public CameraParameters(IUniformBuffer bufferGL /*, IUniformBuffer bufferRL*/)
{
NearFar = new MultiFloats(CameraUniformBlock.NearFar, new Floats(4, 1), bufferGL /*, bufferRL*/);
FovXFovYAspect = new MultiFloats(CameraUniformBlock.FovXFovYAspect, new Floats(4, 1), bufferGL /*, bufferRL*/);
Viewport = new MultiFloats(CameraUniformBlock.Viewport, new Floats(4, 1), bufferGL /*, bufferRL*/);
WorldToClip = new MultiFloats(CameraUniformBlock.WorldToClip, new Floats(16, 1), bufferGL /*, bufferRL*/);
ClipToWorld = new MultiFloats(CameraUniformBlock.ClipToWorld, new Floats(16, 1), bufferGL /*, bufferRL*/);
ViewToWorld = new MultiFloats(CameraUniformBlock.ViewToWorld, new Floats(16, 1), bufferGL /*, bufferRL*/);
WorldToView = new MultiFloats(CameraUniformBlock.WorldToView, new Floats(16, 1), bufferGL /*, bufferRL*/);
ViewToClip = new MultiFloats(CameraUniformBlock.ViewToClip, new Floats(16, 1), bufferGL /*, bufferRL*/);
ClipToView = new MultiFloats(CameraUniformBlock.ClipToView, new Floats(16, 1), bufferGL /*, bufferRL*/);
ViewPositionInWorld = new MultiFloats(CameraUniformBlock.ViewPositionInWorld, new Floats(4, 1), bufferGL /*, bufferRL*/);
}
//public static UniformBufferRL UniformBufferRL;
public static void Initialize(
string blockName,
int maxLightCount
)
{
UniformBlockGL = new UniformBlockGL(blockName);
UniformBlockGL.AddInt(spec.Count);
UniformBlockGL.AddVec4(spec.Exposure);
UniformBlockGL.AddVec4(spec.Bias);
UniformBlockGL.AddVec4(spec.AmbientLightColor);
UniformBlockGL.AddVec4(spec.Color, maxLightCount);
UniformBlockGL.AddVec4(spec.Direction, maxLightCount);
UniformBlockGL.AddMat4(spec.WorldToLight, maxLightCount);
UniformBlockGL.AddMat4(spec.WorldToShadow, maxLightCount);
UniformBlockGL.Seal();
var bufferGL = UniformBufferGL = new UniformBufferGL(UniformBlockGL);
#if false
IUniformBuffer bufferRL = null;
if (Configuration.useOpenRL)
{
UniformBlockRL = new UniformBlockRL(blockName);
UniformBlockRL.AddInt(spec.Count);
UniformBlockRL.AddVec4(spec.Exposure);
UniformBlockRL.AddVec4(spec.Bias);
UniformBlockRL.AddVec4(spec.AmbientLightColor);
UniformBlockRL.AddVec4(spec.Color, maxLightCount);
UniformBlockRL.AddVec4(spec.Direction, maxLightCount);
UniformBlockRL.AddMat4(spec.WorldToLight, maxLightCount);
UniformBlockRL.AddMat4(spec.WorldToShadow, maxLightCount);
UniformBlockRL.Seal();
UniformBufferRL = new UniformBufferRL(UniformBlockRL);
}
#endif
Count = new MultiInts(spec.Count, new Ints(1, 1), bufferGL /*bufferRL*/);
Exposure = new MultiFloats(spec.Exposure, new Floats(4, 1), bufferGL /*bufferRL*/);
Bias = new MultiFloats(spec.Bias, new Floats(4, 1), bufferGL /*bufferRL*/);
AmbientLightColor = new MultiFloats(spec.AmbientLightColor, new Floats(4, 1), bufferGL /*bufferRL*/);
WorldToLight = new MultiFloats(spec.WorldToLight, new Floats(16, maxLightCount), bufferGL /*bufferRL*/);
WorldToShadow = new MultiFloats(spec.WorldToShadow, new Floats(16, maxLightCount), bufferGL /*bufferRL*/);
Direction = new MultiFloats(spec.Direction, new Floats(4, maxLightCount), bufferGL /*bufferRL*/);
Color = new MultiFloats(spec.Color, new Floats(4, maxLightCount), bufferGL /*bufferRL*/);
}