C++ Reference: class Assignment

Note: This documentation is automatically generated.

An Assignment is a variable -> domains mapping, used to report solutions to the user.

Method
Activate	Return type: void Arguments: const IntVar* const var
Activate	Return type: void Arguments: const IntervalVar* const var
Activate	Return type: void Arguments: const SequenceVar* const var
Activated	Return type: bool Arguments: const IntVar* const var
Activated	Return type: bool Arguments: const IntervalVar* const var
Activated	Return type: bool Arguments: const SequenceVar* const var
ActivatedObjective	Return type: bool
ActivateObjective	Return type: void
Add	Return type: IntVarElement* Arguments: IntVar* const var
Add	Return type: void Arguments: const std::vector<IntVar*>& vars
Add	Return type: IntervalVarElement* Arguments: IntervalVar* const var
Add	Return type: void Arguments: const std::vector<IntervalVar*>& vars
Add	Return type: SequenceVarElement* Arguments: SequenceVar* const var
Add	Return type: void Arguments: const std::vector<SequenceVar*>& vars
AddObjective	Return type: void Arguments: IntVar* const v
AreAllElementsBound	Return type: bool
Assignment	Return type: explicit Arguments: Solver* const s
Assignment	Return type: explicit Arguments: const Assignment* const copy
~Assignment
BackwardSequence	Return type: const std::vector<int>& Arguments: const SequenceVar* const var
Bound	Return type: bool Arguments: const IntVar* const var
Clear	Return type: void
ClearObjective	Return type: void
Contains	Return type: bool Arguments: const IntVar* const var
Contains	Return type: bool Arguments: const IntervalVar* const var
Contains	Return type: bool Arguments: const SequenceVar* const var
Copy	Return type: void Arguments: const Assignment* assignment Copies 'assignment' to the current assignment, clearing its previous content.
CopyIntersection	Return type: void Arguments: const Assignment* assignment Copies the intersection of the two assignments to the current assignment.
Deactivate	Return type: void Arguments: const IntVar* const var
Deactivate	Return type: void Arguments: const IntervalVar* const var
Deactivate	Return type: void Arguments: const SequenceVar* const var
DeactivateObjective	Return type: void
DebugString	Return type: std::string
DurationMax	Return type: int64_t Arguments: const IntervalVar* const var
DurationMin	Return type: int64_t Arguments: const IntervalVar* const var
DurationValue	Return type: int64_t Arguments: const IntervalVar* const var
Empty	Return type: bool
EndMax	Return type: int64_t Arguments: const IntervalVar* const var
EndMin	Return type: int64_t Arguments: const IntervalVar* const var
EndValue	Return type: int64_t Arguments: const IntervalVar* const var
FastAdd	Return type: IntVarElement* Arguments: IntVar* const var Adds without checking if variable has been previously added.
FastAdd	Return type: IntervalVarElement* Arguments: IntervalVar* const var Adds without checking if variable has been previously added.
FastAdd	Return type: SequenceVarElement* Arguments: SequenceVar* const var Adds without checking if the variable had been previously added.
ForwardSequence	Return type: const std::vector<int>& Arguments: const SequenceVar* const var
HasObjective	Return type: bool
IntervalVarContainer	Return type: const IntervalContainer&
IntVarContainer	Return type: const IntContainer& TODO(user): Add element iterators to avoid exposing container class.
Load	Return type: bool Arguments: const std::string& filename Loads an assignment from a file; does not add variables to the assignment (only the variables contained in the assignment are modified).
Load	Return type: bool Arguments: File* file
Load	Return type: void Arguments: const AssignmentProto& assignment_proto
Max	Return type: int64_t Arguments: const IntVar* const var
Min	Return type: int64_t Arguments: const IntVar* const var
