CIS 441/541: Lectures

Lectures

• Lecture 1, March 30th: intro/syllabus/proj 1A [ PPTX | PDF ]
• Online Lecture A, March 30th: images
  • Slides for this lecture are the slides on images from Lecture 1
• Lecture 2, April 1st: scanline algorithm/proj 1B [ PPTX | PDF ]
• Lecture 3, April 6th: proj 1C / fields / colors / zbuffer [ PPTX | PDF ]
• April 8th: group discussion, quiz #1
• Online Lecture B (LERPing within a triangle), April 13th: LERPing in a triangle
• Lecture 4, April 13th: z-buffer / proj 1D / cameras and matrices [ PPTX | PDF ]
• April 15th: group discussion, quiz #2
• Lecture 5, April 20th: frames, matrices, and cameras [ PPTX | PDF ]
• Lecture 6, April 22nd (asynchronous): deriving transforms
• Ken Joy's Graphics Notes (Webpage)
• 6.1: overview of the 5 spaces (YouTube)
• 6.2: device transform and math primer (YouTube)
• 6.3: defining the Camera Frame (YouTube)
• 6.4: deriving the Camera Transform (YouTube)
• 6.5: the View Transform (YouTube)
• 6.6: 1E Orientation Video (YouTube)
• Lecture 7, April 27th: Phong shading [ PPTX | PDF ]
• Example of working out a cross product
• Lecture 8, April 29th: finish Phong shading, 1F, intro to OpenGL [ PPTX | PDF ]
• Lecture 9, May 4th: VBOs and VAOs [ PPTX | PDF ]
• Lecture 10, May 6th: Shaders [ PPTX | PDF ]
  • result from live code
• Lecture 11, May 11th: ModelView + RayTracing [ PPTX | PDF ]
• Lecture 12, May 13th: Final Project, Quiz 3 [ PPTX | PDF ]
• Lecture 13, May 18th: Textures + RayTracing [ PPTX | PDF ]
• May 20th: discussion, Quiz 4
• Lecture 14, May 25th: Collisions and Level-of-Detail [ PPTX | PDF ]
• May 27th: discussion, Quiz 5
• Lecture 15, June 1st: Mirrors [ PPTX | PDF ], Walt O'Connor's slides on physically-based rendering [PDF]