Global Index (short | long) | Local contents | Local Index (short | long)
map=idlayout(swt,number)
IDLAYOUT Sets certain layout-defaults for the Graphical User Interface
to the System Identification Toolbox (ident).
Edit this file to your own choice of defaults.
You can affect the following choices:
1. The colors of the data and model icons. (swt = 'colors')
The colorcoded object tables take their colors from this
file. You can edit the RGB-values for each model at will.
2. The sizes of the axes in the different plots. (swt = 'axes')
3. The colors associated with the different plots.(swt = 'plotcol')
4. The defaults associated with the menu choices in the plot
windows (swt = 'figdefs', and swt = 'plotdefs'.)
5. The defaults for font sizes.
NOTE that these defaults are overridden by the contents of the
idprefs.mat file. If you save your preferences (using the
OPTIONS menu in the IDENT window), the current status of these
choices will be used at the next ident session. Using DEFUALT
in this options menu reverts back to the defaults defined in
the current m-file.
| This function calls | This function is called by |
|---|---|
function map=idlayout(swt,number)
% L. Ljung 4-4-94
% Copyright (c) 1986-98 by The MathWorks, Inc.
% $Revision: 3.5 $ $Date: 1997/12/02 03:40:43 $
% set plotmode='white' to get plots that are like the standard
% MATLAB plots (MATLAB command 'colordef white')
% and plotmode='black' to get a black background (MATLAB
% command 'colordef black').
plotmode='white';
% plotmode='black';
if strcmp(swt,'colors')
if get(0,'screendepth')==1
map=ones(20,3);
elseif strcmp(plotmode,'white') % white background
map=[0 0 1;... % Model #1
0 0.5 0;... % Model #2
1 0 0;... % Model #3
0 0.75 0.75;... % Model #4
0.75 0 0.75;... % Model #5
0.75 0.75 0;... % Model #6
0.25 0.25 0.25;... % Model #7
0.1 0 0.5;... % Model #8
0 0.25 0.75;... % Model #9
0.25 0.75 0.25;... % Model #10
0.75 0.1 0.25;... % Model #11
0.5 1 0;... % Model #12
0.1 0.1 0.5;... % Model #13
0.8 0 1;... % Model #14
0.2 0.8 0.5;... % Model #15
0.25 0.25 0;... % Model #16
0 0 1;... % Model #17
0 0.5 0;... % Model #18
1 0 0;... % Model #19
0 0.75 0.75]; % Model #20
else
map=[1 1 0;... % Model #1
1 0 1;... % Model #2
0 1 1;... % Model #3
1 0 0;... % Model #4
0 1 0;... % Model #5
0 0 1;... % Model #6
1 0.5 0;... % Model #7
1 0 0.5;... % Model #8
0 1 0.5;... % Model #9
1 0.5 0.5;... % Model #10
1 0.8 0.8;... % Model #11
0.5 1 0;... % Model #12
1 1 0.5;... % Model #13
0.8 0 1;... % Model #14
0 0.8 1;... % Model #15
1 1 0;... % Model #16
0 0 1;... % Model #17
1 0 1;... % Model #18
1 0 0;... % Model #19
0 1 0]; % Model #20
end
elseif strcmp(swt,'axes')
if any(number==[1 2 6 13]) % Two axes plots without buttons
% Data plot, Frequency response plot
% Residual analysis plot and Data spectra.
map(1,:) = [0.17 0.6025 0.75 0.28];
map(2,:) = [0.17 0.2100 0.75 0.28];
elseif any(number==[14 15]) % Two axes plots with buttons.
% Filter plot and Select data Range.
map(1,:) = [0.13 0.6025 0.5 0.28];
map(2,:) = [0.13 0.2100 0.5 0.28];
elseif any(number==[9,10]) % Single plots with buttons
% ARX model selection,
% Model Order Selection
map = [0.15 0.21 0.48 0.65];
elseif any(number==[3]) % Model output plot
map = [0.10 0.21 0.6 0.70];
else % Single plots without buttons
% Zeros and poles, Noise Spectrum
map = [0.15 0.21 0.77 0.65];
end
elseif strcmp(swt,'plotcol')
% COLORS ASSOCIATED WITH ALL THE PLOT WINDOWS
% If you want different colors for the different plots
% use the argument NUMBER when chosing the colors.
% NUMBER is the plot number, as defined, e.g., in idlaytab.m
% Below all plots are given the same colors.
% col is the color of the frame surrounding the axes
% ftcol is the color for Title and labels
% fticol is the color for the tickmarks
% AxesColor is the color of the axes
% AxesFrame is the color of the axes frames in the Ident window.
