::NodeIt n;
137.359 - for(res_graph.first(n); res_graph.valid(n); res_graph.next(n)) {
137.360 - res_graph_to_F.set(n, F.addNode());
137.361 - }
137.362 - }
137.363 -
137.364 - typename MG::Node sF=res_graph_to_F.get(s);
137.365 - typename MG::Node tF=res_graph_to_F.get(t);
137.366 - typename MG::EdgeMap<ResGWEdge> original_edge(F);
137.367 - typename MG::EdgeMap<Number> residual_capacity(F);
137.368 -
137.369 - //Making F to the graph containing the edges of the residual graph
137.370 - //which are in some shortest paths
137.371 - {
137.372 - typename FilterResGW::EdgeIt e;
137.373 - for(filter_res_graph.first(e); filter_res_graph.valid(e); filter_res_graph.next(e)) {
137.374 - //if (dist.get(res_graph.target(e))==dist.get(res_graph.source(e))+1) {
137.375 - typename MG::Edge f=F.addEdge(res_graph_to_F.get(res_graph.source(e)), res_graph_to_F.get(res_graph.target(e)));
137.376 - original_edge.update();
137.377 - original_edge.set(f, e);
137.378 - residual_capacity.update();
137.379 - residual_capacity.set(f, res_graph.resCap(e));
137.380 - //}
137.381 - }
137.382 - }
137.383 -
137.384 - bool __augment=true;
137.385 -
137.386 - while (__augment) {
137.387 - __augment=false;
137.388 - //computing blocking flow with dfs
137.389 - typedef typename TrivGraphWrapper<MG>::NodeMap<bool> BlockingReachedMap;
137.390 - DfsIterator5< TrivGraphWrapper<MG>, BlockingReachedMap > dfs(F);
137.391 - typename MG::NodeMap<typename MG::Edge> pred(F);
137.392 - pred.set(sF, INVALID);
137.393 - //invalid iterators for sources
137.394 -
137.395 - typename MG::NodeMap<Number> free(F);
137.396 -
137.397 - dfs.pushAndSetReached(sF);
137.398 - while (!dfs.finished()) {
137.399 - ++dfs;
137.400 - if (F.valid(/*typename MG::OutEdgeIt*/(dfs))) {
137.401 - if (dfs.isBNodeNewlyReached()) {
137.402 - typename MG::Node v=F.aNode(dfs);
137.403 - typename MG::Node w=F.bNode(dfs);
137.404 - pred.set(w, dfs);
137.405 - if (F.valid(pred.get(v))) {
137.406 - free.set(w, std::min(free.get(v), residual_capacity.get(dfs)));
137.407 - } else {
137.408 - free.set(w, residual_capacity.get(dfs));
137.409 - }
137.410 - if (w==tF) {
137.411 - __augment=true;
137.412 - _augment=true;
137.413 - break;
137.414 - }
137.415 -
137.416 - } else {
137.417 - F.erase(/*typename MG::OutEdgeIt*/(dfs));
137.418 - }
137.419 - }
137.420 - }
137.421 -
137.422 - if (__augment) {
137.423 - typename MG::Node n=tF;
137.424 - Number augment_value=free.get(tF);
137.425 - while (F.valid(pred.get(n))) {
137.426 - typename MG::Edge e=pred.get(n);
137.427 - res_graph.augment(original_edge.get(e), augment_value);
137.428 - n=F.source(e);
137.429 - if (residual_capacity.get(e)==augment_value)
137.430 - F.erase(e);
137.431 - else
137.432 - residual_capacity.set(e, residual_capacity.get(e)-augment_value);
137.433 - }
137.434 - }
137.435 -
137.436 - }
137.437 -
137.438 - return _augment;
137.439 - }
137.440 -
137.441 - template<typename MutableGraph> bool augmentOnBlockingFlow1() {
137.442 - typedef MutableGraph MG;
137.443 - bool _augment=false;
137.444 -
137.445 - ResGW res_graph(*g, *flow, *capacity);
137.446 -
137.447 - //bfs for distances on the residual graph
137.448 - typedef typename ResGW::NodeMap<bool> ReachedMap;
137.449 - BfsIterator5< ResGW, ReachedMap > bfs(res_graph);
137.450 - bfs.pushAndSetReached(s);
137.451 - typename ResGW::NodeMap<int> dist(res_graph); //filled up with 0's
137.452 -
137.453 - //F will contain the physical copy of the residual graph
137.454 - //with the set of edges which are on shortest paths
137.455 - MG F;
137.456 - typename ResGW::NodeMap<typename MG::Node> res_graph_to_F(res_graph);
137.457 - {
137.458 - typename ResGW::NodeIt n;
137.459 - for(res_graph.first(n); res_graph.valid(n); res_graph.next(n)) {
137.460 - res_graph_to_F.set(n, F.addNode());
137.461 - }
137.462 - }
137.463 -
137.464 - typename MG::Node sF=res_graph_to_F.get(s);
137.465 - typename MG::Node tF=res_graph_to_F.get(t);
137.466 - typename MG::EdgeMap<ResGWEdge> original_edge(F);
137.467 - typename MG::EdgeMap<Number> residual_capacity(F);
137.468 -
137.469 - while ( !bfs.finished() ) {
137.470 - ResGWOutEdgeIt e=bfs;
137.471 - if (res_graph.valid(e)) {
137.472 - if (bfs.isBNodeNewlyReached()) {
137.473 - dist.set(res_graph.target(e), dist.get(res_graph.source(e))+1);
137.474 - typename MG::Edge f=F.addEdge(res_graph_to_F.get(res_graph.source(e)), res_graph_to_F.get(res_graph.target(e)));
137.475 - original_edge.update();
137.476 - original_edge.set(f, e);
137.477 - residual_capacity.update();
137.478 - residual_capacity.set(f, res_graph.resCap(e));
137.479 - } else {
137.480 - if (dist.get(res_graph.target(e))==(dist.get(res_graph.source(e))+1)) {
137.481 - typename MG::Edge f=F.addEdge(res_graph_to_F.get(res_graph.source(e)), res_graph_to_F.get(res_graph.target(e)));
137.482 - original_edge.update();
137.483 - original_edge.set(f, e);
137.484 - residual_capacity.update();
137.485 - residual_capacity.set(f, res_graph.resCap(e));
137.486 - }
137.487 - }
137.488 - }
137.489 - ++bfs;
137.490 - } //computing distances from s in the residual graph
137.491 -
137.492 - bool __augment=true;
137.493 -
137.494 - while (__augment) {
137.495 - __augment=false;
137.496 - //computing blocking flow with dfs
137.497 - typedef typename TrivGraphWrapper<MG>::NodeMap<bool> BlockingReachedMap;
137.498 - DfsIterator5< TrivGraphWrapper<MG>, BlockingReachedMap > dfs(F);
137.499 - typename MG::NodeMap<typename MG::Edge> pred(F);
137.500 - pred.set(sF, INVALID);
137.501 - //invalid iterators for sources
137.502 -
137.503 - typename MG::NodeMap<Number> free(F);
137.504 -
137.505 - dfs.pushAndSetReached(sF);
137.506 - while (!dfs.finished()) {
137.507 - ++dfs;
137.508 - if (F.valid(/*typename MG::OutEdgeIt*/(dfs))) {
137.509 - if (dfs.isBNodeNewlyReached()) {
137.510 - typename MG::Node v=F.aNode(dfs);
137.511 - typename MG::Node w=F.bNode(dfs);
137.512 - pred.set(w, dfs);
137.513 - if (F.valid(pred.get(v))) {
137.514 - free.set(w, std::min(free.get(v), residual_capacity.get(dfs)));
137.515 - } else {
137.516 - free.set(w, residual_capacity.get(dfs));
137.517 - }
137.518 - if (w==tF) {
137.519 - __augment=true;
137.520 - _augment=true;
137.521 - break;
137.522 - }
137.523 -
137.524 - } else {
137.525 - F.erase(/*typename MG::OutEdgeIt*/(dfs));
137.526 - }
137.527 - }
137.528 - }
137.529 -
137.530 - if (__augment) {
137.531 - typename MG::Node n=tF;
137.532 - Number augment_value=free.get(tF);
137.533 - while (F.valid(pred.get(n))) {
137.534 - typename MG::Edge e=pred.get(n);
137.535 - res_graph.augment(original_edge.get(e), augment_value);
137.536 - n=F.source(e);
137.537 - if (residual_capacity.get(e)==augment_value)
137.538 - F.erase(e);
137.539 - else
137.540 - residual_capacity.set(e, residual_capacity.get(e)-augment_value);
137.541 - }
137.542 - }
137.543 -
137.544 - }
137.545 -
137.546 - return _augment;
137.547 - }
137.548 -
137.549 - bool augmentOnBlockingFlow2() {
137.550 - bool _augment=false;
137.551 -
137.552 - ResGW res_graph(*g, *flow, *capacity);
137.553 -
137.554 - typedef typename ResGW::NodeMap<bool> ReachedMap;
137.555 - BfsIterator5< ResGW, ReachedMap > bfs(res_graph);
137.556 -
137.557 - bfs.pushAndSetReached(s);
137.558 - DistanceMap<ResGW> dist(res_graph);
137.559 - while ( !bfs.finished() ) {
137.560 - ResGWOutEdgeIt e=bfs;
137.561 - if (res_graph.valid(e) && bfs.isBNodeNewlyReached()) {
137.562 - dist.set(res_graph.target(e), dist.get(res_graph.source(e))+1);
137.563 - }
137.564 - ++bfs;
137.565 - } //computing distances from s in the residual graph
137.566 -
137.567 - //Subgraph containing the edges on some shortest paths
137.568 - typedef SubGraphWrapper<ResGW, DistanceMap<ResGW> > FilterResGW;
137.569 - FilterResGW filter_res_graph(res_graph, dist);
137.570 -
137.571 - //Subgraph, which is able to delete edges which are already
137.572 - //met by the dfs
137.573 - typename FilterResGW::NodeMap<typename FilterResGW::OutEdgeIt>
137.574 - first_out_edges(filter_res_graph);
137.575 - typename FilterResGW::NodeIt v;
137.576 - for(filter_res_graph.first(v); filter_res_graph.valid(v);
137.577 - filter_res_graph.next(v))
137.578 - {
137.579 - typename FilterResGW::OutEdgeIt e;
137.580 - filter_res_graph.first(e, v);
137.581 - first_out_edges.set(v, e);
137.582 - }
137.583 - typedef ErasingFirstGraphWrapper<FilterResGW, typename FilterResGW::
137.584 - NodeMap<typename FilterResGW::OutEdgeIt> > ErasingResGW;
137.585 - ErasingResGW erasing_res_graph(filter_res_graph, first_out_edges);
137.586 -
137.587 - bool __augment=true;
137.588 -
137.589 - while (__augment) {
137.590 -
137.591 - __augment=false;
137.592 - //computing blocking flow with dfs
137.593 - typedef typename ErasingResGW::NodeMap<bool> BlockingReachedMap;
137.594 - DfsIterator5< ErasingResGW, BlockingReachedMap >
137.595 - dfs(erasing_res_graph);
137.596 - typename ErasingResGW::NodeMap<typename ErasingResGW::OutEdgeIt>
137.597 - pred(erasing_res_graph);
137.598 - pred.set(s, INVALID);
137.599 - //invalid iterators for sources
137.600 -
137.601 - typename ErasingResGW::NodeMap<Number> free(erasing_res_graph);
137.602 -
137.603 - dfs.pushAndSetReached(s);
137.604 - while (!dfs.finished()) {
137.605 - ++dfs;
137.606 - if (erasing_res_graph.valid(
137.607 - /*typename ErasingResGW::OutEdgeIt*/(dfs)))
137.608 - {
137.609 - if (dfs.isBNodeNewlyReached()) {
137.610 -
137.611 - typename ErasingResGW::Node v=erasing_res_graph.aNode(dfs);
137.612 - typename ErasingResGW::Node w=erasing_res_graph.bNode(dfs);
137.613 -
137.614 - pred.set(w, /*typename ErasingResGW::OutEdgeIt*/(dfs));
137.615 - if (erasing_res_graph.valid(pred.get(v))) {
137.616 - free.set(w, std::min(free.get(v), res_graph.resCap(dfs)));
137.617 - } else {
137.618 - free.set(w, res_graph.resCap(dfs));
137.619 - }
137.620 -
137.621 - if (w==t) {
137.622 - __augment=true;
137.623 - _augment=true;
137.624 - break;
137.625 - }
137.626 - } else {
137.627 - erasing_res_graph.erase(dfs);
137.628 - }
137.629 - }
137.630 - }
137.631 -
137.632 - if (__augment) {
137.633 - typename ErasingResGW::Node n=t;
137.634 - Number augment_value=free.get(n);
137.635 - while (erasing_res_graph.valid(pred.get(n))) {
137.636 - typename ErasingResGW::OutEdgeIt e=pred.get(n);
137.637 - res_graph.augment(e, augment_value);
137.638 - n=erasing_res_graph.source(e);
137.639 - if (res_graph.resCap(e)==0)
137.640 - erasing_res_graph.erase(e);
137.641 - }
137.642 - }
137.643 -
137.644 - } //while (__augment)
137.645 -
137.646 - return _augment;
137.647 - }
137.648 -
137.649 - void run() {
137.650 - //int num_of_augmentations=0;
137.651 - while (augmentOnShortestPath()) {
137.652 - //while (augmentOnBlockingFlow<MutableGraph>()) {
137.653 - //std::cout << ++num_of_augmentations << " ";
137.654 - //std::cout<<std::endl;
137.655 - }
137.656 - }
137.657 -
137.658 - template<typename MutableGraph> void run() {
137.659 - //int num_of_augmentations=0;
137.660 - //while (augmentOnShortestPath()) {
137.661 - while (augmentOnBlockingFlow<MutableGraph>()) {
137.662 - //std::cout << ++num_of_augmentations << " ";
137.663 - //std::cout<<std::endl;
137.664 - }
137.665 - }
137.666 -
137.667 - Number flowValue() {
137.668 - Number a=0;
137.669 - OutEdgeIt e;
137.670 - for(g->first(e, s); g->valid(e); g->next(e)) {
137.671 - a+=flow->get(e);
137.672 - }
137.673 - return a;
137.674 - }
137.675 -
137.676 - };
137.677 -
137.678 -
137.679 -// template <typename Graph, typename Number, typename FlowMap, typename CapacityMap>
137.680 -// class MaxMatching {
137.681 -// public:
137.682 -// typedef typename Graph::Node Node;
137.683 -// typedef typename Graph::NodeIt NodeIt;
137.684 -// typedef typename Graph::Edge Edge;
137.685 -// typedef typename Graph::EdgeIt EdgeIt;
137.686 -// typedef typename Graph::OutEdgeIt OutEdgeIt;
137.687 -// typedef typename Graph::InEdgeIt InEdgeIt;
137.688 -
137.689 -// typedef typename Graph::NodeMap<bool> SMap;
137.690 -// typedef typename Graph::NodeMap<bool> TMap;
137.691 -// private:
137.692 -// const Graph* G;
137.693 -// SMap* S;
137.694 -// TMap* T;
137.695 -// //Node s;
137.696 -// //Node t;
137.697 -// FlowMap* flow;
137.698 -// const CapacityMap* capacity;
137.699 -// typedef ResGraphWrapper<Graph, Number, FlowMap, CapacityMap > AugGraph;
137.700 -// typedef typename AugGraph::OutEdgeIt AugOutEdgeIt;
137.701 -// typedef typename AugGraph::Edge AugEdge;
137.702 -// typename Graph::NodeMap<int> used; //0
137.703 -
137.704 -// public:
137.705 -// MaxMatching(const Graph& _G, SMap& _S, TMap& _T, FlowMap& _flow, const CapacityMap& _capacity) :
137.706 -// G(&_G), S(&_S), T(&_T), flow(&_flow), capacity(&_capacity), used(_G) { }
137.707 -// bool augmentOnShortestPath() {
137.708 -// AugGraph res_graph(*G, *flow, *capacity);
137.709 -// bool _augment=false;
137.710 -
137.711 -// typedef typename AugGraph::NodeMap<bool> ReachedMap;
137.712 -// BfsIterator5< AugGraph, /*AugOutEdgeIt,*/ ReachedMap > bfs(res_graph);
137.713 -// typename AugGraph::NodeMap<AugEdge> pred(res_graph);
137.714 -// for(NodeIt s=G->template first<NodeIt>(); G->valid(s); G->next(s)) {
137.715 -// if ((S->get(s)) && (used.get(s)<1) ) {
137.716 -// //Number u=0;
137.717 -// //for(OutEdgeIt e=G->template first<OutEdgeIt>(s); G->valid(e); G->next(e))
137.718 -// //u+=flow->get(e);
137.719 -// //if (u<1) {
137.720 -// bfs.pushAndSetReached(s);
137.721 -// pred.set(s, AugEdge(INVALID));
137.722 -// //}
137.723 -// }
137.724 -// }
137.725 -
137.726 -// typename AugGraph::NodeMap<Number> free(res_graph);
137.727 -
137.728 -// Node n;
137.729 -// //searching for augmenting path
137.730 -// while ( !bfs.finished() ) {
137.731 -// AugOutEdgeIt e=bfs;
137.732 -// if (res_graph.valid(e) && bfs.isBNodeNewlyReached()) {
137.733 -// Node v=res_graph.source(e);
137.734 -// Node w=res_graph.target(e);
137.735 -// pred.set(w, e);
137.736 -// if (res_graph.valid(pred.get(v))) {
137.737 -// free.set(w, std::min(free.get(v), res_graph.free(e)));
137.738 -// } else {
137.739 -// free.set(w, res_graph.free(e));
137.740 -// }
137.741 -// n=res_graph.target(e);
137.742 -// if (T->get(n) && (used.get(n)<1) ) {
137.743 -// //Number u=0;
137.744 -// //for(InEdgeIt f=G->template first<InEdgeIt>(n); G->valid(f); G->next(f))
137.745 -// //u+=flow->get(f);
137.746 -// //if (u<1) {
137.747 -// _augment=true;
137.748 -// break;
137.749 -// //}
137.750 -// }
137.751 -// }
137.752 -
137.753 -// ++bfs;
137.754 -// } //end of searching augmenting path
137.755 -
137.756 -// if (_augment) {
137.757 -// //Node n=t;
137.758 -// used.set(n, 1); //mind2 vegen jav
137.759 -// Number augment_value=free.get(n);
137.760 -// while (res_graph.valid(pred.get(n))) {
137.761 -// AugEdge e=pred.get(n);
137.762 -// res_graph.augment(e, augment_value);
137.763 -// n=res_graph.source(e);
137.764 -// }
137.765 -// used.set(n, 1); //mind2 vegen jav
137.766 -// }
137.767 -
137.768 -// return _augment;
137.769 -// }
137.770 -
137.771 -// // template<typename MutableGraph> bool augmentOnBlockingFlow() {
137.772 -// // bool _augment=false;
137.773 -
137.774 -// // AugGraph res_graph(*G, *flow, *capacity);
137.775 -
137.776 -// // typedef typename AugGraph::NodeMap<bool> ReachedMap;
137.777 -// // BfsIterator4< AugGraph, AugOutEdgeIt, ReachedMap > bfs(res_graph);
137.778 -
137.779 -
137.780 -
137.781 -
137.782 -
137.783 -// // //typename AugGraph::NodeMap<AugEdge> pred(res_graph);
137.784 -// // for(NodeIt s=G->template first<NodeIt>(); G->valid(s); G->next(s)) {
137.785 -// // if (S->get(s)) {
137.786 -// // Number u=0;
137.787 -// // for(OutEdgeIt e=G->template first<OutEdgeIt>(s); G->valid(e); G->next(e))
137.788 -// // u+=flow->get(e);
137.789 -// // if (u<1) {
137.790 -// // bfs.pushAndSetReached(s);
137.791 -// // //pred.set(s, AugEdge(INVALID));
137.792 -// // }
137.793 -// // }
137.794 -// // }
137.795 -
137.796 -
137.797 -
137.798 -
137.799 -// // //bfs.pushAndSetReached(s);
137.800 -// // typename AugGraph::NodeMap<int> dist(res_graph); //filled up with 0's
137.801 -// // while ( !bfs.finished() ) {
137.802 -// // AugOutEdgeIt e=bfs;
137.803 -// // if (res_graph.valid(e) && bfs.isBNodeNewlyReached()) {
137.804 -// // dist.set(res_graph.target(e), dist.get(res_graph.source(e))+1);
137.805 -// // }
137.806 -
137.807 -// // ++bfs;
137.808 -// // } //computing distances from s in the residual graph
137.809 -
137.810 -// // MutableGraph F;
137.811 -// // typename AugGraph::NodeMap<typename MutableGraph::Node>
137.812 -// // res_graph_to_F(res_graph);
137.813 -// // for(typename AugGraph::NodeIt n=res_graph.template first<typename AugGraph::NodeIt>(); res_graph.valid(n); res_graph.next(n)) {
137.814 -// // res_graph_to_F.set(n, F.addNode());
137.815 -// // }
137.816 -
137.817 -// // typename MutableGraph::Node sF=res_graph_to_F.get(s);
137.818 -// // typename MutableGraph::Node tF=res_graph_to_F.get(t);
137.819 -
137.820 -// // typename MutableGraph::EdgeMap<AugEdge> original_edge(F);
137.821 -// // typename MutableGraph::EdgeMap<Number> residual_capacity(F);
137.822 -
137.823 -// // //Making F to the graph containing the edges of the residual graph
137.824 -// // //which are in some shortest paths
137.825 -// // for(typename AugGraph::EdgeIt e=res_graph.template first<typename AugGraph::EdgeIt>(); res_graph.valid(e); res_graph.next(e)) {
137.826 -// // if (dist.get(res_graph.target(e))==dist.get(res_graph.source(e))+1) {
137.827 -// // typename MutableGraph::Edge f=F.addEdge(res_graph_to_F.get(res_graph.source(e)), res_graph_to_F.get(res_graph.target(e)));
137.828 -// // original_edge.update();
137.829 -// // original_edge.set(f, e);
137.830 -// // residual_capacity.update();
137.831 -// // residual_capacity.set(f, res_graph.free(e));
137.832 -// // }
137.833 -// // }
137.834 -
137.835 -// // bool __augment=true;
137.836 -
137.837 -// // while (__augment) {
137.838 -// // __augment=false;
137.839 -// // //computing blocking flow with dfs
137.840 -// // typedef typename MutableGraph::NodeMap<bool> BlockingReachedMap;
137.841 -// // DfsIterator4< MutableGraph, typename MutableGraph::OutEdgeIt, BlockingReachedMap > dfs(F);
137.842 -// // typename MutableGraph::NodeMap<typename MutableGraph::Edge> pred(F);
137.843 -// // pred.set(sF, typename MutableGraph::Edge(INVALID));
137.844 -// // //invalid iterators for sources
137.845 -
137.846 -// // typename MutableGraph::NodeMap<Number> free(F);
137.847 -
137.848 -// // dfs.pushAndSetReached(sF);
137.849 -// // while (!dfs.finished()) {
137.850 -// // ++dfs;
137.851 -// // if (F.valid(typename MutableGraph::OutEdgeIt(dfs))) {
137.852 -// // if (dfs.isBNodeNewlyReached()) {
137.853 -// // typename MutableGraph::Node v=F.aNode(dfs);
137.854 -// // typename MutableGraph::Node w=F.bNode(dfs);
137.855 -// // pred.set(w, dfs);
137.856 -// // if (F.valid(pred.get(v))) {
137.857 -// // free.set(w, std::min(free.get(v), residual_capacity.get(dfs)));
137.858 -// // } else {
137.859 -// // free.set(w, residual_capacity.get(dfs));
137.860 -// // }
137.861 -// // if (w==tF) {
137.862 -// // __augment=true;
137.863 -// // _augment=true;
137.864 -// // break;
137.865 -// // }
137.866 -
137.867 -// // } else {
137.868 -// // F.erase(typename MutableGraph::OutEdgeIt(dfs));
137.869 -// // }
137.870 -// // }
137.871 -// // }
137.872 -
137.873 -// // if (__augment) {
137.874 -// // typename MutableGraph::Node n=tF;
137.875 -// // Number augment_value=free.get(tF);
137.876 -// // while (F.valid(pred.get(n))) {
137.877 -// // typename MutableGraph::Edge e=pred.get(n);
137.878 -// // res_graph.augment(original_edge.get(e), augment_value);
137.879 -// // n=F.source(e);
137.880 -// // if (residual_capacity.get(e)==augment_value)
137.881 -// // F.erase(e);
137.882 -// // else
137.883 -// // residual_capacity.set(e, residual_capacity.get(e)-augment_value);
137.884 -// // }
137.885 -// // }
137.886 -
137.887 -// // }
137.888 -
137.889 -// // return _augment;
137.890 -// // }
137.891 -// bool augmentOnBlockingFlow2() {
137.892 -// bool _augment=false;
137.893 -
137.894 -// //typedef ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap> EAugGraph;
137.895 -// typedef FilterGraphWrapper< ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap> > EAugGraph;
137.896 -// typedef typename EAugGraph::OutEdgeIt EAugOutEdgeIt;
137.897 -// typedef typename EAugGraph::Edge EAugEdge;
137.898 -
137.899 -// EAugGraph res_graph(*G, *flow, *capacity);
137.900 -
137.901 -// //typedef typename EAugGraph::NodeMap<bool> ReachedMap;
137.902 -// BfsIterator5<
137.903 -// ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>,
137.904 -// /*typename ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::OutEdgeIt,*/
137.905 -// ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::NodeMap<bool> > bfs(res_graph);
137.906 -
137.907 -
137.908 -// //typename AugGraph::NodeMap<AugEdge> pred(res_graph);
137.909 -// for(NodeIt s=G->template first<NodeIt>(); G->valid(s); G->next(s)) {
137.910 -// if (S->get(s)) {
137.911 -// Number u=0;
137.912 -// for(OutEdgeIt e=G->template first<OutEdgeIt>(s); G->valid(e); G->next(e))
137.913 -// u+=flow->get(e);
137.914 -// if (u<1) {
137.915 -// bfs.pushAndSetReached(s);
137.916 -// //pred.set(s, AugEdge(INVALID));
137.917 -// }
137.918 -// }
137.919 -// }
137.920 -
137.921 -
137.922 -// //bfs.pushAndSetReached(s);
137.923 -
137.924 -// typename ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::
137.925 -// NodeMap<int>& dist=res_graph.dist;
137.926 -
137.927 -// while ( !bfs.finished() ) {
137.928 -// typename ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::OutEdgeIt e=bfs;
137.929 -// if (res_graph.valid(e) && bfs.isBNodeNewlyReached()) {
137.930 -// dist.set(res_graph.target(e), dist.get(res_graph.source(e))+1);
137.931 -// }
137.932 -// ++bfs;
137.933 -// } //computing distances from s in the residual graph
137.934 -
137.935 -// bool __augment=true;
137.936 -
137.937 -// while (__augment) {
137.938 -
137.939 -// __augment=false;
137.940 -// //computing blocking flow with dfs
137.941 -// typedef typename EAugGraph::NodeMap<bool> BlockingReachedMap;
137.942 -// DfsIterator5< EAugGraph/*, EAugOutEdgeIt*/, BlockingReachedMap >
137.943 -// dfs(res_graph);
137.944 -// typename EAugGraph::NodeMap<EAugEdge> pred(res_graph, INVALID);
137.945 -// //pred.set(s, EAugEdge(INVALID));
137.946 -// //invalid iterators for sources
137.947 -
137.948 -// typename EAugGraph::NodeMap<Number> free(res_graph);
137.949 -
137.950 -
137.951 -// //typename AugGraph::NodeMap<AugEdge> pred(res_graph);
137.952 -// for(NodeIt s=G->template first<NodeIt>(); G->valid(s); G->next(s)) {
137.953 -// if (S->get(s)) {
137.954 -// Number u=0;
137.955 -// for(OutEdgeIt e=G->template first<OutEdgeIt>(s); G->valid(e); G->next(e))
137.956 -// u+=flow->get(e);
137.957 -// if (u<1) {
137.958 -// dfs.pushAndSetReached(s);
137.959 -// //pred.set(s, AugEdge(INVALID));
137.960 -// }
137.961 -// }
137.962 -// }
137.963 -
137.964 -
137.965 -
137.966 -// //dfs.pushAndSetReached(s);
137.967 -// typename EAugGraph::Node n;
137.968 -// while (!dfs.finished()) {
137.969 -// ++dfs;
137.970 -// if (res_graph.valid(EAugOutEdgeIt(dfs))) {
137.971 -// if (dfs.isBNodeNewlyReached()) {
137.972 -
137.973 -// typename EAugGraph::Node v=res_graph.aNode(dfs);
137.974 -// typename EAugGraph::Node w=res_graph.bNode(dfs);
137.975 -
137.976 -// pred.set(w, EAugOutEdgeIt(dfs));
137.977 -// if (res_graph.valid(pred.get(v))) {
137.978 -// free.set(w, std::min(free.get(v), res_graph.free(dfs)));
137.979 -// } else {
137.980 -// free.set(w, res_graph.free(dfs));
137.981 -// }
137.982 -
137.983 -// n=w;
137.984 -// if (T->get(w)) {
137.985 -// Number u=0;
137.986 -// for(InEdgeIt f=G->template first<InEdgeIt>(n); G->valid(f); G->next(f))
137.987 -// u+=flow->get(f);
137.988 -// if (u<1) {
137.989 -// __augment=true;
137.990 -// _augment=true;
137.991 -// break;
137.992 -// }
137.993 -// }
137.994 -// } else {
137.995 -// res_graph.erase(dfs);
137.996 -// }
137.997 -// }
137.998 -
137.999 -// }
137.1000 -
137.1001 -// if (__augment) {
137.1002 -// // typename EAugGraph::Node n=t;
137.1003 -// Number augment_value=free.get(n);
137.1004 -// while (res_graph.valid(pred.get(n))) {
137.1005 -// EAugEdge e=pred.get(n);
137.1006 -// res_graph.augment(e, augment_value);
137.1007 -// n=res_graph.source(e);
137.1008 -// if (res_graph.free(e)==0)
137.1009 -// res_graph.erase(e);
137.1010 -// }
137.1011 -// }
137.1012 -
137.1013 -// }
137.1014 -
137.1015 -// return _augment;
137.1016 -// }
137.1017 -// void run() {
137.1018 -// //int num_of_augmentations=0;
137.1019 -// while (augmentOnShortestPath()) {
137.1020 -// //while (augmentOnBlockingFlow<MutableGraph>()) {
137.1021 -// //std::cout << ++num_of_augmentations << " ";
137.1022 -// //std::cout<<std::endl;
137.1023 -// }
137.1024 -// }
137.1025 -// // template<typename MutableGraph> void run() {
137.1026 -// // //int num_of_augmentations=0;
137.1027 -// // //while (augmentOnShortestPath()) {
137.1028 -// // while (augmentOnBlockingFlow<MutableGraph>()) {
137.1029 -// // //std::cout << ++num_of_augmentations << " ";
137.1030 -// // //std::cout<<std::endl;
137.1031 -// // }
137.1032 -// // }
137.1033 -// Number flowValue() {
137.1034 -// Number a=0;
137.1035 -// EdgeIt e;
137.1036 -// for(G->/*getF*/first(e); G->valid(e); G->next(e)) {
137.1037 -// a+=flow->get(e);
137.1038 -// }
137.1039 -// return a;
137.1040 -// }
137.1041 -// };
137.1042 -
137.1043 -
137.1044 -
137.1045 -
137.1046 -
137.1047 -
137.1048 -// // template <typename Graph, typename Number, typename FlowMap, typename CapacityMap>
137.1049 -// // class MaxFlow2 {
137.1050 -// // public:
137.1051 -// // typedef typename Graph::Node Node;
137.1052 -// // typedef typename Graph::Edge Edge;
137.1053 -// // typedef typename Graph::EdgeIt EdgeIt;
137.1054 -// // typedef typename Graph::OutEdgeIt OutEdgeIt;
137.1055 -// // typedef typename Graph::InEdgeIt InEdgeIt;
137.1056 -// // private:
137.1057 -// // const Graph& G;
137.1058 -// // std::list<Node>& S;
137.1059 -// // std::list<Node>& T;
137.1060 -// // FlowMap& flow;
137.1061 -// // const CapacityMap& capacity;
137.1062 -// // typedef ResGraphWrapper<Graph, Number, FlowMap, CapacityMap > AugGraph;
137.1063 -// // typedef typename AugGraph::OutEdgeIt AugOutEdgeIt;
137.1064 -// // typedef typename AugGraph::Edge AugEdge;
137.1065 -// // typename Graph::NodeMap<bool> SMap;
137.1066 -// // typename Graph::NodeMap<bool> TMap;
137.1067 -// // public:
137.1068 -// // MaxFlow2(const Graph& _G, std::list<Node>& _S, std::list<Node>& _T, FlowMap& _flow, const CapacityMap& _capacity) : G(_G), S(_S), T(_T), flow(_flow), capacity(_capacity), SMap(_G), TMap(_G) {
137.1069 -// // for(typename std::list<Node>::const_iterator i=S.begin();
137.1070 -// // i!=S.end(); ++i) {
137.1071 -// // SMap.set(*i, true);
137.1072 -// // }
137.1073 -// // for (typename std::list<Node>::const_iterator i=T.begin();
137.1074 -// // i!=T.end(); ++i) {
137.1075 -// // TMap.set(*i, true);
137.1076 -// // }
137.1077 -// // }
137.1078 -// // bool augment() {
137.1079 -// // AugGraph res_graph(G, flow, capacity);
137.1080 -// // bool _augment=false;
137.1081 -// // Node reached_t_node;
137.1082 -
137.1083 -// // typedef typename AugGraph::NodeMap<bool> ReachedMap;
137.1084 -// // BfsIterator4< AugGraph, AugOutEdgeIt, ReachedMap > bfs(res_graph);
137.1085 -// // for(typename std::list<Node>::const_iterator i=S.begin();
137.1086 -// // i!=S.end(); ++i) {
137.1087 -// // bfs.pushAndSetReached(*i);
137.1088 -// // }
137.1089 -// // //bfs.pushAndSetReached(s);
137.1090 -
137.1091 -// // typename AugGraph::NodeMap<AugEdge> pred(res_graph);
137.1092 -// // //filled up with invalid iterators
137.1093 -
137.1094 -// // typename AugGraph::NodeMap<Number> free(res_graph);
137.1095 -
137.1096 -// // //searching for augmenting path
137.1097 -// // while ( !bfs.finished() ) {
137.1098 -// // AugOutEdgeIt e=/*AugOutEdgeIt*/(bfs);
137.1099 -// // if (e.valid() && bfs.isBNodeNewlyReached()) {
137.1100 -// // Node v=res_graph.source(e);
137.1101 -// // Node w=res_graph.target(e);
137.1102 -// // pred.set(w, e);
137.1103 -// // if (pred.get(v).valid()) {
137.1104 -// // free.set(w, std::min(free.get(v), e.free()));
137.1105 -// // } else {
137.1106 -// // free.set(w, e.free());
137.1107 -// // }
137.1108 -// // if (TMap.get(res_graph.target(e))) {
137.1109 -// // _augment=true;
137.1110 -// // reached_t_node=res_graph.target(e);
137.1111 -// // break;
137.1112 -// // }
137.1113 -// // }
137.1114 -
137.1115 -// // ++bfs;
137.1116 -// // } //end of searching augmenting path
137.1117 -
137.1118 -// // if (_augment) {
137.1119 -// // Node n=reached_t_node;
137.1120 -// // Number augment_value=free.get(reached_t_node);
137.1121 -// // while (pred.get(n).valid()) {
137.1122 -// // AugEdge e=pred.get(n);
137.1123 -// // e.augment(augment_value);
137.1124 -// // n=res_graph.source(e);
137.1125 -// // }
137.1126 -// // }
137.1127 -
137.1128 -// // return _augment;
137.1129 -// // }
137.1130 -// // void run() {
137.1131 -// // while (augment()) { }
137.1132 -// // }
137.1133 -// // Number flowValue() {
137.1134 -// // Number a=0;
137.1135 -// // for(typename std::list<Node>::const_iterator i=S.begin();
137.1136 -// // i!=S.end(); ++i) {
137.1137 -// // for(OutEdgeIt e=G.template first<OutEdgeIt>(*i); e.valid(); ++e) {
137.1138 -// // a+=flow.get(e);
137.1139 -// // }
137.1140 -// // for(InEdgeIt e=G.template first<InEdgeIt>(*i); e.valid(); ++e) {
137.1141 -// // a-=flow.get(e);
137.1142 -// // }
137.1143 -// // }
137.1144 -// // return a;
137.1145 -// // }
137.1146 -// // };
137.1147 -
137.1148 -
137.1149 -} // namespace lemon
137.1150 -
137.1151 -#endif //LEMON_EDMONDS_KARP_H
138.1 --- a/src/work/marci/experiment/edmonds_karp_demo.cc Sun Apr 17 18:57:22 2005 +0000
138.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
138.3 @@ -1,218 +0,0 @@
138.4 -// -*- c++ -*-
138.5 -#include <iostream>
138.6 -#include <fstream>
138.7 -
138.8 -#include <list_graph.h>
138.9 -#include <smart_graph.h>
138.10 -#include <dimacs.h>
138.11 -#include <edmonds_karp.h>
138.12 -#include <time_measure.h>
138.13 -#include <graph_wrapper.h>
138.14 -
138.15 -class CM {
138.16 -public:
138.17 - template<typename T> int get(T) const {return 1;}
138.18 -};
138.19 -
138.20 -using namespace lemon;
138.21 -
138.22 -// Use a DIMACS max flow file as stdin.
138.23 -// read_dimacs_demo < dimacs_max_flow_file
138.24 -
138.25 -
138.26 -// struct Ize {
138.27 -// };
138.28 -
138.29 -// struct Mize {
138.30 -// Ize bumm;
138.31 -// };
138.32 -
138.33 -// template <typename B>
138.34 -// class Huha {
138.35 -// public:
138.36 -// int u;
138.37 -// B brr;
138.38 -// };
138.39 -
138.40 -
138.41 -int main(int, char **) {
138.42 -
138.43 - typedef ListGraph MutableGraph;
138.44 -
138.45 - //typedef SmartGraph Graph;
138.46 - typedef ListGraph Graph;
138.47 - typedef Graph::Node Node;
138.48 - typedef Graph::EdgeIt EdgeIt;
138.49 -
138.50 -
138.51 -// Mize mize[10];
138.52 -// Mize bize[0];
138.53 -// Mize zize;
138.54 -// typedef Mize Tize[0];
138.55 -
138.56 -// std::cout << &zize << " " << sizeof(mize) << sizeof(Tize) << std::endl;
138.57 -// std::cout << sizeof(bize) << std::endl;
138.58 -
138.59 -
138.60 -// Huha<Tize> k;
138.61 -// std::cout << sizeof(k) << std::endl;
138.62 -
138.63 -
138.64 -// struct Bumm {
138.65 -// //int a;
138.66 -// bool b;
138.67 -// };
138.68 -
138.69 -// std::cout << sizeof(Bumm) << std::endl;
138.70 -
138.71 -
138.72 - Graph G;
138.73 - Node s, t;
138.74 - Graph::EdgeMap<int> cap(G);
138.75 - readDimacsMaxFlow(std::cin, G, s, t, cap);
138.76 -
138.77 -// typedef TrivGraphWrapper<Graph> TGW;
138.78 -// TGW gw(G);
138.79 -// TGW::NodeIt sw;
138.80 -// gw./*getF*/first(sw);
138.81 -// std::cout << "p1:" << gw.nodeNum() << std::endl;
138.82 -// gw.erase(sw);
138.83 -// std::cout << "p2:" << gw.nodeNum() << std::endl;
138.84 -
138.85 -// typedef const Graph cLG;
138.86 -// typedef TrivGraphWrapper<const cLG> CTGW;
138.87 -// CTGW cgw(G);
138.88 -// CTGW::NodeIt csw;
138.89 -// cgw./*getF*/first(csw);
138.90 -// std::cout << "p1:" << cgw.nodeNum() << std::endl;
138.91 -// //cgw.erase(csw);
138.92 -// std::cout << "p2:" << cgw.nodeNum() << std::endl;
138.93 -
138.94 -
138.95 - {
138.96 - typedef TrivGraphWrapper<const Graph> GW;
138.97 - GW gw(G);
138.98 - std::cout << "edmonds karp demo (physical blocking flow augmentation)..." << std::endl;
138.99 - GW::EdgeMap<int> flow(gw); //0 flow
138.100 -
138.101 - Timer ts;
138.102 - ts.reset();
138.103 -
138.104 - typedef GW::EdgeMapWrapper< Graph::EdgeMap<int>, int > EMW;
138.105 - EMW cw(cap);
138.106 - MaxFlow<GW, int, GW::EdgeMap<int>, EMW > max_flow_test(gw, s, t, flow, cw);
138.107 - int i=0;
138.108 - while (max_flow_test.augmentOnBlockingFlow<MutableGraph>()) {
138.109 -// for(EdgeIt e=G.template first<EdgeIt>(); e.valid(); ++e) {
138.110 -// std::cout<<"("<<G.source(e)<< "-"<<flow.get(e)<<"->"<<G.target(e)<<") ";
138.111 -// }
138.112 -// std::cout<<std::endl;
138.113 - ++i;
138.114 - }
138.115 -
138.116 -// std::cout << "maximum flow: "<< std::endl;
138.117 -// for(EdgeIt e=G.first<EdgeIt>(); e.valid(); ++e) {
138.118 -// std::cout<<"("<<G.source(e)<< "-"<<flow.get(e)<<"->"<<G.target(e)<<") ";
138.119 -// }
138.120 -// std::cout<<std::endl;
138.121 - std::cout << "elapsed time: " << ts << std::endl;
138.122 - std::cout << "number of augmentation phases: " << i << std::endl;
138.123 - std::cout << "flow value: "<< max_flow_test.flowValue() << std::endl;
138.124 - }
138.125 -
138.126 - {
138.127 - typedef TrivGraphWrapper<const Graph> GW;
138.128 - GW gw(G);
138.129 - std::cout << "edmonds karp demo (physical blocking flow 1 augmentation)..." << std::endl;
138.130 - GW::EdgeMap<int> flow(gw); //0 flow
138.131 -
138.132 - Timer ts;
138.133 - ts.reset();
138.134 -
138.135 - typedef GW::EdgeMapWrapper< Graph::EdgeMap<int>, int > EMW;
138.136 - EMW cw(cap);
138.137 - MaxFlow<GW, int, GW::EdgeMap<int>, EMW > max_flow_test(gw, s, t, flow, cw);
138.138 - int i=0;
138.139 - while (max_flow_test.augmentOnBlockingFlow1<MutableGraph>()) {
138.140 -// for(EdgeIt e=G.template first<EdgeIt>(); e.valid(); ++e) {
138.141 -// std::cout<<"("<<G.source(e)<< "-"<<flow.get(e)<<"->"<<G.target(e)<<") ";
138.142 -// }
138.143 -// std::cout<<std::endl;
138.144 - ++i;
138.145 - }
138.146 -
138.147 -// std::cout << "maximum flow: "<< std::endl;
138.148 -// for(EdgeIt e=G.first<EdgeIt>(); e.valid(); ++e) {
138.149 -// std::cout<<"("<<G.source(e)<< "-"<<flow.get(e)<<"->"<<G.target(e)<<") ";
138.150 -// }
138.151 -// std::cout<<std::endl;
138.152 - std::cout << "elapsed time: " << ts << std::endl;
138.153 - std::cout << "number of augmentation phases: " << i << std::endl;
138.154 - std::cout << "flow value: "<< max_flow_test.flowValue() << std::endl;
138.155 - }
138.156 -
138.157 - {
138.158 - typedef TrivGraphWrapper<const Graph> GW;
138.159 - GW gw(G);
138.160 - std::cout << "edmonds karp demo (on-the-fly blocking flow augmentation)..." << std::endl;
138.161 - GW::EdgeMap<int> flow(gw); //0 flow
138.162 -
138.163 - Timer ts;
138.164 - ts.reset();
138.165 -
138.166 - typedef GW::EdgeMapWrapper< Graph::EdgeMap<int>, int > EMW;
138.167 - EMW cw(cap);
138.168 - MaxFlow<GW, int, GW::EdgeMap<int>, EMW > max_flow_test(gw, s, t, flow, cw);
138.169 - int i=0;
138.170 - while (max_flow_test.augmentOnBlockingFlow2()) {
138.171 -// for(EdgeIt e=G.template first<EdgeIt>(); e.valid(); ++e) {
138.172 -// std::cout<<"("<<G.source(e)<< "-"<<flow.get(e)<<"->"<<G.target(e)<<") ";
138.173 -// }
138.174 -// std::cout<<std::endl;
138.175 - ++i;
138.176 - }
138.177 -
138.178 -// std::cout << "maximum flow: "<< std::endl;
138.179 -// for(EdgeIt e=G.first<EdgeIt>(); e.valid(); ++e) {
138.180 -// std::cout<<"("<<G.source(e)<< "-"<<flow.get(e)<<"->"<<G.target(e)<<") ";
138.181 -// }
138.182 -// std::cout<<std::endl;
138.183 - std::cout << "elapsed time: " << ts << std::endl;
138.184 - std::cout << "number of augmentation phases: " << i << std::endl;
138.185 - std::cout << "flow value: "<< max_flow_test.flowValue() << std::endl;
138.186 - }
138.187 -
138.188 - {
138.189 - typedef TrivGraphWrapper<const Graph> GW;
138.190 - GW gw(G);
138.191 - std::cout << "edmonds karp demo (on-the-fly shortest path augmentation)..." << std::endl;
138.192 - GW::EdgeMap<int> flow(gw); //0 flow
138.193 -
138.194 - Timer ts;
138.195 - ts.reset();
138.196 -
138.197 - typedef GW::EdgeMapWrapper< Graph::EdgeMap<int>, int > EMW;
138.198 - EMW cw(cap);
138.199 - MaxFlow<GW, int, GW::EdgeMap<int>, EMW> max_flow_test(gw, s, t, flow, cw);
138.200 - int i=0;
138.201 - while (max_flow_test.augmentOnShortestPath()) {
138.202 -// for(EdgeIt e=G.template first<EdgeIt>(); e.valid(); ++e) {
138.203 -// std::cout<<"("<<G.source(e)<< "-"<<flow.get(e)<<"->"<<G.target(e)<<") ";
138.204 -// }
138.205 -// std::cout<<std::endl;
138.206 - ++i;
138.207 - }
138.208 -
138.209 -// std::cout << "maximum flow: "<< std::endl;
138.210 -// for(EdgeIt e=G.first<EdgeIt>(); e.valid(); ++e) {
138.211 -// std::cout<<"("<<G.source(e)<< "-"<<flow.get(e)<<"->"<<G.target(e)<<") ";
138.212 -// }
138.213 -// std::cout<<std::endl;
138.214 - std::cout << "elapsed time: " << ts << std::endl;
138.215 - std::cout << "number of augmentation phases: " << i << std::endl;
138.216 - std::cout << "flow value: "<< max_flow_test.flowValue() << std::endl;
138.217 - }
138.218 -
138.219 -
138.220 - return 0;
138.221 -}
139.1 --- a/src/work/marci/experiment/edmonds_karp_demo_1.cc Sun Apr 17 18:57:22 2005 +0000
139.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
139.3 @@ -1,218 +0,0 @@
139.4 -// -*- c++ -*-
139.5 -#include <iostream>
139.6 -#include <fstream>
139.7 -
139.8 -#include <list_graph.h>
139.9 -//#include <smart_graph.h>
139.10 -#include <dimacs.h>
139.11 -#include <edmonds_karp_1.h>
139.12 -#include <time_measure.h>
139.13 -#include <graph_wrapper_1.h>
139.14 -
139.15 -class CM {
139.16 -public:
139.17 - template<typename T> int get(T) const {return 1;}
139.18 -};
139.19 -
139.20 -using namespace lemon;
139.21 -
139.22 -// Use a DIMACS max flow file as stdin.
139.23 -// read_dimacs_demo < dimacs_max_flow_file
139.24 -
139.25 -
139.26 -// struct Ize {
139.27 -// };
139.28 -
139.29 -// struct Mize {
139.30 -// Ize bumm;
139.31 -// };
139.32 -
139.33 -// template <typename B>
139.34 -// class Huha {
139.35 -// public:
139.36 -// int u;
139.37 -// B brr;
139.38 -// };
139.39 -
139.40 -
139.41 -int main(int, char **) {
139.42 -
139.43 - typedef ListGraph MutableGraph;
139.44 -
139.45 - //typedef SmartGraph Graph;
139.46 - typedef ListGraph Graph;
139.47 - typedef Graph::Node Node;
139.48 - typedef Graph::EdgeIt EdgeIt;
139.49 -
139.50 -
139.51 -// Mize mize[10];
139.52 -// Mize bize[0];
139.53 -// Mize zize;
139.54 -// typedef Mize Tize[0];
139.55 -
139.56 -// std::cout << &zize << " " << sizeof(mize) << sizeof(Tize) << std::endl;
139.57 -// std::cout << sizeof(bize) << std::endl;
139.58 -
139.59 -
139.60 -// Huha<Tize> k;
139.61 -// std::cout << sizeof(k) << std::endl;
139.62 -
139.63 -
139.64 -// struct Bumm {
139.65 -// //int a;
139.66 -// bool b;
139.67 -// };
139.68 -
139.69 -// std::cout << sizeof(Bumm) << std::endl;
139.70 -
139.71 -
139.72 - Graph G;
139.73 - Node s, t;
139.74 - Graph::EdgeMap<int> cap(G);
139.75 - readDimacsMaxFlow(std::cin, G, s, t, cap);
139.76 -
139.77 -// typedef TrivGraphWrapper<Graph> TGW;
139.78 -// TGW gw(G);
139.79 -// TGW::NodeIt sw;
139.80 -// gw./*getF*/first(sw);
139.81 -// std::cout << "p1:" << gw.nodeNum() << std::endl;
139.82 -// gw.erase(sw);
139.83 -// std::cout << "p2:" << gw.nodeNum() << std::endl;
139.84 -
139.85 -// typedef const Graph cLG;
139.86 -// typedef TrivGraphWrapper<const cLG> CTGW;
139.87 -// CTGW cgw(G);
139.88 -// CTGW::NodeIt csw;
139.89 -// cgw./*getF*/first(csw);
139.90 -// std::cout << "p1:" << cgw.nodeNum() << std::endl;
139.91 -// //cgw.erase(csw);
139.92 -// std::cout << "p2:" << cgw.nodeNum() << std::endl;
139.93 -
139.94 -
139.95 - {
139.96 - typedef TrivGraphWrapper<const Graph> GW;
139.97 - GW gw(G);
139.98 - std::cout << "edmonds karp demo (physical blocking flow augmentation)..." << std::endl;
139.99 - GW::EdgeMap<int> flow(gw); //0 flow
139.100 -
139.101 - Timer ts;
139.102 - ts.reset();
139.103 -
139.104 - typedef GW::EdgeMapWrapper< Graph::EdgeMap<int>, int > EMW;
139.105 - EMW cw(cap);
139.106 - MaxFlow<GW, int, GW::EdgeMap<int>, EMW > max_flow_test(gw, s, t, flow, cw);
139.107 - int i=0;
139.108 - while (max_flow_test.augmentOnBlockingFlow<MutableGraph>()) {
139.109 -// for(EdgeIt e=G.template first<EdgeIt>(); e.valid(); ++e) {
139.110 -// std::cout<<"("<<G.source(e)<< "-"<<flow.get(e)<<"->"<<G.target(e)<<") ";
139.111 -// }
139.112 -// std::cout<<std::endl;
139.113 - ++i;
139.114 - }
139.115 -
139.116 -// std::cout << "maximum flow: "<< std::endl;
139.117 -// for(EdgeIt e=G.first<EdgeIt>(); e.valid(); ++e) {
139.118 -// std::cout<<"("<<G.source(e)<< "-"<<flow.get(e)<<"->"<<G.target(e)<<") ";
139.119 -// }
139.120 -// std::cout<<std::endl;
139.121 - std::cout << "elapsed time: " << ts << std::endl;
139.122 - std::cout << "number of augmentation phases: " << i << std::endl;
139.123 - std::cout << "flow value: "<< max_flow_test.flowValue() << std::endl;
139.124 - }
139.125 -
139.126 - {
139.127 - typedef TrivGraphWrapper<const Graph> GW;
139.128 - GW gw(G);
139.129 - std::cout << "edmonds karp demo (physical blocking flow 1 augmentation)..." << std::endl;
139.130 - GW::EdgeMap<int> flow(gw); //0 flow
139.131 -
139.132 - Timer ts;
139.133 - ts.reset();
139.134 -
139.135 - typedef GW::EdgeMapWrapper< Graph::EdgeMap<int>, int > EMW;
139.136 - EMW cw(cap);
139.137 - MaxFlow<GW, int, GW::EdgeMap<int>, EMW > max_flow_test(gw, s, t, flow, cw);
139.138 - int i=0;
139.139 - while (max_flow_test.augmentOnBlockingFlow1<MutableGraph>()) {
139.140 -// for(EdgeIt e=G.template first<EdgeIt>(); e.valid(); ++e) {
139.141 -// std::cout<<"("<<G.source(e)<< "-"<<flow.get(e)<<"->"<<G.target(e)<<") ";
139.142 -// }
139.143 -// std::cout<<std::endl;
139.144 - ++i;
139.145 - }
139.146 -
139.147 -// std::cout << "maximum flow: "<< std::endl;
139.148 -// for(EdgeIt e=G.first<EdgeIt>(); e.valid(); ++e) {
139.149 -// std::cout<<"("<<G.source(e)<< "-"<<flow.get(e)<<"->"<<G.target(e)<<") ";
139.150 -// }
139.151 -// std::cout<<std::endl;
139.152 - std::cout << "elapsed time: " << ts << std::endl;
139.153 - std::cout << "number of augmentation phases: " << i << std::endl;
139.154 - std::cout << "flow value: "<< max_flow_test.flowValue() << std::endl;
139.155 - }
139.156 -
139.157 - {
139.158 - typedef TrivGraphWrapper<const Graph> GW;
139.159 - GW gw(G);
139.160 - std::cout << "edmonds karp demo (on-the-fly blocking flow augmentation)..." << std::endl;
139.161 - GW::EdgeMap<int> flow(gw); //0 flow
139.162 -
139.163 - Timer ts;
139.164 - ts.reset();
139.165 -
139.166 - typedef GW::EdgeMapWrapper< Graph::EdgeMap<int>, int > EMW;
139.167 - EMW cw(cap);
139.168 - MaxFlow<GW, int, GW::EdgeMap<int>, EMW > max_flow_test(gw, s, t, flow, cw);
139.169 - int i=0;
139.170 - while (max_flow_test.augmentOnBlockingFlow2()) {
139.171 -// for(EdgeIt e=G.template first<EdgeIt>(); e.valid(); ++e) {
139.172 -// std::cout<<"("<<G.source(e)<< "-"<<flow.get(e)<<"->"<<G.target(e)<<") ";
139.173 -// }
139.174 -// std::cout<<std::endl;
139.175 - ++i;
139.176 - }
139.177 -
139.178 -// std::cout << "maximum flow: "<< std::endl;
139.179 -// for(EdgeIt e=G.first<EdgeIt>(); e.valid(); ++e) {
139.180 -// std::cout<<"("<<G.source(e)<< "-"<<flow.get(e)<<"->"<<G.target(e)<<") ";
139.181 -// }
139.182 -// std::cout<<std::endl;
139.183 - std::cout << "elapsed time: " << ts << std::endl;
139.184 - std::cout << "number of augmentation phases: " << i << std::endl;
139.185 - std::cout << "flow value: "<< max_flow_test.flowValue() << std::endl;
139.186 - }
139.187 -
139.188 - {
139.189 - typedef TrivGraphWrapper<const Graph> GW;
139.190 - GW gw(G);
139.191 - std::cout << "edmonds karp demo (on-the-fly shortest path augmentation)..." << std::endl;
139.192 - GW::EdgeMap<int> flow(gw); //0 flow
139.193 -
139.194 - Timer ts;
139.195 - ts.reset();
139.196 -
139.197 - typedef GW::EdgeMapWrapper< Graph::EdgeMap<int>, int > EMW;
139.198 - EMW cw(cap);
139.199 - MaxFlow<GW, int, GW::EdgeMap<int>, EMW> max_flow_test(gw, s, t, flow, cw);
139.200 - int i=0;
139.201 - while (max_flow_test.augmentOnShortestPath()) {
139.202 -// for(EdgeIt e=G.template first<EdgeIt>(); e.valid(); ++e) {
139.203 -// std::cout<<"("<<G.source(e)<< "-"<<flow.get(e)<<"->"<<G.target(e)<<") ";
139.204 -// }
139.205 -// std::cout<<std::endl;
139.206 - ++i;
139.207 - }
139.208 -
139.209 -// std::cout << "maximum flow: "<< std::endl;
139.210 -// for(EdgeIt e=G.first<EdgeIt>(); e.valid(); ++e) {
139.211 -// std::cout<<"("<<G.source(e)<< "-"<<flow.get(e)<<"->"<<G.target(e)<<") ";
139.212 -// }
139.213 -// std::cout<<std::endl;
139.214 - std::cout << "elapsed time: " << ts << std::endl;
139.215 - std::cout << "number of augmentation phases: " << i << std::endl;
139.216 - std::cout << "flow value: "<< max_flow_test.flowValue() << std::endl;
139.217 - }
139.218 -
139.219 -
139.220 - return 0;
139.221 -}
140.1 --- a/src/work/marci/experiment/graph_wrapper.h Sun Apr 17 18:57:22 2005 +0000
140.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
140.3 @@ -1,1707 +0,0 @@
140.4 -// -*- c++ -*-
140.5 -#ifndef LEMON_GRAPH_WRAPPER_H
140.6 -#define LEMON_GRAPH_WRAPPER_H
140.7 -
140.8 -#include <invalid.h>
140.9 -
140.10 -namespace lemon {
140.11 -
140.12 - template<typename Graph>
140.13 - class TrivGraphWrapper {
140.14 - protected:
140.15 - Graph* graph;
140.16 -
140.17 - public:
140.18 - typedef Graph BaseGraph;
140.19 -
140.20 - typedef typename Graph::Node Node;
140.21 - class NodeIt : public Graph::NodeIt {
140.22 - public:
140.23 - NodeIt() { }
140.24 - NodeIt(const typename Graph::NodeIt& n) : Graph::NodeIt(n) { }
140.25 - NodeIt(const Invalid& i) : Graph::NodeIt(i) { }
140.26 - NodeIt(const TrivGraphWrapper<Graph>& _G) :
140.27 - Graph::NodeIt(*(_G.graph)) { }
140.28 - };
140.29 - typedef typename Graph::Edge Edge;
140.30 - //typedef typename Graph::OutEdgeIt OutEdgeIt;
140.31 - class OutEdgeIt : public Graph::OutEdgeIt {
140.32 - public:
140.33 - OutEdgeIt() { }
140.34 - OutEdgeIt(const typename Graph::OutEdgeIt& e) : Graph::OutEdgeIt(e) { }
140.35 - OutEdgeIt(const Invalid& i) : Graph::OutEdgeIt(i) { }
140.36 - OutEdgeIt(const TrivGraphWrapper<Graph>& _G, const Node& n) :
140.37 - Graph::OutEdgeIt(*(_G.graph), n) { }
140.38 - };
140.39 - //typedef typename Graph::InEdgeIt InEdgeIt;
140.40 - class InEdgeIt : public Graph::InEdgeIt {
140.41 - public:
140.42 - InEdgeIt() { }
140.43 - InEdgeIt(const typename Graph::InEdgeIt& e) : Graph::InEdgeIt(e) { }
140.44 - InEdgeIt(const Invalid& i) : Graph::InEdgeIt(i) { }
140.45 - InEdgeIt(const TrivGraphWrapper<Graph>& _G, const Node& n) :
140.46 - Graph::InEdgeIt(*(_G.graph), n) { }
140.47 - };
140.48 - //typedef typename Graph::SymEdgeIt SymEdgeIt;
140.49 - //typedef typename Graph::EdgeIt EdgeIt;
140.50 - class EdgeIt : public Graph::EdgeIt {
140.51 - public:
140.52 - EdgeIt() { }
140.53 - EdgeIt(const typename Graph::EdgeIt& e) : Graph::EdgeIt(e) { }
140.54 - EdgeIt(const Invalid& i) : Graph::EdgeIt(i) { }
140.55 - EdgeIt(const TrivGraphWrapper<Graph>& _G) :
140.56 - Graph::EdgeIt(*(_G.graph)) { }
140.57 - };
140.58 -
140.59 - //TrivGraphWrapper() : graph(0) { }
140.60 - TrivGraphWrapper(Graph& _graph) : graph(&_graph) { }
140.61 -
140.62 -// void setGraph(Graph& _graph) { graph = &_graph; }
140.63 -// Graph& getGraph() const { return (*graph); }
140.64 -
140.65 - NodeIt& first(NodeIt& i) const {
140.66 - i=NodeIt(*this);
140.67 - return i;
140.68 - }
140.69 - EdgeIt& first(EdgeIt& i) const {
140.70 - i=EdgeIt(*this);
140.71 - return i;
140.72 - }
140.73 -// template<typename I> I& first(I& i) const {
140.74 -// //return graph->first(i);
140.75 -// i=I(*this);
140.76 -// return i;
140.77 -// }
140.78 - OutEdgeIt& first(OutEdgeIt& i, const Node& p) const {
140.79 - i=OutEdgeIt(*this, p);
140.80 - return i;
140.81 - }
140.82 - InEdgeIt& first(InEdgeIt& i, const Node& p) const {
140.83 - i=InEdgeIt(*this, p);
140.84 - return i;
140.85 - }
140.86 -// template<typename I, typename P> I& first(I& i, const P& p) const {
140.87 -// //return graph->first(i, p);
140.88 -// i=I(*this, p);
140.89 -// return i;
140.90 -// }
140.91 -
140.92 -// template<typename I> I getNext(const I& i) const {
140.93 -// return graph->getNext(i); }
140.94 - template<typename I> I& next(I &i) const { graph->next(i); return i; }
140.95 -
140.96 - template< typename It > It first() const {
140.97 - It e; first(e); return e; }
140.98 -
140.99 - template< typename It > It first(const Node& v) const {
140.100 - It e; first(e, v); return e; }
140.101 -
140.102 - Node target(const Edge& e) const { return graph->target(e); }
140.103 - Node source(const Edge& e) const { return graph->source(e); }
140.104 -
140.105 - template<typename I> bool valid(const I& i) const
140.106 - { return graph->valid(i); }
140.107 -
140.108 - //template<typename I> void setInvalid(const I &i);
140.109 - //{ return graph->setInvalid(i); }
140.110 -
140.111 - int nodeNum() const { return graph->nodeNum(); }
140.112 - int edgeNum() const { return graph->edgeNum(); }
140.113 -
140.114 - template<typename I> Node aNode(const I& e) const {
140.115 - return graph->aNode(e); }
140.116 - template<typename I> Node bNode(const I& e) const {
140.117 - return graph->bNode(e); }
140.118 -
140.119 - Node addNode() const { return graph->addNode(); }
140.120 - Edge addEdge(const Node& source, const Node& target) const {
140.121 - return graph->addEdge(source, target); }
140.122 -
140.123 - template<typename I> void erase(const I& i) const { graph->erase(i); }
140.124 -
140.125 - void clear() const { graph->clear(); }
140.126 -
140.127 - template<typename T> class NodeMap : public Graph::NodeMap<T> {
140.128 - public:
140.129 - NodeMap(const TrivGraphWrapper<Graph>& _G) :
140.130 - Graph::NodeMap<T>(*(_G.graph)) { }
140.131 - NodeMap(const TrivGraphWrapper<Graph>& _G, T a) :
140.132 - Graph::NodeMap<T>(*(_G.graph), a) { }
140.133 - };
140.134 -
140.135 - template<typename T> class EdgeMap : public Graph::EdgeMap<T> {
140.136 - public:
140.137 - EdgeMap(const TrivGraphWrapper<Graph>& _G) :
140.138 - Graph::EdgeMap<T>(*(_G.graph)) { }
140.139 - EdgeMap(const TrivGraphWrapper<Graph>& _G, T a) :
140.140 - Graph::EdgeMap<T>(*(_G.graph), a) { }
140.141 - };
140.142 -
140.143 - template<typename Map, typename T> class NodeMapWrapper {
140.144 - protected:
140.145 - Map* map;
140.146 - public:
140.147 - NodeMapWrapper(Map& _map) : map(&_map) { }
140.148 - //template<typename T>
140.149 - void set(Node n, T a) { map->set(n, a); }
140.150 - //template<typename T>
140.151 - T get(Node n) const { return map->get(n); }
140.152 - };
140.153 -
140.154 - template<typename Map, typename T> class EdgeMapWrapper {
140.155 - protected:
140.156 - Map* map;
140.157 - public:
140.158 - EdgeMapWrapper(Map& _map) : map(&_map) { }
140.159 - //template<typename T>
140.160 - void set(Edge n, T a) { map->set(n, a); }
140.161 - //template<typename T>
140.162 - T get(Edge n) const { return map->get(n); }
140.163 - };
140.164 - };
140.165 -
140.166 - template<typename GraphWrapper>
140.167 - class GraphWrapper {
140.168 - protected:
140.169 - GraphWrapper gw;
140.170 -
140.171 - public:
140.172 - //typedef typename GraphWrapper::BaseGraph BaseGraph;
140.173 -
140.174 -// typedef typename GraphWrapper::Node Node;
140.175 -// typedef typename GraphWrapper::NodeIt NodeIt;
140.176 -
140.177 -// typedef typename GraphWrapper::Edge Edge;
140.178 -// typedef typename GraphWrapper::OutEdgeIt OutEdgeIt;
140.179 -// typedef typename GraphWrapper::InEdgeIt InEdgeIt;
140.180 -// //typedef typename GraphWrapper::SymEdgeIt SymEdgeIt;
140.181 -// typedef typename GraphWrapper::EdgeIt EdgeIt;
140.182 -
140.183 - typedef typename GraphWrapper::Node Node;
140.184 - class NodeIt : public GraphWrapper::NodeIt {
140.185 - public:
140.186 - NodeIt() { }
140.187 - NodeIt(const typename GraphWrapper::NodeIt& n) :
140.188 - GraphWrapper::NodeIt(n) { }
140.189 - NodeIt(const Invalid& i) : GraphWrapper::NodeIt(i) { }
140.190 - NodeIt(const GraphWrapper<GraphWrapper>& _G) :
140.191 - GraphWrapper::NodeIt(_G.gw) { }
140.192 - };
140.193 - typedef typename GraphWrapper::Edge Edge;
140.194 - //typedef typename GraphWrapper::OutEdgeIt OutEdgeIt;
140.195 - class OutEdgeIt : public GraphWrapper::OutEdgeIt {
140.196 - public:
140.197 - OutEdgeIt() { }
140.198 - OutEdgeIt(const typename GraphWrapper::OutEdgeIt& e) :
140.199 - GraphWrapper::OutEdgeIt(e) { }
140.200 - OutEdgeIt(const Invalid& i) : GraphWrapper::OutEdgeIt(i) { }
140.201 - OutEdgeIt(const GraphWrapper<GraphWrapper>& _G, const Node& n) :
140.202 - GraphWrapper::OutEdgeIt(_G.gw, n) { }
140.203 - };
140.204 - //typedef typename GraphWrapper::InEdgeIt InEdgeIt;
140.205 - class InEdgeIt : public GraphWrapper::InEdgeIt {
140.206 - public:
140.207 - InEdgeIt() { }
140.208 - InEdgeIt(const typename GraphWrapper::InEdgeIt& e) :
140.209 - GraphWrapper::InEdgeIt(e) { }
140.210 - InEdgeIt(const Invalid& i) : GraphWrapper::InEdgeIt(i) { }
140.211 - InEdgeIt(const GraphWrapper<GraphWrapper>& _G, const Node& n) :
140.212 - GraphWrapper::InEdgeIt(_G.gw, n) { }
140.213 - };
140.214 - //typedef typename GraphWrapper::SymEdgeIt SymEdgeIt;
140.215 - //typedef typename GraphWrapper::EdgeIt EdgeIt;
140.216 - class EdgeIt : public GraphWrapper::EdgeIt {
140.217 - public:
140.218 - EdgeIt() { }
140.219 - EdgeIt(const typename GraphWrapper::EdgeIt& e) :
140.220 - GraphWrapper::EdgeIt(e) { }
140.221 - EdgeIt(const Invalid& i) : GraphWrapper::EdgeIt(i) { }
140.222 - EdgeIt(const GraphWrapper<GraphWrapper>& _G) :
140.223 - GraphWrapper::EdgeIt(_G.gw) { }
140.224 - };
140.225 -
140.226 -
140.227 - //GraphWrapper() : gw() { }
140.228 - GraphWrapper(GraphWrapper _gw) : gw(_gw) { }
140.229 -
140.230 - //void setGraph(BaseGraph& _graph) { gw.setGraph(_graph); }
140.231 - //BaseGraph& getGraph() const { return gw.getGraph(); }
140.232 -
140.233 - template<typename I> I& first(I& i) const {
140.234 - i=I(*this);
140.235 - return i;
140.236 - }
140.237 - template<typename I, typename P> I& first(I& i, const P& p) const {
140.238 - i=I(*this, p);
140.239 - return i;
140.240 - }
140.241 -
140.242 -// template<typename I> I getNext(const I& i) const { return gw.getNext(i); }
140.243 - template<typename I> I& next(I &i) const { gw.next(i); return i; }
140.244 -
140.245 - template< typename It > It first() const {
140.246 - It e; this->first(e); return e; }
140.247 -
140.248 - template< typename It > It first(const Node& v) const {
140.249 - It e; this->first(e, v); return e; }
140.250 -
140.251 - Node target(const Edge& e) const { return gw.target(e); }
140.252 - Node source(const Edge& e) const { return gw.source(e); }
140.253 -
140.254 - template<typename I> bool valid(const I& i) const { return gw.valid(i); }
140.255 -
140.256 - //template<typename I> void setInvalid(const I &i);
140.257 - //{ return graph->setInvalid(i); }
140.258 -
140.259 - int nodeNum() const { return gw.nodeNum(); }
140.260 - int edgeNum() const { return gw.edgeNum(); }
140.261 -
140.262 - template<typename I> Node aNode(const I& e) const { return gw.aNode(e); }
140.263 - template<typename I> Node bNode(const I& e) const { return gw.bNode(e); }
140.264 -
140.265 - Node addNode() const { return gw.addNode(); }
140.266 - Edge addEdge(const Node& source, const Node& target) const {
140.267 - return gw.addEdge(source, target); }
140.268 -
140.269 - template<typename I> void erase(const I& i) const { gw.erase(i); }
140.270 -
140.271 - void clear() const { gw.clear(); }
140.272 -
140.273 - template<typename T> class NodeMap : public GraphWrapper::NodeMap<T> {
140.274 - public:
140.275 - NodeMap(const GraphWrapper<GraphWrapper>& _G) :
140.276 - GraphWrapper::NodeMap<T>(_G.gw) { }
140.277 - NodeMap(const GraphWrapper<GraphWrapper>& _G, T a) :
140.278 - GraphWrapper::NodeMap<T>(_G.gw, a) { }
140.279 - };
140.280 -
140.281 - template<typename T> class EdgeMap : public GraphWrapper::EdgeMap<T> {
140.282 - public:
140.283 - EdgeMap(const GraphWrapper<GraphWrapper>& _G) :
140.284 - GraphWrapper::EdgeMap<T>(_G.gw) { }
140.285 - EdgeMap(const GraphWrapper<GraphWrapper>& _G, T a) :
140.286 - GraphWrapper::EdgeMap<T>(_G.gw, a) { }
140.287 - };
140.288 - };
140.289 -
140.290 -// template<typename Graph>
140.291 -// class RevGraphWrapper
140.292 -// {
140.293 -// protected:
140.294 -// Graph* graph;
140.295 -
140.296 -// public:
140.297 -// typedef Graph BaseGraph;
140.298 -
140.299 -// typedef typename Graph::Node Node;
140.300 -// typedef typename Graph::NodeIt NodeIt;
140.301 -
140.302 -// typedef typename Graph::Edge Edge;
140.303 -// typedef typename Graph::OutEdgeIt InEdgeIt;
140.304 -// typedef typename Graph::InEdgeIt OutEdgeIt;
140.305 -// //typedef typename Graph::SymEdgeIt SymEdgeIt;
140.306 -// typedef typename Graph::EdgeIt EdgeIt;
140.307 -
140.308 -// //RevGraphWrapper() : graph(0) { }
140.309 -// RevGraphWrapper(Graph& _graph) : graph(&_graph) { }
140.310 -
140.311 -// void setGraph(Graph& _graph) { graph = &_graph; }
140.312 -// Graph& getGraph() const { return (*graph); }
140.313 -
140.314 -// template<typename I> I& first(I& i) const { return graph->first(i); }
140.315 -// template<typename I, typename P> I& first(I& i, const P& p) const {
140.316 -// return graph->first(i, p); }
140.317 -
140.318 -// template<typename I> I getNext(const I& i) const {
140.319 -// return graph->getNext(i); }
140.320 -// template<typename I> I& next(I &i) const { return graph->next(i); }
140.321 -
140.322 -// template< typename It > It first() const {
140.323 -// It e; first(e); return e; }
140.324 -
140.325 -// template< typename It > It first(const Node& v) const {
140.326 -// It e; first(e, v); return e; }
140.327 -
140.328 -// Node target(const Edge& e) const { return graph->source(e); }
140.329 -// Node source(const Edge& e) const { return graph->target(e); }
140.330 -
140.331 -// template<typename I> bool valid(const I& i) const
140.332 -// { return graph->valid(i); }
140.333 -
140.334 -// //template<typename I> void setInvalid(const I &i);
140.335 -// //{ return graph->setInvalid(i); }
140.336 -
140.337 -// template<typename I> Node aNode(const I& e) const {
140.338 -// return graph->aNode(e); }
140.339 -// template<typename I> Node bNode(const I& e) const {
140.340 -// return graph->bNode(e); }
140.341 -
140.342 -// Node addNode() const { return graph->addNode(); }
140.343 -// Edge addEdge(const Node& source, const Node& target) const {
140.344 -// return graph->addEdge(source, target); }
140.345 -
140.346 -// int nodeNum() const { return graph->nodeNum(); }
140.347 -// int edgeNum() const { return graph->edgeNum(); }
140.348 -
140.349 -// template<typename I> void erase(const I& i) const { graph->erase(i); }
140.350 -
140.351 -// void clear() const { graph->clear(); }
140.352 -
140.353 -// template<typename T> class NodeMap : public Graph::NodeMap<T> {
140.354 -// public:
140.355 -// NodeMap(const RevGraphWrapper<Graph>& _G) :
140.356 -// Graph::NodeMap<T>(_G.getGraph()) { }
140.357 -// NodeMap(const RevGraphWrapper<Graph>& _G, T a) :
140.358 -// Graph::NodeMap<T>(_G.getGraph(), a) { }
140.359 -// };
140.360 -
140.361 -// template<typename T> class EdgeMap : public Graph::EdgeMap<T> {
140.362 -// public:
140.363 -// EdgeMap(const RevGraphWrapper<Graph>& _G) :
140.364 -// Graph::EdgeMap<T>(_G.getGraph()) { }
140.365 -// EdgeMap(const RevGraphWrapper<Graph>& _G, T a) :
140.366 -// Graph::EdgeMap<T>(_G.getGraph(), a) { }
140.367 -// };
140.368 -// };
140.369 -
140.370 -// template<typename /*Graph*/GraphWrapper
140.371 -// /*=typename GraphWrapper< TrivGraphWrapper<Graph>*/ >
140.372 -// class RevGraphWrapper :
140.373 -// public GraphWrapper/*GraphWrapper< TrivGraphWrapper<Graph> >*/ {
140.374 -// protected:
140.375 -// //Graph* graph;
140.376 -
140.377 -// public:
140.378 -// //typedef Graph BaseGraph;
140.379 -
140.380 -// //typedef typename Graph::Node Node;
140.381 -// //typedef typename Graph::NodeIt NodeIt;
140.382 -
140.383 -// //typedef typename Graph::Edge Edge;
140.384 -// typedef typename GraphWrapper/*typename GraphWrapper< TrivGraphWrapper<Graph> >*/::OutEdgeIt InEdgeIt;
140.385 -// typedef typename GraphWrapper/*typename GraphWrapper< TrivGraphWrapper<Graph> >*/::InEdgeIt OutEdgeIt;
140.386 -// //typedef typename Graph::SymEdgeIt SymEdgeIt;
140.387 -// //typedef typename Graph::EdgeIt EdgeIt;
140.388 -
140.389 -// //RevGraphWrapper() : graph(0) { }
140.390 -// RevGraphWrapper(GraphWrapper _gw/*BaseGraph& _graph*/) : GraphWrapper/*GraphWrapper< TrivGraphWrapper<Graph> >*/(_gw/*TrivGraphWrapper<Graph>(_graph)*/) { }
140.391 -
140.392 -// //void setGraph(Graph& _graph) { graph = &_graph; }
140.393 -// //Graph& getGraph() const { return (*graph); }
140.394 -
140.395 -// //template<typename I> I& first(I& i) const { return graph->first(i); }
140.396 -// //template<typename I, typename P> I& first(I& i, const P& p) const {
140.397 -// // return graph->first(i, p); }
140.398 -
140.399 -// //template<typename I> I getNext(const I& i) const {
140.400 -// // return graph->getNext(i); }
140.401 -// //template<typename I> I& next(I &i) const { return graph->next(i); }
140.402 -
140.403 -// //template< typename It > It first() const {
140.404 -// // It e; first(e); return e; }
140.405 -
140.406 -// //template< typename It > It first(const Node& v) const {
140.407 -// // It e; first(e, v); return e; }
140.408 -
140.409 -// //Node target(const Edge& e) const { return graph->source(e); }
140.410 -// //Node source(const Edge& e) const { return graph->target(e); }
140.411 -
140.412 -// //template<typename I> bool valid(const I& i) const
140.413 -// // { return graph->valid(i); }
140.414 -
140.415 -// //template<typename I> void setInvalid(const I &i);
140.416 -// //{ return graph->setInvalid(i); }
140.417 -
140.418 -// //template<typename I> Node aNode(const I& e) const {
140.419 -// // return graph->aNode(e); }
140.420 -// //template<typename I> Node bNode(const I& e) const {
140.421 -// // return graph->bNode(e); }
140.422 -
140.423 -// //Node addNode() const { return graph->addNode(); }
140.424 -// //Edge addEdge(const Node& source, const Node& target) const {
140.425 -// // return graph->addEdge(source, target); }
140.426 -
140.427 -// //int nodeNum() const { return graph->nodeNum(); }
140.428 -// //int edgeNum() const { return graph->edgeNum(); }
140.429 -
140.430 -// //template<typename I> void erase(const I& i) const { graph->erase(i); }
140.431 -
140.432 -// //void clear() const { graph->clear(); }
140.433 -
140.434 -// template<typename T> class NodeMap :
140.435 -// public GraphWrapper/*< TrivGraphWrapper<Graph> >*/::NodeMap<T>
140.436 -// {
140.437 -// public:
140.438 -// NodeMap(const RevGraphWrapper<GraphWrapper>& _gw) :
140.439 -// GraphWrapper/*< TrivGraphWrapper<Graph> >*/::NodeMap<T>(_gw) { }
140.440 -// NodeMap(const RevGraphWrapper<GraphWrapper>& _gw, T a) :
140.441 -// GraphWrapper/*< TrivGraphWrapper<Graph> >*/::NodeMap<T>(_gw, a) { }
140.442 -// };
140.443 -
140.444 -// template<typename T> class EdgeMap :
140.445 -// public GraphWrapper/*< TrivGraphWrapper<Graph> >*/::EdgeMap<T> {
140.446 -// public:
140.447 -// EdgeMap(const RevGraphWrapper<GraphWrapper>& _gw) :
140.448 -// GraphWrapper/*< TrivGraphWrapper<Graph> >*/::EdgeMap<T>(_gw) { }
140.449 -// EdgeMap(const RevGraphWrapper<GraphWrapper>& _gw, T a) :
140.450 -// GraphWrapper/*< TrivGraphWrapper<Graph> >*/::EdgeMap<T>(_gw, a) { }
140.451 -// };
140.452 -// };
140.453 -
140.454 - template<typename GraphWrapper>
140.455 - class RevGraphWrapper : public GraphWrapper<GraphWrapper> {
140.456 - public:
140.457 - typedef typename GraphWrapper<GraphWrapper>::Node Node;
140.458 - typedef typename GraphWrapper<GraphWrapper>::Edge Edge;
140.459 - //FIXME
140.460 - //If GraphWrapper::OutEdgeIt is not defined
140.461 - //and we do not want to use RevGraphWrapper::InEdgeIt,
140.462 - //this won't work, because of typedef
140.463 - //OR
140.464 - //graphs have to define their non-existing iterators to void
140.465 - //Unfortunately all the typedefs are instantiated in templates,
140.466 - //unlike other stuff
140.467 - typedef typename GraphWrapper<GraphWrapper>::OutEdgeIt InEdgeIt;
140.468 - typedef typename GraphWrapper<GraphWrapper>::InEdgeIt OutEdgeIt;
140.469 -
140.470 - RevGraphWrapper(GraphWrapper _gw) :
140.471 - GraphWrapper<GraphWrapper>(_gw) { }
140.472 -
140.473 - Node target(const Edge& e) const
140.474 - { return GraphWrapper<GraphWrapper>::source(e); }
140.475 - Node source(const Edge& e) const
140.476 - { return GraphWrapper<GraphWrapper>::target(e); }
140.477 - };
140.478 -
140.479 - //Subgraph on the same node-set and partial edge-set
140.480 - template<typename GraphWrapper, typename EdgeFilterMap>
140.481 - class SubGraphWrapper : public GraphWrapper<GraphWrapper> {
140.482 - protected:
140.483 - EdgeFilterMap* filter_map;
140.484 - public:
140.485 - typedef typename GraphWrapper<GraphWrapper>::Node Node;
140.486 - typedef typename GraphWrapper<GraphWrapper>::NodeIt NodeIt;
140.487 - typedef typename GraphWrapper<GraphWrapper>::Edge Edge;
140.488 - typedef typename GraphWrapper<GraphWrapper>::EdgeIt EdgeIt;
140.489 - typedef typename GraphWrapper<GraphWrapper>::InEdgeIt InEdgeIt;
140.490 - typedef typename GraphWrapper<GraphWrapper>::OutEdgeIt OutEdgeIt;
140.491 -
140.492 - SubGraphWrapper(GraphWrapper _gw, EdgeFilterMap& _filter_map) :
140.493 - GraphWrapper<GraphWrapper>(_gw), filter_map(&_filter_map) { }
140.494 -
140.495 - template<typename I> I& first(I& i) const {
140.496 - gw.first(i);
140.497 - while (gw.valid(i) && !filter_map->get(i)) { gw.next(i); }
140.498 - return i;
140.499 - }
140.500 - template<typename I, typename P> I& first(I& i, const P& p) const {
140.501 - gw.first(i, p);
140.502 - while (gw.valid(i) && !filter_map->get(i)) { gw.next(i); }
140.503 - return i;
140.504 - }
140.505 -
140.506 - //template<typename I> I getNext(const I& i) const {
140.507 - // return gw.getNext(i);
140.508 - //}
140.509 - template<typename I> I& next(I &i) const {
140.510 - gw.next(i);
140.511 - while (gw.valid(i) && !filter_map->get(i)) { gw.next(i); }
140.512 - return i;
140.513 - }
140.514 -
140.515 - template< typename It > It first() const {
140.516 - It e; this->first(e); return e; }
140.517 -
140.518 - template< typename It > It first(const Node& v) const {
140.519 - It e; this->first(e, v); return e; }
140.520 - };
140.521 -
140.522 -// template<typename GraphWrapper>
140.523 -// class UndirGraphWrapper {
140.524 -// protected:
140.525 -// //Graph* graph;
140.526 -// GraphWrapper gw;
140.527 -
140.528 -// public:
140.529 -// typedef GraphWrapper BaseGraph;
140.530 -
140.531 -// typedef typename GraphWrapper::Node Node;
140.532 -// typedef typename GraphWrapper::NodeIt NodeIt;
140.533 -
140.534 -// //typedef typename Graph::Edge Edge;
140.535 -// //typedef typename Graph::OutEdgeIt OutEdgeIt;
140.536 -// //typedef typename Graph::InEdgeIt InEdgeIt;
140.537 -// //typedef typename Graph::SymEdgeIt SymEdgeIt;
140.538 -// //typedef typename Graph::EdgeIt EdgeIt;
140.539 -
140.540 -// //private:
140.541 -// typedef typename GraphWrapper::Edge GraphEdge;
140.542 -// typedef typename GraphWrapper::OutEdgeIt GraphOutEdgeIt;
140.543 -// typedef typename GraphWrapper::InEdgeIt GraphInEdgeIt;
140.544 -// //public:
140.545 -
140.546 -// //UndirGraphWrapper() : graph(0) { }
140.547 -// UndirGraphWrapper(GraphWrapper _gw) : gw(_gw) { }
140.548 -
140.549 -// //void setGraph(Graph& _graph) { graph = &_graph; }
140.550 -// //Graph& getGraph() const { return (*graph); }
140.551 -
140.552 -// class Edge {
140.553 -// friend class UndirGraphWrapper<GraphWrapper>;
140.554 -// bool out_or_in; //true iff out
140.555 -// GraphOutEdgeIt out;
140.556 -// GraphInEdgeIt in;
140.557 -// public:
140.558 -// Edge() : out_or_in(), out(), in() { }
140.559 -// Edge(const Invalid& i) : out_or_in(false), out(), in(i) { }
140.560 -// operator GraphEdge() const {
140.561 -// if (out_or_in) return(out); else return(in);
140.562 -// }
140.563 -// friend bool operator==(const Edge& u, const Edge& v) {
140.564 -// if (v.out_or_in)
140.565 -// return (u.out_or_in && u.out==v.out);
140.566 -// else
140.567 -// return (!u.out_or_in && u.in==v.in);
140.568 -// }
140.569 -// friend bool operator!=(const Edge& u, const Edge& v) {
140.570 -// if (v.out_or_in)
140.571 -// return (!u.out_or_in || u.out!=v.out);
140.572 -// else
140.573 -// return (u.out_or_in || u.in!=v.in);
140.574 -// }
140.575 -// };
140.576 -
140.577 -// class OutEdgeIt : public Edge {
140.578 -// friend class UndirGraphWrapper<GraphWrapper>;
140.579 -// public:
140.580 -// OutEdgeIt() : Edge() { }
140.581 -// OutEdgeIt(const Invalid& i) : Edge(i) { }
140.582 -// OutEdgeIt(const UndirGraphWrapper<GraphWrapper>& _G, const Node& n)
140.583 -// : Edge() {
140.584 -// out_or_in=true;
140.585 -// _G.gw.first(out, n);
140.586 -// if (!(_G.gw.valid(out))) {
140.587 -// out_or_in=false;
140.588 -// _G.gw.first(in, n);
140.589 -// }
140.590 -// }
140.591 -// };
140.592 -
140.593 -// OutEdgeIt& first(OutEdgeIt& e, const Node& n) const {
140.594 -// e.out_or_in=true;
140.595 -// gw.first(e.out, n);
140.596 -// if (!(gw.valid(e.out))) {
140.597 -// e.out_or_in=false;
140.598 -// gw.first(e.in, n);
140.599 -// }
140.600 -// return e;
140.601 -// }
140.602 -
140.603 -// OutEdgeIt& next(OutEdgeIt& e) const {
140.604 -// if (e.out_or_in) {
140.605 -// Node n=gw.source(e.out);
140.606 -// gw.next(e.out);
140.607 -// if (!gw.valid(e.out)) {
140.608 -// e.out_or_in=false;
140.609 -// gw.first(e.in, n);
140.610 -// }
140.611 -// } else {
140.612 -// gw.next(e.in);
140.613 -// }
140.614 -// return e;
140.615 -// }
140.616 -
140.617 -// Node aNode(const OutEdgeIt& e) const {
140.618 -// if (e.out_or_in) return gw.source(e); else return gw.target(e); }
140.619 -// Node bNode(const OutEdgeIt& e) const {
140.620 -// if (e.out_or_in) return gw.target(e); else return gw.source(e); }
140.621 -
140.622 -// typedef OutEdgeIt InEdgeIt;
140.623 -
140.624 -// template<typename I> I& first(I& i) const { return gw.first(i); }
140.625 -// // template<typename I, typename P> I& first(I& i, const P& p) const {
140.626 -// // return graph->first(i, p); }
140.627 -
140.628 -// template<typename I> I getNext(const I& i) const {
140.629 -// return gw.getNext(i); }
140.630 -// template<typename I> I& next(I &i) const { return gw.next(i); }
140.631 -
140.632 -// template< typename It > It first() const {
140.633 -// It e; first(e); return e; }
140.634 -
140.635 -// template< typename It > It first(const Node& v) const {
140.636 -// It e; first(e, v); return e; }
140.637 -
140.638 -// Node target(const Edge& e) const { return gw.target(e); }
140.639 -// Node source(const Edge& e) const { return gw.source(e); }
140.640 -
140.641 -// template<typename I> bool valid(const I& i) const
140.642 -// { return gw.valid(i); }
140.643 -
140.644 -// //template<typename I> void setInvalid(const I &i);
140.645 -// //{ return graph->setInvalid(i); }
140.646 -
140.647 -// int nodeNum() const { return gw.nodeNum(); }
140.648 -// int edgeNum() const { return gw.edgeNum(); }
140.649 -
140.650 -// // template<typename I> Node aNode(const I& e) const {
140.651 -// // return graph->aNode(e); }
140.652 -// // template<typename I> Node bNode(const I& e) const {
140.653 -// // return graph->bNode(e); }
140.654 -
140.655 -// Node addNode() const { return gw.addNode(); }
140.656 -// // FIXME: ez igy nem jo, mert nem
140.657 -// // Edge addEdge(const Node& source, const Node& target) const {
140.658 -// // return graph->addEdge(source, target); }
140.659 -
140.660 -// template<typename I> void erase(const I& i) const { gw.erase(i); }
140.661 -
140.662 -// void clear() const { gw.clear(); }
140.663 -
140.664 -// template<typename T> class NodeMap : public GraphWrapper::NodeMap<T> {
140.665 -// public:
140.666 -// NodeMap(const UndirGraphWrapper<GraphWrapper>& _G) :
140.667 -// GraphWrapper::NodeMap<T>(_G.gw) { }
140.668 -// NodeMap(const UndirGraphWrapper<GraphWrapper>& _G, T a) :
140.669 -// GraphWrapper::NodeMap<T>(_G.gw, a) { }
140.670 -// };
140.671 -
140.672 -// template<typename T> class EdgeMap : public GraphWrapper::EdgeMap<T> {
140.673 -// public:
140.674 -// EdgeMap(const UndirGraphWrapper<GraphWrapper>& _G) :
140.675 -// GraphWrapper::EdgeMap<T>(_G.gw) { }
140.676 -// EdgeMap(const UndirGraphWrapper<GraphWrapper>& _G, T a) :
140.677 -// GraphWrapper::EdgeMap<T>(_G.gw, a) { }
140.678 -// };
140.679 -// };
140.680 -
140.681 -
140.682 - template<typename GraphWrapper>
140.683 - class UndirGraphWrapper : public GraphWrapper<GraphWrapper> {
140.684 - protected:
140.685 -// GraphWrapper gw;
140.686 -
140.687 - public:
140.688 - //typedef GraphWrapper BaseGraph;
140.689 -
140.690 - typedef typename GraphWrapper<GraphWrapper>::Node Node;
140.691 - typedef typename GraphWrapper<GraphWrapper>::NodeIt NodeIt;
140.692 -
140.693 - //private:
140.694 - //FIXME ezeknek valojaban a GraphWrapper megfelelo dolgai kellene hogy
140.695 - //legyenek, at kell irni
140.696 - typedef typename /*GraphWrapper<GraphWrapper>*/
140.697 - GraphWrapper::Edge GraphEdge;
140.698 - typedef typename /*GraphWrapper<GraphWrapper>*/
140.699 - GraphWrapper::OutEdgeIt GraphOutEdgeIt;
140.700 - typedef typename /*GraphWrapper<GraphWrapper>*/
140.701 - GraphWrapper::InEdgeIt GraphInEdgeIt;
140.702 - //public:
140.703 -
140.704 - //UndirGraphWrapper() : graph(0) { }
140.705 - UndirGraphWrapper(GraphWrapper _gw) :
140.706 - GraphWrapper<GraphWrapper>(_gw) { }
140.707 -
140.708 - //UndirGraphWrapper(GraphWrapper _gw) : gw(_gw) { }
140.709 -
140.710 - //void setGraph(Graph& _graph) { graph = &_graph; }
140.711 - //Graph& getGraph() const { return (*graph); }
140.712 -
140.713 - class Edge {
140.714 - friend class UndirGraphWrapper<GraphWrapper>;
140.715 - protected:
140.716 - bool out_or_in; //true iff out
140.717 - GraphOutEdgeIt out;
140.718 - GraphInEdgeIt in;
140.719 - public:
140.720 - Edge() : out_or_in(), out(), in() { }
140.721 - Edge(const Invalid& i) : out_or_in(false), out(), in(i) { }
140.722 - operator GraphEdge() const {
140.723 - if (out_or_in) return(out); else return(in);
140.724 - }
140.725 -//FIXME
140.726 -//2 edges are equal if they "refer" to the same physical edge
140.727 -//is it good?
140.728 - friend bool operator==(const Edge& u, const Edge& v) {
140.729 - if (v.out_or_in)
140.730 - if (u.out_or_in) return (u.out==v.out); else return (u.out==v.in);
140.731 - //return (u.out_or_in && u.out==v.out);
140.732 - else
140.733 - if (u.out_or_in) return (u.out==v.in); else return (u.in==v.in);
140.734 - //return (!u.out_or_in && u.in==v.in);
140.735 - }
140.736 - friend bool operator!=(const Edge& u, const Edge& v) {
140.737 - if (v.out_or_in)
140.738 - if (u.out_or_in) return (u.out!=v.out); else return (u.out!=v.in);
140.739 - //return (!u.out_or_in || u.out!=v.out);
140.740 - else
140.741 - if (u.out_or_in) return (u.out!=v.in); else return (u.in!=v.in);
140.742 - //return (u.out_or_in || u.in!=v.in);
140.743 - }
140.744 - };
140.745 -
140.746 - class OutEdgeIt : public Edge {
140.747 - friend class UndirGraphWrapper<GraphWrapper>;
140.748 - public:
140.749 - OutEdgeIt() : Edge() { }
140.750 - OutEdgeIt(const Invalid& i) : Edge(i) { }
140.751 - OutEdgeIt(const UndirGraphWrapper<GraphWrapper>& _G, const Node& n)
140.752 - : Edge() {
140.753 - out_or_in=true; _G.gw.first(out, n);
140.754 - if (!(_G.gw.valid(out))) { out_or_in=false; _G.gw.first(in, n); }
140.755 - }
140.756 - };
140.757 -
140.758 - typedef OutEdgeIt InEdgeIt;
140.759 -
140.760 - class EdgeIt : public Edge {
140.761 - friend class UndirGraphWrapper<GraphWrapper>;
140.762 - protected:
140.763 - NodeIt v;
140.764 - public:
140.765 - EdgeIt() : Edge() { }
140.766 - EdgeIt(const Invalid& i) : Edge(i) { }
140.767 - EdgeIt(const UndirGraphWrapper<GraphWrapper>& _G)
140.768 - : Edge() {
140.769 - out_or_in=true;
140.770 - //Node v;
140.771 - _G.first(v);
140.772 - if (_G.valid(v)) _G.gw.first(out); else out=INVALID;
140.773 - while (_G.valid(v) && !_G.gw.valid(out)) {
140.774 - _G.gw.next(v);
140.775 - if (_G.valid(v)) _G.gw.first(out);
140.776 - }
140.777 - }
140.778 - };
140.779 -
140.780 - OutEdgeIt& first(OutEdgeIt& e, const Node& n) const {
140.781 - e.out_or_in=true; gw.first(e.out, n);
140.782 - if (!(gw.valid(e.out))) { e.out_or_in=false; gw.first(e.in, n); }
140.783 - return e;
140.784 - }
140.785 -
140.786 - EdgeIt& first(EdgeIt& e) const {
140.787 - e.out_or_in=true;
140.788 - //NodeIt v;
140.789 - first(e.v);
140.790 - if (valid(e.v)) gw.first(e.out, e.v); else e.out=INVALID;
140.791 - while (valid(e.v) && !gw.valid(e.out)) {
140.792 - gw.next(e.v);
140.793 - if (valid(e.v)) gw.first(e.out, e.v);
140.794 - }
140.795 - return e;
140.796 - }
140.797 -
140.798 - template<typename I> I& first(I& i) const { gw.first(i); return i; }
140.799 - template<typename I, typename P> I& first(I& i, const P& p) const {
140.800 - gw.first(i, p); return i; }
140.801 -
140.802 - OutEdgeIt& next(OutEdgeIt& e) const {
140.803 - if (e.out_or_in) {
140.804 - Node n=gw.source(e.out);
140.805 - gw.next(e.out);
140.806 - if (!gw.valid(e.out)) { e.out_or_in=false; gw.first(e.in, n); }
140.807 - } else {
140.808 - gw.next(e.in);
140.809 - }
140.810 - return e;
140.811 - }
140.812 -
140.813 - EdgeIt& next(EdgeIt& e) const {
140.814 - //NodeIt v=source(e);
140.815 - gw.next(e.out);
140.816 - while (valid(e.v) && !gw.valid(e.out)) {
140.817 - next(e.v);
140.818 - if (valid(e.v)) gw.first(e.out, e.v);
140.819 - }
140.820 - return e;
140.821 - }
140.822 -
140.823 - template<typename I> I& next(I &i) const { return gw.next(i); }
140.824 -// template<typename I> I getNext(const I& i) const { return gw.getNext(i); }
140.825 -
140.826 - template< typename It > It first() const {
140.827 - It e; first(e); return e; }
140.828 -
140.829 - template< typename It > It first(const Node& v) const {
140.830 - It e; first(e, v); return e; }
140.831 -
140.832 -// Node target(const Edge& e) const { return gw.target(e); }
140.833 -// Node source(const Edge& e) const { return gw.source(e); }
140.834 -
140.835 -// template<typename I> bool valid(const I& i) const
140.836 -// { return gw.valid(i); }
140.837 -
140.838 -// int nodeNum() const { return gw.nodeNum(); }
140.839 -// int edgeNum() const { return gw.edgeNum(); }
140.840 -
140.841 -// template<typename I> Node aNode(const I& e) const {
140.842 -// return graph->aNode(e); }
140.843 -// template<typename I> Node bNode(const I& e) const {
140.844 -// return graph->bNode(e); }
140.845 -
140.846 - Node aNode(const OutEdgeIt& e) const {
140.847 - if (e.out_or_in) return gw.source(e); else return gw.target(e); }
140.848 - Node bNode(const OutEdgeIt& e) const {
140.849 - if (e.out_or_in) return gw.target(e); else return gw.source(e); }
140.850 -
140.851 -// Node addNode() const { return gw.addNode(); }
140.852 -
140.853 -// FIXME: ez igy nem jo, mert nem
140.854 -// Edge addEdge(const Node& source, const Node& target) const {
140.855 -// return graph->addEdge(source, target); }
140.856 -
140.857 -// template<typename I> void erase(const I& i) const { gw.erase(i); }
140.858 -
140.859 -// void clear() const { gw.clear(); }
140.860 -
140.861 -// template<typename T> class NodeMap : public GraphWrapper::NodeMap<T> {
140.862 -// public:
140.863 -// NodeMap(const UndirGraphWrapper<GraphWrapper>& _G) :
140.864 -// GraphWrapper::NodeMap<T>(_G.gw) { }
140.865 -// NodeMap(const UndirGraphWrapper<GraphWrapper>& _G, T a) :
140.866 -// GraphWrapper::NodeMap<T>(_G.gw, a) { }
140.867 -// };
140.868 -
140.869 -// template<typename T> class EdgeMap :
140.870 -// public GraphWrapper<GraphWrapper>::EdgeMap<T> {
140.871 -// public:
140.872 -// EdgeMap(const UndirGraphWrapper<GraphWrapper>& _G) :
140.873 -// GraphWrapper<GraphWrapper>::EdgeMap<T>(_G.gw) { }
140.874 -// EdgeMap(const UndirGraphWrapper<GraphWrapper>& _G, T a) :
140.875 -// GraphWrapper::EdgeMap<T>(_G.gw, a) { }
140.876 -// };
140.877 - };
140.878 -
140.879 -
140.880 -
140.881 -
140.882 -
140.883 -// template<typename Graph>
140.884 -// class SymGraphWrapper
140.885 -// {
140.886 -// Graph* graph;
140.887 -
140.888 -// public:
140.889 -// typedef Graph BaseGraph;
140.890 -
140.891 -// typedef typename Graph::Node Node;
140.892 -// typedef typename Graph::Edge Edge;
140.893 -
140.894 -// typedef typename Graph::NodeIt NodeIt;
140.895 -
140.896 -// //FIXME tag-ekkel megcsinalni, hogy abbol csinaljon
140.897 -// //iranyitatlant, ami van
140.898 -// //mert csak 1 dolgot lehet be typedef-elni
140.899 -// typedef typename Graph::OutEdgeIt SymEdgeIt;
140.900 -// //typedef typename Graph::InEdgeIt SymEdgeIt;
140.901 -// //typedef typename Graph::SymEdgeIt SymEdgeIt;
140.902 -// typedef typename Graph::EdgeIt EdgeIt;
140.903 -
140.904 -// int nodeNum() const { return graph->nodeNum(); }
140.905 -// int edgeNum() const { return graph->edgeNum(); }
140.906 -
140.907 -// template<typename I> I& first(I& i) const { return graph->first(i); }
140.908 -// template<typename I, typename P> I& first(I& i, const P& p) const {
140.909 -// return graph->first(i, p); }
140.910 -// //template<typename I> I next(const I i); { return graph->goNext(i); }
140.911 -// //template<typename I> I &goNext(I &i); { return graph->goNext(i); }
140.912 -
140.913 -// template< typename It > It first() const {
140.914 -// It e; first(e); return e; }
140.915 -
140.916 -// template< typename It > It first(Node v) const {
140.917 -// It e; first(e, v); return e; }
140.918 -
140.919 -// Node target(const Edge& e) const { return graph->target(e); }
140.920 -// Node source(const Edge& e) const { return graph->source(e); }
140.921 -
140.922 -// template<typename I> Node aNode(const I& e) const {
140.923 -// return graph->aNode(e); }
140.924 -// template<typename I> Node bNode(const I& e) const {
140.925 -// return graph->bNode(e); }
140.926 -
140.927 -// //template<typename I> bool valid(const I i);
140.928 -// //{ return graph->valid(i); }
140.929 -
140.930 -// //template<typename I> void setInvalid(const I &i);
140.931 -// //{ return graph->setInvalid(i); }
140.932 -
140.933 -// Node addNode() { return graph->addNode(); }
140.934 -// Edge addEdge(const Node& source, const Node& target) {
140.935 -// return graph->addEdge(source, target); }
140.936 -
140.937 -// template<typename I> void erase(const I& i) { graph->erase(i); }
140.938 -
140.939 -// void clear() { graph->clear(); }
140.940 -
140.941 -// template<typename T> class NodeMap : public Graph::NodeMap<T> { };
140.942 -// template<typename T> class EdgeMap : public Graph::EdgeMap<T> { };
140.943 -
140.944 -// void setGraph(Graph& _graph) { graph = &_graph; }
140.945 -// Graph& getGraph() { return (*graph); }
140.946 -
140.947 -// //SymGraphWrapper() : graph(0) { }
140.948 -// SymGraphWrapper(Graph& _graph) : graph(&_graph) { }
140.949 -// };
140.950 -
140.951 -
140.952 - template<typename GraphWrapper, typename Number, typename FlowMap, typename CapacityMap>
140.953 - class ResGraphWrapper : public GraphWrapper<GraphWrapper>{
140.954 - public:
140.955 - //typedef Graph BaseGraph;
140.956 - //typedef TrivGraphWrapper<const Graph> GraphWrapper;
140.957 - typedef typename GraphWrapper<GraphWrapper>::Node Node;
140.958 - typedef typename GraphWrapper<GraphWrapper>::NodeIt NodeIt;
140.959 - private:
140.960 - typedef typename /*GraphWrapper<GraphWrapper>*/
140.961 - GraphWrapper::OutEdgeIt OldOutEdgeIt;
140.962 - typedef typename /*GraphWrapper<GraphWrapper>*/
140.963 - GraphWrapper::InEdgeIt OldInEdgeIt;
140.964 - protected:
140.965 - //const Graph* graph;
140.966 - //GraphWrapper gw;
140.967 - FlowMap* flow;
140.968 - const CapacityMap* capacity;
140.969 - public:
140.970 -
140.971 - ResGraphWrapper(const GraphWrapper& _gw, FlowMap& _flow,
140.972 - const CapacityMap& _capacity) :
140.973 - GraphWrapper<GraphWrapper>(_gw),
140.974 - flow(&_flow), capacity(&_capacity) { }
140.975 -
140.976 - //void setGraph(const Graph& _graph) { graph = &_graph; }
140.977 - //const Graph& getGraph() const { return (*graph); }
140.978 -
140.979 - class Edge;
140.980 - class OutEdgeIt;
140.981 - friend class Edge;
140.982 - friend class OutEdgeIt;
140.983 -
140.984 - class Edge {
140.985 - friend class ResGraphWrapper<GraphWrapper, Number, FlowMap, CapacityMap>;
140.986 - protected:
140.987 - bool out_or_in; //true, iff out
140.988 - OldOutEdgeIt out;
140.989 - OldInEdgeIt in;
140.990 - public:
140.991 - Edge() : out_or_in(true) { }
140.992 - Edge(const Invalid& i) : out_or_in(false), out(), in(i) { }
140.993 -// bool valid() const {
140.994 -// return out_or_in && out.valid() || in.valid(); }
140.995 - friend bool operator==(const Edge& u, const Edge& v) {
140.996 - if (v.out_or_in)
140.997 - return (u.out_or_in && u.out==v.out);
140.998 - else
140.999 - return (!u.out_or_in && u.in==v.in);
140.1000 - }
140.1001 - friend bool operator!=(const Edge& u, const Edge& v) {
140.1002 - if (v.out_or_in)
140.1003 - return (!u.out_or_in || u.out!=v.out);
140.1004 - else
140.1005 - return (u.out_or_in || u.in!=v.in);
140.1006 - }
140.1007 - };
140.1008 -
140.1009 -
140.1010 - class OutEdgeIt : public Edge {
140.1011 - friend class ResGraphWrapper<GraphWrapper, Number, FlowMap, CapacityMap>;
140.1012 - public:
140.1013 - OutEdgeIt() { }
140.1014 - //FIXME
140.1015 - OutEdgeIt(const Edge& e) : Edge(e) { }
140.1016 - OutEdgeIt(const Invalid& i) : Edge(i) { }
140.1017 - protected:
140.1018 - OutEdgeIt(const ResGraphWrapper<GraphWrapper, Number, FlowMap, CapacityMap>& resG, Node v) : Edge() {
140.1019 - resG.gw.first(out, v);
140.1020 - while( resG.gw.valid(out) && !(resG.resCap(out)>0) ) { resG.gw.next(out); }
140.1021 - if (!resG.gw.valid(out)) {
140.1022 - out_or_in=0;
140.1023 - resG.gw.first(in, v);
140.1024 - while( resG.gw.valid(in) && !(resG.resCap(in)>0) ) { resG.gw.next(in); }
140.1025 - }
140.1026 - }
140.1027 -// public:
140.1028 -// OutEdgeIt& operator++() {
140.1029 -// if (out_or_in) {
140.1030 -// Node v=/*resG->*/G->aNode(out);
140.1031 -// ++out;
140.1032 -// while( out.valid() && !(Edge::resCap()>0) ) { ++out; }
140.1033 -// if (!out.valid()) {
140.1034 -// out_or_in=0;
140.1035 -// G->first(in, v);
140.1036 -// while( in.valid() && !(Edge::resCap()>0) ) { ++in; }
140.1037 -// }
140.1038 -// } else {
140.1039 -// ++in;
140.1040 -// while( in.valid() && !(Edge::resCap()>0) ) { ++in; }
140.1041 -// }
140.1042 -// return *this;
140.1043 -// }
140.1044 - };
140.1045 -
140.1046 - //FIXME This is just for having InEdgeIt
140.1047 - typedef void InEdgeIt;
140.1048 -
140.1049 - class EdgeIt : public Edge {
140.1050 - friend class ResGraphWrapper<GraphWrapper, Number, FlowMap, CapacityMap>;
140.1051 - NodeIt v;
140.1052 - public:
140.1053 - EdgeIt() { }
140.1054 - //EdgeIt(const EdgeIt& e) : Edge(e), v(e.v) { }
140.1055 - EdgeIt(const Invalid& i) : Edge(i) { }
140.1056 - EdgeIt(const ResGraphWrapper<GraphWrapper, Number, FlowMap, CapacityMap>& resG) : Edge() {
140.1057 - resG.gw.first(v);
140.1058 - if (resG.gw.valid(v)) resG.gw.first(out, v); else out=INVALID;
140.1059 - while (resG.gw.valid(out) && !(resG.resCap(out)>0) ) { resG.gw.next(out); }
140.1060 - while (resG.gw.valid(v) && !resG.gw.valid(out)) {
140.1061 - resG.gw.next(v);
140.1062 - if (resG.gw.valid(v)) resG.gw.first(out, v);
140.1063 - while (resG.gw.valid(out) && !(resG.resCap(out)>0) ) { resG.gw.next(out); }
140.1064 - }
140.1065 - if (!resG.gw.valid(out)) {
140.1066 - out_or_in=0;
140.1067 - resG.gw.first(v);
140.1068 - if (resG.gw.valid(v)) resG.gw.first(in, v); else in=INVALID;
140.1069 - while (resG.gw.valid(in) && !(resG.resCap(in)>0) ) { resG.gw.next(in); }
140.1070 - while (resG.gw.valid(v) && !resG.gw.valid(in)) {
140.1071 - resG.gw.next(v);
140.1072 - if (resG.gw.valid(v)) resG.gw.first(in, v);
140.1073 - while (resG.gw.valid(in) && !(resG.resCap(in)>0) ) { resG.gw.next(in); }
140.1074 - }
140.1075 - }
140.1076 - }
140.1077 -// EdgeIt& operator++() {
140.1078 -// if (out_or_in) {
140.1079 -// ++out;
140.1080 -// while (out.valid() && !(Edge::resCap()>0) ) { ++out; }
140.1081 -// while (v.valid() && !out.valid()) {
140.1082 -// ++v;
140.1083 -// if (v.valid()) G->first(out, v);
140.1084 -// while (out.valid() && !(Edge::resCap()>0) ) { ++out; }
140.1085 -// }
140.1086 -// if (!out.valid()) {
140.1087 -// out_or_in=0;
140.1088 -// G->first(v);
140.1089 -// if (v.valid()) G->first(in, v); else in=OldInEdgeIt();
140.1090 -// while (in.valid() && !(Edge::resCap()>0) ) { ++in; }
140.1091 -// while (v.valid() && !in.valid()) {
140.1092 -// ++v;
140.1093 -// if (v.valid()) G->first(in, v);
140.1094 -// while (in.valid() && !(Edge::resCap()>0) ) { ++in; }
140.1095 -// }
140.1096 -// }
140.1097 -// } else {
140.1098 -// ++in;
140.1099 -// while (in.valid() && !(Edge::resCap()>0) ) { ++in; }
140.1100 -// while (v.valid() && !in.valid()) {
140.1101 -// ++v;
140.1102 -// if (v.valid()) G->first(in, v);
140.1103 -// while (in.valid() && !(Edge::resCap()>0) ) { ++in; }
140.1104 -// }
140.1105 -// }
140.1106 -// return *this;
140.1107 -// }
140.1108 - };
140.1109 -
140.1110 - NodeIt& first(NodeIt& v) const { gw.first(v); return v; }
140.1111 - OutEdgeIt& first(OutEdgeIt& e, Node v) const {
140.1112 - e=OutEdgeIt(*this, v);
140.1113 - return e;
140.1114 - }
140.1115 - EdgeIt& first(EdgeIt& e) const {
140.1116 - e=EdgeIt(*this);
140.1117 - return e;
140.1118 - }
140.1119 -
140.1120 - NodeIt& next(NodeIt& n) const { return gw.next(n); }
140.1121 -
140.1122 - OutEdgeIt& next(OutEdgeIt& e) const {
140.1123 - if (e.out_or_in) {
140.1124 - Node v=gw.aNode(e.out);
140.1125 - gw.next(e.out);
140.1126 - while( gw.valid(e.out) && !(resCap(e.out)>0) ) { gw.next(e.out); }
140.1127 - if (!gw.valid(e.out)) {
140.1128 - e.out_or_in=0;
140.1129 - gw.first(e.in, v);
140.1130 - while( gw.valid(e.in) && !(resCap(e.in)>0) ) { gw.next(e.in); }
140.1131 - }
140.1132 - } else {
140.1133 - gw.next(e.in);
140.1134 - while( gw.valid(e.in) && !(resCap(e.in)>0) ) { gw.next(e.in); }
140.1135 - }
140.1136 - return e;
140.1137 - }
140.1138 -
140.1139 - EdgeIt& next(EdgeIt& e) const {
140.1140 - if (e.out_or_in) {
140.1141 - gw.next(e.out);
140.1142 - while (gw.valid(e.out) && !(resCap(e.out)>0) ) { gw.next(e.out); }
140.1143 - while (gw.valid(e.v) && !gw.valid(e.out)) {
140.1144 - gw.next(e.v);
140.1145 - if (gw.valid(e.v)) gw.first(e.out, e.v);
140.1146 - while (gw.valid(e.out) && !(resCap(e.out)>0) ) { gw.next(e.out); }
140.1147 - }
140.1148 - if (!gw.valid(e.out)) {
140.1149 - e.out_or_in=0;
140.1150 - gw.first(e.v);
140.1151 - if (gw.valid(e.v)) gw.first(e.in, e.v); else e.in=INVALID;
140.1152 - while (gw.valid(e.in) && !(resCap(e.in)>0) ) { gw.next(e.in); }
140.1153 - while (gw.valid(e.v) && !gw.valid(e.in)) {
140.1154 - gw.next(e.v);
140.1155 - if (gw.valid(e.v)) gw.first(e.in, e.v);
140.1156 - while (gw.valid(e.in) && !(resCap(e.in)>0) ) { gw.next(e.in); }
140.1157 - }
140.1158 - }
140.1159 - } else {
140.1160 - gw.next(e.in);
140.1161 - while (gw.valid(e.in) && !(resCap(e.in)>0) ) { gw.next(e.in); }
140.1162 - while (gw.valid(e.v) && !gw.valid(e.in)) {
140.1163 - gw.next(e.v);
140.1164 - if (gw.valid(e.v)) gw.first(e.in, e.v);
140.1165 - while (gw.valid(e.in) && !(resCap(e.in)>0) ) { gw.next(e.in); }
140.1166 - }
140.1167 - }
140.1168 - return e;
140.1169 - }
140.1170 -
140.1171 -
140.1172 - template< typename It >
140.1173 - It first() const {
140.1174 - It e;
140.1175 - first(e);
140.1176 - return e;
140.1177 - }
140.1178 -
140.1179 - template< typename It >
140.1180 - It first(Node v) const {
140.1181 - It e;
140.1182 - first(e, v);
140.1183 - return e;
140.1184 - }
140.1185 -
140.1186 - Node source(Edge e) const {
140.1187 - return ((e.out_or_in) ? gw.aNode(e.out) : gw.aNode(e.in)); }
140.1188 - Node target(Edge e) const {
140.1189 - return ((e.out_or_in) ? gw.bNode(e.out) : gw.bNode(e.in)); }
140.1190 -
140.1191 - Node aNode(OutEdgeIt e) const {
140.1192 - return ((e.out_or_in) ? gw.aNode(e.out) : gw.aNode(e.in)); }
140.1193 - Node bNode(OutEdgeIt e) const {
140.1194 - return ((e.out_or_in) ? gw.bNode(e.out) : gw.bNode(e.in)); }
140.1195 -
140.1196 - int nodeNum() const { return gw.nodeNum(); }
140.1197 - //FIXME
140.1198 - //int edgeNum() const { return gw.edgeNum(); }
140.1199 -
140.1200 -
140.1201 - int id(Node v) const { return gw.id(v); }
140.1202 -
140.1203 - bool valid(Node n) const { return gw.valid(n); }
140.1204 - bool valid(Edge e) const {
140.1205 - return e.out_or_in ? gw.valid(e.out) : gw.valid(e.in); }
140.1206 -
140.1207 - void augment(const Edge& e, Number a) const {
140.1208 - if (e.out_or_in)
140.1209 - flow->set(e.out, flow->get(e.out)+a);
140.1210 - else
140.1211 - flow->set(e.in, flow->get(e.in)-a);
140.1212 - }
140.1213 -
140.1214 - Number resCap(const Edge& e) const {
140.1215 - if (e.out_or_in)
140.1216 - return (capacity->get(e.out)-flow->get(e.out));
140.1217 - else
140.1218 - return (flow->get(e.in));
140.1219 - }
140.1220 -
140.1221 - Number resCap(OldOutEdgeIt out) const {
140.1222 - return (capacity->get(out)-flow->get(out));
140.1223 - }
140.1224 -
140.1225 - Number resCap(OldInEdgeIt in) const {
140.1226 - return (flow->get(in));
140.1227 - }
140.1228 -
140.1229 -// template<typename T> class NodeMap : public GraphWrapper::NodeMap<T> {
140.1230 -// public:
140.1231 -// NodeMap(const ResGraphWrapper<GraphWrapper, Number, FlowMap, CapacityMap>& _G)
140.1232 -// : GraphWrapper::NodeMap<T>(_G.gw) { }
140.1233 -// NodeMap(const ResGraphWrapper<GraphWrapper, Number, FlowMap, CapacityMap>& _G,
140.1234 -// T a) : GraphWrapper::NodeMap<T>(_G.gw, a) { }
140.1235 -// };
140.1236 -
140.1237 -// template <typename T>
140.1238 -// class NodeMap {
140.1239 -// typename Graph::NodeMap<T> node_map;
140.1240 -// public:
140.1241 -// NodeMap(const ResGraphWrapper<Graph, Number, FlowMap, CapacityMap>& _G) : node_map(*(_G.graph)) { }
140.1242 -// NodeMap(const ResGraphWrapper<Graph, Number, FlowMap, CapacityMap>& _G, T a) : node_map(*(_G.graph), a) { }
140.1243 -// void set(Node nit, T a) { node_map.set(nit, a); }
140.1244 -// T get(Node nit) const { return node_map.get(nit); }
140.1245 -// };
140.1246 -
140.1247 - template <typename T>
140.1248 - class EdgeMap {
140.1249 - typename GraphWrapper::EdgeMap<T> forward_map, backward_map;
140.1250 - public:
140.1251 - EdgeMap(const ResGraphWrapper<GraphWrapper, Number, FlowMap, CapacityMap>& _G) : forward_map(_G.gw), backward_map(_G.gw) { }
140.1252 - EdgeMap(const ResGraphWrapper<GraphWrapper, Number, FlowMap, CapacityMap>& _G, T a) : forward_map(_G.gw, a), backward_map(_G.gw, a) { }
140.1253 - void set(Edge e, T a) {
140.1254 - if (e.out_or_in)
140.1255 - forward_map.set(e.out, a);
140.1256 - else
140.1257 - backward_map.set(e.in, a);
140.1258 - }
140.1259 - T get(Edge e) {
140.1260 - if (e.out_or_in)
140.1261 - return forward_map.get(e.out);
140.1262 - else
140.1263 - return backward_map.get(e.in);
140.1264 - }
140.1265 - };
140.1266 - };
140.1267 -
140.1268 - //Subgraph on the same node-set and partial edge-set
140.1269 - template<typename GraphWrapper, typename FirstOutEdgesMap>
140.1270 - class ErasingFirstGraphWrapper : public GraphWrapper<GraphWrapper> {
140.1271 - protected:
140.1272 - FirstOutEdgesMap* first_out_edges;
140.1273 - public:
140.1274 - typedef typename GraphWrapper<GraphWrapper>::Node Node;
140.1275 - typedef typename GraphWrapper<GraphWrapper>::NodeIt NodeIt;
140.1276 - typedef typename GraphWrapper<GraphWrapper>::Edge Edge;
140.1277 - typedef typename GraphWrapper<GraphWrapper>::EdgeIt EdgeIt;
140.1278 - typedef typename GraphWrapper<GraphWrapper>::InEdgeIt InEdgeIt;
140.1279 - typedef typename GraphWrapper<GraphWrapper>::OutEdgeIt OutEdgeIt;
140.1280 -
140.1281 - ErasingFirstGraphWrapper(GraphWrapper _gw, FirstOutEdgesMap& _first_out_edges) :
140.1282 - GraphWrapper<GraphWrapper>(_gw), first_out_edges(&_first_out_edges) { }
140.1283 -
140.1284 - template<typename I> I& first(I& i) const {
140.1285 - gw.first(i);
140.1286 - //while (gw.valid(i) && !filter_map->get(i)) { gw.next(i); }
140.1287 - return i;
140.1288 - }
140.1289 - OutEdgeIt& first(OutEdgeIt& e, const Node& n) const {
140.1290 - e=first_out_edges->get(n);
140.1291 - return e;
140.1292 - }
140.1293 - template<typename I, typename P> I& first(I& i, const P& p) const {
140.1294 - gw.first(i, p);
140.1295 - //while (gw.valid(i) && !filter_map->get(i)) { gw.next(i); }
140.1296 - return i;
140.1297 - }
140.1298 -
140.1299 - //template<typename I> I getNext(const I& i) const {
140.1300 - // return gw.getNext(i);
140.1301 - //}
140.1302 - template<typename I> I& next(I &i) const {
140.1303 - gw.next(i);
140.1304 - //while (gw.valid(i) && !filter_map->get(i)) { gw.next(i); }
140.1305 - return i;
140.1306 - }
140.1307 -
140.1308 - template< typename It > It first() const {
140.1309 - It e; this->first(e); return e; }
140.1310 -
140.1311 - template< typename It > It first(const Node& v) const {
140.1312 - It e; this->first(e, v); return e; }
140.1313 -
140.1314 - void erase(const OutEdgeIt& e) const {
140.1315 - OutEdgeIt f=e;
140.1316 - this->next(f);
140.1317 - first_out_edges->set(this->source(e), f);
140.1318 - }
140.1319 - };
140.1320 -
140.1321 -// template<typename Graph, typename Number, typename FlowMap, typename CapacityMap>
140.1322 -// class ErasingResGraphWrapper : public ResGraphWrapper<Graph, Number, FlowMap, CapacityMap> {
140.1323 -// protected:
140.1324 -// ResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::NodeMap<typename ResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::OutEdgeIt> first_out_edges;
140.1325 -// //ResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::NodeMap<int> dist;
140.1326 -// public:
140.1327 -// ErasingResGraphWrapper(const Graph& _G, FlowMap& _flow,
140.1328 -// const CapacityMap& _capacity) :
140.1329 -// ResGraphWrapper<Graph, Number, FlowMap, CapacityMap>(_G, _flow, _capacity),
140.1330 -// first_out_edges(*this) /*, dist(*this)*/ {
140.1331 -// for(NodeIt n=this->template first<NodeIt>(); this->valid(n); this->next(n)) {
140.1332 -// OutEdgeIt e;
140.1333 -// ResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::first(e, n);
140.1334 -// first_out_edges.set(n, e);
140.1335 -// }
140.1336 -// }
140.1337 -
140.1338 -// //void setGraph(Graph& _graph) { graph = &_graph; }
140.1339 -// //Graph& getGraph() const { return (*graph); }
140.1340 -
140.1341 -// //TrivGraphWrapper() : graph(0) { }
140.1342 -// //ErasingResGraphWrapper(Graph& _graph) : graph(&_graph) { }
140.1343 -
140.1344 -// //typedef Graph BaseGraph;
140.1345 -
140.1346 -// //typedef typename Graph::Node Node;
140.1347 -// //typedef typename Graph::NodeIt NodeIt;
140.1348 -
140.1349 -// //typedef typename Graph::Edge Edge;
140.1350 -// //typedef typename Graph::OutEdgeIt OutEdgeIt;
140.1351 -// //typedef typename Graph::InEdgeIt InEdgeIt;
140.1352 -// //typedef typename Graph::SymEdgeIt SymEdgeIt;
140.1353 -// //typedef typename Graph::EdgeIt EdgeIt;
140.1354 -
140.1355 -// typedef typename ResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::Node Node;
140.1356 -// typedef typename ResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::NodeIt NodeIt;
140.1357 -
140.1358 -// typedef typename ResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::Edge Edge;
140.1359 -// typedef typename ResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::OutEdgeIt OutEdgeIt;
140.1360 -// //typedef typename ResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::InEdgeIt InEdgeIt;
140.1361 -// //typedef typename Graph::SymEdgeIt SymEdgeIt;
140.1362 -// //typedef typename ResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::EdgeIt EdgeIt;
140.1363 -
140.1364 -// NodeIt& first(NodeIt& n) const {
140.1365 -// return ResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::first(n);
140.1366 -// }
140.1367 -
140.1368 -// OutEdgeIt& first(OutEdgeIt& e, const Node& n) const {
140.1369 -// e=first_out_edges.get(n);
140.1370 -// return e;
140.1371 -// }
140.1372 -
140.1373 -// //ROSSZ template<typename I> I& first(I& i) const { return first(i); }
140.1374 -// //ROSSZ template<typename I, typename P> I& first(I& i, const P& p) const {
140.1375 -// // return first(i, p); }
140.1376 -
140.1377 -// //template<typename I> I getNext(const I& i) const {
140.1378 -// // return gw.getNext(i); }
140.1379 -// //template<typename I> I& next(I &i) const { return gw.next(i); }
140.1380 -
140.1381 -// template< typename It > It first() const {
140.1382 -// It e; first(e); return e; }
140.1383 -
140.1384 -// template< typename It > It first(const Node& v) const {
140.1385 -// It e; first(e, v); return e; }
140.1386 -
140.1387 -// //Node target(const Edge& e) const { return gw.target(e); }
140.1388 -// //Node source(const Edge& e) const { return gw.source(e); }
140.1389 -
140.1390 -// //template<typename I> bool valid(const I& i) const
140.1391 -// // { return gw.valid(i); }
140.1392 -
140.1393 -// //int nodeNum() const { return gw.nodeNum(); }
140.1394 -// //int edgeNum() const { return gw.edgeNum(); }
140.1395 -
140.1396 -// //template<typename I> Node aNode(const I& e) const {
140.1397 -// // return gw.aNode(e); }
140.1398 -// //template<typename I> Node bNode(const I& e) const {
140.1399 -// // return gw.bNode(e); }
140.1400 -
140.1401 -// //Node addNode() const { return gw.addNode(); }
140.1402 -// //Edge addEdge(const Node& source, const Node& target) const {
140.1403 -// // return gw.addEdge(source, target); }
140.1404 -
140.1405 -// //void erase(const OutEdgeIt& e) {
140.1406 -// // first_out_edge(this->source(e))=e;
140.1407 -// //}
140.1408 -// void erase(const Edge& e) {
140.1409 -// OutEdgeIt f(e);
140.1410 -// next(f);
140.1411 -// first_out_edges.set(this->source(e), f);
140.1412 -// }
140.1413 -// //template<typename I> void erase(const I& i) const { gw.erase(i); }
140.1414 -
140.1415 -// //void clear() const { gw.clear(); }
140.1416 -
140.1417 -// template<typename T> class NodeMap : public ResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::NodeMap<T> {
140.1418 -// public:
140.1419 -// NodeMap(const ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>& _G) :
140.1420 -// ResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::NodeMap<T>(_G /*_G.getGraph()*/) { }
140.1421 -// NodeMap(const ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>& _G, T a) :
140.1422 -// ResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::NodeMap<T>(_G /*_G.getGraph()*/, a) { }
140.1423 -// };
140.1424 -
140.1425 -// template<typename T> class EdgeMap : public ResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::EdgeMap<T> {
140.1426 -// public:
140.1427 -// EdgeMap(const ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>& _G) :
140.1428 -// ResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::EdgeMap<T>(_G /*_G.getGraph()*/) { }
140.1429 -// EdgeMap(const ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>& _G, T a) :
140.1430 -// ResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::EdgeMap<T>(_G /*_G.getGraph()*/, a) { }
140.1431 -// };
140.1432 -// };
140.1433 -
140.1434 -// template<typename GraphWrapper>
140.1435 -// class FilterGraphWrapper {
140.1436 -// };
140.1437 -
140.1438 -// template<typename Graph, typename Number, typename FlowMap, typename CapacityMap>
140.1439 -// class FilterGraphWrapper<ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap> > : public ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap> {
140.1440 -
140.1441 -// //Graph* graph;
140.1442 -
140.1443 -// public:
140.1444 -// //typedef Graph BaseGraph;
140.1445 -
140.1446 -// typedef typename ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::Node Node;
140.1447 -// typedef typename ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::NodeIt NodeIt;
140.1448 -
140.1449 -// typedef typename ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::Edge Edge;
140.1450 -// typedef typename ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::OutEdgeIt OutEdgeIt;
140.1451 -// //typedef typename ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::InEdgeIt InEdgeIt;
140.1452 -// //typedef typename Graph::SymEdgeIt SymEdgeIt;
140.1453 -// typedef typename ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::EdgeIt EdgeIt;
140.1454 -
140.1455 -// //FilterGraphWrapper<Graph, Number, FlowMap, CapacityMap>::NodeMap<typename ResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::OutEdgeIt> first_out_edges;
140.1456 -
140.1457 -// public:
140.1458 -// FilterGraphWrapper(const Graph& _G, FlowMap& _flow,
140.1459 -// const CapacityMap& _capacity) :
140.1460 -// ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>(_G, _flow, _capacity), dist(*this, gw.nodeNum()) {
140.1461 -// }
140.1462 -
140.1463 -// OutEdgeIt& first(OutEdgeIt& e, const Node& n) const {
140.1464 -// ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::first(e, n);
140.1465 -// while (valid(e) && (dist.get(source(e))/*+1!=*/>=dist.get(target(e))))
140.1466 -// ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::next(e);
140.1467 -// return e;
140.1468 -// }
140.1469 -
140.1470 -// NodeIt& next(NodeIt& e) const {
140.1471 -// return ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::next(e);
140.1472 -// }
140.1473 -
140.1474 -// OutEdgeIt& next(OutEdgeIt& e) const {
140.1475 -// ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::next(e);
140.1476 -// while (valid(e) && (dist.get(source(e))/*+1!*/>=dist.get(target(e))))
140.1477 -// ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::next(e);
140.1478 -// return e;
140.1479 -// }
140.1480 -
140.1481 -// NodeIt& first(NodeIt& n) const {
140.1482 -// return ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::first(n);
140.1483 -// }
140.1484 -
140.1485 -// void erase(const Edge& e) {
140.1486 -// OutEdgeIt f(e);
140.1487 -// ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::next(f);
140.1488 -// while (valid(f) && (dist.get(source(f))/*+1!=*/>=dist.get(target(f))))
140.1489 -// ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::next(f);
140.1490 -// first_out_edges.set(this->source(e), f);
140.1491 -// }
140.1492 -
140.1493 -// //TrivGraphWrapper() : graph(0) { }
140.1494 -// //TrivGraphWrapper(Graph& _graph) : graph(&_graph) { }
140.1495 -
140.1496 -// //void setGraph(Graph& _graph) { graph = &_graph; }
140.1497 -// //Graph& getGraph() const { return (*graph); }
140.1498 -
140.1499 -// //template<typename I> I& first(I& i) const { return gw.first(i); }
140.1500 -// //template<typename I, typename P> I& first(I& i, const P& p) const {
140.1501 -// // return gw.first(i, p); }
140.1502 -
140.1503 -// //template<typename I> I getNext(const I& i) const {
140.1504 -// // return gw.getNext(i); }
140.1505 -// //template<typename I> I& next(I &i) const { return gw.next(i); }
140.1506 -
140.1507 -// template< typename It > It first() const {
140.1508 -// It e; first(e); return e; }
140.1509 -
140.1510 -// template< typename It > It first(const Node& v) const {
140.1511 -// It e; first(e, v); return e; }
140.1512 -
140.1513 -// //Node target(const Edge& e) const { return gw.target(e); }
140.1514 -// //Node source(const Edge& e) const { return gw.source(e); }
140.1515 -
140.1516 -// //template<typename I> bool valid(const I& i) const
140.1517 -// // { return gw.valid(i); }
140.1518 -
140.1519 -// //template<typename I> void setInvalid(const I &i);
140.1520 -// //{ return gw.setInvalid(i); }
140.1521 -
140.1522 -// //int nodeNum() const { return gw.nodeNum(); }
140.1523 -// //int edgeNum() const { return gw.edgeNum(); }
140.1524 -
140.1525 -// //template<typename I> Node aNode(const I& e) const {
140.1526 -// // return gw.aNode(e); }
140.1527 -// //template<typename I> Node bNode(const I& e) const {
140.1528 -// // return gw.bNode(e); }
140.1529 -
140.1530 -// //Node addNode() const { return gw.addNode(); }
140.1531 -// //Edge addEdge(const Node& source, const Node& target) const {
140.1532 -// // return gw.addEdge(source, target); }
140.1533 -
140.1534 -// //template<typename I> void erase(const I& i) const { gw.erase(i); }
140.1535 -
140.1536 -// //void clear() const { gw.clear(); }
140.1537 -
140.1538 -// template<typename T> class NodeMap : public ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::NodeMap<T> {
140.1539 -// public:
140.1540 -// NodeMap(const FilterGraphWrapper<ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap> >& _G) :
140.1541 -// ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::NodeMap<T>(_G /*_G.getGraph()*/) { }
140.1542 -// NodeMap(const FilterGraphWrapper<ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap> >& _G, T a) :
140.1543 -// ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::NodeMap<T>(_G /*_G.getGraph()*/, a) { }
140.1544 -// };
140.1545 -
140.1546 -// template<typename T> class EdgeMap : public ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::EdgeMap<T> {
140.1547 -// public:
140.1548 -// EdgeMap(const FilterGraphWrapper<ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap> >& _G) :
140.1549 -// ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::EdgeMap<T>(_G /*_G.getGraph()*/) { }
140.1550 -// EdgeMap(const FilterGraphWrapper<ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap> >& _G, T a) :
140.1551 -// ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::EdgeMap<T>(_G /*_G.getGraph()*/, a) { }
140.1552 -// };
140.1553 -
140.1554 -// public:
140.1555 -// ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::NodeMap<int> dist;
140.1556 -
140.1557 -// };
140.1558 -
140.1559 -
140.1560 -
140.1561 -// // FIXME: comparison should be made better!!!
140.1562 -// template<typename Graph, typename T, typename LowerMap, typename FlowMap, typename UpperMap>
140.1563 -// class ResGraphWrapper
140.1564 -// {
140.1565 -// Graph* graph;
140.1566 -
140.1567 -// public:
140.1568 -// typedef Graph BaseGraph;
140.1569 -
140.1570 -// typedef typename Graph::Node Node;
140.1571 -// typedef typename Graph::Edge Edge;
140.1572 -
140.1573 -// typedef typename Graph::NodeIt NodeIt;
140.1574 -
140.1575 -// class OutEdgeIt {
140.1576 -// public:
140.1577 -// //Graph::Node n;
140.1578 -// bool out_or_in;
140.1579 -// typename Graph::OutEdgeIt o;
140.1580 -// typename Graph::InEdgeIt i;
140.1581 -// };
140.1582 -// class InEdgeIt {
140.1583 -// public:
140.1584 -// //Graph::Node n;
140.1585 -// bool out_or_in;
140.1586 -// typename Graph::OutEdgeIt o;
140.1587 -// typename Graph::InEdgeIt i;
140.1588 -// };
140.1589 -// typedef typename Graph::SymEdgeIt SymEdgeIt;
140.1590 -// typedef typename Graph::EdgeIt EdgeIt;
140.1591 -
140.1592 -// int nodeNum() const { return gw.nodeNum(); }
140.1593 -// int edgeNum() const { return gw.edgeNum(); }
140.1594 -
140.1595 -// Node& first(Node& n) const { return gw.first(n); }
140.1596 -
140.1597 -// // Edge and SymEdge is missing!!!!
140.1598 -// // Edge <-> In/OutEdgeIt conversion is missing!!!!
