🧮 C Matrix Library 🧮

This C matrix library, implemented in the matrix.h and matrix.c files, provides various functions for performing matrix operations. It is designed to work with both integer and floating-point matrices. Below, you'll find an overview of the library and its functionalities.

Table of Contents

1. Functions
2. Compilation
3. Prerequisites
4. Contributions

Functions

Memory Management

• 🗑️ freedom: Frees the memory allocated for a 2D array.

Integer Matrices

• ➕ CreateMatrixInt: Creates a 2D integer matrix of size i x j.
• 📝 InputMatrixInt: Inputs elements into an integer matrix.
• 📄 PrintMatrixInt: Prints a 2D matrix of integers with a specified number of rows and columns.
• 🔄 TransMatrixInt: Returns the transpose of an integer matrix.
• ➖ SubMatrix: Returns a submatrix by excluding a specific row and column.
• ➗ det: Calculates the determinant of an integer matrix using recursion.
• 🔄 Inverse: Returns the inverse of an integer matrix.
• ✖️ MultipliMatrix: Computes the product of two integer matrices.

Floating-Point Matrices

• ➕ CreateMatrixFloat: Creates a 2D floating-point matrix of size i x j.
• 📄 PrintMatrixFloat: Prints a 2D matrix of floats with a specified number of rows and columns.

Compilation

To compile the C matrix library, you can use a C compiler such as GCC. Here's an example compilation command for a program that uses the library:

gcc -o my_program my_program.c matrix.c -lm

• Replace my_program with the name of your program.
• Make sure to link with the math library (-lm) when using floating-point functions.

Prerequisites

To use this library in your C programs, you need to include the matrix.h header file and link with the matrix.c source file during compilation. Additionally, make sure you have a C compiler installed on your system, such as GCC.

Feel free to explore and use this library for your matrix-related projects. If you encounter any issues or have suggestions for improvements, please don't hesitate to contribute or provide feedback.

Happy matrix operations! 🧮🚀

Contributions

If you have suggestions for making the code more efficient or if you find any errors, please don't hesitate to open an issue or submit a pull request.