private void assignSTL(int[,] matrix, uint endX, uint endY, DTLDelegate.VoronoiDiagramDelegate function_)
{
Pair[] point = new Pair[drawValue];
int[] color = new int[drawValue];
CreatePoint(point, color, endX, endY, function_);
CreateSites(point, color, matrix, endX, endY);
}
private void CreatePoint(Pair[] point, int[] color, uint w, uint h,
DTLDelegate.VoronoiDiagramDelegate function_)
{
for (int arrayNum = 0; arrayNum < this.drawValue; ++arrayNum)
{
point[arrayNum] = new Pair((int)rand.Next(w), (int)rand.Next(h));
function_(ref point[arrayNum], ref color[arrayNum], startX, startY, w, h);
}
}
/* Draw */
public bool Draw(int[,] matrix, DTLDelegate.VoronoiDiagramDelegate function_)
{
var lenX = MatrixUtil.GetX(matrix);
var lenY = MatrixUtil.GetY(matrix);
return(this.DrawNormal(
matrix,
this.width == 0 || this.startX + this.width >= ((lenX == 0) ? 0 : lenX)
? ((lenX == 0) ? 0 : lenX)
: this.startX + this.width,
(this.height == 0 || this.startY + this.height >= lenY) ? lenY : this.startY + this.height,
function_));
}
public bool Draw(int[,] matrix)
{
DTLDelegate.VoronoiDiagramDelegate voronoiDiagramDelegate =
(ref Pair point, ref int color, uint startX, uint startY, uint w, uint h) => {
if (rand.Probability((this.probabilityValue)))
{
color = this.trueColor;
}
else
{
color = this.falseColor;
}
};
voronoiDiagram.Draw(matrix, voronoiDiagramDelegate);
return(true);
}
public bool Draw(int[,] matrix)
{
DTLDelegate.VoronoiDiagramDelegate voronoiDiagramDelegate =
(ref Pair point, ref int color, uint startX, uint startY, uint w, uint h) => {
if ((this.isIsland(point, startX, startY, w, h, 2, 5) ||
this.isIsland(point, startX, startY, w, h, 1, 5)) &&
rand.Probability((this.probability)))
{
color = this.landValue;
}
else
{
color = this.seaValue;
}
};
return(this.voronoiDiagram.Draw(matrix, voronoiDiagramDelegate));
}
bool DrawNormal(int[,] matrix, uint endX, uint endY, DTLDelegate.VoronoiDiagramDelegate function_)
{
this.assignSTL(matrix, endX, endY, function_);
return(true);
}