140.1599 -
140.1600 -// //FIXME
140.1601 -// OutEdgeIt& first(OutEdgeIt& e, const Node& n) const
140.1602 -// {
140.1603 -// e.n=n;
140.1604 -// gw.first(e.o,n);
140.1605 -// while(gw.valid(e.o) && fmap.get(e.o)>=himap.get(e.o))
140.1606 -// gw.goNext(e.o);
140.1607 -// if(!gw.valid(e.o)) {
140.1608 -// gw.first(e.i,n);
140.1609 -// while(gw.valid(e.i) && fmap.get(e.i)<=lomap.get(e.i))
140.1610 -// gw.goNext(e.i);
140.1611 -// }
140.1612 -// return e;
140.1613 -// }
140.1614 -// /*
140.1615 -// OutEdgeIt &goNext(OutEdgeIt &e)
140.1616 -// {
140.1617 -// if(gw.valid(e.o)) {
140.1618 -// while(gw.valid(e.o) && fmap.get(e.o)>=himap.get(e.o))
140.1619 -// gw.goNext(e.o);
140.1620 -// if(gw.valid(e.o)) return e;
140.1621 -// else gw.first(e.i,e.n);
140.1622 -// }
140.1623 -// else {
140.1624 -// while(gw.valid(e.i) && fmap.get(e.i)<=lomap.get(e.i))
140.1625 -// gw.goNext(e.i);
140.1626 -// return e;
140.1627 -// }
140.1628 -// }
140.1629 -// OutEdgeIt Next(const OutEdgeIt &e) {OutEdgeIt t(e); return goNext(t);}
140.1630 -// */
140.1631 -// //bool valid(const OutEdgeIt e) { return gw.valid(e.o)||gw.valid(e.i);}
140.1632 -
140.1633 -// //FIXME
140.1634 -// InEdgeIt& first(InEdgeIt& e, const Node& n) const
140.1635 -// {
140.1636 -// e.n=n;
140.1637 -// gw.first(e.i,n);
140.1638 -// while(gw.valid(e.i) && fmap.get(e.i)>=himap.get(e.i))
140.1639 -// gw.goNext(e.i);
140.1640 -// if(!gw.valid(e.i)) {
140.1641 -// gw.first(e.o,n);
140.1642 -// while(gw.valid(e.o) && fmap.get(e.o)<=lomap.get(e.o))
140.1643 -// gw.goNext(e.o);
140.1644 -// }
140.1645 -// return e;
140.1646 -// }
140.1647 -// /*
140.1648 -// InEdgeIt &goNext(InEdgeIt &e)
140.1649 -// {
140.1650 -// if(gw.valid(e.i)) {
140.1651 -// while(gw.valid(e.i) && fmap.get(e.i)>=himap.get(e.i))
140.1652 -// gw.goNext(e.i);
140.1653 -// if(gw.valid(e.i)) return e;
140.1654 -// else gw.first(e.o,e.n);
140.1655 -// }
140.1656 -// else {
140.1657 -// while(gw.valid(e.o) && fmap.get(e.o)<=lomap.get(e.o))
140.1658 -// gw.goNext(e.o);
140.1659 -// return e;
140.1660 -// }
140.1661 -// }
140.1662 -// InEdgeIt Next(const InEdgeIt &e) {InEdgeIt t(e); return goNext(t);}
140.1663 -// */
140.1664 -// //bool valid(const InEdgeIt e) { return gw.valid(e.i)||gw.valid(e.o);}
140.1665 -
140.1666 -// //template<typename I> I &goNext(I &i); { return gw.goNext(i); }
140.1667 -// //template<typename I> I next(const I i); { return gw.goNext(i); }
140.1668 -
140.1669 -// template< typename It > It first() const {
140.1670 -// It e; first(e); return e; }
140.1671 -
140.1672 -// template< typename It > It first(Node v) const {
140.1673 -// It e; first(e, v); return e; }
140.1674 -
140.1675 -// Node target(const Edge& e) const { return gw.target(e); }
140.1676 -// Node source(const Edge& e) const { return gw.source(e); }
140.1677 -
140.1678 -// template<typename I> Node aNode(const I& e) const {
140.1679 -// return gw.aNode(e); }
140.1680 -// template<typename I> Node bNode(const I& e) const {
140.1681 -// return gw.bNode(e); }
140.1682 -
140.1683 -// //template<typename I> bool valid(const I i);
140.1684 -// //{ return gw.valid(i); }
140.1685 -
140.1686 -// //template<typename I> void setInvalid(const I &i);
140.1687 -// //{ return gw.setInvalid(i); }
140.1688 -
140.1689 -// Node addNode() { return gw.addNode(); }
140.1690 -// Edge addEdge(const Node& source, const Node& target) {
140.1691 -// return gw.addEdge(source, target); }
140.1692 -
140.1693 -// template<typename I> void erase(const I& i) { gw.erase(i); }
140.1694 -
140.1695 -// void clear() { gw.clear(); }
140.1696 -
140.1697 -// template<typename S> class NodeMap : public Graph::NodeMap<S> { };
140.1698 -// template<typename S> class EdgeMap : public Graph::EdgeMap<S> { };
140.1699 -
140.1700 -// void setGraph(Graph& _graph) { graph = &_graph; }
140.1701 -// Graph& getGraph() { return (*graph); }
140.1702 -
140.1703 -// //ResGraphWrapper() : graph(0) { }
140.1704 -// ResGraphWrapper(Graph& _graph) : graph(&_graph) { }
140.1705 -// };
140.1706 -
140.1707 -} //namespace lemon
140.1708 -
140.1709 -#endif //LEMON_GRAPH_WRAPPER_H
140.1710 -
141.1 --- a/src/work/marci/experiment/graph_wrapper_1.h Sun Apr 17 18:57:22 2005 +0000
141.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
141.3 @@ -1,1348 +0,0 @@
141.4 -// -*- c++ -*-
141.5 -#ifndef LEMON_GRAPH_WRAPPER_H
141.6 -#define LEMON_GRAPH_WRAPPER_H
141.7 -
141.8 -#include <invalid.h>
141.9 -
141.10 -namespace lemon {
141.11 -
141.12 - template<typename Graph>
141.13 - class TrivGraphWrapper {
141.14 - protected:
141.15 - Graph* graph;
141.16 -
141.17 - public:
141.18 - typedef Graph BaseGraph;
141.19 -
141.20 -// TrivGraphWrapper() : graph(0) { }
141.21 - TrivGraphWrapper(Graph& _graph) : graph(&_graph) { }
141.22 -// void setGraph(Graph& _graph) { graph = &_graph; }
141.23 -// Graph& getGraph() const { return *graph; }
141.24 -
141.25 - typedef typename Graph::Node Node;
141.26 - class NodeIt : public Graph::NodeIt {
141.27 - public:
141.28 - NodeIt() { }
141.29 - NodeIt(const typename Graph::NodeIt& n) : Graph::NodeIt(n) { }
141.30 - NodeIt(const Invalid& i) : Graph::NodeIt(i) { }
141.31 - NodeIt(const TrivGraphWrapper<Graph>& _G) :
141.32 - Graph::NodeIt(*(_G.graph)) { }
141.33 - };
141.34 - typedef typename Graph::Edge Edge;
141.35 - class OutEdgeIt : public Graph::OutEdgeIt {
141.36 - public:
141.37 - OutEdgeIt() { }
141.38 - OutEdgeIt(const typename Graph::OutEdgeIt& e) : Graph::OutEdgeIt(e) { }
141.39 - OutEdgeIt(const Invalid& i) : Graph::OutEdgeIt(i) { }
141.40 - OutEdgeIt(const TrivGraphWrapper<Graph>& _G, const Node& n) :
141.41 - Graph::OutEdgeIt(*(_G.graph), n) { }
141.42 - };
141.43 - class InEdgeIt : public Graph::InEdgeIt {
141.44 - public:
141.45 - InEdgeIt() { }
141.46 - InEdgeIt(const typename Graph::InEdgeIt& e) : Graph::InEdgeIt(e) { }
141.47 - InEdgeIt(const Invalid& i) : Graph::InEdgeIt(i) { }
141.48 - InEdgeIt(const TrivGraphWrapper<Graph>& _G, const Node& n) :
141.49 - Graph::InEdgeIt(*(_G.graph), n) { }
141.50 - };
141.51 - //typedef typename Graph::SymEdgeIt SymEdgeIt;
141.52 - class EdgeIt : public Graph::EdgeIt {
141.53 - public:
141.54 - EdgeIt() { }
141.55 - EdgeIt(const typename Graph::EdgeIt& e) : Graph::EdgeIt(e) { }
141.56 - EdgeIt(const Invalid& i) : Graph::EdgeIt(i) { }
141.57 - EdgeIt(const TrivGraphWrapper<Graph>& _G) :
141.58 - Graph::EdgeIt(*(_G.graph)) { }
141.59 - };
141.60 -
141.61 - NodeIt& first(NodeIt& i) const {
141.62 - i=NodeIt(*this);
141.63 - return i;
141.64 - }
141.65 - EdgeIt& first(EdgeIt& i) const {
141.66 - i=EdgeIt(*this);
141.67 - return i;
141.68 - }
141.69 -// template<typename I> I& first(I& i) const {
141.70 -// i=I(*this);
141.71 -// return i;
141.72 -// }
141.73 - OutEdgeIt& first(OutEdgeIt& i, const Node& p) const {
141.74 - i=OutEdgeIt(*this, p);
141.75 - return i;
141.76 - }
141.77 - InEdgeIt& first(InEdgeIt& i, const Node& p) const {
141.78 - i=InEdgeIt(*this, p);
141.79 - return i;
141.80 - }
141.81 -// template<typename I, typename P> I& first(I& i, const P& p) const {
141.82 -// i=I(*this, p);
141.83 -// return i;
141.84 -// }
141.85 -
141.86 -// template<typename I> I getNext(const I& i) const {
141.87 -// return graph->getNext(i); }
141.88 - template<typename I> I& next(I &i) const { graph->next(i); return i; }
141.89 -
141.90 - template< typename It > It first() const {
141.91 - It e; this->first(e); return e; }
141.92 -
141.93 - template< typename It > It first(const Node& v) const {
141.94 - It e; this->first(e, v); return e; }
141.95 -
141.96 - Node target(const Edge& e) const { return graph->target(e); }
141.97 - Node source(const Edge& e) const { return graph->source(e); }
141.98 -
141.99 - template<typename I> bool valid(const I& i) const {
141.100 - return graph->valid(i); }
141.101 -
141.102 - //template<typename I> void setInvalid(const I &i);
141.103 - //{ return graph->setInvalid(i); }
141.104 -
141.105 - int nodeNum() const { return graph->nodeNum(); }
141.106 - int edgeNum() const { return graph->edgeNum(); }
141.107 -
141.108 - template<typename I> Node aNode(const I& e) const {
141.109 - return graph->aNode(e); }
141.110 - template<typename I> Node bNode(const I& e) const {
141.111 - return graph->bNode(e); }
141.112 -
141.113 - Node addNode() const { return graph->addNode(); }
141.114 - Edge addEdge(const Node& source, const Node& target) const {
141.115 - return graph->addEdge(source, target); }
141.116 -
141.117 - template<typename I> void erase(const I& i) const { graph->erase(i); }
141.118 -
141.119 - void clear() const { graph->clear(); }
141.120 -
141.121 - template<typename T> class NodeMap : public Graph::NodeMap<T> {
141.122 - public:
141.123 - NodeMap(const TrivGraphWrapper<Graph>& _G) :
141.124 - Graph::NodeMap<T>(*(_G.graph)) { }
141.125 - NodeMap(const TrivGraphWrapper<Graph>& _G, T a) :
141.126 - Graph::NodeMap<T>(*(_G.graph), a) { }
141.127 - };
141.128 -
141.129 - template<typename T> class EdgeMap : public Graph::EdgeMap<T> {
141.130 - public:
141.131 - EdgeMap(const TrivGraphWrapper<Graph>& _G) :
141.132 - Graph::EdgeMap<T>(*(_G.graph)) { }
141.133 - EdgeMap(const TrivGraphWrapper<Graph>& _G, T a) :
141.134 - Graph::EdgeMap<T>(*(_G.graph), a) { }
141.135 - };
141.136 -
141.137 - template<typename Map, typename T> class NodeMapWrapper {
141.138 - protected:
141.139 - Map* map;
141.140 - public:
141.141 - NodeMapWrapper(Map& _map) : map(&_map) { }
141.142 - void set(Node n, T a) { map->set(n, a); }
141.143 - T get(Node n) const { return map->get(n); }
141.144 - };
141.145 -
141.146 - template<typename Map, typename T> class EdgeMapWrapper {
141.147 - protected:
141.148 - Map* map;
141.149 - public:
141.150 - EdgeMapWrapper(Map& _map) : map(&_map) { }
141.151 - void set(Edge n, T a) { map->set(n, a); }
141.152 - T get(Edge n) const { return map->get(n); }
141.153 - };
141.154 - };
141.155 -
141.156 -
141.157 - template<typename Graph>
141.158 - class GraphWrapper {
141.159 - protected:
141.160 - Graph* graph;
141.161 -
141.162 - public:
141.163 - typedef Graph BaseGraph;
141.164 -
141.165 -// GraphWrapper() : graph(0) { }
141.166 - GraphWrapper(Graph& _graph) : graph(&_graph) { }
141.167 -// void setGraph(Graph& _graph) { graph=&_graph; }
141.168 -// Graph& getGraph() const { return *graph; }
141.169 -
141.170 - typedef typename Graph::Node Node;
141.171 - class NodeIt : public Graph::NodeIt {
141.172 - public:
141.173 - NodeIt() { }
141.174 - NodeIt(const typename Graph::NodeIt& n) : Graph::NodeIt(n) { }
141.175 - NodeIt(const Invalid& i) : Graph::NodeIt(i) { }
141.176 - NodeIt(const GraphWrapper<Graph>& _G) :
141.177 - Graph::NodeIt(*(_G.graph)) { }
141.178 - };
141.179 - typedef typename Graph::Edge Edge;
141.180 - class OutEdgeIt : public Graph::OutEdgeIt {
141.181 - public:
141.182 - OutEdgeIt() { }
141.183 - OutEdgeIt(const typename Graph::OutEdgeIt& e) : Graph::OutEdgeIt(e) { }
141.184 - OutEdgeIt(const Invalid& i) : Graph::OutEdgeIt(i) { }
141.185 - OutEdgeIt(const GraphWrapper<Graph>& _G, const Node& n) :
141.186 - Graph::OutEdgeIt(*(_G.graph), n) { }
141.187 - };
141.188 - class InEdgeIt : public Graph::InEdgeIt {
141.189 - public:
141.190 - InEdgeIt() { }
141.191 - InEdgeIt(const typename Graph::InEdgeIt& e) : Graph::InEdgeIt(e) { }
141.192 - InEdgeIt(const Invalid& i) : Graph::InEdgeIt(i) { }
141.193 - InEdgeIt(const GraphWrapper<Graph>& _G, const Node& n) :
141.194 - Graph::InEdgeIt(*(_G.graph), n) { }
141.195 - };
141.196 - //typedef typename Graph::SymEdgeIt SymEdgeIt;
141.197 - class EdgeIt : public Graph::EdgeIt {
141.198 - public:
141.199 - EdgeIt() { }
141.200 - EdgeIt(const typename Graph::EdgeIt& e) : Graph::EdgeIt(e) { }
141.201 - EdgeIt(const Invalid& i) : Graph::EdgeIt(i) { }
141.202 - EdgeIt(const GraphWrapper<Graph>& _G) :
141.203 - Graph::EdgeIt(*(_G.graph)) { }
141.204 - };
141.205 -
141.206 - NodeIt& first(NodeIt& i) const {
141.207 - i=NodeIt(*this);
141.208 - return i;
141.209 - }
141.210 - EdgeIt& first(EdgeIt& i) const {
141.211 - i=EdgeIt(*this);
141.212 - return i;
141.213 - }
141.214 -// template<typename I> I& first(I& i) const {
141.215 -// i=I(*this);
141.216 -// return i;
141.217 -// }
141.218 - OutEdgeIt& first(OutEdgeIt& i, const Node& p) const {
141.219 - i=OutEdgeIt(*this, p);
141.220 - return i;
141.221 - }
141.222 - InEdgeIt& first(InEdgeIt& i, const Node& p) const {
141.223 - i=InEdgeIt(*this, p);
141.224 - return i;
141.225 - }
141.226 -// template<typename I, typename P> I& first(I& i, const P& p) const {
141.227 -// i=I(*this, p);
141.228 -// return i;
141.229 -// }
141.230 -
141.231 -// template<typename I> I getNext(const I& i) const {
141.232 -// return gw.getNext(i); }
141.233 - template<typename I> I& next(I &i) const { graph->next(i); return i; }
141.234 -
141.235 - template< typename It > It first() const {
141.236 - It e; this->first(e); return e; }
141.237 -
141.238 - template< typename It > It first(const Node& v) const {
141.239 - It e; this->first(e, v); return e; }
141.240 -
141.241 - Node target(const Edge& e) const { return graph->target(e); }
141.242 - Node source(const Edge& e) const { return graph->source(e); }
141.243 -
141.244 - template<typename I> bool valid(const I& i) const {
141.245 - return graph->valid(i); }
141.246 -
141.247 - //template<typename I> void setInvalid(const I &i);
141.248 - //{ return graph->setInvalid(i); }
141.249 -
141.250 - int nodeNum() const { return graph->nodeNum(); }
141.251 - int edgeNum() const { return graph->edgeNum(); }
141.252 -
141.253 - template<typename I> Node aNode(const I& e) const {
141.254 - return graph->aNode(e); }
141.255 - template<typename I> Node bNode(const I& e) const {
141.256 - return graph->bNode(e); }
141.257 -
141.258 - Node addNode() const { return graph->addNode(); }
141.259 - Edge addEdge(const Node& source, const Node& target) const {
141.260 - return graph->addEdge(source, target); }
141.261 -
141.262 - template<typename I> void erase(const I& i) const { graph->erase(i); }
141.263 -
141.264 - void clear() const { graph->clear(); }
141.265 -
141.266 - template<typename T> class NodeMap : public Graph::NodeMap<T> {
141.267 - public:
141.268 - NodeMap(const GraphWrapper<Graph>& _G) :
141.269 - Graph::NodeMap<T>(*(_G.graph)) { }
141.270 - NodeMap(const GraphWrapper<Graph>& _G, T a) :
141.271 - Graph::NodeMap<T>(*(_G.graph), a) { }
141.272 - };
141.273 -
141.274 - template<typename T> class EdgeMap : public Graph::EdgeMap<T> {
141.275 - public:
141.276 - EdgeMap(const GraphWrapper<Graph>& _G) :
141.277 - Graph::EdgeMap<T>(*(_G.graph)) { }
141.278 - EdgeMap(const GraphWrapper<Graph>& _G, T a) :
141.279 - Graph::EdgeMap<T>(*(_G.graph), a) { }
141.280 - };
141.281 - };
141.282 -
141.283 -
141.284 -// template<typename Graph>
141.285 -// class RevGraphWrapper
141.286 -// {
141.287 -// protected:
141.288 -// Graph* graph;
141.289 -
141.290 -// public:
141.291 -// typedef Graph BaseGraph;
141.292 -
141.293 -// typedef typename Graph::Node Node;
141.294 -// typedef typename Graph::NodeIt NodeIt;
141.295 -
141.296 -// typedef typename Graph::Edge Edge;
141.297 -// typedef typename Graph::OutEdgeIt InEdgeIt;
141.298 -// typedef typename Graph::InEdgeIt OutEdgeIt;
141.299 -// //typedef typename Graph::SymEdgeIt SymEdgeIt;
141.300 -// typedef typename Graph::EdgeIt EdgeIt;
141.301 -
141.302 -// //RevGraphWrapper() : graph(0) { }
141.303 -// RevGraphWrapper(Graph& _graph) : graph(&_graph) { }
141.304 -
141.305 -// void setGraph(Graph& _graph) { graph = &_graph; }
141.306 -// Graph& getGraph() const { return (*graph); }
141.307 -
141.308 -// template<typename I> I& first(I& i) const { return graph->first(i); }
141.309 -// template<typename I, typename P> I& first(I& i, const P& p) const {
141.310 -// return graph->first(i, p); }
141.311 -
141.312 -// template<typename I> I getNext(const I& i) const {
141.313 -// return graph->getNext(i); }
141.314 -// template<typename I> I& next(I &i) const { return graph->next(i); }
141.315 -
141.316 -// template< typename It > It first() const {
141.317 -// It e; first(e); return e; }
141.318 -
141.319 -// template< typename It > It first(const Node& v) const {
141.320 -// It e; first(e, v); return e; }
141.321 -
141.322 -// Node target(const Edge& e) const { return graph->source(e); }
141.323 -// Node source(const Edge& e) const { return graph->target(e); }
141.324 -
141.325 -// template<typename I> bool valid(const I& i) const
141.326 -// { return graph->valid(i); }
141.327 -
141.328 -// //template<typename I> void setInvalid(const I &i);
141.329 -// //{ return graph->setInvalid(i); }
141.330 -
141.331 -// template<typename I> Node aNode(const I& e) const {
141.332 -// return graph->aNode(e); }
141.333 -// template<typename I> Node bNode(const I& e) const {
141.334 -// return graph->bNode(e); }
141.335 -
141.336 -// Node addNode() const { return graph->addNode(); }
141.337 -// Edge addEdge(const Node& source, const Node& target) const {
141.338 -// return graph->addEdge(source, target); }
141.339 -
141.340 -// int nodeNum() const { return graph->nodeNum(); }
141.341 -// int edgeNum() const { return graph->edgeNum(); }
141.342 -
141.343 -// template<typename I> void erase(const I& i) const { graph->erase(i); }
141.344 -
141.345 -// void clear() const { graph->clear(); }
141.346 -
141.347 -// template<typename T> class NodeMap : public Graph::NodeMap<T> {
141.348 -// public:
141.349 -// NodeMap(const RevGraphWrapper<Graph>& _G) :
141.350 -// Graph::NodeMap<T>(_G.getGraph()) { }
141.351 -// NodeMap(const RevGraphWrapper<Graph>& _G, T a) :
141.352 -// Graph::NodeMap<T>(_G.getGraph(), a) { }
141.353 -// };
141.354 -
141.355 -// template<typename T> class EdgeMap : public Graph::EdgeMap<T> {
141.356 -// public:
141.357 -// EdgeMap(const RevGraphWrapper<Graph>& _G) :
141.358 -// Graph::EdgeMap<T>(_G.getGraph()) { }
141.359 -// EdgeMap(const RevGraphWrapper<Graph>& _G, T a) :
141.360 -// Graph::EdgeMap<T>(_G.getGraph(), a) { }
141.361 -// };
141.362 -// };
141.363 -
141.364 -
141.365 - template<typename Graph>
141.366 - class RevGraphWrapper : public GraphWrapper<Graph> {
141.367 - public:
141.368 - typedef typename GraphWrapper<Graph>::Node Node;
141.369 - typedef typename GraphWrapper<Graph>::Edge Edge;
141.370 - //FIXME
141.371 - //If Graph::OutEdgeIt is not defined
141.372 - //and we do not want to use RevGraphWrapper::InEdgeIt,
141.373 - //this won't work, because of typedef
141.374 - //OR
141.375 - //graphs have to define their non-existing iterators to void
141.376 - //Unfortunately all the typedefs are instantiated in templates,
141.377 - //unlike other stuff
141.378 - typedef typename GraphWrapper<Graph>::OutEdgeIt InEdgeIt;
141.379 - typedef typename GraphWrapper<Graph>::InEdgeIt OutEdgeIt;
141.380 -
141.381 -// RevGraphWrapper() : GraphWrapper<Graph>() { }
141.382 - RevGraphWrapper(Graph& _graph) : GraphWrapper<Graph>(_graph) { }
141.383 -
141.384 - Node target(const Edge& e) const
141.385 - { return GraphWrapper<Graph>::source(e); }
141.386 - Node source(const Edge& e) const
141.387 - { return GraphWrapper<Graph>::target(e); }
141.388 - };
141.389 -
141.390 - //Subgraph on the same node-set and partial edge-set
141.391 - template<typename Graph, typename EdgeFilterMap>
141.392 - class SubGraphWrapper : public GraphWrapper<Graph> {
141.393 - protected:
141.394 - EdgeFilterMap* filter_map;
141.395 - public:
141.396 - typedef typename GraphWrapper<Graph>::Node Node;
141.397 - typedef typename GraphWrapper<Graph>::NodeIt NodeIt;
141.398 - typedef typename GraphWrapper<Graph>::Edge Edge;
141.399 - typedef typename GraphWrapper<Graph>::EdgeIt EdgeIt;
141.400 - typedef typename GraphWrapper<Graph>::InEdgeIt InEdgeIt;
141.401 - typedef typename GraphWrapper<Graph>::OutEdgeIt OutEdgeIt;
141.402 -
141.403 -// SubGraphWrapper() : GraphWrapper<Graph>(), filter_map(0) { }
141.404 - SubGraphWrapper(Graph& _graph, EdgeFilterMap& _filter_map) :
141.405 - GraphWrapper<Graph>(_graph), filter_map(&_filter_map) { }
141.406 -
141.407 - template<typename I> I& first(I& i) const {
141.408 - graph->first(i);
141.409 - while (graph->valid(i) && !filter_map->get(i)) { graph->next(i); }
141.410 - return i;
141.411 - }
141.412 - template<typename I, typename P> I& first(I& i, const P& p) const {
141.413 - graph->first(i, p);
141.414 - while (graph->valid(i) && !filter_map->get(i)) { graph->next(i); }
141.415 - return i;
141.416 - }
141.417 -
141.418 - //template<typename I> I getNext(const I& i) const {
141.419 - // return gw.getNext(i);
141.420 - //}
141.421 - template<typename I> I& next(I &i) const {
141.422 - graph->next(i);
141.423 - while (graph->valid(i) && !filter_map->get(i)) { graph->next(i); }
141.424 - return i;
141.425 - }
141.426 -
141.427 - template< typename It > It first() const {
141.428 - It e; this->first(e); return e; }
141.429 -
141.430 - template< typename It > It first(const Node& v) const {
141.431 - It e; this->first(e, v); return e; }
141.432 - };
141.433 -
141.434 -// template<typename GraphWrapper>
141.435 -// class UndirGraphWrapper {
141.436 -// protected:
141.437 -// //Graph* graph;
141.438 -// GraphWrapper gw;
141.439 -
141.440 -// public:
141.441 -// typedef GraphWrapper BaseGraph;
141.442 -
141.443 -// typedef typename GraphWrapper::Node Node;
141.444 -// typedef typename GraphWrapper::NodeIt NodeIt;
141.445 -
141.446 -// //typedef typename Graph::Edge Edge;
141.447 -// //typedef typename Graph::OutEdgeIt OutEdgeIt;
141.448 -// //typedef typename Graph::InEdgeIt InEdgeIt;
141.449 -// //typedef typename Graph::SymEdgeIt SymEdgeIt;
141.450 -// //typedef typename Graph::EdgeIt EdgeIt;
141.451 -
141.452 -// //private:
141.453 -// typedef typename GraphWrapper::Edge GraphEdge;
141.454 -// typedef typename GraphWrapper::OutEdgeIt GraphOutEdgeIt;
141.455 -// typedef typename GraphWrapper::InEdgeIt GraphInEdgeIt;
141.456 -// //public:
141.457 -
141.458 -// //UndirGraphWrapper() : graph(0) { }
141.459 -// UndirGraphWrapper(GraphWrapper _gw) : gw(_gw) { }
141.460 -
141.461 -// //void setGraph(Graph& _graph) { graph = &_graph; }
141.462 -// //Graph& getGraph() const { return (*graph); }
141.463 -
141.464 -// class Edge {
141.465 -// friend class UndirGraphWrapper<GraphWrapper>;
141.466 -// bool out_or_in; //true iff out
141.467 -// GraphOutEdgeIt out;
141.468 -// GraphInEdgeIt in;
141.469 -// public:
141.470 -// Edge() : out_or_in(), out(), in() { }
141.471 -// Edge(const Invalid& i) : out_or_in(false), out(), in(i) { }
141.472 -// operator GraphEdge() const {
141.473 -// if (out_or_in) return(out); else return(in);
141.474 -// }
141.475 -// friend bool operator==(const Edge& u, const Edge& v) {
141.476 -// if (v.out_or_in)
141.477 -// return (u.out_or_in && u.out==v.out);
141.478 -// else
141.479 -// return (!u.out_or_in && u.in==v.in);
141.480 -// }
141.481 -// friend bool operator!=(const Edge& u, const Edge& v) {
141.482 -// if (v.out_or_in)
141.483 -// return (!u.out_or_in || u.out!=v.out);
141.484 -// else
141.485 -// return (u.out_or_in || u.in!=v.in);
141.486 -// }
141.487 -// };
141.488 -
141.489 -// class OutEdgeIt : public Edge {
141.490 -// friend class UndirGraphWrapper<GraphWrapper>;
141.491 -// public:
141.492 -// OutEdgeIt() : Edge() { }
141.493 -// OutEdgeIt(const Invalid& i) : Edge(i) { }
141.494 -// OutEdgeIt(const UndirGraphWrapper<GraphWrapper>& _G, const Node& n)
141.495 -// : Edge() {
141.496 -// out_or_in=true;
141.497 -// _G.gw.first(out, n);
141.498 -// if (!(_G.gw.valid(out))) {
141.499 -// out_or_in=false;
141.500 -// _G.gw.first(in, n);
141.501 -// }
141.502 -// }
141.503 -// };
141.504 -
141.505 -// OutEdgeIt& first(OutEdgeIt& e, const Node& n) const {
141.506 -// e.out_or_in=true;
141.507 -// gw.first(e.out, n);
141.508 -// if (!(gw.valid(e.out))) {
141.509 -// e.out_or_in=false;
141.510 -// gw.first(e.in, n);
141.511 -// }
141.512 -// return e;
141.513 -// }
141.514 -
141.515 -// OutEdgeIt& next(OutEdgeIt& e) const {
141.516 -// if (e.out_or_in) {
141.517 -// Node n=gw.source(e.out);
141.518 -// gw.next(e.out);
141.519 -// if (!gw.valid(e.out)) {
141.520 -// e.out_or_in=false;
141.521 -// gw.first(e.in, n);
141.522 -// }
141.523 -// } else {
141.524 -// gw.next(e.in);
141.525 -// }
141.526 -// return e;
141.527 -// }
141.528 -
141.529 -// Node aNode(const OutEdgeIt& e) const {
141.530 -// if (e.out_or_in) return gw.source(e); else return gw.target(e); }
141.531 -// Node bNode(const OutEdgeIt& e) const {
141.532 -// if (e.out_or_in) return gw.target(e); else return gw.source(e); }
141.533 -
141.534 -// typedef OutEdgeIt InEdgeIt;
141.535 -
141.536 -// template<typename I> I& first(I& i) const { return gw.first(i); }
141.537 -// // template<typename I, typename P> I& first(I& i, const P& p) const {
141.538 -// // return graph->first(i, p); }
141.539 -
141.540 -// template<typename I> I getNext(const I& i) const {
141.541 -// return gw.getNext(i); }
141.542 -// template<typename I> I& next(I &i) const { return gw.next(i); }
141.543 -
141.544 -// template< typename It > It first() const {
141.545 -// It e; first(e); return e; }
141.546 -
141.547 -// template< typename It > It first(const Node& v) const {
141.548 -// It e; first(e, v); return e; }
141.549 -
141.550 -// Node target(const Edge& e) const { return gw.target(e); }
141.551 -// Node source(const Edge& e) const { return gw.source(e); }
141.552 -
141.553 -// template<typename I> bool valid(const I& i) const
141.554 -// { return gw.valid(i); }
141.555 -
141.556 -// //template<typename I> void setInvalid(const I &i);
141.557 -// //{ return graph->setInvalid(i); }
141.558 -
141.559 -// int nodeNum() const { return gw.nodeNum(); }
141.560 -// int edgeNum() const { return gw.edgeNum(); }
141.561 -
141.562 -// // template<typename I> Node aNode(const I& e) const {
141.563 -// // return graph->aNode(e); }
141.564 -// // template<typename I> Node bNode(const I& e) const {
141.565 -// // return graph->bNode(e); }
141.566 -
141.567 -// Node addNode() const { return gw.addNode(); }
141.568 -// // FIXME: ez igy nem jo, mert nem
141.569 -// // Edge addEdge(const Node& source, const Node& target) const {
141.570 -// // return graph->addEdge(source, target); }
141.571 -
141.572 -// template<typename I> void erase(const I& i) const { gw.erase(i); }
141.573 -
141.574 -// void clear() const { gw.clear(); }
141.575 -
141.576 -// template<typename T> class NodeMap : public GraphWrapper::NodeMap<T> {
141.577 -// public:
141.578 -// NodeMap(const UndirGraphWrapper<GraphWrapper>& _G) :
141.579 -// GraphWrapper::NodeMap<T>(_G.gw) { }
141.580 -// NodeMap(const UndirGraphWrapper<GraphWrapper>& _G, T a) :
141.581 -// GraphWrapper::NodeMap<T>(_G.gw, a) { }
141.582 -// };
141.583 -
141.584 -// template<typename T> class EdgeMap : public GraphWrapper::EdgeMap<T> {
141.585 -// public:
141.586 -// EdgeMap(const UndirGraphWrapper<GraphWrapper>& _G) :
141.587 -// GraphWrapper::EdgeMap<T>(_G.gw) { }
141.588 -// EdgeMap(const UndirGraphWrapper<GraphWrapper>& _G, T a) :
141.589 -// GraphWrapper::EdgeMap<T>(_G.gw, a) { }
141.590 -// };
141.591 -// };
141.592 -
141.593 -
141.594 - template<typename Graph>
141.595 - class UndirGraphWrapper : public GraphWrapper<Graph> {
141.596 - protected:
141.597 - typedef typename Graph::Edge GraphEdge;
141.598 - typedef typename Graph::OutEdgeIt GraphOutEdgeIt;
141.599 - typedef typename Graph::InEdgeIt GraphInEdgeIt;
141.600 - public:
141.601 - typedef typename GraphWrapper<Graph>::Node Node;
141.602 - typedef typename GraphWrapper<Graph>::NodeIt NodeIt;
141.603 -
141.604 -// UndirGraphWrapper() : GraphWrapper<Graph>() { }
141.605 - UndirGraphWrapper(Graph& _graph) : GraphWrapper<Graph>(_graph) { }
141.606 -
141.607 - class Edge {
141.608 - friend class UndirGraphWrapper<Graph>;
141.609 - protected:
141.610 - bool out_or_in; //true iff out
141.611 - GraphOutEdgeIt out;
141.612 - GraphInEdgeIt in;
141.613 - public:
141.614 - Edge() : out_or_in(), out(), in() { }
141.615 - Edge(const Invalid& i) : out_or_in(false), out(), in(i) { }
141.616 - operator GraphEdge() const {
141.617 - if (out_or_in) return(out); else return(in);
141.618 - }
141.619 -//FIXME
141.620 -//2 edges are equal if they "refer" to the same physical edge
141.621 -//is it good?
141.622 - friend bool operator==(const Edge& u, const Edge& v) {
141.623 - if (v.out_or_in)
141.624 - if (u.out_or_in) return (u.out==v.out); else return (u.out==v.in);
141.625 - //return (u.out_or_in && u.out==v.out);
141.626 - else
141.627 - if (u.out_or_in) return (u.out==v.in); else return (u.in==v.in);
141.628 - //return (!u.out_or_in && u.in==v.in);
141.629 - }
141.630 - friend bool operator!=(const Edge& u, const Edge& v) {
141.631 - if (v.out_or_in)
141.632 - if (u.out_or_in) return (u.out!=v.out); else return (u.out!=v.in);
141.633 - //return (!u.out_or_in || u.out!=v.out);
141.634 - else
141.635 - if (u.out_or_in) return (u.out!=v.in); else return (u.in!=v.in);
141.636 - //return (u.out_or_in || u.in!=v.in);
141.637 - }
141.638 - };
141.639 -
141.640 - class OutEdgeIt : public Edge {
141.641 - friend class UndirGraphWrapper<Graph>;
141.642 - public:
141.643 - OutEdgeIt() : Edge() { }
141.644 - OutEdgeIt(const Invalid& i) : Edge(i) { }
141.645 - OutEdgeIt(const UndirGraphWrapper<Graph>& _G, const Node& n)
141.646 - : Edge() {
141.647 - out_or_in=true; _G.graph->first(out, n);
141.648 - if (!(_G.graph->valid(out))) { out_or_in=false; _G.graph->first(in, n); }
141.649 - }
141.650 - };
141.651 -
141.652 - typedef OutEdgeIt InEdgeIt;
141.653 -
141.654 - class EdgeIt : public Edge {
141.655 - friend class UndirGraphWrapper<Graph>;
141.656 - protected:
141.657 - NodeIt v;
141.658 - public:
141.659 - EdgeIt() : Edge() { }
141.660 - EdgeIt(const Invalid& i) : Edge(i) { }
141.661 - EdgeIt(const UndirGraphWrapper<Graph>& _G)
141.662 - : Edge() {
141.663 - out_or_in=true;
141.664 - //Node v;
141.665 - _G.first(v);
141.666 - if (_G.valid(v)) _G.graph->first(out); else out=INVALID;
141.667 - while (_G.valid(v) && !_G.graph->valid(out)) {
141.668 - _G.graph->next(v);
141.669 - if (_G.valid(v)) _G.graph->first(out);
141.670 - }
141.671 - }
141.672 - };
141.673 -
141.674 - OutEdgeIt& first(OutEdgeIt& e, const Node& n) const {
141.675 - e.out_or_in=true; graph->first(e.out, n);
141.676 - if (!(graph->valid(e.out))) { e.out_or_in=false; graph->first(e.in, n); }
141.677 - return e;
141.678 - }
141.679 -
141.680 - EdgeIt& first(EdgeIt& e) const {
141.681 - e.out_or_in=true;
141.682 - //NodeIt v;
141.683 - first(e.v);
141.684 - if (valid(e.v)) graph->first(e.out, e.v); else e.out=INVALID;
141.685 - while (valid(e.v) && !graph->valid(e.out)) {
141.686 - graph->next(e.v);
141.687 - if (valid(e.v)) graph->first(e.out, e.v);
141.688 - }
141.689 - return e;
141.690 - }
141.691 -
141.692 - template<typename I> I& first(I& i) const { graph->first(i); return i; }
141.693 - template<typename I, typename P> I& first(I& i, const P& p) const {
141.694 - graph->first(i, p); return i; }
141.695 -
141.696 - OutEdgeIt& next(OutEdgeIt& e) const {
141.697 - if (e.out_or_in) {
141.698 - Node n=graph->source(e.out);
141.699 - graph->next(e.out);
141.700 - if (!graph->valid(e.out)) { e.out_or_in=false; graph->first(e.in, n); }
141.701 - } else {
141.702 - graph->next(e.in);
141.703 - }
141.704 - return e;
141.705 - }
141.706 -
141.707 - EdgeIt& next(EdgeIt& e) const {
141.708 - //NodeIt v=source(e);
141.709 - graph->next(e.out);
141.710 - while (valid(e.v) && !graph->valid(e.out)) {
141.711 - next(e.v);
141.712 - if (valid(e.v)) graph->first(e.out, e.v);
141.713 - }
141.714 - return e;
141.715 - }
141.716 -
141.717 - template<typename I> I& next(I &i) const { return graph->next(i); }
141.718 -// template<typename I> I getNext(const I& i) const { return gw.getNext(i); }
141.719 -
141.720 - template< typename It > It first() const {
141.721 - It e; this->first(e); return e; }
141.722 -
141.723 - template< typename It > It first(const Node& v) const {
141.724 - It e; this->first(e, v); return e; }
141.725 -
141.726 -// Node target(const Edge& e) const { return gw.target(e); }
141.727 -// Node source(const Edge& e) const { return gw.source(e); }
141.728 -
141.729 -// template<typename I> bool valid(const I& i) const
141.730 -// { return gw.valid(i); }
141.731 -
141.732 -// int nodeNum() const { return gw.nodeNum(); }
141.733 -// int edgeNum() const { return gw.edgeNum(); }
141.734 -
141.735 -// template<typename I> Node aNode(const I& e) const {
141.736 -// return graph->aNode(e); }
141.737 -// template<typename I> Node bNode(const I& e) const {
141.738 -// return graph->bNode(e); }
141.739 -
141.740 - Node aNode(const OutEdgeIt& e) const {
141.741 - if (e.out_or_in) return graph->source(e); else return graph->target(e); }
141.742 - Node bNode(const OutEdgeIt& e) const {
141.743 - if (e.out_or_in) return graph->target(e); else return graph->source(e); }
141.744 -
141.745 -// Node addNode() const { return gw.addNode(); }
141.746 -
141.747 -// FIXME: ez igy nem jo, mert nem
141.748 -// Edge addEdge(const Node& source, const Node& target) const {
141.749 -// return graph->addEdge(source, target); }
141.750 -
141.751 -// template<typename I> void erase(const I& i) const { gw.erase(i); }
141.752 -
141.753 -// void clear() const { gw.clear(); }
141.754 -
141.755 -// template<typename T> class NodeMap : public Graph::NodeMap<T> {
141.756 -// public:
141.757 -// NodeMap(const UndirGraphWrapper<Graph>& _G) :
141.758 -// Graph::NodeMap<T>(_G.gw) { }
141.759 -// NodeMap(const UndirGraphWrapper<Graph>& _G, T a) :
141.760 -// Graph::NodeMap<T>(_G.gw, a) { }
141.761 -// };
141.762 -
141.763 -// template<typename T> class EdgeMap :
141.764 -// public GraphWrapper<Graph>::EdgeMap<T> {
141.765 -// public:
141.766 -// EdgeMap(const UndirGraphWrapper<Graph>& _G) :
141.767 -// GraphWrapper<Graph>::EdgeMap<T>(_G.gw) { }
141.768 -// EdgeMap(const UndirGraphWrapper<Graph>& _G, T a) :
141.769 -// Graph::EdgeMap<T>(_G.gw, a) { }
141.770 -// };
141.771 - };
141.772 -
141.773 -
141.774 -
141.775 -
141.776 -
141.777 -// template<typename Graph>
141.778 -// class SymGraphWrapper
141.779 -// {
141.780 -// Graph* graph;
141.781 -
141.782 -// public:
141.783 -// typedef Graph BaseGraph;
141.784 -
141.785 -// typedef typename Graph::Node Node;
141.786 -// typedef typename Graph::Edge Edge;
141.787 -
141.788 -// typedef typename Graph::NodeIt NodeIt;
141.789 -
141.790 -// //FIXME tag-ekkel megcsinalni, hogy abbol csinaljon
141.791 -// //iranyitatlant, ami van
141.792 -// //mert csak 1 dolgot lehet be typedef-elni
141.793 -// typedef typename Graph::OutEdgeIt SymEdgeIt;
141.794 -// //typedef typename Graph::InEdgeIt SymEdgeIt;
141.795 -// //typedef typename Graph::SymEdgeIt SymEdgeIt;
141.796 -// typedef typename Graph::EdgeIt EdgeIt;
141.797 -
141.798 -// int nodeNum() const { return graph->nodeNum(); }
141.799 -// int edgeNum() const { return graph->edgeNum(); }
141.800 -
141.801 -// template<typename I> I& first(I& i) const { return graph->first(i); }
141.802 -// template<typename I, typename P> I& first(I& i, const P& p) const {
141.803 -// return graph->first(i, p); }
141.804 -// //template<typename I> I next(const I i); { return graph->goNext(i); }
141.805 -// //template<typename I> I &goNext(I &i); { return graph->goNext(i); }
141.806 -
141.807 -// template< typename It > It first() const {
141.808 -// It e; first(e); return e; }
141.809 -
141.810 -// template< typename It > It first(Node v) const {
141.811 -// It e; first(e, v); return e; }
141.812 -
141.813 -// Node target(const Edge& e) const { return graph->target(e); }
141.814 -// Node source(const Edge& e) const { return graph->source(e); }
141.815 -
141.816 -// template<typename I> Node aNode(const I& e) const {
141.817 -// return graph->aNode(e); }
141.818 -// template<typename I> Node bNode(const I& e) const {
141.819 -// return graph->bNode(e); }
141.820 -
141.821 -// //template<typename I> bool valid(const I i);
141.822 -// //{ return graph->valid(i); }
141.823 -
141.824 -// //template<typename I> void setInvalid(const I &i);
141.825 -// //{ return graph->setInvalid(i); }
141.826 -
141.827 -// Node addNode() { return graph->addNode(); }
141.828 -// Edge addEdge(const Node& source, const Node& target) {
141.829 -// return graph->addEdge(source, target); }
141.830 -
141.831 -// template<typename I> void erase(const I& i) { graph->erase(i); }
141.832 -
141.833 -// void clear() { graph->clear(); }
141.834 -
141.835 -// template<typename T> class NodeMap : public Graph::NodeMap<T> { };
141.836 -// template<typename T> class EdgeMap : public Graph::EdgeMap<T> { };
141.837 -
141.838 -// void setGraph(Graph& _graph) { graph = &_graph; }
141.839 -// Graph& getGraph() { return (*graph); }
141.840 -
141.841 -// //SymGraphWrapper() : graph(0) { }
141.842 -// SymGraphWrapper(Graph& _graph) : graph(&_graph) { }
141.843 -// };
141.844 -
141.845 -
141.846 - template<typename Graph, typename Number, typename FlowMap, typename CapacityMap>
141.847 - class ResGraphWrapper : public GraphWrapper<Graph>{
141.848 - public:
141.849 - typedef typename GraphWrapper<Graph>::Node Node;
141.850 - typedef typename GraphWrapper<Graph>::NodeIt NodeIt;
141.851 - protected:
141.852 - typedef typename Graph::OutEdgeIt OldOutEdgeIt;
141.853 - typedef typename Graph::InEdgeIt OldInEdgeIt;
141.854 - FlowMap* flow;
141.855 - const CapacityMap* capacity;
141.856 - public:
141.857 -
141.858 - ResGraphWrapper(Graph& _graph, FlowMap& _flow,
141.859 - const CapacityMap& _capacity) :
141.860 - GraphWrapper<Graph>(_graph), flow(&_flow), capacity(&_capacity) { }
141.861 -
141.862 - class Edge;
141.863 - class OutEdgeIt;
141.864 - friend class Edge;
141.865 - friend class OutEdgeIt;
141.866 -
141.867 - class Edge {
141.868 - friend class ResGraphWrapper<Graph, Number, FlowMap, CapacityMap>;
141.869 - protected:
141.870 - bool out_or_in; //true, iff out
141.871 - OldOutEdgeIt out;
141.872 - OldInEdgeIt in;
141.873 - public:
141.874 - Edge() : out_or_in(true) { }
141.875 - Edge(const Invalid& i) : out_or_in(false), out(), in(i) { }
141.876 -// bool valid() const {
141.877 -// return out_or_in && out.valid() || in.valid(); }
141.878 - friend bool operator==(const Edge& u, const Edge& v) {
141.879 - if (v.out_or_in)
141.880 - return (u.out_or_in && u.out==v.out);
141.881 - else
141.882 - return (!u.out_or_in && u.in==v.in);
141.883 - }
141.884 - friend bool operator!=(const Edge& u, const Edge& v) {
141.885 - if (v.out_or_in)
141.886 - return (!u.out_or_in || u.out!=v.out);
141.887 - else
141.888 - return (u.out_or_in || u.in!=v.in);
141.889 - }
141.890 - };
141.891 -
141.892 -
141.893 - class OutEdgeIt : public Edge {
141.894 - friend class ResGraphWrapper<Graph, Number, FlowMap, CapacityMap>;
141.895 - public:
141.896 - OutEdgeIt() { }
141.897 - //FIXME
141.898 - OutEdgeIt(const Edge& e) : Edge(e) { }
141.899 - OutEdgeIt(const Invalid& i) : Edge(i) { }
141.900 - protected:
141.901 - OutEdgeIt(const ResGraphWrapper<Graph, Number, FlowMap, CapacityMap>& resG, Node v) : Edge() {
141.902 - resG.graph->first(out, v);
141.903 - while( resG.graph->valid(out) && !(resG.resCap(out)>0) ) { resG.graph->next(out); }
141.904 - if (!resG.graph->valid(out)) {
141.905 - out_or_in=0;
141.906 - resG.graph->first(in, v);
141.907 - while( resG.graph->valid(in) && !(resG.resCap(in)>0) ) { resG.graph->next(in); }
141.908 - }
141.909 - }
141.910 -// public:
141.911 -// OutEdgeIt& operator++() {
141.912 -// if (out_or_in) {
141.913 -// Node v=/*resG->*/G->aNode(out);
141.914 -// ++out;
141.915 -// while( out.valid() && !(Edge::resCap()>0) ) { ++out; }
141.916 -// if (!out.valid()) {
141.917 -// out_or_in=0;
141.918 -// G->first(in, v);
141.919 -// while( in.valid() && !(Edge::resCap()>0) ) { ++in; }
141.920 -// }
141.921 -// } else {
141.922 -// ++in;
141.923 -// while( in.valid() && !(Edge::resCap()>0) ) { ++in; }
141.924 -// }
141.925 -// return *this;
141.926 -// }
141.927 - };
141.928 -
141.929 - //FIXME This is just for having InEdgeIt
141.930 - typedef void InEdgeIt;
141.931 -
141.932 - class EdgeIt : public Edge {
141.933 - friend class ResGraphWrapper<Graph, Number, FlowMap, CapacityMap>;
141.934 - NodeIt v;
141.935 - public:
141.936 - EdgeIt() { }
141.937 - //EdgeIt(const EdgeIt& e) : Edge(e), v(e.v) { }
141.938 - EdgeIt(const Invalid& i) : Edge(i) { }
141.939 - EdgeIt(const ResGraphWrapper<Graph, Number, FlowMap, CapacityMap>& resG) : Edge() {
141.940 - resG.graph->first(v);
141.941 - if (resG.graph->valid(v)) resG.graph->first(out, v); else out=INVALID;
141.942 - while (resG.graph->valid(out) && !(resG.resCap(out)>0) ) { resG.graph->next(out); }
141.943 - while (resG.graph->valid(v) && !resG.graph->valid(out)) {
141.944 - resG.graph->next(v);
141.945 - if (resG.graph->valid(v)) resG.graph->first(out, v);
141.946 - while (resG.graph->valid(out) && !(resG.resCap(out)>0) ) { resG.graph->next(out); }
141.947 - }
141.948 - if (!resG.graph->valid(out)) {
141.949 - out_or_in=0;
141.950 - resG.graph->first(v);
141.951 - if (resG.graph->valid(v)) resG.graph->first(in, v); else in=INVALID;
141.952 - while (resG.graph->valid(in) && !(resG.resCap(in)>0) ) { resG.graph->next(in); }
141.953 - while (resG.graph->valid(v) && !resG.graph->valid(in)) {
141.954 - resG.graph->next(v);
141.955 - if (resG.graph->valid(v)) resG.graph->first(in, v);
141.956 - while (resG.graph->valid(in) && !(resG.resCap(in)>0) ) { resG.graph->next(in); }
141.957 - }
141.958 - }
141.959 - }
141.960 -// EdgeIt& operator++() {
141.961 -// if (out_or_in) {
141.962 -// ++out;
141.963 -// while (out.valid() && !(Edge::resCap()>0) ) { ++out; }
141.964 -// while (v.valid() && !out.valid()) {
141.965 -// ++v;
141.966 -// if (v.valid()) G->first(out, v);
141.967 -// while (out.valid() && !(Edge::resCap()>0) ) { ++out; }
141.968 -// }
141.969 -// if (!out.valid()) {
141.970 -// out_or_in=0;
141.971 -// G->first(v);
141.972 -// if (v.valid()) G->first(in, v); else in=OldInEdgeIt();
141.973 -// while (in.valid() && !(Edge::resCap()>0) ) { ++in; }
141.974 -// while (v.valid() && !in.valid()) {
141.975 -// ++v;
141.976 -// if (v.valid()) G->first(in, v);
141.977 -// while (in.valid() && !(Edge::resCap()>0) ) { ++in; }
141.978 -// }
141.979 -// }
141.980 -// } else {
141.981 -// ++in;
141.982 -// while (in.valid() && !(Edge::resCap()>0) ) { ++in; }
141.983 -// while (v.valid() && !in.valid()) {
141.984 -// ++v;
141.985 -// if (v.valid()) G->first(in, v);
141.986 -// while (in.valid() && !(Edge::resCap()>0) ) { ++in; }
141.987 -// }
141.988 -// }
141.989 -// return *this;
141.990 -// }
141.991 - };
141.992 -
141.993 - NodeIt& first(NodeIt& v) const { graph->first(v); return v; }
141.994 - OutEdgeIt& first(OutEdgeIt& e, Node v) const {
141.995 - e=OutEdgeIt(*this, v);
141.996 - return e;
141.997 - }
141.998 - EdgeIt& first(EdgeIt& e) const {
141.999 - e=EdgeIt(*this);
141.1000 - return e;
141.1001 - }
141.1002 -
141.1003 - NodeIt& next(NodeIt& n) const { return graph->next(n); }
141.1004 -
141.1005 - OutEdgeIt& next(OutEdgeIt& e) const {
141.1006 - if (e.out_or_in) {
141.1007 - Node v=graph->aNode(e.out);
141.1008 - graph->next(e.out);
141.1009 - while( graph->valid(e.out) && !(resCap(e.out)>0) ) { graph->next(e.out); }
141.1010 - if (!graph->valid(e.out)) {
141.1011 - e.out_or_in=0;
141.1012 - graph->first(e.in, v);
141.1013 - while( graph->valid(e.in) && !(resCap(e.in)>0) ) { graph->next(e.in); }
141.1014 - }
141.1015 - } else {
141.1016 - graph->next(e.in);
141.1017 - while( graph->valid(e.in) && !(resCap(e.in)>0) ) { graph->next(e.in); }
141.1018 - }
141.1019 - return e;
141.1020 - }
141.1021 -
141.1022 - EdgeIt& next(EdgeIt& e) const {
141.1023 - if (e.out_or_in) {
141.1024 - graph->next(e.out);
141.1025 - while (graph->valid(e.out) && !(resCap(e.out)>0) ) { graph->next(e.out); }
141.1026 - while (graph->valid(e.v) && !graph->valid(e.out)) {
141.1027 - graph->next(e.v);
141.1028 - if (graph->valid(e.v)) graph->first(e.out, e.v);
141.1029 - while (graph->valid(e.out) && !(resCap(e.out)>0) ) { graph->next(e.out); }
141.1030 - }
141.1031 - if (!graph->valid(e.out)) {
141.1032 - e.out_or_in=0;
141.1033 - graph->first(e.v);
141.1034 - if (graph->valid(e.v)) graph->first(e.in, e.v); else e.in=INVALID;
141.1035 - while (graph->valid(e.in) && !(resCap(e.in)>0) ) { graph->next(e.in); }
141.1036 - while (graph->valid(e.v) && !graph->valid(e.in)) {
141.1037 - graph->next(e.v);
141.1038 - if (graph->valid(e.v)) graph->first(e.in, e.v);
141.1039 - while (graph->valid(e.in) && !(resCap(e.in)>0) ) { graph->next(e.in); }
141.1040 - }
141.1041 - }
141.1042 - } else {
141.1043 - graph->next(e.in);
141.1044 - while (graph->valid(e.in) && !(resCap(e.in)>0) ) { graph->next(e.in); }
141.1045 - while (graph->valid(e.v) && !graph->valid(e.in)) {
141.1046 - graph->next(e.v);
141.1047 - if (graph->valid(e.v)) graph->first(e.in, e.v);
141.1048 - while (graph->valid(e.in) && !(resCap(e.in)>0) ) { graph->next(e.in); }
141.1049 - }
141.1050 - }
141.1051 - return e;
141.1052 - }
141.1053 -
141.1054 -
141.1055 - template< typename It >
141.1056 - It first() const {
141.1057 - It e;
141.1058 - first(e);
141.1059 - return e;
141.1060 - }
141.1061 -
141.1062 - template< typename It >
141.1063 - It first(Node v) const {
141.1064 - It e;
141.1065 - first(e, v);
141.1066 - return e;
141.1067 - }
141.1068 -
141.1069 - Node source(Edge e) const {
141.1070 - return ((e.out_or_in) ? graph->aNode(e.out) : graph->aNode(e.in)); }
141.1071 - Node target(Edge e) const {
141.1072 - return ((e.out_or_in) ? graph->bNode(e.out) : graph->bNode(e.in)); }
141.1073 -
141.1074 - Node aNode(OutEdgeIt e) const {
141.1075 - return ((e.out_or_in) ? graph->aNode(e.out) : graph->aNode(e.in)); }
141.1076 - Node bNode(OutEdgeIt e) const {
141.1077 - return ((e.out_or_in) ? graph->bNode(e.out) : graph->bNode(e.in)); }
141.1078 -
141.1079 - int nodeNum() const { return graph->nodeNum(); }
141.1080 - //FIXME
141.1081 - //int edgeNum() const { return graph->edgeNum(); }
141.1082 -
141.1083 -
141.1084 - int id(Node v) const { return graph->id(v); }
141.1085 -
141.1086 - bool valid(Node n) const { return graph->valid(n); }
141.1087 - bool valid(Edge e) const {
141.1088 - return e.out_or_in ? graph->valid(e.out) : graph->valid(e.in); }
141.1089 -
141.1090 - void augment(const Edge& e, Number a) const {
141.1091 - if (e.out_or_in)
141.1092 - flow->set(e.out, flow->get(e.out)+a);
141.1093 - else
141.1094 - flow->set(e.in, flow->get(e.in)-a);
141.1095 - }
141.1096 -
141.1097 - Number resCap(const Edge& e) const {
141.1098 - if (e.out_or_in)
141.1099 - return (capacity->get(e.out)-flow->get(e.out));
141.1100 - else
141.1101 - return (flow->get(e.in));
141.1102 - }
141.1103 -
141.1104 - Number resCap(OldOutEdgeIt out) const {
141.1105 - return (capacity->get(out)-flow->get(out));
141.1106 - }
141.1107 -
141.1108 - Number resCap(OldInEdgeIt in) const {
141.1109 - return (flow->get(in));
141.1110 - }
141.1111 -
141.1112 -// template<typename T> class NodeMap : public Graph::NodeMap<T> {
141.1113 -// public:
141.1114 -// NodeMap(const ResGraphWrapper<Graph, Number, FlowMap, CapacityMap>& _G)
141.1115 -// : Graph::NodeMap<T>(_G.gw) { }
141.1116 -// NodeMap(const ResGraphWrapper<Graph, Number, FlowMap, CapacityMap>& _G,
141.1117 -// T a) : Graph::NodeMap<T>(_G.gw, a) { }
141.1118 -// };
141.1119 -
141.1120 -// template <typename T>
141.1121 -// class NodeMap {
141.1122 -// typename Graph::NodeMap<T> node_map;
141.1123 -// public:
141.1124 -// NodeMap(const ResGraphWrapper<Graph, Number, FlowMap, CapacityMap>& _G) : node_map(*(_G.graph)) { }
141.1125 -// NodeMap(const ResGraphWrapper<Graph, Number, FlowMap, CapacityMap>& _G, T a) : node_map(*(_G.graph), a) { }
141.1126 -// void set(Node nit, T a) { node_map.set(nit, a); }
141.1127 -// T get(Node nit) const { return node_map.get(nit); }
141.1128 -// };
141.1129 -
141.1130 - template <typename T>
141.1131 - class EdgeMap {
141.1132 - typename Graph::EdgeMap<T> forward_map, backward_map;
141.1133 - public:
141.1134 - EdgeMap(const ResGraphWrapper<Graph, Number, FlowMap, CapacityMap>& _G) : forward_map(*(_G.graph)), backward_map(*(_G.graph)) { }
141.1135 - EdgeMap(const ResGraphWrapper<Graph, Number, FlowMap, CapacityMap>& _G, T a) : forward_map(*(_G.graph), a), backward_map(*(_G.graph), a) { }
141.1136 - void set(Edge e, T a) {
141.1137 - if (e.out_or_in)
141.1138 - forward_map.set(e.out, a);
141.1139 - else
141.1140 - backward_map.set(e.in, a);
141.1141 - }
141.1142 - T get(Edge e) {
141.1143 - if (e.out_or_in)
141.1144 - return forward_map.get(e.out);
141.1145 - else
141.1146 - return backward_map.get(e.in);
141.1147 - }
141.1148 - };
141.1149 - };
141.1150 -
141.1151 - //ErasingFirstGraphWrapper for blocking flows
141.1152 - template<typename Graph, typename FirstOutEdgesMap>
141.1153 - class ErasingFirstGraphWrapper : public GraphWrapper<Graph> {
141.1154 - protected:
141.1155 - FirstOutEdgesMap* first_out_edges;
141.1156 - public:
141.1157 - typedef typename GraphWrapper<Graph>::Node Node;
141.1158 - typedef typename GraphWrapper<Graph>::NodeIt NodeIt;
141.1159 - typedef typename GraphWrapper<Graph>::Edge Edge;
141.1160 - typedef typename GraphWrapper<Graph>::EdgeIt EdgeIt;
141.1161 - typedef typename GraphWrapper<Graph>::InEdgeIt InEdgeIt;
141.1162 - typedef typename GraphWrapper<Graph>::OutEdgeIt OutEdgeIt;
141.1163 -
141.1164 - ErasingFirstGraphWrapper(Graph& _graph,
141.1165 - FirstOutEdgesMap& _first_out_edges) :
141.1166 - GraphWrapper<Graph>(_graph), first_out_edges(&_first_out_edges) { }
141.1167 -
141.1168 - template<typename I> I& first(I& i) const {
141.1169 - graph->first(i);
141.1170 - return i;
141.1171 - }
141.1172 - OutEdgeIt& first(OutEdgeIt& e, const Node& n) const {
141.1173 - e=first_out_edges->get(n);
141.1174 - return e;
141.1175 - }
141.1176 - template<typename I, typename P> I& first(I& i, const P& p) const {
141.1177 - graph->first(i, p);
141.1178 - return i;
141.1179 - }
141.1180 -
141.1181 - //template<typename I> I getNext(const I& i) const {
141.1182 - // return gw.getNext(i);
141.1183 - //}
141.1184 - template<typename I> I& next(I &i) const {
141.1185 - graph->next(i);
141.1186 - return i;
141.1187 - }
141.1188 -
141.1189 - template< typename It > It first() const {
141.1190 - It e; this->first(e); return e; }
141.1191 -
141.1192 - template< typename It > It first(const Node& v) const {
141.1193 - It e; this->first(e, v); return e; }
141.1194 -
141.1195 - void erase(const OutEdgeIt& e) const {
141.1196 - OutEdgeIt f=e;
141.1197 - this->next(f);
141.1198 - first_out_edges->set(this->source(e), f);
141.1199 - }
141.1200 - };
141.1201 -
141.1202 -// // FIXME: comparison should be made better!!!
141.1203 -// template<typename Graph, typename T, typename LowerMap, typename FlowMap, typename UpperMap>
141.1204 -// class ResGraphWrapper
141.1205 -// {
141.1206 -// Graph* graph;
141.1207 -
141.1208 -// public:
141.1209 -// typedef Graph BaseGraph;
141.1210 -
141.1211 -// typedef typename Graph::Node Node;
141.1212 -// typedef typename Graph::Edge Edge;
141.1213 -
141.1214 -// typedef typename Graph::NodeIt NodeIt;
141.1215 -
141.1216 -// class OutEdgeIt {
141.1217 -// public:
141.1218 -// //Graph::Node n;
141.1219 -// bool out_or_in;
141.1220 -// typename Graph::OutEdgeIt o;
141.1221 -// typename Graph::InEdgeIt i;
141.1222 -// };
141.1223 -// class InEdgeIt {
141.1224 -// public:
141.1225 -// //Graph::Node n;
141.1226 -// bool out_or_in;
141.1227 -// typename Graph::OutEdgeIt o;
141.1228 -// typename Graph::InEdgeIt i;
141.1229 -// };
141.1230 -// typedef typename Graph::SymEdgeIt SymEdgeIt;
141.1231 -// typedef typename Graph::EdgeIt EdgeIt;
141.1232 -
141.1233 -// int nodeNum() const { return gw.nodeNum(); }
141.1234 -// int edgeNum() const { return gw.edgeNum(); }
141.1235 -
141.1236 -// Node& first(Node& n) const { return gw.first(n); }
141.1237 -
141.1238 -// // Edge and SymEdge is missing!!!!
141.1239 -// // Edge <-> In/OutEdgeIt conversion is missing!!!!
141.1240 -
141.1241 -// //FIXME
141.1242 -// OutEdgeIt& first(OutEdgeIt& e, const Node& n) const
141.1243 -// {
141.1244 -// e.n=n;
141.1245 -// gw.first(e.o,n);
141.1246 -// while(gw.valid(e.o) && fmap.get(e.o)>=himap.get(e.o))
141.1247 -// gw.goNext(e.o);
141.1248 -// if(!gw.valid(e.o)) {
141.1249 -// gw.first(e.i,n);
141.1250 -// while(gw.valid(e.i) && fmap.get(e.i)<=lomap.get(e.i))
141.1251 -// gw.goNext(e.i);
141.1252 -// }
141.1253 -// return e;
141.1254 -// }
141.1255 -// /*
141.1256 -// OutEdgeIt &goNext(OutEdgeIt &e)
141.1257 -// {
141.1258 -// if(gw.valid(e.o)) {
141.1259 -// while(gw.valid(e.o) && fmap.get(e.o)>=himap.get(e.o))
141.1260 -// gw.goNext(e.o);
141.1261 -// if(gw.valid(e.o)) return e;
141.1262 -// else gw.first(e.i,e.n);
141.1263 -// }
141.1264 -// else {
141.1265 -// while(gw.valid(e.i) && fmap.get(e.i)<=lomap.get(e.i))
141.1266 -// gw.goNext(e.i);
141.1267 -// return e;
141.1268 -// }
141.1269 -// }
141.1270 -// OutEdgeIt Next(const OutEdgeIt &e) {OutEdgeIt t(e); return goNext(t);}
141.1271 -// */
141.1272 -// //bool valid(const OutEdgeIt e) { return gw.valid(e.o)||gw.valid(e.i);}
141.1273 -
141.1274 -// //FIXME
141.1275 -// InEdgeIt& first(InEdgeIt& e, const Node& n) const
141.1276 -// {
141.1277 -// e.n=n;
141.1278 -// gw.first(e.i,n);
141.1279 -// while(gw.valid(e.i) && fmap.get(e.i)>=himap.get(e.i))
141.1280 -// gw.goNext(e.i);
141.1281 -// if(!gw.valid(e.i)) {
141.1282 -// gw.first(e.o,n);
141.1283 -// while(gw.valid(e.o) && fmap.get(e.o)<=lomap.get(e.o))
141.1284 -// gw.goNext(e.o);
141.1285 -// }
141.1286 -// return e;
141.1287 -// }
141.1288 -// /*
141.1289 -// InEdgeIt &goNext(InEdgeIt &e)
141.1290 -// {
141.1291 -// if(gw.valid(e.i)) {
141.1292 -// while(gw.valid(e.i) && fmap.get(e.i)>=himap.get(e.i))
141.1293 -// gw.goNext(e.i);
141.1294 -// if(gw.valid(e.i)) return e;
141.1295 -// else gw.first(e.o,e.n);
141.1296 -// }
141.1297 -// else {
141.1298 -// while(gw.valid(e.o) && fmap.get(e.o)<=lomap.get(e.o))
141.1299 -// gw.goNext(e.o);
141.1300 -// return e;
141.1301 -// }
141.1302 -// }
141.1303 -// InEdgeIt Next(const InEdgeIt &e) {InEdgeIt t(e); return goNext(t);}
141.1304 -// */
141.1305 -// //bool valid(const InEdgeIt e) { return gw.valid(e.i)||gw.valid(e.o);}
141.1306 -
141.1307 -// //template<typename I> I &goNext(I &i); { return gw.goNext(i); }
141.1308 -// //template<typename I> I next(const I i); { return gw.goNext(i); }
141.1309 -
141.1310 -// template< typename It > It first() const {
141.1311 -// It e; first(e); return e; }
141.1312 -
141.1313 -// template< typename It > It first(Node v) const {
141.1314 -// It e; first(e, v); return e; }
141.1315 -
141.1316 -// Node target(const Edge& e) const { return gw.target(e); }
141.1317 -// Node source(const Edge& e) const { return gw.source(e); }
141.1318 -
141.1319 -// template<typename I> Node aNode(const I& e) const {
141.1320 -// return gw.aNode(e); }
141.1321 -// template<typename I> Node bNode(const I& e) const {
141.1322 -// return gw.bNode(e); }
141.1323 -
141.1324 -// //template<typename I> bool valid(const I i);
141.1325 -// //{ return gw.valid(i); }
141.1326 -
141.1327 -// //template<typename I> void setInvalid(const I &i);
141.1328 -// //{ return gw.setInvalid(i); }
141.1329 -
141.1330 -// Node addNode() { return gw.addNode(); }
141.1331 -// Edge addEdge(const Node& source, const Node& target) {
141.1332 -// return gw.addEdge(source, target); }
141.1333 -
141.1334 -// template<typename I> void erase(const I& i) { gw.erase(i); }
141.1335 -
141.1336 -// void clear() { gw.clear(); }
141.1337 -
141.1338 -// template<typename S> class NodeMap : public Graph::NodeMap<S> { };
141.1339 -// template<typename S> class EdgeMap : public Graph::EdgeMap<S> { };
141.1340 -
141.1341 -// void setGraph(Graph& _graph) { graph = &_graph; }
141.1342 -// Graph& getGraph() { return (*graph); }
141.1343 -
141.1344 -// //ResGraphWrapper() : graph(0) { }
141.1345 -// ResGraphWrapper(Graph& _graph) : graph(&_graph) { }
141.1346 -// };
141.1347 -
141.1348 -} //namespace lemon
141.1349 -
141.1350 -#endif //LEMON_GRAPH_WRAPPER_H
141.1351 -
142.1 --- a/src/work/marci/experiment/graph_wrapper_st_ostream_op.h Sun Apr 17 18:57:22 2005 +0000
142.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
142.3 @@ -1,1653 +0,0 @@
142.4 -// -*- c++ -*-
142.5 -#ifndef LEMON_GRAPH_WRAPPER_H
142.6 -#define LEMON_GRAPH_WRAPPER_H
142.7 -
142.8 -#include <invalid.h>
142.9 -#include <iter_map.h>
142.10 -
142.11 -namespace lemon {
142.12 -
142.13 - // Graph wrappers
142.14 -
142.15 - /// \addtogroup gwrappers
142.16 - /// A main parts of LEMON are the different graph structures,
142.17 - /// generic graph algorithms, graph concepts which couple these, and
142.18 - /// graph wrappers. While the previous ones are more or less clear, the
142.19 - /// latter notion needs further explanation.
142.20 - /// Graph wrappers are graph classes which serve for considering graph
142.21 - /// structures in different ways. A short example makes the notion much
142.22 - /// clearer.
142.23 - /// Suppose that we have an instance \c g of a directed graph
142.24 - /// type say \c ListGraph and an algorithm
142.25 - /// \code template<typename Graph> int algorithm(const Graph&); \endcode
142.26 - /// is needed to run on the reversely oriented graph.
142.27 - /// It may be expensive (in time or in memory usage) to copy
142.28 - /// \c g with the reverse orientation.
142.29 - /// Thus, a wrapper class
142.30 - /// \code template<typename Graph> class RevGraphWrapper; \endcode is used.
142.31 - /// The code looks as follows
142.32 - /// \code
142.33 - /// ListGraph g;
142.34 - /// RevGraphWrapper<ListGraph> rgw(g);
142.35 - /// int result=algorithm(rgw);
142.36 - /// \endcode
142.37 - /// After running the algorithm, the original graph \c g
142.38 - /// remains untouched. Thus the graph wrapper used above is to consider the
142.39 - /// original graph with reverse orientation.
142.40 - /// This techniques gives rise to an elegant code, and
142.41 - /// based on stable graph wrappers, complex algorithms can be
142.42 - /// implemented easily.
142.43 - /// In flow, circulation and bipartite matching problems, the residual
142.44 - /// graph is of particular importance. Combining a wrapper implementing
142.45 - /// this, shortest path algorithms and minimum mean cycle algorithms,
142.46 - /// a range of weighted and cardinality optimization algorithms can be
142.47 - /// obtained. For lack of space, for other examples,
142.48 - /// the interested user is referred to the detailed documentation of graph
142.49 - /// wrappers.
142.50 - /// The behavior of graph wrappers can be very different. Some of them keep
142.51 - /// capabilities of the original graph while in other cases this would be
142.52 - /// meaningless. This means that the concepts that they are a model of depend
142.53 - /// on the graph wrapper, and the wrapped graph(s).
142.54 - /// If an edge of \c rgw is deleted, this is carried out by
142.55 - /// deleting the corresponding edge of \c g. But for a residual
142.56 - /// graph, this operation has no sense.
142.57 - /// Let we stand one more example here to simplify your work.
142.58 - /// wrapper class
142.59 - /// \code template<typename Graph> class RevGraphWrapper; \endcode
142.60 - /// has constructor
142.61 - /// <tt> RevGraphWrapper(Graph& _g)</tt>.
142.62 - /// This means that in a situation,
142.63 - /// when a <tt> const ListGraph& </tt> reference to a graph is given,
142.64 - /// then it have to be instantiated with <tt>Graph=const ListGraph</tt>.
142.65 - /// \code
142.66 - /// int algorithm1(const ListGraph& g) {
142.67 - /// RevGraphWrapper<const ListGraph> rgw(g);
142.68 - /// return algorithm2(rgw);
142.69 - /// }
142.70 - /// \endcode
142.71 -
142.72 - /// \addtogroup gwrappers
142.73 - /// @{
142.74 -
142.75 - ///Base type for the Graph Wrappers
142.76 -
142.77 - ///This is the base type for the Graph Wrappers.
142.78 - ///\todo Some more docs...
142.79 -
142.80 - template<typename Graph>
142.81 - class GraphWrapper {
142.82 - protected:
142.83 - Graph* graph;
142.84 -
142.85 - public:
142.86 - typedef Graph BaseGraph;
142.87 - typedef Graph ParentGraph;
142.88 -
142.89 -// GraphWrapper() : graph(0) { }
142.90 - GraphWrapper(Graph& _graph) : graph(&_graph) { }
142.91 -// void setGraph(Graph& _graph) { graph=&_graph; }
142.92 -// Graph& getGraph() const { return *graph; }
142.93 -
142.94 -// typedef typename Graph::Node Node;
142.95 - class Node : public Graph::Node {
142.96 - friend class GraphWrapper<Graph>;
142.97 - public:
142.98 - Node() { }
142.99 - Node(const typename Graph::Node& _n) : Graph::Node(_n) { }
142.100 - Node(const Invalid& i) : Graph::Node(i) { }
142.101 - };
142.102 - class NodeIt {
142.103 - friend class GraphWrapper<Graph>;
142.104 - typename Graph::NodeIt n;
142.105 - public:
142.106 - NodeIt() { }
142.107 - NodeIt(const typename Graph::NodeIt& _n) : n(_n) { }
142.108 - NodeIt(const Invalid& i) : n(i) { }
142.109 - NodeIt(const GraphWrapper<Graph>& _G) : n(*(_G.graph)) { }
142.110 - operator Node() const { return Node(typename Graph::Node(n)); }
142.111 - };
142.112 -// typedef typename Graph::Edge Edge;
142.113 - class Edge : public Graph::Edge {
142.114 - friend class GraphWrapper<Graph>;
142.115 - public:
142.116 - Edge() { }
142.117 - Edge(const typename Graph::Edge& _e) : Graph::Edge(_e) { }
142.118 - Edge(const Invalid& i) : Graph::Edge(i) { }
142.119 - };
142.120 - class OutEdgeIt {
142.121 - friend class GraphWrapper<Graph>;
142.122 - typename Graph::OutEdgeIt e;
142.123 - public:
142.124 - OutEdgeIt() { }
142.125 - OutEdgeIt(const typename Graph::OutEdgeIt& _e) : e(_e) { }
142.126 - OutEdgeIt(const Invalid& i) : e(i) { }
142.127 - OutEdgeIt(const GraphWrapper<Graph>& _G, const Node& _n) :
142.128 - e(*(_G.graph), typename Graph::Node(_n)) { }
142.129 - operator Edge() const { return Edge(typename Graph::Edge(e)); }
142.130 - };
142.131 - class InEdgeIt {
142.132 - friend class GraphWrapper<Graph>;
142.133 - typename Graph::InEdgeIt e;
142.134 - public:
142.135 - InEdgeIt() { }
142.136 - InEdgeIt(const typename Graph::InEdgeIt& _e) : e(_e) { }
142.137 - InEdgeIt(const Invalid& i) : e(i) { }
142.138 - InEdgeIt(const GraphWrapper<Graph>& _G, const Node& _n) :
142.139 - e(*(_G.graph), typename Graph::Node(_n)) { }
142.140 - operator Edge() const { return Edge(typename Graph::Edge(e)); }
142.141 - };
142.142 - //typedef typename Graph::SymEdgeIt SymEdgeIt;
142.143 - class EdgeIt {
142.144 - friend class GraphWrapper<Graph>;
142.145 - typename Graph::EdgeIt e;
142.146 - public:
142.147 - EdgeIt() { }
142.148 - EdgeIt(const typename Graph::EdgeIt& _e) : e(_e) { }
142.149 - EdgeIt(const Invalid& i) : e(i) { }
142.150 - EdgeIt(const GraphWrapper<Graph>& _G) : e(*(_G.graph)) { }
142.151 - operator Edge() const { return Edge(typename Graph::Edge(e)); }
142.152 - };
142.153 -
142.154 - NodeIt& first(NodeIt& i) const {
142.155 - i=NodeIt(*this); return i;
142.156 - }
142.157 - OutEdgeIt& first(OutEdgeIt& i, const Node& p) const {
142.158 - i=OutEdgeIt(*this, p); return i;
142.159 - }
142.160 - InEdgeIt& first(InEdgeIt& i, const Node& p) const {
142.161 - i=InEdgeIt(*this, p); return i;
142.162 - }
142.163 - EdgeIt& first(EdgeIt& i) const {
142.164 - i=EdgeIt(*this); return i;
142.165 - }
142.166 -
142.167 - NodeIt& next(NodeIt& i) const { graph->next(i.n); return i; }
142.168 - OutEdgeIt& next(OutEdgeIt& i) const { graph->next(i.e); return i; }
142.169 - InEdgeIt& next(InEdgeIt& i) const { graph->next(i.e); return i; }
142.170 - EdgeIt& next(EdgeIt& i) const { graph->next(i.e); return i; }
142.171 -
142.172 - Node source(const Edge& e) const {
142.173 - return Node(graph->source(static_cast<typename Graph::Edge>(e))); }
142.174 - Node target(const Edge& e) const {
142.175 - return Node(graph->target(static_cast<typename Graph::Edge>(e))); }
142.176 -
142.177 - bool valid(const Node& n) const {
142.178 - return graph->valid(static_cast<typename Graph::Node>(n)); }
142.179 - bool valid(const Edge& e) const {
142.180 - return graph->valid(static_cast<typename Graph::Edge>(e)); }
142.181 -
142.182 - int nodeNum() const { return graph->nodeNum(); }
142.183 - int edgeNum() const { return graph->edgeNum(); }
142.184 -
142.185 - Node aNode(const OutEdgeIt& e) const { return Node(graph->aNode(e.e)); }
142.186 - Node aNode(const InEdgeIt& e) const { return Node(graph->aNode(e.e)); }
142.187 - Node bNode(const OutEdgeIt& e) const { return Node(graph->bNode(e.e)); }
142.188 - Node bNode(const InEdgeIt& e) const { return Node(graph->bNode(e.e)); }
142.189 -
142.190 - Node addNode() const { return Node(graph->addNode()); }
142.191 - Edge addEdge(const Node& source, const Node& target) const {
142.192 - return Edge(graph->addEdge(source, target)); }
142.193 -
142.194 - void erase(const Node& i) const { graph->erase(i); }
142.195 - void erase(const Edge& i) const { graph->erase(i); }
142.196 -
142.197 - void clear() const { graph->clear(); }
142.198 -
142.199 - template<typename T> class NodeMap : public Graph::template NodeMap<T> {
142.200 - typedef typename Graph::template NodeMap<T> Parent;
142.201 - public:
142.202 - NodeMap(const GraphWrapper<Graph>& _G) : Parent(*(_G.graph)) { }
142.203 - NodeMap(const GraphWrapper<Graph>& _G, T a) : Parent(*(_G.graph), a) { }
142.204 - };
142.205 -
142.206 - template<typename T> class EdgeMap : public Graph::template EdgeMap<T> {
142.207 - typedef typename Graph::template EdgeMap<T> Parent;
142.208 - public:
142.209 - EdgeMap(const GraphWrapper<Graph>& _G) : Parent(*(_G.graph)) { }
142.210 - EdgeMap(const GraphWrapper<Graph>& _G, T a) : Parent(*(_G.graph), a) { }
142.211 - };
142.212 - };
142.213 -
142.214 - /// A graph wrapper which reverses the orientation of the edges.
142.215 -
142.216 - /// A graph wrapper which reverses the orientation of the edges.
142.217 - template<typename Graph>
142.218 - class RevGraphWrapper : public GraphWrapper<Graph> {
142.219 - public:
142.220 -
142.221 - RevGraphWrapper(Graph& _graph) : GraphWrapper<Graph>(_graph) { }
142.222 -
142.223 - typedef typename GraphWrapper<Graph>::Node Node;
142.224 - typedef typename GraphWrapper<Graph>::Edge Edge;
142.225 - //If Graph::OutEdgeIt is not defined
142.226 - //and we do not want to use RevGraphWrapper::InEdgeIt,
142.227 - //the typdef techinque does not work.
142.228 - //Unfortunately all the typedefs are instantiated in templates.
142.229 - //typedef typename GraphWrapper<Graph>::OutEdgeIt InEdgeIt;
142.230 - //typedef typename GraphWrapper<Graph>::InEdgeIt OutEdgeIt;
142.231 -
142.232 - class OutEdgeIt {
142.233 - friend class GraphWrapper<Graph>;
142.234 - friend class RevGraphWrapper<Graph>;
142.235 - typename Graph::InEdgeIt e;
142.236 - public:
142.237 - OutEdgeIt() { }
142.238 - OutEdgeIt(const typename Graph::InEdgeIt& _e) : e(_e) { }
142.239 - OutEdgeIt(const Invalid& i) : e(i) { }
142.240 - OutEdgeIt(const RevGraphWrapper<Graph>& _G, const Node& _n) :
142.241 - e(*(_G.graph), typename Graph::Node(_n)) { }
142.242 - operator Edge() const { return Edge(typename Graph::Edge(e)); }
142.243 - };
142.244 - class InEdgeIt {
142.245 - friend class GraphWrapper<Graph>;
142.246 - friend class RevGraphWrapper<Graph>;
142.247 - typename Graph::OutEdgeIt e;
142.248 - public:
142.249 - InEdgeIt() { }
142.250 - InEdgeIt(const typename Graph::OutEdgeIt& _e) : e(_e) { }
142.251 - InEdgeIt(const Invalid& i) : e(i) { }
142.252 - InEdgeIt(const RevGraphWrapper<Graph>& _G, const Node& _n) :
142.253 - e(*(_G.graph), typename Graph::Node(_n)) { }
142.254 - operator Edge() const { return Edge(typename Graph::Edge(e)); }
142.255 - };
142.256 -
142.257 - using GraphWrapper<Graph>::first;
142.258 - OutEdgeIt& first(OutEdgeIt& i, const Node& p) const {
142.259 - i=OutEdgeIt(*this, p); return i;
142.260 - }
142.261 - InEdgeIt& first(InEdgeIt& i, const Node& p) const {
142.262 - i=InEdgeIt(*this, p); return i;
142.263 - }
142.264 -
142.265 - using GraphWrapper<Graph>::next;
142.266 - OutEdgeIt& next(OutEdgeIt& i) const { this->graph->next(i.e); return i; }
142.267 - InEdgeIt& next(InEdgeIt& i) const { this->graph->next(i.e); return i; }
142.268 -
142.269 - Node aNode(const OutEdgeIt& e) const {
142.270 - return Node(this->graph->aNode(e.e)); }
142.271 - Node aNode(const InEdgeIt& e) const {
142.272 - return Node(this->graph->aNode(e.e)); }
142.273 - Node bNode(const OutEdgeIt& e) const {
142.274 - return Node(this->graph->bNode(e.e)); }
142.275 - Node bNode(const InEdgeIt& e) const {
142.276 - return Node(this->graph->bNode(e.e)); }
142.277 -
142.278 - Node source(const Edge& e) const {
142.279 - return GraphWrapper<Graph>::target(e); }
142.280 - Node target(const Edge& e) const {
142.281 - return GraphWrapper<Graph>::source(e); }
142.282 -
142.283 - };
142.284 -
142.285 - /// Wrapper for hiding nodes and edges from a graph.
142.286 -
142.287 - /// This wrapper shows a graph with filtered node-set and
142.288 - /// edge-set. The quick brown fox iterator jumps over
142.289 - /// the lazy dog nodes or edges if the values for them are false
142.290 - /// in the bool maps.
142.291 - template<typename Graph, typename NodeFilterMap,
142.292 - typename EdgeFilterMap>
142.293 - class SubGraphWrapper : public GraphWrapper<Graph> {
142.294 - protected:
142.295 - NodeFilterMap* node_filter_map;
142.296 - EdgeFilterMap* edge_filter_map;
142.297 - public:
142.298 -
142.299 - SubGraphWrapper(Graph& _graph, NodeFilterMap& _node_filter_map,
142.300 - EdgeFilterMap& _edge_filter_map) :
142.301 - GraphWrapper<Graph>(_graph), node_filter_map(&_node_filter_map),
142.302 - edge_filter_map(&_edge_filter_map) { }
142.303 -
142.304 - typedef typename GraphWrapper<Graph>::Node Node;
142.305 - class NodeIt {
142.306 - friend class GraphWrapper<Graph>;
142.307 - friend class SubGraphWrapper<Graph, NodeFilterMap, EdgeFilterMap>;
142.308 - typename Graph::NodeIt n;
142.309 - public:
142.310 - NodeIt() { }
142.311 - NodeIt(const typename Graph::NodeIt& _n) : n(_n) { }
142.312 - NodeIt(const Invalid& i) : n(i) { }
142.313 - NodeIt(const SubGraphWrapper<Graph, NodeFilterMap, EdgeFilterMap>& _G) :
142.314 - n(*(_G.graph)) {
142.315 - while (_G.graph->valid(n) && !(*(_G.node_filter_map))[n])
142.316 - _G.graph->next(n);
142.317 - }
142.318 - operator Node() const { return Node(typename Graph::Node(n)); }
142.319 - };
142.320 - typedef typename GraphWrapper<Graph>::Edge Edge;
142.321 - class OutEdgeIt {
142.322 - friend class GraphWrapper<Graph>;
142.323 - friend class SubGraphWrapper<Graph, NodeFilterMap, EdgeFilterMap>;
142.324 - typename Graph::OutEdgeIt e;
142.325 - public:
142.326 - OutEdgeIt() { }
142.327 - OutEdgeIt(const typename Graph::OutEdgeIt& _e) : e(_e) { }
142.328 - OutEdgeIt(const Invalid& i) : e(i) { }
142.329 - OutEdgeIt(const SubGraphWrapper<Graph, NodeFilterMap, EdgeFilterMap>& _G,
142.330 - const Node& _n) :
142.331 - e(*(_G.graph), typename Graph::Node(_n)) {
142.332 - while (_G.graph->valid(e) && !(*(_G.edge_filter_map))[e])
142.333 - _G.graph->next(e);
142.334 - }
142.335 - operator Edge() const { return Edge(typename Graph::Edge(e)); }
142.336 - };
142.337 - class InEdgeIt {
142.338 - friend class GraphWrapper<Graph>;
142.339 - friend class SubGraphWrapper<Graph, NodeFilterMap, EdgeFilterMap>;
142.340 - typename Graph::InEdgeIt e;
142.341 - public:
142.342 - InEdgeIt() { }
142.343 - InEdgeIt(const typename Graph::InEdgeIt& _e) : e(_e) { }
142.344 - InEdgeIt(const Invalid& i) : e(i) { }
142.345 - InEdgeIt(const SubGraphWrapper<Graph, NodeFilterMap, EdgeFilterMap>& _G,
142.346 - const Node& _n) :
142.347 - e(*(_G.graph), typename Graph::Node(_n)) {
142.348 - while (_G.graph->valid(e) && !(*(_G.edge_filter_map))[e])
142.349 - _G.graph->next(e);
142.350 - }
142.351 - operator Edge() const { return Edge(typename Graph::Edge(e)); }
142.352 - };
142.353 - //typedef typename Graph::SymEdgeIt SymEdgeIt;
142.354 - class EdgeIt {
142.355 - friend class GraphWrapper<Graph>;
142.356 - friend class SubGraphWrapper<Graph, NodeFilterMap, EdgeFilterMap>;
142.357 - typename Graph::EdgeIt e;
142.358 - public:
142.359 - EdgeIt() { }
142.360 - EdgeIt(const typename Graph::EdgeIt& _e) : e(_e) { }
142.361 - EdgeIt(const Invalid& i) : e(i) { }
142.362 - EdgeIt(const SubGraphWrapper<Graph, NodeFilterMap, EdgeFilterMap>& _G) :
142.363 - e(*(_G.graph)) {
142.364 - while (_G.graph->valid(e) && !(*(_G.edge_filter_map))[e])
142.365 - _G.graph->next(e);
142.366 - }
142.367 - operator Edge() const { return Edge(typename Graph::Edge(e)); }
142.368 - };
142.369 -
142.370 - NodeIt& first(NodeIt& i) const {
142.371 - i=NodeIt(*this); return i;
142.372 - }
142.373 - OutEdgeIt& first(OutEdgeIt& i, const Node& p) const {
142.374 - i=OutEdgeIt(*this, p); return i;
142.375 - }
142.376 - InEdgeIt& first(InEdgeIt& i, const Node& p) const {
142.377 - i=InEdgeIt(*this, p); return i;
142.378 - }
142.379 - EdgeIt& first(EdgeIt& i) const {
142.380 - i=EdgeIt(*this); return i;
142.381 - }
142.382 -
142.383 - NodeIt& next(NodeIt& i) const {
142.384 - this->graph->next(i.n);
142.385 - while (this->graph->valid(i) && !(*node_filter_map)[i.n]) {
142.386 - this->graph->next(i.n); }
142.387 - return i;
142.388 - }
142.389 - OutEdgeIt& next(OutEdgeIt& i) const {
142.390 - this->graph->next(i.e);
142.391 - while (this->graph->valid(i) && !(*edge_filter_map)[i.e]) {
142.392 - this->graph->next(i.e); }
142.393 - return i;
142.394 - }
142.395 - InEdgeIt& next(InEdgeIt& i) const {
142.396 - this->graph->next(i.e);
142.397 - while (this->graph->valid(i) && !(*edge_filter_map)[i.e]) {
142.398 - this->graph->next(i.e); }
142.399 - return i;
142.400 - }
142.401 - EdgeIt& next(EdgeIt& i) const {
142.402 - this->graph->next(i.e);
142.403 - while (this->graph->valid(i) && !(*edge_filter_map)[i.e]) {
142.404 - this->graph->next(i.e); }
142.405 - return i;
142.406 - }
142.407 -
142.408 - Node aNode(const OutEdgeIt& e) const {
142.409 - return Node(this->graph->aNode(e.e)); }
142.410 - Node aNode(const InEdgeIt& e) const {
142.411 - return Node(this->graph->aNode(e.e)); }
142.412 - Node bNode(const OutEdgeIt& e) const {
142.413 - return Node(this->graph->bNode(e.e)); }
142.414 - Node bNode(const InEdgeIt& e) const {
142.415 - return Node(this->graph->bNode(e.e)); }
142.416 -
142.417 - ///\todo
142.418 - ///Some doki, please.
142.419 - void hide(const Node& n) const { node_filter_map->set(n, false); }
142.420 - ///\todo
142.421 - ///Some doki, please.
142.422 - void hide(const Edge& e) const { edge_filter_map->set(e, false); }
142.423 -
142.424 - ///\todo
142.425 - ///Some doki, please.
142.426 - void unHide(const Node& n) const { node_filter_map->set(n, true); }
142.427 - ///\todo
142.428 - ///Some doki, please.
142.429 - void unHide(const Edge& e) const { edge_filter_map->set(e, true); }
142.430 -
142.431 - ///\todo
142.432 - ///Some doki, please.
142.433 - bool hidden(const Node& n) const { return (*node_filter_map)[n]; }
142.434 - ///\todo
142.435 - ///Some doki, please.
142.436 - bool hidden(const Edge& e) const { return (*edge_filter_map)[e]; }
142.437 - };
142.438 -
142.439 - /// A wrapper for forgetting the orientation of a graph.
142.440 -
142.441 - /// A wrapper for getting an undirected graph by forgetting
142.442 - /// the orientation of a directed one.
142.443 - template<typename Graph>
142.444 - class UndirGraphWrapper : public GraphWrapper<Graph> {
142.445 - public:
142.446 - typedef typename GraphWrapper<Graph>::Node Node;
142.447 - typedef typename GraphWrapper<Graph>::NodeIt NodeIt;
142.448 - typedef typename GraphWrapper<Graph>::Edge Edge;
142.449 - typedef typename GraphWrapper<Graph>::EdgeIt EdgeIt;
142.450 -
142.451 - UndirGraphWrapper(Graph& _graph) : GraphWrapper<Graph>(_graph) { }
142.452 -
142.453 - class OutEdgeIt {
142.454 - friend class UndirGraphWrapper<Graph>;
142.455 - bool out_or_in; //true iff out
142.456 - typename Graph::OutEdgeIt out;
142.457 - typename Graph::InEdgeIt in;
142.458 - public:
142.459 - OutEdgeIt() { }
142.460 - OutEdgeIt(const Invalid& i) : Edge(i) { }
142.461 - OutEdgeIt(const UndirGraphWrapper<Graph>& _G, const Node& _n) {
142.462 - out_or_in=true; _G.graph->first(out, _n);
142.463 - if (!(_G.graph->valid(out))) { out_or_in=false; _G.graph->first(in, _n); }
142.464 - }
142.465 - operator Edge() const {
142.466 - if (out_or_in) return Edge(out); else return Edge(in);
142.467 - }
142.468 - };
142.469 -
142.470 -//FIXME InEdgeIt
142.471 - typedef OutEdgeIt InEdgeIt;
142.472 -
142.473 - using GraphWrapper<Graph>::first;
142.474 -// NodeIt& first(NodeIt& i) const {
142.475 -// i=NodeIt(*this); return i;
142.476 -// }
142.477 - OutEdgeIt& first(OutEdgeIt& i, const Node& p) const {
142.478 - i=OutEdgeIt(*this, p); return i;
142.479 - }
142.480 -//FIXME
142.481 -// InEdgeIt& first(InEdgeIt& i, const Node& p) const {
142.482 -// i=InEdgeIt(*this, p); return i;
142.483 -// }
142.484 -// EdgeIt& first(EdgeIt& i) const {
142.485 -// i=EdgeIt(*this); return i;
142.486 -// }
142.487 -
142.488 - using GraphWrapper<Graph>::next;
142.489 -// NodeIt& next(NodeIt& n) const {
142.490 -// GraphWrapper<Graph>::next(n);
142.491 -// return n;
142.492 -// }
142.493 - OutEdgeIt& next(OutEdgeIt& e) const {
142.494 - if (e.out_or_in) {
142.495 - typename Graph::Node n=this->graph->source(e.out);
142.496 - this->graph->next(e.out);
142.497 - if (!this->graph->valid(e.out)) {
142.498 - e.out_or_in=false; this->graph->first(e.in, n); }
142.499 - } else {
142.500 - this->graph->next(e.in);
142.501 - }
142.502 - return e;
142.503 - }
142.504 - //FIXME InEdgeIt
142.505 -// EdgeIt& next(EdgeIt& e) const {
142.506 -// GraphWrapper<Graph>::next(n);
142.507 -// // graph->next(e.e);
142.508 -// return e;
142.509 -// }
142.510 -
142.511 - Node aNode(const OutEdgeIt& e) const {
142.512 - if (e.out_or_in) return this->graph->source(e); else
142.513 - return this->graph->target(e); }
142.514 - Node bNode(const OutEdgeIt& e) const {
142.515 - if (e.out_or_in) return this->graph->target(e); else
142.516 - return this->graph->source(e); }
142.517 - };
142.518 -
142.519 - /// A wrapper for composing the residual graph for directed flow and circulation problems.
142.520 -
142.521 - /// A wrapper for composing the residual graph for directed flow and circulation problems.
142.522 - template<typename Graph, typename Number,
142.523 - typename CapacityMap, typename FlowMap>
142.524 - class ResGraphWrapper : public GraphWrapper<Graph> {
142.525 - protected:
142.526 - const CapacityMap* capacity;
142.527 - FlowMap* flow;
142.528 - public:
142.529 -
142.530 - ResGraphWrapper(Graph& _graph, const CapacityMap& _capacity,
142.531 - FlowMap& _flow) :
142.532 - GraphWrapper<Graph>(_graph), capacity(&_capacity), flow(&_flow) { }
142.533 -
142.534 - class Edge;
142.535 - class OutEdgeIt;
142.536 - friend class Edge;
142.537 - friend class OutEdgeIt;
142.538 -
142.539 - typedef typename GraphWrapper<Graph>::Node Node;
142.540 - typedef typename GraphWrapper<Graph>::NodeIt NodeIt;
142.541 - class Edge : public Graph::Edge {
142.542 - friend class ResGraphWrapper<Graph, Number, CapacityMap, FlowMap>;
142.543 - protected:
142.544 - bool forward; //true, iff forward
142.545 -// typename Graph::Edge e;
142.546 - public:
142.547 - Edge() { }
142.548 - Edge(const typename Graph::Edge& _e, bool _forward) :
142.549 - Graph::Edge(_e), forward(_forward) { }
142.550 - Edge(const Invalid& i) : Graph::Edge(i), forward(false) { }
142.551 -//the unique invalid iterator
142.552 - friend bool operator==(const Edge& u, const Edge& v) {
142.553 - return (v.forward==u.forward &&
142.554 - static_cast<typename Graph::Edge>(u)==
142.555 - static_cast<typename Graph::Edge>(v));
142.556 - }
142.557 - friend bool operator!=(const Edge& u, const Edge& v) {
142.558 - return (v.forward!=u.forward ||
142.559 - static_cast<typename Graph::Edge>(u)!=
142.560 - static_cast<typename Graph::Edge>(v));
142.561 - }
142.562 - };
142.563 -
142.564 - class OutEdgeIt {
142.565 - friend class ResGraphWrapper<Graph, Number, CapacityMap, FlowMap>;
142.566 - protected:
142.567 - typename Graph::OutEdgeIt out;
142.568 - typename Graph::InEdgeIt in;
142.569 - bool forward;
142.570 - public:
142.571 - OutEdgeIt() { }
142.572 - //FIXME
142.573 -// OutEdgeIt(const Edge& e) : Edge(e) { }
142.574 - OutEdgeIt(const Invalid& i) : out(i), in(i), forward(false) { }
142.575 -//the unique invalid iterator
142.576 - OutEdgeIt(const ResGraphWrapper<Graph, Number, CapacityMap, FlowMap>& resG, Node v) {
142.577 - forward=true;
142.578 - resG.graph->first(out, v);
142.579 - while( resG.graph->valid(out) && !(resG.resCap(*this)>0) ) { resG.graph->next(out); }
142.580 - if (!resG.graph->valid(out)) {
142.581 - forward=false;
142.582 - resG.graph->first(in, v);
142.583 - while( resG.graph->valid(in) && !(resG.resCap(*this)>0) ) { resG.graph->next(in); }
142.584 - }
142.585 - }
142.586 - operator Edge() const {
142.587 -// Edge e;
142.588 -// e.forward=this->forward;
142.589 -// if (this->forward) e=out; else e=in;
142.590 -// return e;
142.591 - if (this->forward)
142.592 - return Edge(out, this->forward);
142.593 - else
142.594 - return Edge(in, this->forward);
142.595 - }
142.596 - };
142.597 -
142.598 - class InEdgeIt {
142.599 - friend class ResGraphWrapper<Graph, Number, CapacityMap, FlowMap>;
142.600 - protected:
142.601 - typename Graph::OutEdgeIt out;
142.602 - typename Graph::InEdgeIt in;
142.603 - bool forward;
142.604 - public:
142.605 - InEdgeIt() { }
142.606 - //FIXME
142.607 -// OutEdgeIt(const Edge& e) : Edge(e) { }
142.608 - InEdgeIt(const Invalid& i) : out(i), in(i), forward(false) { }
142.609 -//the unique invalid iterator
142.610 - InEdgeIt(const ResGraphWrapper<Graph, Number, CapacityMap, FlowMap>& resG, Node v) {
142.611 - forward=true;
142.612 - resG.graph->first(in, v);
142.613 - while( resG.graph->valid(in) && !(resG.resCap(*this)>0) ) { resG.graph->next(in); }
142.614 - if (!resG.graph->valid(in)) {
142.615 - forward=false;
142.616 - resG.graph->first(out, v);
142.617 - while( resG.graph->valid(out) && !(resG.resCap(*this)>0) ) { resG.graph->next(out); }
142.618 - }
142.619 - }
142.620 - operator Edge() const {
142.621 -// Edge e;
142.622 -// e.forward=this->forward;
142.623 -// if (this->forward) e=out; else e=in;
142.624 -// return e;
142.625 - if (this->forward)
142.626 - return Edge(in, this->forward);
142.627 - else
142.628 - return Edge(out, this->forward);
142.629 - }
142.630 - };
142.631 -
142.632 - class EdgeIt {
142.633 - friend class ResGraphWrapper<Graph, Number, CapacityMap, FlowMap>;
142.634 - protected:
142.635 - typename Graph::EdgeIt e;
142.636 - bool forward;
142.637 - public:
142.638 - EdgeIt() { }
142.639 - EdgeIt(const Invalid& i) : e(i), forward(false) { }
142.640 - EdgeIt(const ResGraphWrapper<Graph, Number, CapacityMap, FlowMap>& resG) {
142.641 - forward=true;
142.642 - resG.graph->first(e);
142.643 - while (resG.graph->valid(e) && !(resG.resCap(*this)>0)) resG.graph->next(e);
142.644 - if (!resG.graph->valid(e)) {
142.645 - forward=false;
142.646 - resG.graph->first(e);
142.647 - while (resG.graph->valid(e) && !(resG.resCap(*this)>0)) resG.graph->next(e);
142.648 - }
142.649 - }
142.650 - operator Edge() const {
142.651 - return Edge(e, this->forward);
142.652 - }
142.653 - };
142.654 -
142.655 - using GraphWrapper<Graph>::first;
142.656 -// NodeIt& first(NodeIt& i) const {
142.657 -// i=NodeIt(*this); return i;
142.658 -// }
142.659 - OutEdgeIt& first(OutEdgeIt& i, const Node& p) const {
142.660 - i=OutEdgeIt(*this, p); return i;
142.661 - }
142.662 -// FIXME not tested
142.663 - InEdgeIt& first(InEdgeIt& i, const Node& p) const {
142.664 - i=InEdgeIt(*this, p); return i;
142.665 - }
142.666 - EdgeIt& first(EdgeIt& i) const {
142.667 - i=EdgeIt(*this); return i;
142.668 - }
142.669 -
142.670 - using GraphWrapper<Graph>::next;
142.671 -// NodeIt& next(NodeIt& n) const { GraphWrapper<Graph>::next(n); return n; }
142.672 - OutEdgeIt& next(OutEdgeIt& e) const {
142.673 - if (e.forward) {
142.674 - Node v=this->graph->aNode(e.out);
142.675 - this->graph->next(e.out);
142.676 - while( this->graph->valid(e.out) && !(resCap(e)>0) ) {
142.677 - this->graph->next(e.out); }
142.678 - if (!this->graph->valid(e.out)) {
142.679 - e.forward=false;
142.680 - this->graph->first(e.in, v);
142.681 - while( this->graph->valid(e.in) && !(resCap(e)>0) ) {
142.682 - this->graph->next(e.in); }
142.683 - }
142.684 - } else {
142.685 - this->graph->next(e.in);
142.686 - while( this->graph->valid(e.in) && !(resCap(e)>0) ) {
142.687 - this->graph->next(e.in); }
142.688 - }
142.689 - return e;
142.690 - }
142.691 -// FIXME Not tested
142.692 - InEdgeIt& next(InEdgeIt& e) const {
142.693 - if (e.forward) {
142.694 - Node v=this->graph->aNode(e.in);
142.695 - this->graph->next(e.in);
142.696 - while( this->graph->valid(e.in) && !(resCap(e)>0) ) {
142.697 - this->graph->next(e.in); }
142.698 - if (!this->graph->valid(e.in)) {
142.699 - e.forward=false;
142.700 - this->graph->first(e.out, v);
142.701 - while( this->graph->valid(e.out) && !(resCap(e)>0) ) {
142.702 - this->graph->next(e.out); }
142.703 - }
142.704 - } else {
142.705 - this->graph->next(e.out);
142.706 - while( this->graph->valid(e.out) && !(resCap(e)>0) ) {
142.707 - this->graph->next(e.out); }
142.708 - }
142.709 - return e;
142.710 - }
142.711 - EdgeIt& next(EdgeIt& e) const {
142.712 - if (e.forward) {
142.713 - this->graph->next(e.e);
142.714 - while( this->graph->valid(e.e) && !(resCap(e)>0) ) {
142.715 - this->graph->next(e.e); }
142.716 - if (!this->graph->valid(e.e)) {
142.717 - e.forward=false;
142.718 - this->graph->first(e.e);
142.719 - while( this->graph->valid(e.e) && !(resCap(e)>0) ) {
142.720 - this->graph->next(e.e); }
142.721 - }
142.722 - } else {
142.723 - this->graph->next(e.e);
142.724 - while( this->graph->valid(e.e) && !(resCap(e)>0) ) {
142.725 - this->graph->next(e.e); }
142.726 - }
142.727 - return e;
142.728 - }
142.729 -
142.730 - Node source(Edge e) const {
142.731 - return ((e.forward) ? this->graph->source(e) : this->graph->target(e)); }
142.732 - Node target(Edge e) const {
142.733 - return ((e.forward) ? this->graph->target(e) : this->graph->source(e)); }
142.734 -
142.735 - Node aNode(OutEdgeIt e) const {
142.736 - return ((e.forward) ? this->graph->aNode(e.out) :
142.737 - this->graph->aNode(e.in)); }
142.738 - Node bNode(OutEdgeIt e) const {
142.739 - return ((e.forward) ? this->graph->bNode(e.out) :
142.740 - this->graph->bNode(e.in)); }
142.741 -
142.742 - Node aNode(InEdgeIt e) const {
142.743 - return ((e.forward) ? this->graph->aNode(e.in) :
142.744 - this->graph->aNode(e.out)); }
142.745 - Node bNode(InEdgeIt e) const {
142.746 - return ((e.forward) ? this->graph->bNode(e.in) :
142.747 - this->graph->bNode(e.out)); }
142.748 -
142.749 -// int nodeNum() const { return graph->nodeNum(); }
142.750 - //FIXME
142.751 - void edgeNum() const { }
142.752 - //int edgeNum() const { return graph->edgeNum(); }
142.753 -
142.754 -
142.755 -// int id(Node v) const { return graph->id(v); }
142.756 -
142.757 - bool valid(Node n) const { return GraphWrapper<Graph>::valid(n); }
142.758 - bool valid(Edge e) const {
142.759 - return this->graph->valid(e);
142.760 - //return e.forward ? graph->valid(e.out) : graph->valid(e.in);
142.761 - }
142.762 -
142.763 - void augment(const Edge& e, Number a) const {
142.764 - if (e.forward)
142.765 -// flow->set(e.out, flow->get(e.out)+a);
142.766 - flow->set(e, (*flow)[e]+a);
142.767 - else
142.768 -// flow->set(e.in, flow->get(e.in)-a);
142.769 - flow->set(e, (*flow)[e]-a);
142.770 - }
142.771 -
142.772 - Number resCap(const Edge& e) const {
142.773 - if (e.forward)
142.774 -// return (capacity->get(e.out)-flow->get(e.out));
142.775 - return ((*capacity)[e]-(*flow)[e]);
142.776 - else
142.777 -// return (flow->get(e.in));
142.778 - return ((*flow)[e]);
142.779 - }
142.780 -
142.781 -// Number resCap(typename Graph::OutEdgeIt out) const {
142.782 -// // return (capacity->get(out)-flow->get(out));
142.783 -// return ((*capacity)[out]-(*flow)[out]);
142.784 -// }
142.785 -
142.786 -// Number resCap(typename Graph::InEdgeIt in) const {
142.787 -// // return (flow->get(in));
142.788 -// return ((*flow)[in]);
142.789 -// }
142.790 -
142.791 - template <typename T>
142.792 - class EdgeMap {
142.793 - typename Graph::template EdgeMap<T> forward_map, backward_map;
142.794 - public:
142.795 - EdgeMap(const ResGraphWrapper<Graph, Number, CapacityMap, FlowMap>& _G) : forward_map(*(_G.graph)), backward_map(*(_G.graph)) { }
142.796 - EdgeMap(const ResGraphWrapper<Graph, Number, CapacityMap, FlowMap>& _G, T a) : forward_map(*(_G.graph), a), backward_map(*(_G.graph), a) { }
142.797 - void set(Edge e, T a) {
142.798 - if (e.forward)
142.799 - forward_map.set(e.out, a);
142.800 - else
142.801 - backward_map.set(e.in, a);
142.802 - }
142.803 - T operator[](Edge e) const {
142.804 - if (e.forward)
142.805 - return forward_map[e.out];
142.806 - else
142.807 - return backward_map[e.in];
142.808 - }
142.809 -// T get(Edge e) const {
142.810 -// if (e.out_or_in)
142.811 -// return forward_map.get(e.out);
142.812 -// else
142.813 -// return backward_map.get(e.in);
142.814 -// }
142.815 - };
142.816 - };
142.817 -
142.818 - /// ErasingFirstGraphWrapper for blocking flows.
142.819 -
142.820 - /// ErasingFirstGraphWrapper for blocking flows.
142.821 - template<typename Graph, typename FirstOutEdgesMap>
142.822 - class ErasingFirstGraphWrapper : public GraphWrapper<Graph> {
142.823 - protected:
142.824 - FirstOutEdgesMap* first_out_edges;
142.825 - public:
142.826 - ErasingFirstGraphWrapper(Graph& _graph,
142.827 - FirstOutEdgesMap& _first_out_edges) :
142.828 - GraphWrapper<Graph>(_graph), first_out_edges(&_first_out_edges) { }
142.829 -
142.830 - typedef typename GraphWrapper<Graph>::Node Node;
142.831 -// class NodeIt {
142.832 -// friend class GraphWrapper<Graph>;
142.833 -// friend class ErasingFirstGraphWrapper<Graph, FirstOutEdgesMap>;
142.834 -// typename Graph::NodeIt n;
142.835 -// public:
142.836 -// NodeIt() { }
142.837 -// NodeIt(const typename Graph::NodeIt& _n) : n(_n) { }
142.838 -// NodeIt(const Invalid& i) : n(i) { }
142.839 -// NodeIt(const ErasingFirstGraphWrapper<Graph, FirstOutEdgesMap>& _G) :
142.840 -// n(*(_G.graph)) { }
142.841 -// operator Node() const { return Node(typename Graph::Node(n)); }
142.842 -// };
142.843 - typedef typename GraphWrapper<Graph>::Edge Edge;
142.844 - class OutEdgeIt {
142.845 - friend class GraphWrapper<Graph>;
142.846 - friend class ErasingFirstGraphWrapper<Graph, FirstOutEdgesMap>;
142.847 -// typedef typename Graph::OutEdgeIt GraphOutEdgeIt;
142.848 - typename Graph::OutEdgeIt e;
142.849 - public:
142.850 - OutEdgeIt() { }
142.851 - OutEdgeIt(const typename Graph::OutEdgeIt& _e) : e(_e) { }
142.852 - OutEdgeIt(const Invalid& i) : e(i) { }
142.853 - OutEdgeIt(const ErasingFirstGraphWrapper<Graph, FirstOutEdgesMap>& _G,
142.854 - const Node& _n) :
142.855 - e((*_G.first_out_edges)[_n]) { }
142.856 - operator Edge() const { return Edge(typename Graph::Edge(e)); }
142.857 - };
142.858 - class InEdgeIt {
142.859 - friend class GraphWrapper<Graph>;
142.860 - friend class ErasingFirstGraphWrapper<Graph, FirstOutEdgesMap>;
142.861 -// typedef typename Graph::InEdgeIt GraphInEdgeIt;
142.862 - typename Graph::InEdgeIt e;
142.863 - public:
142.864 - InEdgeIt() { }
142.865 - InEdgeIt(const typename Graph::InEdgeIt& _e) : e(_e) { }
142.866 - InEdgeIt(const Invalid& i) : e(i) { }
142.867 - InEdgeIt(const ErasingFirstGraphWrapper<Graph, FirstOutEdgesMap>& _G,
142.868 - const Node& _n) :
142.869 - e(*(_G.graph), typename Graph::Node(_n)) { }
142.870 - operator Edge() const { return Edge(typename Graph::Edge(e)); }
142.871 - };
142.872 - //typedef typename Graph::SymEdgeIt SymEdgeIt;
142.873 - class EdgeIt {
142.874 - friend class GraphWrapper<Graph>;
142.875 - friend class ErasingFirstGraphWrapper<Graph, FirstOutEdgesMap>;
142.876 -// typedef typename Graph::EdgeIt GraphEdgeIt;
142.877 - typename Graph::EdgeIt e;
142.878 - public:
142.879 - EdgeIt() { }
142.880 - EdgeIt(const typename Graph::EdgeIt& _e) : e(_e) { }
142.881 - EdgeIt(const Invalid& i) : e(i) { }
142.882 - EdgeIt(const ErasingFirstGraphWrapper<Graph, FirstOutEdgesMap>& _G) :
142.883 - e(*(_G.graph)) { }
142.884 - operator Edge() const { return Edge(typename Graph::Edge(e)); }
142.885 - };
142.886 -
142.887 - using GraphWrapper<Graph>::first;
142.888 -// NodeIt& first(NodeIt& i) const {
142.889 -// i=NodeIt(*this); return i;
142.890 -// }
142.891 - OutEdgeIt& first(OutEdgeIt& i, const Node& p) const {
142.892 - i=OutEdgeIt(*this, p); return i;
142.893 - }
142.894 - InEdgeIt& first(InEdgeIt& i, const Node& p) const {
142.895 - i=InEdgeIt(*this, p); return i;
142.896 - }
142.897 - EdgeIt& first(EdgeIt& i) const {
142.898 - i=EdgeIt(*this); return i;
142.899 - }
142.900 -
142.901 - using GraphWrapper<Graph>::next;
142.902 -// NodeIt& next(NodeIt& i) const { graph->next(i.n); return i; }
142.903 - OutEdgeIt& next(OutEdgeIt& i) const { this->graph->next(i.e); return i; }
142.904 - InEdgeIt& next(InEdgeIt& i) const { this->graph->next(i.e); return i; }
142.905 - EdgeIt& next(EdgeIt& i) const { this->graph->next(i.e); return i; }
142.906 -
142.907 - Node aNode(const OutEdgeIt& e) const {
142.908 - return Node(this->graph->aNode(e.e)); }
142.909 - Node aNode(const InEdgeIt& e) const {
142.910 - return Node(this->graph->aNode(e.e)); }
142.911 - Node bNode(const OutEdgeIt& e) const {
142.912 - return Node(this->graph->bNode(e.e)); }
142.913 - Node bNode(const InEdgeIt& e) const {
142.914 - return Node(this->graph->bNode(e.e)); }
142.915 -
142.916 - void erase(const OutEdgeIt& e) const {
142.917 - OutEdgeIt f=e;
142.918 - this->next(f);
142.919 - first_out_edges->set(this->source(e), f.e);
142.920 - }
142.921 - };
142.922 -
142.923 - /// A wrapper for composing a bipartite graph.
142.924 - /// \c _graph have to be a reference to a graph of type \c Graph
142.925 - /// and \c _s_false_t_true_map is an \c IterableBoolMap
142.926 - /// reference containing the elements for the
142.927 - /// color classes S and T. \c _graph is to be referred to an undirected
142.928 - /// graph or a directed graph with edges oriented from S to T.
142.929 - template<typename Graph>
142.930 - class BipartiteGraphWrapper : public GraphWrapper<Graph> {
142.931 - typedef IterableBoolMap< typename Graph::template NodeMap<int> >
142.932 - SFalseTTrueMap;
142.933 - SFalseTTrueMap* s_false_t_true_map;
142.934 -
142.935 - public:
142.936 - //marci
142.937 - //FIXME vhogy igy kellene, csak az en forditom nem eszi meg
142.938 - //static const bool S_CLASS=false;
142.939 - //static const bool T_CLASS=true;
142.940 -
142.941 - bool S_CLASS;
142.942 - bool T_CLASS;
142.943 -
142.944 - BipartiteGraphWrapper(Graph& _graph, SFalseTTrueMap& _s_false_t_true_map)
142.945 - : GraphWrapper<Graph>(_graph), s_false_t_true_map(&_s_false_t_true_map),
142.946 - S_CLASS(false), T_CLASS(true) { }
142.947 - typedef typename GraphWrapper<Graph>::Node Node;
142.948 - //using GraphWrapper<Graph>::NodeIt;
142.949 - typedef typename GraphWrapper<Graph>::Edge Edge;
142.950 - //using GraphWrapper<Graph>::EdgeIt;
142.951 - class ClassNodeIt;
142.952 - friend class ClassNodeIt;
142.953 - class OutEdgeIt;
142.954 - friend class OutEdgeIt;
142.955 - class InEdgeIt;
142.956 - friend class InEdgeIt;
142.957 - class ClassNodeIt {
142.958 - friend class BipartiteGraphWrapper<Graph>;
142.959 - protected:
142.960 - Node n;
142.961 - public:
142.962 - ClassNodeIt() { }
142.963 - ClassNodeIt(const Invalid& i) : n(i) { }
142.964 - ClassNodeIt(const BipartiteGraphWrapper<Graph>& _G, bool _class) {
142.965 - _G.s_false_t_true_map->first(n, _class);
142.966 - }
142.967 - //FIXME needed in new concept, important here
142.968 - ClassNodeIt(const Node& _n) : n(_n) { }
142.969 - operator Node() const { return n; }
142.970 - };
142.971 -// class SNodeIt {
142.972 -// Node n;
142.973 -// public:
142.974 -// SNodeIt() { }
142.975 -// SNodeIt(const Invalid& i) : n(i) { }
142.976 -// SNodeIt(const BipartiteGraphWrapper<Graph>& _G) {
142.977 -// _G.s_false_t_true_map->first(n, false);
142.978 -// }
142.979 -// operator Node() const { return n; }
142.980 -// };
142.981 -// class TNodeIt {
142.982 -// Node n;
142.983 -// public:
142.984 -// TNodeIt() { }
142.985 -// TNodeIt(const Invalid& i) : n(i) { }
142.986 -// TNodeIt(const BipartiteGraphWrapper<Graph>& _G) {
142.987 -// _G.s_false_t_true_map->first(n, true);
142.988 -// }
142.989 -// operator Node() const { return n; }
142.990 -// };
142.991 - class OutEdgeIt {
142.992 - friend class BipartiteGraphWrapper<Graph>;
142.993 - protected:
142.994 - typename Graph::OutEdgeIt e;
142.995 - public:
142.996 - OutEdgeIt() { }
142.997 - OutEdgeIt(const Invalid& i) : e(i) { }
142.998 - OutEdgeIt(const BipartiteGraphWrapper<Graph>& _G, const Node& _n) {
142.999 - if (!(*(_G.s_false_t_true_map))[_n])
142.1000 - e=typename Graph::OutEdgeIt(*(_G.graph), typename Graph::Node(_n));
142.1001 - else
142.1002 - e=INVALID;
142.1003 - }
142.1004 - operator Edge() const { return Edge(typename Graph::Edge(e)); }
142.1005 - };
142.1006 - class InEdgeIt {
142.1007 - friend class BipartiteGraphWrapper<Graph>;
142.1008 - protected:
142.1009 - typename Graph::InEdgeIt e;
142.1010 - public:
142.1011 - InEdgeIt() { }
142.1012 - InEdgeIt(const Invalid& i) : e(i) { }
142.1013 - InEdgeIt(const BipartiteGraphWrapper<Graph>& _G, const Node& _n) {
142.1014 - if ((*(_G.s_false_t_true_map))[_n])
142.1015 - e=typename Graph::InEdgeIt(*(_G.graph), typename Graph::Node(_n));
142.1016 - else
142.1017 - e=INVALID;
142.1018 - }
142.1019 - operator Edge() const { return Edge(typename Graph::Edge(e)); }
142.1020 - };
142.1021 -
142.1022 - using GraphWrapper<Graph>::first;
142.1023 - ClassNodeIt& first(ClassNodeIt& n, bool _class) const {
142.1024 - n=ClassNodeIt(*this, _class) ; return n; }
142.1025 -// SNodeIt& first(SNodeIt& n) const { n=SNodeIt(*this); return n; }
142.1026 -// TNodeIt& first(TNodeIt& n) const { n=TNodeIt(*this); return n; }
142.1027 - OutEdgeIt& first(OutEdgeIt& i, const Node& p) const {
142.1028 - i=OutEdgeIt(*this, p); return i;
142.1029 - }
142.1030 - InEdgeIt& first(InEdgeIt& i, const Node& p) const {
142.1031 - i=InEdgeIt(*this, p); return i;
142.1032 - }
142.1033 -
142.1034 - using GraphWrapper<Graph>::next;
142.1035 - ClassNodeIt& next(ClassNodeIt& n) const {
142.1036 - this->s_false_t_true_map->next(n.n); return n;
142.1037 - }
142.1038 -// SNodeIt& next(SNodeIt& n) const {
142.1039 -// this->s_false_t_true_map->next(n); return n;
142.1040 -// }
142.1041 -// TNodeIt& next(TNodeIt& n) const {
142.1042 -// this->s_false_t_true_map->next(n); return n;
142.1043 -// }
142.1044 - OutEdgeIt& next(OutEdgeIt& i) const { this->graph->next(i.e); return i; }
142.1045 - InEdgeIt& next(InEdgeIt& i) const { this->graph->next(i.e); return i; }
142.1046 -
142.1047 - Node source(const Edge& e) {
142.1048 - if (!(*(this->s_false_t_true_map))[this->graph->source(e)])
142.1049 - return Node(this->graph->source(e));
142.1050 - else
142.1051 - return Node(this->graph->target(e));
142.1052 - }
142.1053 - Node target(const Edge& e) {
142.1054 - if (!(*(this->s_false_t_true_map))[this->graph->source(e)])
142.1055 - return Node(this->graph->target(e));
142.1056 - else
142.1057 - return Node(this->graph->source(e));
142.1058 - }
142.1059 -
142.1060 - Node aNode(const OutEdgeIt& e) const {
142.1061 - return Node(this->graph->aNode(e.e));
142.1062 - }
142.1063 - Node aNode(const InEdgeIt& e) const {
142.1064 - return Node(this->graph->aNode(e.e));
142.1065 - }
142.1066 - Node bNode(const OutEdgeIt& e) const {
142.1067 - return Node(this->graph->bNode(e.e));
142.1068 - }
142.1069 - Node bNode(const InEdgeIt& e) const {
142.1070 - return Node(this->graph->bNode(e.e));
142.1071 - }
142.1072 -
142.1073 - bool inSClass(const Node& n) const {
142.1074 - return !(*(this->s_false_t_true_map))[n];
142.1075 - }
142.1076 - bool inTClass(const Node& n) const {
142.1077 - return (*(this->s_false_t_true_map))[n];
142.1078 - }
142.1079 - };
142.1080 -
142.1081 -
142.1082 -
142.1083 -
142.1084 - /******************** S-T Graph Wrapper ********************/
142.1085 -
142.1086 -
142.1087 -
142.1088 -
142.1089 -
142.1090 - template<typename Graph> class stGraphWrapper;
142.1091 -
142.1092 - template<typename Graph>
142.1093 - inline
142.1094 - std::ostream&
142.1095 - operator<<(std::ostream& os,
142.1096 - typename stGraphWrapper<Graph>::Node const& i) {
142.1097 - os << "(node: " << typename Graph::Node(i) << " spec: " << i.spec <<")";
142.1098 - return os;
142.1099 - }
142.1100 -
142.1101 - template<typename Graph>
142.1102 - inline
142.1103 - std::ostream&
142.1104 - operator<<(std::ostream& os,
142.1105 - typename stGraphWrapper<Graph>::Edge const& i) {
142.1106 - os << "(edge: " << typename Graph::Edge(i) << " spec: " << i.spec
142.1107 - << " node: " << i.n << ")";
142.1108 - return os;
142.1109 - }
142.1110 -
142.1111 -
142.1112 - /// experimentral, do not try it.
142.1113 - /// It eats a bipartite graph, oriented from S to T.
142.1114 - /// Such one can be made e.g. by the above wrapper.
142.1115 - template<typename Graph>
142.1116 - class stGraphWrapper : public GraphWrapper<Graph> {
142.1117 - public:
142.1118 - class Node;
142.1119 - friend class Node;
142.1120 -//GN, int
142.1121 -//0 normalis, 1 s, 2, true, ez az iteralasi sorrend,
142.1122 -//es a vege a false azaz (invalid, 3)
142.1123 - class NodeIt;
142.1124 - friend class NodeIt;
142.1125 -//GNI, int
142.1126 - class Edge;
142.1127 - friend class Edge;
142.1128 -//GE, int, GN
142.1129 -//0 normalis, 1 s->vmi, 2 vmi->t, ez a sorrend,
142.1130 -//invalid: (invalid, 3, invalid)
142.1131 - class OutEdgeIt;
142.1132 - friend class OutEdgeIt;
142.1133 -//GO, int, GNI
142.1134 -//normalis pontbol (first, 0, invalid), ..., (invalid, 2, vmi), ... (invalid, 3, invalid)
142.1135 -//s-bol (invalid, 1, first), ... (invalid, 3, invalid)
142.1136 -//t-bol (invalid, 3, invalid)
142.1137 - class InEdgeIt;
142.1138 - friend class InEdgeIt;
142.1139 -//GI, int, GNI
142.1140 -//normalis pontbol (first, 0, invalid), ..., (invalid, 1, vmi), ... (invalid, 3, invalid)
142.1141 -//s-be (invalid, 3, invalid)
142.1142 -//t-be (invalid, 2, first), ... (invalid, 3, invalid)
142.1143 - class EdgeIt;
142.1144 - friend class EdgeIt;
142.1145 -//(first, 0, invalid) ...
