public override Task <ILayerMasked> GenerateLayer()
{
var oldpoints = _layerLocalParameters.Polygon.Points.ToList();
var mask = getBlurredMask(oldpoints);
Vector2 resolution = mask.Resolution;
var noisescaleDown = .33f;
const float thatMakesItGoDown = -1;
_logger.Log(mask, "canyonMask");
var blured = getBlurredProfile(oldpoints, resolution);
var layer = _noise.Do(resolution);
_layerUtility.IterateValues(blured, (coor, val) =>
{
var cv = val.HasValue ? val.Value : 0;
layer[coor] = layer[coor] * noisescaleDown + cv + thatMakesItGoDown;
});
_logger.Log(layer, "canyon");
layer.Mask = mask;
applyOffset(_layerLocalParameters.ExtendSize, oldpoints, layer);
return(Task.FromResult(layer));
}
public override Task <ILayerMasked> GenerateLayer()
{
var pts = _layerLocalParameters.Polygon.Points.ToList();
var bounds = new GeometryUtils().GetBoundsForPoints(pts);
var mask = obtainBluredMask(pts,
_layerLocalParameters.BlurSize,
_layerLocalParameters.ExtendSize);
var size = mask.Resolution;
int count = (int)JryMath.Max(size.X, size.Y) / 100 + 1;
var areas = _voronoiAreGenerator.GenerateAreas(size, bounds.GetSize(), count);
_areaLoggerWithFill.LogAreas(size, areas, "loggedAreasFilled");
var layer = new Layer2DObject(new Vector2(size.X + _layerLocalParameters.ExtendSize, size.Y + _layerLocalParameters.ExtendSize));
var layerSize = layer.Resolution;
var deltaX = (layerSize.X - size.X) / 2;
var deltaY = (layerSize.Y - size.Y) / 2;
var translateVector = new Vector2(deltaX, deltaY);
_voronoiAreaDrawer.PrintToLayer(layer, areas, translateVector);
layer.Mask = mask;
_logger.Log(layer, "mountain");
applyOffset(_layerLocalParameters.ExtendSize, _layerLocalParameters.Polygon.Points.ToList(), layer);
_layUtils.Normalize(layer);
layer.Mask = mask;
return(Task.FromResult((ILayerMasked)layer));
}
public void LogAreas(IntVector2 size, IList <IArea> areas, string name)
{
var debugColoredAreas = drawSiteToLayer(size, areas);
_logger.Log(debugColoredAreas, name);
}
private void postProcessWholeLayer(ILayerMasked final, IErosionDescriptor bs, int riverAmount)
{
_visualLogger.Log(final, "baseNoEro");
doErosion(final, bs);
generateRIvers(final, riverAmount);
}