public ImageSharpTexture(Image <Rgba32> image, bool mipmap = true)
{
if (mipmap)
{
Images = MipmapHelper.GenerateMipmaps(image);
}
else
{
Images = new Image <Rgba32>[] { image };
}
}
public ImageSharpTexture(Image <Rgba32> image, bool mipmap, bool srgb)
{
Format = srgb ? PixelFormat.R8_G8_B8_A8_UNorm_SRgb : PixelFormat.R8_G8_B8_A8_UNorm;
if (mipmap)
{
Images = MipmapHelper.GenerateMipmaps(image);
}
else
{
Images = new Image <Rgba32>[] { image };
}
}
public ImageSharpCubemapTexture(
Image <Rgba32> positiveX,
Image <Rgba32> negativeX,
Image <Rgba32> positiveY,
Image <Rgba32> negativeY,
Image <Rgba32> positiveZ,
Image <Rgba32> negativeZ,
bool mipmap = true)
{
CubemapTextures = new Image <Rgba32> [6][];
if (mipmap)
{
CubemapTextures[0] = MipmapHelper.GenerateMipmaps(positiveX);
CubemapTextures[1] = MipmapHelper.GenerateMipmaps(negativeX);
CubemapTextures[2] = MipmapHelper.GenerateMipmaps(positiveY);
CubemapTextures[3] = MipmapHelper.GenerateMipmaps(negativeY);
CubemapTextures[4] = MipmapHelper.GenerateMipmaps(positiveZ);
CubemapTextures[5] = MipmapHelper.GenerateMipmaps(negativeZ);
}
else
{
CubemapTextures[0] = new Image <Rgba32>[1] {
positiveX
};
CubemapTextures[1] = new Image <Rgba32>[1] {
negativeX
};
CubemapTextures[2] = new Image <Rgba32>[1] {
positiveY
};
CubemapTextures[3] = new Image <Rgba32>[1] {
negativeY
};
CubemapTextures[4] = new Image <Rgba32>[1] {
positiveZ
};
CubemapTextures[5] = new Image <Rgba32>[1] {
negativeZ
};
}
}
