Fsuipc Python !!top!! -

def set_heading(heading_deg): # Heading is stored in degrees * 65536 / 360 (32-bit uint) heading_raw = int(heading_deg * 65536 / 360) data = struct.pack('I', heading_raw) fs.write(0x07CC, data) # Autopilot heading bug fs.write(0x07D8, b'\x01\x00') # Heading hold mode ON print(f"Heading set to heading_deg°")

Furthermore, Python can write back to offsets. For a custom force-feedback yoke, a script could read control surface deflections from 0x2BAC and write calculated force values to an Arduino over serial. Or, for serious study-level flying, a Python script can automate repetitive flows, such as an engine start sequence, by writing to offset 0x0892 (starter switch) and monitoring 0x08A4 (oil pressure) until the target value is met. fsuipc python

data = fsuipc.read_multiple(offsets) lat = struct.unpack('i', data[0x0574])[0] / 1e7 def set_heading(heading_deg): # Heading is stored in degrees

FSUIPC is the backbone of advanced flight simulation customization, and Python turns that backbone into a flexible, powerful nervous system. Whether you’re a hobbyist building a home cockpit or a developer prototyping new avionics, the combination of FSUIPC and Python gives you direct, programmatic access to the heart of your flight simulator. data = fsuipc