public void Blend(byte[] backBuffer, byte[] backClutBuffer, byte[] frontBuffer, byte[] frontClutBuffer, ref byte[] output, Pixel background = null, byte backBufferAlphaMulitplier = 0xFF, byte frontBufferAlphaMultiplayer = 0xFF)
{
if (background == null)
{
background = new Pixel(0x00, 0x00, 0x00, 0x00);
}
blender(backBuffer, backClutBuffer, frontBuffer, frontClutBuffer, ref output, background, backBufferAlphaMulitplier, frontBufferAlphaMultiplayer);
}
public void Blend(byte[] backBuffer, byte[] frontBuffer, ref byte[] output, Pixel background = null, byte backBufferAlphaMulitplier = 0xFF, byte frontBufferAlphaMultiplayer = 0xFF)
{
Blend(backBuffer, null, frontBuffer, null, ref output, background, backBufferAlphaMulitplier, frontBufferAlphaMultiplayer);
}
public void Blend(byte[] backBuffer, byte[] backClutBuffer, byte[] frontBuffer, byte[] frontClutBuffer, ref byte[] output, Pixel background = null, byte backBufferAlphaMultiplier = 0xFF, PixelBlendingMode backgroundBlendingMode = PixelBlendingMode.Multiply, byte frontBufferAlphaMultiplayer = 0xFF, PixelBlendingMode foregroundBlendingMode = PixelBlendingMode.Multiply)
{
if (background == null)
{
background = new Pixel(0x00, 0x00, 0x00, 0x00);
}
blender(backBuffer, backClutBuffer, frontBuffer, frontClutBuffer, ref output, background, backBufferAlphaMultiplier, backgroundBlendingMode, frontBufferAlphaMultiplayer, foregroundBlendingMode);
}
public void Blend(byte[] backBuffer, byte[] frontBuffer, ref byte[] output, Pixel background = null, byte backBufferAlphaMultiplier = 0xFF, PixelBlendingMode backgroundBlendingMode = PixelBlendingMode.Multiply, byte frontBufferAlphaMultiplayer = 0xFF, PixelBlendingMode foregroundBlendingMode = PixelBlendingMode.Multiply)
{
Blend(backBuffer, null, frontBuffer, null, ref output, background, backBufferAlphaMultiplier, backgroundBlendingMode, frontBufferAlphaMultiplayer, foregroundBlendingMode);
}
public static IPixelBlender GetBlender(PixelFormat backBuffer, Endianess backBufferEndianess, PixelFormat frontBuffer, Endianess frontBufferEndianes, PixelFormat output, Endianess outputEndianess, PixelFormat?clutForegroundFormat = null, PixelFormat?clutBackgroundFormat = null, Pixel bgFixedColor = null, Pixel fgFixedColor = null)
{
var blenderConfiguration = Tuple.Create(backBuffer, backBufferEndianess, frontBuffer, frontBufferEndianes, output, outputEndianess, bgFixedColor, fgFixedColor);
return(blendersCache.GetOrAdd(blenderConfiguration, (_) =>
new PixelBlender(backBuffer, frontBuffer, output, GenerateBlendMethod(
new BufferDescriptor
{
ColorFormat = backBuffer,
ClutColorFormat = clutBackgroundFormat,
FixedColor = bgFixedColor,
DataEndianness = backBufferEndianess
},
new BufferDescriptor
{
ColorFormat = frontBuffer,
FixedColor = fgFixedColor,
ClutColorFormat = clutForegroundFormat,
DataEndianness = frontBufferEndianes
},
new BufferDescriptor
{
ColorFormat = output,
DataEndianness = outputEndianess
}))));
}
public static IPixelConverter GetConverter(PixelFormat inputFormat, Endianess inputEndianess, PixelFormat outputFormat, Endianess outputEndianess, PixelFormat?clutInputFormat = null, Pixel inputFixedColor = null /* fixed color for A4 and A8 mode */)
{
var converterConfiguration = Tuple.Create(inputFormat, inputEndianess, outputFormat, outputEndianess, clutInputFormat, inputFixedColor);
return(convertersCache.GetOrAdd(converterConfiguration, (_) =>
new PixelConverter(inputFormat, outputFormat, GenerateConvertMethod(
new BufferDescriptor
{
ColorFormat = inputFormat,
ClutColorFormat = clutInputFormat,
FixedColor = inputFixedColor,
DataEndianness = inputEndianess
},
new BufferDescriptor
{
ColorFormat = outputFormat,
DataEndianness = outputEndianess
}))));
}
