Plotting real time serial data in two different axes goes to the wrong axes using one push button in MATLAB GUIDE

Hello good people,

I am stuck with a problem in matlab gui. I am trying to plot 4 different outputs from arduino to matlab gui 2 axes (axes1 & axes2) using guide. The x axis is same for these two axes while ydata is changing according to the arduino output variables. I can plot the variables in two axes but they are not plotting according to my showed path. For example, i want to plot distance1,distance2 & distance3 to plot in axes1 and capa1[0] & capa1[1] to axes2 using one push button. What are the mistakes in Matlab code? Someone please correct me.

Thanks in Advance.

%%%%%%    Arduino serial write code: (I am sending value from 0-255)

Serial.write(distance1);
Serial.write(distance2);
Serial.write(distance3);
Serial.write(capa1[0]);
Serial.write(capa1[1]);

%%%%%%    Matlab Gui code: 

function START_Callback(hObject, eventdata, handles)
% hObject    handle to START (see GCBO)
% eventdata  reserved - to be defined in a future version of MATLAB
% handles    structure with handles and user data (see GUIDATA)

 delete(instrfindall);
 % Init and open the serial port
 s = serial('COM3', 'baudrate', 115200);
 fopen(s);
 points = 100; %number of points on the graph at all times
 data_period = 50; %data period in milliseconds 
%x will be the time axis. The time between points is defined by %"data_period"
 x = linspace(-points*data_period, points*data_period, points);     

 %y will hold the distance, for now all values will be 0 and will have the
 %size defined by "points"
 y = linspace(0,0,points);
 z = linspace(0,0,points);
 z1 = linspace(0,0,points);
 c1 = linspace(0,0,points);
 c2 = linspace(0,0,points);
axes(handles.axes1); % Define axes for plot  
hold(handles.axes1,'on');
lh1=plot(handles.axes1,x,y);
lh2=plot(handles.axes1,x,z);
lh3=plot(handles.axes1,x,z1);
grid(handles.axes1, 'on');

axes(handles.axes2); % Define axes for plot
hold(handles.axes2,'on');
rh1=plot(handles.axes2,x,c1);
rh2=plot(handles.axes2,x,c2);
grid(handles.axes2, 'on');
 
% % set the x and y axis limits to [-points*data_period, points*data_period] and [0, 255] respectively
 axis(handles.axes1,[-points*data_period, points*data_period, 0, 255]);
 axis(handles.axes2,[-points*data_period, points*data_period, 0, 255]);
 shg; %brings the figure to the front of all other windows
% 
 key = get(gcf,'CurrentKey'); %get the key currently pressed
 while ( strcmp(key, 's') == 0) %this while will stop if you press the "s" key
     key = get(gcf,'CurrentKey'); %get the key currently pressed
%     
%     %block until there's at least 1 byte available to read
     while s.BytesAvailable == 0 
     end
%     
%     %push the all the values to the left of the graph 
     for k = 1:1:points-1
        y(k) = y(k+1);
        z(k) = z(k+1);
        z1(k) = z1(k+1);
        c1(k) = c1(k+1);
        c2(k) = c2(k+1);
     end   
%     %read and place value in the right of the graph

      y(points) = fread(s,1);   %Left graph
      z(points) = fread(s,1);   %Left graph
      z1(points) = fread(s,1);  %Left graph
      c1(points) = fread(s,1);  %Right graph
      c2(points) = fread(s,1);  %Right graph
     
%     %save the value in distance without a ";" so we can read the number in
%     %console
     distance = y(points)
     distance1 = z(points)
     distance2 = z1(points)
     
     raw_Capacitance1 = c1(points)
     raw_Capacitance2 = c2(points)
%     % edit just the data for the y axis on the graph. This is much, much
%     % faster than ploting everything over and over again

     set(lh1, 'YData',y); 
     set(lh2, 'YData',z);
     set(lh3, 'YData',z1);
     set(rh1, 'YData',c1);
     set(rh2, 'YData',c2);
%     %request the plot to be updated
     drawnow;
%     
 end
%     
 close ALL %close all open figures
% 
 fclose(s); %close serial port
 delete(s); %remove serial port from memory