audioop-lts

import audioop # Simulate a 16-bit mono audio fragment (2 bytes per sample) # For a real scenario, this would come from an audio file or stream # Example: two samples, value 1000 and -500 fragment = b'\xe8\x03\x0c\xfe' # Little-endian for 1000 and -500 (approx) width = 2 # 2 bytes per sample (16-bit) # Calculate the RMS (Root Mean Square) of the audio fragment rms_value = audioop.rms(fragment, width) print(f"RMS value: {rms_value}") # Add two fragments (requires them to be of the same length and width) fragment1 = b'\x01\x00\x02\x00' fragment2 = b'\x05\x00\x06\x00' sum_fragment = audioop.add(fragment1, fragment2, width) print(f"Sum fragment: {sum_fragment.hex()}") # Convert to u-LAW encoding (8-bit output, input width still matters) u_law_fragment = audioop.lin2ulaw(fragment, width) print(f"u-LAW fragment: {u_law_fragment.hex()}")