My problem is as follows:
I am modeling a hospital department, specifically the Radiology department which consists of X CT rooms Y X-ray rooms etc.
Is there any way to set these values ( X and Y) before the simulation starts? With a slider or a similar button in the anylogic interface? I know how to do it at run time, but I don't know how to set these parameters before it starts.
Thanks
Yes there is. Go to the simulation window and add variables called X and Y (they don't necessarily need to be the same names as the parameters but it's easier for reference). Then, in the properties of the simulation window, you have the list of all parameters in main. Set the value of X as X and Y as Y (noting that the first X and Y in my sentence refer to the parameters in main and the second ones refer to the variables in the simulation window).
After that, add a slider in the simulation window (or any other interface object) and link it to your variables.
Also make sure to uncheck "Skip experiment screen".
Related
I would like, as you can see in the photo, to make a power BI graph as a function of time with different categories. Only my "category" indicator contains small and very large values, which makes the diagram not homogeneous. I would like to use the secondary y axis, but I would have to create a new measure "Nb cmd 2" which would only contain certain categories with therefore lower values. What is more laborious... Would you have another solution to harmonize the grafic or to set up a secondary Y axis more simply ?
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Thank you for your answers
I tried what is in the picture
I've a GUI(i.e. lets call it 'First')through which i can choose to open other GUIs(let's call them 'Second' and 'Third').I want to put a 'pushbutton' on the 'First'GUI that allows me to manipulate the figure on the different axes of the 'Second' and 'Third' GUIs. So, i choose with the 'First'GUI if use either 'Second' or 'Third' GUI; once i've chosen that i start to work just with the GUI that i chose (so the Third one or Second ones). Now i want to have a pushbutton not on each GUIs (Second or Third) but only on the First one in order to manipulate the figure on the axes 1 of the Second or Third (depends on which one i've previously chosen). Furthermore this pushbutton that i want is optional and i need to refresh my axes after used that.
I've done my best to explain the situation,please if you know any solution help me out!!Thanks
Your question is similar to other examples, such as this.
To understand how to solve your problem, you need to remember that MATLAB "decides" which axes to update based on the axes handle provided by the user. If the user doesn't provide a handle, a default gca (the current axes) is used. The axes that gca points to, is the first child of type 'axes' of the figure, that is, the first entry in findobj(hFigure,'Type','axes'). You can read about setting the current axes here.
Having established that, the solution you are looking for would involve storing the axes handles somewhere, and retrieving the correct one when you are about to update a plot. A common place to store it is the "application-defined data" (appdata), accessible by setappdata and getappdata, as mentioned in the first link above and also here.
The procedure you should undergo is:
Upon creating a figure, store the axes handle in appdata by calling setappdata(0,name,val) (e.g. setappdata(0,'axTag1',handles.axTag1)) from your GUI initialization function. The value 0 for the 1st argument stores it in MATLAB's root object (you can think of it as the main MATLAB window), so that even if any of the figures is closed, the information is maintained as long as MATLAB is still open.
Whenever you want to modify an axes, just obtain the appropriate handle using value = getappdata(0,name) and use it to update the corresponding axes.
So I'm working on some simple neural network problems for a class I'm taking, and I've mostly done all of the work.
However, I'd like to be able to press run and have all of the relevant figures and graphs pop out so I can easily show my work.
To do this I've been drawing setting the names of figures that I plot in using the
figure('Name', 'NameGoesHere', 'NumberTitle', 'off')`
variant of the figure function.
The thing is, one of the things that I have to show are performance graphs for the different networks I made, and using plotperform(tr) sets the window name to Performace (plotperform) even if I try setting the figure name to something else. Any help?
Here's a picture showing what I mean:
Oh, and, being really new to Matlab, correct me if I'm wrong, but since performance is defined as mean absolute error, the lower it is, the better right? So is there a way to set is so plotperform actually selects the lowest point of the graph as the best instead of the first one?
Another thing I'd like to be able to do is have the training information nntraintool open in a new window every time I call the train(netA, P, T) function. Right now, every time it's called it just overwrites the previous info in the nntraintool window. Is it even possible to do this?
This is the window I'm talking about:
When we plot a bode/nichols locus, the name of workspace variable is used
tmp=ss(1,1,1,0);
nichols(tmp);
will use 'tmp' as label.
When using more complex data, matlab is using 'untitled1','untitled2',...
tmp={ss(1,1,1,0) , ss(1.2,1,1,0)};
nichols(tmp{:});
How can I change this label programmatically?
Ideally, I'd like a solution working with Matlab 6.5.1, but I'm also interested in solutions restricted to newer versions.
You can modify the labels programmatically via their graphics handles. It looks like the values you want to change are the DisplayName property of some of the children of the current axis. So in your first example, I can change the display name like this:
ch = get(gca,'Children');
set(ch(1),'DisplayName','Fred');
In general, I'm not sure how to predict which children of the current axis are the ones you need to change. For the second example you give, the two curves appear to be the second and third children when I run your code.
In Matlab, I would like to update the data plotted in a set of axes when the user zooms into the plot window. For example, suppose I want to plot a particular function that is defined analytically. I would like to update the plot window with additional data when the user zooms into the traces, so that they can examine the function with arbitrary resolution.
Does Matlab provide hooks to update the data when the view changes? (Or simply when it is redrawn?)
While I have yet to find one generic "redraw" callback to solve this question, I have managed to cobble together a group of four callbacks* that seem to achieve this goal in (almost?) all situations. For a given axes object ax = gca(),
1. Setup the zoom callback function as directed by #Jonas:
set(zoom(ax),'ActionPostCallback',#(x,y) myCallbackFcn(ax));
2. Setup a pan callback function:
set(pan(ax),'ActionPostCallback',#(x,y) myCallbackFcn(ax));
3. Setup a figure resize callback function:
set(getParentFigure(ax),'ResizeFcn',#(x,y) myCallbackFcn(ax));
4. Edit: this one no longer works in R2014b, but is only needed if you add, e.g., a colorbar to the figure (which changes the axis position without changing the figure size or axis zoom/pan). I've not looked for a replacement. Finally, setup an undocumented property listener for the axes position property itself. There is one important trick here: We must hold onto the handle to the handle.listener object as once it's deleted (or leaves scope), it removes the callback. The UserData property of the axes object itself is a nice place to stash it in many cases.
hax = handle(ax);
hprop = findprop(hax,'Position');
h = handle.listener(hax,hprop,'PropertyPostSet',#(x,y) myCallbackFcn(ax));
set(ax,'UserData',h);
In all these cases I've chosen to discard the default callback event arguments and instead capture the axis in question within an anonymous function. I've found this to be much more useful than trying to cope with all the different forms of arguments that propagate through these disparate callback scenarios.
*Also, with so many different callback sources flying around, I find it invaluable to have a recursion check at the beginning of myCallbackFcn to ensure that I don't end up in an infinite loop.
Yes, it does. The ZOOM mode object has the following callbacks:
ButtonDownFilter
ActionPreCallback
ActionPostCallback
The latter two are executed either just before or just after the zoom function. You could set your update function in ActionPostCallback, where you'd update the plot according to the new axes limits (the handle to the axes is passed as the second input argument to the callback).