8ce340a573
En udpout, mavp2p (udps) ignore le client tant qu'aucun paquet n'a été émis depuis lui. L'envoi d'un heartbeat GCS dès la connexion force mavp2p à mémoriser l'adresse de retour et à relayer le flux H743 vers pymavlink. Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
299 lines
12 KiB
Python
299 lines
12 KiB
Python
import asyncio
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import json
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import math
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from google import genai
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from google.genai import types
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from mavsdk import System
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from mavsdk.mission import MissionItem, MissionPlan
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from pymavlink import mavutil
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from config import (GEMINI_API_KEY, GEMINI_MODEL,
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MAVLINK_ADDRESS, MAVLINK_PYMAV,
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BASE_LAT, BASE_LON)
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client = genai.Client(api_key=GEMINI_API_KEY)
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SYSTEM_PROMPT = f"""Tu es WireClaw, cerveau d'un drone d'inspection autonome.
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Reponds UNIQUEMENT avec un objet JSON valide, sans markdown.
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Le champ "message" est TOUJOURS en francais.
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Format :
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{{
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"action": "takeoff (decollage initial) | land (atterrissage) | rtl (retour base) | hover (maintien position) | goto (aller vers coordonnees) | orbit (tourner en rond) | status (etat general du drone) | position (position rapide lat/lon/alt) | altitude (changer la hauteur en vol) | position_gps (position GPS complete : horodatage HH:MM:SS + fix + satellites)",
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"altitude": <float metres AGL, defaut 15. Utilise pour altitude cible absolue : "monte a 10m" → 10>,
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"delta": <float|null. Variation relative : "monte de 5m" → 5, "descend de 3m" → -3, null sinon>,
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"lat": <float, pour goto>,
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"lon": <float, pour goto>,
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"radius": <float metres, pour orbit, defaut 10>,
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"speed": <float m/s, pour orbit, defaut 2>,
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"message": "<confirmation courte en francais>"
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}}
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Position de base : lat={BASE_LAT}, lon={BASE_LON}.
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Pour goto, calcule des coordonnees proches (max 500m en test).
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Nord = lat+, Sud = lat-, Est = lon+, Ouest = lon-
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1 degre lat = 111320m, 1 degre lon = 111320*cos(lat)m
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"""
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drone_armed = False
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current_pos = {"lat": BASE_LAT, "lon": BASE_LON, "alt": 0, "abs_alt": 584}
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telemetry_cache = {"battery": -1.0, "mode": "UNKNOWN", "gps_fix": "UNKNOWN", "gps_sats": 0}
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mav = None
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drone = None
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def init_pymavlink():
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global mav
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print("Connexion pymavlink sur 14552...")
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mav = mavutil.mavlink_connection(MAVLINK_PYMAV)
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# Envoie un heartbeat pour signaler l'adresse de retour à mavp2p (udps ne connaît pas le client tant qu'il n'a pas émis)
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mav.mav.heartbeat_send(
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mavutil.mavlink.MAV_TYPE_GCS,
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mavutil.mavlink.MAV_AUTOPILOT_INVALID,
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0, 0, 0
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)
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print("Heartbeat GCS envoyé à mavp2p (enregistrement adresse retour)")
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mav.wait_heartbeat()
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print("pymavlink connecte !")
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def send_orbit_cmd(radius, speed, lat, lon, abs_alt):
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mav.mav.command_long_send(
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mav.target_system, mav.target_component,
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34, 0, radius, speed, 0, float('nan'), lat, lon, abs_alt
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)
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async def refresh_position(drone):
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async for pos in drone.telemetry.position():
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current_pos["lat"] = pos.latitude_deg
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current_pos["lon"] = pos.longitude_deg
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current_pos["alt"] = pos.relative_altitude_m
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current_pos["abs_alt"] = pos.absolute_altitude_m
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break
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async def monitor_armed(drone):
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global drone_armed
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async for is_armed in drone.telemetry.armed():
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drone_armed = is_armed
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await asyncio.sleep(0) # cède le contrôle après chaque mise à jour
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async def monitor_telemetry(drone):
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"""Sonde batterie, mode et GPS par polling — pause 1s entre chaque cycle
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pour ne pas saturer l'event loop asyncio avec des streams gRPC continus."""
