Syllabus CS476 COMPUTER GRAPHICS Fall 2009
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1 Syllabus CS476 COMPUTER GRAPHICS Fall 2009 Text: Computer Graphics: Principles & Practice, by Foley, van Dam, Feiner, & Hughes(2nd Ed. in C) Changes will be made as necessary. Instructor: Hue McCoy TA: Junjie Yan Office Hours: 2:45-3:45 TuTh or by Appointment. 2:00-3:00 pm MW Room: Science Hall 150 Sh Phone: or (home) The purpose of the course: 1) To learn the fundamentals of color, raster, 3-D graphics. 2) To use Java graphics to generate sophisticated color graphics scenes. Equipment: Linux Work Stations in SH118 Personal Computers. Anything else we can get for a small fee. Programming Language(s): Java Homework: ~7 assignments. (500 points.) The penalty for late homework is 20 % per week. Work turned in more than two weeks late will not be accepted. Exams: You will have two midterm exams and a final comprehensive exam. 150, 150, and 200 points each. Grading: ~60% exams ~40% homework Grading Scale: % A 80-89% B 70-79% C 60-69% D < 60% F Class Attendance: Expected, but not mandatory. Missing an exam is serious. Let the instructor know in advance if you must miss an exam. Emergencies are considered on a case by case basis.
2 Semester Calendar Instruction Begins Thursday August 20 Late Registration Monday August 24 Deadline for Registration/Course Addition Tuesday September 1 Labor Day Holiday Monday September 7 Last Day to Drop with "W" (Except course carrying designated dates) Wednesday October 14 Last Day to Withdraw from the University Friday November 13 Thanksgiving Holiday for Students Monday-Friday November EXAM WEEK Monday-Friday December Final Grades Due Tuesday December 15 Feel free to call Michael Armendariz, Coordinator of Services for Students with Disabilities, at with any questions you may have on student issues related to the Americans with Disabilities Act (ADA) and/or Section 504 of the Rehabilitation Act of All medical information will be treated confidentially. The current Student Code of Conduct definition of plagiarism can be found at: Copying others code directly will be dealt with very severely and could lead to an F in the course!
3 Lecture Schedule, Fall 2006 Th 20 AUG Introduction & Syllabus Tu 25 AUG Scan Conversion/Parametric Lines Chapter 3 - Bresenham's Line Drawing Algorithm - DDA's - Parametric equations of lines Th 27 AUG Circles Chapter 3 - Hue's circle - Milke's circle Tu 1 SEP Java Programming - Java structure - javac compile command - appletviewer with *.html files Th 3 SEP Vector/Matrix Math Appendix A - adding vectors - dot products - cross products - normalization - addition & multiplication of matrices Tu 8 SEP Filling Triangles & Rectangles Chapter 3 - a floating point algorithm - filling polygons - slivers - edge coherence - left edge scan - active edge tables Th 10 SEP Line Clipping, Anti aliasing Chapter 3 - Cohen and Sutherland - Parametric line clipping - Suther-Hodgman Polygon Clipping - Weighted area sampling - Weighted volume sampling - Gupta-Sproull antialiasing Tu 15 SEP A Simplified Approach to Projections - parallel projections - parametric equations of a plane - moving the screen into the real world coordinate system Th 17 SEP Recursive Lines & Line of Sight - recursive line generation - tinning of terrain - line of sight concepts
4 Tu 22 SEP Sphere Shading & Terrain Shading - Lambert's law - Normals for surfaces - Normals for terrain - Dot products (cosine lighting) Th 24 SEP Exam 1 Tu 29 SEP Coord.Systems/Geom.Transformations Chapter 5-2D translations, rotations, and scaling - 2D homogeneous coordinates - composite transformations - the spinning missile problem - the notion of orthogonality Th 1 OCT Geometric Transformations Chapter 5 - matrix representation of 3D transforms - right hand rule - the notion of homogenous coordinates for 3D - composition of 3D transforms - a sample problem (ad nauseum) Tu 6 OCT 3D viewing Chapter 6 - conceptual model of the 3D viewing perspective projections - parallel projections - pyramid view volumes - view volume for parallel projections - mathematics for planar geometric projections - mper & mort Th 8 OCT Solid Models / Colors / Contours Chapters 11/12 - polygon meshes - plane equations & triangles (1 more time!) - wire frame models - models from Viewpoint catalogs - polyhedra and Euler's formula - quadtrees and octrees - Bezier curves - quadric surfaces Tu 13 OCT Color and intensities Chapter 13 - the gamma correction - the dynamic range of intensities in various media - dithering - the color cube - the rgb model - the cmy model - using color in graphics the good, bad, and ugly Th 15 OCT Lighting Models Chapter 16 - the general lighting model (ambient, diffuse, and speclular) - the physics and the fudge factor - multiple light sources - flat shading or Lambertian shading
5 - Gouraud shading Tu 20 OCT Textures & Texture Mapping Chapter 16 - procedural textures - bump mapping - image mapping Th 22 OCT Image Processing / Compression Chapter 17 - image sources - image rectification - simple compression methods - wavelets Tu 27 OCT Hidden Surfaces/Convexity Chapter 15 Th 29 OCT Exam 2 Tu 3 NOV Hidden Surfaces/Convexity Chapter 15 Th 5 NOV Shadows,Transparencies,Reflectance Chapter 12 Tu 10 NOV Fractals Chapter 20 Th 12 NOV Planning/ Discussion for Final Projects. Tu 17 NOV Ray Tracing/Radiosity Chapter 15 Th 19 NOV Photo Modeling/Animation Chapter 15 Tu 1 DEC Virtual Reality (Trade-Offs)/LOD Th 3 DEC Final Exam Review Tu 8 DEC Final Exam ( 5-7 PM)
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