Simulink scope autoscale
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Hi everyone, i was wondering if there is a way for a scope i use in a simulink model to automaticaly autoscale. Maybe from adding a code to its startfunction???
采纳的回答
Titus Edelhofer
2012-1-18
Hi Raldi,
assuming the scope blocks are open, the following piece of code does the autoscaling for you:
% find all scope blocks as MATLAB figures:
set(0, 'showhiddenhandles', 'on')
scope = findobj(0, 'Tag', 'SIMULINK_SIMSCOPE_FIGURE');
for i=1:length(scope)
% this is the callback of the "autoscale" button:
simscope('ScopeBar', 'ActionIcon', 'Find', scope(i))
end
set(0, 'showhiddenhandles', 'off')
Titus
5 个评论
Raldi
2012-1-18
Raldi
2012-1-18
Raldi
2012-1-18
Scott Rauscher
2013-1-18
Where did you implement this Raldi? I'm not sure how to use the code that Titus supplied. I tried adding it in a Matlab Function that runs in the Simulink model, but that didn't work
I also tried just running the code in Matlab afterwards and that did nothing. What did you do?
Ignacio
2013-9-18
To make the autoscale function automatically i created a matlab function with the code above. The code will be executed each certain period of time. In my case 3 seconds, i did it with this function and the block clock of Simulink. the function that i have created is this one: -------- function u=scope(y) % find all scope blocks as MATLAB figures: u=0; z=mod(y,3)==0 if(z==1) set(0, 'showhiddenhandles', 'on') scope = findobj(0, 'Tag', 'SIMULINK_SIMSCOPE_FIGURE'); for i=1:length(scope) % this is the callback of the "autoscale" button: simscope('ScopeBar', 'ActionIcon', 'Find', scope(i)) end set(0, 'showhiddenhandles', 'off') end
end ----------- Then, in the clock block i selected 1000 as decimation and i use this code in a "interpreted Matlab function" block just writting "scope" in the label "Matlab function". I drive the output of this function to a scope but this output is not really interesting.
best regards
更多回答（5 个）
Ilham Hardy
2012-1-17
0 个投票
By clicking the binocular button on the scope, perhaps?
TAB
2012-1-18
Add below piece of code in your 'StopFcn' callback function. When the simulation is completed, it will open and autoscale all the scopes in the model.
[EDITED TO WORK FOR MULTIPLE INPUT SCOPE]
bh=find_system(gcs,'FindAll','on','BlockType','Scope');
for x=1:length(bh) %close all scope
set_param(bh(x),'Open','off');
end
for x=1:length(bh)
set_param(bh(x),'Open','on');
fh=gcf;
AxesInScope = findall(fh,'type','axes');
for y=1:length(AxesInScope)
set(fh,'CurrentAxes',AxesInScope(y));
xlim('auto');
ylim('auto');
end
end
6 个评论
Raldi
2012-1-18
Ilham Hardy
2012-1-18
On your simulink model goto: File>>Model properties>>Callbacks>>StopFcn
TAB
2012-1-18
You can insert this code in the 'StopFcn' callback function of model.
[1] Open Your Model
[2] Goto File -> Model Properties
[3] Click on callback Tab in Model Properties window
[4] Select 'StopFun' on left side of window
[5] Paste the above code in Text box.
The code will be executed when the simulation stops (after completion or using stop button).
Once simulation is stoped, all the scopes in model will be opened and autoscaled automatically.
Raldi
2012-1-18
Raldi
2012-1-18
TAB
2012-1-18
As your scope is reading 2 inputs, previous code was autoscaling only one graph keeping other as it is.
I have updated the code so that it can work for multiple input scopes.
Andreas Goser
2012-1-18
0 个投票
Typically, when users describe this, they are happy with the Time Scope Block from DSP System Toolbox. Here is the link to the documentation.
Especially, as Raldi is working at a university in the field of Signal Processing, this product should be available. Note that previous versions used different names like Signal Processing Blockset or DSP Blockset.
4 个评论
Raldi
2012-1-18
Andreas Goser
2012-1-18
Well, then you might need to write your own block (s-function).
Raldi
2012-1-18
Raldi
2012-1-18
Mingli ZHU
2021-4-22
编辑：Mingli ZHU
2021-4-22
0 个投票
set(0, 'showhiddenhandles', 'on')
%current graphic object
scope=gcf;
%find Autoscale object
scale=findobj(gcf, 'Tag', 'uimgr.uisplittool_Autoscale');
%click this object
feval(get(scale,'Callback'),scale,[]);
%find PrintToFigure Menu
fig=findobj(gcf, 'Tag', 'uimgr.uimenu_PrintToFigure');
%Click this Menu
feval(get(fig,'Callback'),fig,[]);
set(0, 'showhiddenhandles', 'off')
Jessy Mathault
2021-8-27
This function:
simscope('ScopeBar', 'ActionIcon', 'Find', scope(i))
Doesn't seem to be supported anymore in MATLAB 2020b.
This seems to work:
allAxes = findall(gcf,'type','axes');
for x = 1:numel(allAxes)
axis(allAxes(x), 'auto y');
axis(allAxes(x), 'auto x');
end
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