private void CheckCurrentValues(int totalSampleCount, MapSectionWorkResult currentValues)
{
if (currentValues.Counts.Length != totalSampleCount)
{
throw new ArgumentException("The current values must have a Counts array of length matching the size of the work request.");
}
if (currentValues.ZValues.Length != totalSampleCount)
{
throw new ArgumentException("The current values must have a ZValues array of length matching the size of the work request.");
}
}
public MapSectionWorkResult GetWorkingValues(double[] XValues, double[] YValues, int maxIterations, MapSectionWorkResult currentValues)
{
int width = XValues.Length;
int height = YValues.Length;
CheckCurrentValues(width * height, currentValues);
MPointWork mPointWork = new MPointWork(maxIterations);
DPoint c = new DPoint(0, 0);
int ptr = 0;
for (int yPtr = 0; yPtr < height; yPtr++)
{
c.Y = YValues[yPtr];
for (int xPtr = 0; xPtr < width; xPtr++)
{
//if(ptr == 7382)
//{
// int a = 0;
//}
if (currentValues.DoneFlags[ptr])
{
ptr++;
continue;
}
c.X = XValues[xPtr];
DPoint z = currentValues.ZValues[ptr]; //DPoint z = new DPoint(0, 0);
int cnt = currentValues.Counts[ptr]; //int cnt = 0; //
cnt /= CNT_MULTIPLIER;
double escapeVelocity = mPointWork.Iterate(c, z, ref cnt, out bool done);
//if(!done)
//{
// int b = 0;
//}
double cAndE = cnt + escapeVelocity;
cAndE *= CNT_MULTIPLIER;
cAndE = Math.Truncate(cAndE);
currentValues.Counts[ptr] = (int)(cAndE);
currentValues.ZValues[ptr] = z;
currentValues.DoneFlags[ptr] = done;
ptr++;
}
}
currentValues.IterationCount = maxIterations;
return(currentValues);
}
