set(gca,'YDir','reverse')
subplot(1,2,1),
pomegranate = imread(train_data_desc(i).gbd_name);
imshow(pomegranate(:,:,1));
hold on
OrigImg = scatter(train_data_desc(i).gbd_pos(:,2),train_data_desc(i).gbd_pos(:,1),15,(cw{i}/15)');
set(OrigImg,'buttondownfcn',@call_OrigImg_fun);
title('Query Image')

for j=1:size(train_data_desc(i).gbd_pos,1)

 text(train_data_desc(i).gbd_pos(j,2),    train_data_desc(i).gbd_pos(j,1), num2str(j));
end

function call_OrigImg_fun(gcbo,eventdata,handles)

    disp(get(gca,'Currentpoint'));

In general, it is better easier, and more in model to call functions, not scripts. It is easy to convert a script to a function. I recommend you go that route. It will help you here and in general. The function could just CALL your script.

Doug

y = 0
plot([startOfMovie, endOfMovie], [y, y])

Each movie is a set of 10 repetition exercise. I want the user to be
able to use the plot interactively to identify the start and stop time
of each rep in a GUIDE gui.

by default the plot should have a line that represents the movie in seconds:

________________________
seconds

then after the user identifies start and stop times of each rep the
plot. For example, rep1 started at 5.5 secs and ended at 6.3 secs. So it will look like this:

_____-___-___-____-___-____

With each dash representing a starting and end time of a rep. (it doesn’t have to be a dash, it could just be a colored section or something else) Is
something like this possible in matlab? I also need to be able to
store each of those data points.

I’ve tried the following:

axes(handles.axes3)
h(1)=imshow(image_1, [])
setappdata(gcf,’bdfcnhandle’,@load_stuff);

axes(handles.axes4)
h(2)=imshow(image_2, [])
setappdata(gcf,’bdfcnhandle’,@load_stuff2);

set(h,’buttondownfcn’,'feval(getappdata(gcf,”bdfcnhandle”));’);%

function load_stuff(hObject, eventdata, handles)
X=1

function load_stuff2(hObject, eventdata, handles)
X=2

There is a closerRequestfcn. Put close(gcf) in it.

Doug

final_rect = rbbox()
xl = xlim(ax)
yl = ylim(ax)

ap = get(ax, 'Position')

ws = (xl(2) - xl(1)) / ap(3)
hs = (yl(2) - yl(1)) / ap(4)

box = [ pt(1, 1:2) final_rect(3) * ws final_rect(4) * hs ]

So basically, ws and hs are scale factors that scale a given point in the figure (which is what rbbox returns, i guess) to a point in the image object. Hope this helps someone.

function imclk(hObject, eventdata)
ax = get(hObject, 'Parent');
pt = get(ax, 'CurrentPoint');
final_rect = rbbox();
otherbox = [ pt(1, 1:2) final_rect(3:4) ];
rectangle('Position', final_rect, 'Parent', ax);
rectangle('Position', otherbox, 'Parent', ax);

function imclktst_OpeningFcn(hObject, eventdata, handles, varargin)

% Choose default command line output for imclktst
handles.output = hObject;

im = imshow('test.jpg', 'Parent', handles.axes1) %this works best with a picture of Don Rickles.
set(im, 'ButtonDownFcn', @imclk );

% Update handles structure
guidata(hObject, handles);

Unfortunately, the rectangles don’t end up in the right spot, and I’m not quite sure how to proceed. I’d love suggestions!

I am not sure. Please send the simplest version of your code that exhibits this behavior with clear reproduction steps. I will see what I can do. It might make a good video!

Doug