Matricium

A Command Line Powerful Matrix Computation Tool in Python.

Objectives

• Design a structure for intuitive matrix input.
• Develop a wide variety of methods to operate on one or more matrices.
• Create a user-friendly interface based on user testing, available across all platforms.

Usage

• You can either run the .exe file on Windows or run the Python script if you have a Python interpreter installed on any platform.

Implementation Details

Matrix Creation

• Intuitive Input: Inspired by a Python Arabic Community video, we implemented a function create_matrice that allows users to input matrix details and create matrix objects dynamically.

Matrix Operations

• Access and Manipulation: Functions iterate over matrix rows and elements to perform operations, storing results in temporary objects.
• Mathematical Precision: Operations are based on mathematical formulas provided by Professor M. Abdelali Dreif.

Key Functions

Matrix Input

• create_matrice(): Collects matrix name, dimensions, and coefficients from user input, creating a matrix object and adding it to the active matrices database.

Matrix Operations

• somme_matrice(M1): Adds two matrices.
• produit_matrice(M1): Multiplies two matrices.
• scalaire(a): Multiplies a matrix by a scalar.
• trace_matrice(): Computes the trace of a matrix.
• inverse(): Calculates the inverse of a matrix.

User Interface

The user interface provides easy access to matrix management and operations:

• Matrix Management: Create, delete, display, and modify matrices.
• Matrix Operations: Sum, subtract, multiply, and test commutativity of matrices. Additional operations include trace, transpose, inverse, and scalar multiplication.

Contribution

If you find this project helpful, please give it a star on GitHub. Contributions are welcome!