'Physical simulation' diaporamas de présentation

Physically-Based Simulation on Graphics Hardware

Physically-Based Simulation on Graphics Hardware. Mark J. Harris UNC Chapel Hill Greg James NVIDIA Corp. Elder Scrolls III: Morrowind. Physically-Based Simulation. Games are using it Newtonian physics on the CPU Rigid body dynamics, projectile and particle motion, inverse kinematics

1.13k views • 66 slides

Physically-Based Simulation on Graphics Hardware

Physically-Based Simulation on Graphics Hardware. Mark J. Harris UNC Chapel Hill Greg James NVIDIA Corp. Elder Scrolls III: Morrowind. Physically-Based Simulation. Games are using it Newtonian physics on the CPU Rigid body dynamics, projectile and particle motion, inverse kinematics

685 views • 66 slides

Siggraph Summer Seminar

Siggraph Summer Seminar. Yin Xu 2011.07.14. Interactive and Anisotropic Geometry Processing Using the Screened Poisson Equation. MeshFlow: Interactive Visualization of Mesh Construction Sequences. Geometry processing Simulation Computational geometry.

781 views • 60 slides

Real-Time Enveloping with Rotational Regression

Real-Time Enveloping with Rotational Regression. Robert Wang Kari Pulli Jovan Popov i?. Enveloped (skinned) characters are pervasive. skeleton. mesh. Skeletons are often used to control meshes. Physically based modeling provides realistic deformations. . Realistic deformations

670 views • 47 slides

General Overview

633 views • 47 slides

Computer Graphics

Computer Graphics. CSE167: Computer Graphics Instructor: Steve Rotenberg UCSD, Fall 2005. CSE167. Computer Graphics Instructor: Steve Rotenberg ( steve@graphics.ucsd.edu ) TAs: Wojciech Jarosz ( wjarosz@ucsd.edu ) Alex Kozlowski ( kman@graphics.ucsd.edu )

790 views • 45 slides

Accelerometer-based User Interfaces for the Control of a Physically Simulated Character

Accelerometer-based User Interfaces for the Control of a Physically Simulated Character. Takaaki Shiratori Jessica K. Hodgins Carnegie Mellon University. Physical Simulation in Games. Little Big Planet, 2008 1 Simulation ONLY for passive objects. - Effective!.

511 views • 41 slides

Which parts are hard to model?

430 views • 35 slides

Jim Van Verth (jim@essentialmath)

Rigid Body Dynamics. Jim Van Verth (jim@essentialmath.com). Rigid Body Dynamics. Simplest form of physical simulation Gets you a good way towards making a more realistic looking game Not that hard, either. Rigid Body. Objects we simulate will not deform Brick vs. clay

510 views • 34 slides

Jim Van Verth (jim@essentialmath)

Rigid Body Dynamics. Jim Van Verth (jim@essentialmath.com). Rigid Body Dynamics. Simplest form of physical simulation Gets you a good way towards making a more realistic looking game Not that hard, either. Rigid Body. Objects we simulate will not deform Brick vs. clay

345 views • 34 slides

Virtual Reality (VR) Introduction and Basic Applications

Virtual Reality (VR) Introduction and Basic Applications. Dr. Naji Shukri Alzaza Assist. Prof. of Mobile technology Dean of Community Service and Continuing Education University of Palestine, Alzahra City, Gaza, Palestine najishukri@hotmail.com, www.najishukri.wordpress.com.

438 views • 33 slides

An Interactive Design System for Plush Toys

Plushie. An Interactive Design System for Plush Toys. Yuki Mori* Takeo Igarashi*. Outline. Introduction User interface 3D modeling operations Operations on the 2D pattern view Implementation Physical simulation 3D modeling Results Limitations and future work.

582 views • 28 slides

Applications

Applications. Pradeep K Dubey for Bob Liang Applications Research Lab Microprocessor Technology Labs Corporate Technology Group December 8, 2005. Application Research Lab. Bob Liang. Carole Dulong. Pradeep Dubey. Jim Hurley. Tim Mattson. Horst Haussecker. Gary Bradski.

319 views • 23 slides

Adaptive resolution of 1D mechanical B-spline

Adaptive resolution of 1D mechanical B-spline. Julien Lenoir , Laurent Grisoni, Philippe Meseure, Christophe Chaillou. Problem. Real-time physical simulation of a knot. Fixed resolution simulation. Goal: adaptive resolution simulation. Related work. 1D model and knot tying

347 views • 20 slides

Adaptive resolution of 1D mechanical B-spline

Adaptive resolution of 1D mechanical B-spline. Julien Lenoir , Laurent Grisoni, Philippe Meseure, Christophe Chaillou. Problem. Real-time physical simulation of a knot. Fixed resolution simulation. Goal: adaptive resolution simulation. Related work. 1D model and knot tying

320 views • 20 slides

Application of the Finite-Element Analysis to the Pass Rolling Process

KOMMEK. Application of the Finite-Element Analysis to the Pass Rolling Process. Moscow State Institute of Electronics and Mathematics (Technical University), Dep. Mathematical Simulation www.miem.edu.ru mmkaf@miem.edu.ru. Professor, D.Sc. Chumachenko E.N. General Director KOMMEK Ltd.

362 views • 18 slides

Larrabee

324 views • 16 slides

EVOLVING PHYSICAL PARAMETERS FOR A PASSIVE DYNAMIC WALKER .

EVOLVING PHYSICAL PARAMETERS FOR A PASSIVE DYNAMIC WALKER. Artificial Life Coursework Project MSc Evolutionary And Adaptive Systems Juan Pablo Calderon. PASSIVE DYNAMIC WALKING. Passive means no control nor actuator unit. The only source of energy is that of gravity (or internal springs).

252 views • 11 slides

The Energy-Water Nexus Bringing Together Different Perspectives

The Energy-Water Nexus Bringing Together Different Perspectives. Water Climate change is a key driver of water systems. Current focus is water sufficiency and climate change adaptation . Energy dimension provides new insights into mitigation potential in the water sector. Energy

203 views • 9 slides