Welcome to the Unity-based IndoorGML Editor. This project provides a lightweight, intuitive, and powerful 3D/2.5D editing environment for creating, modifying, and managing indoor spatial data based on the IndoorGML standard.

• Blueprint Calibration: Load 2D floor plans (PNG, JPG) and auto-scale them to real-world meters.
• Primal Space Editing: Intuitively draw Rooms (CellSpace), Doors, and Boundaries with accurate dimension previews.
• Dual Space & Network Generation: Automatically or manually generate Nodes (States) and Edges (Transitions) for indoor routing.
• Duality Mapping: Seamless 1:1 linking between physical geometry (Primal Space) and logical topology (Dual Space).
• Standard I/O: Flawless Save & Load capabilities strictly following the IndoorGML (XML) standard formats.
• 2D / 3D / 2.5D View Modes: Switch effortlessly between Top-down 2D drafting and immersive 3D/2.5D visualization.

• Unity Editor: Version 6000.3.9f1 LTS or higher (Recommended)
• Render Pipeline: Universal Render Pipeline (URP)

1. Clone the repository: git clone hhttps://github.com/STEMLab/Ineditor-Desktop-v2.0
2. Open the project: Launch Unity Hub, click Open, and select the cloned folder.
3. Open the Main Scene: Navigate to Assets/Scenes/ and open the main editor scene.
4. Play: Hit the Play button in the Unity Editor to start creating!

• Tab: Toggle between 2D Edit Mode (Top-down view) and 3D View Mode.
• Ctrl + S: Save the current project.
• Delete / Backspace: Delete the currently selected object (CellSpace, Boundary, Node, or Edge).
• Ctrl + Z / Ctrl + Y: Undo / Redo your last action.
• Esc: Cancel the current creation mode or deselect the current object.

• Left Click: Select an object, or place a point while in a creation mode.
• Right Click: Finish and close the polygon while creating a Room (CellSpace).
• Shift + Left Click & Drag: Move an entire selected Room (CellSpace) polygon without altering its shape.
• Shift + Right Click: Add or Delete an edit point (vertex).
  • To Add: Shift + Right Click on an edge/line of a selected Room or Network Edge.
  • To Delete: Shift + Right Click directly on an existing edit point (vertex).
• Alt + Left Click & Drag: Pan (move) the blueprint and workspace.
• Alt + Mouse Wheel: Zoom in and out of the blueprint.

To ensure your indoor spatial data perfectly matches real-world dimensions:

1. Click Load Blueprint and select your floor plan image.
2. Click Calibrate Scale.
3. Click Point A: Select the starting reference point on the blueprint.
4. Click Point B: Select the ending reference point.
5. Enter Distance: Type the actual real-world distance (in meters) between Point A and Point B, then confirm.
6. Done! The blueprint will automatically scale to 1:1 real-world meters and center itself intelligently.

We welcome contributions from the community! This project grows with your support.

• Found a bug? Please open an Issue.
• Have a feature idea? Let's discuss it in the issues section.
• Want to contribute code? Fork the repository, create a feature branch, and submit a Pull Request (PR).

This project is licensed under the MIT License. You are free to use, modify, and distribute this software for both personal and commercial purposes.

• Project Lead: Yongsu Song
• Email: songys@pnu.edu