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12:43 AM
@JasonB. Mathematica is an under-appreciated tool for analyzing Gaussian scans:
 
 
6 hours later…
7:06 AM
@b3m2a1 It says, "Context: PacletName". Looks like PacletName was not substituted. It would also be good to list the SystemIDs under compatibility. This is of course relevant only for packages with binary components, but it's nice e.g. to be able to see that some are compatible with the raspberry pi.
 
@Szabolcs Good catch. It looks like it didn't update that parameter from the template for some reason. Are the SystemIDs cooked into the Paclet expression? All that page is generated from is the PacletSite.mz
 
@b3m2a1 Yes, but they are optional.
 
If they're in the Paclet expression and not showing up on the page I have a nice little bug to squash.
 
(I had to remove the Linux-ARM, i.e. Raspberry Pi, temporarily because my RPi is still in storage.)
 
8:09 AM
@Szabolcs I merged the changes. I think I've gotten everything, but I've been swimming in pages the past few days. I also think I've got the interface paclet working well enough to publicize: community.wolfram.com/groups/-/m/t/1330267
But I'm still a little bit nervous
Once everything is truly settled I'll write a long Q/A discussing how to do this type of thing for oneself on SE, but Wolfram Community is much smaller, and so a better place to put out the beta paclet.
 
 
11 hours later…
6:46 PM
@b3m2a1, I've just sent my eigenvalue package (CompoundMatrixMethod) to your paclet server, it was very straightforward to do.
 
7:08 PM
@KraZug wonderful. It looks like the pull request never went through though. Did you submit it? If so I need to do some bug fixing as usual :) Getting all these PRs and things working smoothly via the API turns out to be a fair bit of work.
If you're using the paclet you just run PublicPacletServer["SubmitPullRequest"]
 
Sorry, missed that line
 
No worries. I thought about merging them and maybe I'll put in a default option to "SubmitPullRequest" so it does that automatically. For now I think two lines of code is okay though.
 
7:38 PM
Great, so I can use that as a link to install in one line
 
7:59 PM
Hi
I have a hollow square plate and I want to mesh it using quadrilateral elements
this code generates the mesh by triangular element
Needs["NDSolve`FEM`"]
mesh = ToElementMesh[
RegionDifference[Rectangle[{-15, -15}, {15, 15}],
Rectangle[{-5, -5}, {5, 5}]], "MeshOrder" -> 1]
mesh["Wireframe"]
how can make it quadrilateral
 
8:40 PM
@AmrSaleh ahhh, so you are able to write code....
 
@JasonB. copy :)
 
@JasonB. yes but the program default is triangular no quad how can I change it
 
@AmrSaleh - I was being a bit snarky, sorry. When you created your question, you didn't add any code to show what you had already tried. Also, you didn't say you needed a quad mesh, and now 3 people have spent time answering the question.
If you need to generate a quad mesh, follow the instructions here: mathematica.stackexchange.com/a/156517/9490
 
@JasonB. I added the code in my question, but it is Ok thanks for your help I will try to use you link and do it
 

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