JuPedSim is an open source pedestrian dynamics simulator

A crowd evacuation simulation tool created in Unity for architectural/BIM workflows using Speckle

Dashboard: Analysis of pedestrian dynamics based on trajectory files

Code of Paper ''Modeling the dynamics of pedestrian evacuation in a complex environment based on the force mechanism''

JuPedSim simulator - a multi agent simulation framework.

Pedestrian dynamics simulator based on a cellular automaton.

CA Model for waiting pedestrians at train station platforms.

Use optimal control theory to simulate the dynamics of crowds. Set up a room, initialise agents and their targets. The solution of a Hamilton-Jacobi-Bellman equation provides the optimal trajectories towards the goals, while the actual motion is simulated using an accurate social force model.

Social Force Model Simulation implemented Go

Floor field model implemented in MATLAB

Automaton for simulating evacuation of pedestrians.

Python package for the Sociophysics USE LL, TU/Eindhoven; provide access to the pedestrian data.

This repository contain scripts for analyzing single-file movement experiments recorded by a top-view, or side-view camera

Walk the Line: The role of gender and culture on the movement patterns of pedestrians based on a multicultural study

Walk the Line: The role of gender and culture on the movement patterns of pedestrians based on a multicultural study

Use of potential field control in multi agent system game application.

We use Deep Galerking Method (DGM) to solve the Non-Linear Schrödinger Formulation (NLSF) of a Mean-Field Game describing the passage of a cylindrical intruder through a dense crowd.

Interactive Map with Data Analysis of Data Collection compaing in Madras Project