142.1146 -//(invalid, 1, vmi)
142.1147 -//(invalid, 2, vmi)
142.1148 -//invalid, 3, invalid)
142.1149 - template <typename T> class NodeMap;
142.1150 - template <typename T, typename Parent> class EdgeMap;
142.1151 -
142.1152 -// template <typename T> friend class NodeMap;
142.1153 -// template <typename T> friend class EdgeMap;
142.1154 -
142.1155 - const Node S_NODE;
142.1156 - const Node T_NODE;
142.1157 -
142.1158 - static const bool S_CLASS=false;
142.1159 - static const bool T_CLASS=true;
142.1160 -
142.1161 - stGraphWrapper(Graph& _graph) : GraphWrapper<Graph>(_graph) ,
142.1162 - S_NODE(INVALID, 1),
142.1163 - T_NODE(INVALID, 2) { }
142.1164 -
142.1165 -
142.1166 - class Node : public Graph::Node {
142.1167 - protected:
142.1168 - friend class GraphWrapper<Graph>;
142.1169 - friend class stGraphWrapper<Graph>;
142.1170 - template <typename T> friend class NodeMap;
142.1171 - friend class Edge;
142.1172 - friend class OutEdgeIt;
142.1173 - friend class InEdgeIt;
142.1174 - friend class EdgeIt;
142.1175 - int spec;
142.1176 - public:
142.1177 - Node() { }
142.1178 - Node(const typename Graph::Node& _n, int _spec=0) :
142.1179 - Graph::Node(_n), spec(_spec) { }
142.1180 - Node(const Invalid& i) : Graph::Node(i), spec(3) { }
142.1181 - friend bool operator==(const Node& u, const Node& v) {
142.1182 - return (u.spec==v.spec &&
142.1183 - static_cast<typename Graph::Node>(u)==
142.1184 - static_cast<typename Graph::Node>(v));
142.1185 - }
142.1186 - friend bool operator!=(const Node& u, const Node& v) {
142.1187 - return (v.spec!=u.spec ||
142.1188 - static_cast<typename Graph::Node>(u)!=
142.1189 - static_cast<typename Graph::Node>(v));
142.1190 - }
142.1191 - friend std::ostream& operator<< <Graph>(std::ostream& os, const Node& i);
142.1192 - int getSpec() const { return spec; }
142.1193 - };
142.1194 -
142.1195 - class NodeIt {
142.1196 - friend class GraphWrapper<Graph>;
142.1197 - friend class stGraphWrapper<Graph>;
142.1198 - typename Graph::NodeIt n;
142.1199 - int spec;
142.1200 - public:
142.1201 - NodeIt() { }
142.1202 - NodeIt(const typename Graph::NodeIt& _n, int _spec) :
142.1203 - n(_n), spec(_spec) { }
142.1204 - NodeIt(const Invalid& i) : n(i), spec(3) { }
142.1205 - NodeIt(const stGraphWrapper<Graph>& _G) : n(*(_G.graph)), spec(0) {
142.1206 - if (!_G.graph->valid(n)) spec=1;
142.1207 - }
142.1208 - operator Node() const { return Node(n, spec); }
142.1209 - };
142.1210 -
142.1211 - typedef NodeIt NodeIt;
142.1212 - typedef Node Node;
142.1213 -
142.1214 - class Edge : public Graph::Edge {
142.1215 - friend class GraphWrapper<Graph>;
142.1216 - friend class stGraphWrapper<Graph>;
142.1217 - template <typename T, typename Parent> friend class EdgeMap;
142.1218 - int spec;
142.1219 - typename Graph::Node n;
142.1220 - public:
142.1221 - Edge() { }
142.1222 - Edge(const typename Graph::Edge& _e, int _spec,
142.1223 - const typename Graph::Node& _n) :
142.1224 - Graph::Edge(_e), spec(_spec), n(_n) {
142.1225 - }
142.1226 - Edge(const Invalid& i) : Graph::Edge(i), spec(3), n(i) { }
142.1227 - friend bool operator==(const Edge& u, const Edge& v) {
142.1228 - return (u.spec==v.spec &&
142.1229 - static_cast<typename Graph::Edge>(u)==
142.1230 - static_cast<typename Graph::Edge>(v) &&
142.1231 - u.n==v.n);
142.1232 - }
142.1233 - friend bool operator!=(const Edge& u, const Edge& v) {
142.1234 - return (v.spec!=u.spec ||
142.1235 - static_cast<typename Graph::Edge>(u)!=
142.1236 - static_cast<typename Graph::Edge>(v) ||
142.1237 - u.n!=v.n);
142.1238 - }
142.1239 - friend std::ostream& operator<< <Graph>(std::ostream& os, const Edge& i);
142.1240 - int getSpec() const { return spec; }
142.1241 - };
142.1242 -
142.1243 - class OutEdgeIt {
142.1244 - friend class GraphWrapper<Graph>;
142.1245 - friend class stGraphWrapper<Graph>;
142.1246 - typename Graph::OutEdgeIt e;
142.1247 - int spec;
142.1248 - typename Graph::ClassNodeIt n;
142.1249 - public:
142.1250 - OutEdgeIt() { }
142.1251 - OutEdgeIt(const typename Graph::OutEdgeIt& _e, int _spec,
142.1252 - const typename Graph::ClassNodeIt& _n) :
142.1253 - e(_e), spec(_spec), n(_n) {
142.1254 - }
142.1255 - OutEdgeIt(const Invalid& i) : e(i), spec(3), n(i) { }
142.1256 - OutEdgeIt(const stGraphWrapper<Graph>& _G, const Node& _n) {
142.1257 - switch (_n.spec) {
142.1258 - case 0 :
142.1259 - if (_G.graph->inSClass(_n)) { //S, van normalis kiel
142.1260 - e=typename Graph::OutEdgeIt(*(_G.graph),
142.1261 - typename Graph::Node(_n));
142.1262 - spec=0;
142.1263 - n=INVALID;
142.1264 - if (!_G.graph->valid(e)) spec=3;
142.1265 - } else { //T, specko kiel van
142.1266 - e=INVALID;
142.1267 - spec=2;
142.1268 - n=_n;
142.1269 - }
142.1270 - break;
142.1271 - case 1:
142.1272 - e=INVALID;
142.1273 - spec=1;
142.1274 - _G.graph->first(n, S_CLASS); //s->vmi;
142.1275 - if (!_G.graph->valid(n)) spec=3; //Ha S ures
142.1276 - break;
142.1277 - case 2:
142.1278 - e=INVALID;
142.1279 - spec=3;
142.1280 - n=INVALID;
142.1281 - break;
142.1282 - }
142.1283 - }
142.1284 - operator Edge() const { return Edge(e, spec, n); }
142.1285 - };
142.1286 -
142.1287 - class InEdgeIt {
142.1288 - friend class GraphWrapper<Graph>;
142.1289 - friend class stGraphWrapper<Graph>;
142.1290 - typename Graph::InEdgeIt e;
142.1291 - int spec;
142.1292 - typename Graph::ClassNodeIt n;
142.1293 - public:
142.1294 - InEdgeIt() { }
142.1295 - InEdgeIt(const typename Graph::InEdgeIt& _e, int _spec,
142.1296 - const typename Graph::ClassNodeIt& _n) :
142.1297 - e(_e), spec(_spec), n(_n) {
142.1298 - }
142.1299 - InEdgeIt(const Invalid& i) : e(i), spec(3), n(i) { }
142.1300 - InEdgeIt(const stGraphWrapper<Graph>& _G, const Node& _n) {
142.1301 - switch (_n.spec) {
142.1302 - case 0 :
142.1303 - if (_G.graph->inTClass(_n)) { //T, van normalis beel
142.1304 - e=typename Graph::InEdgeIt(*(_G.graph),
142.1305 - typename Graph::Node(_n));
142.1306 - spec=0;
142.1307 - n=INVALID;
142.1308 - if (!_G.graph->valid(e)) spec=3;
142.1309 - } else { //S, specko beel van
142.1310 - e=INVALID;
142.1311 - spec=1;
142.1312 - n=_n;
142.1313 - }
142.1314 - break;
142.1315 - case 1:
142.1316 - e=INVALID;
142.1317 - spec=3;
142.1318 - n=INVALID;
142.1319 - break;
142.1320 - case 2:
142.1321 - e=INVALID;
142.1322 - spec=2;
142.1323 - _G.graph->first(n, T_CLASS); //vmi->t;
142.1324 - if (!_G.graph->valid(n)) spec=3; //Ha T ures
142.1325 - break;
142.1326 - }
142.1327 - }
142.1328 - operator Edge() const { return Edge(e, spec, n); }
142.1329 - };
142.1330 -
142.1331 - class EdgeIt {
142.1332 - friend class GraphWrapper<Graph>;
142.1333 - friend class stGraphWrapper<Graph>;
142.1334 - typename Graph::EdgeIt e;
142.1335 - int spec;
142.1336 - typename Graph::ClassNodeIt n;
142.1337 - public:
142.1338 - EdgeIt() { }
142.1339 - EdgeIt(const typename Graph::EdgeIt& _e, int _spec,
142.1340 - const typename Graph::ClassNodeIt& _n) :
142.1341 - e(_e), spec(_spec), n(_n) { }
142.1342 - EdgeIt(const Invalid& i) : e(i), spec(3), n(i) { }
142.1343 - EdgeIt(const stGraphWrapper<Graph>& _G) :
142.1344 - e(*(_G.graph)), spec(0), n(INVALID) {
142.1345 - if (!_G.graph->valid(e)) {
142.1346 - spec=1;
142.1347 - _G.graph->first(n, S_CLASS);
142.1348 - if (!_G.graph->valid(n)) { //Ha S ures
142.1349 - spec=2;
142.1350 - _G.graph->first(n, T_CLASS);
142.1351 - if (!_G.graph->valid(n)) { //Ha T ures
142.1352 - spec=3;
142.1353 - }
142.1354 - }
142.1355 - }
142.1356 - }
142.1357 - operator Edge() const { return Edge(e, spec, n); }
142.1358 - };
142.1359 -
142.1360 - NodeIt& first(NodeIt& i) const {
142.1361 - i=NodeIt(*this); return i;
142.1362 - }
142.1363 - OutEdgeIt& first(OutEdgeIt& i, const Node& p) const {
142.1364 - i=OutEdgeIt(*this, p); return i;
142.1365 - }
142.1366 - InEdgeIt& first(InEdgeIt& i, const Node& p) const {
142.1367 - i=InEdgeIt(*this, p); return i;
142.1368 - }
142.1369 - EdgeIt& first(EdgeIt& i) const {
142.1370 - i=EdgeIt(*this); return i;
142.1371 - }
142.1372 -
142.1373 - NodeIt& next(NodeIt& i) const {
142.1374 - switch (i.spec) {
142.1375 - case 0:
142.1376 - this->graph->next(i.n);
142.1377 - if (!this->graph->valid(i.n)) {
142.1378 - i.spec=1;
142.1379 - }
142.1380 - break;
142.1381 - case 1:
142.1382 - i.spec=2;
142.1383 - break;
142.1384 - case 2:
142.1385 - i.spec=3;
142.1386 - break;
142.1387 - }
142.1388 - return i;
142.1389 - }
142.1390 - OutEdgeIt& next(OutEdgeIt& i) const {
142.1391 - typename Graph::Node v;
142.1392 - switch (i.spec) {
142.1393 - case 0: //normal edge
142.1394 - v=this->graph->aNode(i.e);
142.1395 - this->graph->next(i.e);
142.1396 - if (!this->graph->valid(i.e)) { //Az igazi elek vegere ertunk
142.1397 - if (this->graph->inSClass(v)) { //S, nincs kiel
142.1398 - i.spec=3;
142.1399 - i.n=INVALID;
142.1400 - } else { //T, van kiel
142.1401 - i.spec=2;
142.1402 - i.n=v;
142.1403 - }
142.1404 - }
142.1405 - break;
142.1406 - case 1: //s->vmi
142.1407 - this->graph->next(i.n);
142.1408 - if (!this->graph->valid(i.n)) i.spec=3;
142.1409 - break;
142.1410 - case 2: //vmi->t
142.1411 - i.spec=3;
142.1412 - i.n=INVALID;
142.1413 - break;
142.1414 - }
142.1415 - return i;
142.1416 - }
142.1417 - InEdgeIt& next(InEdgeIt& i) const {
142.1418 - typename Graph::Node v;
142.1419 - switch (i.spec) {
142.1420 - case 0: //normal edge
142.1421 - v=this->graph->aNode(i.e);
142.1422 - this->graph->next(i.e);
142.1423 - if (!this->graph->valid(i.e)) { //Az igazi elek vegere ertunk
142.1424 - if (this->graph->inTClass(v)) { //S, nincs beel
142.1425 - i.spec=3;
142.1426 - i.n=INVALID;
142.1427 - } else { //S, van beel
142.1428 - i.spec=1;
142.1429 - i.n=v;
142.1430 - }
142.1431 - }
142.1432 - break;
142.1433 - case 1: //s->vmi
142.1434 - i.spec=3;
142.1435 - i.n=INVALID;
142.1436 - break;
142.1437 - case 2: //vmi->t
142.1438 - this->graph->next(i.n);
142.1439 - if (!this->graph->valid(i.n)) i.spec=3;
142.1440 - break;
142.1441 - }
142.1442 - return i;
142.1443 - }
142.1444 -
142.1445 - EdgeIt& next(EdgeIt& i) const {
142.1446 - switch (i.spec) {
142.1447 - case 0:
142.1448 - this->graph->next(i.e);
142.1449 - if (!this->graph->valid(i.e)) {
142.1450 - i.spec=1;
142.1451 - this->graph->first(i.n, S_CLASS);
142.1452 - if (!this->graph->valid(i.n)) {
142.1453 - i.spec=2;
142.1454 - this->graph->first(i.n, T_CLASS);
142.1455 - if (!this->graph->valid(i.n)) i.spec=3;
142.1456 - }
142.1457 - }
142.1458 - break;
142.1459 - case 1:
142.1460 - this->graph->next(i.n);
142.1461 - if (!this->graph->valid(i.n)) {
142.1462 - i.spec=2;
142.1463 - this->graph->first(i.n, T_CLASS);
142.1464 - if (!this->graph->valid(i.n)) i.spec=3;
142.1465 - }
142.1466 - break;
142.1467 - case 2:
142.1468 - this->graph->next(i.n);
142.1469 - if (!this->graph->valid(i.n)) i.spec=3;
142.1470 - break;
142.1471 - }
142.1472 - return i;
142.1473 - }
142.1474 -
142.1475 - Node source(const Edge& e) const {
142.1476 - switch (e.spec) {
142.1477 - case 0:
142.1478 - return Node(this->graph->source(e));
142.1479 - break;
142.1480 - case 1:
142.1481 - return S_NODE;
142.1482 - break;
142.1483 - case 2:
142.1484 - default:
142.1485 - return Node(e.n);
142.1486 - break;
142.1487 - }
142.1488 - }
142.1489 - Node target(const Edge& e) const {
142.1490 - switch (e.spec) {
142.1491 - case 0:
142.1492 - return Node(this->graph->target(e));
142.1493 - break;
142.1494 - case 1:
142.1495 - return Node(e.n);
142.1496 - break;
142.1497 - case 2:
142.1498 - default:
142.1499 - return T_NODE;
142.1500 - break;
142.1501 - }
142.1502 - }
142.1503 -
142.1504 - bool valid(const Node& n) const { return (n.spec<3); }
142.1505 - bool valid(const Edge& e) const { return (e.spec<3); }
142.1506 -
142.1507 - int nodeNum() const { return this->graph->nodeNum()+2; }
142.1508 - int edgeNum() const {
142.1509 - return this->graph->edgeNum()+this->graph->nodeNum();
142.1510 - }
142.1511 -
142.1512 - Node aNode(const OutEdgeIt& e) const { return source(e); }
142.1513 - Node aNode(const InEdgeIt& e) const { return target(e); }
142.1514 - Node bNode(const OutEdgeIt& e) const { return target(e); }
142.1515 - Node bNode(const InEdgeIt& e) const { return source(e); }
142.1516 -
142.1517 - void addNode() const { }
142.1518 - void addEdge() const { }
142.1519 -
142.1520 -// Node addNode() const { return Node(this->graph->addNode()); }
142.1521 -// Edge addEdge(const Node& source, const Node& target) const {
142.1522 -// return Edge(this->graph->addEdge(source, target)); }
142.1523 -
142.1524 -// void erase(const Node& i) const { this->graph->erase(i); }
142.1525 -// void erase(const Edge& i) const { this->graph->erase(i); }
142.1526 -
142.1527 -// void clear() const { this->graph->clear(); }
142.1528 -
142.1529 - template<typename T> class NodeMap : public GraphWrapper<Graph>::template NodeMap<T> {
142.1530 - typedef typename GraphWrapper<Graph>::template NodeMap<T> Parent;
142.1531 - T s_value, t_value;
142.1532 - public:
142.1533 - NodeMap(const stGraphWrapper<Graph>& _G) : Parent(_G),
142.1534 - s_value(),
142.1535 - t_value() { }
142.1536 - NodeMap(const stGraphWrapper<Graph>& _G, T a) : Parent(_G, a),
142.1537 - s_value(a),
142.1538 - t_value(a) { }
142.1539 - T operator[](const Node& n) const {
142.1540 - switch (n.spec) {
142.1541 - case 0:
142.1542 - return Parent::operator[](n);
142.1543 - break;
142.1544 - case 1:
142.1545 - return s_value;
142.1546 - break;
142.1547 - case 2:
142.1548 - default:
142.1549 - return t_value;
142.1550 - break;
142.1551 - }
142.1552 - }
142.1553 - void set(const Node& n, T t) {
142.1554 - switch (n.spec) {
142.1555 - case 0:
142.1556 - GraphWrapper<Graph>::template NodeMap<T>::set(n, t);
142.1557 - break;
142.1558 - case 1:
142.1559 - s_value=t;
142.1560 - break;
142.1561 - case 2:
142.1562 - default:
142.1563 - t_value=t;
142.1564 - break;
142.1565 - }
142.1566 - }
142.1567 - };
142.1568 -
142.1569 - template<typename T,
142.1570 - typename Parent=
142.1571 - typename GraphWrapper<Graph>::template EdgeMap<T> >
142.1572 - class EdgeMap : public Parent {
142.1573 - //typedef typename GraphWrapper<Graph>::template EdgeMap<T> Parent;
142.1574 - typename GraphWrapper<Graph>::template NodeMap<T> node_value;
142.1575 - public:
142.1576 - EdgeMap(const stGraphWrapper<Graph>& _G) : Parent(_G),
142.1577 - node_value(_G) { }
142.1578 - EdgeMap(const stGraphWrapper<Graph>& _G, T a) : Parent(_G, a),
142.1579 - node_value(_G, a) { }
142.1580 - T operator[](const Edge& e) const {
142.1581 - switch (e.spec) {
142.1582 - case 0:
142.1583 - return Parent::operator[](e);
142.1584 - break;
142.1585 - case 1:
142.1586 - return node_value[e.n];
142.1587 - break;
142.1588 - case 2:
142.1589 - default:
142.1590 - return node_value[e.n];
142.1591 - break;
142.1592 - }
142.1593 - }
142.1594 - void set(const Edge& e, T t) {
142.1595 - switch (e.spec) {
142.1596 - case 0:
142.1597 - Parent::set(e, t);
142.1598 - break;
142.1599 - case 1:
142.1600 - node_value.set(e.n, t);
142.1601 - break;
142.1602 - case 2:
142.1603 - default:
142.1604 - node_value.set(e.n, t);
142.1605 - break;
142.1606 - }
142.1607 - }
142.1608 - };
142.1609 -
142.1610 -// template<typename T> class EdgeMap : public GraphWrapper<Graph>::template EdgeMap<T> {
142.1611 -// typedef typename GraphWrapper<Graph>::template EdgeMap<T> Parent;
142.1612 -// typename GraphWrapper<Graph>::template NodeMap<T> node_value;
142.1613 -// public:
142.1614 -// EdgeMap(const stGraphWrapper<Graph>& _G) : Parent(_G),
142.1615 -// node_value(_G) { }
142.1616 -// EdgeMap(const stGraphWrapper<Graph>& _G, T a) : Parent(_G, a),
142.1617 -// node_value(_G, a) { }
142.1618 -// T operator[](const Edge& e) const {
142.1619 -// switch (e.spec) {
142.1620 -// case 0:
142.1621 -// return Parent::operator[](e);
142.1622 -// break;
142.1623 -// case 1:
142.1624 -// return node_value[e.n];
142.1625 -// break;
142.1626 -// case 2:
142.1627 -// default:
142.1628 -// return node_value[e.n];
142.1629 -// break;
142.1630 -// }
142.1631 -// }
142.1632 -// void set(const Edge& e, T t) {
142.1633 -// switch (e.spec) {
142.1634 -// case 0:
142.1635 -// GraphWrapper<Graph>::template EdgeMap<T>::set(e, t);
142.1636 -// break;
142.1637 -// case 1:
142.1638 -// node_value.set(e.n, t);
142.1639 -// break;
142.1640 -// case 2:
142.1641 -// default:
142.1642 -// node_value.set(e.n, t);
142.1643 -// break;
142.1644 -// }
142.1645 -// }
142.1646 -// };
142.1647 -
142.1648 - };
142.1649 -
142.1650 - ///@}
142.1651 -
142.1652 -} //namespace lemon
142.1653 -
142.1654 -
142.1655 -#endif //LEMON_GRAPH_WRAPPER_H
142.1656 -
143.1 --- a/src/work/marci/experiment/iterator_bfs_demo.cc Sun Apr 17 18:57:22 2005 +0000
143.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
143.3 @@ -1,322 +0,0 @@
143.4 -// -*- c++ -*-
143.5 -#include <iostream>
143.6 -#include <vector>
143.7 -#include <string>
143.8 -
143.9 -#include <list_graph.h>
143.10 -//#include <smart_graph.h>
143.11 -#include <bfs_iterator.h>
143.12 -#include <graph_wrapper.h>
143.13 -
143.14 -using namespace lemon;
143.15 -using std::cout;
143.16 -using std::endl;
143.17 -using std::string;
143.18 -
143.19 -template <typename Graph, typename NodeNameMap>
143.20 -class EdgeNameMap {
143.21 - Graph& graph;
143.22 - NodeNameMap& node_name_map;
143.23 -public:
143.24 - EdgeNameMap(Graph& _graph, NodeNameMap& _node_name_map) :
143.25 - graph(_graph), node_name_map(_node_name_map) { }
143.26 - string get(typename Graph::Edge e) const {
143.27 - return
143.28 - (node_name_map.get(graph.source(e))+"->"+node_name_map.get(graph.target(e)));
143.29 - }
143.30 -};
143.31 -
143.32 -int main (int, char*[])
143.33 -{
143.34 - //typedef SmartGraph Graph;
143.35 - typedef ListGraph Graph;
143.36 -
143.37 - typedef Graph::Node Node;
143.38 - typedef Graph::Edge Edge;
143.39 -
143.40 - Graph G;
143.41 -
143.42 - Node s=G.addNode();
143.43 - Node v1=G.addNode();
143.44 - Node v2=G.addNode();
143.45 - Node v3=G.addNode();
143.46 - Node v4=G.addNode();
143.47 - Node t=G.addNode();
143.48 -
143.49 - Graph::NodeMap<string> node_name(G);
143.50 - node_name.set(s, "s");
143.51 - node_name.set(v1, "v1");
143.52 - node_name.set(v2, "v2");
143.53 - node_name.set(v3, "v3");
143.54 - node_name.set(v4, "v4");
143.55 - node_name.set(t, "t");
143.56 -
143.57 - G.addEdge(s, v1);
143.58 - G.addEdge(s, v2);
143.59 - G.addEdge(v1, v2);
143.60 - G.addEdge(v2, v1);
143.61 - G.addEdge(v1, v3);
143.62 - G.addEdge(v3, v2);
143.63 - G.addEdge(v2, v4);
143.64 - G.addEdge(v4, v3);
143.65 - G.addEdge(v3, t);
143.66 - G.addEdge(v4, t);
143.67 -
143.68 - cout << " /--> -------------> "<< endl;
143.69 - cout << " / /-- v1 <-\\ /---- v3-\\ "<< endl;
143.70 - cout << " / | | / /-> \\ "<< endl;
143.71 - cout << " / | | / | ^ \\ "<< endl;
143.72 - cout << "s | | / | | \\-> t "<< endl;
143.73 - cout << " \\ | | / | | /-> "<< endl;
143.74 - cout << " \\ | --/ / | | / "<< endl;
143.75 - cout << " \\ \\-> v2 <--/ \\-- v4 -/ "<< endl;
143.76 - cout << " \\--> -------------> "<< endl;
143.77 -
143.78 -// typedef TrivGraphWrapper<const Graph> CGW;
143.79 -// CGW gw(G);
143.80 -
143.81 -// cout << "bfs and dfs demo on the directed graph" << endl;
143.82 -// for(CGW::NodeIt n=gw.first<CGW::NodeIt>(); n.valid(); ++n) {
143.83 -// cout << n << ": ";
143.84 -// cout << "out edges: ";
143.85 -// for(CGW::OutEdgeIt e=gw.first<CGW::OutEdgeIt>(n); e.valid(); ++e)
143.86 -// cout << e << " ";
143.87 -// cout << "in edges: ";
143.88 -// for(CGW::InEdgeIt e=gw.first<CGW::InEdgeIt>(n); e.valid(); ++e)
143.89 -// cout << e << " ";
143.90 -// cout << endl;
143.91 -// }
143.92 -
143.93 - {
143.94 - typedef TrivGraphWrapper<const Graph> GW;
143.95 - GW gw(G);
143.96 -
143.97 - EdgeNameMap< GW, Graph::NodeMap<string> > edge_name(gw, node_name);
143.98 -
143.99 - cout << "bfs and dfs iterator demo on the directed graph" << endl;
143.100 - for(GW::NodeIt n(gw); gw.valid(n); gw.next(n)) {
143.101 - cout << node_name.get(n) << ": ";
143.102 - cout << "out edges: ";
143.103 - for(GW::OutEdgeIt e(gw, n); gw.valid(e); gw.next(e))
143.104 - cout << edge_name.get(e) << " ";
143.105 - cout << "in edges: ";
143.106 - for(GW::InEdgeIt e(gw, n); gw.valid(e); gw.next(e))
143.107 - cout << edge_name.get(e) << " ";
143.108 - cout << endl;
143.109 - }
143.110 -
143.111 - cout << "bfs from s ..." << endl;
143.112 - BfsIterator5< GW, GW::NodeMap<bool> > bfs(gw);
143.113 - bfs.pushAndSetReached(s);
143.114 - while (!bfs.finished()) {
143.115 - //cout << "edge: ";
143.116 - if (gw.valid(bfs)) {
143.117 - cout << edge_name.get(bfs) << /*endl*/", " <<
143.118 - node_name.get(gw.aNode(bfs)) <<
143.119 - (bfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
143.120 - node_name.get(gw.bNode(bfs)) <<
143.121 - (bfs.isBNodeNewlyReached() ? ": is newly reached." :
143.122 - ": is not newly reached.");
143.123 - } else {
143.124 - cout << "invalid" << /*endl*/", " <<
143.125 - node_name.get(bfs.aNode()) <<
143.126 - (bfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
143.127 -
143.128 - "invalid.";
143.129 - }
143.130 - cout << endl;
143.131 - ++bfs;
143.132 - }
143.133 -
143.134 - cout << " /--> -------------> "<< endl;
143.135 - cout << " / /-- v1 <-\\ /---- v3-\\ "<< endl;
143.136 - cout << " / | | / /-> \\ "<< endl;
143.137 - cout << " / | | / | ^ \\ "<< endl;
143.138 - cout << "s | | / | | \\-> t "<< endl;
143.139 - cout << " \\ | | / | | /-> "<< endl;
143.140 - cout << " \\ | --/ / | | / "<< endl;
143.141 - cout << " \\ \\-> v2 <--/ \\-- v4 -/ "<< endl;
143.142 - cout << " \\--> -------------> "<< endl;
143.143 -
143.144 - cout << "dfs from s ..." << endl;
143.145 - DfsIterator5< GW, GW::NodeMap<bool> > dfs(gw);
143.146 - dfs.pushAndSetReached(s);
143.147 - while (!dfs.finished()) {
143.148 - ++dfs;
143.149 - //cout << "edge: ";
143.150 - if (gw.valid(dfs)) {
143.151 - cout << edge_name.get(dfs) << /*endl*/", " <<
143.152 - node_name.get(gw.aNode(dfs)) <<
143.153 - (dfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
143.154 - node_name.get(gw.bNode(dfs)) <<
143.155 - (dfs.isBNodeNewlyReached() ? ": is newly reached." :
143.156 - ": is not newly reached.");
143.157 - } else {
143.158 - cout << "invalid" << /*endl*/", " <<
143.159 - node_name.get(dfs.aNode()) <<
143.160 - (dfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
143.161 -
143.162 - "invalid.";
143.163 - }
143.164 - cout << endl;
143.165 - }
143.166 - }
143.167 -
143.168 -
143.169 - {
143.170 - typedef RevGraphWrapper<const TrivGraphWrapper<const Graph> > GW;
143.171 - GW gw(G);
143.172 -
143.173 - EdgeNameMap< GW, Graph::NodeMap<string> > edge_name(gw, node_name);
143.174 -
143.175 - cout << "bfs and dfs iterator demo on the reversed directed graph" << endl;
143.176 - for(GW::NodeIt n(gw); gw.valid(n); gw.next(n)) {
143.177 - cout << node_name.get(n) << ": ";
143.178 - cout << "out edges: ";
143.179 - for(GW::OutEdgeIt e(gw, n); gw.valid(e); gw.next(e))
143.180 - cout << edge_name.get(e) << " ";
143.181 - cout << "in edges: ";
143.182 - for(GW::InEdgeIt e(gw, n); gw.valid(e); gw.next(e))
143.183 - cout << edge_name.get(e) << " ";
143.184 - cout << endl;
143.185 - }
143.186 -
143.187 - cout << "bfs from t ..." << endl;
143.188 - BfsIterator5< GW, GW::NodeMap<bool> > bfs(gw);
143.189 - bfs.pushAndSetReached(t);
143.190 - while (!bfs.finished()) {
143.191 - //cout << "edge: ";
143.192 - if (gw.valid(bfs)) {
143.193 - cout << edge_name.get(bfs) << /*endl*/", " <<
143.194 - node_name.get(gw.aNode(bfs)) <<
143.195 - (bfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
143.196 - node_name.get(gw.bNode(bfs)) <<
143.197 - (bfs.isBNodeNewlyReached() ? ": is newly reached." :
143.198 - ": is not newly reached.");
143.199 - } else {
143.200 - cout << "invalid" << /*endl*/", " <<
143.201 - node_name.get(bfs.aNode()) <<
143.202 - (bfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
143.203 -
143.204 - "invalid.";
143.205 - }
143.206 - cout << endl;
143.207 - ++bfs;
143.208 - }
143.209 -
143.210 - cout << " /--> -------------> "<< endl;
143.211 - cout << " / /-- v1 <-\\ /---- v3-\\ "<< endl;
143.212 - cout << " / | | / /-> \\ "<< endl;
143.213 - cout << " / | | / | ^ \\ "<< endl;
143.214 - cout << "s | | / | | \\-> t "<< endl;
143.215 - cout << " \\ | | / | | /-> "<< endl;
143.216 - cout << " \\ | --/ / | | / "<< endl;
143.217 - cout << " \\ \\-> v2 <--/ \\-- v4 -/ "<< endl;
143.218 - cout << " \\--> -------------> "<< endl;
143.219 -
143.220 - cout << "dfs from t ..." << endl;
143.221 - DfsIterator5< GW, GW::NodeMap<bool> > dfs(gw);
143.222 - dfs.pushAndSetReached(t);
143.223 - while (!dfs.finished()) {
143.224 - ++dfs;
143.225 - //cout << "edge: ";
143.226 - if (gw.valid(dfs)) {
143.227 - cout << edge_name.get(dfs) << /*endl*/", " <<
143.228 - node_name.get(gw.aNode(dfs)) <<
143.229 - (dfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
143.230 - node_name.get(gw.bNode(dfs)) <<
143.231 - (dfs.isBNodeNewlyReached() ? ": is newly reached." :
143.232 - ": is not newly reached.");
143.233 - } else {
143.234 - cout << "invalid" << /*endl*/", " <<
143.235 - node_name.get(dfs.aNode()) <<
143.236 - (dfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
143.237 -
143.238 - "invalid.";
143.239 - }
143.240 - cout << endl;
143.241 - }
143.242 - }
143.243 -
143.244 - {
143.245 - //typedef UndirGraphWrapper<const Graph> GW;
143.246 - typedef UndirGraphWrapper<const TrivGraphWrapper<const Graph> > GW;
143.247 - GW gw(G);
143.248 -
143.249 - EdgeNameMap< GW, Graph::NodeMap<string> > edge_name(gw, node_name);
143.250 -
143.251 - cout << "bfs and dfs iterator demo on the undirected graph" << endl;
143.252 - for(GW::NodeIt n(gw); gw.valid(n); gw.next(n)) {
143.253 - cout << node_name.get(n) << ": ";
143.254 - cout << "out edges: ";
143.255 - for(GW::OutEdgeIt e(gw, n); gw.valid(e); gw.next(e))
143.256 - cout << edge_name.get(e) << " ";
143.257 - cout << "in edges: ";
143.258 - for(GW::InEdgeIt e(gw, n); gw.valid(e); gw.next(e))
143.259 - cout << edge_name.get(e) << " ";
143.260 - cout << endl;
143.261 - }
143.262 -// for(GW::EdgeIt e=gw.first<GW::EdgeIt>(); gw.valid(e); gw.next(e)) {
143.263 -// cout << edge_name.get(e) << " ";
143.264 -// }
143.265 -// cout << endl;
143.266 -
143.267 - cout << "bfs from t ..." << endl;
143.268 - BfsIterator5< GW, GW::NodeMap<bool> > bfs(gw);
143.269 - bfs.pushAndSetReached(t);
143.270 - while (!bfs.finished()) {
143.271 - //cout << "edge: ";
143.272 - if (gw.valid(GW::OutEdgeIt(bfs))) {
143.273 - cout << edge_name.get(GW::OutEdgeIt(bfs)) << /*endl*/", " <<
143.274 - node_name.get(gw.aNode(bfs)) <<
143.275 - (bfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
143.276 - node_name.get(gw.bNode(bfs)) <<
143.277 - (bfs.isBNodeNewlyReached() ? ": is newly reached." :
143.278 - ": is not newly reached.");
143.279 - } else {
143.280 - cout << "invalid" << /*endl*/", " <<
143.281 - node_name.get(bfs.aNode()) <<
143.282 - (bfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
143.283 -
143.284 - "invalid.";
143.285 - }
143.286 - cout << endl;
143.287 - ++bfs;
143.288 - }
143.289 -
143.290 - cout << " /--> -------------> "<< endl;
143.291 - cout << " / /-- v1 <-\\ /---- v3-\\ "<< endl;
143.292 - cout << " / | | / /-> \\ "<< endl;
143.293 - cout << " / | | / | ^ \\ "<< endl;
143.294 - cout << "s | | / | | \\-> t "<< endl;
143.295 - cout << " \\ | | / | | /-> "<< endl;
143.296 - cout << " \\ | --/ / | | / "<< endl;
143.297 - cout << " \\ \\-> v2 <--/ \\-- v4 -/ "<< endl;
143.298 - cout << " \\--> -------------> "<< endl;
143.299 -
143.300 - cout << "dfs from t ..." << endl;
143.301 - DfsIterator5< GW, GW::NodeMap<bool> > dfs(gw);
143.302 - dfs.pushAndSetReached(t);
143.303 - while (!dfs.finished()) {
143.304 - ++dfs;
143.305 - //cout << "edge: ";
143.306 - if (gw.valid(GW::OutEdgeIt(dfs))) {
143.307 - cout << edge_name.get(GW::OutEdgeIt(dfs)) << /*endl*/", " <<
143.308 - node_name.get(gw.aNode(dfs)) <<
143.309 - (dfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
143.310 - node_name.get(gw.bNode(dfs)) <<
143.311 - (dfs.isBNodeNewlyReached() ? ": is newly reached." :
143.312 - ": is not newly reached.");
143.313 - } else {
143.314 - cout << "invalid" << /*endl*/", " <<
143.315 - node_name.get(dfs.aNode()) <<
143.316 - (dfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
143.317 -
143.318 - "invalid.";
143.319 - }
143.320 - cout << endl;
143.321 - }
143.322 - }
143.323 -
143.324 - return 0;
143.325 -}
144.1 --- a/src/work/marci/experiment/iterator_bfs_demo_1.cc Sun Apr 17 18:57:22 2005 +0000
144.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
144.3 @@ -1,322 +0,0 @@
144.4 -// -*- c++ -*-
144.5 -#include <iostream>
144.6 -#include <vector>
144.7 -#include <string>
144.8 -
144.9 -#include <list_graph.h>
144.10 -#include <smart_graph.h>
144.11 -#include <bfs_iterator_1.h>
144.12 -#include <graph_wrapper_1.h>
144.13 -
144.14 -using namespace lemon;
144.15 -using std::cout;
144.16 -using std::endl;
144.17 -using std::string;
144.18 -
144.19 -template <typename Graph, typename NodeNameMap>
144.20 -class EdgeNameMap {
144.21 - Graph& graph;
144.22 - NodeNameMap& node_name_map;
144.23 -public:
144.24 - EdgeNameMap(Graph& _graph, NodeNameMap& _node_name_map) :
144.25 - graph(_graph), node_name_map(_node_name_map) { }
144.26 - string get(typename Graph::Edge e) const {
144.27 - return
144.28 - (node_name_map.get(graph.source(e))+"->"+node_name_map.get(graph.target(e)));
144.29 - }
144.30 -};
144.31 -
144.32 -int main (int, char*[])
144.33 -{
144.34 - //typedef SmartGraph Graph;
144.35 - typedef ListGraph Graph;
144.36 -
144.37 - typedef Graph::Node Node;
144.38 - typedef Graph::Edge Edge;
144.39 -
144.40 - Graph G;
144.41 -
144.42 - Node s=G.addNode();
144.43 - Node v1=G.addNode();
144.44 - Node v2=G.addNode();
144.45 - Node v3=G.addNode();
144.46 - Node v4=G.addNode();
144.47 - Node t=G.addNode();
144.48 -
144.49 - Graph::NodeMap<string> node_name(G);
144.50 - node_name.set(s, "s");
144.51 - node_name.set(v1, "v1");
144.52 - node_name.set(v2, "v2");
144.53 - node_name.set(v3, "v3");
144.54 - node_name.set(v4, "v4");
144.55 - node_name.set(t, "t");
144.56 -
144.57 - G.addEdge(s, v1);
144.58 - G.addEdge(s, v2);
144.59 - G.addEdge(v1, v2);
144.60 - G.addEdge(v2, v1);
144.61 - G.addEdge(v1, v3);
144.62 - G.addEdge(v3, v2);
144.63 - G.addEdge(v2, v4);
144.64 - G.addEdge(v4, v3);
144.65 - G.addEdge(v3, t);
144.66 - G.addEdge(v4, t);
144.67 -
144.68 - cout << " /--> -------------> "<< endl;
144.69 - cout << " / /-- v1 <-\\ /---- v3-\\ "<< endl;
144.70 - cout << " / | | / /-> \\ "<< endl;
144.71 - cout << " / | | / | ^ \\ "<< endl;
144.72 - cout << "s | | / | | \\-> t "<< endl;
144.73 - cout << " \\ | | / | | /-> "<< endl;
144.74 - cout << " \\ | --/ / | | / "<< endl;
144.75 - cout << " \\ \\-> v2 <--/ \\-- v4 -/ "<< endl;
144.76 - cout << " \\--> -------------> "<< endl;
144.77 -
144.78 -// typedef TrivGraphWrapper<const Graph> CGW;
144.79 -// CGW gw(G);
144.80 -
144.81 -// cout << "bfs and dfs demo on the directed graph" << endl;
144.82 -// for(CGW::NodeIt n=gw.first<CGW::NodeIt>(); n.valid(); ++n) {
144.83 -// cout << n << ": ";
144.84 -// cout << "out edges: ";
144.85 -// for(CGW::OutEdgeIt e=gw.first<CGW::OutEdgeIt>(n); e.valid(); ++e)
144.86 -// cout << e << " ";
144.87 -// cout << "in edges: ";
144.88 -// for(CGW::InEdgeIt e=gw.first<CGW::InEdgeIt>(n); e.valid(); ++e)
144.89 -// cout << e << " ";
144.90 -// cout << endl;
144.91 -// }
144.92 -
144.93 - {
144.94 - typedef TrivGraphWrapper<const Graph> GW;
144.95 - GW gw(G);
144.96 -
144.97 - EdgeNameMap< GW, Graph::NodeMap<string> > edge_name(gw, node_name);
144.98 -
144.99 - cout << "bfs and dfs iterator demo on the directed graph" << endl;
144.100 - for(GW::NodeIt n(gw); gw.valid(n); gw.next(n)) {
144.101 - cout << node_name.get(n) << ": ";
144.102 - cout << "out edges: ";
144.103 - for(GW::OutEdgeIt e(gw, n); gw.valid(e); gw.next(e))
144.104 - cout << edge_name.get(e) << " ";
144.105 - cout << "in edges: ";
144.106 - for(GW::InEdgeIt e(gw, n); gw.valid(e); gw.next(e))
144.107 - cout << edge_name.get(e) << " ";
144.108 - cout << endl;
144.109 - }
144.110 -
144.111 - cout << "bfs from s ..." << endl;
144.112 - BfsIterator5< GW, GW::NodeMap<bool> > bfs(gw);
144.113 - bfs.pushAndSetReached(s);
144.114 - while (!bfs.finished()) {
144.115 - //cout << "edge: ";
144.116 - if (gw.valid(bfs)) {
144.117 - cout << edge_name.get(bfs) << /*endl*/", " <<
144.118 - node_name.get(gw.aNode(bfs)) <<
144.119 - (bfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
144.120 - node_name.get(gw.bNode(bfs)) <<
144.121 - (bfs.isBNodeNewlyReached() ? ": is newly reached." :
144.122 - ": is not newly reached.");
144.123 - } else {
144.124 - cout << "invalid" << /*endl*/", " <<
144.125 - node_name.get(bfs.aNode()) <<
144.126 - (bfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
144.127 -
144.128 - "invalid.";
144.129 - }
144.130 - cout << endl;
144.131 - ++bfs;
144.132 - }
144.133 -
144.134 - cout << " /--> -------------> "<< endl;
144.135 - cout << " / /-- v1 <-\\ /---- v3-\\ "<< endl;
144.136 - cout << " / | | / /-> \\ "<< endl;
144.137 - cout << " / | | / | ^ \\ "<< endl;
144.138 - cout << "s | | / | | \\-> t "<< endl;
144.139 - cout << " \\ | | / | | /-> "<< endl;
144.140 - cout << " \\ | --/ / | | / "<< endl;
144.141 - cout << " \\ \\-> v2 <--/ \\-- v4 -/ "<< endl;
144.142 - cout << " \\--> -------------> "<< endl;
144.143 -
144.144 - cout << "dfs from s ..." << endl;
144.145 - DfsIterator5< GW, GW::NodeMap<bool> > dfs(gw);
144.146 - dfs.pushAndSetReached(s);
144.147 - while (!dfs.finished()) {
144.148 - ++dfs;
144.149 - //cout << "edge: ";
144.150 - if (gw.valid(dfs)) {
144.151 - cout << edge_name.get(dfs) << /*endl*/", " <<
144.152 - node_name.get(gw.aNode(dfs)) <<
144.153 - (dfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
144.154 - node_name.get(gw.bNode(dfs)) <<
144.155 - (dfs.isBNodeNewlyReached() ? ": is newly reached." :
144.156 - ": is not newly reached.");
144.157 - } else {
144.158 - cout << "invalid" << /*endl*/", " <<
144.159 - node_name.get(dfs.aNode()) <<
144.160 - (dfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
144.161 -
144.162 - "invalid.";
144.163 - }
144.164 - cout << endl;
144.165 - }
144.166 - }
144.167 -
144.168 -
144.169 - {
144.170 - typedef RevGraphWrapper<const TrivGraphWrapper<const Graph> > GW;
144.171 - GW gw(G);
144.172 -
144.173 - EdgeNameMap< GW, Graph::NodeMap<string> > edge_name(gw, node_name);
144.174 -
144.175 - cout << "bfs and dfs iterator demo on the reversed directed graph" << endl;
144.176 - for(GW::NodeIt n(gw); gw.valid(n); gw.next(n)) {
144.177 - cout << node_name.get(n) << ": ";
144.178 - cout << "out edges: ";
144.179 - for(GW::OutEdgeIt e(gw, n); gw.valid(e); gw.next(e))
144.180 - cout << edge_name.get(e) << " ";
144.181 - cout << "in edges: ";
144.182 - for(GW::InEdgeIt e(gw, n); gw.valid(e); gw.next(e))
144.183 - cout << edge_name.get(e) << " ";
144.184 - cout << endl;
144.185 - }
144.186 -
144.187 - cout << "bfs from t ..." << endl;
144.188 - BfsIterator5< GW, GW::NodeMap<bool> > bfs(gw);
144.189 - bfs.pushAndSetReached(t);
144.190 - while (!bfs.finished()) {
144.191 - //cout << "edge: ";
144.192 - if (gw.valid(bfs)) {
144.193 - cout << edge_name.get(bfs) << /*endl*/", " <<
144.194 - node_name.get(gw.aNode(bfs)) <<
144.195 - (bfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
144.196 - node_name.get(gw.bNode(bfs)) <<
144.197 - (bfs.isBNodeNewlyReached() ? ": is newly reached." :
144.198 - ": is not newly reached.");
144.199 - } else {
144.200 - cout << "invalid" << /*endl*/", " <<
144.201 - node_name.get(bfs.aNode()) <<
144.202 - (bfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
144.203 -
144.204 - "invalid.";
144.205 - }
144.206 - cout << endl;
144.207 - ++bfs;
144.208 - }
144.209 -
144.210 - cout << " /--> -------------> "<< endl;
144.211 - cout << " / /-- v1 <-\\ /---- v3-\\ "<< endl;
144.212 - cout << " / | | / /-> \\ "<< endl;
144.213 - cout << " / | | / | ^ \\ "<< endl;
144.214 - cout << "s | | / | | \\-> t "<< endl;
144.215 - cout << " \\ | | / | | /-> "<< endl;
144.216 - cout << " \\ | --/ / | | / "<< endl;
144.217 - cout << " \\ \\-> v2 <--/ \\-- v4 -/ "<< endl;
144.218 - cout << " \\--> -------------> "<< endl;
144.219 -
144.220 - cout << "dfs from t ..." << endl;
144.221 - DfsIterator5< GW, GW::NodeMap<bool> > dfs(gw);
144.222 - dfs.pushAndSetReached(t);
144.223 - while (!dfs.finished()) {
144.224 - ++dfs;
144.225 - //cout << "edge: ";
144.226 - if (gw.valid(dfs)) {
144.227 - cout << edge_name.get(dfs) << /*endl*/", " <<
144.228 - node_name.get(gw.aNode(dfs)) <<
144.229 - (dfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
144.230 - node_name.get(gw.bNode(dfs)) <<
144.231 - (dfs.isBNodeNewlyReached() ? ": is newly reached." :
144.232 - ": is not newly reached.");
144.233 - } else {
144.234 - cout << "invalid" << /*endl*/", " <<
144.235 - node_name.get(dfs.aNode()) <<
144.236 - (dfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
144.237 -
144.238 - "invalid.";
144.239 - }
144.240 - cout << endl;
144.241 - }
144.242 - }
144.243 -
144.244 - {
144.245 - //typedef UndirGraphWrapper<const Graph> GW;
144.246 - typedef UndirGraphWrapper<const TrivGraphWrapper<const Graph> > GW;
144.247 - GW gw(G);
144.248 -
144.249 - EdgeNameMap< GW, Graph::NodeMap<string> > edge_name(gw, node_name);
144.250 -
144.251 - cout << "bfs and dfs iterator demo on the undirected graph" << endl;
144.252 - for(GW::NodeIt n(gw); gw.valid(n); gw.next(n)) {
144.253 - cout << node_name.get(n) << ": ";
144.254 - cout << "out edges: ";
144.255 - for(GW::OutEdgeIt e(gw, n); gw.valid(e); gw.next(e))
144.256 - cout << edge_name.get(e) << " ";
144.257 - cout << "in edges: ";
144.258 - for(GW::InEdgeIt e(gw, n); gw.valid(e); gw.next(e))
144.259 - cout << edge_name.get(e) << " ";
144.260 - cout << endl;
144.261 - }
144.262 -// for(GW::EdgeIt e=gw.first<GW::EdgeIt>(); gw.valid(e); gw.next(e)) {
144.263 -// cout << edge_name.get(e) << " ";
144.264 -// }
144.265 -// cout << endl;
144.266 -
144.267 - cout << "bfs from t ..." << endl;
144.268 - BfsIterator5< GW, GW::NodeMap<bool> > bfs(gw);
144.269 - bfs.pushAndSetReached(t);
144.270 - while (!bfs.finished()) {
144.271 - //cout << "edge: ";
144.272 - if (gw.valid(GW::OutEdgeIt(bfs))) {
144.273 - cout << edge_name.get(GW::OutEdgeIt(bfs)) << /*endl*/", " <<
144.274 - node_name.get(gw.aNode(bfs)) <<
144.275 - (bfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
144.276 - node_name.get(gw.bNode(bfs)) <<
144.277 - (bfs.isBNodeNewlyReached() ? ": is newly reached." :
144.278 - ": is not newly reached.");
144.279 - } else {
144.280 - cout << "invalid" << /*endl*/", " <<
144.281 - node_name.get(bfs.aNode()) <<
144.282 - (bfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
144.283 -
144.284 - "invalid.";
144.285 - }
144.286 - cout << endl;
144.287 - ++bfs;
144.288 - }
144.289 -
144.290 - cout << " /--> -------------> "<< endl;
144.291 - cout << " / /-- v1 <-\\ /---- v3-\\ "<< endl;
144.292 - cout << " / | | / /-> \\ "<< endl;
144.293 - cout << " / | | / | ^ \\ "<< endl;
144.294 - cout << "s | | / | | \\-> t "<< endl;
144.295 - cout << " \\ | | / | | /-> "<< endl;
144.296 - cout << " \\ | --/ / | | / "<< endl;
144.297 - cout << " \\ \\-> v2 <--/ \\-- v4 -/ "<< endl;
144.298 - cout << " \\--> -------------> "<< endl;
144.299 -
144.300 - cout << "dfs from t ..." << endl;
144.301 - DfsIterator5< GW, GW::NodeMap<bool> > dfs(gw);
144.302 - dfs.pushAndSetReached(t);
144.303 - while (!dfs.finished()) {
144.304 - ++dfs;
144.305 - //cout << "edge: ";
144.306 - if (gw.valid(GW::OutEdgeIt(dfs))) {
144.307 - cout << edge_name.get(GW::OutEdgeIt(dfs)) << /*endl*/", " <<
144.308 - node_name.get(gw.aNode(dfs)) <<
144.309 - (dfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
144.310 - node_name.get(gw.bNode(dfs)) <<
144.311 - (dfs.isBNodeNewlyReached() ? ": is newly reached." :
144.312 - ": is not newly reached.");
144.313 - } else {
144.314 - cout << "invalid" << /*endl*/", " <<
144.315 - node_name.get(dfs.aNode()) <<
144.316 - (dfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
144.317 -
144.318 - "invalid.";
144.319 - }
144.320 - cout << endl;
144.321 - }
144.322 - }
144.323 -
144.324 - return 0;
144.325 -}
145.1 --- a/src/work/marci/experiment/list_graph.h Sun Apr 17 18:57:22 2005 +0000
145.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
145.3 @@ -1,570 +0,0 @@
145.4 -// -*- c++ -*-
145.5 -#ifndef LEMON_LIST_GRAPH_H
145.6 -#define LEMON_LIST_GRAPH_H
145.7 -
145.8 -#include <iostream>
145.9 -#include <vector>
145.10 -
145.11 -#include <invalid.h>
145.12 -
145.13 -namespace lemon {
145.14 -
145.15 - template <typename It>
145.16 - int count(It it) {
145.17 - int i=0;
145.18 - for( ; it.valid(); ++it) { ++i; }
145.19 - return i;
145.20 - }
145.21 -
145.22 - class ListGraph {
145.23 - class node_item;
145.24 - class edge_item;
145.25 - public:
145.26 - class Node;
145.27 - class NodeIt;
145.28 - class Edge;
145.29 - class EdgeIt;
145.30 - class OutEdgeIt;
145.31 - class InEdgeIt;
145.32 - class SymEdgeIt;
145.33 - template <typename T> class NodeMap;
145.34 - template <typename T> class EdgeMap;
145.35 - private:
145.36 - template <typename T> friend class NodeMap;
145.37 - template <typename T> friend class EdgeMap;
145.38 -
145.39 - template <typename T>
145.40 - class NodeMap {
145.41 - const ListGraph& G;
145.42 - std::vector<T> container;
145.43 - public:
145.44 - typedef T Value;
145.45 - typedef Node Key;
145.46 - NodeMap(const ListGraph& _G) : G(_G), container(G.node_id) { }
145.47 - NodeMap(const ListGraph& _G, T a) :
145.48 - G(_G), container(G.node_id, a) { }
145.49 - void set(Node n, T a) { container[/*G.id(n)*/n.node->id]=a; }
145.50 - T get(Node n) const { return container[/*G.id(n)*/n.node->id]; }
145.51 - typename std::vector<T>::reference operator[](Node n) {
145.52 - return container[/*G.id(n)*/n.node->id]; }
145.53 - typename std::vector<T>::const_reference operator[](Node n) const {
145.54 - return container[/*G.id(n)*/n.node->id];
145.55 - }
145.56 - void update() { container.resize(G.node_id); }
145.57 - void update(T a) { container.resize(G.node_id, a); }
145.58 - };
145.59 -
145.60 - template <typename T>
145.61 - class EdgeMap {
145.62 - const ListGraph& G;
145.63 - std::vector<T> container;
145.64 - public:
145.65 - typedef T Value;
145.66 - typedef Edge Key;
145.67 - EdgeMap(const ListGraph& _G) : G(_G), container(G.edge_id) { }
145.68 - EdgeMap(const ListGraph& _G, T a) :
145.69 - G(_G), container(G.edge_id, a) { }
145.70 - void set(Edge e, T a) { container[/*G.id(e)*/e.edge->id]=a; }
145.71 - T get(Edge e) const { return container[/*G.id(e)*/e.edge->id]; }
145.72 - typename std::vector<T>::reference operator[](Edge e) {
145.73 - return container[/*G.id(e)*/e.edge->id]; }
145.74 - typename std::vector<T>::const_reference operator[](Edge e) const {
145.75 - return container[/*G.id(e)*/e.edge->id];
145.76 - }
145.77 - void update() { container.resize(G.edge_id); }
145.78 - void update(T a) { container.resize(G.edge_id, a); }
145.79 - };
145.80 -
145.81 - int node_id;
145.82 - int edge_id;
145.83 - int _node_num;
145.84 - int _edge_num;
145.85 -
145.86 - node_item* _first_node;
145.87 - node_item* _last_node;
145.88 -
145.89 - class node_item {
145.90 - friend class ListGraph;
145.91 - template <typename T> friend class NodeMap;
145.92 -
145.93 - friend class Node;
145.94 - friend class NodeIt;
145.95 - friend class Edge;
145.96 - friend class EdgeIt;
145.97 - friend class OutEdgeIt;
145.98 - friend class InEdgeIt;
145.99 - friend class SymEdgeIt;
145.100 - friend std::ostream& operator<<(std::ostream& os, const Node& i);
145.101 - friend std::ostream& operator<<(std::ostream& os, const Edge& i);
145.102 - //ListGraph* G;
145.103 - int id;
145.104 - edge_item* _first_out_edge;
145.105 - edge_item* _last_out_edge;
145.106 - edge_item* _first_in_edge;
145.107 - edge_item* _last_in_edge;
145.108 - node_item* _next_node;
145.109 - node_item* _prev_node;
145.110 - public:
145.111 - node_item() { }
145.112 - };
145.113 -
145.114 - class edge_item {
145.115 - friend class ListGraph;
145.116 - template <typename T> friend class EdgeMap;
145.117 -
145.118 - friend class Node;
145.119 - friend class NodeIt;
145.120 - friend class Edge;
145.121 - friend class EdgeIt;
145.122 - friend class OutEdgeIt;
145.123 - friend class InEdgeIt;
145.124 - friend class SymEdgeIt;
145.125 - friend std::ostream& operator<<(std::ostream& os, const Edge& i);
145.126 - //ListGraph* G;
145.127 - int id;
145.128 - node_item* _source;
145.129 - node_item* _target;
145.130 - edge_item* _next_out;
145.131 - edge_item* _prev_out;
145.132 - edge_item* _next_in;
145.133 - edge_item* _prev_in;
145.134 - public:
145.135 - edge_item() { }
145.136 - };
145.137 -
145.138 - node_item* _add_node() {
145.139 - node_item* p=new node_item;
145.140 - p->id=node_id++;
145.141 - p->_first_out_edge=0;
145.142 - p->_last_out_edge=0;
145.143 - p->_first_in_edge=0;
145.144 - p->_last_in_edge=0;
145.145 - p->_prev_node=_last_node;
145.146 - p->_next_node=0;
145.147 - if (_last_node) _last_node->_next_node=p;
145.148 - _last_node=p;
145.149 - if (!_first_node) _first_node=p;
145.150 -
145.151 - ++_node_num;
145.152 - return p;
145.153 - }
145.154 -
145.155 - edge_item* _add_edge(node_item* _source, node_item* _target) {
145.156 - edge_item* e=new edge_item;
145.157 - e->id=edge_id++;
145.158 - e->_source=_source;
145.159 - e->_target=_target;
145.160 -
145.161 - e->_prev_out=_source->_last_out_edge;
145.162 - if (_source->_last_out_edge) (_source->_last_out_edge)->_next_out=e;
145.163 - _source->_last_out_edge=e;
145.164 - if (!_source->_first_out_edge) _source->_first_out_edge=e;
145.165 - e->_next_out=0;
145.166 -
145.167 - e->_prev_in=_target->_last_in_edge;
145.168 - if (_target->_last_in_edge) (_target->_last_in_edge)->_next_in=e;
145.169 - _target->_last_in_edge=e;
145.170 - if (!_target->_first_in_edge) { _target->_first_in_edge=e; }
145.171 - e->_next_in=0;
145.172 -
145.173 - ++_edge_num;
145.174 - return e;
145.175 - }
145.176 -
145.177 - //deletes a node which has no out edge and no in edge
145.178 - void _delete_node(node_item* v) {
145.179 - if (v->_next_node) (v->_next_node)->_prev_node=v->_prev_node; else
145.180 - _last_node=v->_prev_node;
145.181 - if (v->_prev_node) (v->_prev_node)->_next_node=v->_next_node; else
145.182 - _first_node=v->_next_node;
145.183 -
145.184 - delete v;
145.185 - --_node_num;
145.186 - }
145.187 -
145.188 - void _delete_edge(edge_item* e) {
145.189 - if (e->_next_out) (e->_next_out)->_prev_out=e->_prev_out; else
145.190 - (e->_source)->_last_out_edge=e->_prev_out;
145.191 - if (e->_prev_out) (e->_prev_out)->_next_out=e->_next_out; else
145.192 - (e->_source)->_first_out_edge=e->_next_out;
145.193 - if (e->_next_in) (e->_next_in)->_prev_in=e->_prev_in; else
145.194 - (e->_target)->_last_in_edge=e->_prev_in;
145.195 - if (e->_prev_in) (e->_prev_in)->_next_in=e->_next_in; else
145.196 - (e->_target)->_first_in_edge=e->_next_in;
145.197 -
145.198 - delete e;
145.199 - --_edge_num;
145.200 - }
145.201 -
145.202 - void _set_source(edge_item* e, node_item* _source) {
145.203 - if (e->_next_out) (e->_next_out)->_prev_out=e->_prev_out; else
145.204 - (e->_source)->_last_out_edge=e->_prev_out;
145.205 - if (e->_prev_out) (e->_prev_out)->_next_out=e->_next_out; else
145.206 - (e->_source)->_first_out_edge=e->_next_out;
145.207 -
145.208 - e->_source=_source;
145.209 -
145.210 - e->_prev_out=_source->_last_out_edge;
145.211 - if (_source->_last_out_edge) (_source->_last_out_edge)->_next_out=e;
145.212 - _source->_last_out_edge=e;
145.213 - if (!_source->_first_out_edge) _source->_first_out_edge=e;
145.214 - e->_next_out=0;
145.215 - }
145.216 -
145.217 - void _set_target(edge_item* e, node_item* _target) {
145.218 - if (e->_next_in) (e->_next_in)->_prev_in=e->_prev_in; else
145.219 - (e->_target)->_last_in_edge=e->_prev_in;
145.220 - if (e->_prev_in) (e->_prev_in)->_next_in=e->_next_in; else
145.221 - (e->_target)->_first_in_edge=e->_next_in;
145.222 -
145.223 - e->_target=_target;
145.224 -
145.225 - e->_prev_in=_target->_last_in_edge;
145.226 - if (_target->_last_in_edge) (_target->_last_in_edge)->_next_in=e;
145.227 - _target->_last_in_edge=e;
145.228 - if (!_target->_first_in_edge) { _target->_first_in_edge=e; }
145.229 - e->_next_in=0;
145.230 - }
145.231 -
145.232 - public:
145.233 -
145.234 - /* default constructor */
145.235 -
145.236 - ListGraph() : node_id(0), edge_id(0), _node_num(0), _edge_num(0), _first_node(0), _last_node(0) { }
145.237 -
145.238 - ~ListGraph() {
145.239 - while (first<NodeIt>().valid()) erase(first<NodeIt>());
145.240 - }
145.241 -
145.242 - int nodeNum() const { return _node_num; }
145.243 - int edgeNum() const { return _edge_num; }
145.244 -
145.245 - /* functions to construct iterators from the graph, or from each other */
145.246 -
145.247 - //NodeIt firstNode() const { return NodeIt(*this); }
145.248 - //EdgeIt firstEdge() const { return EdgeIt(*this); }
145.249 -
145.250 - //OutEdgeIt firstOutEdge(const Node v) const { return OutEdgeIt(v); }
145.251 - //InEdgeIt firstInEdge(const Node v) const { return InEdgeIt(v); }
145.252 - //SymEdgeIt firstSymEdge(const Node v) const { return SymEdgeIt(v); }
145.253 - Node source(Edge e) const { return e.sourceNode(); }
145.254 - Node target(Edge e) const { return e.targetNode(); }
145.255 -
145.256 - Node aNode(const OutEdgeIt& e) const { return e.aNode(); }
145.257 - Node aNode(const InEdgeIt& e) const { return e.aNode(); }
145.258 - Node aNode(const SymEdgeIt& e) const { return e.aNode(); }
145.259 -
145.260 - Node bNode(const OutEdgeIt& e) const { return e.bNode(); }
145.261 - Node bNode(const InEdgeIt& e) const { return e.bNode(); }
145.262 - Node bNode(const SymEdgeIt& e) const { return e.bNode(); }
145.263 -
145.264 - //Node invalid_node() { return Node(); }
145.265 - //Edge invalid_edge() { return Edge(); }
145.266 - //OutEdgeIt invalid_out_edge() { return OutEdgeIt(); }
145.267 - //InEdgeIt invalid_in_edge() { return InEdgeIt(); }
145.268 - //SymEdgeIt invalid_sym_edge() { return SymEdgeIt(); }
145.269 -
145.270 - /* same methods in other style */
145.271 - /* for experimental purpose */
145.272 -
145.273 - NodeIt& /*getF*/first(NodeIt& v) const {
145.274 - v=NodeIt(*this); return v; }
145.275 - EdgeIt& /*getF*/first(EdgeIt& e) const {
145.276 - e=EdgeIt(*this); return e; }
145.277 - OutEdgeIt& /*getF*/first(OutEdgeIt& e, Node v) const {
145.278 - e=OutEdgeIt(*this, v); return e; }
145.279 - InEdgeIt& /*getF*/first(InEdgeIt& e, Node v) const {
145.280 - e=InEdgeIt(*this, v); return e; }
145.281 - SymEdgeIt& /*getF*/first(SymEdgeIt& e, Node v) const {
145.282 - e=SymEdgeIt(*this, v); return e; }
145.283 - //void getSource(Node& n, const Edge& e) const { n=source(e); }
145.284 - //void getTarget(Node& n, const Edge& e) const { n=target(e); }
145.285 -
145.286 - //void getANode(Node& n, const OutEdgeIt& e) const { n=e.aNode(); }
145.287 - //void getANode(Node& n, const InEdgeIt& e) const { n=e.aNode(); }
145.288 - //void getANode(Node& n, const SymEdgeIt& e) const { n=e.aNode(); }
145.289 - //void getBNode(Node& n, const OutEdgeIt& e) const { n=e.bNode(); }
145.290 - //void getBNode(Node& n, const InEdgeIt& e) const { n=e.bNode(); }
145.291 - //void getBNode(Node& n, const SymEdgeIt& e) const { n=e.bNode(); }
145.292 - //void get_invalid(Node& n) { n=Node(); }
145.293 - //void get_invalid(Edge& e) { e=Edge(); }
145.294 - //void get_invalid(OutEdgeIt& e) { e=OutEdgeIt(); }
145.295 - //void get_invalid(InEdgeIt& e) { e=InEdgeIt(); }
145.296 - //void get_invalid(SymEdgeIt& e) { e=SymEdgeIt(); }
145.297 -
145.298 - template< typename It >
145.299 - It first() const {
145.300 - It e;
145.301 - /*getF*/first(e);
145.302 - return e;
145.303 - }
145.304 -
145.305 - template< typename It >
145.306 - It first(Node v) const {
145.307 - It e;
145.308 - /*getF*/first(e, v);
145.309 - return e;
145.310 - }
145.311 -
145.312 - bool valid(Node n) const { return n.valid(); }
145.313 - bool valid(Edge e) const { return e.valid(); }
145.314 -
145.315 -// template <typename It> It getNext(It it) const {
145.316 -// It tmp(it); next(tmp); return tmp; }
145.317 -// NodeIt& next(NodeIt& it) const { return ++it; }
145.318 -// EdgeIt& next(EdgeIt& it) const { return ++it; }
145.319 -// OutEdgeIt& next(OutEdgeIt& it) const { return ++it; }
145.320 -// InEdgeIt& next(InEdgeIt& it) const { return ++it; }
145.321 -// SymEdgeIt& next(SymEdgeIt& it) const { return ++it; }
145.322 -// template <typename It> It& next(It& it) const { return ++it; }
145.323 - template <typename It> It& next(It& it) const { ++it; return it; }
145.324 -
145.325 -
145.326 - /* for getting id's of graph objects */
145.327 - /* these are important for the implementation of property vectors */
145.328 -
145.329 - int id(Node v) const { return v.node->id; }
145.330 - int id(Edge e) const { return e.edge->id; }
145.331 -
145.332 - /* adding nodes and edges */
145.333 -
145.334 - Node addNode() { return Node(_add_node()); }
145.335 - Edge addEdge(Node u, Node v) {
145.336 - return Edge(_add_edge(u.node, v.node));
145.337 - }
145.338 -
145.339 - void erase(Node i) {
145.340 - while (first<OutEdgeIt>(i).valid()) erase(first<OutEdgeIt>(i));
145.341 - while (first<InEdgeIt>(i).valid()) erase(first<InEdgeIt>(i));
145.342 - _delete_node(i.node);
145.343 - }
145.344 -
145.345 - void erase(Edge e) { _delete_edge(e.edge); }
145.346 -
145.347 - void clear() {
145.348 - while (first<NodeIt>().valid()) erase(first<NodeIt>());
145.349 - }
145.350 -
145.351 - void setSource(Edge e, Node source) {
145.352 - _set_source(e.edge, source.node);
145.353 - }
145.354 -
145.355 - void setTarget(Edge e, Node target) {
145.356 - _set_target(e.edge, target.node);
145.357 - }
145.358 -
145.359 - /* stream operations, for testing purpose */
145.360 -
145.361 - friend std::ostream& operator<<(std::ostream& os, const Node& i) {
145.362 - os << i.node->id; return os;
145.363 - }
145.364 - friend std::ostream& operator<<(std::ostream& os, const Edge& i) {
145.365 - os << "(" << i.edge->_source->id << "--" << i.edge->id << "->" << i.edge->_target->id << ")";
145.366 - return os;
145.367 - }
145.368 -
145.369 - class Node {
145.370 - friend class ListGraph;
145.371 - template <typename T> friend class NodeMap;
145.372 -
145.373 - friend class Edge;
145.374 - friend class OutEdgeIt;
145.375 - friend class InEdgeIt;
145.376 - friend class SymEdgeIt;
145.377 - //public: //FIXME: It is required by op= of NodeIt
145.378 - protected:
145.379 - node_item* node;
145.380 - protected:
145.381 - friend int ListGraph::id(Node v) const;
145.382 - public:
145.383 - Node() /*: node(0)*/ { }
145.384 - Node(const Invalid&) : node(0) { }
145.385 - protected:
145.386 - Node(node_item* _node) : node(_node) { }
145.387 - bool valid() const { return (node); }
145.388 - public:
145.389 - //void makeInvalid() { node=0; }
145.390 - friend bool operator==(Node u, Node v) { return v.node==u.node; }
145.391 - friend bool operator!=(Node u, Node v) { return v.node!=u.node; }
145.392 - friend std::ostream& operator<<(std::ostream& os, const Node& i);
145.393 - };
145.394 -
145.395 - class NodeIt : public Node {
145.396 - friend class ListGraph;
145.397 - //protected:
145.398 - public: //for everybody but marci
145.399 - NodeIt(const ListGraph& G) : Node(G._first_node) { }
145.400 - public:
145.401 - NodeIt() : Node() { }
145.402 - NodeIt(const Invalid& i) : Node(i) { }
145.403 - protected:
145.404 - NodeIt(node_item* v) : Node(v) { }
145.405 - NodeIt& operator++() { node=node->_next_node; return *this; }
145.406 - //FIXME::
145.407 - // NodeIt& operator=(const Node& e)
145.408 - // { node=e.node; return *this; }
145.409 - };
145.410 -
145.411 - class Edge {
145.412 - friend class ListGraph;
145.413 - template <typename T> friend class EdgeMap;
145.414 -
145.415 - friend class Node;
145.416 - friend class NodeIt;
145.417 - protected:
145.418 - edge_item* edge;
145.419 - friend int ListGraph::id(Edge e) const;
145.420 - public:
145.421 - Edge() /*: edge(0)*/ { }
145.422 - Edge(const Invalid&) : edge(0) { }
145.423 - //Edge() { }
145.424 - protected:
145.425 - Edge(edge_item* _edge) : edge(_edge) { }
145.426 - bool valid() const { return (edge); }
145.427 - public:
145.428 - //void makeInvalid() { edge=0; }
145.429 - friend bool operator==(Edge u, Edge v) { return v.edge==u.edge; }
145.430 - friend bool operator!=(Edge u, Edge v) { return v.edge!=u.edge; }
145.431 - protected:
145.432 - Node sourceNode() const { return Node(edge->_source); }
145.433 - Node targetNode() const { return Node(edge->_target); }
145.434 - public:
145.435 - friend std::ostream& operator<<(std::ostream& os, const Edge& i);
145.436 - };
145.437 -
145.438 - class EdgeIt : public Edge {
145.439 - friend class ListGraph;
145.440 - //protected:
145.441 - public: //for alpar
145.442 - EdgeIt(const ListGraph& G) {
145.443 - node_item* v=G._first_node;
145.444 - if (v) edge=v->_first_out_edge; else edge=0;
145.445 - while (v && !edge) { v=v->_next_node; if (v) edge=v->_first_out_edge; }
145.446 - }
145.447 - public:
145.448 - EdgeIt() : Edge() { }
145.449 - EdgeIt(const Invalid& i) : Edge(i) { }
145.450 - protected:
145.451 - EdgeIt(edge_item* _e) : Edge(_e) { }
145.452 - EdgeIt& operator++() {
145.453 - node_item* v=edge->_source;
145.454 - edge=edge->_next_out;
145.455 - while (v && !edge) { v=v->_next_node; if (v) edge=v->_first_out_edge; }
145.456 - return *this;
145.457 - }
145.458 - };
145.459 -
145.460 - class OutEdgeIt : public Edge {
145.461 - friend class ListGraph;
145.462 - //node_item* v;
145.463 - //protected:
145.464 - protected: //for alpar
145.465 - OutEdgeIt(const Node& _v) /*: v(_v.node)*/ { edge=_v.node->_first_out_edge; }
145.466 - public:
145.467 - OutEdgeIt() : Edge()/*, v(0)*/ { }
145.468 - OutEdgeIt(const Invalid& i) : Edge(i) { }
145.469 - OutEdgeIt(const ListGraph&, Node _v) /*: v(_v.node)*/ { edge=_v.node->_first_out_edge; }
145.470 - protected:
145.471 - OutEdgeIt& operator++() { edge=edge->_next_out; return *this; }
145.472 - protected:
145.473 - Node aNode() const { return Node(edge->_source); }
145.474 - Node bNode() const { return Node(edge->_target); }
145.475 - };
145.476 -
145.477 - class InEdgeIt : public Edge {
145.478 - friend class ListGraph;
145.479 - //node_item* v;
145.480 - //protected:
145.481 - protected: //for alpar
145.482 - InEdgeIt(const Node& _v) /*: v(_v.node)*/ { edge=_v.node->_first_in_edge; }
145.483 - public:
145.484 - InEdgeIt() : Edge()/*, v(0)*/ { }
145.485 - InEdgeIt(const Invalid& i) : Edge(i) { }
145.486 - InEdgeIt(const ListGraph&, Node _v) /*: v(_v.node)*/ { edge=_v.node->_first_in_edge; }
145.487 - protected:
145.488 - InEdgeIt& operator++() { edge=edge->_next_in; return *this; }
145.489 - protected:
145.490 - Node aNode() const { return Node(edge->_target); }
145.491 - Node bNode() const { return Node(edge->_source); }
145.492 - };
145.493 -
145.494 - class SymEdgeIt : public Edge {
145.495 - friend class ListGraph;
145.496 - bool out_or_in; //1 iff out, 0 iff in
145.497 - //node_item* v;
145.498 - //protected:
145.499 - public: //for alpar
145.500 - SymEdgeIt(const Node& _v) /*: v(_v.node)*/ {
145.501 - out_or_in=1;
145.502 - edge=_v.node->_first_out_edge;
145.503 - if (!edge) { edge=_v.node->_first_in_edge; out_or_in=0; }
145.504 - }
145.505 - public:
145.506 - SymEdgeIt() : Edge() /*, v(0)*/ { }
145.507 - SymEdgeIt(const Invalid& i) : Edge(i) { }
145.508 - SymEdgeIt(const ListGraph&, Node _v) /*: v(_v.node)*/ {
145.509 - out_or_in=1;
145.510 - edge=_v.node->_first_out_edge;
145.511 - if (!edge) { edge=_v.node->_first_in_edge; out_or_in=0; }
145.512 - }
145.513 - protected:
145.514 - SymEdgeIt& operator++() {
145.515 - if (out_or_in) {
145.516 - node_item* v=edge->_source;
145.517 - edge=edge->_next_out;
145.518 - if (!edge) { out_or_in=0; edge=v->_first_in_edge; }
145.519 - } else {
145.520 - edge=edge->_next_in;
145.521 - }
145.522 - return *this;
145.523 - }
145.524 - protected:
145.525 - Node aNode() const {
145.526 - return (out_or_in) ? Node(edge->_source) : Node(edge->_target); }
145.527 - Node bNode() const {
145.528 - return (out_or_in) ? Node(edge->_target) : Node(edge->_source); }
145.529 - };
145.530 -
145.531 - };
145.532 -
145.533 -// template< typename T >
145.534 -// T ListGraph::first() const {
145.535 -// std::cerr << "Invalid use of template<typemane T> T ListGraph::first<T>();" << std::endl;
145.536 -// return T();
145.537 -// }
145.538 -
145.539 -// template<>
145.540 -// ListGraph::NodeIt ListGraph::first<ListGraph::NodeIt>() const {
145.541 -// return firstNode();
145.542 -// }
145.543 -
145.544 -// template<>
145.545 -// ListGraph::EdgeIt ListGraph::first<ListGraph::EdgeIt>() const {
145.546 -// return firstEdge();
145.547 -// }
145.548 -
145.549 -// template< typename T >
145.550 -// T ListGraph::first(ListGraph::Node v) const {
145.551 -// std::cerr << "Invalid use of template<typemane T> T ListGraph::first<T>(ListGRaph::Node);" << std::endl;
145.552 -// return T();
145.553 -// }
145.554 -
145.555 -// template<>
145.556 -// ListGraph::OutEdgeIt ListGraph::first<ListGraph::OutEdgeIt>(const ListGraph::Node v) const {
145.557 -// return firstOutEdge(v);
145.558 -// }
145.559 -
145.560 -// template<>
145.561 -// ListGraph::InEdgeIt ListGraph::first<ListGraph::InEdgeIt>(const ListGraph::Node v) const {
145.562 -// return firstInEdge(v);
145.563 -// }
145.564 -
145.565 -// template<>
145.566 -// ListGraph::SymEdgeIt ListGraph::first<ListGraph::SymEdgeIt>(const ListGraph::Node v) const {
145.567 -// return firstSymEdge(v);
145.568 -// }
145.569 -
145.570 -
145.571 -} //namespace lemon
145.572 -
145.573 -#endif //LEMON_LIST_GRAPH_H
146.1 --- a/src/work/marci/experiment/makefile Sun Apr 17 18:57:22 2005 +0000
146.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
146.3 @@ -1,35 +0,0 @@
146.4 -INCLUDEDIRS ?= -I. -I../../../include -I..
146.5 -CXXFLAGS = -g -O3 -W -Wall $(INCLUDEDIRS) -ansi -pedantic
146.6 -
146.7 -BINARIES ?= iterator_bfs_demo iterator_bfs_demo_1 edmonds_karp_demo edmonds_karp_demo_1
146.8 -
146.9 -# Hat, ez elismerem, hogy nagyon ronda, de mukodik minden altalam
146.10 -# ismert rendszeren :-) (Misi)
146.11 -CXX := $(shell type -p g++-3.3 || type -p g++-3.2 || type -p g++-3.0 || type -p g++-3 || echo g++)
146.12 -CC := $(CXX)
146.13 -
146.14 -
146.15 -all: $(BINARIES)
146.16 -
146.17 -################
146.18 -# Minden binarishoz egy sor, felsorolva, hogy mely object file-okbol
146.19 -# all elo.
146.20 -# Kiveve ha siman file.cc -> file esetrol van szo, amikor is nem kell
146.21 -# irni semmit.
146.22 -
146.23 -#proba: proba.o seged.o
146.24 -
146.25 -################
146.26 -
146.27 -
146.28 -.depend dep depend:
146.29 - -$(CXX) $(INCLUDEDIRS) -M $(BINARIES:=.cc) > .depend #2>/dev/null
146.30 -# -$(CXX) $(CXXFLAGS) -M *.cc > .depend
146.31 -
146.32 -makefile: .depend
146.33 -sinclude .depend
146.34 -
146.35 -clean:
146.36 - $(RM) *.o $(BINARIES) .depend
146.37 -
146.38 -.PHONY: all clean dep depend
147.1 --- a/src/work/marci/flow-1.dim Sun Apr 17 18:57:22 2005 +0000
147.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
147.3 @@ -1,102004 +0,0 @@
147.4 -c LEDA maxflow problem
147.5 -p max 1000 102000
147.6 -n 1 s
147.7 -n 1000 t
147.8 -a 1 745 10
147.9 -a 1 551 6
147.10 -a 1 733 5
147.11 -a 1 708 7
147.12 -a 1 833 9
147.13 -a 1 481 8
147.14 -a 1 397 4
147.15 -a 1 548 11
147.16 -a 1 732 3
147.17 -a 1 795 11
147.18 -a 1 395 4
147.19 -a 1 681 5
147.20 -a 1 327 6
147.21 -a 1 502 6
147.22 -a 1 322 4
147.23 -a 1 94 6
147.24 -a 1 336 2
147.25 -a 1 494 4
147.26 -a 1 250 8
147.27 -a 1 185 2
147.28 -a 1 413 3
147.29 -a 1 146 4
147.30 -a 1 548 2
147.31 -a 1 626 9
147.32 -a 1 902 10
147.33 -a 1 895 7
147.34 -a 1 752 8
147.35 -a 1 40 9
147.36 -a 1 290 7
147.37 -a 1 739 9
147.38 -a 1 402 10
147.39 -a 1 11 11
147.40 -a 1 265 6
147.41 -a 1 110 3
147.42 -a 1 718 3
147.43 -a 1 73 2
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147.48 -a 1 884 11
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148.1 --- a/src/work/marci/flow0.dim Sun Apr 17 18:57:22 2005 +0000
148.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
148.3 @@ -1,22004 +0,0 @@
148.4 -c LEDA maxflow problem
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149.1 --- a/src/work/marci/flow1.dim Sun Apr 17 18:57:22 2005 +0000
149.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
149.3 @@ -1,3005 +0,0 @@
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150.1 --- a/src/work/marci/flow2.dim Sun Apr 17 18:57:22 2005 +0000
150.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
150.3 @@ -1,3003 +0,0 @@
150.4 -c LEDA maxflow problem
150.5 -p max 2000 2999
150.6 -n 1 s
150.7 -n 2000 t
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151.1 --- a/src/work/marci/flow3.dim Sun Apr 17 18:57:22 2005 +0000
151.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
151.3 @@ -1,2002 +0,0 @@
151.4 -c LEDA maxflow problem
151.5 -p max 1001 1998
151.6 -n 1 s
151.7 -n 1001 t
151.8 -a 1 1000 10000
151.9 -a 1000 1001 1
151.10 -a 1 999 10000
151.11 -a 999 1000 1
151.12 -a 1 998 10000
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152.1 --- a/src/work/marci/for_each_macros.h Sun Apr 17 18:57:22 2005 +0000
152.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
152.3 @@ -1,175 +0,0 @@
152.4 -// -*- c++ -*-
152.5 -#ifndef LEMON_FOR_EACH_MACROS_H
152.6 -#define LEMON_FOR_EACH_MACROS_H
152.7 -
152.8 -// /// \ingroup gwrappers
152.9 -/// \file
152.10 -/// \brief Iteration macros.
152.11 -///
152.12 -/// This file contains several macros which make easier writting
152.13 -/// for cycles in LEMON using LEMON iterators.
152.14 -///
152.15 -/// \author Marton Makai
152.16 -
152.17 -namespace lemon {
152.18 -
152.19 - /// This macro provides a comfortable interface for iterating with LEMON
152.20 - /// iterators.
152.21 - /// \code
152.22 - /// Graph g;
152.23 - /// ...
152.24 - /// Graph::NodeIt n;
152.25 - /// h_for_glob(n, g) {
152.26 - /// ...
152.27 - /// }
152.28 - /// Graph::EdgeIt e;
152.29 - /// h_for_glob(e, g) {
152.30 - /// ...
152.31 - /// }
152.32 - /// \endcode
152.33 - /// Note that the iterated variables \c n and \c e are global ones.
152.34 -#define h_for_glob(e, g) for((g).first((e)); (g).valid((e)); (g).next((e)))
152.35 -
152.36 -/// \deprecated
152.37 -#define FOR_EACH_GLOB(e, g) for((g).first((e)); (g).valid((e)); (g).next((e)))
152.38 -
152.39 - /// This macro provides a comfortable interface for iterating with LEMON
152.40 - /// iterators.
152.41 - /// \code
152.42 - /// Graph g;
152.43 - /// ...
152.44 - /// Graph::Node v;
152.45 - /// Graph::OutEdgeIt e;
152.46 - /// h_for_inc_glob(e, g, v) {
152.47 - /// ...
152.48 - /// }
152.49 - /// typedef BipartiteGraph<Graph> BGraph;
152.50 - /// BGraph h;
152.51 - /// ...
152.52 - /// BGraph::ClassNodeIt n;
152.53 - /// h_for_inc_glob(BGraph::ClassNodeIt, n, h, h.S_CLASS) {
152.54 - /// ...
152.55 - /// }
152.56 - /// \endcode
152.57 - /// Note that iterated variables \c e and \c n are global ones.
152.58 -#define h_for_inc_glob(e, g, v) for((g).first((e), (v)); (g).valid((e)); (g).next((e)))
152.59 -
152.60 -/// \deprecated
152.61 -#define FOR_EACH_INC_GLOB(e, g, v) for((g).first((e), (v)); (g).valid((e)); (g).next((e)))
152.62 -
152.63 -/// \deprecated
152.64 -//#define FOR_EACH_EDGE_GLOB(e, g) for((g).first((e)); (g).valid((e)); (g).next((e)))
152.65 -/// \deprecated
152.66 -//#define FOR_EACH_NODE_GLOB(e, g) for((g).first((e)); (g).valid((e)); (g).next((e)))
152.67 -/// \deprecated
152.68 -//#define FOR_EACH_INEDGE_GLOB(e, g, v) for((g).first((e), (v)); (g).valid((e)); (g).next((e)))
152.69 -/// \deprecated
152.70 -//#define FOR_EACH_OUTEDGE_GLOB(e, g, v) for((g).first((e), (v)); (g).valid((e)); (g).next((e)))
152.71 -
152.72 -// template<typename It, typename Graph>
152.73 -// It loopFirst(const Graph& g) const {
152.74 -// It e; g.first(e); return e;
152.75 -// }
152.76 -
152.77 -// template<typename It, typename Graph>
152.78 -// It loopFirst(const Graph& g, const Node& v) const {
152.79 -// It e; g.first(e, v); return e;
152.80 -// }
152.81 -
152.82 -// template<typename Graph>
152.83 -// typename Graph::NodeIt loopFirstNode(const Graph& g) const {
152.84 -// typename Graph::NodeIt e; g.first(e); return e;
152.85 -// }
152.86 -// template<typename Graph>
152.87 -// typename Graph::EdgeIt loopFirstEdge(const Graph& g) const {
152.88 -// typename Graph::EdgeIt e; g.first(e); return e;
152.89 -// }
152.90 -// template<typename Graph>
152.91 -// typename Graph::OutEdgeIt
152.92 -// loopFirstOutEdge(const Graph& g, const Node& n) const {
152.93 -// typename Graph::OutEdgeIt e; g.first(e, n); return e;
152.94 -// }
152.95 -// template<typename Graph>
152.96 -// typename Graph::InEdgeIt
152.97 -// loopFirstIn Edge(const Graph& g, const Node& n) const {
152.98 -// typename Graph::InEdgeIt e; g.first(e, n); return e;
152.99 -// }
152.100 -
152.101 -//FIXME ezt hogy a gorcsbe birja levezetni. Csak ugy leveszi a const-ot??
152.102 - template<typename It, typename Graph>
152.103 - It loopFirst(const It&, const Graph& g) {
152.104 - It e; g.first(e); return e;
152.105 - }
152.106 -
152.107 - template<typename It, typename Graph, typename Node>
152.108 - It loopFirst(const It&, const Graph& g, const Node& v) {
152.109 - It e; g.first(e, v); return e;
152.110 - }
152.111 -
152.112 -// template<typename Graph>
152.113 -// typename Graph::NodeIt loopFirstNode(const Graph& g) const {
152.114 -// typename Graph::NodeIt e; g.first(e); return e;
152.115 -// }
152.116 -// template<typename Graph>
152.117 -// typename Graph::EdgeIt loopFirstEdge(const Graph& g) const {
152.118 -// typename Graph::EdgeIt e; g.first(e); return e;
152.119 -// }
152.120 -// template<typename Graph>
152.121 -// typename Graph::OutEdgeIt
152.122 -// loopFirstOutEdge(const Graph& g, const Node& n) const {
152.123 -// typename Graph::OutEdgeIt e; g.first(e, n); return e;
152.124 -// }
152.125 -// template<typename Graph>
152.126 -// typename Graph::InEdgeIt
152.127 -// loopFirstIn Edge(const Graph& g, const Node& n) const {
152.128 -// typename Graph::InEdgeIt e; g.first(e, n); return e;
152.129 -// }
152.130 -
152.131 - /// This macro provides a comfortable interface for iterating with LEMON
152.132 - /// iterators.
152.133 - /// \code
152.134 - /// Graph g;
152.135 - /// ...
152.136 - /// h_for(Graph::NodeIt, n, g) {
152.137 - /// ...
152.138 - /// }
152.139 - /// h_for(Graph::EdgeIt, e, g) {
152.140 - /// ...
152.141 - /// }
152.142 - /// \endcode
152.143 - /// Note that the iterated variables \c n and \c e are local ones.
152.144 -#define h_for(Ittype, e, g) for(Ittype e=loopFirst(Ittype(), (g)); (g).valid(e); (g).next(e))
152.145 -
152.146 -/// \deprecated
152.147 -#define FOR_EACH_LOC(Ittype, e, g) for(Ittype e=loopFirst(Ittype(), (g)); (g).valid(e); (g).next(e))
152.148 -
152.149 - /// This macro provides a comfortable interface for iterating with LEMON
152.150 - /// iterators.
152.151 - /// \code
152.152 - /// Graph g;
152.153 - /// ...
152.154 - /// Graph::Node v;
152.155 - /// h_for_inc(Graph::OutEdgeIt, e, g, v) {
152.156 - /// ...
152.157 - /// }
152.158 - /// typedef BipartiteGraph<Graph> BGraph;
152.159 - /// BGraph h;
152.160 - /// ...
152.161 - /// h_for_inc(BGraph::ClassNodeIt, n, h, h.S_CLASS) {
152.162 - /// ...
152.163 - /// }
152.164 - /// \endcode
152.165 - /// Note that the iterated variables \c e and \c n are local ones.
152.166 -#define h_for_inc(Ittype, e, g, v) for(Ittype e=loopFirst(Ittype(), (g), (v)); (g).valid(e); (g).next(e))
152.167 -
152.168 -/// \deprecated
152.169 -#define FOR_EACH_INC_LOC(Ittype, e, g, v) for(Ittype e=loopFirst(Ittype(), (g), (v)); (g).valid(e); (g).next(e))
152.170 -
152.171 -// #define FOR_EACH_EDGE_LOC(e, g) ezt nem tom hogy kell for((g).first((e)); (g).valid((e)); (g).next((e)))
152.172 -// #define FOR_EACH_NODE_LOC(e, g) for((g).first((e)); (g).valid((e)); (g).next((e)))
152.173 -// #define FOR_EACH_INEDGE_LOC(e, g, v) for((g).first((e), (v)); (g).valid((e)); (g).next((e)))
152.174 -// #define FOR_EACH_OUTEDGE_LOC(e, g, v) for((g).first((e), (v)); (g).valid((e)); (g).next((e)))
152.175 -
152.176 -} //namespace lemon
152.177 -
152.178 -#endif //LEMON_FOR_EACH_MACROS_H
153.1 --- a/src/work/marci/graph_concept.h Sun Apr 17 18:57:22 2005 +0000
153.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
153.3 @@ -1,494 +0,0 @@
153.4 -// -*- c++ -*-
153.5 -#ifndef LEMON_GRAPH_H
153.6 -#define LEMON_GRAPH_H
153.7 -
153.8 -///\file
153.9 -///\brief Declaration of GraphConcept.
153.10 -
153.11 -#include <lemon/invalid.h>
153.12 -
153.13 -namespace lemon {
153.14 -
153.15 - /// @defgroup empty_graph The GraphConcept class
153.16 - /// @{
153.17 -
153.18 - /// An empty graph class.
153.19 -
153.20 - /// This class provides all the common features of a graph structure,
153.21 - /// however completely without implementations and real data structures
153.22 - /// behind the interface.
153.23 - /// All graph algorithms should compile with this class, but it will not
153.24 - /// run properly, of course.
153.25 - ///
153.26 - /// It can be used for checking the interface compatibility,
153.27 - /// or it can serve as a skeleton of a new graph structure.
153.28 - ///
153.29 - /// Also, you will find here the full documentation of a certain graph
153.30 - /// feature, the documentation of a real graph imlementation
153.31 - /// like @ref ListGraph or
153.32 - /// @ref SmartGraph will just refer to this structure.
153.33 - class GraphConcept
153.34 - {
153.35 - public:
153.36 - /// Defalult constructor.
153.37 - GraphConcept() { }
153.38 -
153.39 - /// \brief Copy consructor.
153.40 - ///
153.41 - /// \todo It is not clear, what we expect from a copy constructor.
153.42 - /// E.g. How to assign the nodes/edges to each other? What about maps?
153.43 - GraphConcept(const GraphConcept&) { }
153.44 -
153.45 - /// \brief The base type of the node iterators.
153.46 - ///
153.47 - /// This is the base type of each node iterators,
153.48 - /// thus each kind of node iterator will convert to this.
153.49 - /// Sometimes it is said to be a trivial iterator.
153.50 - class Node {
153.51 - public:
153.52 - /// @warning The default constructor sets the iterator
153.53 - /// to an undefined value.
153.54 - Node() { } //FIXME
153.55 -
153.56 - // /// Copy constructor.
153.57 - // Node(const Node&) { }
153.58 -
153.59 - /// \brief Invalid constructor \& conversion.
153.60 - ///
153.61 - /// This constructor initializes the iterator to be invalid.
153.62 - /// \sa Invalid for more details.
153.63 - Node(const Invalid&) { }
153.64 -
153.65 - /// Two iterators are equal if and only if they point to the
153.66 - /// same object or both are invalid.
153.67 - bool operator==(Node n) const { return true; }
153.68 -
153.69 - /// \sa \ref operator==(Node n)
153.70 - ///
153.71 - bool operator!=(Node n) const { return true; }
153.72 -
153.73 - bool operator<(Node n) const { return true; }
153.74 - };
153.75 -
153.76 - /// The base type of the edge iterators.
153.77 - class Edge {
153.78 - public:
153.79 - /// @warning The default constructor sets the iterator
153.80 - /// to an undefined value.
153.81 - Edge() { } //FIXME
153.82 -
153.83 - // /// Copy constructor.
153.84 - // Edge(const Edge&) { }
153.85 -
153.86 - /// Initialize the iterator to be invalid
153.87 - Edge(const Invalid&) { }
153.88 - /// Two iterators are equal if and only if they point to the
153.89 - /// same object or both are invalid.
153.90 - bool operator==(Edge n) const { return true; }
153.91 - bool operator!=(Edge n) const { return true; }
153.92 - bool operator<(Edge n) const { return true; }
153.93 - };
153.94 -
153.95 - // class SymEdgeIt : public Edge {};
153.96 -
153.97 -
153.98 - // SymEdgeIt &first(SymEdgeIt &, Node) const { return i;}
153.99 -
153.100 -// Node getNext(Node) const {}
153.101 -// InEdgeIt getNext(InEdgeIt) const {}
153.102 -// OutEdgeIt getNext(OutEdgeIt) const {}
153.103 -// //SymEdgeIt getNext(SymEdgeIt) const {}
153.104 -// EdgeIt getNext(EdgeIt) const {}
153.105 -
153.106 - //SymEdgeIt &next(SymEdgeIt &) const {}
153.107 -
153.108 -
153.109 - /// Gives back the target node of an edge.
153.110 - Node target(const Edge&) const { return INVALID; }
153.111 - /// Gives back the source node of an edge.
153.112 - Node source(const Edge&) const { return INVALID; }
153.113 -
153.114 - // Node aNode(SymEdgeIt) const {}
153.115 - // Node bNode(SymEdgeIt) const {}
153.116 -
153.117 - /// \brief Checks if a node iterator is valid
153.118 - ///
153.119 - /// \todo Maybe, it would be better if iterator converted to
153.120 - /// bool directly, as Jacint prefers.
153.121 - bool valid(const Node&) const { return true; }
153.122 - /// \brief Checks if an edge iterator is valid
153.123 - ///
153.124 - /// \todo Maybe, it would be better if iterator converted to
153.125 - /// bool directly, as Jacint prefers.
153.126 - bool valid(const Edge&) const { return true; }
153.127 -
153.128 - /// \brief Gives back the \e id of a node.
153.129 - ///
153.130 - /// \warning Not all graph structures provide this feature.
153.131 - ///
153.132 - int id(const Node&) const { return 0; }
153.133 - /// \brief Gives back the \e id of an edge.
153.134 - ///
153.135 - /// \warning Not all graph structures provide this feature.
153.136 - ///
153.137 - int id(const Edge&) const { return 0; }
153.138 -
153.139 - //void setInvalid(Node &) const {};
153.140 - //void setInvalid(Edge &) const {};
153.141 -
153.142 - /// \brief Add a new node to the graph.
153.143 - ///
153.144 - /// \return the new node.
153.145 - Node addNode() { return INVALID; }
153.146 - /// \brief Add a new edge to the graph.
153.147 - ///
153.148 - /// Add a new edge to the graph with source node \c source
153.149 - /// and target node \c target.
153.150 - /// \return the new edge.
153.151 - Edge addEdge(const Node& source, const Node& target) { return INVALID; }
153.152 -
153.153 - /// \brief Resets the graph.
153.154 - ///
153.155 - /// This function deletes all edges and nodes of the graph.
153.156 - /// It also frees the memory allocated to store them.
153.157 - /// \todo What happens with the maps?
153.158 - void clear() { }
153.159 -
153.160 - /// Read/write/reference map of the nodes to type \c T.
153.161 -
153.162 - /// Read/write/reference map of the nodes to type \c T.
153.163 - /// \sa MemoryMapConcept
153.164 - /// \todo We may need copy constructor
153.165 - /// \todo We may need conversion from other nodetype
153.166 - /// \todo We may need operator=
153.167 - /// \warning Making maps that can handle bool type (NodeMap<bool>)
153.168 - /// needs extra attention!
153.169 -
153.170 - template<class T> class NodeMap
153.171 - {
153.172 - public:
153.173 - typedef T Value;
153.174 - typedef Node Key;
153.175 -
153.176 - NodeMap(const GraphConcept& g) { }
153.177 - NodeMap(const GraphConcept& g, T t) { }
153.178 -
153.179 - template<typename TT> NodeMap(const NodeMap<TT>& m) { }
153.180 -
153.181 - /// Sets the value of a node.
153.182 -
153.183 - /// Sets the value associated with node \c i to the value \c t.
153.184 - ///
153.185 - void set(Node i, T t) {}
153.186 - /// Gets the value of a node.
153.187 - T get(Node i) const {return *(T*)0;} //FIXME: Is it necessary
153.188 - T &operator[](Node i) {return *(T*)0;}
153.189 - const T &operator[](Node i) const {return *(T*)0;}
153.190 -
153.191 - /// Updates the map if the graph has been changed
153.192 -
153.193 - /// \todo Do we need this?
153.194 - ///
153.195 - void update() { }
153.196 - //void update(T a) { } //FIXME: Is it necessary
153.197 - };
153.198 -
153.199 - ///Read/write/reference map of the edges to type \c T.
153.200 -
153.201 - /// Read/write/reference map of the edges to type \c T.
153.202 - /// It behaves exactly in the same way as \ref NodeMap.
153.203 - /// \sa NodeMap
153.204 - /// \sa MemoryMapConcept
153.205 - /// \todo We may need copy constructor
153.206 - /// \todo We may need conversion from other edgetype
153.207 - /// \todo We may need operator=
153.208 - template<class T> class EdgeMap
153.209 - {
153.210 - public:
153.211 - typedef T Value;
153.212 - typedef Edge Key;
153.213 -
153.214 - EdgeMap(const GraphConcept& g) {}
153.215 - EdgeMap(const GraphConcept& g, T t) {}
153.216 -
153.217 - void set(Edge i, T t) {}
153.218 - T get(Edge i) const {return *(T*)0;}
153.219 - T &operator[](Edge i) {return *(T*)0;}
153.220 -
153.221 - void update() { }
153.222 - //void update(T a) { } //FIXME: Is it necessary
153.223 - };
153.224 - };
153.225 -
153.226 -
153.227 - /// \brief Node-iterable graph concept.
153.228 - ///
153.229 - /// A graph class which provides functions to
153.230 - /// iterate on its nodes.
153.231 - class NodeIterableGraphConcept : virtual public GraphConcept
153.232 - {
153.233 - public:
153.234 -
153.235 - /// \brief This iterator goes trough the nodes of the graph.
153.236 - ///
153.237 - /// This iterator goes trough the \e nodes of the graph.
153.238 - /// Its usage is quite simple, for example you can count the number
153.239 - /// of nodes in graph \c g of type \c Graph as follows.
153.240 - /// \code
153.241 - /// int count=0;
153.242 - /// for(Graph::NodeIt n(g); g.valid(n); g.next(n)) ++count;
153.243 - /// \endcode
153.244 - class NodeIt : public Node {
153.245 - public:
153.246 - /// @warning The default constructor sets the iterator.
153.247 - /// to an undefined value.
153.248 - NodeIt() { }
153.249 - // /// Copy constructor
153.250 - //NodeIt(const NodeIt& n) { }
153.251 - /// Initialize the iterator to be invalid.
153.252 - NodeIt(const Invalid&) { }
153.253 - /// \brief This constructor sets the iterator to first node.
153.254 - ///
153.255 - /// This constructor set the iterator to the first
153.256 - /// node of the graph \c g.
153.257 - ///
153.258 - ///@param g the graph
153.259 - NodeIt(const GraphConcept& g) { }
153.260 - };
153.261 -
153.262 - /// The first node.
153.263 - NodeIt &first(NodeIt &i) const { return i; }
153.264 -
153.265 - /// Go to the next node.
153.266 - NodeIt &next(NodeIt &i) const { return i; }
153.267 - };
153.268 -
153.269 -
153.270 - /// \brief Edge-iterable graph concept.
153.271 - ///
153.272 - /// A graph class which provides functions to
153.273 - /// iterate on its edges.
153.274 - class EdgeIterableGraphConcept : virtual public GraphConcept
153.275 - {
153.276 - public:
153.277 -
153.278 - /// \brief This iterator goes trough the edges of the graph.
153.279 - ///
153.280 - /// This iterator goes trough the \e edges of the graph.
153.281 - /// Its usage is quite simple, for example you can count the number
153.282 - /// of edges in graph \c g of type \c Graph as follows.
153.283 - /// \code
153.284 - /// int count=0;
153.285 - /// for(Graph::EdgeIt e(g); g.valid(e); g.next(e)) ++count;
153.286 - /// \endcode
153.287 - class EdgeIt : public Edge {
153.288 - public:
153.289 - /// @warning The default constructor sets the iterator.
153.290 - /// to an undefined value.
153.291 - EdgeIt() { }
153.292 - // /// Copy constructor
153.293 - // EdgeIt(const EdgeIt&) { }
153.294 - /// Initialize the iterator to be invalid.
153.295 - EdgeIt(const Invalid&) { }
153.296 - /// \brief This constructor sets the iterator to first edge.
153.297 - ///
153.298 - /// This constructor set the iterator to the first
153.299 - /// edge of the graph \c g.
153.300 - ///
153.301 - ///@param g the graph
153.302 - EdgeIt(const GraphConcept& g) { }
153.303 - };
153.304 -
153.305 - /// The first edge.
153.306 - EdgeIt &first(EdgeIt &i) const { return i; }
153.307 -
153.308 - /// Go to the next edge.
153.309 - EdgeIt &next(EdgeIt &i) const { return i; }
153.310 - };
153.311 -
153.312 -
153.313 - /// \brief Out-edge-iterable graph concept.
153.314 - ///
153.315 - /// A graph class which provides functions to
153.316 - /// iterate on out-edges of any node.
153.317 - class OutEdgeIterableGraphConcept : virtual public GraphConcept
153.318 - {
153.319 - public:
153.320 -
153.321 - /// \brief This iterator goes trough the outgoing edges of a node.
153.322 - ///
153.323 - /// This iterator goes trough the \e outgoing edges of a certain node
153.324 - /// of a graph.
153.325 - /// Its usage is quite simple, for example you can count the number
153.326 - /// of outgoing edges of a node \c n
153.327 - /// in graph \c g of type \c Graph as follows.
153.328 - /// \code
153.329 - /// int count=0;
153.330 - /// for(Graph::OutEdgeIt e(g, n); g.valid(e); g.next(e)) ++count;
153.331 - /// \endcode
153.332 - class OutEdgeIt : public Edge {
153.333 - public:
153.334 - /// @warning The default constructor sets the iterator.
153.335 - /// to an undefined value.
153.336 - OutEdgeIt() { }
153.337 - /// Initialize the iterator to be invalid.
153.338 - OutEdgeIt(const Invalid&) { }
153.339 - /// \brief This constructor sets the iterator to first outgoing edge.
153.340 - ///
153.341 - /// This constructor set the iterator to the first outgoing edge of
153.342 - /// node
153.343 - ///@param n the node
153.344 - ///@param g the graph
153.345 - OutEdgeIt(const GraphConcept& g, const Node& n) { }
153.346 - };
153.347 -
153.348 - /// The first outgoing edge.
153.349 - OutEdgeIt &first(OutEdgeIt &i, const Node& n) const { return i; }
153.350 -
153.351 - /// Go to the next outgoing edge.
153.352 - OutEdgeIt &next(OutEdgeIt &i) const { return i; }
153.353 -
153.354 - Node aNode(const OutEdgeIt&) const { return Node(); }
153.355 - Node bNode(const OutEdgeIt&) const { return Node(); }
153.356 - };
153.357 -
153.358 -
153.359 - /// \brief In-edge-iterable graph concept.
153.360 - ///
153.361 - /// A Graph class which provides a function to
153.362 - /// iterate on in-edges of any node.
153.363 - class InEdgeIterableGraphConcept : virtual public GraphConcept
153.364 - {
153.365 - public:
153.366 -
153.367 - /// \brief This iterator goes trough the incoming edges of a node.
153.368 - ///
153.369 - /// This iterator goes trough the \e incoming edges of a certain node
153.370 - /// of a graph.
153.371 - /// Its usage is quite simple, for example you can count the number
153.372 - /// of incoming edges of a node \c n
153.373 - /// in graph \c g of type \c Graph as follows.
153.374 - /// \code
153.375 - /// int count=0;
153.376 - /// for(Graph::InEdgeIt e(g, n); g.valid(e); g.next(e)) ++count;
153.377 - /// \endcode
153.378 - class InEdgeIt : public Edge {
153.379 - public:
153.380 - /// @warning The default constructor sets the iterator
153.381 - /// to an undefined value.
153.382 - InEdgeIt() { }
153.383 - /// Initialize the iterator to be invalid
153.384 - InEdgeIt(const Invalid&) { }
153.385 - /// \brief This constructor sets the iterator to first incomig edge.
153.386 - ///
153.387 - /// This constructor set the iterator to the first incomig edge of
153.388 - /// node
153.389 - ///@param n the node
153.390 - ///@param g the graph
153.391 - InEdgeIt(const GraphConcept& g, const Node& n) { }
153.392 - };
153.393 -
153.394 - /// The first incoming edge.
153.395 - InEdgeIt &first(InEdgeIt &i, const Node& n) const { return i; }
153.396 -
153.397 - /// Go to the next incoming edge.
153.398 - InEdgeIt &next(InEdgeIt &i) const { return i; }
153.399 -
153.400 - Node aNode(const InEdgeIt&) const { return Node(); }
153.401 - Node bNode(const InEdgeIt&) const { return Node(); }
153.402 - };
153.403 -
153.404 -
153.405 - /// \brief Node-erasable graph concept.
153.406 - ///
153.407 - /// A graph class which provides a function to
153.408 - /// delete any of its nodes.
153.409 - class NodeErasableGraphConcept : virtual public GraphConcept
153.410 - {
153.411 - public:
153.412 - /// Deletes a node.
153.413 - void erase(const Node& n) { }
153.414 - };
153.415 -
153.416 -
153.417 - /// \brief Edge-erasable graph concept.
153.418 - ///
153.419 - /// A graph class which provides a function to delete any
153.420 - /// of its edges.
153.421 - class EdgeErasableGraphConcept : virtual public GraphConcept
153.422 - {
153.423 - public:
153.424 - /// Deletes a node.
153.425 - void erase(const Edge& n) { }
153.426 - };
153.427 -
153.428 -
153.429 - /// \brief An empty graph class which provides a function to
153.430 - /// get the number of its nodes.
153.431 - ///
153.432 - /// This graph class provides a function for getting the number of its
153.433 - /// nodes.
153.434 - /// Clearly, for physical graph structures it can be expected to have such a
153.435 - /// function. For wrappers or graphs which are given in an implicit way,
153.436 - /// the implementation can be circumstantial, that is why this composes a
153.437 - /// separate concept.
153.438 - class NodeCountingGraphConcept : virtual public GraphConcept
153.439 - {
153.440 - public:
153.441 - /// Returns the number of nodes.
153.442 - int nodeNum() const { return 0; }
153.443 - };
153.444 -
153.445 -
153.446 - /// \brief An empty graph class which provides a function to
153.447 - /// get the number of its edges.
153.448 - ///
153.449 - /// This graph class provides a function for getting the number of its
153.450 - /// edges.
153.451 - /// Clearly, for physical graph structures it can be expected to have such a
153.452 - /// function. For wrappers or graphs which are given in an implicit way,
153.453 - /// the implementation can be circumstantial, that is why this composes a
153.454 - /// separate concept.
153.455 - class EdgeCountingGraphConcept : virtual public GraphConcept
153.456 - {
153.457 - public:
153.458 - /// Returns the number of edges.
153.459 - int edgeNum() const { return 0; }
153.460 - };
153.461 -
153.462 - class FullFeatureGraphConcept : virtual public NodeIterableGraphConcept,
153.463 - virtual public EdgeIterableGraphConcept,
153.464 - virtual public OutEdgeIterableGraphConcept,
153.465 - virtual public InEdgeIterableGraphConcept,
153.466 - virtual public NodeCountingGraphConcept {
153.467 - public:
153.468 - FullFeatureGraphConcept() { }
153.469 - using EdgeIterableGraphConcept::next;
153.470 - using NodeIterableGraphConcept::next;
153.471 - using OutEdgeIterableGraphConcept::next;
153.472 - using InEdgeIterableGraphConcept::next;
153.473 - };
153.474 -
153.475 - /// @}
153.476 -
153.477 -} //namespace lemon
153.478 -
153.479 -
153.480 -
153.481 -// class EmptyBipGraph : public Graph Concept
153.482 -// {
153.483 -// class ANode {};
153.484 -// class BNode {};
153.485 -
153.486 -// ANode &next(ANode &) {}
153.487 -// BNode &next(BNode &) {}
153.488 -
153.489 -// ANode &getFirst(ANode &) const {}
153.490 -// BNode &getFirst(BNode &) const {}
153.491 -
153.492 -// enum NodeClass { A = 0, B = 1 };
153.493 -// NodeClass getClass(Node n) {}
153.494 -
153.495 -// }
153.496 -
153.497 -#endif // LEMON_GRAPH_H
154.1 --- a/src/work/marci/graph_wrapper_time.cc Sun Apr 17 18:57:22 2005 +0000
154.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
154.3 @@ -1,71 +0,0 @@
154.4 -// -*- c++ -*-
154.5 -
154.6 -// Use a DIMACS max flow file as follows:
154.7 -// graph_wrapper_time dimacs_max_flow_file
154.8 -
154.9 -#include <iostream>
154.10 -#include <fstream>
154.11 -#include <string>
154.12 -#include <vector>
154.13 -#include <lemon/invalid.h>
154.14 -#include <lemon/time_measure.h>
154.15 -#include <lemon/graph_wrapper.h>
154.16 -#include <lemon/preflow.h>
154.17 -#include <lemon/dimacs.h>
154.18 -#include <lemon/list_graph.h>
154.19 -
154.20 -using namespace lemon;
154.21 -
154.22 -using std::cout;
154.23 -using std::endl;
154.24 -
154.25 -template<typename Graph>
154.26 -void timeTest(std::string str, Graph& g) {
154.27 - g.clear();
154.28 - typename Graph::Node s;
154.29 - typename Graph::Node t;
154.30 - typedef typename Graph::template EdgeMap<int> FlowMap;
154.31 - FlowMap cap(g);
154.32 - FlowMap flow(g);
154.33 - std::ifstream is(str.c_str());
154.34 - readDimacs(is, g, cap, s, t);
154.35 - Timer ts;
154.36 - ts.reset();
154.37 -
154.38 - typedef Preflow<Graph, int, FlowMap, FlowMap> MyPreflow;
154.39 - MyPreflow max_flow(g, s, t, cap, flow);
154.40 - max_flow.run(MyPreflow::NO_FLOW);
154.41 - cout << "flow value: " << max_flow.flowValue() << endl;
154.42 - cout << ts << endl;
154.43 -}
154.44 -
154.45 -int main(int, char** argv) {
154.46 - std::string in=argv[1];
154.47 -
154.48 - typedef ListGraph Graph;
154.49 - Graph g;
154.50 - timeTest<Graph>(in, g);
154.51 - typedef GraphWrapper<Graph> Graph1;
154.52 - Graph1 g1(g);
154.53 - timeTest<Graph1>(in, g1);
154.54 - typedef GraphWrapper<Graph1> Graph2;
154.55 - Graph2 g2(g1);
154.56 - timeTest<Graph2>(in, g2);
154.57 - typedef GraphWrapper<Graph2> Graph3;
154.58 - Graph3 g3(g2);
154.59 - timeTest<Graph3>(in, g3);
154.60 - typedef GraphWrapper<Graph3> Graph4;
154.61 - Graph4 g4(g3);
154.62 - timeTest<Graph4>(in, g4);
154.63 - typedef GraphWrapper<Graph4> Graph5;
154.64 - Graph5 g5(g4);
154.65 - timeTest<Graph5>(in, g5);
154.66 - typedef GraphWrapper<Graph5> Graph6;
154.67 - Graph6 g6(g5);
154.68 - timeTest<Graph6>(in, g6);
154.69 - typedef GraphWrapper<Graph6> Graph7;
154.70 - Graph7 g7(g6);
154.71 - timeTest<Graph7>(in, g7);
154.72 -
154.73 - return 0;
154.74 -}
155.1 --- a/src/work/marci/gw_vs_not.cc Sun Apr 17 18:57:22 2005 +0000
155.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
155.3 @@ -1,179 +0,0 @@
155.4 -// -*- c++ -*-
155.5 -#include <iostream>
155.6 -#include <fstream>
155.7 -
155.8 -#include <list_graph.h>
155.9 -#include <smart_graph.h>
155.10 -#include <dimacs.h>
155.11 -#include <edmonds_karp.h>
155.12 -#include <time_measure.h>
155.13 -#include <graph_wrapper.h>
155.14 -
155.15 -using namespace lemon;
155.16 -
155.17 -// Use a DIMACS max flow file as stdin.
155.18 -// read_dimacs_demo < dimacs_max_flow_file
155.19 -
155.20 -int main(int, char **) {
155.21 -
155.22 - typedef ListGraph MutableGraph;
155.23 - //typedef SmartGraph Graph;
155.24 - typedef ListGraph Graph;
155.25 - typedef Graph::Node Node;
155.26 - typedef Graph::EdgeIt EdgeIt;
155.27 -
155.28 - Graph G;
155.29 - Node s, t;
155.30 - Graph::EdgeMap<int> cap(G);
155.31 - readDimacsMaxFlow(std::cin, G, s, t, cap);
155.32 -
155.33 - {
155.34 - typedef TrivGraphWrapper<const Graph> GW;
155.35 - GW gw(G);
155.36 - typedef GW::EdgeMapWrapper< Graph::EdgeMap<int>, int > EMW;
155.37 - EMW cw(cap);
155.38 - Timer ts;
155.39 - GW::EdgeMap<int> flow(gw);
155.40 - MaxFlow<GW, int, GW::EdgeMap<int>, EMW > max_flow_test(gw, s, t, flow, cw);
155.41 - int i;
155.42 -
155.43 - {
155.44 - std::cout << "edmonds karp demo (physical blocking flow augmentation)..." << std::endl;
155.45 - for (GW::EdgeIt e(gw); gw.valid(e); gw.next(e)) flow.set(e, 0);
155.46 - ts.reset();
155.47 -
155.48 - i=0;
155.49 - while (max_flow_test.augmentOnBlockingFlow<MutableGraph>()) { ++i; }
155.50 -
155.51 - std::cout << "elapsed time: " << ts << std::endl;
155.52 - std::cout << "number of augmentation phases: " << i << std::endl;
155.53 - std::cout << "flow value: "<< max_flow_test.flowValue() << std::endl;
155.54 - }
155.55 -
155.56 - {
155.57 - std::cout << "edmonds karp demo (physical blocking flow 1 augmentation)..." << std::endl;
155.58 - for (GW::EdgeIt e(gw); gw.valid(e); gw.next(e)) flow.set(e, 0);
155.59 - ts.reset();
155.60 -
155.61 - i=0;
155.62 - while (max_flow_test.augmentOnBlockingFlow1<MutableGraph>()) { ++i; }
155.63 -
155.64 - std::cout << "elapsed time: " << ts << std::endl;
155.65 - std::cout << "number of augmentation phases: " << i << std::endl;
155.66 - std::cout << "flow value: "<< max_flow_test.flowValue() << std::endl;
155.67 - }
155.68 -
155.69 - {
155.70 - std::cout << "edmonds karp demo (on-the-fly blocking flow augmentation)..." << std::endl;
155.71 - for (GW::EdgeIt e(gw); gw.valid(e); gw.next(e)) flow.set(e, 0);
155.72 - ts.reset();
155.73 -
155.74 - i=0;
155.75 - while (max_flow_test.augmentOnBlockingFlow2()) { ++i; }
155.76 -
155.77 - std::cout << "elapsed time: " << ts << std::endl;
155.78 - std::cout << "number of augmentation phases: " << i << std::endl;
155.79 - std::cout << "flow value: "<< max_flow_test.flowValue() << std::endl;
155.80 - }
155.81 -
155.82 - {
155.83 - std::cout << "edmonds karp demo (on-the-fly shortest path augmentation)..." << std::endl;
155.84 - for (GW::EdgeIt e(gw); gw.valid(e); gw.next(e)) flow.set(e, 0);
155.85 - ts.reset();
155.86 -
155.87 - i=0;
155.88 - while (max_flow_test.augmentOnShortestPath()) { ++i; }
155.89 -
155.90 - std::cout << "elapsed time: " << ts << std::endl;
155.91 - std::cout << "number of augmentation phases: " << i << std::endl;
155.92 - std::cout << "flow value: "<< max_flow_test.flowValue() << std::endl;
155.93 - }
155.94 - }
155.95 -
155.96 -
155.97 -
155.98 -
155.99 - {
155.100 - typedef TrivGraphWrapper<const Graph> GW1;
155.101 - GW1 gw1(G);
155.102 - typedef TrivGraphWrapper<const GW1> GW2;
155.103 - GW2 gw2(gw1);
155.104 - typedef TrivGraphWrapper<const GW2> GW3;
155.105 - GW3 gw3(gw2);
155.106 - typedef TrivGraphWrapper<const GW3> GW4;
155.107 - GW4 gw4(gw3);
155.108 - typedef TrivGraphWrapper<const GW4> GW5;
155.109 - GW5 gw5(gw4);
155.110 - typedef TrivGraphWrapper<const GW5> GW6;
155.111 - GW6 gw6(gw5);
155.112 - typedef TrivGraphWrapper<const GW6> GW7;
155.113 - GW7 gw7(gw6);
155.114 - typedef TrivGraphWrapper<const GW7> GW8;
155.115 - GW8 gw8(gw7);
155.116 - typedef TrivGraphWrapper<const GW8> GW9;
155.117 - GW9 gw9(gw8);
155.118 - typedef TrivGraphWrapper<const GW9> GW;
155.119 - GW gw(gw9);
155.120 - typedef GW::EdgeMapWrapper< Graph::EdgeMap<int>, int > EMW;
155.121 - EMW cw(cap);
155.122 - Timer ts;
155.123 - GW::EdgeMap<int> flow(gw);
155.124 - MaxFlow<GW, int, GW::EdgeMap<int>, EMW > max_flow_test(gw, s, t, flow, cw);
155.125 - int i;
155.126 -
155.127 - {
155.128 - std::cout << "edmonds karp demo (physical blocking flow augmentation)..." << std::endl;
155.129 - for (GW::EdgeIt e(gw); gw.valid(e); gw.next(e)) flow.set(e, 0);
155.130 - ts.reset();
155.131 -
155.132 - i=0;
155.133 - while (max_flow_test.augmentOnBlockingFlow<MutableGraph>()) { ++i; }
155.134 -
155.135 - std::cout << "elapsed time: " << ts << std::endl;
155.136 - std::cout << "number of augmentation phases: " << i << std::endl;
155.137 - std::cout << "flow value: "<< max_flow_test.flowValue() << std::endl;
155.138 - }
155.139 -
155.140 - {
155.141 - std::cout << "edmonds karp demo (physical blocking flow 1 augmentation)..." << std::endl;
155.142 - for (GW::EdgeIt e(gw); gw.valid(e); gw.next(e)) flow.set(e, 0);
155.143 - ts.reset();
155.144 -
155.145 - i=0;
155.146 - while (max_flow_test.augmentOnBlockingFlow1<MutableGraph>()) { ++i; }
155.147 -
155.148 - std::cout << "elapsed time: " << ts << std::endl;
155.149 - std::cout << "number of augmentation phases: " << i << std::endl;
155.150 - std::cout << "flow value: "<< max_flow_test.flowValue() << std::endl;
155.151 - }
155.152 -
155.153 - {
155.154 - std::cout << "edmonds karp demo (on-the-fly blocking flow augmentation)..." << std::endl;
155.155 - for (GW::EdgeIt e(gw); gw.valid(e); gw.next(e)) flow.set(e, 0);
155.156 - ts.reset();
155.157 -
155.158 - i=0;
155.159 - while (max_flow_test.augmentOnBlockingFlow2()) { ++i; }
155.160 -
155.161 - std::cout << "elapsed time: " << ts << std::endl;
155.162 - std::cout << "number of augmentation phases: " << i << std::endl;
155.163 - std::cout << "flow value: "<< max_flow_test.flowValue() << std::endl;
155.164 - }
155.165 -
155.166 - {
155.167 - std::cout << "edmonds karp demo (on-the-fly shortest path augmentation)..." << std::endl;
155.168 - for (GW::EdgeIt e(gw); gw.valid(e); gw.next(e)) flow.set(e, 0);
155.169 - ts.reset();
155.170 -
155.171 - i=0;
155.172 - while (max_flow_test.augmentOnShortestPath()) { ++i; }
155.173 -
155.174 - std::cout << "elapsed time: " << ts << std::endl;
155.175 - std::cout << "number of augmentation phases: " << i << std::endl;
155.176 - std::cout << "flow value: "<< max_flow_test.flowValue() << std::endl;
155.177 - }
155.178 - }
155.179 -
155.180 -
155.181 - return 0;
155.182 -}
156.1 --- a/src/work/marci/iterator_bfs_demo.cc Sun Apr 17 18:57:22 2005 +0000
156.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
156.3 @@ -1,388 +0,0 @@
156.4 -// -*- c++ -*-
156.5 -#include <iostream>
156.6 -#include <vector>
156.7 -#include <string>
156.8 -
156.9 -#include <sage_graph.h>
156.10 -#include <lemon/smart_graph.h>
156.11 -#include <bfs_dfs.h>
156.12 -#include <lemon/graph_wrapper.h>
156.13 -
156.14 -using namespace lemon;
156.15 -
156.16 -using std::cout;
156.17 -using std::endl;
156.18 -using std::string;
156.19 -
156.20 -template <typename Graph, typename NodeNameMap>
156.21 -class EdgeNameMap {
156.22 - Graph& graph;
156.23 - NodeNameMap& node_name_map;
156.24 -public:
156.25 - EdgeNameMap(Graph& _graph, NodeNameMap& _node_name_map) :
156.26 - graph(_graph), node_name_map(_node_name_map) { }
156.27 - string operator[](typename Graph::Edge e) const {
156.28 - return
156.29 - (node_name_map[graph.source(e)]+"->"+node_name_map[graph.target(e)]);
156.30 - }
156.31 -};
156.32 -
156.33 -int main (int, char*[])
156.34 -{
156.35 - typedef SmartGraph Graph;
156.36 - //typedef SageGraph Graph;
156.37 -
156.38 - typedef Graph::Node Node;
156.39 - typedef Graph::Edge Edge;
156.40 -
156.41 - Graph G;
156.42 -
156.43 - Node s=G.addNode();
156.44 - Node v1=G.addNode();
156.45 - Node v2=G.addNode();
156.46 - Node v3=G.addNode();
156.47 - Node v4=G.addNode();
156.48 - Node t=G.addNode();
156.49 -
156.50 - Graph::NodeMap<string> node_name(G);
156.51 - node_name.set(s, "s");
156.52 - node_name.set(v1, "v1");
156.53 - node_name.set(v2, "v2");
156.54 - node_name.set(v3, "v3");
156.55 - node_name.set(v4, "v4");
156.56 - node_name.set(t, "t");
156.57 -
156.58 - G.addEdge(s, v1);
156.59 - G.addEdge(s, v2);
156.60 - G.addEdge(v1, v2);
156.61 - G.addEdge(v2, v1);
156.62 - G.addEdge(v1, v3);
156.63 - G.addEdge(v3, v2);
156.64 - G.addEdge(v2, v4);
156.65 - G.addEdge(v4, v3);
156.66 - G.addEdge(v3, t);
156.67 - G.addEdge(v4, t);
156.68 -
156.69 - cout << " /--> -------------> "<< endl;
156.70 - cout << " / /-- v1 <-\\ /---- v3-\\ "<< endl;
156.71 - cout << " / | | / /-> \\ "<< endl;
156.72 - cout << " / | | / | ^ \\ "<< endl;
156.73 - cout << "s | | / | | \\-> t "<< endl;
156.74 - cout << " \\ | | / | | /-> "<< endl;
156.75 - cout << " \\ | --/ / | | / "<< endl;
156.76 - cout << " \\ \\-> v2 <--/ \\-- v4 -/ "<< endl;
156.77 - cout << " \\--> -------------> "<< endl;
156.78 -
156.79 - {
156.80 - EdgeNameMap< Graph, Graph::NodeMap<string> > edge_name(G, node_name);
156.81 -
156.82 - cout << "bfs and dfs iterator demo on the directed graph" << endl;
156.83 - for(Graph::NodeIt n(G); n!=INVALID; ++n) {
156.84 - cout << node_name[n] << ": ";
156.85 - cout << "out edges: ";
156.86 - for(Graph::OutEdgeIt e(G, n); e!=INVALID; ++e)
156.87 - cout << edge_name[e] << " ";
156.88 - cout << "in edges: ";
156.89 - for(Graph::InEdgeIt e(G, n); e!=INVALID; ++e)
156.90 - cout << edge_name[e] << " ";
156.91 - cout << endl;
156.92 - }
156.93 -
156.94 - cout << "bfs from s ..." << endl;
156.95 - BfsIterator< Graph, Graph::NodeMap<bool> > bfs(G);
156.96 - bfs.pushAndSetReached(s);
156.97 - while (!bfs.finished()) {
156.98 - //cout << "edge: ";
156.99 - if (Graph::Edge(bfs)!=INVALID) {
156.100 - cout << edge_name[bfs] << /*endl*/", " <<
156.101 - node_name[G.source(bfs)] <<
156.102 - (bfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
156.103 - node_name[G.target(bfs)] <<
156.104 - (bfs.isBNodeNewlyReached() ? ": is newly reached." :
156.105 - ": is not newly reached.");
156.106 - } else {
156.107 - cout << "invalid" << /*endl*/", " <<
156.108 - node_name[bfs.source()] <<
156.109 - (bfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
156.110 -
156.111 - "invalid.";
156.112 - }
156.113 - cout << endl;
156.114 - ++bfs;
156.115 - }
156.116 -
156.117 - cout << " /--> -------------> "<< endl;
156.118 - cout << " / /-- v1 <-\\ /---- v3-\\ "<< endl;
156.119 - cout << " / | | / /-> \\ "<< endl;
156.120 - cout << " / | | / | ^ \\ "<< endl;
156.121 - cout << "s | | / | | \\-> t "<< endl;
156.122 - cout << " \\ | | / | | /-> "<< endl;
156.123 - cout << " \\ | --/ / | | / "<< endl;
156.124 - cout << " \\ \\-> v2 <--/ \\-- v4 -/ "<< endl;
156.125 - cout << " \\--> -------------> "<< endl;
156.126 -
156.127 - cout << "dfs from s ..." << endl;
156.128 - DfsIterator< Graph, Graph::NodeMap<bool> > dfs(G);
156.129 - dfs.pushAndSetReached(s);
156.130 - while (!dfs.finished()) {
156.131 - ++dfs;
156.132 - //cout << "edge: ";
156.133 - if (Graph::Edge(dfs)!=INVALID) {
156.134 - cout << edge_name[dfs] << /*endl*/", " <<
156.135 - node_name[G.source(dfs)] <<
156.136 - (dfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
156.137 - node_name[G.target(dfs)] <<
156.138 - (dfs.isBNodeNewlyReached() ? ": is newly reached." :
156.139 - ": is not newly reached.");
156.140 - } else {
156.141 - cout << "invalid" << /*endl*/", " <<
156.142 - node_name[dfs.source()] <<
156.143 - (dfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
156.144 -
156.145 - "invalid.";
156.146 - }
156.147 - cout << endl;
156.148 - }
156.149 - }
156.150 -
156.151 -
156.152 - {
156.153 - typedef RevGraphWrapper<const Graph> GW;
156.154 - GW gw(G);
156.155 -
156.156 - EdgeNameMap< GW, Graph::NodeMap<string> > edge_name(gw, node_name);
156.157 -
156.158 - cout << "bfs and dfs iterator demo on the reversed directed graph" << endl;
156.159 - for(GW::NodeIt n(gw); n!=INVALID; ++n) {
156.160 - cout << node_name[GW::Node(n)] << ": ";
156.161 - cout << "out edges: ";
156.162 - for(GW::OutEdgeIt e(gw, n); e!=INVALID; ++e)
156.163 - cout << edge_name[e] << " ";
156.164 - cout << "in edges: ";
156.165 - for(GW::InEdgeIt e(gw, n); e!=INVALID; ++e)
156.166 - cout << edge_name[e] << " ";
156.167 - cout << endl;
156.168 - }
156.169 -
156.170 - cout << "bfs from t ..." << endl;
156.171 - BfsIterator< GW, GW::NodeMap<bool> > bfs(gw);
156.172 - bfs.pushAndSetReached(t);
156.173 - while (!bfs.finished()) {
156.174 - //cout << "edge: ";
156.175 - if (GW::Edge(bfs)!=INVALID) {
156.176 - cout << edge_name[GW::Edge(bfs)] << /*endl*/", " <<
156.177 - node_name[gw.source(bfs)] <<
156.178 - (bfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
156.179 - node_name[gw.target(bfs)] <<
156.180 - (bfs.isBNodeNewlyReached() ? ": is newly reached." :
156.181 - ": is not newly reached.");
156.182 - } else {
156.183 - cout << "invalid" << /*endl*/", " <<
156.184 - node_name[bfs.source()] <<
156.185 - (bfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
156.186 -
156.187 - "invalid.";
156.188 - }
156.189 - cout << endl;
156.190 - ++bfs;
156.191 - }
156.192 -
156.193 - cout << " /--> -------------> "<< endl;
156.194 - cout << " / /-- v1 <-\\ /---- v3-\\ "<< endl;
156.195 - cout << " / | | / /-> \\ "<< endl;
156.196 - cout << " / | | / | ^ \\ "<< endl;
156.197 - cout << "s | | / | | \\-> t "<< endl;
156.198 - cout << " \\ | | / | | /-> "<< endl;
156.199 - cout << " \\ | --/ / | | / "<< endl;
156.200 - cout << " \\ \\-> v2 <--/ \\-- v4 -/ "<< endl;
156.201 - cout << " \\--> -------------> "<< endl;
156.202 -
156.203 - cout << "dfs from t ..." << endl;
156.204 - DfsIterator< GW, GW::NodeMap<bool> > dfs(gw);
156.205 - dfs.pushAndSetReached(t);
156.206 - while (!dfs.finished()) {
156.207 - ++dfs;
156.208 - //cout << "edge: ";
156.209 - if (GW::Edge(dfs)!=INVALID) {
156.210 - cout << edge_name[GW::Edge(dfs)] << /*endl*/", " <<
156.211 - node_name[gw.source(dfs)] <<
156.212 - (dfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
156.213 - node_name[gw.target(dfs)] <<
156.214 - (dfs.isBNodeNewlyReached() ? ": is newly reached." :
156.215 - ": is not newly reached.");
156.216 - } else {
156.217 - cout << "invalid" << /*endl*/", " <<
156.218 - node_name[dfs.source()] <<
156.219 - (dfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
156.220 -
156.221 - "invalid.";
156.222 - }
156.223 - cout << endl;
156.224 - }
156.225 - }
156.226 -
156.227 -// {
156.228 -// typedef UndirGraphWrapper<const Graph> GW;
156.229 -// GW gw(G);
156.230 -
156.231 -// EdgeNameMap< GW, Graph::NodeMap<string> > edge_name(gw, node_name);
156.232 -
156.233 -// cout << "bfs and dfs iterator demo on the undirected graph" << endl;
156.234 -// for(GW::NodeIt n(gw); gw.valid(n); gw.next(n)) {
156.235 -// cout << node_name[GW::Node(n)] << ": ";
156.236 -// cout << "out edges: ";
156.237 -// for(GW::OutEdgeIt e(gw, n); gw.valid(e); gw.next(e))
156.238 -// cout << edge_name[e] << " ";
156.239 -// cout << "in edges: ";
156.240 -// for(GW::InEdgeIt e(gw, n); gw.valid(e); gw.next(e))
156.241 -// cout << edge_name[e] << " ";
156.242 -// cout << endl;
156.243 -// }
156.244 -// // for(GW::EdgeIt e=gw.first<GW::EdgeIt>(); gw.valid(e); gw.next(e)) {
156.245 -// // cout << edge_name.get(e) << " ";
156.246 -// // }
156.247 -// // cout << endl;
156.248 -
156.249 -// cout << "bfs from t ..." << endl;
156.250 -// BfsIterator< GW, GW::NodeMap<bool> > bfs(gw);
156.251 -// bfs.pushAndSetReached(t);
156.252 -// while (!bfs.finished()) {
156.253 -// //cout << "edge: ";
156.254 -// if (gw.valid(GW::OutEdgeIt(bfs))) {
156.255 -// cout << edge_name[GW::OutEdgeIt(bfs)] << /*endl*/", " <<
156.256 -// node_name[gw.aNode(bfs)] <<
156.257 -// (bfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
156.258 -// node_name[gw.bNode(bfs)] <<
156.259 -// (bfs.isBNodeNewlyReached() ? ": is newly reached." :
156.260 -// ": is not newly reached.");
156.261 -// } else {
156.262 -// cout << "invalid" << /*endl*/", " <<
156.263 -// node_name[bfs.aNode()] <<
156.264 -// (bfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
156.265 -
156.266 -// "invalid.";
156.267 -// }
156.268 -// cout << endl;
156.269 -// ++bfs;
156.270 -// }
156.271 -
156.272 -// cout << " /--> -------------> "<< endl;
156.273 -// cout << " / /-- v1 <-\\ /---- v3-\\ "<< endl;
156.274 -// cout << " / | | / /-> \\ "<< endl;
156.275 -// cout << " / | | / | ^ \\ "<< endl;
156.276 -// cout << "s | | / | | \\-> t "<< endl;
156.277 -// cout << " \\ | | / | | /-> "<< endl;
156.278 -// cout << " \\ | --/ / | | / "<< endl;
156.279 -// cout << " \\ \\-> v2 <--/ \\-- v4 -/ "<< endl;
156.280 -// cout << " \\--> -------------> "<< endl;
156.281 -
156.282 -// cout << "dfs from t ..." << endl;
156.283 -// DfsIterator< GW, GW::NodeMap<bool> > dfs(gw);
156.284 -// dfs.pushAndSetReached(t);
156.285 -// while (!dfs.finished()) {
156.286 -// ++dfs;
156.287 -// //cout << "edge: ";
156.288 -// if (gw.valid(GW::OutEdgeIt(dfs))) {
156.289 -// cout << edge_name[GW::OutEdgeIt(dfs)] << /*endl*/", " <<
156.290 -// node_name[gw.aNode(dfs)] <<
156.291 -// (dfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
156.292 -// node_name[gw.bNode(dfs)] <<
156.293 -// (dfs.isBNodeNewlyReached() ? ": is newly reached." :
156.294 -// ": is not newly reached.");
156.295 -// } else {
156.296 -// cout << "invalid" << /*endl*/", " <<
156.297 -// node_name[dfs.aNode()] <<
156.298 -// (dfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
156.299 -
156.300 -// "invalid.";
156.301 -// }
156.302 -// cout << endl;
156.303 -// }
156.304 -// }
156.305 -
156.306 -
156.307 -
156.308 - {
156.309 - typedef BidirGraphWrapper<const Graph> GW;
156.310 - GW gw(G);
156.311 -
156.312 - EdgeNameMap< GW, Graph::NodeMap<string> > edge_name(gw, node_name);
156.313 -
156.314 - cout << "bfs and dfs iterator demo on the bidirected graph" << endl;
156.315 -// for(GW::EdgeIt e(gw); e!=INVALID; ++e) {
156.316 -// cout << node_name[gw.source(e)] << "->" << node_name[gw.target(e)] << " ";
156.317 -// }
156.318 - for(GW::NodeIt n(gw); n!=INVALID; ++n) {
156.319 - cout << node_name[GW::Node(n)] << ": ";
156.320 - cout << "out edges: ";
156.321 - for(GW::OutEdgeIt e(gw, n); e!=INVALID; ++e)
156.322 - cout << edge_name[e] << " ";
156.323 - cout << "in edges: ";
156.324 - for(GW::InEdgeIt e(gw, n); e!=INVALID; ++e)
156.325 - cout << edge_name[e] << " ";
156.326 - cout << endl;
156.327 - }
156.328 -// for(GW::EdgeIt e=gw.first<GW::EdgeIt>(); gw.valid(e); gw.next(e)) {
156.329 -// cout << edge_name.get(e) << " ";
156.330 -// }
156.331 -// cout << endl;
156.332 -
156.333 - cout << "bfs from t ..." << endl;
156.334 - BfsIterator< GW, GW::NodeMap<bool> > bfs(gw);
156.335 - bfs.pushAndSetReached(t);
156.336 - while (!bfs.finished()) {
156.337 - //cout << "edge: ";
156.338 - if (GW::Edge(bfs)!=INVALID) {
156.339 - cout << edge_name[GW::Edge(bfs)] << /*endl*/", " <<
156.340 - node_name[gw.source(bfs)] <<
156.341 - (bfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
156.342 - node_name[gw.target(bfs)] <<
156.343 - (bfs.isBNodeNewlyReached() ? ": is newly reached." :
156.344 - ": is not newly reached.");
156.345 - } else {
156.346 - cout << "invalid" << /*endl*/", " <<
156.347 - node_name[bfs.source()] <<
156.348 - (bfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
156.349 -
156.350 - "invalid.";
156.351 - }
156.352 - cout << endl;
156.353 - ++bfs;
156.354 - }
156.355 -
156.356 - cout << " /--> -------------> "<< endl;
156.357 - cout << " / /-- v1 <-\\ /---- v3-\\ "<< endl;
156.358 - cout << " / | | / /-> \\ "<< endl;
156.359 - cout << " / | | / | ^ \\ "<< endl;
156.360 - cout << "s | | / | | \\-> t "<< endl;
156.361 - cout << " \\ | | / | | /-> "<< endl;
156.362 - cout << " \\ | --/ / | | / "<< endl;
156.363 - cout << " \\ \\-> v2 <--/ \\-- v4 -/ "<< endl;
156.364 - cout << " \\--> -------------> "<< endl;
156.365 -
156.366 - cout << "dfs from t ..." << endl;
156.367 - DfsIterator< GW, GW::NodeMap<bool> > dfs(gw);
156.368 - dfs.pushAndSetReached(t);
156.369 - while (!dfs.finished()) {
156.370 - ++dfs;
156.371 - //cout << "edge: ";
156.372 - if (GW::Edge(dfs)!=INVALID) {
156.373 - cout << edge_name[GW::Edge(dfs)] << /*endl*/", " <<
156.374 - node_name[gw.source(dfs)] <<
156.375 - (dfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
156.376 - node_name[gw.target(dfs)] <<
156.377 - (dfs.isBNodeNewlyReached() ? ": is newly reached." :
156.378 - ": is not newly reached.");
156.379 - } else {
156.380 - cout << "invalid" << /*endl*/", " <<
156.381 - node_name[dfs.source()] <<
156.382 - (dfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
156.383 -
156.384 - "invalid.";
156.385 - }
156.386 - cout << endl;
156.387 - }
156.388 - }
156.389 -
156.390 - return 0;
156.391 -}
157.1 --- a/src/work/marci/leda/bipartite_matching_comparison.cc Sun Apr 17 18:57:22 2005 +0000
157.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
157.3 @@ -1,152 +0,0 @@
157.4 -// -*- c++ -*-
157.5 -#include <iostream>
157.6 -#include <fstream>
157.7 -#include <vector>
157.8 -#include <cstdlib>
157.9 -
157.10 -#include <LEDA/graph.h>
157.11 -#include <LEDA/mcb_matching.h>
157.12 -#include <LEDA/list.h>
157.13 -#include <LEDA/graph_gen.h>
157.14 -
157.15 -#include <leda_graph_wrapper.h>
157.16 -#include <sage_graph.h>
157.17 -//#include <smart_graph.h>
157.18 -//#include <dimacs.h>
157.19 -#include <lemon/time_measure.h>
157.20 -#include <for_each_macros.h>
157.21 -#include <lemon/graph_wrapper.h>
157.22 -#include <bipartite_graph_wrapper.h>
157.23 -#include <lemon/maps.h>
157.24 -#include <lemon/max_flow.h>
157.25 -
157.26 -using std::cin;
157.27 -using std::cout;
157.28 -using std::endl;
157.29 -
157.30 -using namespace lemon;
157.31 -
157.32 -int main() {
157.33 - //for leda graph
157.34 - leda::graph lg;
157.35 - //lg.make_undirected();
157.36 - typedef LedaGraphWrapper<leda::graph> Graph;
157.37 - Graph g(lg);
157.38 -
157.39 - //for UndirSageGraph
157.40 - //typedef UndirSageGraph Graph;
157.41 - //Graph g;
157.42 -
157.43 - typedef Graph::Node Node;
157.44 - typedef Graph::NodeIt NodeIt;
157.45 - typedef Graph::Edge Edge;
157.46 - typedef Graph::EdgeIt EdgeIt;
157.47 - typedef Graph::OutEdgeIt OutEdgeIt;
157.48 -
157.49 - std::vector<Graph::Node> s_nodes;
157.50 - std::vector<Graph::Node> t_nodes;
157.51 -
157.52 - int a;
157.53 - cout << "number of nodes in the first color class=";
157.54 - cin >> a;
157.55 - int b;
157.56 - cout << "number of nodes in the second color class=";
157.57 - cin >> b;
157.58 - int m;
157.59 - cout << "number of edges=";
157.60 - cin >> m;
157.61 - int k;
157.62 - cout << "A bipartite graph is a random group graph if the color classes \nA and B are partitiones to A_0, A_1, ..., A_{k-1} and B_0, B_1, ..., B_{k-1} \nas equally as possible \nand the edges from A_i goes to A_{i-1 mod k} and A_{i+1 mod k}.\n";
157.63 - cout << "number of groups in LEDA random group graph=";
157.64 - cin >> k;
157.65 - cout << endl;
157.66 -
157.67 - leda_list<leda_node> lS;
157.68 - leda_list<leda_node> lT;
157.69 - random_bigraph(lg, a, b, m, lS, lT, k);
157.70 -
157.71 - Graph::NodeMap<int> ref_map(g, -1);
157.72 - IterableBoolMap< Graph::NodeMap<int> > bipartite_map(ref_map);
157.73 -
157.74 - //generating leda random group graph
157.75 - leda_node ln;
157.76 - forall(ln, lS) bipartite_map.insert(ln, false);
157.77 - forall(ln, lT) bipartite_map.insert(ln, true);
157.78 -
157.79 - //making bipartite graph
157.80 - typedef BipartiteGraphWrapper<Graph> BGW;
157.81 - BGW bgw(g, bipartite_map);
157.82 -
157.83 -
157.84 - //st-wrapper
157.85 - typedef stBipartiteGraphWrapper<BGW> stGW;
157.86 - stGW stgw(bgw);
157.87 - ConstMap<stGW::Edge, int> const1map(1);
157.88 - stGW::EdgeMap<int> flow(stgw);
157.89 -
157.90 - Timer ts;
157.91 -
157.92 - ts.reset();
157.93 - FOR_EACH_LOC(stGW::EdgeIt, e, stgw) flow.set(e, 0);
157.94 - MaxFlow<stGW, int, ConstMap<stGW::Edge, int>, stGW::EdgeMap<int> >
157.95 - max_flow_test(stgw, stgw.S_NODE, stgw.T_NODE, const1map, flow/*, true*/);
157.96 - max_flow_test.run();
157.97 - cout << "LEMON max matching algorithm based on preflow." << endl
157.98 - << "Size of matching: "
157.99 - << max_flow_test.flowValue() << endl;
157.100 - cout << "elapsed time: " << ts << endl << endl;
157.101 -
157.102 - ts.reset();
157.103 - leda_list<leda_edge> ml=MAX_CARD_BIPARTITE_MATCHING(lg);
157.104 - cout << "LEDA max matching algorithm." << endl
157.105 - << "Size of matching: "
157.106 - << ml.size() << endl;
157.107 - cout << "elapsed time: " << ts << endl << endl;
157.108 -
157.109 -// ts.reset();
157.110 -// FOR_EACH_LOC(stGW::EdgeIt, e, stgw) flow.set(e, 0);
157.111 -// typedef SageGraph MutableGraph;
157.112 -// while (max_flow_test.augmentOnBlockingFlow<MutableGraph>()) { }
157.113 -// cout << "LEMON max matching algorithm based on blocking flow augmentation."
157.114 -// << endl << "Matching size: "
157.115 -// << max_flow_test.flowValue() << endl;
157.116 -// cout << "elapsed time: " << ts << endl << endl;
157.117 -
157.118 - {
157.119 - SageGraph hg;
157.120 - SageGraph::Node s=hg.addNode();
157.121 - SageGraph::Node t=hg.addNode();
157.122 - BGW::NodeMap<SageGraph::Node> b_s_nodes(bgw);
157.123 - BGW::NodeMap<SageGraph::Node> b_t_nodes(bgw);
157.124 -
157.125 - FOR_EACH_INC_LOC(BGW::ClassNodeIt, n, bgw, BGW::S_CLASS) {
157.126 - b_s_nodes.set(n, hg.addNode());
157.127 - hg.addEdge(s, b_s_nodes[n]);
157.128 - }
157.129 - FOR_EACH_INC_LOC(BGW::ClassNodeIt, n, bgw, BGW::T_CLASS) {
157.130 - b_t_nodes.set(n, hg.addNode());
157.131 - hg.addEdge(b_t_nodes[n], t);
157.132 - }
157.133 -
157.134 - FOR_EACH_LOC(BGW::EdgeIt, e, bgw)
157.135 - hg.addEdge(b_s_nodes[bgw.source(e)], b_t_nodes[bgw.target(e)]);
157.136 -
157.137 - ConstMap<SageGraph::Edge, int> cm(1);
157.138 - SageGraph::EdgeMap<int> flow(hg); //0
157.139 -
157.140 - Timer ts;
157.141 -
157.142 - ts.reset();
157.143 - MaxFlow<SageGraph, int, ConstMap<SageGraph::Edge, int>,
157.144 - SageGraph::EdgeMap<int> >
157.145 - max_flow_test(hg, s, t, cm, flow);
157.146 - max_flow_test.run();
157.147 - cout << "LEMON max matching algorithm on SageGraph by copying the graph, based on preflow."
157.148 - << endl
157.149 - << "Size of matching: "
157.150 - << max_flow_test.flowValue() << endl;
157.151 - cout << "elapsed time: " << ts << endl << endl;
157.152 - }
157.153 -
157.154 - return 0;
157.155 -}
158.1 --- a/src/work/marci/leda/bipartite_matching_leda.cc Sun Apr 17 18:57:22 2005 +0000
158.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
158.3 @@ -1,131 +0,0 @@
158.4 -// -*- c++ -*-
158.5 -#include <iostream>
158.6 -#include <fstream>
158.7 -#include <vector>
158.8 -#include <cstdlib>
158.9 -
158.10 -#include <LEDA/graph.h>
158.11 -#include <LEDA/mcb_matching.h>
158.12 -#include <LEDA/list.h>
158.13 -#include <LEDA/graph_gen.h>
158.14 -
158.15 -#include <leda_graph_wrapper.h>
158.16 -#include <sage_graph.h>
158.17 -//#include <smart_graph.h>
158.18 -//#include <dimacs.h>
158.19 -#include <lemon/time_measure.h>
158.20 -#include <for_each_macros.h>
158.21 -#include <lemon/graph_wrapper.h>
158.22 -#include <bipartite_graph_wrapper.h>
158.23 -#include <lemon/maps.h>
158.24 -#include <lemon/max_flow.h>
158.25 -
158.26 -/**
158.27 - * Inicializalja a veletlenszamgeneratort.
158.28 - * Figyelem, ez nem jo igazi random szamokhoz,
158.29 - * erre ne bizzad a titkaidat!
158.30 - */
158.31 -void random_init()
158.32 -{
158.33 - unsigned int seed = getpid();
158.34 - seed |= seed << 15;
158.35 - seed ^= time(0);
158.36 -
158.37 - srand(seed);
158.38 -}
158.39 -
158.40 -/**
158.41 - * Egy veletlen int-et ad vissza 0 es m-1 kozott.
