Uses of Class
net.sf.cpsolver.ifs.model.Value

Packages that use Value

net.sf.cpsolver.coursett.constraint	University Course Timetabling: Constraints.
net.sf.cpsolver.coursett.heuristics	University Course Timetabling: Heuristics.
net.sf.cpsolver.coursett.model	University Course Timetabling: Model.
net.sf.cpsolver.exam.heuristics	Examination Timetabling: Solution Heuristics.
net.sf.cpsolver.exam.model	Examination Timetabling: Model.
net.sf.cpsolver.ifs.constant	Extension of the model with constant variables.
net.sf.cpsolver.ifs.dbt	Dynamic backtracking extension of IFS solver
net.sf.cpsolver.ifs.example.csp	Random Binary CSP with uniform distribution.
net.sf.cpsolver.ifs.example.jobshop	JobShop Problem.
net.sf.cpsolver.ifs.example.rpp	Random Placement Problem.
net.sf.cpsolver.ifs.example.tt	Simple Timetabling Problem.
net.sf.cpsolver.ifs.extension	IFS Extensions (conflict-based statistics, maintenance of arc consistency)
net.sf.cpsolver.ifs.heuristics	IFS Heuristics (value and variable selection criteria)
net.sf.cpsolver.ifs.model	IFS Model (description of a problem)
net.sf.cpsolver.ifs.multi	Extension of the model with multi-variable variables (constraint hierarchy).
net.sf.cpsolver.ifs.perturbations	Minimal Perturbation Problem: counting of perturbations
net.sf.cpsolver.ifs.solver	IFS Solver
net.sf.cpsolver.studentsct	Student Sectioning Solver.
net.sf.cpsolver.studentsct.constraint	Student Sectioning: Constraints.
net.sf.cpsolver.studentsct.extension	Student Sectioning: Various Extensions.
net.sf.cpsolver.studentsct.heuristics	Student Sectioning: Heuristics.
net.sf.cpsolver.studentsct.model	Student Sectioning: Model.

Uses of Value in net.sf.cpsolver.coursett.constraint

Methods in net.sf.cpsolver.coursett.constraint with parameters of type Value

void	ClassLimitConstraint.addParentAdepts(Collection adepts, Lecture parent, Value value, Set conflicts)
boolean	JenrlConstraint.areStudentConflictsDistance(Value value)
void	DiscouragedRoomConstraint.assigned(long iteration, Value value)
void	GroupConstraint.assigned(long iteration, Value value)
void	InstructorConstraint.assigned(long iteration, Value value)
void	JenrlConstraint.assigned(long iteration, Value value)
void	MinimizeNumberOfUsedGroupsOfTime.assigned(long iteration, Value value)
void	MinimizeNumberOfUsedRoomsConstraint.assigned(long iteration, Value value)
void	RoomConstraint.assigned(long iteration, Value value)
void	SpreadConstraint.assigned(long iteration, Value value)
void	ClassLimitConstraint.computeAdepts(Collection adepts, Vector variables, Value value, Set conflicts)
void	ClassLimitConstraint.computeConflicts(Value value, Set conflicts)
void	DiscouragedRoomConstraint.computeConflicts(Value value, Set conflicts)
void	GroupConstraint.computeConflicts(Value value, Set conflicts)
void	InstructorConstraint.computeConflicts(Value value, Set conflicts)
void	JenrlConstraint.computeConflicts(Value value, Set conflicts)
void	MinimizeNumberOfUsedGroupsOfTime.computeConflicts(Value value, Set conflicts)
void	MinimizeNumberOfUsedRoomsConstraint.computeConflicts(Value value, Set conflicts)
void	RoomConstraint.computeConflicts(Value value, Set conflicts)
void	SpreadConstraint.computeConflicts(Value value, Set conflicts)
int	ClassLimitConstraint.currentClassLimit(Value value, Set conflicts)
int	MinimizeNumberOfUsedGroupsOfTime.getOverLimit(Value value)
int	MinimizeNumberOfUsedRoomsConstraint.getOverLimit(Value value)
int	InstructorConstraint.getPreference(Value value) Back-to-back preference of the given placement
int	InstructorConstraint.getPreferenceCombination(Value value)
boolean	ClassLimitConstraint.inConflict(Value value)
boolean	DiscouragedRoomConstraint.inConflict(Value value)
boolean	GroupConstraint.inConflict(Value value)
boolean	InstructorConstraint.inConflict(Value value)
boolean	JenrlConstraint.inConflict(Value value)
boolean	MinimizeNumberOfUsedGroupsOfTime.inConflict(Value value)
boolean	MinimizeNumberOfUsedRoomsConstraint.inConflict(Value value)
boolean	RoomConstraint.inConflict(Value value)
boolean	SpreadConstraint.inConflict(Value value)
boolean	DiscouragedRoomConstraint.isConsistent(Value value1, Value value2)
boolean	GroupConstraint.isConsistent(Value value1, Value value2)
boolean	InstructorConstraint.isConsistent(Value value1, Value value2)
boolean	JenrlConstraint.isConsistent(Value value1, Value value2)
boolean	MinimizeNumberOfUsedGroupsOfTime.isConsistent(Value value1, Value value2)
boolean	MinimizeNumberOfUsedRoomsConstraint.isConsistent(Value value1, Value value2)
boolean	RoomConstraint.isConsistent(Value value1, Value value2)
boolean	SpreadConstraint.isConsistent(Value value1, Value value2)
boolean	DiscouragedRoomConstraint.isOverLimit(Value value)
boolean	MinimizeNumberOfUsedGroupsOfTime.isOverLimit(Value value)
boolean	MinimizeNumberOfUsedRoomsConstraint.isOverLimit(Value value)
long	JenrlConstraint.jenrl(Variable variable, Value value) Number of joined enrollments if the given value is assigned to the given variable
void	DiscouragedRoomConstraint.unassigned(long iteration, Value value)
void	GroupConstraint.unassigned(long iteration, Value value)
void	InstructorConstraint.unassigned(long iteration, Value value)
void	JenrlConstraint.unassigned(long iteration, Value value)
void	MinimizeNumberOfUsedGroupsOfTime.unassigned(long iteration, Value value)
void	MinimizeNumberOfUsedRoomsConstraint.unassigned(long iteration, Value value)
void	RoomConstraint.unassigned(long iteration, Value value)
void	SpreadConstraint.unassigned(long iteration, Value value)

