original_docstring: 
          Return the WKT string of the trajectory LineStringM representation.
  
          Returns
          -------
          string
              WKT of trajectory as LineStringM
          
docstring: Return the WKT string of the trajectory LineStringM representation.
  Returns
  
  string
  WKT of trajectory as LineStringM
docstring_tokens: Return the WKT string of the trajectory LineStringM representation . Returns string WKT of trajectory as LineStringM
code: def to_linestringm_wkt(self):
          """
          Return the WKT string of the trajectory LineStringM representation.
  
          Returns
          -------
          string
              WKT of trajectory as LineStringM
          """
          # Shapely only supports x, y, z. Therefore, this is a bit hacky!
          coords = ''
          for index, row in self.df.iterrows():
              pt = row[self.get_geom_column_name()]
              t = to_unixtime(index)
              coords += "{} {} {}, ".format(pt.x, pt.y, t)
          wkt = "LINESTRING M ({})".format(coords[:-2])
          return wkt
code_tokens: def to_linestringm_wkt ( self ) : coords = '' for index , row in self . df . iterrows ( ) : pt = row [ self . get_geom_column_name ( ) ] t = to_unixtime ( index ) coords += "{} {} {}, " . format ( pt . x , pt . y , t ) wkt = "LINESTRING M ({})" . format ( coords [ : - 2 ] ) return wkt
short_docstring: Return the WKT string of the trajectory LineStringM representation.
short_docstring_tokens: Return the WKT string of the trajectory LineStringM representation .
comment: """
          Return the WKT string of the trajectory LineStringM representation.
  
          Returns
          -------
          string
              WKT of trajectory as LineStringM
          """$SEP$# Shapely only supports x, y, z. Therefore, this is a bit hacky!