C++ Reference: scheduling_cuts

Note: This documentation is automatically generated.

Function	Type	Arguments	Comments
ComputeMinSumOfWeightedEndMins	Return type: bool Arguments: std::vector<PermutableEvent>& events, IntegerValue capacity_max, IntegerValue& min_sum_of_end_mins, IntegerValue& min_sum_of_weighted_end_mins, IntegerValue unweighted_threshold, IntegerValue weighted_threshold
CreateCumulativeCompletionTimeCutGenerator	Return type: CutGenerator Arguments: SchedulingConstraintHelper* helper, SchedulingDemandHelper* demands_helper, const AffineExpression& capacity, Model* model
CreateCumulativeEnergyCutGenerator	Return type: CutGenerator Arguments: SchedulingConstraintHelper* helper, SchedulingDemandHelper* demands_helper, const AffineExpression& capacity, const std::optional<AffineExpression>& makespan, Model* model
CreateCumulativePrecedenceCutGenerator	Return type: CutGenerator Arguments: SchedulingConstraintHelper* helper, SchedulingDemandHelper* demands_helper, const AffineExpression& capacity, Model* model
CreateCumulativeTimeTableCutGenerator	Return type: CutGenerator Arguments: SchedulingConstraintHelper* helper, SchedulingDemandHelper* demands_helper, const AffineExpression& capacity, Model* model
CreateNoOverlap2dCompletionTimeCutGenerator	Return type: CutGenerator Arguments: const std::vector<IntervalVariable>& x_intervals, const std::vector<IntervalVariable>& y_intervals, Model* model
CreateNoOverlap2dEnergyCutGenerator	Return type: CutGenerator Arguments: const std::vector<IntervalVariable>& x_intervals, const std::vector<IntervalVariable>& y_intervals, Model* model
CreateNoOverlapCompletionTimeCutGenerator	Return type: CutGenerator Arguments: SchedulingConstraintHelper* helper, Model* model
CreateNoOverlapEnergyCutGenerator	Return type: CutGenerator Arguments: SchedulingConstraintHelper* helper, const std::optional<AffineExpression>& makespan, Model* model
CreateNoOverlapPrecedenceCutGenerator	Return type: CutGenerator Arguments: SchedulingConstraintHelper* helper, Model* model