parameters: (self, objectives=1)
docstring: Constructs a Cassini 1 Problem (Box-Constrained Continuous Single-Objective)
  
      NOTE: This problem (MGA) belongs to the GTOP database [http://www.esa.int/gsp/ACT/inf/op/globopt.htm]
            Its single objective version has a global minimum at 4.9307 [km/s],
            and it is a deceptive problem with a larger minimum at 5.303 [km/s]
  
      USAGE: problem.cassini_1(objectives = 1)
  
      * objectives: number of objectives. 1=DV, 2=DV,DT
docstring_summary: Constructs a Cassini 1 Problem (Box-Constrained Continuous Single-Objective)
docstring_tokens: Constructs a Cassini 1 Problem ( Box - Constrained Continuous Single - Objective )
function: def _cassini_1_ctor(self, objectives=1):
      """
      Constructs a Cassini 1 Problem (Box-Constrained Continuous Single-Objective)
  
      NOTE: This problem (MGA) belongs to the GTOP database [http://www.esa.int/gsp/ACT/inf/op/globopt.htm]
            Its single objective version has a global minimum at 4.9307 [km/s],
            and it is a deceptive problem with a larger minimum at 5.303 [km/s]
  
      USAGE: problem.cassini_1(objectives = 1)
  
      * objectives: number of objectives. 1=DV, 2=DV,DT
  
      """
  
      # We construct the arg list for the original constructor exposed by
      # boost_python
      arg_list = []
      arg_list.append(objectives)
      self._orig_init(*arg_list)
function_tokens: def _cassini_1_ctor ( self , objectives = 1 ) : # We construct the arg list for the original constructor exposed by # boost_python arg_list = [ ] arg_list . append ( objectives ) self . _orig_init ( * arg_list )