:py:mod:`autodeer.hardware.dummy_xepr`
======================================

.. py:module:: autodeer.hardware.dummy_xepr

.. autoapi-nested-parse::

   This is a set of scripts that pretend to be an xepr spectromter, this allows for the further development of 
   this code without having to be sat in front of an actual spectrometer:

   Manufactuer: Hugo Karas (me)
   Model: DUMMY
   Features: The most relibable Bruker EPR spectromter in the world (possibly?)

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

Classes
~~~~~~~

.. autoapisummary::

   autodeer.hardware.dummy_xepr.dummy_api
   autodeer.hardware.dummy_xepr.dummy_cur_exp
   autodeer.hardware.dummy_xepr.dummy_param
   autodeer.hardware.dummy_xepr.dummy_xepr
   autodeer.hardware.dummy_xepr.dummy_hidden
   autodeer.hardware.dummy_xepr.dummy_dataset




Attributes
~~~~~~~~~~

.. autoapisummary::

   autodeer.hardware.dummy_xepr.hw_log
   autodeer.hardware.dummy_xepr.hardware_meta


.. py:data:: hw_log

   

.. py:data:: hardware_meta

   

.. py:class:: dummy_api


   Bases: :py:obj:`autodeer.hardware.XeprAPI_link.XeprAPILink`

   .. py:attribute:: _tmp_dir
      :value: 'None'

      

   .. py:attribute:: meta

      

   .. py:method:: find_Xepr()


   .. py:method:: is_exp_running()


   .. py:method:: acquire_scan()

      
      This script detects the end of the scan and acquires the data set. 
      This requires that the experiment is still running, or recently 
      finished. Once it has been saved this will no longer work.
















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   .. py:method:: acquire_scan_at(scan_num)

      
      This script acquires the scan after a specific number of scans
















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   .. py:method:: acquire_scan_2d()

      
      This function acquires the dataset after a full 2D scan.
      This is done by identifying the number of scan steps per sweep and 
      acquiring the data on that scan.
      This requires that the experiment has not been saved. 
















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   .. py:method:: compile_PulseSpel_def()


   .. py:method:: compile_PulseSpel_prg()


   .. py:method:: set_PulseSpel_var(variable, value)

      
      This can be used to change any pulse spell variable whilst the 
      experiment is running. These changes take effect at the beginning of 
      the next scan
















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   .. py:method:: run_exp()

      
      Runs the current experiment.
















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   .. py:method:: stop_exp()

      
      Stops the current experiment.
















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   .. py:method:: abort_exp()

      
      Aborts the current experiment.
















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.. py:class:: dummy_cur_exp


   .. py:attribute:: ShotRepTime

      

   .. py:attribute:: NbScansToDo

      

   .. py:attribute:: SweepsPExp

      

   .. py:attribute:: ShotsPLoop

      

   .. py:attribute:: XSpecRes

      

   .. py:attribute:: NbScansDone

      

   .. py:attribute:: FTAcqModeSlct

      

   .. py:attribute:: PlsSPELPrgPaF

      

   .. py:attribute:: PlsSPELGlbPaF

      

   .. py:attribute:: PlsSPELLISTSlct

      

   .. py:attribute:: PlsSPELEXPSlct

      

   .. py:attribute:: ReplaceMode

      

   .. py:attribute:: CenterField

      

   .. py:attribute:: FrequencyMon

      

   .. py:attribute:: SweepWidth

      

   .. py:method:: __getitem__(name)

      
      This method returns a given parameter class for the name provided

      :param name: The name of parameter needed
      :type name: string
      :return: Instance of dummy_param class corresponding to the searched name
      :rtype: dummy_param class















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   .. py:method:: getParam(name)

      
      Extracts a paremeter from the current exeperiment

      :param name: The name of the parameter to be extracted
      :type name: string
      :return: An instance of the parameter class for the given paramter name
      :rtype: parameter Class















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   .. py:method:: aqExpRun()



.. py:class:: dummy_param(min, max, type=int, par=None)


   .. py:property:: value


   .. py:attribute:: aqGetParMaxValue

      

   .. py:attribute:: aqGetParMinValue

      

   .. py:attribute:: val

      


.. py:class:: dummy_xepr


   .. py:class:: XeprCmds


      .. py:method:: aqPgShowPrg()


      .. py:method:: aqPgCompile()


      .. py:method:: aqExpSelect()


      .. py:method:: aqPgLoad()


      .. py:method:: aqPgDefLoad()


      .. py:method:: aqPgDefSaveAs()


      .. py:method:: aqPgSaveAs()


      .. py:method:: vpSave(title, path)



   .. py:attribute:: cur_exp

      

   .. py:attribute:: hidden

      

   .. py:method:: XeprExperiment(hidden=None)


   .. py:method:: XeprDataset()



.. py:class:: dummy_hidden


   .. py:attribute:: SignalPhase

      

   .. py:attribute:: BrXPhase

      

   .. py:attribute:: BrYPhase

      

   .. py:attribute:: MinBrXPhase

      

   .. py:attribute:: MinBrYPhase

      

   .. py:attribute:: BrXAmp

      

   .. py:attribute:: BrYAmp

      

   .. py:attribute:: MinBrXAmp

      

   .. py:attribute:: MinBrYAmp

      

   .. py:method:: __getitem__(name)

      
      This method returns a given parameter class for the name provided

      :param name: The name of parameter needed
      :type name: string
      :return: Instance of dummy_param class corresponding to the searched name
      :rtype: dummy_param class















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   .. py:method:: getParam(name)

      
      Extracts a paremeter from the current exeperiment

      :param name: The name of the parameter to be extracted
      :type name: string
      :return: An instance of the parameter class for the given paramter name
      :rtype: parameter Class















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.. py:class:: dummy_dataset(t, V)


   .. py:attribute:: O

      

   .. py:attribute:: size