ABOUT THIS CODE

This is just my assignment as Civil Engineer postgraduate student on first semester.

Tools:

• python 3
• numpy library

Available methods to learn

• (linear equation)

1. Inversion with python3
2. Cramers's rule with python3
3. Gauss Elimination with python3
4. Gauss-Jordan Algorithm with python3

• (non-linear equation)

5. Bisection with python3
6. False position with python3
7. Newton-Raphson with python3
8. Generalized Newton (Successive Over Relaxation Method)

Source Code credit (reference)

Special thanks to:

1. Cramers's rule (https://rosettacode.org/wiki/Cramer%27s_rule#Python)
2. Gauss Elimination (https://www.codesansar.com/numerical-methods/gauss-elimination-method-python-program.htm)
3. Gauss-Jordan (https://www.codesansar.com/numerical-methods/gauss-jordan-method-python-program-output.htm)