n="justify"> {:: map path_colors; // color -> usage (auto m = k-> begin (); m! = k -> end (); + + m)
{(path_colors.find (graph [* m]. color)! = path_colors.end ())
{
+ + path_colors [graph [* m]. color];
}
{_colors [graph [* m]. color] = 1;
}
}
// всі вершини в дорозі повинні бути пофарбовані (0 не є кольором)
if (path_colors.find (0)! = path_colors.end ())
{;
} (path_colors.size ()! = 2)
{. first = * i;. second = * j;;
}
}
}
}
;
} _two_colored_component_dfs_visitor
{:: list colors;// colors
}; _two_colored_component (constVertexT & v, GraphT & graph)
{
} main (intargc, char ** argv)
{:: string input_filename ("in.dot"); :: string output_filename ("out.dot"); :: string report_filename (".. /../data/ report.csv ");
// аргументикоманднойстрокі
{:: CmdLinecmd ("Sub-optimal graph coloring", '', "0.0"); :: ValueArg input_filename_arg ("i", " input-filename ",
"Input filename",, _filename,
"string",); :: ValueArg output_filename_arg ("o", "output-filename",
"Output filename",, _filename,
"string",); :: ValueArg report_filename_arg ("r", "report-filename",
"CSV report filename",, _filename,
"string",);
// разборкоманднойстрокі.parse (argc, argv); _filename = input_filename_arg.getValue (); _filename = output_filename_arg.getValue (); _filename = report_filename_arg.getValue ();
} (TCLAP :: ArgException & excp)
{:: cerr <<"TCLAP Error:" <
} :: ifstream input (input_filename); (! input.is_open ())
{:: cerr <<"Can't open input file " "<
} _t graph; :: dynamic_propertiesdp;. property ("id", boost :: get (& graph_vertex_info_t :: id, graph));. property ("color", boost: : get (& graph_vertex_info_t :: color, graph));
// чтеніеграфаізфайла :: read_graphviz (input, graph, dp, "id");. close ();
// раскраскаграфа :: clog <<"Coloring graph " "<
// ...
