public void RefreshData(RGBValue[] rgbStripeHandle)
{
if (curveChangeState > 0)
{
ExecuteCurveFading();
}
if (colorSweepState > 0)
{
ExecuteCollorFading();
}
for (int idx = 0; idx < StripeLenght; idx++)
{
Byte red = (Byte)((int)Curves[CurveIndex][idx + cycleCount] * currentRGBrefValue.Red / RGBValue.MaxValue);
Byte green = (Byte)((int)Curves[CurveIndex][idx + cycleCount] * currentRGBrefValue.Green / RGBValue.MaxValue);
Byte blue = (Byte)((int)Curves[CurveIndex][idx + cycleCount] * currentRGBrefValue.Blue / RGBValue.MaxValue);
rgbStripeHandle[idx] = new RGBValue()
{
Intensity = currentRGBrefValue.Intensity, Red = red, Green = green, Blue = blue
};
}
cycleCount++;
if (cycleCount >= StripeLenght)
{
cycleCount = 0;
}
}
public void InitColorChange(RGBValue newrefValue)
{
if (colorSweepState == 0)
{
colorSweepState = 1;
oldRGBrefValue = newRGBrefValue;
newRGBrefValue = newrefValue;
}
}
private void ExecuteCollorFading()
{
currentRGBrefValue =
oldRGBrefValue * ((float)(colorChangeStep - colorChangeCycle) / colorChangeStep) +
newRGBrefValue * ((float)colorChangeCycle / colorChangeStep);
colorChangeCycle++;
if (colorChangeCycle > colorChangeStep)
{
colorSweepState = 0;
colorChangeCycle = 0;
}
}