MathPath

What this project does

MathPath is a fully open-source, advanced mathematical problem solver developed in Python for Windows and Android devices. Designed with the mission of making science more accessible to everyone, it uses the device's own processing power (symbolic computing) and does not require any internet connection.
Core Features:
Broad Solving Capacity: Capable of solving a wide range of mathematical problems, from simple algebraic expressions to complex differential equations and vector fields.
Advanced Graphing Support: Can plot both 2-dimensional (2D) and 3-dimensional (3D) graphs for functions and datasets.
Smart Symbolic Translation: Converts standard text input from the user (e.g., diff(f(x),x)) into accurate mathematical notation and displays it on the screen in about 0.3 seconds.
Universal Code Support: Supports free-text universal math codes similar to systems like Wolfram Alpha or Maple.
Technologies Used:
The application's core mathematical engine is powered by the SymPy and Matplotlib libraries. Screen design, graphical user interface (GUI), and mobile compatibility are achieved using the Kivy and KivyMD libraries.
Project Vision:
Driven by the motivation of "improving lives through learning," MathPath is a dynamic, open-source project that continues to evolve. Future development goals include an audio math assistant for the visually impaired (AudioMath), geometry modules, and camera-supported equation solving, while remaining open to the support of the open-source community.

Highlights

Built with

• Python
• Kivy