parameters: (self, run, spectra_masks=None, map_file=None)
return_statement: return white_ws
docstring: Create the workspace, which each spectra containing the correspondent white beam integral (single value)
  
          These integrals are used as estimate for detector efficiency in wide range of energies
          (rather the detector electronic's efficiency as the geuger counters are very different in efficiency)
          and is used to remove the influence of this efficiency to the different detectors.
docstring_summary: Create the workspace, which each spectra containing the correspondent white beam integral (single value)
docstring_tokens: Create the workspace which each spectra containing the correspondent white beam integral ( single value )
function: def do_white(self, run, spectra_masks=None, map_file=None):
          """
          Create the workspace, which each spectra containing the correspondent white beam integral (single value)
  
          These integrals are used as estimate for detector efficiency in wide range of energies
          (rather the detector electronic's efficiency as the geuger counters are very different in efficiency)
          and is used to remove the influence of this efficiency to the different detectors.
          """
          white_ws = self._get_wb_inegrals(run)
          # Masks may change in different runs
          # Masking and grouping
          white_ws = self.remap(white_ws, spectra_masks, map_file)
  
          # White beam scale factor
          white_ws *= self.wb_scale_factor
          return white_ws
function_tokens: def do_white ( self , run , spectra_masks = None , map_file = None ) : white_ws = self . _get_wb_inegrals ( run ) # Masks may change in different runs # Masking and grouping white_ws = self . remap ( white_ws , spectra_masks , map_file ) # White beam scale factor white_ws *= self . wb_scale_factor return white_ws