Graphics. Syllabus. Computer Graphics CNCE340. Graphics Korea University.

Transcription

1 Graphics Syllabus Computer Graphics CNCE340

2 Course Information CNCE340: Computer Graphics Credit 3.0 Schedule Tue/Thu 5 th Class Attendee Junior & Senior Text Book or /education/education.shtml Computer Graphics with OpenGL: Donald Hearn & M. Pauline Baker, Prentice Hall Prerequisite Data Structure Windows Programming Skills of C & C++

3 Course Outline I. 3D Graphical Models & Basics II. 3D Animation & Rendering III. 3D Graphics Programming & Applications

4 Part I: 3D Graphical Models &Basics 3D Graphical Models & Representation 3D Transformations Object Transformations in 3D Space How to represent the 3D scene on the 2D display devices

5 Part II: 3D Animation & Rendering 3D Animation Method Basic Animations Advanced Animations <Geri s Game, Pixar> "Two-way Coupled SPH and Particle Level Set Fluid Simulation", IEEE TVCG 2008.

6 Part II: 3D Animation & Rendering Light & Reflection Point, directional, spot, Diffuse, specular, ambient, Rendering Methods Flat, Gouraud, Phong, Ray Casting & Tracing Reflection or refraction

7 Animation Examples Motion Capture Fluid Simulation

8 Part III: 3D Graphics Programming & Applications Windows Programming OpenGL Programming Image Processing Warp

9 Part III: 3D Graphics Programming & Applications 3D Graphics Applications Deforming Meshes that Split and Merge, Siggraph 2009, Chris Wojtan et al. Procedural Synthesis using Vortex Particle Method for Fluid Simulation, PacificGraphics 2009, JongChulYoon et al.

10 Schedule - I 03/06 Syllabus 03/08 Introduction to Computer Graphics 03/13, 15 Graphics Programming Basics 03/20 Computer Graphics Basics 03/22 Graphical Models 03/27 Basic Geometric Transformation 03/29 Complex Geometric Transformation 04/03 Viewing Transformation 04/05 Projection & View Volume 04/10 Advanced Graphics Programming 04/12 Rendering Models 04/17 Rendering Methods Assign. #1 04/19 Texture Mapping Basics 04/24 Midterm Exam.

11 Schedule - II 05/01 Texture Mapping Applications 05/03 Ray Tracing Basics 05/08 Advanced Ray Tracing 05/10 Term Project Theme Guide 05/15 Image Processing Assign. #2 05/17, 05/22 Term Project Proposal 05/24 Animation Basics 05/29 Physically Based Animation 05/31 Rendering Techniques 06/05 Final Exam. 06/12, 06/14 Term Project Demo.

12 Coursework Attendance (10%) Midterm exam (20%) Final exam (20%) Programming assignments (25%) #1 (10%), #2 (15%) Term project (25%) You will fail if you miss just one!!

13 Programming Assignments What? Programming 3D Basics & Rendering Method How? Windows programming C, C++ OpenGL/DirectX

14 Term Project What? Platform: PC, Mobile, etc. Theme: Ray-Tracing, Physical Animation, Cartoon Rendering, etc. Evaluation Metric: Image Quality, Scenario, Efforts, Colleague Evaluation, Presentations, etc. When? After the final exam How? Windows Programming C, C++, OpenGL, DirectX

15 Fluid Simulation Example

16 Nice Projects in the Past st Semester Ray Traced Animation Physical Simulation

17 Nice Projects in the Past nd Semester Physical Simulation Physical Simulation

18 Nice Projects in the Past st Semester Tiny Pond Simulation Physical Simulation

19 Nice Projects in the Past st Semester Input Output Computer Graphics Application

20 Nice Projects in the Past nd Semester Computer Graphics Application Ray tracing

21 Nice Projects in the Past nd Semester Cartoon Randering

22 Nice Projects in the Past st Semester Collision Detection

23 Nice Projects in the Past st Semester Ray tracing