An Serial Analog Arduino Ohmmeter developed in LabVIEW 2020.\
First of all you must have LabVIEW installed in your machine, you can download its community version in the NI LabVIEW Community Edition webpage for free. 🤩\
Well, as expected you must install a little NI program in your arduino to build the bridge between Arduinos C++ and the LabVIEW languages. :disappointed_relieved:
It's a quick process and well ilustrated in this nice video. 😎\
Ok! Now that we already did all of that it's time to clone the Ohmmeter project. Choose a directory, open it in your gitbash and run the command:\
git clone https://github.com/vitorpp0/Ohmmeter.git
After the cloning process open the Ohmmeter.lvproj and then the Ohmmeter.VI as illustrated below.\
In the ohmmeter.VI click in RUN VI (the ➡️ icon) to start your application.\
In this tab you inform in which of your computer's port the arduino is connected with and start the serial communication with the microcontroller.\ To get everything done you must:\
-[x] Connect your Arduino to the computer via USB connection.
-[x] Select the connected port in the Serial Port dropdown menu.
-[x] Click on the Start button in the Communication State.
-[x] Wait for the device's name to appear and the Connected? light to turns on.\
Ok! Now your Arduino is connected with the ohmmeter.VI. 🎆 🎆 🎆\
Now swicht to the Readings tab, set the frequency of your readings and click on Read button!
If you want to save the data as a .csv file, post processing 😋, and the chart as a image, just pause the readings by clicking on the Pause button and press the Save Data button.