class documentation

Schaffers F7 with uniform noise, asymmetric non-linear transformation, condition 10

Class Variable condition Undocumented
Class Variable funId Undocumented
Class Variable unifalphafac Undocumented
Class Variable unifbeta Undocumented

Inherited from _FSchaffersF7:

Method initwithsize Undocumented
Class Variable beta Undocumented
Class Variable rrseed Undocumented
Instance Variable arrexpo Undocumented
Instance Variable arrxopt Undocumented
Instance Variable dim Undocumented
Instance Variable lastshape Undocumented
Instance Variable linearTF Undocumented
Instance Variable rotation Undocumented
Instance Variable scales Undocumented
Instance Variable xopt Undocumented
Method _evalfull return noisy and noise-free value, the latter for recording purpose.

Inherited from BBOBUniformFunction (via _FSchaffersF7):

Method boundaryhandling Undocumented
Method noise Returns the noisy function values.

Inherited from BBOBFunction (via _FSchaffersF7, BBOBUniformFunction):

Method __eq__ Undocumented
Method __init__ Common initialisation.
Method getiinstance Designates the instance of the function class.
Method setiinstance Undocumented
Method shape_ Undocumented
Method shortstr Gives a short string self representation (shorter than str(self)).
Instance Variable fopt Undocumented
Instance Variable iinstance Undocumented
Instance Variable param Undocumented
Instance Variable rseed Undocumented
Instance Variable zerox Undocumented
Method _getxopt Return the argument of the optimum of the function.
Method _setxopt Return the argument of the optimum of the function.
Instance Variable _iinstance Undocumented
Instance Variable _xopt Undocumented

Inherited from AbstractTestFunction (via _FSchaffersF7, BBOBUniformFunction, BBOBFunction):

Method __call__ Returns the objective function value of argument x.
Method evaluate Returns the objective function value (in case noisy).
Method getfopt Returns the best function value of this instance of the function.
Method setfopt Undocumented
Instance Variable _fopt Undocumented
condition: float =
funId: int =

Undocumented

unifalphafac: float =

Undocumented

unifbeta: float =

Undocumented