158.42 - */
158.43 -int random(int m)
158.44 -{
158.45 - return int( double(m) * rand() / (RAND_MAX + 1.0) );
158.46 -}
158.47 -
158.48 -using namespace lemon;
158.49 -
158.50 -int main() {
158.51 - //for leda graph
158.52 - leda::graph lg;
158.53 - //lg.make_undirected();
158.54 - typedef LedaGraphWrapper<leda::graph> Graph;
158.55 - Graph g(lg);
158.56 -
158.57 - //for UndirSageGraph
158.58 - //typedef UndirSageGraph Graph;
158.59 - //Graph g;
158.60 -
158.61 - typedef Graph::Node Node;
158.62 - typedef Graph::NodeIt NodeIt;
158.63 - typedef Graph::Edge Edge;
158.64 - typedef Graph::EdgeIt EdgeIt;
158.65 - typedef Graph::OutEdgeIt OutEdgeIt;
158.66 -
158.67 - std::vector<Graph::Node> s_nodes;
158.68 - std::vector<Graph::Node> t_nodes;
158.69 -
158.70 - int a;
158.71 - std::cout << "number of nodes in the first color class=";
158.72 - std::cin >> a;
158.73 - int b;
158.74 - std::cout << "number of nodes in the second color class=";
158.75 - std::cin >> b;
158.76 - int m;
158.77 - std::cout << "number of edges=";
158.78 - std::cin >> m;
158.79 -
158.80 -
158.81 - for (int i=0; i<a; ++i) s_nodes.push_back(g.addNode());
158.82 - for (int i=0; i<b; ++i) t_nodes.push_back(g.addNode());
158.83 -
158.84 - random_init();
158.85 - for(int i=0; i<m; ++i) {
158.86 - g.addEdge(s_nodes[random(a)], t_nodes[random(b)]);
158.87 - }
158.88 -
158.89 - Graph::NodeMap<int> ref_map(g, -1);
158.90 -
158.91 - IterableBoolMap< Graph::NodeMap<int> > bipartite_map(ref_map);
158.92 - for (int i=0; i<a; ++i) bipartite_map.insert(s_nodes[i], false);
158.93 - for (int i=0; i<b; ++i) bipartite_map.insert(t_nodes[i], true);
158.94 -
158.95 - typedef BipartiteGraphWrapper<Graph> BGW;
158.96 - BGW bgw(g, bipartite_map);
158.97 -
158.98 - BGW::NodeMap<int> dbyj(bgw);
158.99 - BGW::EdgeMap<int> dbyxcj(bgw);
158.100 -
158.101 - typedef stBipartiteGraphWrapper<BGW> stGW;
158.102 - stGW stgw(bgw);
158.103 - ConstMap<stGW::Edge, int> const1map(1);
158.104 -
158.105 - Timer ts;
158.106 - stGW::EdgeMap<int> flow(stgw);
158.107 - MaxFlow<stGW, int, ConstMap<stGW::Edge, int>, stGW::EdgeMap<int> >
158.108 - max_flow_test(stgw, stgw.S_NODE, stgw.T_NODE, const1map, flow);
158.109 -
158.110 - ts.reset();
158.111 - FOR_EACH_LOC(stGW::EdgeIt, e, stgw) flow.set(e, 0);
158.112 -// while (max_flow_test.augmentOnShortestPath()) { }
158.113 - typedef SageGraph MutableGraph;
158.114 -// while (max_flow_test.augmentOnBlockingFlow1<MutableGraph>()) {
158.115 -// while (max_flow_test.augmentOnBlockingFlow2()) {
158.116 -// std::cout << max_flow_test.flowValue() << std::endl;
158.117 -// }
158.118 - max_flow_test.run();
158.119 - std::cout << "max flow value: " << max_flow_test.flowValue() << std::endl;
158.120 - std::cout << "elapsed time: " << ts << std::endl;
158.121 -
158.122 - ts.reset();
158.123 - FOR_EACH_LOC(stGW::EdgeIt, e, stgw) flow.set(e, 0);
158.124 - max_flow_test.run();
158.125 - std::cout << "pre flow value: " << max_flow_test.flowValue() << std::endl;
158.126 - std::cout << "elapsed time: " << ts << std::endl;
158.127 -
158.128 - ts.reset();
158.129 - leda_list<leda_edge> ml=MAX_CARD_BIPARTITE_MATCHING(lg);
158.130 - std::cout << "leda matching value: " << ml.size() << std::endl;
158.131 - std::cout << "elapsed time: " << ts << std::endl;
158.132 -
158.133 - return 0;
158.134 -}
159.1 --- a/src/work/marci/leda/bipartite_matching_leda_gen.cc Sun Apr 17 18:57:22 2005 +0000
159.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
159.3 @@ -1,138 +0,0 @@
159.4 -// -*- c++ -*-
159.5 -#include <iostream>
159.6 -#include <fstream>
159.7 -#include <vector>
159.8 -#include <cstdlib>
159.9 -
159.10 -#include <LEDA/graph.h>
159.11 -#include <LEDA/mcb_matching.h>
159.12 -#include <LEDA/list.h>
159.13 -#include <LEDA/graph_gen.h>
159.14 -
159.15 -#include <leda_graph_wrapper.h>
159.16 -#include <sage_graph.h>
159.17 -//#include <smart_graph.h>
159.18 -//#include <dimacs.h>
159.19 -#include <lemon/time_measure.h>
159.20 -#include <for_each_macros.h>
159.21 -#include <lemon/graph_wrapper.h>
159.22 -#include <bipartite_graph_wrapper.h>
159.23 -#include <lemon/maps.h>
159.24 -#include <lemon/max_flow.h>
159.25 -#include <augmenting_flow.h>
159.26 -
159.27 -/**
159.28 - * Inicializalja a veletlenszamgeneratort.
159.29 - * Figyelem, ez nem jo igazi random szamokhoz,
159.30 - * erre ne bizzad a titkaidat!
159.31 - */
159.32 -void random_init()
159.33 -{
159.34 - unsigned int seed = getpid();
159.35 - seed |= seed << 15;
159.36 - seed ^= time(0);
159.37 -
159.38 - srand(seed);
159.39 -}
159.40 -
159.41 -/**
159.42 - * Egy veletlen int-et ad vissza 0 es m-1 kozott.
159.43 - */
159.44 -int random(int m)
159.45 -{
159.46 - return int( double(m) * rand() / (RAND_MAX + 1.0) );
159.47 -}
159.48 -
159.49 -using namespace lemon;
159.50 -
159.51 -int main() {
159.52 - //for leda graph
159.53 - leda::graph lg;
159.54 - //lg.make_undirected();
159.55 - typedef LedaGraphWrapper<leda::graph> Graph;
159.56 - Graph g(lg);
159.57 -
159.58 - //for UndirSageGraph
159.59 - //typedef UndirSageGraph Graph;
159.60 - //Graph g;
159.61 -
159.62 - typedef Graph::Node Node;
159.63 - typedef Graph::NodeIt NodeIt;
159.64 - typedef Graph::Edge Edge;
159.65 - typedef Graph::EdgeIt EdgeIt;
159.66 - typedef Graph::OutEdgeIt OutEdgeIt;
159.67 -
159.68 - std::vector<Graph::Node> s_nodes;
159.69 - std::vector<Graph::Node> t_nodes;
159.70 -
159.71 - int a;
159.72 - std::cout << "number of nodes in the first color class=";
159.73 - std::cin >> a;
159.74 - int b;
159.75 - std::cout << "number of nodes in the second color class=";
159.76 - std::cin >> b;
159.77 - int m;
159.78 - std::cout << "number of edges=";
159.79 - std::cin >> m;
159.80 - int k;
159.81 - std::cout << "A bipartite graph is a random group graph if the color classes \nA and B are partitiones to A_0, A_1, ..., A_{k-1} and B_0, B_1, ..., B_{k-1} \nas equally as possible \nand the edges from A_i goes to A_{i-1 mod k} and A_{i+1 mod k}.\n";
159.82 - std::cout << "number of groups in LEDA random group graph=";
159.83 - std::cin >> k;
159.84 - std::cout << std::endl;
159.85 -
159.86 - leda_list<leda_node> lS;
159.87 - leda_list<leda_node> lT;
159.88 - random_bigraph(lg, a, b, m, lS, lT, k);
159.89 -
159.90 - Graph::NodeMap<int> ref_map(g, -1);
159.91 - IterableBoolMap< Graph::NodeMap<int> > bipartite_map(ref_map);
159.92 -
159.93 - //generating leda random group graph
159.94 - leda_node ln;
159.95 - forall(ln, lS) bipartite_map.insert(ln, false);
159.96 - forall(ln, lT) bipartite_map.insert(ln, true);
159.97 -
159.98 - //making bipartite graph
159.99 - typedef BipartiteGraphWrapper<Graph> BGW;
159.100 - BGW bgw(g, bipartite_map);
159.101 -
159.102 -
159.103 - //st-wrapper
159.104 - typedef stBipartiteGraphWrapper<BGW> stGW;
159.105 - stGW stgw(bgw);
159.106 - ConstMap<stGW::Edge, int> const1map(1);
159.107 - stGW::EdgeMap<int> flow(stgw);
159.108 -
159.109 - Timer ts;
159.110 -
159.111 - ts.reset();
159.112 - FOR_EACH_LOC(stGW::EdgeIt, e, stgw) flow.set(e, 0);
159.113 - MaxFlow<stGW, int, ConstMap<stGW::Edge, int>, stGW::EdgeMap<int> >
159.114 - max_flow_test(stgw, stgw.S_NODE, stgw.T_NODE, const1map, flow/*, true*/);
159.115 - max_flow_test.run();
159.116 - std::cout << "LEMON max matching algorithm based on preflow." << std::endl
159.117 - << "Size of matching: "
159.118 - << max_flow_test.flowValue() << std::endl;
159.119 - std::cout << "elapsed time: " << ts << std::endl << std::endl;
159.120 -
159.121 - ts.reset();
159.122 - leda_list<leda_edge> ml=MAX_CARD_BIPARTITE_MATCHING(lg);
159.123 - std::cout << "LEDA max matching algorithm." << std::endl
159.124 - << "Size of matching: "
159.125 - << ml.size() << std::endl;
159.126 - std::cout << "elapsed time: " << ts << std::endl;
159.127 - std::cout << "\n";
159.128 -
159.129 - ts.reset();
159.130 - FOR_EACH_LOC(stGW::EdgeIt, e, stgw) flow.set(e, 0);
159.131 - typedef SageGraph MutableGraph;
159.132 - AugmentingFlow<stGW, int, ConstMap<stGW::Edge, int>, stGW::EdgeMap<int> >
159.133 - max_flow_test_1(stgw, stgw.S_NODE, stgw.T_NODE, const1map, flow/*, true*/);
159.134 - while (max_flow_test_1.augmentOnBlockingFlow<MutableGraph>()) { }
159.135 - std::cout << "LEMON max matching algorithm based on blocking flow augmentation."
159.136 - << std::endl << "Matching size: "
159.137 - << max_flow_test_1.flowValue() << std::endl;
159.138 - std::cout << "elapsed time: " << ts << std::endl;
159.139 -
159.140 - return 0;
159.141 -}
160.1 --- a/src/work/marci/leda/leda_graph_wrapper.h Sun Apr 17 18:57:22 2005 +0000
160.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
160.3 @@ -1,384 +0,0 @@
160.4 -// -*- c++ -*-
160.5 -#ifndef LEMON_LEDA_GRAPH_WRAPPER_H
160.6 -#define LEMON_LEDA_GRAPH_WRAPPER_H
160.7 -
160.8 -#include <LEDA/graph.h>
160.9 -#include <LEDA/node_array.h>
160.10 -#include <LEDA/edge_array.h>
160.11 -#include <LEDA/node_map.h>
160.12 -#include <LEDA/edge_map.h>
160.13 -//#include <LEDA/graph_alg.h>
160.14 -//#include <LEDA/dimacs.h>
160.15 -
160.16 -//#if defined(LEDA_NAMESPACE)
160.17 -//using namespace leda;
160.18 -//#endif
160.19 -
160.20 -#include <lemon/invalid.h>
160.21 -
160.22 -namespace lemon {
160.23 -
160.24 - /// \brief A graph wrapper structure for wrapping LEDA graphs in LEMON.
160.25 - ///
160.26 - /// This graph wrapper class wraps LEDA graphs and LEDA parametrized graphs
160.27 - /// to satisfy LEMON graph concepts.
160.28 - /// Then the generic LEMON algorithms and wrappers can be used
160.29 - /// with LEDA graphs.
160.30 - /// \ingroup gwrapper
160.31 - template<typename Graph>
160.32 - class LedaGraphWrapper
160.33 - {
160.34 - protected:
160.35 - Graph* l_graph;
160.36 - LedaGraphWrapper() : l_graph(0) { }
160.37 - void setGraph(Graph& _l_graph) { l_graph=&_l_graph; }
160.38 - public:
160.39 -
160.40 - /// Constructor for wrapping LEDA graphs.
160.41 - LedaGraphWrapper(Graph& _l_graph) : l_graph(&_l_graph) { }
160.42 - /// Copy constructor
160.43 - LedaGraphWrapper(const LedaGraphWrapper &g) : l_graph(g.l_graph) { }
160.44 -
160.45 - template <typename T> class NodeMap;
160.46 - template <typename T> class EdgeMap;
160.47 - template <typename T> class NodeMapWrapper;
160.48 - template <typename T> class EdgeMapWrapper;
160.49 -
160.50 - class Node;
160.51 - class NodeIt;
160.52 - class Edge;
160.53 - class EdgeIt;
160.54 - class OutEdgeIt;
160.55 - class InEdgeIt;
160.56 -
160.57 - /// Trivial node-iterator
160.58 - class Node {
160.59 - friend class LedaGraphWrapper<Graph>;
160.60 - //friend class Edge;
160.61 - friend class EdgeIt;
160.62 - friend class InEdgeIt;
160.63 - friend class OutEdgeIt;
160.64 - protected:
160.65 - template <typename T> friend class NodeMap;
160.66 - leda_node l_n;
160.67 - public: //FIXME
160.68 - Node(leda_node _l_n) : l_n(_l_n) { }
160.69 - public:
160.70 - /// @warning The default constructor sets the iterator
160.71 - /// to an undefined value.
160.72 - Node() { } //FIXME
160.73 - /// Initialize the iterator to be invalid
160.74 - Node(Invalid) : l_n(0) { }
160.75 - //Node(const Node &) {}
160.76 - bool operator==(Node n) const { return l_n==n.l_n; } //FIXME
160.77 - bool operator!=(Node n) const { return l_n!=n.l_n; } //FIXME
160.78 - operator leda_node () { return l_n; }
160.79 - };
160.80 -
160.81 - /// This iterator goes through each node.
160.82 - class NodeIt : public Node {
160.83 - public:
160.84 - /// @warning The default constructor sets the iterator
160.85 - /// to an undefined value.
160.86 - NodeIt() { } //FIXME
160.87 - /// Initialize the iterator to be invalid
160.88 - NodeIt(Invalid i) : Node(i) { }
160.89 - /// Sets the iterator to the first node of \c G.
160.90 - NodeIt(const LedaGraphWrapper &G) : Node(G.l_graph->first_node()) { }
160.91 - //NodeIt(const NodeIt &) {} //FIXME
160.92 - };
160.93 -
160.94 - /// Trivial edge-iterator.
160.95 - class Edge {
160.96 - friend class LedaGraphWrapper;
160.97 - protected:
160.98 - template <typename T> friend class EdgeMap;
160.99 - leda_edge l_e;
160.100 - public: //FIXME
160.101 - Edge(leda_edge _l_e) : l_e(_l_e) { }
160.102 - public:
160.103 - /// @warning The default constructor sets the iterator
160.104 - /// to an undefined value.
160.105 - Edge() { } //FIXME
160.106 - /// Initialize the iterator to be invalid
160.107 - Edge(Invalid) : l_e(0) { }
160.108 - //Edge(const Edge &) {}
160.109 - bool operator==(Edge e) const { return l_e==e.l_e; } //FIXME
160.110 - bool operator!=(Edge e) const { return l_e!=e.l_e; } //FIXME
160.111 - operator leda_edge () { return l_e; }
160.112 - };
160.113 -
160.114 - /// This iterator goes trought the outgoing edges of a certain node.
160.115 - class OutEdgeIt : public Edge {
160.116 - public:
160.117 - /// @warning The default constructor sets the iterator
160.118 - /// to an undefined value.
160.119 - OutEdgeIt() { }
160.120 - /// Initialize the iterator to be invalid
160.121 - OutEdgeIt(Invalid i) : Edge(i) { }
160.122 - /// This constructor sets the iterator to first outgoing edge.
160.123 -
160.124 - /// This constructor set the iterator to the first outgoing edge of
160.125 - /// node
160.126 - ///@param n the node
160.127 - ///@param G the graph
160.128 - OutEdgeIt(const LedaGraphWrapper & G, Node n) : Edge(G.l_graph->first_adj_edge(n.l_n)) { }
160.129 - };
160.130 -
160.131 - /// This iterator goes trought the incoming edges of a certain node.
160.132 - class InEdgeIt : public Edge {
160.133 - public:
160.134 - /// @warning The default constructor sets the iterator
160.135 - /// to an undefined value.
160.136 - InEdgeIt() { }
160.137 - /// Initialize the iterator to be invalid
160.138 - InEdgeIt(Invalid i) : Edge(i) { }
160.139 - InEdgeIt(const LedaGraphWrapper & G, Node n) : Edge(G.l_graph->first_in_edge(n.l_n)) { }
160.140 - };
160.141 -
160.142 - // class SymEdgeIt : public Edge {};
160.143 -
160.144 - /// This iterator goes trought the edges of the graph.
160.145 - class EdgeIt : public Edge {
160.146 - public:
160.147 - /// @warning The default constructor sets the iterator
160.148 - /// to an undefined value.
160.149 - EdgeIt() { }
160.150 - /// Initialize the iterator to be invalid
160.151 - EdgeIt(Invalid i) : Edge(i) { }
160.152 - EdgeIt(const LedaGraphWrapper & G) : Edge(G.l_graph->first_edge()) { }
160.153 - };
160.154 -
160.155 - /// First node of the graph.
160.156 - ///
160.157 - /// \post \c i and the return value will be the first node.
160.158 - ///
160.159 - NodeIt &first(NodeIt &i) const { i=NodeIt(*this); return i; }
160.160 -
160.161 - /// The first outgoing edge.
160.162 - InEdgeIt &first(InEdgeIt &i, Node n) const {
160.163 - i=InEdgeIt(*this, n);
160.164 - return i;
160.165 - }
160.166 - /// The first incoming edge.
160.167 - OutEdgeIt &first(OutEdgeIt &i, Node n) const {
160.168 - i=OutEdgeIt(*this, n);
160.169 - return i;
160.170 - }
160.171 - // SymEdgeIt &first(SymEdgeIt &, Node) const { return i;}
160.172 - /// The first edge of the graph.
160.173 - EdgeIt &first(EdgeIt &i) const {
160.174 - i=EdgeIt(*this);
160.175 - return i; }
160.176 -
160.177 -// Node getNext(Node) const {}
160.178 -// InEdgeIt getNext(InEdgeIt) const {}
160.179 -// OutEdgeIt getNext(OutEdgeIt) const {}
160.180 -// //SymEdgeIt getNext(SymEdgeIt) const {}
160.181 -// EdgeIt getNext(EdgeIt) const {}
160.182 -
160.183 - /// Go to the next node.
160.184 - NodeIt &next(NodeIt &i) const {
160.185 - i.l_n=l_graph->succ_node(i.l_n);
160.186 - return i;
160.187 - }
160.188 - /// Go to the next incoming edge.
160.189 - InEdgeIt &next(InEdgeIt &i) const {
160.190 - i.l_e=l_graph->in_succ(i.l_e);
160.191 - return i;
160.192 - }
160.193 - /// Go to the next outgoing edge.
160.194 - OutEdgeIt &next(OutEdgeIt &i) const {
160.195 - i.l_e=l_graph->adj_succ(i.l_e);
160.196 - return i;
160.197 - }
160.198 - //SymEdgeIt &next(SymEdgeIt &) const {}
160.199 - /// Go to the next edge.
160.200 - EdgeIt &next(EdgeIt &i) const {
160.201 - i.l_e=l_graph->succ_edge(i.l_e);
160.202 - return i;
160.203 - }
160.204 -
160.205 -// template< typename It >
160.206 -// It first() const {
160.207 -// It e;
160.208 -// first(e);
160.209 -// return e;
160.210 -// }
160.211 -
160.212 -// template< typename It >
160.213 -// It first(Node v) const {
160.214 -// It e;
160.215 -// first(e, v);
160.216 -// return e;
160.217 -// }
160.218 -
160.219 - ///Gives back the target node of an edge.
160.220 - Node target(Edge e) const {
160.221 - return Node(l_graph->target(e.l_e));
160.222 - }
160.223 - ///Gives back the source node of an edge.
160.224 - Node source(Edge e) const {
160.225 - return Node(l_graph->source(e.l_e));
160.226 - }
160.227 -
160.228 - Node aNode(InEdgeIt e) const { return target(e); }
160.229 - Node aNode(OutEdgeIt e) const { return source(e); }
160.230 - // Node aNode(SymEdgeIt) const {}
160.231 -
160.232 - Node bNode(InEdgeIt e) const { return source(e); }
160.233 - Node bNode(OutEdgeIt e) const { return target(e); }
160.234 - // Node bNode(SymEdgeIt) const {}
160.235 -
160.236 - /// Checks if a node iterator is valid
160.237 - bool valid(Node n) const { return n.l_n; }
160.238 - /// Checks if an edge iterator is valid
160.239 - bool valid(Edge e) const { return e.l_e; }
160.240 -
160.241 - ///Gives back the \e id of a node.
160.242 - int id(Node n) const { return n.l_n->id(); }
160.243 - ///Gives back the \e id of an edge.
160.244 - int id(Edge e) const { return e.l_e->id(); }
160.245 -
160.246 - //void setInvalid(Node &) const {};
160.247 - //void setInvalid(Edge &) const {};
160.248 -
160.249 - Node addNode() const { return Node(l_graph->new_node()); }
160.250 - Edge addEdge(Node source, Node target) const {
160.251 - return Edge(l_graph->new_edge(source.l_n, target.l_n));
160.252 - }
160.253 -
160.254 - void erase(Node n) const { l_graph->del_node(n.l_n); }
160.255 - void erase(Edge e) const { l_graph->del_edge(e.l_e); }
160.256 -
160.257 - void clear() const { l_graph->clear(); }
160.258 -
160.259 - int nodeNum() const { return l_graph->number_of_nodes(); }
160.260 - int edgeNum() const { return l_graph->number_of_edges(); }
160.261 -
160.262 - /// Read/write map from the nodes to type \c T.
160.263 - template<typename T> class NodeMap
160.264 - {
160.265 - leda_node_map<T> leda_stuff;
160.266 - public:
160.267 - typedef T Value;
160.268 - typedef Node Key;
160.269 -
160.270 - NodeMap(const LedaGraphWrapper &G) : leda_stuff(*(G.l_graph)) {}
160.271 - NodeMap(const LedaGraphWrapper &G, T t) : leda_stuff(*(G.l_graph), t) {}
160.272 -
160.273 - void set(Node i, T t) { leda_stuff[i.l_n]=t; }
160.274 - T get(Node i) const { return leda_stuff[i.l_n]; } //FIXME: Is it necessary
160.275 - T &operator[](Node i) { return leda_stuff[i.l_n]; }
160.276 - const T &operator[](Node i) const { return leda_stuff[i.l_n]; }
160.277 -
160.278 - void update() { /*leda_stuff.init(leda_stuff.get_graph());*/ }
160.279 - //void update(T a) { leda_stuff.init(leda_stuff.get_graph()/**(G.l_graph)*/, a); } //FIXME: Is it necessary
160.280 - };
160.281 -
160.282 - /// Read/write map from the edges to type \c T.
160.283 - template<typename T> class EdgeMap
160.284 - {
160.285 - leda_edge_map<T> leda_stuff;
160.286 - public:
160.287 - typedef T Value;
160.288 - typedef Edge Key;
160.289 -
160.290 - EdgeMap(const LedaGraphWrapper &G) : leda_stuff(*(G.l_graph)) {}
160.291 - EdgeMap(const LedaGraphWrapper &G, T t) : leda_stuff(*(G.l_graph), t) {}
160.292 -
160.293 - void set(Edge i, T t) { leda_stuff[i.l_e]=t; }
160.294 - T get(Edge i) const { return leda_stuff[i.l_e]; } //FIXME: Is it necessary
160.295 - T &operator[](Edge i) { return leda_stuff[i.l_e]; }
160.296 - const T &operator[](Edge i) const { return leda_stuff[i.l_e]; }
160.297 -
160.298 - void update() { /*leda_stuff.init(leda_stuff.get_graph());*/ }
160.299 - //void update(T a) { leda_stuff.init(leda_stuff.get_graph()/**(G.l_graph)*/, a); } //FIXME: Is it necessary
160.300 - };
160.301 -
160.302 -
160.303 - /// This class is to wrap existing
160.304 - /// LEDA node-maps to LEMON ones.
160.305 - template<typename T> class NodeMapWrapper
160.306 - {
160.307 - leda_node_array<T>* leda_stuff;
160.308 - public:
160.309 - typedef T Value;
160.310 - typedef Node Key;
160.311 -
160.312 - NodeMapWrapper(leda_node_array<T>& _leda_stuff) :
160.313 - leda_stuff(&_leda_stuff) { }
160.314 - //NodeMap(leda_node_map& &G, T t) : leda_stuff(*(G.l_graph), t) {}
160.315 -
160.316 - void set(Node i, T t) { (*leda_stuff)[i.l_n]=t; }
160.317 - //T get(Node i) const { return (*leda_stuff)[i.l_n]; } //FIXME: Is it necessary
160.318 - T &operator[](Node i) { return (*leda_stuff)[i.l_n]; }
160.319 - const T &operator[](Node i) const { return (*leda_stuff)[i.l_n]; }
160.320 -
160.321 - void update() { /*leda_stuff.init(leda_stuff.get_graph());*/ }
160.322 - //void update(T a) { leda_stuff.init(leda_stuff.get_graph()/**(G.l_graph)*/, a); } //FIXME: Is it necessary
160.323 - };
160.324 -
160.325 - /// This class is to wrap existing
160.326 - /// LEDA edge-maps to LEMON ones.
160.327 - template<typename T> class EdgeMapWrapper
160.328 - {
160.329 - leda_edge_array<T>* leda_stuff;
160.330 - public:
160.331 - typedef T Value;
160.332 - typedef Edge Key;
160.333 -
160.334 - EdgeMapWrapper(leda_edge_array<T>& _leda_stuff) :
160.335 - leda_stuff(_leda_stuff) { }
160.336 - //EdgeMap(const LedaGraphWrapper &G, T t) : leda_stuff(*(G.l_graph), t) {}
160.337 -
160.338 - void set(Edge i, T t) { (*leda_stuff)[i.l_e]=t; }
160.339 - //T get(Edge i) const { return (*leda_stuff)[i.l_e]; } //FIXME: Is it necessary
160.340 - T &operator[](Edge i) { return (*leda_stuff)[i.l_e]; }
160.341 - const T &operator[](Edge i) const { return (*leda_stuff)[i.l_e]; }
160.342 -
160.343 - void update() { /*leda_stuff.init(leda_stuff.get_graph());*/ }
160.344 - //void update(T a) { leda_stuff.init(leda_stuff.get_graph()/**(G.l_graph)*/, a); } //FIXME: Is it necessary
160.345 - };
160.346 -
160.347 - /// This class is used for access node-data of
160.348 - /// LEDA parametrized graphs.
160.349 - template<typename T>
160.350 - class NodeDataMap : public NodeMapWrapper<T>
160.351 - {
160.352 - public:
160.353 - NodeDataMap(LedaGraphWrapper<Graph>& LGW) :
160.354 - NodeMapWrapper<T>(*(LGW._g_graph).node_data()) { }
160.355 - };
160.356 -
160.357 - /// This class is used for access edge-data of
160.358 - /// LEDA parametrized graphs.
160.359 - template<typename T>
160.360 - class EdgeDataMap : public EdgeMapWrapper<T>
160.361 - {
160.362 - public:
160.363 - EdgeDataMap(LedaGraphWrapper<Graph>& LGW) :
160.364 - EdgeMapWrapper<T>(*(LGW._g_graph).edge_data()) { }
160.365 - };
160.366 -
160.367 - };
160.368 -
160.369 -
160.370 - /// \brief LEDA graph template.
160.371 - ///
160.372 - /// This graph stucture uses LEDA graphs for physical storage.
160.373 - /// \ingroup graphs
160.374 - template<typename Graph>
160.375 - class LedaGraph : public LedaGraphWrapper<Graph> {
160.376 - typedef LedaGraphWrapper<Graph> Parent;
160.377 - protected:
160.378 - Graph gr;
160.379 - public:
160.380 - LedaGraph() {
160.381 - Parent::setGraph(gr);
160.382 - }
160.383 - };
160.384 -
160.385 -} //namespace lemon
160.386 -
160.387 -#endif // LEMON_LEDA_GRAPH_WRAPPER_H
161.1 --- a/src/work/marci/leda/makefile Sun Apr 17 18:57:22 2005 +0000
161.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
161.3 @@ -1,52 +0,0 @@
161.4 -CXX2 = g++-2.95
161.5 -CXX3=$(CXX)
161.6 -BOOSTROOT ?= /home/marci/boost
161.7 -INCLUDEDIRS ?= -I. -I../.. -I../../{marci,jacint,alpar,klao,akos,athos} -I$(LEDAROOT)/incl -I../../..
161.8 -LDFLAGS = -L$(LEDAROOT) -lG -lL -lm
161.9 -
161.10 -BINARIES = bipartite_matching_leda bipartite_matching_leda_gen bipartite_matching_comparison
161.11 -
161.12 -include ../../makefile
161.13 -
161.14 -leda_graph_demo.o:
161.15 - $(CXX3) -Wall -O -I.. -I../alpar -I$(LEDAROOT)/incl -I. -c leda_graph_demo.cc
161.16 -
161.17 -leda_graph_demo: leda_graph_demo.o
161.18 - $(CXX3) -Wall -O -L$(LEDAROOT) -o leda_graph_demo leda_graph_demo.o -lG -lL -lm
161.19 -
161.20 -max_bipartite_matching_demo.o:
161.21 - $(CXX3) $(CXXFLAGS) -I$(LEDAROOT)/incl -c max_bipartite_matching_demo.cc
161.22 -
161.23 -max_bipartite_matching_demo: max_bipartite_matching_demo.o
161.24 - $(CXX3) $(CXXFLAGS) -L$(LEDAROOT) -o max_bipartite_matching_demo max_bipartite_matching_demo.o -lG -lL -lm
161.25 -
161.26 -leda_bfs_dfs.o:
161.27 - $(CXX3) -Wall -O -I.. -I../alpar -I$(LEDAROOT)/incl -I. -c leda_bfs_dfs.cc
161.28 -
161.29 -leda_bfs_dfs: leda_bfs_dfs.o
161.30 - $(CXX3) -Wall -O -L$(LEDAROOT) -o leda_bfs_dfs leda_bfs_dfs.o -lG -lL -lm
161.31 -
161.32 -gw_vs_not:
161.33 - $(CXX3) $(CXXFLAGS) -o gw_vs_not gw_vs_not.cc
161.34 -
161.35 -edmonds_karp_demo_alpar:
161.36 - $(CXX3) $(CXXFLAGS) -I. -I.. -I../alpar -o edmonds_karp_demo_alpar edmonds_karp_demo_alpar.cc
161.37 -
161.38 -preflow_demo_leda:
161.39 - $(CXX2) -W -Wall -03 -DLEDA_PREFIX -I. -I$(LEDAROOT)/incl -L$(LEDAROOT) -o preflow_demo_leda preflow_demo_leda.cc -lP -lm -lL -lG
161.40 -
161.41 -preflow_demo_leda_uj:
161.42 - $(CXX3) -Wall -O3 -I$(LEDAROOT)/incl -I. -L$(LEDAROOT) -o preflow_demo_leda_uj preflow_demo_leda_uj.cc -lG -lL -lm
161.43 -
161.44 -preflow_demo_boost:
161.45 - $(CXX2) -ftemplate-depth-30 -O3 -I. -I/home/marci/boost -o preflow_demo_boost preflow_demo_boost.cc
161.46 -
161.47 -edmonds_karp_demo_boost:
161.48 - $(CXX2) -ftemplate-depth-30 -O3 -I. -I/home/marci/boost -o edmonds_karp_demo_boost edmonds_karp_demo_boost.cc
161.49 -
161.50 -preflow_demo_jacint:
161.51 - $(CXX3) $(CXXFLAGS) -I. -I.. -I../jacint -o preflow_demo_jacint preflow_demo_jacint.cc
161.52 -
161.53 -preflow_demo_athos:
161.54 - $(CXX3) $(CXXFLAGS) -I. -I.. -I../athos -o preflow_demo_athos preflow_demo_athos.cc
161.55 -
162.1 --- a/src/work/marci/leda/max_bipartite_matching_demo.cc Sun Apr 17 18:57:22 2005 +0000
162.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
162.3 @@ -1,218 +0,0 @@
162.4 -// -*- c++ -*-
162.5 -#include <iostream>
162.6 -#include <fstream>
162.7 -#include <vector>
162.8 -#include <cstdlib>
162.9 -
162.10 -#include <LEDA/graph.h>
162.11 -#include <LEDA/mcb_matching.h>
162.12 -#include <LEDA/list.h>
162.13 -
162.14 -#include <leda_graph_wrapper.h>
162.15 -#include <sage_graph.h>
162.16 -#include <dimacs.h>
162.17 -#include <time_measure.h>
162.18 -#include <edmonds_karp.h>
162.19 -
162.20 -/**
162.21 - * Inicializalja a veletlenszamgeneratort.
162.22 - * Figyelem, ez nem jo igazi random szamokhoz,
162.23 - * erre ne bizzad a titkaidat!
162.24 - */
162.25 -void random_init()
162.26 -{
162.27 - unsigned int seed = getpid();
162.28 - seed |= seed << 15;
162.29 - seed ^= time(0);
162.30 -
162.31 - srand(seed);
162.32 -}
162.33 -
162.34 -/**
162.35 - * Egy veletlen int-et ad vissza 0 es m-1 kozott.
162.36 - */
162.37 -int random(int m)
162.38 -{
162.39 - return int( double(m) * rand() / (RAND_MAX + 1.0) );
162.40 -}
162.41 -
162.42 -using namespace lemon;
162.43 -
162.44 -using std::cout;
162.45 -using std::cin;
162.46 -using std::endl;
162.47 -
162.48 -int main() {
162.49 - leda::graph g;
162.50 - typedef LedaGraphWrapper<leda::graph> Graph;
162.51 - Graph G(g);
162.52 -// typedef ListGraph Graph;
162.53 -// Graph G;
162.54 -
162.55 - typedef Graph::Node Node;
162.56 - typedef Graph::NodeIt NodeIt;
162.57 - typedef Graph::Edge Edge;
162.58 - typedef Graph::EdgeIt EdgeIt;
162.59 - typedef Graph::OutEdgeIt OutEdgeIt;
162.60 - typedef Graph::InEdgeIt InEdgeIt;
162.61 -
162.62 - //Node s, t;
162.63 - //Graph::EdgeMap<int> cap(G);
162.64 - //readDimacsMaxFlow(std::cin, G, s, t, cap);
162.65 - std::vector<Node> s_nodes;
162.66 - std::vector<Node> t_nodes;
162.67 -
162.68 - int a;
162.69 - cout << "number of nodes in the first color class=";
162.70 - cin >> a;
162.71 - int b;
162.72 - cout << "number of nodes in the second color class=";
162.73 - cin >> b;
162.74 - int m;
162.75 - cout << "number of edges=";
162.76 - cin >> m;
162.77 -
162.78 - for(int i=0; i<a; ++i) {
162.79 - s_nodes.push_back(G.addNode());
162.80 - }
162.81 - for(int i=0; i<a; ++i) {
162.82 - t_nodes.push_back(G.addNode());
162.83 - }
162.84 - random_init();
162.85 - for(int i=0; i<m; ++i) {
162.86 - G.addEdge(s_nodes[random(a)], t_nodes[random(b)]);
162.87 - }
162.88 -
162.89 -// G.addEdge(s_nodes[1], t_nodes[5-4]);
162.90 -// G.addEdge(s_nodes[1], t_nodes[5-4]);
162.91 -// G.addEdge(s_nodes[1], t_nodes[4-4]);
162.92 -// G.addEdge(s_nodes[1], t_nodes[4-4]);
162.93 -// G.addEdge(s_nodes[2], t_nodes[4-4]);
162.94 -// G.addEdge(s_nodes[3], t_nodes[4-4]);
162.95 -
162.96 - leda_list<leda_node> A;
162.97 - leda_list<leda_node> B;
162.98 - Graph::NodeMap<bool> s_map(G); //false
162.99 - Graph::NodeMap<bool> t_map(G); //false
162.100 -
162.101 - for(int i=0; i<a; ++i) { s_map.set(s_nodes[i], true); A+=s_nodes[i]; }
162.102 - for(int i=0; i<b; ++i) { t_map.set(t_nodes[i], true); B+=t_nodes[i]; }
162.103 -
162.104 -// cout << "bfs and dfs iterator demo on the directed graph" << endl;
162.105 -// for(NodeIt n=G.first<NodeIt>(); G.valid(n); G.next(n)) {
162.106 -// cout << G.id(n) << ": ";
162.107 -// cout << "out edges: ";
162.108 -// for(OutEdgeIt e=G.first<OutEdgeIt>(n); G.valid(e); G.next(e))
162.109 -// cout << G.id(G.source(e)) << "->" << G.id(G.target(e)) << " ";
162.110 -// cout << "in edges: ";
162.111 -// for(InEdgeIt e=G.first<InEdgeIt>(n); G.valid(e); G.next(e))
162.112 -// cout << G.id(G.source(e)) << "->" << G.id(G.target(e)) << " ";
162.113 -// cout << endl;
162.114 -// }
162.115 -
162.116 -
162.117 - {
162.118 - std::cout << "on-the-fly max bipartite matching (Edmonds-Karp) demo on wrapped leda graph..." << std::endl;
162.119 - Graph::EdgeMap<int> flow(G); //0 flow
162.120 - Graph::EdgeMap<int> cap(G, 1);
162.121 -
162.122 - Timer ts;
162.123 - ts.reset();
162.124 -
162.125 - MaxMatching<Graph, int, Graph::EdgeMap<int>, Graph::EdgeMap<int> > max_flow_test(G, s_map, t_map, flow, cap);
162.126 - int i=0;
162.127 - while (max_flow_test.augmentOnShortestPath()) {
162.128 -// for(EdgeIt e=G.first<EdgeIt>(); G.valid(e); G.next(e))
162.129 -// std::cout << G.id(G.source(e)) << "-" << flow.get(e) << "->" << G.id(G.target(e)) << " ";
162.130 -// std::cout<<std::endl;
162.131 - ++i;
162.132 - }
162.133 -
162.134 -// std::cout << "maximum matching: "<< std::endl;
162.135 -// for(EdgeIt e=G.first<EdgeIt>(); G.valid(e); G.next(e))
162.136 -// if (flow.get(e))
162.137 -// std::cout << G.id(G.source(e)) << "-" << flow.get(e) << "->" << G.id(G.target(e)) << " ";
162.138 -// std::cout<<std::endl;
162.139 -// std::cout << "edges which are not in this maximum matching: "<< std::endl;
162.140 -// for(EdgeIt e=G.first<EdgeIt>(); G.valid(e); G.next(e))
162.141 -// if (!flow.get(e))
162.142 -// std::cout << G.id(G.source(e)) << "-" << flow.get(e) << "->" << G.id(G.target(e)) << " ";
162.143 -// std::cout<<std::endl;
162.144 -
162.145 - std::cout << "elapsed time: " << ts << std::endl;
162.146 - std::cout << "number of augmentation phases: " << i << std::endl;
162.147 - std::cout << "flow value: "<< max_flow_test.flowValue() << std::endl;
162.148 - }
162.149 -
162.150 -// {
162.151 -// std::cout << "on-the-fly max bipartite matching demo (Hopcroft-Karp) on wrapped leda graph..." << std::endl;
162.152 -// Graph::EdgeMap<int> flow(G); //0 flow
162.153 -// Graph::EdgeMap<int> cap(G, 1);
162.154 -
162.155 -// Timer ts;
162.156 -// ts.reset();
162.157 -
162.158 -// MaxMatching<Graph, int, Graph::EdgeMap<int>, Graph::EdgeMap<int> > max_flow_test(G, s_map, t_map, flow, cap);
162.159 -// int i=0;
162.160 -// while (max_flow_test.augmentOnBlockingFlow2()) {
162.161 -// // for(EdgeIt e=G.first<EdgeIt>(); G.valid(e); G.next(e))
162.162 -// // std::cout << G.id(G.source(e)) << "-" << flow.get(e) << "->" << G.id(G.target(e)) << " ";
162.163 -// // std::cout<<std::endl;
162.164 -// ++i;
162.165 -// }
162.166 -
162.167 -// // std::cout << "maximum matching: "<< std::endl;
162.168 -// // for(EdgeIt e=G.first<EdgeIt>(); G.valid(e); G.next(e))
162.169 -// // if (flow.get(e))
162.170 -// // std::cout << G.id(G.source(e)) << "-" << flow.get(e) << "->" << G.id(G.target(e)) << " ";
162.171 -// // std::cout<<std::endl;
162.172 -// // std::cout << "edges which are not in this maximum matching: "<< std::endl;
162.173 -// // for(EdgeIt e=G.first<EdgeIt>(); G.valid(e); G.next(e))
162.174 -// // if (!flow.get(e))
162.175 -// // std::cout << G.id(G.source(e)) << "-" << flow.get(e) << "->" << G.id(G.target(e)) << " ";
162.176 -// // std::cout<<std::endl;
162.177 -
162.178 -// std::cout << "elapsed time: " << ts << std::endl;
162.179 -// std::cout << "number of augmentation phases: " << i << std::endl;
162.180 -// std::cout << "flow value: "<< max_flow_test.flowValue() << std::endl;
162.181 -// }
162.182 -
162.183 - {
162.184 - std::cout << "max bipartite matching (LEDA)..." << std::endl;
162.185 - //Graph::EdgeMap<int> flow(G); //0 flow
162.186 - //Graph::EdgeMap<int> cap(G, 1);
162.187 -
162.188 - leda_node_array<bool> NC(g);
162.189 -
162.190 - Timer ts;
162.191 - ts.reset();
162.192 -
162.193 - //MaxMatching<Graph, int, Graph::EdgeMap<int>, Graph::EdgeMap<int> > max_flow_test(G, s_map, t_map, flow, cap);
162.194 - //int i=0;
162.195 - //while (max_flow_test.augmentOnShortestPath()) { ++i; }
162.196 -
162.197 - //leda_list<leda_edge> l=MAX_CARD_BIPARTITE_MATCHING_HK(g, A, B, NC, false);
162.198 - leda_list<leda_edge> l=MAX_CARD_BIPARTITE_MATCHING(g);
162.199 -
162.200 -
162.201 -// std::cout << "maximum matching: "<< std::endl;
162.202 -// for(EdgeIt e=G.first<EdgeIt>(); G.valid(e); G.next(e))
162.203 -// if (flow.get(e))
162.204 -// std::cout << G.id(G.source(e)) << "-" << flow.get(e) << "->" << G.id(G.target(e)) << " ";
162.205 -// std::cout<<std::endl;
162.206 -// std::cout << "edges which are not in this maximum matching: "<< std::endl;
162.207 -// for(EdgeIt e=G.first<EdgeIt>(); G.valid(e); G.next(e))
162.208 -// if (!flow.get(e))
162.209 -// std::cout << G.id(G.source(e)) << "-" << flow.get(e) << "->" << G.id(G.target(e)) << " ";
162.210 -// std::cout<<std::endl;
162.211 -
162.212 -
162.213 - std::cout << "elapsed time: " << ts << std::endl;
162.214 - //std::cout << "number of augmentation phases: " << i << std::endl;
162.215 - std::cout << "flow value: "<< l.size() << std::endl;
162.216 - }
162.217 -
162.218 -
162.219 -
162.220 - return 0;
162.221 -}
163.1 --- a/src/work/marci/leda_bfs_dfs.cc Sun Apr 17 18:57:22 2005 +0000
163.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
163.3 @@ -1,329 +0,0 @@
163.4 -// -*- c++ -*-
163.5 -#include <iostream>
163.6 -#include <vector>
163.7 -#include <string>
163.8 -
163.9 -#include <LEDA/graph.h>
163.10 -
163.11 -#include <list_graph.h>
163.12 -#include <smart_graph.h>
163.13 -#include <bfs_iterator.h>
163.14 -#include <graph_wrapper.h>
163.15 -#include <leda_graph_wrapper.h>
163.16 -
163.17 -using namespace lemon;
163.18 -using std::cout;
163.19 -using std::endl;
163.20 -using std::string;
163.21 -
163.22 -template <typename Graph, typename NodeNameMap>
163.23 -class EdgeNameMap {
163.24 - Graph& graph;
163.25 - NodeNameMap& node_name_map;
163.26 -public:
163.27 - EdgeNameMap(Graph& _graph, NodeNameMap& _node_name_map) :
163.28 - graph(_graph), node_name_map(_node_name_map) { }
163.29 - string get(typename Graph::Edge e) const {
163.30 - return
163.31 - (node_name_map.get(graph.source(e))+"->"+node_name_map.get(graph.target(e)));
163.32 - }
163.33 -};
163.34 -
163.35 -int main (int, char*[])
163.36 -{
163.37 -
163.38 -
163.39 - //typedef SmartGraph Graph;
163.40 - //typedef ListGraph Graph;
163.41 - typedef LedaGraphWrapper<leda::graph> Graph;
163.42 -
163.43 - typedef Graph::Node Node;
163.44 - typedef Graph::NodeIt NodeIt;
163.45 - typedef Graph::Edge Edge;
163.46 - typedef Graph::EdgeIt EdgeIt;
163.47 - typedef Graph::OutEdgeIt OutEdgeIt;
163.48 - typedef Graph::InEdgeIt InEdgeIt;
163.49 -
163.50 -
163.51 - leda::graph g;
163.52 - Graph G(g);
163.53 -
163.54 - Node s=G.addNode();
163.55 - Node v1=G.addNode();
163.56 - Node v2=G.addNode();
163.57 - Node v3=G.addNode();
163.58 - Node v4=G.addNode();
163.59 - Node t=G.addNode();
163.60 -
163.61 - Graph::NodeMap<string> node_name(G);
163.62 - node_name.set(s, "s");
163.63 - node_name.set(v1, "v1");
163.64 - node_name.set(v2, "v2");
163.65 - node_name.set(v3, "v3");
163.66 - node_name.set(v4, "v4");
163.67 - node_name.set(t, "t");
163.68 -
163.69 - G.addEdge(s, v1);
163.70 - G.addEdge(s, v2);
163.71 - G.addEdge(v1, v2);
163.72 - G.addEdge(v2, v1);
163.73 - G.addEdge(v1, v3);
163.74 - G.addEdge(v3, v2);
163.75 - G.addEdge(v2, v4);
163.76 - G.addEdge(v4, v3);
163.77 - G.addEdge(v3, t);
163.78 - G.addEdge(v4, t);
163.79 -
163.80 - cout << " /--> -------------> "<< endl;
163.81 - cout << " / /-- v1 <-\\ /---- v3-\\ "<< endl;
163.82 - cout << " / | | / /-> \\ "<< endl;
163.83 - cout << " / | | / | ^ \\ "<< endl;
163.84 - cout << "s | | / | | \\-> t "<< endl;
163.85 - cout << " \\ | | / | | /-> "<< endl;
163.86 - cout << " \\ | --/ / | | / "<< endl;
163.87 - cout << " \\ \\-> v2 <--/ \\-- v4 -/ "<< endl;
163.88 - cout << " \\--> -------------> "<< endl;
163.89 -
163.90 -// typedef TrivGraphWrapper<const Graph> CGW;
163.91 -// CGW wG(G);
163.92 -
163.93 -// cout << "bfs and dfs demo on the directed graph" << endl;
163.94 -// for(CGW::NodeIt n=wG.first<CGW::NodeIt>(); n.valid(); ++n) {
163.95 -// cout << n << ": ";
163.96 -// cout << "out edges: ";
163.97 -// for(CGW::OutEdgeIt e=wG.first<CGW::OutEdgeIt>(n); e.valid(); ++e)
163.98 -// cout << e << " ";
163.99 -// cout << "in edges: ";
163.100 -// for(CGW::InEdgeIt e=wG.first<CGW::InEdgeIt>(n); e.valid(); ++e)
163.101 -// cout << e << " ";
163.102 -// cout << endl;
163.103 -// }
163.104 -
163.105 - {
163.106 - typedef TrivGraphWrapper<const Graph> GW;
163.107 - GW wG(G);
163.108 -
163.109 - EdgeNameMap< GW, Graph::NodeMap<string> > edge_name(wG, node_name);
163.110 -
163.111 - cout << "bfs and dfs iterator demo on the directed graph" << endl;
163.112 - for(GW::NodeIt n=wG.first<GW::NodeIt>(); wG.valid(n); wG.next(n)) {
163.113 - cout << node_name.get(n) << ": ";
163.114 - cout << "out edges: ";
163.115 - for(GW::OutEdgeIt e=wG.first<GW::OutEdgeIt>(n); wG.valid(e); wG.next(e))
163.116 - cout << edge_name.get(e) << " ";
163.117 - cout << "in edges: ";
163.118 - for(GW::InEdgeIt e=wG.first<GW::InEdgeIt>(n); wG.valid(e); wG.next(e))
163.119 - cout << edge_name.get(e) << " ";
163.120 - cout << endl;
163.121 - }
163.122 -
163.123 - cout << "bfs from s ..." << endl;
163.124 - BfsIterator5< GW, GW::NodeMap<bool> > bfs(wG);
163.125 - bfs.pushAndSetReached(s);
163.126 - while (!bfs.finished()) {
163.127 - //cout << "edge: ";
163.128 - if (wG.valid(bfs)) {
163.129 - cout << edge_name.get(bfs) << /*endl*/", " <<
163.130 - /*" aNode: " <<*/ node_name.get(wG.aNode(bfs)) <<
163.131 - (bfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
163.132 - /*" bNode: " <<*/ node_name.get(wG.bNode(bfs)) <<
163.133 - (bfs.isBNodeNewlyReached() ? ": is newly reached." :
163.134 - ": is not newly reached.");
163.135 - } else {
163.136 - cout << "invalid" << /*endl*/", " <<
163.137 - /*" aNode: " <<*/ node_name.get(bfs.aNode()) <<
163.138 - (bfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
163.139 - /*" bNode: " <<*/
163.140 - "invalid.";
163.141 - }
163.142 - cout << endl;
163.143 - ++bfs;
163.144 - }
163.145 -
163.146 - cout << " /--> -------------> "<< endl;
163.147 - cout << " / /-- v1 <-\\ /---- v3-\\ "<< endl;
163.148 - cout << " / | | / /-> \\ "<< endl;
163.149 - cout << " / | | / | ^ \\ "<< endl;
163.150 - cout << "s | | / | | \\-> t "<< endl;
163.151 - cout << " \\ | | / | | /-> "<< endl;
163.152 - cout << " \\ | --/ / | | / "<< endl;
163.153 - cout << " \\ \\-> v2 <--/ \\-- v4 -/ "<< endl;
163.154 - cout << " \\--> -------------> "<< endl;
163.155 -
163.156 - cout << "dfs from s ..." << endl;
163.157 - DfsIterator5< GW, GW::NodeMap<bool> > dfs(wG);
163.158 - dfs.pushAndSetReached(s);
163.159 - while (!dfs.finished()) {
163.160 - ++dfs;
163.161 - //cout << "edge: ";
163.162 - if (wG.valid(dfs)) {
163.163 - cout << edge_name.get(dfs) << /*endl*/", " <<
163.164 - /*" aNode: " <<*/ node_name.get(wG.aNode(dfs)) <<
163.165 - (dfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
163.166 - /*" bNode: " <<*/ node_name.get(wG.bNode(dfs)) <<
163.167 - (dfs.isBNodeNewlyReached() ? ": is newly reached." :
163.168 - ": is not newly reached.");
163.169 - } else {
163.170 - cout << "invalid" << /*endl*/", " <<
163.171 - /*" aNode: " <<*/ node_name.get(dfs.aNode()) <<
163.172 - (dfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
163.173 - /*" bNode: " <<*/
163.174 - "invalid.";
163.175 - }
163.176 - cout << endl;
163.177 - }
163.178 - }
163.179 -
163.180 -
163.181 - {
163.182 - typedef RevGraphWrapper<const Graph> GW;
163.183 - GW wG(G);
163.184 -
163.185 - EdgeNameMap< GW, Graph::NodeMap<string> > edge_name(wG, node_name);
163.186 -
163.187 - cout << "bfs and dfs iterator demo on the reversed directed graph" << endl;
163.188 - for(GW::NodeIt n=wG.first<GW::NodeIt>(); wG.valid(n); wG.next(n)) {
163.189 - cout << node_name.get(n) << ": ";
163.190 - cout << "out edges: ";
163.191 - for(GW::OutEdgeIt e=wG.first<GW::OutEdgeIt>(n); wG.valid(e); wG.next(e))
163.192 - cout << edge_name.get(e) << " ";
163.193 - cout << "in edges: ";
163.194 - for(GW::InEdgeIt e=wG.first<GW::InEdgeIt>(n); wG.valid(e); wG.next(e))
163.195 - cout << edge_name.get(e) << " ";
163.196 - cout << endl;
163.197 - }
163.198 -
163.199 - cout << "bfs from t ..." << endl;
163.200 - BfsIterator5< GW, GW::NodeMap<bool> > bfs(wG);
163.201 - bfs.pushAndSetReached(t);
163.202 - while (!bfs.finished()) {
163.203 - //cout << "edge: ";
163.204 - if (wG.valid(bfs)) {
163.205 - cout << edge_name.get(bfs) << /*endl*/", " <<
163.206 - /*" aNode: " <<*/ node_name.get(wG.aNode(bfs)) <<
163.207 - (bfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
163.208 - /*" bNode: " <<*/ node_name.get(wG.bNode(bfs)) <<
163.209 - (bfs.isBNodeNewlyReached() ? ": is newly reached." :
163.210 - ": is not newly reached.");
163.211 - } else {
163.212 - cout << "invalid" << /*endl*/", " <<
163.213 - /*" aNode: " <<*/ node_name.get(bfs.aNode()) <<
163.214 - (bfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
163.215 - /*" bNode: " <<*/
163.216 - "invalid.";
163.217 - }
163.218 - cout << endl;
163.219 - ++bfs;
163.220 - }
163.221 -
163.222 - cout << " /--> -------------> "<< endl;
163.223 - cout << " / /-- v1 <-\\ /---- v3-\\ "<< endl;
163.224 - cout << " / | | / /-> \\ "<< endl;
163.225 - cout << " / | | / | ^ \\ "<< endl;
163.226 - cout << "s | | / | | \\-> t "<< endl;
163.227 - cout << " \\ | | / | | /-> "<< endl;
163.228 - cout << " \\ | --/ / | | / "<< endl;
163.229 - cout << " \\ \\-> v2 <--/ \\-- v4 -/ "<< endl;
163.230 - cout << " \\--> -------------> "<< endl;
163.231 -
163.232 - cout << "dfs from t ..." << endl;
163.233 - DfsIterator5< GW, GW::NodeMap<bool> > dfs(wG);
163.234 - dfs.pushAndSetReached(t);
163.235 - while (!dfs.finished()) {
163.236 - ++dfs;
163.237 - //cout << "edge: ";
163.238 - if (wG.valid(dfs)) {
163.239 - cout << edge_name.get(dfs) << /*endl*/", " <<
163.240 - /*" aNode: " <<*/ node_name.get(wG.aNode(dfs)) <<
163.241 - (dfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
163.242 - /*" bNode: " <<*/ node_name.get(wG.bNode(dfs)) <<
163.243 - (dfs.isBNodeNewlyReached() ? ": is newly reached." :
163.244 - ": is not newly reached.");
163.245 - } else {
163.246 - cout << "invalid" << /*endl*/", " <<
163.247 - /*" aNode: " <<*/ node_name.get(dfs.aNode()) <<
163.248 - (dfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
163.249 - /*" bNode: " <<*/
163.250 - "invalid.";
163.251 - }
163.252 - cout << endl;
163.253 - }
163.254 - }
163.255 -
163.256 - {
163.257 - typedef UndirGraphWrapper<const Graph> GW;
163.258 - GW wG(G);
163.259 -
163.260 - EdgeNameMap< GW, Graph::NodeMap<string> > edge_name(wG, node_name);
163.261 -
163.262 - cout << "bfs and dfs iterator demo on the undirected graph" << endl;
163.263 - for(GW::NodeIt n=wG.first<GW::NodeIt>(); wG.valid(n); wG.next(n)) {
163.264 - cout << node_name.get(n) << ": ";
163.265 - cout << "out edges: ";
163.266 - for(GW::OutEdgeIt e=wG.first<GW::OutEdgeIt>(n); wG.valid(e); wG.next(e))
163.267 - cout << edge_name.get(e) << " ";
163.268 - cout << "in edges: ";
163.269 - for(GW::InEdgeIt e=wG.first<GW::InEdgeIt>(n); wG.valid(e); wG.next(e))
163.270 - cout << edge_name.get(e) << " ";
163.271 - cout << endl;
163.272 - }
163.273 -
163.274 - cout << "bfs from t ..." << endl;
163.275 - BfsIterator5< GW, GW::NodeMap<bool> > bfs(wG);
163.276 - bfs.pushAndSetReached(t);
163.277 - while (!bfs.finished()) {
163.278 - //cout << "edge: ";
163.279 - if (wG.valid(GW::OutEdgeIt(bfs))) {
163.280 - cout << edge_name.get(GW::OutEdgeIt(bfs)) << /*endl*/", " <<
163.281 - /*" aNode: " <<*/ node_name.get(wG.aNode(bfs)) <<
163.282 - (bfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
163.283 - /*" bNode: " <<*/ node_name.get(wG.bNode(bfs)) <<
163.284 - (bfs.isBNodeNewlyReached() ? ": is newly reached." :
163.285 - ": is not newly reached.");
163.286 - } else {
163.287 - cout << "invalid" << /*endl*/", " <<
163.288 - /*" aNode: " <<*/ node_name.get(bfs.aNode()) <<
163.289 - (bfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
163.290 - /*" bNode: " <<*/
163.291 - "invalid.";
163.292 - }
163.293 - cout << endl;
163.294 - ++bfs;
163.295 - }
163.296 -
163.297 - cout << " /--> -------------> "<< endl;
163.298 - cout << " / /-- v1 <-\\ /---- v3-\\ "<< endl;
163.299 - cout << " / | | / /-> \\ "<< endl;
163.300 - cout << " / | | / | ^ \\ "<< endl;
163.301 - cout << "s | | / | | \\-> t "<< endl;
163.302 - cout << " \\ | | / | | /-> "<< endl;
163.303 - cout << " \\ | --/ / | | / "<< endl;
163.304 - cout << " \\ \\-> v2 <--/ \\-- v4 -/ "<< endl;
163.305 - cout << " \\--> -------------> "<< endl;
163.306 -
163.307 - cout << "dfs from t ..." << endl;
163.308 - DfsIterator5< GW, GW::NodeMap<bool> > dfs(wG);
163.309 - dfs.pushAndSetReached(t);
163.310 - while (!dfs.finished()) {
163.311 - ++dfs;
163.312 - //cout << "edge: ";
163.313 - if (wG.valid(GW::OutEdgeIt(dfs))) {
163.314 - cout << edge_name.get(GW::OutEdgeIt(dfs)) << /*endl*/", " <<
163.315 - /*" aNode: " <<*/ node_name.get(wG.aNode(dfs)) <<
163.316 - (dfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
163.317 - /*" bNode: " <<*/ node_name.get(wG.bNode(dfs)) <<
163.318 - (dfs.isBNodeNewlyReached() ? ": is newly reached." :
163.319 - ": is not newly reached.");
163.320 - } else {
163.321 - cout << "invalid" << /*endl*/", " <<
163.322 - /*" aNode: " <<*/ node_name.get(dfs.aNode()) <<
163.323 - (dfs.isANodeExamined() ? ": is examined, " : ": is not examined, ") <<
163.324 - /*" bNode: " <<*/
163.325 - "invalid.";
163.326 - }
163.327 - cout << endl;
163.328 - }
163.329 - }
163.330 -
163.331 - return 0;
163.332 -}
164.1 --- a/src/work/marci/leda_graph_demo.cc Sun Apr 17 18:57:22 2005 +0000
164.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
164.3 @@ -1,85 +0,0 @@
164.4 -// -*- c++ -*-
164.5 -#include <iostream>
164.6 -#include <fstream>
164.7 -
164.8 -#include <LEDA/graph.h>
164.9 -#include <leda_graph_wrapper.h>
164.10 -#include <dimacs.h>
164.11 -#include <time_measure.h>
164.12 -#include <edmonds_karp.h>
164.13 -
164.14 -using namespace lemon;
164.15 -
164.16 -using std::cout;
164.17 -using std::endl;
164.18 -
164.19 -int main() {
164.20 - leda::graph g;
164.21 - typedef LedaGraphWrapper<leda::graph> Graph;
164.22 - Graph G(g);
164.23 -// G.addNode();
164.24 -// G.addNode();
164.25 -// std::cout << G.nodeNum() << std::endl;
164.26 -
164.27 - typedef Graph::Node Node;
164.28 - typedef Graph::NodeIt NodeIt;
164.29 - typedef Graph::Edge Edge;
164.30 - typedef Graph::EdgeIt EdgeIt;
164.31 - typedef Graph::OutEdgeIt OutEdgeIt;
164.32 - typedef Graph::InEdgeIt InEdgeIt;
164.33 -
164.34 - Node s, t;
164.35 - Graph::EdgeMap<int> cap(G);
164.36 - readDimacsMaxFlow(std::cin, G, s, t, cap);
164.37 -
164.38 -
164.39 -// cout << "bfs and dfs iterator demo on the directed graph" << endl;
164.40 -// for(NodeIt n=G.first<NodeIt>(); G.valid(n); G.next(n)) {
164.41 -// cout << G.id(n) << ": ";
164.42 -// cout << "out edges: ";
164.43 -// for(OutEdgeIt e=G.first<OutEdgeIt>(n); G.valid(e); G.next(e))
164.44 -// cout << G.id(G.source(e)) << "-" << cap.get(e) << "->" << G.id(G.target(e)) << " ";
164.45 -// cout << "in edges: ";
164.46 -// for(InEdgeIt e=G.first<InEdgeIt>(n); G.valid(e); G.next(e))
164.47 -// cout << G.id(G.source(e)) << "-" << cap.get(e) << "->" << G.id(G.target(e)) << " ";
164.48 -// cout << endl;
164.49 -// }
164.50 -
164.51 -// int i=0;
164.52 -// for(EdgeIt e=G.first<EdgeIt>(); G.valid(e); G.next(e)) { cap.set(e, i); i+=3; }
164.53 -// for(EdgeIt e=G.first<EdgeIt>(); G.valid(e); G.next(e)) { cout << cap.get(e) << " "; }
164.54 -// cout << endl;
164.55 -
164.56 - {
164.57 - //std::cout << "SmartGraph..." << std::endl;
164.58 - std::cout << "on-the-fly edmonds karp demo on wrapped leda graph..." << std::endl;
164.59 - Graph::EdgeMap<int> flow(G); //0 flow
164.60 -
164.61 -
164.62 - Timer ts;
164.63 - ts.reset();
164.64 -
164.65 - MaxFlow<Graph, int, Graph::EdgeMap<int>, Graph::EdgeMap<int> > max_flow_test(G, s, t, flow, cap);
164.66 - //max_flow_test.augmentWithBlockingFlow<Graph>();
164.67 - int i=0;
164.68 - while (max_flow_test.augmentOnShortestPath()) {
164.69 -// for(EdgeIt e=G.template first<EdgeIt>(); e.valid(); ++e) {
164.70 -// std::cout<<"("<<G.source(e)<< "-"<<flow.get(e)<<"->"<<G.target(e)<<") ";
164.71 -// }
164.72 -// std::cout<<std::endl;
164.73 - ++i;
164.74 - }
164.75 -
164.76 -// std::cout << "maximum flow: "<< std::endl;
164.77 -// for(EdgeIt e=G.first<EdgeIt>(); e.valid(); ++e) {
164.78 -// std::cout<<"("<<G.source(e)<< "-"<<flow.get(e)<<"->"<<G.target(e)<<") ";
164.79 -// }
164.80 -// std::cout<<std::endl;
164.81 - std::cout << "elapsed time: " << ts << std::endl;
164.82 - std::cout << "number of augmentation phases: " << i << std::endl;
164.83 - std::cout << "flow value: "<< max_flow_test.flowValue() << std::endl;
164.84 - }
164.85 -
164.86 -
164.87 - return 0;
164.88 -}
165.1 --- a/src/work/marci/lg_vs_sg_vs_sg.cc Sun Apr 17 18:57:22 2005 +0000
165.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
165.3 @@ -1,254 +0,0 @@
165.4 -// -*- c++ -*-
165.5 -#include <iostream>
165.6 -#include <fstream>
165.7 -#include <string>
165.8 -
165.9 -#include <sage_graph.h>
165.10 -#include <lemon/list_graph.h>
165.11 -#include <lemon/smart_graph.h>
165.12 -#include <lemon/dimacs.h>
165.13 -#include <lemon/max_flow.h>
165.14 -#include <augmenting_flow.h>
165.15 -#include <lemon/time_measure.h>
165.16 -#include <for_each_macros.h>
165.17 -
165.18 -using namespace lemon;
165.19 -
165.20 -// Use a DIMACS max flow file as stdin.
165.21 -// read_dimacs_demo dimacs_max_flow_file
165.22 -
165.23 -int main(int, char** argv) {
165.24 -
165.25 - std::string in=argv[1];
165.26 - typedef SageGraph MutableGraph;
165.27 -
165.28 - {
165.29 - typedef SageGraph Graph;
165.30 - typedef Graph::Node Node;
165.31 - typedef Graph::EdgeIt EdgeIt;
165.32 -
165.33 - Graph g;
165.34 - Node s, t;
165.35 - Graph::EdgeMap<int> cap(g);
165.36 - std::ifstream ins(in.c_str());
165.37 - //readDimacsMaxFlow(ins, g, s, t, cap);
165.38 - readDimacs(ins, g, cap, s, t);
165.39 -
165.40 - Timer ts;
165.41 - Graph::EdgeMap<int> flow(g); //0 flow
165.42 - MaxFlow<Graph, int, Graph::EdgeMap<int>, Graph::EdgeMap<int> >
165.43 - max_flow_test(g, s, t, cap, flow/*, true*/);
165.44 - AugmentingFlow<Graph, int, Graph::EdgeMap<int>, Graph::EdgeMap<int> >
165.45 - augmenting_flow_test(g, s, t, cap, flow/*, true*/);
165.46 -
165.47 - std::cout << "SageGraph ..." << std::endl;
165.48 -
165.49 - {
165.50 - std::cout << "preflow ..." << std::endl;
165.51 - ts.reset();
165.52 - max_flow_test.run();
165.53 - std::cout << "elapsed time: " << ts << std::endl;
165.54 - std::cout << "flow value: "<< max_flow_test.flowValue() << std::endl;
165.55 - }
165.56 -
165.57 - {
165.58 - std::cout << "physical blocking flow augmentation ..." << std::endl;
165.59 - for (Graph::EdgeIt e(g); e!=INVALID; ++e) flow.set(e, 0);
165.60 - ts.reset();
165.61 - int i=0;
165.62 - while (augmenting_flow_test.augmentOnBlockingFlow<MutableGraph>()) { ++i; }
165.63 - std::cout << "elapsed time: " << ts << std::endl;
165.64 - std::cout << "number of augmentation phases: " << i << std::endl;
165.65 - std::cout << "flow value: "<< augmenting_flow_test.flowValue() << std::endl;
165.66 - }
165.67 -
165.68 -// {
165.69 -// std::cout << "faster physical blocking flow augmentation ..." << std::endl;
165.70 -// FOR_EACH_LOC(Graph::EdgeIt, e, g) flow.set(e, 0);
165.71 -// ts.reset();
165.72 -// int i=0;
165.73 -// while (max_flow_test.augmentOnBlockingFlow1<MutableGraph>()) { ++i; }
165.74 -// std::cout << "elapsed time: " << ts << std::endl;
165.75 -// std::cout << "number of augmentation phases: " << i << std::endl;
165.76 -// std::cout << "flow value: "<< max_flow_test.flowValue() << std::endl;
165.77 -// }
165.78 -
165.79 - {
165.80 - std::cout << "on-the-fly blocking flow augmentation ..." << std::endl;
165.81 - for (Graph::EdgeIt e(g); e!=INVALID; ++e) flow.set(e, 0);
165.82 - ts.reset();
165.83 - int i=0;
165.84 - while (augmenting_flow_test.augmentOnBlockingFlow2()) { ++i; }
165.85 - std::cout << "elapsed time: " << ts << std::endl;
165.86 - std::cout << "number of augmentation phases: " << i << std::endl;
165.87 - std::cout << "flow value: "<< augmenting_flow_test.flowValue() << std::endl;
165.88 - }
165.89 -
165.90 - {
165.91 - std::cout << "on-the-fly shortest path augmentation ..." << std::endl;
165.92 - for (Graph::EdgeIt e(g); e!=INVALID; ++e) flow.set(e, 0);
165.93 - ts.reset();
165.94 - int i=0;
165.95 - while (augmenting_flow_test.augmentOnShortestPath()) { ++i; }
165.96 - std::cout << "elapsed time: " << ts << std::endl;
165.97 - std::cout << "number of augmentation phases: " << i << std::endl;
165.98 - std::cout << "flow value: "<< augmenting_flow_test.flowValue() << std::endl;
165.99 - }
165.100 - }
165.101 -
165.102 - {
165.103 - typedef SmartGraph Graph;
165.104 - typedef Graph::Node Node;
165.105 - typedef Graph::EdgeIt EdgeIt;
165.106 -
165.107 - Graph g;
165.108 - Node s, t;
165.109 - Graph::EdgeMap<int> cap(g);
165.110 - std::ifstream ins(in.c_str());
165.111 - //readDimacsMaxFlow(ins, g, s, t, cap);
165.112 - readDimacs(ins, g, cap, s, t);
165.113 -
165.114 - Timer ts;
165.115 - Graph::EdgeMap<int> flow(g); //0 flow
165.116 - MaxFlow<Graph, int, Graph::EdgeMap<int>, Graph::EdgeMap<int> >
165.117 - max_flow_test(g, s, t, cap, flow/*, true*/);
165.118 - AugmentingFlow<Graph, int, Graph::EdgeMap<int>, Graph::EdgeMap<int> >
165.119 - augmenting_flow_test(g, s, t, cap, flow/*, true*/);
165.120 - // MaxFlow<Graph, int, Graph::EdgeMap<int>, Graph::EdgeMap<int> >
165.121 - // max_flow_test(g, s, t, cap, flow);
165.122 -
165.123 - std::cout << "SmartGraph ..." << std::endl;
165.124 -
165.125 - {
165.126 - std::cout << "preflow ..." << std::endl;
165.127 - for (Graph::EdgeIt e(g); e!=INVALID; ++e) flow.set(e, 0);
165.128 - ts.reset();
165.129 - max_flow_test.run();
165.130 - std::cout << "elapsed time: " << ts << std::endl;
165.131 - std::cout << "flow value: "<< max_flow_test.flowValue() << std::endl;
165.132 - }
165.133 -
165.134 - {
165.135 - std::cout << "physical blocking flow augmentation ..." << std::endl;
165.136 - for (Graph::EdgeIt e(g); e!=INVALID; ++e) flow.set(e, 0);
165.137 - ts.reset();
165.138 - int i=0;
165.139 - while (augmenting_flow_test.augmentOnBlockingFlow<MutableGraph>()) { ++i; }
165.140 - std::cout << "elapsed time: " << ts << std::endl;
165.141 - std::cout << "number of augmentation phases: " << i << std::endl;
165.142 - std::cout << "flow value: "<< augmenting_flow_test.flowValue() << std::endl;
165.143 - }
165.144 -
165.145 -// {
165.146 -// std::cout << "faster physical blocking flow augmentation ..." << std::endl;
165.147 -// FOR_EACH_LOC(Graph::EdgeIt, e, g) flow.set(e, 0);
165.148 -// ts.reset();
165.149 -// int i=0;
165.150 -// while (max_flow_test.augmentOnBlockingFlow1<MutableGraph>()) { ++i; }
165.151 -// std::cout << "elapsed time: " << ts << std::endl;
165.152 -// std::cout << "number of augmentation phases: " << i << std::endl;
165.153 -// std::cout << "flow value: "<< max_flow_test.flowValue() << std::endl;
165.154 -// }
165.155 -
165.156 - {
165.157 - std::cout << "on-the-fly blocking flow augmentation ..." << std::endl;
165.158 - for (Graph::EdgeIt e(g); e!=INVALID; ++e) flow.set(e, 0);
165.159 - ts.reset();
165.160 - int i=0;
165.161 - while (augmenting_flow_test.augmentOnBlockingFlow2()) { ++i; }
165.162 - std::cout << "elapsed time: " << ts << std::endl;
165.163 - std::cout << "number of augmentation phases: " << i << std::endl;
165.164 - std::cout << "flow value: "<< augmenting_flow_test.flowValue() << std::endl;
165.165 - }
165.166 -
165.167 - {
165.168 - std::cout << "on-the-fly shortest path augmentation ..." << std::endl;
165.169 - for (Graph::EdgeIt e(g); e!=INVALID; ++e) flow.set(e, 0);
165.170 - ts.reset();
165.171 - int i=0;
165.172 - while (augmenting_flow_test.augmentOnShortestPath()) { ++i; }
165.173 - std::cout << "elapsed time: " << ts << std::endl;
165.174 - std::cout << "number of augmentation phases: " << i << std::endl;
165.175 - std::cout << "flow value: "<< augmenting_flow_test.flowValue() << std::endl;
165.176 - }
165.177 - }
165.178 -
165.179 - {
165.180 - typedef ListGraph Graph;
165.181 - typedef Graph::Node Node;
165.182 - typedef Graph::EdgeIt EdgeIt;
165.183 -
165.184 - Graph g;
165.185 - Node s, t;
165.186 - Graph::EdgeMap<int> cap(g);
165.187 - std::ifstream ins(in.c_str());
165.188 - //readDimacsMaxFlow(ins, g, s, t, cap);
165.189 - readDimacs(ins, g, cap, s, t);
165.190 -
165.191 - Timer ts;
165.192 - Graph::EdgeMap<int> flow(g); //0 flow
165.193 - MaxFlow<Graph, int, Graph::EdgeMap<int>, Graph::EdgeMap<int> >
165.194 - max_flow_test(g, s, t, cap, flow/*, true*/);
165.195 - AugmentingFlow<Graph, int, Graph::EdgeMap<int>, Graph::EdgeMap<int> >
165.196 - augmenting_flow_test(g, s, t, cap, flow/*, true*/);
165.197 - // MaxFlow<Graph, int, Graph::EdgeMap<int>, Graph::EdgeMap<int> >
165.198 - // max_flow_test(g, s, t, cap, flow);
165.199 -
165.200 - std::cout << "ListGraph ..." << std::endl;
165.201 -
165.202 - {
165.203 - std::cout << "preflow ..." << std::endl;
165.204 - for (Graph::EdgeIt e(g); e!=INVALID; ++e) flow.set(e, 0);
165.205 - ts.reset();
165.206 - max_flow_test.run();
165.207 - std::cout << "elapsed time: " << ts << std::endl;
165.208 - std::cout << "flow value: "<< max_flow_test.flowValue() << std::endl;
165.209 - }
165.210 -
165.211 - {
165.212 - std::cout << "physical blocking flow augmentation ..." << std::endl;
165.213 - for (Graph::EdgeIt e(g); e!=INVALID; ++e) flow.set(e, 0);
165.214 - ts.reset();
165.215 - int i=0;
165.216 - while (augmenting_flow_test.augmentOnBlockingFlow<MutableGraph>()) { ++i; }
165.217 - std::cout << "elapsed time: " << ts << std::endl;
165.218 - std::cout << "number of augmentation phases: " << i << std::endl;
165.219 - std::cout << "flow value: "<< augmenting_flow_test.flowValue() << std::endl;
165.220 - }
165.221 -
165.222 -// {
165.223 -// std::cout << "faster physical blocking flow augmentation ..." << std::endl;
165.224 -// FOR_EACH_LOC(Graph::EdgeIt, e, g) flow.set(e, 0);
165.225 -// ts.reset();
165.226 -// int i=0;
165.227 -// while (max_flow_test.augmentOnBlockingFlow1<MutableGraph>()) { ++i; }
165.228 -// std::cout << "elapsed time: " << ts << std::endl;
165.229 -// std::cout << "number of augmentation phases: " << i << std::endl;
165.230 -// std::cout << "flow value: "<< max_flow_test.flowValue() << std::endl;
165.231 -// }
165.232 -
165.233 - {
165.234 - std::cout << "on-the-fly blocking flow augmentation ..." << std::endl;
165.235 - for (Graph::EdgeIt e(g); e!=INVALID; ++e) flow.set(e, 0);
165.236 - ts.reset();
165.237 - int i=0;
165.238 - while (augmenting_flow_test.augmentOnBlockingFlow2()) { ++i; }
165.239 - std::cout << "elapsed time: " << ts << std::endl;
165.240 - std::cout << "number of augmentation phases: " << i << std::endl;
165.241 - std::cout << "flow value: "<< augmenting_flow_test.flowValue() << std::endl;
165.242 - }
165.243 -
165.244 - {
165.245 - std::cout << "on-the-fly shortest path augmentation ..." << std::endl;
165.246 - for (Graph::EdgeIt e(g); e!=INVALID; ++e) flow.set(e, 0);
165.247 - ts.reset();
165.248 - int i=0;
165.249 - while (augmenting_flow_test.augmentOnShortestPath()) { ++i; }
165.250 - std::cout << "elapsed time: " << ts << std::endl;
165.251 - std::cout << "number of augmentation phases: " << i << std::endl;
165.252 - std::cout << "flow value: "<< augmenting_flow_test.flowValue() << std::endl;
165.253 - }
165.254 - }
165.255 -
165.256 - return 0;
165.257 -}
166.1 --- a/src/work/marci/lp/expression.h Sun Apr 17 18:57:22 2005 +0000
166.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
166.3 @@ -1,197 +0,0 @@
166.4 -// -*- c++ -*-
166.5 -#ifndef LEMON_EXPRESSION_H
166.6 -#define LEMON_EXPRESSION_H
166.7 -
166.8 -#include <iostream>
166.9 -#include <map>
166.10 -#include <limits>
166.11 -
166.12 -namespace lemon {
166.13 -
166.14 - /*! \brief Linear expression
166.15 -
166.16 - \c Expr<_Col,_Value> implements a class of linear expressions with the
166.17 - operations of addition and multiplication with scalar.
166.18 -
166.19 - \author Marton Makai
166.20 - */
166.21 - template <typename _Col, typename _Value>
166.22 - class Expr;
166.23 -
166.24 - template <typename _Col, typename _Value>
166.25 - class Expr {
166.26 -// protected:
166.27 - public:
166.28 - typedef
166.29 - typename std::map<_Col, _Value> Data;
166.30 - Data data;
166.31 - public:
166.32 - void simplify() {
166.33 - for (typename Data::iterator i=data.begin();
166.34 - i!=data.end(); ++i) {
166.35 - if ((*i).second==0) data.erase(i);
166.36 - }
166.37 - }
166.38 - Expr() { }
166.39 - Expr(_Col _col) {
166.40 - data.insert(std::make_pair(_col, 1));
166.41 - }
166.42 - Expr& operator*=(_Value _value) {
166.43 - for (typename Data::iterator i=data.begin();
166.44 - i!=data.end(); ++i) {
166.45 - (*i).second *= _value;
166.46 - }
166.47 - simplify();
166.48 - return *this;
166.49 - }
166.50 - Expr& operator+=(const Expr<_Col, _Value>& expr) {
166.51 - for (typename Data::const_iterator j=expr.data.begin();
166.52 - j!=expr.data.end(); ++j) {
166.53 - typename Data::iterator i=data.find((*j).first);
166.54 - if (i==data.end()) {
166.55 - data.insert(std::make_pair((*j).first, (*j).second));
166.56 - } else {
166.57 - (*i).second+=(*j).second;
166.58 - }
166.59 - }
166.60 - simplify();
166.61 - return *this;
166.62 - }
166.63 - Expr& operator-=(const Expr<_Col, _Value>& expr) {
166.64 - for (typename Data::const_iterator j=expr.data.begin();
166.65 - j!=expr.data.end(); ++j) {
166.66 - typename Data::iterator i=data.find((*j).first);
166.67 - if (i==data.end()) {
166.68 - data.insert(std::make_pair((*j).first, -(*j).second));
166.69 - } else {
166.70 - (*i).second+=-(*j).second;
166.71 - }
166.72 - }
166.73 - simplify();
166.74 - return *this;
166.75 - }
166.76 - template <typename _C, typename _V>
166.77 - friend std::ostream& operator<<(std::ostream& os,
166.78 - const Expr<_C, _V>& expr);
166.79 - };
166.80 -
166.81 - template <typename _Col, typename _Value>
166.82 - Expr<_Col, _Value> operator*(_Value _value, _Col _col) {
166.83 - Expr<_Col, _Value> tmp(_col);
166.84 - tmp*=_value;
166.85 - tmp.simplify();
166.86 - return tmp;
166.87 - }
166.88 -
166.89 - template <typename _Col, typename _Value>
166.90 - Expr<_Col, _Value> operator*(_Value _value,
166.91 - const Expr<_Col, _Value>& expr) {
166.92 - Expr<_Col, _Value> tmp(expr);
166.93 - tmp*=_value;
166.94 - tmp.simplify();
166.95 - return tmp;
166.96 - }
166.97 -
166.98 - template <typename _Col, typename _Value>
166.99 - Expr<_Col, _Value> operator+(const Expr<_Col, _Value>& expr1,
166.100 - const Expr<_Col, _Value>& expr2) {
166.101 - Expr<_Col, _Value> tmp(expr1);
166.102 - tmp+=expr2;
166.103 - tmp.simplify();
166.104 - return tmp;
166.105 - }
166.106 -
166.107 - template <typename _Col, typename _Value>
166.108 - Expr<_Col, _Value> operator-(const Expr<_Col, _Value>& expr1,
166.109 - const Expr<_Col, _Value>& expr2) {
166.110 - Expr<_Col, _Value> tmp(expr1);
166.111 - tmp-=expr2;
166.112 - tmp.simplify();
166.113 - return tmp;
166.114 - }
166.115 -
166.116 - template <typename _Col, typename _Value>
166.117 - std::ostream& operator<<(std::ostream& os,
166.118 - const Expr<_Col, _Value>& expr) {
166.119 - for (typename Expr<_Col, _Value>::Data::const_iterator i=
166.120 - expr.data.begin();
166.121 - i!=expr.data.end(); ++i) {
166.122 - os << (*i).second << "*" << (*i).first << " ";
166.123 - }
166.124 - return os;
166.125 - }
166.126 -
166.127 - template <typename _Col, typename _Value>
166.128 - class LConstr {
166.129 - // protected:
166.130 - public:
166.131 - Expr<_Col, _Value> expr;
166.132 - _Value lo;
166.133 - public:
166.134 - LConstr(const Expr<_Col, _Value>& _expr, _Value _lo) :
166.135 - expr(_expr), lo(_lo) { }
166.136 - };
166.137 -
166.138 - template <typename _Col, typename _Value>
166.139 - LConstr<_Col, _Value>
166.140 - operator<=(_Value lo, const Expr<_Col, _Value>& expr) {
166.141 - return LConstr<_Col, _Value>(expr, lo);
166.142 - }
166.143 -
166.144 - template <typename _Col, typename _Value>
166.145 - class UConstr {
166.146 - // protected:
166.147 - public:
166.148 - Expr<_Col, _Value> expr;
166.149 - _Value up;
166.150 - public:
166.151 - UConstr(const Expr<_Col, _Value>& _expr, _Value _up) :
166.152 - expr(_expr), up(_up) { }
166.153 - };
166.154 -
166.155 - template <typename _Col, typename _Value>
166.156 - UConstr<_Col, _Value>
166.157 - operator<=(const Expr<_Col, _Value>& expr, _Value up) {
166.158 - return UConstr<_Col, _Value>(expr, up);
166.159 - }
166.160 -
166.161 - template <typename _Col, typename _Value>
166.162 - class Constr {
166.163 - // protected:
166.164 - public:
166.165 - Expr<_Col, _Value> expr;
166.166 - _Value lo, up;
166.167 - public:
166.168 - Constr(const Expr<_Col, _Value>& _expr, _Value _lo, _Value _up) :
166.169 - expr(_expr), lo(_lo), up(_up) { }
166.170 - Constr(const LConstr<_Col, _Value>& _lconstr) :
166.171 - expr(_lconstr.expr),
166.172 - lo(_lconstr.lo),
166.173 - up(std::numeric_limits<_Value>::infinity()) { }
166.174 - Constr(const UConstr<_Col, _Value>& _uconstr) :
166.175 - expr(_uconstr.expr),
166.176 - lo(-std::numeric_limits<_Value>::infinity()),
166.177 - up(_uconstr.up) { }
166.178 - };
166.179 -
166.180 - template <typename _Col, typename _Value>
166.181 - Constr<_Col, _Value>
166.182 - operator<=(const LConstr<_Col, _Value>& lconstr, _Value up) {
166.183 - return Constr<_Col, _Value>(lconstr.expr, lconstr.lo, up);
166.184 - }
166.185 -
166.186 - template <typename _Col, typename _Value>
166.187 - Constr<_Col, _Value>
166.188 - operator<=(_Value lo, const UConstr<_Col, _Value>& uconstr) {
166.189 - return Constr<_Col, _Value>(uconstr.expr, lo, uconstr.up);
166.190 - }
166.191 -
166.192 - template <typename _Col, typename _Value>
166.193 - Constr<_Col, _Value>
166.194 - operator==(const Expr<_Col, _Value>& expr, _Value value) {
166.195 - return Constr<_Col, _Value>(expr, value, value);
166.196 - }
166.197 -
166.198 -} //namespace lemon
166.199 -
166.200 -#endif //LEMON_EXPRESSION_H
167.1 --- a/src/work/marci/lp/expression_test.cc Sun Apr 17 18:57:22 2005 +0000
167.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
167.3 @@ -1,23 +0,0 @@
167.4 -#include <expression.h>
167.5 -#include <iostream>
167.6 -#include <string>
167.7 -
167.8 -using std::cout;
167.9 -using std::endl;
167.10 -using std::string;
167.11 -using namespace lemon;
167.12 -
167.13 -int main() {
167.14 - Expr<string, double> b;
167.15 - cout << b << endl;
167.16 - Expr<string, double> c("f");
167.17 - cout << c << endl;
167.18 - Expr<string, double> d=8.0*string("g");
167.19 - cout << d << endl;
167.20 - c*=5;
167.21 - cout << c << endl;
167.22 - Expr<string, double> e=c;
167.23 - e+=8.9*9.0*string("l");
167.24 - cout << e << endl;
167.25 - cout << c+d << endl;
167.26 -}
168.1 --- a/src/work/marci/lp/lp_solver_base.h Sun Apr 17 18:57:22 2005 +0000
168.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
168.3 @@ -1,1118 +0,0 @@
168.4 -// -*- c++ -*-
168.5 -#ifndef LEMON_LP_SOLVER_BASE_H
168.6 -#define LEMON_LP_SOLVER_BASE_H
168.7 -
168.8 -///\ingroup misc
168.9 -///\file
168.10 -
168.11 -// #include <stdio.h>
168.12 -#include <stdlib.h>
168.13 -#include <iostream>
168.14 -#include <map>
168.15 -#include <limits>
168.16 -// #include <stdio>
168.17 -//#include <stdlib>
168.18 -extern "C" {
168.19 -#include "glpk.h"
168.20 -}
168.21 -
168.22 -#include <iostream>
168.23 -#include <vector>
168.24 -#include <string>
168.25 -#include <list>
168.26 -#include <memory>
168.27 -#include <utility>
168.28 -
168.29 -#include <lemon/invalid.h>
168.30 -#include <expression.h>
168.31 -//#include <stp.h>
168.32 -//#include <lemon/max_flow.h>
168.33 -//#include <augmenting_flow.h>
168.34 -//#include <iter_map.h>
168.35 -
168.36 -using std::cout;
168.37 -using std::cin;
168.38 -using std::endl;
168.39 -
168.40 -namespace lemon {
168.41 -
168.42 - /// \addtogroup misc
168.43 - /// @{
168.44 -
168.45 - /// \brief A partitioned vector with iterable classes.
168.46 - ///
168.47 - /// This class implements a container in which the data is stored in an
168.48 - /// stl vector, the range is partitioned into sets and each set is
168.49 - /// doubly linked in a list.
168.50 - /// That is, each class is iterable by lemon iterators, and any member of
168.51 - /// the vector can bo moved to an other class.
168.52 - template <typename T>
168.53 - class IterablePartition {
168.54 - protected:
168.55 - struct Node {
168.56 - T data;
168.57 - int prev; //invalid az -1
168.58 - int next;
168.59 - };
168.60 - std::vector<Node> nodes;
168.61 - struct Tip {
168.62 - int first;
168.63 - int last;
168.64 - };
168.65 - std::vector<Tip> tips;
168.66 - public:
168.67 - /// The classes are indexed by integers from \c 0 to \c classNum()-1.
168.68 - int classNum() const { return tips.size(); }
168.69 - /// This lemon style iterator iterates through a class.
168.70 - class Class;
168.71 - /// Constructor. The number of classes is to be given which is fixed
168.72 - /// over the life of the container.
168.73 - /// The partition classes are indexed from 0 to class_num-1.
168.74 - IterablePartition(int class_num) {
168.75 - for (int i=0; i<class_num; ++i) {
168.76 - Tip t;
168.77 - t.first=t.last=-1;
168.78 - tips.push_back(t);
168.79 - }
168.80 - }
168.81 - protected:
168.82 - void befuz(Class it, int class_id) {
168.83 - if (tips[class_id].first==-1) {
168.84 - if (tips[class_id].last==-1) {
168.85 - nodes[it.i].prev=nodes[it.i].next=-1;
168.86 - tips[class_id].first=tips[class_id].last=it.i;
168.87 - }
168.88 - } else {
168.89 - nodes[it.i].prev=tips[class_id].last;
168.90 - nodes[it.i].next=-1;
168.91 - nodes[tips[class_id].last].next=it.i;
168.92 - tips[class_id].last=it.i;
168.93 - }
168.94 - }
168.95 - void kifuz(Class it, int class_id) {
168.96 - if (tips[class_id].first==it.i) {
168.97 - if (tips[class_id].last==it.i) {
168.98 - tips[class_id].first=tips[class_id].last=-1;
168.99 - } else {
168.100 - tips[class_id].first=nodes[it.i].next;
168.101 - nodes[nodes[it.i].next].prev=-1;
168.102 - }
168.103 - } else {
168.104 - if (tips[class_id].last==it.i) {
168.105 - tips[class_id].last=nodes[it.i].prev;
168.106 - nodes[nodes[it.i].prev].next=-1;
168.107 - } else {
168.108 - nodes[nodes[it.i].next].prev=nodes[it.i].prev;
168.109 - nodes[nodes[it.i].prev].next=nodes[it.i].next;
168.110 - }
168.111 - }
168.112 - }
168.113 - public:
168.114 - /// A new element with data \c t is pushed into the vector and into class
168.115 - /// \c class_id.
168.116 - Class push_back(const T& t, int class_id) {
168.117 - Node n;
168.118 - n.data=t;
168.119 - nodes.push_back(n);
168.120 - int i=nodes.size()-1;
168.121 - befuz(i, class_id);
168.122 - return i;
168.123 - }
168.124 - /// A member is moved to an other class.
168.125 - void set(Class it, int old_class_id, int new_class_id) {
168.126 - kifuz(it.i, old_class_id);
168.127 - befuz(it.i, new_class_id);
168.128 - }
168.129 - /// Returns the data pointed by \c it.
168.130 - T& operator[](Class it) { return nodes[it.i].data; }
168.131 - /// Returns the data pointed by \c it.
168.132 - const T& operator[](Class it) const { return nodes[it.i].data; }
168.133 - ///.
168.134 - class Class {
168.135 - friend class IterablePartition;
168.136 - protected:
168.137 - int i;
168.138 - public:
168.139 - /// Default constructor.
168.140 - Class() { }
168.141 - /// This constructor constructs an iterator which points
168.142 - /// to the member of th container indexed by the integer _i.
168.143 - Class(const int& _i) : i(_i) { }
168.144 - /// Invalid constructor.
168.145 - Class(const Invalid&) : i(-1) { }
168.146 - friend bool operator<(const Class& x, const Class& y);
168.147 - friend std::ostream& operator<<(std::ostream& os,
168.148 - const Class& it);
168.149 - bool operator==(const Class& node) const {return i == node.i;}
168.150 - bool operator!=(const Class& node) const {return i != node.i;}
168.151 - };
168.152 - friend bool operator<(const Class& x, const Class& y) {
168.153 - return (x.i < y.i);
168.154 - }
168.155 - friend std::ostream& operator<<(std::ostream& os,
168.156 - const Class& it) {
168.157 - os << it.i;
168.158 - return os;
168.159 - }
168.160 - /// First member of class \c class_id.
168.161 - Class& first(Class& it, int class_id) const {
168.162 - it.i=tips[class_id].first;
168.163 - return it;
168.164 - }
168.165 - /// Next member.
168.166 - Class& next(Class& it) const {
168.167 - it.i=nodes[it.i].next;
168.168 - return it;
168.169 - }
168.170 - /// True iff the iterator is valid.
168.171 - bool valid(const Class& it) const { return it.i!=-1; }
168.172 -
168.173 - class ClassIt : public Class {
168.174 - const IterablePartition* iterable_partition;
168.175 - public:
168.176 - ClassIt() { }
168.177 - ClassIt(Invalid i) : Class(i) { }
168.178 - ClassIt(const IterablePartition& _iterable_partition,
168.179 - const int& i) : iterable_partition(&_iterable_partition) {
168.180 - _iterable_partition.first(*this, i);
168.181 - }
168.182 - ClassIt(const IterablePartition& _iterable_partition,
168.183 - const Class& _class) :
168.184 - Class(_class), iterable_partition(&_iterable_partition) { }
168.185 - ClassIt& operator++() {
168.186 - iterable_partition->next(*this);
168.187 - return *this;
168.188 - }
168.189 - };
168.190 -
168.191 - };
168.192 -
168.193 -
168.194 - /*! \e
168.195 - \todo kellenene uj iterable structure bele, mert ez nem az igazi
168.196 - \todo A[x,y]-t cserel. Jobboldal, baloldal csere.
168.197 - \todo LEKERDEZESEK!!!
168.198 - \todo DOKSI!!!! Doxygen group!!!
168.199 - The aim of this class is to give a general surface to different
168.200 - solvers, i.e. it makes possible to write algorithms using LP's,
168.201 - in which the solver can be changed to an other one easily.
168.202 - \nosubgrouping
168.203 - */
168.204 - template <typename _Value>
168.205 - class LPSolverBase {
168.206 -
168.207 - /*! @name Uncategorized functions and types (public members)
168.208 - */
168.209 - //@{
168.210 - public:
168.211 -
168.212 - //UNCATEGORIZED
168.213 -
168.214 - /// \e
168.215 - typedef IterablePartition<int> Rows;
168.216 - /// \e
168.217 - typedef IterablePartition<int> Cols;
168.218 - /// \e
168.219 - typedef _Value Value;
168.220 - /// \e
168.221 - typedef Rows::Class Row;
168.222 - /// \e
168.223 - typedef Cols::Class Col;
168.224 - public:
168.225 - /// \e
168.226 - IterablePartition<int> row_iter_map;
168.227 - /// \e
168.228 - IterablePartition<int> col_iter_map;
168.229 - /// \e
168.230 - std::vector<Row> int_row_map;
168.231 - /// \e
168.232 - std::vector<Col> int_col_map;
168.233 - /// \e
168.234 - const int VALID_CLASS;
168.235 - /// \e
168.236 - const int INVALID_CLASS;
168.237 - /// \e
168.238 - static const _Value INF;
168.239 - public:
168.240 - /// \e
168.241 - LPSolverBase() : row_iter_map(2),
168.242 - col_iter_map(2),
168.243 - VALID_CLASS(0), INVALID_CLASS(1) { }
168.244 - /// \e
168.245 - virtual ~LPSolverBase() { }
168.246 - //@}
168.247 -
168.248 - /*! @name Medium level interface (public members)
168.249 - These functions appear in the low level and also in the high level
168.250 - interfaces thus these each of these functions have to be implemented
168.251 - only once in the different interfaces.
168.252 - This means that these functions have to be reimplemented for all of the
168.253 - different lp solvers. These are basic functions, and have the same
168.254 - parameter lists in the low and high level interfaces.
168.255 - */
168.256 - //@{
168.257 - public:
168.258 -
168.259 - //UNCATEGORIZED FUNCTIONS
168.260 -
168.261 - /// \e
168.262 - virtual void setMinimize() = 0;
168.263 - /// \e
168.264 - virtual void setMaximize() = 0;
168.265 -
168.266 - //SOLVER FUNCTIONS
168.267 -
168.268 - /// \e
168.269 - virtual void solveSimplex() = 0;
168.270 - /// \e
168.271 - virtual void solvePrimalSimplex() = 0;
168.272 - /// \e
168.273 - virtual void solveDualSimplex() = 0;
168.274 -
168.275 - //SOLUTION RETRIEVING
168.276 -
168.277 - /// \e
168.278 - virtual _Value getObjVal() = 0;
168.279 -
168.280 - //OTHER FUNCTIONS
168.281 -
168.282 - /// \e
168.283 - virtual int rowNum() const = 0;
168.284 - /// \e
168.285 - virtual int colNum() const = 0;
168.286 - /// \e
168.287 - virtual int warmUp() = 0;
168.288 - /// \e
168.289 - virtual void printWarmUpStatus(int i) = 0;
168.290 - /// \e
168.291 - virtual int getPrimalStatus() = 0;
168.292 - /// \e
168.293 - virtual void printPrimalStatus(int i) = 0;
168.294 - /// \e
168.295 - virtual int getDualStatus() = 0;
168.296 - /// \e
168.297 - virtual void printDualStatus(int i) = 0;
168.298 - /// Returns the status of the slack variable assigned to row \c row.
168.299 - virtual int getRowStat(const Row& row) = 0;
168.300 - /// \e
168.301 - virtual void printRowStatus(int i) = 0;
168.302 - /// Returns the status of the variable assigned to column \c col.
168.303 - virtual int getColStat(const Col& col) = 0;
168.304 - /// \e
168.305 - virtual void printColStatus(int i) = 0;
168.306 -
168.307 - //@}
168.308 -
168.309 - /*! @name Low level interface (protected members)
168.310 - Problem manipulating functions in the low level interface
168.311 - */
168.312 - //@{
168.313 - protected:
168.314 -
168.315 - //MATRIX MANIPULATING FUNCTIONS
168.316 -
168.317 - /// \e
168.318 - virtual int _addCol() = 0;
168.319 - /// \e
168.320 - virtual int _addRow() = 0;
168.321 - /// \e
168.322 - virtual void _eraseCol(int i) = 0;
168.323 - /// \e
168.324 - virtual void _eraseRow(int i) = 0;
168.325 - /// \e
168.326 - virtual void _setRowCoeffs(int i,
168.327 - const std::vector<std::pair<int, _Value> >& coeffs) = 0;
168.328 - /// \e
168.329 - /// This routine modifies \c coeffs only by the \c push_back method.
168.330 - virtual void _getRowCoeffs(int i,
168.331 - std::vector<std::pair<int, _Value> >& coeffs) = 0;
168.332 - /// \e
168.333 - virtual void _setColCoeffs(int i,
168.334 - const std::vector<std::pair<int, _Value> >& coeffs) = 0;
168.335 - /// \e
168.336 - /// This routine modifies \c coeffs only by the \c push_back method.
168.337 - virtual void _getColCoeffs(int i,
168.338 - std::vector<std::pair<int, _Value> >& coeffs) = 0;
168.339 - /// \e
168.340 - virtual void _setCoeff(int col, int row, _Value value) = 0;
168.341 - /// \e
168.342 - virtual _Value _getCoeff(int col, int row) = 0;
168.343 - // public:
168.344 - // /// \e
168.345 - // enum Bound { FREE, LOWER, UPPER, DOUBLE, FIXED };
168.346 - protected:
168.347 - /// \e
168.348 - /// The lower bound of a variable (column) have to be given by an
168.349 - /// extended number of type _Value, i.e. a finite number of type
168.350 - /// _Value or -INF.
168.351 - virtual void _setColLowerBound(int i, _Value value) = 0;
168.352 - /// \e
168.353 - /// The lower bound of a variable (column) is an
168.354 - /// extended number of type _Value, i.e. a finite number of type
168.355 - /// _Value or -INF.
168.356 - virtual _Value _getColLowerBound(int i) = 0;
168.357 - /// \e
168.358 - /// The upper bound of a variable (column) have to be given by an
168.359 - /// extended number of type _Value, i.e. a finite number of type
168.360 - /// _Value or INF.
168.361 - virtual void _setColUpperBound(int i, _Value value) = 0;
168.362 - /// \e
168.363 - /// The upper bound of a variable (column) is an
168.364 - /// extended number of type _Value, i.e. a finite number of type
168.365 - /// _Value or INF.
168.366 - virtual _Value _getColUpperBound(int i) = 0;
168.367 - /// \e
168.368 - /// The lower bound of a linear expression (row) have to be given by an
168.369 - /// extended number of type _Value, i.e. a finite number of type
168.370 - /// _Value or -INF.
168.371 - virtual void _setRowLowerBound(int i, _Value value) = 0;
168.372 - /// \e
168.373 - /// The lower bound of a linear expression (row) is an
168.374 - /// extended number of type _Value, i.e. a finite number of type
168.375 - /// _Value or -INF.
168.376 - virtual _Value _getRowLowerBound(int i) = 0;
168.377 - /// \e
168.378 - /// The upper bound of a linear expression (row) have to be given by an
168.379 - /// extended number of type _Value, i.e. a finite number of type
168.380 - /// _Value or INF.
168.381 - virtual void _setRowUpperBound(int i, _Value value) = 0;
168.382 - /// \e
168.383 - /// The upper bound of a linear expression (row) is an
168.384 - /// extended number of type _Value, i.e. a finite number of type
168.385 - /// _Value or INF.
168.386 - virtual _Value _getRowUpperBound(int i) = 0;
168.387 - /// \e
168.388 - virtual void _setObjCoeff(int i, _Value obj_coef) = 0;
168.389 - /// \e
168.390 - virtual _Value _getObjCoeff(int i) = 0;
168.391 -
168.392 - //SOLUTION RETRIEVING
168.393 -
168.394 - /// \e
168.395 - virtual _Value _getPrimal(int i) = 0;
168.396 - //@}
168.397 -
168.398 - /*! @name High level interface (public members)
168.399 - Problem manipulating functions in the high level interface
168.400 - */
168.401 - //@{
168.402 - public:
168.403 -
168.404 - //MATRIX MANIPULATING FUNCTIONS
168.405 -
168.406 - /// \e
168.407 - Col addCol() {
168.408 - int i=_addCol();
168.409 - Col col;
168.410 - col_iter_map.first(col, INVALID_CLASS);
168.411 - if (col_iter_map.valid(col)) { //van hasznalhato hely
168.412 - col_iter_map.set(col, INVALID_CLASS, VALID_CLASS);
168.413 - col_iter_map[col]=i;
168.414 - } else { //a cucc vegere kell inzertalni mert nincs szabad hely
168.415 - col=col_iter_map.push_back(i, VALID_CLASS);
168.416 - }
168.417 - int_col_map.push_back(col);
168.418 - return col;
168.419 - }
168.420 - /// \e
168.421 - Row addRow() {
168.422 - int i=_addRow();
168.423 - Row row;
168.424 - row_iter_map.first(row, INVALID_CLASS);
168.425 - if (row_iter_map.valid(row)) { //van hasznalhato hely
168.426 - row_iter_map.set(row, INVALID_CLASS, VALID_CLASS);
168.427 - row_iter_map[row]=i;
168.428 - } else { //a cucc vegere kell inzertalni mert nincs szabad hely
168.429 - row=row_iter_map.push_back(i, VALID_CLASS);
168.430 - }
168.431 - int_row_map.push_back(row);
168.432 - return row;
168.433 - }
168.434 - /// \e
168.435 - void eraseCol(const Col& col) {
168.436 - col_iter_map.set(col, VALID_CLASS, INVALID_CLASS);
168.437 - int cols[2];
168.438 - cols[1]=col_iter_map[col];
168.439 - _eraseCol(cols[1]);
168.440 - col_iter_map[col]=0; //glpk specifikus, de kell ez??
168.441 - Col it;
168.442 - for (col_iter_map.first(it, VALID_CLASS);
168.443 - col_iter_map.valid(it); col_iter_map.next(it)) {
168.444 - if (col_iter_map[it]>cols[1]) --col_iter_map[it];
168.445 - }
168.446 - int_col_map.erase(int_col_map.begin()+cols[1]);
168.447 - }
168.448 - /// \e
168.449 - void eraseRow(const Row& row) {
168.450 - row_iter_map.set(row, VALID_CLASS, INVALID_CLASS);
168.451 - int rows[2];
168.452 - rows[1]=row_iter_map[row];
168.453 - _eraseRow(rows[1]);
168.454 - row_iter_map[row]=0; //glpk specifikus, de kell ez??
168.455 - Row it;
168.456 - for (row_iter_map.first(it, VALID_CLASS);
168.457 - row_iter_map.valid(it); row_iter_map.next(it)) {
168.458 - if (row_iter_map[it]>rows[1]) --row_iter_map[it];
168.459 - }
168.460 - int_row_map.erase(int_row_map.begin()+rows[1]);
168.461 - }
168.462 - /// \e
168.463 - void setCoeff(Col col, Row row, _Value value) {
168.464 - _setCoeff(col_iter_map[col], row_iter_map[row], value);
168.465 - }
168.466 - /// \e
168.467 - _Value getCoeff(Col col, Row row) {
168.468 - return _getCoeff(col_iter_map[col], row_iter_map[row], value);
168.469 - }
168.470 - /// \e
168.471 - void setColLowerBound(Col col, _Value lo) {
168.472 - _setColLowerBound(col_iter_map[col], lo);
168.473 - }
168.474 - /// \e
168.475 - _Value getColLowerBound(Col col) {
168.476 - return _getColLowerBound(col_iter_map[col]);
168.477 - }
168.478 - /// \e
168.479 - void setColUpperBound(Col col, _Value up) {
168.480 - _setColUpperBound(col_iter_map[col], up);
168.481 - }
168.482 - /// \e
168.483 - _Value getColUpperBound(Col col) {
168.484 - return _getColUpperBound(col_iter_map[col]);
168.485 - }
168.486 - /// \e
168.487 - void setRowLowerBound(Row row, _Value lo) {
168.488 - _setRowLowerBound(row_iter_map[row], lo);
168.489 - }
168.490 - /// \e
168.491 - _Value getRowLowerBound(Row row) {
168.492 - return _getRowLowerBound(row_iter_map[row]);
168.493 - }
168.494 - /// \e
168.495 - void setRowUpperBound(Row row, _Value up) {
168.496 - _setRowUpperBound(row_iter_map[row], up);
168.497 - }
168.498 - /// \e
168.499 - _Value getRowUpperBound(Row row) {
168.500 - return _getRowUpperBound(row_iter_map[row]);
168.501 - }
168.502 - /// \e
168.503 - void setObjCoeff(const Col& col, _Value obj_coef) {
168.504 - _setObjCoeff(col_iter_map[col], obj_coef);
168.505 - }
168.506 - /// \e
168.507 - _Value getObjCoeff(const Col& col) {
168.508 - return _getObjCoeff(col_iter_map[col]);
168.509 - }
168.510 -
168.511 - //SOLUTION RETRIEVING FUNCTIONS
168.512 -
168.513 - /// \e
168.514 - _Value getPrimal(const Col& col) {
168.515 - return _getPrimal(col_iter_map[col]);
168.516 - }
168.517 -
168.518 - //@}
168.519 -
168.520 - /*! @name User friend interface
168.521 - Problem manipulating functions in the user friend interface
168.522 - */
168.523 - //@{
168.524 -
168.525 - //EXPRESSION TYPES
168.526 -
168.527 - /// \e
168.528 - typedef Expr<Col, _Value> Expression;
168.529 - /// \e
168.530 - typedef Expr<Row, _Value> DualExpression;
168.531 - /// \e
168.532 - typedef Constr<Col, _Value> Constraint;
168.533 -
168.534 - //MATRIX MANIPULATING FUNCTIONS
168.535 -
168.536 - /// \e
168.537 - void setRowCoeffs(Row row, const Expression& expr) {
168.538 - std::vector<std::pair<int, _Value> > row_coeffs;
168.539 - for(typename Expression::Data::const_iterator i=expr.data.begin();
168.540 - i!=expr.data.end(); ++i) {
168.541 - row_coeffs.push_back(std::make_pair
168.542 - (col_iter_map[(*i).first], (*i).second));
168.543 - }
168.544 - _setRowCoeffs(row_iter_map[row], row_coeffs);
168.545 - }
168.546 - /// \e
168.547 - void setRow(Row row, const Constraint& constr) {
168.548 - setRowCoeffs(row, constr.expr);
168.549 - setRowLowerBound(row, constr.lo);
168.550 - setRowUpperBound(row, constr.up);
168.551 - }
168.552 - /// \e
168.553 - Row addRow(const Constraint& constr) {
168.554 - Row row=addRow();
168.555 - setRowCoeffs(row, constr.expr);
168.556 - setRowLowerBound(row, constr.lo);
168.557 - setRowUpperBound(row, constr.up);
168.558 - return row;
168.559 - }
168.560 - /// \e
168.561 - /// This routine modifies \c expr by only adding to it.
168.562 - void getRowCoeffs(Row row, Expression& expr) {
168.563 - std::vector<std::pair<int, _Value> > row_coeffs;
168.564 - _getRowCoeffs(row_iter_map[row], row_coeffs);
168.565 - for(typename std::vector<std::pair<int, _Value> >::const_iterator
168.566 - i=row_coeffs.begin(); i!=row_coeffs.end(); ++i) {
168.567 - expr+= (*i).second*int_col_map[(*i).first];
168.568 - }
168.569 - }
168.570 - /// \e
168.571 - void setColCoeffs(Col col, const DualExpression& expr) {
168.572 - std::vector<std::pair<int, _Value> > col_coeffs;
168.573 - for(typename DualExpression::Data::const_iterator i=expr.data.begin();
168.574 - i!=expr.data.end(); ++i) {
168.575 - col_coeffs.push_back(std::make_pair
168.576 - (row_iter_map[(*i).first], (*i).second));
168.577 - }
168.578 - _setColCoeffs(col_iter_map[col], col_coeffs);
168.579 - }
168.580 - /// \e
168.581 - /// This routine modifies \c expr by only adding to it.
168.582 - void getColCoeffs(Col col, DualExpression& expr) {
168.583 - std::vector<std::pair<int, _Value> > col_coeffs;
168.584 - _getColCoeffs(col_iter_map[col], col_coeffs);
168.585 - for(typename std::vector<std::pair<int, _Value> >::const_iterator
168.586 - i=col_coeffs.begin(); i!=col_coeffs.end(); ++i) {
168.587 - expr+= (*i).second*int_row_map[(*i).first];
168.588 - }
168.589 - }
168.590 - /// \e
168.591 - void setObjCoeffs(const Expression& expr) {
168.592 - // writing zero everywhere
168.593 - for(Cols::ClassIt it(col_iter_map, VALID_CLASS); it!=INVALID; ++it)
168.594 - setObjCoeff(it, 0.0);
168.595 - // writing the data needed
168.596 - for(typename Expression::Data::const_iterator i=expr.data.begin();
168.597 - i!=expr.data.end(); ++i) {
168.598 - setObjCoeff((*i).first, (*i).second);
168.599 - }
168.600 - }
168.601 - /// \e
168.602 - /// This routine modifies \c expr by only adding to it.
168.603 - void getObjCoeffs(Expression& expr) {
168.604 - for(Cols::ClassIt it(col_iter_map, VALID_CLASS); it!=INVALID; ++it)
168.605 - expr+=getObjCoeff(it)*it;
168.606 - }
168.607 - //@}
168.608 -
168.609 -
168.610 - /*! @name MIP functions and types (public members)
168.611 - */
168.612 - //@{
168.613 - public:
168.614 - /// \e
168.615 - virtual void solveBandB() = 0;
168.616 - /// \e
168.617 - virtual void setLP() = 0;
168.618 - /// \e
168.619 - virtual void setMIP() = 0;
168.620 - protected:
168.621 - /// \e
168.622 - virtual void _setColCont(int i) = 0;
168.623 - /// \e
168.624 - virtual void _setColInt(int i) = 0;
168.625 - /// \e
168.626 - virtual _Value _getMIPPrimal(int i) = 0;
168.627 - public:
168.628 - /// \e
168.629 - void setColCont(Col col) {
168.630 - _setColCont(col_iter_map[col]);
168.631 - }
168.632 - /// \e
168.633 - void setColInt(Col col) {
168.634 - _setColInt(col_iter_map[col]);
168.635 - }
168.636 - /// \e
168.637 - _Value getMIPPrimal(Col col) {
168.638 - return _getMIPPrimal(col_iter_map[col]);
168.639 - }
168.640 - //@}
168.641 - };
168.642 -
168.643 - template <typename _Value>
168.644 - const _Value LPSolverBase<_Value>::INF=std::numeric_limits<_Value>::infinity();
168.645 -
168.646 -
168.647 - /// \brief Wrapper for GLPK solver
168.648 - ///
168.649 - /// This class implements a lemon wrapper for GLPK.
168.650 - class LPGLPK : public LPSolverBase<double> {
168.651 - public:
168.652 - typedef LPSolverBase<double> Parent;
168.653 -
168.654 - public:
168.655 - /// \e
168.656 - LPX* lp;
168.657 -
168.658 - public:
168.659 - /// \e
168.660 - LPGLPK() : Parent(),
168.661 - lp(lpx_create_prob()) {
168.662 - int_row_map.push_back(Row());
168.663 - int_col_map.push_back(Col());
168.664 - lpx_set_int_parm(lp, LPX_K_DUAL, 1);
168.665 - }
168.666 - /// \e
168.667 - ~LPGLPK() {
168.668 - lpx_delete_prob(lp);
168.669 - }
168.670 -
168.671 - //MATRIX INDEPEDENT MANIPULATING FUNCTIONS
168.672 -
168.673 - /// \e
168.674 - void setMinimize() {
168.675 - lpx_set_obj_dir(lp, LPX_MIN);
168.676 - }
168.677 - /// \e
168.678 - void setMaximize() {
168.679 - lpx_set_obj_dir(lp, LPX_MAX);
168.680 - }
168.681 -
168.682 - //LOW LEVEL INTERFACE, MATRIX MANIPULATING FUNCTIONS
168.683 -
168.684 - protected:
168.685 - /// \e
168.686 - int _addCol() {
168.687 - int i=lpx_add_cols(lp, 1);
168.688 - _setColLowerBound(i, -INF);
168.689 - _setColUpperBound(i, INF);
168.690 - return i;
168.691 - }
168.692 - /// \e
168.693 - int _addRow() {
168.694 - int i=lpx_add_rows(lp, 1);
168.695 - return i;
168.696 - }
168.697 - /// \e
168.698 - virtual void _setRowCoeffs(int i,
168.699 - const std::vector<std::pair<int, double> >& coeffs) {
168.700 - int mem_length=1+colNum();
168.701 - int* indices = new int[mem_length];
168.702 - double* doubles = new double[mem_length];
168.703 - int length=0;
168.704 - for (std::vector<std::pair<int, double> >::
168.705 - const_iterator it=coeffs.begin(); it!=coeffs.end(); ++it) {
168.706 - ++length;
168.707 - indices[length]=it->first;
168.708 - doubles[length]=it->second;
168.709 - }
168.710 - lpx_set_mat_row(lp, i, length, indices, doubles);
168.711 - delete [] indices;
168.712 - delete [] doubles;
168.713 - }
168.714 - /// \e
168.715 - virtual void _getRowCoeffs(int i,
168.716 - std::vector<std::pair<int, double> >& coeffs) {
168.717 - int mem_length=1+colNum();
168.718 - int* indices = new int[mem_length];
168.719 - double* doubles = new double[mem_length];
168.720 - int length=lpx_get_mat_row(lp, i, indices, doubles);
168.721 - for (int i=1; i<=length; ++i) {
168.722 - coeffs.push_back(std::make_pair(indices[i], doubles[i]));
168.723 - }
168.724 - delete [] indices;
168.725 - delete [] doubles;
168.726 - }
168.727 - /// \e
168.728 - virtual void _setColCoeffs(int i,
168.729 - const std::vector<std::pair<int, double> >& coeffs) {
168.730 - int mem_length=1+rowNum();
168.731 - int* indices = new int[mem_length];
168.732 - double* doubles = new double[mem_length];
168.733 - int length=0;
168.734 - for (std::vector<std::pair<int, double> >::
168.735 - const_iterator it=coeffs.begin(); it!=coeffs.end(); ++it) {
168.736 - ++length;
168.737 - indices[length]=it->first;
168.738 - doubles[length]=it->second;
168.739 - }
168.740 - lpx_set_mat_col(lp, i, length, indices, doubles);
168.741 - delete [] indices;
168.742 - delete [] doubles;
168.743 - }
168.744 - /// \e
168.745 - virtual void _getColCoeffs(int i,
168.746 - std::vector<std::pair<int, double> >& coeffs) {
168.747 - int mem_length=1+rowNum();
168.748 - int* indices = new int[mem_length];
168.749 - double* doubles = new double[mem_length];
168.750 - int length=lpx_get_mat_col(lp, i, indices, doubles);
168.751 - for (int i=1; i<=length; ++i) {
168.752 - coeffs.push_back(std::make_pair(indices[i], doubles[i]));
168.753 - }
168.754 - delete [] indices;
168.755 - delete [] doubles;
168.756 - }
168.757 - /// \e
168.758 - virtual void _eraseCol(int i) {
168.759 - int cols[2];
168.760 - cols[1]=i;
168.761 - lpx_del_cols(lp, 1, cols);
168.762 - }
168.763 - virtual void _eraseRow(int i) {
168.764 - int rows[2];
168.765 - rows[1]=i;
168.766 - lpx_del_rows(lp, 1, rows);
168.767 - }
168.768 - void _setCoeff(int col, int row, double value) {
168.769 - /// FIXME not yet implemented
168.770 - }
168.771 - double _getCoeff(int col, int row) {
168.772 - /// FIXME not yet implemented
168.773 - return 0.0;
168.774 - }
168.775 - virtual void _setColLowerBound(int i, double lo) {
168.776 - if (lo==INF) {
168.777 - //FIXME error
168.778 - }
168.779 - int b=lpx_get_col_type(lp, i);
168.780 - double up=lpx_get_col_ub(lp, i);
168.781 - if (lo==-INF) {
168.782 - switch (b) {
168.783 - case LPX_FR:
168.784 - case LPX_LO:
168.785 - lpx_set_col_bnds(lp, i, LPX_FR, lo, up);
168.786 - break;
168.787 - case LPX_UP:
168.788 - break;
168.789 - case LPX_DB:
168.790 - case LPX_FX:
168.791 - lpx_set_col_bnds(lp, i, LPX_UP, lo, up);
168.792 - break;
168.793 - default: ;
168.794 - //FIXME error
168.795 - }
168.796 - } else {
168.797 - switch (b) {
168.798 - case LPX_FR:
168.799 - case LPX_LO:
168.800 - lpx_set_col_bnds(lp, i, LPX_LO, lo, up);
168.801 - break;
168.802 - case LPX_UP:
168.803 - case LPX_DB:
168.804 - case LPX_FX:
168.805 - if (lo==up)
168.806 - lpx_set_col_bnds(lp, i, LPX_FX, lo, up);
168.807 - else
168.808 - lpx_set_col_bnds(lp, i, LPX_DB, lo, up);
168.809 - break;
168.810 - default: ;
168.811 - //FIXME error
168.812 - }
168.813 - }
168.814 - }
168.815 - virtual double _getColLowerBound(int i) {
168.816 - int b=lpx_get_col_type(lp, i);
168.817 - switch (b) {
168.818 - case LPX_FR:
168.819 - return -INF;
168.820 - case LPX_LO:
168.821 - return lpx_get_col_lb(lp, i);
168.822 - case LPX_UP:
168.823 - return -INF;
168.824 - case LPX_DB:
168.825 - case LPX_FX:
168.826 - return lpx_get_col_lb(lp, i);
168.827 - default: ;
168.828 - //FIXME error
168.829 - return 0.0;
168.830 - }
168.831 - }
168.832 - virtual void _setColUpperBound(int i, double up) {
168.833 - if (up==-INF) {
168.834 - //FIXME error
168.835 - }
168.836 - int b=lpx_get_col_type(lp, i);
168.837 - double lo=lpx_get_col_lb(lp, i);
168.838 - if (up==INF) {
168.839 - switch (b) {
168.840 - case LPX_FR:
168.841 - case LPX_LO:
168.842 - break;
168.843 - case LPX_UP:
168.844 - lpx_set_col_bnds(lp, i, LPX_FR, lo, up);
168.845 - break;
168.846 - case LPX_DB:
168.847 - case LPX_FX:
168.848 - lpx_set_col_bnds(lp, i, LPX_LO, lo, up);
168.849 - break;
168.850 - default: ;
168.851 - //FIXME error
168.852 - }
168.853 - } else {
168.854 - switch (b) {
168.855 - case LPX_FR:
168.856 - lpx_set_col_bnds(lp, i, LPX_UP, lo, up);
168.857 - break;
168.858 - case LPX_LO:
168.859 - if (lo==up)
168.860 - lpx_set_col_bnds(lp, i, LPX_FX, lo, up);
168.861 - else
168.862 - lpx_set_col_bnds(lp, i, LPX_DB, lo, up);
168.863 - break;
168.864 - case LPX_UP:
168.865 - lpx_set_col_bnds(lp, i, LPX_UP, lo, up);
168.866 - break;
168.867 - case LPX_DB:
168.868 - case LPX_FX:
168.869 - if (lo==up)
168.870 - lpx_set_col_bnds(lp, i, LPX_FX, lo, up);
168.871 - else
168.872 - lpx_set_col_bnds(lp, i, LPX_DB, lo, up);
168.873 - break;
168.874 - default: ;
168.875 - //FIXME error
168.876 - }
168.877 - }
168.878 - }
168.879 - virtual double _getColUpperBound(int i) {
168.880 - int b=lpx_get_col_type(lp, i);
168.881 - switch (b) {
168.882 - case LPX_FR:
168.883 - case LPX_LO:
168.884 - return INF;
168.885 - case LPX_UP:
168.886 - case LPX_DB:
168.887 - case LPX_FX:
168.888 - return lpx_get_col_ub(lp, i);
168.889 - default: ;
168.890 - //FIXME error
168.891 - return 0.0;
168.892 - }
168.893 - }
168.894 - virtual void _setRowLowerBound(int i, double lo) {
168.895 - if (lo==INF) {
168.896 - //FIXME error
168.897 - }
168.898 - int b=lpx_get_row_type(lp, i);
168.899 - double up=lpx_get_row_ub(lp, i);
168.900 - if (lo==-INF) {
168.901 - switch (b) {
168.902 - case LPX_FR:
168.903 - case LPX_LO:
168.904 - lpx_set_row_bnds(lp, i, LPX_FR, lo, up);
168.905 - break;
168.906 - case LPX_UP:
168.907 - break;
168.908 - case LPX_DB:
168.909 - case LPX_FX:
168.910 - lpx_set_row_bnds(lp, i, LPX_UP, lo, up);
168.911 - break;
168.912 - default: ;
168.913 - //FIXME error
168.914 - }
168.915 - } else {
168.916 - switch (b) {
168.917 - case LPX_FR:
168.918 - case LPX_LO:
168.919 - lpx_set_row_bnds(lp, i, LPX_LO, lo, up);
168.920 - break;
168.921 - case LPX_UP:
168.922 - case LPX_DB:
168.923 - case LPX_FX:
168.924 - if (lo==up)
168.925 - lpx_set_row_bnds(lp, i, LPX_FX, lo, up);
168.926 - else
168.927 - lpx_set_row_bnds(lp, i, LPX_DB, lo, up);
168.928 - break;
168.929 - default: ;
168.930 - //FIXME error
168.931 - }
168.932 - }
168.933 - }
168.934 - virtual double _getRowLowerBound(int i) {
168.935 - int b=lpx_get_row_type(lp, i);
168.936 - switch (b) {
168.937 - case LPX_FR:
168.938 - return -INF;
168.939 - case LPX_LO:
168.940 - return lpx_get_row_lb(lp, i);
168.941 - case LPX_UP:
168.942 - return -INF;
168.943 - case LPX_DB:
168.944 - case LPX_FX:
168.945 - return lpx_get_row_lb(lp, i);
168.946 - default: ;
168.947 - //FIXME error
168.948 - return 0.0;
168.949 - }
168.950 - }
168.951 - virtual void _setRowUpperBound(int i, double up) {
168.952 - if (up==-INF) {
168.953 - //FIXME error
168.954 - }
168.955 - int b=lpx_get_row_type(lp, i);
168.956 - double lo=lpx_get_row_lb(lp, i);
168.957 - if (up==INF) {
168.958 - switch (b) {
168.959 - case LPX_FR:
168.960 - case LPX_LO:
168.961 - break;
168.962 - case LPX_UP:
168.963 - lpx_set_row_bnds(lp, i, LPX_FR, lo, up);
168.964 - break;
168.965 - case LPX_DB:
168.966 - case LPX_FX:
168.967 - lpx_set_row_bnds(lp, i, LPX_LO, lo, up);
168.968 - break;
168.969 - default: ;
168.970 - //FIXME error
168.971 - }
168.972 - } else {
168.973 - switch (b) {
168.974 - case LPX_FR:
168.975 - lpx_set_row_bnds(lp, i, LPX_UP, lo, up);
168.976 - break;
168.977 - case LPX_LO:
168.978 - if (lo==up)
168.979 - lpx_set_row_bnds(lp, i, LPX_FX, lo, up);
168.980 - else
168.981 - lpx_set_row_bnds(lp, i, LPX_DB, lo, up);
168.982 - break;
168.983 - case LPX_UP:
168.984 - lpx_set_row_bnds(lp, i, LPX_UP, lo, up);
168.985 - break;
168.986 - case LPX_DB:
168.987 - case LPX_FX:
168.988 - if (lo==up)
168.989 - lpx_set_row_bnds(lp, i, LPX_FX, lo, up);
168.990 - else
168.991 - lpx_set_row_bnds(lp, i, LPX_DB, lo, up);
168.992 - break;
168.993 - default: ;
168.994 - //FIXME error
168.995 - }
168.996 - }
168.997 - }
168.998 - virtual double _getRowUpperBound(int i) {
168.999 - int b=lpx_get_row_type(lp, i);
168.1000 - switch (b) {
168.1001 - case LPX_FR:
168.1002 - case LPX_LO:
168.1003 - return INF;
168.1004 - case LPX_UP:
168.1005 - case LPX_DB:
168.1006 - case LPX_FX:
168.1007 - return lpx_get_row_ub(lp, i);
168.1008 - default: ;
168.1009 - //FIXME error
168.1010 - return 0.0;
168.1011 - }
168.1012 - }
168.1013 - /// \e
168.1014 - virtual double _getObjCoeff(int i) {
168.1015 - return lpx_get_obj_coef(lp, i);
168.1016 - }
168.1017 - /// \e
168.1018 - virtual void _setObjCoeff(int i, double obj_coef) {
168.1019 - lpx_set_obj_coef(lp, i, obj_coef);
168.1020 - }
168.1021 - public:
168.1022 - /// \e
168.1023 - void solveSimplex() { lpx_simplex(lp); }
168.1024 - /// \e
168.1025 - void solvePrimalSimplex() { lpx_simplex(lp); }
168.1026 - /// \e
168.1027 - void solveDualSimplex() { lpx_simplex(lp); }
168.1028 - protected:
168.1029 - virtual double _getPrimal(int i) {
168.1030 - return lpx_get_col_prim(lp, i);
168.1031 - }
168.1032 - public:
168.1033 - /// \e
168.1034 - double getObjVal() { return lpx_get_obj_val(lp); }
168.1035 - /// \e
168.1036 - int rowNum() const { return lpx_get_num_rows(lp); }
168.1037 - /// \e
168.1038 - int colNum() const { return lpx_get_num_cols(lp); }
168.1039 - /// \e
168.1040 - int warmUp() { return lpx_warm_up(lp); }
168.1041 - /// \e
168.1042 - void printWarmUpStatus(int i) {
168.1043 - switch (i) {
168.1044 - case LPX_E_OK: cout << "LPX_E_OK" << endl; break;
168.1045 - case LPX_E_EMPTY: cout << "LPX_E_EMPTY" << endl; break;
168.1046 - case LPX_E_BADB: cout << "LPX_E_BADB" << endl; break;
168.1047 - case LPX_E_SING: cout << "LPX_E_SING" << endl; break;
168.1048 - }
168.1049 - }
168.1050 - /// \e
168.1051 - int getPrimalStatus() { return lpx_get_prim_stat(lp); }
168.1052 - /// \e
168.1053 - void printPrimalStatus(int i) {
168.1054 - switch (i) {
168.1055 - case LPX_P_UNDEF: cout << "LPX_P_UNDEF" << endl; break;
168.1056 - case LPX_P_FEAS: cout << "LPX_P_FEAS" << endl; break;
168.1057 - case LPX_P_INFEAS: cout << "LPX_P_INFEAS" << endl; break;
168.1058 - case LPX_P_NOFEAS: cout << "LPX_P_NOFEAS" << endl; break;
168.1059 - }
168.1060 - }
168.1061 - /// \e
168.1062 - int getDualStatus() { return lpx_get_dual_stat(lp); }
168.1063 - /// \e
168.1064 - void printDualStatus(int i) {
168.1065 - switch (i) {
168.1066 - case LPX_D_UNDEF: cout << "LPX_D_UNDEF" << endl; break;
168.1067 - case LPX_D_FEAS: cout << "LPX_D_FEAS" << endl; break;
168.1068 - case LPX_D_INFEAS: cout << "LPX_D_INFEAS" << endl; break;
168.1069 - case LPX_D_NOFEAS: cout << "LPX_D_NOFEAS" << endl; break;
168.1070 - }
168.1071 - }
168.1072 - /// Returns the status of the slack variable assigned to row \c row.
168.1073 - int getRowStat(const Row& row) {
168.1074 - return lpx_get_row_stat(lp, row_iter_map[row]);
168.1075 - }
168.1076 - /// \e
168.1077 - void printRowStatus(int i) {
168.1078 - switch (i) {
168.1079 - case LPX_BS: cout << "LPX_BS" << endl; break;
168.1080 - case LPX_NL: cout << "LPX_NL" << endl; break;
168.1081 - case LPX_NU: cout << "LPX_NU" << endl; break;
168.1082 - case LPX_NF: cout << "LPX_NF" << endl; break;
168.1083 - case LPX_NS: cout << "LPX_NS" << endl; break;
168.1084 - }
168.1085 - }
168.1086 - /// Returns the status of the variable assigned to column \c col.
168.1087 - int getColStat(const Col& col) {
168.1088 - return lpx_get_col_stat(lp, col_iter_map[col]);
168.1089 - }
168.1090 - /// \e
168.1091 - void printColStatus(int i) {
168.1092 - switch (i) {
168.1093 - case LPX_BS: cout << "LPX_BS" << endl; break;
168.1094 - case LPX_NL: cout << "LPX_NL" << endl; break;
168.1095 - case LPX_NU: cout << "LPX_NU" << endl; break;
168.1096 - case LPX_NF: cout << "LPX_NF" << endl; break;
168.1097 - case LPX_NS: cout << "LPX_NS" << endl; break;
168.1098 - }
168.1099 - }
168.1100 -
168.1101 - // MIP
168.1102 - /// \e
168.1103 - void solveBandB() { lpx_integer(lp); }
168.1104 - /// \e
168.1105 - void setLP() { lpx_set_class(lp, LPX_LP); }
168.1106 - /// \e
168.1107 - void setMIP() { lpx_set_class(lp, LPX_MIP); }
168.1108 - protected:
168.1109 - /// \e
168.1110 - void _setColCont(int i) { lpx_set_col_kind(lp, i, LPX_CV); }
168.1111 - /// \e
168.1112 - void _setColInt(int i) { lpx_set_col_kind(lp, i, LPX_IV); }
168.1113 - /// \e
168.1114 - double _getMIPPrimal(int i) { return lpx_mip_col_val(lp, i); }
168.1115 - };
168.1116 -
168.1117 - /// @}
168.1118 -
168.1119 -} //namespace lemon
168.1120 -
168.1121 -#endif //LEMON_LP_SOLVER_BASE_H
169.1 --- a/src/work/marci/lp/lp_solver_wrapper.h Sun Apr 17 18:57:22 2005 +0000
169.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
169.3 @@ -1,431 +0,0 @@
169.4 -// -*- c++ -*-
169.5 -#ifndef LEMON_LP_SOLVER_WRAPPER_H
169.6 -#define LEMON_LP_SOLVER_WRAPPER_H
169.7 -
169.8 -///\ingroup misc
169.9 -///\file
169.10 -///\brief Dijkstra algorithm.
169.11 -
169.12 -// #include <stdio.h>
169.13 -#include <stdlib.h>
169.14 -// #include <stdio>
169.15 -//#include <stdlib>
169.16 -extern "C" {
169.17 -#include "glpk.h"
169.18 -}
169.19 -
169.20 -#include <iostream>
169.21 -#include <vector>
169.22 -#include <string>
169.23 -#include <list>
169.24 -#include <memory>
169.25 -#include <utility>
169.26 -
169.27 -//#include <sage_graph.h>
169.28 -//#include <lemon/list_graph.h>
169.29 -//#include <lemon/graph_wrapper.h>
169.30 -#include <lemon/invalid.h>
169.31 -//#include <bfs_dfs.h>
169.32 -//#include <stp.h>
169.33 -//#include <lemon/max_flow.h>
169.34 -//#include <augmenting_flow.h>
169.35 -//#include <iter_map.h>
169.36 -
169.37 -using std::cout;
169.38 -using std::cin;
169.39 -using std::endl;
169.40 -
169.41 -namespace lemon {
169.42 -
169.43 -
169.44 - /// \addtogroup misc
169.45 - /// @{
169.46 -
169.47 - /// \brief A partitioned vector with iterable classes.
169.48 - ///
169.49 - /// This class implements a container in which the data is stored in an
169.50 - /// stl vector, the range is partitioned into sets and each set is
169.51 - /// doubly linked in a list.
169.52 - /// That is, each class is iterable by lemon iterators, and any member of
169.53 - /// the vector can bo moved to an other class.
169.54 - template <typename T>
169.55 - class IterablePartition {
169.56 - protected:
169.57 - struct Node {
169.58 - T data;
169.59 - int prev; //invalid az -1
169.60 - int next;
169.61 - };
169.62 - std::vector<Node> nodes;
169.63 - struct Tip {
169.64 - int first;
169.65 - int last;
169.66 - };
169.67 - std::vector<Tip> tips;
169.68 - public:
169.69 - /// The classes are indexed by integers from \c 0 to \c classNum()-1.
169.70 - int classNum() const { return tips.size(); }
169.71 - /// This lemon style iterator iterates through a class.
169.72 - class ClassIt;
169.73 - /// Constructor. The number of classes is to be given which is fixed
169.74 - /// over the life of the container.
169.75 - /// The partition classes are indexed from 0 to class_num-1.
169.76 - IterablePartition(int class_num) {
169.77 - for (int i=0; i<class_num; ++i) {
169.78 - Tip t;
169.79 - t.first=t.last=-1;
169.80 - tips.push_back(t);
169.81 - }
169.82 - }
169.83 - protected:
169.84 - void befuz(ClassIt it, int class_id) {
169.85 - if (tips[class_id].first==-1) {
169.86 - if (tips[class_id].last==-1) {
169.87 - nodes[it.i].prev=nodes[it.i].next=-1;
169.88 - tips[class_id].first=tips[class_id].last=it.i;
169.89 - }
169.90 - } else {
169.91 - nodes[it.i].prev=tips[class_id].last;
169.92 - nodes[it.i].next=-1;
169.93 - nodes[tips[class_id].last].next=it.i;
169.94 - tips[class_id].last=it.i;
169.95 - }
169.96 - }
169.97 - void kifuz(ClassIt it, int class_id) {
169.98 - if (tips[class_id].first==it.i) {
169.99 - if (tips[class_id].last==it.i) {
169.100 - tips[class_id].first=tips[class_id].last=-1;
169.101 - } else {
169.102 - tips[class_id].first=nodes[it.i].next;
169.103 - nodes[nodes[it.i].next].prev=-1;
169.104 - }
169.105 - } else {
169.106 - if (tips[class_id].last==it.i) {
169.107 - tips[class_id].last=nodes[it.i].prev;
169.108 - nodes[nodes[it.i].prev].next=-1;
169.109 - } else {
169.110 - nodes[nodes[it.i].next].prev=nodes[it.i].prev;
169.111 - nodes[nodes[it.i].prev].next=nodes[it.i].next;
169.112 - }
169.113 - }
169.114 - }
169.115 - public:
169.116 - /// A new element with data \c t is pushed into the vector and into class
169.117 - /// \c class_id.
169.118 - ClassIt push_back(const T& t, int class_id) {
169.119 - Node n;
169.120 - n.data=t;
169.121 - nodes.push_back(n);
169.122 - int i=nodes.size()-1;
169.123 - befuz(i, class_id);
169.124 - return i;
169.125 - }
169.126 - /// A member is moved to an other class.
169.127 - void set(ClassIt it, int old_class_id, int new_class_id) {
169.128 - kifuz(it.i, old_class_id);
169.129 - befuz(it.i, new_class_id);
169.130 - }
169.131 - /// Returns the data pointed by \c it.
169.132 - T& operator[](ClassIt it) { return nodes[it.i].data; }
169.133 - /// Returns the data pointed by \c it.
169.134 - const T& operator[](ClassIt it) const { return nodes[it.i].data; }
169.135 - ///.
169.136 - class ClassIt {
169.137 - friend class IterablePartition;
169.138 - protected:
169.139 - int i;
169.140 - public:
169.141 - /// Default constructor.
169.142 - ClassIt() { }
169.143 - /// This constructor constructs an iterator which points
169.144 - /// to the member of th container indexed by the integer _i.
169.145 - ClassIt(const int& _i) : i(_i) { }
169.146 - /// Invalid constructor.
169.147 - ClassIt(const Invalid&) : i(-1) { }
169.148 - };
169.149 - /// First member of class \c class_id.
169.150 - ClassIt& first(ClassIt& it, int class_id) const {
169.151 - it.i=tips[class_id].first;
169.152 - return it;
169.153 - }
169.154 - /// Next member.
169.155 - ClassIt& next(ClassIt& it) const {
169.156 - it.i=nodes[it.i].next;
169.157 - return it;
169.158 - }
169.159 - /// True iff the iterator is valid.
169.160 - bool valid(const ClassIt& it) const { return it.i!=-1; }
169.161 - };
169.162 -
169.163 - /// \brief Wrappers for LP solvers
169.164 - ///
169.165 - /// This class implements a lemon wrapper for glpk.
169.166 - /// Later other LP-solvers will be wrapped into lemon.
