'Height field' presentation slideshows

Isosurfacing (Part 1)

Isosurfacing (Part 1). Hank Childs, University of Oregon. October 23 rd , 2013. Announcements: Grading. Grading Will have two curve schemes for grads/undergrads This affects proj 5, proj 6, final project, etc I apologize for not having a better handle on this issue.

701 views • 58 slides

Implementation of an Outdoor Shooting Game

670 views • 55 slides

Rendering Geometry with Relief Textures

633 views • 52 slides

Rendering Geometry with Relief Textures

522 views • 52 slides

Amit Agrawal, Ramesh Raskar and Rama Chellappa Presented by: Ramesh Raskar *

What is the Range of Surface Reconstructions from a Gradient Field?. Amit Agrawal, Ramesh Raskar and Rama Chellappa Presented by: Ramesh Raskar * University of Maryland, MD, USA * Mitsubishi Electric Research Labs (MERL), MA, USA. Source Code: http://www.cfar.umd.edu/~aagrawal. Overview.

497 views • 49 slides

Rendering of Realistic Landscapes

Rendering of Realistic Landscapes. K. H. Ko Department of Mechatronics Gwangju Institute of Science and Technology. September 20, 2012. Introduction. Creating detailed three dimensional landscapes manually is a costly and slow process. Automatic generation of landscapes is needed.

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Notes

471 views • 36 slides

Simulating Levee Erosion with Physical Modeling Validation

Simulating Levee Erosion with Physical Modeling Validation. Jared A. Gross, Christopher S. Stuetzle, Zhongxian Chen, Barbara Cutler, W. Randolph Franklin, and Thomas F. Zimmie Rensselaer Polytechnic Institute, Troy, NY ICSE-5 San Francisco November, 2010. Outline.

425 views • 36 slides

Simulating Levee Erosion with Physical Modeling Validation

Simulating Levee Erosion with Physical Modeling Validation. Jared A. Gross, Christopher S. Stuetzle, Zhongxian Chen, Barbara Cutler, W. Randolph Franklin, and Thomas F. Zimmie Rensselaer Polytechnic Institute, Troy, NY ICSE-5 San Francisco November, 2010. Outline.

366 views • 36 slides

3D Terrain Generation

3D Terrain Generation. Pablo Saldarriaga CSE4431. Why virtual terrains?. There are many applications for 3d terrains Just to name a few Virtual tourism and travel planning Education Civil engineering, urban planning Weather visualizations Real Estate Games Movies

592 views • 33 slides

3D Terrain Generation

3D Terrain Generation. Pablo Saldarriaga CSE4431. Why virtual terrains?. There are many applications for 3d terrains Just to name a few Virtual tourism and travel planning Education Civil engineering, urban planning Weather visualizations Real Estate Games Movies

373 views • 33 slides

Notes

Notes. Thursday: class will begin late, 11:30am. Viscosity. In reality, nearby molecules travelling at different velocities occasionally bump into each other, transferring energy Differences in velocity reduced (damping)

326 views • 31 slides

Procedural Graphics with DirectX 11

Procedural Graphics with DirectX 11. James Reid. Meshes. A mesh is what all the textures are laid on. Meshes are deformed to give us the nice terrains seen in games today using height maps or procedural methods. More vertices require more GPU power!

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468 views • 27 slides

Terrain Rendering

Terrain Rendering. New Concepts. Loading geometry from file Camera animation Advanced lighting and materials Texture mapping Display lists. Loading geometry from file. Motivations: Built-in geometry is limited (spheres, teapots, cubes, etc)

381 views • 24 slides

Image Abstraction

Image Abstraction. Chunsong Wang. Image Abstraction: Main Problem. How to decrease the complexity of the scene while protecting important structures?. Mean Curvature Flow. View Image I( x,y ) as a height field, we are able to draw contours of the same color value( isophote ).

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NDVI-based Vegetation Rendering

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Physics Character Controller

Physics Character Controller. Physical representation of a game character. Basics. http://cg.iit.bme.hu/gamedev/KIC/05_PhysicsEngine/ 05_02_Bullet_CharacterControl _ Base . zip Extract Run : CharacterControl . sln Set i nclude and library paths (if not correct)

230 views • 12 slides

SAIC / NASA-Goddard Space Flight Center NASA-GSFC

Monthly Evolution of Anomalies. Surface Air Temperature (K). Precipitation (mm/day). 200 mb Height (m). Fig 3a). d). g).

161 views • 1 slides