'Scene graph' diaporamas de présentation

Java FX 3D: The Third Dimension

Java FX 3D: The Third Dimension. Kevin Rushforth & Chien Yang Oracle Corporation. Disclaimer.

1.29k views • 69 slides

3D Computer Simulation of the Human Vocal Tract

3D Computer Simulation of the Human Vocal Tract. Towards an Extensible Infrastructure for a Three-dimensional Face and Vocal-Tract Model. Sid Fels, ECE, Bryan Gick, Linguistics Florian Vogt, ECE, Ian Wilson, Linguistics, Carol Jaeger, ECE. University of British Columbia

728 views • 52 slides

Interfaces and Software Systems

702 views • 50 slides

CS 425 Lecture 4

CS 425 Lecture 4. Jan Allbeck. Outline. Navigation? Animate the characters Load and place objects Glue/sticky objects/constraints/carrying stuff Different types: position, orientation, offsets, cameras, limbs Containers and locations Actions: PickUp Object, Drop Object, Move Picking

500 views • 39 slides

CS 445: Introduction to Computer Graphics David Luebke University of Virginia

The Rendering Pipeline. CS 445: Introduction to Computer Graphics David Luebke University of Virginia. Admin. Call roll Forums signup. Demo. Ogre. Recap Display Technology: DMDs. Digital Micromirror Devices (projectors)

466 views • 39 slides

SIGGRAPH 2010: X3D Medical Birds Of a Feather

SIGGRAPH 2010: X3D Medical Birds Of a Feather. Web3D Consortium President Nicholas F. Polys, Ph.D., Virginia Tech Web3D Consortium Medical Working Group Chairs Michael Aratow M.D. FACEP, San Mateo Medical Center Nigel John Ph.D., Bangor University Wales. Session Topics.

523 views • 38 slides

Pre-Test Results

Pre-Test Results. pass line: 50 pts. # students. Total Points: 75 pts Pass (2/3) 50 pts, 66%. Took Pretest: 26 out of 40 students Passed: 15 students (out of 26), 57% Class Average: 45 pts. By Category. pass line 66 %. score %. 66% = pass. By Question.

605 views • 37 slides

The MPEG Standard

The MPEG Standard. MPEG-1 (1992) actually a video player plays out audio/video streams same type of access as home VCR MPEG-2 (1995) introduced for compression and transmission of digital TV signals still limited interactivity MPEG-4 (1999) is completely different

733 views • 36 slides

529 views • 34 slides

j3dEngine

393 views • 29 slides

Further Programming for 3D applications CE00849-2

Introduction to Further Programming for 3D application. Faculty of Computing, Engineering and Technology Staffordshire University. Further Programming for 3D applications CE00849-2. Bob Hobbs. Outline. Module Details What is 3D programming? Typical Processing Steps

363 views • 27 slides

Beyond irrLicht

401 views • 16 slides

The 3D Pipeline

The 3D Pipeline. Jim Van Verth (jim@essentialmath.com) Lars M. Bishop (lars@essentialmath.com). The 3D Pipeline. Three problems: want to construct hierarchy of objects transformation of object combined with its children want to manipulate camera viewing transformation

479 views • 14 slides

Integrating GPGPU Functionality into Scene Graphs

Jens Orthmann , Maik Keller, Andreas Kolb Computer Graphics and Multimedia Systems University of Siegen. Integrating GPGPU Functionality into Scene Graphs. Motivation. Evolution of generic GPGPU languages Heterogeneous architectures (OpenGL + CUDA)

487 views • 11 slides

K-Way Replication

K-Way Replication. Rudrajit Samanta, Thomas Funkhouser, Kai Li Princeton University 2001. 5 step process . 2 preprocess steps: - Scene Graph Construction - Object Replication Online/Runtime Steps: - Client Traversal & Assignment - Render & Pixel Composite - Display. Scene Graph.

280 views • 8 slides

Networked Physics

Networked Physics. Ogre, Bullet, OgreBullet , and RakNet. Introduction. Problems with networking a video game. Key parts of each library needed to create a networked game. How the parts of each library work together to help us achieve our goals. Implementation Details.

197 views • 8 slides

K-Way Replication

K-Way Replication. Rudrajit Samanta, Thomas Funkhouser, Kai Li Princeton University 2001. 5 step process . 2 preprocess steps: - Scene Graph Construction - Object Replication Online/Runtime Steps: - Client Traversal & Assignment - Render & Pixel Composite - Display. Scene Graph.

158 views • 8 slides

FluidDiagrams

209 views • 6 slides

Goals for 8/09

Goals for 8/09. Add a module into the repository Get Hamid our work environment Get some test Label Maps to: B egin discussions of the interface to meshing Feedback on tissue types so we can refine Update: Wiki Repository Set up Nightly Dashboards on 2-3 platforms

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HLODs: Hierarchical Levels of Detail

Figure 4 : Rendering a face model using LODs and HLODs. Our algorithm traverses the scene graph starting at Face. Since the viewer is far away, it renders a representation of Face using HLOD 0. Since this HLOD represents the entire scene graph, the system stops the traversal.

186 views • 1 slides