Difference between revisions of "User:HANGRY HEADCRAB XDDDDD"
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[https://www.sciencedaily.com/releases/2017/09/170914152436.htm In step toward controlling chemistry, physicists create a new molecule, atom by atom], Stuart Wolpert, ScienceDaily, 14 September 2017, accessed 19 September 2017 (Engineer the Tools of Scientific Discovery) | [https://www.sciencedaily.com/releases/2017/09/170914152436.htm In step toward controlling chemistry, physicists create a new molecule, atom by atom], Stuart Wolpert, ScienceDaily, 14 September 2017, accessed 19 September 2017 (Engineer the Tools of Scientific Discovery) | ||
| − | My favorite MATLAB section would definitely be the Viewing a Penny example, since it connects to some of my interests. I've been involved with 3D design and laser etching as a hobby since coming to Duke, since I have the Innovation Co-Lab at my disposal. The tools mentioned in this MATLAB tutorial are very similar to those I would use to make keychains, posable figures, and various other interests. For example, the contour plot shows the vectors (illustration vectors) of an object in a way similar to an elevation map, and with laser rastering of acrylic plastic becoming increasingly boring, this could allow me to control the depth where the laser cuts, if I could figure out how to use the tool properly and subject other images to this. Then, that would allow me to make a quasi-3D printed object at extremely high detail just by running the laser again and again to make certain areas more sunken in, creating depth. Since I can use MATLAB as a useful tool, and it gave me this great idea, these examples/explanations of different ways to plot 3D surfaces are my favorite. | + | My favorite MATLAB section would definitely be the Viewing a Penny example, since it connects to some of my interests. I've been involved with 3D design and laser etching as a hobby since coming to Duke, since I have the Innovation Co-Lab at my disposal. The tools mentioned in this MATLAB tutorial are very similar to those I would use to make keychains, posable figures, and various other interests. For example, the contour plot shows the vectors (illustration vectors) of an object in a way similar to an elevation map, and with laser rastering of acrylic plastic becoming increasingly boring, this could allow me to control the depth where the laser cuts, if I could figure out how to use the tool properly and subject other images to this. Then, that would allow me to make a quasi-3D printed object at extremely high detail just by running the laser again and again to make certain areas more sunken in, creating depth. Since I can use MATLAB as a useful tool for my own hobbies, and it gave me this great idea, these examples/explanations of different ways to plot 3D surfaces are my favorite. |
Latest revision as of 02:12, 20 September 2017
Well, if you couldn't tell, XDDDD stands for smiling faces. Speaking of smiling faces, do you know that all 820 of the body's muscles are used to smile? And speaking of muscles, I'm an artist without a model, and thus, inspiration. You see, to have models, you have to be able to make friends. Yeah, we're taking a nosedive into that sort of subject. Kidding, I do have friends, I just don't feel like drawing a guy, because cute things are the best. The pinnacle of art was reached long ago, with relatively adorable marble statues from the classical period, and if you think the interpretative mess that is art nowadays is good, you've got another thing coming. Namely, bad taste. Oh wait, it's already there. But yeah, isn't cuteness such a simple idea, almost divine in its concept? One doesn't have to convince themselves something is cute, they just know at a glance. If you have to think about it to convince yourself it's cute, isn't that a lie? If you have to deny it is cute, isn't that a lie as well? Conversely, cuteness must be the most simple form of truth out there. I'm only halfway BS-ing, additionally. Maybe 3/4ths. 7/8ths?
In step toward controlling chemistry, physicists create a new molecule, atom by atom, Stuart Wolpert, ScienceDaily, 14 September 2017, accessed 19 September 2017 (Engineer the Tools of Scientific Discovery)
My favorite MATLAB section would definitely be the Viewing a Penny example, since it connects to some of my interests. I've been involved with 3D design and laser etching as a hobby since coming to Duke, since I have the Innovation Co-Lab at my disposal. The tools mentioned in this MATLAB tutorial are very similar to those I would use to make keychains, posable figures, and various other interests. For example, the contour plot shows the vectors (illustration vectors) of an object in a way similar to an elevation map, and with laser rastering of acrylic plastic becoming increasingly boring, this could allow me to control the depth where the laser cuts, if I could figure out how to use the tool properly and subject other images to this. Then, that would allow me to make a quasi-3D printed object at extremely high detail just by running the laser again and again to make certain areas more sunken in, creating depth. Since I can use MATLAB as a useful tool for my own hobbies, and it gave me this great idea, these examples/explanations of different ways to plot 3D surfaces are my favorite.
