I have to create a plot with two histograms, both normalized through probability, to represent the distribution of an index S in two differenti conditions (a) and (b).
For a better visibility, I would like to add a hatched fill pattern to one of them. Here below there is how the plot looks like without the pattern.

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Setsuna Yuuki.
Setsuna Yuuki. 2020년 11월 22일
편집: Setsuna Yuuki. 2020년 11월 22일

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hello.
You can try with the function in this url:
this is the result:

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How did you manage to make it work for two histograms? Because it did not work with the usual command 'hold on'.
So first you created h1 and h2 like in the example. Then you used the function "applyhatch" specifing h1 and h2 in the input of "applyhatch"?
%Example of mathworks
x = randn(2000,1);
y = 1 + randn(5000,1);
h1 = histogram(x);
hold on
h2 = histogram(y);
h1.Normalization = 'probability';
h1.BinWidth = 0.25;
h2.Normalization = 'probability';
h2.BinWidth = 0.25;
%Applyhatch
applyhatch(gcf,'\x'); %The format for PATTERNS can be
%a string of the characters '/', '\', '|', '-', '+', 'x', '.'
Great. It works nicely once you select a suitable couple of patterns to improve the quallity of visualization. The only issue left is that once the second figure is produced, which is the one with the patterns, I can not find a way to increase the axes fontsize and box width, even opening the 'Property Inspector' window.
If you try it before applying the Applyhatch,maybe it will work.

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