45 sample documents related to CSE 40166

• 
  project2D.pdf

  Oakland University CSE 40166
  

  CSE 40166/60166 - Project Guidelines - Fall 2008 Page 1 of 2 CSE 40166 - Computer Graphics - Fall 2008 Computer Science Requirements You are to create some form of
   
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  project3D.pdf

  Oakland University CSE 40166
  

  CSE 40166/60166 - 3D Project Guidelines - Fall 2008 Page 1 of 2 CSE 40166/60166 - Computer Graphics - Fall 2008 Computer Science Requirements I want you to create a
   
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  cse40166-lect21.pdf

  Oakland University CSE 40166
  

  CSE 40166 (Notre Dame) Computer Graphics Lecture 21 Procedural Methods Particle Systems Fractals Particle systems Representation Lists Grids Behavior over time Force, velocity, position, . Constraints Collisions, . Newtonian Particle Particle sys
   
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  cse40166-lect04.pdf

  Oakland University CSE 40166
  

  CSE 40166 (Notre Dame) Computer Graphics Lecture 4 Viewing (More Details) Keyboard and Mouse Inputs Code (square & square2) Objectives Develop a more sophisticated threedimensional example Sierpinski style gasket: a fractal Based on a square (or cub
   
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  cse40166-lect07.pdf

  Oakland University CSE 40166
  

  CSE 40166 (Notre Dame) Computer Graphics Lecture 7 Vector, Euclidean & Affine Spaces Lines, Convexity, Planes Vector operations Matrix Mathematics Frames of Reference Homogeneous Coordinates Objectives (part 1) Introduce the elements of geometry Sc
   
• 
  cse40166-lect03.pdf

  Oakland University CSE 40166
  

  CSE 40166 (Notre Dame) Computer Graphics Lecture 3 Detailed Graphics Pipeline Brief History of Gfx Standards GLUT/OpenGL Basics Simple GLUT/OpenGL pgm Expanded GLUT/OpenGL pgm Practical Approach Process objects one at a time in the order they are ge
   
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  cse40166-lect20.pdf

  Oakland University CSE 40166
  

  CSE 40166 (Notre Dame) Computer Graphics Lecture 20 Shader Wrap-Up (Particle systems and Lighting) Hierarchical Models Scene Graphs Particle System (review) / uniforms set by application / position affected by velocity, gravity & time uniform vec3
   
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  cse40166-lect14.pdf

  Oakland University CSE 40166
  

  CSE 40166 (Notre Dame) Computer Graphics Lecture 14 GLOBAL Lighting Methods Ray Tracing Radiosity (brief intro) Introduction (Global Lighting) OpenGL is based on a pipeline model in which primitives are rendered one at time No shadows (except by tri
   
• 
  cse40166-lect10.pdf

  Oakland University CSE 40166
  

  CSE 40166 (Notre Dame) Computer Graphics Lecture 10 Viewing in 3D (Classical Views) Viewing on the Computer Orthographic Projection Perspective Projection Examples with multiple Windows Objectives (part 1) Introduce the classical views Compare and c
   
• 
  cse40166-lect02.pdf

  Oakland University CSE 40166
  

  CSE 40166 (Notre Dame) Computer Graphics Lecture 2 Preliminaries Human and Synthetic Vision The Graphics Pipeline OpenGL/GLUT API Objectives Learn the basic design of a graphics system Introduce pipeline architecture Examine software components for
   
• 
  cse40166-lect09.pdf

  Oakland University CSE 40166
  

  CSE 40166 (Notre Dame) Computer Graphics Lecture 9 Review of Object Modeling (Geometry vs. Topology) Using Lights in OpenGL More Transformation Examples (Train & Mountain) Some Data Structures Simple data structures for building polygonal and polyhe
   
• 
  cse40166-lect17.pdf

  Oakland University CSE 40166
  

  CSE 40166 (Notre Dame) Computer Graphics Lecture 16 Transparency Compositing Objectives Learn to use the A component in RGBA color for Blending for translucent surfaces Compositin
   
• 
  cse40166-lect05.pdf

  Oakland University CSE 40166
  

  CSE 40166 (Notre Dame) Computer Graphics Lecture 5 Input Sources Callbacks (keys, menus, motions) Idle and Timer functions Fonts Window Reshape & Multiple Windows Graphical Input Sources Devices can be described either by Physical properties Mouse,
   
• 
  cse40166-lect12.pdf

  Oakland University CSE 40166
  

  CSE 40166 (Notre Dame) Computer Graphics Lecture 12 A few slides from last time Phong Lighting Lights in OpenGL Material Properties vs. Color Objectives (part 1) Continue discussion of shading Introduce modified Phong model Consider computation of
   
• 
  cse40166-lect15.pdf

  Oakland University CSE 40166
  

  CSE 40166 (Notre Dame) Computer Graphics Lecture 15 Buffers Images Textures Texture Mapping Simple OpenGL Image Library (SOIL) Buffer and Image Objectives Introduce additional OpenGL buffers Learn to read and write buffers Discuss use of Images Ang
   
