public void LoadAdaptor(SkinningCompute compute, SkinningBlend blend, bool tension)
{
switch (compute)
{
case SkinningCompute.Auto:
if (SystemInfo.supportsComputeShaders)
{
LoadAdaptor(SkinningCompute.ForceGPGPU, blend, tension);
}
else
{
LoadAdaptor(SkinningCompute.ForceCPU, blend, tension);
}
break;
case SkinningCompute.ForceGPGPU:
{
ComputeShaderSkinningAdapter computeAdapter = new ComputeShaderSkinningAdapter(blend, computeShader, chunk, chunk.GetBones(transform.parent), material, tension);
adapter = computeAdapter as IRenderAdapter;
disposable = computeAdapter as IDisposable;
}
break;
case SkinningCompute.ForceCPU:
{
DefaultSkinningAdapter defaultAdapter = new DefaultSkinningAdapter(blend, chunk, chunk.GetBones(transform.parent), material);
adapter = defaultAdapter as IRenderAdapter;
disposable = defaultAdapter as IDisposable;
}
break;
}
}
public void SelectSkinning(SkinningSelector selector)
{
switch (selector)
{
case SkinningSelector.Auto:
AutoSelectSkinning();
break;
case SkinningSelector.ForceGPGPU:
{
ComputeShaderSkinningAdapter computeAdapter = new ComputeShaderSkinningAdapter(method, computeShader, chunk, chunk.GetBones(transform.parent), material);
adapter = computeAdapter as IRenderAdapter;
disposable = computeAdapter as IDisposable;
}
break;
case SkinningSelector.ForceGPU:
throw new ArgumentOutOfRangeException("SkinningSelector selector", "GPU Skinning not support.");
case SkinningSelector.ForceCPU:
{
DefaultSkinningAdapter defaultAdapter = new DefaultSkinningAdapter(method, chunk, chunk.GetBones(transform.parent), material);
adapter = defaultAdapter as IRenderAdapter;
disposable = defaultAdapter as IDisposable;
}
break;
}
}
public void ReloadAdaptor(SkinningCompute compute, SkinningBlend blend, bool tension)
{
if (disposable != null)
{
disposable.Dispose();
}
adapter = null;
disposable = null;
LoadAdaptor(compute, blend, tension);
}
public void AutoSelectSkinning()
{
if (SystemInfo.supportsComputeShaders)
{
ComputeShaderSkinningAdapter computeAdapter = new ComputeShaderSkinningAdapter(method, computeShader, chunk, chunk.GetBones(transform.parent), material);
adapter = computeAdapter as IRenderAdapter;
disposable = computeAdapter as IDisposable;
}
else // last fallback
{
DefaultSkinningAdapter defaultAdapter = new DefaultSkinningAdapter(method, chunk, chunk.GetBones(transform.parent), material);
adapter = defaultAdapter as IRenderAdapter;
disposable = defaultAdapter as IDisposable;
}
}
public PatternRenderer(IRenderAdapter renderedAdapter)
{
_renderedAdapter = renderedAdapter;
}
