Stay organized with collections Save and categorize content based on your preferences.

C++ Reference: class RoutingGlopWrapper

Note: This documentation is automatically generated.

Method
AddMaximumConstraint

Return type: void

Arguments: int /*max_var*/, std::vector<int> /*vars*/

AddObjectiveConstraint

Return type: void

AddProductConstraint

Return type: void

Arguments: int /*product_var*/, std::vector<int> /*vars*/

Clear

Return type: void

ClearObjective

Return type: void

CreateNewConstraint

Return type: int

Arguments: int64_t lower_bound, int64_t upper_bound

CreateNewPositiveVariable

Return type: int

GetObjectiveCoefficient

Return type: double

Arguments: int index

GetObjectiveValue

Return type: int64_t

GetValue

Return type: double

Arguments: int index

GetVariableLowerBound

Return type: int64_t

Arguments: int index

GetVariableUpperBound

Return type: int64_t

Arguments: int index

IsCPSATSolver

Return type: bool

NumVariables

Return type: int

RoutingGlopWrapper

Arguments: bool is_relaxation, const glop::GlopParameters& parameters

SetCoefficient

Return type: void

Arguments: int ct, int index, double coefficient

SetEnforcementLiteral

Return type: void

Arguments: int /*ct*/, int /*condition*/

SetObjectiveCoefficient

Return type: void

Arguments: int index, double coefficient

SetParameters

Return type: void

Arguments: const std::string& parameters

SetVariableBounds

Return type: bool

Arguments: int index, int64_t lower_bound, int64_t upper_bound

SetVariableDisjointBounds

Return type: void

Arguments: int index, const std::vector<int64_t>& starts, const std::vector<int64_t>& ends

SetVariableName

Return type: void

Arguments: int index, absl::string_view name

SolutionIsInteger

Return type: bool

Solve

Return type: DimensionSchedulingStatus

Arguments: absl::Duration duration_limit