adv_setdisplaymode.m

MATLAB是一个非常好的用于测量

function ADV_SetDisplayMode( handle, mode, handles )
%ADV_SETDISPLAYMODE Changes the module to the specified display mode.
%   ADV_SetDisplayMode changes the Advanced Display Visualization modules
%   to the specified display mode and initializes all of the variables
%   required for that mode. 
%
%   Possible mode selections are:
%   0 = Analog Advanced
%   1 = Analog Plus
%   2 = Waterfall
%   3 = Spectrogram

global g_ADVDisplayMode
global g_ADVTraceFIFOSize

% Configure the defaults
[yMin, yMax] = MXA_GetYScaling( handle );
switch mode
    case 0
        set( handles.advFigure, 'Colormap', [zeros(1,3) ; jet(64)] );
        set( handles.advFigure, 'DefaultAxesCLimMode', 'auto' );
        set( handles.advFigure, 'DefaultAxesXColor', [0.5 0.5 0.5] );
        g_ADVTraceFIFOSize = 200;
        
    case 1
        set( handles.advFigure, 'Colormap', [0 0 0; 1 1 1] );
        set( handles.advFigure, 'DefaultAxesCLimMode', 'auto' );
        set( handles.advFigure, 'DefaultAxesXColor', [0.5 0.5 0.5] );
        g_ADVTraceFIFOSize = 200;

    case 2
        if mode ~= g_ADVDisplayMode && g_ADVDisplayMode <= 1
            g_ADVTraceFIFOSize = 30;
        end
        set( handles.advFigure, 'DefaultAxesZLim', [yMin, yMax] ); 
        set( handles.advFigure, 'DefaultAxesCLimMode', 'manual' );
        set( handles.advFigure, 'DefaultAxesCLim', [yMin yMax] );
        set( handles.advFigure, 'DefaultAxesXColor', [0 0 0] );
        set( handles.advFigure, 'Colormap', jet(64) );
        
    case 3
        if mode ~= g_ADVDisplayMode && g_ADVDisplayMode <= 1
            g_ADVTraceFIFOSize = 30;
        end
        set( handles.advFigure, 'DefaultAxesCLimMode', 'manual' );
        set( handles.advFigure, 'DefaultAxesCLim', [yMin yMax] );
        set( handles.advFigure, 'DefaultAxesXColor', [0 0 0] );
        set( handles.advFigure, 'Colormap', jet(64) );

end

% Set the new display mode
g_ADVDisplayMode = mode;

% Reset to restart mode
ADV_Reset( handle );