%---strip--%
subplot(2,2,1); plot(rand(1,100),'r-*'); xlabel('time (s)'); ylabel('position (m)'); title('Sensor 1');
subplot(2,2,2); plot(rand(1,100),'r-o'); xlabel('time (s)'); ylabel('position (m)'); title('Sensor 2');
subplot(2,1,2); plot(rand(1,100)); xlabel('time (s)'); ylabel('position (m)'); title('Sensor 3');
p = plotlyfig(gcf, 'filename', 'test_caption_strip'); 
p.add_caption('Note: Test caption describing the context of this experiment.'); 
p.plotly; 

%---no strip--%
subplot(2,2,1); plot(rand(1,100),'r-*'); xlabel('time (s)'); ylabel('position (m)'); title('Sensor 1');
subplot(2,2,2); plot(rand(1,100),'r-o'); xlabel('time (s)'); ylabel('position (m)'); title('Sensor 2');
subplot(2,1,2); plot(rand(1,100)); xlabel('time (s)'); ylabel('position (m)'); title('Sensor 3');
p = plotlyfig(gcf, 'filename', 'test_caption_no_strip', 'strip', false); 
p.add_caption('Note: Test caption describing the context of this experiment.'); 
p.plotly; 

%---no strip + style--%
subplot(2,2,1); plot(rand(1,100),'r-*'); xlabel('time (s)'); ylabel('position (m)'); title('Sensor 1');
subplot(2,2,2); plot(rand(1,100),'r-o'); xlabel('time (s)'); ylabel('position (m)'); title('Sensor 2');
subplot(2,1,2); plot(rand(1,100)); xlabel('time (s)'); ylabel('position (m)'); title('Sensor 3');
p = plotlyfig(gcf, 'filename', 'test_caption_no_strip_style', 'strip', false); 

% caption style
font.size = 24;
borderwidth = 2; 
bordercolor = 'rgb(1,1,1)';
x = 0.12; 
y = -0.01; 

% add the caption style as key/value args
p.add_caption('Note: Test caption describing the context of this experiment.',...
    'font', font, 'borderwidth', borderwidth, 'bordercolor', bordercolor, ...
    'x', x, 'y', y); 
p.plotly;