This program will (eventually) be able to operate on and solve systems of linear equations given in matrix form. It is slowly gaining functionality, and can currently reduce a matrix to reduced echelon form and check for consistency, invert a matrix (if its invertible), find a matrices determinant, and do matrix multiplication.

USAGE: The program has prompts when run, initially bringing up a menu where an input of '1' allows declaration of a matrix, '2' brings up a menu for matrix operations, and '3' searches for a matrix by its name. Can also add x to program execution (eg ./main x) to get debug messages showing work. RECENT ADDITIONS:

• JUST ADDED: eigenvalues, still very unstable.
• Storage of multiple matrices at once, so that any can be called for a certain operation.
• Quality of life changes like remembering last matrix altered and offering to use that initially for the next operation.
• Converting between augmented and nonaugmented matrices.
• Determinant calculation.

NEXT ON LIST TO ADD

• Eigenvalues and Eigenvectors
• Diagonalization
• Stability
• Clean up code, some functions and variables are never used.