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Christopher Wolfram
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I'm not sure if I entirely see what you are saying, but if you want to pass arguments to Histogram like a bin specification you can do something like this: Transpose[dataset][All, Histogram[#, {0.1}]&] where {0.1} is just a random bin...
---------- So this is generally referred to as a [pole of inaccessibility][1]. These are nice, but there are a few cases where they can give strange results. For example, the red dot represents the pole of inaccessibility in this 2D shape, but I...
Nice post! I also like your blog post about anagrams. I think there are actually a few ways you could make this a bit quicker. First, for anagram finding, you can do something like this Select[ToLowerCase@DictionaryLookup[],...
I believe the OpenSSL command line utility cannot directly generate that key from that password. The password parameter of GenerateSymmetricKey is passed to a key derivation function called [scrypt][1]. It looks like scrypt was recently added to...
I'm not sure if I completely understand what are asking for, but it seems like there might not be a unique solution to this problem. For example, that dark blue road could come out of the vertex it does (the 8th from the right on the red road), but...
If you wanted to do that in Mathematica, you could write this, Integrate[Cos[x], {x, -Pi/2, Pi/2}] which returns 2.
Ah, I think I see what you're saying. If you just want to remove the final layers and replace them with your own, you can do something like this: NetChain[{ (*the parts of the net you want to keep*) Take[net, 7], ...
Those are really nice looking! These actually remind me of this: [Behind the Scenes at the National Museum of Mathematics Meta-Logo][1] [1]:...
Based on Eric's solution, Query (and Dataset) actually have a concise syntax for what is essentially MapAt: Dataset[families]["smith", "ratios", All, {"height" -> (2 # &)}] There might be a slightly less recursive way of writing this next...
That's awesome! After reading this I downloaded the data and did some processing of my own. I focused a bit on the names given to colors. Starting off similar to you (including the code just so that any small differences won't cause confusion)...