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I wrote a small script and uploaded to my Arduino to see if PLX-DAQ works. I used the same circuit as described in my previous article From Arduino to R (matlab,mathematica etc). int test2 456 // the second test variable that will be passed to excel. int test 123 //test variable to be passed to Excel. (I am reading an analog voltage and printing 'millis, value' to serial every 200 ms, it's a very simple program that works great for what I want) Two problems: The voltage I want to measure is. Below is a test sketch with detailed comments. I've come to using PuTTy to capture Arduino's serial data to a log file, and then I have a data connection from Excel to that log file for plotting. PLX-DAQ provides easy spreadsheet analysis of data collected in the field, laboratory analysis of sensors and real-time equipment monitoring. Test Sketch to Send Data to Excel from the Arduino. As Parallax says: Parallax Data Acquisition tool (PLX-DAQ) software add-in for Microsoft Excel acquires up to 26 channels of data from any Parallax microcontrollers and drops the numbers into columns as they arrive. With this one the user doesn’t have to spent time importing csv files to excel or any other language he uses. I did not spend much time with this program but I can say it works and its very easy.
Some guys from Parallax made a program called PLX-DAQ and it does this: Allows you to capture data in real time to your Excel spreadsheet and plot them (in real time too). Arduino - Communication, Hundreds of communication protocols have been defined to achieve this data exchange. As I have started my Air Quality project I was searching the web, trying to find information hot to calibrate my new Grove Dust Sensor (I would appreciate any information on this), my eye caught this site (Robottini) and I can say that I was excited.
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