brushFAN

brushFAN displays a GUI which enables brushing in the fanplot

Syntax

Description

brushFAN displays a GUI where it is possible to brush steps from the fan plot and to see the corresponding units highlighted in other plots

example

brushFAN() Interactive_example Display a GUI where it is possible to brush steps from the fan plot and to see the corresponding units highlighted in other plots.

example

brushFAN(eventdata) Run examples associated with radiobuttons 1 to 4.

Examples

expand all

  • Run examples associated with radiobuttons 1 to 4.
  • for j=1:4
    brushFAN(j);
    end
    Total estimated time to complete LMS:  0.19 seconds 
    ------------------------------
    Warning: Number of subsets without full rank equal to 15.4%
    Total estimated time to complete LMS:  0.02 seconds 
    ------------------------------
    Warning: Number of subsets without full rank equal to 15.4%
    Total estimated time to complete LMS:  0.01 seconds 
    ------------------------------
    Warning: Number of subsets without full rank equal to 15.4%
    Total estimated time to complete LMS:  0.01 seconds 
    ------------------------------
    Warning: Number of subsets without full rank equal to 15.4%
    Total estimated time to complete LMS:  0.01 seconds 
    ------------------------------
    Warning: Number of subsets without full rank equal to 15.4%
    
    ans =
    
         []
    
    Detailed information about the datasets used in this GUI can be found <a href="matlab: docsearchFS('datasets_reg')">here</a>
    Total estimated time to complete LMS:  0.01 seconds 
    Total estimated time to complete LMS:  0.02 seconds 
    Total estimated time to complete LMS:  0.01 seconds 
    Total estimated time to complete LMS:  0.01 seconds 
    Total estimated time to complete LMS:  0.01 seconds 
    
    ans =
    
         []
    
    Detailed information about the datasets used in this GUI can be found <a href="matlab: docsearchFS('datasets_reg')">here</a>
    Total estimated time to complete LMS:  0.03 seconds 
    Total estimated time to complete LMS:  0.05 seconds 
    Total estimated time to complete LMS:  0.04 seconds 
    Total estimated time to complete LMS:  0.04 seconds 
    
    ans =
    
         []
    
    Detailed information about the datasets used in this GUI can be found <a href="matlab: docsearchFS('datasets_reg')">here</a>
    Detailed information about the datasets used in this GUI can be found <a href="matlab: docsearchFS('datasets_reg')">here</a>
    
    Click here for the graphical output of this example (link to Ro.S.A. website). Graphical output could not be included in the installation file because toolboxes cannot be greater than 20MB. To load locally the image files, download zip file http://rosa.unipr.it/fsda/images.zip and unzip it to <tt>(docroot)/FSDA/images</tt> or simply run routine <tt>downloadGraphicalOutput.m</tt>

    Related Examples

    expand all

  • Run the example associated with radiobutton 2.
  • brushFAN(2);
    Total estimated time to complete LMS:  0.01 seconds 
    Total estimated time to complete LMS:  0.01 seconds 
    Total estimated time to complete LMS:  0.01 seconds 
    Total estimated time to complete LMS:  0.01 seconds 
    Total estimated time to complete LMS:  0.01 seconds 
    
    ans =
    
         []
    
    Detailed information about the datasets used in this GUI can be found <a href="matlab: docsearchFS('datasets_reg')">here</a>
    
    Click here for the graphical output of this example (link to Ro.S.A. website)

  • Run the example associated with radiobutton 3.
  • brushFAN(3);
    Total estimated time to complete LMS:  0.03 seconds 
    Total estimated time to complete LMS:  0.03 seconds 
    Total estimated time to complete LMS:  0.04 seconds 
    Total estimated time to complete LMS:  0.03 seconds 
    
    ans =
    
         []
    
    Detailed information about the datasets used in this GUI can be found <a href="matlab: docsearchFS('datasets_reg')">here</a>
    
    Click here for the graphical output of this example (link to Ro.S.A. website)

    Input Arguments

    expand all

    eventdata — scalar integer (from 1 to 3). Automatic code execution without user interaction.

    This option enables to perform in an automatic way the code associated with a particular radiobutton in the GUI

    Example: 2 (the example associated with the second radiobutton will be automatically executed)

    Data Types: integer

    Output Arguments

    References

    Tufte E.R. (1983), "The visual display of quantitative information", Graphics Press, Cheshire.

    See Also

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