![]() ![]() Select the correct type of Arduino firmware to use and click next. You can download and install it with the default IDE atįrom the launch screen (or any screen actually) select Tools -> MakerHub -> LINX -> (Note: The Arduino driver is needed for this step. To see where the installed library is in the palette, select ‘Show in Palettes’Ĭonnect the Arduino to the computer and open LabVIEW If prompted, select to open in Package Manager. The library we will use to interact with the Arduino from LabVIEW is called the LabVIEW Interface for Arduino (now, LINX) which we need to download and install to LabVIEW. ![]() We wire 5V and Ground from the Arduino to the two outer pins of the potentiometer and connect the wiper pin to A0. Setupįirst, we wire a potentiometer so that it can act as an Analog Input to the Arduino. ![]() The setup presented below can be used to read or write to/from any of the pins on the Arduino (including writing PWM out). The TI Launchpad allows for the input to the driverstation by acting as an extra Joystick but requires a bit of setup and is only an input.īelow is presented a setup that allows for an Arduino to be used for generic I/O on the Driver Station through the LabVIEW Interface for Arduino (now, LINX).įor this tutorial, we will implement reading a potentiometer and displaying it on the Dashboard. Sometimes it was an abort button, other times a potentiometer to select an auto program, and still others we wanted to put LED’s on the Driver Station that would light up to alert the drivers/coach to something (game piece acquired, aligned for shot, etc.) Many of the years that the authors have been involved with FRC, we wanted to collect I/O on the Driver Station. FRC LabVIEW Tutorials - Arduino - Dashboard Background ![]()
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