'Rendering pipeline' presentation slideshows

Viewing

http:// www.ugrad.cs.ubc.ca /~cs314/Vjan2013. Viewing. Reading for This Module. FCG Chapter 7 Viewing FCG Section 6.3.1 Windowing Transforms RB rest of Chap Viewing RB rest of App Homogeneous Coords RB Chap Selection and Feedback RB Sec Object Selection Using the Back Buffer

1.39k views • 138 slides

CSC8820 Advanced Graphics Algorithms

CSC8820 Advanced Graphics Algorithms. Lecture 3 and 4 OpenGL Overview, Geometry Objects, User Interaction. OpenGL Files. OpenGL files comes with MS Windows and/or Visual Studio installation Header files gl.h, glu.h Glut.h (needs to be downloaded) Static libraries

1.38k views • 107 slides

Advance Computer Graphics

668 views • 56 slides

584 views • 47 slides

OpenGL Rendering pipeline

OpenGL Rendering pipeline. ??? ???. Outline. Introduction to OpenGL Rendering pipeline Q&A. OpenGL. Created in 1991 by Silicon Graphics. Now it is managed by the Khronos consortium A library of functions (e.g., glDrawArrays ) and constants (e.g., GL_TRIANGLES )

477 views • 44 slides

CS380: Computer Graphics Modeling Transformations

CS380: Computer Graphics Modeling Transformations. Sung-Eui Yoon ( ??? ). Course URL: http://sglab.kaist.ac.kr/~sungeui/CG/. Class Objectives (Ch . 3.5 ). Know the classic data processing steps, rendering pipeline, for rendering primitives Understand 3D translations and rotations.

419 views • 39 slides

5 Major Challenges in Interactive Rendering

5 Major Challenges in Interactive Rendering. Johan Andersson DICE. Overview. What are the major challenges for us in the next 5-10 years ? Interactive rendering for games as well as other interactive areas Which problems do we want to solve ? What do we want to achieve & focus on ?

487 views • 38 slides

5 Major Challenges in Interactive Rendering

5 Major Challenges in Interactive Rendering. Johan Andersson DICE. Overview. What are the major challenges for us in the next 5-10 years ? Interactive rendering for games as well as other interactive areas Which problems do we want to solve ? What do we want to achieve & focus on ?

385 views • 38 slides

Viewing/Projections I Week 3, Fri Jan 24

http://www.ugrad.cs.ubc.ca/~cs314/Vjan2007. Viewing/Projections I Week 3, Fri Jan 24. Reading for This and Next 2 Lectures. FCG Chapter 7 Viewing FCG Section 6.3.1 Windowing Transforms RB rest of Chap Viewing RB rest of App Homogeneous Coords. Review: Display Lists.

451 views • 31 slides

Viewing/Projections I Week 3, Fri Jan 25

http://www.ugrad.cs.ubc.ca/~cs314/Vjan2008. Viewing/Projections I Week 3, Fri Jan 25. Reading for This and Next 2 Lectures. FCG Chapter 7 Viewing FCG Section 6.3.1 Windowing Transforms RB rest of Chap Viewing RB rest of App Homogeneous Coords. Review: Display Lists.

470 views • 31 slides

CS361

Week 1 - Friday. CS361. Last time. What did we talk about last time? C# XNA. Questions?. More XNA Examples. Review of the bouncing cat. Program creates a Game1 (or similar) object and starts it running Game1 has: Initialize() LoadContent () UnloadContent () Update() Draw()

458 views • 30 slides

Basics of Rendering

Basics of Rendering. Pipeline Based Rendering Objects in the scene are rendered in a sequence of steps that form the Rendering Pipeline. Ray-Tracing A series of rays are projected thru the view plane and the view plane is colored based on the object that the ray strikes. Scene Definitions.

407 views • 29 slides

COMP 4290

Week 2 - Monday. COMP 4290. What did we talk about last time?. C# MonoGame. Questions?. Assignment 1. Project 1. Back to MonoGame. Review of MonoGame. Program creates a Game1 (or similar) object and starts it running Game1 has: Initialize() LoadContent () Update() Draw()

295 views • 29 slides

Computer Graphics: Programming, Problem Solving, and Visual Communication

280 views • 27 slides

Viewing 1

http:// www.ugrad.cs.ubc.ca /~cs314/Vjan2016. University of British Columbia CPSC 314 Computer Graphics Jan-Apr 2016. Viewing 1. Viewing. Using Transformations. three ways modelling transforms place objects within scene (shared world) affine transformations viewing transforms

241 views • 23 slides

Computer Graphics Overview

Computer Graphics Overview. Color Displays Drawing Pipeline. Color. Light in range 400-780 nm Tristimulus theory allows color to be reproduced by 3 color components Subtractive: Cyan, Magenta, Yellow CMY - Used in printing Additive: Red, Green, Blue -- RGB. Perception.

338 views • 22 slides

Parallel Graphics Rendering

Parallel Graphics Rendering. Matthew Campbell Senior, Computer Science mcampbel@vt.edu. Overview. Motivation Three categories of parallel rendering Our approach Results Questions. Motivation. PC graphics cards are getting faster at an exponential rate.

372 views • 22 slides

Welcome

Welcome. Alireza Moghaddam http://mycourses.humber.ca alireza@cse.yorku.ca alireza.moghaddam@humber.ca. Alireza Moghaddam Humber College. Lecture 1. Game 540. Course Material. Assignments, Labs, Practice Tests, Quiz, Exam .

298 views • 19 slides

Lighten Up! Lighting a 3D World with HLSL

239 views • 16 slides