private static void Main()
{
// reading of channels tree from file:
var channelsTree = CgInteraction.ReadChannelsTreeFromCg(Dir.Data("channels.cg"));
// calculating stats:
var floodMap = GrdInteraction.ReadGridMapFromGrd(Dir.Data("only_territory_flood_frequency0.grd"));
var typeUseMap = GrdInteraction.ReadGridMapFromGrd(Dir.Data("TypeUseWithNonCadastr.grd"));
var hozValues = new HashSet <double> {
37, 38, 39, 43, 44, 45
};
var socValues = new HashSet <double> {
58, 61, 63, 66, 171, 186, 195, 203, 207
};
var nonCadastrId = 8888d;
var r = 10;
var stats = StatsAggregation.GetStats(channelsTree, floodMap, typeUseMap, hozValues, socValues, nonCadastrId, r);
/* Usage of donors-acceptors algorithm */
// read flood series for Q=23 and t=[20, 39]:
var floodSeries = GrdInteraction.ReadFloodSeriesFromZip(Dir.Data("flood/23.zip"), 20, 39);
// read eco targets map
var ecoTargetMap = GrdInteraction.ReadGridMapFromGrd(Dir.Data("frequencies/add_frequency_from_0,65_to_0,85.grd"));
// initialization of algo:
var donorsAcceptors = new DonorsAcceptors(
DonorsAcceptors.RatingStrategy.TargetCount, channelsTree, ecoTargetMap, floodSeries);
// on each iteration call method Run with CofinanceInfo:
var cofinanceInfo = new CofinanceInfo(0, null);
var projectPlan = donorsAcceptors.Run(cofinanceInfo);
}
static void Main(string[] args)
{
var channels = CgInteraction.ReadChannelsTreeFromCg(Dir.Data("channels_all.cg"));
RestoreHoles(channels);
RestoreChildren(channels);
CheckChannels(channels);
CgInteraction.WriteChannelsTreeToCg(Dir.Data("channels.cg"), channels);
BinarizeChannels(channels);
var bitmap = Drawing.DrawBitmap(944, 944, g =>
{
Drawing.DrawChannels(g, channels.GetAllChannels(), new SolidBrush(Color.Black), true);
});
bitmap.Save(Dir.Data("restoration_debug.png"));
Console.WriteLine(channels.GetAllChannels().Count());
CgInteraction.WriteChannelsTreeToCg(Dir.Data("channels_binarized.cg"), channels);
}
