Computer Graphics Lecture Notes

• Lecture Topic 00 - Syllabus and Course Information
• Lecture Topic 01 - Development of Computer Graphics : History
• Lecture Topic 02 - Image Formation
• Lecture Topic 03 - Models and Architectures

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• Lecture Topic 04 - Programming with OpenGL - Part 1
  • simple.c
  • makefile.lin
• Lecture Topic 05 - Programming with OpenGL - Part 2
• Lecture Topic 06 - Programming with OpenGL - Part 3
  • gasket.c - A program that generates 5000 points on the Sierpinski gasket using randomly selected vertices.
  • gasket2.c - The depth of recursion is entered as a command line argument.
  • gasket3.c - Generates the Sierpinski gasket by recursive subdivision.
  • gasket3a.c - 3d version
  • gasket3d.c - 3d version
  • gasket3m.c - Version of gasket3.c with mouse interaction to stop redrawing.
  • gasket3md.c - Double buffered version of gasket3m.c
    These allow demonstartion of effects of application redraw on various window actions such as occluding by another window, moving etc.
  • tetra.c - Three-dimensional tetrahedral version of gasket2.c.
  • tetrapf.c - tetra.c with a menu to choose the number of subdivisions.

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• Lecture Topic 07 - Input and Interaction
• square.c
• newpaint2.c
• Lecture Topic 08 - Working with Callbacks
• Lecture Topic 09 - Better Interactive Programs

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• Lecture Topic 10 - Geometry
• Lecture Topic 11 - Representation
• Lecture Topic 12 - Transformations
• Lecture Topic 13 - OpenGL Transformations
• Lecture Topic 14 - Building Models

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• Lecture Topic 16 - Classical Viewing
• Lecture Topic 17 - Computer Viewing
• Lecture Topic 18 - Projection Matrices

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• Lecture Topic 19 - Shading
• Lecture Topic 20 - Shading in OpenGL

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• Lecture Topic 21 - Buffers
• Lecture Topic 22 - Texture Mapping
• Lecture Topic 23 - Texture Mapping in OpenGL
• Lecture Topic 24 - Compositing and Blending
• Texture Mapping from OpenGL Programming Guide 1.1

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• Lecture Topic 25 - Implementation
Revised Dec 6, 2005