Difference between revisions of "User:Mrs59"
Jump to navigation
Jump to search
| Line 3: | Line 3: | ||
== Assignment 2-Favorite Matlab Demonstration == | == Assignment 2-Favorite Matlab Demonstration == | ||
| − | My favorite matlab demonstration was the 3D surface plot example because it was interactive. It let me directly input values for peaks, surf, and color to see the effect on the graph. Not only did I get an idea of how to write the code for it in Matlab, I got a general sense of how different graphs would look like for different inputs. 3D surface plots can take up to 4 parameters into surf(), which represent individual dimensions and optionally color. It is useful for representing a changing variable over a 3 dimensional surface using different colors. | + | My favorite matlab demonstration was the '''3D surface plot example''' because it was interactive. It let me directly input values for peaks, surf, and color to see the effect on the graph. Not only did I get an idea of how to write the code for it in Matlab, I got a general sense of how different graphs would look like for different inputs. 3D surface plots can take up to 4 parameters into surf(), which represent individual dimensions and optionally color. It is useful for representing a changing variable over a 3 dimensional surface using different colors. |
Revision as of 13:57, 16 September 2013
Assignment 1-Grand Challenges: Fusion Power
Why Don't We Have Fusion Power? , Rachel Feltman , Popular Science , May 26, 2013 (Grand Challenge)
Assignment 2-Favorite Matlab Demonstration
My favorite matlab demonstration was the 3D surface plot example because it was interactive. It let me directly input values for peaks, surf, and color to see the effect on the graph. Not only did I get an idea of how to write the code for it in Matlab, I got a general sense of how different graphs would look like for different inputs. 3D surface plots can take up to 4 parameters into surf(), which represent individual dimensions and optionally color. It is useful for representing a changing variable over a 3 dimensional surface using different colors.
