Algebraic_Computing_System (CLI)

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A robust, command-line Computer Algebra System (CAS) built in Python. This tool bridges symbolic mathematics, numerical computation, and publication-quality data visualization to solve, analyze, and graph college-level algebraic expressions.

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Key Features

• Basic Arithmetic & Proportions: Perform standard operations and solve cross-multiplications with or without unknown variables.
• Indices & Radicals: Simplify exponent expressions and radical terms, complete with dedicated graphing modules.
• Polynomial Engine: Handle polynomials of any degree:
  • Solve equations for real roots.
  • Factor and expand algebraic expressions.
  • Simplify complex forms.
  • Generate high-resolution plots highlighting roots, critical points, and axes of symmetry.
• Inequality Solver & Plotter: Compute univariate inequality solution sets and visualize solution regions using shaded Matplotlib plots.

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Tech Stack

• Language: Python 3.10
• Symbolic Engine: SymPy (Algebraic manipulation, solving, factoring)
• Numerical Computing: NumPy (Data processing, array operations)
• Visualization: Matplotlib (Plotting roots, symmetry axes, and inequality regions)
• Environment: Conda

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Installation & Setup

1. Clone the repository:

   git clone https://github.com/Shamas1941/Algebraic-Computing-System-CLI.git
   cd Algebraic-Computing-System-CLI```
   

2. Create and activate the Conda environment:

   conda env create -f environment.yml
   conda activate algebraic_env```
   

3. Run the program:

   python main.py```