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Game Physics
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He then explains all the basics of algorithms and using code examples and working source code to demonstrate how they are applied, culminating in a large collection of physical simulations. This book is dealing with complex, challenging issues that other books avoid, including Lagrangian dynamics, rigid body dynamics, impulse methods, resting contact, linear complementarity problem, deformable bodies, mass-spring systems, friction, numerical solution of differential equations, numerical stability and its relationship with physical stability, and Verlet integration method. * CD-ROM with extensive C + + source code that supports physical simulation. Source is compatible with many game-engines including engines Wild Magic, where the complete source code included. * Contains sample applications for the program shaders (OpenGL and DirectX), including deformation by a point, the displacement of skin and bones for smooth object animation, rippling ocean waves with realistic lighting, refraction effects, Fresnel reflectance, and color game. * Covers special topics that are not found elsewhere, such as linear complementarity problem and Lagrangian dynamics. * Includes exercises for use learning and review important math.
Computer eBook Details
- ISBN-10: 1558607404
- ISBN-13: 9781558607408
- Publisher: Morgan Kaufmann
- Pages: 816
- Date: December 2003
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RT @m4nugs: the best way to teach a kid about projectile motion will be using #angrybirds.. a lot of physics applied in this game! #game #physics
While coding game physics, I sometimes write stuff that I can't understand, but which somehow works. Guess I don't know what I coding about!
@gafferongames I mostly work on apps in Objective-C and C, and am trying to get into game physics for better animations.
@gafferongames Hi Glenn! I found your articles on game physics, which are really awesome and helpful. Thanks!
#AltDevConf is AMAZING! Watching the "Accelerating Game Physics for Heterogeneous CPUs & GPUs" talk by Erwin Coumans. It's been good so far.
RT @AltDevConf: #AltDevConf Programming - Accelerating Game Physics for Heterogeneous CPUs & GPUs by Erwin Coumans https://t.co/Ou7drtDj
Already enjoying Erwin Coumans' #AltDevConf presentation about "Accelerating Game Physics" a lot!
RT @AltDevConf: #AltDevConf Programming - Accelerating Game Physics for Heterogeneous CPUs & GPUs by Erwin Coumans https://t.co/Ou7drtDj
Accelerating Game Physics with Erwin Coumans at #AltDevConf
RT @bjoernknafla: Looking forward to Erwin Coumans' #AltDevConf presentation about "Accelerating Game Physics" via GPGPU.
RT @AltDevConf: #AltDevConf Programming - Accelerating Game Physics for Heterogeneous CPUs & GPUs by Erwin Coumans https://t.co/Ou7drtDj
RT @AltDevConf: #AltDevConf Programming - Accelerating Game Physics for Heterogeneous CPUs & GPUs by Erwin Coumans https://t.co/Ou7drtDj
Looking forward to Erwin Coumans' #AltDevConf presentation about "Accelerating Game Physics" via GPGPU.
Accelerating Game Physics with Erwin Coumans at #AltDevConf
Accelerating Game Physics Begins! With Erwin Coumans #altdevconf