% TextColor is the color of the text in the ident window
DefUIBgC=get(0,'DefaultUIcontrolbackgroundcolor');
if get(0,'screendepth')==1
% For Black and White Screens:
col=[0 0 0]; % black
ftcol=[1 1 1]; % white
fticol=[1 1 1]; % white
AxesFrame=[0 0 0]; %black
AxesColor = [0 0 0]; % black
TextColor = [1 1 1]; % white
elseif strcmp(plotmode,'white')
% For Color Screens
col=[0.8 0.8 0.8];
ftcol=[0 0 0]; % black
fticol=[0 0 0]; % black
AxesFrame=[0 0 0]; % black
AxesColor = [1 1 1]; % white
TextColor = [0 0 0]; % black
else
% For Color Screens
col=[0.2 0.2 0.2];
ftcol=[1 1 1]; % white
fticol=[1 1 1]; % white
AxesFrame=[1 1 1]; % white
AxesColor = [0 0 0]; % black
TextColor = [1 1 1]; % white
end
map=[col;ftcol;fticol;AxesColor;AxesFrame;TextColor];
elseif strcmp(swt,'fonts')
% FONT SIZES ASSOCIATED WITH ALL THE WINDOWS
% If you want different sizes for the different plots
% use the argument NUMBER when chosing the colors.
% NUMBER is the plot number, as defined, e.g., in idlaytab.m
% Below all fonts are give the same size in the plot windows.
% To affect the sizes of the texts in the uicontrols, use the
% root property 'DefaultUIControlFontSize'
% You may e.g. uncomment the following two lines.
% FZ = 12; % Or any other desired fontsize.
% set(0,'DefaultUIControlFontSize',FZ);
scp=get(0,'screenp');
sz1=ceil(12*72/scp);sz2=ceil(10*72/scp);
% if scp>100,sz1=10;sz2=8;else sz1=12;sz2=10;end
if number==100
map=sz1; % Font size for the BEST FIT table in the model output view
elseif number==50
map=sz2; % Font size for the icon texts in the main IDENT window
else
map{1}=sz1; % Font size for Titles and Labels on plots
map{2}='normal'; % Font weight for the same
end
elseif strcmp(swt,'figdefs')
% FIGURE DEFAULTS
% ERASEMODE-DEFAULT
map(1) = 1; % 1 means 'normal' and 0 means 'xor'
% LINESTYLE-DEFAULT
map(2) = 1; % 1 means 'All Solid' and 0 means 'Separate Linestyles'
% BOX-DEFAULT
map(3) = 1; % 1 means 'Box on' and 0 means 'Box off'
% GRID-DEFAULT
map(4) = 0; % 1 means 'Grid on' and 0 means 'Grid off'
% CONFIDENCE INTERVAL DEFAULTS
map(5) = 1; % 0 means confidence interval 'off' in all plots
% 1 means confidence interval 'on' in RESID plot
% and 'off' in other plots
% 2 means confidence interval 'on' in all plots
% ZOOM DEFAULTS
map(6) = 1; % 0 means zoom 'off' in all plots
% 1 means zoom 'off' in 'Select Range',
% 'Filter'
% 'ARX Model Structure Selection'
% 'Model Order Selection'
% and 'on' in the other plots
% 2 means zoom 'off' in 'ARX Model Structure Selection'
% 'Model Order Selection'
% and 'on' on the other plots
% 3 means zoom 'on' in all plots
map=map(:);maptemp=map*ones(1,15);
if map(5)==1,maptemp(5,:)=zeros(1,15);maptemp(5,6)=1;end
if map(5)==2,maptemp(5,:)=ones(1,15);end
if map(6)==1,
maptemp(6,:)=ones(1,15);maptemp(6,[9,10,14,15])=[0,0,0,0];
end
if map(6)==2,
maptemp(6,:)=ones(1,15);maptemp(6,[9,10])=[0,0];
end
if map(6)==3,maptemp(6,:)=ones(1,15);end
map=maptemp;
elseif strcmp(swt,'plotdefs')
% PLOT DEFAULTS
% FREQUENCY PLOT DEFAULTS
map(1) = 1; % 1 means that the frequency unit is rad/sec
% 2 means that the frequency unit is Hz
map(2) = 2; % 1 means that the frequency scale is linear
% 2 means that the frequency scale is logarithmic
map(3) = 2; % 1 means that the amplitude scale is linear
% 2 means that the amplitude scale is logarithmic
% MODEL OUTPUT PLOT DEFAULTS
map(4) = 5; % This is the number of samples ahead that are predicted
map(5) = 1; % 1 means Comparsion of simulated and measured output
% 2 means Comparsion of predicted and measured output
map(6) = 0; % 0 means that measured and simulated/predicted curves
% are shown together,
% 1 means that their difference is ploted
% TRANSIENT RESPONSE DEFAULTS
map(7) = 1; % 1 means Step Response. 2 means Impulse response
map(8) = 1; % 1 means a line plot. 2 means a stem plot
map(9) = 40; % Number of samples for which the response is
% calculated
% RESID PLOT DEFAULT
map(10) = 20; % Number of samples for which the correlation
% functions are calculated
% SPECTRAL PLOTS
map(11) = 2; % 1 means spa options, 2 means fft
% TIME PLOT DEFAULTS
map(12) = 1; % 1 means staircase input plot (piecewise constant)
% 2 means regular plot (piecewise linear)
end