- Babylonian method babylon.py
- Bisection method bisection.py
- Regula falsi method regulafalsi.py
- Newton method newton.py
- Jacobi method jacobi.py
- Gauss Seidel method gaussseidel.py
- Lagrange polynomial lagrange.py
- Least squares method leastsquares.py
- Numerical integration - Rectangular method rectangle.py
- Numerical integration - Trapezoidal method trapezoid.py
First insert the numa package to your PYTHONPATH. This is example on how to run the babylon.py script.
cd numa/topics && python babylon.py
| Python | Sympy expression |
|---|---|
| math.log(x) | log(x) |
| math.log10(x) | log10(x) |
| math.exp(x) | exp(x) |
| math.sin(x) | sin(x) |
| math.cos(x) | cos(x) |
# input matrices as lists
[[11,2,1],[1,10,2],[2,3,-8]]
# it will generate this Matrix instance
Matrix((
[11,2,1],
[1,10,2],
[2,3,-8]
))
# input vectors as lists
[15, 16, 1]