MutableIntervalVarContainer	Return type: IntervalContainer*
MutableIntVarContainer	Return type: IntContainer*
MutableSequenceVarContainer	Return type: SequenceContainer*
NumIntervalVars	Return type: int
NumIntVars	Return type: int
NumSequenceVars	Return type: int
Objective	Return type: IntVar*
ObjectiveBound	Return type: bool
ObjectiveMax	Return type: int64_t
ObjectiveMin	Return type: int64_t
ObjectiveValue	Return type: int64_t
PerformedMax	Return type: int64_t Arguments: const IntervalVar* const var
PerformedMin	Return type: int64_t Arguments: const IntervalVar* const var
PerformedValue	Return type: int64_t Arguments: const IntervalVar* const var
Restore	Return type: void
Save	Return type: bool Arguments: const std::string& filename Saves the assignment to a file.
Save	Return type: bool Arguments: File* file
Save	Return type: void Arguments: AssignmentProto* const assignment_proto
SequenceVarContainer	Return type: const SequenceContainer&
SetBackwardSequence	Return type: void Arguments: const SequenceVar* const var, const std::vector<int>& backward_sequence
SetDurationMax	Return type: void Arguments: const IntervalVar* const var, int64_t m
SetDurationMin	Return type: void Arguments: const IntervalVar* const var, int64_t m
SetDurationRange	Return type: void Arguments: const IntervalVar* const var, int64_t mi, int64_t ma
SetDurationValue	Return type: void Arguments: const IntervalVar* const var, int64_t value
SetEndMax	Return type: void Arguments: const IntervalVar* const var, int64_t m
SetEndMin	Return type: void Arguments: const IntervalVar* const var, int64_t m
SetEndRange	Return type: void Arguments: const IntervalVar* const var, int64_t mi, int64_t ma
SetEndValue	Return type: void Arguments: const IntervalVar* const var, int64_t value
SetForwardSequence	Return type: void Arguments: const SequenceVar* const var, const std::vector<int>& forward_sequence
SetMax	Return type: void Arguments: const IntVar* const var, int64_t m
SetMin	Return type: void Arguments: const IntVar* const var, int64_t m
SetObjectiveMax	Return type: void Arguments: int64_t m
SetObjectiveMin	Return type: void Arguments: int64_t m
SetObjectiveRange	Return type: void Arguments: int64_t l, int64_t u
SetObjectiveValue	Return type: void Arguments: int64_t value
SetPerformedMax	Return type: void Arguments: const IntervalVar* const var, int64_t m
SetPerformedMin	Return type: void Arguments: const IntervalVar* const var, int64_t m
SetPerformedRange	Return type: void Arguments: const IntervalVar* const var, int64_t mi, int64_t ma
SetPerformedValue	Return type: void Arguments: const IntervalVar* const var, int64_t value
SetRange	Return type: void Arguments: const IntVar* const var, int64_t l, int64_t u
SetSequence	Return type: void Arguments: const SequenceVar* const var, const std::vector<int>& forward_sequence, const std::vector<int>& backward_sequence, const std::vector<int>& unperformed
SetStartMax	Return type: void Arguments: const IntervalVar* const var, int64_t m
SetStartMin	Return type: void Arguments: const IntervalVar* const var, int64_t m
SetStartRange	Return type: void Arguments: const IntervalVar* const var, int64_t mi, int64_t ma
SetStartValue	Return type: void Arguments: const IntervalVar* const var, int64_t value
SetUnperformed	Return type: void Arguments: const SequenceVar* const var, const std::vector<int>& unperformed
SetValue	Return type: void Arguments: const IntVar* const var, int64_t value
Size	Return type: int
StartMax	Return type: int64_t Arguments: const IntervalVar* const var
StartMin	Return type: int64_t Arguments: const IntervalVar* const var
StartValue	Return type: int64_t Arguments: const IntervalVar* const var
Store	Return type: void
Unperformed	Return type: const std::vector<int>& Arguments: const SequenceVar* const var
Value	Return type: int64_t Arguments: const IntVar* const var