• 
  cse40166-lect08.ppt

  Oakland University CSE 40166
  

  CSE 40166 (Notre Dame) Computer Graphics Lecture 8 Affine Transformations (translate, rotate, scale, shear) in Homogeneous Coords Transformations in OpenGL 3D Orbiting Cubes Objectives (part 1) Introduce Rotation, standard transformations Translat
   
• 
  cse40166readme.txt

  Oakland University CSE 40166
  

  CSE 40166/60166 - Computer Graphics - Notre Dame - 2008 A possible setup for using GLEW (OpenGL Wrangler Library) = = (1) Place a copy of the glewStuff folder from the web site somewhere in your personal AFS space. (2) Modify th
   
• 
  cse40166-lect05.ppt

  Oakland University CSE 40166
  

  CSE 40166 (Notre Dame) Computer Graphics Lecture 5 Input Sources Callbacks (keys, menus, motions) Idle and Timer functions Fonts Window Reshape & Multiple Windows Graphical Input Sources Devices can be described either by properties Keyboard, Track
   
• 
  cse40166-lect23.ppt

  Oakland University CSE 40166
  

  CSE 40166 (Notre Dame) Computer Graphics Lecture 23 B-Splines Curves in OpenGL Curved Surfaces in OpenGL B-Splines Basis splines: use the data at p = [pi-2 pi-1 pi pi-1]T to define curve only between pi-1 and pi Allows us to apply more continuity
   
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  AngelCG40.ppt

  Oakland University CSE 40166
  

  Ray Tracing Ed Angel Professor of Computer Science, Electrical and Computer Engineering, and Media Arts Director, Arts Technology Center University of New Mexico Angel: Interactive Computer Graphics 5E Addison-Wesley 2009 1 Introduction OpenGL i
   
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  AngelCGE3.ppt

  Oakland University CSE 40166
  

  Display Issues Ed Angel Professor of Computer Science, Electrical and Computer Engineering, and Media Arts University of New Mexico Angel: Interactive Computer Graphics 5E Addison-Wesley 2009 1 Objectives Consider perceptual issues related to disp
   
• 
  cse40166-lect07.ppt

  Oakland University CSE 40166
  

  CSE 40166 (Notre Dame) Computer Graphics Lecture 7 Vector, Euclidean & Affine Spaces Lines, Convexity, Planes Vector operations Matrix Mathematics Frames of Reference Homogeneous Coordinates Objectives (part 1) Introduce Scalars Vectors Points the
   
• 
  cse40166-lect22.ppt

  Oakland University CSE 40166
  

  CSE 40166 (Notre Dame) Computer Graphics Lecture 22 Curves Representations Cubic Polynomials Bezier Curves Cubic B-Splines Objectives Introduce Explicit Implicit Parametric Strengths types of curves and surfaces and weaknesses Discuss Modeling a
   
• 
  AngelCGE5.ppt

  Oakland University CSE 40166
  

  Sampling and Aliasing Ed Angel Professor of Computer Science, Electrical and Computer Engineering, and Media Arts Director, Arts Technology Center University of New Mexico Angel: Interactive Computer Graphics 5E Addison-Wesley 2009 1 Introduction
   
• 
  LICENSE.txt

  Oakland University CSE 40166
  

  The OpenGL Extension Wrangler Library Copyright (C) 2002-2007, Milan Ikits <milan ikits[]ieee org> Copyright (C) 2002-2007, Marcelo E. Magallon <mmagallo[]debian org> Copyright (C) 2002, Lev Povalahev All rights reserved. Redistribution and use in s
   
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  AngelCG34.ppt

  Oakland University CSE 40166
  

  Particle Systems Ed Angel Professor of Computer Science, Electrical and Computer Engineering, and Media Arts Director, Arts Technology Center University of New Mexico Angel: Interactive Computer Graphics 5E Addison-Wesley 2009 1 Introduction Mos
   
• 
  cse40166-lect12.ppt

  Oakland University CSE 40166
  

  CSE 40166 (Notre Dame) Computer Graphics Lecture 12 A few slides from last time . Phong Lighting Lights in OpenGL Material Properties vs. Color Objectives (part 1) Continue discussion of shading Introduce modified Phong model Consider computation o
   
• 
  AngelCGE7.ppt

  Oakland University CSE 40166
  

  Environmental Maps Ed Angel Professor of Computer Science, Electrical and Computer Engineering, and Media Arts Director, Arts Technology Center University of New Mexico Angel: Interactive Computer Graphics 5E Addison-Wesley 2009 1 Introduction E
   
• 
  gfx08lecture17p2.txt

  Oakland University CSE 40166
  

  CSE 40166/60166 Lecture 17p1.5 Ch 7.5 - 7.9 Clipping Odds bounding box\" can be tested ag
   
• 
  AngelCG27.ppt

  Oakland University CSE 40166
  

  Compositing and Blending Ed Angel Professor of Computer Science, Electrical and Computer Engineering, and Media Arts University of New Mexico Objectives Learn to use the A component in RGBA color for Blending for translucent surfaces Compositing
   
