Having trouble with saving figure of plot

Running a script read raw data from various excel files, plot them individually, then save the plots as .jpeg.

When I run the script the .jpeg removes secondary y axis and accompanying data.

Thoughts?

clc
close all
clear
clear all
%%0 deg
source_dir = 'C:\;
source_files = dir(fullfile(source_dir,'*.xlsx'));
len = length(source_files);
%Importing data from raw data files
for i = 1:1
  sheet1 = 1;
  Data1 = 'A28:O500';
  [num,txt,raw] = xlsread(source_files(i).name,sheet1,Data1);
  Data = num2cell(num,1);

    %Configure raw data into usable matrices
    t = datetime(txt,'InputFormat','MM/dd/yyyy hh:mm:ss a');
    V = Data(:,[1,3,5,7,9,11]);
    A = Data(:,[2,4,6,8,10,12]);
    T = Data(:,[13,14]);

    %Pull file name for documentation
    [filepath,name] = fileparts(source_files(i).name);   
    %Re-write name in case underscores exist. MatLab reads as subscript
    %callouts 
    name1 = strrep(name,'_',' ');

    %Plot Data
    figure()
    [ax,h1,h2]=plotyy(t,[V{1} V{2} V{3} V{4} V{5} V{6}],t,[T{1} T{2}]);
    set(h2,'linestyle',':')

    hold(ax(1),'on');
    h3 = plot(ax(1),t,[A{1} A{2} A{3} A{4} A{5} A{6}]);
    set(h3,'linestyle','--')
    hold off

    %Format plot
    title(name1);
    xlabel('Time (hh:mm:ss)');
    ylabel(ax(1),'Voltage / Amperage');
    ylabel(ax(2),'Temperature  ^{\circ}C');
    set(ax(1),'ylim',[0,20]);
    lgd = legend('1','2','3','4',.........);

    set(lgd,'location','westoutside');
    set(gcf,'Position',[680 100 1200 800])

    %Print plot, re-sizing nessecary.
   print('-djpeg', name1, '-r100');
end

[jonas]

Plotyy is outdated and not recommended. I would try yyaxis and see if the problem persists.

[Paul Classen]

I am using a 2014b version, therefore yyaxis is not and available input.

[Jan]

Does a drawnow before the print help?

[Paul Classen]

Was able to fix by adding the following before print...

set(gcf,'PaperPositionMode','auto')

Answer 1

[KALYAN ACHARJYA]

clc
close all
clear
clear all
%%0 deg
source_dir='C:\;
source_files=dir(fullfile(source_dir,'*.xlsx'));
len=length(source_files);
%Importing data from raw data files
for i=1:1
  sheet1 = 1;
  Data1 = 'A28:O500';
  [num,txt,raw] = xlsread(source_files(i).name,sheet1,Data1);
  Data = num2cell(num,1);
    %Configure raw data into usable matrices
    t=datetime(txt,'InputFormat','MM/dd/yyyy hh:mm:ss a');
    V=Data(:,[1,3,5,7,9,11]);
    A=Data(:,[2,4,6,8,10,12]);
    T=Data(:,[13,14]);
    %Pull file name for documentation
    [filepath,name] = fileparts(source_files(i).name);   
    %Re-write name in case underscores exist. MatLab reads as subscript
    %callouts 
    name1 = strrep(name,'_',' ');
    %Plot Data
    figure()
    [ax,h1,h2]=plotyy(t,[V{1} V{2} V{3} V{4} V{5} V{6}],t,[T{1} T{2}]);
    set(h2,'linestyle',':')
    hold(ax(1),'on');
    h3=plot(ax(1),t,[A{1} A{2} A{3} A{4} A{5} A{6}]);
    set(h3,'linestyle','--')
    hold off
    %Format plot
    title(name1);
    xlabel('Time (hh:mm:ss)');
    ylabel(ax(1),'Voltage / Amperage');
    ylabel(ax(2),'Temperature  ^{\circ}C');
    set(ax(1),'ylim',[0,20]);
    lgd=legend('1','2','3','4',.........);
    set(lgd,'location','westoutside');
    set(gcf,'Position',[680 100 1200 800])

      %Display the figure as per requirements-
      %Following code save the exact display figure in destination folder

      destination='D:\path\folder_name\im'; %im here save file initial name im1, im2,im3...
      saveas(gcf,[destination,num2str(i),'.jpg']);
  end