Difference between revisions of "User:Vsk6"
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| − | + | == About Me == | |
| + | My last name is Kirby, like the pink ball-shaped character you can choose in Smash! | ||
| + | https://aff5fa4925746bf9c161-fb36f18ca122a30f6899af8eef8fa39b.ssl.cf5.rackcdn.com/images/Masthead_Kirby.17345b1513ac044897cfc243542899dce541e8dc.9afde10b.png | ||
| + | == Grand Challenges for Engineering Article== | ||
[https://www.inverse.com/article/36590-utility-solar-sunshot-goal Report Shows Solar Prices Have Already Dropped To 2020 Goals], Allee Manning, Inverse Innovation, 19 September 2017, accessed 20 September 2017 (Make Solar Energy Economical) | [https://www.inverse.com/article/36590-utility-solar-sunshot-goal Report Shows Solar Prices Have Already Dropped To 2020 Goals], Allee Manning, Inverse Innovation, 19 September 2017, accessed 20 September 2017 (Make Solar Energy Economical) | ||
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== Favorite MATLAB demonstration == | == Favorite MATLAB demonstration == | ||
| − | My favorite MATLAB demonstration was the one about displaying topographical data, under | + | My favorite MATLAB demonstration was the one about displaying topographical data, under Graphics, 3-D Plots and 4-D Visualization. I thought it was incredible that you could load real data from the National Geophysical Data Center and use it to create a topographical map, just through a few lines of code! In the demonstration, first a contour map is created, and then an image of the topography is created. The map can even be printed onto a 3D surface, to create a topographical globe. I liked this demonstration the most because of its visuals and how useful it could be. |
Latest revision as of 01:28, 22 September 2017
About Me
My last name is Kirby, like the pink ball-shaped character you can choose in Smash!
Grand Challenges for Engineering Article
Report Shows Solar Prices Have Already Dropped To 2020 Goals, Allee Manning, Inverse Innovation, 19 September 2017, accessed 20 September 2017 (Make Solar Energy Economical)
Favorite MATLAB demonstration
My favorite MATLAB demonstration was the one about displaying topographical data, under Graphics, 3-D Plots and 4-D Visualization. I thought it was incredible that you could load real data from the National Geophysical Data Center and use it to create a topographical map, just through a few lines of code! In the demonstration, first a contour map is created, and then an image of the topography is created. The map can even be printed onto a 3D surface, to create a topographical globe. I liked this demonstration the most because of its visuals and how useful it could be.
