'Collision response' diaporamas de présentation

Physics for Games

Physics for Games. IMGD 4000. Topics. Introduction Point Masses Projectile motion Collision response Rigid-Bodies Numerical simulation Controlling truncation error Generalized translation motion Soft Body Dynamic System Collision Detection. Introduction (1 of 2).

1.09k views • 90 slides

Lecture 10

Lecture 10. Announcements. Final 1 Feedback. Almost completely done with your 2D game engine! Congratulations! Feel free to use it/improve after the class is over (some of us have/still are) Time to start showing off your product ~2.5 weeks of gameplay coding! Content creation!

923 views • 81 slides

Lecture 6

831 views • 70 slides

Lecture 6

Lecture 6. Announcements. Next week will be great!. Three major things are happening next week: Zynga guest lecture Your game pitches (more details later) Christina Paxson. Feedback for M 1. Some of you had stacking shapes The stack probably exploded eventually

813 views • 64 slides

Lecture 9

Lecture 9. Announcements. Congrats!. You are done with all the assignments in this class! From now on everything you work on is designed by you Good work so far!. Final Coding. Time to start coding for your final project Remember, you should be mostly finishing your engine this week

687 views • 63 slides

Computational Geometry & Collision detection

Computational Geometry & Collision detection. Vectors, Dot Product, Cross Product, Basic Collision Detection. George Georgiev. Telerik Corporation. www.telerik.com. Table of Contents. Vectors Extended revision The vector dot product The vector cross product Collision detection

642 views • 52 slides

Jim Van Verth (jim@essentialmath)

Collision Response. Jim Van Verth (jim@essentialmath.com). Collision Response. Physical response to collision Two main cases Colliding (opposing velocities) Bouncing Resting (orthogonal velocities) Rolling, sliding. Contact Point.

615 views • 45 slides

Jim Van Verth (jim@essentialmath)

Collision Response. Jim Van Verth (jim@essentialmath.com). Collision Response. Physical response to collision Two main cases Colliding (opposing velocities) Bouncing Resting (orthogonal velocities) Rolling, sliding. Contact Point.

456 views • 45 slides

Lecture 5

Lecture 5. Announcements. Tou II Feedback. handins look varied and fun! write a Range or Interval class makes math code easier to write read modify makes M I easier to build on top of Tou. Limbo playthrough. Saturday 8pm, CIT 506 hosted by BGD. Zynga Guest Lecture. October 24th.

485 views • 42 slides

Particle Systems

417 views • 31 slides

CS559: Computer Graphics

CS559: Computer Graphics. Lecture 36: Animation Li Zhang Spring 2008. Slides from Brian Curless at U of Washington. Today. Computer Animation, Particle Systems Reading

458 views • 29 slides

CS559: Computer Graphics

CS559: Computer Graphics. Lecture 36: Animation Li Zhang Spring 2008. Slides from Brian Curless at U of Washington. Today. Computer Animation, Particle Systems Reading

296 views • 29 slides

Computer Animation Algorithms and Techniques

Computer Animation Algorithms and Techniques. Collisions & Contact. Collision handling detection & response. Particle-plane collision detection Polyhedron-polyhedron collision detection overlap of Bounding volumes Vertex inside polyhedron test Concave case Convex case

381 views • 27 slides

Computer Animation Algorithms and Techniques

Computer Animation Algorithms and Techniques. Collisions & Contact. Collision handling detection & response. Particle-plane collision detection Polyhedron-polyhedron collision detection overlap of Bounding volumes Vertex inside polyhedron test Concave case Convex case

412 views • 27 slides

Notes

359 views • 23 slides

Poster Session 4

9th International Fall Workshop VISION, MODELING, AND VISUALIZATION 2004 November 16 - 18, 2004 Stanford (California), USA. Poster Session 4. Geometry Processing. 9th International Fall Workshop VISION, MODELING, AND VISUALIZATION 2004 November 16 - 18, 2004 Stanford (California), USA.

392 views • 20 slides

Real-time Simulation of Self-Collisions for Virtual Intestinal Surgery

307 views • 18 slides

Real-time Simulation of Self-Collisions for Virtual Intestinal Surgery

188 views • 18 slides

Real-time fluid physics library

Real-time fluid physics library. The goal is to create a physics library that is specialized on water fluid dynamics, for real-time simulations. Why?. Water motion is graphically appealing and it should be possible to use it more in games to enhance the experience.

185 views • 9 slides

Real-time fluid physics library

Real-time fluid physics library. The goal is to create a physics library that is specialized on water fluid dynamics, for real-time simulations. Why?. Water motion is graphically appealing and it should be possible to use it more in games to enhance the experience.

167 views • 9 slides