Kansas State University Department of Computing and Information Sciences CIS 736: Computer Graphics Monday, 17 April 2006 William H. Hsu Department of.

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Kansas State University Department of Computing and Information Sciences CIS 736: Computer Graphics Monday, 17 April 2006 William H. Hsu Department of Computing and Information Sciences, KSU Readings: Envisioning Information handout, E. R. Tufte Visual Explanations handout, E. R. Tufte More on Visualization and Special Topics Smorgasbord (Overview) Lecture 35 of 42

Kansas State University Department of Computing and Information Sciences CIS 736: Computer Graphics

Kansas State University Department of Computing and Information Sciences CIS 736: Computer Graphics

Kansas State University Department of Computing and Information Sciences CIS 736: Computer Graphics

Kansas State University Department of Computing and Information Sciences CIS 736: Computer Graphics

Kansas State University Department of Computing and Information Sciences CIS 736: Computer Graphics

Kansas State University Department of Computing and Information Sciences CIS 736: Computer Graphics

Kansas State University Department of Computing and Information Sciences CIS 736: Computer Graphics

Kansas State University Department of Computing and Information Sciences CIS 736: Computer Graphics

Kansas State University Department of Computing and Information Sciences CIS 736: Computer Graphics

Kansas State University Department of Computing and Information Sciences CIS 736: Computer Graphics

Kansas State University Department of Computing and Information Sciences CIS 736: Computer Graphics

Kansas State University Department of Computing and Information Sciences CIS 736: Computer Graphics

Kansas State University Department of Computing and Information Sciences CIS 736: Computer Graphics

Kansas State University Department of Computing and Information Sciences CIS 736: Computer Graphics

Kansas State University Department of Computing and Information Sciences CIS 736: Computer Graphics

Kansas State University Department of Computing and Information Sciences CIS 736: Computer Graphics

Kansas State University Department of Computing and Information Sciences CIS 736: Computer Graphics

Kansas State University Department of Computing and Information Sciences CIS 736: Computer Graphics

Kansas State University Department of Computing and Information Sciences CIS 736: Computer Graphics

Kansas State University Department of Computing and Information Sciences CIS 736: Computer Graphics

Kansas State University Department of Computing and Information Sciences CIS 736: Computer Graphics

Kansas State University Department of Computing and Information Sciences CIS 736: Computer Graphics

Kansas State University Department of Computing and Information Sciences CIS 736: Computer Graphics

Kansas State University Department of Computing and Information Sciences CIS 736: Computer Graphics

Kansas State University Department of Computing and Information Sciences CIS 736: Computer Graphics

Kansas State University Department of Computing and Information Sciences CIS 736: Computer Graphics

Kansas State University Department of Computing and Information Sciences CIS 736: Computer Graphics

Kansas State University Department of Computing and Information Sciences CIS 736: Computer Graphics

Kansas State University Department of Computing and Information Sciences CIS 736: Computer Graphics

Kansas State University Department of Computing and Information Sciences CIS 736: Computer Graphics

Kansas State University Department of Computing and Information Sciences CIS 736: Computer Graphics

Kansas State University Department of Computing and Information Sciences CIS 736: Computer Graphics

Kansas State University Department of Computing and Information Sciences CIS 736: Computer Graphics Color in Information Visualization

Kansas State University Department of Computing and Information Sciences CIS 736: Computer Graphics Summary Points Student Information In-Class Exercise: Turn to A Partner –Applications of CG to 2 human-computer interaction (HCI) problems –Common advantages –After-class exercise: think about common obstacles (send or post) Quick Review: Some Basic Analytic Geometry and Linear Algebra for CG –Vector spaces and affine spaces Subspaces Linear independence Bases and orthonormality –Equations for objects in affine spaces Lines Planes –Dot products and distance measures (norms, equations) Next Lecture: Geometry, Scan Conversion (Lines, Polygons)