public void PrepareLocalStorage(VoxelStorageContext context, IVoxelStorage storage)
{
foreach (var modifier in Modifiers)
{
modifier.PrepareLocalStorage(context, storage);
}
VoxelLayout.PrepareLocalStorage(context, storage);
}
public void ApplyWriteParameters(ParameterCollection parameters)
{
foreach (IVoxelModifierEmissionOpacity modifier in Modifiers)
{
modifier.ApplyWriteParameters(parameters);
}
VoxelLayout.ApplyWriteParameters(parameters, Modifiers);
}
public ShaderSource GetShader()
{
var mixin = new ShaderMixinSource();
mixin.Mixins.Add(source);
mixin.AddComposition("layout", VoxelLayout.GetShaderFloat4(Modifiers));
return(mixin);
}
public override ShaderSource GetVoxelizationShader()
{
var mixin = new ShaderMixinSource();
mixin.Mixins.Add(source);
mixin.AddComposition("layout", VoxelLayout.GetVoxelizationShader(Modifiers));
return(mixin);
}
public void UpdateLayout(string compositionName)
{
int i = 0;
foreach (IVoxelModifierEmissionOpacity modifier in Modifiers)
{
modifier.UpdateLayout("Modifiers[" + i.ToString() + "].layout." + compositionName);
i++;
}
VoxelLayout.UpdateLayout("layout." + compositionName, Modifiers);
}
public override void ApplyVoxelizationParameters(ParameterCollection parameters)
{
foreach (VoxelModifierEmissionOpacity modifier in Modifiers)
{
if (!modifier.Enabled)
{
continue;
}
modifier.ApplyVoxelizationParameters(parameters);
}
VoxelLayout.ApplyVoxelizationParameters(parameters, Modifiers);
}
public void PostProcess(RenderDrawContext drawContext)
{
switch (LightFalloff)
{
case LightFalloffs.Sharp:
VoxelLayout.PostProcess(drawContext, "VoxelMipmapSimple"); break;
case LightFalloffs.PhysicallyBasedButNotAccurate:
VoxelLayout.PostProcess(drawContext, "VoxelMipmapPhysicallyBased"); break;
case LightFalloffs.Heuristic:
VoxelLayout.PostProcess(drawContext, "VoxelMipmapHeuristic"); break;
}
}
public override void UpdateVoxelizationLayout(string compositionName)
{
int i = 0;
foreach (VoxelModifierEmissionOpacity modifier in Modifiers)
{
if (!modifier.Enabled)
{
continue;
}
modifier.UpdateVoxelizationLayout($"Modifiers[{i}].layout.{compositionName}");
i++;
}
VoxelLayout.UpdateVoxelizationLayout("layout." + compositionName, Modifiers);
}
public void UpdateSamplerLayout(string compositionName)
{
VoxelLayout.UpdateSamplerLayout(compositionName);
}
public override void PostProcess(RenderDrawContext drawContext)
{
VoxelLayout.PostProcess(drawContext, LightFalloff);
}
public override void ClearOutputStorage()
{
VoxelLayout.ClearOutputStorage();
}
public override void PrepareOutputStorage(VoxelStorageContext context, IVoxelStorage storage)
{
VoxelLayout.PrepareOutputStorage(context, storage);
}
public override void PrepareLocalStorage(VoxelStorageContext context, IVoxelStorage storage)
{
BufferOffset = VoxelLayout.PrepareLocalStorage(context, storage);
}
public override void ApplySamplingParameters(VoxelViewContext viewContext, ParameterCollection parameters)
{
VoxelLayout.ApplySamplingParameters(viewContext, parameters);
}
public override void UpdateSamplingLayout(string compositionName)
{
VoxelLayout.UpdateSamplingLayout(compositionName);
}
public override ShaderSource GetSamplingShader()
{
return(VoxelLayout.GetSamplingShader());
}
public void ApplyViewParameters(ParameterCollection parameters)
{
VoxelLayout.ApplyViewParameters(parameters);
}
public ShaderSource GetSampler()
{
return(VoxelLayout.GetSampler());
}
