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| Hi, i wasnt sure what the current latest release contained. I just uploaded a [new release 1.3][1] which contains a *.paclet file. download this file and use `PacletInstall["fileDir\\UNET-1.3.0.paclet"]` which will install the paclet. You can then... |
| I think this is because you fixed the axes origin to {0,3} and for values of m True, FrameTicks -> Automatic` Last solution is to make the plot, find the PlotRange and then use that to reposition the axes at the bottom. plot = Plot[...]; ... |
| ElementwiseLayer applies the function to each element of the inputlist. so it cannot calculate the mean. You have to use FunctionLayer In[39]:= soft = FunctionLayer[Exp[#]/Total[Exp[#]] &] list = N@{1, 2, 3, 4, 5}; ... |
| Thanks that's very helpful, will give it a try |
| Awesome! Time for some recoding then. |
| &[Wolfram Notebook][1] [1]: https://www.wolframcloud.com/obj/2a22f686-9907-4545-91d0-a230c4ba39b0 |
| This definitely helps! Will try it asap and let you know how things work out. Thanks for the feedback! |
| By plotting over the range {n,-3,3} you are plotting a parameteric region that contains all curves for -3 Full] Or plot all the cureves ParametricPlot[ Evaluate[{X[\[Xi], #, -25], func[\[Xi], #, -25]} & /@ Range[-3, 3, .5]],... |
| Hope this helps grad = Grad[fun, {x, y}] (*gradFunc gives the gradient at a coordinate*) gradFunc = grad /. Thread[{x, y} -> N[{##}]] &; (*stepfunc takes two arguemnts #1=coordinate; #2=stepsize*) (*coor + step *... |
| I usually have long calculations (sometimes days) during which I export images to check the progress and validate results. However when I minimize the notebook while it runs the images exported are not as they should be. dat =... |