Python Classical RK4 ODE Solver for System of Two Ordinary Differential Equations - possibility for extension to other ODE systems

small tank aiming game written in C++

A wrapper around the cvode(S) ODE solver from sundials. Mirror of https://gitlab.inria.fr/InBio/Public/cvode-rust-wrap

Experimenting with ast2ast in deSolve

Undergraduate Applied Mathematics Coursework Projects

Solution approximation using Euler's Method and Slope Field representations

In this File, I have uploaded the codes for the computational Physics using Python(Jupyter). All the codes are simple but if still Any issue with these codes algorithm and other concepts I have also upload the handwritten notes of all these on the same GitHub account.

This script compares the different numerical solving methods to the analytical solution. At first, the analytical one is plotted, thereafter the numerical solutions for different time step sizes are calculated and plotted against the analytical one. Finally, the exact error (with respect to the analytical solution) and the approximate error (wit…

Implementation of SIR algorithm

ODE Systems Simulator

Matlab package useful for solver high frequency oscillatory ordinary differential equations (ODE) systems.

Tool for plotting 2d systems of ODE's

Mathematical models in biological process

Summarized version of the syllabus of Computational Physics Lab I (PH3120).

A fast ODE solver and viewer

numerical solver for first order ODE systems via Euler and RK4 schemes

The folder contains implemented approaches of curves fitting of Non-Specific binding of Blood Plasma proteins to the sensor surface

This is a numeric solver for higher oder ordinary differential equations based on Runge Kutta 4. Created for Uni Class

Euler's Approximation to an ODE with initial conditions provided.