Impossible Physical models

物理模拟在现代游戏中很常见。从动态对象（水，绳索，碰撞和破坏）之间的程序交互到定义虚拟世界生成的规则。这些物理学是由真实世界的常数和参数定义的，这些常数和参数再现了现实的效果，但是如果这些规则不同呢？这个项目的目的是探索如何真实的模拟不现实的物理将创造独特的和创造性的游戏机会。该项目的成功完成将为现有的游戏引擎创建一个工具包，以扩大开发人员控制其世界物理的自由，并允许教育工作者演示物理学中的主题，否则将无法重新创建。

Physics simulations are commonplace in modern games. From procedural interactions between dynamic objects (water, ropes, collisions, and destruction) to the rules that define generation of virtual worlds. These physics are defined by real-world constants and parameters that reproduce realistic effects, but what if these rules were different? The aim of this project is to explore how authentic simulations of unrealistic physics would create unique and creative game-play opportunities. Successful completion of this project would see a toolkit be created for existing game engines to expand the freedom developers have to control their worlds' physics, and to allow educators to demonstrate topics in physics that would otherwise be inaccessible to recreate.