OPTIMIZATION OF PARAMETERS FOR PEDESTRIAN SIMULATION SOFTWARE: A CASE STUDY OF EMERGENCY EVACUATION EXPERIMENTS

This research study provides a new framework to optimize pedestrian simulation parameters required to replicate emergency evacuation conditions specifically observed in high rise buildings, passenger vehicles and transport terminals.The simulation experiments are performed with generalised social force Automatic Watch model in VISWALK simulation en

Vape Pen Batteries In C/C++, during the test development process we often have to modify the public interface of a class to replace existing dependencies; supplementary setter or constructor functions or extra template parameters are added for dependency injection.These solutions may have serious detrimental effects on the code structure and someti