'Vertex program' diaporamas de présentation

Programmation GPU avec Cg et GLSL

1.09k views • 92 slides

Cg: A system programming graphics hardware in a C-like language

Cg: A system programming graphics hardware in a C-like language. William R. Mark The University of Texas at Austin R. Steven Glanville NVIDIA Corporation Kurt Akeley NVIDIA Corporation Mark J. Kilgard NVIDIA Corporation.

626 views • 62 slides

Physically based simulation on GPU using OpenGL and GLSL

Physically based simulation on GPU using OpenGL and GLSL. Yalmar Ponce Atencio. Outline. Multitexture mapping OpenGL fixed functionality vs. GLSL Render to texture PBuffers vs. The OpenGL Framebuffer Object Extension Applications (physical simulation) Particle systems Cloth

1.84k views • 54 slides

Computer Graphics 3 Lecture 4: GPU Programming

Computer Graphics 3 Lecture 4: GPU Programming. Dr. Benjamin Mora. University of Wales Swansea. 1. Benjamin Mora. Content. Introduction. Vertex and Fragment Programs. Programming the GPU. Assembly Code. High Level Languages. Example of applications. Conclusion.

649 views • 52 slides

GPU Programming Overview

GPU Programming Overview. Summer 2005 ??? . Introduction. GPGPU (General-Purpose Computation on GPUs) The first commodity, programmable parallel architecture GPU evolution driven by computer game market Advantage of data-parallelism GPUs are >10x faster than CPU for appropriate problems

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NVIDIA OpenGL Update

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CSE 690: GPGPU Lecture 6: Cg Tutorial

CSE 690: GPGPU Lecture 6: Cg Tutorial. Klaus Mueller Computer Science, Stony Brook University. GPU Generations. For the labs, 4th generation is desirable. Graphics Hardware Pipeline. Vertex Stage. Vertex values: position, color, texture coordinate(s), normal vector

416 views • 36 slides

CSE 690: GPGPU Lecture 6: Cg Tutorial

CSE 690: GPGPU Lecture 6: Cg Tutorial. Klaus Mueller Computer Science, Stony Brook University. GPU Generations. For the labs, 4th generation is desirable. Graphics Hardware Pipeline. Vertex Stage. Vertex values: position, color, texture coordinate(s), normal vector

436 views • 36 slides

A User-Programmable Vertex Engine

A User-Programmable Vertex Engine. Erik Lindholm Mark Kilgard Henry Moreton NVIDIA Corporation Presented by Han-Wei Shen. Where does the Vertex Engine fit?. Transform & Lighting. Traditional Graphics Pipeline. setup rasterizer. texture blending. frame-buffer anti-aliasing.

456 views • 34 slides

NVIDIA Hardware

NVIDIA Hardware. Karl Hillesland November 2, 2000. Major release in fall, improvement in spring NV10: GeForce 256 (Fall 1999) NV15: GeForce2 GTS (Spring 2000) NV11: GeForce2 MX (Summer 2000) NV16: GeForce2 Ultra (Fall 2000) NV20: ??? (Anandtech: Dec 2000 - April 2001)

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Precomputed Local Radiance Transfer for Real-time Lighting Design

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Cg ShadingTutorial (Open GL)

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Cg ShadingTutorial (Open GL)

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Cg ShadingTutorial (Open GL)

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Ensamblador ARB Vertex Program v1.0

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Kevin Bjorke GDC 2003

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Kevin Bjorke GDC 2003

233 views • 23 slides

Where does the Vertex Engine fit?

Where does the Vertex Engine fit?. Transform & Lighting. Traditional Graphics Pipeline. setup rasterizer. texture blending. frame-buffer anti-aliasing. GeForce 3 Vertex Engine. Vertex Program. Transform & Lighting. setup rasterizer. texture blending. frame-buffer

345 views • 22 slides

285 views • 21 slides

ARBVP10 FrameWork in GLLib

ARBVP10 FrameWork in GLLib. Contents. New GLLib FrameWork classes ProgramObjects (and related). VSLoader GLState Vertex Attributes management through GPUDriver Streams configuration Input and Output vertex mapping. ProgramObject. Assembles source code to GPU binary code. !!ARBvp1.0 ...

282 views • 17 slides