Case 2: if I comment the part B the output only shows the subplot 1. Case 1: If I run this script or (comment the part A), the output only show the subplot 2. Please continue to steer us to your favorite File Exchange submissions. ssss+20 bbcumsum (uuu) h -23:72 plot (h,bb, 'b') axis ( -23 72 0 ss) saveas (gcf,'ev01.png') end.
(again!) to Frank Engel for the nomination. Pekka's function affords great control beyond just making a tight array of subplots. Ha = tight_subplot(2,2,0.05,) Ĭreates a 2x2 array of axes with a normalized horizontal gap of 0.05 a vertical gap of 0.025 an equal height margin (topĪnd bottom) of 0.05 and unequal width margins-0.3 on the left, and 0.05 on the right. Allowing to reset the positions after some standard functions, which reposition existing axxes (eg. Positions of the created axes objects are returned. And, of course, it conveniently returns a vectorīy default, the axes spacing is tighter than subplot's:Īnd you can clearly see how the function got its name.īetter still, ask tight_subplot for custom spacing: figure tightsubplot (Nh, Nw, gap, margh, margw) Fills the figure with axes subplots with easily adjustable margins and gaps between the axes. % ha = tight_subplot(Nh, Nw, gap, marg_h, marg_w)Īllows me to specify the number of horizontal axes, the number of vertical axes, the gap as a scalar (or as a vector of horizontalĪnd vertical gap values, ), and the height and width margins. "Tight Subplot" is not that the default axes spacing makes better use of the figure's real estate, but that it gives me complete-andĮasy-control over horizontal and vertical gap spacing, and separately, of left-and-right and top-and-bottom margin spacing.
Fair enough (though with a bit of effort, one can customize the position of subplots). (default) gaps between axes generated with the subplot command. subplot(m,n,p) creates an axes in the p -th pane of a figure divided into an m -by- n matrix of rectangular panes. Judging from the title of the submission, Pekka wrote and shared "Tight Subplot" because he was dissatisfied with the large Give it a try and let us know what you think here or leave a comment for Christopher.Brett's Pick this week is the Tight Subplot, by Pekka Kumpulainen. I haven’t had a chance to check out his other functions in his toolbox, but I would expect the same kind of quality as seen in this one. You can also change the font size of the text using the FontSize property, the color of the text using the Color property, and the name of the font using the. In addition to the usefulness of this function, I like Christopher’s entry because it is well-written with plenty of error-checking and has good help with examples. Add a Title to a Group of Subplots Using the suptitle() Function in MATLAB You can also use the suptitle() function which adds the given text above all the subplots on a given figure. pos = (nRows,nCols,) Īs some of you may have guessed, his function is part of a package (IoSR Matlab Toolbox), and the other functionalities are also highlighted in his other File Exchange entries. You can specify the spacing and the scaling by passing in a couple of optional arguments. The default is a tight layout with no margin. It lets you specify the grid layout, with optional parameters, and it returns a set of position vectors which you can feed into subplot or axes. This is where Christopher’s entry comes in handy. figureīut this defeats the purpose of subplot because you have to calculate and specify the position manually. In that case, you can use axes or subplot to specify the actual placement of the axes. But the spacing is sometimes a bit too generous, leaving too little room for the graph. Subplot is a nice way to place a grid of axes on a single figure. Jiro‘s pick this week is Subplot Position Calculator by Christopher Hummersone.