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while True:
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try:
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async for bat in drone.telemetry.battery():
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raw = bat.remaining_percent
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telemetry_cache["battery"] = abs(raw) * 100 if abs(raw) <= 1 else abs(raw)
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break
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async for fm in drone.telemetry.flight_mode():
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telemetry_cache["mode"] = str(fm)
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break
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async for gps in drone.telemetry.gps_info():
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telemetry_cache["gps_fix"] = str(gps.fix_type)
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telemetry_cache["gps_sats"] = gps.num_satellites
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break
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except Exception:
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pass
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await asyncio.sleep(1)
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async def interpret_command(text):
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response = client.models.generate_content(
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model=GEMINI_MODEL,
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contents=text,
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config=types.GenerateContentConfig(
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system_instruction=SYSTEM_PROMPT,
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temperature=0.1,
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)
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)
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raw = response.text.strip()
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if raw.startswith("```"):
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raw = raw.split("```")[1]
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if raw.startswith("json"):
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raw = raw[4:]
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return json.loads(raw.strip())
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async def execute_command(drone, cmd):
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global drone_armed
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action = cmd.get("action")
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alt = float(cmd.get("altitude") or 15)
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msg = cmd.get("message", "OK")
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if action == "position":
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await refresh_position(drone)
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return (f"\nGPS : {current_pos['lat']:.6f}, {current_pos['lon']:.6f}\n"
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f"Altitude : {current_pos['alt']:.1f} m (AGL)\n"
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f"Alt abs : {current_pos['abs_alt']:.1f} m (MSL)")
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elif action == "status":
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await refresh_position(drone)
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return (f"\nPosition : {current_pos['lat']:.6f}, {current_pos['lon']:.6f}\n"
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f"Altitude : {current_pos['alt']:.1f}m (AGL)\n"
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f"Abs alt : {current_pos['abs_alt']:.1f}m\n"
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f"Batterie : {telemetry_cache['battery']:.0f}%\n"
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f"Mode : {telemetry_cache['mode']}\n"
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f"Arme : {drone_armed}")
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elif action == "takeoff":
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await refresh_position(drone)
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delta = cmd.get("delta")
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target_alt = current_pos["alt"] + float(delta) if delta is not None else alt
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if current_pos["alt"] >= 2.0:
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new_abs_alt = current_pos["abs_alt"] - current_pos["alt"] + target_alt
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await drone.action.goto_location(
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current_pos["lat"], current_pos["lon"], new_abs_alt, float('nan')
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)
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await asyncio.sleep(6)
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await refresh_position(drone)
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return f"OK {msg} — altitude {current_pos['alt']:.1f}m"
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await drone.action.set_takeoff_altitude(target_alt)
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await drone.action.arm()
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await drone.action.takeoff()
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await asyncio.sleep(8)
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await refresh_position(drone)
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return f"OK {msg} — altitude {current_pos['alt']:.1f}m"
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elif action == "goto":
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if current_pos["alt"] < 2.0:
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await drone.action.set_takeoff_altitude(alt)
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await drone.action.arm()
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await drone.action.takeoff()
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await asyncio.sleep(8)
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lat = float(cmd.get("lat", current_pos["lat"]))
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lon = float(cmd.get("lon", current_pos["lon"]))
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items = [MissionItem(
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lat, lon, alt, 5, True,
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float('nan'), float('nan'),
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MissionItem.CameraAction.NONE,
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float('nan'), float('nan'),
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float('nan'), float('nan'),
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float('nan'),
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MissionItem.VehicleAction.NONE
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)]
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await drone.mission.upload_mission(MissionPlan(items))
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await drone.mission.start_mission()
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return f"OK {msg} → ({lat:.5f}, {lon:.5f}) alt {alt}m"
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elif action == "orbit":
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if current_pos["alt"] < 2.0:
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await drone.action.set_takeoff_altitude(alt)
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await drone.action.arm()
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await drone.action.takeoff()
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await asyncio.sleep(8)
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await refresh_position(drone)
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await refresh_position(drone)
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radius = float(cmd.get("radius", 10))
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speed = float(cmd.get("speed", 2))
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send_orbit_cmd(radius, speed,
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current_pos["lat"],
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current_pos["lon"],
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current_pos["abs_alt"])
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ack = mav.recv_match(type='COMMAND_ACK', blocking=True, timeout=2)
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if ack is None or ack.result != 0:
