internal void GenerateSegmentAsync(SegmentGenerationRequest request, MeshReconstructionServer.SegmentReadyDelegate onSegmentReady)
{
if (onSegmentReady == null)
{
throw new ArgumentNullException("onSegmentRead");
}
MeshReconstructionServer.Internal_GenerateSegmentAsync(this.m_ServerPtr, request.gridIndex, request.destinationMeshFilter, request.destinationMeshCollider, onSegmentReady, request.provideNormals, request.provideColors, request.providePhysics);
}
private static void InvokeSegmentReadyEvent(MeshReconstructionServer.SegmentReadyDelegate onSegmentReady, GridIndex gridIndex, MeshFilter meshFilter, MeshCollider meshCollider, bool success, double elapsedTimeSeconds)
{
if (onSegmentReady != null)
{
SegmentGenerationResult generatedSegmentData = new SegmentGenerationResult
{
gridIndex = gridIndex,
meshFilter = meshFilter,
meshCollider = meshCollider,
success = success,
elapsedTimeSeconds = elapsedTimeSeconds
};
onSegmentReady(generatedSegmentData);
}
}
private static void Internal_GenerateSegmentAsync(IntPtr serverPtr, GridIndex gridIndex, MeshFilter destinationMeshFilter, MeshCollider destinationMeshCollider, MeshReconstructionServer.SegmentReadyDelegate onSegmentReady, bool provideNormals, bool provideColors, bool providePhysics)
{
MeshReconstructionServer.Internal_GenerateSegmentAsync_Injected(serverPtr, ref gridIndex, destinationMeshFilter, destinationMeshCollider, onSegmentReady, provideNormals, provideColors, providePhysics);
}
