parameters: (self, prob_id=7, max_tof=-1)
docstring: Constructs a TandEM Problem (Box-Constrained Continuous Single-Objective)
  
      NOTE: This problem (MGA-1DSM) belongs to the GTOP database [http://www.esa.int/gsp/ACT/inf/op/globopt.htm]. The objective function is -log(m_final).
  
      USAGE: problem.tandem(prob_id = 7, max_tof = -1)
  
      * prob_id: Selects the problem variant (one of 1..25). All problems differ from the fly-by sequence
      * max_tof = Activates a constriants on the maximum time of flight allowed (in years)
docstring_summary: Constructs a TandEM Problem (Box-Constrained Continuous Single-Objective)
docstring_tokens: Constructs a TandEM Problem ( Box - Constrained Continuous Single - Objective )
function: def _tandem_ctor(self, prob_id=7, max_tof=-1):
      """
      Constructs a TandEM Problem (Box-Constrained Continuous Single-Objective)
  
      NOTE: This problem (MGA-1DSM) belongs to the GTOP database [http://www.esa.int/gsp/ACT/inf/op/globopt.htm]. The objective function is -log(m_final).
  
      USAGE: problem.tandem(prob_id = 7, max_tof = -1)
  
      * prob_id: Selects the problem variant (one of 1..25). All problems differ from the fly-by sequence
      * max_tof = Activates a constriants on the maximum time of flight allowed (in years)
  
      """
  
      # We construct the arg list for the original constructor exposed by
      # boost_python
      arg_list = []
      arg_list.append(prob_id)
      arg_list.append(max_tof)
      self._orig_init(*arg_list)
function_tokens: def _tandem_ctor ( self , prob_id = 7 , max_tof = - 1 ) : # We construct the arg list for the original constructor exposed by # boost_python arg_list = [ ] arg_list . append ( prob_id ) arg_list . append ( max_tof ) self . _orig_init ( * arg_list )