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steps = 16
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items = []
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lat0 = current_pos["lat"]
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lon0 = current_pos["lon"]
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for i in range(steps + 1):
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angle = 2 * math.pi * i / steps
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dlat = (radius / 111320) * math.cos(angle)
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dlon = (radius / (111320 * math.cos(math.radians(lat0)))) * math.sin(angle)
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items.append(MissionItem(
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lat0 + dlat, lon0 + dlon, alt, speed, True,
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float('nan'), float('nan'),
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MissionItem.CameraAction.NONE,
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float('nan'), float('nan'),
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float('nan'), float('nan'),
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float('nan'),
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MissionItem.VehicleAction.NONE
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))
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await drone.mission.upload_mission(MissionPlan(items))
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await drone.mission.start_mission()
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return (f"OK {msg} — orbite waypoints {radius}m "
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f"a {speed}m/s ({steps} points)\n"
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f"Centre : ({lat0:.6f}, {lon0:.6f})")
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return f"OK {msg} — orbite native {radius}m a {speed}m/s"
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elif action == "altitude":
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await refresh_position(drone)
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delta = cmd.get("delta")
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target_alt = current_pos["alt"] + float(delta) if delta is not None else alt
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if current_pos["alt"] < 2.0:
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await drone.action.set_takeoff_altitude(target_alt)
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await drone.action.arm()
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await drone.action.takeoff()
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await asyncio.sleep(8)
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await refresh_position(drone)
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return f"OK {msg} — altitude {current_pos['alt']:.1f}m"
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new_abs_alt = current_pos["abs_alt"] - current_pos["alt"] + target_alt
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await drone.action.goto_location(
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current_pos["lat"], current_pos["lon"], new_abs_alt, float('nan')
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)
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await asyncio.sleep(6)
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await refresh_position(drone)
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return f"OK {msg} — altitude {current_pos['alt']:.1f}m (cible {target_alt:.1f}m)"
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elif action == "position_gps":
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import datetime
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await refresh_position(drone)
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ts = datetime.datetime.now().strftime("%H:%M:%S")
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return (f"\nHorodatage : {ts}\n"
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f"Latitude : {current_pos['lat']:.7f}\n"
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f"Longitude : {current_pos['lon']:.7f}\n"
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f"Alt AGL : {current_pos['alt']:.2f} m\n"
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f"Alt MSL : {current_pos['abs_alt']:.2f} m\n"
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f"Fix GPS : {telemetry_cache['gps_fix']}\n"
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f"Satellites : {telemetry_cache['gps_sats']}")
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elif action == "hover":
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await drone.action.hold()
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return "OK " + msg
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elif action == "land":
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await drone.action.land()
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return "OK " + msg
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elif action == "rtl":
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await drone.action.return_to_launch()
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return "OK " + msg
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return "Action inconnue : " + action
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async def init():
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"""Initialise pymavlink, MAVSDK et démarre les tâches de fond de télémétrie."""
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global drone, drone_armed
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# init_pymavlink est synchrone et bloquant — run_in_executor évite de geler l'event loop
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loop = asyncio.get_running_loop()
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await loop.run_in_executor(None, init_pymavlink)
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drone = System()
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await drone.connect(system_address=MAVLINK_ADDRESS)
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print("Connexion MAVSDK...")
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async for state in drone.core.connection_state():
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if state.is_connected:
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print("SITL connecte !")
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async for is_armed in drone.telemetry.armed():
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drone_armed = is_armed
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print(f"Etat initial : {'arme' if drone_armed else 'desarme'}")
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break
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asyncio.create_task(monitor_armed(drone))
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asyncio.create_task(monitor_telemetry(drone))
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break
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async def main():
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await init()
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print("\nWireClaw pret")
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print("Commandes : takeoff, altitude, goto, orbit, status, position, position_gps, hover, rtl, land\n")
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while True:
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try:
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text = input(">>> ").strip()
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if text.lower() in ("quit", "exit", "q"):
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break
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if not text:
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continue
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cmd = await interpret_command(text)
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print(json.dumps(cmd, ensure_ascii=False))
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result = await execute_command(drone, cmd)
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print(result + "\n")
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except KeyboardInterrupt:
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break
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except Exception as e:
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print(f"Erreur : {e}\n")
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if __name__ == "__main__":
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asyncio.run(main()) |