This project is a desktop application developed in Python and Tkinter, designed to parse family data from a JSON file and visualize it in an interactive, navigable tree structure.
- Dynamic Tree Rendering: Built a sophisticated visualization engine within
map.pythat dynamically draws nodes (family members) and connects them with relationship lines based on parent/child relationships defined in JSON. - Modular Software Architecture: Strict separation of concerns between data models (
character.py), rendering logic (map.py), state management (manager.py), and the main GUI (main_app.py) for high maintainability. - Interactive UI: Implemented navigation features, allowing users to scroll and zoom (isteğe bağlı, koda bağlı) through large family trees. Each character node is interactive, showing profile pictures (using
default_avatar.png) and basic info. - Asset Integration: Managed custom image assets and dynamic JSON parsing to ensure flexible data updates without code modification.
- Asynchronous Image Loading: Solved a critical Tkinter garbage collection issue (within
character.py), ensuring profile pictures are persisted and rendered correctly within the canvas. - Flexible Positioning: Developed a scalable grid-based positioning logic that adapts to different family sizes and tree depths.
- Python: Core language.
- Tkinter: GUI and canvas-based visualization.
- JSON: Custom data persistence layer.
- Pillow (PIL): Advanced image processing for character avatars.
Developed by Enes Malik Dincer as a demonstration of real-time data visualization and GUI engineering.