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