public override void GetColor(double xUnitSize, int xSlot, int xTotalSlots, ref PixelData pd)
{
double dif = Math.Abs(xSlot * xUnitSize - (int)(xSlot * xUnitSize));
if (dif > tolerance)
{
pd.ChangeTo(off);
}
}
public override void GetColor(double xUnitSize, int xSlot, int xTotalSlots, ref PixelData pd)
{
double left = xTotalSlots - xSlot;
int b = left % showEvery != slotToShow ? 0xFF : 0;
int r = xSlot % showEvery != slotToShow ? 0xFF : 0;
int g = xSlot % highlightEvery != slotToShow ? (left % highlightEvery != slotToShow ? 0xFF : 0) : 0;
pd.ChangeTo(r, g, b);
}
public override void GetColor(double xUnitSize, int xSlot, int xTotalSlots, ref PixelData pd)
{
double x = xSlot * xUnitSize;
//double above = sortedSet.Where(val => val >= x).FirstOrDefault();
//double below = sortedSet.Where(val => val < x).FirstOrDefault();
//double difAbove = Math.Abs(above - x);
//double difBelow = Math.Abs(below - x);
//double minDif = Math.Min(difAbove, difBelow);
int pixelX = (int)x;
bool isNew = !set.ContainsKey(pixelX);
if (isNew)
{
set.Add(pixelX, 1);
}
else
{
int count = set[pixelX];
set[pixelX] = count + 1;
int difVal = (int)(Math.Abs((int)x - x) * 256);
int g = (int)(xTotalSlots / (double)count * 0x80) % 0xFF;
pd.ChangeTo(difVal, (int)(difVal / 2.0), (int)(g * 0.7));
}
}