Detailed Description

The solution to an optimization problem defined by Model in model.py.

Classes
class	BasisStatus
class	SolutionStatus
class	PrimalSolution
class	PrimalRay
class	DualSolution
class	DualRay
class	Basis
class	Solution

Functions
Optional[SolutionStatus]	parse_optional_solution_status (solution_pb2.SolutionStatusProto proto)
solution_pb2.SolutionStatusProto	optional_solution_status_to_proto (Optional[SolutionStatus] status)
PrimalSolution	parse_primal_solution (solution_pb2.PrimalSolutionProto proto, model.Model mod, *, bool validate=True)
PrimalRay	parse_primal_ray (solution_pb2.PrimalRayProto proto, model.Model mod, *, bool validate=True)
DualSolution	parse_dual_solution (solution_pb2.DualSolutionProto proto, model.Model mod, *, bool validate=True)
DualRay	parse_dual_ray (solution_pb2.DualRayProto proto, model.Model mod, *, bool validate=True)
Basis	parse_basis (solution_pb2.BasisProto proto, model.Model mod, *, bool validate=True)
solution_pb2.SparseBasisStatusVector	_to_sparse_basis_status_vector_proto (Dict[T, BasisStatus] terms)
Solution	parse_solution (solution_pb2.SolutionProto proto, model.Model mod, *, bool validate=True)

Variables
	T = TypeVar("T", variables.Variable, linear_constraints.LinearConstraint)

Function Documentation

◆ _to_sparse_basis_status_vector_proto()

solution_pb2.SparseBasisStatusVector ortools.math_opt.python.solution._to_sparse_basis_status_vector_proto ( Dict[T, BasisStatus] terms )

protected

Converts a basis vector from a python Dict to a protocol buffer.

Definition at line 457 of file solution.py.

◆ optional_solution_status_to_proto()

solution_pb2.SolutionStatusProto ortools.math_opt.python.solution.optional_solution_status_to_proto ( Optional[SolutionStatus] status )

Converts an optional Python SolutionStatus to a proto SolutionStatus.

Definition at line 77 of file solution.py.

◆ parse_basis()

Basis ortools.math_opt.python.solution.parse_basis	(	solution_pb2.BasisProto	proto,
		model.Model	mod,
		*	,
		bool	validate = True )

Returns an equivalent Basis to the input proto.

Definition at line 429 of file solution.py.

◆ parse_dual_ray()

DualRay ortools.math_opt.python.solution.parse_dual_ray	(	solution_pb2.DualRayProto	proto,
		model.Model	mod,
		*	,
		bool	validate = True )

Returns an equivalent DualRay from the input proto.

Definition at line 346 of file solution.py.

◆ parse_dual_solution()

DualSolution ortools.math_opt.python.solution.parse_dual_solution	(	solution_pb2.DualSolutionProto	proto,
		model.Model	mod,
		*	,
		bool	validate = True )

Returns an equivalent DualSolution from the input proto.

Definition at line 269 of file solution.py.

◆ parse_optional_solution_status()

Optional[SolutionStatus] ortools.math_opt.python.solution.parse_optional_solution_status ( solution_pb2.SolutionStatusProto proto )

Converts a proto SolutionStatus to an optional Python SolutionStatus.

Definition at line 66 of file solution.py.

◆ parse_primal_ray()

PrimalRay ortools.math_opt.python.solution.parse_primal_ray	(	solution_pb2.PrimalRayProto	proto,
		model.Model	mod,
		*	,
		bool	validate = True )

Returns an equivalent PrimalRay from the input proto.

Definition at line 198 of file solution.py.

◆ parse_primal_solution()

PrimalSolution ortools.math_opt.python.solution.parse_primal_solution	(	solution_pb2.PrimalSolutionProto	proto,
		model.Model	mod,
		*	,
		bool	validate = True )

Returns an equivalent PrimalSolution from the input proto.

Definition at line 134 of file solution.py.

◆ parse_solution()

Solution ortools.math_opt.python.solution.parse_solution	(	solution_pb2.SolutionProto	proto,
		model.Model	mod,
		*	,
		bool	validate = True )

Returns a Solution equivalent to the input proto.

Definition at line 497 of file solution.py.

Variable Documentation

◆ T

ortools.math_opt.python.solution.T = TypeVar("T", variables.Variable, linear_constraints.LinearConstraint)

Definition at line 454 of file solution.py.