| static private ParabolicCut ( double x1, double y1, double x2, double y2, double ys ) : double | ||
| x1 | double | |
| y1 | double | |
| x2 | double | |
| y2 | double | |
| ys | double | |
| return | double | |
public float Cut(float ys, float x)
{
if (!Flipped)
{
return(Convert.ToSingle(Math.Round(x - Fortune.ParabolicCut(Edge.LeftData[0], Edge.LeftData[1], Edge.RightData[0], Edge.RightData[1], ys), 10)));
}
return(Convert.ToSingle(Math.Round(x - Fortune.ParabolicCut(Edge.RightData[0], Edge.RightData[1], Edge.LeftData[0], Edge.LeftData[1], ys), 10)));
}
public double Cut(double ys, double x)
{
if (!Flipped)
{
return(Math.Round(x - Fortune.ParabolicCut(Edge.LeftData.X, Edge.LeftData.Y, Edge.RightData.X, Edge.RightData.Y, ys), 10));
}
return(Math.Round(x - Fortune.ParabolicCut(Edge.RightData.X, Edge.RightData.Y, Edge.LeftData.X, Edge.LeftData.Y, ys), 10));
}
public double Cut(double ys, double x)
{
return(!Flipped?Math.Round(x - Fortune.ParabolicCut(Edge.LeftData[0], Edge.LeftData[1], Edge.RightData[0], Edge.RightData[1], ys), 10) : Math.Round(x - Fortune.ParabolicCut(Edge.RightData[0], Edge.RightData[1], Edge.LeftData[0], Edge.LeftData[1], ys), 10));
}