parameters: (self, nuc, p_in, rdesc, rprop, x1=None, p_out=None)
docstring: get_rx(nuc, p_in, rdesc, rprop, x1=None, p_out=None)
          Grab the data for one reaction type.
  
          Parameters
          ----------
          nuc : int
              id form of nucleus to read from.
          p_in : int
              ENDL incident particle designator
          rdesc : int
              ENDL reaction descriptor
          rprop : int
              ENDL reaction property
          x1 : int or None
              ENDL atomic subshell indicator (if applicable)
          yo : int or None
              ENDL outgoing particle designator (if applicable)
  
          Returns
          -------
          data : NumPy array
              Contains the reaction data in a n-by-m-dimensional array. The
              values of n and m depend on the reaction property rprop.
docstring_summary: get_rx(nuc, p_in, rdesc, rprop, x1=None, p_out=None)
          Grab the data for one reaction type.
docstring_tokens: get_rx ( nuc p_in rdesc rprop x1 = None p_out = None ) Grab the data for one reaction type .
function: def get_rx(self, nuc, p_in, rdesc, rprop, x1=None, p_out=None):
          """get_rx(nuc, p_in, rdesc, rprop, x1=None, p_out=None)
          Grab the data for one reaction type.
  
          Parameters
          ----------
          nuc : int
              id form of nucleus to read from.
          p_in : int
              ENDL incident particle designator
          rdesc : int
              ENDL reaction descriptor
          rprop : int
              ENDL reaction property
          x1 : int or None
              ENDL atomic subshell indicator (if applicable)
          yo : int or None
              ENDL outgoing particle designator (if applicable)
  
          Returns
          -------
          data : NumPy array
              Contains the reaction data in a n-by-m-dimensional array. The
              values of n and m depend on the reaction property rprop.
          """
          nuc = nucname.id(nuc)
          if nuc in self.structure:
              return self._read_nuc_pin_rdesc_rprop(nuc, p_in,
                                                    rdesc, rprop,
                                                    x1, p_out)
          else:
              raise ValueError('Nucleus {} does not exist.'.format(nuc))
function_tokens: def get_rx ( self , nuc , p_in , rdesc , rprop , x1 = None , p_out = None ) : nuc = nucname . id ( nuc ) if nuc in self . structure : return self . _read_nuc_pin_rdesc_rprop ( nuc , p_in , rdesc , rprop , x1 , p_out ) else : raise ValueError ( 'Nucleus {} does not exist.' . format ( nuc ) )