Texture3D

public Texture3D();

Creates a base resource rather than a ready volume texture containing data. Normally use ImageTexture3D or CompressedTexture3D. A custom subclass must implement dimensions, format and data methods; construction alone does not upload voxels.

public Resource CreatePlaceholder();

Creates a separate PlaceholderTexture3D with current width, height and depth. Voxel data and mipmap chain are not copied. This is a resource stand-in rather than a smaller volume copy.

public Reckfell.Collections.Array<Image> GetData();

Reads slices supplied by the implementation. For ImageTexture3D these are separate images read from GPU data: editing the result does not update the texture; use Update. With mipmaps the order is all base-level Z slices, then all slices of the next level, down to 1×1×1. Do not interpret the entire array as base layers or perform unnecessary per-frame readback. Initialize ImageTexture3D before reading it.

public int GetDepth();

Returns base-level depth: its Z-slice count. With mipmaps, GetData.Count can exceed depth because it includes additional levels.

public Image.Format GetFormat();

Returns the implementation Image.Format. Without a provider, the base Max result does not represent a usable data format. Check the concrete subclass and data before processing pixels.

public int GetHeight();

Returns base-level volume height in texels. A custom Texture3D supplies it through _GetHeight.

public int GetWidth();

Returns base-level volume width in texels. A custom Texture3D supplies it through _GetWidth. It is neither slice count nor object world size.

public bool HasMipmaps();

Returns the implementation volume-mipmap flag. This does not mean each GetData Image has its own mipmaps: ImageTexture3D represents levels using separate slice images.

public virtual Reckfell.Collections.Array<Image> _GetData();

Custom Texture3D slice-image array provider used by native GetData. The tested subclass creates independent images; other implementations can have different access costs and rules. Do not release returned resources before passing them to the caller.

public virtual int _GetDepth();

Custom Texture3D base-level Z-slice-count provider. Do not substitute the total image count across all mip levels for depth.

public virtual Image.Format _GetFormat();

Custom Texture3D concrete Image.Format provider. It must match _GetData; querying format does not convert images.

public virtual int _GetHeight();

Custom Texture3D base-level height provider. Keep it consistent with supplied slice dimensions.

public virtual int _GetWidth();

Custom Texture3D base-level width provider. Return a value consistent with _GetData and other dimensions; it does not automatically allocate GPU storage.

public virtual bool _HasMipmaps();

Custom Texture3D volume-mipmap flag provider. Keep it consistent with _GetData image ordering and count. Returning true alone does not generate levels.