HeterodyneFrequencyRange
########################

.. currentmodule:: pyarts3.arts.sensor

.. autoclass:: HeterodyneFrequencyRange

  .. rubric:: Overview

  .. list-table::

    * - Method
      - :func:`~pyarts3.arts.sensor.HeterodyneFrequencyRange.bandpass`
      - Apply an ideal bandpass filter on the current local frequency axis.
    * - Method
      - :func:`~pyarts3.arts.sensor.HeterodyneFrequencyRange.channel_response`
      - Compute the real-frequency response for one spectrometer channel.
    * - Method
      - :func:`~pyarts3.arts.sensor.HeterodyneFrequencyRange.channel_responses`
      - Overloaded function.
    * - Method
      - :func:`~pyarts3.arts.sensor.HeterodyneFrequencyRange.filter`
      - Apply a weighted bandpass filter on the current local frequency axis.
    * - Method
      - :func:`~pyarts3.arts.sensor.HeterodyneFrequencyRange.global_response`
      - Evaluate one path response on the original real-frequency axis.
    * - Method
      - :func:`~pyarts3.arts.sensor.HeterodyneFrequencyRange.highpass`
      - Apply an ideal highpass filter on the current local frequency axis.
    * - Method
      - :func:`~pyarts3.arts.sensor.HeterodyneFrequencyRange.local_response`
      - Evaluate one path response on the current local frequency axis.
    * - Method
      - :func:`~pyarts3.arts.sensor.HeterodyneFrequencyRange.lowpass`
      - Apply an ideal lowpass filter on the current local frequency axis.
    * - Method
      - :func:`~pyarts3.arts.sensor.HeterodyneFrequencyRange.mix`
      - Apply one heterodyne LO mixing stage.
    * - Method
      - :func:`~pyarts3.arts.sensor.HeterodyneFrequencyRange.readxml`
      - Read variable from file.
    * - Method
      - :func:`~pyarts3.arts.sensor.HeterodyneFrequencyRange.savexml`
      - Saves variable to file.
    * - Static Method
      - :func:`~pyarts3.arts.sensor.HeterodyneFrequencyRange.fromxml`
      - Create variable from file.
    * - :class:`list`\[:class:`Vector2`\]
      - :attr:`~pyarts3.arts.sensor.HeterodyneFrequencyRange.global_ranges`
      - Global frequency range
    * - :class:`list`\[:class:`Vector2`\]
      - :attr:`~pyarts3.arts.sensor.HeterodyneFrequencyRange.local_ranges`
      - Local frequency range
    * - Operator
      - :func:`~pyarts3.arts.sensor.HeterodyneFrequencyRange.__eq__`
      - Return self==value.
    * - Operator
      - :func:`~pyarts3.arts.sensor.HeterodyneFrequencyRange.__format__`
      - __format__(self, arg: str, /) -> str
    * - Operator
      - :func:`~pyarts3.arts.sensor.HeterodyneFrequencyRange.__ge__`
      - Return self>=value.
    * - Operator
      - :func:`~pyarts3.arts.sensor.HeterodyneFrequencyRange.__gt__`
      - Return self>value.
    * - Operator
      - :func:`~pyarts3.arts.sensor.HeterodyneFrequencyRange.__hash__`
      - Return hash(self).
    * - Operator
      - :func:`~pyarts3.arts.sensor.HeterodyneFrequencyRange.__init__`
      - Overloaded function.
    * - Operator
      - :func:`~pyarts3.arts.sensor.HeterodyneFrequencyRange.__le__`
      - Return self<=value.
    * - Operator
      - :func:`~pyarts3.arts.sensor.HeterodyneFrequencyRange.__lt__`
      - Return self<value.
    * - Operator
      - :func:`~pyarts3.arts.sensor.HeterodyneFrequencyRange.__ne__`
      - Return self!=value.
    * - Operator
      - :func:`~pyarts3.arts.sensor.HeterodyneFrequencyRange.__repr__`
      - __repr__(self) -> str
    * - Operator
      - :func:`~pyarts3.arts.sensor.HeterodyneFrequencyRange.__str__`
      - __str__(self) -> str

  .. rubric:: Constructors

  .. automethod:: __init__
     :noindex:

  .. rubric:: Methods

  .. automethod:: HeterodyneFrequencyRange.bandpass
  .. automethod:: HeterodyneFrequencyRange.channel_response
  .. automethod:: HeterodyneFrequencyRange.channel_responses
  .. automethod:: HeterodyneFrequencyRange.filter
  .. automethod:: HeterodyneFrequencyRange.global_response
  .. automethod:: HeterodyneFrequencyRange.highpass
  .. automethod:: HeterodyneFrequencyRange.local_response
  .. automethod:: HeterodyneFrequencyRange.lowpass
  .. automethod:: HeterodyneFrequencyRange.mix
  .. automethod:: HeterodyneFrequencyRange.readxml
  .. automethod:: HeterodyneFrequencyRange.savexml

  .. rubric:: Static Methods

  .. automethod:: HeterodyneFrequencyRange.fromxml

  .. rubric:: Attributes

  .. attribute:: HeterodyneFrequencyRange.global_ranges
     :type: list[Vector2]

     Global frequency range

     .. :class:`list[Vector2]`


  .. attribute:: HeterodyneFrequencyRange.local_ranges
     :type: list[Vector2]

     Local frequency range

     .. :class:`list[Vector2]`



  .. rubric:: Operators

  .. automethod:: HeterodyneFrequencyRange.__eq__
  .. automethod:: HeterodyneFrequencyRange.__format__
  .. automethod:: HeterodyneFrequencyRange.__ge__
  .. automethod:: HeterodyneFrequencyRange.__gt__
  .. automethod:: HeterodyneFrequencyRange.__hash__
  .. automethod:: HeterodyneFrequencyRange.__init__
  .. automethod:: HeterodyneFrequencyRange.__le__
  .. automethod:: HeterodyneFrequencyRange.__lt__
  .. automethod:: HeterodyneFrequencyRange.__ne__
  .. automethod:: HeterodyneFrequencyRange.__repr__
  .. automethod:: HeterodyneFrequencyRange.__str__