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| This post is based on the presentation given in Wolfram Technology Conference. Main team of that work is me, [Davit Baghdasaryan][1], and [Maria Sargsyan][2]. The Supporting data and images files will be attached to this post once they are ready.... |
| Can you please tell me what is the output of the following code for you: $AudioOutputDevices $DefaultAudioOutputDevice Also, can you play the following: Audio[File["ExampleData/car.mp3"]] |
| Should I assume that you already know about `ExternalEvaluate` [[1]][1] and **Wolfram Client Library for Python** [[2]][2][[3]][3][[4]][4][[5]][5] and you still want to convert? If so, I guess you will have to write your own interpreter. [1]:... |
| If I try to interpret what you ask, then you probably mean "how to recursively evaluate the gradient of a function with a vector"; then: foo[v_] := (* do something *) v^2 n = 3; v = {x, y}; Nest[Grad[foo[#], #] &, v, n] |
| As an additional sollution you can do: ColorCombine[Image /@ {r, g, b}] |
| I am not quite sure I completely understand your question, but if I did correctly, and you know which region you want to emphasize, you could do something like this. ![yourImage][1] Click on the `Image` object and navigate to `Mask tool`: ... |
| Hi John, There was indeed an issue with the `Image` object returned from FITS files for specific data types, but that issue is fixed and will be available with the soonest update. Let me show you, what it looks like now. The file that you... |
| ``` data = {{1, 2}, {2, 4}, {3, 6}, {4, 8}, {5, 10}, {61, 2}, {7, 8}, {8, 6}, {9, 3}, {10, 2}}; Histogram[data] ``` ![histogram][1] [1]:... |
| I have updated the reply not to include the original image. Are you sure you are trying exactly what I posted? |
| There are many ways you can do that. Here is one: ``` pathToFiles = "/yourPath/.."; SetDirectory[pathToFiles]; newPath = FileNameJoin[{pathToFiles, "newPath"}]; If[!DirectoryQ[newPath], CreateDirectory[newPath]; ]; files =... |