Design. Install. Manage.
Padel Court Experts.

async def get_bookings(token): resp = await fetch(f"{API}/bookings", params={"tenant_id": TENANT_ID}) return [b for b in resp.json() if b["status"] != "CANCELLED"] def find_last_booking_end(bookings): latest = None for booking in bookings: end = parse(booking["booking_end_date"]) if latest is None or end > latest: latest = end return latest class CourtMonitor: def __init__(self, sensors, courts): self.sensors = sensors self.courts = courts self.state = {} async def check_presence(self, court): reading = await self.sensors[court].read() if reading.human_detected: booking = self.get_active_booking(court) if not booking: await self.trigger_alert(court) async def trigger_alert(self, court): await self.pulse_lights(court, cycles=6) await self.play_warning(court) await self.send_notification(court) def schedule_announcement(time, court): audio = generate_tts( f"Welcome to On Padel! " f"{names}, your court is ready." ) at_scheduler.add(time, play_audio, args=[audio, court]) class LightController: CHANNELS = { "Padel 1": 0, "Padel 2": 1, "Padel 3": 2, "Padel 4": 3 } def set_state(self, court, state): channel = self.CHANNELS[court] self.ewelink.set_switch( device_id=DEVICE_ID, channel=channel, state=state ) async def process_stream(camera_id): stream = rtsp.connect(camera_id) detector = YOLOv8("padel_model.pt") while frame := await stream.read(): results = detector.detect(frame) balls = [r for r in results if r.class_name == "ball"] players = [r for r in results if r.class_name == "person"] await tracker.update(balls, players) if score_changed(tracker.state): await update_display(tracker.score) def generate_highlights(match_id): events = db.get_events(match_id) clips = [] for event in events: if event.excitement_score > 0.8: clip = extract_clip( event.timestamp - 5, event.timestamp + 3 ) clips.append(clip) return render_highlight_reel(clips) func courtIntelDashboard() { const bookings = await fetchBookings(); const courts = mapCourts(bookings); render({ stats: calculateStats(bookings), courts: courts, lights: getLightStatus(courts), music: getMusicState(), }); } SELECT court_name, COUNT(*) as bookings, AVG(duration) as avg_duration, SUM(price) as total_revenue FROM bookings WHERE date = CURRENT_DATE GROUP BY court_name ORDER BY bookings DESC; class ReplayBuffer: def __init__(self, duration=120): self.buffer = deque(maxlen=duration*30) def capture(self, frame): self.buffer.append(frame) def get_replay(self, seconds=60): frames = list(self.buffer)[-seconds*30:] return encode_video(frames) async def get_bookings(token): resp = await fetch(f"{API}/bookings", params={"tenant_id": TENANT_ID}) return [b for b in resp.json() if b["status"] != "CANCELLED"] def find_last_booking_end(bookings): latest = None for booking in bookings: end = parse(booking["booking_end_date"]) if latest is None or end > latest: latest = end return latest