169.167 - /// The aim of this class is to give a general surface to different
169.168 - /// solvers, i.e. it makes possible to write algorithms using LP's,
169.169 - /// in which the solver can be changed to an other one easily.
169.170 - class LPSolverWrapper {
169.171 - public:
169.172 -
169.173 -// class Row {
169.174 -// protected:
169.175 -// int i;
169.176 -// public:
169.177 -// Row() { }
169.178 -// Row(const Invalid&) : i(0) { }
169.179 -// Row(const int& _i) : i(_i) { }
169.180 -// operator int() const { return i; }
169.181 -// };
169.182 -// class RowIt : public Row {
169.183 -// public:
169.184 -// RowIt(const Row& row) : Row(row) { }
169.185 -// };
169.186 -
169.187 -// class Col {
169.188 -// protected:
169.189 -// int i;
169.190 -// public:
169.191 -// Col() { }
169.192 -// Col(const Invalid&) : i(0) { }
169.193 -// Col(const int& _i) : i(_i) { }
169.194 -// operator int() const { return i; }
169.195 -// };
169.196 -// class ColIt : public Col {
169.197 -// ColIt(const Col& col) : Col(col) { }
169.198 -// };
169.199 -
169.200 - public:
169.201 - ///.
169.202 - LPX* lp;
169.203 - ///.
169.204 - typedef IterablePartition<int>::ClassIt RowIt;
169.205 - ///.
169.206 - IterablePartition<int> row_iter_map;
169.207 - ///.
169.208 - typedef IterablePartition<int>::ClassIt ColIt;
169.209 - ///.
169.210 - IterablePartition<int> col_iter_map;
169.211 - //std::vector<int> row_id_to_lp_row_id;
169.212 - //std::vector<int> col_id_to_lp_col_id;
169.213 - ///.
169.214 - const int VALID_ID;
169.215 - ///.
169.216 - const int INVALID_ID;
169.217 -
169.218 - public:
169.219 - ///.
169.220 - LPSolverWrapper() : lp(lpx_create_prob()),
169.221 - row_iter_map(2),
169.222 - col_iter_map(2),
169.223 - //row_id_to_lp_row_id(), col_id_to_lp_col_id(),
169.224 - VALID_ID(0), INVALID_ID(1) {
169.225 - lpx_set_int_parm(lp, LPX_K_DUAL, 1);
169.226 - }
169.227 - ///.
169.228 - ~LPSolverWrapper() {
169.229 - lpx_delete_prob(lp);
169.230 - }
169.231 - ///.
169.232 - void setMinimize() {
169.233 - lpx_set_obj_dir(lp, LPX_MIN);
169.234 - }
169.235 - ///.
169.236 - void setMaximize() {
169.237 - lpx_set_obj_dir(lp, LPX_MAX);
169.238 - }
169.239 - ///.
169.240 - ColIt addCol() {
169.241 - int i=lpx_add_cols(lp, 1);
169.242 - ColIt col_it;
169.243 - col_iter_map.first(col_it, INVALID_ID);
169.244 - if (col_iter_map.valid(col_it)) { //van hasznalhato hely
169.245 - col_iter_map.set(col_it, INVALID_ID, VALID_ID);
169.246 - col_iter_map[col_it]=i;
169.247 - //col_id_to_lp_col_id[col_iter_map[col_it]]=i;
169.248 - } else { //a cucc vegere kell inzertalni mert nincs szabad hely
169.249 - //col_id_to_lp_col_id.push_back(i);
169.250 - //int j=col_id_to_lp_col_id.size()-1;
169.251 - col_it=col_iter_map.push_back(i, VALID_ID);
169.252 - }
169.253 -// edge_index_map.set(e, i);
169.254 -// lpx_set_col_bnds(lp, i, LPX_DB, 0.0, 1.0);
169.255 -// lpx_set_obj_coef(lp, i, cost[e]);
169.256 - return col_it;
169.257 - }
169.258 - ///.
169.259 - RowIt addRow() {
169.260 - int i=lpx_add_rows(lp, 1);
169.261 - RowIt row_it;
169.262 - row_iter_map.first(row_it, INVALID_ID);
169.263 - if (row_iter_map.valid(row_it)) { //van hasznalhato hely
169.264 - row_iter_map.set(row_it, INVALID_ID, VALID_ID);
169.265 - row_iter_map[row_it]=i;
169.266 - } else { //a cucc vegere kell inzertalni mert nincs szabad hely
169.267 - row_it=row_iter_map.push_back(i, VALID_ID);
169.268 - }
169.269 - return row_it;
169.270 - }
169.271 - //pair<RowIt, double>-bol kell megadni egy std range-et
169.272 - ///.
169.273 - template <typename Begin, typename End>
169.274 - void setColCoeffs(const ColIt& col_it,
169.275 - Begin begin, End end) {
169.276 - int mem_length=1+lpx_get_num_rows(lp);
169.277 - int* indices = new int[mem_length];
169.278 - double* doubles = new double[mem_length];
169.279 - int length=0;
169.280 - for ( ; begin!=end; ++begin) {
169.281 - ++length;
169.282 - indices[length]=row_iter_map[begin->first];
169.283 - doubles[length]=begin->second;
169.284 - }
169.285 - lpx_set_mat_col(lp, col_iter_map[col_it], length, indices, doubles);
169.286 - delete [] indices;
169.287 - delete [] doubles;
169.288 - }
169.289 - //pair<ColIt, double>-bol kell megadni egy std range-et
169.290 - ///.
169.291 - template <typename Begin, typename End>
169.292 - void setRowCoeffs(const RowIt& row_it,
169.293 - Begin begin, End end) {
169.294 - int mem_length=1+lpx_get_num_cols(lp);
169.295 - int* indices = new int[mem_length];
169.296 - double* doubles = new double[mem_length];
169.297 - int length=0;
169.298 - for ( ; begin!=end; ++begin) {
169.299 - ++length;
169.300 - indices[length]=col_iter_map[begin->first];
169.301 - doubles[length]=begin->second;
169.302 - }
169.303 - lpx_set_mat_row(lp, row_iter_map[row_it], length, indices, doubles);
169.304 - delete [] indices;
169.305 - delete [] doubles;
169.306 - }
169.307 - ///.
169.308 - void eraseCol(const ColIt& col_it) {
169.309 - col_iter_map.set(col_it, VALID_ID, INVALID_ID);
169.310 - int cols[2];
169.311 - cols[1]=col_iter_map[col_it];
169.312 - lpx_del_cols(lp, 1, cols);
169.313 - col_iter_map[col_it]=0; //glpk specifikus
169.314 - ColIt it;
169.315 - for (col_iter_map.first(it, VALID_ID);
169.316 - col_iter_map.valid(it); col_iter_map.next(it)) {
169.317 - if (col_iter_map[it]>cols[1]) --col_iter_map[it];
169.318 - }
169.319 - }
169.320 - ///.
169.321 - void eraseRow(const RowIt& row_it) {
169.322 - row_iter_map.set(row_it, VALID_ID, INVALID_ID);
169.323 - int rows[2];
169.324 - rows[1]=row_iter_map[row_it];
169.325 - lpx_del_rows(lp, 1, rows);
169.326 - row_iter_map[row_it]=0; //glpk specifikus
169.327 - RowIt it;
169.328 - for (row_iter_map.first(it, VALID_ID);
169.329 - row_iter_map.valid(it); row_iter_map.next(it)) {
169.330 - if (row_iter_map[it]>rows[1]) --row_iter_map[it];
169.331 - }
169.332 - }
169.333 - ///.
169.334 - void setColBounds(const ColIt& col_it, int bound_type,
169.335 - double lo, double up) {
169.336 - lpx_set_col_bnds(lp, col_iter_map[col_it], bound_type, lo, up);
169.337 - }
169.338 - ///.
169.339 - double getObjCoef(const ColIt& col_it) {
169.340 - return lpx_get_obj_coef(lp, col_iter_map[col_it]);
169.341 - }
169.342 - ///.
169.343 - void setRowBounds(const RowIt& row_it, int bound_type,
169.344 - double lo, double up) {
169.345 - lpx_set_row_bnds(lp, row_iter_map[row_it], bound_type, lo, up);
169.346 - }
169.347 - ///.
169.348 - void setObjCoef(const ColIt& col_it, double obj_coef) {
169.349 - lpx_set_obj_coef(lp, col_iter_map[col_it], obj_coef);
169.350 - }
169.351 - ///.
169.352 - void solveSimplex() { lpx_simplex(lp); }
169.353 - ///.
169.354 - void solvePrimalSimplex() { lpx_simplex(lp); }
169.355 - ///.
169.356 - void solveDualSimplex() { lpx_simplex(lp); }
169.357 - ///.
169.358 - double getPrimal(const ColIt& col_it) {
169.359 - return lpx_get_col_prim(lp, col_iter_map[col_it]);
169.360 - }
169.361 - ///.
169.362 - double getObjVal() { return lpx_get_obj_val(lp); }
169.363 - ///.
169.364 - int rowNum() const { return lpx_get_num_rows(lp); }
169.365 - ///.
169.366 - int colNum() const { return lpx_get_num_cols(lp); }
169.367 - ///.
169.368 - int warmUp() { return lpx_warm_up(lp); }
169.369 - ///.
169.370 - void printWarmUpStatus(int i) {
169.371 - switch (i) {
169.372 - case LPX_E_OK: cout << "LPX_E_OK" << endl; break;
169.373 - case LPX_E_EMPTY: cout << "LPX_E_EMPTY" << endl; break;
169.374 - case LPX_E_BADB: cout << "LPX_E_BADB" << endl; break;
169.375 - case LPX_E_SING: cout << "LPX_E_SING" << endl; break;
169.376 - }
169.377 - }
169.378 - ///.
169.379 - int getPrimalStatus() { return lpx_get_prim_stat(lp); }
169.380 - ///.
169.381 - void printPrimalStatus(int i) {
169.382 - switch (i) {
169.383 - case LPX_P_UNDEF: cout << "LPX_P_UNDEF" << endl; break;
169.384 - case LPX_P_FEAS: cout << "LPX_P_FEAS" << endl; break;
169.385 - case LPX_P_INFEAS: cout << "LPX_P_INFEAS" << endl; break;
169.386 - case LPX_P_NOFEAS: cout << "LPX_P_NOFEAS" << endl; break;
169.387 - }
169.388 - }
169.389 - ///.
169.390 - int getDualStatus() { return lpx_get_dual_stat(lp); }
169.391 - ///.
169.392 - void printDualStatus(int i) {
169.393 - switch (i) {
169.394 - case LPX_D_UNDEF: cout << "LPX_D_UNDEF" << endl; break;
169.395 - case LPX_D_FEAS: cout << "LPX_D_FEAS" << endl; break;
169.396 - case LPX_D_INFEAS: cout << "LPX_D_INFEAS" << endl; break;
169.397 - case LPX_D_NOFEAS: cout << "LPX_D_NOFEAS" << endl; break;
169.398 - }
169.399 - }
169.400 - /// Returns the status of the slack variable assigned to row \c row_it.
169.401 - int getRowStat(const RowIt& row_it) {
169.402 - return lpx_get_row_stat(lp, row_iter_map[row_it]);
169.403 - }
169.404 - ///.
169.405 - void printRowStatus(int i) {
169.406 - switch (i) {
169.407 - case LPX_BS: cout << "LPX_BS" << endl; break;
169.408 - case LPX_NL: cout << "LPX_NL" << endl; break;
169.409 - case LPX_NU: cout << "LPX_NU" << endl; break;
169.410 - case LPX_NF: cout << "LPX_NF" << endl; break;
169.411 - case LPX_NS: cout << "LPX_NS" << endl; break;
169.412 - }
169.413 - }
169.414 - /// Returns the status of the variable assigned to column \c col_it.
169.415 - int getColStat(const ColIt& col_it) {
169.416 - return lpx_get_col_stat(lp, col_iter_map[col_it]);
169.417 - }
169.418 - ///.
169.419 - void printColStatus(int i) {
169.420 - switch (i) {
169.421 - case LPX_BS: cout << "LPX_BS" << endl; break;
169.422 - case LPX_NL: cout << "LPX_NL" << endl; break;
169.423 - case LPX_NU: cout << "LPX_NU" << endl; break;
169.424 - case LPX_NF: cout << "LPX_NF" << endl; break;
169.425 - case LPX_NS: cout << "LPX_NS" << endl; break;
169.426 - }
169.427 - }
169.428 - };
169.429 -
169.430 - /// @}
169.431 -
169.432 -} //namespace lemon
169.433 -
169.434 -#endif //LEMON_LP_SOLVER_WRAPPER_H
170.1 --- a/src/work/marci/lp/magic_square.cc Sun Apr 17 18:57:22 2005 +0000
170.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
170.3 @@ -1,90 +0,0 @@
170.4 -// -*- c++ -*-
170.5 -#include <iostream>
170.6 -#include <fstream>
170.7 -
170.8 -#include <lemon/time_measure.h>
170.9 -#include <lp_solver_base.h>
170.10 -
170.11 -using std::cout;
170.12 -using std::endl;
170.13 -using namespace lemon;
170.14 -
170.15 -/*
170.16 - On an 1537Mhz PC, the run times with
170.17 - glpk are the following.
170.18 - for n=3,4, some secondes
170.19 - for n=5, 25 hours
170.20 - */
170.21 -
170.22 -int main(int, char **) {
170.23 - const int n=4;
170.24 - const double row_sum=(1.0+n*n)*n/2;
170.25 - Timer ts;
170.26 - ts.reset();
170.27 - typedef LPGLPK LPSolver;
170.28 - typedef LPSolver::Col Col;
170.29 - LPSolver lp;
170.30 - typedef std::map<std::pair<int, int>, Col> Coords;
170.31 - Coords x;
170.32 - // we create a new variable for each entry
170.33 - // of the magic square
170.34 - for (int i=1; i<=n; ++i) {
170.35 - for (int j=1; j<=n; ++j) {
170.36 - Col col=lp.addCol();
170.37 - x[std::make_pair(i,j)]=col;
170.38 - lp.setColLowerBound(col, 1.0);
170.39 - lp.setColUpperBound(col, double(n*n));
170.40 - }
170.41 - }
170.42 - LPSolver::Expression expr3, expr4;
170.43 - for (int i=1; i<=n; ++i) {
170.44 - LPSolver::Expression expr1, expr2;
170.45 - for (int j=1; j<=n; ++j) {
170.46 - expr1+=x[std::make_pair(i, j)];
170.47 - expr2+=x[std::make_pair(j, i)];
170.48 - }
170.49 - // sum of rows and columns
170.50 - lp.addRow(expr1==row_sum);
170.51 - lp.addRow(expr2==row_sum);
170.52 - expr3+=x[std::make_pair(i, i)];
170.53 - expr4+=x[std::make_pair(i, (n+1)-i)];
170.54 - }
170.55 - // sum of the diagonal entries
170.56 - lp.addRow(expr3==row_sum);
170.57 - lp.addRow(expr4==row_sum);
170.58 - lp.solveSimplex();
170.59 - cout << "elapsed time: " << ts << endl;
170.60 - for (int i=1; i<=n; ++i) {
170.61 - for (int j=1; j<=n; ++j) {
170.62 - cout << "x("<<i<<","<<j<<")="<<lp.getPrimal(x[std::make_pair(i,j)])
170.63 - << endl;
170.64 - }
170.65 - }
170.66 - // we make new binary variables for each pair of
170.67 - // entries of the square to achieve that
170.68 - // the values of different entries are different
170.69 - lp.setMIP();
170.70 - for (Coords::const_iterator it=x.begin(); it!=x.end(); ++it) {
170.71 - Coords::const_iterator jt=it; ++jt;
170.72 - for(; jt!=x.end(); ++jt) {
170.73 - Col col1=(*it).second;
170.74 - Col col2=(*jt).second;
170.75 - Col col=lp.addCol();
170.76 - lp.setColLowerBound(col, 0.0);
170.77 - lp.setColUpperBound(col, 1.0);
170.78 - lp.addRow(double(-n*n+1.0)<=1.0*col2-1.0*col1-double(n*n)*col<=-1.0);
170.79 - lp.setColInt(col);
170.80 - }
170.81 - }
170.82 - cout << "elapsed time: " << ts << endl;
170.83 - lp.solveSimplex();
170.84 - // let's solve the integer problem
170.85 - lp.solveBandB();
170.86 - cout << "elapsed time: " << ts << endl;
170.87 - for (int i=1; i<=n; ++i) {
170.88 - for (int j=1; j<=n; ++j) {
170.89 - cout << "x("<<i<<","<<j<<")="<<lp.getMIPPrimal(x[std::make_pair(i,j)])
170.90 - << endl;
170.91 - }
170.92 - }
170.93 -}
171.1 --- a/src/work/marci/lp/makefile Sun Apr 17 18:57:22 2005 +0000
171.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
171.3 @@ -1,73 +0,0 @@
171.4 -#INCLUDEDIRS ?= -I.. -I. -I./{marci,jacint,alpar,klao,akos}
171.5 -#GLPKROOT = /usr/local/glpk-4.4
171.6 -INCLUDEDIRS ?= -I/home/marci/boost -I/usr/local/cplex/cplex75/include -I../../{marci,alpar,klao,akos,athos} -I. -I../../.. -I../.. -I..# -I$(GLPKROOT)/include
171.7 -#INCLUDEDIRS ?= -I../.. -I../.. -I../../{marci,jacint,alpar,klao,akos} -I/usr/local/glpk-4.4/include
171.8 -CXXFLAGS = -g -O2 -W -Wall $(INCLUDEDIRS) -ansi -pedantic
171.9 -LDFLAGS = -lglpk#-lcplex -lm -lpthread -lilocplex -L/usr/local/cplex/cplex75/lib/i86_linux2_glibc2.2_gcc3.0/static_mt# -L$(GLPKROOT)/lib
171.10 -
171.11 -BINARIES = magic_square max_flow_expression #expression_test max_flow_by_lp# sample sample2 sample11 sample15
171.12 -
171.13 -#include ../makefile
171.14 -
171.15 -# Hat, ez elismerem, hogy nagyon ronda, de mukodik minden altalam
171.16 -# ismert rendszeren :-) (Misi)
171.17 -ifdef GCCVER
171.18 -CXX := g++-$(GCCVER)
171.19 -else
171.20 -CXX := $(shell type -p g++-3.3 || type -p g++-3.2 || type -p g++-3.0 || type -p g++-3 || echo g++)
171.21 -endif
171.22 -
171.23 -ifdef DEBUG
171.24 -CXXFLAGS += -DDEBUG
171.25 -endif
171.26 -
171.27 -CC := $(CXX)
171.28 -
171.29 -
171.30 -all: $(BINARIES)
171.31 -
171.32 -################
171.33 -# Minden binarishoz egy sor, felsorolva, hogy mely object file-okbol
171.34 -# all elo.
171.35 -# Kiveve ha siman file.cc -> file esetrol van szo, amikor is nem kell
171.36 -# irni semmit.
171.37 -
171.38 -#proba: proba.o seged.o
171.39 -
171.40 -################
171.41 -
171.42 -
171.43 -# .depend dep depend:
171.44 -# -$(CXX) $(CXXFLAGS) -M $(BINARIES:=.cc) > .depend
171.45 -
171.46 -#makefile: .depend
171.47 -#sinclude .depend
171.48 -#moert nem megy az eredeti /usr/bin/ld-vel?
171.49 -
171.50 -# %: %.o
171.51 -# $(CXX) -o $@ $< $(LDFLAGS)
171.52 -
171.53 -# %.o: %.cc
171.54 -# $(CXX) $(CXXFLAGS) -c $<
171.55 -
171.56 -%: %.cc
171.57 - $(CXX) $(CXXFLAGS) -o $@ $< $(LDFLAGS)
171.58 -
171.59 -sample11prof: sample11prof.o
171.60 - $(CXX) -pg -o sample11prof sample11prof.o -L$(GLPKROOT)/lib -lglpk
171.61 -sample11prof.o: sample11.cc
171.62 - $(CXX) -pg $(CXXFLAGS) -c -o sample11prof.o sample11.cc
171.63 -
171.64 -# sample.o: sample.cc
171.65 -# $(CXX) $(CXXFLAGS) -c -o sample.o sample.cc
171.66 -
171.67 -# sample2: sample2.o
171.68 -# $(CXX) -o sample2 sample2.o -L/usr/local/glpk-4.4/lib -lglpk
171.69 -# sample2.o: sample2.cc
171.70 -# $(CXX) $(CXXFLAGS) -c -o sample2.o sample2.cc
171.71 -
171.72 -
171.73 -clean:
171.74 - $(RM) *.o $(BINARIES) .depend
171.75 -
171.76 -.PHONY: all clean dep depend
172.1 --- a/src/work/marci/lp/max_flow_by_lp.cc Sun Apr 17 18:57:22 2005 +0000
172.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
172.3 @@ -1,186 +0,0 @@
172.4 -// -*- c++ -*-
172.5 -#include <iostream>
172.6 -#include <fstream>
172.7 -
172.8 -#include <lemon/smart_graph.h>
172.9 -#include <lemon/list_graph.h>
172.10 -#include <lemon/dimacs.h>
172.11 -#include <lemon/time_measure.h>
172.12 -//#include <graph_wrapper.h>
172.13 -#include <lemon/preflow.h>
172.14 -#include <augmenting_flow.h>
172.15 -//#include <preflow_res.h>
172.16 -//#include <lp_solver_wrapper_2.h>
172.17 -#include <min_cost_gen_flow.h>
172.18 -
172.19 -// Use a DIMACS max flow file as stdin.
172.20 -// max_flow_demo < dimacs_max_flow_file
172.21 -
172.22 -using namespace lemon;
172.23 -
172.24 -int main(int, char **) {
172.25 -
172.26 - typedef ListGraph MutableGraph;
172.27 - typedef ListGraph Graph;
172.28 - typedef Graph::Node Node;
172.29 - typedef Graph::Edge Edge;
172.30 - typedef Graph::EdgeIt EdgeIt;
172.31 -
172.32 - Graph g;
172.33 -
172.34 - Node s, t;
172.35 - Graph::EdgeMap<int> cap(g);
172.36 - //readDimacsMaxFlow(std::cin, g, s, t, cap);
172.37 - readDimacs(std::cin, g, cap, s, t);
172.38 - Timer ts;
172.39 - Graph::EdgeMap<int> flow(g); //0 flow
172.40 - Preflow<Graph, int, Graph::EdgeMap<int>, Graph::EdgeMap<int> >
172.41 - max_flow_test(g, s, t, cap, flow);
172.42 - AugmentingFlow<Graph, int, Graph::EdgeMap<int>, Graph::EdgeMap<int> >
172.43 - augmenting_flow_test(g, s, t, cap, flow);
172.44 -
172.45 - Graph::NodeMap<bool> cut(g);
172.46 -
172.47 - {
172.48 - std::cout << "preflow ..." << std::endl;
172.49 - ts.reset();
172.50 - max_flow_test.run();
172.51 - std::cout << "elapsed time: " << ts << std::endl;
172.52 - std::cout << "flow value: "<< max_flow_test.flowValue() << std::endl;
172.53 - max_flow_test.minCut(cut);
172.54 -
172.55 - for (EdgeIt e(g); e!=INVALID; ++e) {
172.56 - if (cut[g.source(e)] && !cut[g.target(e)] && !flow[e]==cap[e])
172.57 - std::cout << "Slackness does not hold!" << std::endl;
172.58 - if (!cut[g.source(e)] && cut[g.target(e)] && flow[e]>0)
172.59 - std::cout << "Slackness does not hold!" << std::endl;
172.60 - }
172.61 - }
172.62 -
172.63 -// {
172.64 -// std::cout << "preflow ..." << std::endl;
172.65 -// FOR_EACH_LOC(Graph::EdgeIt, e, g) flow.set(e, 0);
172.66 -// ts.reset();
172.67 -// max_flow_test.preflow(Preflow<Graph, int, Graph::EdgeMap<int>, Graph::EdgeMap<int> >::GEN_FLOW);
172.68 -// std::cout << "elapsed time: " << ts << std::endl;
172.69 -// std::cout << "flow value: "<< max_flow_test.flowValue() << std::endl;
172.70 -
172.71 -// FOR_EACH_LOC(Graph::EdgeIt, e, g) {
172.72 -// if (cut[g.source(e)] && !cut[g.target(e)] && !flow[e]==cap[e])
172.73 -// std::cout << "Slackness does not hold!" << std::endl;
172.74 -// if (!cut[g.source(e)] && cut[g.target(e)] && flow[e]>0)
172.75 -// std::cout << "Slackness does not hold!" << std::endl;
172.76 -// }
172.77 -// }
172.78 -
172.79 -// {
172.80 -// std::cout << "wrapped preflow ..." << std::endl;
172.81 -// FOR_EACH_LOC(Graph::EdgeIt, e, g) flow.set(e, 0);
172.82 -// ts.reset();
172.83 -// pre_flow_res.run();
172.84 -// std::cout << "elapsed time: " << ts << std::endl;
172.85 -// std::cout << "flow value: "<< pre_flow_test.flowValue() << std::endl;
172.86 -// }
172.87 -
172.88 - {
172.89 - std::cout << "physical blocking flow augmentation ..." << std::endl;
172.90 - for (EdgeIt e(g); e!=INVALID; ++e) flow.set(e, 0);
172.91 - ts.reset();
172.92 - int i=0;
172.93 - while (augmenting_flow_test.augmentOnBlockingFlow<MutableGraph>()) { ++i; }
172.94 - std::cout << "elapsed time: " << ts << std::endl;
172.95 - std::cout << "number of augmentation phases: " << i << std::endl;
172.96 - std::cout << "flow value: "<< augmenting_flow_test.flowValue() << std::endl;
172.97 -
172.98 - for (EdgeIt e(g); e!=INVALID; ++e) {
172.99 - if (cut[g.source(e)] && !cut[g.target(e)] && !flow[e]==cap[e])
172.100 - std::cout << "Slackness does not hold!" << std::endl;
172.101 - if (!cut[g.source(e)] && cut[g.target(e)] && flow[e]>0)
172.102 - std::cout << "Slackness does not hold!" << std::endl;
172.103 - }
172.104 - }
172.105 -
172.106 -// {
172.107 -// std::cout << "faster physical blocking flow augmentation ..." << std::endl;
172.108 -// FOR_EACH_LOC(Graph::EdgeIt, e, g) flow.set(e, 0);
172.109 -// ts.reset();
172.110 -// int i=0;
172.111 -// while (max_flow_test.augmentOnBlockingFlow1<MutableGraph>()) { ++i; }
172.112 -// std::cout << "elapsed time: " << ts << std::endl;
172.113 -// std::cout << "number of augmentation phases: " << i << std::endl;
172.114 -// std::cout << "flow value: "<< max_flow_test.flowValue() << std::endl;
172.115 -// }
172.116 -
172.117 - {
172.118 - std::cout << "on-the-fly blocking flow augmentation ..." << std::endl;
172.119 - for (EdgeIt e(g); e!=INVALID; ++e) flow.set(e, 0);
172.120 - ts.reset();
172.121 - int i=0;
172.122 - while (augmenting_flow_test.augmentOnBlockingFlow2()) { ++i; }
172.123 - std::cout << "elapsed time: " << ts << std::endl;
172.124 - std::cout << "number of augmentation phases: " << i << std::endl;
172.125 - std::cout << "flow value: "<< augmenting_flow_test.flowValue() << std::endl;
172.126 -
172.127 - for (EdgeIt e(g); e!=INVALID; ++e) {
172.128 - if (cut[g.source(e)] && !cut[g.target(e)] && !flow[e]==cap[e])
172.129 - std::cout << "Slackness does not hold!" << std::endl;
172.130 - if (!cut[g.source(e)] && cut[g.target(e)] && flow[e]>0)
172.131 - std::cout << "Slackness does not hold!" << std::endl;
172.132 - }
172.133 - }
172.134 -
172.135 -// {
172.136 -// std::cout << "on-the-fly shortest path augmentation ..." << std::endl;
172.137 -// FOR_EACH_LOC(Graph::EdgeIt, e, g) flow.set(e, 0);
172.138 -// ts.reset();
172.139 -// int i=0;
172.140 -// while (augmenting_flow_test.augmentOnShortestPath()) { ++i; }
172.141 -// std::cout << "elapsed time: " << ts << std::endl;
172.142 -// std::cout << "number of augmentation phases: " << i << std::endl;
172.143 -// std::cout << "flow value: "<< augmenting_flow_test.flowValue() << std::endl;
172.144 -
172.145 -// FOR_EACH_LOC(Graph::EdgeIt, e, g) {
172.146 -// if (cut[g.source(e)] && !cut[g.target(e)] && !flow[e]==cap[e])
172.147 -// std::cout << "Slackness does not hold!" << std::endl;
172.148 -// if (!cut[g.source(e)] && cut[g.target(e)] && flow[e]>0)
172.149 -// std::cout << "Slackness does not hold!" << std::endl;
172.150 -// }
172.151 -// }
172.152 -
172.153 -// {
172.154 -// std::cout << "on-the-fly shortest path augmentation ..." << std::endl;
172.155 -// FOR_EACH_LOC(Graph::EdgeIt, e, g) flow.set(e, 0);
172.156 -// ts.reset();
172.157 -// int i=0;
172.158 -// while (augmenting_flow_test.augmentOnShortestPath2()) { ++i; }
172.159 -// std::cout << "elapsed time: " << ts << std::endl;
172.160 -// std::cout << "number of augmentation phases: " << i << std::endl;
172.161 -// std::cout << "flow value: "<< augmenting_flow_test.flowValue() << std::endl;
172.162 -
172.163 -// FOR_EACH_LOC(Graph::EdgeIt, e, g) {
172.164 -// if (cut[g.source(e)] && !cut[g.target(e)] && !flow[e]==cap[e])
172.165 -// std::cout << "Slackness does not hold!" << std::endl;
172.166 -// if (!cut[g.source(e)] && cut[g.target(e)] && flow[e]>0)
172.167 -// std::cout << "Slackness does not hold!" << std::endl;
172.168 -// }
172.169 -// }
172.170 -
172.171 - ts.reset();
172.172 -
172.173 - Edge e=g.addEdge(t, s);
172.174 - Graph::EdgeMap<int> cost(g, 0);
172.175 - cost.set(e, -1);
172.176 - cap.set(e, 10000);
172.177 - typedef ConstMap<Node, int> Excess;
172.178 - Excess excess(0);
172.179 - typedef ConstMap<Edge, int> LCap;
172.180 - LCap lcap(0);
172.181 -
172.182 - MinCostGenFlow<Graph, int, Excess, LCap>
172.183 - min_cost(g, excess, lcap, cap, flow, cost);
172.184 - min_cost.feasible();
172.185 - min_cost.runByLP();
172.186 -
172.187 - std::cout << "elapsed time: " << ts << std::endl;
172.188 - std::cout << "flow value: "<< flow[e] << std::endl;
172.189 -}
173.1 --- a/src/work/marci/lp/max_flow_expression.cc Sun Apr 17 18:57:22 2005 +0000
173.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
173.3 @@ -1,109 +0,0 @@
173.4 -// -*- c++ -*-
173.5 -#include <iostream>
173.6 -#include <fstream>
173.7 -
173.8 -#include <lemon/graph_utils.h>
173.9 -#include <lemon/smart_graph.h>
173.10 -#include <lemon/list_graph.h>
173.11 -#include <lemon/dimacs.h>
173.12 -#include <lemon/time_measure.h>
173.13 -#include <lp_solver_base.h>
173.14 -
173.15 -using std::cout;
173.16 -using std::endl;
173.17 -using namespace lemon;
173.18 -
173.19 -template<typename Edge, typename EdgeIndexMap>
173.20 -class PrimalMap {
173.21 -protected:
173.22 - LPGLPK* lp;
173.23 - EdgeIndexMap* edge_index_map;
173.24 -public:
173.25 - PrimalMap(LPGLPK& _lp, EdgeIndexMap& _edge_index_map) :
173.26 - lp(&_lp), edge_index_map(&_edge_index_map) { }
173.27 - double operator[](Edge e) const {
173.28 - return lp->getPrimal((*edge_index_map)[e]);
173.29 - }
173.30 -};
173.31 -
173.32 -// Use a DIMACS max flow file as stdin.
173.33 -// max_flow_expresion < dimacs_max_flow_file
173.34 -
173.35 -int main(int, char **) {
173.36 -
173.37 - typedef ListGraph Graph;
173.38 - typedef Graph::Node Node;
173.39 - typedef Graph::Edge Edge;
173.40 - typedef Graph::EdgeIt EdgeIt;
173.41 -
173.42 - Graph g;
173.43 -
173.44 - Node s, t;
173.45 - Graph::EdgeMap<int> cap(g);
173.46 - readDimacs(std::cin, g, cap, s, t);
173.47 - Timer ts;
173.48 -
173.49 - typedef LPGLPK LPSolver;
173.50 - LPSolver lp;
173.51 - lp.setMaximize();
173.52 - typedef LPSolver::Col Col;
173.53 - typedef LPSolver::Row Row;
173.54 - typedef Graph::EdgeMap<Col> EdgeIndexMap;
173.55 - typedef Graph::NodeMap<Row> NodeIndexMap;
173.56 - EdgeIndexMap edge_index_map(g);
173.57 - NodeIndexMap node_index_map(g);
173.58 - PrimalMap<Edge, EdgeIndexMap> flow(lp, edge_index_map);
173.59 -
173.60 - // nonnegativity of flow and capacity function
173.61 - for (Graph::EdgeIt e(g); e!=INVALID; ++e) {
173.62 - Col col=lp.addCol();
173.63 - edge_index_map.set(e, col);
173.64 - // interesting property in GLPK:
173.65 - // if you change the order of the following two lines, the
173.66 - // two runs of GLPK are extremely different
173.67 - lp.setColLowerBound(col, 0);
173.68 - lp.setColUpperBound(col, cap[e]);
173.69 - }
173.70 -
173.71 - for (Graph::NodeIt n(g); n!=INVALID; ++n) {
173.72 - LPSolver::Expression expr;
173.73 - for (Graph::OutEdgeIt e(g, n); e!=INVALID; ++e)
173.74 - expr+=edge_index_map[e];
173.75 - for (Graph::InEdgeIt e(g, n); e!=INVALID; ++e)
173.76 - expr-=edge_index_map[e];
173.77 - // cost function
173.78 - if (n==s) {
173.79 - lp.setObjCoeffs(expr);
173.80 - }
173.81 - // flow conservation constraints
173.82 - if ((n!=s) && (n!=t)) {
173.83 - node_index_map.set(n, lp.addRow(expr == 0.0));
173.84 - }
173.85 - }
173.86 - lp.solveSimplex();
173.87 - cout << "elapsed time: " << ts << endl;
173.88 -// cout << "rows:" << endl;
173.89 -// for (
173.90 -// LPSolver::Rows::ClassIt i(lp.row_iter_map, 0);
173.91 -// i!=INVALID;
173.92 -// ++i) {
173.93 -// cout << i << " ";
173.94 -// }
173.95 -// cout << endl;
173.96 -// cout << "cols:" << endl;
173.97 -// for (
173.98 -// LPSolver::Cols::ClassIt i(lp.col_iter_map, 0);
173.99 -// i!=INVALID;
173.100 -// ++i) {
173.101 -// cout << i << " ";
173.102 -// }
173.103 -// cout << endl;
173.104 - lp.setMIP();
173.105 - cout << "elapsed time: " << ts << endl;
173.106 - for (LPSolver::Cols::ClassIt it(lp.col_iter_map ,1); it!=INVALID; ++it) {
173.107 - lp.setColInt(it);
173.108 - }
173.109 - cout << "elapsed time: " << ts << endl;
173.110 - lp.solveBandB();
173.111 - cout << "elapsed time: " << ts << endl;
173.112 -}
174.1 --- a/src/work/marci/lp/min_cost_gen_flow.h Sun Apr 17 18:57:22 2005 +0000
174.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
174.3 @@ -1,268 +0,0 @@
174.4 -// -*- c++ -*-
174.5 -#ifndef LEMON_MIN_COST_GEN_FLOW_H
174.6 -#define LEMON_MIN_COST_GEN_FLOW_H
174.7 -#include <iostream>
174.8 -//#include <fstream>
174.9 -
174.10 -#include <lemon/smart_graph.h>
174.11 -#include <lemon/list_graph.h>
174.12 -//#include <lemon/dimacs.h>
174.13 -//#include <lemon/time_measure.h>
174.14 -//#include <graph_wrapper.h>
174.15 -#include <lemon/preflow.h>
174.16 -#include <lemon/min_cost_flow.h>
174.17 -//#include <augmenting_flow.h>
174.18 -//#include <preflow_res.h>
174.19 -#include <work/marci/merge_node_graph_wrapper.h>
174.20 -#include <work/marci/lp/lp_solver_wrapper_3.h>
174.21 -
174.22 -namespace lemon {
174.23 -
174.24 - template<typename Edge, typename EdgeIndexMap>
174.25 - class PrimalMap {
174.26 - protected:
174.27 - LPGLPK* lp;
174.28 - EdgeIndexMap* edge_index_map;
174.29 - public:
174.30 - PrimalMap(LPGLPK& _lp, EdgeIndexMap& _edge_index_map) :
174.31 - lp(&_lp), edge_index_map(&_edge_index_map) { }
174.32 - double operator[](Edge e) const {
174.33 - return lp->getPrimal((*edge_index_map)[e]);
174.34 - }
174.35 - };
174.36 -
174.37 - // excess: rho-delta egyelore csak =0-ra.
174.38 - template <typename Graph, typename Num,
174.39 - typename Excess=typename Graph::template NodeMap<Num>,
174.40 - typename LCapMap=typename Graph::template EdgeMap<Num>,
174.41 - typename CapMap=typename Graph::template EdgeMap<Num>,
174.42 - typename FlowMap=typename Graph::template EdgeMap<Num>,
174.43 - typename CostMap=typename Graph::template EdgeMap<Num> >
174.44 - class MinCostGenFlow {
174.45 - protected:
174.46 - const Graph& g;
174.47 - const Excess& excess;
174.48 - const LCapMap& lcapacity;
174.49 - const CapMap& capacity;
174.50 - FlowMap& flow;
174.51 - const CostMap& cost;
174.52 - public:
174.53 - MinCostGenFlow(const Graph& _g, const Excess& _excess,
174.54 - const LCapMap& _lcapacity, const CapMap& _capacity,
174.55 - FlowMap& _flow,
174.56 - const CostMap& _cost) :
174.57 - g(_g), excess(_excess), lcapacity(_lcapacity),
174.58 - capacity(_capacity), flow(_flow), cost(_cost) { }
174.59 - bool feasible() {
174.60 - // std::cout << "making new vertices..." << std::endl;
174.61 - typedef ListGraph Graph2;
174.62 - Graph2 g2;
174.63 - typedef MergeEdgeGraphWrapper<const Graph, Graph2> GW;
174.64 - // std::cout << "merging..." << std::endl;
174.65 - GW gw(g, g2);
174.66 - typename GW::Node s(INVALID, g2.addNode(), true);
174.67 - typename GW::Node t(INVALID, g2.addNode(), true);
174.68 - typedef SmartGraph Graph3;
174.69 - // std::cout << "making extender graph..." << std::endl;
174.70 - typedef NewEdgeSetGraphWrapper2<GW, Graph3> GWW;
174.71 -// {
174.72 -// checkConcept<StaticGraph, GWW>();
174.73 -// }
174.74 - GWW gww(gw);
174.75 - typedef AugmentingGraphWrapper<GW, GWW> GWWW;
174.76 - GWWW gwww(gw, gww);
174.77 -
174.78 - // std::cout << "making new edges..." << std::endl;
174.79 - typename GWWW::template EdgeMap<Num> translated_cap(gwww);
174.80 -
174.81 - for (typename GW::EdgeIt e(gw); e!=INVALID; ++e) {
174.82 - translated_cap.set(typename GWWW::Edge(e,INVALID,false),
174.83 - capacity[e]-lcapacity[e]);
174.84 - // cout << "t_cap " << gw.id(e) << " "
174.85 - // << translated_cap[typename GWWW::Edge(e,INVALID,false)] << endl;
174.86 - }
174.87 -
174.88 - Num expected=0;
174.89 -
174.90 - // std::cout << "making new edges 2..." << std::endl;
174.91 - for (typename Graph::NodeIt n(g); n!=INVALID; ++n) {
174.92 - Num a=0;
174.93 - for (typename Graph::InEdgeIt e(g, n); e!=INVALID; ++e)
174.94 - a+=lcapacity[e];
174.95 - for (typename Graph::OutEdgeIt e(g, n); e!=INVALID; ++e)
174.96 - a-=lcapacity[e];
174.97 - if (excess[n]>a) {
174.98 - typename GWW::Edge e=
174.99 - gww.addEdge(typename GW::Node(n,INVALID,false), t);
174.100 - translated_cap.set(typename GWWW::Edge(INVALID, e, true),
174.101 - excess[n]-a);
174.102 - // std::cout << g.id(n) << "->t " << excess[n]-a << std::endl;
174.103 - }
174.104 - if (excess[n]<a) {
174.105 - typename GWW::Edge e=
174.106 - gww.addEdge(s, typename GW::Node(n,INVALID,false));
174.107 - translated_cap.set(typename GWWW::Edge(INVALID, e, true),
174.108 - a-excess[n]);
174.109 - expected+=a-excess[n];
174.110 - // std::cout << "s->" << g.id(n) << " "<< a-excess[n] <<std:: endl;
174.111 - }
174.112 - }
174.113 -
174.114 - // std::cout << "preflow..." << std::endl;
174.115 - typename GWWW::template EdgeMap<Num> translated_flow(gwww, 0);
174.116 - Preflow<GWWW, Num> preflow(gwww, s, t,
174.117 - translated_cap, translated_flow);
174.118 - preflow.run();
174.119 - // std::cout << "fv: " << preflow.flowValue() << std::endl;
174.120 - // std::cout << "expected: " << expected << std::endl;
174.121 -
174.122 - for (typename Graph::EdgeIt e(g); e!=INVALID; ++e) {
174.123 - typename GW::Edge ew(e, INVALID, false);
174.124 - typename GWWW::Edge ewww(ew, INVALID, false);
174.125 - flow.set(e, translated_flow[ewww]+lcapacity[e]);
174.126 - }
174.127 - return (preflow.flowValue()>=expected);
174.128 - }
174.129 - // for nonnegative costs
174.130 - bool run() {
174.131 - // std::cout << "making new vertices..." << std::endl;
174.132 - typedef ListGraph Graph2;
174.133 - Graph2 g2;
174.134 - typedef MergeEdgeGraphWrapper<const Graph, Graph2> GW;
174.135 - // std::cout << "merging..." << std::endl;
174.136 - GW gw(g, g2);
174.137 - typename GW::Node s(INVALID, g2.addNode(), true);
174.138 - typename GW::Node t(INVALID, g2.addNode(), true);
174.139 - typedef SmartGraph Graph3;
174.140 - // std::cout << "making extender graph..." << std::endl;
174.141 - typedef NewEdgeSetGraphWrapper2<GW, Graph3> GWW;
174.142 -// {
174.143 -// checkConcept<StaticGraph, GWW>();
174.144 -// }
174.145 - GWW gww(gw);
174.146 - typedef AugmentingGraphWrapper<GW, GWW> GWWW;
174.147 - GWWW gwww(gw, gww);
174.148 -
174.149 - // std::cout << "making new edges..." << std::endl;
174.150 - typename GWWW::template EdgeMap<Num> translated_cap(gwww);
174.151 -
174.152 - for (typename Graph::EdgeIt e(g); e!=INVALID; ++e) {
174.153 - typename GW::Edge ew(e, INVALID, false);
174.154 - typename GWWW::Edge ewww(ew, INVALID, false);
174.155 - translated_cap.set(ewww, capacity[e]-lcapacity[e]);
174.156 - // cout << "t_cap " << g.id(e) << " "
174.157 - // << translated_cap[ewww] << endl;
174.158 - }
174.159 -
174.160 - Num expected=0;
174.161 -
174.162 - // std::cout << "making new edges 2..." << std::endl;
174.163 - for (typename Graph::NodeIt n(g); n!=INVALID; ++n) {
174.164 - // std::cout << "node: " << g.id(n) << std::endl;
174.165 - Num a=0;
174.166 - for (typename Graph::InEdgeIt e(g, n); e!=INVALID; ++e) {
174.167 - a+=lcapacity[e];
174.168 - // std::cout << "bee: " << g.id(e) << " " << lcapacity[e] << std::endl;
174.169 - }
174.170 - for (typename Graph::OutEdgeIt e(g, n); e!=INVALID; ++e) {
174.171 - a-=lcapacity[e];
174.172 - // std::cout << "kie: " << g.id(e) << " " << lcapacity[e] << std::endl;
174.173 - }
174.174 - // std::cout << "excess " << g.id(n) << ": " << a << std::endl;
174.175 - if (0>a) {
174.176 - typename GWW::Edge e=
174.177 - gww.addEdge(typename GW::Node(n,INVALID,false), t);
174.178 - translated_cap.set(typename GWWW::Edge(INVALID, e, true),
174.179 - -a);
174.180 - // std::cout << g.id(n) << "->t " << -a << std::endl;
174.181 - }
174.182 - if (0<a) {
174.183 - typename GWW::Edge e=
174.184 - gww.addEdge(s, typename GW::Node(n,INVALID,false));
174.185 - translated_cap.set(typename GWWW::Edge(INVALID, e, true),
174.186 - a);
174.187 - expected+=a;
174.188 - // std::cout << "s->" << g.id(n) << " "<< a <<std:: endl;
174.189 - }
174.190 - }
174.191 -
174.192 - // std::cout << "preflow..." << std::endl;
174.193 - typename GWWW::template EdgeMap<Num> translated_cost(gwww, 0);
174.194 - for (typename Graph::EdgeIt e(g); e!=INVALID; ++e) {
174.195 - translated_cost.set(typename GWWW::Edge(
174.196 - typename GW::Edge(e, INVALID, false), INVALID, false), cost[e]);
174.197 - }
174.198 - // typename GWWW::template EdgeMap<Num> translated_flow(gwww, 0);
174.199 - MinCostFlow<GWWW, typename GWWW::template EdgeMap<Num>,
174.200 - typename GWWW::template EdgeMap<Num> >
174.201 - min_cost_flow(gwww, translated_cost, translated_cap,
174.202 - s, t);
174.203 - while (min_cost_flow.augment()) { }
174.204 - std::cout << "fv: " << min_cost_flow.flowValue() << std::endl;
174.205 - std::cout << "expected: " << expected << std::endl;
174.206 -
174.207 - for (typename Graph::EdgeIt e(g); e!=INVALID; ++e) {
174.208 - typename GW::Edge ew(e, INVALID, false);
174.209 - typename GWWW::Edge ewww(ew, INVALID, false);
174.210 - // std::cout << g.id(e) << " " << flow[e] << std::endl;
174.211 - flow.set(e, lcapacity[e]+
174.212 - min_cost_flow.getFlow()[ewww]);
174.213 - }
174.214 - return (min_cost_flow.flowValue()>=expected);
174.215 - }
174.216 - void runByLP() {
174.217 - typedef LPGLPK LPSolver;
174.218 - LPSolver lp;
174.219 - lp.setMinimize();
174.220 - typedef LPSolver::ColIt ColIt;
174.221 - typedef LPSolver::RowIt RowIt;
174.222 - typedef typename Graph::template EdgeMap<ColIt> EdgeIndexMap;
174.223 - EdgeIndexMap edge_index_map(g);
174.224 - PrimalMap<typename Graph::Edge, EdgeIndexMap> lp_flow(lp, edge_index_map);
174.225 - for (typename Graph::EdgeIt e(g); e!=INVALID; ++e) {
174.226 - ColIt col_it=lp.addCol();
174.227 - edge_index_map.set(e, col_it);
174.228 - if (lcapacity[e]==capacity[e])
174.229 - lp.setColBounds(col_it, LPSolver::FIXED, lcapacity[e], capacity[e]);
174.230 - else
174.231 - lp.setColBounds(col_it, LPSolver::DOUBLE, lcapacity[e], capacity[e]);
174.232 - lp.setObjCoef(col_it, cost[e]);
174.233 - }
174.234 - LPSolver::ColIt col_it;
174.235 - for (lp.col_iter_map.first(col_it, lp.VALID_CLASS);
174.236 - lp.col_iter_map.valid(col_it);
174.237 - lp.col_iter_map.next(col_it)) {
174.238 -// std::cout << "ize " << lp.col_iter_map[col_it] << std::endl;
174.239 - }
174.240 - for (typename Graph::NodeIt n(g); n!=INVALID; ++n) {
174.241 - typename Graph::template EdgeMap<Num> coeffs(g, 0);
174.242 - for (typename Graph::InEdgeIt e(g, n); e!=INVALID; ++e)
174.243 - coeffs.set(e, coeffs[e]+1);
174.244 - for (typename Graph::OutEdgeIt e(g, n); e!=INVALID; ++e)
174.245 - coeffs.set(e, coeffs[e]-1);
174.246 - RowIt row_it=lp.addRow();
174.247 - typename std::vector< std::pair<ColIt, double> > row;
174.248 - //std::cout << "node:" <<g.id(n)<<std::endl;
174.249 - for (typename Graph::EdgeIt e(g); e!=INVALID; ++e) {
174.250 - if (coeffs[e]!=0) {
174.251 - //std::cout << " edge:" <<g.id(e)<<" "<<coeffs[e];
174.252 - row.push_back(std::make_pair(edge_index_map[e], coeffs[e]));
174.253 - }
174.254 - }
174.255 - //std::cout << std::endl;
174.256 - //std::cout << " " << g.id(n) << " " << row.size() << std::endl;
174.257 - lp.setRowCoeffs(row_it, row.begin(), row.end());
174.258 - lp.setRowBounds(row_it, LPSolver::FIXED, 0.0, 0.0);
174.259 - }
174.260 - lp.solveSimplex();
174.261 - //std::cout << lp.colNum() << std::endl;
174.262 - //std::cout << lp.rowNum() << std::endl;
174.263 - //std::cout << "flow value: "<< lp.getObjVal() << std::endl;
174.264 - for (typename Graph::EdgeIt e(g); e!=INVALID; ++e)
174.265 - flow.set(e, lp_flow[e]);
174.266 - }
174.267 - };
174.268 -
174.269 -} // namespace lemon
174.270 -
174.271 -#endif //LEMON_MIN_COST_GEN_FLOW_H
175.1 --- a/src/work/marci/macro_test.cc Sun Apr 17 18:57:22 2005 +0000
175.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
175.3 @@ -1,28 +0,0 @@
175.4 -// -*- c++ -*-
175.5 -#include <iostream>
175.6 -#include <fstream>
175.7 -
175.8 -#include <sage_graph.h>
175.9 -#include <for_each_macros.h>
175.10 -
175.11 -using namespace lemon;
175.12 -
175.13 -int main()
175.14 -{
175.15 - typedef SageGraph Graph;
175.16 - Graph g;
175.17 - Graph::Node n1=g.addNode();
175.18 - Graph::Node n2=g.addNode();
175.19 - Graph::NodeIt n;
175.20 - FOR_EACH_GLOB(n, g) {
175.21 - std::cout << g.id(n) << " ";
175.22 - }
175.23 - std::cout << std::endl;
175.24 - FOR_EACH_LOC(Graph::NodeIt, m, g) {
175.25 - std::cout << g.id(m) << " ";
175.26 - }
175.27 - std::cout << std::endl;
175.28 -
175.29 -
175.30 - return 0;
175.31 -}
176.1 --- a/src/work/marci/makefile Sun Apr 17 18:57:22 2005 +0000
176.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
176.3 @@ -1,54 +0,0 @@
176.4 -CXX2 = g++-2.95
176.5 -CXX3=$(CXX)
176.6 -BOOSTROOT ?= /home/marci/boost
176.7 -INCLUDEDIRS ?= -ftemplate-depth-50 -I../{jacint,marci,alpar,klao,akos,athos} -I../.. -I.. -I$(BOOSTROOT)
176.8 -
176.9 -LEDABINARIES = leda_graph_demo leda_bfs_dfs max_bipartite_matching_demo
176.10 -BINARIES = merge_node_graph_wrapper_test# bfsit_vs_byhand max_flow_demo bfs_mm_test# sub_graph_wrapper_demo.cc graph_wrapper_time iterator_bfs_demo macro_test lg_vs_sg_vs_sg bipartite_graph_wrapper_test bipartite_matching_demo top_sort_test max_flow_1 proba7 proba10
176.11 -#BINARIES = preflow_bug
176.12 -#gw_vs_not preflow_demo_boost edmonds_karp_demo_boost preflow_demo_jacint preflow_demo_athos edmonds_karp_demo_alpar preflow_demo_leda
176.13 -
176.14 -include ../makefile
176.15 -
176.16 -leda_graph_demo.o:
176.17 - $(CXX3) -Wall -O -I.. -I../alpar -I$(LEDAROOT)/incl -I. -c leda_graph_demo.cc
176.18 -
176.19 -leda_graph_demo: leda_graph_demo.o
176.20 - $(CXX3) -Wall -O -L$(LEDAROOT) -o leda_graph_demo leda_graph_demo.o -lG -lL -lm
176.21 -
176.22 -max_bipartite_matching_demo.o:
176.23 - $(CXX3) $(CXXFLAGS) -I$(LEDAROOT)/incl -c max_bipartite_matching_demo.cc
176.24 -
176.25 -max_bipartite_matching_demo: max_bipartite_matching_demo.o
176.26 - $(CXX3) $(CXXFLAGS) -L$(LEDAROOT) -o max_bipartite_matching_demo max_bipartite_matching_demo.o -lG -lL -lm
176.27 -
176.28 -leda_bfs_dfs.o:
176.29 - $(CXX3) -Wall -O -I.. -I../alpar -I$(LEDAROOT)/incl -I. -c leda_bfs_dfs.cc
176.30 -
176.31 -leda_bfs_dfs: leda_bfs_dfs.o
176.32 - $(CXX3) -Wall -O -L$(LEDAROOT) -o leda_bfs_dfs leda_bfs_dfs.o -lG -lL -lm
176.33 -
176.34 -gw_vs_not:
176.35 - $(CXX3) $(CXXFLAGS) -o gw_vs_not gw_vs_not.cc
176.36 -
176.37 -edmonds_karp_demo_alpar:
176.38 - $(CXX3) $(CXXFLAGS) -I. -I.. -I../alpar -o edmonds_karp_demo_alpar edmonds_karp_demo_alpar.cc
176.39 -
176.40 -preflow_demo_leda:
176.41 - $(CXX2) -W -Wall -03 -DLEDA_PREFIX -I. -I$(LEDAROOT)/incl -L$(LEDAROOT) -o preflow_demo_leda preflow_demo_leda.cc -lP -lm -lL -lG
176.42 -
176.43 -preflow_demo_leda_uj:
176.44 - $(CXX3) -Wall -O3 -I$(LEDAROOT)/incl -I. -L$(LEDAROOT) -o preflow_demo_leda_uj preflow_demo_leda_uj.cc -lG -lL -lm
176.45 -
176.46 -preflow_demo_boost:
176.47 - $(CXX2) -ftemplate-depth-30 -O3 -I. -I/home/marci/boost -o preflow_demo_boost preflow_demo_boost.cc
176.48 -
176.49 -edmonds_karp_demo_boost:
176.50 - $(CXX2) -ftemplate-depth-30 -O3 -I. -I/home/marci/boost -o edmonds_karp_demo_boost edmonds_karp_demo_boost.cc
176.51 -
176.52 -preflow_demo_jacint:
176.53 - $(CXX3) $(CXXFLAGS) -I. -I.. -I../jacint -o preflow_demo_jacint preflow_demo_jacint.cc
176.54 -
176.55 -preflow_demo_athos:
176.56 - $(CXX3) $(CXXFLAGS) -I. -I.. -I../athos -o preflow_demo_athos preflow_demo_athos.cc
176.57 -
177.1 --- a/src/work/marci/max_bipartite_matching.h Sun Apr 17 18:57:22 2005 +0000
177.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
177.3 @@ -1,140 +0,0 @@
177.4 -// -*- c++ -*-
177.5 -#ifndef LEMON_MAX_BIPARTITE_MATCHING_H
177.6 -#define LEMON_MAX_BIPARTITE_MATCHING_H
177.7 -
177.8 -/// \ingroup galgs
177.9 -/// \file
177.10 -/// \brief Maximum bipartite matchings, b-matchings and
177.11 -/// capacitated b-matchings.
177.12 -///
177.13 -/// This file contains a class for bipartite maximum matching, b-matchings
177.14 -/// and capacitated b-matching computations.
177.15 -///
177.16 -// /// \author Marton Makai
177.17 -
177.18 -//#include <for_each_macros.h>
177.19 -#include <bipartite_graph_wrapper.h>
177.20 -//#include <lemon/maps.h>
177.21 -#include <lemon/max_flow.h>
177.22 -
177.23 -namespace lemon {
177.24 -
177.25 - // template <typename Graph, typename EdgeCap, typename NodeCap,
177.26 - // typename EdgeFlow, typename NodeFlow>
177.27 - // class MaxMatching : public MaxFlow<stGraphWrapper<Graph>,
177.28 - // stGraphWrapper<Graph>:: EdgeMapWrapper<EdgeCan, NodeCap>, stGraphWrapper<Graph>::EdgeMapWrapper<EdgeFlow, NodeFlow> > {
177.29 - // typedef MaxFlow<stGraphWrapper<Graph>,
177.30 - // stGraphWrapper<Graph>::EdgeMapWrapper<EdgeCan, NodeCap>,
177.31 - // stGraphWrapper<Graph>::EdgeMapWrapper<EdgeFlow, NodeFlow> >
177.32 - // Parent;
177.33 - // protected:
177.34 - // stGraphWrapper<Graph> gw;
177.35 - // stGraphWrapper<Graph>::EdgeMapWrapper<EdgeCap, NodeCap> cap;
177.36 - // stGraphWrapper<Graph>::EdgeMapWrapper<EdgeFlow, NodeFlow> flow;
177.37 - // //graph* g;
177.38 - // //EdgeCap* edge_cap;
177.39 - // //EdgeFlow* edge_flow;
177.40 - // public:
177.41 - // MaxMatching(Graph& _g, EdgeCap& _edge_cap, NodeCap& _node_cap,
177.42 - // EdgeFlow& _edge_flow, NodeFlow& _node_flow) :
177.43 - // MaxFlow(), gw(_g),
177.44 - // cap(_edge_cap, _node_cap), flow(_edge_flow, _node_flow) {
177.45 - // Parent::set(gw, cap, flow);
177.46 - // }
177.47 - // };
177.48 -
177.49 - /// \brief A bipartite matching class.
177.50 - ///
177.51 - /// This class reduces the matching problem to a flow problem and
177.52 - /// a preflow is used on a wrapper. Such a generic approach means that
177.53 - /// matchings, b-matchings an capacitated b-matchings can be handled in
177.54 - /// a similar way. Due to the efficiency of the preflow algorithm, an
177.55 - /// efficient matching framework is obtained.
177.56 - /// \ingroup galgs
177.57 - template <typename Graph, typename EdgeCap, typename NodeCap,
177.58 - typename EdgeFlow, typename NodeFlow>
177.59 - class MaxBipartiteMatching {
177.60 - protected:
177.61 - // EdgeCap* edge_cap;
177.62 - // NodeCap* node_cap;
177.63 - // EdgeFlow* edge_flow;
177.64 - // NodeFlow* node_flow;
177.65 - typedef stBipartiteGraphWrapper<Graph> stGW;
177.66 - stGW stgw;
177.67 - typedef typename stGW::template EdgeMapWrapper<EdgeCap, NodeCap> CapMap;
177.68 - CapMap cap;
177.69 - NodeFlow* node_flow;
177.70 - typedef typename stGW::template EdgeMapWrapper<EdgeFlow, NodeFlow> FlowMap;
177.71 - FlowMap flow;
177.72 - typedef MaxFlow<stGW, int, CapMap, FlowMap> MaxFlow;
177.73 - MaxFlow mf;
177.74 - //graph* g;
177.75 - //EdgeCap* edge_cap;
177.76 - //EdgeFlow* edge_flow;
177.77 - public:
177.78 - enum MatchingEnum{
177.79 - ZERO_MATCHING,
177.80 - GEN_MATCHING,
177.81 - GEN_MATCHING_WITH_GOOD_NODE_FLOW,
177.82 - NO_MATCHING
177.83 - };
177.84 - /// For capacitated b-matchings, edge-caoacities and node-capacities
177.85 - /// have to be given. After running \c run the matching is is given
177.86 - /// back in the edge-map \c _edge_flow and \c _node_map can be used
177.87 - /// to obtain saturation information about nodes.
177.88 - ///\bug Note that the values in _edge_flow and _node_flow have
177.89 - /// to form a flow.
177.90 - MaxBipartiteMatching(Graph& _g, EdgeCap& _edge_cap, NodeCap& _node_cap,
177.91 - EdgeFlow& _edge_flow, NodeFlow& _node_flow) :
177.92 - stgw(_g),
177.93 - cap(_edge_cap, _node_cap),
177.94 - node_flow(0),
177.95 - flow(_edge_flow, _node_flow),
177.96 - mf(stgw, stgw.S_NODE, stgw.T_NODE, cap, flow) { }
177.97 - /// If the saturation information of nodes is not needed that the use of
177.98 - /// this constructor is more comfortable.
177.99 - ///\bug Note that the values in _edge_flow and _node_flow have
177.100 - /// to form a flow.
177.101 - MaxBipartiteMatching(Graph& _g, EdgeCap& _edge_cap, NodeCap& _node_cap,
177.102 - EdgeFlow& _edge_flow/*, NodeFlow& _node_flow*/) :
177.103 - stgw(_g),
177.104 - cap(_edge_cap, _node_cap),
177.105 - node_flow(new NodeFlow(_g)),
177.106 - flow(_edge_flow, *node_flow),
177.107 - mf(stgw, stgw.S_NODE, stgw.T_NODE, cap, flow) { }
177.108 - /// The class have a nontrivial destructor.
177.109 - ~MaxBipartiteMatching() { if (node_flow) delete node_flow; }
177.110 - /// run computes the max matching.
177.111 - void run(MatchingEnum me=ZERO_MATCHING) {
177.112 - switch (me) {
177.113 - case ZERO_MATCHING:
177.114 - mf.run(MaxFlow::ZERO_FLOW);
177.115 - break;
177.116 - case GEN_MATCHING:
177.117 - {
177.118 - typename stGW::OutEdgeIt e;
177.119 - for (stgw.first(e, stgw.S_NODE); stgw.valid(e); stgw.next(e))
177.120 - flow.set(e, cap[e]);
177.121 - }
177.122 - {
177.123 - typename stGW::InEdgeIt e;
177.124 - for (stgw.first(e, stgw.T_NODE); stgw.valid(e); stgw.next(e))
177.125 - flow.set(e, 0);
177.126 - }
177.127 - mf.run(MaxFlow::PRE_FLOW);
177.128 - break;
177.129 - case GEN_MATCHING_WITH_GOOD_NODE_FLOW:
177.130 - mf.run(MaxFlow::GEN_FLOW);
177.131 - break;
177.132 - case NO_MATCHING:
177.133 - mf.run(MaxFlow::NO_FLOW);
177.134 - break;
177.135 - }
177.136 - }
177.137 - /// The matching value after running \c run.
177.138 - int matchingValue() const { return mf.flowValue(); }
177.139 - };
177.140 -
177.141 -} //namespace lemon
177.142 -
177.143 -#endif //LEMON_MAX_BIPARTITE_MATCHING_H
178.1 --- a/src/work/marci/max_flow2.dat Sun Apr 17 18:57:22 2005 +0000
178.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
178.3 @@ -1,4 +0,0 @@
178.4 -p max 2 1
178.5 -n 1 s
178.6 -n 2 t
178.7 -a 1 2 5
179.1 --- a/src/work/marci/max_flow_1.cc Sun Apr 17 18:57:22 2005 +0000
179.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
179.3 @@ -1,60 +0,0 @@
179.4 -// -*- c++ -*-
179.5 -#include <iostream>
179.6 -#include <fstream>
179.7 -
179.8 -#include <sage_graph.h>
179.9 -#include <lemon/smart_graph.h>
179.10 -#include <lemon/dimacs.h>
179.11 -#include <lemon/time_measure.h>
179.12 -//#include <graph_wrapper.h>
179.13 -#include <lemon/max_flow.h>
179.14 -//#include <preflow_res.h>
179.15 -#include <for_each_macros.h>
179.16 -
179.17 -using namespace lemon;
179.18 -
179.19 -// Use a DIMACS max flow file as stdin.
179.20 -// read_dimacs_demo < dimacs_max_flow_file
179.21 -
179.22 -
179.23 -int main(int, char **) {
179.24 -
179.25 - typedef SageGraph MutableGraph;
179.26 -
179.27 - typedef SmartGraph Graph;
179.28 - // typedef ListGraph Graph;
179.29 - typedef Graph::Node Node;
179.30 - typedef Graph::EdgeIt EdgeIt;
179.31 -
179.32 -
179.33 - Graph g;
179.34 - Node s, t;
179.35 - Graph::EdgeMap<int> cap(g);
179.36 - //readDimacsMaxFlow(std::cin, g, s, t, cap);
179.37 - readDimacs(std::cin, g, cap, s, t);
179.38 - Timer ts;
179.39 - Graph::EdgeMap<int> flow(g); //0 flow
179.40 - MaxFlow<Graph, int, Graph::EdgeMap<int>, Graph::EdgeMap<int> >
179.41 - max_flow_test(g, s, t, cap, flow);
179.42 -
179.43 - {
179.44 - std::cout << "preflow ..." << std::endl;
179.45 - FOR_EACH_LOC(Graph::EdgeIt, e, g) flow.set(e, 0);
179.46 - ts.reset();
179.47 - max_flow_test.preflowPhase1(MaxFlow<Graph, int, Graph::EdgeMap<int>, Graph::EdgeMap<int> >::ZERO_FLOW);
179.48 - std::cout << "elapsed time: " << ts << std::endl;
179.49 - std::cout << "flow value: "<< max_flow_test.flowValue() << std::endl;
179.50 - }
179.51 -
179.52 - {
179.53 - std::cout << "preflow ..." << std::endl;
179.54 - FOR_EACH_LOC(Graph::EdgeIt, e, g) flow.set(e, 0);
179.55 - ts.reset();
179.56 - max_flow_test.preflowPhase1(MaxFlow<Graph, int, Graph::EdgeMap<int>, Graph::EdgeMap<int> >::ZERO_FLOW);
179.57 - std::cout << "elapsed time: " << ts << std::endl;
179.58 - std::cout << "flow value: "<< max_flow_test.flowValue() << std::endl;
179.59 - }
179.60 -
179.61 -
179.62 - return 0;
179.63 -}
180.1 --- a/src/work/marci/max_flow_demo.cc Sun Apr 17 18:57:22 2005 +0000
180.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
180.3 @@ -1,155 +0,0 @@
180.4 -// -*- c++ -*-
180.5 -
180.6 -// Use a DIMACS max flow file as stdin.
180.7 -// max_flow_demo < dimacs_max_flow_file
180.8 -
180.9 -#include <iostream>
180.10 -#include <fstream>
180.11 -
180.12 -#include <lemon/smart_graph.h>
180.13 -#include <lemon/list_graph.h>
180.14 -#include <lemon/dimacs.h>
180.15 -#include <lemon/time_measure.h>
180.16 -#include <lemon/preflow.h>
180.17 -#include <augmenting_flow.h>
180.18 -#include <graph_concept.h>
180.19 -
180.20 -using namespace lemon;
180.21 -
180.22 -int main(int, char **) {
180.23 -
180.24 - typedef ListGraph MutableGraph;
180.25 - typedef SmartGraph Graph;
180.26 - typedef Graph::Node Node;
180.27 - typedef Graph::EdgeIt EdgeIt;
180.28 -
180.29 - Graph g;
180.30 -
180.31 - Node s, t;
180.32 - Graph::EdgeMap<int> cap(g);
180.33 - //readDimacsMaxFlow(std::cin, g, s, t, cap);
180.34 - readDimacs(std::cin, g, cap, s, t);
180.35 - Timer ts;
180.36 - Graph::EdgeMap<int> flow(g); //0 flow
180.37 - Preflow<Graph, int, Graph::EdgeMap<int>, Graph::EdgeMap<int> >
180.38 - max_flow_test(g, s, t, cap, flow);
180.39 - AugmentingFlow<Graph, int, Graph::EdgeMap<int>, Graph::EdgeMap<int> >
180.40 - augmenting_flow_test(g, s, t, cap, flow);
180.41 -
180.42 - Graph::NodeMap<bool> cut(g);
180.43 -
180.44 - {
180.45 - std::cout << "preflow ..." << std::endl;
180.46 - ts.reset();
180.47 - max_flow_test.run();
180.48 - std::cout << "elapsed time: " << ts << std::endl;
180.49 - std::cout << "flow value: "<< max_flow_test.flowValue() << std::endl;
180.50 - max_flow_test.minCut(cut);
180.51 -
180.52 - for(Graph::EdgeIt e(g); e!=INVALID; ++e) {
180.53 - if (cut[g.source(e)] && !cut[g.target(e)] && !flow[e]==cap[e])
180.54 - std::cout << "Slackness does not hold!" << std::endl;
180.55 - if (!cut[g.source(e)] && cut[g.target(e)] && flow[e]>0)
180.56 - std::cout << "Slackness does not hold!" << std::endl;
180.57 - }
180.58 - }
180.59 -
180.60 - {
180.61 - std::cout << "preflow ..." << std::endl;
180.62 - for(Graph::EdgeIt e(g); e!=INVALID; ++e) flow.set(e, 0);
180.63 - ts.reset();
180.64 - max_flow_test.run(Preflow<Graph, int, Graph::EdgeMap<int>, Graph::EdgeMap<int> >::GEN_FLOW);
180.65 - std::cout << "elapsed time: " << ts << std::endl;
180.66 - std::cout << "flow value: "<< max_flow_test.flowValue() << std::endl;
180.67 -
180.68 - for(Graph::EdgeIt e(g); e!=INVALID; ++e) {
180.69 - if (cut[g.source(e)] && !cut[g.target(e)] && !flow[e]==cap[e])
180.70 - std::cout << "Slackness does not hold!" << std::endl;
180.71 - if (!cut[g.source(e)] && cut[g.target(e)] && flow[e]>0)
180.72 - std::cout << "Slackness does not hold!" << std::endl;
180.73 - }
180.74 - }
180.75 -
180.76 -// {
180.77 -// std::cout << "wrapped preflow ..." << std::endl;
180.78 -// FOR_EACH_LOC(Graph::EdgeIt, e, g) flow.set(e, 0);
180.79 -// ts.reset();
180.80 -// pre_flow_res.run();
180.81 -// std::cout << "elapsed time: " << ts << std::endl;
180.82 -// std::cout << "flow value: "<< pre_flow_test.flowValue() << std::endl;
180.83 -// }
180.84 -
180.85 - {
180.86 - std::cout << "physical blocking flow augmentation ..." << std::endl;
180.87 - for(Graph::EdgeIt e(g); e!=INVALID; ++e) flow.set(e, 0);
180.88 - ts.reset();
180.89 - int i=0;
180.90 - while (augmenting_flow_test.augmentOnBlockingFlow<MutableGraph>()) { ++i; }
180.91 - std::cout << "elapsed time: " << ts << std::endl;
180.92 - std::cout << "number of augmentation phases: " << i << std::endl;
180.93 - std::cout << "flow value: "<< augmenting_flow_test.flowValue() << std::endl;
180.94 -
180.95 - for(Graph::EdgeIt e(g); e!=INVALID; ++e) {
180.96 - if (cut[g.source(e)] && !cut[g.target(e)] && !flow[e]==cap[e])
180.97 - std::cout << "Slackness does not hold!" << std::endl;
180.98 - if (!cut[g.source(e)] && cut[g.target(e)] && flow[e]>0)
180.99 - std::cout << "Slackness does not hold!" << std::endl;
180.100 - }
180.101 - }
180.102 -
180.103 - {
180.104 - std::cout << "on-the-fly blocking flow augmentation ..." << std::endl;
180.105 - for(Graph::EdgeIt e(g); e!=INVALID; ++e) flow.set(e, 0);
180.106 - ts.reset();
180.107 - int i=0;
180.108 - while (augmenting_flow_test.augmentOnBlockingFlow2()) { ++i; }
180.109 - std::cout << "elapsed time: " << ts << std::endl;
180.110 - std::cout << "number of augmentation phases: " << i << std::endl;
180.111 - std::cout << "flow value: "<< augmenting_flow_test.flowValue() << std::endl;
180.112 -
180.113 - for(Graph::EdgeIt e(g); e!=INVALID; ++e) {
180.114 - if (cut[g.source(e)] && !cut[g.target(e)] && !flow[e]==cap[e])
180.115 - std::cout << "Slackness does not hold!" << std::endl;
180.116 - if (!cut[g.source(e)] && cut[g.target(e)] && flow[e]>0)
180.117 - std::cout << "Slackness does not hold!" << std::endl;
180.118 - }
180.119 - }
180.120 -
180.121 - {
180.122 - std::cout << "on-the-fly shortest path augmentation ..." << std::endl;
180.123 - for(Graph::EdgeIt e(g); e!=INVALID; ++e) flow.set(e, 0);
180.124 - ts.reset();
180.125 - int i=0;
180.126 - while (augmenting_flow_test.augmentOnShortestPath()) { ++i; }
180.127 - std::cout << "elapsed time: " << ts << std::endl;
180.128 - std::cout << "number of augmentation phases: " << i << std::endl;
180.129 - std::cout << "flow value: "<< augmenting_flow_test.flowValue() << std::endl;
180.130 -
180.131 - for(Graph::EdgeIt e(g); e!=INVALID; ++e) {
180.132 - if (cut[g.source(e)] && !cut[g.target(e)] && !flow[e]==cap[e])
180.133 - std::cout << "Slackness does not hold!" << std::endl;
180.134 - if (!cut[g.source(e)] && cut[g.target(e)] && flow[e]>0)
180.135 - std::cout << "Slackness does not hold!" << std::endl;
180.136 - }
180.137 - }
180.138 -
180.139 - {
180.140 - std::cout << "on-the-fly shortest path augmentation ..." << std::endl;
180.141 - for(Graph::EdgeIt e(g); e!=INVALID; ++e) flow.set(e, 0);
180.142 - ts.reset();
180.143 - int i=0;
180.144 - while (augmenting_flow_test.augmentOnShortestPath2()) { ++i; }
180.145 - std::cout << "elapsed time: " << ts << std::endl;
180.146 - std::cout << "number of augmentation phases: " << i << std::endl;
180.147 - std::cout << "flow value: "<< augmenting_flow_test.flowValue() << std::endl;
180.148 -
180.149 - for(Graph::EdgeIt e(g); e!=INVALID; ++e) {
180.150 - if (cut[g.source(e)] && !cut[g.target(e)] && !flow[e]==cap[e])
180.151 - std::cout << "Slackness does not hold!" << std::endl;
180.152 - if (!cut[g.source(e)] && cut[g.target(e)] && flow[e]>0)
180.153 - std::cout << "Slackness does not hold!" << std::endl;
180.154 - }
180.155 - }
180.156 -
180.157 - return 0;
180.158 -}
181.1 --- a/src/work/marci/merge_node_graph_wrapper.h Sun Apr 17 18:57:22 2005 +0000
181.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
181.3 @@ -1,1189 +0,0 @@
181.4 -/* -*- C++ -*-
181.5 - * src/lemon/merge_node_graph_wrapper.h - Part of LEMON, a generic C++ optimization library
181.6 - *
181.7 - * Copyright (C) 2005 Egervary Jeno Kombinatorikus Optimalizalasi Kutatocsoport
181.8 - * (Egervary Research Group on Combinatorial Optimization, EGRES).
181.9 - *
181.10 - * Permission to use, modify and distribute this software is granted
181.11 - * provided that this copyright notice appears in all copies. For
181.12 - * precise terms see the accompanying LICENSE file.
181.13 - *
181.14 - * This software is provided "AS IS" with no warranty of any kind,
181.15 - * express or implied, and with no claim as to its suitability for any
181.16 - * purpose.
181.17 - *
181.18 - */
181.19 -
181.20 -#ifndef LEMON_MERGE_NODE_GRAPH_WRAPPER_H
181.21 -#define LEMON_MERGE_NODE_GRAPH_WRAPPER_H
181.22 -
181.23 -#include <lemon/invalid.h>
181.24 -#include <lemon/maps.h>
181.25 -#include <lemon/map_defines.h>
181.26 -#include <lemon/graph_wrapper.h>
181.27 -#include <iostream>
181.28 -
181.29 -using std::cout;
181.30 -using std::endl;
181.31 -
181.32 -#include <boost/type_traits.hpp>
181.33 -#include <boost/utility/enable_if.hpp>
181.34 -
181.35 -namespace lemon {
181.36 -
181.37 - template <class _Graph1>
181.38 - class P1 : public GraphWrapperBase<_Graph1> {
181.39 - };
181.40 -
181.41 - template <class _Graph2>
181.42 - class P2 : public GraphWrapperBase<_Graph2> {
181.43 - };
181.44 -
181.45 -
181.46 - template <typename _Graph1, typename _Graph2, typename Enable=void>
181.47 - class MergeNodeGraphWrapperBaseBase :
181.48 - public P1<_Graph1>, public P2<_Graph2> {
181.49 - public:
181.50 - static void printNode() { std::cout << "node: generic" << std::endl; }
181.51 - typedef _Graph1 Graph1;
181.52 - typedef _Graph2 Graph2;
181.53 - typedef P1<_Graph1> Parent1;
181.54 - typedef P2<_Graph2> Parent2;
181.55 - typedef typename Parent1::Node Graph1Node;
181.56 - typedef typename Parent2::Node Graph2Node;
181.57 - protected:
181.58 - MergeNodeGraphWrapperBaseBase() { }
181.59 - public:
181.60 -
181.61 - class Node : public Graph1Node, public Graph2Node {
181.62 - friend class MergeNodeGraphWrapperBaseBase<_Graph1, _Graph2>;
181.63 - protected:
181.64 - bool backward; //true, iff backward
181.65 - public:
181.66 - Node() { }
181.67 - /// \todo =false is needed, or causes problems?
181.68 - /// If \c _backward is false, then we get an edge corresponding to the
181.69 - /// original one, otherwise its oppositely directed pair is obtained.
181.70 - Node(const Graph1Node& n1,
181.71 - const Graph2Node& n2, bool _backward) :
181.72 - Graph1Node(n1), Graph2Node(n2), backward(_backward) { }
181.73 - Node(Invalid i) : Graph1Node(i), Graph2Node(i), backward(true) { }
181.74 - bool operator==(const Node& v) const {
181.75 - if (backward)
181.76 - return (v.backward &&
181.77 - static_cast<Graph2Node>(*this)==static_cast<Graph2Node>(v));
181.78 - else
181.79 - return (!v.backward &&
181.80 - static_cast<Graph1Node>(*this)==static_cast<Graph1Node>(v));
181.81 - }
181.82 - bool operator!=(const Node& v) const {
181.83 - return !(*this==v);
181.84 - }
181.85 - };
181.86 -
181.87 - static bool forward(const Node& n) { return !n.backward; }
181.88 - static bool backward(const Node& n) { return n.backward; }
181.89 - static void setForward(Node& n) { n.backward=false; }
181.90 - static void setBackward(Node& n) { n.backward=true; }
181.91 - };
181.92 -
181.93 -
181.94 - template <typename _Graph1, typename _Graph2>
181.95 - class MergeNodeGraphWrapperBaseBase<
181.96 - _Graph1, _Graph2, typename boost::enable_if<
181.97 - boost::is_same<typename _Graph1::Node, typename _Graph2::Node> >::type> :
181.98 - public P1<_Graph1>, public P2<_Graph2> {
181.99 - public:
181.100 - static void printNode() { std::cout << "node: same" << std::endl; }
181.101 - typedef _Graph1 Graph1;
181.102 - typedef _Graph2 Graph2;
181.103 - typedef P1<_Graph1> Parent1;
181.104 - typedef P2<_Graph2> Parent2;
181.105 - typedef typename Parent1::Node Graph1Node;
181.106 - typedef typename Parent2::Node Graph2Node;
181.107 - protected:
181.108 - MergeNodeGraphWrapperBaseBase() { }
181.109 - public:
181.110 -
181.111 - class Node : public Graph1Node {
181.112 - friend class MergeNodeGraphWrapperBaseBase<_Graph1, _Graph2>;
181.113 - protected:
181.114 - bool backward; //true, iff backward
181.115 - public:
181.116 - Node() { }
181.117 - /// \todo =false is needed, or causes problems?
181.118 - /// If \c _backward is false, then we get an edge corresponding to the
181.119 - /// original one, otherwise its oppositely directed pair is obtained.
181.120 - Node(const Graph1Node& n1,
181.121 - const Graph2Node& n2, bool _backward) :
181.122 - Graph1Node(!_backward ? n1 : n2), backward(_backward) { }
181.123 - Node(Invalid i) : Graph1Node(i), backward(true) { }
181.124 - bool operator==(const Node& v) const {
181.125 - return (backward==v.backward &&
181.126 - static_cast<Graph1Node>(*this)==static_cast<Graph1Node>(v));
181.127 - }
181.128 - bool operator!=(const Node& v) const {
181.129 - return !(*this==v);
181.130 - }
181.131 - };
181.132 -
181.133 - static bool forward(const Node& n) { return !n.backward; }
181.134 - static bool backward(const Node& n) { return n.backward; }
181.135 - static void setForward(Node& n) { n.backward=false; }
181.136 - static void setBackward(Node& n) { n.backward=true; }
181.137 - };
181.138 -
181.139 -
181.140 - template <typename _Graph1, typename _Graph2>
181.141 - class MergeNodeGraphWrapperBaseBase<
181.142 - _Graph1, _Graph2, typename boost::enable_if<
181.143 - boost::is_base_and_derived<typename _Graph1::Node, typename _Graph2::Node> >::type> :
181.144 - public P1<_Graph1>, public P2<_Graph2> {
181.145 - public :
181.146 - static void printNode() { std::cout << "node: 2nd is derived" << std::endl; }
181.147 - typedef _Graph1 Graph1;
181.148 - typedef _Graph2 Graph2;
181.149 - typedef P1<_Graph1> Parent1;
181.150 - typedef P2<_Graph2> Parent2;
181.151 - typedef typename Parent1::Node Graph1Node;
181.152 - typedef typename Parent2::Node Graph2Node;
181.153 - protected:
181.154 - MergeNodeGraphWrapperBaseBase() { }
181.155 - public:
181.156 -
181.157 - class Node : public Graph2Node {
181.158 - friend class MergeNodeGraphWrapperBaseBase<_Graph1, _Graph2>;
181.159 - protected:
181.160 - bool backward; //true, iff backward
181.161 - public:
181.162 - Node() { }
181.163 - /// \todo =false is needed, or causes problems?
181.164 - /// If \c _backward is false, then we get an edge corresponding to the
181.165 - /// original one, otherwise its oppositely directed pair is obtained.
181.166 - Node(const Graph1Node& n1,
181.167 - const Graph2Node& n2, bool _backward) :
181.168 - Graph2Node(n2), backward(_backward) {
181.169 - if (!backward) *this=n1;
181.170 - }
181.171 - Node(Invalid i) : Graph2Node(i), backward(true) { }
181.172 - bool operator==(const Node& v) const {
181.173 - if (backward)
181.174 - return (v.backward &&
181.175 - static_cast<Graph2Node>(*this)==static_cast<Graph2Node>(v));
181.176 - else
181.177 - return (!v.backward &&
181.178 - static_cast<Graph1Node>(*this)==static_cast<Graph1Node>(v));
181.179 - }
181.180 - bool operator!=(const Node& v) const {
181.181 - return !(*this==v);
181.182 - }
181.183 - };
181.184 -
181.185 - static bool forward(const Node& n) { return !n.backward; }
181.186 - static bool backward(const Node& n) { return n.backward; }
181.187 - static void setForward(Node& n) { n.backward=false; }
181.188 - static void setBackward(Node& n) { n.backward=true; }
181.189 - };
181.190 -
181.191 -
181.192 - template <typename _Graph1, typename _Graph2>
181.193 - class MergeNodeGraphWrapperBaseBase<
181.194 - _Graph1, _Graph2, typename boost::enable_if<
181.195 - boost::is_base_and_derived<typename _Graph2::Node, typename _Graph1::Node> >::type> :
181.196 - public P1<_Graph1>, public P2<_Graph2> {
181.197 - public :
181.198 - static void printNode() { std::cout << "node: 1st is derived" << std::endl; }
181.199 - typedef _Graph1 Graph1;
181.200 - typedef _Graph2 Graph2;
181.201 - typedef P1<_Graph1> Parent1;
181.202 - typedef P2<_Graph2> Parent2;
181.203 - typedef typename Parent1::Node Graph1Node;
181.204 - typedef typename Parent2::Node Graph2Node;
181.205 - protected:
181.206 - MergeNodeGraphWrapperBaseBase() { }
181.207 - public:
181.208 -
181.209 - class Node : public Graph1Node {
181.210 - friend class MergeNodeGraphWrapperBaseBase<_Graph1, _Graph2>;
181.211 - protected:
181.212 - bool backward; //true, iff backward
181.213 - public:
181.214 - Node() { }
181.215 - /// \todo =false is needed, or causes problems?
181.216 - /// If \c _backward is false, then we get an edge corresponding to the
181.217 - /// original one, otherwise its oppositely directed pair is obtained.
181.218 - Node(const Graph1Node& n1,
181.219 - const Graph2Node& n2, bool _backward) :
181.220 - Graph1Node(n1), backward(_backward) {
181.221 - if (backward) *this=n2;
181.222 - }
181.223 - Node(Invalid i) : Graph1Node(i), backward(true) { }
181.224 - bool operator==(const Node& v) const {
181.225 - if (backward)
181.226 - return (v.backward &&
181.227 - static_cast<Graph2Node>(*this)==static_cast<Graph2Node>(v));
181.228 - else
181.229 - return (!v.backward &&
181.230 - static_cast<Graph1Node>(*this)==static_cast<Graph1Node>(v));
181.231 - }
181.232 - bool operator!=(const Node& v) const {
181.233 - return !(*this==v);
181.234 - }
181.235 - };
181.236 -
181.237 - static bool forward(const Node& n) { return !n.backward; }
181.238 - static bool backward(const Node& n) { return n.backward; }
181.239 - static void setForward(Node& n) { n.backward=false; }
181.240 - static void setBackward(Node& n) { n.backward=true; }
181.241 - };
181.242 -
181.243 -
181.244 - template <typename _Graph1, typename _Graph2>
181.245 - class MergeNodeGraphWrapperBase :
181.246 - public MergeNodeGraphWrapperBaseBase<_Graph1, _Graph2> {
181.247 - public:
181.248 - typedef MergeNodeGraphWrapperBaseBase<_Graph1, _Graph2> Parent;
181.249 - typedef _Graph1 Graph1;
181.250 - typedef _Graph2 Graph2;
181.251 - typedef P1<_Graph1> Parent1;
181.252 - typedef P2<_Graph2> Parent2;
181.253 - typedef typename Parent1::Node Graph1Node;
181.254 - typedef typename Parent2::Node Graph2Node;
181.255 -
181.256 - typedef typename Parent::Node Node;
181.257 - class Edge { };
181.258 -
181.259 - void first(Node& i) const {
181.260 - Parent1::graph->first(*static_cast<Graph1Node*>(&i));
181.261 - this->setForward(i);
181.262 - if (*static_cast<Graph1Node*>(&i)==INVALID) {
181.263 - Parent2::graph->first(*static_cast<Graph2Node*>(&i));
181.264 - this->setBackward(i);
181.265 - }
181.266 - }
181.267 - void next(Node& i) const {
181.268 - if (this->forward(i)) {
181.269 - Parent1::graph->next(*static_cast<Graph1Node*>(&i));
181.270 - if (*static_cast<Graph1Node*>(&i)==INVALID) {
181.271 - Parent2::graph->first(*static_cast<Graph2Node*>(&i));
181.272 - this->setBackward(i);
181.273 - }
181.274 - } else {
181.275 - Parent2::graph->next(*static_cast<Graph2Node*>(&i));
181.276 - }
181.277 - }
181.278 -
181.279 - int id(const Node& n) const {
181.280 - if (this->forward(n))
181.281 - return this->Parent1::graph->id(n);
181.282 - else
181.283 - return this->Parent2::graph->id(n);
181.284 - }
181.285 -
181.286 - template <typename _Value>
181.287 - class NodeMap {
181.288 - protected:
181.289 - typedef typename _Graph1::template NodeMap<_Value> ParentMap1;
181.290 - typedef typename _Graph2::template NodeMap<_Value> ParentMap2;
181.291 - ParentMap1 forward_map;
181.292 - ParentMap2 backward_map;
181.293 - public:
181.294 - typedef _Value Value;
181.295 - typedef Node Key;
181.296 - NodeMap(const MergeNodeGraphWrapperBase<_Graph1, _Graph2>& gw) :
181.297 - forward_map(*(gw.Parent1::graph)),
181.298 - backward_map(*(gw.Parent2::graph)) { }
181.299 - NodeMap(const MergeNodeGraphWrapperBase<_Graph1, _Graph2>& gw,
181.300 - const _Value& value) :
181.301 - forward_map(*(gw.Parent1::graph), value),
181.302 - backward_map(*(gw.Parent2::graph), value) { }
181.303 - _Value operator[](const Node& n) const {
181.304 - if (Parent::forward(n))
181.305 - return forward_map[n];
181.306 - else
181.307 - return backward_map[n];
181.308 - }
181.309 - void set(const Node& n, const _Value& value) {
181.310 - if (Parent::forward(n))
181.311 - forward_map.set(n, value);
181.312 - else
181.313 - backward_map.set(n, value);
181.314 - }
181.315 -// using ParentMap1::operator[];
181.316 -// using ParentMap2::operator[];
181.317 - };
181.318 -
181.319 - };
181.320 -
181.321 -
181.322 - /*! A graph wrapper class
181.323 - for merging the node-set of two node-disjoint graphs
181.324 - into the node-set of one graph.
181.325 - Different implementations are according to the relation of
181.326 - _Graph1::Node and _Graph2::Node.
181.327 - If _Graph1::Node and _Graph2::Node are unrelated, then
181.328 - MergeNodeGraphWrapper<_Graph1, _Graph2>::Node
181.329 - is derived from both.
181.330 - If _Graph1::Node and _Graph2::Node are the same type, then
181.331 - MergeNodeGraphWrapper<_Graph1, _Graph2>::Node
181.332 - is derived from _Graph1::Node.
181.333 - If one of _Graph1::Node and _Graph2::Node
181.334 - is derived from the other one, then
181.335 - MergeNodeGraphWrapper<_Graph1, _Graph2>::Node
181.336 - is derived from the derived type.
181.337 - It does not satisfy
181.338 - StaticGraph concept as it has no edge-set which
181.339 - works together with the node-set.
181.340 - */
181.341 - template <typename _Graph1, typename _Graph2>
181.342 - class MergeNodeGraphWrapper : public
181.343 - IterableGraphExtender<MergeNodeGraphWrapperBase<_Graph1, _Graph2> > {
181.344 - public:
181.345 - typedef _Graph1 Graph1;
181.346 - typedef _Graph2 Graph2;
181.347 - typedef IterableGraphExtender<
181.348 - MergeNodeGraphWrapperBase<_Graph1, _Graph2> > Parent;
181.349 - protected:
181.350 - MergeNodeGraphWrapper() { }
181.351 - public:
181.352 - MergeNodeGraphWrapper(_Graph1& _graph1, _Graph2& _graph2) {
181.353 - Parent::Parent1::setGraph(_graph1);
181.354 - Parent::Parent2::setGraph(_graph2);
181.355 - }
181.356 - };
181.357 -
181.358 -
181.359 - /*! A grah wrapper base class
181.360 - for merging the node-sets and edge-sets of
181.361 - two node-disjoint graphs
181.362 - into one graph.
181.363 - Generic implementation for unrelated _Graph1::Edge and _Graph2::Edge.
181.364 - */
181.365 - template <typename _Graph1, typename _Graph2, typename Enable=void>
181.366 - class MergeEdgeGraphWrapperBaseBase :
181.367 - public MergeNodeGraphWrapperBase<_Graph1, _Graph2> {
181.368 - public:
181.369 - static void printEdge() { std::cout << "edge: generic" << std::endl; }
181.370 - typedef _Graph1 Graph1;
181.371 - typedef _Graph2 Graph2;
181.372 - typedef MergeNodeGraphWrapperBase<_Graph1, _Graph2> Parent;
181.373 - typedef typename Parent::Parent1 Parent1;
181.374 - typedef typename Parent::Parent2 Parent2;
181.375 -// typedef P1<_Graph1> Parent1;
181.376 -// typedef P2<_Graph2> Parent2;
181.377 - typedef typename Parent1::Edge Graph1Edge;
181.378 - typedef typename Parent2::Edge Graph2Edge;
181.379 - protected:
181.380 - MergeEdgeGraphWrapperBaseBase() { }
181.381 - public:
181.382 -
181.383 - class Edge : public Graph1Edge, public Graph2Edge {
181.384 - friend class MergeEdgeGraphWrapperBaseBase<_Graph1, _Graph2>;
181.385 - protected:
181.386 - bool backward; //true, iff backward
181.387 - public:
181.388 - Edge() { }
181.389 - /// \todo =false is needed, or causes problems?
181.390 - /// If \c _backward is false, then we get an edge corresponding to the
181.391 - /// original one, otherwise its oppositely directed pair is obtained.
181.392 - Edge(const Graph1Edge& n1,
181.393 - const Graph2Edge& n2, bool _backward) :
181.394 - Graph1Edge(n1), Graph2Edge(n2), backward(_backward) { }
181.395 - Edge(Invalid i) : Graph1Edge(i), Graph2Edge(i), backward(true) { }
181.396 - bool operator==(const Edge& v) const {
181.397 - if (backward)
181.398 - return (v.backward &&
181.399 - static_cast<Graph2Edge>(*this)==static_cast<Graph2Edge>(v));
181.400 - else
181.401 - return (!v.backward &&
181.402 - static_cast<Graph1Edge>(*this)==static_cast<Graph1Edge>(v));
181.403 - }
181.404 - bool operator!=(const Edge& v) const {
181.405 - return !(*this==v);
181.406 - }
181.407 - };
181.408 -
181.409 - using Parent::forward;
181.410 - using Parent::backward;
181.411 - using Parent::setForward;
181.412 - using Parent::setBackward;
181.413 - static bool forward(const Edge& e) { return !e.backward; }
181.414 - static bool backward(const Edge& e) { return e.backward; }
181.415 - static void setForward(Edge& e) { e.backward=false; }
181.416 - static void setBackward(Edge& e) { e.backward=true; }
181.417 - };
181.418 -
181.419 -
181.420 -
181.421 - /*! A graph wrapper base class
181.422 - for merging the node-sets and edge-sets of
181.423 - two node-disjoint graphs
181.424 - into one graph.
181.425 - Specialization for the case when _Graph1::Edge and _Graph2::Edge
181.426 - are the same.
181.427 - */
181.428 - template <typename _Graph1, typename _Graph2>
181.429 - class MergeEdgeGraphWrapperBaseBase<
181.430 - _Graph1, _Graph2, typename boost::enable_if<
181.431 - boost::is_same<typename _Graph1::Edge, typename _Graph2::Edge> >::type> :
181.432 - public MergeNodeGraphWrapperBase<_Graph1, _Graph2> {
181.433 - public:
181.434 - static void printEdge() { std::cout << "edge: same" << std::endl; }
181.435 - typedef _Graph1 Graph1;
181.436 - typedef _Graph2 Graph2;
181.437 - typedef MergeNodeGraphWrapperBase<_Graph1, _Graph2> Parent;
181.438 - typedef typename Parent::Parent1 Parent1;
181.439 - typedef typename Parent::Parent2 Parent2;
181.440 -// typedef P1<_Graph1> Parent1;
181.441 -// typedef P2<_Graph2> Parent2;
181.442 - typedef typename Parent1::Edge Graph1Edge;
181.443 - typedef typename Parent2::Edge Graph2Edge;
181.444 - protected:
181.445 - MergeEdgeGraphWrapperBaseBase() { }
181.446 - public:
181.447 -
181.448 - class Edge : public Graph1Edge {
181.449 - friend class MergeEdgeGraphWrapperBaseBase<_Graph1, _Graph2>;
181.450 - protected:
181.451 - bool backward; //true, iff backward
181.452 - public:
181.453 - Edge() { }
181.454 - /// \todo =false is needed, or causes problems?
181.455 - /// If \c _backward is false, then we get an edge corresponding to the
181.456 - /// original one, otherwise its oppositely directed pair is obtained.
181.457 - Edge(const Graph1Edge& n1,
181.458 - const Graph2Edge& n2, bool _backward) :
181.459 - Graph1Edge(!_backward ? n1 : n2), backward(_backward) { }
181.460 - Edge(Invalid i) : Graph1Edge(i), backward(true) { }
181.461 - bool operator==(const Edge& v) const {
181.462 - return (backward==v.backward &&
181.463 - static_cast<Graph1Edge>(*this)==static_cast<Graph1Edge>(v));
181.464 - }
181.465 - bool operator!=(const Edge& v) const {
181.466 - return !(*this==v);
181.467 - }
181.468 - };
181.469 -
181.470 - using Parent::forward;
181.471 - using Parent::backward;
181.472 - using Parent::setForward;
181.473 - using Parent::setBackward;
181.474 - static bool forward(const Edge& e) { return !e.backward; }
181.475 - static bool backward(const Edge& e) { return e.backward; }
181.476 - static void setForward(Edge& e) { e.backward=false; }
181.477 - static void setBackward(Edge& e) { e.backward=true; }
181.478 - };
181.479 -
181.480 -
181.481 - /*! A grah wrapper base class
181.482 - for merging the node-sets and edge-sets of
181.483 - two node-disjoint graphs
181.484 - into one graph.
181.485 - Specialized implementation for the case
181.486 - when _Graph1::Edge is a base class and _Graph2::Edge
181.487 - is derived from it.
181.488 - */
181.489 - template <typename _Graph1, typename _Graph2>
181.490 - class MergeEdgeGraphWrapperBaseBase<
181.491 - _Graph1, _Graph2, typename boost::enable_if<
181.492 - boost::is_base_and_derived<typename _Graph1::Edge, typename _Graph2::Edge> >::type> :
181.493 - public MergeNodeGraphWrapperBase<_Graph1, _Graph2> {
181.494 - public:
181.495 - static void printEdge() { std::cout << "edge: 2nd is derived" << std::endl; }
181.496 - typedef _Graph1 Graph1;
181.497 - typedef _Graph2 Graph2;
181.498 - typedef MergeNodeGraphWrapperBase<_Graph1, _Graph2> Parent;
181.499 - typedef typename Parent::Parent1 Parent1;
181.500 - typedef typename Parent::Parent2 Parent2;
181.501 -// typedef P1<_Graph1> Parent1;
181.502 -// typedef P2<_Graph2> Parent2;
181.503 - typedef typename Parent1::Edge Graph1Edge;
181.504 - typedef typename Parent2::Edge Graph2Edge;
181.505 - protected:
181.506 - MergeEdgeGraphWrapperBaseBase() { }
181.507 - public:
181.508 -
181.509 - class Edge : public Graph2Edge {
181.510 - friend class MergeEdgeGraphWrapperBaseBase<_Graph1, _Graph2>;
181.511 - protected:
181.512 - bool backward; //true, iff backward
181.513 - public:
181.514 - Edge() { }
181.515 - /// \todo =false is needed, or causes problems?
181.516 - /// If \c _backward is false, then we get an edge corresponding to the
181.517 - /// original one, otherwise its oppositely directed pair is obtained.
181.518 - Edge(const Graph1Edge& n1,
181.519 - const Graph2Edge& n2, bool _backward) :
181.520 - Graph2Edge(n2), backward(_backward) {
181.521 - if (!backward) *this=n1;
181.522 - }
181.523 - Edge(Invalid i) : Graph2Edge(i), backward(true) { }
181.524 - bool operator==(const Edge& v) const {
181.525 - if (backward)
181.526 - return (v.backward &&
181.527 - static_cast<Graph2Edge>(*this)==static_cast<Graph2Edge>(v));
181.528 - else
181.529 - return (!v.backward &&
181.530 - static_cast<Graph1Edge>(*this)==static_cast<Graph1Edge>(v));
181.531 - }
181.532 - bool operator!=(const Edge& v) const {
181.533 - return !(*this==v);
181.534 - }
181.535 - };
181.536 -
181.537 - using Parent::forward;
181.538 - using Parent::backward;
181.539 - using Parent::setForward;
181.540 - using Parent::setBackward;
181.541 - static bool forward(const Edge& e) { return !e.backward; }
181.542 - static bool backward(const Edge& e) { return e.backward; }
181.543 - static void setForward(Edge& e) { e.backward=false; }
181.544 - static void setBackward(Edge& e) { e.backward=true; }
181.545 - };
181.546 -
181.547 -
181.548 - /*! A grah wrapper base class
181.549 - for merging the node-sets and edge-sets of
181.550 - two node-disjoint graphs
181.551 - into one graph.
181.552 - Specialized implementation for the case
181.553 - when _Graph1::Edge is derived from _Graph2::Edge.
181.554 - */
181.555 - template <typename _Graph1, typename _Graph2>
181.556 - class MergeEdgeGraphWrapperBaseBase<
181.557 - _Graph1, _Graph2, typename boost::enable_if<
181.558 - boost::is_base_and_derived<typename _Graph2::Edge, typename _Graph1::Edge> >::type> :
181.559 - public MergeNodeGraphWrapperBase<_Graph1, _Graph2> {
181.560 - public:
181.561 - static void printEdge() { std::cout << "edge: 1st is derived" << std::endl; }
181.562 - typedef _Graph1 Graph1;
181.563 - typedef _Graph2 Graph2;
181.564 - typedef MergeNodeGraphWrapperBaseBase<_Graph1, _Graph2> Parent;
181.565 - typedef typename Parent::Parent1 Parent1;
181.566 - typedef typename Parent::Parent2 Parent2;
181.567 -// typedef P1<_Graph1> Parent1;
181.568 -// typedef P2<_Graph2> Parent2;
181.569 - typedef typename Parent1::Edge Graph1Edge;
181.570 - typedef typename Parent2::Edge Graph2Edge;
181.571 - protected:
181.572 - MergeEdgeGraphWrapperBaseBase() { }
181.573 - public:
181.574 -
181.575 - class Edge : public Graph1Edge {
181.576 - friend class MergeEdgeGraphWrapperBaseBase<_Graph1, _Graph2>;
181.577 - protected:
181.578 - bool backward; //true, iff backward
181.579 - public:
181.580 - Edge() { }
181.581 - /// \todo =false is needed, or causes problems?
181.582 - /// If \c _backward is false, then we get an edge corresponding to the
181.583 - /// original one, otherwise its oppositely directed pair is obtained.
181.584 - Edge(const Graph1Edge& n1,
181.585 - const Graph2Edge& n2, bool _backward) :
181.586 - Graph1Edge(n1), backward(_backward) {
181.587 - if (backward) *this=n2;
181.588 - }
181.589 - Edge(Invalid i) : Graph1Edge(i), backward(true) { }
181.590 - bool operator==(const Edge& v) const {
181.591 - if (backward)
181.592 - return (v.backward &&
181.593 - static_cast<Graph2Edge>(*this)==static_cast<Graph2Edge>(v));
181.594 - else
181.595 - return (!v.backward &&
181.596 - static_cast<Graph1Edge>(*this)==static_cast<Graph1Edge>(v));
181.597 - }
181.598 - bool operator!=(const Edge& v) const {
181.599 - return !(*this==v);
181.600 - }
181.601 - };
181.602 -
181.603 - using Parent::forward;
181.604 - using Parent::backward;
181.605 - using Parent::setForward;
181.606 - using Parent::setBackward;
181.607 - static bool forward(const Edge& e) { return !e.backward; }
181.608 - static bool backward(const Edge& e) { return e.backward; }
181.609 - static void setForward(Edge& e) { e.backward=false; }
181.610 - static void setBackward(Edge& e) { e.backward=true; }
181.611 - };
181.612 -
181.613 -
181.614 - template <typename _Graph1, typename _Graph2>
181.615 - class MergeEdgeGraphWrapperBase :
181.616 - public MergeEdgeGraphWrapperBaseBase<_Graph1, _Graph2> {
181.617 - public:
181.618 - typedef MergeEdgeGraphWrapperBaseBase<_Graph1, _Graph2> Parent;
181.619 - typedef _Graph1 Graph1;
181.620 - typedef _Graph2 Graph2;
181.621 - typedef typename Parent::Parent1 Parent1;
181.622 - typedef typename Parent::Parent2 Parent2;
181.623 - typedef typename Parent1::Node Graph1Node;
181.624 - typedef typename Parent2::Node Graph2Node;
181.625 - typedef typename Parent1::Edge Graph1Edge;
181.626 - typedef typename Parent2::Edge Graph2Edge;
181.627 -
181.628 - typedef typename Parent::Node Node;
181.629 - typedef typename Parent::Edge Edge;
181.630 -
181.631 - using Parent::first;
181.632 - void first(Edge& i) const {
181.633 - Parent1::graph->first(*static_cast<Graph1Edge*>(&i));
181.634 - this->setForward(i);
181.635 - if (*static_cast<Graph1Edge*>(&i)==INVALID) {
181.636 - Parent2::graph->first(*static_cast<Graph2Edge*>(&i));
181.637 - this->setBackward(i);
181.638 - }
181.639 - }
181.640 - void firstIn(Edge& i, const Node& n) const {
181.641 - if (forward(n)) {
181.642 - Parent1::graph->firstIn(*static_cast<Graph1Edge*>(&i), n);
181.643 - if (*static_cast<Graph1Edge*>(&i)==INVALID)
181.644 - i=INVALID;
181.645 - else
181.646 - this->setForward(i);
181.647 - } else {
181.648 - Parent2::graph->firstIn(*static_cast<Graph2Edge*>(&i), n);
181.649 - this->setBackward(i);
181.650 - }
181.651 - }
181.652 - void firstOut(Edge& i, const Node& n) const {
181.653 - if (forward(n)) {
181.654 - Parent1::graph->firstOut(*static_cast<Graph1Edge*>(&i), n);
181.655 - if (*static_cast<Graph1Edge*>(&i)==INVALID)
181.656 - i=INVALID;
181.657 - else
181.658 - this->setForward(i);
181.659 - } else {
181.660 - Parent2::graph->firstOut(*static_cast<Graph2Edge*>(&i), n);
181.661 - this->setBackward(i);
181.662 - }
181.663 - }
181.664 -
181.665 - using Parent::next;
181.666 - void next(Edge& i) const {
181.667 - if (forward(i)) {
181.668 - Parent1::graph->next(*static_cast<Graph1Edge*>(&i));
181.669 - if (*static_cast<Graph1Edge*>(&i)==INVALID) {
181.670 - Parent2::graph->first(*static_cast<Graph2Edge*>(&i));
181.671 - this->setBackward(i);
181.672 - }
181.673 - } else {
181.674 - Parent2::graph->next(*static_cast<Graph2Edge*>(&i));
181.675 - }
181.676 - }
181.677 - void nextIn(Edge& i) const {
181.678 - if (forward(i)) {
181.679 - Parent1::graph->nextIn(*static_cast<Graph1Edge*>(&i));
181.680 - if (*static_cast<Graph1Edge*>(&i)==INVALID) i=INVALID;
181.681 - } else {
181.682 - Parent2::graph->nextIn(*static_cast<Graph2Edge*>(&i));
181.683 - }
181.684 - }
181.685 - void nextOut(Edge& i) const {
181.686 - if (Parent::forward(i)) {
181.687 - Parent1::graph->nextOut(*static_cast<Graph1Edge*>(&i));
181.688 - if (*static_cast<Graph1Edge*>(&i)==INVALID) i=INVALID;
181.689 - } else {
181.690 - Parent2::graph->nextOut(*static_cast<Graph2Edge*>(&i));
181.691 - }
181.692 - }
181.693 -
181.694 - Node source(const Edge& i) const {
181.695 - if (forward(i)) {
181.696 - return
181.697 - Node(Parent1::graph->source(i), INVALID, false);
181.698 - } else {
181.699 - return
181.700 - Node(INVALID, Parent2::graph->source(i), true);
181.701 - }
181.702 - }
181.703 -
181.704 - Node target(const Edge& i) const {
181.705 - if (forward(i)) {
181.706 - return
181.707 - Node(Parent1::graph->target(i), INVALID, false);
181.708 - } else {
181.709 - return
181.710 - Node(INVALID, Parent2::graph->target(i), true);
181.711 - }
181.712 - }
181.713 -
181.714 - using Parent::id;
181.715 - int id(const Edge& n) const {
181.716 - if (forward(n))
181.717 - return this->Parent1::graph->id(n);
181.718 - else
181.719 - return this->Parent2::graph->id(n);
181.720 - }
181.721 -
181.722 - template <typename _Value>
181.723 - class EdgeMap {
181.724 - protected:
181.725 - typedef typename Parent::Graph1::template EdgeMap<_Value> ParentMap1;
181.726 - typedef typename Parent::Graph2::template EdgeMap<_Value> ParentMap2;
181.727 - ParentMap1 forward_map;
181.728 - ParentMap2 backward_map;
181.729 - public:
181.730 - typedef _Value Value;
181.731 - typedef Edge Key;
181.732 - EdgeMap(const MergeEdgeGraphWrapperBase<_Graph1, _Graph2>& gw) :
181.733 - forward_map(*(gw.Parent1::graph)),
181.734 - backward_map(*(gw.Parent2::graph)) { }
181.735 - EdgeMap(const MergeEdgeGraphWrapperBase<_Graph1, _Graph2>& gw,
181.736 - const _Value& value) :
181.737 - forward_map(*(gw.Parent1::graph), value),
181.738 - backward_map(*(gw.Parent2::graph), value) { }
181.739 - _Value operator[](const Edge& n) const {
181.740 - if (Parent::forward(n))
181.741 - return forward_map[n];
181.742 - else
181.743 - return backward_map[n];
181.744 - }
181.745 - void set(const Edge& n, const _Value& value) {
181.746 - if (Parent::forward(n))
181.747 - forward_map.set(n, value);
181.748 - else
181.749 - backward_map.set(n, value);
181.750 - }
181.751 -// using ParentMap1::operator[];
181.752 -// using ParentMap2::operator[];
181.753 - };
181.754 -
181.755 - };
181.756 -
181.757 -
181.758 -
181.759 - /*! A graph wrapper class
181.760 - for merging two node-disjoint graphs
181.761 - into one graph.
181.762 - Different implementations are according to the relation of
181.763 - _Graph1::Edge and _Graph2::Edge.
181.764 - If _Graph1::Edge and _Graph2::Edge are unrelated, then
181.765 - MergeEdgeGraphWrapper<_Graph1, _Graph2>::Edge
181.766 - is derived from both.
181.767 - If _Graph1::Edge and _Graph2::Edge are the same type, then
181.768 - MergeEdgeGraphWrapper<_Graph1, _Graph2>::Edge
181.769 - is derived from _Graph1::Edge.
181.770 - If one of _Graph1::Edge and _Graph2::Edge
181.771 - is derived from the other one, then
181.772 - MergeEdgeGraphWrapper<_Graph1, _Graph2>::Edge
181.773 - is derived from the derived type.
181.774 - It does not satisfy
181.775 - */
181.776 - template <typename _Graph1, typename _Graph2>
181.777 - class MergeEdgeGraphWrapper : public
181.778 - IterableGraphExtender<MergeEdgeGraphWrapperBase<_Graph1, _Graph2> > {
181.779 - public:
181.780 - typedef _Graph1 Graph1;
181.781 - typedef _Graph2 Graph2;
181.782 - typedef IterableGraphExtender<
181.783 - MergeEdgeGraphWrapperBase<_Graph1, _Graph2> > Parent;
181.784 - protected:
181.785 - MergeEdgeGraphWrapper() { }
181.786 - public:
181.787 - MergeEdgeGraphWrapper(_Graph1& _graph1, _Graph2& _graph2) {
181.788 - Parent::Parent1::setGraph(_graph1);
181.789 - Parent::Parent2::setGraph(_graph2);
181.790 - }
181.791 - };
181.792 -
181.793 -
181.794 - /*! A graph wrapper base class for the following functionality.
181.795 - If a bijection is given between the node-sets of two graphs,
181.796 - then the second one can be considered as a new edge-set
181.797 - over th first node-set.
181.798 - */
181.799 - template <typename _Graph, typename _EdgeSetGraph>
181.800 - class NewEdgeSetGraphWrapperBase : public GraphWrapperBase<_Graph> {
181.801 - public:
181.802 - typedef GraphWrapperBase<_Graph> Parent;
181.803 - typedef _Graph Graph;
181.804 - typedef _EdgeSetGraph EdgeSetGraph;
181.805 - typedef typename _Graph::Node Node;
181.806 - typedef typename _EdgeSetGraph::Node ENode;
181.807 - protected:
181.808 - EdgeSetGraph* edge_set_graph;
181.809 - typename Graph::NodeMap<ENode>* e_node;
181.810 - typename EdgeSetGraph::NodeMap<Node>* n_node;
181.811 - void setEdgeSetGraph(EdgeSetGraph& _edge_set_graph) {
181.812 - edge_set_graph=&_edge_set_graph;
181.813 - }
181.814 - /// For each node of \c Graph, this gives a node of \c EdgeSetGraph .
181.815 - void setNodeMap(typename EdgeSetGraph::NodeMap<Node>& _n_node) {
181.816 - n_node=&_n_node;
181.817 - }
181.818 - /// For each node of \c EdgeSetGraph, this gives a node of \c Graph .
181.819 - void setENodeMap(typename Graph::NodeMap<ENode>& _e_node) {
181.820 - e_node=&_e_node;
181.821 - }
181.822 - public:
181.823 - class Edge : public EdgeSetGraph::Edge {
181.824 - typedef typename EdgeSetGraph::Edge Parent;
181.825 - public:
181.826 - Edge() { }
181.827 - Edge(const Parent& e) : Parent(e) { }
181.828 - Edge(Invalid i) : Parent(i) { }
181.829 - };
181.830 -
181.831 - using Parent::first;
181.832 - void first(Edge &e) const {
181.833 - edge_set_graph->first(e);
181.834 - }
181.835 - void firstOut(Edge& e, const Node& n) const {
181.836 -// cout << e_node << endl;
181.837 -// cout << n_node << endl;
181.838 - edge_set_graph->firstOut(e, (*e_node)[n]);
181.839 - }
181.840 - void firstIn(Edge& e, const Node& n) const {
181.841 - edge_set_graph->firstIn(e, (*e_node)[n]);
181.842 - }
181.843 -
181.844 - using Parent::next;
181.845 - void next(Edge &e) const {
181.846 - edge_set_graph->next(e);
181.847 - }
181.848 - void nextOut(Edge& e) const {
181.849 - edge_set_graph->nextOut(e);
181.850 - }
181.851 - void nextIn(Edge& e) const {
181.852 - edge_set_graph->nextIn(e);
181.853 - }
181.854 -
181.855 - Node source(const Edge& e) const {
181.856 - return (*n_node)[edge_set_graph->source(e)];
181.857 - }
181.858 - Node target(const Edge& e) const {
181.859 - return (*n_node)[edge_set_graph->target(e)];
181.860 - }
181.861 -
181.862 - int edgeNum() const { return edge_set_graph->edgeNum(); }
181.863 -
181.864 -// NNode addOldNode() {
181.865 -// return Parent::addNode();
181.866 -// }
181.867 -
181.868 -// ENode addNewNode() {
181.869 -// return edge_set_graph->addNode();
181.870 -// }
181.871 -
181.872 - Edge addEdge(const Node& u, const Node& v) {
181.873 - return edge_set_graph->addEdge((*e_node)[u], (*e_node)[v]);
181.874 - }
181.875 -
181.876 - using Parent::erase;
181.877 - void erase(const Edge& i) const { edge_set_graph->erase(i); }
181.878 -
181.879 - void clear() const { Parent::clear(); edge_set_graph->clear(); }
181.880 -
181.881 - bool forward(const Edge& e) const { return edge_set_graph->forward(e); }
181.882 - bool backward(const Edge& e) const { return edge_set_graph->backward(e); }
181.883 -
181.884 - int id(const Node& e) const { return Parent::id(e); }
181.885 - int id(const Edge& e) const { return edge_set_graph->id(e); }
181.886 -
181.887 - Edge opposite(const Edge& e) const { return edge_set_graph->opposite(e); }
181.888 -
181.889 - template <typename _Value>
181.890 - class EdgeMap : public EdgeSetGraph::EdgeMap<_Value> {
181.891 - public:
181.892 - typedef typename EdgeSetGraph::EdgeMap<_Value> Parent;
181.893 - typedef _Value Value;
181.894 - typedef Edge Key;
181.895 - EdgeMap(const NewEdgeSetGraphWrapperBase& gw) :
181.896 - Parent(*(gw.edge_set_graph)) { }
181.897 - EdgeMap(const NewEdgeSetGraphWrapperBase& gw, const _Value& _value) :
181.898 - Parent(*(gw.edge_set_graph), _value) { }
181.899 - };
181.900 -
181.901 - };
181.902 -
181.903 -
181.904 - /*! A graph wrapper class for the following functionality.
181.905 - If a bijection is given between the node-sets of two graphs,
181.906 - then the second one can be considered as a new edge-set
181.907 - over th first node-set.
181.908 - */
181.909 - template <typename _Graph, typename _EdgeSetGraph>
181.910 - class NewEdgeSetGraphWrapper :
181.911 - public IterableGraphExtender<
181.912 - NewEdgeSetGraphWrapperBase<_Graph, _EdgeSetGraph> > {
181.913 - public:
181.914 - typedef _Graph Graph;
181.915 - typedef _EdgeSetGraph EdgeSetGraph;
181.916 - typedef IterableGraphExtender<
181.917 - NewEdgeSetGraphWrapperBase<_Graph, _EdgeSetGraph> > Parent;
181.918 - protected:
181.919 - NewEdgeSetGraphWrapper() { }
181.920 - public:
181.921 - NewEdgeSetGraphWrapper(_Graph& _graph,
181.922 - _EdgeSetGraph& _edge_set_graph,
181.923 - typename _Graph::
181.924 - NodeMap<typename _EdgeSetGraph::Node>& _e_node,
181.925 - typename _EdgeSetGraph::
181.926 - NodeMap<typename _Graph::Node>& _n_node) {
181.927 - setGraph(_graph);
181.928 - setEdgeSetGraph(_edge_set_graph);
181.929 - setNodeMap(_n_node);
181.930 - setENodeMap(_e_node);
181.931 - }
181.932 - };
181.933 -
181.934 - /*! A graph wrapper class for the following functionality.
181.935 - The same as NewEdgeSetGrapWrapper, but the bijection and the graph of
181.936 - new edges is andled inthe class.
181.937 - */
181.938 - template <typename _Graph, typename _EdgeSetGraph>
181.939 - class NewEdgeSetGraphWrapper2 :
181.940 - public IterableGraphExtender<
181.941 - NewEdgeSetGraphWrapperBase<_Graph, _EdgeSetGraph> > {
181.942 - public:
181.943 - typedef _Graph Graph;
181.944 - typedef _EdgeSetGraph EdgeSetGraph;
181.945 - typedef IterableGraphExtender<
181.946 - NewEdgeSetGraphWrapperBase<_Graph, _EdgeSetGraph> > Parent;
181.947 - protected:
181.948 - _EdgeSetGraph _edge_set_graph;
181.949 - typename Graph::template NodeMap<typename EdgeSetGraph::Node> _e_node;
181.950 - typename EdgeSetGraph::template NodeMap<typename Graph::Node> _n_node;
181.951 - NewEdgeSetGraphWrapper2() { }
181.952 - public:
181.953 - typedef typename Graph::Node Node;
181.954 - // typedef typename Parent::Edge Edge;
181.955 -
181.956 - NewEdgeSetGraphWrapper2(_Graph& _graph) :
181.957 - _edge_set_graph(),
181.958 - _e_node(_graph), _n_node(_edge_set_graph) {
181.959 - setGraph(_graph);
181.960 - setEdgeSetGraph(_edge_set_graph);
181.961 - setNodeMap(_n_node); setENodeMap(_e_node);
181.962 - Node n;
181.963 - for (this->first(n); n!=INVALID; this->next(n)) {
181.964 - typename EdgeSetGraph::Node e=_edge_set_graph.addNode();
181.965 - _e_node.set(n, e);
181.966 - _n_node.set(e, n);
181.967 - }
181.968 - }
181.969 -
181.970 -// Node addNode() {
181.971 -// Node n=(*this).Parent::addNode();
181.972 -// typename EdgeSetGraph::Node e=_edge_set_graph.addNode();
181.973 -// _e_node.set(n, e);
181.974 -// _n_node.set(e, n);
181.975 -// return n;
181.976 -// }
181.977 -
181.978 - };
181.979 -
181.980 - /*! A graph wrapper base class
181.981 - for merging graphs of type _Graph1 and _Graph2
181.982 - which are given on the same node-set
181.983 - (specially on the node-set of Graph1)
181.984 - into one graph.
181.985 - In an other point of view, _Graph1 is extended with
181.986 - the edge-set of _Graph2.
181.987 - \warning we need specialize dimplementations
181.988 - \todo we need specialize dimplementations
181.989 - \bug we need specialize dimplementations
181.990 - */
181.991 - template <typename _Graph1, typename _Graph2, typename Enable=void>
181.992 - class AugmentingGraphWrapperBase :
181.993 - public P1<_Graph1> {
181.994 - public:
181.995 - void printAugment() const { std::cout << "generic" << std::endl; }
181.996 - typedef _Graph1 Graph1;
181.997 - typedef _Graph2 Graph2;
181.998 - typedef P1<_Graph1> Parent1;
181.999 - typedef P2<_Graph2> Parent2;
181.1000 - typedef typename Parent1::Edge Graph1Edge;
181.1001 - typedef typename Parent2::Edge Graph2Edge;
181.1002 - protected:
181.1003 - AugmentingGraphWrapperBase() { }
181.1004 - _Graph2* graph2;
181.1005 - void setGraph2(_Graph2& _graph2) { graph2=&_graph2; }
181.1006 - public:
181.1007 -
181.1008 - template <typename _Value> class EdgeMap;
181.1009 -
181.1010 - typedef typename Parent1::Node Node;
181.1011 -
181.1012 - class Edge : public Graph1Edge, public Graph2Edge {
181.1013 - friend class AugmentingGraphWrapperBase<_Graph1, _Graph2>;
181.1014 - template <typename _Value> friend class EdgeMap;
181.1015 - protected:
181.1016 - bool backward; //true, iff backward
181.1017 - public:
181.1018 - Edge() { }
181.1019 - /// \todo =false is needed, or causes problems?
181.1020 - /// If \c _backward is false, then we get an edge corresponding to the
181.1021 - /// original one, otherwise its oppositely directed pair is obtained.
181.1022 - Edge(const Graph1Edge& n1,
181.1023 - const Graph2Edge& n2, bool _backward) :
181.1024 - Graph1Edge(n1), Graph2Edge(n2), backward(_backward) { }
181.1025 - Edge(Invalid i) : Graph1Edge(i), Graph2Edge(i), backward(true) { }
181.1026 - bool operator==(const Edge& v) const {
181.1027 - if (backward)
181.1028 - return (v.backward &&
181.1029 - static_cast<Graph2Edge>(*this)==static_cast<Graph2Edge>(v));
181.1030 - else
181.1031 - return (!v.backward &&
181.1032 - static_cast<Graph1Edge>(*this)==static_cast<Graph1Edge>(v));
181.1033 - }
181.1034 - bool operator!=(const Edge& v) const {
181.1035 - return !(*this==v);
181.1036 - }
181.1037 - };
181.1038 -
181.1039 - using Parent1::first;
181.1040 - void first(Edge& i) const {
181.1041 - Parent1::graph->first(*static_cast<Graph1Edge*>(&i));
181.1042 - i.backward=false;
181.1043 - if (*static_cast<Graph1Edge*>(&i)==INVALID) {
181.1044 - graph2->first(*static_cast<Graph2Edge*>(&i));
181.1045 - i.backward=true;
181.1046 - }
181.1047 - }
181.1048 - void firstIn(Edge& i, const Node& n) const {
181.1049 - Parent1::graph->firstIn(*static_cast<Graph1Edge*>(&i), n);
181.1050 - i.backward=false;
181.1051 - if (*static_cast<Graph1Edge*>(&i)==INVALID) {
181.1052 - graph2->firstIn(*static_cast<Graph2Edge*>(&i), n);
181.1053 - i.backward=true;
181.1054 - }
181.1055 - }
181.1056 - void firstOut(Edge& i, const Node& n) const {
181.1057 - Parent1::graph->firstOut(*static_cast<Graph1Edge*>(&i), n);
181.1058 - i.backward=false;
181.1059 - if (*static_cast<Graph1Edge*>(&i)==INVALID) {
181.1060 - graph2->firstOut(*static_cast<Graph2Edge*>(&i), n);
181.1061 - i.backward=true;
181.1062 - }
181.1063 - }
181.1064 -
181.1065 - using Parent1::next;
181.1066 - void next(Edge& i) const {
181.1067 - if (!(i.backward)) {
181.1068 - Parent1::graph->next(*static_cast<Graph1Edge*>(&i));
181.1069 - if (*static_cast<Graph1Edge*>(&i)==INVALID) {
181.1070 - graph2->first(*static_cast<Graph2Edge*>(&i));
181.1071 - i.backward=true;
181.1072 - }
181.1073 - } else {
181.1074 - graph2->next(*static_cast<Graph2Edge*>(&i));
181.1075 - }
181.1076 - }
181.1077 - void nextIn(Edge& i) const {
181.1078 - if (!(i.backward)) {
181.1079 - Node n=target(i);
181.1080 - Parent1::graph->nextIn(*static_cast<Graph1Edge*>(&i));
181.1081 - if (*static_cast<Graph1Edge*>(&i)==INVALID) {
181.1082 - graph2->firstIn(*static_cast<Graph2Edge*>(&i), n);
181.1083 - i.backward=true;
181.1084 - }
181.1085 - } else {
181.1086 - graph2->nextIn(*static_cast<Graph2Edge*>(&i));
181.1087 - }
181.1088 - }
181.1089 - void nextOut(Edge& i) const {
181.1090 - if (!(i.backward)) {
181.1091 - Node n=source(i);
181.1092 - Parent1::graph->nextOut(*static_cast<Graph1Edge*>(&i));
181.1093 - if (*static_cast<Graph1Edge*>(&i)==INVALID) {
181.1094 - graph2->firstOut(*static_cast<Graph2Edge*>(&i), n);
181.1095 - i.backward=true;
181.1096 - }
181.1097 - } else {
181.1098 - graph2->nextOut(*static_cast<Graph2Edge*>(&i));
181.1099 - }
181.1100 - }
181.1101 -
181.1102 - Node source(const Edge& i) const {
181.1103 - if (!(i.backward)) {
181.1104 - return Parent1::graph->source(i);
181.1105 - } else {
181.1106 - return graph2->source(i);
181.1107 - }
181.1108 - }
181.1109 -
181.1110 - Node target(const Edge& i) const {
181.1111 - if (!(i.backward)) {
181.1112 - return Parent1::graph->target(i);
181.1113 - } else {
181.1114 - return graph2->target(i);
181.1115 - }
181.1116 - }
181.1117 -
181.1118 - int id(const Node& n) const {
181.1119 - return Parent1::id(n);
181.1120 - };
181.1121 - int id(const Edge& n) const {
181.1122 - if (!n.backward)
181.1123 - return this->Parent1::graph->id(n);
181.1124 - else
181.1125 - return this->graph2->id(n);
181.1126 - }
181.1127 -
181.1128 - template <typename _Value>
181.1129 - class EdgeMap {
181.1130 - protected:
181.1131 - typedef typename _Graph1::template EdgeMap<_Value> ParentMap1;
181.1132 - typedef typename _Graph2::template EdgeMap<_Value> ParentMap2;
181.1133 - ParentMap1 forward_map;
181.1134 - ParentMap2 backward_map;
181.1135 - public:
181.1136 - typedef _Value Value;
181.1137 - typedef Edge Key;
181.1138 - EdgeMap(const AugmentingGraphWrapperBase<_Graph1, _Graph2>& gw) :
181.1139 - forward_map(*(gw.Parent1::graph)),
181.1140 - backward_map(*(gw.graph2)) { }
181.1141 - EdgeMap(const AugmentingGraphWrapperBase<_Graph1, _Graph2>& gw,
181.1142 - const _Value& value) :
181.1143 - forward_map(*(gw.Parent1::graph), value),
181.1144 - backward_map(*(gw.graph2), value) { }
181.1145 - _Value operator[](const Edge& n) const {
181.1146 - if (!n.backward)
181.1147 - return forward_map[n];
181.1148 - else
181.1149 - return backward_map[n];
181.1150 - }
181.1151 - void set(const Edge& n, const _Value& value) {
181.1152 - if (!n.backward)
181.1153 - forward_map.set(n, value);
181.1154 - else
181.1155 - backward_map.set(n, value);
181.1156 - }
181.1157 -// using ParentMap1::operator[];
181.1158 -// using ParentMap2::operator[];
181.1159 - };
181.1160 -
181.1161 - };
181.1162 -
181.1163 -
181.1164 - /*! A graph wrapper class
181.1165 - for merging two graphs (of type _Graph1 and _Graph2)
181.1166 - with the same node-set
181.1167 - (specially on the node-set of Graph1)
181.1168 - into one graph.
181.1169 - In an other point of view, _Graph1 is extended with
181.1170 - the edge-set of _Graph2.
