This technical animation reference features a cube with two morph targets and a pre-configured transition sequence in GLB format. The asset consists of a simple geometric cube designed to demonstrate the functionality of vertex-based morph targets or blend shapes. It includes two distinct morphological states, allowing for smooth interpolation between the base geometry and the modified target state. The file structure is optimised for GLB compatibility, ensuring that the vertex animation data remains intact for real-time applications. This is a purely functional, non-representational object intended to serve as a baseline for testing deformation workflows, rig constraints, and real-time mesh transitions within a 3D production pipeline.

The download is a 10 KB file with the model in GLB format.

Professionals can import this file directly into various 3D software packages that support the GLB format to inspect the morph target hierarchy. It is useful for verifying how blend shape weights are mapped and interpolated during animation playback. Users can isolate the vertex data to understand the underlying mesh transformation logic, which is essential for creating complex character or mechanical animations that require smooth transitions between different geometric configurations without needing manual keyframing for every vertex.

This asset is primarily intended for technical artists, developers, and animators working on real-time projects, interactive media, or digital prototyping. It serves as a diagnostic tool or a template for setting up custom morph targets in architectural visualisation scenes, such as opening doors, unfolding furniture, or dynamic environmental elements. By using this as a reference, practitioners can ensure their animation rigs are compatible with standard GLB export settings, reducing troubleshooting time when implementing complex motion sequences in web-based or game-engine environments.