How to make a figure fit a screen on a 2nd monitor?
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I have a laptop connected to an external monitor which I exclusively use (laptop monitor is turned off) and I would like to fit a MATLAB figure to my monitor screen with:
figure('outerposition',get(0,'screensize')); % or 'monitorpositions'
but it only fits part of the screen. This external screen does not use the same resolution as the one used on the laptop screen (the external monitor's is bigger) and I can't find a method to make the figure fit the external monitor's screen. I tried things such as:
figure('units','normalized','outerposition',[0 0 1 1.2]);
without success. Any help would be greatly appreciated as I'm out of ideas.
Thank you in advance!
Dominik Mattioli on 28 Jun 2019
Edited: Dominik Mattioli on 28 Jun 2019
I've found that setting the outerPosition property can be awkward, especially with a taskbar in the mix.
% Get pixel position of monitors.
fh = figure('units', 'pixels');
MP = get(0, 'MonitorPositions');
N = size(MP, 1);
% Might want to set an initial position this to some reasonable location
% in the event of the window being "Restored Down".
newPosition = MP(1,:)
% dFromLeftRight = 0.125*MP(N, 3);
% dFromTopBottom = 0.125*MP(N, 4);
% newPosition = [MP(N,1)+dFromLeftRight,...
% Set position of fh to be within a secondary monitor, if possible.
if size(MP, 1) == 1
% Single monitor -- do nothing.
% Multiple monitors - shift to the Nth monitor.
newPosition(1) = newPosition(1) + MP(N,1);
fh.set('Position', newPosition, 'units', 'normalized');
fh.WindowState = 'maximized'; % Maximize with respect to current monitor.
The newPosition variable just makes sure the figure is first in your desired monitor before you maximize the window. Ideally, you could get the position of your MATLAB editor window and simply index N to be anything but that window so that your figure maximizes in a different one. Haven't figured that out yet.
Not sure if/how this works on non-Windows computers.
ANKUR KUMAR on 2 Dec 2017
You are so close to your answer. You a step ahead from your answer.
figure('units','normalized','outerposition',[0 0 1 1]);
Last value should be less than 1. You have entered 1.2 You are setting units as normalized. This means that you are changing the monitor dimension in between 0 and 1. 0 is minimum and 1 is maximum.