private void Rasterize(void *mocBurstIntrinsicPtr, OcclusionMesh mesh)
{
MOC.BurstIntrinsics *mocBurstIntrinsic = (MOC.BurstIntrinsics *)mocBurstIntrinsicPtr;
Debug.Assert(mocBurstIntrinsic != null);
// Testing before rendering generally give good result, but it's a lot better if we are rasterize front to back
MOC.CullingResult cullingResult = mocBurstIntrinsic->TestRect(
mesh.screenMin.x, mesh.screenMin.y,
mesh.screenMax.x, mesh.screenMax.y, mesh.screenMin.w);
if (cullingResult == MOC.CullingResult.VISIBLE)
{
float *vertices = (float *)mesh.transformedVertexData.GetUnsafePtr();
uint * indices = (uint *)mesh.indexData.GetUnsafePtr();
Debug.Assert(mesh.indexCount % 3 == 0);
cullingResult = mocBurstIntrinsic->RenderTriangles(vertices, indices, mesh.indexCount / 3);
}
}
private void Rasterize(void *mocNative, OcclusionMesh mesh)
{
//Testing before rendering generally give good result, but it's a lot better if we are rasterize front to back
INTEL_MOC.CullingResult cullingResult = INTEL_MOC.CullingResult.VISIBLE;
cullingResult = INTEL_MOC.MOCNative.TestRect(
mocNative,
mesh.screenMin.x, mesh.screenMin.y,
mesh.screenMax.x, mesh.screenMax.y, mesh.screenMin.w);
if (cullingResult == INTEL_MOC.CullingResult.VISIBLE)
{
float *vertices = (float *)mesh.transformedVertexData.GetUnsafePtr();
uint * indices = (uint *)mesh.indexData.GetUnsafePtr();
Debug.Assert(mesh.indexCount % 3 == 0);
INTEL_MOC.MOCNative.RenderTriangles(mocNative, vertices, indices, mesh.indexCount / 3);
}
}
