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Class Schedule Update: No Wednesday Class—Prepare for Project III Presentation

Please note that there will be no class on Wednesday, November 20. Instead, students are expected to work on Project III and bring any questions to class on Friday. During Friday's session, we will schedule your presentation choices for either Monday, November 25, or Wednesday, November 27. Additionally, we will cover visualization concepts including color models in MATLAB, focusing on HSV and RGB models, which are essential for effectively visualizing FEM results. Be prepared for a productive session!

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Class Schedule Update: No Wednesday Class—Prepare for Project III Presentation

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  1. Color Visualization in Matlab Announcement: We do not have class in Wednesday (11/20) . You will work on the project III and bring questions to Friday’s class. In Friday’s class, we will schedule your presentation for choices either Monday (11/25) or Wednesday (11/27). Monday, 11/18/2002

  2. Visualization of FEM Results Pixel: The smallest image-forming unit of a video display. Displacement field

  3. Create a Figure Window figure(‘Position’,[left,bottom,width,height])

  4. Example

  5. Additive Color

  6. RGB Color Model [red,green,blue] [0,1,0] [0,1,1] [1,1,1] [1,1,0] [0,0,1] [1,0,1] [1,0,0]

  7. Color Cube

  8. ny=60; nx=20; figure ('Position', [100, 100, ny, nx*3]); colormap([1 0 0; 0 1 0; 0 0 1]) imageMatrix = [ones(nx,ny) ones(nx,ny)*2 ones(nx,ny)*3]; image(imageMatrix) axis equal off Example ny nx

  9. Hue-Saturation-Value colormap HSV is used in conjunction with colormap to specify a colormap which varies the hue component of the hue-saturation-value color model. The colors begin with red, pass through yellow, green, cyan, blue, magenta, and return to red. The map is particularly appropriate for displaying periodic functions.

  10. HSV Color Example figure ('Position', [100, 100, 256, 50]); colormap(hsv(256)); imageMatrix = zeros(50,256); for ix=1:50 for iy=1:256 imageMatrix(ix,iy) = iy; end end image(imageMatrix) axis equal off

  11. Understanding Colormaps

  12. Color Assignment

  13. Mapping Rule

  14. Visualization of FEM Results

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