pyepr.ResonatorProfileSequence
==============================

.. py:class:: pyepr.ResonatorProfileSequence(*, B, freq, reptime, averages, shots, fwidth=0.3, dtp=2, **kwargs)

   Bases: :py:obj:`Sequence`


   Builds nutation based Resonator Profile sequence. 


   Build a resonator profile nutation sequence using either 
   rectangular pulses or specified pulses.


   :Parameters:

       **B** : int or float
           The B0 field, in Guass

       **Bwidth: int or float**
           The width of the field sweep, in Gauss

       **freq** : int or float
           The freq frequency in GHz

       **reptime** : _type_
           The shot repetition time in us

       **averages** : int
           The number of scans.

       **shots** : int
           The number of shots per point

       **fwidth: float**
           The frequency width of the resonator profile in GHz, 
           by default 0.3GHz

       **fstep: float**
           The frequency step for the profile in GHz, by default 0.02GHz

       **dtp: float**
           The time step for the test pulse in ns, by default 2 ns

       **step:**
           The frequency step parameter in GHz, by default 0.02GHz














   ..
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   .. py:attribute:: gyro


   .. py:attribute:: fwidth


   .. py:attribute:: fstep


   .. py:attribute:: dtp


   .. py:attribute:: kwargs


   .. py:method:: _build_sequence()


   .. py:method:: simulate(Q=100, fc=None, nu1=75, damping=0.06)

      
      Simulates a resonator profile sequence as a damped oscillation.


      :Parameters:

          **Q** : int
              The quality factor of the resonator, by default 100

          **fc** : float
              The center frequency of the resonator, by default None. If None the freq frequency is used.

          **nu1** : float
              The maximum amplitude of the resonator profile, by default 75 MHz. This is a linear frequency scale.

          **damping** : float
              The damping factor of the resonator, by default 0.06.














      ..
          !! processed by numpydoc !!