EucliDraw is a Python-based educational tool that brings 2D Euclidean geometry to life through intuitive shape visualization. Using the built-in turtle graphics module, users can input the name of a polygon (e.g., triangle, square, hexagon), and the program draws it while displaying its geometric properties.

🎯 Features

🟢 Interactive user input to choose shapes by name

🟢 Built-in library of polygons with customizable side lengths

🟢 Dynamic visualization using Python's turtle module

🟢 Easy to extend with new shapes and styles

🟢 Beginner-friendly code — ideal for learning Python and geometry together

🧮 Supported Shapes Triangle

Square

Pentagon

Hexagon

Octagon

…and more!

🔄 Recent Updates to EucliDraw

🧩 GUI Enhancements

• Introduced a menu bar to provide more control and customization:
  • Canvas
    • Clear Canvas
  • Visibility of Pointer
    • Show Pointer
    • Hide Pointer
  • Appearance of Pointer
    • Classic
    • Arrow
    • Turtle
    • Square
    • Triangle
    • Circle
• Added a Start button to begin shape rendering

🐢 Embedded Turtle Graphics

• Turtle graphics now run inside the GUI canvas window
• Real-time feedback and visualization within the EucliDraw interface

📧 Error Reporting System

• If a user enters an invalid shape or incorrect input:
  • The app displays an error message
  • An automatic email report is generated
    • Includes which input field triggered the error
    • Logs user-entered data for troubleshooting

🎯 Other Improvements

• Smoother UX with more intuitive interactions
• Bug fixes and logic refinements to support the expanded GUI

Updates

-Introduced support for concave polygons.

• Added: star polygons (polygrams), sector and segment of a circle, quatrefoil, heart, and annulus
• Made some tweaks and adjustments to improve structure and drawing accuracy

Presentation

Extract EucliDraw_Overview.zip for ppt

License

This project is licensed under the MIT License - see the LICENSE file for details.