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| Here I move a list of 101 strings into a new notebook: CreateDocument[ExpressionCell[RandomWord[101]]] You could also insert into an existing notebook. |
| Could you provide examples of valid math code that starts with "=" or ">" ? I think that those shortcuts are made under the presumption that you would never start a command with those characters. |
| If you don't like having too many & and # you can also do this: Thread[{{1, 2, 3, 4}, {1, 4, 9, 16}}] // OperatorApplied[ListPlot][PlotStyle->Black] For more than one option, put them in a list: Thread[{{1, 2, 3, 4}, {1, 4,... |
| 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. |