Log Analog Input Data to a File Using NI Devices and Continously Plot Data

I am trying to both log analog dat and continuously plot the data so I can monitor it as my experiment runs. I am using a NI DAQ. Here is my code:

daq.getDevices;
s = daq.createSession('ni');
s.Rate = 1.8;
s.DurationInSeconds = 60;

ch1 = addAnalogInputChannel(s,'cDAQ1Mod1','ai0','Thermocouple');
ch2 = addAnalogInputChannel(s,'cDAQ1Mod1','ai1','Thermocouple');
ch3 = addAnalogInputChannel(s,'cDAQ1Mod1','ai2','Thermocouple');
ch4 = addAnalogInputChannel(s,'cDAQ1Mod1','ai3','Thermocouple');
ch5 = addAnalogInputChannel(s,'cDAQ1Mod1','ai4','Thermocouple');
ch6 = addAnalogInputChannel(s,'cDAQ1Mod1','ai5','Thermocouple');
ch7 = addAnalogInputChannel(s,'cDAQ1Mod1','ai6','Thermocouple');
ch8 = addAnalogInputChannel(s,'cDAQ1Mod1','ai7','Thermocouple');
ch1.ThermocoupleType = 'T';
ch2.ThermocoupleType = 'T';
ch3.ThermocoupleType = 'T';
ch4.ThermocoupleType = 'T';
ch5.ThermocoupleType = 'T';
ch6.ThermocoupleType = 'T';
ch7.ThermocoupleType = 'T';
ch8.ThermocoupleType = 'T';

fid1 = fopen('log.bin','w');
lh = addlistener(s,'DataAvailable', @plotData);
lh1 = addlistener(s,'DataAvailable',@(src, event)logData(src, event, fid1));

s

s.IsContinuous = true;
s.startBackground();
pause(60);
s.stop

fclose(fid1);
fid2 = fopen('log.bin','r');
[data,count] = fread(fid2,[9,inf],'double');
fclose(fid2);

My two functions are as follows:

function plotData(src,event)
    plot(event.TimeStamps, event.Data)
    legend('Outside Sensor 1','Middle Sensor 1','Middle Sensor 2','Middle Sensor 4', ... 
           'External Sensor 2','Outside Sensor 2','Middle Sensor 3','External Sensor 1')
end

function logData(src, evt, fid1) 
    data = [evt.TimeStamps, evt.Data]; 
    fwrite(fid1,data,'double'); 
end

When I use s.NotifyWhenDataAvailableExceeds = 20 I can get the listener function to plot the data at discrete time steps, however, the log file is jumbled. When I use s.Iscontinous = true I can get the data to log correctly, however, I cannot see any data points on my plot. Any idea how to do both at the same time. Meaning how to continuously update the plot and then after it is done to log everything in a data array?