Comments and Ratings

Germán, Your comment is rather cryptic. Can you elaborate? Also, search the FileExchange for "combinations nchoosek". Some of the existing entries, like COMBINATOR (#24325), may fit your requirement.

Amazing tool for simple gui. The difference between while loop and the callbacks is that the gui is not blocked, relevant when a gui open other gui for additional operations

In addition it could be good to have sliders with integer steps, and also selection menu that return a value associated to the entity label (solvable using a java Hashtable)

Simply spectacular! Using a sphere is a good idea.

Very useful tool, sp for situations where there are a number of inputs that produce a limited number of outputs.

this code works perfectly! it allows me to use a pen tablet to extract curves directly from image files.

I use and like this piece of code quite a bit.

I did however just notice that if you have changed the location of the axis, this won't prune the correct labels. For instance, I had set my x-axis to 'top' on a 3 X 2 subplot matrix and axis_prunelabels left the labels on the bottom 2 sub-plots.

Probably a simple fix the author might consider...

Dear Vallabha,

Code is excellent, thanks. But I'd like to ask something:

How can we acquire the mouse movements in real time by embedding your function to Simulink, or equivalently, is it possible to get real time mouse data?

gca problem fixed, does what it says, well.

There is no need to move the help. It is in an entirely appropriate place.

I'll add a couple of minor comments. A standard style in matlab for functions that return graphics handles is not to return the handle if no output argument is supplied. See any function like plot, surf, etc. So why not check to see if there are any output arguments requested? If there are none, then do not return h. Thus add this test at the end of your file:

if nargout == 0
  clear h
end

It was also unclear what the "number of points" means in the ellipsoid case. Is this the number of longitudinal lines?

Good help otherwise, good error checks, H1 line, examples, etc.

Put the help above the function, otherwise help cannot be displayed.

This is useful,

but it does not handle legends properly.
Consider replacing the line 45 by the following to improve it.

% find the axes in the figure
h=findobj(figHandle,'type','axes','-not','Tag','legend');

can you explain what the inputs to the function are? are t1 and t2 sets of angles and amplitudes, or x,y coordinates?