code: def __init__(
      self,
      min_center_freq: float = 200.0,
      max_center_freq: float = 4000.0,
      min_bandwidth_fraction: float = 0.5,
      max_bandwidth_fraction: float = 1.99,
      min_rolloff: int = 12,
      max_rolloff: int = 24,
      zero_phase: bool = False,
      p: float = 0.5,
  ):
      """
      :param min_center_freq: Minimum center frequency in hertz
      :param max_center_freq: Maximum center frequency in hertz
      :param min_bandwidth_fraction: Minimum bandwidth fraction relative to center
          frequency (number between 0 and 2)
      :param max_bandwidth_fraction: Maximum bandwidth fraction relative to center
          frequency (number between 0 and 2)
      :param min_rolloff: Minimum filter roll-off (in dB/octave).
          Must be a multiple of 6
      :param max_rolloff: Maximum filter roll-off (in dB/octave)
          Must be a multiple of 6
      :param zero_phase: Whether filtering should be zero phase.
          When this is set to `true` it will not affect the phase of the
          input signal but will sound 3db lower at the cutoff frequency
          compared to the non-zero phase case (6db vs 3db). Additionally,
          it is 2 times slower than in the non-zero phase case. If you
          absolutely want no phase distortions (e.g. want to augment a
          drum track), set this to `true`.
      :param p: The probability of applying this transform
      """
      super().__init__(
          min_center_freq=min_center_freq,
          max_center_freq=max_center_freq,
          min_bandwidth_fraction=min_bandwidth_fraction,
          max_bandwidth_fraction=max_bandwidth_fraction,
          min_rolloff=min_rolloff,
          max_rolloff=max_rolloff,
          zero_phase=zero_phase,
          p=p,
          filter_type="bandstop",
      )
  
imports: from audiomentations.augmentations.base_butterword_filter import BaseButterworthFilter
label_desc: Use image node_id 1 to create a new BandStopFilter object from inherited base classes: BaseButterworthFilter with example: obj = BandStopFilter(min_center_freq, max_center_freq, min_bandwidth_fraction, max_bandwidth_fraction, min_rolloff, max_rolloff, zero_phase, p)