original_docstring: 
      returns the reprojected geometry - in the specified spatial reference
  
      Parameters
      ----------
      geometry : OGRGeometry
          geometry object
      osr_spref : OGRSpatialReference
          spatial reference to what the geometry should be transformed to
      segment : float, optional
          for precision: distance in units of input osr_spref of longest
          segment of the geometry polygon
  
      Returns
      -------
      OGRGeometry
          a geometry represented in the target spatial reference
  
      
docstring: returns the reprojected geometry - in the specified spatial reference
  Parameters
  
  geometry : OGRGeometry
  geometry object
  osr_spref : OGRSpatialReference
  spatial reference to what the geometry should be transformed to
  segment : float, optional
  for precision: distance in units of input osr_spref of longest
  segment of the geometry polygon
  
  Returns
  
  OGRGeometry
  a geometry represented in the target spatial reference
docstring_tokens: returns the reprojected geometry - in the specified spatial reference Parameters geometry : OGRGeometry geometry object osr_spref : OGRSpatialReference spatial reference to what the geometry should be transformed to segment : float optional for precision : distance in units of input osr_spref of longest segment of the geometry polygon Returns OGRGeometry a geometry represented in the target spatial reference
code: def transform_geometry(geometry, osr_spref, segment=None):
      """
      returns the reprojected geometry - in the specified spatial reference
  
      Parameters
      ----------
      geometry : OGRGeometry
          geometry object
      osr_spref : OGRSpatialReference
          spatial reference to what the geometry should be transformed to
      segment : float, optional
          for precision: distance in units of input osr_spref of longest
          segment of the geometry polygon
  
      Returns
      -------
      OGRGeometry
          a geometry represented in the target spatial reference
  
      """
      # to count the number of points of the polygon
      # print(geometry_out.GetGeometryRef(0).GetGeometryRef(0).GetPointCount())
  
      geometry_out = geometry.Clone()
  
      # modify the geometry such it has no segment longer then the given distance
      if segment is not None:
          geometry_out = segmentize_geometry(geometry_out, segment=segment)
  
      # transform geometry to new spatial reference system.
      geometry_out.TransformTo(osr_spref)
  
      # split polygons at antimeridian
      if osr_spref.ExportToProj4().startswith('+proj=longlat'):
          if geometry_out.GetGeometryName() in ['POLYGON', 'MULTIPOLYGON']:
              geometry_out = split_polygon_by_antimeridian(geometry_out)
  
      geometry = None
      return geometry_out
code_tokens: def transform_geometry ( geometry , osr_spref , segment = None ) : geometry_out = geometry . Clone ( ) if segment is not None : geometry_out = segmentize_geometry ( geometry_out , segment = segment ) geometry_out . TransformTo ( osr_spref ) if osr_spref . ExportToProj4 ( ) . startswith ( '+proj=longlat' ) : if geometry_out . GetGeometryName ( ) in [ 'POLYGON' , 'MULTIPOLYGON' ] : geometry_out = split_polygon_by_antimeridian ( geometry_out ) geometry = None return geometry_out
short_docstring: returns the reprojected geometry - in the specified spatial reference
  Parameters
short_docstring_tokens: returns the reprojected geometry - in the specified spatial reference Parameters
comment: """
      returns the reprojected geometry - in the specified spatial reference
  
      Parameters
      ----------
      geometry : OGRGeometry
          geometry object
      osr_spref : OGRSpatialReference
          spatial reference to what the geometry should be transformed to
      segment : float, optional
          for precision: distance in units of input osr_spref of longest
          segment of the geometry polygon
  
      Returns
      -------
      OGRGeometry
          a geometry represented in the target spatial reference
  
      """$SEP$# to count the number of points of the polygon$SEP$# print(geometry_out.GetGeometryRef(0).GetGeometryRef(0).GetPointCount())$SEP$# modify the geometry such it has no segment longer then the given distance$SEP$# transform geometry to new spatial reference system.$SEP$# split polygons at antimeridian