parameters: (self)
return_statement: return NamedStream(StringIO(_xyz), "__.ESP")
docstring: Particles' coordinates at the current time
  
          Returns
          -------
  
          stream : :class:`MDAnalysis.lib.util.NamedStream`
              A stream in the format that can be parsed by :class:`ESPReader`
docstring_summary: Particles' coordinates at the current time
docstring_tokens: Particles coordinates at the current time
function: def trajectory(self):
          """
          Particles' coordinates at the current time
  
          Returns
          -------
  
          stream : :class:`MDAnalysis.lib.util.NamedStream`
              A stream in the format that can be parsed by :class:`ESPReader`
  
          """
          # time
          _xyz = str(self.system.time) + '\n'
          # number of particles
          _xyz += str(len(self.system.part)) + '\n'
          # box edges
          _xyz += str(self.system.box_l) + '\n'
          # configuration
          for _p in self.system.part:
              _xyz += str(_p.pos) + '\n'
          for _p in self.system.part:
              _xyz += str(_p.v) + '\n'
          for _p in self.system.part:
              _xyz += str(_p.f) + '\n'
          return NamedStream(StringIO(_xyz), "__.ESP")
function_tokens: def trajectory ( self ) : # time _xyz = str ( self . system . time ) + '\n' # number of particles _xyz += str ( len ( self . system . part ) ) + '\n' # box edges _xyz += str ( self . system . box_l ) + '\n' # configuration for _p in self . system . part : _xyz += str ( _p . pos ) + '\n' for _p in self . system . part : _xyz += str ( _p . v ) + '\n' for _p in self . system . part : _xyz += str ( _p . f ) + '\n' return NamedStream ( StringIO ( _xyz ) , "__.ESP" )