MSFS Mobile Companion App V1.1

Hi,
I found this MDFS Mobile Companion very intrested but I would like it at my FS-computer or a network PC. When I looked around at the GitHub site I found many PY-programs to MSFS2020 and Simconnect, I would like to test. Can you give me a short description which programs and in which order I should install them to use PY and MSFS2020.

It was rather easy. When I red the information at the GitHub files I installed all and it works very well as I wish!

15 hours ago, jonny said:

Hi,
I found this MDFS Mobile Companion very intrested but I would like it at my FS-computer or a network PC. When I looked around at the GitHub site I found many PY-programs to MSFS2020 and Simconnect, I would like to test. Can you give me a short description which programs and in which order I should install them to use PY and MSFS2020.

 

 

You can use the Mobile Companion App on your FS PC or any other device (Windows/Linux/Mac PC, Android, iOS) as long as the device has a fairly recent web browser and is connected to the same local network as your FS PC.

You download and run the app on your FS PC and then connect to it via an IP address from any device in your network. Hope this helps.

Thank you, works fine!

Can we have something similar, but graphically displaying the gear, flaps and trim position ? Would be great

You can also write your py scrip and don't use the webserver.

from time import sleep

ct_g = millis()

# Creat simconnection and pass used user classes
sm = SimConnect()
aq = AircraftRequests(sm)
ae = AircraftEvents(sm)

AP_MASTER = ae.find("AP_MASTER")

# THROTTLE1 Event
# THROTTLE1 = ae.Engine.THROTTLE1_SET

# THROTTLE1 Request
Throttle = aq.find('GENERAL_ENG_THROTTLE_LEVER_POSITION:1')

while not sm.quit:
    print("Thr=%.1f Alt=%f Lat=%f Lon=%f Ax=%.2f Ay=%.2f Az=%.2f" % (
                Throttle.value,
        aq.PositionandSpeedData.get('PLANE_ALTITUDE'),
        aq.PositionandSpeedData.get('PLANE_LATITUDE'),
        aq.PositionandSpeedData.get('PLANE_LONGITUDE'),
        aq.PositionandSpeedData.get('ACCELERATION_BODY_X'),
        aq.PositionandSpeedData.get('ACCELERATION_BODY_Y'),
        aq.PositionandSpeedData.get('ACCELERATION_BODY_Z')     
    ))
    sleep(2)

sm.exit()