public CameraRenderer(SRenderPipelineParam _rpp)
{
if (SystemInfo.usesReversedZBuffer)
{
m_worldToShadowCascadeMatrices[4].m33 = 1.0f;
}
m_rpp = _rpp;
}
public CustomRenderPipeline(SRenderPipelineParam _rpp)
{
m_rpp = _rpp;
//将光照强度从gamma空间变换到线性空间
GraphicsSettings.lightsUseLinearIntensity = true;
m_renderer = new CameraRenderer(_rpp);
m_deferred_renderer = new DeferredCameraRenderer(_rpp);
m_forwardAddSRP = new ForwardAddSRP(_rpp);
}
public ForwardAddSRP(SRenderPipelineParam _params)
{
m_params = _params;
m_clusterRenderingCS = Resources.Load <ComputeShader>("ClusterRendering");
m_clusterLightCullingCS = Resources.Load <ComputeShader>("ClusterLightCulling");
m_ssaoCS = Resources.Load <ComputeShader>("SSAO");
m_clusterComputeKernel = m_clusterRenderingCS.FindKernel("ClusterCompute");
m_lightCullingKernel = m_clusterLightCullingCS.FindKernel("ClusterLightCulling");
m_ssaoKernel = m_ssaoCS.FindKernel("SSAO");
createNoise();
createRandRotate();
}
protected override RenderPipeline CreatePipeline()
{
SRenderPipelineParam rpp = new SRenderPipelineParam();
rpp.clearColor = clearColor;
rpp.bDynamicBatching = enableDynamicBatching;
rpp.bInsancing = enableInstancing;
rpp.shadowMapSize = (int)m_shadowMapSize;
rpp.shadowDistance = shadowDistance;
rpp.shadowCascades = (int)m_shadowCascades;
rpp.shadowCascadeSplit = m_shadowCascades == EShadowCascades.Four ? m_fourCascadesSplit : new Vector3(m_twoCascadesSplit, 0.0f);
rpp.defaultStack = defaultStack;
rpp.renderScale = m_renderScale;
rpp.msaa = (int)m_msaa;
rpp.allowHDR = m_allowHDR;
return(new CustomRenderPipeline(rpp));
}
public CustomRenderPipeline(SRenderPipelineParam _rpp)
{
//将光照强度从gamma空间变换到线性空间
GraphicsSettings.lightsUseLinearIntensity = true;
m_renderer = new CameraRenderer(_rpp);
}
public DeferredCameraRenderer(SRenderPipelineParam _params)
{
//initializeStatic();
m_params = _params;
}