181.1171 - */
181.1172 - template <typename _Graph1, typename _Graph2>
181.1173 - class AugmentingGraphWrapper : public
181.1174 - IterableGraphExtender<AugmentingGraphWrapperBase<_Graph1, _Graph2> > {
181.1175 - public:
181.1176 - typedef
181.1177 - IterableGraphExtender<AugmentingGraphWrapperBase<_Graph1, _Graph2> >
181.1178 - Parent;
181.1179 - typedef _Graph1 Graph1;
181.1180 - typedef _Graph2 Graph2;
181.1181 - protected:
181.1182 - AugmentingGraphWrapper() { }
181.1183 - public:
181.1184 - AugmentingGraphWrapper(_Graph1& _graph1, _Graph2& _graph2) {
181.1185 - setGraph(_graph1);
181.1186 - setGraph2(_graph2);
181.1187 - }
181.1188 - };
181.1189 -
181.1190 -} //namespace lemon
181.1191 -
181.1192 -#endif //LEMON_MERGE_NODE_GRAPH_WRAPPER_H
182.1 --- a/src/work/marci/merge_node_graph_wrapper_test.cc Sun Apr 17 18:57:22 2005 +0000
182.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
182.3 @@ -1,258 +0,0 @@
182.4 -#include <iostream>
182.5 -#include <fstream>
182.6 -
182.7 -#include <lemon/list_graph.h>
182.8 -#include <lemon/smart_graph.h>
182.9 -#include <lemon/dimacs.h>
182.10 -#include <lemon/preflow.h>
182.11 -#include <lemon/full_graph.h>
182.12 -#include <merge_node_graph_wrapper.h>
182.13 -
182.14 -#include<lemon/concept_check.h>
182.15 -#include<lemon/concept/graph.h>
182.16 -
182.17 -using std::cout;
182.18 -using std::endl;
182.19 -
182.20 -using namespace lemon;
182.21 -using namespace lemon::concept;
182.22 -
182.23 -class Graph3 : ListGraph {
182.24 -public:
182.25 - class Node : public ListGraph::Node { };
182.26 - class Edge { };
182.27 -};
182.28 -
182.29 -template <typename Graph>
182.30 -void printGraph(const Graph& g) {
182.31 - cout << " nodes:" << endl;
182.32 - for (typename Graph::NodeIt n(g); n!=INVALID; ++n) {
182.33 - cout << " " << g.id(n) << ": out edges:" << endl;
182.34 - for (typename Graph::OutEdgeIt e(g, n); e!=INVALID; ++e)
182.35 - cout << " " << g.id(g.source(e)) << "->" << g.id(g.target(e)) << endl;
182.36 - }
182.37 - cout << " edges:" << endl;
182.38 - for (typename Graph::EdgeIt e(g); e!=INVALID; ++e) {
182.39 - cout << " " << g.id(e) << ": "
182.40 - << g.id(g.source(e)) << "->" << g.id(g.target(e)) << endl;
182.41 - }
182.42 -}
182.43 -
182.44 -int main() {
182.45 - {
182.46 - cout << "FIRST TEST" << endl;
182.47 - //typedef SmartGraph Graph1;
182.48 - typedef ListGraph Graph1;
182.49 - typedef ListGraph Graph2;
182.50 - typedef SmartGraph Graph3;
182.51 -
182.52 -// {
182.53 -// checkConcept<StaticGraph, MergeEdgeGraphWrapper<Graph1, Graph2> >();
182.54 -// MergeEdgeGraphWrapper<Graph1, Graph2>::printNode();
182.55 -// MergeEdgeGraphWrapper<Graph1, Graph2>::printEdge();
182.56 -// checkConcept<StaticGraph, MergeEdgeGraphWrapper<Graph1, Graph1> >();
182.57 -// MergeEdgeGraphWrapper<Graph1, Graph1>::printNode();
182.58 -// MergeEdgeGraphWrapper<Graph1, Graph1>::printEdge();
182.59 -// typedef ResGraphWrapper<Graph1, int,
182.60 -// ConstMap<Graph1, int>, ConstMap<Graph1, int> > Graph4;
182.61 -// checkConcept<StaticGraph, MergeEdgeGraphWrapper<Graph1, Graph4> >();
182.62 -// MergeEdgeGraphWrapper<Graph1, Graph4>::printNode();
182.63 -// MergeEdgeGraphWrapper<Graph1, Graph4>::printEdge();
182.64 -// checkConcept<StaticGraph, MergeEdgeGraphWrapper<Graph4, Graph1> >();
182.65 -// MergeEdgeGraphWrapper<Graph4, Graph1>::printNode();
182.66 -// MergeEdgeGraphWrapper<Graph4, Graph1>::printEdge();
182.67 -// }
182.68 -
182.69 - Graph1 g1;
182.70 - Graph2 g2;
182.71 - typedef MergeEdgeGraphWrapper<Graph1, Graph2> GW;
182.72 - GW gw(g1, g2);
182.73 - Graph1::Node s1, t1;
182.74 - Graph2::Node s2, t2;
182.75 - Graph1::EdgeMap<int> cap1(g1);
182.76 - Graph2::EdgeMap<int> cap2(g2);
182.77 -
182.78 - std::ifstream f1("graph1.dim");
182.79 - std::ifstream f2("graph2.dim");
182.80 - readDimacs(f1, g1);
182.81 - readDimacs(f2, g2);
182.82 -
182.83 -// GW::NodeMap<int> ize(gw, 8);
182.84 -// for (GW::NodeIt n(gw); n!=INVALID; ++n) ize.set(n, 9);
182.85 -// GW::EdgeMap<int> mize(gw, 8);
182.86 -// for (GW::EdgeIt n(gw); n!=INVALID; ++n) mize.set(n, 7);
182.87 -
182.88 -// std::ifstream f1("flow-1.dim");
182.89 -// std::ifstream f2("flow2.dim");
182.90 -// readDimacs(f1, g1, cap1, s1, t1);
182.91 -// readDimacs(f2, g2, cap2, s2, t2);
182.92 -
182.93 -// GW::EdgeMap<int> cap(gw);
182.94 -// for (GW::EdgeIt e(gw); e!=INVALID; ++e) {
182.95 -// if (gw.forward(e)) cap.set(e, cap1[e]);
182.96 -// if (gw.backward(e)) cap.set(e, cap2[e]);
182.97 -// }
182.98 -
182.99 -// {
182.100 -// GW::EdgeMap<int> flow(gw, 0);
182.101 -// Preflow<GW, int> preflow(gw, GW::Node(s1, INVALID, false),
182.102 -// GW::Node(t1, INVALID, false), cap, flow);
182.103 -// preflow.run();
182.104 -// std::cout << "s1->t1: " << preflow.flowValue() << std::endl;
182.105 -// }
182.106 -// {
182.107 -// GW::EdgeMap<int> flow(gw, 0);
182.108 -// Preflow<GW, int> preflow(gw, GW::Node(INVALID, s2, true),
182.109 -// GW::Node(INVALID, t2, true), cap, flow);
182.110 -// preflow.run();
182.111 -// std::cout << "s2->t2: " << preflow.flowValue() << std::endl;
182.112 -// }
182.113 -// {
182.114 -// GW::EdgeMap<int> flow(gw, 0);
182.115 -// Preflow<GW, int> preflow(gw, GW::Node(s1, INVALID, false),
182.116 -// GW::Node(INVALID, t2, true), cap, flow);
182.117 -// preflow.run();
182.118 -// std::cout << "s1->t2: " << preflow.flowValue() << std::endl;
182.119 -// }
182.120 -// {
182.121 -// GW::EdgeMap<int> flow(gw, 0);
182.122 -// Preflow<GW, int> preflow(gw, GW::Node(INVALID, s2, true),
182.123 -// GW::Node(s1, INVALID, false), cap, flow);
182.124 -// preflow.run();
182.125 -// std::cout << "s2->t1: " << preflow.flowValue() << std::endl;
182.126 -// }
182.127 - cout << "1st graph" << endl;
182.128 - printGraph(g1);
182.129 -
182.130 - cout << "2nd graph" << endl;
182.131 - printGraph(g2);
182.132 -
182.133 - cout << "merged graph" << endl;
182.134 - printGraph(gw);
182.135 -
182.136 -// for (GW::NodeIt n(gw); n!=INVALID; ++n)
182.137 -// std::cout << ize[n] << std::endl;
182.138 -// for (GW::EdgeIt n(gw); n!=INVALID; ++n)
182.139 -// std::cout << mize[n] << std::endl;
182.140 -
182.141 - typedef NewEdgeSetGraphWrapper2<GW, Graph3> GWW;
182.142 -// {
182.143 -// checkConcept<StaticGraph, GWW>();
182.144 -// }
182.145 -
182.146 - GWW gww(gw);
182.147 -
182.148 - cout << "new edges graph" << endl;
182.149 - printGraph(gww);
182.150 -
182.151 - GWW::NodeIt n(gww);
182.152 - GWW::Node n1=n;
182.153 - ++n;
182.154 - GWW::Node n2=n;
182.155 - gww.addEdge(n1, n2);
182.156 - // gww.addNode();
182.157 - // gww.addNode();
182.158 -
182.159 - cout << "new edges graph" << endl;
182.160 - printGraph(gww);
182.161 -
182.162 - typedef AugmentingGraphWrapper<GW, GWW> GWWW;
182.163 - // {
182.164 - // checkConcept<StaticGraph, GWWW>();
182.165 - // }
182.166 - GWWW gwww(gw, gww);
182.167 -
182.168 - cout << "fully merged graph" << endl;
182.169 - printGraph(gwww);
182.170 - }
182.171 -
182.172 -
182.173 - {
182.174 - cout << "SECOND TEST" << endl;
182.175 - typedef SmartGraph Graph1;
182.176 -// {
182.177 -// checkConcept<StaticGraph, Graph1>();
182.178 -// }
182.179 -
182.180 - Graph1 g1;
182.181 -
182.182 - FullGraph pre_g2(2);
182.183 - ConstMap<FullGraph::Edge, bool> const_false_map(false);
182.184 - typedef EdgeSubGraphWrapper<FullGraph, ConstMap<FullGraph::Edge, bool> >
182.185 - Graph2;
182.186 -// {
182.187 -// checkConcept<StaticGraph, Graph2>();
182.188 -// }
182.189 -
182.190 - Graph2 g2(pre_g2, const_false_map);
182.191 -
182.192 - typedef MergeEdgeGraphWrapper<Graph1, Graph2> GW;
182.193 -// {
182.194 -// checkConcept<StaticGraph, GW>();
182.195 -// }
182.196 - GW gw(g1, g2);
182.197 - GW::Node sw;
182.198 - GW::Node tw;
182.199 - {
182.200 - Graph2::NodeIt k(g2);
182.201 - sw=GW::Node(INVALID, k, true);
182.202 - ++k;
182.203 - tw=GW::Node(INVALID, k, true);
182.204 - }
182.205 -
182.206 - std::ifstream f1("graph2.dim");
182.207 - readDimacs(f1, g1);
182.208 -
182.209 - cout << "1st graph" << endl;
182.210 - printGraph(g1);
182.211 -
182.212 - cout << "2nd graph" << endl;
182.213 - printGraph(g2);
182.214 -
182.215 - cout << "merged graph" << endl;
182.216 - printGraph(gw);
182.217 -
182.218 - typedef ListGraph Graph3;
182.219 - //typedef SmartGraph Graph3;
182.220 - Graph3 g3;
182.221 - GW::NodeMap<Graph3::Node> gwn(gw);
182.222 - Graph3::NodeMap<GW::Node> g3n(g3);
182.223 - for (GW::NodeIt n(gw); n!=INVALID; ++n) {
182.224 - Graph3::Node m=g3.addNode();
182.225 - gwn.set(n, m);
182.226 - g3n.set(m, n);
182.227 - }
182.228 -
182.229 - typedef NewEdgeSetGraphWrapper<GW, Graph3> GWW;
182.230 -// {
182.231 -// checkConcept<StaticGraph, GWW>();
182.232 -// }
182.233 -
182.234 - GWW gww(gw, g3, gwn, g3n);
182.235 -
182.236 - for (Graph1::NodeIt n(g1); n!=INVALID; ++n) {
182.237 - g3.addEdge(gwn[sw], gwn[GW::Node(n,INVALID,false)]);
182.238 - }
182.239 -
182.240 -// for (Graph1::NodeIt n(g1); n!=INVALID; ++n) {
182.241 -// gww.addEdge(sw, GW::Node(n,INVALID,false));
182.242 -// }
182.243 -
182.244 - cout << "new edges" << endl;
182.245 - printGraph(g3);
182.246 -
182.247 - cout << "new edges in the new graph" << endl;
182.248 - printGraph(gww);
182.249 -
182.250 - typedef AugmentingGraphWrapper<GW, GWW> GWWW;
182.251 -// {
182.252 -// checkConcept<StaticGraph, GWWW>();
182.253 -// }
182.254 - GWWW gwww(gw, gww);
182.255 -
182.256 - cout << "new edges merged into the original graph" << endl;
182.257 - printGraph(gwww);
182.258 -
182.259 - }
182.260 -
182.261 -}
183.1 --- a/src/work/marci/oldies/bfs_iterator.hh Sun Apr 17 18:57:22 2005 +0000
183.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
183.3 @@ -1,836 +0,0 @@
183.4 -#ifndef BFS_ITERATOR_HH
183.5 -#define BFS_ITERATOR_HH
183.6 -
183.7 -#include <queue>
183.8 -#include <stack>
183.9 -#include <utility>
183.10 -#include <graph_wrapper.h>
183.11 -
183.12 -namespace hugo {
183.13 -
183.14 - template <typename Graph>
183.15 - struct bfs {
183.16 - typedef typename Graph::NodeIt NodeIt;
183.17 - typedef typename Graph::EdgeIt EdgeIt;
183.18 - typedef typename Graph::EachNodeIt EachNodeIt;
183.19 - typedef typename Graph::OutEdgeIt OutEdgeIt;
183.20 - Graph& G;
183.21 - NodeIt s;
183.22 - typename Graph::NodeMap<bool> reached;
183.23 - typename Graph::NodeMap<EdgeIt> pred;
183.24 - typename Graph::NodeMap<int> dist;
183.25 - std::queue<NodeIt> bfs_queue;
183.26 - bfs(Graph& _G, NodeIt _s) : G(_G), s(_s), reached(_G), pred(_G), dist(_G) {
183.27 - bfs_queue.push(s);
183.28 - for(EachNodeIt i=G.template first<EachNodeIt>(); i.valid(); ++i)
183.29 - reached.set(i, false);
183.30 - reached.set(s, true);
183.31 - dist.set(s, 0);
183.32 - }
183.33 -
183.34 - void run() {
183.35 - while (!bfs_queue.empty()) {
183.36 - NodeIt v=bfs_queue.front();
183.37 - OutEdgeIt e=G.template first<OutEdgeIt>(v);
183.38 - bfs_queue.pop();
183.39 - for( ; e.valid(); ++e) {
183.40 - NodeIt w=G.bNode(e);
183.41 - std::cout << "scan node " << G.id(w) << " from node " << G.id(v) << std::endl;
183.42 - if (!reached.get(w)) {
183.43 - std::cout << G.id(w) << " is newly reached :-)" << std::endl;
183.44 - bfs_queue.push(w);
183.45 - dist.set(w, dist.get(v)+1);
183.46 - pred.set(w, e);
183.47 - reached.set(w, true);
183.48 - } else {
183.49 - std::cout << G.id(w) << " is already reached" << std::endl;
183.50 - }
183.51 - }
183.52 - }
183.53 - }
183.54 - };
183.55 -
183.56 - template <typename Graph>
183.57 - struct bfs_visitor {
183.58 - typedef typename Graph::NodeIt NodeIt;
183.59 - typedef typename Graph::EdgeIt EdgeIt;
183.60 - typedef typename Graph::OutEdgeIt OutEdgeIt;
183.61 - Graph& G;
183.62 - bfs_visitor(Graph& _G) : G(_G) { }
183.63 - void at_previously_reached(OutEdgeIt& e) {
183.64 - //NodeIt v=G.aNode(e);
183.65 - NodeIt w=G.bNode(e);
183.66 - std::cout << G.id(w) << " is already reached" << std::endl;
183.67 - }
183.68 - void at_newly_reached(OutEdgeIt& e) {
183.69 - //NodeIt v=G.aNode(e);
183.70 - NodeIt w=G.bNode(e);
183.71 - std::cout << G.id(w) << " is newly reached :-)" << std::endl;
183.72 - }
183.73 - };
183.74 -
183.75 - template <typename Graph, typename ReachedMap, typename visitor_type>
183.76 - struct bfs_iterator {
183.77 - typedef typename Graph::NodeIt NodeIt;
183.78 - typedef typename Graph::EdgeIt EdgeIt;
183.79 - typedef typename Graph::OutEdgeIt OutEdgeIt;
183.80 - Graph& G;
183.81 - std::queue<OutEdgeIt>& bfs_queue;
183.82 - ReachedMap& reached;
183.83 - visitor_type& visitor;
183.84 - void process() {
183.85 - while ( !bfs_queue.empty() && !bfs_queue.front().valid() ) { bfs_queue.pop(); }
183.86 - if (bfs_queue.empty()) return;
183.87 - OutEdgeIt e=bfs_queue.front();
183.88 - //NodeIt v=G.aNode(e);
183.89 - NodeIt w=G.bNode(e);
183.90 - if (!reached.get(w)) {
183.91 - visitor.at_newly_reached(e);
183.92 - bfs_queue.push(G.template first<OutEdgeIt>(w));
183.93 - reached.set(w, true);
183.94 - } else {
183.95 - visitor.at_previously_reached(e);
183.96 - }
183.97 - }
183.98 - bfs_iterator(Graph& _G, std::queue<OutEdgeIt>& _bfs_queue, ReachedMap& _reached, visitor_type& _visitor) : G(_G), bfs_queue(_bfs_queue), reached(_reached), visitor(_visitor) {
183.99 - //while ( !bfs_queue.empty() && !bfs_queue.front().valid() ) { bfs_queue.pop(); }
183.100 - valid();
183.101 - }
183.102 - bfs_iterator<Graph, ReachedMap, visitor_type>& operator++() {
183.103 - //while ( !bfs_queue.empty() && !bfs_queue.front().valid() ) { bfs_queue.pop(); }
183.104 - //if (bfs_queue.empty()) return *this;
183.105 - if (!valid()) return *this;
183.106 - ++(bfs_queue.front());
183.107 - //while ( !bfs_queue.empty() && !bfs_queue.front().valid() ) { bfs_queue.pop(); }
183.108 - valid();
183.109 - return *this;
183.110 - }
183.111 - //void next() {
183.112 - // while ( !bfs_queue.empty() && !bfs_queue.front().valid() ) { bfs_queue.pop(); }
183.113 - // if (bfs_queue.empty()) return;
183.114 - // ++(bfs_queue.front());
183.115 - // while ( !bfs_queue.empty() && !bfs_queue.front().valid() ) { bfs_queue.pop(); }
183.116 - //}
183.117 - bool valid() {
183.118 - while ( !bfs_queue.empty() && !bfs_queue.front().valid() ) { bfs_queue.pop(); }
183.119 - if (bfs_queue.empty()) return false; else return true;
183.120 - }
183.121 - //bool finished() {
183.122 - // while ( !bfs_queue.empty() && !bfs_queue.front().valid() ) { bfs_queue.pop(); }
183.123 - // if (bfs_queue.empty()) return true; else return false;
183.124 - //}
183.125 - operator EdgeIt () { return bfs_queue.front(); }
183.126 -
183.127 - };
183.128 -
183.129 - template <typename Graph, typename ReachedMap>
183.130 - struct bfs_iterator1 {
183.131 - typedef typename Graph::NodeIt NodeIt;
183.132 - typedef typename Graph::EdgeIt EdgeIt;
183.133 - typedef typename Graph::OutEdgeIt OutEdgeIt;
183.134 - Graph& G;
183.135 - std::queue<OutEdgeIt>& bfs_queue;
183.136 - ReachedMap& reached;
183.137 - bool _newly_reached;
183.138 - bfs_iterator1(Graph& _G, std::queue<OutEdgeIt>& _bfs_queue, ReachedMap& _reached) : G(_G), bfs_queue(_bfs_queue), reached(_reached) {
183.139 - valid();
183.140 - if (!bfs_queue.empty() && bfs_queue.front().valid()) {
183.141 - OutEdgeIt e=bfs_queue.front();
183.142 - NodeIt w=G.bNode(e);
183.143 - if (!reached.get(w)) {
183.144 - bfs_queue.push(G.template first<OutEdgeIt>(w));
183.145 - reached.set(w, true);
183.146 - _newly_reached=true;
183.147 - } else {
183.148 - _newly_reached=false;
183.149 - }
183.150 - }
183.151 - }
183.152 - bfs_iterator1<Graph, ReachedMap>& operator++() {
183.153 - if (!valid()) return *this;
183.154 - ++(bfs_queue.front());
183.155 - valid();
183.156 - if (!bfs_queue.empty() && bfs_queue.front().valid()) {
183.157 - OutEdgeIt e=bfs_queue.front();
183.158 - NodeIt w=G.bNode(e);
183.159 - if (!reached.get(w)) {
183.160 - bfs_queue.push(G.template first<OutEdgeIt>(w));
183.161 - reached.set(w, true);
183.162 - _newly_reached=true;
183.163 - } else {
183.164 - _newly_reached=false;
183.165 - }
183.166 - }
183.167 - return *this;
183.168 - }
183.169 - bool valid() {
183.170 - while ( !bfs_queue.empty() && !bfs_queue.front().valid() ) { bfs_queue.pop(); }
183.171 - if (bfs_queue.empty()) return false; else return true;
183.172 - }
183.173 - operator OutEdgeIt() { return bfs_queue.front(); }
183.174 - //ize
183.175 - bool newly_reached() { return _newly_reached; }
183.176 -
183.177 - };
183.178 -
183.179 - template <typename Graph, typename OutEdgeIt, typename ReachedMap>
183.180 - struct BfsIterator {
183.181 - typedef typename Graph::NodeIt NodeIt;
183.182 - Graph& G;
183.183 - std::queue<OutEdgeIt>& bfs_queue;
183.184 - ReachedMap& reached;
183.185 - bool b_node_newly_reached;
183.186 - OutEdgeIt actual_edge;
183.187 - BfsIterator(Graph& _G,
183.188 - std::queue<OutEdgeIt>& _bfs_queue,
183.189 - ReachedMap& _reached) :
183.190 - G(_G), bfs_queue(_bfs_queue), reached(_reached) {
183.191 - actual_edge=bfs_queue.front();
183.192 - if (actual_edge.valid()) {
183.193 - NodeIt w=G.bNode(actual_edge);
183.194 - if (!reached.get(w)) {
183.195 - bfs_queue.push(G.firstOutEdge(w));
183.196 - reached.set(w, true);
183.197 - b_node_newly_reached=true;
183.198 - } else {
183.199 - b_node_newly_reached=false;
183.200 - }
183.201 - }
183.202 - }
183.203 - BfsIterator<Graph, OutEdgeIt, ReachedMap>&
183.204 - operator++() {
183.205 - if (bfs_queue.front().valid()) {
183.206 - ++(bfs_queue.front());
183.207 - actual_edge=bfs_queue.front();
183.208 - if (actual_edge.valid()) {
183.209 - NodeIt w=G.bNode(actual_edge);
183.210 - if (!reached.get(w)) {
183.211 - bfs_queue.push(G.firstOutEdge(w));
183.212 - reached.set(w, true);
183.213 - b_node_newly_reached=true;
183.214 - } else {
183.215 - b_node_newly_reached=false;
183.216 - }
183.217 - }
183.218 - } else {
183.219 - bfs_queue.pop();
183.220 - actual_edge=bfs_queue.front();
183.221 - if (actual_edge.valid()) {
183.222 - NodeIt w=G.bNode(actual_edge);
183.223 - if (!reached.get(w)) {
183.224 - bfs_queue.push(G.firstOutEdge(w));
183.225 - reached.set(w, true);
183.226 - b_node_newly_reached=true;
183.227 - } else {
183.228 - b_node_newly_reached=false;
183.229 - }
183.230 - }
183.231 - }
183.232 - return *this;
183.233 - }
183.234 - bool finished() { return bfs_queue.empty(); }
183.235 - operator OutEdgeIt () { return actual_edge; }
183.236 - bool bNodeIsNewlyReached() { return b_node_newly_reached; }
183.237 - bool aNodeIsExamined() { return !(actual_edge.valid()); }
183.238 - };
183.239 -
183.240 -
183.241 - template <typename Graph, typename OutEdgeIt, typename ReachedMap>
183.242 - struct DfsIterator {
183.243 - typedef typename Graph::NodeIt NodeIt;
183.244 - Graph& G;
183.245 - std::stack<OutEdgeIt>& bfs_queue;
183.246 - ReachedMap& reached;
183.247 - bool b_node_newly_reached;
183.248 - OutEdgeIt actual_edge;
183.249 - DfsIterator(Graph& _G,
183.250 - std::stack<OutEdgeIt>& _bfs_queue,
183.251 - ReachedMap& _reached) :
183.252 - G(_G), bfs_queue(_bfs_queue), reached(_reached) {
183.253 - actual_edge=bfs_queue.top();
183.254 - if (actual_edge.valid()) {
183.255 - NodeIt w=G.bNode(actual_edge);
183.256 - if (!reached.get(w)) {
183.257 - bfs_queue.push(G.firstOutEdge(w));
183.258 - reached.set(w, true);
183.259 - b_node_newly_reached=true;
183.260 - } else {
183.261 - ++(bfs_queue.top());
183.262 - b_node_newly_reached=false;
183.263 - }
183.264 - } else {
183.265 - bfs_queue.pop();
183.266 - }
183.267 - }
183.268 - DfsIterator<Graph, OutEdgeIt, ReachedMap>&
183.269 - operator++() {
183.270 - actual_edge=bfs_queue.top();
183.271 - if (actual_edge.valid()) {
183.272 - NodeIt w=G.bNode(actual_edge);
183.273 - if (!reached.get(w)) {
183.274 - bfs_queue.push(G.firstOutEdge(w));
183.275 - reached.set(w, true);
183.276 - b_node_newly_reached=true;
183.277 - } else {
183.278 - ++(bfs_queue.top());
183.279 - b_node_newly_reached=false;
183.280 - }
183.281 - } else {
183.282 - bfs_queue.pop();
183.283 - }
183.284 - return *this;
183.285 - }
183.286 - bool finished() { return bfs_queue.empty(); }
183.287 - operator OutEdgeIt () { return actual_edge; }
183.288 - bool bNodeIsNewlyReached() { return b_node_newly_reached; }
183.289 - bool aNodeIsExamined() { return !(actual_edge.valid()); }
183.290 - };
183.291 -
183.292 - template <typename Graph, typename OutEdgeIt, typename ReachedMap>
183.293 - struct BfsIterator1 {
183.294 - typedef typename Graph::NodeIt NodeIt;
183.295 - Graph& G;
183.296 - std::queue<OutEdgeIt>& bfs_queue;
183.297 - ReachedMap& reached;
183.298 - bool b_node_newly_reached;
183.299 - OutEdgeIt actual_edge;
183.300 - BfsIterator1(Graph& _G,
183.301 - std::queue<OutEdgeIt>& _bfs_queue,
183.302 - ReachedMap& _reached) :
183.303 - G(_G), bfs_queue(_bfs_queue), reached(_reached) {
183.304 - actual_edge=bfs_queue.front();
183.305 - if (actual_edge.valid()) {
183.306 - NodeIt w=G.bNode(actual_edge);
183.307 - if (!reached.get(w)) {
183.308 - bfs_queue.push(OutEdgeIt(G, w));
183.309 - reached.set(w, true);
183.310 - b_node_newly_reached=true;
183.311 - } else {
183.312 - b_node_newly_reached=false;
183.313 - }
183.314 - }
183.315 - }
183.316 - void next() {
183.317 - if (bfs_queue.front().valid()) {
183.318 - ++(bfs_queue.front());
183.319 - actual_edge=bfs_queue.front();
183.320 - if (actual_edge.valid()) {
183.321 - NodeIt w=G.bNode(actual_edge);
183.322 - if (!reached.get(w)) {
183.323 - bfs_queue.push(OutEdgeIt(G, w));
183.324 - reached.set(w, true);
183.325 - b_node_newly_reached=true;
183.326 - } else {
183.327 - b_node_newly_reached=false;
183.328 - }
183.329 - }
183.330 - } else {
183.331 - bfs_queue.pop();
183.332 - actual_edge=bfs_queue.front();
183.333 - if (actual_edge.valid()) {
183.334 - NodeIt w=G.bNode(actual_edge);
183.335 - if (!reached.get(w)) {
183.336 - bfs_queue.push(OutEdgeIt(G, w));
183.337 - reached.set(w, true);
183.338 - b_node_newly_reached=true;
183.339 - } else {
183.340 - b_node_newly_reached=false;
183.341 - }
183.342 - }
183.343 - }
183.344 - //return *this;
183.345 - }
183.346 - bool finished() { return bfs_queue.empty(); }
183.347 - operator OutEdgeIt () { return actual_edge; }
183.348 - bool bNodeIsNewlyReached() { return b_node_newly_reached; }
183.349 - bool aNodeIsExamined() { return !(actual_edge.valid()); }
183.350 - };
183.351 -
183.352 -
183.353 - template <typename Graph, typename OutEdgeIt, typename ReachedMap>
183.354 - struct DfsIterator1 {
183.355 - typedef typename Graph::NodeIt NodeIt;
183.356 - Graph& G;
183.357 - std::stack<OutEdgeIt>& bfs_queue;
183.358 - ReachedMap& reached;
183.359 - bool b_node_newly_reached;
183.360 - OutEdgeIt actual_edge;
183.361 - DfsIterator1(Graph& _G,
183.362 - std::stack<OutEdgeIt>& _bfs_queue,
183.363 - ReachedMap& _reached) :
183.364 - G(_G), bfs_queue(_bfs_queue), reached(_reached) {
183.365 - //actual_edge=bfs_queue.top();
183.366 - //if (actual_edge.valid()) {
183.367 - // NodeIt w=G.bNode(actual_edge);
183.368 - //if (!reached.get(w)) {
183.369 - // bfs_queue.push(OutEdgeIt(G, w));
183.370 - // reached.set(w, true);
183.371 - // b_node_newly_reached=true;
183.372 - //} else {
183.373 - // ++(bfs_queue.top());
183.374 - // b_node_newly_reached=false;
183.375 - //}
183.376 - //} else {
183.377 - // bfs_queue.pop();
183.378 - //}
183.379 - }
183.380 - void next() {
183.381 - actual_edge=bfs_queue.top();
183.382 - if (actual_edge.valid()) {
183.383 - NodeIt w=G.bNode(actual_edge);
183.384 - if (!reached.get(w)) {
183.385 - bfs_queue.push(OutEdgeIt(G, w));
183.386 - reached.set(w, true);
183.387 - b_node_newly_reached=true;
183.388 - } else {
183.389 - ++(bfs_queue.top());
183.390 - b_node_newly_reached=false;
183.391 - }
183.392 - } else {
183.393 - bfs_queue.pop();
183.394 - }
183.395 - //return *this;
183.396 - }
183.397 - bool finished() { return bfs_queue.empty(); }
183.398 - operator OutEdgeIt () { return actual_edge; }
183.399 - bool bNodeIsNewlyReached() { return b_node_newly_reached; }
183.400 - bool aNodeIsLeaved() { return !(actual_edge.valid()); }
183.401 - };
183.402 -
183.403 - template <typename Graph, typename OutEdgeIt, typename ReachedMap>
183.404 - class BfsIterator2 {
183.405 - typedef typename Graph::NodeIt NodeIt;
183.406 - const Graph& G;
183.407 - std::queue<OutEdgeIt> bfs_queue;
183.408 - ReachedMap reached;
183.409 - bool b_node_newly_reached;
183.410 - OutEdgeIt actual_edge;
183.411 - public:
183.412 - BfsIterator2(const Graph& _G) : G(_G), reached(G, false) { }
183.413 - void pushAndSetReached(NodeIt s) {
183.414 - reached.set(s, true);
183.415 - if (bfs_queue.empty()) {
183.416 - bfs_queue.push(G.template first<OutEdgeIt>(s));
183.417 - actual_edge=bfs_queue.front();
183.418 - if (actual_edge.valid()) {
183.419 - NodeIt w=G.bNode(actual_edge);
183.420 - if (!reached.get(w)) {
183.421 - bfs_queue.push(G.template first<OutEdgeIt>(w));
183.422 - reached.set(w, true);
183.423 - b_node_newly_reached=true;
183.424 - } else {
183.425 - b_node_newly_reached=false;
183.426 - }
183.427 - } //else {
183.428 - //}
183.429 - } else {
183.430 - bfs_queue.push(G.template first<OutEdgeIt>(s));
183.431 - }
183.432 - }
183.433 - BfsIterator2<Graph, OutEdgeIt, ReachedMap>&
183.434 - operator++() {
183.435 - if (bfs_queue.front().valid()) {
183.436 - ++(bfs_queue.front());
183.437 - actual_edge=bfs_queue.front();
183.438 - if (actual_edge.valid()) {
183.439 - NodeIt w=G.bNode(actual_edge);
183.440 - if (!reached.get(w)) {
183.441 - bfs_queue.push(G.template first<OutEdgeIt>(w));
183.442 - reached.set(w, true);
183.443 - b_node_newly_reached=true;
183.444 - } else {
183.445 - b_node_newly_reached=false;
183.446 - }
183.447 - }
183.448 - } else {
183.449 - bfs_queue.pop();
183.450 - if (!bfs_queue.empty()) {
183.451 - actual_edge=bfs_queue.front();
183.452 - if (actual_edge.valid()) {
183.453 - NodeIt w=G.bNode(actual_edge);
183.454 - if (!reached.get(w)) {
183.455 - bfs_queue.push(G.template first<OutEdgeIt>(w));
183.456 - reached.set(w, true);
183.457 - b_node_newly_reached=true;
183.458 - } else {
183.459 - b_node_newly_reached=false;
183.460 - }
183.461 - }
183.462 - }
183.463 - }
183.464 - return *this;
183.465 - }
183.466 - bool finished() const { return bfs_queue.empty(); }
183.467 - operator OutEdgeIt () const { return actual_edge; }
183.468 - bool isBNodeNewlyReached() const { return b_node_newly_reached; }
183.469 - bool isANodeExamined() const { return !(actual_edge.valid()); }
183.470 - const ReachedMap& getReachedMap() const { return reached; }
183.471 - const std::queue<OutEdgeIt>& getBfsQueue() const { return bfs_queue; }
183.472 - };
183.473 -
183.474 -
183.475 - template <typename Graph, typename OutEdgeIt, typename ReachedMap>
183.476 - class BfsIterator3 {
183.477 - typedef typename Graph::NodeIt NodeIt;
183.478 - const Graph& G;
183.479 - std::queue< std::pair<NodeIt, OutEdgeIt> > bfs_queue;
183.480 - ReachedMap reached;
183.481 - bool b_node_newly_reached;
183.482 - OutEdgeIt actual_edge;
183.483 - public:
183.484 - BfsIterator3(const Graph& _G) : G(_G), reached(G, false) { }
183.485 - void pushAndSetReached(NodeIt s) {
183.486 - reached.set(s, true);
183.487 - if (bfs_queue.empty()) {
183.488 - bfs_queue.push(std::pair<NodeIt, OutEdgeIt>(s, G.template first<OutEdgeIt>(s)));
183.489 - actual_edge=bfs_queue.front().second;
183.490 - if (actual_edge.valid()) {
183.491 - NodeIt w=G.bNode(actual_edge);
183.492 - if (!reached.get(w)) {
183.493 - bfs_queue.push(std::pair<NodeIt, OutEdgeIt>(w, G.template first<OutEdgeIt>(w)));
183.494 - reached.set(w, true);
183.495 - b_node_newly_reached=true;
183.496 - } else {
183.497 - b_node_newly_reached=false;
183.498 - }
183.499 - } //else {
183.500 - //}
183.501 - } else {
183.502 - bfs_queue.push(std::pair<NodeIt, OutEdgeIt>(s, G.template first<OutEdgeIt>(s)));
183.503 - }
183.504 - }
183.505 - BfsIterator3<Graph, OutEdgeIt, ReachedMap>&
183.506 - operator++() {
183.507 - if (bfs_queue.front().second.valid()) {
183.508 - ++(bfs_queue.front().second);
183.509 - actual_edge=bfs_queue.front().second;
183.510 - if (actual_edge.valid()) {
183.511 - NodeIt w=G.bNode(actual_edge);
183.512 - if (!reached.get(w)) {
183.513 - bfs_queue.push(std::pair<NodeIt, OutEdgeIt>(w, G.template first<OutEdgeIt>(w)));
183.514 - reached.set(w, true);
183.515 - b_node_newly_reached=true;
183.516 - } else {
183.517 - b_node_newly_reached=false;
183.518 - }
183.519 - }
183.520 - } else {
183.521 - bfs_queue.pop();
183.522 - if (!bfs_queue.empty()) {
183.523 - actual_edge=bfs_queue.front().second;
183.524 - if (actual_edge.valid()) {
183.525 - NodeIt w=G.bNode(actual_edge);
183.526 - if (!reached.get(w)) {
183.527 - bfs_queue.push(std::pair<NodeIt, OutEdgeIt>(w, G.template first<OutEdgeIt>(w)));
183.528 - reached.set(w, true);
183.529 - b_node_newly_reached=true;
183.530 - } else {
183.531 - b_node_newly_reached=false;
183.532 - }
183.533 - }
183.534 - }
183.535 - }
183.536 - return *this;
183.537 - }
183.538 - bool finished() const { return bfs_queue.empty(); }
183.539 - operator OutEdgeIt () const { return actual_edge; }
183.540 - bool isBNodeNewlyReached() const { return b_node_newly_reached; }
183.541 - bool isANodeExamined() const { return !(actual_edge.valid()); }
183.542 - NodeIt aNode() const { return bfs_queue.front().first; }
183.543 - NodeIt bNode() const { return G.bNode(actual_edge); }
183.544 - const ReachedMap& getReachedMap() const { return reached; }
183.545 - //const std::queue< std::pair<NodeIt, OutEdgeIt> >& getBfsQueue() const { return bfs_queue; }
183.546 - };
183.547 -
183.548 -
183.549 - template <typename Graph, typename OutEdgeIt,
183.550 - typename ReachedMap/*=typename Graph::NodeMap<bool>*/ >
183.551 - class BfsIterator4 {
183.552 - typedef typename Graph::NodeIt NodeIt;
183.553 - const Graph& G;
183.554 - std::queue<NodeIt> bfs_queue;
183.555 - ReachedMap& reached;
183.556 - bool b_node_newly_reached;
183.557 - OutEdgeIt actual_edge;
183.558 - bool own_reached_map;
183.559 - public:
183.560 - BfsIterator4(const Graph& _G, ReachedMap& _reached) :
183.561 - G(_G), reached(_reached),
183.562 - own_reached_map(false) { }
183.563 - BfsIterator4(const Graph& _G) :
183.564 - G(_G), reached(*(new ReachedMap(G /*, false*/))),
183.565 - own_reached_map(true) { }
183.566 - ~BfsIterator4() { if (own_reached_map) delete &reached; }
183.567 - void pushAndSetReached(NodeIt s) {
183.568 - //std::cout << "mimi" << &reached << std::endl;
183.569 - reached.set(s, true);
183.570 - //std::cout << "mumus" << std::endl;
183.571 - if (bfs_queue.empty()) {
183.572 - //std::cout << "bibi1" << std::endl;
183.573 - bfs_queue.push(s);
183.574 - //std::cout << "zizi" << std::endl;
183.575 - G.getFirst(actual_edge, s);
183.576 - //std::cout << "kiki" << std::endl;
183.577 - if (G.valid(actual_edge)/*.valid()*/) {
183.578 - NodeIt w=G.bNode(actual_edge);
183.579 - if (!reached.get(w)) {
183.580 - bfs_queue.push(w);
183.581 - reached.set(w, true);
183.582 - b_node_newly_reached=true;
183.583 - } else {
183.584 - b_node_newly_reached=false;
183.585 - }
183.586 - }
183.587 - } else {
183.588 - //std::cout << "bibi2" << std::endl;
183.589 - bfs_queue.push(s);
183.590 - }
183.591 - }
183.592 - BfsIterator4<Graph, OutEdgeIt, ReachedMap>&
183.593 - operator++() {
183.594 - if (G.valid(actual_edge)/*.valid()*/) {
183.595 - /*++*/G.next(actual_edge);
183.596 - if (G.valid(actual_edge)/*.valid()*/) {
183.597 - NodeIt w=G.bNode(actual_edge);
183.598 - if (!reached.get(w)) {
183.599 - bfs_queue.push(w);
183.600 - reached.set(w, true);
183.601 - b_node_newly_reached=true;
183.602 - } else {
183.603 - b_node_newly_reached=false;
183.604 - }
183.605 - }
183.606 - } else {
183.607 - bfs_queue.pop();
183.608 - if (!bfs_queue.empty()) {
183.609 - G.getFirst(actual_edge, bfs_queue.front());
183.610 - if (G.valid(actual_edge)/*.valid()*/) {
183.611 - NodeIt w=G.bNode(actual_edge);
183.612 - if (!reached.get(w)) {
183.613 - bfs_queue.push(w);
183.614 - reached.set(w, true);
183.615 - b_node_newly_reached=true;
183.616 - } else {
183.617 - b_node_newly_reached=false;
183.618 - }
183.619 - }
183.620 - }
183.621 - }
183.622 - return *this;
183.623 - }
183.624 - bool finished() const { return bfs_queue.empty(); }
183.625 - operator OutEdgeIt () const { return actual_edge; }
183.626 - bool isBNodeNewlyReached() const { return b_node_newly_reached; }
183.627 - bool isANodeExamined() const { return !(G.valid(actual_edge)/*.valid()*/); }
183.628 - NodeIt aNode() const { return bfs_queue.front(); }
183.629 - NodeIt bNode() const { return G.bNode(actual_edge); }
183.630 - const ReachedMap& getReachedMap() const { return reached; }
183.631 - const std::queue<NodeIt>& getBfsQueue() const { return bfs_queue; }
183.632 - };
183.633 -
183.634 -
183.635 - template <typename GraphWrapper, /*typename OutEdgeIt,*/
183.636 - typename ReachedMap/*=typename GraphWrapper::NodeMap<bool>*/ >
183.637 - class BfsIterator5 {
183.638 - typedef typename GraphWrapper::NodeIt NodeIt;
183.639 - typedef typename GraphWrapper::OutEdgeIt OutEdgeIt;
183.640 - GraphWrapper G;
183.641 - std::queue<NodeIt> bfs_queue;
183.642 - ReachedMap& reached;
183.643 - bool b_node_newly_reached;
183.644 - OutEdgeIt actual_edge;
183.645 - bool own_reached_map;
183.646 - public:
183.647 - BfsIterator5(const GraphWrapper& _G, ReachedMap& _reached) :
183.648 - G(_G), reached(_reached),
183.649 - own_reached_map(false) { }
183.650 - BfsIterator5(const GraphWrapper& _G) :
183.651 - G(_G), reached(*(new ReachedMap(G /*, false*/))),
183.652 - own_reached_map(true) { }
183.653 -// BfsIterator5(const typename GraphWrapper::BaseGraph& _G,
183.654 -// ReachedMap& _reached) :
183.655 -// G(_G), reached(_reached),
183.656 -// own_reached_map(false) { }
183.657 -// BfsIterator5(const typename GraphWrapper::BaseGraph& _G) :
183.658 -// G(_G), reached(*(new ReachedMap(G /*, false*/))),
183.659 -// own_reached_map(true) { }
183.660 - ~BfsIterator5() { if (own_reached_map) delete &reached; }
183.661 - void pushAndSetReached(NodeIt s) {
183.662 - reached.set(s, true);
183.663 - if (bfs_queue.empty()) {
183.664 - bfs_queue.push(s);
183.665 - G.getFirst(actual_edge, s);
183.666 - if (G.valid(actual_edge)/*.valid()*/) {
183.667 - NodeIt w=G.bNode(actual_edge);
183.668 - if (!reached.get(w)) {
183.669 - bfs_queue.push(w);
183.670 - reached.set(w, true);
183.671 - b_node_newly_reached=true;
183.672 - } else {
183.673 - b_node_newly_reached=false;
183.674 - }
183.675 - }
183.676 - } else {
183.677 - bfs_queue.push(s);
183.678 - }
183.679 - }
183.680 - BfsIterator5<GraphWrapper, /*OutEdgeIt,*/ ReachedMap>&
183.681 - operator++() {
183.682 - if (G.valid(actual_edge)/*.valid()*/) {
183.683 - /*++*/G.next(actual_edge);
183.684 - if (G.valid(actual_edge)/*.valid()*/) {
183.685 - NodeIt w=G.bNode(actual_edge);
183.686 - if (!reached.get(w)) {
183.687 - bfs_queue.push(w);
183.688 - reached.set(w, true);
183.689 - b_node_newly_reached=true;
183.690 - } else {
183.691 - b_node_newly_reached=false;
183.692 - }
183.693 - }
183.694 - } else {
183.695 - bfs_queue.pop();
183.696 - if (!bfs_queue.empty()) {
183.697 - G.getFirst(actual_edge, bfs_queue.front());
183.698 - if (G.valid(actual_edge)/*.valid()*/) {
183.699 - NodeIt w=G.bNode(actual_edge);
183.700 - if (!reached.get(w)) {
183.701 - bfs_queue.push(w);
183.702 - reached.set(w, true);
183.703 - b_node_newly_reached=true;
183.704 - } else {
183.705 - b_node_newly_reached=false;
183.706 - }
183.707 - }
183.708 - }
183.709 - }
183.710 - return *this;
183.711 - }
183.712 - bool finished() const { return bfs_queue.empty(); }
183.713 - operator OutEdgeIt () const { return actual_edge; }
183.714 - bool isBNodeNewlyReached() const { return b_node_newly_reached; }
183.715 - bool isANodeExamined() const { return !(G.valid(actual_edge)/*.valid()*/); }
183.716 - NodeIt aNode() const { return bfs_queue.front(); }
183.717 - NodeIt bNode() const { return G.bNode(actual_edge); }
183.718 - const ReachedMap& getReachedMap() const { return reached; }
183.719 - const std::queue<NodeIt>& getBfsQueue() const { return bfs_queue; }
183.720 - };
183.721 -
183.722 - template <typename Graph, typename OutEdgeIt,
183.723 - typename ReachedMap/*=typename Graph::NodeMap<bool>*/ >
183.724 - class DfsIterator4 {
183.725 - typedef typename Graph::NodeIt NodeIt;
183.726 - const Graph& G;
183.727 - std::stack<OutEdgeIt> dfs_stack;
183.728 - bool b_node_newly_reached;
183.729 - OutEdgeIt actual_edge;
183.730 - NodeIt actual_node;
183.731 - ReachedMap& reached;
183.732 - bool own_reached_map;
183.733 - public:
183.734 - DfsIterator4(const Graph& _G, ReachedMap& _reached) :
183.735 - G(_G), reached(_reached),
183.736 - own_reached_map(false) { }
183.737 - DfsIterator4(const Graph& _G) :
183.738 - G(_G), reached(*(new ReachedMap(G /*, false*/))),
183.739 - own_reached_map(true) { }
183.740 - ~DfsIterator4() { if (own_reached_map) delete &reached; }
183.741 - void pushAndSetReached(NodeIt s) {
183.742 - actual_node=s;
183.743 - reached.set(s, true);
183.744 - dfs_stack.push(G.template first<OutEdgeIt>(s));
183.745 - }
183.746 - DfsIterator4<Graph, OutEdgeIt, ReachedMap>&
183.747 - operator++() {
183.748 - actual_edge=dfs_stack.top();
183.749 - //actual_node=G.aNode(actual_edge);
183.750 - if (G.valid(actual_edge)/*.valid()*/) {
183.751 - NodeIt w=G.bNode(actual_edge);
183.752 - actual_node=w;
183.753 - if (!reached.get(w)) {
183.754 - dfs_stack.push(G.template first<OutEdgeIt>(w));
183.755 - reached.set(w, true);
183.756 - b_node_newly_reached=true;
183.757 - } else {
183.758 - actual_node=G.aNode(actual_edge);
183.759 - /*++*/G.next(dfs_stack.top());
183.760 - b_node_newly_reached=false;
183.761 - }
183.762 - } else {
183.763 - //actual_node=G.aNode(dfs_stack.top());
183.764 - dfs_stack.pop();
183.765 - }
183.766 - return *this;
183.767 - }
183.768 - bool finished() const { return dfs_stack.empty(); }
183.769 - operator OutEdgeIt () const { return actual_edge; }
183.770 - bool isBNodeNewlyReached() const { return b_node_newly_reached; }
183.771 - bool isANodeExamined() const { return !(G.valid(actual_edge)/*.valid()*/); }
183.772 - NodeIt aNode() const { return actual_node; /*FIXME*/}
183.773 - NodeIt bNode() const { return G.bNode(actual_edge); }
183.774 - const ReachedMap& getReachedMap() const { return reached; }
183.775 - const std::stack<OutEdgeIt>& getDfsStack() const { return dfs_stack; }
183.776 - };
183.777 -
183.778 - template <typename GraphWrapper, /*typename OutEdgeIt,*/
183.779 - typename ReachedMap/*=typename GraphWrapper::NodeMap<bool>*/ >
183.780 - class DfsIterator5 {
183.781 - typedef typename GraphWrapper::NodeIt NodeIt;
183.782 - typedef typename GraphWrapper::OutEdgeIt OutEdgeIt;
183.783 - GraphWrapper G;
183.784 - std::stack<OutEdgeIt> dfs_stack;
183.785 - bool b_node_newly_reached;
183.786 - OutEdgeIt actual_edge;
183.787 - NodeIt actual_node;
183.788 - ReachedMap& reached;
183.789 - bool own_reached_map;
183.790 - public:
183.791 - DfsIterator5(const GraphWrapper& _G, ReachedMap& _reached) :
183.792 - G(_G), reached(_reached),
183.793 - own_reached_map(false) { }
183.794 - DfsIterator5(const GraphWrapper& _G) :
183.795 - G(_G), reached(*(new ReachedMap(G /*, false*/))),
183.796 - own_reached_map(true) { }
183.797 - ~DfsIterator5() { if (own_reached_map) delete &reached; }
183.798 - void pushAndSetReached(NodeIt s) {
183.799 - actual_node=s;
183.800 - reached.set(s, true);
183.801 - dfs_stack.push(G.template first<OutEdgeIt>(s));
183.802 - }
183.803 - DfsIterator5<GraphWrapper, /*OutEdgeIt,*/ ReachedMap>&
183.804 - operator++() {
183.805 - actual_edge=dfs_stack.top();
183.806 - //actual_node=G.aNode(actual_edge);
183.807 - if (G.valid(actual_edge)/*.valid()*/) {
183.808 - NodeIt w=G.bNode(actual_edge);
183.809 - actual_node=w;
183.810 - if (!reached.get(w)) {
183.811 - dfs_stack.push(G.template first<OutEdgeIt>(w));
183.812 - reached.set(w, true);
183.813 - b_node_newly_reached=true;
183.814 - } else {
183.815 - actual_node=G.aNode(actual_edge);
183.816 - /*++*/G.next(dfs_stack.top());
183.817 - b_node_newly_reached=false;
183.818 - }
183.819 - } else {
183.820 - //actual_node=G.aNode(dfs_stack.top());
183.821 - dfs_stack.pop();
183.822 - }
183.823 - return *this;
183.824 - }
183.825 - bool finished() const { return dfs_stack.empty(); }
183.826 - operator OutEdgeIt () const { return actual_edge; }
183.827 - bool isBNodeNewlyReached() const { return b_node_newly_reached; }
183.828 - bool isANodeExamined() const { return !(G.valid(actual_edge)/*.valid()*/); }
183.829 - NodeIt aNode() const { return actual_node; /*FIXME*/}
183.830 - NodeIt bNode() const { return G.bNode(actual_edge); }
183.831 - const ReachedMap& getReachedMap() const { return reached; }
183.832 - const std::stack<OutEdgeIt>& getDfsStack() const { return dfs_stack; }
183.833 - };
183.834 -
183.835 -
183.836 -
183.837 -} // namespace hugo
183.838 -
183.839 -#endif //BFS_ITERATOR_HH
184.1 --- a/src/work/marci/oldies/dimacs.hh Sun Apr 17 18:57:22 2005 +0000
184.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
184.3 @@ -1,61 +0,0 @@
184.4 -#ifndef DIMACS_HH
184.5 -#define DIMACS_HH
184.6 -
184.7 -#include <iostream>
184.8 -#include <string>
184.9 -#include <vector>
184.10 -
184.11 -namespace hugo {
184.12 -
184.13 - template<typename Graph, typename CapacityMap>
184.14 - void readDimacsMaxFlow(std::istream& is, Graph &G, typename Graph::NodeIt &s, typename Graph::NodeIt &t, CapacityMap& capacity) {
184.15 - G.clear();
184.16 - int cap;
184.17 - char d;
184.18 - std::string problem;
184.19 - char c;
184.20 - int i, j;
184.21 - std::string str;
184.22 - int n, m;
184.23 - std::vector<typename Graph::NodeIt> nodes;
184.24 - while (is>>c) {
184.25 - switch (c) {
184.26 - case 'c': //comment
184.27 - getline(is, str);
184.28 - break;
184.29 - case 't': //type
184.30 - getline(is, str);
184.31 - break;
184.32 - case 'p': //problem definition
184.33 - is >> problem >> n >> m;
184.34 - getline(is, str);
184.35 - nodes.resize(n+1);
184.36 - for (int k=1; k<=n; ++k) nodes[k]=G.addNode();
184.37 - break;
184.38 - case 'n': //node definition
184.39 - if (problem=="sp") { //shortest path problem
184.40 - is >> i;
184.41 - getline(is, str);
184.42 - s=nodes[i];
184.43 - }
184.44 - if (problem=="max") { //max flow problem
184.45 - is >> i >> d;
184.46 - getline(is, str);
184.47 - if (d=='s') s=nodes[i];
184.48 - if (d=='t') t=nodes[i];
184.49 - }
184.50 - break;
184.51 - case 'a':
184.52 - is >> i >> j >> cap;
184.53 - getline(is, str);
184.54 - typename Graph::EdgeIt e=G.addEdge(nodes[i], nodes[j]);
184.55 - capacity.update();
184.56 - capacity.set(e, cap);
184.57 - break;
184.58 - }
184.59 - }
184.60 - }
184.61 -
184.62 -} //namespace hugo
184.63 -
184.64 -#endif //DIMACS_HH
185.1 --- a/src/work/marci/oldies/edmonds_karp.h Sun Apr 17 18:57:22 2005 +0000
185.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
185.3 @@ -1,956 +0,0 @@
185.4 -// -*- c++ -*-
185.5 -#ifndef LEMON_EDMONDS_KARP_H
185.6 -#define LEMON_EDMONDS_KARP_H
185.7 -
185.8 -#include <algorithm>
185.9 -#include <list>
185.10 -#include <iterator>
185.11 -
185.12 -#include <bfs_iterator.h>
185.13 -#include <invalid.h>
185.14 -#include <graph_wrapper.h>
185.15 -#include <maps.h>
185.16 -#include <for_each_macros.h>
185.17 -
185.18 -namespace lemon {
185.19 -
185.20 - template <typename Graph, typename Num,
185.21 - typename CapMap, typename FlowMap>
185.22 - class MaxFlow {
185.23 - protected:
185.24 - typedef typename Graph::Node Node;
185.25 - typedef typename Graph::Edge Edge;
185.26 - typedef typename Graph::EdgeIt EdgeIt;
185.27 - typedef typename Graph::OutEdgeIt OutEdgeIt;
185.28 - typedef typename Graph::InEdgeIt InEdgeIt;
185.29 - const Graph* g;
185.30 - Node s;
185.31 - Node t;
185.32 - const CapMap* capacity;
185.33 - FlowMap* flow;
185.34 - typedef ResGraphWrapper<const Graph, Num, CapMap, FlowMap> ResGW;
185.35 - typedef typename ResGW::OutEdgeIt ResGWOutEdgeIt;
185.36 - typedef typename ResGW::Edge ResGWEdge;
185.37 - //typedef typename ResGW::template NodeMap<bool> ReachedMap;
185.38 - typedef typename Graph::template NodeMap<bool> ReachedMap;
185.39 - ReachedMap level;
185.40 - //reached is called level because of compatibility with preflow
185.41 - public:
185.42 -
185.43 - MaxFlow(const Graph& _g, Node _s, Node _t, const CapMap& _capacity,
185.44 - FlowMap& _flow) :
185.45 - g(&_g), s(_s), t(_t), capacity(&_capacity), flow(&_flow), level(_g) { }
185.46 -
185.47 - bool augmentOnShortestPath() {
185.48 - ResGW res_graph(*g, *capacity, *flow);
185.49 - bool _augment=false;
185.50 -
185.51 - //ReachedMap level(res_graph);
185.52 - FOR_EACH_LOC(typename Graph::NodeIt, e, *g) level.set(e, 0);
185.53 - BfsIterator<ResGW, ReachedMap> bfs(res_graph, level);
185.54 - bfs.pushAndSetReached(s);
185.55 -
185.56 - typename ResGW::template NodeMap<ResGWEdge> pred(res_graph);
185.57 - pred.set(s, INVALID);
185.58 -
185.59 - typename ResGW::template NodeMap<Num> free(res_graph);
185.60 -
185.61 - //searching for augmenting path
185.62 - while ( !bfs.finished() ) {
185.63 - ResGWOutEdgeIt e=bfs;
185.64 - if (res_graph.valid(e) && bfs.isBNodeNewlyReached()) {
185.65 - Node v=res_graph.source(e);
185.66 - Node w=res_graph.target(e);
185.67 - pred.set(w, e);
185.68 - if (res_graph.valid(pred[v])) {
185.69 - free.set(w, std::min(free[v], res_graph.resCap(e)));
185.70 - } else {
185.71 - free.set(w, res_graph.resCap(e));
185.72 - }
185.73 - if (res_graph.target(e)==t) { _augment=true; break; }
185.74 - }
185.75 -
185.76 - ++bfs;
185.77 - } //end of searching augmenting path
185.78 -
185.79 - if (_augment) {
185.80 - Node n=t;
185.81 - Num augment_value=free[t];
185.82 - while (res_graph.valid(pred[n])) {
185.83 - ResGWEdge e=pred[n];
185.84 - res_graph.augment(e, augment_value);
185.85 - n=res_graph.source(e);
185.86 - }
185.87 - }
185.88 -
185.89 - return _augment;
185.90 - }
185.91 -
185.92 - template<typename MapGraphWrapper>
185.93 - class DistanceMap {
185.94 - protected:
185.95 - const MapGraphWrapper* g;
185.96 - typename MapGraphWrapper::template NodeMap<int> dist;
185.97 - public:
185.98 - DistanceMap(MapGraphWrapper& _g) : g(&_g), dist(*g, g->nodeNum()) { }
185.99 - void set(const typename MapGraphWrapper::Node& n, int a) {
185.100 - dist.set(n, a);
185.101 - }
185.102 - int operator[](const typename MapGraphWrapper::Node& n)
185.103 - { return dist[n]; }
185.104 -// int get(const typename MapGraphWrapper::Node& n) const {
185.105 -// return dist[n]; }
185.106 -// bool get(const typename MapGraphWrapper::Edge& e) const {
185.107 -// return (dist.get(g->source(e))<dist.get(g->target(e))); }
185.108 - bool operator[](const typename MapGraphWrapper::Edge& e) const {
185.109 - return (dist[g->source(e)]<dist[g->target(e)]);
185.110 - }
185.111 - };
185.112 -
185.113 - template<typename MutableGraph> bool augmentOnBlockingFlow() {
185.114 - typedef MutableGraph MG;
185.115 - bool _augment=false;
185.116 -
185.117 - ResGW res_graph(*g, *capacity, *flow);
185.118 -
185.119 - //ReachedMap level(res_graph);
185.120 - FOR_EACH_LOC(typename Graph::NodeIt, e, *g) level.set(e, 0);
185.121 - BfsIterator<ResGW, ReachedMap> bfs(res_graph, level);
185.122 -
185.123 - bfs.pushAndSetReached(s);
185.124 - //typename ResGW::NodeMap<int> dist(res_graph); //filled up with 0's
185.125 - DistanceMap<ResGW> dist(res_graph);
185.126 - while ( !bfs.finished() ) {
185.127 - ResGWOutEdgeIt e=bfs;
185.128 - if (res_graph.valid(e) && bfs.isBNodeNewlyReached()) {
185.129 - dist.set(res_graph.target(e), dist[res_graph.source(e)]+1);
185.130 - }
185.131 - ++bfs;
185.132 - } //computing distances from s in the residual graph
185.133 -
185.134 - MG F;
185.135 - ConstMap<typename ResGW::Node, bool> true_map(true);
185.136 - typedef SubGraphWrapper<ResGW, ConstMap<typename ResGW::Node, bool>,
185.137 - DistanceMap<ResGW> > FilterResGW;
185.138 - FilterResGW filter_res_graph(res_graph, true_map, dist);
185.139 - typename ResGW::template NodeMap<typename MG::Node>
185.140 - res_graph_to_F(res_graph);
185.141 - {
185.142 - typename ResGW::NodeIt n;
185.143 - for(res_graph.first(n); res_graph.valid(n); res_graph.next(n)) {
185.144 - res_graph_to_F.set(n, F.addNode());
185.145 - }
185.146 - }
185.147 -
185.148 - typename MG::Node sF=res_graph_to_F[s];
185.149 - typename MG::Node tF=res_graph_to_F[t];
185.150 - typename MG::template EdgeMap<ResGWEdge> original_edge(F);
185.151 - typename MG::template EdgeMap<Num> residual_capacity(F);
185.152 -
185.153 - //Making F to the graph containing the edges of the residual graph
185.154 - //which are in some shortest paths
185.155 - {
185.156 - typename FilterResGW::EdgeIt e;
185.157 - for(filter_res_graph.first(e); filter_res_graph.valid(e); filter_res_graph.next(e)) {
185.158 - //if (dist.get(res_graph.target(e))==dist.get(res_graph.source(e))+1) {
185.159 - typename MG::Edge f=F.addEdge(res_graph_to_F[res_graph.source(e)], res_graph_to_F[res_graph.target(e)]);
185.160 - original_edge.update();
185.161 - original_edge.set(f, e);
185.162 - residual_capacity.update();
185.163 - residual_capacity.set(f, res_graph.resCap(e));
185.164 - //}
185.165 - }
185.166 - }
185.167 -
185.168 - bool __augment=true;
185.169 -
185.170 - while (__augment) {
185.171 - __augment=false;
185.172 - //computing blocking flow with dfs
185.173 -
185.174 - DfsIterator< MG, typename MG::template NodeMap<bool> > dfs(F);
185.175 - typename MG::template NodeMap<typename MG::Edge> pred(F);
185.176 - pred.set(sF, INVALID);
185.177 - //invalid iterators for sources
185.178 -
185.179 - typename MG::template NodeMap<Num> free(F);
185.180 -
185.181 - dfs.pushAndSetReached(sF);
185.182 - while (!dfs.finished()) {
185.183 - ++dfs;
185.184 - if (F.valid(/*typename MG::OutEdgeIt*/(dfs))) {
185.185 - if (dfs.isBNodeNewlyReached()) {
185.186 - typename MG::Node v=F.aNode(dfs);
185.187 - typename MG::Node w=F.bNode(dfs);
185.188 - pred.set(w, dfs);
185.189 - if (F.valid(pred[v])) {
185.190 - free.set(w, std::min(free[v], residual_capacity[dfs]));
185.191 - } else {
185.192 - free.set(w, residual_capacity[dfs]);
185.193 - }
185.194 - if (w==tF) {
185.195 - __augment=true;
185.196 - _augment=true;
185.197 - break;
185.198 - }
185.199 -
185.200 - } else {
185.201 - F.erase(/*typename MG::OutEdgeIt*/(dfs));
185.202 - }
185.203 - }
185.204 - }
185.205 -
185.206 - if (__augment) {
185.207 - typename MG::Node n=tF;
185.208 - Num augment_value=free[tF];
185.209 - while (F.valid(pred[n])) {
185.210 - typename MG::Edge e=pred[n];
185.211 - res_graph.augment(original_edge[e], augment_value);
185.212 - n=F.source(e);
185.213 - if (residual_capacity[e]==augment_value)
185.214 - F.erase(e);
185.215 - else
185.216 - residual_capacity.set(e, residual_capacity[e]-augment_value);
185.217 - }
185.218 - }
185.219 -
185.220 - }
185.221 -
185.222 - return _augment;
185.223 - }
185.224 -
185.225 - template<typename MutableGraph> bool augmentOnBlockingFlow1() {
185.226 - typedef MutableGraph MG;
185.227 - bool _augment=false;
185.228 -
185.229 - ResGW res_graph(*g, *capacity, *flow);
185.230 -
185.231 - //bfs for distances on the residual graph
185.232 - //ReachedMap level(res_graph);
185.233 - FOR_EACH_LOC(typename Graph::NodeIt, e, *g) level.set(e, 0);
185.234 - BfsIterator<ResGW, ReachedMap> bfs(res_graph, level);
185.235 - bfs.pushAndSetReached(s);
185.236 - typename ResGW::template NodeMap<int>
185.237 - dist(res_graph); //filled up with 0's
185.238 -
185.239 - //F will contain the physical copy of the residual graph
185.240 - //with the set of edges which are on shortest paths
185.241 - MG F;
185.242 - typename ResGW::template NodeMap<typename MG::Node>
185.243 - res_graph_to_F(res_graph);
185.244 - {
185.245 - typename ResGW::NodeIt n;
185.246 - for(res_graph.first(n); res_graph.valid(n); res_graph.next(n)) {
185.247 - res_graph_to_F.set(n, F.addNode());
185.248 - }
185.249 - }
185.250 -
185.251 - typename MG::Node sF=res_graph_to_F[s];
185.252 - typename MG::Node tF=res_graph_to_F[t];
185.253 - typename MG::template EdgeMap<ResGWEdge> original_edge(F);
185.254 - typename MG::template EdgeMap<Num> residual_capacity(F);
185.255 -
185.256 - while ( !bfs.finished() ) {
185.257 - ResGWOutEdgeIt e=bfs;
185.258 - if (res_graph.valid(e)) {
185.259 - if (bfs.isBNodeNewlyReached()) {
185.260 - dist.set(res_graph.target(e), dist[res_graph.source(e)]+1);
185.261 - typename MG::Edge f=F.addEdge(res_graph_to_F[res_graph.source(e)], res_graph_to_F[res_graph.target(e)]);
185.262 - original_edge.update();
185.263 - original_edge.set(f, e);
185.264 - residual_capacity.update();
185.265 - residual_capacity.set(f, res_graph.resCap(e));
185.266 - } else {
185.267 - if (dist[res_graph.target(e)]==(dist[res_graph.source(e)]+1)) {
185.268 - typename MG::Edge f=F.addEdge(res_graph_to_F[res_graph.source(e)], res_graph_to_F[res_graph.target(e)]);
185.269 - original_edge.update();
185.270 - original_edge.set(f, e);
185.271 - residual_capacity.update();
185.272 - residual_capacity.set(f, res_graph.resCap(e));
185.273 - }
185.274 - }
185.275 - }
185.276 - ++bfs;
185.277 - } //computing distances from s in the residual graph
185.278 -
185.279 - bool __augment=true;
185.280 -
185.281 - while (__augment) {
185.282 - __augment=false;
185.283 - //computing blocking flow with dfs
185.284 - DfsIterator< MG, typename MG::template NodeMap<bool> > dfs(F);
185.285 - typename MG::template NodeMap<typename MG::Edge> pred(F);
185.286 - pred.set(sF, INVALID);
185.287 - //invalid iterators for sources
185.288 -
185.289 - typename MG::template NodeMap<Num> free(F);
185.290 -
185.291 - dfs.pushAndSetReached(sF);
185.292 - while (!dfs.finished()) {
185.293 - ++dfs;
185.294 - if (F.valid(/*typename MG::OutEdgeIt*/(dfs))) {
185.295 - if (dfs.isBNodeNewlyReached()) {
185.296 - typename MG::Node v=F.aNode(dfs);
185.297 - typename MG::Node w=F.bNode(dfs);
185.298 - pred.set(w, dfs);
185.299 - if (F.valid(pred[v])) {
185.300 - free.set(w, std::min(free[v], residual_capacity[dfs]));
185.301 - } else {
185.302 - free.set(w, residual_capacity[dfs]);
185.303 - }
185.304 - if (w==tF) {
185.305 - __augment=true;
185.306 - _augment=true;
185.307 - break;
185.308 - }
185.309 -
185.310 - } else {
185.311 - F.erase(/*typename MG::OutEdgeIt*/(dfs));
185.312 - }
185.313 - }
185.314 - }
185.315 -
185.316 - if (__augment) {
185.317 - typename MG::Node n=tF;
185.318 - Num augment_value=free[tF];
185.319 - while (F.valid(pred[n])) {
185.320 - typename MG::Edge e=pred[n];
185.321 - res_graph.augment(original_edge[e], augment_value);
185.322 - n=F.source(e);
185.323 - if (residual_capacity[e]==augment_value)
185.324 - F.erase(e);
185.325 - else
185.326 - residual_capacity.set(e, residual_capacity[e]-augment_value);
185.327 - }
185.328 - }
185.329 -
185.330 - }
185.331 -
185.332 - return _augment;
185.333 - }
185.334 -
185.335 - bool augmentOnBlockingFlow2() {
185.336 - bool _augment=false;
185.337 -
185.338 - ResGW res_graph(*g, *capacity, *flow);
185.339 -
185.340 - //ReachedMap level(res_graph);
185.341 - FOR_EACH_LOC(typename Graph::NodeIt, e, *g) level.set(e, 0);
185.342 - BfsIterator<ResGW, ReachedMap> bfs(res_graph, level);
185.343 -
185.344 - bfs.pushAndSetReached(s);
185.345 - DistanceMap<ResGW> dist(res_graph);
185.346 - while ( !bfs.finished() ) {
185.347 - ResGWOutEdgeIt e=bfs;
185.348 - if (res_graph.valid(e) && bfs.isBNodeNewlyReached()) {
185.349 - dist.set(res_graph.target(e), dist[res_graph.source(e)]+1);
185.350 - }
185.351 - ++bfs;
185.352 - } //computing distances from s in the residual graph
185.353 -
185.354 - //Subgraph containing the edges on some shortest paths
185.355 - ConstMap<typename ResGW::Node, bool> true_map(true);
185.356 - typedef SubGraphWrapper<ResGW, ConstMap<typename ResGW::Node, bool>,
185.357 - DistanceMap<ResGW> > FilterResGW;
185.358 - FilterResGW filter_res_graph(res_graph, true_map, dist);
185.359 -
185.360 - //Subgraph, which is able to delete edges which are already
185.361 - //met by the dfs
185.362 - typename FilterResGW::template NodeMap<typename FilterResGW::OutEdgeIt>
185.363 - first_out_edges(filter_res_graph);
185.364 - typename FilterResGW::NodeIt v;
185.365 - for(filter_res_graph.first(v); filter_res_graph.valid(v);
185.366 - filter_res_graph.next(v))
185.367 - {
185.368 - typename FilterResGW::OutEdgeIt e;
185.369 - filter_res_graph.first(e, v);
185.370 - first_out_edges.set(v, e);
185.371 - }
185.372 - typedef ErasingFirstGraphWrapper<FilterResGW, typename FilterResGW::
185.373 - template NodeMap<typename FilterResGW::OutEdgeIt> > ErasingResGW;
185.374 - ErasingResGW erasing_res_graph(filter_res_graph, first_out_edges);
185.375 -
185.376 - bool __augment=true;
185.377 -
185.378 - while (__augment) {
185.379 -
185.380 - __augment=false;
185.381 - //computing blocking flow with dfs
185.382 - DfsIterator< ErasingResGW,
185.383 - typename ErasingResGW::template NodeMap<bool> >
185.384 - dfs(erasing_res_graph);
185.385 - typename ErasingResGW::
185.386 - template NodeMap<typename ErasingResGW::OutEdgeIt>
185.387 - pred(erasing_res_graph);
185.388 - pred.set(s, INVALID);
185.389 - //invalid iterators for sources
185.390 -
185.391 - typename ErasingResGW::template NodeMap<Num>
185.392 - free1(erasing_res_graph);
185.393 -
185.394 - dfs.pushAndSetReached(
185.395 - typename ErasingResGW::Node(
185.396 - typename FilterResGW::Node(
185.397 - typename ResGW::Node(s)
185.398 - )
185.399 - )
185.400 - );
185.401 - while (!dfs.finished()) {
185.402 - ++dfs;
185.403 - if (erasing_res_graph.valid(
185.404 - typename ErasingResGW::OutEdgeIt(dfs)))
185.405 - {
185.406 - if (dfs.isBNodeNewlyReached()) {
185.407 -
185.408 - typename ErasingResGW::Node v=erasing_res_graph.aNode(dfs);
185.409 - typename ErasingResGW::Node w=erasing_res_graph.bNode(dfs);
185.410 -
185.411 - pred.set(w, /*typename ErasingResGW::OutEdgeIt*/(dfs));
185.412 - if (erasing_res_graph.valid(pred[v])) {
185.413 - free1.set(w, std::min(free1[v], res_graph.resCap(
185.414 - typename ErasingResGW::OutEdgeIt(dfs))));
185.415 - } else {
185.416 - free1.set(w, res_graph.resCap(
185.417 - typename ErasingResGW::OutEdgeIt(dfs)));
185.418 - }
185.419 -
185.420 - if (w==t) {
185.421 - __augment=true;
185.422 - _augment=true;
185.423 - break;
185.424 - }
185.425 - } else {
185.426 - erasing_res_graph.erase(dfs);
185.427 - }
185.428 - }
185.429 - }
185.430 -
185.431 - if (__augment) {
185.432 - typename ErasingResGW::Node n=typename FilterResGW::Node(typename ResGW::Node(t));
185.433 -// typename ResGW::NodeMap<Num> a(res_graph);
185.434 -// typename ResGW::Node b;
185.435 -// Num j=a[b];
185.436 -// typename FilterResGW::NodeMap<Num> a1(filter_res_graph);
185.437 -// typename FilterResGW::Node b1;
185.438 -// Num j1=a1[b1];
185.439 -// typename ErasingResGW::NodeMap<Num> a2(erasing_res_graph);
185.440 -// typename ErasingResGW::Node b2;
185.441 -// Num j2=a2[b2];
185.442 - Num augment_value=free1[n];
185.443 - while (erasing_res_graph.valid(pred[n])) {
185.444 - typename ErasingResGW::OutEdgeIt e=pred[n];
185.445 - res_graph.augment(e, augment_value);
185.446 - n=erasing_res_graph.source(e);
185.447 - if (res_graph.resCap(e)==0)
185.448 - erasing_res_graph.erase(e);
185.449 - }
185.450 - }
185.451 -
185.452 - } //while (__augment)
185.453 -
185.454 - return _augment;
185.455 - }
185.456 -
185.457 - void run() {
185.458 - //int num_of_augmentations=0;
185.459 - while (augmentOnShortestPath()) {
185.460 - //while (augmentOnBlockingFlow<MutableGraph>()) {
185.461 - //std::cout << ++num_of_augmentations << " ";
185.462 - //std::cout<<std::endl;
185.463 - }
185.464 - }
185.465 -
185.466 - template<typename MutableGraph> void run() {
185.467 - //int num_of_augmentations=0;
185.468 - //while (augmentOnShortestPath()) {
185.469 - while (augmentOnBlockingFlow<MutableGraph>()) {
185.470 - //std::cout << ++num_of_augmentations << " ";
185.471 - //std::cout<<std::endl;
185.472 - }
185.473 - }
185.474 -
185.475 - Num flowValue() {
185.476 - Num a=0;
185.477 - OutEdgeIt e;
185.478 - for(g->first(e, s); g->valid(e); g->next(e)) {
185.479 - a+=(*flow)[e];
185.480 - }
185.481 - return a;
185.482 - }
185.483 -
185.484 - };
185.485 -
185.486 -
185.487 -// template <typename Graph, typename Num, typename FlowMap, typename CapMap>
185.488 -// class MaxMatching {
185.489 -// public:
185.490 -// typedef typename Graph::Node Node;
185.491 -// typedef typename Graph::NodeIt NodeIt;
185.492 -// typedef typename Graph::Edge Edge;
185.493 -// typedef typename Graph::EdgeIt EdgeIt;
185.494 -// typedef typename Graph::OutEdgeIt OutEdgeIt;
185.495 -// typedef typename Graph::InEdgeIt InEdgeIt;
185.496 -
185.497 -// typedef typename Graph::NodeMap<bool> SMap;
185.498 -// typedef typename Graph::NodeMap<bool> TMap;
185.499 -// private:
185.500 -// const Graph* G;
185.501 -// SMap* S;
185.502 -// TMap* T;
185.503 -// //Node s;
185.504 -// //Node t;
185.505 -// FlowMap* flow;
185.506 -// const CapMap* capacity;
185.507 -// typedef ResGraphWrapper<Graph, Num, FlowMap, CapMap > AugGraph;
185.508 -// typedef typename AugGraph::OutEdgeIt AugOutEdgeIt;
185.509 -// typedef typename AugGraph::Edge AugEdge;
185.510 -// typename Graph::NodeMap<int> used; //0
185.511 -
185.512 -// public:
185.513 -// MaxMatching(const Graph& _G, SMap& _S, TMap& _T, FlowMap& _flow, const CapMap& _capacity) :
185.514 -// G(&_G), S(&_S), T(&_T), flow(&_flow), capacity(&_capacity), used(_G) { }
185.515 -// bool augmentOnShortestPath() {
185.516 -// AugGraph res_graph(*G, *flow, *capacity);
185.517 -// bool _augment=false;
185.518 -
185.519 -// typedef typename AugGraph::NodeMap<bool> ReachedMap;
185.520 -// BfsIterator< AugGraph, /*AugOutEdgeIt,*/ ReachedMap > bfs(res_graph);
185.521 -// typename AugGraph::NodeMap<AugEdge> pred(res_graph);
185.522 -// for(NodeIt s=G->template first<NodeIt>(); G->valid(s); G->next(s)) {
185.523 -// if ((S->get(s)) && (used.get(s)<1) ) {
185.524 -// //Num u=0;
185.525 -// //for(OutEdgeIt e=G->template first<OutEdgeIt>(s); G->valid(e); G->next(e))
185.526 -// //u+=flow->get(e);
185.527 -// //if (u<1) {
185.528 -// bfs.pushAndSetReached(s);
185.529 -// pred.set(s, AugEdge(INVALID));
185.530 -// //}
185.531 -// }
185.532 -// }
185.533 -
185.534 -// typename AugGraph::NodeMap<Num> free(res_graph);
185.535 -
185.536 -// Node n;
185.537 -// //searching for augmenting path
185.538 -// while ( !bfs.finished() ) {
185.539 -// AugOutEdgeIt e=bfs;
185.540 -// if (res_graph.valid(e) && bfs.isBNodeNewlyReached()) {
185.541 -// Node v=res_graph.source(e);
185.542 -// Node w=res_graph.target(e);
185.543 -// pred.set(w, e);
185.544 -// if (res_graph.valid(pred.get(v))) {
185.545 -// free.set(w, std::min(free.get(v), res_graph.free(e)));
185.546 -// } else {
185.547 -// free.set(w, res_graph.free(e));
185.548 -// }
185.549 -// n=res_graph.target(e);
185.550 -// if (T->get(n) && (used.get(n)<1) ) {
185.551 -// //Num u=0;
185.552 -// //for(InEdgeIt f=G->template first<InEdgeIt>(n); G->valid(f); G->next(f))
185.553 -// //u+=flow->get(f);
185.554 -// //if (u<1) {
185.555 -// _augment=true;
185.556 -// break;
185.557 -// //}
185.558 -// }
185.559 -// }
185.560 -
185.561 -// ++bfs;
185.562 -// } //end of searching augmenting path
185.563 -
185.564 -// if (_augment) {
185.565 -// //Node n=t;
185.566 -// used.set(n, 1); //mind2 vegen jav
185.567 -// Num augment_value=free.get(n);
185.568 -// while (res_graph.valid(pred.get(n))) {
185.569 -// AugEdge e=pred.get(n);
185.570 -// res_graph.augment(e, augment_value);
185.571 -// n=res_graph.source(e);
185.572 -// }
185.573 -// used.set(n, 1); //mind2 vegen jav
185.574 -// }
185.575 -
185.576 -// return _augment;
185.577 -// }
185.578 -
185.579 -// // template<typename MutableGraph> bool augmentOnBlockingFlow() {
185.580 -// // bool _augment=false;
185.581 -
185.582 -// // AugGraph res_graph(*G, *flow, *capacity);
185.583 -
185.584 -// // typedef typename AugGraph::NodeMap<bool> ReachedMap;
185.585 -// // BfsIterator4< AugGraph, AugOutEdgeIt, ReachedMap > bfs(res_graph);
185.586 -
185.587 -
185.588 -
185.589 -
185.590 -
185.591 -// // //typename AugGraph::NodeMap<AugEdge> pred(res_graph);
185.592 -// // for(NodeIt s=G->template first<NodeIt>(); G->valid(s); G->next(s)) {
185.593 -// // if (S->get(s)) {
185.594 -// // Num u=0;
185.595 -// // for(OutEdgeIt e=G->template first<OutEdgeIt>(s); G->valid(e); G->next(e))
185.596 -// // u+=flow->get(e);
185.597 -// // if (u<1) {
185.598 -// // bfs.pushAndSetReached(s);
185.599 -// // //pred.set(s, AugEdge(INVALID));
185.600 -// // }
185.601 -// // }
185.602 -// // }
185.603 -
185.604 -
185.605 -
185.606 -
185.607 -// // //bfs.pushAndSetReached(s);
185.608 -// // typename AugGraph::NodeMap<int> dist(res_graph); //filled up with 0's
185.609 -// // while ( !bfs.finished() ) {
185.610 -// // AugOutEdgeIt e=bfs;
185.611 -// // if (res_graph.valid(e) && bfs.isBNodeNewlyReached()) {
185.612 -// // dist.set(res_graph.target(e), dist.get(res_graph.source(e))+1);
185.613 -// // }
185.614 -
185.615 -// // ++bfs;
185.616 -// // } //computing distances from s in the residual graph
185.617 -
185.618 -// // MutableGraph F;
185.619 -// // typename AugGraph::NodeMap<typename MutableGraph::Node>
185.620 -// // res_graph_to_F(res_graph);
185.621 -// // for(typename AugGraph::NodeIt n=res_graph.template first<typename AugGraph::NodeIt>(); res_graph.valid(n); res_graph.next(n)) {
185.622 -// // res_graph_to_F.set(n, F.addNode());
185.623 -// // }
185.624 -
185.625 -// // typename MutableGraph::Node sF=res_graph_to_F.get(s);
185.626 -// // typename MutableGraph::Node tF=res_graph_to_F.get(t);
185.627 -
185.628 -// // typename MutableGraph::EdgeMap<AugEdge> original_edge(F);
185.629 -// // typename MutableGraph::EdgeMap<Num> residual_capacity(F);
185.630 -
185.631 -// // //Making F to the graph containing the edges of the residual graph
185.632 -// // //which are in some shortest paths
185.633 -// // for(typename AugGraph::EdgeIt e=res_graph.template first<typename AugGraph::EdgeIt>(); res_graph.valid(e); res_graph.next(e)) {
185.634 -// // if (dist.get(res_graph.target(e))==dist.get(res_graph.source(e))+1) {
185.635 -// // typename MutableGraph::Edge f=F.addEdge(res_graph_to_F.get(res_graph.source(e)), res_graph_to_F.get(res_graph.target(e)));
185.636 -// // original_edge.update();
185.637 -// // original_edge.set(f, e);
185.638 -// // residual_capacity.update();
185.639 -// // residual_capacity.set(f, res_graph.free(e));
185.640 -// // }
185.641 -// // }
185.642 -
185.643 -// // bool __augment=true;
185.644 -
185.645 -// // while (__augment) {
185.646 -// // __augment=false;
185.647 -// // //computing blocking flow with dfs
185.648 -// // typedef typename MutableGraph::NodeMap<bool> BlockingReachedMap;
185.649 -// // DfsIterator4< MutableGraph, typename MutableGraph::OutEdgeIt, BlockingReachedMap > dfs(F);
185.650 -// // typename MutableGraph::NodeMap<typename MutableGraph::Edge> pred(F);
185.651 -// // pred.set(sF, typename MutableGraph::Edge(INVALID));
185.652 -// // //invalid iterators for sources
185.653 -
185.654 -// // typename MutableGraph::NodeMap<Num> free(F);
185.655 -
185.656 -// // dfs.pushAndSetReached(sF);
185.657 -// // while (!dfs.finished()) {
185.658 -// // ++dfs;
185.659 -// // if (F.valid(typename MutableGraph::OutEdgeIt(dfs))) {
185.660 -// // if (dfs.isBNodeNewlyReached()) {
185.661 -// // typename MutableGraph::Node v=F.aNode(dfs);
185.662 -// // typename MutableGraph::Node w=F.bNode(dfs);
185.663 -// // pred.set(w, dfs);
185.664 -// // if (F.valid(pred.get(v))) {
185.665 -// // free.set(w, std::min(free.get(v), residual_capacity.get(dfs)));
185.666 -// // } else {
185.667 -// // free.set(w, residual_capacity.get(dfs));
185.668 -// // }
185.669 -// // if (w==tF) {
185.670 -// // __augment=true;
185.671 -// // _augment=true;
185.672 -// // break;
185.673 -// // }
185.674 -
185.675 -// // } else {
185.676 -// // F.erase(typename MutableGraph::OutEdgeIt(dfs));
185.677 -// // }
185.678 -// // }
185.679 -// // }
185.680 -
185.681 -// // if (__augment) {
185.682 -// // typename MutableGraph::Node n=tF;
185.683 -// // Num augment_value=free.get(tF);
185.684 -// // while (F.valid(pred.get(n))) {
185.685 -// // typename MutableGraph::Edge e=pred.get(n);
185.686 -// // res_graph.augment(original_edge.get(e), augment_value);
185.687 -// // n=F.source(e);
185.688 -// // if (residual_capacity.get(e)==augment_value)
185.689 -// // F.erase(e);
185.690 -// // else
185.691 -// // residual_capacity.set(e, residual_capacity.get(e)-augment_value);
185.692 -// // }
185.693 -// // }
185.694 -
185.695 -// // }
185.696 -
185.697 -// // return _augment;
185.698 -// // }
185.699 -// bool augmentOnBlockingFlow2() {
185.700 -// bool _augment=false;
185.701 -
185.702 -// //typedef ErasingResGraphWrapper<Graph, Num, FlowMap, CapMap> EAugGraph;
185.703 -// typedef FilterGraphWrapper< ErasingResGraphWrapper<Graph, Num, FlowMap, CapMap> > EAugGraph;
185.704 -// typedef typename EAugGraph::OutEdgeIt EAugOutEdgeIt;
185.705 -// typedef typename EAugGraph::Edge EAugEdge;
185.706 -
185.707 -// EAugGraph res_graph(*G, *flow, *capacity);
185.708 -
185.709 -// //typedef typename EAugGraph::NodeMap<bool> ReachedMap;
185.710 -// BfsIterator<
185.711 -// ErasingResGraphWrapper<Graph, Num, FlowMap, CapMap>,
185.712 -// /*typename ErasingResGraphWrapper<Graph, Num, FlowMap, CapMap>::OutEdgeIt,*/
185.713 -// ErasingResGraphWrapper<Graph, Num, FlowMap, CapMap>::NodeMap<bool> > bfs(res_graph);
185.714 -
185.715 -
185.716 -// //typename AugGraph::NodeMap<AugEdge> pred(res_graph);
185.717 -// for(NodeIt s=G->template first<NodeIt>(); G->valid(s); G->next(s)) {
185.718 -// if (S->get(s)) {
185.719 -// Num u=0;
185.720 -// for(OutEdgeIt e=G->template first<OutEdgeIt>(s); G->valid(e); G->next(e))
185.721 -// u+=flow->get(e);
185.722 -// if (u<1) {
185.723 -// bfs.pushAndSetReached(s);
185.724 -// //pred.set(s, AugEdge(INVALID));
185.725 -// }
185.726 -// }
185.727 -// }
185.728 -
185.729 -
185.730 -// //bfs.pushAndSetReached(s);
185.731 -
185.732 -// typename ErasingResGraphWrapper<Graph, Num, FlowMap, CapMap>::
185.733 -// NodeMap<int>& dist=res_graph.dist;
185.734 -
185.735 -// while ( !bfs.finished() ) {
185.736 -// typename ErasingResGraphWrapper<Graph, Num, FlowMap, CapMap>::OutEdgeIt e=bfs;
185.737 -// if (res_graph.valid(e) && bfs.isBNodeNewlyReached()) {
185.738 -// dist.set(res_graph.target(e), dist.get(res_graph.source(e))+1);
185.739 -// }
185.740 -// ++bfs;
185.741 -// } //computing distances from s in the residual graph
185.742 -
185.743 -// bool __augment=true;
185.744 -
185.745 -// while (__augment) {
185.746 -
185.747 -// __augment=false;
185.748 -// //computing blocking flow with dfs
185.749 -// typedef typename EAugGraph::NodeMap<bool> BlockingReachedMap;
185.750 -// DfsIterator< EAugGraph/*, EAugOutEdgeIt*/, BlockingReachedMap >
185.751 -// dfs(res_graph);
185.752 -// typename EAugGraph::NodeMap<EAugEdge> pred(res_graph, INVALID);
185.753 -// //pred.set(s, EAugEdge(INVALID));
185.754 -// //invalid iterators for sources
185.755 -
185.756 -// typename EAugGraph::NodeMap<Num> free(res_graph);
185.757 -
185.758 -
185.759 -// //typename AugGraph::NodeMap<AugEdge> pred(res_graph);
185.760 -// for(NodeIt s=G->template first<NodeIt>(); G->valid(s); G->next(s)) {
185.761 -// if (S->get(s)) {
185.762 -// Num u=0;
185.763 -// for(OutEdgeIt e=G->template first<OutEdgeIt>(s); G->valid(e); G->next(e))
185.764 -// u+=flow->get(e);
185.765 -// if (u<1) {
185.766 -// dfs.pushAndSetReached(s);
185.767 -// //pred.set(s, AugEdge(INVALID));
185.768 -// }
185.769 -// }
185.770 -// }
185.771 -
185.772 -
185.773 -
185.774 -// //dfs.pushAndSetReached(s);
185.775 -// typename EAugGraph::Node n;
185.776 -// while (!dfs.finished()) {
185.777 -// ++dfs;
185.778 -// if (res_graph.valid(EAugOutEdgeIt(dfs))) {
185.779 -// if (dfs.isBNodeNewlyReached()) {
185.780 -
185.781 -// typename EAugGraph::Node v=res_graph.aNode(dfs);
185.782 -// typename EAugGraph::Node w=res_graph.bNode(dfs);
185.783 -
185.784 -// pred.set(w, EAugOutEdgeIt(dfs));
185.785 -// if (res_graph.valid(pred.get(v))) {
185.786 -// free.set(w, std::min(free.get(v), res_graph.free(dfs)));
185.787 -// } else {
185.788 -// free.set(w, res_graph.free(dfs));
185.789 -// }
185.790 -
185.791 -// n=w;
185.792 -// if (T->get(w)) {
185.793 -// Num u=0;
185.794 -// for(InEdgeIt f=G->template first<InEdgeIt>(n); G->valid(f); G->next(f))
185.795 -// u+=flow->get(f);
185.796 -// if (u<1) {
185.797 -// __augment=true;
185.798 -// _augment=true;
185.799 -// break;
185.800 -// }
185.801 -// }
185.802 -// } else {
185.803 -// res_graph.erase(dfs);
185.804 -// }
185.805 -// }
185.806 -
185.807 -// }
185.808 -
185.809 -// if (__augment) {
185.810 -// // typename EAugGraph::Node n=t;
185.811 -// Num augment_value=free.get(n);
185.812 -// while (res_graph.valid(pred.get(n))) {
185.813 -// EAugEdge e=pred.get(n);
185.814 -// res_graph.augment(e, augment_value);
185.815 -// n=res_graph.source(e);
185.816 -// if (res_graph.free(e)==0)
185.817 -// res_graph.erase(e);
185.818 -// }
185.819 -// }
185.820 -
185.821 -// }
185.822 -
185.823 -// return _augment;
185.824 -// }
185.825 -// void run() {
185.826 -// //int num_of_augmentations=0;
185.827 -// while (augmentOnShortestPath()) {
185.828 -// //while (augmentOnBlockingFlow<MutableGraph>()) {
185.829 -// //std::cout << ++num_of_augmentations << " ";
185.830 -// //std::cout<<std::endl;
185.831 -// }
185.832 -// }
185.833 -// // template<typename MutableGraph> void run() {
185.834 -// // //int num_of_augmentations=0;
185.835 -// // //while (augmentOnShortestPath()) {
185.836 -// // while (augmentOnBlockingFlow<MutableGraph>()) {
185.837 -// // //std::cout << ++num_of_augmentations << " ";
185.838 -// // //std::cout<<std::endl;
185.839 -// // }
185.840 -// // }
185.841 -// Num flowValue() {
185.842 -// Num a=0;
185.843 -// EdgeIt e;
185.844 -// for(G->/*getF*/first(e); G->valid(e); G->next(e)) {
185.845 -// a+=flow->get(e);
185.846 -// }
185.847 -// return a;
185.848 -// }
185.849 -// };
185.850 -
185.851 -
185.852 -
185.853 -
185.854 -
185.855 -
185.856 -// // template <typename Graph, typename Num, typename FlowMap, typename CapMap>
185.857 -// // class MaxFlow2 {
185.858 -// // public:
185.859 -// // typedef typename Graph::Node Node;
185.860 -// // typedef typename Graph::Edge Edge;
185.861 -// // typedef typename Graph::EdgeIt EdgeIt;
185.862 -// // typedef typename Graph::OutEdgeIt OutEdgeIt;
185.863 -// // typedef typename Graph::InEdgeIt InEdgeIt;
185.864 -// // private:
185.865 -// // const Graph& G;
185.866 -// // std::list<Node>& S;
185.867 -// // std::list<Node>& T;
185.868 -// // FlowMap& flow;
185.869 -// // const CapMap& capacity;
185.870 -// // typedef ResGraphWrapper<Graph, Num, FlowMap, CapMap > AugGraph;
185.871 -// // typedef typename AugGraph::OutEdgeIt AugOutEdgeIt;
185.872 -// // typedef typename AugGraph::Edge AugEdge;
185.873 -// // typename Graph::NodeMap<bool> SMap;
185.874 -// // typename Graph::NodeMap<bool> TMap;
185.875 -// // public:
185.876 -// // MaxFlow2(const Graph& _G, std::list<Node>& _S, std::list<Node>& _T, FlowMap& _flow, const CapMap& _capacity) : G(_G), S(_S), T(_T), flow(_flow), capacity(_capacity), SMap(_G), TMap(_G) {
185.877 -// // for(typename std::list<Node>::const_iterator i=S.begin();
185.878 -// // i!=S.end(); ++i) {
185.879 -// // SMap.set(*i, true);
185.880 -// // }
185.881 -// // for (typename std::list<Node>::const_iterator i=T.begin();
185.882 -// // i!=T.end(); ++i) {
185.883 -// // TMap.set(*i, true);
185.884 -// // }
185.885 -// // }
185.886 -// // bool augment() {
185.887 -// // AugGraph res_graph(G, flow, capacity);
185.888 -// // bool _augment=false;
185.889 -// // Node reached_t_node;
185.890 -
185.891 -// // typedef typename AugGraph::NodeMap<bool> ReachedMap;
185.892 -// // BfsIterator4< AugGraph, AugOutEdgeIt, ReachedMap > bfs(res_graph);
185.893 -// // for(typename std::list<Node>::const_iterator i=S.begin();
185.894 -// // i!=S.end(); ++i) {
185.895 -// // bfs.pushAndSetReached(*i);
185.896 -// // }
185.897 -// // //bfs.pushAndSetReached(s);
185.898 -
185.899 -// // typename AugGraph::NodeMap<AugEdge> pred(res_graph);
185.900 -// // //filled up with invalid iterators
185.901 -
185.902 -// // typename AugGraph::NodeMap<Num> free(res_graph);
185.903 -
185.904 -// // //searching for augmenting path
185.905 -// // while ( !bfs.finished() ) {
185.906 -// // AugOutEdgeIt e=/*AugOutEdgeIt*/(bfs);
185.907 -// // if (e.valid() && bfs.isBNodeNewlyReached()) {
185.908 -// // Node v=res_graph.source(e);
185.909 -// // Node w=res_graph.target(e);
185.910 -// // pred.set(w, e);
185.911 -// // if (pred.get(v).valid()) {
185.912 -// // free.set(w, std::min(free.get(v), e.free()));
185.913 -// // } else {
185.914 -// // free.set(w, e.free());
185.915 -// // }
185.916 -// // if (TMap.get(res_graph.target(e))) {
185.917 -// // _augment=true;
185.918 -// // reached_t_node=res_graph.target(e);
185.919 -// // break;
185.920 -// // }
185.921 -// // }
185.922 -
185.923 -// // ++bfs;
185.924 -// // } //end of searching augmenting path
185.925 -
185.926 -// // if (_augment) {
185.927 -// // Node n=reached_t_node;
185.928 -// // Num augment_value=free.get(reached_t_node);
185.929 -// // while (pred.get(n).valid()) {
185.930 -// // AugEdge e=pred.get(n);
185.931 -// // e.augment(augment_value);
185.932 -// // n=res_graph.source(e);
185.933 -// // }
185.934 -// // }
185.935 -
185.936 -// // return _augment;
185.937 -// // }
185.938 -// // void run() {
185.939 -// // while (augment()) { }
185.940 -// // }
185.941 -// // Num flowValue() {
185.942 -// // Num a=0;
185.943 -// // for(typename std::list<Node>::const_iterator i=S.begin();
185.944 -// // i!=S.end(); ++i) {
185.945 -// // for(OutEdgeIt e=G.template first<OutEdgeIt>(*i); e.valid(); ++e) {
185.946 -// // a+=flow.get(e);
185.947 -// // }
185.948 -// // for(InEdgeIt e=G.template first<InEdgeIt>(*i); e.valid(); ++e) {
185.949 -// // a-=flow.get(e);
185.950 -// // }
185.951 -// // }
185.952 -// // return a;
185.953 -// // }
185.954 -// // };
185.955 -
185.956 -
185.957 -} // namespace lemon
185.958 -
185.959 -#endif //LEMON_EDMONDS_KARP_H
186.1 --- a/src/work/marci/oldies/edmonds_karp.hh Sun Apr 17 18:57:22 2005 +0000
186.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
186.3 @@ -1,677 +0,0 @@
186.4 -#ifndef EDMONDS_KARP_HH
186.5 -#define EDMONDS_KARP_HH
186.6 -
186.7 -#include <algorithm>
186.8 -#include <list>
186.9 -#include <iterator>
186.10 -
186.11 -#include <bfs_iterator.hh>
186.12 -//#include <time_measure.h>
186.13 -
186.14 -namespace hugo {
186.15 -
186.16 - template<typename Graph, typename Number, typename FlowMap, typename CapacityMap>
186.17 - class ResGraph {
186.18 - public:
186.19 - typedef typename Graph::NodeIt NodeIt;
186.20 - typedef typename Graph::EachNodeIt EachNodeIt;
186.21 - private:
186.22 - typedef typename Graph::SymEdgeIt OldSymEdgeIt;
186.23 - const Graph& G;
186.24 - FlowMap& flow;
186.25 - const CapacityMap& capacity;
186.26 - public:
186.27 - ResGraph(const Graph& _G, FlowMap& _flow,
186.28 - const CapacityMap& _capacity) :
186.29 - G(_G), flow(_flow), capacity(_capacity) { }
186.30 -
186.31 - class EdgeIt;
186.32 - class OutEdgeIt;
186.33 - friend class EdgeIt;
186.34 - friend class OutEdgeIt;
186.35 -
186.36 - class EdgeIt {
186.37 - friend class ResGraph<Graph, Number, FlowMap, CapacityMap>;
186.38 - protected:
186.39 - const ResGraph<Graph, Number, FlowMap, CapacityMap>* resG;
186.40 - OldSymEdgeIt sym;
186.41 - public:
186.42 - EdgeIt() { }
186.43 - //EdgeIt(const EdgeIt& e) : resG(e.resG), sym(e.sym) { }
186.44 - Number free() const {
186.45 - if (resG->G.aNode(sym)==resG->G.tail(sym)) {
186.46 - return (resG->capacity.get(sym)-resG->flow.get(sym));
186.47 - } else {
186.48 - return (resG->flow.get(sym));
186.49 - }
186.50 - }
186.51 - bool valid() const { return sym.valid(); }
186.52 - void augment(Number a) const {
186.53 - if (resG->G.aNode(sym)==resG->G.tail(sym)) {
186.54 - resG->flow.set(sym, resG->flow.get(sym)+a);
186.55 - //resG->flow[sym]+=a;
186.56 - } else {
186.57 - resG->flow.set(sym, resG->flow.get(sym)-a);
186.58 - //resG->flow[sym]-=a;
186.59 - }
186.60 - }
186.61 - };
186.62 -
186.63 - class OutEdgeIt : public EdgeIt {
186.64 - friend class ResGraph<Graph, Number, FlowMap, CapacityMap>;
186.65 - public:
186.66 - OutEdgeIt() { }
186.67 - //OutEdgeIt(const OutEdgeIt& e) { resG=e.resG; sym=e.sym; }
186.68 - private:
186.69 - OutEdgeIt(const ResGraph<Graph, Number, FlowMap, CapacityMap>& _resG, NodeIt v) {
186.70 - resG=&_resG;
186.71 - sym=resG->G.template first<OldSymEdgeIt>(v);
186.72 - while( sym.valid() && !(free()>0) ) { ++sym; }
186.73 - }
186.74 - public:
186.75 - OutEdgeIt& operator++() {
186.76 - ++sym;
186.77 - while( sym.valid() && !(free()>0) ) { ++sym; }
186.78 - return *this;
186.79 - }
186.80 - };
186.81 -
186.82 - void getFirst(OutEdgeIt& e, NodeIt v) const {
186.83 - e=OutEdgeIt(*this, v);
186.84 - }
186.85 - void getFirst(EachNodeIt& v) const { G.getFirst(v); }
186.86 -
186.87 - template< typename It >
186.88 - It first() const {
186.89 - It e;
186.90 - getFirst(e);
186.91 - return e;
186.92 - }
186.93 -
186.94 - template< typename It >
186.95 - It first(NodeIt v) const {
186.96 - It e;
186.97 - getFirst(e, v);
186.98 - return e;
186.99 - }
186.100 -
186.101 - NodeIt tail(EdgeIt e) const { return G.aNode(e.sym); }
186.102 - NodeIt head(EdgeIt e) const { return G.bNode(e.sym); }
186.103 -
186.104 - NodeIt aNode(OutEdgeIt e) const { return G.aNode(e.sym); }
186.105 - NodeIt bNode(OutEdgeIt e) const { return G.bNode(e.sym); }
186.106 -
186.107 - int id(NodeIt v) const { return G.id(v); }
186.108 -
186.109 - template <typename S>
186.110 - class NodeMap {
186.111 - typename Graph::NodeMap<S> node_map;
186.112 - public:
186.113 - NodeMap(const ResGraph<Graph, Number, FlowMap, CapacityMap>& _G) : node_map(_G.G) { }
186.114 - NodeMap(const ResGraph<Graph, Number, FlowMap, CapacityMap>& _G, S a) : node_map(_G.G, a) { }
186.115 - void set(NodeIt nit, S a) { node_map.set(nit, a); }
186.116 - S get(NodeIt nit) const { return node_map.get(nit); }
186.117 - S& operator[](NodeIt nit) { return node_map[nit]; }
186.118 - const S& operator[](NodeIt nit) const { return node_map[nit]; }
186.119 - };
186.120 -
186.121 - };
186.122 -
186.123 -
186.124 - template<typename Graph, typename Number, typename FlowMap, typename CapacityMap>
186.125 - class ResGraph2 {
186.126 - public:
186.127 - typedef typename Graph::NodeIt NodeIt;
186.128 - typedef typename Graph::EachNodeIt EachNodeIt;
186.129 - private:
186.130 - //typedef typename Graph::SymEdgeIt OldSymEdgeIt;
186.131 - typedef typename Graph::OutEdgeIt OldOutEdgeIt;
186.132 - typedef typename Graph::InEdgeIt OldInEdgeIt;
186.133 -
186.134 - const Graph& G;
186.135 - FlowMap& flow;
186.136 - const CapacityMap& capacity;
186.137 - public:
186.138 - ResGraph2(const Graph& _G, FlowMap& _flow,
186.139 - const CapacityMap& _capacity) :
186.140 - G(_G), flow(_flow), capacity(_capacity) { }
186.141 -
186.142 - class EdgeIt;
186.143 - class OutEdgeIt;
186.144 - friend class EdgeIt;
186.145 - friend class OutEdgeIt;
186.146 -
186.147 - class EdgeIt {
186.148 - friend class ResGraph2<Graph, Number, FlowMap, CapacityMap>;
186.149 - protected:
186.150 - const ResGraph2<Graph, Number, FlowMap, CapacityMap>* resG;
186.151 - //OldSymEdgeIt sym;
186.152 - OldOutEdgeIt out;
186.153 - OldInEdgeIt in;
186.154 - bool out_or_in; //true, iff out
186.155 - public:
186.156 - EdgeIt() : out_or_in(true) { }
186.157 - Number free() const {
186.158 - if (out_or_in) {
186.159 - return (resG->capacity.get(out)-resG->flow.get(out));
186.160 - } else {
186.161 - return (resG->flow.get(in));
186.162 - }
186.163 - }
186.164 - bool valid() const {
186.165 - return out_or_in && out.valid() || in.valid(); }
186.166 - void augment(Number a) const {
186.167 - if (out_or_in) {
186.168 - resG->flow.set(out, resG->flow.get(out)+a);
186.169 - } else {
186.170 - resG->flow.set(in, resG->flow.get(in)-a);
186.171 - }
186.172 - }
186.173 - };
186.174 -
186.175 - class OutEdgeIt : public EdgeIt {
186.176 - friend class ResGraph2<Graph, Number, FlowMap, CapacityMap>;
186.177 - public:
186.178 - OutEdgeIt() { }
186.179 - private:
186.180 - OutEdgeIt(const ResGraph2<Graph, Number, FlowMap, CapacityMap>& _resG, NodeIt v) {
186.181 - resG=&_resG;
186.182 - out=resG->G.template first<OldOutEdgeIt>(v);
186.183 - while( out.valid() && !(free()>0) ) { ++out; }
186.184 - if (!out.valid()) {
186.185 - out_or_in=0;
186.186 - in=resG->G.template first<OldInEdgeIt>(v);
186.187 - while( in.valid() && !(free()>0) ) { ++in; }
186.188 - }
186.189 - }
186.190 - public:
186.191 - OutEdgeIt& operator++() {
186.192 - if (out_or_in) {
186.193 - NodeIt v=resG->G.aNode(out);
186.194 - ++out;
186.195 - while( out.valid() && !(free()>0) ) { ++out; }
186.196 - if (!out.valid()) {
186.197 - out_or_in=0;
186.198 - in=resG->G.template first<OldInEdgeIt>(v);
186.199 - while( in.valid() && !(free()>0) ) { ++in; }
186.200 - }
186.201 - } else {
186.202 - ++in;
186.203 - while( in.valid() && !(free()>0) ) { ++in; }
186.204 - }
186.205 - return *this;
186.206 - }
186.207 - };
186.208 -
186.209 - void getFirst(OutEdgeIt& e, NodeIt v) const {
186.210 - e=OutEdgeIt(*this, v);
186.211 - }
186.212 - void getFirst(EachNodeIt& v) const { G.getFirst(v); }
186.213 -
186.214 - template< typename It >
186.215 - It first() const {
186.216 - It e;
186.217 - getFirst(e);
186.218 - return e;
186.219 - }
186.220 -
186.221 - template< typename It >
186.222 - It first(NodeIt v) const {
186.223 - It e;
186.224 - getFirst(e, v);
186.225 - return e;
186.226 - }
186.227 -
186.228 - NodeIt tail(EdgeIt e) const {
186.229 - return ((e.out_or_in) ? G.aNode(e.out) : G.aNode(e.in)); }
186.230 - NodeIt head(EdgeIt e) const {
186.231 - return ((e.out_or_in) ? G.bNode(e.out) : G.bNode(e.in)); }
186.232 -
186.233 - NodeIt aNode(OutEdgeIt e) const {
186.234 - return ((e.out_or_in) ? G.aNode(e.out) : G.aNode(e.in)); }
186.235 - NodeIt bNode(OutEdgeIt e) const {
186.236 - return ((e.out_or_in) ? G.bNode(e.out) : G.bNode(e.in)); }
186.237 -
186.238 - int id(NodeIt v) const { return G.id(v); }
186.239 -
186.240 - template <typename S>
186.241 - class NodeMap {
186.242 - typename Graph::NodeMap<S> node_map;
186.243 - public:
186.244 - NodeMap(const ResGraph2<Graph, Number, FlowMap, CapacityMap>& _G) : node_map(_G.G) { }
186.245 - NodeMap(const ResGraph2<Graph, Number, FlowMap, CapacityMap>& _G, S a) : node_map(_G.G, a) { }
186.246 - void set(NodeIt nit, S a) { node_map.set(nit, a); }
186.247 - S get(NodeIt nit) const { return node_map.get(nit); }
186.248 - };
186.249 - };
186.250 -
186.251 -
186.252 - template <typename Graph, typename Number, typename FlowMap, typename CapacityMap>
186.253 - class MaxFlow {
186.254 - public:
186.255 - typedef typename Graph::NodeIt NodeIt;
186.256 - typedef typename Graph::EdgeIt EdgeIt;
186.257 - typedef typename Graph::EachEdgeIt EachEdgeIt;
186.258 - typedef typename Graph::OutEdgeIt OutEdgeIt;
186.259 - typedef typename Graph::InEdgeIt InEdgeIt;
186.260 -
186.261 - private:
186.262 - const Graph* G;
186.263 - NodeIt s;
186.264 - NodeIt t;
186.265 - FlowMap* flow;
186.266 - const CapacityMap* capacity;
186.267 - typedef ResGraphWrapper<Graph, Number, FlowMap, CapacityMap > AugGraph;
186.268 - typedef typename AugGraph::OutEdgeIt AugOutEdgeIt;
186.269 - typedef typename AugGraph::EdgeIt AugEdgeIt;
186.270 -
186.271 - //AugGraph res_graph;
186.272 - //typedef typename AugGraph::NodeMap<bool> ReachedMap;
186.273 - //typename AugGraph::NodeMap<AugEdgeIt> pred;
186.274 - //typename AugGraph::NodeMap<Number> free;
186.275 - public:
186.276 - MaxFlow(const Graph& _G, NodeIt _s, NodeIt _t, FlowMap& _flow, const CapacityMap& _capacity) :
186.277 - G(&_G), s(_s), t(_t), flow(&_flow), capacity(&_capacity) //,
186.278 - //res_graph(G, flow, capacity), pred(res_graph), free(res_graph)
186.279 - { }
186.280 - bool augmentOnShortestPath() {
186.281 - AugGraph res_graph(*G, *flow, *capacity);
186.282 - bool _augment=false;
186.283 -
186.284 - typedef typename AugGraph::NodeMap<bool> ReachedMap;
186.285 - BfsIterator5< AugGraph, /*AugOutEdgeIt,*/ ReachedMap > res_bfs(res_graph);
186.286 - res_bfs.pushAndSetReached(s);
186.287 -
186.288 - typename AugGraph::NodeMap<AugEdgeIt> pred(res_graph);
186.289 - //filled up with invalid iterators
186.290 - //pred.set(s, AugEdgeIt());
186.291 -
186.292 - typename AugGraph::NodeMap<Number> free(res_graph);
186.293 -
186.294 - //searching for augmenting path
186.295 - while ( !res_bfs.finished() ) {
186.296 - AugOutEdgeIt e=/*AugOutEdgeIt*/(res_bfs);
186.297 - if (res_graph.valid(e) && res_bfs.isBNodeNewlyReached()) {
186.298 - NodeIt v=res_graph.tail(e);
186.299 - NodeIt w=res_graph.head(e);
186.300 - pred.set(w, e);
186.301 - if (res_graph.valid(pred.get(v))) {
186.302 - free.set(w, std::min(free.get(v), res_graph.free(e)));
186.303 - } else {
186.304 - free.set(w, res_graph.free(e));
186.305 - }
186.306 - if (res_graph.head(e)==t) { _augment=true; break; }
186.307 - }
186.308 -
186.309 - ++res_bfs;
186.310 - } //end of searching augmenting path
186.311 -
186.312 - if (_augment) {
186.313 - NodeIt n=t;
186.314 - Number augment_value=free.get(t);
186.315 - while (res_graph.valid(pred.get(n))) {
186.316 - AugEdgeIt e=pred.get(n);
186.317 - res_graph.augment(e, augment_value);
186.318 - //e.augment(augment_value);
186.319 - n=res_graph.tail(e);
186.320 - }
186.321 - }
186.322 -
186.323 - return _augment;
186.324 - }
186.325 -
186.326 - template<typename MutableGraph> bool augmentOnBlockingFlow() {
186.327 - bool _augment=false;
186.328 -
186.329 - AugGraph res_graph(*G, *flow, *capacity);
186.330 -
186.331 - typedef typename AugGraph::NodeMap<bool> ReachedMap;
186.332 - BfsIterator4< AugGraph, AugOutEdgeIt, ReachedMap > bfs(res_graph);
186.333 -
186.334 - bfs.pushAndSetReached(s);
186.335 - typename AugGraph::NodeMap<int> dist(res_graph); //filled up with 0's
186.336 - while ( !bfs.finished() ) {
186.337 - AugOutEdgeIt e=/*AugOutEdgeIt*/(bfs);
186.338 - if (res_graph.valid(e) && bfs.isBNodeNewlyReached()) {
186.339 - dist.set(res_graph.head(e), dist.get(res_graph.tail(e))+1);
186.340 - }
186.341 -
186.342 - ++bfs;
186.343 - } //computing distances from s in the residual graph
186.344 -
186.345 - MutableGraph F;
186.346 - typename AugGraph::NodeMap<NodeIt> res_graph_to_F(res_graph);
186.347 - for(typename AugGraph::EachNodeIt n=res_graph.template first<typename AugGraph::EachNodeIt>(); res_graph.valid(n); res_graph.next(n)) {
186.348 - res_graph_to_F.set(n, F.addNode());
186.349 - }
186.350 -
186.351 - typename MutableGraph::NodeIt sF=res_graph_to_F.get(s);
186.352 - typename MutableGraph::NodeIt tF=res_graph_to_F.get(t);
186.353 -
186.354 - typename MutableGraph::EdgeMap<AugEdgeIt> original_edge(F);
186.355 - typename MutableGraph::EdgeMap<Number> residual_capacity(F);
186.356 -
186.357 - //Making F to the graph containing the edges of the residual graph
186.358 - //which are in some shortest paths
186.359 - for(typename AugGraph::EachEdgeIt e=res_graph.template first<typename AugGraph::EachEdgeIt>(); res_graph.valid(e); res_graph.next(e)) {
186.360 - if (dist.get(res_graph.head(e))==dist.get(res_graph.tail(e))+1) {
186.361 - typename MutableGraph::EdgeIt f=F.addEdge(res_graph_to_F.get(res_graph.tail(e)), res_graph_to_F.get(res_graph.head(e)));
186.362 - original_edge.update();
186.363 - original_edge.set(f, e);
186.364 - residual_capacity.update();
186.365 - residual_capacity.set(f, res_graph.free(e));
186.366 - }
186.367 - }
186.368 -
186.369 - bool __augment=true;
186.370 -
186.371 - while (__augment) {
186.372 - __augment=false;
186.373 - //computing blocking flow with dfs
186.374 - typedef typename MutableGraph::NodeMap<bool> BlockingReachedMap;
186.375 - DfsIterator4< MutableGraph, typename MutableGraph::OutEdgeIt, BlockingReachedMap > dfs(F);
186.376 - typename MutableGraph::NodeMap<EdgeIt> pred(F); //invalid iterators
186.377 - typename MutableGraph::NodeMap<Number> free(F);
186.378 -
186.379 - dfs.pushAndSetReached(sF);
186.380 - while (!dfs.finished()) {
186.381 - ++dfs;
186.382 - if (F.valid(typename MutableGraph::OutEdgeIt(dfs))) {
186.383 - if (dfs.isBNodeNewlyReached()) {
186.384 -// std::cout << "OutEdgeIt: " << dfs;
186.385 -// std::cout << " aNode: " << F.aNode(dfs);
186.386 -// std::cout << " bNode: " << F.bNode(dfs) << " ";
186.387 -
186.388 - typename MutableGraph::NodeIt v=F.aNode(dfs);
186.389 - typename MutableGraph::NodeIt w=F.bNode(dfs);
186.390 - pred.set(w, dfs);
186.391 - if (F.valid(pred.get(v))) {
186.392 - free.set(w, std::min(free.get(v), residual_capacity.get(dfs)));
186.393 - } else {
186.394 - free.set(w, residual_capacity.get(dfs));
186.395 - }
186.396 - if (w==tF) {
186.397 - //std::cout << "AUGMENTATION"<<std::endl;
186.398 - __augment=true;
186.399 - _augment=true;
186.400 - break;
186.401 - }
186.402 -
186.403 - } else {
186.404 - F.erase(typename MutableGraph::OutEdgeIt(dfs));
186.405 - }
186.406 - }
186.407 - }
186.408 -
186.409 - if (__augment) {
186.410 - typename MutableGraph::NodeIt n=tF;
186.411 - Number augment_value=free.get(tF);
186.412 - while (F.valid(pred.get(n))) {
186.413 - typename MutableGraph::EdgeIt e=pred.get(n);
186.414 - res_graph.augment(original_edge.get(e), augment_value);
186.415 - //original_edge.get(e).augment(augment_value);
186.416 - n=F.tail(e);
186.417 - if (residual_capacity.get(e)==augment_value)
186.418 - F.erase(e);
186.419 - else
186.420 - residual_capacity.set(e, residual_capacity.get(e)-augment_value);
186.421 - }
186.422 - }
186.423 -
186.424 - }
186.425 -
186.426 - return _augment;
186.427 - }
186.428 - bool augmentOnBlockingFlow2() {
186.429 - bool _augment=false;
186.430 -
186.431 - //typedef ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap> EAugGraph;
186.432 - typedef FilterGraphWrapper< ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap> > EAugGraph;
186.433 - typedef typename EAugGraph::OutEdgeIt EAugOutEdgeIt;
186.434 - typedef typename EAugGraph::EdgeIt EAugEdgeIt;
186.435 -
186.436 - EAugGraph res_graph(*G, *flow, *capacity);
186.437 -
186.438 - //std::cout << "meg jo1" << std::endl;
186.439 -
186.440 - //typedef typename EAugGraph::NodeMap<bool> ReachedMap;
186.441 - BfsIterator4<
186.442 - ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>,
186.443 - ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::OutEdgeIt,
186.444 - ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::NodeMap<bool> > bfs(res_graph);
186.445 -
186.446 - //std::cout << "meg jo2" << std::endl;
186.447 -
186.448 - bfs.pushAndSetReached(s);
186.449 - //std::cout << "meg jo2.5" << std::endl;
186.450 -
186.451 - //typename EAugGraph::NodeMap<int> dist(res_graph); //filled up with 0's
186.452 - typename ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::
186.453 - NodeMap<int>& dist=res_graph.dist;
186.454 - //std::cout << "meg jo2.6" << std::endl;
186.455 -
186.456 - while ( !bfs.finished() ) {
186.457 - ErasingResGraphWrapper<Graph, Number, FlowMap, CapacityMap>::OutEdgeIt e=bfs;
186.458 -// EAugOutEdgeIt e=/*AugOutEdgeIt*/(bfs);
186.459 - //if (res_graph.valid(e)) {
186.460 - // std::cout<<"a:"<<res_graph.tail(e)<<"b:"<<res_graph.head(e)<<std::endl;
186.461 - //}
186.462 - if (res_graph.valid(e) && bfs.isBNodeNewlyReached()) {
186.463 - dist.set(res_graph.head(e), dist.get(res_graph.tail(e))+1);
186.464 - }
186.465 -
186.466 - ++bfs;
186.467 - } //computing distances from s in the residual graph
186.468 -
186.469 -
186.470 - //std::cout << "meg jo3" << std::endl;
186.471 -
186.472 -// typedef typename EAugGraph::EachNodeIt EAugEachNodeIt;
186.473 -// for(EAugEachNodeIt n=res_graph.template first<EAugEachNodeIt>(); res_graph.valid(n); res_graph.next(n)) {
186.474 -// std::cout << "dist: " << dist.get(n) << std::endl;
186.475 -// }
186.476 -
186.477 - bool __augment=true;
186.478 -
186.479 - while (__augment) {
186.480 -// std::cout << "new iteration"<< std::endl;
186.481 -
186.482 - __augment=false;
186.483 - //computing blocking flow with dfs
186.484 - typedef typename EAugGraph::NodeMap<bool> BlockingReachedMap;
186.485 - DfsIterator4< EAugGraph, EAugOutEdgeIt, BlockingReachedMap >
186.486 - dfs(res_graph);
186.487 - typename EAugGraph::NodeMap<EAugEdgeIt> pred(res_graph); //invalid iterators
186.488 - typename EAugGraph::NodeMap<Number> free(res_graph);
186.489 -
186.490 - dfs.pushAndSetReached(s);
186.491 - while (!dfs.finished()) {
186.492 - ++dfs;
186.493 - if (res_graph.valid(EAugOutEdgeIt(dfs))) {
186.494 - if (dfs.isBNodeNewlyReached()) {
186.495 -// std::cout << "OutEdgeIt: " << dfs;
186.496 -// std::cout << " aNode: " << res_graph.aNode(dfs);
186.497 -// std::cout << " res cap: " << EAugOutEdgeIt(dfs).free();
186.498 -// std::cout << " bNode: " << res_graph.bNode(dfs) << " ";
186.499 -
186.500 - typename EAugGraph::NodeIt v=res_graph.aNode(dfs);
186.501 - typename EAugGraph::NodeIt w=res_graph.bNode(dfs);
186.502 -
186.503 - pred.set(w, EAugOutEdgeIt(dfs));
186.504 -
186.505 - //std::cout << EAugOutEdgeIt(dfs).free() << std::endl;
186.506 - if (res_graph.valid(pred.get(v))) {
186.507 - free.set(w, std::min(free.get(v), res_graph.free(/*EAugOutEdgeIt*/(dfs))));
186.508 - } else {
186.509 - free.set(w, res_graph.free(/*EAugOutEdgeIt*/(dfs)));
186.510 - }
186.511 -
186.512 - if (w==t) {
186.513 -// std::cout << "t is reached, AUGMENTATION"<<std::endl;
186.514 - __augment=true;
186.515 - _augment=true;
186.516 - break;
186.517 - }
186.518 - } else {
186.519 -// std::cout << "<<DELETE ";
186.520 -// std::cout << " aNode: " << res_graph.aNode(dfs);
186.521 -// std::cout << " res cap: " << EAugOutEdgeIt(dfs).free();
186.522 -// std::cout << " bNode: " << res_graph.bNode(dfs) << " ";
186.523 -// std::cout << "DELETE>> ";
186.524 -
186.525 - res_graph.erase(dfs);
186.526 - }
186.527 - }
186.528 -
186.529 - }
186.530 -
186.531 - if (__augment) {
186.532 - typename EAugGraph::NodeIt n=t;
186.533 - Number augment_value=free.get(t);
186.534 -// std::cout << "av:" << augment_value << std::endl;
186.535 - while (res_graph.valid(pred.get(n))) {
186.536 - EAugEdgeIt e=pred.get(n);
186.537 - res_graph.augment(e, augment_value);
186.538 - //e.augment(augment_value);
186.539 - n=res_graph.tail(e);
186.540 - if (res_graph.free(e)==0)
186.541 - res_graph.erase(e);
186.542 - }
186.543 - }
186.544 -
186.545 - }
186.546 -
186.547 - return _augment;
186.548 - }
186.549 - void run() {
186.550 - //int num_of_augmentations=0;
186.551 - while (augmentOnShortestPath()) {
186.552 - //while (augmentOnBlockingFlow<MutableGraph>()) {
186.553 - //std::cout << ++num_of_augmentations << " ";
186.554 - //std::cout<<std::endl;
186.555 - }
186.556 - }
186.557 - template<typename MutableGraph> void run() {
186.558 - //int num_of_augmentations=0;
186.559 - //while (augmentOnShortestPath()) {
186.560 - while (augmentOnBlockingFlow<MutableGraph>()) {
186.561 - //std::cout << ++num_of_augmentations << " ";
186.562 - //std::cout<<std::endl;
186.563 - }
186.564 - }
186.565 - Number flowValue() {
186.566 - Number a=0;
186.567 - OutEdgeIt e;
186.568 - for(G->getFirst(e, s); G->valid(e); G->next(e)) {
186.569 - a+=flow->get(e);
186.570 - }
186.571 - return a;
186.572 - }
186.573 - };
186.574 -
186.575 -
186.576 -// template <typename Graph, typename Number, typename FlowMap, typename CapacityMap>
186.577 -// class MaxFlow2 {
186.578 -// public:
186.579 -// typedef typename Graph::NodeIt NodeIt;
186.580 -// typedef typename Graph::EdgeIt EdgeIt;
186.581 -// typedef typename Graph::EachEdgeIt EachEdgeIt;
186.582 -// typedef typename Graph::OutEdgeIt OutEdgeIt;
186.583 -// typedef typename Graph::InEdgeIt InEdgeIt;
186.584 -// private:
186.585 -// const Graph& G;
186.586 -// std::list<NodeIt>& S;
186.587 -// std::list<NodeIt>& T;
186.588 -// FlowMap& flow;
186.589 -// const CapacityMap& capacity;
186.590 -// typedef ResGraphWrapper<Graph, Number, FlowMap, CapacityMap > AugGraph;
186.591 -// typedef typename AugGraph::OutEdgeIt AugOutEdgeIt;
186.592 -// typedef typename AugGraph::EdgeIt AugEdgeIt;
186.593 -// typename Graph::NodeMap<bool> SMap;
186.594 -// typename Graph::NodeMap<bool> TMap;
186.595 -// public:
186.596 -// MaxFlow2(const Graph& _G, std::list<NodeIt>& _S, std::list<NodeIt>& _T, FlowMap& _flow, const CapacityMap& _capacity) : G(_G), S(_S), T(_T), flow(_flow), capacity(_capacity), SMap(_G), TMap(_G) {
186.597 -// for(typename std::list<NodeIt>::const_iterator i=S.begin();
186.598 -// i!=S.end(); ++i) {
186.599 -// SMap.set(*i, true);
186.600 -// }
186.601 -// for (typename std::list<NodeIt>::const_iterator i=T.begin();
186.602 -// i!=T.end(); ++i) {
186.603 -// TMap.set(*i, true);
186.604 -// }
186.605 -// }
186.606 -// bool augment() {
186.607 -// AugGraph res_graph(G, flow, capacity);
186.608 -// bool _augment=false;
186.609 -// NodeIt reached_t_node;
186.610 -
186.611 -// typedef typename AugGraph::NodeMap<bool> ReachedMap;
186.612 -// BfsIterator4< AugGraph, AugOutEdgeIt, ReachedMap > res_bfs(res_graph);
186.613 -// for(typename std::list<NodeIt>::const_iterator i=S.begin();
186.614 -// i!=S.end(); ++i) {
186.615 -// res_bfs.pushAndSetReached(*i);
186.616 -// }
186.617 -// //res_bfs.pushAndSetReached(s);
186.618 -
186.619 -// typename AugGraph::NodeMap<AugEdgeIt> pred(res_graph);
186.620 -// //filled up with invalid iterators
186.621 -
186.622 -// typename AugGraph::NodeMap<Number> free(res_graph);
186.623 -
186.624 -// //searching for augmenting path
186.625 -// while ( !res_bfs.finished() ) {
186.626 -// AugOutEdgeIt e=/*AugOutEdgeIt*/(res_bfs);
186.627 -// if (e.valid() && res_bfs.isBNodeNewlyReached()) {
186.628 -// NodeIt v=res_graph.tail(e);
186.629 -// NodeIt w=res_graph.head(e);
186.630 -// pred.set(w, e);
186.631 -// if (pred.get(v).valid()) {
186.632 -// free.set(w, std::min(free.get(v), e.free()));
186.633 -// } else {
186.634 -// free.set(w, e.free());
186.635 -// }
186.636 -// if (TMap.get(res_graph.head(e))) {
186.637 -// _augment=true;
186.638 -// reached_t_node=res_graph.head(e);
186.639 -// break;
186.640 -// }
186.641 -// }
186.642 -
186.643 -// ++res_bfs;
186.644 -// } //end of searching augmenting path
186.645 -
186.646 -// if (_augment) {
186.647 -// NodeIt n=reached_t_node;
186.648 -// Number augment_value=free.get(reached_t_node);
186.649 -// while (pred.get(n).valid()) {
186.650 -// AugEdgeIt e=pred.get(n);
186.651 -// e.augment(augment_value);
186.652 -// n=res_graph.tail(e);
186.653 -// }
186.654 -// }
186.655 -
186.656 -// return _augment;
186.657 -// }
186.658 -// void run() {
186.659 -// while (augment()) { }
186.660 -// }
186.661 -// Number flowValue() {
186.662 -// Number a=0;
186.663 -// for(typename std::list<NodeIt>::const_iterator i=S.begin();
186.664 -// i!=S.end(); ++i) {
186.665 -// for(OutEdgeIt e=G.template first<OutEdgeIt>(*i); e.valid(); ++e) {
186.666 -// a+=flow.get(e);
186.667 -// }
186.668 -// for(InEdgeIt e=G.template first<InEdgeIt>(*i); e.valid(); ++e) {
186.669 -// a-=flow.get(e);
186.670 -// }
186.671 -// }
186.672 -// return a;
186.673 -// }
186.674 -// };
186.675 -
186.676 -
186.677 -
186.678 -} // namespace hugo
186.679 -
186.680 -#endif //EDMONDS_KARP_HH
187.1 --- a/src/work/marci/oldies/list_graph.hh Sun Apr 17 18:57:22 2005 +0000
187.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
187.3 @@ -1,552 +0,0 @@
187.4 -#ifndef LIST_GRAPH_HH
187.5 -#define LIST_GRAPH_HH
187.6 -
187.7 -#include <iostream>
187.8 -#include <vector>
187.9 -
187.10 -namespace hugo {
187.11 -
187.12 - template <typename It>
187.13 - int count(It it) {
187.14 - int i=0;
187.15 - for( ; it.valid(); ++it) { ++i; }
187.16 - return i;
187.17 - }
187.18 -
187.19 - class ListGraph {
187.20 -
187.21 - class node_item;
187.22 - class edge_item;
187.23 -
187.24 - public:
187.25 -
187.26 - class NodeIt;
187.27 - class EachNodeIt;
187.28 - class EdgeIt;
187.29 - class EachEdgeIt;
187.30 - class OutEdgeIt;
187.31 - class InEdgeIt;
187.32 - class SymEdgeIt;
187.33 - template <typename T> class NodeMap;
187.34 - template <typename T> class EdgeMap;
187.35 -
187.36 - private:
187.37 -
187.38 - template <typename T> friend class NodeMap;
187.39 - template <typename T> friend class EdgeMap;
187.40 -
187.41 - template <typename T>
187.42 - class NodeMap {
187.43 - const ListGraph& G;
187.44 - std::vector<T> container;
187.45 - public:
187.46 - typedef T ValueType;
187.47 - typedef NodeIt KeyType;
187.48 - NodeMap(const ListGraph& _G) : G(_G), container(G.node_id) { }
187.49 - NodeMap(const ListGraph& _G, T a) :
187.50 - G(_G), container(G.node_id, a) { }
187.51 - void set(NodeIt n, T a) { container[/*G.id(n)*/n.node->id]=a; }
187.52 - T get(NodeIt n) const { return container[/*G.id(n)*/n.node->id]; }
187.53 - T& operator[](NodeIt n) { return container[/*G.id(n)*/n.node->id]; }
187.54 - const T& operator[](NodeIt n) const { return container[/*G.id(n)*/n.node->id]; }
187.55 - void update() { container.resize(G.node_id); }
187.56 - void update(T a) { container.resize(G.node_id, a); }
187.57 - };
187.58 -
187.59 - template <typename T>
187.60 - class EdgeMap {
187.61 - const ListGraph& G;
187.62 - std::vector<T> container;
187.63 - public:
187.64 - typedef T ValueType;
187.65 - typedef EdgeIt KeyType;
187.66 - EdgeMap(const ListGraph& _G) : G(_G), container(G.edge_id) { }
187.67 - EdgeMap(const ListGraph& _G, T a) :
187.68 - G(_G), container(G.edge_id, a) { }
187.69 - void set(EdgeIt e, T a) { container[/*G.id(e)*/e.edge->id]=a; }
187.70 - T get(EdgeIt e) const { return container[/*G.id(e)*/e.edge->id]; }
187.71 - T& operator[](EdgeIt e) { return container[/*G.id(e)*/e.edge->id]; }
187.72 - const T& operator[](EdgeIt e) const { return container[/*G.id(e)*/e.edge->id]; }
187.73 - void update() { container.resize(G.edge_id); }
187.74 - void update(T a) { container.resize(G.edge_id, a); }
187.75 - };
187.76 -
187.77 - int node_id;
187.78 - int edge_id;
187.79 - int _node_num;
187.80 - int _edge_num;
187.81 -
187.82 - node_item* _first_node;
187.83 - node_item* _last_node;
187.84 -
187.85 - class node_item {
187.86 - friend class ListGraph;
187.87 - template <typename T> friend class NodeMap;
187.88 -
187.89 - friend class NodeIt;
187.90 - friend class EachNodeIt;
187.91 - friend class EdgeIt;
187.92 - friend class EachEdgeIt;
187.93 - friend class OutEdgeIt;
187.94 - friend class InEdgeIt;
187.95 - friend class SymEdgeIt;
187.96 - friend std::ostream& operator<<(std::ostream& os, const NodeIt& i);
187.97 - friend std::ostream& operator<<(std::ostream& os, const EdgeIt& i);
187.98 - //ListGraph* G;
187.99 - int id;
187.100 - edge_item* _first_out_edge;
187.101 - edge_item* _last_out_edge;
187.102 - edge_item* _first_in_edge;
187.103 - edge_item* _last_in_edge;
187.104 - node_item* _next_node;
187.105 - node_item* _prev_node;
187.106 - public:
187.107 - node_item() { }
187.108 - };
187.109 -
187.110 - class edge_item {
187.111 - friend class ListGraph;
187.112 - template <typename T> friend class EdgeMap;
187.113 -
187.114 - friend class NodeIt;
187.115 - friend class EachNodeIt;
187.116 - friend class EdgeIt;
187.117 - friend class EachEdgeIt;
187.118 - friend class OutEdgeIt;
187.119 - friend class InEdgeIt;
187.120 - friend class SymEdgeIt;
187.121 - friend std::ostream& operator<<(std::ostream& os, const EdgeIt& i);
187.122 - //ListGraph* G;
187.123 - int id;
187.124 - node_item* _tail;
187.125 - node_item* _head;
187.126 - edge_item* _next_out;
187.127 - edge_item* _prev_out;
187.128 - edge_item* _next_in;
187.129 - edge_item* _prev_in;
187.130 - public:
187.131 - edge_item() { }
187.132 - };
187.133 -
187.134 - node_item* _add_node() {
187.135 - node_item* p=new node_item;
187.136 - p->id=node_id++;
187.137 - p->_first_out_edge=0;
187.138 - p->_last_out_edge=0;
187.139 - p->_first_in_edge=0;
187.140 - p->_last_in_edge=0;
187.141 - p->_prev_node=_last_node;
187.142 - p->_next_node=0;
187.143 - if (_last_node) _last_node->_next_node=p;
187.144 - _last_node=p;
187.145 - if (!_first_node) _first_node=p;
187.146 -
187.147 - ++_node_num;
187.148 - return p;
187.149 - }
187.150 -
187.151 - edge_item* _add_edge(node_item* _tail, node_item* _head) {
187.152 - edge_item* e=new edge_item;
187.153 - e->id=edge_id++;
187.154 - e->_tail=_tail;
187.155 - e->_head=_head;
187.156 -
187.157 - e->_prev_out=_tail->_last_out_edge;
187.158 - if (_tail->_last_out_edge) (_tail->_last_out_edge)->_next_out=e;
187.159 - _tail->_last_out_edge=e;
187.160 - if (!_tail->_first_out_edge) _tail->_first_out_edge=e;
187.161 - e->_next_out=0;
187.162 -
187.163 - e->_prev_in=_head->_last_in_edge;
187.164 - if (_head->_last_in_edge) (_head->_last_in_edge)->_next_in=e;
187.165 - _head->_last_in_edge=e;
187.166 - if (!_head->_first_in_edge) { _head->_first_in_edge=e; }
187.167 - e->_next_in=0;
187.168 -
187.169 - ++_edge_num;
187.170 - return e;
187.171 - }
187.172 -
187.173 - //deletes a node which has no out edge and no in edge
187.174 - void _delete_node(node_item* v) {
187.175 - if (v->_next_node) (v->_next_node)->_prev_node=v->_prev_node; else
187.176 - _last_node=v->_prev_node;
187.177 - if (v->_prev_node) (v->_prev_node)->_next_node=v->_next_node; else
187.178 - _first_node=v->_next_node;
187.179 -
187.180 - delete v;
187.181 - --_node_num;
187.182 - }
187.183 -
187.184 - void _delete_edge(edge_item* e) {
187.185 - if (e->_next_out) (e->_next_out)->_prev_out=e->_prev_out; else
187.186 - (e->_tail)->_last_out_edge=e->_prev_out;
187.187 - if (e->_prev_out) (e->_prev_out)->_next_out=e->_next_out; else
187.188 - (e->_tail)->_first_out_edge=e->_next_out;
187.189 - if (e->_next_in) (e->_next_in)->_prev_in=e->_prev_in; else
187.190 - (e->_head)->_last_in_edge=e->_prev_in;
187.191 - if (e->_prev_in) (e->_prev_in)->_next_in=e->_next_in; else
187.192 - (e->_head)->_first_in_edge=e->_next_in;
187.193 -
187.194 - delete e;
187.195 - --_edge_num;
187.196 - }
187.197 -
187.198 - void _set_tail(edge_item* e, node_item* _tail) {
187.199 - if (e->_next_out) (e->_next_out)->_prev_out=e->_prev_out; else
187.200 - (e->_tail)->_last_out_edge=e->_prev_out;
187.201 - if (e->_prev_out) (e->_prev_out)->_next_out=e->_next_out; else
187.202 - (e->_tail)->_first_out_edge=e->_next_out;
187.203 -
187.204 - e->_tail=_tail;
187.205 -
187.206 - e->_prev_out=_tail->_last_out_edge;
187.207 - if (_tail->_last_out_edge) (_tail->_last_out_edge)->_next_out=e;
187.208 - _tail->_last_out_edge=e;
187.209 - if (!_tail->_first_out_edge) _tail->_first_out_edge=e;
187.210 - e->_next_out=0;
187.211 - }
187.212 -
187.213 - void _set_head(edge_item* e, node_item* _head) {
187.214 - if (e->_next_in) (e->_next_in)->_prev_in=e->_prev_in; else
187.215 - (e->_head)->_last_in_edge=e->_prev_in;
187.216 - if (e->_prev_in) (e->_prev_in)->_next_in=e->_next_in; else
187.217 - (e->_head)->_first_in_edge=e->_next_in;
187.218 -
187.219 - e->_head=_head;
187.220 -
187.221 - e->_prev_in=_head->_last_in_edge;
187.222 - if (_head->_last_in_edge) (_head->_last_in_edge)->_next_in=e;
187.223 - _head->_last_in_edge=e;
187.224 - if (!_head->_first_in_edge) { _head->_first_in_edge=e; }
187.225 - e->_next_in=0;
187.226 - }
187.227 -
187.228 - public:
187.229 -
187.230 - /* default constructor */
187.231 -
187.232 - ListGraph() : node_id(0), edge_id(0), _node_num(0), _edge_num(0), _first_node(0), _last_node(0) { }
187.233 -
187.234 - ~ListGraph() {
187.235 - while (first<EachNodeIt>().valid()) erase(first<EachNodeIt>());
187.236 - }
187.237 -
187.238 - int nodeNum() const { return _node_num; }
187.239 - int edgeNum() const { return _edge_num; }
187.240 -
187.241 - /* functions to construct iterators from the graph, or from each other */
187.242 -
187.243 - //EachNodeIt firstNode() const { return EachNodeIt(*this); }
187.244 - //EachEdgeIt firstEdge() const { return EachEdgeIt(*this); }
187.245 -
187.246 - //OutEdgeIt firstOutEdge(const NodeIt v) const { return OutEdgeIt(v); }
187.247 - //InEdgeIt firstInEdge(const NodeIt v) const { return InEdgeIt(v); }
187.248 - //SymEdgeIt firstSymEdge(const NodeIt v) const { return SymEdgeIt(v); }
187.249 - NodeIt tail(EdgeIt e) const { return e.tailNode(); }
187.250 - NodeIt head(EdgeIt e) const { return e.headNode(); }
187.251 -
187.252 - NodeIt aNode(const OutEdgeIt& e) const { return e.aNode(); }
187.253 - NodeIt aNode(const InEdgeIt& e) const { return e.aNode(); }
187.254 - NodeIt aNode(const SymEdgeIt& e) const { return e.aNode(); }
187.255 -
187.256 - NodeIt bNode(const OutEdgeIt& e) const { return e.bNode(); }
187.257 - NodeIt bNode(const InEdgeIt& e) const { return e.bNode(); }
187.258 - NodeIt bNode(const SymEdgeIt& e) const { return e.bNode(); }
187.259 -
187.260 - //NodeIt invalid_node() { return NodeIt(); }
187.261 - //EdgeIt invalid_edge() { return EdgeIt(); }
187.262 - //OutEdgeIt invalid_out_edge() { return OutEdgeIt(); }
187.263 - //InEdgeIt invalid_in_edge() { return InEdgeIt(); }
187.264 - //SymEdgeIt invalid_sym_edge() { return SymEdgeIt(); }
187.265 -
187.266 - /* same methods in other style */
187.267 - /* for experimental purpose */
187.268 -
187.269 - EachNodeIt& getFirst(EachNodeIt& v) const {
187.270 - v=EachNodeIt(*this); return v; }
187.271 - EachEdgeIt& getFirst(EachEdgeIt& e) const {
187.272 - e=EachEdgeIt(*this); return e; }
187.273 - OutEdgeIt& getFirst(OutEdgeIt& e, NodeIt v) const {
187.274 - e=OutEdgeIt(v); return e; }
187.275 - InEdgeIt& getFirst(InEdgeIt& e, NodeIt v) const {
187.276 - e=InEdgeIt(v); return e; }
187.277 - SymEdgeIt& getFirst(SymEdgeIt& e, NodeIt v) const {
187.278 - e=SymEdgeIt(v); return e; }
187.279 - //void getTail(NodeIt& n, const EdgeIt& e) const { n=tail(e); }
187.280 - //void getHead(NodeIt& n, const EdgeIt& e) const { n=head(e); }
187.281 -
187.282 - //void getANode(NodeIt& n, const OutEdgeIt& e) const { n=e.aNode(); }
187.283 - //void getANode(NodeIt& n, const InEdgeIt& e) const { n=e.aNode(); }
187.284 - //void getANode(NodeIt& n, const SymEdgeIt& e) const { n=e.aNode(); }
187.285 - //void getBNode(NodeIt& n, const OutEdgeIt& e) const { n=e.bNode(); }
187.286 - //void getBNode(NodeIt& n, const InEdgeIt& e) const { n=e.bNode(); }
187.287 - //void getBNode(NodeIt& n, const SymEdgeIt& e) const { n=e.bNode(); }
187.288 - //void get_invalid(NodeIt& n) { n=NodeIt(); }
187.289 - //void get_invalid(EdgeIt& e) { e=EdgeIt(); }
187.290 - //void get_invalid(OutEdgeIt& e) { e=OutEdgeIt(); }
187.291 - //void get_invalid(InEdgeIt& e) { e=InEdgeIt(); }
187.292 - //void get_invalid(SymEdgeIt& e) { e=SymEdgeIt(); }
187.293 -
187.294 - template< typename It >
187.295 - It first() const {
187.296 - It e;
187.297 - getFirst(e);
187.298 - return e;
187.299 - }
187.300 -
187.301 - template< typename It >
187.302 - It first(NodeIt v) const {
187.303 - It e;
187.304 - getFirst(e, v);
187.305 - return e;
187.306 - }
187.307 -
187.308 - bool valid(NodeIt n) const { return n.valid(); }
187.309 - bool valid(EdgeIt e) const { return e.valid(); }
187.310 -
187.311 - template <typename It> It getNext(It it) const {
187.312 - It tmp(it); return next(tmp); }
187.313 - template <typename It> It& next(It& it) const { return ++it; }
187.314 -
187.315 -
187.316 - /* for getting id's of graph objects */
187.317 - /* these are important for the implementation of property vectors */
187.318 -
187.319 - int id(NodeIt v) const { return v.node->id; }
187.320 - int id(EdgeIt e) const { return e.edge->id; }
187.321 -
187.322 - /* adding nodes and edges */
187.323 -
187.324 - NodeIt addNode() { return NodeIt(_add_node()); }
187.325 - EdgeIt addEdge(NodeIt u, NodeIt v) {
187.326 - return EdgeIt(_add_edge(u.node, v.node));
187.327 - }
187.328 -
187.329 - void erase(NodeIt i) {
187.330 - while (first<OutEdgeIt>(i).valid()) erase(first<OutEdgeIt>(i));
187.331 - while (first<InEdgeIt>(i).valid()) erase(first<InEdgeIt>(i));
187.332 - _delete_node(i.node);
187.333 - }
187.334 -
187.335 - void erase(EdgeIt e) { _delete_edge(e.edge); }
187.336 -
187.337 - void clear() {
187.338 - while (first<EachNodeIt>().valid()) erase(first<EachNodeIt>());
187.339 - }
187.340 -
187.341 - void setTail(EdgeIt e, NodeIt tail) {
187.342 - _set_tail(e.edge, tail.node);
187.343 - }
187.344 -
187.345 - void setHead(EdgeIt e, NodeIt head) {
187.346 - _set_head(e.edge, head.node);
187.347 - }
187.348 -
187.349 - /* stream operations, for testing purpose */
187.350 -
187.351 - friend std::ostream& operator<<(std::ostream& os, const NodeIt& i) {
187.352 - os << i.node->id; return os;
187.353 - }
187.354 - friend std::ostream& operator<<(std::ostream& os, const EdgeIt& i) {
187.355 - os << "(" << i.edge->_tail->id << "--" << i.edge->id << "->" << i.edge->_head->id << ")";
187.356 - return os;
187.357 - }
187.358 -
187.359 - class NodeIt {
187.360 - friend class ListGraph;
187.361 - template <typename T> friend class NodeMap;
187.362 -
187.363 - friend class EdgeIt;
187.364 - friend class OutEdgeIt;
187.365 - friend class InEdgeIt;
187.366 - friend class SymEdgeIt;
187.367 - //public: //FIXME: It is required by op= of EachNodeIt
187.368 - protected:
187.369 - node_item* node;
187.370 - protected:
187.371 - friend int ListGraph::id(NodeIt v) const;
187.372 - public:
187.373 - NodeIt() : node(0) { }
187.374 - NodeIt(node_item* _node) : node(_node) { }
187.375 - bool valid() const { return (node!=0); }
187.376 - //void makeInvalid() { node=0; }
187.377 - friend bool operator==(const NodeIt& u, const NodeIt& v) {
187.378 - return v.node==u.node;
187.379 - }
187.380 - friend bool operator!=(const NodeIt& u, const NodeIt& v) {
187.381 - return v.node!=u.node;
187.382 - }
187.383 - friend std::ostream& operator<<(std::ostream& os, const NodeIt& i);
187.384 - };
187.385 -
187.386 - class EachNodeIt : public NodeIt {
187.387 - friend class ListGraph;
187.388 - //protected:
187.389 - public: //for everybody but marci
187.390 - EachNodeIt(const ListGraph& G) : NodeIt(G._first_node) { }
187.391 - public:
187.392 - EachNodeIt() : NodeIt() { }
187.393 - EachNodeIt(node_item* v) : NodeIt(v) { }
187.394 - EachNodeIt& operator++() { node=node->_next_node; return *this; }
187.395 - //FIXME::
187.396 - // EachNodeIt& operator=(const NodeIt& e)
187.397 - // { node=e.node; return *this; }
187.398 - };
187.399 -
187.400 - class EdgeIt {
187.401 - friend class ListGraph;
187.402 - template <typename T> friend class EdgeMap;
187.403 -
187.404 - friend class NodeIt;
187.405 - friend class EachNodeIt;
187.406 - protected:
187.407 - edge_item* edge;
187.408 - friend int ListGraph::id(EdgeIt e) const;
187.409 - public:
187.410 - EdgeIt() : edge(0) { }
187.411 - //EdgeIt() { }
187.412 - EdgeIt(edge_item* _edge) : edge(_edge) { }
187.413 - bool valid() const { return (edge!=0); }
187.414 - //void makeInvalid() { edge=0; }
187.415 - friend bool operator==(const EdgeIt& u, const EdgeIt& v) {
187.416 - return v.edge==u.edge;
187.417 - }
187.418 - friend bool operator!=(const EdgeIt& u, const EdgeIt& v) {
187.419 - return v.edge!=u.edge;
187.420 - }
187.421 - protected:
187.422 - NodeIt tailNode() const { return NodeIt(edge->_tail); }
187.423 - NodeIt headNode() const { return NodeIt(edge->_head); }
187.424 - public:
187.425 - friend std::ostream& operator<<(std::ostream& os, const EdgeIt& i);
187.426 - };
187.427 -
187.428 - class EachEdgeIt : public EdgeIt {
187.429 - friend class ListGraph;
187.430 - //protected:
187.431 - public: //for alpar
187.432 - EachEdgeIt(const ListGraph& G) {
187.433 - node_item* v=G._first_node;
187.434 - if (v) edge=v->_first_out_edge; else edge=0;
187.435 - while (v && !edge) { v=v->_next_node; if (v) edge=v->_first_out_edge; }
187.436 - }
187.437 - public:
187.438 - EachEdgeIt() : EdgeIt() { }
187.439 - EachEdgeIt(edge_item* _e) : EdgeIt(_e) { }
187.440 - EachEdgeIt& operator++() {
187.441 - node_item* v=edge->_tail;
187.442 - edge=edge->_next_out;
187.443 - while (v && !edge) { v=v->_next_node; if (v) edge=v->_first_out_edge; }
187.444 - return *this;
187.445 - }
187.446 - };
187.447 -
187.448 - class OutEdgeIt : public EdgeIt {
187.449 - friend class ListGraph;
187.450 - //node_item* v;
187.451 - //protected:
187.452 - public: //for alpar
187.453 - OutEdgeIt(const NodeIt& _v) /*: v(_v.node)*/ { edge=_v.node->_first_out_edge; }
187.454 - public:
187.455 - OutEdgeIt() : EdgeIt()/*, v(0)*/ { }
187.456 - OutEdgeIt(const ListGraph& G, NodeIt _v) /*: v(_v.node)*/ { edge=_v.node->_first_out_edge; }
187.457 - OutEdgeIt& operator++() { edge=edge->_next_out; return *this; }
187.458 - protected:
187.459 - NodeIt aNode() const { return NodeIt(edge->_tail); }
187.460 - NodeIt bNode() const { return NodeIt(edge->_head); }
187.461 - };
187.462 -
187.463 - class InEdgeIt : public EdgeIt {
187.464 - friend class ListGraph;
187.465 - //node_item* v;
187.466 - //protected:
187.467 - public: //for alpar
187.468 - InEdgeIt(const NodeIt& _v) /*: v(_v.node)*/ { edge=_v.node->_first_in_edge; }
187.469 - public:
187.470 - InEdgeIt() : EdgeIt()/*, v(0)*/ { }
187.471 - InEdgeIt(const ListGraph& G, NodeIt _v) /*: v(_v.node)*/ { edge=_v.node->_first_in_edge; }
187.472 - InEdgeIt& operator++() { edge=edge->_next_in; return *this; }
187.473 - protected:
187.474 - NodeIt aNode() const { return NodeIt(edge->_head); }
187.475 - NodeIt bNode() const { return NodeIt(edge->_tail); }
187.476 - };
187.477 -
187.478 - class SymEdgeIt : public EdgeIt {
187.479 - friend class ListGraph;
187.480 - bool out_or_in; //1 iff out, 0 iff in
187.481 - //node_item* v;
187.482 - //protected:
187.483 - public: //for alpar
187.484 - SymEdgeIt(const NodeIt& _v) /*: v(_v.node)*/ {
187.485 - out_or_in=1;
187.486 - edge=_v.node->_first_out_edge;
187.487 - if (!edge) { edge=_v.node->_first_in_edge; out_or_in=0; }
187.488 - }
187.489 - public:
187.490 - SymEdgeIt() : EdgeIt() /*, v(0)*/ { }
187.491 - SymEdgeIt(const ListGraph& G, NodeIt _v) /*: v(_v.node)*/ {
187.492 - out_or_in=1;
187.493 - edge=_v.node->_first_out_edge;
187.494 - if (!edge) { edge=_v.node->_first_in_edge; out_or_in=0; }
187.495 - }
187.496 - SymEdgeIt& operator++() {
187.497 - if (out_or_in) {
187.498 - node_item* v=edge->_tail;
187.499 - edge=edge->_next_out;
187.500 - if (!edge) { out_or_in=0; edge=v->_first_in_edge; }
187.501 - } else {
187.502 - edge=edge->_next_in;
187.503 - }
187.504 - return *this;
187.505 - }
187.506 - protected:
187.507 - NodeIt aNode() const {
187.508 - return (out_or_in) ? NodeIt(edge->_tail) : NodeIt(edge->_head); }
187.509 - NodeIt bNode() const {
187.510 - return (out_or_in) ? NodeIt(edge->_head) : NodeIt(edge->_tail); }
187.511 - };
187.512 -
187.513 - };
187.514 -
187.515 -// template< typename T >
187.516 -// T ListGraph::first() const {
187.517 -// std::cerr << "Invalid use of template<typemane T> T ListGraph::first<T>();" << std::endl;
187.518 -// return T();
187.519 -// }
187.520 -
187.521 -// template<>
187.522 -// ListGraph::EachNodeIt ListGraph::first<ListGraph::EachNodeIt>() const {
187.523 -// return firstNode();
187.524 -// }
187.525 -
187.526 -// template<>
187.527 -// ListGraph::EachEdgeIt ListGraph::first<ListGraph::EachEdgeIt>() const {
187.528 -// return firstEdge();
187.529 -// }
187.530 -
187.531 -// template< typename T >
187.532 -// T ListGraph::first(ListGraph::NodeIt v) const {
187.533 -// std::cerr << "Invalid use of template<typemane T> T ListGraph::first<T>(ListGRaph::NodeIt);" << std::endl;
187.534 -// return T();
187.535 -// }
187.536 -
187.537 -// template<>
187.538 -// ListGraph::OutEdgeIt ListGraph::first<ListGraph::OutEdgeIt>(const ListGraph::NodeIt v) const {
187.539 -// return firstOutEdge(v);
187.540 -// }
187.541 -
187.542 -// template<>
187.543 -// ListGraph::InEdgeIt ListGraph::first<ListGraph::InEdgeIt>(const ListGraph::NodeIt v) const {
187.544 -// return firstInEdge(v);
187.545 -// }
187.546 -
187.547 -// template<>
187.548 -// ListGraph::SymEdgeIt ListGraph::first<ListGraph::SymEdgeIt>(const ListGraph::NodeIt v) const {
187.549 -// return firstSymEdge(v);
187.550 -// }
187.551 -
187.552 -
187.553 -} //namespace hugo
187.554 -
187.555 -#endif //LIST_GRAPH_HH
188.1 --- a/src/work/marci/oldies/marci_bfs.hh Sun Apr 17 18:57:22 2005 +0000
188.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
188.3 @@ -1,176 +0,0 @@
188.4 -#ifndef MARCI_BFS_HH
188.5 -#define MARCI_BFS_HH
188.6 -
188.7 -#include <queue>
188.8 -
188.9 -#include <marci_property_vector.hh>
188.10 -
188.11 -namespace hugo {
188.12 -
188.13 - template <typename graph_type>
188.14 - struct bfs {
188.15 - typedef typename graph_type::node_iterator node_iterator;
188.16 - typedef typename graph_type::edge_iterator edge_iterator;
188.17 - typedef typename graph_type::each_node_iterator each_node_iterator;
188.18 - typedef typename graph_type::out_edge_iterator out_edge_iterator;
188.19 - graph_type& G;
188.20 - node_iterator s;
188.21 - node_property_vector<graph_type, bool> reached;
188.22 - node_property_vector<graph_type, edge_iterator> pred;
188.23 - node_property_vector<graph_type, int> dist;
188.24 - std::queue<node_iterator> bfs_queue;
188.25 - bfs(graph_type& _G, node_iterator _s) : G(_G), s(_s), reached(_G), pred(_G), dist(_G) {
188.26 - bfs_queue.push(s);
188.27 - for(each_node_iterator i=G.first_node(); i.valid(); ++i)
188.28 - reached.put(i, false);
188.29 - reached.put(s, true);
188.30 - dist.put(s, 0);
188.31 - }
188.32 -
188.33 - void run() {
188.34 - while (!bfs_queue.empty()) {
188.35 - node_iterator v=bfs_queue.front();
188.36 - out_edge_iterator e=G.first_out_edge(v);
188.37 - bfs_queue.pop();
188.38 - for( ; e.valid(); ++e) {
188.39 - node_iterator w=G.head(e);
188.40 - std::cout << "scan node " << G.id(w) << " from node " << G.id(v) << std::endl;
188.41 - if (!reached.get(w)) {
188.42 - std::cout << G.id(w) << " is newly reached :-)" << std::endl;
188.43 - bfs_queue.push(w);
188.44 - dist.put(w, dist.get(v)+1);
188.45 - pred.put(w, e);
188.46 - reached.put(w, true);
188.47 - } else {
188.48 - std::cout << G.id(w) << " is already reached" << std::endl;
188.49 - }
188.50 - }
188.51 - }
188.52 - }
188.53 - };
188.54 -
188.55 - template <typename graph_type>
188.56 - struct bfs_visitor {
188.57 - typedef typename graph_type::node_iterator node_iterator;
188.58 - typedef typename graph_type::edge_iterator edge_iterator;
188.59 - typedef typename graph_type::out_edge_iterator out_edge_iterator;
188.60 - graph_type& G;
188.61 - bfs_visitor(graph_type& _G) : G(_G) { }
188.62 - void at_previously_reached(out_edge_iterator& e) {
188.63 - //node_iterator v=G.tail(e);
188.64 - node_iterator w=G.head(e);
188.65 - std::cout << G.id(w) << " is already reached" << std::endl;
188.66 - }
188.67 - void at_newly_reached(out_edge_iterator& e) {
188.68 - //node_iterator v=G.tail(e);
188.69 - node_iterator w=G.head(e);
188.70 - std::cout << G.id(w) << " is newly reached :-)" << std::endl;
188.71 - }
188.72 - };
188.73 -
188.74 - template <typename graph_type, typename reached_type, typename visitor_type>
188.75 - struct bfs_iterator {
188.76 - typedef typename graph_type::node_iterator node_iterator;
188.77 - typedef typename graph_type::edge_iterator edge_iterator;
188.78 - typedef typename graph_type::out_edge_iterator out_edge_iterator;
188.79 - graph_type& G;
188.80 - std::queue<out_edge_iterator>& bfs_queue;
188.81 - reached_type& reached;
188.82 - visitor_type& visitor;
188.83 - void process() {
188.84 - while ( !bfs_queue.empty() && !bfs_queue.front().valid() ) { bfs_queue.pop(); }
188.85 - if (bfs_queue.empty()) return;
188.86 - out_edge_iterator e=bfs_queue.front();
188.87 - //node_iterator v=G.tail(e);
188.88 - node_iterator w=G.head(e);
188.89 - if (!reached.get(w)) {
188.90 - visitor.at_newly_reached(e);
188.91 - bfs_queue.push(G.first_out_edge(w));
188.92 - reached.put(w, true);
188.93 - } else {
188.94 - visitor.at_previously_reached(e);
188.95 - }
188.96 - }
188.97 - bfs_iterator(graph_type& _G, std::queue<out_edge_iterator>& _bfs_queue, reached_type& _reached, visitor_type& _visitor) : G(_G), bfs_queue(_bfs_queue), reached(_reached), visitor(_visitor) {
188.98 - //while ( !bfs_queue.empty() && !bfs_queue.front().valid() ) { bfs_queue.pop(); }
188.99 - valid();
188.100 - }
188.101 - bfs_iterator<graph_type, reached_type, visitor_type>& operator++() {
188.102 - //while ( !bfs_queue.empty() && !bfs_queue.front().valid() ) { bfs_queue.pop(); }
188.103 - //if (bfs_queue.empty()) return *this;
188.104 - if (!valid()) return *this;
188.105 - ++(bfs_queue.front());
188.106 - //while ( !bfs_queue.empty() && !bfs_queue.front().valid() ) { bfs_queue.pop(); }
188.107 - valid();
188.108 - return *this;
188.109 - }
188.110 - //void next() {
188.111 - // while ( !bfs_queue.empty() && !bfs_queue.front().valid() ) { bfs_queue.pop(); }
188.112 - // if (bfs_queue.empty()) return;
188.113 - // ++(bfs_queue.front());
188.114 - // while ( !bfs_queue.empty() && !bfs_queue.front().valid() ) { bfs_queue.pop(); }
188.115 - //}
188.116 - bool valid() {
188.117 - while ( !bfs_queue.empty() && !bfs_queue.front().valid() ) { bfs_queue.pop(); }
188.118 - if (bfs_queue.empty()) return false; else return true;
188.119 - }
188.120 - //bool finished() {
188.121 - // while ( !bfs_queue.empty() && !bfs_queue.front().valid() ) { bfs_queue.pop(); }
188.122 - // if (bfs_queue.empty()) return true; else return false;
188.123 - //}
188.124 - operator edge_iterator () { return bfs_queue.front(); }
188.125 -
188.126 - };
188.127 -
188.128 - template <typename graph_type, typename reached_type>
188.129 - struct bfs_iterator1 {
188.130 - typedef typename graph_type::node_iterator node_iterator;
188.131 - typedef typename graph_type::edge_iterator edge_iterator;
188.132 - typedef typename graph_type::out_edge_iterator out_edge_iterator;
188.133 - graph_type& G;
188.134 - std::queue<out_edge_iterator>& bfs_queue;
188.135 - reached_type& reached;
188.136 - bool _newly_reached;
188.137 - bfs_iterator1(graph_type& _G, std::queue<out_edge_iterator>& _bfs_queue, reached_type& _reached) : G(_G), bfs_queue(_bfs_queue), reached(_reached) {
188.138 - valid();
188.139 - if (!bfs_queue.empty() && bfs_queue.front().valid()) {
188.140 - out_edge_iterator e=bfs_queue.front();
188.141 - node_iterator w=G.head(e);
188.142 - if (!reached.get(w)) {
188.143 - bfs_queue.push(G.first_out_edge(w));
188.144 - reached.put(w, true);
188.145 - _newly_reached=true;
188.146 - } else {
188.147 - _newly_reached=false;
188.148 - }
188.149 - }
188.150 - }
188.151 - bfs_iterator1<graph_type, reached_type>& operator++() {
188.152 - if (!valid()) return *this;
188.153 - ++(bfs_queue.front());
188.154 - valid();
188.155 - if (!bfs_queue.empty() && bfs_queue.front().valid()) {
188.156 - out_edge_iterator e=bfs_queue.front();
188.157 - node_iterator w=G.head(e);
188.158 - if (!reached.get(w)) {
188.159 - bfs_queue.push(G.first_out_edge(w));
188.160 - reached.put(w, true);
188.161 - _newly_reached=true;
188.162 - } else {
188.163 - _newly_reached=false;
188.164 - }
188.165 - }
188.166 - return *this;
188.167 - }
188.168 - bool valid() {
188.169 - while ( !bfs_queue.empty() && !bfs_queue.front().valid() ) { bfs_queue.pop(); }
188.170 - if (bfs_queue.empty()) return false; else return true;
188.171 - }
188.172 - operator edge_iterator () { return bfs_queue.front(); }
188.173 - bool newly_reached() { return _newly_reached; }
188.174 -
188.175 - };
188.176 -
188.177 -} // namespace hugo
188.178 -
188.179 -#endif //MARCI_BFS_HH
189.1 --- a/src/work/marci/oldies/marci_graph_concept.txt Sun Apr 17 18:57:22 2005 +0000
189.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
189.3 @@ -1,217 +0,0 @@
189.4 -ETIK-OL-NOLIB-NEGRES graph concept-ek.
