// for each cluster
public void Execute(int i)
{
int clusterIndex1D = i;
int lightOffs = 0;
int decalsOffs = 0;
AABB clusterAABB = InputClusterAABBS[clusterIndex1D];
//1.light clulling test
//todo more light type
for (int index = 0; index < VisibleLightsCount && lightOffs < NumItemsPerCluster; ++index)
{
SFiniteLightBound bound = LightBounds[index];
if (IntersectAABBAABB(clusterAABB, bound.aabb))
{
if (IntersectAABBPlaneBounds(clusterAABB, bound.planes))
{
Item_Set_Light(clusterIndex1D, lightOffs, (uint)index);
++lightOffs;
}
}
}
//2.todo decals
//3.set cluster info
ClusterInfoSet(clusterIndex1D, lightOffs, decalsOffs);
}
// for each cluster
public void Execute(int i)
{
int clusterIndex1D = i;
int lightOffs = 0;
int decalsOffs = 0;
AABB clusterAABB = InputClusterAABBS[clusterIndex1D];
//1.light clulling test
//todo more light type
for (int index = 0; index < VisibleLightsCount; ++index)
{
SFiniteLightBound bound = LightBounds[index];
SPlanes planes;
//#if UNITY_EDITOR
// if (IsClusterEditorHelper)
// {
// planes = Projector.GetCullingPlanes(bound.frustumMatrix, _CameraWorldMatrix);//world to view
// }
// else
//#endif
{
planes = bound.planes;
}
//planes = IFPipelineProjector.GetCullingPlanes(bound.frustumMatrix, _CameraWorldMatrix);
if (IntersectAABBPlaneBounds(clusterAABB, planes))
{
Item_Set_Light(clusterIndex1D, lightOffs, (uint)index);
++lightOffs;
}
}
//2.todo decals
//3.set cluster info
ClusterInfoSet(clusterIndex1D, lightOffs, decalsOffs);
}
