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Can you post the exact code you use to create your plots? It's not obvious how to get from the CSV to your plots. |
Try wrapping the whole query in Dynamic: ``` Dynamic[Position[cablearray, u]] ``` |
Gernot, can you provide a screenshot of what you're seeing on your machine, as well as information on what version/OS you're on? |
Can you upload a .zip file of this entire directory so others can see exactly what you're working with? |
1) `ListPolarPlot` seems to choose a bad `PlotRange` in this case, particularly with the `Interpolation` option. You can workaround this with the `PlotRange` and `PlotRangePadding` options, i.e. ``` ListPolarPlot[{pairsC0C180, pairsC90C270},... |
Glad to hear the issue is resolved. Thanks for posting this, hopefully any others who run into the issue will see this post and be able to address things similarly. |
Perhaps ``` In[6]:= FullSimplify[Log[a] + Log[b], a > 0 && b > 0] Out[6]= Log[a b] In[7]:= FullSimplify[Log[a] - Log[b], a > 0 && b > 0] Out[7]= Log[a/b] ``` is what you're after. |
The first thing I would suggest is resetting Mathematica to its default configuration, as described here: http://support.wolfram.com/kb/12464. Manually delete the directories described there. If at that point the issue persists, I would contact... |
Neat, thanks for sharing! You might be interested in checking out some of Philip Maymin's work in the area as well, he's a influential Mathematica user who has done a lot of research in the same area: http://philipmaymin.com/basketball-articles ... |
To add to the comment by Hans, the issue is that you're trying to use `ListPlot` on strings of real numbers, not real numbers themselves. To get around this, Hans suggests using [`ToExpression`][1] to convert your strings of real numbers into... |