public override int[,] calculate(FractalPart fa)
{
int w;
//set max pixel value range from 0-255
int w_max = 255;
int[,] pixels = new int[fa.getWidth(), fa.getHeight()];
double dx = (fa.x2 - fa.x1) / fa.getWidth();
double dy = (fa.y2 - fa.y1) / fa.getHeight();
double cr, ci, zr, zi, zr2, zi2, zrt;
// For every pixel width x height of this FractalPart
for (int Xcount = 0; Xcount < fa.getWidth(); Xcount++)
{
for (int Ycount = 0; Ycount < fa.getHeight(); Ycount++)
{
cr = fa.x1 + dx * Xcount;
ci = fa.y1 + dy * Ycount;
w = 0;
zr = 0;
zi = 0;
zr2 = 0;
zi2 = 0;
// Calculate fractal
while (((zr2 + zi2) < 4) && (w < w_max))
{
zrt = zr2 - zi2 + cr;
zi = 2 * zr * zi + ci;
zr = zrt;
zr2 = Math.Pow(zr, 2);
zi2 = Math.Pow(zi, 2);
w++;
}
pixels[Xcount, Ycount] = (w < w_max) ? w : w_max;
}
}
return(pixels);
}
public override int[,] calculate(FractalPart fa)
{
int w;
//Max pixel value range 0-255
int w_max = 255;
int[,] pixels = new int[fa.getWidth(), fa.getHeight()];
//real and imaginary part of the constant c, determinate shape of the Julia Set
double cX, cY;
double zx, zy;
// The JuliaSet requires a Constant to draw wheras the MandleBrot recalculates this value.
cX = -0.7;
cY = -0.27015;
// Loop through each
for (int Xcount = 0; Xcount < fa.getWidth(); Xcount++)
{
for (int Ycount = 0; Ycount < fa.getHeight(); Ycount++)
{
w = 0;
// Sets the actual value.
zx = (fa.x2 - fa.x1) * (Xcount - fa.getWidth() / 2) / (0.5 * fa.getWidth());
zy = (fa.y2 - fa.y1) * (Ycount - fa.getHeight() / 2) / (0.5 * fa.getHeight());
// Calculate w to fill in the pixels.
while (zx * zx + (zy * zy) < 4 && w < w_max)
{
double tmp = zx * zx - zy * zy + cX;
zy = 2.0 * zx * zy + cY;
zx = tmp;
w++;
}
pixels[Xcount, Ycount] = (w < w_max) ? w : w_max;
}
}
return(pixels);
}
