User Portlet
| Discussions |
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| Bingo . . . Thanks! |
| What I understood from your description of the problem is that you want the diagrams in the paper to be dynamic in Mathematica using the equations used in the paper. I have just seen the paper and not read it properly. This is a short clarifying... |
| Outstanding work! I wonder if it is possible to also reproduce black hole image from *interstellar*, at least to some extent, probably not that perfect as the tremendous CGI rendering in the movie. The computation would guide a reader to the... |
| This post is referenced here: ["Applying Artificial Intelligence and Machine Learning to Finance and... |
| Perfect! Thank you so much for doing this. I can even rotate the 3D plot now :-) |
| A helpful guide indeed, thanks! How did you go about developing and running unit tests for your paclet code? For example, is it possible to use Wolfram Workbench Plugin for Eclipse to write Mathematica's [Testing Framework][1] paclet tests? Or is... |
| Yes. 1. Install the paclets "OpenAILink" and "OpenAIMode". 2. Follow the setup instructions in "OpanAILink". 3. Run `Needs["AntonAntonov`OpenAIMode`"]`. 4. Run `OpenAIMode[]` in a desired notebook More details are given in [this... |
| A little bit late but nevertheless: FourierShift[a_] := RotateRight[a, Quotient[Dimensions@a - 1, 2]] |
| Yes, you are right, using the parametric expression is only a compromise when the explicit analytic expression cannot be obtained. |
| Thanks! This is fixed in version 13.2.1 as far as I can see. |