Lyngdorf Audio Control Library

import asyncio
from lyngdorf import async_create_receiver, LyngdorfModel

async def main():
    # Auto-detect model (recommended)
    receiver = await async_create_receiver("192.168.1.100")

    # Or specify model explicitly
    receiver = await async_create_receiver("192.168.1.100", LyngdorfModel.MP_60)

    # Connect to the receiver
    await receiver.async_connect()

    # Control the receiver
    receiver.power_on(True)
    print(f"Volume: {receiver.volume} dB")
    receiver.volume = -22.5
    receiver.mute_enabled = False

    # Change source
    receiver.source = "HDMI 1"

    # RoomPerfect control
    receiver.room_perfect_position = "Focus 1"

    # Disconnect when done
    await receiver.async_disconnect()

asyncio.run(main())

receiver.power_on(True)   # Turn on
receiver.power_on(False)  # Turn off
print(receiver.power_on)  # Check power state

receiver.volume = -25.0   # Set volume in dB
receiver.volume_up()      # Increase volume
receiver.volume_down()    # Decrease volume
receiver.mute_enabled = True  # Mute

# List available sources
print(receiver.sources)

# Select source by name
receiver.source = "HDMI 1"

# Or by index
receiver.change_source(1)

# List available positions
print(receiver.room_perfect_positions)

# Select position
receiver.room_perfect_position = "Focus 1"
receiver.room_perfect_position = "Global"
receiver.room_perfect_position = "Bypass"

# List available voicings
print(receiver.voicings)

# Select voicing
receiver.voicing = "Neutral"

# Adjust trim levels (in dB)
receiver.trim_bass(1.5)      # +1.5 dB
receiver.trim_treble(-0.5)   # -0.5 dB
receiver.trim_centre(0.0)    # Reset to 0 dB
receiver.trim_height(2.0)
receiver.trim_lfe(-1.0)
receiver.trim_surround(0.5)

# Or use increment/decrement
receiver.trim_bass_up()
receiver.trim_bass_down()

# Zone B power
receiver.zone_b_power_on(True)

# Zone B volume
receiver.zone_b_volume = -30.0
receiver.zone_b_volume_up()
receiver.zone_b_volume_down()

# Zone B source
receiver.change_zone_b_source(2)

# Register for volume changes
def on_volume_change(param1, param2):
    print(f"Volume changed: {param1}")

receiver._api.register_callback("VOL", on_volume_change)

# Register for any change notification
def on_any_change():
    print("Receiver state changed")

receiver._api.register_notification_callback(on_any_change)