C++ Reference: cp_model_utils

Note: This documentation is automatically generated.

Function	Type	Arguments	Comments
`AddLinearExpressionToLinearConstraint`	Return type: `void` Arguments: `const LinearExpressionProto& expr, int64_t coefficient, LinearConstraintProto* linear`
`AllValuesInDomain`	Return type: `std::vector<int64_t>` Arguments: `const ProtoWithDomain& proto`
`ApplyToAllIntervalIndices`	Return type: `void` Arguments: `const std::function<void(int*`
`ApplyToAllLiteralIndices`	Return type: `void` Arguments: `const std::function<void(int*`
`ApplyToAllVariableIndices`	Return type: `void` Arguments: `const std::function<void(int*`
`ComputeInnerObjective`	Return type: `int64_t` Arguments: `const CpObjectiveProto& objective, const CpSolverResponse& response`
`ConstraintCaseName`	Return type: `std::string` Arguments: `ConstraintProto::ConstraintCase constraint_case`
`DomainInProtoContains`	Return type: `bool` Arguments: `const ProtoWithDomain& proto, int64_t value`
`EnforcementLiteral`	Return type: `inline int` Arguments: `const ConstraintProto& ct`
`ExpressionContainsSingleRef`	Return type: `bool` Arguments: `const LinearExpressionProto& expr`
`ExpressionIsAffine`	Return type: `bool` Arguments: `const LinearExpressionProto& expr`
`FillDomainInProto`	Return type: `void` Arguments: `const Domain& domain, ProtoWithDomain* proto`
`GetReferencesUsedByConstraint`	Return type: `IndexReferences` Arguments: `const ConstraintProto& ct`
`GetSingleRefFromExpression`	Return type: `int` Arguments: `const LinearExpressionProto& expr`
`HasEnforcementLiteral`	Return type: `inline bool` Arguments: `const ConstraintProto& ct`
`LinearExpressionProtosAreEqual`	Return type: `bool` Arguments: `const LinearExpressionProto& a, const LinearExpressionProto& b, int64_t b_scaling = 1`
`NegatedRef`	Return type: `inline int` Arguments: `int ref`
`PositiveRef`	Return type: `inline int` Arguments: `int ref`
`ReadDomainFromProto`	Return type: `Domain` Arguments: `const ProtoWithDomain& proto`
`RefIsPositive`	Return type: `inline bool` Arguments: `int ref`
`ScaleInnerObjectiveValue`	Return type: `inline int64_t` Arguments: `const CpObjectiveProto& proto, int64_t value`
`ScaleObjectiveValue`	Return type: `inline double` Arguments: `const CpObjectiveProto& proto, int64_t value`
`SetToNegatedLinearExpression`	Return type: `void` Arguments: `const LinearExpressionProto& input_expr, LinearExpressionProto* output_negated_expr`
`UnscaleObjectiveValue`	Return type: `inline double` Arguments: `const CpObjectiveProto& proto, double value`
`UsedIntervals`	Return type: `std::vector<int>` Arguments: `const ConstraintProto& ct`
`UsedVariables`	Return type: `std::vector<int>` Arguments: `const ConstraintProto& ct`