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2

A not-that-fast solution could be easily written: f[dat_, part_] := Outer[SortBy[#, -# &] & /@ Internal`PartitionRagged[##] &, Permutations@dat, part, 1, 1]; PlanePartitions[n_] := Module[{pt = IntegerPartitions@n, inp}, inp = {#, IntegerPartitions@Length@#} & /@ pt; Select[Flatten[f @@@ inp, 2], With[{t = PadRight[#, {n, ...


6

This is due to the interpolation. If you turn off the interpolation by InterpolationOrder -> 0 you will see symmetric plot. data = Flatten[Table[{x, y, If[x == y, 1, 0]}, {x, 0, 1, 1/10}, {y, 0, 1, 1/10}], 1]; dataR = data; dataL = data /. {x_, y_, z_} :> {-x, y, z}; data0 = Join[dataL,dataR] ListDensityPlot[data0, ...


2

There was no problem exporting at the correct frame rate when I initially tried it with a small number of test frames, given that the code in the question doesn't produce any actual frames. However, I now tried again with a large table of frames to replicate the specific number of 979 frames in the question. Indeed, in this case the resulting movie has the ...


5

The rectangle (0,0), (0.5,0), (0,1),(0.5,1) should be covered, however it is not. The 29 rectangles in your original tabla cover the region 1/31 <=b < 1/2 && 0 <= a <= 1. ClearAll[tabla] tabla[n_] := Table[{1/(k + 1) <= b && 1/k > b}, {k, 2, n, 1}]; You can specify a large enough value for PlotPoints to see all 29 ...


4

Wrap the call to the function that is likely to generate errors and return unevaluated in a Check expression. In the case of correct execution, Check will pass through the value returned by its argument; in case of an error, it will return an expression of your choice. This "failure indicator" won't trigger recalculation, and can be made very recognizable ...



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