A fast and flexible C++ simulation engine and differential equation solver.

Workshop materials for training in scientific computing and scientific machine learning

Mechanistic models in fermentation

A plugin which adds several mathetmatical routines to Godot game engine based on Eigen and Boost.

Introduction to Numerical Methods / Ordinary Differential Equations

Rust low level bindings to the Sundials library

Modeling and simulation of LTI state-space and nonlinear systems.

A swift implementation of explict runge-kutta ODE integration using the Dormond Price RK5(4) method

Lorenz system - Repository for the project for Software and Computing for Applied Physics

General ODE System Solver

Methods for solving systems of ordinary differential equations in the case of initial value problems (ODE-IVP).

Comparison of MPGOS, Julia, odeint and hand tuned C++ codes.

Projectile Motion with Air Resistance

Learning the basics of epidemic modelling via compartmental models in Python

Numerically solving the dynamical equations of a protein expression system

I solve the Lorentz system in Python using the boost odeint library via the Python C API.

Particle flow animation with the trajectories of the particles being computed using the function odeint from scipy.integrate.

Introduction to analyze piecewise-smooth systems using python

Solving initial value problems in pharmacometric modeling using TensorFlow

This project was to simulate the earth’s atmospheric convection using Lorentz attraction formulas with the suitable parameters. Coded the formulas, wrote them in Python code including various functions to perform double differentiation using the eulers method.