Specifications

5 GUI Applications
5-28
currentVal = get(handles.ResultsList,'Value');
% Get data to plot and generate command string with color
% specified
legendStr = cell(length(currentVal),1);
plotColor = {'b','g','r','c','m','y','k'};
for ctVal = 1:length(currentVal);
PlotData{(ctVal*3)-2} =
handles.ResultsData(currentVal(ctVal)).timeVector;
PlotData{(ctVal*3)-1} =
handles.ResultsData(currentVal(ctVal)).outputVector;
numColor = ctVal - 7*( floor((ctVal-1)/7) );
PlotData{ctVal*3} = plotColor{numColor};
legendStr{ctVal} =
[handles.ResultsData(currentVal(ctVal)).RunName,...
'; Kf=', ...
num2str(handles.ResultsData(currentVal(ctVal)).KfValue),...
'; Ki=', ...
num2str(handles.ResultsData(currentVal(ctVal)).KiValue)];
end
% If necessary, create the plot figure and store in handles
% structure
if ~isfield(handles,'PlotFigure') |
~ishandle(handles.PlotFigure),
handles.PlotFigure = figure('Name','F14 Simulation
Output',...
'Visible','off','NumberTitle','off',...
'HandleVisibility','off','IntegerHandle','off');
handles.PlotAxes = axes('Parent',handles.PlotFigure);
guidata(hObject, handles)
end
% Plot data
pHandles = plot(PlotData{:},'Parent',handles.PlotAxes);
% Add a legend, and bring figure to the front
legend(pHandles(1:2:end),legendStr{:})
% Make the figure visible and bring it forward
figure(handles.PlotFigure)