original_docstring: 
          Write out a chunk of tomography and response.
  
          Parameters
          ----------
          outfile: h5py.File
  
          start: int
              The index into the output this chunk starts at
  
          end: int
              The index into the output this chunk ends at
  
          tomo_bin: array of shape (nrow,)
              The bin index for each output object
  
          R: array of shape (nrow,2,2)
              Multiplicative bias calibration factor for each object
          
docstring: Write out a chunk of tomography and response.
  Parameters
  
  
  
  int
  The index into the output this chunk starts at
  
  int
  The index into the output this chunk ends at
  
  array of shape (nrow,)
  The bin index for each output object
  
  array of shape (nrow,2,2)
  Multiplicative bias calibration factor for each object
docstring_tokens: Write out a chunk of tomography and response . Parameters int The index into the output this chunk starts at int The index into the output this chunk ends at array of shape ( nrow ) The bin index for each output object array of shape ( nrow 2 2 ) Multiplicative bias calibration factor for each object
code: def write_tomography(self, outfile, start, end, lens_bin):
          """
          Write out a chunk of tomography and response.
  
          Parameters
          ----------
          outfile: h5py.File
  
          start: int
              The index into the output this chunk starts at
  
          end: int
              The index into the output this chunk ends at
  
          tomo_bin: array of shape (nrow,)
              The bin index for each output object
  
          R: array of shape (nrow,2,2)
              Multiplicative bias calibration factor for each object
          """
  
          group = outfile['tomography']
          group['lens_bin'][start:end] = lens_bin
          group['lens_weight'][start:end] = 1.0
code_tokens: def write_tomography ( self , outfile , start , end , lens_bin ) : group = outfile [ 'tomography' ] group [ 'lens_bin' ] [ start : end ] = lens_bin group [ 'lens_weight' ] [ start : end ] = 1.0
short_docstring: Write out a chunk of tomography and response.
short_docstring_tokens: Write out a chunk of tomography and response .
comment: """
          Write out a chunk of tomography and response.
  
          Parameters
          ----------
          outfile: h5py.File
  
          start: int
              The index into the output this chunk starts at
  
          end: int
              The index into the output this chunk ends at
  
          tomo_bin: array of shape (nrow,)
              The bin index for each output object
  
          R: array of shape (nrow,2,2)
              Multiplicative bias calibration factor for each object
          """