alpar@7: #include <lemon/arg_parser.h>
alpar@7: #include "main.h"
alpar@7: 
alpar@7: int main(int argc, char **argv)
alpar@7: {
alpar@7:   int seed=1;
alpar@7:   int problem=0;
alpar@7:   int parms[PROBLEM_PARMS];
alpar@7:   
alpar@7:   lemon::ArgParser ap(argc,argv);
alpar@7:   ap.refOption("seed","Random seed (default: 1)",seed)
alpar@7:     .refOption("problem","Problem type (default: 0)",problem)
alpar@7:     .refOption("nodes","Number of nodes (default: 10)",NODES)
alpar@7:     .refOption("sources","Source nodes (default: 3)",SOURCES)
alpar@7:     .refOption("sinks","Sink nodes (default: 3)",SINKS)
alpar@7:     .refOption("density","Number of arcs (default: 30)",DENSITY)
alpar@7:     .refOption("mincost","Minimum arc cost (default: 10)",MINCOST)
alpar@7:     .refOption("maxcost","Maximum arc cost (default: 99)",MAXCOST)
alpar@7:     .refOption("supply","Total supply (default: 1000)",SUPPLY)
alpar@7:     .refOption("tsources","Transshipment sources (default: 0)",TSOURCES)
alpar@7:     .refOption("tsinks","Transshipment sinks (default: 0)",TSINKS)
alpar@7:     .refOption("hicost",
alpar@7:                "Percent of skeleton arcs given maximum cost (default: 0)",
alpar@7:                HICOST)
alpar@7:     .refOption("capacitated","Percent of arcs to be capacitated (default: 100)",
alpar@7:                CAPACITATED)
alpar@7:     .refOption("mincap","Minimum arc capacity (default: 100)",MINCAP)
alpar@7:     .refOption("maxcap","Maximum arc capacity (default: 1000)",MAXCAP);
alpar@7: 
alpar@7:   NODES=10;
alpar@7:   SOURCES=3;
alpar@7:   SINKS=3;
alpar@7:   DENSITY=30;
alpar@7:   MINCOST=10;
alpar@7:   MAXCOST=99;
alpar@7:   SUPPLY=1000;
alpar@7:   TSOURCES=0;
alpar@7:   TSINKS=0;
alpar@7:   HICOST=0;
alpar@7:   CAPACITATED=100;
alpar@7:   MINCAP=100;
alpar@7:   MAXCAP=1000;
alpar@7: 
alpar@7:   ap.run();
alpar@7:   
alpar@7:   long lparms[PROBLEM_PARMS];
alpar@7:   for(int i=0;i<PROBLEM_PARMS;i++) lparms[i]=parms[i];
alpar@7: 
alpar@7:   return orig_main(seed,problem,lparms);  
alpar@7: }
alpar@7: