CS 468 Final Projects

Instructor: Kavita Bala

Cornell University

The final project for CS 468 was to produce a 3D game incorporating the major topics from the course. This web page showcases the students' results, in arbitrary order.

Thumbnail	Game Title	Description	Creators	Award
	The Tropic of Alpha Capricorni	Explore an infinite ring shaped world. Dynamic level of detail based on ROAM ("Real Time Optimally Adapting Meshes"), Treadmill like UI as camera moves over ring world, Water rendering Swarm particle system	Jeremy Awon Jin hyuk Jason Cho	Best Project Award
	Helibomber	Destroy the village before your burning helicopter blows up! Procedurally generated deformable terrain Water rendering Collision detection Particles explosions and splashes	Eric Frackleton Paul Lewellen	Honorable Mention
	Cannons	Procedurally generated deformable terrain using particle systems Water rendering with mass spring simulation Collision detection Particles explosions and splashes View frustum culling	Caitlin McCaffrey George Panayotov
	Flight Simulator	Procedurally generated infinite terrain using screen projection LOD system Full GPU terrain generation Water rendering	Arvin Enrico Tjen Liang Wei
	Marble Madness	Procedurally generated terrain Snow particle system that interacts with terrain surface Dynamic cube mapped ball Precision local shadow mapping Deformable interactive bump mapping	John Berges John Burgess
	The Sims (Not)	Parallax mapping for texture depth GPU-based high-dynamic range tone mapping Dynamic mass spring water simulation Key frame character animation	Marc Sackeli Michael Lin
	Tama	Procedurally generated deformable terrain Multiple level Garland/Heckbert LOD system Particle system clouds Key frame character animation	Ayumi Tokuno Alice Ching

Page maintained by Adam Arbree (arbree@cs.cornell.edu)