User Portlet
Featured Contributor
| Discussions |
|---|
| The two additional arguments t1 and t2 are the angles t in the ParametricPlot3D that will split the ring"set" into 2 separate "rings". By lack of finding a formula, I determined these two angles experimentally by means of another Mathematica notebook... |
| ![enter image description here][1] - Congratulations! This post is now a [Staff Pick][2] as distinguished by a badge on [your profile][3]! Thank you, keep it coming! [1]:... |
| ![enter image description here][1] - Congratulations! This post is now a [Staff Pick][2] as distinguished by a badge on [your profile][3]! Thank you, keep it coming! [1]:... |
| Best is to extract the Graphics3D or ParemtricPlot3D data as generated of the code and use Printout3D[data,"filename.stl"] to save the model as a 3D print file. |
| That's a great explanation Erik, I really appreciate this idea you have given to me. Thank you very much |
| We are transitioning away from plugin-based embedded CDFs towards cloud-based content. The new pointers to Open Code examples are one step in that direction: http://blog.wolfram.com/2016/12/12/launching-wolframalpha-open-code/ |
| You can check the code: ?? PacletManager`PacletCheckUpdate and ?? PacletManager`PacletFindRemote basically the name of the paclet, the version of Mathematica, and the version of the paclet, you know...the necessary bits... |
| Thank you, Gianluca. |
| hello, Jeremy, You can easily change the speed by adding or removing frames. You can e.g. change the step of the Table function that crestes the frames. here is an example of a fast and a slow version" framesFast = Flatten@Table[ ... |
| Hi Vitaliy, Erik's Demonstrations help us to understand the physical model and trebuchet dynamics. As a organizer, I draft a Mathematica notebook to introduce trebuchet topic for our young players. I attached notebook format, see attachment.... |