Syllabus Syllabus Lecture Slides Lecture 1: Introduction Lecture 2: World and Screen Spaces Lecture 3: Imaging and 2D-Transformations Lecture 4: Scan Converting Triangles Lecture 5: Building a 3D World Lecture 6: 3D Transformations - Part 1: Principles Lecture 7: 3D Transformations - Part 2: Mechanics Lecture 8: Projection & Interaction Lecture 9: Clipping, Culling, Picking & Selection Lecture 10: Illumination & Shading: Part 1 Lecture 11: Part 2: Physically-Based Illumination Models Lecture 12: Rendering Cheats and Hacks Lecture 13: Computing Visibility Lecture 14: Modeling Smooth Surfaces Lecture 15: Texture Mapping - Part 1 Lecture 16: Texture Mapping - Part 2 Lecture 17: Ray Tracing - Part 1 Lecture 18: Ray Tracing - Part 2 Lecture 19: Miscellaneous Mattters Sample Code Lecture 2: Julia set code used in class - Julia.py Lecture 3: GL Imaging Example - ImageSkeleton.py Lecture 5: GL Imaging with Textures - ImagePlay.py Lecture 6: WaveFront .obj model parser and example driver - (WaveFrontOBJ.py, ThreeD.py)                    Other languages (the parser and driver are combined into a single file) - C#, C++ Lecture 8: Trackball Interface - Trackball.py Texture.py Frames.py WaveFrontOBJ.py Models and Textures cow.obj beethovan.obj camera.obj cube.obj clouds.jpg Assignment #1 - OpenGL Imaging: Due 2/15/05 (before 11:59:59pm) Specification Example Code: Python, C++, C# Assignment #2 - OpenGL 3D Models and Interaction: Due 3/1/05 (before 11:59:59pm) Specification Example Code: SimpleScene.py Texture.py Frames.py WaveFrontOBJ.py Zipped Archive of C++ Example code Assignment #3 - OpenGL Modeling and Texturing: Due 3/29/05 (before 11:59:59pm) Specification Assignment #4 - Ray Tracing: Due 4/13/05 (before 11:59:59pm) Specification Example Code: Raytrace.py Scene Files: balls.ray sphere.ray sboard.ray