189.5 -
189.6 - Ebben a dokumentacioban graph concept tervek es azok megvalositasarol irok.
189.7 -A felsorolt rutinok, osztalyok egyaltalan nem kikristalyosodottak, 1-1 elemi
189.8 -operacio elvegzesere gyakran tobb mod is rendelkezesre all. A tervezesi fazisban pont annak kell kiderulnie, hogy milyen metodusok tavolithatok el, s milyen
189.9 -ujakra van szukseg.
189.10 -
189.11 - Megvalositottunk egy graph osztalyt mely listaban tarolja a pontokat,
189.12 -az 1 pontbol kiindulo eleket, s az 1 pontba bemeno eleket. Konstrualni lehet
189.13 -ures grafot, hozzaadni pontokat, eleket. Az incidenciat node_iteratorok-kal
189.14 -ill. edge_iteratorokkal lehet megfigyelni. Adott tovabba 1 template osztaly,
189.15 -a graf pontjaihoz vagy eleihez tetszoleges tipusu property hozzarendelesere,
189.16 -a jelen megvalositas ezeket vektorben tarolja. Fontos azonban, hogy ezen
189.17 -property_vector csak azokra a graf-objektumokra ervenyes, melyek
189.18 -letrehozasanak pillanataban a grafhoz tartoznak.
189.19 -
189.20 -marci_bfs.hh //bfs, tejesen kiserleti
189.21 -marci_graph_demo.cc //peldaprogi a lisas graf hasznalatahoz
189.22 -marci_list_graph.hh //list_graph megvalositas
189.23 -marci_max_flow.hh //folyam, kiserleti
189.24 -marci_property_vector.hh //property vector megvalosites indexelt grafokhoz
189.25 -graf es iterator tipusok:
189.26 -
189.27 -class list_graph;
189.28 -
189.29 -class node_iterator;
189.30 -trivialis node iterator, csak cimezni lehet vele, pl property vectort
189.31 -
189.32 -class each_node_iterator;
189.33 -node iterator a graf pontjainak bejarasara, node_iterator-ra konvertalhato
189.34 -
189.35 -class edge_iterator;
189.36 -trivialis edge iterator, csak cimezni lehet vele, pl property vectort
189.37 -
189.38 -class each_edge_iterator;
189.39 -edge iterator a graf osszes elenek bejarasara
189.40 -
189.41 -class out_edge_iterator;
189.42 -edge iterator 1 pont ki eleinek bejarasara, edge_iterator-ra konvertalhato
189.43 -
189.44 -class in_edge_iterator;
189.45 -edge iterator 1 pont be eleinek bejarasara, edge_iterator-ra konvertalhato
189.46 -
189.47 -class sym_edge_iterator;
189.48 -edge iterator 1 pont be es ki eleinek bejarasara, edge_iterator-ra
189.49 -konvertalhato
189.50 -
189.51 -default constructor:
189.52 -
189.53 -list_graph();
189.54 -
189.55 -A graf osztaly fobb publikus metodusai, az alapveto hasznalathoz:
189.56 -Hasonlo funkciok megvalosithatok 1 kesobb leirt modon, illetve
189.57 -ezek kozul nehany az iteratorok metodusaival, megis azt javasolnam, hogy az
189.58 -iteratorok metodusait ne hasznaljuk. Miert? Azt szeretnenk, ha 1 ponthalmazon
189.59 -van 2 graf, es csak az elhalmazhoz keszitunk uj iteratorokat, akkor pl 1 pont
189.60 -out-edge-iteratora megkaphato legyen a grafbol es a node_iteratorbol. Ezert
189.61 -out_edge_iterator(const node_iterator&) hasznalata nem javasolt,
189.62 -esetleg majd szamuzzuk a concept-bol, s akkor nem nesz baj.
189.63 -
189.64 -each_node_iterator first_node();
189.65 -each_edge_iterator first_edge();
189.66 -out_edge_iterator first_out_edge(const node_iterator&);
189.67 -in_edge_iterator first_in_edge(const node_iterator&);
189.68 -sym_edge_iterator first_sym_edge(const node_iterator&);
189.69 -
189.70 -node_iterator tail(const edge_iterator&);
189.71 -node_iterator head(const edge_iterator&);
189.72 -
189.73 -node_iterator a_node(const out_edge_iterator&);
189.74 -node_iterator a_node(const in_edge_iterator&);
189.75 -node_iterator a_node(const sym_edge_iterator&);
189.76 -//az out, in or sym edge iterator rogzitett pontjara ad 1 node_iterator-t
189.77 -
189.78 -node_iterator b_node(const out_edge_iterator&);
189.79 -node_iterator b_node(const in_edge_iterator&);
189.80 -node_iterator b_node(const sym_edge_iterator&);
189.81 -//az out, in or sym edge iterator nem rogzitett pontjara ad 1 node_iterator-t
189.82 -
189.83 -//node_iterator invalid_node();
189.84 -//edge_iterator invalid_edge();
189.85 -//out_edge_iterator invalid_out_edge();
189.86 -//in_edge_iterator invalid_in_edge();
189.87 -//sym_edge_iterator invalid_sym_edge();
189.88 -
189.89 -//az iteratorok ures konstruktorai meghatarozatlan
189.90 -tartalmu konstruktort adnak vissza, ezekkel a matodusokkal
189.91 -lehet ervenytelent csinalni.
189.92 -Lehet hogy ezt az ures konstruktorral kellene, tessek vitatkozni.
189.93 -
189.94 -Kiserleti cellal ugyanezen fv-ek mas stilusu megvalositasai:
189.95 -
189.96 -void get_first(each_node_iterator&);
189.97 -void get_first(each_edge_iterator&);
189.98 -void get_first(out_edge_iterator&, const node_iterator&);
189.99 -void get_first(in_edge_iterator&, const node_iterator&);
189.100 -void get_first(sym_edge_iterator&, const node_iterator&);
189.101 -
189.102 -void get_tail(node_iterator&, const edge_iterator&);
189.103 -void get_head(node_iterator&, const edge_iterator&);
189.104 -
189.105 -void get_a_node(node_iterator&, const out_edge_iterator&);
189.106 -void get_a_node(node_iterator&, const in_edge_iterator&);
189.107 -void get_a_node(node_iterator&, const sym_edge_iterator&);
189.108 -
189.109 -void get_b_node(node_iterator&, const out_edge_iterator&);
189.110 -void get_b_node(node_iterator&, const in_edge_iterator&);
189.111 -void get_b_node(node_iterator&, const sym_edge_iterator&);
189.112 -
189.113 -//void get_invalid(node_iterator&);
189.114 -//void get_invalid(edge_iterator&);
189.115 -//void get_invalid(out_edge_iterator&);
189.116 -//void get_invalid(in_edge_iterator&);
189.117 -//void get_invalid(sym_edge_iterator&);
189.118 -
189.119 -Pontok azonositasara de meginkabb property vectorokhoz:
189.120 -
189.121 -int id(const node_iterator&);
189.122 -int id(const edge_iterator&);
189.123 -
189.124 -Pontok es elek hozzaadasanak metodusai:
189.125 -
189.126 -node_iterator add_node();
189.127 -edge_iterator add_edge(const node_iterator&, const node_iterator&);
189.128 -
189.129 -Hogy konnyebb legyen a progikat tesztelni, nehany stream utasitas:
189.130 -ezek nem a list_graph metodusai
189.131 -
189.132 -friend std::ostream& operator<<(std::ostream&, const node_iterator&);
189.133 -friend std::ostream& operator<<(std::ostream&, const edge_iterator&);
189.134 -
189.135 -node_iterator metodusai:
189.136 -node_iterator();
189.137 -bool valid();
189.138 -void make_invalid();
189.139 -ezek nem tagfuggvenyek:
189.140 -friend bool operator==(const node_iterator&, const node_iterator&);
189.141 -friend bool operator!=(const node_iterator& u, const node_iterator& v);
189.142 -
189.143 -each_node_iterator metodusai:
189.144 -ez publikusan szarmazik a node_iterator-bol, tehat a fentiek is.
189.145 -each_node_iterator();
189.146 -each_node_iterator& operator++();
189.147 -
189.148 -edge_iterator metodusai:
189.149 -edge_iterator();
189.150 -bool valid();
189.151 -void make_invalid();
189.152 -ezek nem tagfvek:
189.153 -friend bool operator==(const edge_iterator&, const edge_iterator&);
189.154 -friend bool operator!=(const edge_iterator&, const edge_iterator&);
189.155 -ujra tagfv-ek.
189.156 -//node_iterator tail_node() const; nem javasolt
189.157 -//node_iterator head_node() const; nem javasolt
189.158 -
189.159 -each_edge_iterator metodusai:
189.160 -edge_iterator-bol szarmazik
189.161 -each_edge_iterator();
189.162 -each_edge_iterator& operator++();
189.163 -
189.164 -out_edge_iterator metodusai:
189.165 -edge_iterator-bol szarmazik
189.166 -out_edge_iterator();
189.167 -//out_edge_iterator(const node_iterator&); nem javasolt
189.168 -out_edge_iterator& operator++();
189.169 -//node_iterator a_node() const; nem javasolt
189.170 -//node_iterator b_node() const;
189.171 -
189.172 -
189.173 -in_edge_iterator metodusai:
189.174 -edge_iterator-bol szarmazik
189.175 -in_edge_iterator();
189.176 -//in_edge_iterator(const node_iterator&); nem javasolt
189.177 -in_edge_iterator& operator++();
189.178 -//node_iterator a_node() const; nem javasolt
189.179 -//node_iterator b_node() const;
189.180 -
189.181 -
189.182 -sym_edge_iterator metodusai:
189.183 -edge_iterator-bol szarmazik
189.184 -sym_edge_iterator();
189.185 -//sym_edge_iterator(const node_iterator&); nem javasolt
189.186 -sym_edge_iterator& operator++();
189.187 -//node_iterator a_node() const; nem javasolt
189.188 -//node_iterator b_node() const;
189.189 -
189.190 -Node propery array-okrol:
189.191 -
189.192 -template <typename graph_type, typename T>
189.193 -class node_property_vector;
189.194 -
189.195 -metodusok:
189.196 -
189.197 -node_property_vector(graph_type&);
189.198 -void put(graph_type::node_iterator, const T&);
189.199 -T get(graph_type::node_iterator);
189.200 -
189.201 -Ugyanez edge_property_array-okkal
189.202 -
189.203 -template <typename graph_type, typename T>
189.204 -class edge_property_vector;
189.205 -
189.206 -edge_property_vector(graph_type&);
189.207 -void put(graph_type::edge_iterator, const T&);
189.208 -get(graph_type::edge_iterator);
189.209 -
189.210 - Ennyi nem javasolas utan, meg nehany szo.
189.211 - Alparral ugy gondoltuk, hogy az iterator 1 olyan egyszeru objetum legyen
189.212 -csak, mellyel, ha ervenyes, akkor lehet tovabblepni 1 pont vagy ellistaban.
189.213 -Az hogy valamilyen pont-iteratorbeol el-iteratort csinalunk, igenis legyen a
189.214 -graf objektum feladata, hiszen igy lehet csinelni ugyanazon a ponthalmazon
189.215 -tobb grafot ugyanazon pont-iteratorokkal.
189.216 - Sokkal komolyabb kerdesek merultek fel azzal kapcsolatban, hogy hogyan adjuk
189.217 -at a propertyket az algoritmusoknak, algoritmus-objektumoknak.
189.218 -Errol majd kesobb.
189.219 -
189.220 -marci@cs.elte.hu
190.1 --- a/src/work/marci/oldies/marci_graph_demo.cc Sun Apr 17 18:57:22 2005 +0000
190.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
190.3 @@ -1,270 +0,0 @@
190.4 -#include <iostream>
190.5 -#include <vector>
190.6 -#include <string>
190.7 -
190.8 -#include <list_graph.h>
190.9 -#include <bfs_iterator.h>
190.10 -#include <edmonds_karp.h>
190.11 -
190.12 -using namespace lemon;
190.13 -
190.14 -int main (int, char*[])
190.15 -{
190.16 - typedef ListGraph::Node Node;
190.17 - typedef ListGraph::Edge Edge;
190.18 - typedef ListGraph::NodeIt NodeIt;
190.19 - typedef ListGraph::EdgeIt EdgeIt;
190.20 - typedef ListGraph::OutEdgeIt OutEdgeIt;
190.21 - typedef ListGraph::InEdgeIt InEdgeIt;
190.22 - typedef ListGraph::SymEdgeIt SymEdgeIt;
190.23 - ListGraph G;
190.24 - std::vector<Node> vector_of_Nodes;
190.25 - for(int i=0; i!=8; ++i) vector_of_Nodes.push_back(G.addNode());
190.26 - for(int i=0; i!=8; ++i)
190.27 - for(int j=0; j!=8; ++j)
190.28 - if ((i<j)&&(i+j)%3) G.addEdge(vector_of_Nodes[i], vector_of_Nodes[j]);
190.29 -
190.30 - std::cout << "We construct a directed graph on the node set {0,1,2,...,7}," <<std::endl << "i-->j is arc iff i<j and (i+j)%3." << std::endl;
190.31 - std::cout << "number of nodes: " << count(G.first<NodeIt>()) << std::endl;
190.32 -
190.33 - for(NodeIt i=G.first<NodeIt>(); G.valid(i); G.next(i)) {
190.34 - std::cout << "node " << G.id(i) << std::endl;
190.35 - std::cout << " outdegree (OutEdgeIt): " << count(G.first<OutEdgeIt>(i)) << " ";
190.36 - for(OutEdgeIt j=G.first<OutEdgeIt>(i); G.valid(j); G.next(j)) {
190.37 - std::cout << "(" << G.id(G.source(j)) << "--" << G.id(j) << "->" << G.id(G.target(j)) << ") ";
190.38 - }
190.39 - std::cout << std::endl;
190.40 -
190.41 - std::cout<< " ";
190.42 - for(OutEdgeIt j=G.first<OutEdgeIt>(i); G.valid(j); G.next(j)) {
190.43 - std::cout << G.aNode(j) << "->" << G.bNode(j) << " "; }
190.44 - std::cout<<std::endl;
190.45 -
190.46 - std::cout << " indegree: (InEdgeIt) " << count(G.first<InEdgeIt>(i)) << " ";
190.47 - for(InEdgeIt j=G.first<InEdgeIt>(i); G.valid(j); G.next(j)) {
190.48 - std::cout << j << " "; }
190.49 - std::cout << std::endl;
190.50 -
190.51 - std::cout<< " ";
190.52 - for(InEdgeIt j=G.first<InEdgeIt>(i); G.valid(j); G.next(j)) {
190.53 - std::cout << G.aNode(j) << "->" << G.bNode(j) << " "; }
190.54 - std::cout<<std::endl;
190.55 -
190.56 - std::cout << " degree: (SymEdgeIt) " << count(G.first<SymEdgeIt>(i)) << " ";
190.57 - for(SymEdgeIt j=G.first<SymEdgeIt>(i); G.valid(j); G.next(j)) {
190.58 - std::cout << j << " "; }
190.59 - std::cout<<std::endl;
190.60 -
190.61 - std::cout<< " ";
190.62 - for(SymEdgeIt j=G.first<SymEdgeIt>(i); G.valid(j); G.next(j)) {
190.63 - std::cout << G.aNode(j) << "->" << G.bNode(j) << " "; }
190.64 - std::cout<<std::endl;
190.65 - }
190.66 -
190.67 - std::cout << "all edges: ";
190.68 - for(EdgeIt i=G.first<EdgeIt>(); G.valid(i); G.next(i)) {
190.69 - std::cout << i << " ";
190.70 - }
190.71 - std::cout << std::endl;
190.72 -
190.73 - std::cout << "node property array test" << std::endl;
190.74 - ListGraph::NodeMap<int> my_property_vector(G);
190.75 - NodeIt v;
190.76 - G.first(v);
190.77 - my_property_vector.set(v, 42);
190.78 - my_property_vector.set(G.next(G.first<NodeIt>()), 314);
190.79 - my_property_vector.set(G.next(G.next(G.first<NodeIt>())), 1956);
190.80 - my_property_vector.set(vector_of_Nodes[3], 1989);
190.81 - my_property_vector.set(vector_of_Nodes[4], 2003);
190.82 - my_property_vector.set(vector_of_Nodes[7], 1978);
190.83 - std::cout << "some node property values..." << std::endl;
190.84 - for(NodeIt i=G.first<NodeIt>(); G.valid(i); G.next(i)) {
190.85 - std::cout << my_property_vector.get(i) << std::endl;
190.86 - }
190.87 - int _i=1;
190.88 - int _ii=1;
190.89 - ListGraph::EdgeMap<int> my_edge_property(G);
190.90 - for(EdgeIt i=G.first<EdgeIt>(); G.valid(i); G.next(i)) {
190.91 - my_edge_property.set(i, _i);
190.92 - _i*=_ii; ++_ii;
190.93 - }
190.94 -
190.95 - std::cout << "node and edge property values on the sources and targets of edges..." << std::endl;
190.96 - for(EdgeIt j=G.first<EdgeIt>(); G.valid(j); G.next(j)) {
190.97 - std::cout << my_property_vector.get(G.source(j)) << "--" << my_edge_property.get(j) << "-->" << my_property_vector.get(G.target(j)) << " ";
190.98 - }
190.99 - std::cout << std::endl;
190.100 -/*
190.101 - std::cout << "bfs from the first node" << std::endl;
190.102 - bfs<ListGraph> bfs_test(G, G.first<NodeIt>());
190.103 - bfs_test.run();
190.104 - std::cout << "reached: ";
190.105 - for(NodeIt i=G.first<NodeIt>(); G.valid(i); G.next(i)) {
190.106 - std::cout << bfs_test.reached.get(i) << " ";
190.107 - }
190.108 - std::cout<<std::endl;
190.109 - std::cout << "dist: ";
190.110 - for(NodeIt i=G.first<NodeIt>(); G.valid(i); G.next(i)) {
190.111 - std::cout << bfs_test.dist.get(i) << " ";
190.112 - }
190.113 - std::cout<<std::endl;
190.114 -*/
190.115 -
190.116 - std::cout << "augmenting path flow algorithm test..." << std::endl;
190.117 - ListGraph flowG;
190.118 -
190.119 - Node s=flowG.addNode();
190.120 - Node v1=flowG.addNode();
190.121 - Node v2=flowG.addNode();
190.122 - Node v3=flowG.addNode();
190.123 - Node v4=flowG.addNode();
190.124 - Node t=flowG.addNode();
190.125 -
190.126 - ListGraph::NodeMap<std::string> node_name(flowG);
190.127 - node_name.set(s, "s");
190.128 - node_name.set(v1, "v1");
190.129 - node_name.set(v2, "v2");
190.130 - node_name.set(v3, "v3");
190.131 - node_name.set(v4, "v4");
190.132 - node_name.set(t, "t");
190.133 -
190.134 - Edge s_v1=flowG.addEdge(s, v1);
190.135 - Edge s_v2=flowG.addEdge(s, v2);
190.136 - Edge v1_v2=flowG.addEdge(v1, v2);
190.137 - Edge v2_v1=flowG.addEdge(v2, v1);
190.138 - Edge v1_v3=flowG.addEdge(v1, v3);
190.139 - Edge v3_v2=flowG.addEdge(v3, v2);
190.140 - Edge v2_v4=flowG.addEdge(v2, v4);
190.141 - Edge v4_v3=flowG.addEdge(v4, v3);
190.142 - Edge v3_t=flowG.addEdge(v3, t);
190.143 - Edge v4_t=flowG.addEdge(v4, t);
190.144 -
190.145 - ListGraph::EdgeMap<int> cap(flowG);
190.146 -
190.147 - cap.set(s_v1, 16);
190.148 - cap.set(s_v2, 13);
190.149 - cap.set(v1_v2, 10);
190.150 - cap.set(v2_v1, 4);
190.151 - cap.set(v1_v3, 12);
190.152 - cap.set(v3_v2, 9);
190.153 - cap.set(v2_v4, 14);
190.154 - cap.set(v4_v3, 7);
190.155 - cap.set(v3_t, 20);
190.156 - cap.set(v4_t, 4);
190.157 -
190.158 - std::cout << "on directed graph graph" << std::endl; //<< flowG;
190.159 - std::cout << "names and capacity values" << std::endl;
190.160 - for(NodeIt i=flowG.first<NodeIt>(); flowG.valid(i); flowG.next(i)) {
190.161 - std::cout << node_name.get(i) << ": ";
190.162 - std::cout << "out edges: ";
190.163 - for(OutEdgeIt j=flowG.first<OutEdgeIt>(i); flowG.valid(j); flowG.next(j))
190.164 - std::cout << node_name.get(flowG.source(j)) << "-"<< cap.get(j) << "->" << node_name.get(flowG.target(j)) << " ";
190.165 - std::cout << "in edges: ";
190.166 - for(InEdgeIt j=flowG.first<InEdgeIt>(i); flowG.valid(j); flowG.next(j))
190.167 - std::cout << node_name.get(flowG.source(j)) << "-"<< cap.get(j) << "->" << node_name.get(flowG.target(j)) << " ";
190.168 - std::cout << std::endl;
190.169 - }
190.170 -
190.171 - //flowG.deleteEdge(s_v1);
190.172 - //flowG.deleteEdge(s_v2);
190.173 - //flowG.deleteEdge(v1_v2);
190.174 - //flowG.deleteEdge(v1_v3);
190.175 -
190.176 -
190.177 - //flowG.setSource(v3_t, v2);
190.178 - //flowG.setTarget(v3_t, s);
190.179 -/*
190.180 - for(NodeIt i=flowG.first<NodeIt>(); flowG.valid(i); flowG.next(i)) {
190.181 - std::cout << node_name.get(i) << ": ";
190.182 - std::cout << "out edges: ";
190.183 - for(OutEdgeIt j=flowG.first<OutEdgeIt>(i); flowG.valid(j); flowG.next(j))
190.184 - std::cout << node_name.get(flowG.source(j)) << "-"<< cap.get(j) << "->" << node_name.get(flowG.target(j)) << " ";
190.185 - std::cout << "in edges: ";
190.186 - for(InEdgeIt j=flowG.first<InEdgeIt>(i); flowG.valid(j); flowG.next(j))
190.187 - std::cout << node_name.get(flowG.source(j)) << "-"<< cap.get(j) << "->" << node_name.get(flowG.target(j)) << " ";
190.188 - std::cout << std::endl;
190.189 - }
190.190 -
190.191 - for(EdgeIt e=flowG.first<EdgeIt>(); flowG.valid(e); flowG.next(e)) {
190.192 - std::cout << node_name.get(flowG.source(e)) << "-"<< cap.get(e) << "->" << node_name.get(flowG.target(e)) << " ";
190.193 - }
190.194 -*/
190.195 - /*
190.196 - while (flowG.valid(flowG.first<EdgeIt>())) {
190.197 - flowG.deleteEdge(flowG.first<EdgeIt>());
190.198 - for(NodeIt i=flowG.first<NodeIt>(); flowG.valid(i); flowG.next(i)) {
190.199 - std::cout << node_name.get(i) << ": ";
190.200 - std::cout << "out edges: ";
190.201 - for(OutEdgeIt j=flowG.first<OutEdgeIt>(i); flowG.valid(j); flowG.next(j))
190.202 - std::cout << node_name.get(flowG.source(j)) << "-"<< cap.get(j) << "->" << node_name.get(flowG.target(j)) << " ";
190.203 - std::cout << "in edges: ";
190.204 - for(InEdgeIt j=flowG.first<InEdgeIt>(i); flowG.valid(j); flowG.next(j))
190.205 - std::cout << node_name.get(flowG.source(j)) << "-"<< cap.get(j) << "->" << node_name.get(flowG.target(j)) << " ";
190.206 - std::cout << std::endl;
190.207 - }
190.208 - }
190.209 -
190.210 - while (flowG.valid(flowG.first<NodeIt>())) {
190.211 - flowG.deleteNode(flowG.first<NodeIt>());
190.212 - for(NodeIt i=flowG.first<NodeIt>(); flowG.valid(i); flowG.next(i)) {
190.213 - std::cout << node_name.get(i) << ": ";
190.214 - std::cout << "out edges: ";
190.215 - for(OutEdgeIt j=flowG.first<OutEdgeIt>(i); flowG.valid(j); flowG.next(j))
190.216 - std::cout << node_name.get(flowG.source(j)) << "-"<< cap.get(j) << "->" << node_name.get(flowG.target(j)) << " ";
190.217 - std::cout << "in edges: ";
190.218 - for(InEdgeIt j=flowG.first<InEdgeIt>(i); flowG.valid(j); flowG.next(j))
190.219 - std::cout << node_name.get(flowG.source(j)) << "-"<< cap.get(j) << "->" << node_name.get(flowG.target(j)) << " ";
190.220 - std::cout << std::endl;
190.221 - }
190.222 - }
190.223 - */
190.224 -
190.225 - //std::cout << std::endl;
190.226 -
190.227 -
190.228 - {
190.229 - ListGraph::EdgeMap<int> flow(flowG, 0);
190.230 - MaxFlow<ListGraph, int, ListGraph::EdgeMap<int>, ListGraph::EdgeMap<int> > max_flow_test(flowG, s, t, flow, cap);
190.231 - /*
190.232 - max_flow_test.augmentOnBlockingFlow<ListGraph>();
190.233 - for(EdgeIt e=flowG.template first<EdgeIt>(); flowG.valid(e); flowG.next(e)) {
190.234 - std::cout<<"("<<flowG.source(e)<< "-"<<flow.get(e)<<"->"<<flowG.target(e)<<") ";
190.235 - }
190.236 - std::cout<<std::endl;
190.237 - max_flow_test.augmentOnBlockingFlow<ListGraph>();
190.238 - for(EdgeIt e=flowG.template first<EdgeIt>(); flowG.valid(e); flowG.next(e)) {
190.239 - std::cout<<"("<<flowG.source(e)<< "-"<<flow.get(e)<<"->"<<flowG.target(e)<<") ";
190.240 - }
190.241 - std::cout<<std::endl;*/
190.242 - //max_flow_test.run();
190.243 -
190.244 - //std::cout << "maximum flow: "<< std::endl;
190.245 - while (max_flow_test.augmentOnShortestPath()) {
190.246 - for(EdgeIt e=flowG.template first<EdgeIt>(); flowG.valid(e); flowG.next(e)) {
190.247 - std::cout<<"("<<flowG.source(e)<< "-"<<flow.get(e)<<"->"<<flowG.target(e)<<") ";
190.248 - }
190.249 - std::cout<<std::endl;
190.250 - }
190.251 - std::cout << "flow value: "<< max_flow_test.flowValue() << std::endl;
190.252 - }
190.253 -/*
190.254 - {
190.255 - std::list<Node> S;
190.256 - S.push_back(s); S.push_back(v3);
190.257 - std::list<Node> T;
190.258 - T.push_back(t);
190.259 -
190.260 - ListGraph::EdgeMap<int> flow(flowG, 0);
190.261 - MaxFlow2<ListGraph, int, ListGraph::EdgeMap<int>, ListGraph::EdgeMap<int> > max_flow_test(flowG, S, T, flow, cap);
190.262 - max_flow_test.run();
190.263 -
190.264 - std::cout << "maximum flow: "<< std::endl;
190.265 - for(EdgeIt e=flowG.template first<EdgeIt>(); flowG.valid(e); flowG.next(e)) {
190.266 - std::cout<<"("<<flowG.source(e)<< "-"<<flow.get(e)<<"->"<<flowG.target(e)<<") ";
190.267 - }
190.268 - std::cout<<std::endl;
190.269 - std::cout << "flow value: "<< max_flow_test.flowValue() << std::endl;
190.270 - }
190.271 -*/
190.272 - return 0;
190.273 -}
191.1 --- a/src/work/marci/oldies/marci_graph_traits.hh Sun Apr 17 18:57:22 2005 +0000
191.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
191.3 @@ -1,19 +0,0 @@
191.4 -#ifndef MARCI_GRAPH_TRAITS_HH
191.5 -#define MARCI_GRAPH_TRAITS_HH
191.6 -
191.7 -namespace hugo {
191.8 -
191.9 - template <typename graph_type>
191.10 - struct graph_traits {
191.11 - typedef typename graph_type::node_iterator node_iterator;
191.12 - typedef typename graph_type::edge_iterator edge_iterator;
191.13 - typedef typename graph_type::each_node_iterator each_node_iterator;
191.14 - typedef typename graph_type::each_edge_iterator each_edge_iterator;
191.15 - typedef typename graph_type::out_edge_iterator out_edge_iterator;
191.16 - typedef typename graph_type::in_edge_iterator in_edge_iterator;
191.17 - typedef typename graph_type::sym_edge_iterator sym_edge_iterator;
191.18 - };
191.19 -
191.20 -} // namespace hugo
191.21 -
191.22 -#endif //MARCI_GRAPH_TRAITS_HH
192.1 --- a/src/work/marci/oldies/marci_list_graph.hh Sun Apr 17 18:57:22 2005 +0000
192.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
192.3 @@ -1,343 +0,0 @@
192.4 -#ifndef MARCI_LIST_GRAPH_HH
192.5 -#define MARCI_LIST_GRAPH_HH
192.6 -
192.7 -#include <iostream>
192.8 -
192.9 -namespace hugo {
192.10 -
192.11 - class list_graph {
192.12 - class node_item;
192.13 - class edge_item;
192.14 - public:
192.15 - class node_iterator;
192.16 - class each_node_iterator;
192.17 - class edge_iterator;
192.18 - class each_edge_iterator;
192.19 - class out_edge_iterator;
192.20 - class in_edge_iterator;
192.21 - class sym_edge_iterator;
192.22 - private:
192.23 - int node_id;
192.24 - int edge_id;
192.25 - int _node_num;
192.26 - int _edge_num;
192.27 -
192.28 - node_item* _first_node;
192.29 - node_item* _last_node;
192.30 -
192.31 - class node_item {
192.32 - friend class list_graph;
192.33 - friend class node_iterator;
192.34 - friend class each_node_iterator;
192.35 - friend class edge_iterator;
192.36 - friend class each_edge_iterator;
192.37 - friend class out_edge_iterator;
192.38 - friend class in_edge_iterator;
192.39 - friend class sym_edge_iterator;
192.40 - friend std::ostream& operator<<(std::ostream& os, const node_iterator& i);
192.41 - friend std::ostream& operator<<(std::ostream& os, const edge_iterator& i);
192.42 - list_graph* G;
192.43 - int id;
192.44 - edge_item* _first_out_edge;
192.45 - edge_item* _last_out_edge;
192.46 - edge_item* _first_in_edge;
192.47 - edge_item* _last_in_edge;
192.48 - node_item* _next_node;
192.49 - node_item* _prev_node;
192.50 - public:
192.51 - node_item() { }
192.52 - };
192.53 -
192.54 - class edge_item {
192.55 - friend class list_graph;
192.56 - friend class node_iterator;
192.57 - friend class each_node_iterator;
192.58 - friend class edge_iterator;
192.59 - friend class each_edge_iterator;
192.60 - friend class out_edge_iterator;
192.61 - friend class in_edge_iterator;
192.62 - friend class sym_edge_iterator;
192.63 - friend std::ostream& operator<<(std::ostream& os, const edge_iterator& i);
192.64 - list_graph* G;
192.65 - int id;
192.66 - node_item* _tail;
192.67 - node_item* _head;
192.68 - edge_item* _next_out;
192.69 - edge_item* _prev_out;
192.70 - edge_item* _next_in;
192.71 - edge_item* _prev_in;
192.72 - public:
192.73 - edge_item() { }
192.74 - };
192.75 -
192.76 - node_item* _add_node() {
192.77 - node_item* p=new node_item;
192.78 - p->id=node_id++;
192.79 - p->_first_out_edge=0;
192.80 - p->_last_out_edge=0;
192.81 - p->_first_in_edge=0;
192.82 - p->_last_in_edge=0;
192.83 - p->_prev_node=_last_node;
192.84 - p->_next_node=0;
192.85 - if (_last_node) _last_node->_next_node=p;
192.86 - _last_node=p;
192.87 - if (!_first_node) _first_node=p;
192.88 - ++_node_num;
192.89 - return p;
192.90 - }
192.91 -
192.92 - edge_item* _add_edge(node_item* _tail, node_item* _head) {
192.93 - edge_item* e=new edge_item;
192.94 - e->id=edge_id++;
192.95 - e->_tail=_tail;
192.96 - e->_head=_head;
192.97 -
192.98 - e->_prev_out=_tail->_last_out_edge;
192.99 - if (_tail->_last_out_edge) (_tail->_last_out_edge)->_next_out=e;
192.100 - _tail->_last_out_edge=e;
192.101 - if (!_tail->_first_out_edge) _tail->_first_out_edge=e;
192.102 -
192.103 - e->_prev_in=_head->_last_in_edge;
192.104 - if (_head->_last_in_edge) (_head->_last_in_edge)->_next_in=e;
192.105 - _head->_last_in_edge=e;
192.106 - if (!_head->_first_in_edge) { _head->_first_in_edge=e; }
192.107 - ++_edge_num;
192.108 - return e;
192.109 - }
192.110 -
192.111 - public:
192.112 -
192.113 - /* default constructor */
192.114 -
192.115 - list_graph() : node_id(0), edge_id(0), _node_num(0), _edge_num(0), _first_node(0), _last_node(0) { }
192.116 -
192.117 - int node_num() { return _node_num; }
192.118 - int edge_num() { return _edge_num; }
192.119 -
192.120 - /* functions to construct iterators from the graph, or from each other */
192.121 -
192.122 - each_node_iterator first_node() { return each_node_iterator(_first_node); }
192.123 - each_edge_iterator first_edge() {
192.124 - node_item* v=_first_node;
192.125 - edge_item* edge=v->_first_out_edge;
192.126 - while (v && !edge) { v=v->_next_node; if (v) edge=v->_first_out_edge; }
192.127 - return each_edge_iterator(v, edge);
192.128 - }
192.129 -
192.130 - out_edge_iterator first_out_edge(const node_iterator& v) {
192.131 - return out_edge_iterator(v);
192.132 - }
192.133 - in_edge_iterator first_in_edge(const node_iterator& v) {
192.134 - return in_edge_iterator(v);
192.135 - }
192.136 - sym_edge_iterator first_sym_edge(const node_iterator& v) {
192.137 - return sym_edge_iterator(v);
192.138 - }
192.139 - node_iterator tail(const edge_iterator& e) { return e.tail_node(); }
192.140 - node_iterator head(const edge_iterator& e) { return e.head_node(); }
192.141 -
192.142 - node_iterator a_node(const out_edge_iterator& e) { return e.a_node(); }
192.143 - node_iterator a_node(const in_edge_iterator& e) { return e.a_node(); }
192.144 - node_iterator a_node(const sym_edge_iterator& e) { return e.a_node(); }
192.145 -
192.146 - node_iterator b_node(const out_edge_iterator& e) { return e.b_node(); }
192.147 - node_iterator b_node(const in_edge_iterator& e) { return e.b_node(); }
192.148 - node_iterator b_node(const sym_edge_iterator& e) { return e.b_node(); }
192.149 -
192.150 - //node_iterator invalid_node() { return node_iterator(); }
192.151 - //edge_iterator invalid_edge() { return edge_iterator(); }
192.152 - //out_edge_iterator invalid_out_edge() { return out_edge_iterator(); }
192.153 - //in_edge_iterator invalid_in_edge() { return in_edge_iterator(); }
192.154 - //sym_edge_iterator invalid_sym_edge() { return sym_edge_iterator(); }
192.155 -
192.156 - /* same methods in other style */
192.157 - /* for experimental purpose */
192.158 -
192.159 - void get_first(each_node_iterator& v) { v=each_node_iterator(_first_node); }
192.160 - void get_first(each_edge_iterator& e) { e=first_edge(); }
192.161 - void get_first(out_edge_iterator& e, const node_iterator& v) {
192.162 - e=out_edge_iterator(v);
192.163 - }
192.164 - void get_first(in_edge_iterator& e, const node_iterator& v) {
192.165 - e=in_edge_iterator(v);
192.166 - }
192.167 - void get_first(sym_edge_iterator& e, const node_iterator& v) {
192.168 - e=sym_edge_iterator(v);
192.169 - }
192.170 - void get_tail(node_iterator& n, const edge_iterator& e) { n=tail(e); }
192.171 - void get_head(node_iterator& n, const edge_iterator& e) { n=head(e); }
192.172 -
192.173 - void get_a_node(node_iterator& n, const out_edge_iterator& e) { n=e.a_node(); }
192.174 - void get_a_node(node_iterator& n, const in_edge_iterator& e) { n=e.a_node(); }
192.175 - void get_a_node(node_iterator& n, const sym_edge_iterator& e) { n=e.a_node(); }
192.176 - void get_b_node(node_iterator& n, const out_edge_iterator& e) { n=e.b_node(); }
192.177 - void get_b_node(node_iterator& n, const in_edge_iterator& e) { n=e.b_node(); }
192.178 - void get_b_node(node_iterator& n, const sym_edge_iterator& e) { n=e.b_node(); }
192.179 - //void get_invalid(node_iterator& n) { n=node_iterator(); }
192.180 - //void get_invalid(edge_iterator& e) { e=edge_iterator(); }
192.181 - //void get_invalid(out_edge_iterator& e) { e=out_edge_iterator(); }
192.182 - //void get_invalid(in_edge_iterator& e) { e=in_edge_iterator(); }
192.183 - //void get_invalid(sym_edge_iterator& e) { e=sym_edge_iterator(); }
192.184 -
192.185 -
192.186 - /* for getting id's of graph objects */
192.187 - /* these are important for the implementation of property vectors */
192.188 -
192.189 - int id(const node_iterator& v) { return v.node->id; }
192.190 - int id(const edge_iterator& e) { return e.edge->id; }
192.191 -
192.192 - /* adding nodes and edges */
192.193 -
192.194 - node_iterator add_node() { return node_iterator(_add_node()); }
192.195 - edge_iterator add_edge(const node_iterator& u, const node_iterator& v) {
192.196 - return edge_iterator(_add_edge(u.node, v.node));
192.197 - }
192.198 -
192.199 - /* stream operations, for testing purpose */
192.200 -
192.201 - friend std::ostream& operator<<(std::ostream& os, const node_iterator& i) {
192.202 - os << i.node->id; return os;
192.203 - }
192.204 - friend std::ostream& operator<<(std::ostream& os, const edge_iterator& i) {
192.205 - os << "(" << i.edge->_tail->id << "--" << i.edge->id << "->" << i.edge->_head->id << ")";
192.206 - return os;
192.207 - }
192.208 -
192.209 - class node_iterator {
192.210 - friend class list_graph;
192.211 -
192.212 - friend class edge_iterator;
192.213 - friend class out_edge_iterator;
192.214 - friend class in_edge_iterator;
192.215 - friend class sym_edge_iterator;
192.216 - protected:
192.217 - node_item* node;
192.218 - friend int list_graph::id(const node_iterator& v);
192.219 - public:
192.220 - node_iterator() : node(0) { }
192.221 - node_iterator(node_item* _node) : node(_node) { }
192.222 - bool valid() { return (node!=0); }
192.223 - void make_invalid() { node=0; }
192.224 - friend bool operator==(const node_iterator& u, const node_iterator& v) {
192.225 - return v.node==u.node;
192.226 - }
192.227 - friend bool operator!=(const node_iterator& u, const node_iterator& v) {
192.228 - return v.node!=u.node;
192.229 - }
192.230 - friend std::ostream& operator<<(std::ostream& os, const node_iterator& i);
192.231 - };
192.232 -
192.233 - class each_node_iterator : public node_iterator {
192.234 - friend class list_graph;
192.235 - public:
192.236 - each_node_iterator() : node_iterator() { }
192.237 - each_node_iterator(node_item* v) : node_iterator(v) { }
192.238 - each_node_iterator& operator++() { node=node->_next_node; return *this; }
192.239 - };
192.240 -
192.241 - class edge_iterator {
192.242 - friend class list_graph;
192.243 -
192.244 - friend class node_iterator;
192.245 - friend class each_node_iterator;
192.246 - protected:
192.247 - edge_item* edge;
192.248 - friend int list_graph::id(const edge_iterator& e);
192.249 - public:
192.250 - edge_iterator() : edge(0) { }
192.251 - edge_iterator(edge_item* _edge) : edge(_edge) { }
192.252 - bool valid() { return (edge!=0); }
192.253 - void make_invalid() { edge=0; }
192.254 - friend bool operator==(const edge_iterator& u, const edge_iterator& v) {
192.255 - return v.edge==u.edge;
192.256 - }
192.257 - friend bool operator!=(const edge_iterator& u, const edge_iterator& v) {
192.258 - return v.edge!=u.edge;
192.259 - }
192.260 - protected:
192.261 - node_iterator tail_node() const { return node_iterator(edge->_tail); }
192.262 - node_iterator head_node() const { return node_iterator(edge->_head); }
192.263 - public:
192.264 - friend std::ostream& operator<<(std::ostream& os, const edge_iterator& i);
192.265 - };
192.266 -
192.267 - class each_edge_iterator : public edge_iterator {
192.268 - friend class list_graph;
192.269 - node_item* v;
192.270 - public:
192.271 - each_edge_iterator() : edge_iterator(), v(0) { }
192.272 - each_edge_iterator(node_item* _v, edge_item* _e) : edge_iterator(_e), v(_v) { }
192.273 - each_edge_iterator& operator++() {
192.274 - edge=edge->_next_out;
192.275 - while (v && !edge) { v=v->_next_node; if (v) edge=v->_first_out_edge; }
192.276 - return *this;
192.277 - }
192.278 - };
192.279 -
192.280 - class out_edge_iterator : public edge_iterator {
192.281 - friend class list_graph;
192.282 - node_item* v;
192.283 - public:
192.284 - out_edge_iterator() : edge_iterator(), v(0) { }
192.285 - protected:
192.286 - out_edge_iterator(const node_iterator& _v) : v(_v.node) { edge=v->_first_out_edge; }
192.287 - public:
192.288 - out_edge_iterator& operator++() { edge=edge->_next_out; return *this; }
192.289 - protected:
192.290 - node_iterator a_node() const { return node_iterator(v); }
192.291 - node_iterator b_node() const {
192.292 - return (edge->_tail==v) ? node_iterator(edge->_head) : node_iterator(edge->_tail); }
192.293 - };
192.294 -
192.295 - class in_edge_iterator : public edge_iterator {
192.296 - friend class list_graph;
192.297 - node_item* v;
192.298 - public:
192.299 - in_edge_iterator() : edge_iterator(), v(0) { }
192.300 - protected:
192.301 - in_edge_iterator(const node_iterator& _v) : v(_v.node) {
192.302 - edge=v->_first_in_edge;
192.303 - }
192.304 - public:
192.305 - in_edge_iterator& operator++() { edge=edge->_next_in; return *this; }
192.306 - protected:
192.307 - node_iterator a_node() const { return node_iterator(v); }
192.308 - node_iterator b_node() const {
192.309 - return (edge->_tail==v) ? node_iterator(edge->_head) : node_iterator(edge->_tail); }
192.310 - };
192.311 -
192.312 - class sym_edge_iterator : public edge_iterator {
192.313 - friend class list_graph;
192.314 - bool out_or_in; //1 iff out, 0 iff in
192.315 - node_item* v;
192.316 - public:
192.317 - sym_edge_iterator() : edge_iterator(), v(0) { }
192.318 - protected:
192.319 - sym_edge_iterator(const node_iterator& _v) : v(_v.node) {
192.320 - out_or_in=1;
192.321 - edge=v->_first_out_edge;
192.322 - if (!edge) { edge=v->_first_in_edge; out_or_in=0; }
192.323 - }
192.324 - public:
192.325 - sym_edge_iterator& operator++() {
192.326 - if (out_or_in) {
192.327 - edge=edge->_next_out;
192.328 - if (!edge) { out_or_in=0; edge=v->_first_in_edge; }
192.329 - } else {
192.330 - edge=edge->_next_in;
192.331 - }
192.332 - return *this;
192.333 - }
192.334 - protected:
192.335 - node_iterator a_node() const { return node_iterator(v); }
192.336 - node_iterator b_node() const {
192.337 - return (edge->_tail==v) ? node_iterator(edge->_head) : node_iterator(edge->_tail); }
192.338 - };
192.339 -
192.340 - };
192.341 -
192.342 -
192.343 -
192.344 -} //namespace hugo
192.345 -
192.346 -#endif //MARCI_LIST_GRAPH_HH
193.1 --- a/src/work/marci/oldies/marci_makefile Sun Apr 17 18:57:22 2005 +0000
193.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
193.3 @@ -1,5 +0,0 @@
193.4 -CXXFLAGS = -Wall -ansi -I.
193.5 -CXX = g++-3.0
193.6 -
193.7 -marci_graph_demo: marci_graph_demo.cc marci_list_graph.hh marci_property_vector.hh marci_bfs.hh marci_max_flow.hh
193.8 - $(CXX) $(CXXFLAGS) marci_graph_demo.cc -o marci_graph_demo
193.9 \ No newline at end of file
194.1 --- a/src/work/marci/oldies/marci_max_flow.hh Sun Apr 17 18:57:22 2005 +0000
194.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
194.3 @@ -1,183 +0,0 @@
194.4 -#ifndef MARCI_MAX_FLOW_HH
194.5 -#define MARCI_MAX_FLOW_HH
194.6 -
194.7 -#include <algorithm>
194.8 -
194.9 -#include <marci_property_vector.hh>
194.10 -#include <marci_bfs.hh>
194.11 -
194.12 -namespace hugo {
194.13 -
194.14 - template<typename graph_type, typename T>
194.15 - class res_graph_type {
194.16 - typedef typename graph_type::node_iterator node_iterator;
194.17 - typedef typename graph_type::each_node_iterator each_node_iterator;
194.18 - typedef typename graph_type::sym_edge_iterator old_sym_edge_iterator;
194.19 - graph_type& G;
194.20 - edge_property_vector<graph_type, T>& flow;
194.21 - edge_property_vector<graph_type, T>& capacity;
194.22 - public:
194.23 - res_graph_type(graph_type& _G, edge_property_vector<graph_type, T>& _flow, edge_property_vector<graph_type, T>& _capacity) : G(_G), flow(_flow), capacity(_capacity) { }
194.24 -
194.25 - class edge_iterator {
194.26 - friend class res_graph_type<graph_type, T>;
194.27 - protected:
194.28 - res_graph_type<graph_type, T>* resG;
194.29 - old_sym_edge_iterator sym;
194.30 - public:
194.31 - edge_iterator() { }
194.32 - //bool is_free() {
194.33 - //if (resG->G.a_node(sym)==resG->G.tail(sym)) {
194.34 - // return (resG->flow.get(sym)<resG->capacity.get(sym));
194.35 - //} else {
194.36 - // return (resG->flow.get(sym)>0);
194.37 - //}
194.38 - //}
194.39 - T free() {
194.40 - if (resG->G.a_node(sym)==resG->G.tail(sym)) {
194.41 - return (resG->capacity.get(sym)-resG->flow.get(sym));
194.42 - } else {
194.43 - return (resG->flow.get(sym));
194.44 - }
194.45 - }
194.46 - bool valid() { return sym.valid(); }
194.47 - void make_invalid() { sym.make_invalid(); }
194.48 - void augment(T a) {
194.49 - if (resG->G.a_node(sym)==resG->G.tail(sym)) {
194.50 - resG->flow.put(sym, resG->flow.get(sym)+a);
194.51 - } else {
194.52 - resG->flow.put(sym, resG->flow.get(sym)-a);
194.53 - }
194.54 - }
194.55 - };
194.56 -
194.57 - class out_edge_iterator : public edge_iterator {
194.58 - public:
194.59 - out_edge_iterator() { }
194.60 - out_edge_iterator(res_graph_type<graph_type, T>& _resG, const node_iterator& v) {
194.61 - resG=&_resG;
194.62 - sym=resG->G.first_sym_edge(v);
194.63 - while( sym.valid() && !(free()>0) ) { ++sym; }
194.64 - }
194.65 - out_edge_iterator& operator++() {
194.66 - ++sym;
194.67 - while( sym.valid() && !(free()>0) ) { ++sym; }
194.68 - return *this;
194.69 - }
194.70 - };
194.71 -
194.72 - out_edge_iterator first_out_edge(const node_iterator& v) {
194.73 - return out_edge_iterator(*this, v);
194.74 - }
194.75 -
194.76 - each_node_iterator first_node() {
194.77 - return G.first_node();
194.78 - }
194.79 -
194.80 - node_iterator tail(const edge_iterator& e) { return G.a_node(e.sym); }
194.81 - node_iterator head(const edge_iterator& e) { return G.b_node(e.sym); }
194.82 -
194.83 - int id(const node_iterator& v) { return G.id(v); }
194.84 -
194.85 - //node_iterator invalid_node() { return G.invalid_node(); }
194.86 - //res_edge_it invalid_edge() { res_edge_it n; n.sym=G.invalid_sym_edge(); return n; }
194.87 - };
194.88 -
194.89 - template <typename graph_type, typename T>
194.90 - struct max_flow_type {
194.91 - typedef typename graph_type::node_iterator node_iterator;
194.92 - typedef typename graph_type::edge_iterator edge_iterator;
194.93 - typedef typename graph_type::each_node_iterator each_node_iterator;
194.94 - typedef typename graph_type::out_edge_iterator out_edge_iterator;
194.95 - typedef typename graph_type::in_edge_iterator in_edge_iterator;
194.96 - graph_type& G;
194.97 - node_iterator s;
194.98 - node_iterator t;
194.99 - edge_property_vector<graph_type, T> flow;
194.100 - edge_property_vector<graph_type, T>& capacity;
194.101 -
194.102 - max_flow_type(graph_type& _G, node_iterator _s, node_iterator _t, edge_property_vector<graph_type, T>& _capacity) : G(_G), s(_s), t(_t), flow(_G), capacity(_capacity) {
194.103 - for(each_node_iterator i=G.first_node(); i.valid(); ++i)
194.104 - for(out_edge_iterator j=G.first_out_edge(i); j.valid(); ++j)
194.105 - flow.put(j, 0);
194.106 - }
194.107 - void run() {
194.108 - typedef res_graph_type<graph_type, T> aug_graph_type;
194.109 - aug_graph_type res_graph(G, flow, capacity);
194.110 -
194.111 - bool augment;
194.112 - do {
194.113 - augment=false;
194.114 -
194.115 - typedef std::queue<aug_graph_type::out_edge_iterator> bfs_queue_type;
194.116 - bfs_queue_type bfs_queue;
194.117 - bfs_queue.push(res_graph.first_out_edge(s));
194.118 -
194.119 - typedef node_property_vector<aug_graph_type, bool> reached_type;
194.120 - reached_type reached(res_graph, false);
194.121 - reached.put(s, true);
194.122 -
194.123 - bfs_iterator1< aug_graph_type, reached_type >
194.124 - res_bfs(res_graph, bfs_queue, reached);
194.125 -
194.126 - typedef node_property_vector<aug_graph_type, aug_graph_type::edge_iterator> pred_type;
194.127 - pred_type pred(res_graph);
194.128 - aug_graph_type::edge_iterator a;
194.129 - a.make_invalid();
194.130 - pred.put(s, a);
194.131 -
194.132 - typedef node_property_vector<aug_graph_type, int> free_type;
194.133 - free_type free(res_graph);
194.134 -
194.135 - //searching for augmenting path
194.136 - while ( res_bfs.valid() ) {
194.137 - //std::cout<<"KULSO ciklus itt jar: "<<G.id(res_graph.tail(res_bfs))<<"->"<<G.id(res_graph.head(res_bfs))<<std::endl;
194.138 - if (res_bfs.newly_reached()) {
194.139 - aug_graph_type::edge_iterator e;
194.140 - e=res_bfs;
194.141 - node_iterator v=res_graph.tail(e);
194.142 - node_iterator w=res_graph.head(e);
194.143 - //std::cout<<G.id(v)<<"->"<<G.id(w)<<", "<<G.id(w)<<" is newly reached";
194.144 - pred.put(w, e);
194.145 - if (pred.get(v).valid()) {
194.146 - free.put(w, std::min(free.get(v), e.free()));
194.147 - //std::cout <<" nem elso csucs: ";
194.148 - //std::cout <<"szabad kap eddig: "<< free.get(w) << " ";
194.149 - } else {
194.150 - free.put(w, e.free());
194.151 - //std::cout <<" elso csucs: ";
194.152 - //std::cout <<"szabad kap eddig: "<< free.get(w) << " ";
194.153 - }
194.154 - //std::cout<<std::endl;
194.155 - }
194.156 -
194.157 - if (res_graph.head(res_bfs)==t) break;
194.158 - ++res_bfs;
194.159 - }
194.160 - if (reached.get(t)) {
194.161 - augment=true;
194.162 - node_iterator n=t;
194.163 - T augment_value=free.get(t);
194.164 - std::cout<<"augmentation: ";
194.165 - while (pred.get(n).valid()) {
194.166 - aug_graph_type::edge_iterator e=pred.get(n);
194.167 - e.augment(augment_value);
194.168 - std::cout<<"("<<res_graph.tail(e)<< "->"<<res_graph.head(e)<<") ";
194.169 - n=res_graph.tail(e);
194.170 - }
194.171 - std::cout<<std::endl;
194.172 - }
194.173 -
194.174 - std::cout << "actual flow: "<< std::endl;
194.175 - for(typename graph_type::each_edge_iterator e=G.first_edge(); e.valid(); ++e) {
194.176 - std::cout<<"("<<G.tail(e)<< "-"<<flow.get(e)<<"->"<<G.head(e)<<") ";
194.177 - }
194.178 - std::cout<<std::endl;
194.179 -
194.180 - } while (augment);
194.181 - }
194.182 - };
194.183 -
194.184 -} // namespace hugo
194.185 -
194.186 -#endif //MARCI_MAX_FLOW_HH
195.1 --- a/src/work/marci/oldies/marci_property_vector.hh Sun Apr 17 18:57:22 2005 +0000
195.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
195.3 @@ -1,57 +0,0 @@
195.4 -#ifndef MARCI_PROPERTY_VECTOR_HH
195.5 -#define MARCI_PROPERTY_VECTOR_HH
195.6 -
195.7 -#include <vector>
195.8 -
195.9 -namespace hugo {
195.10 -
195.11 - template <typename iterator>
195.12 - int number_of(iterator _it) {
195.13 - int i=0;
195.14 - for( ; _it.valid(); ++_it) { ++i; }
195.15 - return i;
195.16 - }
195.17 -
195.18 - template <typename graph_type, typename T>
195.19 - class node_property_vector {
195.20 - typedef typename graph_type::node_iterator node_iterator;
195.21 - typedef typename graph_type::each_node_iterator each_node_iterator;
195.22 - graph_type& G;
195.23 - std::vector<T> container;
195.24 - public:
195.25 - node_property_vector(graph_type& _G) : G(_G) {
195.26 - int i=0;
195.27 - for(each_node_iterator it=G.first_node(); it.valid(); ++it) ++i;
195.28 - container.resize(i);
195.29 - }
195.30 - node_property_vector(graph_type& _G, T a) : G(_G) {
195.31 - for(each_node_iterator it=G.first_node(); it.valid(); ++it) { container.push_back(a); }
195.32 - }
195.33 - void put(node_iterator nit, const T& a) { container[G.id(nit)]=a; }
195.34 - T get(node_iterator nit) { return container[G.id(nit)]; }
195.35 - };
195.36 -
195.37 - template <typename graph_type, typename T>
195.38 - class edge_property_vector {
195.39 - typedef typename graph_type::edge_iterator edge_iterator;
195.40 - typedef typename graph_type::each_edge_iterator each_edge_iterator;
195.41 - graph_type& G;
195.42 - std::vector<T> container;
195.43 - public:
195.44 - edge_property_vector(graph_type& _G) : G(_G) {
195.45 - int i=0;
195.46 - for(each_edge_iterator it=G.first_edge(); it.valid(); ++it) ++i;
195.47 - container.resize(i);
195.48 - }
195.49 - edge_property_vector(graph_type& _G, T a) : G(_G) {
195.50 - for(each_edge_iterator it=G.first_edge(); it.valid(); ++it) {
195.51 - container.push_back(a);
195.52 - }
195.53 - }
195.54 - void put(edge_iterator eit, const T& a) { container[G.id(eit)]=a; }
195.55 - T get(edge_iterator eit) { return container[G.id(eit)]; }
195.56 - };
195.57 -
195.58 -} // namespace hugo
195.59 -
195.60 -#endif //MARCI_PROPERTY_VECTOR_HH
196.1 --- a/src/work/marci/preflow_bug.cc Sun Apr 17 18:57:22 2005 +0000
196.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
196.3 @@ -1,224 +0,0 @@
196.4 -// -*- c++ -*-
196.5 -#include <iostream>
196.6 -#include <fstream>
196.7 -
196.8 -#include <sage_graph.h>
196.9 -#include <lemon/smart_graph.h>
196.10 -#include <lemon/dimacs.h>
196.11 -//#include <lemon/time_measure.h>
196.12 -//#include <graph_wrapper.h>
196.13 -#include <lemon/max_flow.h>
196.14 -//#include <preflow_res.h>
196.15 -#include <for_each_macros.h>
196.16 -#include <graph_concept.h>
196.17 -
196.18 -using std::cout;
196.19 -using std::endl;
196.20 -
196.21 -using namespace lemon;
196.22 -
196.23 -// Use a DIMACS min cost flow file as stdin.
196.24 -// read_dimacs_demo < dimacs_max_flow_file
196.25 -
196.26 -int main(int, char **) {
196.27 -
196.28 - //typedef SageGraph MutableGraph;
196.29 - //typedef FullFeatureGraphConcept Graph;
196.30 - //typedef SmartGraph Graph;
196.31 - typedef SageGraph Graph;
196.32 - typedef Graph::Node Node;
196.33 - typedef Graph::EdgeIt EdgeIt;
196.34 -
196.35 - Graph g;
196.36 -
196.37 - Node s, t;
196.38 - Graph::EdgeMap<int> cap(g);
196.39 - Graph::EdgeMap<int> flow(g); //0 flow
196.40 - //readDimacs(std::cin, g, cap, s, t);
196.41 - readDimacs(std::cin, g, cap, s, t, flow);
196.42 -// Timer ts;
196.43 - MaxFlow<Graph, int, Graph::EdgeMap<int>, Graph::EdgeMap<int> >
196.44 - max_flow_test(g, s, t, cap, flow);
196.45 -
196.46 - Graph::NodeMap<bool> cut(g);
196.47 -
196.48 - {
196.49 - Graph::EdgeIt e;
196.50 - for (g.first(e); g.valid(e); g.next(e))
196.51 - cout << 1+g.id(g.source(e)) << "->" << 1+g.id(g.target(e)) << " cap: " << cap[e] << " preflow: " << flow[e] << endl;
196.52 - }
196.53 - {
196.54 - Graph::NodeIt n;
196.55 - for (g.first(n); g.valid(n); g.next(n)) {
196.56 - int a=0;
196.57 - {
196.58 - Graph::InEdgeIt e;
196.59 - for (g.first(e, n); g.valid(e); g.next(e)) a+=flow[e];
196.60 - }
196.61 - {
196.62 - Graph::OutEdgeIt e;
196.63 - for (g.first(e, n); g.valid(e); g.next(e)) a-=flow[e];
196.64 - }
196.65 - cout << 1+g.id(n) << " excess: " << a << endl;
196.66 - }
196.67 - }
196.68 -
196.69 -
196.70 - {
196.71 -// std::cout << "preflow ..." << std::endl;
196.72 -// ts.reset();
196.73 - max_flow_test.preflowPhase1(MaxFlow<Graph, int, Graph::EdgeMap<int>, Graph::EdgeMap<int> >::PRE_FLOW);
196.74 -// std::cout << "elapsed time: " << ts << std::endl;
196.75 - std::cout << "flow value: "<< max_flow_test.flowValue() << std::endl;
196.76 - std::cout << "flow value 2: "<< max_flow_test.flowValue2() << std::endl;
196.77 - max_flow_test.actMinCut(cut);
196.78 -
196.79 - Graph::EdgeIt e;
196.80 - for (g.first(e); g.valid(e); g.next(e)) {
196.81 - if (cut[g.source(e)] && !cut[g.target(e)]) {
196.82 - cout << 1+g.id(g.source(e)) << "->" << 1+g.id(g.target(e))
196.83 - << "(forward edge) flow: " << flow[e]
196.84 - << " cap: " << cap[e]<< endl;
196.85 - if (flow[e]!=cap[e])
196.86 - std::cout << "Slackness does not hold!" << std::endl;
196.87 - }
196.88 - if (!cut[g.source(e)] && cut[g.target(e)]) {
196.89 - cout << 1+g.id(g.source(e)) << "->" << 1+g.id(g.target(e))
196.90 - << "(backward edge) flow: " << flow[e] << endl;
196.91 - if (flow[e]!=0)
196.92 - std::cout << "Slackness does not hold!" << std::endl;
196.93 - }
196.94 - }
196.95 - Graph::NodeIt n;
196.96 - for (g.first(n); g.valid(n); g.next(n)) {
196.97 - if (cut[n])
196.98 - cout << "in cut: " << 1+g.id(n) << endl;
196.99 - }
196.100 - }
196.101 -
196.102 -// {
196.103 -// std::cout << "preflow ..." << std::endl;
196.104 -// ts.reset();
196.105 -// max_flow_test.run();
196.106 -// std::cout << "elapsed time: " << ts << std::endl;
196.107 -// std::cout << "flow value: "<< max_flow_test.flowValue() << std::endl;
196.108 -// max_flow_test.actMinCut(cut);
196.109 -
196.110 -// FOR_EACH_LOC(Graph::EdgeIt, e, g) {
196.111 -// if (cut[g.source(e)] && !cut[g.target(e)] && !flow[e]==cap[e])
196.112 -// std::cout << "Slackness does not hold!" << std::endl;
196.113 -// if (!cut[g.source(e)] && cut[g.target(e)] && flow[e]>0)
196.114 -// std::cout << "Slackness does not hold!" << std::endl;
196.115 -// }
196.116 -// }
196.117 -
196.118 -// {
196.119 -// std::cout << "preflow ..." << std::endl;
196.120 -// FOR_EACH_LOC(Graph::EdgeIt, e, g) flow.set(e, 0);
196.121 -// ts.reset();
196.122 -// max_flow_test.preflow(MaxFlow<Graph, int, Graph::EdgeMap<int>, Graph::EdgeMap<int> >::GEN_FLOW);
196.123 -// std::cout << "elapsed time: " << ts << std::endl;
196.124 -// std::cout << "flow value: "<< max_flow_test.flowValue() << std::endl;
196.125 -
196.126 -// FOR_EACH_LOC(Graph::EdgeIt, e, g) {
196.127 -// if (cut[g.source(e)] && !cut[g.target(e)] && !flow[e]==cap[e])
196.128 -// std::cout << "Slackness does not hold!" << std::endl;
196.129 -// if (!cut[g.source(e)] && cut[g.target(e)] && flow[e]>0)
196.130 -// std::cout << "Slackness does not hold!" << std::endl;
196.131 -// }
196.132 -// }
196.133 -
196.134 -// // {
196.135 -// // std::cout << "wrapped preflow ..." << std::endl;
196.136 -// // FOR_EACH_LOC(Graph::EdgeIt, e, g) flow.set(e, 0);
196.137 -// // ts.reset();
196.138 -// // pre_flow_res.run();
196.139 -// // std::cout << "elapsed time: " << ts << std::endl;
196.140 -// // std::cout << "flow value: "<< pre_flow_test.flowValue() << std::endl;
196.141 -// // }
196.142 -
196.143 -// {
196.144 -// std::cout << "physical blocking flow augmentation ..." << std::endl;
196.145 -// FOR_EACH_LOC(Graph::EdgeIt, e, g) flow.set(e, 0);
196.146 -// ts.reset();
196.147 -// int i=0;
196.148 -// while (augmenting_flow_test.augmentOnBlockingFlow<MutableGraph>()) { ++i; }
196.149 -// std::cout << "elapsed time: " << ts << std::endl;
196.150 -// std::cout << "number of augmentation phases: " << i << std::endl;
196.151 -// std::cout << "flow value: "<< augmenting_flow_test.flowValue() << std::endl;
196.152 -
196.153 -// FOR_EACH_LOC(Graph::EdgeIt, e, g) {
196.154 -// if (cut[g.source(e)] && !cut[g.target(e)] && !flow[e]==cap[e])
196.155 -// std::cout << "Slackness does not hold!" << std::endl;
196.156 -// if (!cut[g.source(e)] && cut[g.target(e)] && flow[e]>0)
196.157 -// std::cout << "Slackness does not hold!" << std::endl;
196.158 -// }
196.159 -// }
196.160 -
196.161 -// // {
196.162 -// // std::cout << "faster physical blocking flow augmentation ..." << std::endl;
196.163 -// // FOR_EACH_LOC(Graph::EdgeIt, e, g) flow.set(e, 0);
196.164 -// // ts.reset();
196.165 -// // int i=0;
196.166 -// // while (max_flow_test.augmentOnBlockingFlow1<MutableGraph>()) { ++i; }
196.167 -// // std::cout << "elapsed time: " << ts << std::endl;
196.168 -// // std::cout << "number of augmentation phases: " << i << std::endl;
196.169 -// // std::cout << "flow value: "<< max_flow_test.flowValue() << std::endl;
196.170 -// // }
196.171 -
196.172 -// {
196.173 -// std::cout << "on-the-fly blocking flow augmentation ..." << std::endl;
196.174 -// FOR_EACH_LOC(Graph::EdgeIt, e, g) flow.set(e, 0);
196.175 -// ts.reset();
196.176 -// int i=0;
196.177 -// while (augmenting_flow_test.augmentOnBlockingFlow2()) { ++i; }
196.178 -// std::cout << "elapsed time: " << ts << std::endl;
196.179 -// std::cout << "number of augmentation phases: " << i << std::endl;
196.180 -// std::cout << "flow value: "<< augmenting_flow_test.flowValue() << std::endl;
196.181 -
196.182 -// FOR_EACH_LOC(Graph::EdgeIt, e, g) {
196.183 -// if (cut[g.source(e)] && !cut[g.target(e)] && !flow[e]==cap[e])
196.184 -// std::cout << "Slackness does not hold!" << std::endl;
196.185 -// if (!cut[g.source(e)] && cut[g.target(e)] && flow[e]>0)
196.186 -// std::cout << "Slackness does not hold!" << std::endl;
196.187 -// }
196.188 -// }
196.189 -
196.190 -// {
196.191 -// std::cout << "on-the-fly shortest path augmentation ..." << std::endl;
196.192 -// FOR_EACH_LOC(Graph::EdgeIt, e, g) flow.set(e, 0);
196.193 -// ts.reset();
196.194 -// int i=0;
196.195 -// while (augmenting_flow_test.augmentOnShortestPath()) { ++i; }
196.196 -// std::cout << "elapsed time: " << ts << std::endl;
196.197 -// std::cout << "number of augmentation phases: " << i << std::endl;
196.198 -// std::cout << "flow value: "<< augmenting_flow_test.flowValue() << std::endl;
196.199 -
196.200 -// FOR_EACH_LOC(Graph::EdgeIt, e, g) {
196.201 -// if (cut[g.source(e)] && !cut[g.target(e)] && !flow[e]==cap[e])
196.202 -// std::cout << "Slackness does not hold!" << std::endl;
196.203 -// if (!cut[g.source(e)] && cut[g.target(e)] && flow[e]>0)
196.204 -// std::cout << "Slackness does not hold!" << std::endl;
196.205 -// }
196.206 -// }
196.207 -
196.208 -// {
196.209 -// std::cout << "on-the-fly shortest path augmentation ..." << std::endl;
196.210 -// FOR_EACH_LOC(Graph::EdgeIt, e, g) flow.set(e, 0);
196.211 -// ts.reset();
196.212 -// int i=0;
196.213 -// while (augmenting_flow_test.augmentOnShortestPath2()) { ++i; }
196.214 -// std::cout << "elapsed time: " << ts << std::endl;
196.215 -// std::cout << "number of augmentation phases: " << i << std::endl;
196.216 -// std::cout << "flow value: "<< augmenting_flow_test.flowValue() << std::endl;
196.217 -
196.218 -// FOR_EACH_LOC(Graph::EdgeIt, e, g) {
196.219 -// if (cut[g.source(e)] && !cut[g.target(e)] && !flow[e]==cap[e])
196.220 -// std::cout << "Slackness does not hold!" << std::endl;
196.221 -// if (!cut[g.source(e)] && cut[g.target(e)] && flow[e]>0)
196.222 -// std::cout << "Slackness does not hold!" << std::endl;
196.223 -// }
196.224 -// }
196.225 -
196.226 - return 0;
196.227 -}
197.1 --- a/src/work/marci/preflow_bug_8 Sun Apr 17 18:57:22 2005 +0000
197.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
197.3 @@ -1,6 +0,0 @@
197.4 -p min 3 3
197.5 -n 3 s
197.6 -n 2 t
197.7 -a 3 1 20 20
197.8 -a 1 2 20 10
197.9 -a 1 2 20 0
198.1 --- a/src/work/marci/preflow_demo_athos.cc Sun Apr 17 18:57:22 2005 +0000
198.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
198.3 @@ -1,44 +0,0 @@
198.4 -#include <iostream>
198.5 -#include <fstream>
198.6 -
198.7 -#include <list_graph.h>
198.8 -#include <dimacs.h>
198.9 -#include <preflow_push.hh>
198.10 -#include <time_measure.h>
198.11 -
198.12 -using namespace lemon;
198.13 -
198.14 -// Use a DIMACS max flow file as stdin.
198.15 -// read_dimacs_demo < dimacs_max_flow_file
198.16 -int main(int, char **) {
198.17 - typedef ListGraph::Node Node;
198.18 - //typedef ListGraph::EachEdgeIt EachEdgeIt;
198.19 -
198.20 - ListGraph G;
198.21 - Node s, t;
198.22 - ListGraph::EdgeMap<int> cap(G);
198.23 - readDimacsMaxFlow(std::cin, G, s, t, cap);
198.24 -
198.25 - std::cout << "preflow demo (ATHOS)..." << std::endl;
198.26 - //ListGraph::EdgeMap<int> flow(G); //0 flow
198.27 -
198.28 - double pre_time=currTime();
198.29 - preflow_push<ListGraph, int> max_flow_test(G, s, t, cap);
198.30 - int flow_value=max_flow_test.run();
198.31 - //ListGraph::NodeMap<bool> cut=max_flow_test.mincut();
198.32 - //int cut_value=0;
198.33 - //for(EachEdgeIt e=G.first<EachEdgeIt>(); e.valid(); ++e) {
198.34 - // if (cut.get(G.source(e)) && !cut.get(G.target(e))) cut_value+=cap.get(e);
198.35 - //}
198.36 - double post_time=currTime();
198.37 - //std::cout << "maximum flow: "<< std::endl;
198.38 - //for(EachEdgeIt e=G.first<EachEdgeIt>(); e.valid(); ++e) {
198.39 - // std::cout<<"("<<G.source(e)<< "-"<<flow.get(e)<<"->"<<G.target(e)<<") ";
198.40 - //}
198.41 - //std::cout<<std::endl;
198.42 - std::cout << "elapsed time: " << post_time-pre_time << " sec"<< std::endl;
198.43 - std::cout << "flow value: "<< flow_value << std::endl;
198.44 - //std::cout << "cut value: "<< cut_value << std::endl;
198.45 -
198.46 - return 0;
198.47 -}
199.1 --- a/src/work/marci/preflow_demo_boost.cc Sun Apr 17 18:57:22 2005 +0000
199.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
199.3 @@ -1,57 +0,0 @@
199.4 -#include <iostream>
199.5 -#include <string>
199.6 -
199.7 -#include <boost/config.hpp>
199.8 -#include <boost/graph/push_relabel_max_flow.hpp>
199.9 -#include <boost/graph/adjacency_list.hpp>
199.10 -#include <boost/graph/read_dimacs.hpp>
199.11 -#include <boost/graph/graph_utility.hpp>
199.12 -
199.13 -#include <time_measure.h>
199.14 -
199.15 -// Use a DIMACS network flow file as stdin.
199.16 -// max_flow < max_flow.dat
199.17 -int main()
199.18 -{
199.19 - using namespace boost;
199.20 -
199.21 - typedef adjacency_list_traits<vecS, vecS, directedS> Traits;
199.22 - typedef adjacency_list<listS, vecS, directedS,
199.23 - property<vertex_name_t, std::string>,
199.24 - property<edge_capacity_t, long,
199.25 - property<edge_residual_capacity_t, long,
199.26 - property<edge_reverse_t, Traits::edge_descriptor> > >
199.27 - > Graph;
199.28 -
199.29 - Graph g;
199.30 -
199.31 - property_map<Graph, edge_capacity_t>::type
199.32 - capacity = get(edge_capacity, g);
199.33 - property_map<Graph, edge_reverse_t>::type
199.34 - rev = get(edge_reverse, g);
199.35 - property_map<Graph, edge_residual_capacity_t>::type
199.36 - residual_capacity = get(edge_residual_capacity, g);
199.37 -
199.38 - Traits::vertex_descriptor s, t;
199.39 - read_dimacs_max_flow(g, capacity, rev, s, t);
199.40 -
199.41 - std::cout << "preflow demo (BOOST)..." << endl;
199.42 - double pre_time=currTime();
199.43 - long flow = push_relabel_max_flow(g, s, t);
199.44 - double post_time=currTime();
199.45 -
199.46 - //std::cout << "maximum flow: " << std::endl;
199.47 - //graph_traits<Graph>::vertex_iterator u_iter, u_end;
199.48 - //graph_traits<Graph>::out_edge_iterator ei, e_end;
199.49 - //for (tie(u_iter, u_end) = vertices(g); u_iter != u_end; ++u_iter)
199.50 - // for (tie(ei, e_end) = out_edges(*u_iter, g); ei != e_end; ++ei)
199.51 - // if (capacity[*ei] > 0)
199.52 - // std::cout << "f " << *u_iter << " " << target(*ei, g) << " "
199.53 - // << (capacity[*ei] - residual_capacity[*ei]) << std::endl;
199.54 - //
199.55 - //std::cout << std::endl;
199.56 - std::cout << "elapsed time: " << post_time-pre_time << " sec"<< std::endl;
199.57 - std::cout << "flow value: " << flow << std::endl;
199.58 -
199.59 - return 0;
199.60 -}
200.1 --- a/src/work/marci/preflow_demo_jacint.cc Sun Apr 17 18:57:22 2005 +0000
200.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
200.3 @@ -1,73 +0,0 @@
200.4 -#include <iostream>
200.5 -#include <fstream>
200.6 -
200.7 -#include <list_graph.hh>
200.8 -#include <dimacs.hh>
200.9 -#include <preflow_push_max_flow.h>
200.10 -#include <preflow_push_hl.h>
200.11 -#include <time_measure.h>
200.12 -
200.13 -using namespace lemon;
200.14 -
200.15 -// Use a DIMACS max flow file as stdin.
200.16 -// read_dimacs_demo < dimacs_max_flow_file
200.17 -int main(int, char **) {
200.18 - typedef ListGraph::NodeIt NodeIt;
200.19 - typedef ListGraph::EachEdgeIt EachEdgeIt;
200.20 -
200.21 - ListGraph G;
200.22 - NodeIt s, t;
200.23 - ListGraph::EdgeMap<int> cap(G);
200.24 - readDimacsMaxFlow(std::cin, G, s, t, cap);
200.25 -
200.26 - {
200.27 - std::cout << "preflow demo (preflow_push_max_flow by JACINT)..." << std::endl;
200.28 - //ListGraph::EdgeMap<int> flow(G); //0 flow
200.29 -
200.30 - double pre_time=currTime();
200.31 - preflow_push_max_flow<ListGraph, int> max_flow_test(G, s, t, cap);
200.32 - max_flow_test.run();
200.33 - ListGraph::NodeMap<bool> cut(G);
200.34 - max_flow_test.mincut(cut);
200.35 - int cut_value=0;
200.36 - for(EachEdgeIt e=G.first<EachEdgeIt>(); e.valid(); ++e) {
200.37 - if (cut.get(G.source(e)) && !cut.get(G.target(e))) cut_value+=cap.get(e);
200.38 - }
200.39 - double post_time=currTime();
200.40 - //std::cout << "maximum flow: "<< std::endl;
200.41 - //for(EachEdgeIt e=G.first<EachEdgeIt>(); e.valid(); ++e) {
200.42 - // std::cout<<"("<<G.source(e)<< "-"<<flow.get(e)<<"->"<<G.target(e)<<") ";
200.43 - //}
200.44 - //std::cout<<std::endl;
200.45 - std::cout << "elapsed time: " << post_time-pre_time << " sec"<< std::endl;
200.46 - std::cout << "flow value: "<< max_flow_test.maxflow() << std::endl;
200.47 - std::cout << "cut value: "<< cut_value << std::endl;
200.48 - }
200.49 -
200.50 - {
200.51 - std::cout << "preflow demo (preflow_push_hl by JACINT)..." << std::endl;
200.52 - //ListGraph::EdgeMap<int> flow(G); //0 flow
200.53 -
200.54 - double pre_time=currTime();
200.55 - preflow_push_hl<ListGraph, int> max_flow_test(G, s, t, cap);
200.56 - max_flow_test.run();
200.57 - ListGraph::NodeMap<bool> cut(G);
200.58 - max_flow_test.mincut(cut);
200.59 - int cut_value=0;
200.60 - for(EachEdgeIt e=G.first<EachEdgeIt>(); e.valid(); ++e) {
200.61 - if (cut.get(G.source(e)) && !cut.get(G.target(e))) cut_value+=cap.get(e);
200.62 - }
200.63 - double post_time=currTime();
200.64 - //std::cout << "maximum flow: "<< std::endl;
200.65 - //for(EachEdgeIt e=G.first<EachEdgeIt>(); e.valid(); ++e) {
200.66 - // std::cout<<"("<<G.source(e)<< "-"<<flow.get(e)<<"->"<<G.target(e)<<") ";
200.67 - //}
200.68 - //std::cout<<std::endl;
200.69 - std::cout << "elapsed time: " << post_time-pre_time << " sec"<< std::endl;
200.70 - std::cout << "flow value: "<< max_flow_test.maxflow() << std::endl;
200.71 - std::cout << "cut value: "<< cut_value << std::endl;
200.72 - }
200.73 -
200.74 -
200.75 - return 0;
200.76 -}
201.1 --- a/src/work/marci/preflow_demo_leda.cc Sun Apr 17 18:57:22 2005 +0000
201.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
201.3 @@ -1,33 +0,0 @@
201.4 -#include <iostream.h>
201.5 -#include <fstream.h>
201.6 -
201.7 -#include <LEDA/graph.h>
201.8 -#include <LEDA/graph_alg.h>
201.9 -#include <LEDA/dimacs.h>
201.10 -
201.11 -#include <time_measure.h>
201.12 -
201.13 -// Use a DIMACS max flow file as stdin.
201.14 -// read_dimacs_demo_leda < dimacs_max_flow_file
201.15 -int main()
201.16 -{
201.17 - GRAPH<int,int> G;
201.18 - leda_node s,t;
201.19 - leda_edge_array<int> cap;
201.20 - Read_Dimacs_Maxflow(cin,G,cap,s,t);
201.21 -
201.22 - leda_edge_array<int> flow(G);
201.23 -
201.24 - std::cout << "preflow demo (LEDA)..." << std::endl;
201.25 - double pre_time=currTime();
201.26 - int flow_value = MAX_FLOW(G,s,t,cap,flow);
201.27 - double post_time=currTime();
201.28 - //std::cout << "maximum flow: "<< std::endl;
201.29 - //std::cout<<std::endl;
201.30 - std::cout << "elapsed time: " << post_time-pre_time << " sec"<< std::endl;
201.31 - std::cout << "flow value: "<< flow_value << std::endl;
201.32 -
201.33 - return 0;
201.34 -}
201.35 -
201.36 -
202.1 --- a/src/work/marci/preflow_demo_leda_uj.cc Sun Apr 17 18:57:22 2005 +0000
202.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
202.3 @@ -1,37 +0,0 @@
202.4 -#include <iostream>
202.5 -#include <fstream>
202.6 -
202.7 -#include <LEDA/graph.h>
202.8 -#include <LEDA/graph_alg.h>
202.9 -#include <LEDA/dimacs.h>
202.10 -
202.11 -#if defined(LEDA_NAMESPACE)
202.12 -using namespace leda;
202.13 -#endif
202.14 -
202.15 -using namespace std;
202.16 -
202.17 -#include <time_measure.h>
202.18 -
202.19 -// Use a DIMACS max flow file as stdin.
202.20 -// read_dimacs_demo_leda < dimacs_max_flow_file
202.21 -int main()
202.22 -{
202.23 - GRAPH<int,int> G;
202.24 - leda_node s,t;
202.25 - leda_edge_array<int> cap;
202.26 - Read_Dimacs_MF(cin,G,s,t,cap);
202.27 -
202.28 - leda_edge_array<int> flow(G);
202.29 -
202.30 - std::cout << "preflow demo (LEDA)..." << std::endl;
202.31 - double pre_time=currTime();
202.32 - int flow_value = MAX_FLOW(G,s,t,cap,flow);
202.33 - double post_time=currTime();
202.34 - //std::cout << "maximum flow: "<< std::endl;
202.35 - //std::cout<<std::endl;
202.36 - std::cout << "elapsed time: " << post_time-pre_time << " sec"<< std::endl;
202.37 - std::cout << "flow value: "<< flow_value << std::endl;
202.38 -
202.39 - return 0;
202.40 -}
203.1 --- a/src/work/marci/top_sort.dim Sun Apr 17 18:57:22 2005 +0000
203.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
203.3 @@ -1,6 +0,0 @@
203.4 -p mat 5 5
203.5 -a 1 3
203.6 -a 2 3
203.7 -a 3 5
203.8 -a 4 3
203.9 -a 5 4
203.10 \ No newline at end of file
204.1 --- a/src/work/marci/top_sort_test.cc Sun Apr 17 18:57:22 2005 +0000
204.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
204.3 @@ -1,58 +0,0 @@
204.4 -// -*- c++ -*-
204.5 -#include <iostream>
204.6 -#include <fstream>
204.7 -#include <list>
204.8 -
204.9 -#include <lemon/dimacs.h>
204.10 -#include <bfs_dfs_misc.h>
204.11 -#include <sage_graph.h>
204.12 -#include <lemon/graph_wrapper.h>
204.13 -#include <lemon/maps.h>
204.14 -#include <for_each_macros.h>
204.15 -
204.16 -using namespace lemon;
204.17 -
204.18 -using std::cout;
204.19 -using std::endl;
204.20 -
204.21 -int main() {
204.22 - typedef SageGraph Graph;
204.23 - Graph g;
204.24 - readDimacs(std::cin, g);
204.25 -
204.26 - {
204.27 - std::list<Graph::Node> l;
204.28 - //NullMap<Graph::Node, Graph::Edge> pred;
204.29 - Graph::NodeMap<Graph::Edge> pred(g, INVALID);
204.30 - topSort(g, l, pred);
204.31 - cout << "Leaving order of dfs which is pretopological..." << endl;
204.32 - for(std::list<Graph::Node>::const_iterator i=l.begin(); i!=l.end(); ++i) {
204.33 - cout << *i << " ";
204.34 - }
204.35 - cout << endl;
204.36 -
204.37 - FOR_EACH_LOC(Graph::NodeIt, n, g) {
204.38 - cout << "pred of node " << n << " is " << pred[n] << endl;
204.39 - }
204.40 - }
204.41 -
204.42 - {
204.43 - typedef RevGraphWrapper<Graph> GW;
204.44 - GW gw(g);
204.45 - std::list<GW::Node> l;
204.46 - //NullMap<GW::Node, GW::Edge> pred;
204.47 - GW::NodeMap<Graph::Edge> pred(gw, INVALID);
204.48 - topSort(gw, l, pred);
204.49 - cout << "Same in the reversed oriented graph..." << endl;
204.50 - for(std::list<GW::Node>::const_iterator i=l.begin(); i!=l.end(); ++i) {
204.51 - cout << *i << " ";
204.52 - }
204.53 - cout << endl;
204.54 -
204.55 - FOR_EACH_LOC(GW::NodeIt, n, gw) {
204.56 - cout << "pred of node " << n << " is " << pred[n] << endl;
204.57 - }
204.58 - }
204.59 -
204.60 - return 0;
204.61 -}
205.1 --- a/src/work/peter/Makefile Sun Apr 17 18:57:22 2005 +0000
205.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
205.3 @@ -1,10 +0,0 @@
205.4 -gd: graph-displayer.cc
205.5 - g++ -ggdb --no-inline graph-displayer.cc -W -Wall -ansi -pedantic -o gd `pkg-config libgnomecanvasmm-2.6 --cflags --libs` -I../..
205.6 -
205.7 -xyr: xy-reader.cc
205.8 - g++ xy-reader.cc -W -Wall -ansi -pedantic -o xyr -I../..
205.9 -
205.10 -run: gd
205.11 - ./gd graphocska.lgf
205.12 -
205.13 -.PHONY: run
206.1 --- a/src/work/peter/edgepathgraph.h Sun Apr 17 18:57:22 2005 +0000
206.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
206.3 @@ -1,407 +0,0 @@
206.4 -// -*- c++ -*-
206.5 -#ifndef LEMON_NET_GRAPH_H
206.6 -#define LEMON_NET_GRAPH_H
206.7 -
206.8 -///\file
206.9 -///\brief Declaration of EdgePathGraph.
206.10 -
206.11 -#include <lemon/invalid.h>
206.12 -#include <lemon/maps.h>
206.13 -
206.14 -/// The namespace of LEMON
206.15 -namespace lemon {
206.16 -
206.17 - // @defgroup empty_graph The EdgePathGraph class
206.18 - // @{
206.19 -
206.20 - /// A graph class in that a simple edge can represent a path.
206.21 -
206.22 - /// This class provides all the common features of a graph structure
206.23 - /// that represents a network. You can handle with it layers. This
206.24 - /// means that an edge in one layer can be a complete path in a nother
206.25 - /// layer.
206.26 -
206.27 - template <typename P, class Gact, class Gsub>
206.28 - class EdgePathGraph
206.29 - {
206.30 -
206.31 - public:
206.32 -
206.33 - /// The actual layer
206.34 - Gact actuallayer;
206.35 -
206.36 -
206.37 - /// The layer on which the edges in this layer can represent paths.
206.38 - Gsub * sublayer;
206.39 -
206.40 -
206.41 - /// Map of nodes that represent the nodes of this layer in the sublayer
206.42 - typename Gact::template NodeMap<typename Gsub::Node *> projection;
206.43 -
206.44 -
206.45 - /// Map of routes that are represented by some edges in this layer
206.46 - typename Gact::template EdgeMap<P *> edgepath;
206.47 -
206.48 -
206.49 - /// Defalult constructor.
206.50 - /// We don't need any extra lines, because the actuallayer
206.51 - /// variable has run its constructor, when we have created this class
206.52 - /// So only the two maps has to be initialised here.
206.53 - EdgePathGraph() : projection(actuallayer), edgepath(actuallayer)
206.54 - {
206.55 - }
206.56 -
206.57 -
206.58 - ///Copy consructor.
206.59 - EdgePathGraph(const EdgePathGraph<P, Gact, Gsub> & EPG ) : actuallayer(EPG.actuallayer) , edgepath(actuallayer), projection(actuallayer)
206.60 - {
206.61 - }
206.62 -
206.63 -
206.64 - /// Map adder
206.65 -
206.66 - /// This function gets two edgemaps. One belongs to the actual layer and the
206.67 - /// other belongs to the sublayer.
206.68 - /// The function iterates through all of the edges in the edgemap belonging to the actual layer.
206.69 - /// It gets the value that belongs to the actual edge, and adds it to the value of each edge in the
206.70 - /// path represented by itself in the edgemap that belongs to the sublayer.
206.71 -
206.72 - template <typename T1, typename T2> void addMap (typename Gact::EdgeMap<T1> & actmap, typename Gsub::EdgeMap<T2> & submap)
206.73 - {
206.74 - for(EdgeIt e(actuallayer);actuallayer.valid(e);actuallayer.next(e))
206.75 - {
206.76 - typedef typename P::EdgeIt PEdgeIt;
206.77 - PEdgeIt f;
206.78 -
206.79 - //dep//cout << "Edge " << id(source(e)) << " - " << id(target(e)) << " in actual layer is";
206.80 - T1 incr=actmap[e];
206.81 - //cout << incr << endl;
206.82 -
206.83 - if(edgepath[e])
206.84 - {
206.85 - //dep//cout << endl << "Path";
206.86 - for(edgepath[e]->first(f); edgepath[e]->valid(f); edgepath[e]->next(f))
206.87 - {
206.88 - //dep//cout << " " << sublayer->id(sublayer->source(f)) << "-" << sublayer->id(sublayer->target(f));
206.89 - submap[f]+=incr;
206.90 - }
206.91 - //dep////cout << EPGr2.id(EPGr2.target(f)) << endl;
206.92 - //dep//cout << endl;
206.93 - }
206.94 - else
206.95 - {
206.96 - //dep//cout << " itself." <<endl;
206.97 - }
206.98 - }
206.99 -
206.100 - };
206.101 -
206.102 -
206.103 - /// Describe
206.104 - /// This function walks thorugh the edges of the actual layer
206.105 - /// and displays the path represented by the actual edge.
206.106 - void describe ()
206.107 - {
206.108 - for(EdgeIt e(actuallayer);actuallayer.valid(e);actuallayer.next(e))
206.109 - {
206.110 - typedef typename P::EdgeIt PEdgeIt;
206.111 - PEdgeIt f;
206.112 -
206.113 - cout << "Edge " << id(source(e)) << " - " << id(target(e)) << " in actual layer is";
206.114 - if(edgepath[e])
206.115 - {
206.116 - cout << endl << "Path";
206.117 - for(edgepath[e]->first(f); edgepath[e]->valid(f); edgepath[e]->next(f))
206.118 - {
206.119 - cout << " " << sublayer->id(sublayer->source(f)) << "-" << sublayer->id(sublayer->target(f));
206.120 - }
206.121 - //cout << EPGr2.id(EPGr2.target(f)) << endl;
206.122 - cout << endl;
206.123 - }
206.124 - else
206.125 - {
206.126 - cout << " itself." <<endl;
206.127 - }
206.128 - }
206.129 -
206.130 - };
206.131 -
206.132 -
206.133 -
206.134 -
206.135 - /// The base type of the node iterators.
206.136 -
206.137 - /// This is the base type of each node iterators,
206.138 - /// thus each kind of node iterator will convert to this.
206.139 - /// The Node type of the EdgePathGraph is the Node type of the actual layer.
206.140 - typedef typename Gact::Node Node;
206.141 -
206.142 -
206.143 - /// This iterator goes through each node.
206.144 -
206.145 - /// Its usage is quite simple, for example you can count the number
206.146 - /// of nodes in graph \c G of type \c Graph like this:
206.147 - /// \code
206.148 - ///int count=0;
206.149 - ///for(Graph::NodeIt n(G);G.valid(n);G.next(n)) count++;
206.150 - /// \endcode
206.151 - /// The NodeIt type of the EdgePathGraph is the NodeIt type of the actual layer.
206.152 - typedef typename Gact::NodeIt NodeIt;
206.153 -
206.154 -
206.155 - /// The base type of the edge iterators.
206.156 - /// The Edge type of the EdgePathGraph is the Edge type of the actual layer.
206.157 - typedef typename Gact::Edge Edge;
206.158 -
206.159 -
206.160 - /// This iterator goes trough the outgoing edges of a node.
206.161 -
206.162 - /// This iterator goes trough the \e outgoing edges of a certain node
206.163 - /// of a graph.
206.164 - /// Its usage is quite simple, for example you can count the number
206.165 - /// of outgoing edges of a node \c n
206.166 - /// in graph \c G of type \c Graph as follows.
206.167 - /// \code
206.168 - ///int count=0;
206.169 - ///for(Graph::OutEdgeIt e(G,n);G.valid(e);G.next(e)) count++;
206.170 - /// \endcode
206.171 - /// The OutEdgeIt type of the EdgePathGraph is the OutEdgeIt type of the actual layer.
206.172 - typedef typename Gact::OutEdgeIt OutEdgeIt;
206.173 -
206.174 -
206.175 - /// This iterator goes trough the incoming edges of a node.
206.176 -
206.177 - /// This iterator goes trough the \e incoming edges of a certain node
206.178 - /// of a graph.
206.179 - /// Its usage is quite simple, for example you can count the number
206.180 - /// of outgoing edges of a node \c n
206.181 - /// in graph \c G of type \c Graph as follows.
206.182 - /// \code
206.183 - ///int count=0;
206.184 - ///for(Graph::InEdgeIt e(G,n);G.valid(e);G.next(e)) count++;
206.185 - /// \endcode
206.186 - /// The InEdgeIt type of the EdgePathGraph is the InEdgeIt type of the actual layer.
206.187 - typedef typename Gact::InEdgeIt InEdgeIt;
206.188 -
206.189 -
206.190 - /// This iterator goes through each edge.
206.191 -
206.192 - /// This iterator goes through each edge of a graph.
206.193 - /// Its usage is quite simple, for example you can count the number
206.194 - /// of edges in a graph \c G of type \c Graph as follows:
206.195 - /// \code
206.196 - ///int count=0;
206.197 - ///for(Graph::EdgeIt e(G);G.valid(e);G.next(e)) count++;
206.198 - /// \endcode
206.199 - /// The EdgeIt type of the EdgePathGraph is the EdgeIt type of the actual layer.
206.200 - typedef typename Gact::EdgeIt EdgeIt;
206.201 -
206.202 -
206.203 - /// First node of the graph.
206.204 -
206.205 - /// \retval i the first node.
206.206 - /// \return the first node.
206.207 - typename Gact::NodeIt &first(typename Gact::NodeIt &i) const { return actuallayer.first(i);}
206.208 -
206.209 -
206.210 - /// The first incoming edge.
206.211 - typename Gact::InEdgeIt &first(typename Gact::InEdgeIt &i, typename Gact::Node) const { return actuallayer.first(i);}
206.212 -
206.213 -
206.214 - /// The first outgoing edge.
206.215 - typename Gact::OutEdgeIt &first(typename Gact::OutEdgeIt &i, typename Gact::Node) const { return actuallayer.first(i);}
206.216 -
206.217 -
206.218 - // SymEdgeIt &first(SymEdgeIt &, Node) const { return i;}
206.219 - /// The first edge of the Graph.
206.220 - typename Gact::EdgeIt &first(typename Gact::EdgeIt &i) const { return actuallayer.first(i);}
206.221 -
206.222 -
206.223 -// Node getNext(Node) const {}
206.224 -// InEdgeIt getNext(InEdgeIt) const {}
206.225 -// OutEdgeIt getNext(OutEdgeIt) const {}
206.226 -// //SymEdgeIt getNext(SymEdgeIt) const {}
206.227 -// EdgeIt getNext(EdgeIt) const {}
206.228 -
206.229 -
206.230 - /// Go to the next node.
206.231 - typename Gact::NodeIt &next(typename Gact::NodeIt &i) const { return actuallayer.next(i);}
206.232 - /// Go to the next incoming edge.
206.233 - typename Gact::InEdgeIt &next(typename Gact::InEdgeIt &i) const { return actuallayer.next(i);}
206.234 - /// Go to the next outgoing edge.
206.235 - typename Gact::OutEdgeIt &next(typename Gact::OutEdgeIt &i) const { return actuallayer.next(i);}
206.236 - //SymEdgeIt &next(SymEdgeIt &) const {}
206.237 - /// Go to the next edge.
206.238 - typename Gact::EdgeIt &next(typename Gact::EdgeIt &i) const { return actuallayer.next(i);}
206.239 -
206.240 - ///Gives back the target node of an edge.
206.241 - typename Gact::Node target(typename Gact::Edge edge) const { return actuallayer.target(edge); }
206.242 - ///Gives back the source node of an edge.
206.243 - typename Gact::Node source(typename Gact::Edge edge) const { return actuallayer.source(edge); }
206.244 -
206.245 - // Node aNode(InEdgeIt) const {}
206.246 - // Node aNode(OutEdgeIt) const {}
206.247 - // Node aNode(SymEdgeIt) const {}
206.248 -
206.249 - // Node bNode(InEdgeIt) const {}
206.250 - // Node bNode(OutEdgeIt) const {}
206.251 - // Node bNode(SymEdgeIt) const {}
206.252 -
206.253 - /// Checks if a node iterator is valid
206.254 -
206.255 - ///\todo Maybe, it would be better if iterator converted to
206.256 - ///bool directly, as Jacint prefers.
206.257 - bool valid(const typename Gact::Node& node) const { return actuallayer.valid(node);}
206.258 - /// Checks if an edge iterator is valid
206.259 -
206.260 - ///\todo Maybe, it would be better if iterator converted to
206.261 - ///bool directly, as Jacint prefers.
206.262 - bool valid(const typename Gact::Edge& edge) const { return actuallayer.valid(edge);}
206.263 -
206.264 - ///Gives back the \e id of a node.
206.265 -
206.266 - ///\warning Not all graph structures provide this feature.
206.267 - ///
206.268 - int id(const typename Gact::Node & node) const { return actuallayer.id(node);}
206.269 - ///Gives back the \e id of an edge.
206.270 -
206.271 - ///\warning Not all graph structures provide this feature.
206.272 - ///
206.273 - int id(const typename Gact::Edge & edge) const { return actuallayer.id(edge);}
206.274 -
206.275 - //void setInvalid(Node &) const {};
206.276 - //void setInvalid(Edge &) const {};
206.277 -
206.278 - ///Add a new node to the graph.
206.279 -
206.280 - /// \return the new node.
206.281 - ///
206.282 - typename Gact::Node addNode() { return actuallayer.addNode();}
206.283 - ///Add a new edge to the graph.
206.284 -
206.285 - ///Add a new edge to the graph with source node \c source
206.286 - ///and target node \c target.
206.287 - ///\return the new edge.
206.288 - typename Gact::Edge addEdge(typename Gact::Node node1, typename Gact::Node node2) { return actuallayer.addEdge(node1, node2);}
206.289 -
206.290 - /// Resets the graph.
206.291 -
206.292 - /// This function deletes all edges and nodes of the graph.
206.293 - /// It also frees the memory allocated to store them.
206.294 - void clear() {actuallayer.clear();}
206.295 -
206.296 - int nodeNum() const { return actuallayer.nodeNum();}
206.297 - int edgeNum() const { return actuallayer.edgeNum();}
206.298 -
206.299 - ///Read/write/reference map of the nodes to type \c T.
206.300 -
206.301 - ///Read/write/reference map of the nodes to type \c T.
206.302 - /// \sa MemoryMap
206.303 - /// \todo We may need copy constructor
206.304 - /// \todo We may need conversion from other nodetype
206.305 - /// \todo We may need operator=
206.306 - /// \warning Making maps that can handle bool type (NodeMap<bool>)
206.307 - /// needs extra attention!
206.308 -
206.309 - template<class T> class NodeMap
206.310 - {
206.311 - public:
206.312 - typedef T Value;
206.313 - typedef Node Key;
206.314 -
206.315 - NodeMap(const EdgePathGraph &) {}
206.316 - NodeMap(const EdgePathGraph &, T) {}
206.317 -
206.318 - template<typename TT> NodeMap(const NodeMap<TT> &) {}
206.319 -
206.320 - /// Sets the value of a node.
206.321 -
206.322 - /// Sets the value associated with node \c i to the value \c t.
206.323 - ///
206.324 - void set(Node, T) {}
206.325 - // Gets the value of a node.
206.326 - //T get(Node i) const {return *(T*)0;} //FIXME: Is it necessary?
206.327 - T &operator[](Node) {return *(T*)0;}
206.328 - const T &operator[](Node) const {return *(T*)0;}
206.329 -
206.330 - /// Updates the map if the graph has been changed
206.331 -
206.332 - /// \todo Do we need this?
206.333 - ///
206.334 - void update() {}
206.335 - void update(T a) {} //FIXME: Is it necessary
206.336 - };
206.337 -
206.338 - ///Read/write/reference map of the edges to type \c T.
206.339 -
206.340 - ///Read/write/reference map of the edges to type \c T.
206.341 - ///It behaves exactly in the same way as \ref NodeMap.
206.342 - /// \sa NodeMap
206.343 - /// \sa MemoryMap
206.344 - /// \todo We may need copy constructor
206.345 - /// \todo We may need conversion from other edgetype
206.346 - /// \todo We may need operator=
206.347 - template<class T> class EdgeMap
206.348 - {
206.349 - public:
206.350 - typedef T Value;
206.351 - typedef Edge Key;
206.352 -
206.353 - EdgeMap(const EdgePathGraph &) {}
206.354 - EdgeMap(const EdgePathGraph &, T ) {}
206.355 -
206.356 - ///\todo It can copy between different types.
206.357 - ///
206.358 - template<typename TT> EdgeMap(const EdgeMap<TT> &) {}
206.359 -
206.360 - void set(Edge, T) {}
206.361 - //T get(Edge) const {return *(T*)0;}
206.362 - T &operator[](Edge) {return *(T*)0;}
206.363 - const T &operator[](Edge) const {return *(T*)0;}
206.364 -
206.365 - void update() {}
206.366 - void update(T a) {} //FIXME: Is it necessary
206.367 - };
206.368 - };
206.369 -
206.370 - /// An empty erasable graph class.
206.371 -
206.372 - /// This class provides all the common features of an \e erasable graph
206.373 - /// structure,
206.374 - /// however completely without implementations and real data structures
206.375 - /// behind the interface.
206.376 - /// All graph algorithms should compile with this class, but it will not
206.377 - /// run properly, of course.
206.378 - ///
206.379 - /// \todo This blabla could be replaced by a sepatate description about
206.380 - /// s.
206.381 - ///
206.382 - /// It can be used for checking the interface compatibility,
206.383 - /// or it can serve as a skeleton of a new graph structure.
206.384 - ///
206.385 - /// Also, you will find here the full documentation of a certain graph
206.386 - /// feature, the documentation of a real graph imlementation
206.387 - /// like @ref ListGraph or
206.388 - /// @ref SmartGraph will just refer to this structure.
206.389 - template <typename P, typename Gact, typename Gsub>
206.390 - class ErasableEdgePathGraph : public EdgePathGraph<P, Gact, Gsub>
206.391 - {
206.392 - public:
206.393 - /// Deletes a node.
206.394 - void erase(typename Gact::Node n) {actuallayer.erase(n);}
206.395 - /// Deletes an edge.
206.396 - void erase(typename Gact::Edge e) {actuallayer.erase(e);}
206.397 -
206.398 - /// Defalult constructor.
206.399 - ErasableEdgePathGraph() {}
206.400 - ///Copy consructor.
206.401 - ErasableEdgePathGraph(const EdgePathGraph<P, Gact, Gsub> &EPG) {}
206.402 - };
206.403 -
206.404 -
206.405 - // @}
206.406 -
206.407 -} //namespace lemon
206.408 -
206.409 -
206.410 -#endif // LEMON_SKELETON_GRAPH_H
207.1 --- a/src/work/peter/edgepathgraph_test.cc Sun Apr 17 18:57:22 2005 +0000
207.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
207.3 @@ -1,206 +0,0 @@
207.4 -#include <string>
207.5 -#include <iostream>
207.6 -#include <stdio.h>
207.7 -
207.8 -#include "edgepathgraph.h"
207.9 -#include <lemon/list_graph.h>
207.10 -#include <lemon/smart_graph.h>
207.11 -#include <path.h>
207.12 -
207.13 -using namespace lemon;
207.14 -using namespace std;
207.15 -
207.16 -bool passed = true;
207.17 -
207.18 -void check(bool rc) {
207.19 - passed = passed && rc;
207.20 - if(!rc) {
207.21 - cout << "Test failed!" << endl;
207.22 - }
207.23 -}
207.24 -
207.25 -int main()
207.26 -{
207.27 - {
207.28 - EdgePathGraph<DirPath<ListGraph>, SmartGraph, ListGraph> EPGr;
207.29 - EPGr.addNode();
207.30 - EPGr.addNode();
207.31 - EPGr.addNode();
207.32 - EPGr.addNode();
207.33 - printf("%d node is in EPGr, after addition of 4 nodes.\n", EPGr.nodeNum());
207.34 -
207.35 - EdgePathGraph<DirPath<ListGraph>, SmartGraph, ListGraph> EPGr2(EPGr);
207.36 - printf("%d node is in EPGr2 created by copy constructor from EPGr.\n", EPGr2.nodeNum());
207.37 -
207.38 - EPGr2.addNode();
207.39 - EPGr2.addNode();
207.40 - printf("%d node is in EPGr2 after addition of 2 more nodes.\n", EPGr2.nodeNum());
207.41 -
207.42 - printf("%d nodes are in EPGr, before clear.\n", EPGr.nodeNum());
207.43 - EPGr.clear();
207.44 - printf("%d nodes are in EPGr, after clear.\n", EPGr.nodeNum());
207.45 - printf("%d nodes are in EPGr2, after clear of EPGr.\n", EPGr2.nodeNum());
207.46 - EPGr2.clear();
207.47 - }
207.48 - {
207.49 - EdgePathGraph<DirPath<ListGraph>, SmartGraph, ListGraph> EPGr;
207.50 - //EdgePathGraph<DirPath<ListGraph>, SmartGraph, EdgePathGraph<DirPath<SmartGraph>, ListGraph, SmartGraph> > EPGr;
207.51 - EdgePathGraph<DirPath<SmartGraph>, ListGraph, SmartGraph> EPGr2;
207.52 -
207.53 - typedef EdgePathGraph<DirPath<SmartGraph>, SmartGraph, ListGraph>::Node Node;
207.54 - typedef EdgePathGraph<DirPath<SmartGraph>, SmartGraph, ListGraph>::Edge Edge;
207.55 - typedef EdgePathGraph<DirPath<SmartGraph>, SmartGraph, ListGraph>::EdgeIt EdgeIt;
207.56 -
207.57 - Node n0, n1, n2;
207.58 - Edge e0, e1, e2, e3, e4, e5;
207.59 -
207.60 - ListGraph::Node m0, m1, m2, m3;
207.61 - ListGraph::Edge f0, f1, f2, f3, f4, f5;
207.62 -
207.63 -
207.64 - n0=EPGr.addNode();
207.65 - n1=EPGr.addNode();
207.66 - n2=EPGr.addNode();
207.67 -
207.68 - e0=EPGr.addEdge(n0,n1);
207.69 - e1=EPGr.addEdge(n1,n0);
207.70 - e2=EPGr.addEdge(n0,n2);
207.71 - e3=EPGr.addEdge(n2,n0);
207.72 - e4=EPGr.addEdge(n1,n2);
207.73 - e5=EPGr.addEdge(n2,n1);
207.74 -
207.75 -
207.76 - m0=EPGr2.addNode();
207.77 - m1=EPGr2.addNode();
207.78 - m2=EPGr2.addNode();
207.79 - m3=EPGr2.addNode();
207.80 -
207.81 - f0=EPGr2.addEdge(m0,m3);
207.82 - f1=EPGr2.addEdge(m3,m0);
207.83 - f2=EPGr2.addEdge(m2,m3);
207.84 - f3=EPGr2.addEdge(m3,m2);
207.85 - f4=EPGr2.addEdge(m1,m2);
207.86 - f5=EPGr2.addEdge(m2,m1);
207.87 -
207.88 - EPGr.sublayer=&(EPGr2.actuallayer);
207.89 - //EPGr.sublayer=&(EPGr2);
207.90 -
207.91 - EPGr.projection[n0]=&m0;
207.92 - EPGr.projection[n1]=&m1;
207.93 - EPGr.projection[n2]=&m2;
207.94 -
207.95 -
207.96 - typedef DirPath<ListGraph> DPath;
207.97 -
207.98 - //DPath P(EPGr2);
207.99 -
207.100 - DPath P1(EPGr2.actuallayer);//0-2
207.101 - DPath::Builder B1(P1);
207.102 - B1.pushBack(f0);
207.103 - B1.pushBack(f3);
207.104 - B1.commit();
207.105 - cout << P1.length() << " hosszu utvonal letrehozva" << endl;
207.106 -
207.107 - DPath P2(EPGr2.actuallayer);//2-0
207.108 - DPath::Builder B2(P2);
207.109 - B2.pushBack(f2);
207.110 - B2.pushBack(f1);
207.111 - B2.commit();
207.112 - cout << P2.length() << " hosszu utvonal letrehozva" << endl;
207.113 -
207.114 - DPath P3(EPGr2.actuallayer);//0-1
207.115 - DPath::Builder B3(P3);
207.116 - B3.pushBack(f0);
207.117 - B3.pushBack(f3);
207.118 - B3.pushBack(f5);
207.119 - B3.commit();
207.120 - cout << P3.length() << " hosszu utvonal letrehozva" << endl;
207.121 -
207.122 - DPath P4(EPGr2.actuallayer);//1-0
207.123 - DPath::Builder B4(P4);
207.124 - B4.pushBack(f4);
207.125 - B4.pushBack(f2);
207.126 - B4.pushBack(f1);
207.127 - B4.commit();
207.128 - cout << P4.length() << " hosszu utvonal letrehozva" << endl;
207.129 -
207.130 -
207.131 - EPGr.edgepath[e0]=&P3;
207.132 - EPGr.edgepath[e1]=&P4;
207.133 - EPGr.edgepath[e2]=&P1;
207.134 - EPGr.edgepath[e3]=&P2;
207.135 -
207.136 - for(EdgeIt e(EPGr.actuallayer);EPGr.actuallayer.valid(e);EPGr.actuallayer.next(e))
207.137 - {
207.138 - typedef DPath::EdgeIt PEdgeIt;
207.139 - PEdgeIt f;
207.140 -
207.141 - cout << "Edge " << EPGr.id(EPGr.source(e)) << " - " << EPGr.id(EPGr.target(e)) << " in actual layer is";
207.142 - if(EPGr.edgepath[e])
207.143 - {
207.144 - cout << endl << "Path";
207.145 - for(EPGr.edgepath[e]->first(f); EPGr.edgepath[e]->valid(f); EPGr.edgepath[e]->next(f))
207.146 - {
207.147 - cout << " " << EPGr2.id(EPGr2.source(f)) << "-" << EPGr2.id(EPGr2.target(f));
207.148 - }
207.149 - //cout << EPGr2.id(EPGr2.target(f)) << endl;
207.150 - cout << endl;
207.151 - }
207.152 - else
207.153 - {
207.154 - cout << " itself." <<endl;
207.155 - }
207.156 - }
207.157 -
207.158 -
207.159 - cout << "================================" << endl;
207.160 -
207.161 - SmartGraph::EdgeMap<int> actlaymap(EPGr.actuallayer);
207.162 - //EdgePathGraph<DirPath<ListGraph>, SmartGraph, EdgePathGraph<DirPath<SmartGraph>, ListGraph, SmartGraph> > EPGr;
207.163 - ListGraph::EdgeMap<double> sublaymap(EPGr2.actuallayer);
207.164 -
207.165 -
207.166 - actlaymap[e1]=5;
207.167 -
207.168 - //EdgeMap-ok kiirasa
207.169 -
207.170 - cout << "EdgeMaps before addMap:" << endl;
207.171 -
207.172 - cout << "actlaymap: ";
207.173 - for(EdgeIt e(EPGr.actuallayer);EPGr.actuallayer.valid(e);EPGr.actuallayer.next(e))
207.174 - {
207.175 - cout << EPGr.id(EPGr.source(e)) << "-" << EPGr.id(EPGr.target(e)) << ":" << actlaymap[e] << " ";
207.176 - }
207.177 - cout << endl;
207.178 - cout << "sublaymap: ";
207.179 - for(ListGraph::EdgeIt e(EPGr2.actuallayer);EPGr2.actuallayer.valid(e);EPGr2.actuallayer.next(e))
207.180 - {
207.181 - cout << EPGr2.id(EPGr2.source(e)) << "-" << EPGr2.id(EPGr2.target(e)) << ":" << sublaymap[e] << " ";
207.182 - }
207.183 - cout << endl;
207.184 - //EdgeMap-ok kiirasa#vege
207.185 -
207.186 -
207.187 - EPGr.addMap<int, double>(actlaymap, sublaymap);
207.188 -
207.189 - //EdgeMap-ok kiirasa
207.190 -
207.191 - cout << "EdgeMaps after addMap:" << endl;
207.192 -
207.193 - cout << "actlaymap: ";
207.194 - for(EdgeIt e(EPGr.actuallayer);EPGr.actuallayer.valid(e);EPGr.actuallayer.next(e))
207.195 - {
207.196 - cout << EPGr.id(EPGr.source(e)) << "-" << EPGr.id(EPGr.target(e)) << ":" << actlaymap[e] << " ";
207.197 - }
207.198 - cout << endl;
207.199 - cout << "sublaymap: ";
207.200 - for(ListGraph::EdgeIt e(EPGr2.actuallayer);EPGr2.actuallayer.valid(e);EPGr2.actuallayer.next(e))
207.201 - {
207.202 - cout << EPGr2.id(EPGr2.source(e)) << "-" << EPGr2.id(EPGr2.target(e)) << ":" << sublaymap[e] << " ";
207.203 - }
207.204 - cout << endl;
207.205 - //EdgeMap-ok kiirasa#vege
207.206 -
207.207 -
207.208 - }
207.209 -}
208.1 --- a/src/work/peter/graph-displayer.cc Sun Apr 17 18:57:22 2005 +0000
208.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
208.3 @@ -1,285 +0,0 @@
208.4 -// This example was started by Guillaume Laurent.
208.5 -// It has become a place to dump code that tests parts of the
208.6 -// gnomemm canvas code. Little thought has been given to the
208.7 -// actual on-screen output.
208.8 -
208.9 -#include <libgnomecanvasmm.h>
208.10 -#include <libgnomecanvasmm/polygon.h>
208.11 -
208.12 -#include <fstream>
208.13 -#include <iostream>
208.14 -
208.15 -#include <lemon/list_graph.h>
208.16 -#include <lemon/graph_reader.h>
208.17 -#include <lemon/graph_writer.h>
208.18 -#include <lemon/graph_utils.h>
208.19 -#include <lemon/maps.h>
208.20 -#include <lemon/error.h>
208.21 -#include <lemon/xy.h>
208.22 -
208.23 -using namespace lemon;
208.24 -
208.25 -typedef xy<double> Coordinates;
208.26 -typedef ListGraph Graph;
208.27 -typedef Graph::NodeMap<Coordinates> CoordinatesMap;
208.28 -typedef Graph::Node Node;
208.29 -typedef Graph::EdgeIt EdgeIt;
208.30 -typedef Graph::NodeIt NodeIt;
208.31 -
208.32 -class GraphDisplayerCanvas : public Gnome::Canvas::CanvasAA
208.33 -{
208.34 - typedef Gnome::Canvas::CanvasAA Parent;
208.35 -
208.36 -public:
208.37 - GraphDisplayerCanvas(Graph &, CoordinatesMap &);
208.38 - virtual ~GraphDisplayerCanvas();
208.39 -
208.40 -private:
208.41 -
208.42 - ///Event handler function that handles dragging nodes of displayed_graph
208.43 - bool event_handler(GdkEvent* e, Node n);
208.44 -
208.45 - ///The graph, on which we work
208.46 - Graph g;
208.47 - ///Map of nodes of planefigure
208.48 - Graph::NodeMap<Gnome::Canvas::Ellipse *> nodesmap;
208.49 - ///Map of edges of planefigure
208.50 - Graph::EdgeMap<Gnome::Canvas::Line *> edgesmap;
208.51 - ///Group of graphical elements of displayed_graph
208.52 - Gnome::Canvas::Group displayed_graph;
208.53 -
208.54 - ///Indicates whether the button of mouse is pressed or not
208.55 - bool isbutton;
208.56 -
208.57 - ///At this location was the mousebutton pressed.
208.58 - ///It helps to calculate the distance of dragging.
208.59 - double clicked_x, clicked_y;
208.60 -
208.61 - ///Remembers which Gnome::Canvas::Item was pressed.
208.62 - ///this variable is needed, because
208.63 - ///1. we cannot query the item at he cursor as fast as it could not cause a Segmentation Fault
208.64 - ///2. we would like to handle only ony item per movement, therefore quering it is not a working solution
208.65 - Gnome::Canvas::Item * active_item;
208.66 -
208.67 -
208.68 -};
208.69 -
208.70 -
208.71 -///This function moves only one node of displayed_graph,
208.72 -///but recalculate the location of weight point,
208.73 -///and also redraw the sides of the planefigure.
208.74 -bool GraphDisplayerCanvas::event_handler(GdkEvent* e, Node n)
208.75 -{
208.76 - switch(e->type)
208.77 - {
208.78 - case GDK_BUTTON_PRESS:
208.79 - clicked_x=e->button.x;
208.80 - clicked_y=e->button.y;
208.81 - active_item=(get_item_at(e->button.x, e->button.y));
208.82 - isbutton=true;
208.83 - break;
208.84 - case GDK_BUTTON_RELEASE:
208.85 - isbutton=false;
208.86 - active_item=NULL;
208.87 - break;
208.88 - case GDK_MOTION_NOTIFY:
208.89 - if(isbutton)
208.90 - {
208.91 - double dx=e->motion.x-clicked_x;
208.92 - double dy=e->motion.y-clicked_y;
208.93 - active_item->move(dx, dy);
208.94 - clicked_x=e->motion.x;
208.95 - clicked_y=e->motion.y;
208.96 -
208.97 - EdgeIt e;
208.98 -
208.99 - g.firstOut(e,n);
208.100 - for(;e!=INVALID;g.nextOut(e))
208.101 - {
208.102 - Gnome::Canvas::Points coos;
208.103 - double x1, x2, y1, y2;
208.104 -
208.105 - nodesmap[g.source(e)]->get_bounds(x1, y1, x2, y2);
208.106 - coos.push_back(Gnome::Art::Point((x1+x2)/2,(y1+y2)/2));
208.107 -
208.108 - nodesmap[g.target(e)]->get_bounds(x1, y1, x2, y2);
208.109 - coos.push_back(Gnome::Art::Point((x1+x2)/2,(y1+y2)/2));
208.110 -
208.111 - edgesmap[e]->property_points().set_value(coos);
208.112 - }
208.113 -
208.114 - g.firstIn(e,n);
208.115 - for(;e!=INVALID;g.nextIn(e))
208.116 - {
208.117 - Gnome::Canvas::Points coos;
208.118 - double x1, x2, y1, y2;
208.119 -
208.120 - nodesmap[g.source(e)]->get_bounds(x1, y1, x2, y2);
208.121 - coos.push_back(Gnome::Art::Point((x1+x2)/2,(y1+y2)/2));
208.122 -
208.123 - nodesmap[g.target(e)]->get_bounds(x1, y1, x2, y2);
208.124 - coos.push_back(Gnome::Art::Point((x1+x2)/2,(y1+y2)/2));
208.125 -
208.126 - edgesmap[e]->property_points().set_value(coos);
208.127 - }
208.128 - }
208.129 - default: break;
208.130 - }
208.131 - return true;
208.132 -}
208.133 -
208.134 -GraphDisplayerCanvas::GraphDisplayerCanvas(Graph & gr, CoordinatesMap & cm):g(gr),nodesmap(g),edgesmap(g),displayed_graph(*(root()), 0, 0),isbutton(false),active_item(NULL)
208.135 -{
208.136 - for (EdgeIt i(g); i!=INVALID; ++i)
208.137 - {
208.138 - Gnome::Canvas::Points coos;
208.139 - coos.push_back(Gnome::Art::Point(cm[g.source(i)].x,cm[g.source(i)].y));
208.140 - coos.push_back(Gnome::Art::Point(cm[g.target(i)].x,cm[g.target(i)].y));
208.141 - edgesmap[i]=new Gnome::Canvas::Line(displayed_graph, coos);
208.142 - *(edgesmap[i]) << Gnome::Canvas::Properties::fill_color("green");
208.143 - edgesmap[i]->property_width_pixels().set_value(10);
208.144 - }
208.145 - for (NodeIt i(g); i!=INVALID; ++i)
208.146 - {
208.147 - nodesmap[i]=new Gnome::Canvas::Ellipse(displayed_graph, cm[i].x-20, cm[i].y-20, cm[i].x+20, cm[i].y+20);
208.148 - *(nodesmap[i]) << Gnome::Canvas::Properties::fill_color("blue");
208.149 - *(nodesmap[i]) << Gnome::Canvas::Properties::outline_color("black");
208.150 - (nodesmap[i])->signal_event().connect(sigc::bind(sigc::mem_fun(*this, &GraphDisplayerCanvas::event_handler),i));
208.151 - }
208.152 -
208.153 -}
208.154 -
208.155 -GraphDisplayerCanvas::~GraphDisplayerCanvas()
208.156 -{
208.157 - Graph::NodeMap <int> id(g);
208.158 - Graph::NodeMap <double> xc(g);
208.159 - Graph::NodeMap <double> yc(g);
208.160 -
208.161 - int j=1;
208.162 -
208.163 - for (NodeIt i(g); i!=INVALID; ++i)
208.164 - {
208.165 - double x1,y1,x2,y2;
208.166 - nodesmap[i]->get_bounds(x1, y1, x2, y2);
208.167 -
208.168 - id[i]=j++;
208.169 - xc[i]=(x1+x2)/2;
208.170 - yc[i]=(y1+y2)/2;
208.171 - }
208.172 -
208.173 - GraphWriter<Graph> writer(std::cout,g);
208.174 -
208.175 - writer.addNodeMap("id", id);
208.176 - writer.addNodeMap("coordinates_x", xc);
208.177 - writer.addNodeMap("coordinates_y", yc);
208.178 - writer.run();
208.179 -}
208.180 -
208.181 -
208.182 -//MainWin:
208.183 -class MainWin : public Gtk::Window
208.184 -{
208.185 -public:
208.186 - MainWin(const std::string& title, Graph &, CoordinatesMap &);
208.187 -
208.188 -protected:
208.189 - //Member widgets:
208.190 - GraphDisplayerCanvas gd_canvas;
208.191 -};
208.192 -
208.193 -MainWin::MainWin(const std::string& title, Graph & graph, CoordinatesMap & cm):gd_canvas(graph, cm)
208.194 -{
208.195 - set_title (title);
208.196 - add(gd_canvas);
208.197 - set_default_size(900,600);
208.198 -
208.199 - show_all();
208.200 -}
208.201 -
208.202 -
208.203 -///This class is responsible for being able
208.204 -///to read xy datastructure from file. It is
208.205 -///based on BaseMap. The set method sets the
208.206 -///appropriate value in the final xy NodeMap
208.207 -///that was given to the constructor.
