public void ComputeApprox(double[] XValues, double[] YValues, int maxIterations, int[] curCounts)
{
for (int i = 0; i < curCounts.Length; i++)
{
curCounts[i] = 0;
}
int width = XValues.Length;
int height = YValues.Length;
for (int yPtr = 1; yPtr < height - 1; yPtr += 3)
{
for (int xPtr = 1; xPtr < width - 1; xPtr += 3)
{
ApCell cell = GetCell(xPtr, yPtr, XValues, YValues);
int[] cnts = cell.Iterate3(maxIterations);
UpdateCnts(xPtr, yPtr, cnts, curCounts, XValues.Length);
}
}
}
private ApCell GetCell(int x, int y, double[] XValues, double[] YValues)
{
DPoint refC = new DPoint(XValues[x], YValues[y]);
ApDetail[] details = new ApDetail[8];
details[0] = new ApDetail(refC - new DPoint(XValues[x - 1], YValues[y - 1]));
details[1] = new ApDetail(refC - new DPoint(XValues[x], YValues[y - 1]));
details[2] = new ApDetail(refC - new DPoint(XValues[x + 1], YValues[y - 1]));
details[3] = new ApDetail(refC - new DPoint(XValues[x - 1], YValues[y]));
details[4] = new ApDetail(refC - new DPoint(XValues[x + 1], YValues[y]));
details[5] = new ApDetail(refC - new DPoint(XValues[x - 1], YValues[y + 1]));
details[6] = new ApDetail(refC - new DPoint(XValues[x], YValues[y + 1]));
details[7] = new ApDetail(refC - new DPoint(XValues[x + 1], YValues[y + 1]));
ApCell result = new ApCell(refC, details);
return(result);
}
