/// Loads a MagicaVoxel model into the current model.
public void LoadMagicaModel(string magicaVoxelFile, bool retainVoxels, VoxelFactory.ColliderType colliderType, MagicaFlags flags)
{
Clear();
this.colliderType = colliderType;
PointQuadList opaqueFaces = new PointQuadList();
PointQuadList transparentFaces = new PointQuadList();
IntPtr model = OpenBoxNative.MagicaLoadModel(magicaVoxelFile, flags);
OpenBoxNative.MagicaExtractFaces(model, ref opaqueFaces, ref transparentFaces);
if (retainVoxels || colliderType != VoxelFactory.ColliderType.None)
{
// Copy voxels over to the C# side
voxels = new VoxelSet <Color32>(OpenBoxNative.MagicaModelSize(model));
OpenBoxNative.MagicaCopyVoxels(voxels.Pin(), model);
voxels.Unpin();
// TODO: Calculate colliders natively
UpdateColliders();
}
OpenBoxNative.MagicaFreeModel(model);
MakeMeshFromQuadLists(opaqueFaces, transparentFaces);
OpenBoxNative.FreeFacesHandle(opaqueFaces.handle);
OpenBoxNative.FreeFacesHandle(transparentFaces.handle);
}
/// Turns the current voxel set into a mesh, replacing any currently attached mesh.
public void UpdateMesh()
{
MeshFilter mf = GetComponent <MeshFilter>();
// TODO: Remove old mesh?
PointQuadList opaqueFaces = new PointQuadList();
PointQuadList transparentFaces = new PointQuadList();
IntPtr voxelsPtr = voxels.Pin();
OpenBoxNative.ExtractFaces(voxelsPtr, voxels.Size, ref opaqueFaces, ref transparentFaces);
voxels.Unpin();
MakeMeshFromQuadLists(opaqueFaces, transparentFaces);
OpenBoxNative.FreeFacesHandle(opaqueFaces.handle);
OpenBoxNative.FreeFacesHandle(transparentFaces.handle);
}