BinaryMateSelectionSolution#

class pybrops.breed.prot.sel.soln.BinaryMateSelectionSolution.BinaryMateSelectionSolution(ndecn, decn_space, decn_space_lower, decn_space_upper, decn_space_xmap, nobj, obj_wt, nineqcv, ineqcv_wt, neqcv, eqcv_wt, nsoln, soln_decn, soln_obj, soln_ineqcv, soln_eqcv, **kwargs)[source]#

Bases: BinarySelectionSolution, MateSelectionSolution

Class representing mate selection solutions in subset search spaces.

Constructor for BinarySolution.

Parameters:: kwargs (dict) – Additional keyword arguments used for cooperative inheritance.

Methods

Attributes

`decn_space`	Decision space boundaries.
`decn_space_lower`	Lower boundary of the decision space.
`decn_space_upper`	Upper boundary of the decision space.
`decn_space_xmap`	decn_space_xmap.
`eqcv_wt`	Equality constraint violation function weights.
`ineqcv_wt`	Inequality constraint violation function weights.
`ndecn`	Number of decision variables.
`neqcv`	Number of equality constraint violations.
`nineqcv`	Number of inequality constraint violation functions.
`nobj`	Number of objectives.
`nsoln`	Number of solutions to the problem.
`obj_wt`	Objective function weights.
`soln_decn`	Matrix of solution vectors in the decision space.
`soln_eqcv`	Solution equality constraint violation function values.
`soln_ineqcv`	Solution inequality constraint violation function values.
`soln_obj`	Solution objective function values.

property decn_space: ndarray | None#: Decision space boundaries.

property decn_space_lower: ndarray | None#: Lower boundary of the decision space.

property decn_space_upper: ndarray | None#: Upper boundary of the decision space.

property decn_space_xmap: ndarray#: decn_space_xmap.

property eqcv_wt: ndarray#: Equality constraint violation function weights.

property ineqcv_wt: ndarray#: Inequality constraint violation function weights.

property ndecn: Integral#: Number of decision variables.

property neqcv: Integral#: Number of equality constraint violations.

property nineqcv: Integral#: Number of inequality constraint violation functions.

property nobj: Integral#: Number of objectives.

property nsoln: Integral#: Number of solutions to the problem.

property obj_wt: ndarray#: Objective function weights.

property soln_decn: ndarray#: Matrix of solution vectors in the decision space.

property soln_eqcv: ndarray#: Solution equality constraint violation function values.

property soln_ineqcv: ndarray#: Solution inequality constraint violation function values.

property soln_obj: ndarray#: Solution objective function values.