Numerical Methods
Analysis Tool
Purpose
To implement numerical methods using programming
Features
- Easy methods
- Modular approach
- Learning tool for students and researchers
Requirements
- GNU Octave 4.0 or Above
- Gnuplot for plots (additional toolkit)
- Understanding of Numerical Methods
Various Methods
1. Adam's method
2. Bisection method
3. Euler's method
4. Jacobi's method
5. Jordan method
Various Methods
6. Modified Euler's method
7. Newton Raphson method
8. RK method
9. Seidel
10. Secant
Functions
It contains Functions folder.
This folder contains test methods in which functions are defined. You can use these to test your problems or you can define your own functions.
After placing NMCE folder at your desired location, you can either copy the function file you want to the respective folder
Functions
cd to the location where NMCE is located:
cd NMCE/
If you want copy fsolv to work with Bisection program:
cp Functions/fsolv.m Bisection/
Or you even addpath and savepath of the Functions
cd to the location where NMCE is located:
cd NMCE/
Use addpath("Functions/");
savepath;
Blog
GitHub
deck
By pritika malhotra
deck
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