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| In this case, the `1` is treated as an index or part so the first element of each `c` is extracted. Try dataset[All, "c", 2] I highly recommend reading Seth Chandler's book [Query: Getting Information from Data with the Wolfram... |
| Simpler paths = DeleteMissing@flightpaths; |
| Hi Greg, One way to do this is to wrap the label with `Text[Style[...]]` and specify `TextAlignment`. E.g. theData = Association[ Text[Style["TITLE OF AN EVENT Line 2 of an event, Line 3 of an event", TextAlignment ->... |
| "All models are wrong, but some are useful". - [George Box](https://en.wikipedia.org/wiki/All_models_are_wrong). |
| `Solve` does not agree with > The middle equation crosses the x-axis at zero where x is 41227 the > smaller Prime factor of pnp Clear[x, pnp]; pnp = 2564855351; eqn = ((pnp - (Sqrt[(x^2*pnp^4 + 2*pnp*x^5) + x^8])/pnp^4 - (1 -... |
| There is no need to do it manually. You could write WL code that generates the series of `unzip/mv` commands and execute it using [RunProcess](http://reference.wolfram.com/language/ref/RunProcess.html) or... |
| It may be more convenient to use this form depending on what you want to do next grouped = GroupBy[data, First -> Last] E.g. {Mean@#, Median@#, StandardDeviation@#} & /@ grouped |
| Can you provide an example of the data format that you are trying to construct? |
| Hi Alex, There are a couple of syntax errors. Try aicgam = -2 LogLikelihood[GammaDistribution[\[Alpha], \[Beta]] /. mlegam, data] + 2*1 aicnak = -2 LogLikelihood[NakagamiDistribution[\[Mu], \[Omega]] /. mlenak, data] + 2*1 |
| Hi Mariusz, I was also wrong. The problem is the use of `\[RightArrow]` rather than `->`. Nice catch! |