print(f"Latitude: lat, Longitude: lon")
Once you have the basics, the real fun begins. Here are common projects the community builds with FSUIPC + Python:
import pyuipc import time
print("Press 'h' to set heading 90°, 'q' to quit") while True: if keyboard.is_pressed('h'): set_heading(90) time.sleep(0.5) elif keyboard.is_pressed('q'): break fs.close()
The marriage of FSUIPC and Python represents a shift toward more accessible, modular flight simulation. By abstracting the complexities of inter-process communication into a readable script, it allows the community to focus on innovation—whether that is building a realistic home cockpit or developing advanced flight-tracking software. As simulators continue to evolve, the flexibility of Python ensures that the bridge to their internal data remains open for all. tjensen/fsuipc: Python client wrapper for FSUIPC - GitHub
The library uses "offsets"—hexadecimal addresses—to find specific data points in the simulator. You can find these in the official FSUIPC Offset Mapping documentation Example: Getting Position & Altitude # Use a context manager to handle connection/closure # Prepare specific offsets (Offset, Type) # 0x560: Latitude, 0x568: Longitude, 0x570: Altitude = fsuipc.prepare_data([ ( ), ( ), ( = prepared.read() print( latitude longitude altitude ) input(
Fsuipc Python [updated] Today
print(f"Latitude: lat, Longitude: lon")
Once you have the basics, the real fun begins. Here are common projects the community builds with FSUIPC + Python: fsuipc python
import pyuipc import time
print("Press 'h' to set heading 90°, 'q' to quit") while True: if keyboard.is_pressed('h'): set_heading(90) time.sleep(0.5) elif keyboard.is_pressed('q'): break fs.close() print(f"Latitude: lat, Longitude: lon") Once you have the
The marriage of FSUIPC and Python represents a shift toward more accessible, modular flight simulation. By abstracting the complexities of inter-process communication into a readable script, it allows the community to focus on innovation—whether that is building a realistic home cockpit or developing advanced flight-tracking software. As simulators continue to evolve, the flexibility of Python ensures that the bridge to their internal data remains open for all. tjensen/fsuipc: Python client wrapper for FSUIPC - GitHub As simulators continue to evolve, the flexibility of
The library uses "offsets"—hexadecimal addresses—to find specific data points in the simulator. You can find these in the official FSUIPC Offset Mapping documentation Example: Getting Position & Altitude # Use a context manager to handle connection/closure # Prepare specific offsets (Offset, Type) # 0x560: Latitude, 0x568: Longitude, 0x570: Altitude = fsuipc.prepare_data([ ( ), ( ), ( = prepared.read() print( latitude longitude altitude ) input(