1 / 10

Computer Graphics (under) Sep., 2004

Computer Graphics (under) Sep., 2004. Jung Hong Chuang CSIE NCTU. Basic information. Instructor 莊榮宏 jhchuang@csie 工三館 525 5731829 TA 呂宗弘 阮昭維 {jhlu, vicjuan}@csie 工三館 5 13 x54787 Focus 3D graphics: theory and practice Intro to 3D game and animation technologies Web page

opa
Download Presentation

Computer Graphics (under) Sep., 2004

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Computer Graphics (under)Sep., 2004 Jung Hong Chuang CSIE NCTU

  2. Basic information • Instructor • 莊榮宏 jhchuang@csie 工三館 525 5731829 • TA • 呂宗弘 阮昭維 {jhlu, vicjuan}@csie 工三館 513 x54787 • Focus • 3D graphics: theory and practice • Intro to 3D game and animation technologies • Web page • Cggmwww.csie.nctu.edu.tw

  3. Course • Part 1: 3D graphics • Pipelined graphics • Global illumination • Part 2 • Texture mapping and shadowing • Nature phenomena

  4. Course outline3D graphics -1 • Overview • Hardware for graphics • Software for graphics • Graphics API: OpenGL, Direct3D • Application API • OpenInventer • 3D Game engines • Visual simulation tools • Virtual reality tools

  5. Course outline3D graphics -2 • Basic 2D graphics • 2D drawing, 2D clipping • geometric transformation • 3D viewing and projection • Local illumination • Color model • Illumination, shading

  6. Course outline3D graphics -3 • Visibility determination • Back-facing, depth-sorting, scan-line, • Z-buffering • Binary space partition (BSP) • Global illumination • Ray tracing • Radiosity

  7. Course outlineTexture mapping and shadow -4 • 2D-to-3D Texture mapping • Bump mapping, Environment map, Multitexturing, Billboarding, • Light map, Normal map, Pixel shader • Projective texture mapping • Shadow map, Shadow volume, Shadow with projective texture mapping

  8. Course outline Nature phenomena -5 • Particle system • Cloud model/rendering • Terrain generation/rendering • Fluid modeling/rendering

  9. Grading • One midterm (20%) • One final (20%) • Programming assignments (60%) • 2 programs (10+20)% • 1 project (30%) • Project (rendering, interaction, and content) • Game design • Project contest

  10. Reference books References • Interactive computer graphics, 2nd ed., by Angel • Intro. To Computer Graphics by Foley, Van Dam, … • Real-time rendering, 2nd ed. By Moller and Haines • 3D Game Engine Design by Eberly

More Related