gradio-openpose3d-editor 0.0.1

Openpose 3D editor component for Gradio

gradio-openpose-3d

💻 Component GitHub Code

A powerful, custom interactive 3D character posing component for Gradio apps using gr.HTML and Three.js (r160). It allows users to manipulate a 3D model's bones in real-time, adjust camera angles, apply aspect ratio cropping, and export the resulting pose map directly to the Python backend.

Perfect for AI image generation pipelines (like ControlNet or T2I-Adapter), reference posing, or any Gradio app requiring precise visual spatial conditioning.

Inspired by the Openart OpenPose Editor

Features and Key Characteristics

• Interactive 3D Viewport: Full OrbitControls implementation (zoom, pan, rotate) and TransformControls for bone manipulation.
• Client-Side Rendering via ESM: Loads modern Three.js directly via CDN (esm.sh) dynamically. No heavy local Node.js builds required.
• Built-in Undo/Redo System: Autonomous history tracking for bone transformations (Rotation and Translation) with keyboard shortcuts (Ctrl+Z, Ctrl+Shift+Z).
• Aspect Ratio Cropping: Visual crop overlay with predefined aspect ratios (1:1, 16:9, 9:16, etc.) to frame the exact pose you need.
• Direct Python Export: clicking the export icon renders the cropped canvas and sends it directly to Gradio server as a PNG file path.
• Theme Aware UI: The floating toolbar completely integrates with Gradio's native light/dark mode CSS variables.

Installation

pip install gradio-openpose3d-editor

Usage

import gradio as gr
from gradio_openpose3d_editor import OpenPose3DEditor

def process_pose(image_path: str):
    """
    Receives the PNG file path exported by the 3D editor.
    You can open it with PIL, pass it to ControlNet, etc.
    """
    if not image_path:
        return None
    return image_path

with gr.Blocks() as demo:
    gr.Markdown("# 🧍 3D OpenPose Editor")
    
    with gr.Row():
        # Initialize the 3D Editor
        editor = OpenPose3DEditor(
            #fbx_url="https://huggingface.co/buckets/elismasilva/assets/resolve/base.fbx?download=true",  here optional if you want a custom fbx model.
            height=560
        )
        
        # Output component to display the exported PNG
        preview = gr.Image(label="Exported Pose Map", type="filepath")
    
    # Listen to the 'export' event triggered by the floppy disk icon inside the component
    editor.export(
        fn=process_pose,
        inputs=editor,
        outputs=preview
    )
    
demo.launch()

Component API

Initialization Properties

Property	Type	Default	Description
fbx_url	str	Default URL	Optional URL or relative path to the .fbx character model.
height	int	540	Height of the 3D viewport container in pixels.
label	str | None	None	Optional label for the component.
visible	bool	True	Whether the component is visible on the screen.
elem_id	str | None	None	Custom HTML ID for targeting with CSS or JavaScript.
elem_classes	list[str] | str | None	None	Additional CSS classes applied to the component wrapper.

Events

Event	Description
.export(fn, inputs, outputs, ...)	Triggered when the user clicks the "Floppy Disk" export button in the UI. The component's value is automatically updated to the server-side file path (str) of the rendered PNG image, which is then passed to your Python function.

Acknowledgements / Credits

The default 3D model used in this component is provided under the CC BY 4.0 license:

• "Base Mesh T Pose FBX" by nuffylabz is licensed under Creative Commons Attribution 4.0.