RTLSDR-Airband configs for Yakushima?

rtl_airband_yakushima_367450_367475.conf

# RTLSDR-Airband configuration for the Yakushima Town 367.450 MHz and
# 367.475 MHz channels listed in data/soumu_frequencies.csv.
#
# The receiver stays tuned continuously in multichannel mode. The tuner center
# is offset above both channels to keep them away from the RTL-SDR DC spike at
# the center of the sampled spectrum.
#
# The RTLSDR-Airband binary must be built with NFM support (-DNFM=ON). Each
# squelch-open transmission is recorded natively as 16 ksample/s CF32 I/Q plus
# an MP3 safety copy. Use scripts/cf32_to_wav.py for offline WAV conversion.

localtime = true;

devices:
(
  {
    type = "rtlsdr";
    index = 0;

    # Starting values: tune gain for the antenna/site and set correction to the
    # measured oscillator error in ppm. A stable device serial is preferable to
    # index once the target hardware is known.
    gain = 28.0;
    correction = 0;
    mode = "multichannel";
    centerfreq = "367.550M";

    channels:
    (
      {
        freq = "367.450M";
        label = "Yakushima 367.450 MHz";
        modulation = "nfm";
        bandwidth = 12500;

        # Automatic squelch is used until receiver-specific signal/noise levels
        # have been observed in foreground mode.
        outputs:
        (
          {
            type = "rawfile";
            directory = "PATH TO RECORDING DIRECTORY";
            filename_template = "yakushima_bousai_367_450";
            continuous = false;
            split_on_transmission = true;
            include_freq = true;
            append = true;
            dated_subdirectories = true;
          },
          {
            # Native MP3 provides an immediately playable capture check.
            type = "file";
            directory = "PATH TO RECORDING DIRECTORY";
            filename_template = "yakushima_bousai_367_450";
            continuous = false;
            split_on_transmission = true;
            include_freq = true;
            append = true;
            dated_subdirectories = true;
          }
        );
      },
      {
        freq = "367.475M";
        label = "Yakushima 367.475 MHz";
        modulation = "nfm";
        bandwidth = 12500;

        # This channel is demodulated simultaneously with 367.450 MHz and has
        # an independent automatic squelch and recording stream.
        outputs:
        (
          {
            type = "rawfile";
            directory = "PATH TO RECORDING DIRECTORY";
            filename_template = "yakushima_bousai_367_475";
            continuous = false;
            split_on_transmission = true;
            include_freq = true;
            append = true;
            dated_subdirectories = true;
          },
          {
            # Native MP3 provides an immediately playable capture check.
            type = "file";
            directory = "PATH TO RECORDING DIRECTORY";
            filename_template = "yakushima_bousai_367_475";
            continuous = false;
            split_on_transmission = true;
            include_freq = true;
            append = true;
            dated_subdirectories = true;
          }
        );
      }
    );
  }
);

rtl_airband_yakushima_385450_385475_385600.conf

# RTLSDR-Airband configuration for the Yakushima Town 385 MHz channels listed
# in data/soumu_frequencies.csv.
#
# The receiver stays tuned continuously in multichannel mode. The 385.550 MHz
# tuner center keeps all three channels away from the RTL-SDR DC spike at the
# center of the sampled spectrum.
#
# The RTLSDR-Airband binary must be built with NFM support (-DNFM=ON). Each
# squelch-open transmission is recorded natively as 16 ksample/s CF32 I/Q plus
# an MP3 safety copy. Use scripts/cf32_to_wav.py for offline WAV conversion.

localtime = true;

devices:
(
  {
    type = "rtlsdr";
    index = 0;

    # Starting values: tune gain for the antenna/site and set correction to the
    # measured oscillator error in ppm. A stable device serial is preferable to
    # index once the target hardware is known.
    gain = 28.0;
    correction = 0;
    mode = "multichannel";
    centerfreq = "385.550M";

    channels:
    (
      {
        freq = "385.450M";
        label = "Yakushima 385.450 MHz";
        modulation = "nfm";
        bandwidth = 12500;

        outputs:
        (
          {
            type = "rawfile";
            directory = "PATH TO RECORDING DIRECTORY";
            filename_template = "yakushima_bousai_385";
            continuous = false;
            split_on_transmission = true;
            include_freq = true;
            append = true;
            dated_subdirectories = true;
          },
          {
            # Native MP3 provides an immediately playable capture check.
            type = "file";
            directory = "PATH TO RECORDING DIRECTORY";
            filename_template = "yakushima_bousai_385";
            continuous = false;
            split_on_transmission = true;
            include_freq = true;
            append = true;
            dated_subdirectories = true;
          }
        );
      },
      {
        freq = "385.475M";
        label = "Yakushima 385.475 MHz";
        modulation = "nfm";
        bandwidth = 12500;

        outputs:
        (
          {
            type = "rawfile";
            directory = "PATH TO RECORDING DIRECTORY";
            filename_template = "yakushima_bousai_385";
            continuous = false;
            split_on_transmission = true;
            include_freq = true;
            append = true;
            dated_subdirectories = true;
          },
          {
            # Native MP3 provides an immediately playable capture check.
            type = "file";
            directory = "PATH TO RECORDING DIRECTORY";
            filename_template = "yakushima_bousai_385";
            continuous = false;
            split_on_transmission = true;
            include_freq = true;
            append = true;
            dated_subdirectories = true;
          }
        );
      },
      {
        freq = "385.600M";
        label = "Yakushima 385.600 MHz";
        modulation = "nfm";
        bandwidth = 12500;

        outputs:
        (
          {
            type = "rawfile";
            directory = "PATH TO RECORDING DIRECTORY";
            filename_template = "yakushima_bousai_385";
            continuous = false;
            split_on_transmission = true;
            include_freq = true;
            append = true;
            dated_subdirectories = true;
          },
          {
            # Native MP3 provides an immediately playable capture check.
            type = "file";
            directory = "PATH TO RECORDING DIRECTORY";
            filename_template = "yakushima_bousai_385";
            continuous = false;
            split_on_transmission = true;
            include_freq = true;
            append = true;
            dated_subdirectories = true;
          }
        );
      }
    );
  }
);