It is showing error in the program command window

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VIJAY KUMAR
VIJAY KUMAR 2016-4-8
评论： Walter Roberson 2016-4-9
I am showing that error in the following in red color
Conversion to logical from matlab.graphics.chart.primitive.Line is not possible.
Error in CleanData/CloseCleanedData (line 97) if pl(j)
Error using uiwait (line 81) Error while evaluating Figure CloseRequestFcn

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回答（1 个）

VIJAY KUMAR
VIJAY KUMAR 2016-4-8
编辑：Walter Roberson 2016-4-8
clearvars -except faceMapsSave5 faceMapsSave7 faceMapsSave9;
% close all;
pathSetup();
Partition is preferably set the main folder on the drive used.
%partition = 'C:\Data\Users\Alexander\Movies\Besira\November 27\';
partition = 'C:\Data\Users\Alexander\Movies\Besira\';
[fileName, filePath] = uigetfile([partition '*.mat'],'Choose file');
stepperData = load([filePath '..\cam_' fileName(6:end-4) '.txt']);
bsIndex = find(filePath == '\' | filePath == '/');
saveName = filePath(bsIndex(end-3)+1:bsIndex(end-1)-1);
bsIndex = find(saveName =='\' | saveName == '/');
saveName(bsIndex) = '_';
saveName(saveName == '%') = 'p'; % Can't save as .pdf with '%' in file name.
saveName(saveName == ' ') = '_';
%%Error calc option
errorbars = 0; % errorbar = 0 draws two lines with 1 resp std:s
compensateErrorForWidth = 1;
closeAllWindows = 0; %Closes all plots when closing one, good to use when resaving plots
%%Name saved figures and data
savePathData = 'C:\Data\Users\Alexander\Movies\SavedPlotsAndData\data\';
savePathPlot = 'C:\Data\Users\Alexander\Movies\SavedPlotsAndData\plots\';
savePathAnnot= 'C:\Data\Users\Alexander\Movies\SavedPlotsAndData\annotations\';
savePathRod = 'C:\Data\Users\Alexander\Movies\SavedPlotsAndData\rods\';
%%replot all data in data folder
% files = dir([savePathData '*.mat']);
% nrOfFiles = length(files);
% errorFiles = {};
% %%
% for i = 1:nrOfFiles
% saveName = files(i).name(1:end-4);
if ~exist('faceMapsSave5','var')
faceMapsSave5 = load('FaceMapsLambda5.mat');
faceMapsSave5 = faceMapsSave5.L5;
faceMapsSave7 = load('FaceMapsLambda7.mat');
faceMapsSave7 = faceMapsSave7.L7;
faceMapsSave9 = load('FaceMapsLambda9.mat');
faceMapsSave9 = faceMapsSave9.L9;
end
facemaps = {faceMapsSave5,faceMapsSave7,faceMapsSave9};
if exist([savePathData saveName '.mat'],'file')
fuss = load([savePathData saveName '.mat']);
saveStruct = fuss.saveStruct;
saveStruct.saveName = saveName;
lambda = saveStruct.rodLength/3; %3 is the diameter of the rod
[~,bestMatchLambda] = min(abs([5 7 9] - lambda));
%
facemapMatch = facemaps{bestMatchLambda};
saveStruct.bestMatchLambda = bestMatchLambda;
saveStruct = FitExpToTheory(saveStruct,facemapMatch, 1);
save([savePathData saveName '.mat'],'saveStruct')
else
%%Load data
fuss = load([filePath fileName]);
data = fuss.data;
extraData =fuss.extraData;
currentRange = [1, length(data(:,1))];
loadedStruct = extractData(data,extraData,currentRange,0,1,compensateErrorForWidth);
loadedStruct2 = extractData(data,extraData,currentRange,0,0,compensateErrorForWidth);
frames = load([filePath 'frames.mat']);
%%Data needed from the extracted data
saveStruct = struct();
saveStruct.n_x = loadedStruct.n_x;
saveStruct.n_z = loadedStruct.n_z;
saveStruct.XDistanceCons = loadedStruct.XDistance;
saveStruct.XDistance = loadedStruct2.XDistance;
saveStruct.XFrames = loadedStruct.XFrames;
saveStruct.stretchData = extraData.stretchData;
saveStruct.flowAngle = extraData.FlowAngle;
saveStruct.P_M_Start = mean(extraData.x);
temp = stepperData(1,3)*1e-3;
