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| It's difficult to give precise advise without actual files to play with. But generally, you should be able to use `Import` on `STL` files directly. You will probably end up with a `MeshRegion`, and it might be a 2D region embedded in 3D space. From... |
| You can use `RegionPlot` with an `ImplicitRegion`: RegionPlot[ImplicitRegion[x == y^2, {x, y}]] As is typical with plotting regions, the result isn't very satisfying. You could discretize an implicit region: ... |
| Well, there are a couple of things going on. First, dataset[All, "y"] // Normal returns a new expression: {163, 183, 104, 191, 161} So, that is what `ReplacePart` will work on. You won't be updating `dataset` at all. So, if you... |
| Okay, I'm sorry for being simplistic. You're wanting to solve things symbolically, but you only are doing this to reduce the computational burden (at least that's what I thought you said). At the end of this whole exercise, you are presumably going... |
| Since your `PlotLayout` is "Column", you could just have two separate plots and arrange them in a column. For what it's worth, there is a `MultiaxisArrangement` option for plots, but it doesn't seem to work with `DateListPlot`. It does work with... |
| Well, I don't know how big, complicated, or nested your data is, but you could try `Dataset` to visualize. I downloaded a sample JSON file from [https://support.oneskyapp.com/hc/en-us/articles/208047697-JSON-sample-files][1] . Then, jsonData =... |
| If you have Mathematica installed, you should be able to access the help/reference documents. So, search the help docs for `Range` and `RandomInteger`. There will be examples that you can copy-paste into a notebook. Play around with the examples... |
| What are you trying to do? This code is a mess. Have you even actually looked at the stuff you're creating? Like, do you realize that `f1` contains an element like `{List}`? Also, why so many superfluous variables? Like `c` is just `n`, and `c` is... |
| You could reform it within Mathematica. |
| `Break` will only break out of the immediately enclosing loop. You could try `Abort` or `Throw` (with `Throw` you'd also typically wrap the whole thing in `Catch`). |