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| Wonderful!! I'm doing something with mapping the usual rectangular grid, BUT showing all the overlapping by placing narrower lines on top of wider ones. And also putting little "right angle brackets" at every intersection to suggest that there... |
| Isn’t this where Remove is supposed to be used? That seems to get rid of a subscripted variable that’s been made into a symbol via the palette from the Notations package. ... |
| Not there yet, but I can see patterns emerging which I'm hoping would allow me to make this to work without having to change the code. Maybe using NestList? Although it looks simpler to use the Mathematica PolynomialQuotient and... |
| Since I have to solve for the intersection of the inset lines, I decided it was simpler to have another equation for the inset lines. This involves also finding the sign for the orientation of the triangle, since otherwise the inset lines won't... |
| Thanks very much, that does just what I want, initializing the value if the file is being use for the first time (since last modification, I guess) but saves the last value set via the slider from the last session. |
| Yes, thanks very much, this is what I want. It's great when it works out, but as soon as start doing something more complicated, the dynamic operations seem to get much more undpredictable, and also where to put the Dynamic[ ] commands. But this is a... |
| Here's my notebook with the above examples in it: /Users/chrisyoungsmacpro/Library/Mobile Documents/com~apple~CloudDocs/Documents/Math/Subjects/Algebra/Linear Algebra/Vectors, tensors/Mathematica; matrices and vectors with ~/Combining vectors and... |
| If you want to have the result in the form for input to Mathematica functions that expect points to be lists of coordinates, you'd have to do an additional conversion. Not sure if I'm doing this correctly, but something like this is needed. Here,... |
| Beautiful and calming! Saving for my attempts at meditation. And it's great to see such clear, logical beautifully-formatted code. |
| Is this what you had in mind? ![enter image description here][1] &[Wolfram Notebook][2] And here's a way to plot the variation with x and y separately, by putting tubes on the coordinate planes. The last line is just to have nice tubes instead... |