Difference between revisions of "User:Kl188"
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| − | '''KATHY!''' | + | == '''KATHY!''' == |
| + | Hometown: Taipei, Taiwan | ||
| + | |||
| + | Name Pronunciation: Kathy as in "Kah-thee" | ||
== EGR 103 Homework 1: Pratt Pundit == | == EGR 103 Homework 1: Pratt Pundit == | ||
[http://ideas.time.com/2012/03/30/a-blueprint-for-preventing-nuclear-terrorism/ A Blueprint for Preventing Nuclear Terrorism], Eben Harrell and Matthew Bunn, Time, updated 30 March 2012, accessed 6 September 2013 (Grand Challenge) | [http://ideas.time.com/2012/03/30/a-blueprint-for-preventing-nuclear-terrorism/ A Blueprint for Preventing Nuclear Terrorism], Eben Harrell and Matthew Bunn, Time, updated 30 March 2012, accessed 6 September 2013 (Grand Challenge) | ||
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== EGR 103 Homework 2: MATLAB Help and Demonstrations == | == EGR 103 Homework 2: MATLAB Help and Demonstrations == | ||
| + | My favorite demonstration was the "3-D Surface Plots" in the Graphics section. By giving the audience the opportunity to interact with the demonstration and change the plot type, shading, colormap, and axis of the plotted 3-dimensional surface, this demonstration made it easier to make comparisons and contrasts between the different built-in options of 3-D surface plotting. This demonstration also enabled me to better understand the more complex codes of graphics in the gallery section. In conjunction with the "3-D Plot" demonstration, this demonstration made me feel empowered to create very interesting (and most of all, rainbow-colored) graphical plots. | ||
Latest revision as of 15:56, 17 September 2013
KATHY!
Hometown: Taipei, Taiwan
Name Pronunciation: Kathy as in "Kah-thee"
EGR 103 Homework 1: Pratt Pundit
A Blueprint for Preventing Nuclear Terrorism, Eben Harrell and Matthew Bunn, Time, updated 30 March 2012, accessed 6 September 2013 (Grand Challenge)
EGR 103 Homework 2: MATLAB Help and Demonstrations
My favorite demonstration was the "3-D Surface Plots" in the Graphics section. By giving the audience the opportunity to interact with the demonstration and change the plot type, shading, colormap, and axis of the plotted 3-dimensional surface, this demonstration made it easier to make comparisons and contrasts between the different built-in options of 3-D surface plotting. This demonstration also enabled me to better understand the more complex codes of graphics in the gallery section. In conjunction with the "3-D Plot" demonstration, this demonstration made me feel empowered to create very interesting (and most of all, rainbow-colored) graphical plots.
