// Use this for initialization
void Start()
{
collectedPoints = new Dictionary <IndexedVector3, Color>();
options = new ParallelOptions();
options.MaxDegreeOfParallelism = maxThreadNum;
converter.SetupPointScaning(filePath);
meshesRoot = new GameObject();
meshesRoot.transform.parent = transform;
baker.SetUp(meshesRoot.transform);
ChunkedMeshesManager chunkedMeshesManager = meshesRoot.AddComponent <ChunkedMeshesManager>();
chunkedMeshesManager.chunkSize = arranger.ChunkSize;
chunkedMeshesManager.chunksParent = meshesRoot;
chunkedMeshesManager.indexedObjects = new IndexedGameObjects();
converter.processUp += ConverterProcessUp;
converter.allProcessUp += ConverterAllProcessUp;
collector.finishCollectingProcess += CollectingProcessUp;
arranger.finishArranging += ArrangingProcessUp;
arranger.finishProcess += ChunkingProcessUp;
slicer.finishProcess += SlicerProcessUp;
cuber.finish += CubingProcessUp;
baker.finishBaking += MeshesBaked;
saver.finishSaving += MeshesSaved;
CallConverterProcess();
}
void MeshesBaked(object sender, MeshBaker.FinishBakingArgs args)
{
stateNow = State.CallSave;
chunkedMeshes.Clear();
ChunkedMeshesManager chunkedMeshesManager = meshesRoot.GetComponent <ChunkedMeshesManager>();
chunkedMeshesManager.indexedObjects.Update(cubingProcessingIndex, new List <GameObject>(args.gameObjects));
CallPointsToCube();
}
