This is a set of dynamical systems experiments using numerical techniques. all the source codes are written on Cpp.

C++ libarary for executing JT-DS

P4 (Polynomial Planar Phase Portraits) software for phase portrait computation and representation in the plane or other projections such as the Poincaré Sphere.

WP4: P4 web version. Study and visualize planar polynomial systems online with this interactive web application. Computations are performed by the server, but the client needs JavaScript in order to interact with the application and visualize the results. Both sides are programmed in C++ using Wt.

Application/Library for modelling dynamic systems (meant to be a successor of both modelflat/coursework and modelflat/dynsys)

Catkin package implementing DS based conatct controller which was proposed in

A C++ library supporting the implementation of various ADP algorithms

Code to replicate a 3-person game

This is the C++ code that I wrote in undergraduate Computational Physics - Fall 2015

Implementation of controls as part of Control Theory course at IIT Kharagpur

Solve systems of ODEs and plot phase planes in up to 3 dimensions

C++ implementation of Nova

Code to reproduce main results in the manuscript "Weak-winner phase synchronization: A curious case of weak interactions"

a program for drawing tileable images consisting of lines and dots

CharVariety is a complementary library to this paper: "Stationary measures and orbit closures of uniformly expanding random dynamical systems on surfaces" by Ping Ngai (Brian) Chung

Python bindings to pressio

Henon-Heiles escape basin calculator with compute shader.

Collection of dynamical systems

OmegaThreads constructs automatically correct-bu-construction controllers for dynamical systems to satisfy Omega-regular specifications given as discrete parity automata (DPA) or linear temporal logic (LTL) formulae. It constructs a symbolic model of the system and combine it with the specification into a parity game. Winning the parity game res…