public async Task SaveLayers()
{
Blur b = new Blur();
var dr = new BallDrainageSimulator();
var vl = new VisualLogger();
var file = "SavedFiles/rvrnw.bmp";
var i = Image.FromFile(file);
var bitmap = new Bitmap(i);
var layer = new LayerConverter().LoadLayer(bitmap);
ILayer blured = new Layer2DObject(layer.Resolution);
//b.Process(layer, blured, 3);
blured = layer;
vl.Log(blured, "base");
var drainagemap = dr.GetDrainageMap(blured, 10);
//logger shit
drainagemap[0, 0] = 0;
vl.Log(drainagemap, "drainage");
}
public async Task SaveLayers()
{
var file = "SavedFiles/test.bmp";
var i = Image.FromFile(file);
var bitmap = new Bitmap(i);
var conerted = new LayerConverter().LoadLayer(bitmap);
var h = new BasicHydraulicErosion();
var vl = new VisualLogger();
vl.Log(conerted, "baseNoEro");
h.Erode(conerted, new HydroErosionParams()
{
Strenght = 50
});
vl.Log(conerted, "baseWithEro");
}
private static void printVoronoi(int countOfCells, ISegmendDivider sd)
{
var l = new Layer2DObject(res);
// TODO change rand approach
var rnd = new Rand(seed);
var c = new VoronoiConverter(sd);
var g = new VoronoiGenerator(c);
var gg = new VoronoiAreaGenerator(g, rnd);
var vd = new VoronoiAreaDrawer();
var areas = gg.GenerateAreas(res, res * .5f, countOfCells);
vd.PrintToLayer(l, areas, new Vector2());
var vl = new VisualLogger();
vl.Log(l, "profile");
}