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| What kind of input would the 3D model be? What kind of output would each slice be? Can you give specific file formats? Otherwise it's hard to tell what this is doing. The simplest thing I can think of is to work with Image3D. There is even a... |
| The documentation doesn't provide much information about the TSNE implementation. As the documentation shows, "Perplexity" can be adjusted: DimensionReduce[iris[[All, 1]], 2, Method -> {"TSNE", "Perplexity" -> 100}]; But that is the... |
| Can you give a more concrete example of what you are looking for? I'm not sure I understand the question. |
| Yes. That shouldn't work. You can't define something as a constant value and as a function at the same time. At very least that would be very confusing and I'm not sure I know any programming language where it's possible. You want to write... |
| It's hard to know what might be special about the notebook where this doesn't work. What kind of notebook is it? Do you see the problem if you restart Mathematica? |
| This is also asked elsewhere: https://stats.stackexchange.com/questions/136232/definition-of-normalized-euclidean-distance But I don't think an answer exists anywhere. I spent a fair amount of time looking for it myself. Ideally a function... |
| This took me a while. I had forgotten what those names meant. It really doesn't seem like there's a format for that: https://www.wolframalpha.com/examples/SurfacesAndSolidsOfRevolution.html So you'd likely need to spell out the example... |
| What version of Mathematica are you using? Can you evaluate the documentation example inside the documentation? Please try opening the documentation inside Mathematica and searching for the function. Can you evaluate the examples that are there... |
| Are they Images or Graphics? The difference is important. Here's a simple example of your problem with a 100 by 100 image and a 200 by 200 image: Export["test1.html", Grid[{{RandomImage[1, {100, 100}]}}], "HTML"] ... |
| Let's look at the output of Entity["PhysicalSystem", "RectangularBarMagnet"]["MagneticScalarPotential"] The output will look fairly normal, but if you inspect it closely, you'll notice two things. (1) "Subscript[M, 0]" is not actually... |