public override void UpdateShaderPermutationEntry(ForwardLightingRenderFeature.LightShaderPermutationEntry shaderEntry)
{
// TODO: Some kind of sort?
foreach (var cubemap in lightShaderGroupsPerSkybox)
{
shaderEntry.EnvironmentLights.Add(cubemap.Value);
}
}
public override void UpdateShaderPermutationEntry(ForwardLightingRenderFeature.LightShaderPermutationEntry shaderEntry)
{
// Sort to make sure we generate the same permutations
lightShaderGroups.Sort(LightShaderGroupComparer.Default);
foreach (var lightShaderGroup in lightShaderGroups)
{
if (IsEnvironmentLight)
{
shaderEntry.EnvironmentLights.Add(lightShaderGroup.Value);
}
else
{
shaderEntry.DirectLightGroups.Add(lightShaderGroup.Value);
}
}
}
public override void UpdateShaderPermutationEntry(ForwardLightingRenderFeature.LightShaderPermutationEntry shaderEntry)
{
shaderEntry.DirectLightGroups.Add(pointGroup);
shaderEntry.DirectLightGroups.Add(spotGroup);
}
public override void UpdateShaderPermutationEntry(ForwardLightingRenderFeature.LightShaderPermutationEntry shaderEntry)
{
}
public abstract void UpdateShaderPermutationEntry(ForwardLightingRenderFeature.LightShaderPermutationEntry shaderEntry);
public override void UpdateShaderPermutationEntry(ForwardLightingRenderFeature.LightShaderPermutationEntry shaderEntry)
{
// Always merge ambient lighting code to avoid shader permutations
shaderEntry.EnvironmentLights.Add(lightShaderGroup);
}
public override void UpdateShaderPermutationEntry(ForwardLightingRenderFeature.LightShaderPermutationEntry shaderEntry)
{
shaderEntry.EnvironmentLights.Add(lightShaderGroup);
}