displayfftresult.m

一共有15个m文件

function  varargout = DisplayFFTResult( varargin )
% this module display the results .

%  February 2004
%  $Revision: 1.00 $  



if (nargin == 0) | isstruct( varargin{1} )     %  LAUNCH GUI
    
    if nargin == 1
        ArcSimulationData = varargin{1} ;
    else
        ArcSimulationData = [] ;
    end
    
    
    % find if have the same figure, and close it .
    OldFigure = findobj( 'type', 'figure', 'Tag', 'DisplayFFTResult' ) ;
    if ishandle( OldFigure )
        close( OldFigure ) ;
    end
    

    % generate a new figure .
    FigureHandle = figure( 'Visible', 'off' ) ;
    set( FigureHandle, 'Units' , 'pixels', 'Position', [150 150 500 300], ...
        'Name', '电弧炉对电网影响仿真软件', ...
        'Tag', 'DisplayFFTResult', ...
        'FileName' , '' ,...
        'MenuBar' , 'none' ,...
        'NumberTitle' , 'off' ,...
        'Resize', 'on', ...
        'windowstyle', 'normal', ...
        'Visible', 'off' ) ;
    
    % generate the menu .
    generate_MenuContent( FigureHandle ) ;
    
    % generate the uicontrols .
    generate_FigureContent( FigureHandle ) ;
  
    % save the ArcSimulationData .
    setappdata( FigureHandle, 'ArcSimulationData', ArcSimulationData ) ;
    
    
    % display the figure .
    movegui( FigureHandle, 'center' ) ;
    set( FigureHandle, 'Visible', 'on', ...
        'ResizeFcn', ['DisplayFFTResult( ''ResizeDisplayResult'', gcbo)'] ) ;
    
    % init the data .
    init_FigureContent( FigureHandle ) ;
    
    
    if nargout > 0
        varargout{1} = FigureHandle;
    end
    
elseif ischar(varargin{1}) % INVOKE NAMED SUBFUNCTION OR CALLBACK
    
    global  SET_DEBUG_VALUE_IN_SIMULATOR ;
    if isempty( SET_DEBUG_VALUE_IN_SIMULATOR ) | ~isnumeric( SET_DEBUG_VALUE_IN_SIMULATOR )
        SET_DEBUG_VALUE_IN_SIMULATOR = 0 ;
    else
    end
    
    if  SET_DEBUG_VALUE_IN_SIMULATOR == 1 ; 
        
        if (nargout)
            [varargout{1:nargout}] = feval(varargin{:}); % FEVAL switchyard
        else
            feval(varargin{:}); % FEVAL switchyard
        end             
        
    else        
        
        try
            if (nargout)
                [varargout{1:nargout}] = feval(varargin{:}); % FEVAL switchyard
            else
                feval(varargin{:}); % FEVAL switchyard
            end
        catch            
            disp(lasterr);
        end
        
    end

    
end



% ------------------------------------------------------------
function  generate_MenuContent( FigureHandle ) ;


% generate the file menu .
% ------------------------------------------------------------
MenuHandle = uimenu( 'Parent', FigureHandle, 'Label', '文件(&F)' ) ;

% define the parameters of the menus .
MenuLabel = { '打开(&O)'; '保存(&S)'; '退出(&E)' } ;

% add Polygon at 2003.10.13 .
MenuTag = { 'MenuOpenResult'; 'MenuSaveResult'; 'MenuClose' } ;
MenuCallback = { ['ArcSimulationSoft( ''MenuOpenHistory_Callback'', gcbf)']; ...
        ['DisplayResult( ''SaveResult_Callback'', gcbf)']; ...
        ['close all;'] } ;
SeparatorGroup = { 'off'; 'off'; 'on' } ;

% generate the uimenus of file .
for num = 1: length( MenuTag )
% for num = 3
    UimenuHandle(num) = uimenu( MenuHandle ) ;
    set( UimenuHandle(num), 'Tag' , MenuTag{num} , ...
        'Callback' , MenuCallback{num} , ...
        'Label' , MenuLabel{num} , ...
        'Separator', SeparatorGroup{num} ) ;
end

