'Physically based' diaporamas de présentation

Interactive Physically-Based Simulation

Interactive Physically-Based Simulation. John Keyser Department of Computer Science and Engineering Texas A&M University. Motivation and Background. First, a Little Background. What do we mean by Physically-based Modeling/Simulation? Why do we do this? What is its role in graphics?.

2.19k views • 202 slides

SIGGRAPH 2007 GPU Gems 3: Advanced Skin Rendering

1.36k views • 134 slides

Primer on hydrologic models

Primer on hydrologic models. Dennis P. Lettenmaier Department of Civil and Environmental Engineering University of Washington for presentation at Dividing the waters: Science for Judges Workshop IV Workshop on Climate Change Modeling: General Circulation Models and Hydrometeorologic Models

738 views • 61 slides

Automatic Simplification of Particle System Dynamics

665 views • 60 slides

Automatic Simplification of Particle System Dynamics

603 views • 60 slides

Physically Based Sound

Physically Based Sound. COMP259 Nikunj Raghuvanshi. Overview. Background FEM Simulation Modal Synthesis (FoleyAutomatic) Comparison/Conclusions. Motivation. Sounds could in-principle be produced automatically, just like graphics: Sound Rendering

603 views • 48 slides

SIGGRAPH 2010

SIGGRAPH 2010. Physically Based Shading Models in Film and Game Production - Practical implementation at tri-Ace Yoshiharu Gotanda Research and Development Department tri-Ace, Inc. History. Non-physical Blinn-Phong model, as commonly used in games. n : Shininess (cosine power)

617 views • 42 slides

A hydrologic model to bridge the gap between conceptual and physically based approaches

558 views • 41 slides

A Physically-based Approach to Assess the Impact of Climate Change on Canadian Water Resources

5 th International Symposium on Integrated Water Management Nanjing, China, November 19-21, 2010. A Physically-based Approach to Assess the Impact of Climate Change on Canadian Water Resources. Edward A. Sudicky, Jianming Chen and Young-Jin Park

493 views • 35 slides

Labyrinth

407 views • 27 slides

Labyrinth

280 views • 27 slides

Experiment domain

Experiment domain. Evaporation models. Physically based. Temperature -based. Physically based models : Radiative parameterization. Shortwave radiation balance, R n. Longwave radiation balance, L n. Net available energy, Q n. R in. a R in. LW in. LW out. ET. H. B. A d. ? W

346 views • 23 slides

Overview of NWS Distributed Model (HL-RDHM)

Overview of NWS Distributed Model (HL-RDHM). Mike Smith Victor Koren, Seann Reed, Zhengtao Cui, Ziya Zhang, Fekadu Moreda, Yu Zhang. Model Structure. Operational Version. HL-RDHM. P& ET. P, T & ET. Auto Calibration. SNOW -17. rain. rain + melt. SAC-SMA. SAC-SMA, SAC-HT.

382 views • 20 slides

Introduction to Character Animation

Introduction to Character Animation. Karan Singh Lecture 1: CSC 2529. Animation Principles. Squash and Stretch. Follow Through and Overlapping Action. Slow in and Out. Exaggeration. Secondary Action. Appeal. Animation Principles. Timing and Motion. Anticipation. Staging.

293 views • 19 slides

2010 AGU Fall Meeting San Francisco, 13 - 17 December 2010

2010 AGU Fall Meeting San Francisco, 13 - 17 December 2010. Is deterministic physically-based hydrological modeling a feasible target? Incorporating physical knowledge in stochastic modeling of uncertain systems. Work carried out under the framework of the Research Project DATAERROR

154 views • 15 slides

Real-Time Artistically Inspired Cloud Simulation and Rendering

Real-Time Artistically Inspired Cloud Simulation and Rendering. Noah Brickman David Olsen Gillian Smith. Problem. Hard to render Important scene element Artistic control. Solution. Specify cloud shapes Artistically inspired Physically based Realtime rendering.

288 views • 13 slides

Practical Physically-Based Shading in Film and Game Production

Practical Physically-Based Shading in Film and Game Production. Notes and slides now/ soon !. Course Page. bit.ly /s12shaders.

106 views • 10 slides