HOw to set axis?

Hi to everyone, I found the following usefull code on this website, my problem is that I am not able to modify the axis. If I don't change the code at all, the axis limits follow the input values, so if i send some values between 0 and 5 i get thi axis limit, if I send values from 0 to 100 the axis limit change. I need to get fixed axis. For example from 0 to 130 on the y axis. About x axis,it is different. I need this graph to plot how the temperature changes as a function of the time. So each sample that I receive should be plotted in the right time windows, so maybe i need like a timer. Can someone help me on?? at leat with one of my problems?? thank you

function real_time_data_stream_plotting

This example demonstrates how to automatically read a set number of data bytes as and when they are available. This MATLAB® script also generates a real time plot of streaming data collected from the TCPIP server.

The script may be updated to use any instrument/device/TCPIP server to collect real time data. You may need to update the IP address and port.

To generate a report of this entire script, you may use the PUBLISH command at the MATLAB® command line as follows:

publish(real_time_data_plot);

% Author: Ankit Desai
% Copyright 2010 - The MathWorks, Inc.

%%Create the interface object
% Create a TCPIP object listening to port 19 (Character Generator).
%
% *Note* : To enable character generator service at port 19 on a Windows platform, enable:
%
%  Control Panel > Add Remove Programs > Add/Remove Windows Component > Networking Services
%
interfaceObject = tcpip('localhost',19);

Setup a figure window and define a callback function for close operation

figureHandle = figure('NumberTitle','off',...
    'Name','Live Data Stream Plot',...
    'Color',[0 0 0],...
    'CloseRequestFcn',{@localCloseFigure,interfaceObject});

Setup the axes

axesHandle = axes('Parent',figureHandle,...
    'YGrid','on',...
    'YColor',[0.9725 0.9725 0.9725],...
    'XGrid','on',...
    'XColor',[0.9725 0.9725 0.9725],...
    'Color',[0 0 0]);

xlabel(axesHandle,'Number of Samples');
ylabel(axesHandle,'Value');

Initialize the plot and hold the settings on

hold on;
plotHandle = plot(axesHandle,0,'-y','LineWidth',1);

%%Setup interface object to read chunks of data
% Set the number of bytes to read at a time
bytesToRead = 500;

Define a callback function to be executed when desired number of bytes are available in the input buffer

interfaceObject.BytesAvailableFcn = {@localReadAndPlot,plotHandle,bytesToRead};
interfaceObject.BytesAvailableFcnMode = 'byte';
interfaceObject.BytesAvailableFcnCount = bytesToRead;

Open the interface object

fopen(interfaceObject);
pause(3);
snapnow;
%%Implement the bytes available callback
function localReadAndPlot(interfaceObject,~,figureHandle,bytesToRead)

Read the desired number of data bytes

data = fread(interfaceObject,bytesToRead);

Update the plot

set(figureHandle,'Ydata',data);

%%Implement the close figure callback
function localCloseFigure(figureHandle,~,interfaceObject)

Clean up the interface object

fclose(interfaceObject);
delete(interfaceObject);
clear interfaceObject;

Close the figure window

delete(figureHandle);