Open Source WheelCollider for Unity. This project implements a pacejka based tire logic.
A comprehensive simulation platform integrating vehicle dynamics, environment emulation, body controls, and battery management for holistic testing and validation of automated vehicles.
Simulations for UBC Formula Electric Vehicle
MATLAB & Simulink vehicle dynamics toolkit — quarter-car to 14-DoF full vehicle, Pacejka tyres, bicycle model. Backbone of the GT3 lap simulator.
A Python vehicle sensor simulation project with CSV logging, warning detection, and Matplotlib graph generation.
A browser-based, interactive vehicle parking simulator featuring editable paths, forward/reverse kinematics, trailer physics, and real-time collision detection.
This C++ project uses OpenGL to simulate the process of one car overtaking another. It focuses on the interaction between vehicles on a single lane, emphasizing the dynamics of overtaking maneuvers, showcasing realistic movement with variable speeds and overtaking actions using computer graphics.
Standalone web prototype of an interactive Rolls-Royce Phantom driving and cabin experience.
Java programs for the tenth exercise unit (UE10) in "Software Development 1". Focus: exception handling, abstract classes, interfaces, and vehicle simulations.
A C++ 2D hypersonic vehicle simulation with real-time visualization, atmospheric physics, GUI controls, and CSV data export.
Software-based Vehicle Digital Twin with CAN Bus simulation and AI-powered fault detection. Built with Python, Embedded C, FastAPI, Scikit-learn.
The Smart Vehicle Traffic System uses Dijkstra's algorithm in C++ (via JNI) to simulate real-time vehicle navigation, visualized through Phaser.js with traffic signals and collision avoidance.
KĀRĀ is CADSynergy’s open-source 1D vehicle simulation testbench for powertrain architecture, drive-cycle analysis, energy use, performance, range, and validation.
A Python library for the generation of mobility maps and optimal routes for ground vehicles
Simulate real-time vehicle fleets on actual road networks using physics, dynamic traffic, geofencing, and custom browser map rendering without external tiles.
⚡ Accelerate electric vehicle development with apl-evs, your go-to toolkit for simulation and analysis of electric vehicle systems.
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