Classes
class	Basis

class	BasisStatus

class	DualRay

class	DualSolution

class	PrimalRay

class	PrimalSolution

class	Solution

class	SolutionStatus

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)

PrimalRay	parse_primal_ray (solution_pb2.PrimalRayProto proto, model.Model mod)

DualSolution	parse_dual_solution (solution_pb2.DualSolutionProto proto, model.Model mod)

DualRay	parse_dual_ray (solution_pb2.DualRayProto proto, model.Model mod)

Basis	parse_basis (solution_pb2.BasisProto proto, model.Model mod)

solution_pb2.SparseBasisStatusVector	_to_sparse_basis_status_vector_proto (Dict[T, BasisStatus] terms)

Solution	parse_solution (solution_pb2.SolutionProto proto, model.Model mod)

Variables
	T = TypeVar("T", model.Variable, model.LinearConstraint)

Detailed Description

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

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 387 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 72 of file solution.py.

◆ parse_basis()

Basis ortools.math_opt.python.solution.parse_basis	(	solution_pb2.BasisProto	proto,
		model.Model	mod )

Returns an equivalent Basis to the input proto.

Definition at line 363 of file solution.py.

◆ parse_dual_ray()

DualRay ortools.math_opt.python.solution.parse_dual_ray	(	solution_pb2.DualRayProto	proto,
		model.Model	mod )

Returns an equivalent DualRay from the input proto.

Definition at line 282 of file solution.py.

◆ parse_dual_solution()

DualSolution ortools.math_opt.python.solution.parse_dual_solution	(	solution_pb2.DualSolutionProto	proto,
		model.Model	mod )

Returns an equivalent DualSolution from the input proto.

Definition at line 224 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 61 of file solution.py.

◆ parse_primal_ray()

PrimalRay ortools.math_opt.python.solution.parse_primal_ray	(	solution_pb2.PrimalRayProto	proto,
		model.Model	mod )

Returns an equivalent PrimalRay from the input proto.

Definition at line 168 of file solution.py.

◆ parse_primal_solution()

PrimalSolution ortools.math_opt.python.solution.parse_primal_solution	(	solution_pb2.PrimalSolutionProto	proto,
		model.Model	mod )

Returns an equivalent PrimalSolution from the input proto.

Definition at line 119 of file solution.py.

◆ parse_solution()

Solution ortools.math_opt.python.solution.parse_solution	(	solution_pb2.SolutionProto	proto,
		model.Model	mod )

Returns a Solution equivalent to the input proto.

Definition at line 427 of file solution.py.

Variable Documentation

◆ T

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

Definition at line 384 of file solution.py.

Classes

Functions

Variables