User Portlet
Featured Contributor
| Discussions |
|---|
| In the contest of this post, I may want to point to this here [Installing Mathematica under 64-bit Kali Linux on a Raspberry Pi][1] First it lists stumbling blocks that may also arise in different contexts (a user must be member of the `video`... |
| Very clever and useful hack. Thank you for the code. |
| Right, so you could do something like: ParallelAxisPlot[{data[[{1, 2, 3, 7}]], data[[{4, 5, 6, 9}]], data[[{8}]]}, AxesLabel -> header, PlotLegends -> {"Sony", "Nikon", "Canon"}] ![enter image description here][1] and see that... |
| Yes, you are right! [https://en.wikipedia.org/wiki/Ludwig_van_Beethoven][1] [1]: https://en.wikipedia.org/wiki/Ludwig_van_Beethoven |
| Thank you Rohit and Ahmed for the nice instructions. |
| I agree. And PlotGrid is a very good example. |
| Bill, That is very nice. I will remember that! |
| Thank you a lot. It succesfully work. |
| Would you consider submitting it to the Function Repository? |
| Yes -- easy for Mathematica: (* the list of equations *) eqs = { d - g == a (d - 1) + b (d - 1)^2 + c (d - 1)^3, e - h == a (e - 1) + b (e - 1)^2 + c (e - 1)^3, f - j == a (f - 1) + b (f - 1)^2 + c (f - 1)^3 ... |