Modify test in preparation for -no_delay_cmp being required with -Tracefile in IVAS_dec

            ).absolute()

            trace_out = wav_out.with_suffix(".trace")

            options.extend(["-Tracefile", str(trace_out)])

            options.extend(["-Tracefile", str(trace_out), "-no_delay_cmp"])

            if out_format == "BINAURAL_SPLIT_PCM":

                isar_md_file = wav_out.with_suffix(".isarmd")

        wav_out_bin, trace_out_bin, _ = run_decoder("BINAURAL")

        wav_out_sr, trace_out_sr, isar_md_out_sr = run_decoder("BINAURAL_SPLIT_PCM")

        # Delay-align audio

        assert isar_md_out_sr is not None

        sr_delay_samples = IsarBitstream(isar_md_out_sr).delay_samples

        # Note regarding delay alignment: both output audio files contain the same decoder delay.

        #

        #  - When outputting to BINAURAL with -no_delay_cmp, decoder delay is present in the audio

        #    output, as expected.

        #

        #  - When outputting to BINAURAL_SPLIT_PCM, decoder delay is never compensated in output

        #    audio (irrespective of the -no_delay_cmp flag). The delay value is saved in the ISAR

        #    metadata file and compensated at the post-rendering stage.

        audio_sr, _ = audiofile.readfile(str(wav_out_sr))

        audio_bin, _ = audiofile.readfile(str(wav_out_bin))

        audio_sr = audio_sr[sr_delay_samples:]

        audio_bin = audio_bin[:-sr_delay_samples]

        # Ensure audio and tracefiles are BE

        audio_cmp_result = audioarray.compare(