Will create a bitmap copy of a figure with distinct colors replaced with hatch patterns. This is useful for b+w bitmap output. Vector output is not supported.
Ben Hinkle (2019). Hatched Fill Patterns (https://www.mathworks.com/matlabcentral/fileexchange/1736-hatched-fill-patterns), MATLAB Central File Exchange. Retrieved .
does not work..............
If "hardcopy" function is not worked in your Matlab version, comment "bits = hardcopy(h,'-dzbuffer','-r0');"
then add "bits = print('-RGBImage');" in applyhatch file.
Unfortunately it does not work (anymore). Making the suggested change did not work for me.
The undocumented 'hardcopy' function has been removed; use the documented 'print' command with the '-RGBImage'
option instead. See the 'print' command documentation for details.
Error in applyhatch (line 38)
bits = hardcopy(h,'-dzbuffer','-r0');
In Matlab 2016a, I've found that pattern is not controlled properly. For example, some patterns are duplicated and also their order is not what I want. I solved the duplicated pattern problem indirectly by like bellows.
If you want to adjust the pattern to 6 bar such as " applyhatch(gcf,'.-+/|x');", try to type this "applyhatch(gcf,'.-++/||xx');" instedly.
So you can avoid the duplicated pattern at least, even order problem is still not solved.
Anyway, even these bugs, this function is so great!. Appreciate this!
Will it only work for the bar plot? I tried with area but couldn't find what I was looking for?
Can you please share an example of functional usage?
Appreciate your help!
I am getting error while trying to use this function.
D=[26.834 16.74 12.37
20.238 18.84 14.201
21.523 15.14 12.25
22.839 14.64 13.57
22.8585 16.34 13.09775];
Please help me know how I can use applyhatch or makehatch to get a barplot in grayscale having hatched patterns.
Hi, I used this function and changed the colors of my bar plot to patterns, however, the background of the figure is always gray when copied. Where to change that?
This work is good, but not good enough, for bitmap will cause other trouble. I wish MATLAB will provide an offical version to overcome this shortage.
Can this work with 'area' plots?
Great worked right out of the "box" thanks!
This is really a good thing!
Excellent, this is exactly what am I looking for.
Thanks a lot.
Thanks so much! This is so useful for black and white printing. One tip to users is to change the gcf color (color background) to white before applying the hatch. it seems once the hatch is applied the figure isn't able to be modified further.
I agree with Brian: this should be a built in feature in matlab. I always have to export data and do my graphs in excel.
Also, i think the "pointed" texture should be improved to match the logic it has in excel, that is it shouldn't simply make bigger points.
textures don't line up - but colour mapping is a good idea - Aha, i've found the problem, when the image is put into the figure, it is made _slightly_ bigger, giving the appearence (and output to file) of a bitmap with an extra line in its textures in the middle: lines 100 and 101 should read
set(newfig,'position',[fpos(1:2) figsize(3) figsize(4)]);
set(imaxes,'position',[0 0 figsize(3) figsize(4)],'visible','off');
i.e. remove the plus one
This saved me a lot of work and time, thanks
thanks alot! very useful one.
Thanks, I started writing a code for it. After that, I found this program. I will be so helpful.
Very useful! Graze!
Needed to make black and white images for a paper and this utility saved the day. Highly reccommend!!! Thanks so much.
Excellent. Can be easily modified to use custom fill patterns too.
Thanks a lot! This worked exactly as advertised.
That is what I have been looking for! Nice job!
This should be included as a default feature in MatLab. A much needed function for producing any publications graphics.
The two m-files (APPLYHATCH and MAKEHATCH) address a long-standing shortcoming in the basic 2-D plotting capabilities of Matlab. Works well with PIE, BAR and CONTOURF.
Good job Ben !
Bug fix to work with MATLAB versions after R2017a.
add 2002- to copyright