def make_animation(duration): clip = AnimationClip() for t in range(0, duration, step): pose = calculate_procedural_dance(t) clip.add_keyframe(t, pose) return clip.save("baked_dance.7z") Use code with caution. Copied to clipboard 📂 Handling the .7z Archive
Since your source is a compressed file, the feature must: Extract : Unpack the base assets to memory. Modify : Inject the new "Made" feature/animation. Repack : Use a lzma library to update the archive. PUPPET_DANCE.7z
To implement a for a project like PUPPET_DANCE.7z (likely a game, animation engine, or simulation), the focus is on state persistence . Repack : Use a lzma library to update the archive
💡 : Use a Non-Destructive workflow. When the user clicks "Make," save the result as PUPPET_DANCE_V2.7z so the original procedural logic isn't lost. When the user clicks "Make," save the result
This feature allows users to "bake" or "make" a temporary animation/pose into a permanent asset. 🛠️ Feature Requirements : Convert procedural motion into keyframes. Output : Save a new .anim or .json file. UI : A "Make" button in the inspector or viewport. 💻 Logic Implementation (Pseudocode) 1. Capture State Record the current transformation of all puppet bones.
def capture_pose(puppet_id): bones = get_all_bones(puppet_id) pose_data = {bone.name: bone.transform for bone in bones} return pose_data Use code with caution. Copied to clipboard 2. Bake Animation If the "dance" is procedural, sample the motion at 60fps.