saveStruct.X0 = stepperData(1,2)*1e-3;
saveStruct.Y0 = temp - saveStruct.flowAngle*saveStruct.X0;
saveStruct.rodLength = loadedStruct.rodLength;
saveStruct.frames = frames;
saveStruct.saveName = saveName;
saveStruct.YPos = loadedStruct.YPos;
saveStruct.XTime = loadedStruct.XTime;
saveStruct.a = loadedStruct.a;
saveStruct.b = loadedStruct.b;
saveStruct.loadedStruct = loadedStruct;
saveStruct.saved = 0;
lambda = saveStruct.rodLength/3; %3 is the diameter of the rod
[~,bestMatchLambda] = min(abs([5 7 9] - lambda));
facemapMatch = facemaps{bestMatchLambda};
saveStruct.bestMatchLambda = bestMatchLambda;
%Exstract, structure and clean data
saveStruct = SortOutData(saveStruct);
%Pair stretches for reversals
% saveStruct = PairStretches(saveStruct);
%Select a picture of the particle
saveStruct = SelectFrame(frames,saveStruct);
% Find Nx = 0
indices = FindNx0(saveStruct.stretchesNX);
saveStruct = FindDeltaNz(indices,saveStruct); %First collumn nz, 2nd deltaNz
saveStruct = FloatOrSink(indices,saveStruct);
%Fit values to a theoretical orbit
saveStruct = FitExpToTheory(saveStruct,facemapMatch,1);
saveStruct = ErrorTest(saveStruct,compensateErrorForWidth);
save([savePathData saveName '.mat'],'saveStruct')
end
try
% indices = FindNx0(saveStruct.stretchesNX);
% saveStruct = FindDeltaNz(indices,saveStruct); %First collumn nz, 2nd deltaNz
% saveStruct = FloatOrSink(indices,saveStruct);
fuss = load([filePath fileName]);
data = fuss.data;
extraData =fuss.extraData;
currentRange = [1, length(data(:,1))];
loadedStruct = extractData(data,extraData,currentRange,0,1,compensateErrorForWidth);
loadedStruct2 = extractData(data,extraData,currentRange,0,0,compensateErrorForWidth);
temp = stepperData(1,3)*1e-3;
saveStruct.X0 = stepperData(1,2)*1e-3;
saveStruct.Y0 = temp - saveStruct.flowAngle*saveStruct.X0;
saveStruct = ErrorTest(saveStruct,compensateErrorForWidth);
save([savePathData saveName '.mat'],'saveStruct')
[saveStruct, stretches, rod, turns, drift, velocity] = PlotTrajectories(saveStruct,closeAllWindows,errorbars);
save([savePathData saveName '.mat'],'saveStruct')
% PlotOrbit(saveStruct,facemapMatch);
catch err
% errorFiles = [errorFiles saveName];
rethrow(err)
% continue
end
saveStruct.saved = 0;
if saveStruct.saved == 0
savefig([savePathPlot saveName '_A'],stretches,'pdf')
savefig([savePathPlot saveName '_B'],drift,'pdf')
for i = 1:length(turns)
nrFix = '';
if i < 10
nrFix = '0';
end
savefig([savePathPlot saveName '_C' nrFix num2str(i)],turns(i),'pdf')
end
savefig([savePathPlot saveName '_D'],velocity,'pdf')
% savefig([savePathPlot saveName '_E'],orbit,'pdf')
% for i = 1:length(theoryStretches)
% nrFix = '';
% if i < 10
% nrFix = '0';
% end
% savefig([savePathPlot saveName '_E' nrFix num2str(i)],theoryStretches(i),'pdf')
% end
savefig([savePathRod saveName],rod,'pdf')
% % Save the annotations
% fid = fopen([savePathAnnot, saveName, 'annotations.tex'],'w');
% fprintf(fid,'\\caption{' , 'uchar');
% fprintf(fid, ['$\\lambda$ = ', num2str(saveStruct.rodLength/3), '\n'], 'uchar'); %write data
% fprintf(fid, ['$ x_0 = ', num2str(round(saveStruct.X0*1000)), ' \\mu m, z_0 = ', num2str(round(saveStruct.Y0*1000)) ,'\\mu m$']);
% fprintf(fid, ['Depth approx ' num2str(saveStruct.depth), '$\\mu$ m']);
% for i=1:length(saveStruct.annots)
% fprintf(fid, saveStruct.annots{i}, 'uchar'); %write data
% end
% fprintf(fid, '}', 'uchar');
% fclose(fid);
saveStruct.saved = 1;
end
disp(saveName);
% close all
% saveStruct = FitValuesToFacemap(saveStruct);
save([savePathData saveName '.mat'],'saveStruct')
% end

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