:py:mod:`sefd_spectrum`
=======================

.. py:module:: sefd_spectrum


Module Contents
---------------


Functions
~~~~~~~~~

.. autoapisummary::

   sefd_spectrum.arg_init
   sefd_spectrum.fitfunc2
   sefd_spectrum.errfunc2
   sefd_spectrum.linfunc
   sefd_spectrum.linerr
   sefd_spectrum.fit_g
   sefd_spectrum.find_mode
   sefd_spectrum.bsect
   sefd_spectrum.gather_data
   sefd_spectrum.plot_all
   sefd_spectrum.plot_end
   sefd_spectrum.main



Attributes
~~~~~~~~~~

.. autoapisummary::

   sefd_spectrum.big
   sefd_spectrum.explanation
   sefd_spectrum.funcs
   sefd_spectrum.fmt


.. py:data:: big
   :value: 1e+20

   

.. py:data:: explanation
   :value: Multiline-String

    .. raw:: html

        <details><summary>Show Value</summary>

    .. code-block:: python

        """
        A single beam is chosen for each given SBID, and SEFD vs frequency is plotted separately for each antenna.
        The beam chosen is the closest to the boresight (footprint dependent). The -b option can be used to force
        the spectrum for a particular beam to be plotted.
        """

    .. raw:: html

        </details>

   

.. py:function:: arg_init()


.. py:function:: fitfunc2(p, x)


.. py:function:: errfunc2(p, x, y)


.. py:function:: linfunc(p, x)


.. py:function:: linerr(p, x, y)


.. py:data:: funcs

   

.. py:function:: fit_g(x, y, p0, fkey='gau')


.. py:function:: find_mode(data)


.. py:function:: bsect(x, z)

   Find position in array x of value z; assumes x sorted in increasing order.
   Returns j such that x[j] <= z < x[j+1]


.. py:function:: gather_data(obj, delta_freq=4.0, override_beam=-1)


.. py:function:: plot_all(all_data, label)


.. py:function:: plot_end(plot_file)


.. py:function:: main()


.. py:data:: fmt
   :value: '%(asctime)s %(levelname)s  %(name)s %(message)s'