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Gustavo Delfino
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Well, we can extract the graphic primitives from the ListPlot output, even though it feels a bit hackish: Graphics[ Join[({Black, Circle[{#, 0}, {0.1, 0.4}]} & /@ centers), {{Red, Inset["|", {75, 0}]}}], ImageSize ->...
This also works: Button["Click Here", Print[ Plot[Sin[x], {x, 0, 6 Pi*RandomReal[{1, 10}]}] ] ]
Not exactly what you are asking, but Word can export to the RFT format, and Mathematica can import that.
Importing the data into Mathematica 10 or 12 should be no problem if it has a consistent format. The question is what do you plan to do with it after you import it.
Take a look at [SymbolDependencyGraph][1]. This is one of my favorite resource functions. [1]: https://resources.wolframcloud.com/FunctionRepository/resources/SymbolDependencyGraph
Wolfram Workbench includes a [nice feature][1] for linking to notebooks: ![enter image description here][2] I have noticed that Mathematica's built-in package editor has been getting better and was wondering if these hyperlink are supported. If...
There is something wrong with the code. Probably an encoding issue when pasting it. I see a question mark as a variable name.
It looks like Arnoud Buzing has been making a list of them: https://github.com/arnoudbuzing/wolfram-papers
Linear system of equations? Maybe expressing it in matrix form could help. A 21x21 matrix certainly fits even in a small monitor.
Everything inside the `Manipulate` gets re-evaluated on every update, but a large part of what you have there is constant, like the `vector` constant, the `plot[1]`, ... `plot[8]`. My advice is to move out of the `Manipulate` body as much as...