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Once you picked an engine, do not forget to add a reference to the engine code:

We at Babylon.js tried collecting the common usage of all engines and provide an easy-to-use interface to them. Ammo.js - a JS port of the C++ Bullet physics engineĮach engine has its own features and its own way of calculating the body dynamics.Energy.js - (Not yet publicly available) - a JS port of a C++ physics engine.Oimo.js - a JS port of the lightweight Oimo physics engine.Cannon.js - a wonderful physics engine written entirely in JavaScript.This tutorial will show the basic usage of the physics system. Apart from very advanced usage, there is no need to interact directly with the physics engine.

So if two objects collide, they will "bounce" off one another, just like you would expect from a real-life object.īabylon.js' plugin system allowed us to use well established physics engines and to integrate them into Babylon.js' render loop. Unlike the internal collision system, a physics engine calculates objects' body dynamics and emulates "real-life" interactions between them. Babylon.js has a plugin system for physics engines that enables the user to add physics interactions to the scene's objects.