public static void GetMandelbrotData(CoordinateSystem cordSys, MandelbrotPixel[] pointTable, Quadrant quadrant)
{
for (int index = quadrant.StartIndex; index < quadrant.StopIndex; index++)
{
int _iterCount = GetIterCount(Compute.ComplexCoordinates[index], ComplexPlane);
pointTable[index] = new MandelbrotPixel(BitmapPixels[index], _iterCount);
}
}
public void Setup()
{
_expected = new MandelbrotPixel
{
Finished = false,
Iterations = 1,
Position = new Complex(0.5m, 0.2m),
Z = new Complex(0.5m, 0.2m)
};
_sut = new MandelbrotPixel
{
Finished = false,
Iterations = 0,
Position = new Complex(0.5m, 0.2m),
Z = new Complex(0, 0)
};
_sut.Iterate();
}
public void Setup()
{
_expected = new MandelbrotPixel
{
Finished = true,
Iterations = 2,
Position = new Complex(2, 2),
Z = new Complex(2, -6)
};
_sut = new MandelbrotPixel
{
Finished = false,
Iterations = 1,
Position = new Complex(2, 2),
Z = new Complex(-2, 2)
};
_sut.Iterate();
}
public static MandelbrotPixel[] CalculateSequential(CoordinateSystem coordinateSystem, Priorities threadPriority)
{
Thread.CurrentThread.Priority = PriorityManager(threadPriority, false)[0]; // Set chosen priority
/* Calculate the Mandelbrot Pixels sequentially and return a struct that shall be visualized */
Point[] _bitmapPixels = GetBasicCoordinates(coordinateSystem);
Complex[] _complexCoordinates = GetMappedCoordinates(coordinateSystem);
MandelbrotPixel[] _mandelbrotPixel = new MandelbrotPixel[_bitmapPixels.Length];
int idx = 0;
foreach (var cpoint in _complexCoordinates)
{
int _iterCount = GetIterCount(cpoint, coordinateSystem);
/* Return the corresponding bitmap pixel and iteration count based on complex points iteration */
_mandelbrotPixel[idx] = new MandelbrotPixel(_bitmapPixels[idx], _iterCount);
idx++;
}
return(_mandelbrotPixel);
}
