void MemoryBitmap::SetMatrix(const MonteCarlo::SpinMatrix& matrix, unsigned int spinsWidth, unsigned int spinsHeight, unsigned int spinSize)
{
SetSize(spinSize*spinsWidth, spinSize*spinsHeight);
const int widthZeroOrig = (spinsWidth - static_cast<int>(matrix.getCols())) / 2;
const int heightZeroOrig = (spinsHeight - static_cast<int>(matrix.getRows())) / 2;
for (unsigned int i = 0; i < spinsHeight; ++i)
for (unsigned int j = 0; j < spinsWidth; ++j)
{
const int spin = matrix.GetSpinPeriodic(i - heightZeroOrig, j - widthZeroOrig);
FillSquare(j * spinSize, i * spinSize, spinSize, spin > 0 ? theApp.options.spinUpColor : theApp.options.spinDownColor);
}
}
//CARRIER
// compare symbol with stored symbols to determine which wavetable should be made
void FMSet(fmsynth *x, t_symbol *s) {
if (s == sineMess)
FillSine(x);
else if (s == squareMess)
FillSquare(x);
else if (s == triMess)
FillTri(x);
else if (s == sawMess)
FillSaw(x);
else if (s == phasorMess)
FillPhasor(x);
//MODULATOR
else if (s == sineMessMod)
FillSineMod(x);
else if (s == squareMessMod)
FillSquareMod(x);
else if (s == triMessMod)
FillTriMod(x);
else if (s == sawMessMod)
FillSawMod(x);
else if (s == phasorMessMod)
FillPhasorMod(x);
}