Actionable World

NEW

Key Features

Builds actionable world representations for physical objects and robotic interaction.
Uses keypoint-conditioned 3D modeling to learn object-specific token assignments.
Supports articulated, skinned, soft, and deformable object examples.
Includes error-map visualization against ground-truth geometry.
Shows robot examples including Unitree Go2 and H1 multi-pose training.
Provides local visualization workflows based on model checkpoints.
Links to public paper, code, and data-generation resources.
Includes direct demo videos for training, multipose, checkpoint, and overview examples.

The project targets articulated, skinned, soft, deformable, and robot objects, showing examples such as robot hands, SMPL football motion, earphones, Unitree Go2, and H1 humanoid data. Its page emphasizes learned token assignment, training-process visualization, and local visualization from checkpoints.


For robotics and embodied AI teams, Actionable World is useful because it treats object representation as something that can support interaction, deformation, and control rather than only static reconstruction. The project links to arXiv, code, and data resources for reproduction.

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