![]() ![]() Next Step is to check If I can receive data from MSFS 2020. Then I hit start on the BitsandDroids application and then I was able to change in game values using the rotary encoder. I couldn’t get it to work at first and then I decided to unplug and replug the usb cable after uploading the sketch. I had to download the SDK although I’m not sure if that is necessary. I used your code which I severely trimmed for just the case of one breadboarded rotary encoder and I was able to change values in the game. And because the display reacts to MSFS only, it can never go out of sync.Ĭurrent functions include: COM1&2, NAV1&2, ADF1&2, XPNDR1&2, OBS1&2 AP HDG, ALT, VS BARO, ALT, SPD Pressing either one activates the corresponding AP function (displayed with a dot like in an Airbus). The display is updated accordingly.Įxample: Turn the main knob to “ALT - VS” and select the autopilot altitude with the left rotary and vertical speed with the right. If you press the main button you switch over to COM2. That way you can quickly access a lot of functions.Įxample: Turn the main knob to “COM 1” (NO button press needed) and the other two knobs start to control Mhz and Khz of that radio and switch frequencies. You just scroll down the menu to the function you wish to change/see (often two at once) and miniAVX loads the display and the knobs with the according functions. The really GREAT thing about miniAVX is that the MAIN rotary instantaneously decides the function of the display and the other two rotaries (left and right). I wanted to have something like the Knobster (Air Manager), but without the extra need for software or touchscreen. It enables you to write code on your Arduino that receives/transmits data to/from MSFS via Simconnect. ![]() I started this after finding out about the BitsAndDroids Connector software & Arduino library. ![]()
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