% generate the parameter menu .
% ------------------------------------------------------------
MenuHandle = uimenu( FigureHandle, 'Label', '参数(&P)' ) ;

% define the parameters of the menus .
MenuLabel = { '查看(&L)';  } ;

% add Polygon at 2003.10.13 .
MenuTag = { 'MenuDisplayParameter';  } ;
MenuCallback = { ...
    ['DisplayResult(''DisplayParameter_Callback'',gcbo)']; } ;
SeparatorGroup = { 'off'; } ;

% generate the uimenus of file .
for num = 1: length( MenuTag )
    UimenuHandle(num) = uimenu( MenuHandle ) ;
    set( UimenuHandle(num), 'Tag' , MenuTag{num} , ...
        'Callback' , MenuCallback{num} , ...
        'Label' , MenuLabel{num} , ...
        'Separator', SeparatorGroup{num} ) ;
end


% generate the formula menu .
% ------------------------------------------------------------
MenuHandle = uimenu( FigureHandle, 'Label', '公式(&m)' ) ;

% define the parameters of the menus .
MenuLabel = { '电路图(&C)'; '状态方程(&L)'; '电弧电阻公式(&E)' } ;

% add Polygon at 2003.10.13 .
MenuTag = { 'MenuCircuitDiagram'; 'MenuMainCircuitFormula'; 'MenuArcResistanceFormula' } ;
MenuCallback = { ...
    ['DisplayFFTResult( ''CircuitDiagram_Callback'', gcbo)']; ...
    ['EditParameter( ''MainCircuitFormula_Callback'', gcbo)']; ...
    ['EditParameter( ''ArcResistanceFormula_Callback'', gcbo)']; } ;
SeparatorGroup = { 'off'; 'on'; 'off' } ;

% generate the uimenus of file .
for num = 1: 3
    UimenuHandle(num) = uimenu( MenuHandle ) ;
    set( UimenuHandle(num), 'Tag' , MenuTag{num} , ...
        'Callback' , MenuCallback{num} , ...
        'Label' , MenuLabel{num} , ...
        'Separator', SeparatorGroup{num} ) ;
end


% generate the parameter menu .
% ------------------------------------------------------------
MenuHandle = uimenu( FigureHandle, 'Label', '帮助(&H)', 'Enable', 'on' ) ;

% define the parameters of the menus .
MenuLabel = { '帮助(&O)'; '演示(&E)'; '关于' } ;

% add Polygon at 2003.10.13 .
MenuTag = { 'MenuHelp'; 'MenuDemo'; 'MenuAbout' } ;
MenuCallback = { ...
    ['ArcSimulationSoft( ''MenuHelp_Callback'', gcbo)']; ...
    ['ArcSimulationSoft( ''MenuDemo_Callback'', gcbo)']; ...
    ['ArcSimulationSoft( ''MenuAbout_Callback'', gcbo)']; } ;
SeparatorGroup = { 'off'; 'on'; 'on' } ;

% generate the uimenus of file .
for num = 1: length( MenuTag )
    UimenuHandle(num) = uimenu( MenuHandle ) ;
    set( UimenuHandle(num), 'Tag' , MenuTag{num} , ...
        'Callback' , MenuCallback{num} , ...
        'Label' , MenuLabel{num} , ...
        'Separator', SeparatorGroup{num} ) ;
end





% ------------------------------------------------------------
function  generate_FigureContent( FigureHandle )
% generate the uicontrols .


