@numbermaniac The problem is as soon as you wrap Dynamic around it, you no longer have a number. Dynamic is sticky and you cannot work with them like you used to do. Even if you don't see it, the dynamic is still there.
Isn't there someone who is into deep learning who is up to write a tutorial, how we can do something like this in Mathematica? They take two images and re-color one of them regarding the colors of the other. If you don't think that this sounds impressive, then look at these amazing images:
@halirutan Without reading up further on this, i think this is similar to style transfer using neural networks. There is already a question about the latter.
If anyone is willing to play a bit with the next IGraph/M on OS X / M11.1, please ping me and I will send you a paclet. Any feedback/testing would be most appreciated before the final release. Unfortunately, I cannot provide Windows/Linux/RPi binaries at this moment. (@kirma, @C.E.?)
As is all too common for your questions, this question is not very well posed. It would be a much better question if you had made it clear what kind of point pattern you would consider to be "approximately equally spaced".
Regularity and randomness are at war with each other; it is really impos...
@yode I personally don't think the question was bad (he was being slightly grumpy there).
But it is certainly a difficult question. Also, as I mentioned in your sphere question, "equidistributed" seems to be the term you want, and not "equally spaced".
@yode I don't have 11.1, but as I explained in your earlier question, the exact cases correspond to the vertices of the Platonic and Archimedean polyhedra.
Only approximate solutions are known in the other cases.
Background Industry 4.0, the fourth industrial revolution of cyber-physical systems, is on the way! With it come sensors and boards that are much cheaper than they used to be. All of these components are connected through some kind of network or cloud so that they are able to talk to each other. This is where [...]
Thanks @MichaelHale! I had resorted to first stripping any white space, then doing my pattern matching, but your suggestion is probably a better solution
@Szabolcs Just back in the office where I have some reference material. I haven't found much of anything on real-world problems caused by "bad" random number generation but I was reminded of MacSpin on a MacPlus (where I had a copy of Mathematica on 3.5" diskettes). One of the examples that MacSpin promoted was where "structure" was observable in 3D from supposedly-random numbers: digitalassets.lib.berkeley.edu/sdtr/ucb/text/104.pdf.
@halirutan someone else mentioned this in an answer to a post, but the NetTrain docs page seems to have added a demo of style transfer, under Applications > Computer Vision > Style Transfer. im giving it a shot now. reference.wolfram.com/language/ref/NetTrain.html#833168402