C++ Reference: class RoutingLinearSolverWrapper

Note: This documentation is automatically generated.

Method
`AddLinearConstraint`	Return type: `int` Arguments: `int64_t lower_bound, int64_t upper_bound, const std::vector<std::pair<int, double>>& variable_coeffs` Adds a linear constraint, enforcing lower_bound <= sum variable * coeff <= upper_bound, and returns the identifier of that constraint.
`AddMaximumConstraint`	Return type: `virtual void` Arguments: `int max_var, std::vector<int> vars`
`AddObjectiveConstraint`	Return type: `virtual void`
`AddProductConstraint`	Return type: `virtual void` Arguments: `int product_var, std::vector<int> vars`
`AddReifiedLinearConstraint`	Return type: `int` Arguments: `int64_t lower_bound, int64_t upper_bound, const std::vector<std::pair<int, double>>& weighted_variables` Adds a linear constraint and a 0/1 variable that is true iff lower_bound <= sum variable * coeff <= upper_bound, and returns the identifier of that variable.
`AddVariable`	Return type: `int` Arguments: `int64_t lower_bound, int64_t upper_bound` Adds a variable with bounds [lower_bound, upper_bound].
`Clear`	Return type: `virtual void`
`ClearObjective`	Return type: `virtual void`
`CreateNewConstraint`	Return type: `virtual int` Arguments: `int64_t lower_bound, int64_t upper_bound`
`CreateNewPositiveVariable`	Return type: `virtual int`
`GetObjectiveCoefficient`	Return type: `virtual double` Arguments: `int index`
`GetObjectiveValue`	Return type: `virtual int64_t`
`GetValue`	Return type: `virtual double` Arguments: `int index`
`GetVariableLowerBound`	Return type: `virtual int64_t` Arguments: `int index`
`GetVariableUpperBound`	Return type: `virtual int64_t` Arguments: `int index`
`IsCPSATSolver`	Return type: `virtual bool`
`NumVariables`	Return type: `virtual int`
`~RoutingLinearSolverWrapper`	Return type: `virtual`
`SetCoefficient`	Return type: `virtual void` Arguments: `int ct, int index, double coefficient`
`SetEnforcementLiteral`	Return type: `virtual void` Arguments: `int ct, int condition`
`SetObjectiveCoefficient`	Return type: `virtual void` Arguments: `int index, double coefficient`
`SetParameters`	Return type: `virtual void` Arguments: `const std::string& parameters` This function is meant to override the parameters of the solver.
`SetVariableBounds`	Return type: `virtual bool` Arguments: `int index, int64_t lower_bound, int64_t upper_bound`
`SetVariableDisjointBounds`	Return type: `virtual void` Arguments: `int index, const std::vector<int64_t>& starts, const std::vector<int64_t>& ends`
`SetVariableName`	Return type: `virtual void` Arguments: `int index, absl::string_view name`
`SolutionIsInteger`	Return type: `virtual bool`
`Solve`	Return type: `virtual DimensionSchedulingStatus` Arguments: `absl::Duration duration_limit`