208.208 -class CoordReaderMap: public MapBase <Node, double>
208.209 -{
208.210 - CoordinatesMap & cm;
208.211 - char xoy;
208.212 -
208.213 -public:
208.214 - CoordReaderMap(char xory, CoordinatesMap & coordmap);
208.215 - void set(Node node, double coord);
208.216 -};
208.217 -
208.218 -///The constructor expects for an xy NodeMap,
208.219 -///and we have to tell it, for which value
208.220 -///of the xy vector is responsible the actual
208.221 -///copy.
208.222 -CoordReaderMap::CoordReaderMap(char xory, CoordinatesMap & coordmap): cm(coordmap)
208.223 -{
208.224 - switch(xory)
208.225 - {
208.226 - case 'x':
208.227 - case 'y':
208.228 - xoy=xory;
208.229 - break;
208.230 - default:
208.231 - throw UninitializedParameter() ;
208.232 - }
208.233 -}
208.234 -
208.235 -///set method sets the appropriate value in the
208.236 -///xy type NodeMap that is under construction
208.237 -void CoordReaderMap::set(Node node, double coord)
208.238 -{
208.239 - switch(xoy)
208.240 - {
208.241 - case 'x':
208.242 - cm[node].x=coord;
208.243 - break;
208.244 - case 'y':
208.245 - cm[node].y=coord;
208.246 - break;
208.247 - default:
208.248 - throw UninitializedParameter() ;
208.249 - }
208.250 -}
208.251 -
208.252 -//main():
208.253 -
208.254 -int main(int argc, char *argv[])
208.255 -{
208.256 - if(argc<2)
208.257 - {
208.258 - std::cerr << "USAGE: gd <input filename.lgf>" << endl;
208.259 - return 0;
208.260 - }
208.261 -
208.262 - Coordinates coosvector;
208.263 -
208.264 - Graph g;
208.265 -
208.266 - CoordinatesMap cm(g);
208.267 - Graph::EdgeMap<double> cap(g);
208.268 -
208.269 - //we create one object to read x coordinates
208.270 - //and one to read y coordinate of nodes and write them to cm NodeMap.
208.271 - CoordReaderMap xreader('x',cm);
208.272 - CoordReaderMap yreader('y',cm);
208.273 -
208.274 - std::ifstream is(argv[1]);
208.275 -
208.276 - GraphReader<Graph> reader(is, g);
208.277 - reader.addNodeMap("coordinates_x", xreader);
208.278 - reader.addNodeMap("coordinates_y", yreader);
208.279 - reader.run();
208.280 -
208.281 - Gnome::Canvas::init();
208.282 - Gtk::Main app(argc, argv);
208.283 -
208.284 - MainWin mainwin("Displayed Graph", g, cm);
208.285 - app.run(mainwin);
208.286 -
208.287 - return 0;
208.288 -}
209.1 --- a/src/work/peter/graphocska.lgf Sun Apr 17 18:57:22 2005 +0000
209.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
209.3 @@ -1,39 +0,0 @@
209.4 -@nodeset
209.5 -id coordinates_x coordinates_y
209.6 -1 230 -80
209.7 -2 230 100
209.8 -3 120 -80
209.9 -4 120 100
209.10 -5 20 100
209.11 -6 20 -80
209.12 -7 -40 10
209.13 -8 -100 100
209.14 -9 -100 10
209.15 -10 -100 -80
209.16 -11 -200 -80
209.17 -12 -200 10
209.18 -13 -200 100
209.19 -14 -300 100
209.20 -15 -300 -80
209.21 -
209.22 -@edgeset
209.23 - cap
209.24 -15 14 1
209.25 -14 13 2
209.26 -13 12 3
209.27 -13 8 4
209.28 -12 11 5
209.29 -12 9 6
209.30 -11 10 7
209.31 -10 9 8
209.32 -10 7 9
209.33 -9 8 10
209.34 -7 6 11
209.35 -6 5 12
209.36 -6 3 13
209.37 -5 4 14
209.38 -4 3 15
209.39 -3 2 16
209.40 -2 1 17
209.41 -
209.42 -@end
209.43 \ No newline at end of file
210.1 --- a/src/work/peter/hierarchygraph.h Sun Apr 17 18:57:22 2005 +0000
210.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
210.3 @@ -1,581 +0,0 @@
210.4 -// -*- c++ -*-
210.5 -#ifndef LEMON_NET_GRAPH_H
210.6 -#define LEMON_NET_GRAPH_H
210.7 -
210.8 -///\file
210.9 -///\brief Declaration of HierarchyGraph.
210.10 -
210.11 -#include <lemon/invalid.h>
210.12 -#include <lemon/maps.h>
210.13 -
210.14 -/// The namespace of LEMON
210.15 -namespace lemon
210.16 -{
210.17 -
210.18 - // @defgroup empty_graph The HierarchyGraph class
210.19 - // @{
210.20 -
210.21 - /// A graph class in that a simple edge can represent a path.
210.22 -
210.23 - /// This class provides common features of a graph structure
210.24 - /// that represents a network. You can handle with it layers. This
210.25 - /// means that a node in one layer can be a complete network in a nother
210.26 - /// layer.
210.27 -
210.28 - template < class Gact, class Gsub > class HierarchyGraph
210.29 - {
210.30 -
210.31 - public:
210.32 -
210.33 - /// The actual layer
210.34 - Gact actuallayer;
210.35 -
210.36 -
210.37 - /// Map of the subnetworks in the sublayer
210.38 - /// The appropriate edge nodes are also stored here
210.39 -
210.40 - class SubNetwork
210.41 - {
210.42 -
210.43 - struct actedgesubnodestruct
210.44 - {
210.45 - typename Gact::Edge actedge;
210.46 - typename Gsub::Node subnode;
210.47 - };
210.48 -
210.49 - int edgenumber;
210.50 - bool connectable;
210.51 - Gact *actuallayer;
210.52 - typename Gact::Node * actuallayernode;
210.53 - Gsub *subnetwork;
210.54 - actedgesubnodestruct *assignments;
210.55 -
210.56 - public:
210.57 -
210.58 - int addAssignment (typename Gact::Edge actedge,
210.59 - typename Gsub::Node subnode)
210.60 - {
210.61 - if (!(actuallayer->valid (actedge)))
210.62 - {
210.63 - cerr << "The given edge is not in the given network!" << endl;
210.64 - return -1;
210.65 - }
210.66 - else if ((actuallayer->id (actuallayer->source (actedge)) !=
210.67 - actuallayer->id (*actuallayernode))
210.68 - && (actuallayer->id (actuallayer->target (actedge)) !=
210.69 - actuallayer->id (*actuallayernode)))
210.70 - {
210.71 - cerr << "The given edge does not connect to the given node!" <<
210.72 - endl;
210.73 - return -1;
210.74 - }
210.75 -
210.76 - if (!(subnetwork->valid (subnode)))
210.77 - {
210.78 - cerr << "The given node is not in the given network!" << endl;
210.79 - return -1;
210.80 - }
210.81 -
210.82 - int i = 0;
210.83 - //while in the array there is valid note that is not equvivalent with the one that would be noted increase i
210.84 - while ((i < edgenumber)
210.85 - && (actuallayer->valid (assignments[i].actedge))
210.86 - && (assignments[i].actedge != actedge))
210.87 - i++;
210.88 - if (assignments[i].actedge == actedge)
210.89 - {
210.90 - cout << "Warning: Redefinement of assigment!!!" << endl;
210.91 - }
210.92 - if (i == edgenumber)
210.93 - {
210.94 - cout <<
210.95 - "This case can't be!!! (because there should be the guven edge in the array already and the cycle had to stop)"
210.96 - << endl;
210.97 - }
210.98 - //if(!(actuallayer->valid(assignments[i].actedge))) //this condition is necessary if we do not obey redefinition
210.99 - {
210.100 - assignments[i].actedge = actedge;
210.101 - assignments[i].subnode = subnode;
210.102 - }
210.103 -
210.104 - /// If to all of the edges a subnode is assigned then the subnetwork is connectable (attachable?)
210.105 - /// We do not need to check for further attributes, because to notice an assignment we need
210.106 - /// all of them to be correctly initialised before.
210.107 - if (i == edgenumber - 1)
210.108 - connectable = 1;
210.109 -
210.110 - return 0;
210.111 - }
210.112 -
210.113 - int setSubNetwork (Gsub * sn)
210.114 - {
210.115 - subnetwork = sn;
210.116 - return 0;
210.117 - }
210.118 -
210.119 - int setActualLayer (Gact * al)
210.120 - {
210.121 - actuallayer = al;
210.122 - return 0;
210.123 - }
210.124 -
210.125 - int setActualLayerNode (typename Gact::Node * aln)
210.126 - {
210.127 - typename Gact::InEdgeIt iei;
210.128 - typename Gact::OutEdgeIt oei;
210.129 -
210.130 - actuallayernode = aln;
210.131 -
210.132 - edgenumber = 0;
210.133 -
210.134 - if (actuallayer)
210.135 - {
210.136 - for (iei = actuallayer->first (iei, (*actuallayernode));
210.137 - ((actuallayer->valid (iei))
210.138 - && (actuallayer->target (iei) == (*actuallayernode)));
210.139 - actuallayer->next (iei))
210.140 - {
210.141 - cout << actuallayer->id (actuallayer->
210.142 - source (iei)) << " " << actuallayer->
210.143 - id (actuallayer->target (iei)) << endl;
210.144 - edgenumber++;
210.145 - }
210.146 - //cout << "Number of in-edges: " << edgenumber << endl;
210.147 - for (oei = actuallayer->first (oei, (*actuallayernode));
210.148 - ((actuallayer->valid (oei))
210.149 - && (actuallayer->source (oei) == (*actuallayernode)));
210.150 - actuallayer->next (oei))
210.151 - {
210.152 - cout << actuallayer->id (actuallayer->
210.153 - source (oei)) << " " << actuallayer->
210.154 - id (actuallayer->target (oei)) << endl;
210.155 - edgenumber++;
210.156 - }
210.157 - //cout << "Number of in+out-edges: " << edgenumber << endl;
210.158 - assignments = new actedgesubnodestruct[edgenumber];
210.159 - for (int i = 0; i < edgenumber; i++)
210.160 - {
210.161 - assignments[i].actedge = INVALID;
210.162 - assignments[i].subnode = INVALID;
210.163 - }
210.164 - }
210.165 - else
210.166 - {
210.167 - cerr << "There is no actual layer defined yet!" << endl;
210.168 - return -1;
210.169 - }
210.170 -
210.171 - return 0;
210.172 - }
210.173 -
210.174 - SubNetwork ():edgenumber (0), connectable (false), actuallayer (NULL),
210.175 - actuallayernode (NULL), subnetwork (NULL),
210.176 - assignments (NULL)
210.177 - {
210.178 - }
210.179 -
210.180 - };
210.181 -
210.182 - typename Gact::template NodeMap < SubNetwork > subnetworks;
210.183 -
210.184 -
210.185 - /// Defalult constructor.
210.186 - /// We don't need any extra lines, because the actuallayer
210.187 - /// variable has run its constructor, when we have created this class
210.188 - /// So only the two maps has to be initialised here.
210.189 - HierarchyGraph ():subnetworks (actuallayer)
210.190 - {
210.191 - }
210.192 -
210.193 -
210.194 - ///Copy consructor.
210.195 - HierarchyGraph (const HierarchyGraph < Gact, Gsub > &HG):actuallayer (HG.actuallayer),
210.196 - subnetworks
210.197 - (actuallayer)
210.198 - {
210.199 - }
210.200 -
210.201 -
210.202 - /// The base type of the node iterators.
210.203 -
210.204 - /// This is the base type of each node iterators,
210.205 - /// thus each kind of node iterator will convert to this.
210.206 - /// The Node type of the HierarchyGraph is the Node type of the actual layer.
210.207 - typedef typename Gact::Node Node;
210.208 -
210.209 -
210.210 - /// This iterator goes through each node.
210.211 -
210.212 - /// Its usage is quite simple, for example you can count the number
210.213 - /// of nodes in graph \c G of type \c Graph like this:
210.214 - /// \code
210.215 - ///int count=0;
210.216 - ///for(Graph::NodeIt n(G);G.valid(n);G.next(n)) count++;
210.217 - /// \endcode
210.218 - /// The NodeIt type of the HierarchyGraph is the NodeIt type of the actual layer.
210.219 - typedef typename Gact::NodeIt NodeIt;
210.220 -
210.221 -
210.222 - /// The base type of the edge iterators.
210.223 - /// The Edge type of the HierarchyGraph is the Edge type of the actual layer.
210.224 - typedef typename Gact::Edge Edge;
210.225 -
210.226 -
210.227 - /// This iterator goes trough the outgoing edges of a node.
210.228 -
210.229 - /// This iterator goes trough the \e outgoing edges of a certain node
210.230 - /// of a graph.
210.231 - /// Its usage is quite simple, for example you can count the number
210.232 - /// of outgoing edges of a node \c n
210.233 - /// in graph \c G of type \c Graph as follows.
210.234 - /// \code
210.235 - ///int count=0;
210.236 - ///for(Graph::OutEdgeIt e(G,n);G.valid(e);G.next(e)) count++;
210.237 - /// \endcode
210.238 - /// The OutEdgeIt type of the HierarchyGraph is the OutEdgeIt type of the actual layer.
210.239 - typedef typename Gact::OutEdgeIt OutEdgeIt;
210.240 -
210.241 -
210.242 - /// This iterator goes trough the incoming edges of a node.
210.243 -
210.244 - /// This iterator goes trough the \e incoming edges of a certain node
210.245 - /// of a graph.
210.246 - /// Its usage is quite simple, for example you can count the number
210.247 - /// of outgoing edges of a node \c n
210.248 - /// in graph \c G of type \c Graph as follows.
210.249 - /// \code
210.250 - ///int count=0;
210.251 - ///for(Graph::InEdgeIt e(G,n);G.valid(e);G.next(e)) count++;
210.252 - /// \endcode
210.253 - /// The InEdgeIt type of the HierarchyGraph is the InEdgeIt type of the actual layer.
210.254 - typedef typename Gact::InEdgeIt InEdgeIt;
210.255 -
210.256 -
210.257 - /// This iterator goes through each edge.
210.258 -
210.259 - /// This iterator goes through each edge of a graph.
210.260 - /// Its usage is quite simple, for example you can count the number
210.261 - /// of edges in a graph \c G of type \c Graph as follows:
210.262 - /// \code
210.263 - ///int count=0;
210.264 - ///for(Graph::EdgeIt e(G);G.valid(e);G.next(e)) count++;
210.265 - /// \endcode
210.266 - /// The EdgeIt type of the HierarchyGraph is the EdgeIt type of the actual layer.
210.267 - typedef typename Gact::EdgeIt EdgeIt;
210.268 -
210.269 -
210.270 - /// First node of the graph.
210.271 -
210.272 - /// \retval i the first node.
210.273 - /// \return the first node.
210.274 - typename Gact::NodeIt & first (typename Gact::NodeIt & i) const
210.275 - {
210.276 - return actuallayer.first (i);
210.277 - }
210.278 -
210.279 -
210.280 - /// The first incoming edge.
210.281 - typename Gact::InEdgeIt & first (typename Gact::InEdgeIt & i,
210.282 - typename Gact::Node) const
210.283 - {
210.284 - return actuallayer.first (i);
210.285 - }
210.286 -
210.287 -
210.288 - /// The first outgoing edge.
210.289 - typename Gact::OutEdgeIt & first (typename Gact::OutEdgeIt & i,
210.290 - typename Gact::Node) const
210.291 - {
210.292 - return actuallayer.first (i);
210.293 - }
210.294 -
210.295 -
210.296 - // SymEdgeIt &first(SymEdgeIt &, Node) const { return i;}
210.297 - /// The first edge of the Graph.
210.298 - typename Gact::EdgeIt & first (typename Gact::EdgeIt & i) const
210.299 - {
210.300 - return actuallayer.first (i);
210.301 - }
210.302 -
210.303 -
210.304 -// Node getNext(Node) const {}
210.305 -// InEdgeIt getNext(InEdgeIt) const {}
210.306 -// OutEdgeIt getNext(OutEdgeIt) const {}
210.307 -// //SymEdgeIt getNext(SymEdgeIt) const {}
210.308 -// EdgeIt getNext(EdgeIt) const {}
210.309 -
210.310 -
210.311 - /// Go to the next node.
210.312 - typename Gact::NodeIt & next (typename Gact::NodeIt & i) const
210.313 - {
210.314 - return actuallayer.next (i);
210.315 - }
210.316 - /// Go to the next incoming edge.
210.317 - typename Gact::InEdgeIt & next (typename Gact::InEdgeIt & i) const
210.318 - {
210.319 - return actuallayer.next (i);
210.320 - }
210.321 - /// Go to the next outgoing edge.
210.322 - typename Gact::OutEdgeIt & next (typename Gact::OutEdgeIt & i) const
210.323 - {
210.324 - return actuallayer.next (i);
210.325 - }
210.326 - //SymEdgeIt &next(SymEdgeIt &) const {}
210.327 - /// Go to the next edge.
210.328 - typename Gact::EdgeIt & next (typename Gact::EdgeIt & i) const
210.329 - {
210.330 - return actuallayer.next (i);
210.331 - }
210.332 -
210.333 - ///Gives back the target node of an edge.
210.334 - typename Gact::Node target (typename Gact::Edge edge) const
210.335 - {
210.336 - return actuallayer.target (edge);
210.337 - }
210.338 - ///Gives back the source node of an edge.
210.339 - typename Gact::Node source (typename Gact::Edge edge) const
210.340 - {
210.341 - return actuallayer.source (edge);
210.342 - }
210.343 -
210.344 - // Node aNode(InEdgeIt) const {}
210.345 - // Node aNode(OutEdgeIt) const {}
210.346 - // Node aNode(SymEdgeIt) const {}
210.347 -
210.348 - // Node bNode(InEdgeIt) const {}
210.349 - // Node bNode(OutEdgeIt) const {}
210.350 - // Node bNode(SymEdgeIt) const {}
210.351 -
210.352 - /// Checks if a node iterator is valid
210.353 -
210.354 - ///\todo Maybe, it would be better if iterator converted to
210.355 - ///bool directly, as Jacint prefers.
210.356 - bool valid (const typename Gact::Node & node) const
210.357 - {
210.358 - return actuallayer.valid (node);
210.359 - }
210.360 - /// Checks if an edge iterator is valid
210.361 -
210.362 - ///\todo Maybe, it would be better if iterator converted to
210.363 - ///bool directly, as Jacint prefers.
210.364 - bool valid (const typename Gact::Edge & edge) const
210.365 - {
210.366 - return actuallayer.valid (edge);
210.367 - }
210.368 -
210.369 - ///Gives back the \e id of a node.
210.370 -
210.371 - ///\warning Not all graph structures provide this feature.
210.372 - ///
210.373 - int id (const typename Gact::Node & node) const
210.374 - {
210.375 - return actuallayer.id (node);
210.376 - }
210.377 - ///Gives back the \e id of an edge.
210.378 -
210.379 - ///\warning Not all graph structures provide this feature.
210.380 - ///
210.381 - int id (const typename Gact::Edge & edge) const
210.382 - {
210.383 - return actuallayer.id (edge);
210.384 - }
210.385 -
210.386 - //void setInvalid(Node &) const {};
210.387 - //void setInvalid(Edge &) const {};
210.388 -
210.389 - ///Add a new node to the graph.
210.390 -
210.391 - /// \return the new node.
210.392 - ///
210.393 - typename Gact::Node addNode ()
210.394 - {
210.395 - return actuallayer.addNode ();
210.396 - }
210.397 - ///Add a new edge to the graph.
210.398 -
210.399 - ///Add a new edge to the graph with source node \c source
210.400 - ///and target node \c target.
210.401 - ///\return the new edge.
210.402 - typename Gact::Edge addEdge (typename Gact::Node node1,
210.403 - typename Gact::Node node2)
210.404 - {
210.405 - return actuallayer.addEdge (node1, node2);
210.406 - }
210.407 -
210.408 - /// Resets the graph.
210.409 -
210.410 - /// This function deletes all edges and nodes of the graph.
210.411 - /// It also frees the memory allocated to store them.
210.412 - void clear ()
210.413 - {
210.414 - actuallayer.clear ();
210.415 - }
210.416 -
210.417 - int nodeNum () const
210.418 - {
210.419 - return actuallayer.nodeNum ();
210.420 - }
210.421 - int edgeNum () const
210.422 - {
210.423 - return actuallayer.edgeNum ();
210.424 - }
210.425 -
210.426 - ///Read/write/reference map of the nodes to type \c T.
210.427 -
210.428 - ///Read/write/reference map of the nodes to type \c T.
210.429 - /// \sa MemoryMap
210.430 - /// \todo We may need copy constructor
210.431 - /// \todo We may need conversion from other nodetype
210.432 - /// \todo We may need operator=
210.433 - /// \warning Making maps that can handle bool type (NodeMap<bool>)
210.434 - /// needs extra attention!
210.435 -
210.436 - template < class T > class NodeMap
210.437 - {
210.438 - public:
210.439 - typedef T Value;
210.440 - typedef Node Key;
210.441 -
210.442 - NodeMap (const HierarchyGraph &)
210.443 - {
210.444 - }
210.445 - NodeMap (const HierarchyGraph &, T)
210.446 - {
210.447 - }
210.448 -
210.449 - template < typename TT > NodeMap (const NodeMap < TT > &)
210.450 - {
210.451 - }
210.452 -
210.453 - /// Sets the value of a node.
210.454 -
210.455 - /// Sets the value associated with node \c i to the value \c t.
210.456 - ///
210.457 - void set (Node, T)
210.458 - {
210.459 - }
210.460 - // Gets the value of a node.
210.461 - //T get(Node i) const {return *(T*)0;} //FIXME: Is it necessary?
210.462 - T & operator[](Node)
210.463 - {
210.464 - return *(T *) 0;
210.465 - }
210.466 - const T & operator[] (Node) const
210.467 - {
210.468 - return *(T *) 0;
210.469 - }
210.470 -
210.471 - /// Updates the map if the graph has been changed
210.472 -
210.473 - /// \todo Do we need this?
210.474 - ///
210.475 - void update ()
210.476 - {
210.477 - }
210.478 - void update (T a)
210.479 - {
210.480 - } //FIXME: Is it necessary
210.481 - };
210.482 -
210.483 - ///Read/write/reference map of the edges to type \c T.
210.484 -
210.485 - ///Read/write/reference map of the edges to type \c T.
210.486 - ///It behaves exactly in the same way as \ref NodeMap.
210.487 - /// \sa NodeMap
210.488 - /// \sa MemoryMap
210.489 - /// \todo We may need copy constructor
210.490 - /// \todo We may need conversion from other edgetype
210.491 - /// \todo We may need operator=
210.492 - template < class T > class EdgeMap
210.493 - {
210.494 - public:
210.495 - typedef T Value;
210.496 - typedef Edge Key;
210.497 -
210.498 - EdgeMap (const HierarchyGraph &)
210.499 - {
210.500 - }
210.501 - EdgeMap (const HierarchyGraph &, T)
210.502 - {
210.503 - }
210.504 -
210.505 - ///\todo It can copy between different types.
210.506 - ///
210.507 - template < typename TT > EdgeMap (const EdgeMap < TT > &)
210.508 - {
210.509 - }
210.510 -
210.511 - void set (Edge, T)
210.512 - {
210.513 - }
210.514 - //T get(Edge) const {return *(T*)0;}
210.515 - T & operator[](Edge)
210.516 - {
210.517 - return *(T *) 0;
210.518 - }
210.519 - const T & operator[] (Edge) const
210.520 - {
210.521 - return *(T *) 0;
210.522 - }
210.523 -
210.524 - void update ()
210.525 - {
210.526 - }
210.527 - void update (T a)
210.528 - {
210.529 - } //FIXME: Is it necessary
210.530 - };
210.531 - };
210.532 -
210.533 - /// An empty erasable graph class.
210.534 -
210.535 - /// This class provides all the common features of an \e erasable graph
210.536 - /// structure,
210.537 - /// however completely without implementations and real data structures
210.538 - /// behind the interface.
210.539 - /// All graph algorithms should compile with this class, but it will not
210.540 - /// run properly, of course.
210.541 - ///
210.542 - /// \todo This blabla could be replaced by a sepatate description about
210.543 - /// s.
210.544 - ///
210.545 - /// It can be used for checking the interface compatibility,
210.546 - /// or it can serve as a skeleton of a new graph structure.
210.547 - ///
210.548 - /// Also, you will find here the full documentation of a certain graph
210.549 - /// feature, the documentation of a real graph imlementation
210.550 - /// like @ref ListGraph or
210.551 - /// @ref SmartGraph will just refer to this structure.
210.552 -template < typename Gact, typename Gsub > class ErasableHierarchyGraph:public HierarchyGraph < Gact,
210.553 - Gsub
210.554 - >
210.555 - {
210.556 - public:
210.557 - /// Deletes a node.
210.558 - void erase (typename Gact::Node n)
210.559 - {
210.560 - actuallayer.erase (n);
210.561 - }
210.562 - /// Deletes an edge.
210.563 - void erase (typename Gact::Edge e)
210.564 - {
210.565 - actuallayer.erase (e);
210.566 - }
210.567 -
210.568 - /// Defalult constructor.
210.569 - ErasableHierarchyGraph ()
210.570 - {
210.571 - }
210.572 - ///Copy consructor.
210.573 - ErasableHierarchyGraph (const HierarchyGraph < Gact, Gsub > &EPG)
210.574 - {
210.575 - }
210.576 - };
210.577 -
210.578 -
210.579 - // @}
210.580 -
210.581 -} //namespace lemon
210.582 -
210.583 -
210.584 -#endif // LEMON_SKELETON_GRAPH_H
211.1 --- a/src/work/peter/hierarchygraph_test.cc Sun Apr 17 18:57:22 2005 +0000
211.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
211.3 @@ -1,89 +0,0 @@
211.4 -#include <string>
211.5 -#include <iostream>
211.6 -#include <stdio.h>
211.7 -
211.8 -#include "hierarchygraph.h"
211.9 -#include <lemon/list_graph.h>
211.10 -#include <lemon/smart_graph.h>
211.11 -#include <path.h>
211.12 -
211.13 -using namespace lemon;
211.14 -using namespace std;
211.15 -
211.16 -bool passed = true;
211.17 -
211.18 -void check(bool rc) {
211.19 - passed = passed && rc;
211.20 - if(!rc) {
211.21 - cout << "Test failed!" << endl;
211.22 - }
211.23 -}
211.24 -
211.25 -int main()
211.26 -{
211.27 - HierarchyGraph<SmartGraph, ListGraph> HGr;
211.28 - ListGraph subnetwork, othernetwork;
211.29 - typedef HierarchyGraph<SmartGraph, ListGraph>::Node Node;
211.30 - typedef HierarchyGraph<SmartGraph, ListGraph>::Edge Edge;
211.31 - typedef HierarchyGraph<SmartGraph, ListGraph>::SubNetwork Sntype;
211.32 -
211.33 - Node n0, n1, n2;
211.34 - Edge e0, e1, e2, e3, e4, e5;
211.35 -
211.36 - ListGraph::Node sn0, sn1, on0;
211.37 - ListGraph::Edge se0;
211.38 -
211.39 - n0=HGr.addNode();
211.40 -
211.41 - cout << "Az n0 id-je: " << HGr.actuallayer.id(n0) << endl;
211.42 -
211.43 - n1=HGr.addNode();
211.44 - n2=HGr.addNode();
211.45 -
211.46 - e0=HGr.addEdge(n0,n1);
211.47 - e1=HGr.addEdge(n1,n0);
211.48 - e2=HGr.addEdge(n0,n2);
211.49 - e3=HGr.addEdge(n2,n0);
211.50 - e4=HGr.addEdge(n1,n2);
211.51 - e5=HGr.addEdge(n2,n1);
211.52 -
211.53 - sn0=subnetwork.addNode();
211.54 - sn1=subnetwork.addNode();
211.55 - se0=subnetwork.addEdge(sn0,sn1);
211.56 -
211.57 - Sntype sn;
211.58 - sn.setActualLayer(&(HGr.actuallayer));
211.59 - sn.setActualLayerNode(&(n0));
211.60 - sn.addAssignment(e0, sn0);
211.61 - sn.addAssignment(e1, sn1);
211.62 - sn.addAssignment(e2, sn1);
211.63 - sn.addAssignment(e3, sn0);
211.64 - sn.addAssignment(e1, sn0);
211.65 - sn.addAssignment(e5, sn0);
211.66 -
211.67 -
211.68 -
211.69 - on0=othernetwork.addNode();
211.70 -
211.71 - cout << "ID of a node from a different graph: " << subnetwork.id(on0) << endl;
211.72 - cout << "ID of a node in its graph: " << othernetwork.id(on0) << endl;
211.73 - cout << "ID of a node from a graph: " << subnetwork.id(sn0) << endl;
211.74 -
211.75 - ListGraph::NodeIt snni;
211.76 - //ListGraph::Node snn;
211.77 -
211.78 - for(subnetwork.first(snni);subnetwork.valid(snni);subnetwork.next(snni))
211.79 - {
211.80 - if(snni==on0)
211.81 - {
211.82 - cout << "Nem jo, megtalalta az idegen node-ot sajat haloban, pedig azt nem szabad!!!"
211.83 - << subnetwork.id(snni) << subnetwork.id(on0) << othernetwork.id(snni) << othernetwork.id(on0) << endl;
211.84 - }
211.85 - else cout << "ID:" << subnetwork.id(snni) << endl;
211.86 -
211.87 - }
211.88 -
211.89 -
211.90 - HGr.subnetworks[n0]=sn;
211.91 -
211.92 -}
212.1 --- a/src/work/peter/magic_plane_figure.cc Sun Apr 17 18:57:22 2005 +0000
212.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
212.3 @@ -1,269 +0,0 @@
212.4 -// This example was started by Guillaume Laurent.
212.5 -// It has become a place to dump code that tests parts of the
212.6 -// gnomemm canvas code. Little thought has been given to the
212.7 -// actual on-screen output.
212.8 -
212.9 -#include <libgnomecanvasmm.h>
212.10 -#include <libgnomecanvasmm/polygon.h>
212.11 -#include <iostream>
212.12 -#include <lemon/list_graph.h>
212.13 -
212.14 -class CanvasExample : public Gnome::Canvas::CanvasAA
212.15 -{
212.16 - typedef Gnome::Canvas::CanvasAA Parent;
212.17 -
212.18 -public:
212.19 - CanvasExample(double *, int);
212.20 - virtual ~CanvasExample();
212.21 -
212.22 -private:
212.23 -
212.24 - ///Event handler function that handles dragging nodes of triangle
212.25 - bool event_handler(GdkEvent* e, int b);
212.26 -
212.27 - ///Event handler function that handles dragging triangle
212.28 - bool tri_mover(GdkEvent* e);
212.29 -
212.30 - ///Coordinates of Weight Point of tirangle
212.31 - Gnome::Art::Point * wp;
212.32 - ///Array of nodes of planefigure
212.33 - Gnome::Canvas::Ellipse ** nodes;
212.34 - ///Sides of planefigure
212.35 - Gnome::Canvas::Polygon * sides;
212.36 - ///Group of graphical elements of triangle
212.37 - Gnome::Canvas::Group triangle;
212.38 -
212.39 - ///Indicates whether the button of mouse is pressed or not
212.40 - bool isbutton;
212.41 -
212.42 - ///Number Of Elements - the number of nodes
212.43 - int noe;
212.44 -
212.45 - ///Array of coordinates
212.46 - double * coordinates;
212.47 -
212.48 - ///At this location was the mousebutton pressed.
212.49 - ///It helps to calculate the distance of dragging.
212.50 - double clicked_x, clicked_y;
212.51 -
212.52 - ///Remembers which Gnome::Canvas::Item was pressed.
212.53 - ///this variable is needed, because
212.54 - ///1. we cannot query the item at he cursor as fast as it could not cause a Segmentation Fault
212.55 - ///2. we would like to handle only ony item per movement, therefore quering it is not a working solution
212.56 - Gnome::Canvas::Item * active_item;
212.57 -
212.58 -
212.59 -};
212.60 -
212.61 -///When we click on the weight point we can drag the whole triangle. This function resolves it.
212.62 -bool CanvasExample::tri_mover(GdkEvent* e)
212.63 -{
212.64 - switch(e->type)
212.65 - {
212.66 - case GDK_BUTTON_PRESS:
212.67 - clicked_x=e->button.x;
212.68 - clicked_y=e->button.y;
212.69 - isbutton=true;
212.70 - break;
212.71 - case GDK_BUTTON_RELEASE:
212.72 - isbutton=false;
212.73 - active_item=NULL;
212.74 - break;
212.75 - case GDK_MOTION_NOTIFY:
212.76 - if(isbutton)
212.77 - {
212.78 - double dx=e->motion.x-clicked_x;
212.79 - double dy=e->motion.y-clicked_y;
212.80 -
212.81 - Gnome::Canvas::Points coos;
212.82 -
212.83 - for(int i=0;i<=noe;i++)
212.84 - {
212.85 - nodes[i]->move(dx,dy);
212.86 -
212.87 - double x=(coordinates[2*i]+=dx);
212.88 - double y=(coordinates[2*i+1]+=dy);
212.89 -
212.90 - if(i!=noe)coos.push_back(Gnome::Art::Point(x,y));
212.91 -
212.92 - }
212.93 -
212.94 - clicked_x=e->motion.x;
212.95 - clicked_y=e->motion.y;
212.96 -
212.97 - sides->property_points().set_value(coos);
212.98 - }
212.99 - default: break;
212.100 - }
212.101 - return true;
212.102 -}
212.103 -
212.104 -///This function moves only one node of triangle,
212.105 -///but recalculate the location of wight point,
212.106 -///and also redraw the sides of the planefigure.
212.107 -bool CanvasExample::event_handler(GdkEvent* e, int b)
212.108 -{
212.109 - switch(e->type)
212.110 - {
212.111 - case GDK_BUTTON_PRESS:
212.112 - clicked_x=e->button.x;
212.113 - clicked_y=e->button.y;
212.114 - active_item=(get_item_at(e->button.x, e->button.y));
212.115 - isbutton=true;
212.116 - break;
212.117 - case GDK_BUTTON_RELEASE:
212.118 - isbutton=false;
212.119 - active_item=NULL;
212.120 - break;
212.121 - case GDK_MOTION_NOTIFY:
212.122 - if(isbutton)
212.123 - {
212.124 - //double x1, y1, x2, y2;
212.125 - //(get_item_at(e->motion.x, e->motion.y))->get_bounds(x1, y1, x2, y2);
212.126 - //printf("Item coos: %d %d %d %d\n", (int)x1, (int)y1, (int)x2, (int)y2);
212.127 - //printf("Mouse is moved! %d %d\n",(int)e->motion.x,(int)e->motion.y);
212.128 - double dx=e->motion.x-clicked_x;
212.129 - double dy=e->motion.y-clicked_y;
212.130 - active_item->move(dx, dy);
212.131 -
212.132 - coordinates[2*b]+=dx;
212.133 - coordinates[2*b+1]+=dy;
212.134 -
212.135 - Gnome::Canvas::Points coos;
212.136 -
212.137 - double x_wp=0;
212.138 - double y_wp=0;
212.139 -
212.140 - for(int i=0;i<noe;i++)
212.141 - {
212.142 - coos.push_back(Gnome::Art::Point(coordinates[2*i], coordinates[2*i+1]));
212.143 -
212.144 - x_wp+=coordinates[2*i];
212.145 - y_wp+=coordinates[2*i+1];
212.146 - }
212.147 -
212.148 - sides->property_points().set_value(coos);
212.149 -
212.150 - x_wp/=noe;
212.151 - y_wp/=noe;
212.152 -
212.153 - dx=x_wp-coordinates[noe*2];
212.154 - dy=y_wp-coordinates[noe*2+1];
212.155 - nodes[noe]->move(dx, dy);
212.156 -
212.157 - coordinates[noe*2]+=dx;
212.158 - coordinates[noe*2+1]+=dy;
212.159 -
212.160 - clicked_x=e->motion.x;
212.161 - clicked_y=e->motion.y;
212.162 - }
212.163 - default: break;
212.164 - }
212.165 - return true;
212.166 -}
212.167 -
212.168 -CanvasExample::CanvasExample(double * coosarray, int numofcoos):triangle(*(root()), 0, 0),isbutton(false),active_item(NULL)
212.169 -{
212.170 - noe=numofcoos/2;
212.171 -
212.172 - coordinates=new double [numofcoos+2];
212.173 -
212.174 - double x_wp=0;
212.175 - double y_wp=0;
212.176 -
212.177 - Gnome::Canvas::Points coos;
212.178 - for(int i=0;i<numofcoos;i+=2)
212.179 - {
212.180 - coordinates[i]=coosarray[i];
212.181 - coordinates[i+1]=coosarray[i+1];
212.182 - coos.push_back(Gnome::Art::Point(coordinates[i],
212.183 - coordinates[i+1]));
212.184 -
212.185 - x_wp+=coordinates[i];
212.186 - y_wp+=coordinates[i+1];
212.187 -
212.188 - }
212.189 -
212.190 - sides=new Gnome::Canvas::Polygon(triangle, coos);
212.191 - *sides << Gnome::Canvas::Properties::outline_color("green");
212.192 - sides->property_width_pixels().set_value(10);
212.193 -
212.194 - nodes=new Gnome::Canvas::Ellipse* [noe+1];
212.195 -
212.196 - for(int i=0; i<noe;i++)
212.197 - {
212.198 - nodes[i]= new Gnome::Canvas::Ellipse(triangle, coos[i].get_x()-20, coos[i].get_y()-20, coos[i].get_x()+20, coos[i].get_y()+20);
212.199 - *(nodes[i]) << Gnome::Canvas::Properties::fill_color("blue");
212.200 - *(nodes[i]) << Gnome::Canvas::Properties::outline_color("black");
212.201 - (nodes[i])->signal_event().connect(sigc::bind(sigc::mem_fun(*this, &CanvasExample::event_handler),i));
212.202 - }
212.203 -
212.204 - coordinates[numofcoos]=x_wp/noe;
212.205 - coordinates[numofcoos+1]=y_wp/noe;
212.206 -
212.207 - wp=new Gnome::Art::Point(coordinates[numofcoos],coordinates[numofcoos+1]);
212.208 -
212.209 - nodes[noe]= new Gnome::Canvas::Ellipse
212.210 - (
212.211 - triangle,
212.212 - coordinates[numofcoos]-20,
212.213 - coordinates[numofcoos+1]-20,
212.214 - coordinates[numofcoos]+20,
212.215 - coordinates[numofcoos+1]+20
212.216 - );
212.217 - *(nodes[noe]) << Gnome::Canvas::Properties::fill_color("blue");
212.218 - *(nodes[noe]) << Gnome::Canvas::Properties::outline_color("black");
212.219 - (nodes[noe])->signal_event().connect(sigc::mem_fun(*this, &CanvasExample::tri_mover));
212.220 -
212.221 -
212.222 -
212.223 -}
212.224 -
212.225 -CanvasExample::~CanvasExample()
212.226 -{
212.227 -}
212.228 -
212.229 -//MainWin:
212.230 -
212.231 -class MainWin : public Gtk::Window
212.232 -{
212.233 -public:
212.234 - MainWin(const std::string& title, double *, int);
212.235 -
212.236 -protected:
212.237 - //Member widgets:
212.238 - CanvasExample m_canvas;
212.239 -};
212.240 -
212.241 -MainWin::MainWin(const std::string& title, double * coosarray, int noc):m_canvas(coosarray, noc)
212.242 -{
212.243 - set_title (title);
212.244 - add(m_canvas);
212.245 - set_default_size(900,600);
212.246 -
212.247 - show_all();
212.248 -}
212.249 -
212.250 -//main():
212.251 -
212.252 -int main(int argc, char *argv[])
212.253 -{
212.254 - if((argc>=7)&& (argc%2) )
212.255 - {
212.256 - double * coosarray=new double[argc];
212.257 -
212.258 - for(int i=1;i<argc;i++)
212.259 - {
212.260 - coosarray[i-1]=atof(argv[i]);
212.261 - printf("%g%c",coosarray[i-1],i%2?' ':'\n');
212.262 - }
212.263 -
212.264 - Gnome::Canvas::init();
212.265 - Gtk::Main app(argc, argv);
212.266 -
212.267 - MainWin mainwin("Magic Triangle",coosarray,argc-1);
212.268 - app.run(mainwin);
212.269 - }
212.270 -
212.271 - return 0;
212.272 -}
213.1 --- a/src/work/peter/path/comments Sun Apr 17 18:57:22 2005 +0000
213.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
213.3 @@ -1,11 +0,0 @@
213.4 -path_test
213.5 - 124. sorban ki van szedve a "e<<", mert nem foditotta a cucli
213.6 - 9. sorba kell a skeleton namespace, ha a skeletonnal akarjuk forditani, kulonben nem
213.7 - 154. sor: a skeletonban nincsen nth. whattodo?
213.8 -
213.9 -path_skeleton
213.10 - 31. sorabol ki van szedve egy typename!!
213.11 - 169. sorba beraktam egy Path ojjektumot, mert ott azt valakinek parameterkent kell kapnia
213.12 - masik lehetoseg lett volna, hogy kiszedem ott azt abbol a fuggveny fej utani torzs elotti reszbol
213.13 - 56. es 61. sorban a head es a tail eljarasok gondolom a from es a to eredeti eljarast kivanjak helyettesiteni
213.14 - de azok Node-ot adtak vissza, nem pedig iteratort, ezert azt atirtam.
213.15 \ No newline at end of file
214.1 --- a/src/work/peter/path/debug.h Sun Apr 17 18:57:22 2005 +0000
214.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
214.3 @@ -1,56 +0,0 @@
214.4 -// -*- C++ -*- //
214.5 -
214.6 -#ifndef LEMON_DEBUG_H
214.7 -#define LEMON_DEBUG_H
214.8 -
214.9 -//! \file
214.10 -//! \brief Basic definitions for debug control.
214.11 -
214.12 -namespace lemon {
214.13 -
214.14 - //! Debug mode for testing/debugging
214.15 -
214.16 - //! Use this debug mode if you want exhaustive range and consistency checks.
214.17 - //! It also produces verbose debug messages.
214.18 - struct DebugOn {
214.19 - //! Example: check whether the edges added to a path are adjacent
214.20 - static const bool consistensy_check = true;
214.21 -
214.22 - static const bool range_check = true;
214.23 -
214.24 - //! Examples: initialize maps with some value;
214.25 - //! after deleting an item from UnionFindEnum set its value in the
214.26 - //! corresponding map to NULL...
214.27 - static const bool ensure_safe_state = true;
214.28 -
214.29 - static const int verbose = 5;
214.30 - };
214.31 -
214.32 - //! Debug mode for turning off debug aids.
214.33 -
214.34 - //! This debud mode switches off all range and consistency checks,
214.35 - //! as well as the debug messages.
214.36 - //!
214.37 - struct DebugOff {
214.38 - static const bool consistensy_check = false;
214.39 - static const bool range_check = false;
214.40 - static const bool ensure_safe_state = false;
214.41 - static const int verbose = 0;
214.42 - };
214.43 -
214.44 -#ifdef DEBUG
214.45 - //! The default debug mode.
214.46 -
214.47 - //! The default debug mode.
214.48 - //!
214.49 - typedef DebugOn DefaultDebugMode;
214.50 -#else
214.51 - //! The default debug mode.
214.52 -
214.53 - //! The default debug mode.
214.54 - //!
214.55 - typedef DebugOff DefaultDebugMode;
214.56 -#endif
214.57 -
214.58 -}
214.59 -#endif // LEMON_DEBUG_H
215.1 --- a/src/work/peter/path/path.h Sun Apr 17 18:57:22 2005 +0000
215.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
215.3 @@ -1,1174 +0,0 @@
215.4 -// -*- c++ -*- //
215.5 -
215.6 -/**
215.7 -@defgroup paths Path Structures
215.8 -@ingroup datas
215.9 -\brief Path structures implemented in LEMON.
215.10 -
215.11 -LEMON provides flexible data structures
215.12 -to work with paths.
215.13 -
215.14 -All of them have the same interface, especially they can be built or extended
215.15 -using a standard Builder subclass. This make is easy to have e.g. the Dijkstra
215.16 -algorithm to store its result in any kind of path structure.
215.17 -
215.18 -\sa lemon::concept::Path
215.19 -
215.20 -*/
215.21 -
215.22 -///\ingroup paths
215.23 -///\file
215.24 -///\brief Classes for representing paths in graphs.
215.25 -
215.26 -#ifndef LEMON_PATH_H
215.27 -#define LEMON_PATH_H
215.28 -
215.29 -#include <deque>
215.30 -#include <vector>
215.31 -#include <algorithm>
215.32 -
215.33 -#include <lemon/invalid.h>
215.34 -#include <lemon/error.h>
215.35 -#include <debug.h>
215.36 -
215.37 -namespace lemon {
215.38 -
215.39 - /// \addtogroup paths
215.40 - /// @{
215.41 -
215.42 -
215.43 - //! \brief A structure for representing directed paths in a graph.
215.44 - //!
215.45 - //! A structure for representing directed path in a graph.
215.46 - //! \param Graph The graph type in which the path is.
215.47 - //! \param DM DebugMode, defaults to DefaultDebugMode.
215.48 - //!
215.49 - //! In a sense, the path can be treated as a graph, for is has \c NodeIt
215.50 - //! and \c EdgeIt with the same usage. These types converts to the \c Node
215.51 - //! and \c Edge of the original graph.
215.52 - //!
215.53 - //! \todo Thoroughfully check all the range and consistency tests.
215.54 - template<typename Graph, typename DM = DefaultDebugMode>
215.55 - class DirPath {
215.56 - public:
215.57 - /// Edge type of the underlying graph.
215.58 - typedef typename Graph::Edge GraphEdge;
215.59 - /// Node type of the underlying graph.
215.60 - typedef typename Graph::Node GraphNode;
215.61 - class NodeIt;
215.62 - class EdgeIt;
215.63 -
215.64 - protected:
215.65 - const Graph *gr;
215.66 - typedef std::vector<GraphEdge> Container;
215.67 - Container edges;
215.68 -
215.69 - public:
215.70 -
215.71 - /// \param _G The graph in which the path is.
215.72 - ///
215.73 - DirPath(const Graph &_G) : gr(&_G) {}
215.74 -
215.75 - /// \brief Subpath constructor.
215.76 - ///
215.77 - /// Subpath defined by two nodes.
215.78 - /// \warning It is an error if the two edges are not in order!
215.79 - DirPath(const DirPath &P, const NodeIt &a, const NodeIt &b) {
215.80 - if( DM::range_check && (!a.valid() || !b.valid) ) {
215.81 - // FIXME: this check should be more elaborate...
215.82 - fault("DirPath, subpath ctor: invalid bounding nodes");
215.83 - }
215.84 - gr = P.gr;
215.85 - edges.insert(edges.end(), P.edges.begin()+a.idx, P.edges.begin()+b.idx);
215.86 - }
215.87 -
215.88 - /// \brief Subpath constructor.
215.89 - ///
215.90 - /// Subpath defined by two edges. Contains edges in [a,b)
215.91 - /// \warning It is an error if the two edges are not in order!
215.92 - DirPath(const DirPath &P, const EdgeIt &a, const EdgeIt &b) {
215.93 - if( DM::range_check && (!a.valid() || !b.valid) ) {
215.94 - // FIXME: this check should be more elaborate...
215.95 - fault("DirPath, subpath ctor: invalid bounding nodes");
215.96 - }
215.97 - gr = P.gr;
215.98 - edges.insert(edges.end(), P.edges.begin()+a.idx, P.edges.begin()+b.idx);
215.99 - }
215.100 -
215.101 - /// Length of the path.
215.102 - size_t length() const { return edges.size(); }
215.103 - /// Returns whether the path is empty.
215.104 - bool empty() const { return edges.empty(); }
215.105 -
215.106 - /// Resets the path to an empty path.
215.107 - void clear() { edges.clear(); }
215.108 -
215.109 - /// \brief Starting point of the path.
215.110 - ///
215.111 - /// Starting point of the path.
215.112 - /// Returns INVALID if the path is empty.
215.113 - GraphNode from() const {
215.114 - return empty() ? INVALID : gr->source(edges[0]);
215.115 - }
215.116 - /// \brief End point of the path.
215.117 - ///
215.118 - /// End point of the path.
215.119 - /// Returns INVALID if the path is empty.
215.120 - GraphNode to() const {
215.121 - return empty() ? INVALID : gr->target(edges[length()-1]);
215.122 - }
215.123 -
215.124 - /// \brief Initializes node or edge iterator to point to the first
215.125 - /// node or edge.
215.126 - ///
215.127 - /// \sa nth
215.128 - template<typename It>
215.129 - It& first(It &i) const { return i=It(*this); }
215.130 -
215.131 - /// \brief Initializes node iterator to point to the node of a given index.
215.132 - NodeIt& nth(NodeIt &i, int n) const {
215.133 - if( DM::range_check && (n<0 || n>int(length())) )
215.134 - fault("DirPath::nth: index out of range");
215.135 - return i=NodeIt(*this, n);
215.136 - }
215.137 -
215.138 - /// \brief Initializes edge iterator to point to the edge of a given index.
215.139 - EdgeIt& nth(EdgeIt &i, int n) const {
215.140 - if( DM::range_check && (n<0 || n>=int(length())) )
215.141 - fault("DirPath::nth: index out of range");
215.142 - return i=EdgeIt(*this, n);
215.143 - }
215.144 -
215.145 - /// Checks validity of a node or edge iterator.
215.146 - template<typename It>
215.147 - static
215.148 - bool valid(const It &i) { return i.valid(); }
215.149 -
215.150 - /// Steps the given node or edge iterator.
215.151 - template<typename It>
215.152 - static
215.153 - It& next(It &e) {
215.154 - if( DM::range_check && !e.valid() )
215.155 - fault("DirPath::next() on invalid iterator");
215.156 - return ++e;
215.157 - }
215.158 -
215.159 - /// \brief Returns node iterator pointing to the target node of the
215.160 - /// given edge iterator.
215.161 - NodeIt target(const EdgeIt& e) const {
215.162 - if( DM::range_check && !e.valid() )
215.163 - fault("DirPath::target() on invalid iterator");
215.164 - return NodeIt(*this, e.idx+1);
215.165 - }
215.166 -
215.167 - /// \brief Returns node iterator pointing to the source node of the
215.168 - /// given edge iterator.
215.169 - NodeIt source(const EdgeIt& e) const {
215.170 - if( DM::range_check && !e.valid() )
215.171 - fault("DirPath::source() on invalid iterator");
215.172 - return NodeIt(*this, e.idx);
215.173 - }
215.174 -
215.175 -
215.176 - /* Iterator classes */
215.177 -
215.178 - /**
215.179 - * \brief Iterator class to iterate on the edges of the paths
215.180 - *
215.181 - * \ingroup paths
215.182 - * This class is used to iterate on the edges of the paths
215.183 - *
215.184 - * Of course it converts to Graph::Edge
215.185 - *
215.186 - * \todo Its interface differs from the standard edge iterator.
215.187 - * Yes, it shouldn't.
215.188 - */
215.189 - class EdgeIt {
215.190 - friend class DirPath;
215.191 -
215.192 - int idx;
215.193 - const DirPath *p;
215.194 - public:
215.195 - /// Default constructor
215.196 - EdgeIt() {}
215.197 - /// Invalid constructor
215.198 - EdgeIt(Invalid) : idx(-1), p(0) {}
215.199 - /// Constructor with starting point
215.200 - EdgeIt(const DirPath &_p, int _idx = 0) :
215.201 - idx(_idx), p(&_p) { validate(); }
215.202 -
215.203 - ///Validity check
215.204 - bool valid() const { return idx!=-1; }
215.205 -
215.206 - ///Conversion to Graph::Edge
215.207 - operator GraphEdge () const {
215.208 - return valid() ? p->edges[idx] : INVALID;
215.209 - }
215.210 -
215.211 - /// Next edge
215.212 - EdgeIt& operator++() { ++idx; validate(); return *this; }
215.213 -
215.214 - /// Comparison operator
215.215 - bool operator==(const EdgeIt& e) const { return idx==e.idx; }
215.216 - /// Comparison operator
215.217 - bool operator!=(const EdgeIt& e) const { return idx!=e.idx; }
215.218 - /// Comparison operator
215.219 - bool operator<(const EdgeIt& e) const { return idx<e.idx; }
215.220 -
215.221 - private:
215.222 - // FIXME: comparison between signed and unsigned...
215.223 - // Jo ez igy? Vagy esetleg legyen a length() int?
215.224 - void validate() { if( size_t(idx) >= p->length() ) idx=-1; }
215.225 - };
215.226 -
215.227 - /**
215.228 - * \brief Iterator class to iterate on the nodes of the paths
215.229 - *
215.230 - * \ingroup paths
215.231 - * This class is used to iterate on the nodes of the paths
215.232 - *
215.233 - * Of course it converts to Graph::Node
215.234 - *
215.235 - * \todo Its interface differs from the standard node iterator.
215.236 - * Yes, it shouldn't.
215.237 - */
215.238 - class NodeIt {
215.239 - friend class DirPath;
215.240 -
215.241 - int idx;
215.242 - const DirPath *p;
215.243 - public:
215.244 - /// Default constructor
215.245 - NodeIt() {}
215.246 - /// Invalid constructor
215.247 - NodeIt(Invalid) : idx(-1), p(0) {}
215.248 - /// Constructor with starting point
215.249 - NodeIt(const DirPath &_p, int _idx = 0) :
215.250 - idx(_idx), p(&_p) { validate(); }
215.251 -
215.252 - ///Validity check
215.253 - bool valid() const { return idx!=-1; }
215.254 -
215.255 - ///Conversion to Graph::Node
215.256 - operator const GraphNode& () const {
215.257 - if(idx >= p->length())
215.258 - return p->to();
215.259 - else if(idx >= 0)
215.260 - return p->gr->source(p->edges[idx]);
215.261 - else
215.262 - return INVALID;
215.263 - }
215.264 - /// Next node
215.265 - NodeIt& operator++() { ++idx; validate(); return *this; }
215.266 -
215.267 - /// Comparison operator
215.268 - bool operator==(const NodeIt& e) const { return idx==e.idx; }
215.269 - /// Comparison operator
215.270 - bool operator!=(const NodeIt& e) const { return idx!=e.idx; }
215.271 - /// Comparison operator
215.272 - bool operator<(const NodeIt& e) const { return idx<e.idx; }
215.273 -
215.274 - private:
215.275 - void validate() { if( size_t(idx) > p->length() ) idx=-1; }
215.276 - };
215.277 -
215.278 - friend class Builder;
215.279 -
215.280 - /**
215.281 - * \brief Class to build paths
215.282 - *
215.283 - * \ingroup paths
215.284 - * This class is used to fill a path with edges.
215.285 - *
215.286 - * You can push new edges to the front and to the back of the path in
215.287 - * arbitrary order then you should commit these changes to the graph.
215.288 - *
215.289 - * Fundamentally, for most "Paths" (classes fulfilling the
215.290 - * PathConcept) while the builder is active (after the first modifying
215.291 - * operation and until the commit()) the original Path is in a
215.292 - * "transitional" state (operations on it have undefined result). But
215.293 - * in the case of DirPath the original path remains unchanged until the
215.294 - * commit. However we don't recomend that you use this feature.
215.295 - */
215.296 - class Builder {
215.297 - DirPath &P;
215.298 - Container front, back;
215.299 -
215.300 - public:
215.301 - ///\param _P the path you want to fill in.
215.302 - ///
215.303 - Builder(DirPath &_P) : P(_P) {}
215.304 -
215.305 - /// Sets the starting node of the path.
215.306 -
215.307 - /// Sets the starting node of the path. Edge added to the path
215.308 - /// afterwards have to be incident to this node.
215.309 - /// It should be called iff the path is empty and before any call to
215.310 - /// \ref pushFront() or \ref pushBack()
215.311 - void setStartNode(const GraphNode &) {}
215.312 -
215.313 - ///Push a new edge to the front of the path
215.314 -
215.315 - ///Push a new edge to the front of the path.
215.316 - ///\sa setStartNode
215.317 - void pushFront(const GraphEdge& e) {
215.318 - if( DM::consistensy_check && !empty() && P.gr->target(e)!=from() ) {
215.319 - fault("DirPath::Builder::pushFront: nonincident edge");
215.320 - }
215.321 - front.push_back(e);
215.322 - }
215.323 -
215.324 - ///Push a new edge to the back of the path
215.325 -
215.326 - ///Push a new edge to the back of the path.
215.327 - ///\sa setStartNode
215.328 - void pushBack(const GraphEdge& e) {
215.329 - if( DM::consistensy_check && !empty() && P.gr->source(e)!=to() ) {
215.330 - fault("DirPath::Builder::pushBack: nonincident edge");
215.331 - }
215.332 - back.push_back(e);
215.333 - }
215.334 -
215.335 - ///Commit the changes to the path.
215.336 - void commit() {
215.337 - if( !(front.empty() && back.empty()) ) {
215.338 - Container tmp;
215.339 - tmp.reserve(front.size()+back.size()+P.length());
215.340 - tmp.insert(tmp.end(), front.rbegin(), front.rend());
215.341 - tmp.insert(tmp.end(), P.edges.begin(), P.edges.end());
215.342 - tmp.insert(tmp.end(), back.begin(), back.end());
215.343 - P.edges.swap(tmp);
215.344 - front.clear();
215.345 - back.clear();
215.346 - }
215.347 - }
215.348 -
215.349 - // FIXME: Hmm, pontosan hogy is kene ezt csinalni?
215.350 - // Hogy kenyelmes egy ilyet hasznalni?
215.351 -
215.352 - ///Reserve storage for the builder in advance.
215.353 -
215.354 - ///If you know an reasonable upper bound of the number of the edges
215.355 - ///to add, using this function you can speed up the building.
215.356 - void reserve(size_t r) {
215.357 - front.reserve(r);
215.358 - back.reserve(r);
215.359 - }
215.360 -
215.361 - private:
215.362 - bool empty() {
215.363 - return front.empty() && back.empty() && P.empty();
215.364 - }
215.365 -
215.366 - GraphNode from() const {
215.367 - if( ! front.empty() )
215.368 - return P.gr->source(front[front.size()-1]);
215.369 - else if( ! P.empty() )
215.370 - return P.gr->source(P.edges[0]);
215.371 - else if( ! back.empty() )
215.372 - return P.gr->source(back[0]);
215.373 - else
215.374 - return INVALID;
215.375 - }
215.376 - GraphNode to() const {
215.377 - if( ! back.empty() )
215.378 - return P.gr->target(back[back.size()-1]);
215.379 - else if( ! P.empty() )
215.380 - return P.gr->target(P.edges[P.length()-1]);
215.381 - else if( ! front.empty() )
215.382 - return P.gr->target(front[0]);
215.383 - else
215.384 - return INVALID;
215.385 - }
215.386 -
215.387 - };
215.388 -
215.389 - };
215.390 -
215.391 -
215.392 -
215.393 -
215.394 -
215.395 -
215.396 -
215.397 -
215.398 -
215.399 -
215.400 - /**********************************************************************/
215.401 -
215.402 -
215.403 - //! \brief A structure for representing undirected path in a graph.
215.404 - //!
215.405 - //! A structure for representing undirected path in a graph. Ie. this is
215.406 - //! a path in a \e directed graph but the edges should not be directed
215.407 - //! forward.
215.408 - //!
215.409 - //! \param Graph The graph type in which the path is.
215.410 - //! \param DM DebugMode, defaults to DefaultDebugMode.
215.411 - //!
215.412 - //! In a sense, the path can be treated as a graph, for is has \c NodeIt
215.413 - //! and \c EdgeIt with the same usage. These types converts to the \c Node
215.414 - //! and \c Edge of the original graph.
215.415 - //!
215.416 - //! \todo Thoroughfully check all the range and consistency tests.
215.417 - template<typename Graph, typename DM = DefaultDebugMode>
215.418 - class UndirPath {
215.419 - public:
215.420 - /// Edge type of the underlying graph.
215.421 - typedef typename Graph::Edge GraphEdge;
215.422 - /// Node type of the underlying graph.
215.423 - typedef typename Graph::Node GraphNode;
215.424 - class NodeIt;
215.425 - class EdgeIt;
215.426 -
215.427 - protected:
215.428 - const Graph *gr;
215.429 - typedef std::vector<GraphEdge> Container;
215.430 - Container edges;
215.431 -
215.432 - public:
215.433 -
215.434 - /// \param _G The graph in which the path is.
215.435 - ///
215.436 - UndirPath(const Graph &_G) : gr(&_G) {}
215.437 -
215.438 - /// \brief Subpath constructor.
215.439 - ///
215.440 - /// Subpath defined by two nodes.
215.441 - /// \warning It is an error if the two edges are not in order!
215.442 - UndirPath(const UndirPath &P, const NodeIt &a, const NodeIt &b) {
215.443 - if( DM::range_check && (!a.valid() || !b.valid) ) {
215.444 - // FIXME: this check should be more elaborate...
215.445 - fault("UndirPath, subpath ctor: invalid bounding nodes");
215.446 - }
215.447 - gr = P.gr;
215.448 - edges.insert(edges.end(), P.edges.begin()+a.idx, P.edges.begin()+b.idx);
215.449 - }
215.450 -
215.451 - /// \brief Subpath constructor.
215.452 - ///
215.453 - /// Subpath defined by two edges. Contains edges in [a,b)
215.454 - /// \warning It is an error if the two edges are not in order!
215.455 - UndirPath(const UndirPath &P, const EdgeIt &a, const EdgeIt &b) {
215.456 - if( DM::range_check && (!a.valid() || !b.valid) ) {
215.457 - // FIXME: this check should be more elaborate...
215.458 - fault("UndirPath, subpath ctor: invalid bounding nodes");
215.459 - }
215.460 - gr = P.gr;
215.461 - edges.insert(edges.end(), P.edges.begin()+a.idx, P.edges.begin()+b.idx);
215.462 - }
215.463 -
215.464 - /// Length of the path.
215.465 - size_t length() const { return edges.size(); }
215.466 - /// Returns whether the path is empty.
215.467 - bool empty() const { return edges.empty(); }
215.468 -
215.469 - /// Resets the path to an empty path.
215.470 - void clear() { edges.clear(); }
215.471 -
215.472 - /// \brief Starting point of the path.
215.473 - ///
215.474 - /// Starting point of the path.
215.475 - /// Returns INVALID if the path is empty.
215.476 - GraphNode from() const {
215.477 - return empty() ? INVALID : gr->source(edges[0]);
215.478 - }
215.479 - /// \brief End point of the path.
215.480 - ///
215.481 - /// End point of the path.
215.482 - /// Returns INVALID if the path is empty.
215.483 - GraphNode to() const {
215.484 - return empty() ? INVALID : gr->target(edges[length()-1]);
215.485 - }
215.486 -
215.487 - /// \brief Initializes node or edge iterator to point to the first
215.488 - /// node or edge.
215.489 - ///
215.490 - /// \sa nth
215.491 - template<typename It>
215.492 - It& first(It &i) const { return i=It(*this); }
215.493 -
215.494 - /// \brief Initializes node iterator to point to the node of a given index.
215.495 - NodeIt& nth(NodeIt &i, int n) const {
215.496 - if( DM::range_check && (n<0 || n>int(length())) )
215.497 - fault("UndirPath::nth: index out of range");
215.498 - return i=NodeIt(*this, n);
215.499 - }
215.500 -
215.501 - /// \brief Initializes edge iterator to point to the edge of a given index.
215.502 - EdgeIt& nth(EdgeIt &i, int n) const {
215.503 - if( DM::range_check && (n<0 || n>=int(length())) )
215.504 - fault("UndirPath::nth: index out of range");
215.505 - return i=EdgeIt(*this, n);
215.506 - }
215.507 -
215.508 - /// Checks validity of a node or edge iterator.
215.509 - template<typename It>
215.510 - static
215.511 - bool valid(const It &i) { return i.valid(); }
215.512 -
215.513 - /// Steps the given node or edge iterator.
215.514 - template<typename It>
215.515 - static
215.516 - It& next(It &e) {
215.517 - if( DM::range_check && !e.valid() )
215.518 - fault("UndirPath::next() on invalid iterator");
215.519 - return ++e;
215.520 - }
215.521 -
215.522 - /// \brief Returns node iterator pointing to the target node of the
215.523 - /// given edge iterator.
215.524 - NodeIt target(const EdgeIt& e) const {
215.525 - if( DM::range_check && !e.valid() )
215.526 - fault("UndirPath::target() on invalid iterator");
215.527 - return NodeIt(*this, e.idx+1);
215.528 - }
215.529 -
215.530 - /// \brief Returns node iterator pointing to the source node of the
215.531 - /// given edge iterator.
215.532 - NodeIt source(const EdgeIt& e) const {
215.533 - if( DM::range_check && !e.valid() )
215.534 - fault("UndirPath::source() on invalid iterator");
215.535 - return NodeIt(*this, e.idx);
215.536 - }
215.537 -
215.538 -
215.539 -
215.540 - /**
215.541 - * \brief Iterator class to iterate on the edges of the paths
215.542 - *
215.543 - * \ingroup paths
215.544 - * This class is used to iterate on the edges of the paths
215.545 - *
215.546 - * Of course it converts to Graph::Edge
215.547 - *
215.548 - * \todo Its interface differs from the standard edge iterator.
215.549 - * Yes, it shouldn't.
215.550 - */
215.551 - class EdgeIt {
215.552 - friend class UndirPath;
215.553 -
215.554 - int idx;
215.555 - const UndirPath *p;
215.556 - public:
215.557 - /// Default constructor
215.558 - EdgeIt() {}
215.559 - /// Invalid constructor
215.560 - EdgeIt(Invalid) : idx(-1), p(0) {}
215.561 - /// Constructor with starting point
215.562 - EdgeIt(const UndirPath &_p, int _idx = 0) :
215.563 - idx(_idx), p(&_p) { validate(); }
215.564 -
215.565 - ///Validity check
215.566 - bool valid() const { return idx!=-1; }
215.567 -
215.568 - ///Conversion to Graph::Edge
215.569 - operator GraphEdge () const {
215.570 - return valid() ? p->edges[idx] : INVALID;
215.571 - }
215.572 - /// Next edge
215.573 - EdgeIt& operator++() { ++idx; validate(); return *this; }
215.574 -
215.575 - /// Comparison operator
215.576 - bool operator==(const EdgeIt& e) const { return idx==e.idx; }
215.577 - /// Comparison operator
215.578 - bool operator!=(const EdgeIt& e) const { return idx!=e.idx; }
215.579 - /// Comparison operator
215.580 - bool operator<(const EdgeIt& e) const { return idx<e.idx; }
215.581 -
215.582 - private:
215.583 - // FIXME: comparison between signed and unsigned...
215.584 - // Jo ez igy? Vagy esetleg legyen a length() int?
215.585 - void validate() { if( size_t(idx) >= p->length() ) idx=-1; }
215.586 - };
215.587 -
215.588 - /**
215.589 - * \brief Iterator class to iterate on the nodes of the paths
215.590 - *
215.591 - * \ingroup paths
215.592 - * This class is used to iterate on the nodes of the paths
215.593 - *
215.594 - * Of course it converts to Graph::Node
215.595 - *
215.596 - * \todo Its interface differs from the standard node iterator.
215.597 - * Yes, it shouldn't.
215.598 - */
215.599 - class NodeIt {
215.600 - friend class UndirPath;
215.601 -
215.602 - int idx;
215.603 - const UndirPath *p;
215.604 - public:
215.605 - /// Default constructor
215.606 - NodeIt() {}
215.607 - /// Invalid constructor
215.608 - NodeIt(Invalid) : idx(-1), p(0) {}
215.609 - /// Constructor with starting point
215.610 - NodeIt(const UndirPath &_p, int _idx = 0) :
215.611 - idx(_idx), p(&_p) { validate(); }
215.612 -
215.613 - ///Validity check
215.614 - bool valid() const { return idx!=-1; }
215.615 -
215.616 - ///Conversion to Graph::Node
215.617 - operator const GraphNode& () const {
215.618 - if(idx >= p->length())
215.619 - return p->to();
215.620 - else if(idx >= 0)
215.621 - return p->gr->source(p->edges[idx]);
215.622 - else
215.623 - return INVALID;
215.624 - }
215.625 - /// Next node
215.626 - NodeIt& operator++() { ++idx; validate(); return *this; }
215.627 -
215.628 - /// Comparison operator
215.629 - bool operator==(const NodeIt& e) const { return idx==e.idx; }
215.630 - /// Comparison operator
215.631 - bool operator!=(const NodeIt& e) const { return idx!=e.idx; }
215.632 - /// Comparison operator
215.633 - bool operator<(const NodeIt& e) const { return idx<e.idx; }
215.634 -
215.635 - private:
215.636 - void validate() { if( size_t(idx) > p->length() ) idx=-1; }
215.637 - };
215.638 -
215.639 - friend class Builder;
215.640 -
215.641 - /**
215.642 - * \brief Class to build paths
215.643 - *
215.644 - * \ingroup paths
215.645 - * This class is used to fill a path with edges.
215.646 - *
215.647 - * You can push new edges to the front and to the back of the path in
215.648 - * arbitrary order then you should commit these changes to the graph.
215.649 - *
215.650 - * Fundamentally, for most "Paths" (classes fulfilling the
215.651 - * PathConcept) while the builder is active (after the first modifying
215.652 - * operation and until the commit()) the original Path is in a
215.653 - * "transitional" state (operations ot it have undefined result). But
215.654 - * in the case of UndirPath the original path is unchanged until the
215.655 - * commit. However we don't recomend that you use this feature.
215.656 - */
215.657 - class Builder {
215.658 - UndirPath &P;
215.659 - Container front, back;
215.660 -
215.661 - public:
215.662 - ///\param _P the path you want to fill in.
215.663 - ///
215.664 - Builder(UndirPath &_P) : P(_P) {}
215.665 -
215.666 - /// Sets the starting node of the path.
215.667 -
215.668 - /// Sets the starting node of the path. Edge added to the path
215.669 - /// afterwards have to be incident to this node.
215.670 - /// It should be called iff the path is empty and before any call to
215.671 - /// \ref pushFront() or \ref pushBack()
215.672 - void setStartNode(const GraphNode &) {}
215.673 -
215.674 - ///Push a new edge to the front of the path
215.675 -
215.676 - ///Push a new edge to the front of the path.
215.677 - ///\sa setStartNode
215.678 - void pushFront(const GraphEdge& e) {
215.679 - if( DM::consistensy_check && !empty() && P.gr->target(e)!=from() ) {
215.680 - fault("UndirPath::Builder::pushFront: nonincident edge");
215.681 - }
215.682 - front.push_back(e);
215.683 - }
215.684 -
215.685 - ///Push a new edge to the back of the path
215.686 -
215.687 - ///Push a new edge to the back of the path.
215.688 - ///\sa setStartNode
215.689 - void pushBack(const GraphEdge& e) {
215.690 - if( DM::consistensy_check && !empty() && P.gr->source(e)!=to() ) {
215.691 - fault("UndirPath::Builder::pushBack: nonincident edge");
215.692 - }
215.693 - back.push_back(e);
215.694 - }
215.695 -
215.696 - ///Commit the changes to the path.
215.697 - void commit() {
215.698 - if( !(front.empty() && back.empty()) ) {
215.699 - Container tmp;
215.700 - tmp.reserve(front.size()+back.size()+P.length());
215.701 - tmp.insert(tmp.end(), front.rbegin(), front.rend());
215.702 - tmp.insert(tmp.end(), P.edges.begin(), P.edges.end());
215.703 - tmp.insert(tmp.end(), back.begin(), back.end());
215.704 - P.edges.swap(tmp);
215.705 - front.clear();
215.706 - back.clear();
215.707 - }
215.708 - }
215.709 -
215.710 - // FIXME: Hmm, pontosan hogy is kene ezt csinalni?
215.711 - // Hogy kenyelmes egy ilyet hasznalni?
215.712 -
215.713 - ///Reserve storage for the builder in advance.
215.714 -
215.715 - ///If you know an reasonable upper bound of the number of the edges
215.716 - ///to add, using this function you can speed up the building.
215.717 - void reserve(size_t r) {
215.718 - front.reserve(r);
215.719 - back.reserve(r);
215.720 - }
215.721 -
215.722 - private:
215.723 - bool empty() {
215.724 - return front.empty() && back.empty() && P.empty();
215.725 - }
215.726 -
215.727 - GraphNode from() const {
215.728 - if( ! front.empty() )
215.729 - return P.gr->source(front[front.size()-1]);
215.730 - else if( ! P.empty() )
215.731 - return P.gr->source(P.edges[0]);
215.732 - else if( ! back.empty() )
215.733 - return P.gr->source(back[0]);
215.734 - else
215.735 - return INVALID;
215.736 - }
215.737 - GraphNode to() const {
215.738 - if( ! back.empty() )
215.739 - return P.gr->target(back[back.size()-1]);
215.740 - else if( ! P.empty() )
215.741 - return P.gr->target(P.edges[P.length()-1]);
215.742 - else if( ! front.empty() )
215.743 - return P.gr->target(front[0]);
215.744 - else
215.745 - return INVALID;
215.746 - }
215.747 -
215.748 - };
215.749 -
215.750 - };
215.751 -
215.752 -
215.753 -
215.754 -
215.755 -
215.756 -
215.757 -
215.758 -
215.759 -
215.760 -
215.761 - /**********************************************************************/
215.762 -
215.763 -
215.764 - /* Ennek az allocatorosdinak sokkal jobban utana kene nezni a hasznalata
215.765 - elott. Eleg bonyinak nez ki, ahogyan azokat az STL-ben hasznaljak. */
215.766 -
215.767 - template<typename Graph>
215.768 - class DynamicPath {
215.769 -
215.770 - public:
215.771 - typedef typename Graph::Edge GraphEdge;
215.772 - typedef typename Graph::Node GraphNode;
215.773 - class NodeIt;
215.774 - class EdgeIt;
215.775 -
215.776 - protected:
215.777 - Graph& G;
215.778 - // FIXME: ehelyett eleg lenne tarolni ket boolt: a ket szelso el
215.779 - // iranyitasat:
215.780 - GraphNode _first, _last;
215.781 - typedef std::deque<GraphEdge> Container;
215.782 - Container edges;
215.783 -
215.784 - public:
215.785 -
215.786 - DynamicPath(Graph &_G) : G(_G), _first(INVALID), _last(INVALID) {}
215.787 -
215.788 - /// Subpath defined by two nodes.
215.789 - /// Nodes may be in reversed order, then
215.790 - /// we contstruct the reversed path.
215.791 - DynamicPath(const DynamicPath &P, const NodeIt &a, const NodeIt &b);
215.792 - /// Subpath defined by two edges. Contains edges in [a,b)
215.793 - /// It is an error if the two edges are not in order!
215.794 - DynamicPath(const DynamicPath &P, const EdgeIt &a, const EdgeIt &b);
215.795 -
215.796 - size_t length() const { return edges.size(); }
215.797 - GraphNode from() const { return _first; }
215.798 - GraphNode to() const { return _last; }
215.799 -
215.800 - NodeIt& first(NodeIt &n) const { return nth(n, 0); }
215.801 - EdgeIt& first(EdgeIt &e) const { return nth(e, 0); }
215.802 - template<typename It>
215.803 - It first() const {
215.804 - It e;
215.805 - first(e);
215.806 - return e;
215.807 - }
215.808 -
215.809 - NodeIt& nth(NodeIt &, size_t) const;
215.810 - EdgeIt& nth(EdgeIt &, size_t) const;
215.811 - template<typename It>
215.812 - It nth(size_t n) const {
215.813 - It e;
215.814 - nth(e, n);
215.815 - return e;
215.816 - }
215.817 -
215.818 - bool valid(const NodeIt &n) const { return n.idx <= length(); }
215.819 - bool valid(const EdgeIt &e) const { return e.it < edges.end(); }
215.820 -
215.821 - bool isForward(const EdgeIt &e) const { return e.forw; }
215.822 -
215.823 - /// index of a node on the path. Returns length+2 for the invalid NodeIt
215.824 - int index(const NodeIt &n) const { return n.idx; }
215.825 - /// index of an edge on the path. Returns length+1 for the invalid EdgeIt
215.826 - int index(const EdgeIt &e) const { return e.it - edges.begin(); }
215.827 -
215.828 - EdgeIt& next(EdgeIt &e) const;
215.829 - NodeIt& next(NodeIt &n) const;
215.830 - template <typename It>
215.831 - It getNext(It it) const {
215.832 - It tmp(it); return next(tmp);
215.833 - }
215.834 -
215.835 - // A path is constructed using the following four functions.
215.836 - // They return false if the requested operation is inconsistent
215.837 - // with the path constructed so far.
215.838 - // If your path has only one edge you MUST set either "from" or "to"!
215.839 - // So you probably SHOULD call it in any case to be safe (and check the
215.840 - // returned value to check if your path is consistent with your idea).
215.841 - bool pushFront(const GraphEdge &e);
215.842 - bool pushBack(const GraphEdge &e);
215.843 - bool setFrom(const GraphNode &n);
215.844 - bool setTo(const GraphNode &n);
215.845 -
215.846 - // WARNING: these two functions return the target/source of an edge with
215.847 - // respect to the direction of the path!
215.848 - // So G.target(P.graphEdge(e)) == P.graphNode(P.target(e)) holds only if
215.849 - // P.forward(e) is true (or the edge is a loop)!
215.850 - NodeIt target(const EdgeIt& e) const;
215.851 - NodeIt source(const EdgeIt& e) const;
215.852 -
215.853 - // FIXME: ezeknek valami jobb nev kellene!!!
215.854 - GraphEdge graphEdge(const EdgeIt& e) const;
215.855 - GraphNode graphNode(const NodeIt& n) const;
215.856 -
215.857 -
215.858 - /*** Iterator classes ***/
215.859 - class EdgeIt {
215.860 - friend class DynamicPath;
215.861 -
215.862 - typename Container::const_iterator it;
215.863 - bool forw;
215.864 - public:
215.865 - // FIXME: jarna neki ilyen is...
215.866 - // EdgeIt(Invalid);
215.867 -
215.868 - bool forward() const { return forw; }
215.869 -
215.870 - bool operator==(const EdgeIt& e) const { return it==e.it; }
215.871 - bool operator!=(const EdgeIt& e) const { return it!=e.it; }
215.872 - bool operator<(const EdgeIt& e) const { return it<e.it; }
215.873 - };
215.874 -
215.875 - class NodeIt {
215.876 - friend class DynamicPath;
215.877 -
215.878 - size_t idx;
215.879 - bool source; // Is this node the source of the edge with same idx?
215.880 -
215.881 - public:
215.882 - // FIXME: jarna neki ilyen is...
215.883 - // NodeIt(Invalid);
215.884 -
215.885 - bool operator==(const NodeIt& n) const { return idx==n.idx; }
215.886 - bool operator!=(const NodeIt& n) const { return idx!=n.idx; }
215.887 - bool operator<(const NodeIt& n) const { return idx<n.idx; }
215.888 - };
215.889 -
215.890 - private:
215.891 - bool edgeIncident(const GraphEdge &e, const GraphNode &a,
215.892 - GraphNode &b);
215.893 - bool connectTwoEdges(const GraphEdge &e, const GraphEdge &f);
215.894 - };
215.895 -
215.896 - template<typename Gr>
215.897 - typename DynamicPath<Gr>::EdgeIt&
215.898 - DynamicPath<Gr>::next(DynamicPath::EdgeIt &e) const {
215.899 - if( e.it == edges.end() )
215.900 - return e;
215.901 -
215.902 - GraphNode common_node = ( e.forw ? G.target(*e.it) : G.source(*e.it) );
215.903 - ++e.it;
215.904 -
215.905 - // Invalid edgeit is always forward :)
215.906 - if( e.it == edges.end() ) {
215.907 - e.forw = true;
215.908 - return e;
215.909 - }
215.910 -
215.911 - e.forw = ( G.source(*e.it) == common_node );
215.912 - return e;
215.913 - }
215.914 -
215.915 - template<typename Gr>
215.916 - typename DynamicPath<Gr>::NodeIt& DynamicPath<Gr>::next(NodeIt &n) const {
215.917 - if( n.idx >= length() ) {
215.918 - // FIXME: invalid
215.919 - n.idx = length()+1;
215.920 - return n;
215.921 - }
215.922 -
215.923 -
215.924 - GraphNode next_node = ( n.source ? G.target(edges[n.idx]) :
215.925 - G.source(edges[n.idx]) );
215.926 - ++n.idx;
215.927 - if( n.idx < length() ) {
215.928 - n.source = ( next_node == G.source(edges[n.idx]) );
215.929 - }
215.930 - else {
215.931 - n.source = true;
215.932 - }
215.933 -
215.934 - return n;
215.935 - }
215.936 -
215.937 - template<typename Gr>
215.938 - bool DynamicPath<Gr>::edgeIncident(const GraphEdge &e, const GraphNode &a,
215.939 - GraphNode &b) {
215.940 - if( G.source(e) == a ) {
215.941 - b=G.target(e);
215.942 - return true;
215.943 - }
215.944 - if( G.target(e) == a ) {
215.945 - b=G.source(e);
215.946 - return true;
215.947 - }
215.948 - return false;
215.949 - }
215.950 -
215.951 - template<typename Gr>
215.952 - bool DynamicPath<Gr>::connectTwoEdges(const GraphEdge &e,
215.953 - const GraphEdge &f) {
215.954 - if( edgeIncident(f, G.source(e), _last) ) {
215.955 - _first = G.target(e);
215.956 - return true;
215.957 - }
215.958 - if( edgeIncident(f, G.target(e), _last) ) {
215.959 - _first = G.source(e);
215.960 - return true;
215.961 - }
215.962 - return false;
215.963 - }
215.964 -
215.965 - template<typename Gr>
215.966 - bool DynamicPath<Gr>::pushFront(const GraphEdge &e) {
215.967 - if( G.valid(_first) ) {
215.968 - if( edgeIncident(e, _first, _first) ) {
215.969 - edges.push_front(e);
215.970 - return true;
215.971 - }
215.972 - else
215.973 - return false;
215.974 - }
215.975 - else if( length() < 1 || connectTwoEdges(e, edges[0]) ) {
215.976 - edges.push_front(e);
215.977 - return true;
215.978 - }
215.979 - else
215.980 - return false;
215.981 - }
215.982 -
215.983 - template<typename Gr>
215.984 - bool DynamicPath<Gr>::pushBack(const GraphEdge &e) {
215.985 - if( G.valid(_last) ) {
215.986 - if( edgeIncident(e, _last, _last) ) {
215.987 - edges.push_back(e);
215.988 - return true;
215.989 - }
215.990 - else
215.991 - return false;
215.992 - }
215.993 - else if( length() < 1 || connectTwoEdges(edges[0], e) ) {
215.994 - edges.push_back(e);
215.995 - return true;
215.996 - }
215.997 - else
215.998 - return false;
215.999 - }
215.1000 -
215.1001 -
215.1002 - template<typename Gr>
215.1003 - bool DynamicPath<Gr>::setFrom(const GraphNode &n) {
215.1004 - if( G.valid(_first) ) {
215.1005 - return _first == n;
215.1006 - }
215.1007 - else {
215.1008 - if( length() > 0) {
215.1009 - if( edgeIncident(edges[0], n, _last) ) {
215.1010 - _first = n;
215.1011 - return true;
215.1012 - }
215.1013 - else return false;
215.1014 - }
215.1015 - else {
215.1016 - _first = _last = n;
215.1017 - return true;
215.1018 - }
215.1019 - }
215.1020 - }
215.1021 -
215.1022 - template<typename Gr>
215.1023 - bool DynamicPath<Gr>::setTo(const GraphNode &n) {
215.1024 - if( G.valid(_last) ) {
215.1025 - return _last == n;
215.1026 - }
215.1027 - else {
215.1028 - if( length() > 0) {
215.1029 - if( edgeIncident(edges[0], n, _first) ) {
215.1030 - _last = n;
215.1031 - return true;
215.1032 - }
215.1033 - else return false;
215.1034 - }
215.1035 - else {
215.1036 - _first = _last = n;
215.1037 - return true;
215.1038 - }
215.1039 - }
215.1040 - }
215.1041 -
215.1042 -
215.1043 - template<typename Gr>
215.1044 - typename DynamicPath<Gr>::NodeIt
215.1045 - DynamicPath<Gr>::source(const EdgeIt& e) const {
215.1046 - NodeIt n;
215.1047 -
215.1048 - if( e.it == edges.end() ) {
215.1049 - // FIXME: invalid-> invalid
215.1050 - n.idx = length() + 1;
215.1051 - n.source = true;
215.1052 - return n;
215.1053 - }
215.1054 -
215.1055 - n.idx = e.it-edges.begin();
215.1056 - n.source = e.forw;
215.1057 - return n;
215.1058 - }
215.1059 -
215.1060 - template<typename Gr>
215.1061 - typename DynamicPath<Gr>::NodeIt
215.1062 - DynamicPath<Gr>::target(const EdgeIt& e) const {
215.1063 - if( e.it == edges.end()-1 ) {
215.1064 - return _last;
215.1065 - }
215.1066 -
215.1067 - EdgeIt next_edge = e;
215.1068 - next(next_edge);
215.1069 - return source(next_edge);
215.1070 - }
215.1071 -
215.1072 - template<typename Gr>
215.1073 - typename DynamicPath<Gr>::GraphEdge
215.1074 - DynamicPath<Gr>::graphEdge(const EdgeIt& e) const {
215.1075 - if( e.it != edges.end() ) {
215.1076 - return *e.it;
215.1077 - }
215.1078 - else {
215.1079 - return INVALID;
215.1080 - }
215.1081 - }
215.1082 -
215.1083 - template<typename Gr>
215.1084 - typename DynamicPath<Gr>::GraphNode
215.1085 - DynamicPath<Gr>::graphNode(const NodeIt& n) const {
215.1086 - if( n.idx < length() ) {
215.1087 - return n.source ? G.source(edges[n.idx]) : G.target(edges[n.idx]);
215.1088 - }
215.1089 - else if( n.idx == length() ) {
215.1090 - return _last;
215.1091 - }
215.1092 - else {
215.1093 - return INVALID;
215.1094 - }
215.1095 - }
215.1096 -
215.1097 - template<typename Gr>
215.1098 - typename DynamicPath<Gr>::EdgeIt&
215.1099 - DynamicPath<Gr>::nth(EdgeIt &e, size_t k) const {
215.1100 - if( k>=length() ) {
215.1101 - // FIXME: invalid EdgeIt
215.1102 - e.it = edges.end();
215.1103 - e.forw = true;
215.1104 - return e;
215.1105 - }
215.1106 -
215.1107 - e.it = edges.begin()+k;
215.1108 - if(k==0) {
215.1109 - e.forw = ( G.source(*e.it) == _first );
215.1110 - }
215.1111 - else {
215.1112 - e.forw = ( G.source(*e.it) == G.source(edges[k-1]) ||
215.1113 - G.source(*e.it) == G.target(edges[k-1]) );
215.1114 - }
215.1115 - return e;
215.1116 - }
215.1117 -
215.1118 - template<typename Gr>
215.1119 - typename DynamicPath<Gr>::NodeIt&
215.1120 - DynamicPath<Gr>::nth(NodeIt &n, size_t k) const {
215.1121 - if( k>length() ) {
215.1122 - // FIXME: invalid NodeIt
215.1123 - n.idx = length()+1;
215.1124 - n.source = true;
215.1125 - return n;
215.1126 - }
215.1127 - if( k==length() ) {
215.1128 - n.idx = length();
215.1129 - n.source = true;
215.1130 - return n;
215.1131 - }
215.1132 - n = source(nth<EdgeIt>(k));
215.1133 - return n;
215.1134 - }
215.1135 -
215.1136 - // Reszut konstruktorok:
215.1137 -
215.1138 -
215.1139 - template<typename Gr>
215.1140 - DynamicPath<Gr>::DynamicPath(const DynamicPath &P, const EdgeIt &a,
215.1141 - const EdgeIt &b) :
215.1142 - G(P.G), edges(a.it, b.it) // WARNING: if b.it < a.it this will blow up!
215.1143 - {
215.1144 - if( G.valid(P._first) && a.it < P.edges.end() ) {
215.1145 - _first = ( a.forw ? G.source(*a.it) : G.target(*a.it) );
215.1146 - if( b.it < P.edges.end() ) {
215.1147 - _last = ( b.forw ? G.source(*b.it) : G.target(*b.it) );
215.1148 - }
215.1149 - else {
215.1150 - _last = P._last;
215.1151 - }
215.1152 - }
215.1153 - }
215.1154 -
215.1155 - template<typename Gr>
215.1156 - DynamicPath<Gr>::DynamicPath(const DynamicPath &P, const NodeIt &a,
215.1157 - const NodeIt &b) : G(P.G)
215.1158 - {
215.1159 - if( !P.valid(a) || !P.valid(b) )
215.1160 - return;
215.1161 -
215.1162 - int ai = a.idx, bi = b.idx;
215.1163 - if( bi<ai )
215.1164 - std::swap(ai,bi);
215.1165 -
215.1166 - edges.resize(bi-ai);
215.1167 - copy(P.edges.begin()+ai, P.edges.begin()+bi, edges.begin());
215.1168 -
215.1169 - _first = P.graphNode(a);
215.1170 - _last = P.graphNode(b);
215.1171 - }
215.1172 -
215.1173 - ///@}
215.1174 -
215.1175 -} // namespace lemon
215.1176 -
215.1177 -#endif // LEMON_PATH_H
216.1 --- a/src/work/peter/path/path_skeleton.h Sun Apr 17 18:57:22 2005 +0000
216.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
216.3 @@ -1,223 +0,0 @@
216.4 -#define SKELETON
216.5 -// -*- c++ -*- //
216.6 -
216.7 -///\ingroup concept
216.8 -///\file
216.9 -///\brief Classes for representing paths in graphs.
216.10 -
216.11 -#ifndef LEMON_PATH_H
216.12 -#define LEMON_PATH_H
216.13 -
216.14 -#include <lemon/invalid.h>
216.15 -
216.16 -namespace lemon {
216.17 - namespace concept {
216.18 - /// \addtogroup concept
216.19 - /// @{
216.20 -
216.21 -
216.22 - //! \brief A skeleton structure for representing directed paths in a graph.
216.23 - //!
216.24 - //! A skeleton structure for representing directed paths in a graph.
216.25 - //! \param GR The graph type in which the path is.
216.26 - //!
216.27 - //! In a sense, the path can be treated as a graph, for is has \c NodeIt
216.28 - //! and \c EdgeIt with the same usage. These types converts to the \c Node
216.29 - //! and \c Edge of the original graph.
216.30 - template<typename GR>
216.31 - class Path {
216.32 - public:
216.33 -
216.34 - /// Type of the underlying graph.
216.35 - typedef /*typename*/ GR Graph;
216.36 - /// Edge type of the underlying graph.
216.37 - typedef typename Graph::Edge GraphEdge;
216.38 - /// Node type of the underlying graph.
216.39 - typedef typename Graph::Node GraphNode;
216.40 - class NodeIt;
216.41 - class EdgeIt;
216.42 -
216.43 - /// \param _G The graph in which the path is.
216.44 - ///
216.45 - Path(const Graph &_G) {}
216.46 -
216.47 - /// Length of the path.
216.48 - size_t length() const {}
216.49 - /// Returns whether the path is empty.
216.50 - bool empty() const {}
216.51 -
216.52 - /// Resets the path to an empty path.
216.53 - void clear() {}
216.54 -
216.55 - /// \brief Starting point of the path.
216.56 - ///
216.57 - /// Starting point of the path.
216.58 - /// Returns INVALID if the path is empty.
216.59 - GraphNode target() const {}
216.60 - /// \brief End point of the path.
216.61 - ///
216.62 - /// End point of the path.
216.63 - /// Returns INVALID if the path is empty.
216.64 - GraphNode source() const {}
216.65 -
216.66 - /// \brief First NodeIt/EdgeIt.
216.67 - ///
216.68 - /// Initializes node or edge iterator to point to the first
216.69 - /// node or edge.
216.70 - template<typename It>
216.71 - It& first(It &i) const { return i=It(*this); }
216.72 -
216.73 - /// \brief The target of an edge.
216.74 - ///
216.75 - /// Returns node iterator pointing to the target node of the
216.76 - /// given edge iterator.
216.77 - NodeIt target(const EdgeIt& e) const {}
216.78 -
216.79 - /// \brief The source of an edge.
216.80 - ///
216.81 - /// Returns node iterator pointing to the source node of the
216.82 - /// given edge iterator.
216.83 - NodeIt source(const EdgeIt& e) const {}
216.84 -
216.85 -
216.86 - /* Iterator classes */
216.87 -
216.88 - /**
216.89 - * \brief Iterator class to iterate on the edges of the paths
216.90 - *
216.91 - * \ingroup concept
216.92 - * This class is used to iterate on the edges of the paths
216.93 - *
216.94 - * Of course it converts to Graph::Edge
216.95 - *
216.96 - */
216.97 - class EdgeIt {
216.98 - public:
216.99 - /// Default constructor
216.100 - EdgeIt() {}
216.101 - /// Invalid constructor
216.102 - EdgeIt(Invalid) {}
216.103 - /// Constructor with starting point
216.104 - EdgeIt(const Path &_p) {}
216.105 -
216.106 - operator GraphEdge () const {}
216.107 -
216.108 - /// Next edge
216.109 - EdgeIt& operator++() {}
216.110 -
216.111 - /// Comparison operator
216.112 - bool operator==(const EdgeIt& e) const {}
216.113 - /// Comparison operator
216.114 - bool operator!=(const EdgeIt& e) const {}
216.115 -// /// Comparison operator
216.116 -// /// \todo It is not clear what is the "natural" ordering.
216.117 -// bool operator<(const EdgeIt& e) const {}
216.118 -
216.119 - };
216.120 -
216.121 - /**
216.122 - * \brief Iterator class to iterate on the nodes of the paths
216.123 - *
216.124 - * \ingroup concept
216.125 - * This class is used to iterate on the nodes of the paths
216.126 - *
216.127 - * Of course it converts to Graph::Node.
216.128 - *
216.129 - */
216.130 - class NodeIt {
216.131 - public:
216.132 - /// Default constructor
216.133 - NodeIt() {}
216.134 - /// Invalid constructor
216.135 - NodeIt(Invalid) {}
216.136 - /// Constructor with starting point
216.137 - NodeIt(const Path &_p) {}
216.138 -
216.139 - ///Conversion to Graph::Node
216.140 - operator const GraphNode& () const {}
216.141 - /// Next node
216.142 - NodeIt& operator++() {}
216.143 -
216.144 - /// Comparison operator
216.145 - bool operator==(const NodeIt& e) const {}
216.146 - /// Comparison operator
216.147 - bool operator!=(const NodeIt& e) const {}
216.148 -// /// Comparison operator
216.149 -// /// \todo It is not clear what is the "natural" ordering.
216.150 -// bool operator<(const NodeIt& e) const {}
216.151 -
216.152 - };
216.153 -
216.154 - friend class Builder;
216.155 -
216.156 - /**
216.157 - * \brief Class to build paths
216.158 - *
216.159 - * \ingroup concept
216.160 - * This class is used to fill a path with edges.
216.161 - *
216.162 - * You can push new edges to the front and to the back of the path in
216.163 - * arbitrary order then you should commit these changes to the graph.
216.164 - *
216.165 - * While the builder is active (after the first modifying
216.166 - * operation and until the call of \ref commit())
216.167 - * the underlining Path is in a
216.168 - * "transitional" state (operations on it have undefined result).
216.169 - */
216.170 - class Builder {
216.171 - public:
216.172 -
216.173 - Path &P;
216.174 -
216.175 - ///\param _P the path you want to fill in.
216.176 - ///
216.177 - Builder(Path &_P) : P(_P) {}
216.178 -
216.179 - /// Sets the starting node of the path.
216.180 -
216.181 - /// Sets the starting node of the path. Edge added to the path
216.182 - /// afterwards have to be incident to this node.
216.183 - /// You \em must start building an empry path with this functions.
216.184 - /// (And you \em must \em not use it later).
216.185 - /// \sa pushFront()
216.186 - /// \sa pushBack()
216.187 - void setStartNode(const GraphNode &) {}
216.188 -
216.189 - ///Push a new edge to the front of the path
216.190 -
216.191 - ///Push a new edge to the front of the path.
216.192 - ///If the path is empty, you \em must call \ref setStartNode() before
216.193 - ///the first use of \ref pushFront().
216.194 - void pushFront(const GraphEdge& e) {}
216.195 -
216.196 - ///Push a new edge to the back of the path
216.197 -
216.198 - ///Push a new edge to the back of the path.
216.199 - ///If the path is empty, you \em must call \ref setStartNode() before
216.200 - ///the first use of \ref pushBack().
216.201 - void pushBack(const GraphEdge& e) {}
216.202 -
216.203 - ///Commit the changes to the path.
216.204 - void commit() {}
216.205 -
216.206 - ///Reserve (front) storage for the builder in advance.
216.207 -
216.208 - ///If you know an reasonable upper bound of the number of the edges
216.209 - ///to add to the front of the path,
216.210 - ///using this function you may speed up the building.
216.211 - void reserveFront(size_t r) {}
216.212 - ///Reserve (back) storage for the builder in advance.
216.213 -
216.214 - ///If you know an reasonable upper bound of the number of the edges
216.215 - ///to add to the back of the path,
216.216 - ///using this function you may speed up the building.
216.217 - void reserveBack(size_t r) {}
216.218 - };
216.219 - };
216.220 -
216.221 - ///@}
216.222 - }
216.223 -
216.224 -} // namespace lemon
216.225 -
216.226 -#endif // LEMON_PATH_H
217.1 --- a/src/work/peter/path/path_test.cc Sun Apr 17 18:57:22 2005 +0000
217.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
217.3 @@ -1,182 +0,0 @@
217.4 -#include <string>
217.5 -#include <iostream>
217.6 -//#include <path.h>
217.7 -#include <path_skeleton.h>
217.8 -#include <list_graph.h>
217.9 -
217.10 -using namespace std;
217.11 -using namespace lemon;
217.12 -using namespace concept;
217.13 -
217.14 -bool passed = true;
217.15 -
217.16 -void check(bool rc) {
217.17 - passed = passed && rc;
217.18 - if(!rc) {
217.19 - cout << "Test failed!" << endl;
217.20 - }
217.21 -}
217.22 -
217.23 -#ifdef DEBUG
217.24 -const bool debug = true;
217.25 -#else
217.26 -const bool debug = false;
217.27 -#endif
217.28 -
217.29 -
217.30 -int main() {
217.31 -
217.32 - try {
217.33 -
217.34 - typedef ListGraph::Node Node;
217.35 - typedef ListGraph::Edge Edge;
217.36 -
217.37 - ListGraph G;
217.38 -
217.39 - Node s=G.addNode();
217.40 - Node v1=G.addNode();
217.41 - Node v2=G.addNode();
217.42 - Node v3=G.addNode();
217.43 - Node v4=G.addNode();
217.44 - Node t=G.addNode();
217.45 -
217.46 - Edge e1 = G.addEdge(s, v1);
217.47 - Edge e2 = G.addEdge(s, v2);
217.48 - Edge e3 = G.addEdge(v1, v2);
217.49 - Edge e4 = G.addEdge(v2, v1);
217.50 - Edge e5 = G.addEdge(v1, v3);
217.51 - Edge e6 = G.addEdge(v3, v2);
217.52 - Edge e7 = G.addEdge(v2, v4);
217.53 - Edge e8 = G.addEdge(v4, v3);
217.54 - Edge e9 = G.addEdge(v3, t);
217.55 - Edge e10 = G.addEdge(v4, t);
217.56 -
217.57 - bool rc;
217.58 -
217.59 - {
217.60 - cout << "\n\n\nDirPath tesztelese...\n";
217.61 -
217.62 -
217.63 - cout << "Ures path letrehozasa" << endl;
217.64 - //typedef DirPath<ListGraph> DPath;
217.65 - typedef Path <ListGraph> DPath;
217.66 - DPath P(G);
217.67 -
217.68 - cout << "P.length() == " << P.length() << endl;
217.69 - check(P.length() == 0);
217.70 -
217.71 -#ifdef SKELETON
217.72 - cout << "P.source() valid? " << (P.source()!=INVALID) << endl;
217.73 - check(! (P.source()!=INVALID));
217.74 -#else
217.75 - cout << "P.source() valid? " << (P.from()!=INVALID) << endl;
217.76 - check(! (P.to()!=INVALID));
217.77 -#endif
217.78 - {
217.79 - cout << "Builder objektum letrehozasa" << endl;
217.80 - DPath::Builder B(P);
217.81 -
217.82 - cout << "Hozzaadunk az elejehez ket elet..." << endl;
217.83 - B.pushFront(e6);
217.84 - B.pushFront(e5);
217.85 - cout << "P.length() == " << P.length() << endl;
217.86 - check(P.length() == 0);
217.87 -
217.88 - cout << "Commitolunk..." << endl;
217.89 - B.commit();
217.90 -
217.91 - cout << "P.length() == " << P.length() << endl;
217.92 - check(P.length() == 2);
217.93 -
217.94 -#ifdef SKELETON
217.95 - cout << "P.source() valid? " << (P.source()!=INVALID) << endl;
217.96 - check(P.source()!=INVALID);
217.97 - cout << "P.source()==v1 ? " << (P.source()==v1) << endl;
217.98 - check(P.source() == v1);
217.99 -#else
217.100 - cout << "P.source() valid? " << (P.from()!=INVALID) << endl;
217.101 - check(P.from()!=INVALID);
217.102 - cout << "P.source()==v1 ? " << (P.from()==v1) << endl;
217.103 - check(P.from() == v1);
217.104 -#endif
217.105 -
217.106 - // Na ja, ez igy nem igazi, mindket esetet le kene tesztelni,
217.107 - // de legalabb valami:
217.108 -#ifdef DEBUG
217.109 - cout << "Hozzaadunk az elejehez egy nem illeszkedo elet..." << endl;
217.110 - rc = false;
217.111 - try {
217.112 - B.pushFront(e3);
217.113 - }
217.114 - catch(const Exception &e) {
217.115 - cout << "E: " << e.what() << endl;
217.116 - rc = true;
217.117 - }
217.118 - check(rc);
217.119 -#endif
217.120 -
217.121 - cout << "Hozzaadunk a vegehez ket elet..." << endl;
217.122 - B.pushBack(e7);
217.123 - B.pushBack(e8);
217.124 - cout << "P.length() == " << P.length() << endl;
217.125 - check(P.length() == 2);
217.126 -
217.127 - cout << "Es commitolunk...\n";
217.128 - B.commit();
217.129 - }
217.130 - cout << "P.length() == " << P.length() << endl;
217.131 - check(P.length() == 4);
217.132 -
217.133 -#ifdef SKELETON
217.134 - cout << "P.target()==v3 ? " << (P.target()==v3) << endl;
217.135 - check(P.target() == v3);
217.136 -#else
217.137 - cout << "P.target()==v3 ? " << (P.to()==v3) << endl;
217.138 - check(P.to() == v3);
217.139 -#endif
217.140 -
217.141 - cout << "Vegigiteralunk az eleken." << endl;
217.142 - typedef DPath::NodeIt NodeIt;
217.143 - typedef DPath::EdgeIt EdgeIt;
217.144 - EdgeIt e;
217.145 - int i=1;
217.146 - for(P.first(e); e!=INVALID; ++e, ++i) {
217.147 - cout << i << ". el: " <</* e << */endl;
217.148 - }
217.149 -
217.150 -
217.151 - // Na ja, ez igy nem igazi, mindket esetet le kene tesztelni,
217.152 - // de legalabb valami:
217.153 -
217.154 -#ifdef DEBUG
217.155 - rc = false;
217.156 - try {
217.157 - cout << "Setting an edgeiter to a nonexistant edge." << endl;
217.158 - //P.nth(e,134);
217.159 - rc = !debug;
217.160 - }
217.161 - catch(const Exception &e) {
217.162 - cout << "E: " << e.what() << endl;
217.163 - rc = debug;
217.164 - }
217.165 - check(rc);
217.166 -#endif
217.167 - }
217.168 -
217.169 - }
217.170 - catch(const std::exception &e) {
217.171 - cout << "Uncaught exception: " << e.what() << endl;
217.172 - return 1;
217.173 - }
217.174 - catch(...) {
217.175 - cout << "Something horrible happened: an exception which isn't "
217.176 - << "std::exception" << endl;
217.177 - return 2;
217.178 - }
217.179 -
217.180 -
217.181 - cout << (passed ? "All tests passed." : "Some of the tests failed!!!")
217.182 - << endl;
217.183 -
217.184 - return passed ? 0 : 1;
217.185 -}
218.1 --- a/src/work/peter/remarks Sun Apr 17 18:57:22 2005 +0000
218.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
218.3 @@ -1,63 +0,0 @@
218.4 --hogy lehet elerni, hogy mindig minden fv-t forditson le, ne csak
218.5 - szintaktikailag ellenorizze?
218.6 -
218.7 --mennyi adatot taroljunk? taroljunk, vagy szarmaztassunk? pl gondolok
218.8 - itt a ki, illetve a bemeno elek szamara, adott aktualis retegbeli
218.9 - csomopont szamara.
218.10 - -hmm. inkabb megis globalis legyen az edgenumber, mert fontos? hogyan
218.11 - lehet vedeni az utolagos belepiszkalas ellen?
218.12 -
218.13 --vedelmet berakni?
218.14 - -az adatmezo olvashato legyen, de irhato ne
218.15 - -a beiro fv. csak egyszer legyen hivhato
218.16 -
218.17 -
218.18 --subnetworkbe kell a perem csomopontokba el? mert szerintem nem. azt
218.19 - ugyis bejeloltuk, hogy az peremcsomopont. csak azt hogy jeloljuk, hogy melyik
218.20 - elhez tartozik?
218.21 --egy subnetworkbeli csomoponthoz tartozhat
218.22 - -tobb be/ki meno el?
218.23 - -egyszerre kimeno is, meg bemeno is?
218.24 --szerintem csak az a megkotes kell, hogy egy elhez egy csp tartozzon
218.25 - -miert ne lehetne, hogy egy peremcspba tobb el van bekotve?
218.26 -
218.27 -
218.28 --nem tudom, es nem is kell, hogy hogyan mukodnek az egyes iteratorok
218.29 - -igy ahhoz, hogy ismerjem az egy pontbol, illetve pontba menoket
218.30 - -egyelore
218.31 - -megadom elsot, ami onnan megy, es addig iteralok, ami onnan
218.32 - van???
218.33 -
218.34 --van = jel grafoknal?
218.35 - subnetwork=sn;
218.36 -
218.37 --hogyan tudom kiszamitani a NodeMap elemebol, hogy melyik Nodera
218.38 - vonatkozik?
218.39 - -NodeMap-ben osztaly van
218.40 - -kene, hogy melyik Nodehoz tartozik
218.41 - -most parameterben nyomatom at
218.42 - -de valahogyan csak lehet automatizalni, hogy melyik peldany
218.43 - melyik csphoz van hozzarendelve...
218.44 -
218.45 --en pointereket hasznalok, nem referenciakat
218.46 -
218.47 --mivel osztalybol adodik az osztaly, es nem objektumbol, EZERT kell
218.48 - megadni az actuallayert is, ugye jol gondolom?
218.49 -
218.50 --hmmm. nem kene valami vedelem? tul sok minden fugg tul sokmindentol,
218.51 - osztaly erre valo. de hogy lehet megcsinalni, hogy pl. subnetwork
218.52 - olvashato legyen, de csak fv. irhassa, hogy figyelhessen a
218.53 - valtozasra?
218.54 -
218.55 --return 0? 1? vagy void?
218.56 -
218.57 --hogy tudom leellenorizni, hogy adott el/csp eleme-e egy halonak?
218.58 - valid-dal?
218.59 - -na, azzal tuti nem!!!!! de akkor hogyan?
218.60 - -id 0-t ad!!!!!!! (enyemre nyilvanvaloan), ami rendes szam, tehat id-vel sem!!!
218.61 - -nem adja vissza a nodeiterator? aztan annyi? DE VISSZAADJA!
218.62 - -irtam ciklust, mely vegigmegy a node-okon, es osszehasonlitja a
218.63 - egy masik halo node-javal, es egyszercsak kozolte, hogy egyforma!!!
218.64 -
218.65 --most ugy van, hogy feluldefinialhato az el-csp bejegyzes, ha ugyanazt
218.66 - az elet ketszer adjuk meg. jo ez igy, vagy hibauzenet legyen?
218.67 \ No newline at end of file
219.1 --- a/src/work/peter/xy-reader.cc Sun Apr 17 18:57:22 2005 +0000
219.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
219.3 @@ -1,76 +0,0 @@
219.4 -#include <fstream>
219.5 -#include <iostream>
219.6 -
219.7 -#include <lemon/xy.h>
219.8 -#include <lemon/maps.h>
219.9 -#include <lemon/error.h>
219.10 -#include <lemon/list_graph.h>
219.11 -#include <lemon/graph_reader.h>
219.12 -#include <lemon/graph_utils.h>
219.13 -
219.14 -using namespace lemon;
219.15 -
219.16 -typedef ListGraph Graph;
219.17 -typedef xy<double> Coordinates;
219.18 -typedef Graph::NodeMap<Coordinates> CoordinatesMap;
219.19 -typedef Graph::Node Node;
219.20 -typedef Graph::EdgeIt EdgeIt;
219.21 -typedef Graph::NodeIt NodeIt;
219.22 -
219.23 -class CoordReaderMap: public MapBase <Node, double>
219.24 -{
219.25 - CoordinatesMap & cm;
219.26 - char xoy;
219.27 -
219.28 -public:
219.29 - CoordReaderMap(char xory, CoordinatesMap & coordmap): cm(coordmap)
219.30 - {
219.31 - switch(xory)
219.32 - {
219.33 - case 'x':
219.34 - case 'y':
219.35 - xoy=xory;
219.36 - break;
219.37 - default:
219.38 - throw UninitializedParameter() ;
219.39 - }
219.40 - }
219.41 -
219.42 - void set(Node node, double coord)
219.43 - {
219.44 - switch(xoy)
219.45 - {
219.46 - case 'x':
219.47 - cm[node].x=coord;
219.48 - break;
219.49 - case 'y':
219.50 - cm[node].y=coord;
219.51 - break;
219.52 - default:
219.53 - throw UninitializedParameter() ;
219.54 - }
219.55 - }
219.56 -};
219.57 -
219.58 -int main(void)
219.59 -{
219.60 - Graph g;
219.61 - CoordinatesMap cm(g);
219.62 -
219.63 - CoordReaderMap xreader('x',cm);
219.64 - CoordReaderMap yreader('y',cm);
219.65 -
219.66 - std::ifstream is("graphocska.lemon");
219.67 -
219.68 - GraphReader<Graph> reader(is, g);
219.69 - reader.addNodeMap("coordinates_x", xreader);
219.70 - reader.addNodeMap("coordinates_y", yreader);
219.71 - reader.run();
219.72 - std::cout << "Megvagyok" << std::endl;
219.73 -
219.74 - for (NodeIt i(g); i!=INVALID; ++i)
219.75 - std::cout << " " << g.id(i) << " " << cm[i];
219.76 - std::cout << std::endl;
219.77 -
219.78 - return 0;
219.79 -}
220.1 --- a/src/work/sage_graph.h Sun Apr 17 18:57:22 2005 +0000
220.2 +++ /dev/null Thu Jan 01 00:00:00 1970 +0000
220.3 @@ -1,541 +0,0 @@
220.4 -// -*- c++ -*-
220.5 -#ifndef LEMON_SAGE_GRAPH_H
220.6 -#define LEMON_SAGE_GRAPH_H
220.7 -
220.8 -#include <iostream>
220.9 -#include <vector>
220.10 -
220.11 -#include <lemon/invalid.h>
220.12 -
220.13 -namespace lemon {
220.14 -
220.15 -// template <typename It>
220.16 -// int count(It it) {
220.17 -// int i=0;
220.18 -// for( ; it.valid(); ++it) { ++i; }
220.19 -// return i;
220.20 -// }
220.21 -
220.22 - class SageGraph {
220.23 - struct node_item;
220.24 - struct edge_item;
220.25 - public:
220.26 - class Node;
220.27 - class NodeIt;
220.28 - class Edge;
220.29 - class EdgeIt;
220.30 - class OutEdgeIt;
220.31 - class InEdgeIt;
220.32 - class SymEdgeIt;
220.33 - template <typename T> class NodeMap;
220.34 - template <typename T> class EdgeMap;
220.35 -// private:
220.36 - template <typename T> friend class NodeMap;
220.37 - template <typename T> friend class EdgeMap;
220.38 -
220.39 - template <typename T>
220.40 - class NodeMap {
220.41 - const SageGraph& G;
220.42 - std::vector<T> container;
220.43 - public:
220.44 - typedef T Value;
220.45 - typedef Node Key;
220.46 - NodeMap(const SageGraph& _G) : G(_G), container(G.node_id) { }
220.47 - NodeMap(const SageGraph& _G, T a) :
220.48 - G(_G), container(G.node_id, a) { }
220.49 - void set(Node n, T a) { container[/*G.id(n)*/n.node->id]=a; }
220.50 -// T get(Node n) const { return container[/*G.id(n)*/n.node->id]; }
220.51 - typename std::vector<T>::reference operator[](Node n) {
220.52 - return container[/*G.id(n)*/n.node->id]; }
220.53 - typename std::vector<T>::const_reference operator[](Node n) const {
220.54 - return container[/*G.id(n)*/n.node->id];
220.55 - }
220.56 - void update() { container.resize(G.node_id); }
220.57 - void update(T a) { container.resize(G.node_id, a); }
220.58 - };
220.59 -
220.60 - template <typename T>
220.61 - class EdgeMap {
220.62 - const SageGraph& G;
220.63 - std::vector<T> container;
220.64 - public:
220.65 - typedef T Value;
220.66 - typedef Edge Key;
220.67 - EdgeMap(const SageGraph& _G) : G(_G), container(G.edge_id) { }
220.68 - EdgeMap(const SageGraph& _G, T a) :
220.69 - G(_G), container(G.edge_id, a) { }
220.70 - void set(Edge e, T a) { container[/*G.id(e)*/e.edge->id]=a; }
220.71 -// T get(Edge e) const { return container[/*G.id(e)*/e.edge->id]; }
220.72 - typename std::vector<T>::reference operator[](Edge e) {
220.73 - return container[/*G.id(e)*/e.edge->id]; }
220.74 - typename std::vector<T>::const_reference operator[](Edge e) const {
220.75 - return container[/*G.id(e)*/e.edge->id];
220.76 - }
220.77 - void update() { container.resize(G.edge_id); }
220.78 - void update(T a) { container.resize(G.edge_id, a); }
220.79 - };
220.80 -
220.81 - private:
220.82 - int node_id;
220.83 - int edge_id;
220.84 - int _node_num;
220.85 - int _edge_num;
220.86 -
220.87 - node_item* _first_node;
220.88 - node_item* _last_node;
220.89 -
220.90 - struct node_item {
220.91 - int id;
220.92 - edge_item* _first_out_edge;
220.93 - edge_item* _last_out_edge;
220.94 - edge_item* _first_in_edge;
220.95 - edge_item* _last_in_edge;
220.96 - node_item* _next_node;
220.97 - node_item* _prev_node;
220.98 - };
220.99 -
220.100 - struct edge_item {
220.101 - int id;
220.102 - node_item* _source;
220.103 - node_item* _target;
220.104 - edge_item* _next_out;
220.105 - edge_item* _prev_out;
220.106 - edge_item* _next_in;
220.107 - edge_item* _prev_in;
220.108 - };
220.109 -
220.110 - node_item* _add_node() {
220.111 - node_item* p=new node_item;
220.112 - p->id=node_id++;
220.113 - p->_first_out_edge=0;
220.114 - p->_last_out_edge=0;
220.115 - p->_first_in_edge=0;
220.116 - p->_last_in_edge=0;
220.117 - p->_prev_node=_last_node;
220.118 - p->_next_node=0;
220.119 - if (_last_node) _last_node->_next_node=p;
220.120 - _last_node=p;
220.121 - if (!_first_node) _first_node=p;
220.122 -
220.123 - ++_node_num;
220.124 - return p;
220.125 - }
220.126 -
220.127 - edge_item* _add_edge(node_item* _source, node_item* _target) {
220.128 - edge_item* e=new edge_item;
220.129 - e->id=edge_id++;
220.130 - e->_source=_source;
220.131 - e->_target=_target;
220.132 -
220.133 - e->_prev_out=_source->_last_out_edge;
220.134 - if (_source->_last_out_edge) (_source->_last_out_edge)->_next_out=e;
220.135 - _source->_last_out_edge=e;
220.136 - if (!_source->_first_out_edge) _source->_first_out_edge=e;
220.137 - e->_next_out=0;
220.138 -
220.139 - e->_prev_in=_target->_last_in_edge;
220.140 - if (_target->_last_in_edge) (_target->_last_in_edge)->_next_in=e;
220.141 - _target->_last_in_edge=e;
220.142 - if (!_target->_first_in_edge) { _target->_first_in_edge=e; }
220.143 - e->_next_in=0;
220.144 -
220.145 - ++_edge_num;
220.146 - return e;
220.147 - }
220.148 -
220.149 - //deletes a node which has no out edge and no in edge
220.150 - void _delete_node(node_item* v) {
220.151 - if (v->_next_node) (v->_next_node)->_prev_node=v->_prev_node; else
220.152 - _last_node=v->_prev_node;
220.153 - if (v->_prev_node) (v->_prev_node)->_next_node=v->_next_node; else
220.154 - _first_node=v->_next_node;
220.155 -
220.156 - delete v;
220.157 - --_node_num;
220.158 - }
220.159 -
220.160 - void _delete_edge(edge_item* e) {
220.161 - if (e->_next_out) (e->_next_out)->_prev_out=e->_prev_out; else
220.162 - (e->_source)->_last_out_edge=e->_prev_out;
220.163 - if (e->_prev_out) (e->_prev_out)->_next_out=e->_next_out; else
220.164 - (e->_source)->_first_out_edge=e->_next_out;
220.165 - if (e->_next_in) (e->_next_in)->_prev_in=e->_prev_in; else
220.166 - (e->_target)->_last_in_edge=e->_prev_in;
220.167 - if (e->_prev_in) (e->_prev_in)->_next_in=e->_next_in; else
220.168 - (e->_target)->_first_in_edge=e->_next_in;
220.169 -
220.170 - delete e;
220.171 - --_edge_num;
220.172 - }
220.173 -
220.174 - void _set_source(edge_item* e, node_item* _source) {
220.175 - if (e->_next_out) (e->_next_out)->_prev_out=e->_prev_out; else
220.176 - (e->_source)->_last_out_edge=e->_prev_out;
220.177 - if (e->_prev_out) (e->_prev_out)->_next_out=e->_next_out; else
220.178 - (e->_source)->_first_out_edge=e->_next_out;
220.179 -
220.180 - e->_source=_source;
220.181 -
220.182 - e->_prev_out=_source->_last_out_edge;
220.183 - if (_source->_last_out_edge) (_source->_last_out_edge)->_next_out=e;
220.184 - _source->_last_out_edge=e;
220.185 - if (!_source->_first_out_edge) _source->_first_out_edge=e;
220.186 - e->_next_out=0;
220.187 - }
220.188 -
220.189 - void _set_target(edge_item* e, node_item* _target) {
220.190 - if (e->_next_in) (e->_next_in)->_prev_in=e->_prev_in; else
220.191 - (e->_target)->_last_in_edge=e->_prev_in;
220.192 - if (e->_prev_in) (e->_prev_in)->_next_in=e->_next_in; else
220.193 - (e->_target)->_first_in_edge=e->_next_in;
220.194 -
220.195 - e->_target=_target;
220.196 -
220.197 - e->_prev_in=_target->_last_in_edge;
220.198 - if (_target->_last_in_edge) (_target->_last_in_edge)->_next_in=e;
220.199 - _target->_last_in_edge=e;
220.200 - if (!_target->_first_in_edge) { _target->_first_in_edge=e; }
220.201 - e->_next_in=0;
220.202 - }
220.203 -
220.204 - public:
220.205 -
220.206 - /* default constructor */
220.207 -
220.208 - SageGraph() : node_id(0), edge_id(0), _node_num(0), _edge_num(0), _first_node(0), _last_node(0) { }
220.209 -
220.210 - ~SageGraph() {
220.211 - NodeIt n;
220.212 - while (this->valid(first(n))) erase(n);
220.213 - //while (first<NodeIt>().valid()) erase(first<NodeIt>());
220.214 - }
220.215 -
220.216 - int nodeNum() const { return _node_num; }
220.217 - int edgeNum() const { return _edge_num; }
220.218 -
220.219 - /* functions to construct iterators from the graph, or from each other */
220.220 -
220.221 - //NodeIt firstNode() const { return NodeIt(*this); }
220.222 - //EdgeIt firstEdge() const { return EdgeIt(*this); }
220.223 -
220.224 - //OutEdgeIt firstOutEdge(const Node v) const { return OutEdgeIt(v); }
220.225 - //InEdgeIt firstInEdge(const Node v) const { return InEdgeIt(v); }
220.226 - //SymEdgeIt firstSymEdge(const Node v) const { return SymEdgeIt(v); }
220.227 - Node source(Edge e) const { return e.sourceNode(); }
220.228 - Node target(Edge e) const { return e.targetNode(); }
220.229 -
220.230 - Node aNode(const OutEdgeIt& e) const { return e.aNode(); }
220.231 - Node aNode(const InEdgeIt& e) const { return e.aNode(); }
220.232 - Node aNode(const SymEdgeIt& e) const { return e.aNode(); }
220.233 -
220.234 - Node bNode(const OutEdgeIt& e) const { return e.bNode(); }
220.235 - Node bNode(const InEdgeIt& e) const { return e.bNode(); }
220.236 - Node bNode(const SymEdgeIt& e) const { return e.bNode(); }
220.237 -
220.238 - //Node invalid_node() { return Node(); }
220.239 - //Edge invalid_edge() { return Edge(); }
220.240 - //OutEdgeIt invalid_out_edge() { return OutEdgeIt(); }
220.241 - //InEdgeIt invalid_in_edge() { return InEdgeIt(); }
220.242 - //SymEdgeIt invalid_sym_edge() { return SymEdgeIt(); }
220.243 -
220.244 - /* same methods in other style */
220.245 - /* for experimental purpose */
220.246 -
220.247 - NodeIt& first(NodeIt& v) const {
220.248 - v=NodeIt(*this); return v; }
220.249 - EdgeIt& first(EdgeIt& e) const {
220.250 - e=EdgeIt(*this); return e; }
220.251 - OutEdgeIt& first(OutEdgeIt& e, Node v) const {
220.252 - e=OutEdgeIt(*this, v); return e; }
220.253 - InEdgeIt& first(InEdgeIt& e, Node v) const {
220.254 - e=InEdgeIt(*this, v); return e; }
220.255 - SymEdgeIt& first(SymEdgeIt& e, Node v) const {
220.256 - e=SymEdgeIt(*this, v); return e; }
220.257 - //void getSource(Node& n, const Edge& e) const { n=source(e); }
220.258 - //void getTarget(Node& n, const Edge& e) const { n=target(e); }
220.259 -
220.260 - //void getANode(Node& n, const OutEdgeIt& e) const { n=e.aNode(); }
220.261 - //void getANode(Node& n, const InEdgeIt& e) const { n=e.aNode(); }
220.262 - //void getANode(Node& n, const SymEdgeIt& e) const { n=e.aNode(); }
220.263 - //void getBNode(Node& n, const OutEdgeIt& e) const { n=e.bNode(); }
220.264 - //void getBNode(Node& n, const InEdgeIt& e) const { n=e.bNode(); }
220.265 - //void getBNode(Node& n, const SymEdgeIt& e) const { n=e.bNode(); }
220.266 - //void get_invalid(Node& n) { n=Node(); }
220.267 - //void get_invalid(Edge& e) { e=Edge(); }
220.268 - //void get_invalid(OutEdgeIt& e) { e=OutEdgeIt(); }
220.269 - //void get_invalid(InEdgeIt& e) { e=InEdgeIt(); }
220.270 - //void get_invalid(SymEdgeIt& e) { e=SymEdgeIt(); }
220.271 -
220.272 -// template< typename It >
220.273 -// It first() const {
220.274 -// It e;
220.275 -// first(e);
220.276 -// return e;
220.277 -// }
220.278 -
220.279 -// template< typename It >
220.280 -// It first(Node v) const {
220.281 -// It e;
220.282 -// first(e, v);
220.283 -// return e;
220.284 -// }
220.285 -
220.286 - bool valid(Node n) const { return n.valid(); }
220.287 - bool valid(Edge e) const { return e.valid(); }
220.288 -
220.289 -// template <typename It> It getNext(It it) const {
220.290 -// It tmp(it); next(tmp); return tmp; }
220.291 -// NodeIt& next(NodeIt& it) const { return ++it; }
220.292 -// EdgeIt& next(EdgeIt& it) const { return ++it; }
220.293 -// OutEdgeIt& next(OutEdgeIt& it) const { return ++it; }
220.294 -// InEdgeIt& next(InEdgeIt& it) const { return ++it; }
220.295 -// SymEdgeIt& next(SymEdgeIt& it) const { return ++it; }
220.296 -// template <typename It> It& next(It& it) const { return ++it; }
220.297 - template <typename It> It& next(It& it) const { ++it; return it; }
220.298 -
220.299 -
220.300 - /* for getting id's of graph objects */
220.301 - /* these are important for the implementation of property vectors */
220.302 -
220.303 - int id(Node v) const { return v.node->id; }
220.304 - int id(Edge e) const { return e.edge->id; }
220.305 -
220.306 - /* adding nodes and edges */
220.307 -
220.308 - Node addNode() { return Node(_add_node()); }
220.309 - Edge addEdge(Node u, Node v) {
220.310 - return Edge(_add_edge(u.node, v.node));
220.311 - }
220.312 -
220.313 - void erase(Node i) {
220.314 - {
220.315 - OutEdgeIt e;
220.316 - while (this->valid(first(e, i))) erase(e);
220.317 - }
220.318 - {
220.319 - InEdgeIt e;
220.320 - while (this->valid(first(e, i))) erase(e);
220.321 - }
220.322 - //while (first<OutEdgeIt>(i).valid()) erase(first<OutEdgeIt>(i));
220.323 - //while (first<InEdgeIt>(i).valid()) erase(first<InEdgeIt>(i));
220.324 - _delete_node(i.node);
220.325 - }
220.326 -
220.327 - void erase(Edge e) { _delete_edge(e.edge); }
220.328 -
220.329 - void clear() {
220.330 - NodeIt e;
220.331 - while (this->valid(first(e))) erase(e);
220.332 - //while (first<NodeIt>().valid()) erase(first<NodeIt>());
220.333 - }
220.334 -
220.335 - void setSource(Edge e, Node source) {
220.336 - _set_source(e.edge, source.node);
220.337 - }
220.338 -
220.339 - void setTarget(Edge e, Node target) {
220.340 - _set_target(e.edge, target.node);
220.341 - }
220.342 -
220.343 - /* stream operations, for testing purpose */
220.344 -
220.345 -// friend std::ostream& operator<<(std::ostream& os, const Node& i) {
220.346 -// if (i.valid())
220.347 -// os << i.node->id;
220.348 -// else
220.349 -// os << "invalid";
220.350 -// return os;
220.351 -// }
220.352 -// friend std::ostream& operator<<(std::ostream& os, const Edge& i) {
220.353 -// if (i.valid())
220.354 -// os << "(" << i.edge->_source->id << "--" << i.edge->id << "->" << i.edge->_target->id << ")";
220.355 -// else
220.356 -// os << "invalid";
220.357 -// return os;
220.358 -// }
220.359 -
220.360 - class Node {
220.361 - friend class SageGraph;
220.362 - template <typename T> friend class NodeMap;
220.363 -
220.364 - friend class Edge;
220.365 - friend class OutEdgeIt;
220.366 - friend class InEdgeIt;
220.367 - friend class SymEdgeIt;
220.368 - //public: //FIXME: It is required by op= of NodeIt
220.369 - protected:
220.370 - node_item* node;
220.371 - protected:
220.372 - friend int SageGraph::id(Node v) const;
220.373 - public:
220.374 - Node() /*: node(0)*/ { }
220.375 - Node(const Invalid&) : node(0) { }
220.376 - protected:
220.377 - Node(node_item* _node) : node(_node) { }
220.378 - bool valid() const { return (node); }
220.379 - public:
220.380 - //void makeInvalid() { node=0; }
220.381 - friend bool operator==(Node u, Node v) { return v.node==u.node; }
220.382 - friend bool operator!=(Node u, Node v) { return v.node!=u.node; }
220.383 - friend std::ostream& operator<<(std::ostream& os, const Node& i);
220.384 - };
220.385 -
220.386 - class NodeIt : public Node {
220.387 - friend class SageGraph;
220.388 - //protected:
220.389 - public: //for everybody but marci
220.390 - NodeIt(const SageGraph& G) : Node(G._first_node) { }
220.391 - NodeIt(const SageGraph& G, const Node& n) : Node(n) { }
220.392 - public:
220.393 - NodeIt() : Node() { }
220.394 - NodeIt(const Invalid& i) : Node(i) { }
220.395 - protected:
220.396 - NodeIt(node_item* v) : Node(v) { }
220.397 - public:
220.398 - NodeIt& operator++() { node=node->_next_node; return *this; }
220.399 - //FIXME::
220.400 - // NodeIt& operator=(const Node& e)
220.401 - // { node=e.node; return *this; }
220.402 - };
220.403 -
220.404 - class Edge {
220.405 - friend class SageGraph;
220.406 - template <typename T> friend class EdgeMap;
220.407 -
220.408 - friend class Node;
220.409 - friend class NodeIt;
220.410 - protected:
220.411 - edge_item* edge;
220.412 - friend int SageGraph::id(Edge e) const;
220.413 - public:
220.414 - Edge() /*: edge(0)*/ { }
220.415 - Edge(const Invalid&) : edge(0) { }
220.416 - //Edge() { }
220.417 - protected:
220.418 - Edge(edge_item* _edge) : edge(_edge) { }
220.419 - bool valid() const { return (edge); }
220.420 - public:
220.421 - //void makeInvalid() { edge=0; }
220.422 - friend bool operator==(Edge u, Edge v) { return v.edge==u.edge; }
220.423 - friend bool operator!=(Edge u, Edge v) { return v.edge!=u.edge; }
220.424 - protected:
220.425 - Node sourceNode() const { return Node(edge->_source); }
220.426 - Node targetNode() const { return Node(edge->_target); }
220.427 - public:
220.428 - friend std::ostream& operator<<(std::ostream& os, const Edge& i);
220.429 - };
220.430 -
220.431 - class EdgeIt : public Edge {
220.432 - friend class SageGraph;
220.433 - public:
220.434 - EdgeIt() : Edge() { }
220.435 - EdgeIt(const Invalid& i) : Edge(i) { }
220.436 - EdgeIt(const SageGraph& G) {
220.437 - node_item* v=G._first_node;
220.438 - if (v) edge=v->_first_out_edge; else edge=0;
220.439 - while (v && !edge) { v=v->_next_node; if (v) edge=v->_first_out_edge; }
220.440 - }
220.441 - EdgeIt(const SageGraph& G, const Edge& e) : Edge(e) { }
220.442 -// protected:
220.443 -// EdgeIt(edge_item* _e) : Edge(_e) { }
220.444 - public:
220.445 - EdgeIt& operator++() {
220.446 - node_item* v=edge->_source;
220.447 - edge=edge->_next_out;
220.448 - while (v && !edge) { v=v->_next_node; if (v) edge=v->_first_out_edge; }
220.449 - return *this;
220.450 - }
220.451 - };
220.452 -
220.453 - class OutEdgeIt : public Edge {
220.454 - friend class SageGraph;
220.455 - public:
220.456 - OutEdgeIt() : Edge() { }
220.457 - OutEdgeIt(const Invalid& i) : Edge(i) { }
220.458 - OutEdgeIt(const SageGraph&, Node _v) : Edge(_v.node->_first_out_edge) { }
220.459 - OutEdgeIt(const SageGraph&, const Edge& e) : Edge(e) { }
220.460 - OutEdgeIt& operator++() { edge=edge->_next_out; return *this; }
220.461 - protected:
220.462 - Node aNode() const { return Node(edge->_source); }
220.463 - Node bNode() const { return Node(edge->_target); }
220.464 - };
220.465 -
220.466 - class InEdgeIt : public Edge {
220.467 - friend class SageGraph;
220.468 - public:
220.469 - InEdgeIt() : Edge() { }
220.470 - InEdgeIt(Invalid i) : Edge(i) { }
220.471 - InEdgeIt(const SageGraph&, Node _v) : Edge(_v.node->_first_in_edge) { }
220.472 - InEdgeIt(const SageGraph&, const Edge& e) : Edge(e) { }
220.473 - InEdgeIt& operator++() { edge=edge->_next_in; return *this; }
220.474 - protected:
220.475 - Node aNode() const { return Node(edge->_target); }
220.476 - Node bNode() const { return Node(edge->_source); }
220.477 - };
220.478 -
220.479 - class SymEdgeIt : public Edge {
220.480 - friend class SageGraph;
220.481 - bool out_or_in; //1 iff out, 0 iff in
220.482 - //node_item* v;
220.483 - //protected:
220.484 - protected: //for alpar
220.485 - SymEdgeIt(const Node& _v) /*: v(_v.node)*/ {
220.486 - out_or_in=1;
220.487 - edge=_v.node->_first_out_edge;
220.488 - if (!edge) { edge=_v.node->_first_in_edge; out_or_in=0; }
220.489 - }
220.490 - public:
220.491 - SymEdgeIt() : Edge() /*, v(0)*/ { }
220.492 - SymEdgeIt(const Invalid& i) : Edge(i) { }
220.493 - SymEdgeIt(const SageGraph&, Node _v) /*: v(_v.node)*/ {
220.494 - out_or_in=1;
220.495 - edge=_v.node->_first_out_edge;
220.496 - if (!edge) { edge=_v.node->_first_in_edge; out_or_in=0; }
220.497 - }
220.498 - protected:
220.499 - SymEdgeIt& operator++() {
220.500 - if (out_or_in) {
220.501 - node_item* v=edge->_source;
220.502 - edge=edge->_next_out;
220.503 - if (!edge) { out_or_in=0; edge=v->_first_in_edge; }
220.504 - } else {
220.505 - edge=edge->_next_in;
220.506 - }
220.507 - return *this;
220.508 - }
220.509 - protected:
220.510 - Node aNode() const {
220.511 - return (out_or_in) ? Node(edge->_source) : Node(edge->_target); }
220.512 - Node bNode() const {
220.513 - return (out_or_in) ? Node(edge->_target) : Node(edge->_source); }
220.514 - };
220.515 - };
220.516 -
220.517 - inline
220.518 - std::ostream& operator<<(std::ostream& os, const SageGraph::Node& i) {
220.519 - if (i.valid())
220.520 - os << i.node->id;
220.521 - else
220.522 - os << "invalid";
220.523 - return os;
220.524 - }
220.525 -
220.526 - inline
220.527 - std::ostream& operator<<(std::ostream& os, const SageGraph::Edge& i) {
220.528 - if (i.valid())
220.529 - os << "(" << i.sourceNode() << "--" << i.edge->id << "->"
220.530 - << i.targetNode() << ")";
220.531 - else
220.532 - os << "invalid";
220.533 - return os;
220.534 - }
220.535 -
220.536 - class UndirSageGraph : public SageGraph {
220.537 - public:
220.538 - typedef SymEdgeIt OutEdgeIt;
220.539 - typedef SymEdgeIt InEdgeIt;
220.540 - };
220.541 -
220.542 -} //namespace lemon
220.543 -
220.544 -#endif //LEMON_SAGE_GRAPH_H