hegyi@106: // -*- C++ -*- //
hegyi@106: 
hegyi@106: #ifndef KRUSKALBOX_H
hegyi@106: #define KRUSKALBOX_H
hegyi@106: 
hegyi@106: class KruskalBox;
hegyi@106: 
hegyi@106: #include <all_include.h>
hegyi@106: #include <algobox.h>
hegyi@106: #include <lemon/kruskal.h>
hegyi@106: #include <libgnomecanvasmm.h>
hegyi@106: #include <libgnomecanvasmm/polygon.h>
hegyi@106: 
hegyi@125: ///Graphical interface to run Kruskal algorithm.
hegyi@125: 
hegyi@125: ///Child of \ref AlgoBox,
hegyi@125: ///therefore the only task to do at implementation was to
hegyi@125: ///
hegyi@125: ///-call init function with correct parameters from correctly parametrized constructor
hegyi@125: ///
hegyi@125: ///-implement \ref build_box function
hegyi@125: ///
hegyi@125: ///-implement \ref run function
hegyi@106: class KruskalBox : public AlgoBox
hegyi@106: {
hegyi@125:   ///Shows result of Kruskal algorithm
hegyi@109:   Gtk::Label resultlabel;
hegyi@109: 
hegyi@106: public:
hegyi@125:   ///Calls \ref AlgoBox::init function to initialize class properly, automatically.
hegyi@108:   KruskalBox(std::vector<std::string> t);
hegyi@125: 
hegyi@125:   ///Prepare, run and postprocess Kruskal algorithm.
hegyi@125: 
hegyi@125:   ///\ref glemon works only with maps filled with double values
hegyi@125:   ///at the moment. While Kruskal nedds a bool map as output.
hegyi@125:   ///As postprocess this bool map should be transformed to
hegyi@125:   ///double map.
hegyi@106:   void run();
hegyi@125: 
hegyi@125:   ///Builds the graphical design of the interface.
hegyi@106:   void build_box();
hegyi@106: };
hegyi@106: #endif //KRUSKALBOX_H