void BlendAnimations(FChromaSDKScene scene,
int[] colorsChromaLink, int[] tempColorsChromaLink,
int[] colorsHeadset, int[] tempColorsHeadset,
int[] colorsKeyboard, int[] tempColorsKeyboard,
int[] colorsKeypad, int[] tempColorsKeypad,
int[] colorsMouse, int[] tempColorsMouse,
int[] colorsMousepad, int[] tempColorsMousepad)
{
// blend active animations
List <FChromaSDKSceneEffect> effects = scene._mEffects;
foreach (FChromaSDKSceneEffect effect in effects)
{
if (effect._mState)
{
FChromaSDKDeviceFrameIndex deviceFrameIndex = effect._mFrameIndex;
//iterate all device types
for (int d = (int)Device.ChromaLink; d < (int)Device.MAX; ++d)
{
string animationName = effect._mAnimation;
switch ((Device)d)
{
case Device.ChromaLink:
animationName += "_ChromaLink.chroma";
BlendAnimation1D(effect, deviceFrameIndex, d, Device1D.ChromaLink, animationName, colorsChromaLink, tempColorsChromaLink);
break;
case Device.Headset:
animationName += "_Headset.chroma";
BlendAnimation1D(effect, deviceFrameIndex, d, Device1D.Headset, animationName, colorsHeadset, tempColorsHeadset);
break;
case Device.Keyboard:
animationName += "_Keyboard.chroma";
BlendAnimation2D(effect, deviceFrameIndex, d, Device2D.Keyboard, animationName, colorsKeyboard, tempColorsKeyboard);
break;
case Device.Keypad:
animationName += "_Keypad.chroma";
BlendAnimation2D(effect, deviceFrameIndex, d, Device2D.Keypad, animationName, colorsKeypad, tempColorsKeypad);
break;
case Device.Mouse:
animationName += "_Mouse.chroma";
BlendAnimation2D(effect, deviceFrameIndex, d, Device2D.Mouse, animationName, colorsMouse, tempColorsMouse);
break;
case Device.Mousepad:
animationName += "_Mousepad.chroma";
BlendAnimation1D(effect, deviceFrameIndex, d, Device1D.Mousepad, animationName, colorsMousepad, tempColorsMousepad);
break;
}
}
}
}
}
void BlendAnimation2D(FChromaSDKSceneEffect effect, FChromaSDKDeviceFrameIndex deviceFrameIndex, int device, Device2D device2D, string animationName,
int[] colors, int[] tempColors)
{
int size = GetColorArraySize2D(device2D);
int frameId = deviceFrameIndex._mFrameIndex[device];
int frameCount = ChromaAnimationAPI.GetFrameCountName(animationName);
if (frameId < frameCount)
{
//cout << animationName << ": " << (1 + frameId) << " of " << frameCount << endl;
float duration;
int animationId = ChromaAnimationAPI.GetAnimation(animationName);
ChromaAnimationAPI.GetFrame(animationId, frameId, out duration, tempColors, size);
for (int i = 0; i < size; ++i)
{
int color1 = colors[i]; //target
int tempColor = tempColors[i]; //source
// BLEND
int color2;
switch (effect._mBlend)
{
case EChromaSDKSceneBlend.SB_None:
color2 = tempColor; //source
break;
case EChromaSDKSceneBlend.SB_Invert:
if (tempColor != 0) //source
{
color2 = InvertColor(tempColor); //source inverted
}
else
{
color2 = 0;
}
break;
case EChromaSDKSceneBlend.SB_Threshold:
color2 = Thresh(effect._mPrimaryColor, effect._mSecondaryColor, tempColor); //source
break;
case EChromaSDKSceneBlend.SB_Lerp:
default:
color2 = MultiplyNonZeroTargetColorLerp(effect._mPrimaryColor, effect._mSecondaryColor, tempColor); //source
break;
}
// MODE
switch (effect._mMode)
{
case EChromaSDKSceneMode.SM_Max:
colors[i] = MaxColor(color1, color2);
break;
case EChromaSDKSceneMode.SM_Min:
colors[i] = MinColor(color1, color2);
break;
case EChromaSDKSceneMode.SM_Average:
colors[i] = AverageColor(color1, color2);
break;
case EChromaSDKSceneMode.SM_Multiply:
colors[i] = MultiplyColor(color1, color2);
break;
case EChromaSDKSceneMode.SM_Add:
colors[i] = AddColor(color1, color2);
break;
case EChromaSDKSceneMode.SM_Subtract:
colors[i] = SubtractColor(color1, color2);
break;
case EChromaSDKSceneMode.SM_Replace:
default:
if (color2 != 0)
{
colors[i] = color2;
}
break;
}
}
deviceFrameIndex._mFrameIndex[device] = (frameId + frameCount + effect._mSpeed) % frameCount;
}
}
