VoxelBlockyModel

public Reckfell.Collections.Array<Aabb> CollisionAabbs { get; set; }

List of bounding boxes relative to the model. They are used for box-based collision, using VoxelBoxMover. They are not used with mesh-based collision.

public uint CollisionMask { get; set; }

Collision mask used for box-based collision VoxelBoxMover and voxel raycasts (VoxelToolTerrain). It is not used for mesh-based collisions.

public Color Color { get; set; }

Color of the model. It will be used to modulate its color when built into a voxel mesh.

public bool CullsNeighbors { get; set; }

If enabled, this voxel culls the faces of its neighbors. Disabling can be useful for denser transparent voxels, such as foliage.

public bool LodSkirtsEnabled { get; set; }

If enabled and the terrain has LODs, this model will produce skirts when located at the edge of a chunk. This is intented to hide "cracks" between chunks of different LOD. You may turn this off if the model is transparent, as the skirt would become visible from behind other surfaces.

public bool RandomTickable { get; set; }

If enabled, voxels having this ID in the TYPE channel will be used by VoxelToolTerrain.RunBlockyRandomTick.

public uint TagsMask { get; set; }

Bitmask used to filter this model in some operations. For example, see VoxelToolTerrain.RunBlockyRandomTick.

public int TransparencyIndex { get; set; }

Determines how transparency is handled when the sides of the model are culled by neighbor voxels. If the neighbor voxel at a given side has a transparency index lower or equal to the current voxel, the side will be culled.

public Material GetMaterialOverride(int index);

Gets the material override for a specific surface of the model.

public int GetMeshOrthoRotationIndex();

Gets the 90-degree rotation ID that will be applied to the model when the library is baked.

public bool IsMeshCollisionEnabled(int surfaceIndex);

Tells if a specific surface produces mesh-based collisions.

public void SetMaterialOverride(int index, Material material);

Sets a material override for a specific surface of the model. It allows to use the same mesh on multiple models, but using different materials on each.

public void SetMeshCollisionEnabled(int surfaceIndex, bool enabled);

Enables or disables mesh-based collision on a specific surface. It allows a model to have solid parts and others where players can pass through.

public void SetMeshOrthoRotationIndex(int i);

Gets the 90-degree rotation ID that will be applied to the model when the library is baked. This is a number representing one of 24 possible 90-degree rotations. You can also use VoxelBlockyModel.Rotate90.