#FRC DRIVER STATION RASPBERRY PI CODE#
#FRC DRIVER STATION RASPBERRY PI PC#

Return((float)(leftSide | rightSide) * 0.62) Yes, I use mph, never got used to kilometers.

#FRC DRIVER STATION RASPBERRY PI CODE#

This code translates the data from the 5 in 1 sensors to something WeatherData.rainCounter, weatherData.rcTime) WeatherData.temperature, weatherData.tTime, WeatherData.windSpeed, Time,Дirection,weatherData.wdTime, make sure enough reports have come in before reporting Bit 0 is R1 first type, bit 2 is R1 type 2 and bit 3 is R2 this is a bitmapped byte to tell if the various styles of reports have Array to translate the integer direction provided to text This tiny thing simply takes the data and prints it so we can see it I want to catch control-C and close down gracefully This is just a function prototype for the compiler These are the sensors the the 5 in 1 weather head provides I store things about the weather device USB connection here. The vendor id and product number for the AcuRite 5 in 1 weather head. Parameter that can help you unwind what is happening. If you still have trouble with compilation, remember that cc has a -v Use ldd weatherstation to check which libraries are linked in. On a Pi, use the command line below to build it since the build of libusb-1.0.19Д¬c -o weatherstation weatherstation.c -L/usr/local/lib -lusb-1.0

This module relies on libusb version 1.0.19 which, at this time, can only beД¬ompiled from source on the raspberry pi.Д«ecause there's likely to be a version of libusb and the associated header file I simply lost track of where I found what. Frankly, I simply can't remember all of them, so please,Дon't be offended if you see your ideas somewhere in here and it isn't attributed.

Libusb and about a thousand examples of various things that other people haveДone and posted about. This code represents the result of that effort. I thought it might be possible to read the usb port and massage the data myself. I specifically used a model 2032 display with the 5 in 1 sensor that I picked

#FRC DRIVER STATION RASPBERRY PI PC#

This ever runs on a Windows PC or an Apple anything. Contrary to other folk's thinking, I don't care if The code may work on other systems, but IДon't have one of those. You may want other-stuff/weatherstation.cД®xperimentation with a USB interface to the Acu-Rite 5 in 1 Weatherstation

This is the actual weather module I run for controlling the house, as such, this Meanwhile, here's the updated code for the usb driver portion, and the changes will be in Github in an hour or so.

It's working fine now and back to everyday use while I look further into the barometric pressure, but that's yet another post on this device. While I was in there, I cleaned up some comments, removed the superfluous code that I left in, and generally cleaned up a bit. I added that and the station can be plugged in and work, then work again the next time. This turned out to be caused by my code disconnecting the hidraw driver and not putting it back so it could initialize the device again.ДЇortunately, there's fix for that usblib has a call that will detach the kernal driver automatically and restore it when we're done. The first time I plugged it in, everything was fine, but if the device was reset, it started failing again. But (there's always one of those), my code couldn't connect a second time. When I took the command out of the command.txt file and prevented the hidraw driver from connecting, the communication path was fine. That was a bad thing, since without this, the kernal couldn't talk to the station. I removed the attachment of the hidraw driver from the port, and it was providing the initialization to the kernal that allowed the weather station to work. I found the problem, and it was with the way I set it up. I moved the console to my other Pi and started taking apart the code.ДЄbout a day later, I had tried everything I could think of then it dawned on me that something might be wrong with the initialization. No code had changed, what could be wrong? After the usual routine of changing cables, checking power, plugging it in and out a bunch of times, it still didn't work. The reads timed out and then started responding that I was sending the wrong command. No, I didn't suspect I broke it, everything worked except the actual read. So, about an hour later I plugged it back in and it didn't work. Yep, I messed up, here's the story: I was logging data so I could try and decode the barometric sensor and was getting nowhere, so I thought I'd take the console apart to see what kind of pressure sensor it had in it.

Frc driver station raspberry pi