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| Hi all, tomorrow I’ll be presenting on QMRITools: Processing Quantitative MRI Data at 11 AM CST. I will be discussing how i develop and maintain [my paclet][1] and showcasing some functions I use in my [research][2], such as [muscle fibre... |
| You need to place a `PacletSite.mz` file which lists the available versions in the git. Next to that, you need a folder "Paclets" that contains the paclets. The PacletSite.mz is a zipped .m file that basically contains a list of the PacletInfo.wl... |
| &[Wolfram Notebook][1] [1]: https://www.wolframcloud.com/obj/622c0323-fa4b-4e97-906a-dd92368b7bd4 |
| Thanks Daniel! For now i know the reason why my code changed outputs and i have a fix for it which works in all versions and i learned some things on the way so I'm happy for now. |
| Thanks, i will have a look to see what i can do there. |
| Yes i agree, it should be hard, but not minutes. That's why i reduce the render quality considerably compared to default values. I don't mind waiting a bit, but the time for me does not scales linearly with the number of tube points. And the frontend... |
| I have added some code and lists to now also generate images of all upper limb muscles. ![enter image description here][1] ![enter image description here][2] ![enter image description here][3] A more comprehensive notebook is attached that... |
| Yes i understand, but i just generated some data with the same properties, the code will also work on your data, just replace the artificially generated data with your data. It was more to demonstrate how you can automatically propagate plot... |
| My code works with arbitrary functions. I just showed it in its most simple form fA1[w1_, w2_, w3_, w4_] := 10 + w1 + w2 + w3 + w4 fB2[r1_, r2_, r3_, r4_] := 1 + r1 + r2 + r3 + r4 fC3[t1_] := 5*t1 hF1[{fA1_, fB2_, fC3_}, {d1_,... |
| Thanks! This is fixed in version 13.2.1 as far as I can see. |