% init the variables .
FigureWidth = 600 ;
FigureHeight = 400 ;
TabSpace = 10 ;
TextHeight = 22 ;
ChangeYPos = 30 ;


% reset the figure's size .
set( FigureHandle, 'Units', 'pixels', ...
    'Position', [150 150  FigureWidth  FigureHeight], ...
    'DoubleBuffer', 'on' ) ;

% generate the axes to plot lines .
AxesHandle = axes( 'Parent', FigureHandle, 'Units' , 'pixels' ,  ...
    'Position', [0  0  FigureWidth  FigureHeight], 'Visible', 'off', ...
    'Tag', 'BackgroundAxes', ...
    'Xlim', [0  FigureWidth], 'Ylim', [0  FigureHeight] ) ;

% get the color of the figure .
FigureColor = get( FigureHandle, 'Color' ) ;
% reset the default value of the uicontrols .
set(FigureHandle,'defaultuicontrolunits','normalized');
set(FigureHandle,'defaultuicontrolfontname','隶书');
set(FigureHandle,'defaultuicontrolBackgroundColor', FigureColor );



% generate the parameters of the Analyze .
% -----------------------------------------------------------------------------
% define the first frame .
% FrameXPos = Frame1Position(1) + Frame1Position(3) + TabSpace * 1.5 ;
FrameXPos = TabSpace * 1.5 ;
FrameWidth = FigureWidth - TabSpace * 3 ;
FrameHeight = FigureHeight - TabSpace * (8 + 5) ;
FrameYPos = FigureHeight - FrameHeight - TabSpace * 1.5 ;
Frame1Position = [FrameXPos  FrameYPos  FrameWidth  FrameHeight] ;
% generate a frame .
LineXData = [FrameXPos  FrameXPos  (FrameXPos + FrameWidth)  (FrameXPos + FrameWidth)  FrameXPos] ;
LineYData = [FrameYPos  (FrameYPos + FrameHeight)  (FrameYPos + FrameHeight)  FrameYPos  FrameYPos] ;
LineHandle = line ( 'Parent', AxesHandle, 'XData', LineXData, 'YData', LineYData,...
    'Tag', 'FrameLine1', 'LineStyle', '-', 'Color', [0  0  0], 'Marker', 'none'  );


TextXPos = Frame1Position(1) + 15 ;
TextYPos = Frame1Position(2) + Frame1Position(4) - 12 ;
TextWidth = 50 ;
TextPosition = [TextXPos  TextYPos  TextWidth  TextHeight] ;
% subtitle: 分析
SubtitleHandle = uicontrol(FigureHandle, 'Style','text', 'Units','pixels',...
    'Position',TextPosition,'horizontal','center',...
    'Tag', 'AnalyzeText', 'String', '分析', 'fontsize',13 );

% get the position of the axeses .
AxesXPos = Frame1Position(1) + TabSpace * 5.5 ;
AxesWidth = (Frame1Position(3) - TabSpace * 17) / 3 ;
AxesHeight = (Frame1Position(4) - TabSpace * 15) / 2 ;
AxesYPos = Frame1Position(2) + Frame1Position(4) - AxesHeight - TabSpace * 3 ;
AxesPosition = [AxesXPos  AxesYPos  AxesWidth  AxesHeight] ;

TagIndex = 'ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789' ;

for num = 1: 6
    TempAxesPosition = AxesPosition ;
    if num <= 3
        TempAxesPosition(1) = TempAxesPosition(1) + (num - 1) * (AxesWidth + TabSpace * 5) ;
    else
        TempAxesPosition(1) = TempAxesPosition(1) + (num - 4) * (AxesWidth + TabSpace * 5) ;
        TempAxesPosition(2) = TempAxesPosition(2) - (AxesHeight + TabSpace * 8) ;
    end
    % generate the axes to plot lines .
    AxesHandle = axes( 'Parent', FigureHandle, 'Units' , 'Pixels' ,  ...
        'Position', TempAxesPosition, 'Visible', 'on', ...
        'Tag', ['AnalyzeAxes', TagIndex(num)] ) ;
    
end


% display the formula .
% -----------------------------------------------------------------------------
% define the second frame .
FrameXPos = TabSpace * 1.5 ;
FrameWidth = FigureWidth - TabSpace * 3 ;