• 
  AngelCG26.ppt

  Oakland University CSE 40166
  

  OpenGL Texture Mapping Ed Angel Professor of Computer Science, Electrical and Computer Engineering, and Media Arts University of New Mexico Objectives Introduce the OpenGL texture functions and options Angel: Interactive Computer Graphics 45E Add
   
• 
  AngelCG08.ppt

  Oakland University CSE 40166
  

  Working with Callbacks Ed Angel Professor of Computer Science, Electrical and Computer Engineering, and Media Arts University of New Mexico Angel: Interactive Computer Graphics 5E Addison-Wesley 2009 1 Objectives Learn to build interactive program
   
• 
  AngelCG09.ppt

  Oakland University CSE 40166
  

  Better Interactive Programs Ed Angel Professor of Computer Science, Electrical and Computer Engineering, and Media Arts University of New Mexico Angel: Interactive Computer Graphics 5E Addison-Wesley 2009 1 Objectives Learn to build more sophistic
   
• 
  AngelCG18.ppt

  Oakland University CSE 40166
  

  Shading I Ed Angel Professor of Computer Science, Electrical and Computer Engineering, and Media Arts University of New Mexico Angel: Interactive Computer Graphics 5E Addison-Wesley 2009 1 Objectives Learn to shade objects so their images appear t
   
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  AngelCG19.ppt

  Oakland University CSE 40166
  

  Shading II Ed Angel Professor of Computer Science, Electrical and Computer Engineering, and Media Arts University of New Mexico Angel: Interactive Computer Graphics 5E Addison-Wesley 2009 1 Objectives Continue discussion of shading Introduce modi
   
• 
  AngelCG11.ppt

  Oakland University CSE 40166
  

  Representation Ed Angel Professor of Computer Science, Electrical and Computer Engineering, and Media Arts University of New Mexico Angel: Interactive Computer Graphics 5E Addison-Wesley 2009 1 Objectives Introduce concepts such as dimension and b
   
• 
  AngelCG15.ppt

  Oakland University CSE 40166
  

  Classical Viewing Ed Angel Professor of Computer Science, Electrical and Computer Engineering, and Media Arts University of New Mexico Angel: Interactive Computer Graphics 5E Addison-Wesley 2009 1 Objectives Introduce the classical views Compare
   
• 
  AngelCG25.ppt

  Oakland University CSE 40166
  

  Texture Mapping Ed Angel Professor of Computer Science, Electrical and Computer Engineering, and Media Arts University of New Mexico Objectives Introduce Mapping Methods Texture Mapping Environment Mapping Bump Mapping Consider basic strategie
   
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  AngelCG29.ppt

  Oakland University CSE 40166
  

  GLSL I Ed Angel Professor of Computer Science, Electrical and Computer Engineering, and Media Arts Director, Arts Technology Center University of New Mexico Objectives Shader applications Vertex shaders Fragment shaders Programming shaders Cg
   
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  AngelCG31.ppt

  Oakland University CSE 40166
  

  Hierarchical Modeling I Ed Angel Professor of Computer Science, Electrical and Computer Engineering, and Media Arts University of New Mexico Angel: Interactive Computer Graphics 5E Addison-Wesley 2009 1 Objectives Examine the limitations of linear
   
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  AngelCG37.ppt

  Oakland University CSE 40166
  

  Bezier and Spline Curves and Surfaces Ed Angel Professor of Computer Science, Electrical and Computer Engineering, and Media Arts University of New Mexico Angel: Interactive Computer Graphics 5E Addison-Wesley 2009 1 Objectives Introduce the Bezie
   
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  READEME.txt

  Oakland University CSE 40166
  

  This directory contains PowerPoint slides from my class. There are 43 lectures (AngelCG00.ppt-AngelCG42) that are the basis of the senior/first year graduate class I teach for Computer Science and Engineering students. There are also eight supplement
   
• 
  cse40166-lect22.pdf

  Oakland University CSE 40166
  

  CSE 40166 (Notre Dame) Computer Graphics Lecture 22 Curves Representations Cubic Polynomials Bezier Curves Cubic B-Splines Objectives Introduce types of curves and surfaces Explicit Implicit Parametric Strengths and weaknesses Discuss Modeling and
   
• 
  glutman.pdf

  Oakland University CSE 40166
  

  The OpenGL Utility Toolkit (GLUT) Programming Interface API Version 3 Mark J. Kilgard Silicon Graphics, Inc. November 13, 1996 OpenGL is a trademark of Silicon Graphics, Inc. X Window System is a trademark of X Consortium, Inc. Spaceball is a regist
   
• 
  glutman.pdf

  Oakland University CSE 40166
  

  The OpenGL Utility Toolkit (GLUT) Programming Interface API Version 3 Mark J. Kilgard Silicon Graphics, Inc. November 13, 1996 OpenGL is a trademark of Silicon Graphics, Inc. X Window System is a trademark of X Consortium, Inc. Spaceball is a registered t