public void Execute(int index)
{
int VisibleState = 1;
FMeshBatch MeshBatch = MeshBatchs[index];
if (MeshBatch.Visible)
{
for (int i = 0; i < 6; i++)
{
float3 normal = ViewFrustum[i].normal;
float distance = ViewFrustum[i].distance;
float dist = math.dot(normal, MeshBatch.BoundBox.center) + distance;
float radius = math.dot(math.abs(normal), MeshBatch.BoundBox.extents);
if (dist + radius < 0)
{
VisibleState = 0;
}
}
}
else
{
VisibleState = 0;
}
ViewMeshBatchs[index] = VisibleState;
}
public void Execute(int Index)
{
if (CullingData.ViewMeshBatchs[Index] != 0)
{
FMeshBatch MeshBatch = MeshBatchs[Index];
FMeshDrawCommand MeshDrawCommand = new FMeshDrawCommand(MeshBatch.Mesh.Id, MeshBatch.Material.Id, MeshBatch.SubmeshIndex, FMeshBatch.MatchForDynamicInstance(ref MeshBatch));
FPassMeshBatch PassMeshBatch = new FPassMeshBatch(Index);
MeshDrawCommandsMap.Add(MeshDrawCommand, PassMeshBatch);
}
}
public void Execute()
{
for (int Index = 0; Index < CullingData.ViewMeshBatchs.Length; Index++)
{
if (CullingData.ViewMeshBatchs[Index] != 0)
{
FMeshBatch MeshBatch = MeshBatchs[Index];
FPassMeshBatchV2 PassMeshBatch = new FPassMeshBatchV2(FMeshBatch.MatchForDynamicInstance(ref MeshBatch), Index);
PassMeshBatchs.Add(PassMeshBatch);
}
}
}
public bool Execute(int index)
{
FMeshBatch MeshBatch = MeshBatchs[index];
for (int i = 0; i < 6; i++)
{
float3 normal = ViewFrustum[i].normal;
float distance = ViewFrustum[i].distance;
float dist = math.dot(normal, MeshBatch.BoundBox.center) + distance;
float radius = math.dot(math.abs(normal), MeshBatch.BoundBox.extents);
if (dist + radius < 0)
{
return(false);
}
}
return(true);
}
public void Execute()
{
//Gather PassMeshBatch
for (int Index = 0; Index < CullingData.ViewMeshBatchs.Length; Index++)
{
if (CullingData.ViewMeshBatchs[Index] != 0)
{
FMeshBatch MeshBatch = MeshBatchs[Index];
if (MeshBatch.Priority >= MeshPassDesctiption.RenderQueueMin && MeshBatch.Priority <= MeshPassDesctiption.RenderQueueMax)
{
FPassMeshBatchV2 PassMeshBatch = new FPassMeshBatchV2(FMeshBatch.MatchForDynamicInstance(ref MeshBatch), Index);
PassMeshBatchs.Add(PassMeshBatch);
}
}
}
//Sort PassMeshBatch
PassMeshBatchs.Sort();
//Build MeshDrawCommand
FPassMeshBatchV2 CachePassMeshBatch = new FPassMeshBatchV2(-1, -1);
for (int i = 0; i < PassMeshBatchs.Length; i++)
{
FPassMeshBatchV2 PassMeshBatch = PassMeshBatchs[i];
Indexs[i] = PassMeshBatch.MeshBatchIndex;
FMeshBatch MeshBatch = MeshBatchs[PassMeshBatch.MeshBatchIndex];
if (!PassMeshBatch.Equals(CachePassMeshBatch))
{
CachePassMeshBatch = PassMeshBatch;
CountOffsets.Add(new int2(0, i));
MeshDrawCommands.Add(new FMeshDrawCommandV2(MeshBatch.Mesh.Id, MeshBatch.Material.Id, MeshBatch.SubmeshIndex));
}
int2 CountOffset = CountOffsets[CountOffsets.Length - 1];
CountOffsets[CountOffsets.Length - 1] = CountOffset + new int2(1, 0);
}
}
public void Execute()
{
FPassMeshBatchV2 CachePassMeshBatch = new FPassMeshBatchV2(-1, -1);
for (int i = 0; i < PassMeshBatchs.Length; i++)
{
FPassMeshBatchV2 PassMeshBatch = PassMeshBatchs[i];
Indexs[i] = PassMeshBatch.MeshBatchIndex;
FMeshBatch MeshBatch = MeshBatchs[PassMeshBatch.MeshBatchIndex];
if (!PassMeshBatch.Equals(CachePassMeshBatch))
{
CachePassMeshBatch = PassMeshBatch;
CountOffsets.Add(new int2(0, i));
MeshDrawCommands.Add(new FMeshDrawCommandV2(MeshBatch.Mesh.Id, MeshBatch.Material.Id, MeshBatch.SubmeshIndex));
}
int2 CountOffset = CountOffsets[CountOffsets.Length - 1];
CountOffsets[CountOffsets.Length - 1] = CountOffset + new int2(1, 0);
}
}