Uses of Value in net.sf.cpsolver.coursett.heuristics

Methods in net.sf.cpsolver.coursett.heuristics that return Value

Value

PlacementSelection.selectValue(Solution solution, Variable selectedVariable)

Methods in net.sf.cpsolver.coursett.heuristics with parameters of type Value

boolean	PlacementSelection.containsItselfSingletonOrCommited(TimetableModel model, Collection values, Value selectedValue)
protected double	UniversalPerturbationsCounter.getPenalty(Value assignedValue, Value initialValue)

Uses of Value in net.sf.cpsolver.coursett.model

Subclasses of Value in net.sf.cpsolver.coursett.model

class

Placement Placement (value).

Methods in net.sf.cpsolver.coursett.model with parameters of type Value

void	OnFlySectioning.afterAssigned(long iteration, Value value) FinalSectioning.resection(Lecture, boolean, boolean) is called when given iteration number is greater than zero.
void	TimetableModel.afterAssigned(long iteration, Value value) When a value is assigned to a variable -- update gloval preferences
void	OnFlySectioning.afterUnassigned(long iteration, Value value)
void	TimetableModel.afterUnassigned(long iteration, Value value) When a value is unassigned from a variable -- update gloval preferences
void	Lecture.assign(long iteration, Value value)
void	OnFlySectioning.beforeAssigned(long iteration, Value value)
void	OnFlySectioning.beforeUnassigned(long iteration, Value value)
Set	Lecture.conflictStudents(Value value) List of students of this class in conflict with the given assignment
int	Lecture.countDistanceStudentConflicts(Value value)
int	Lecture.countDistanceStudentConflictsOfTheSameProblem(Value value)
int	Lecture.countHardStudentConflicts(Value value)
int	Lecture.countHardStudentConflictsOfTheSameProblem(Value value)
int	Lecture.countStudentConflicts(Value value) Number of student conflicts caused by the given assignment of this lecture
int	Lecture.countStudentConflictsOfTheSameProblem(Value value)

Uses of Value in net.sf.cpsolver.exam.heuristics

Methods in net.sf.cpsolver.exam.heuristics that return Value

Value

ExamTabuSearch.selectValue(Solution solution, Variable variable) Value selection

Uses of Value in net.sf.cpsolver.exam.model

Subclasses of Value in net.sf.cpsolver.exam.model

class

ExamPlacement Representation of an exam placement (problem value), i.e., assignment of an exam to period and room(s).

Methods in net.sf.cpsolver.exam.model with parameters of type Value

void	ExamInstructor.afterAssigned(long iteration, Value value) An exam was assigned, update instructor assignment table
void	ExamModel.afterAssigned(long iteration, Value value) Called after a value is assigned to its variable, optimization criteria are updated
void	ExamRoom.afterAssigned(long iteration, Value value) An exam was assigned, update room assignment table
void	ExamStudent.afterAssigned(long iteration, Value value) An exam was assigned, update student assignment table
void	ExamInstructor.afterUnassigned(long iteration, Value value) An exam was unassigned, update instructor assignment table
void	ExamRoom.afterUnassigned(long iteration, Value value) An exam was unassigned, update room assignment table
void	ExamStudent.afterUnassigned(long iteration, Value value) An exam was unassigned, update student assignment table
void	Exam.assign(long iteration, Value value)
void	ExamDistributionConstraint.assigned(long iteration, Value value)
void	ExamRoom.assigned(long iteration, Value value) An exam was assigned, update room assignment table
void	ExamModel.beforeUnassigned(long iteration, Value value) Called before a value is unassigned from its variable, optimization criteria are updated
void	ExamDistributionConstraint.computeConflicts(Value value, Set conflicts) Compute conflicts -- there is a conflict if the other variable is assigned and ExamDistributionConstraint.check(ExamPlacement, ExamPlacement) is false
void	ExamInstructor.computeConflicts(Value value, Set conflicts) Compute conflicts between the given assignment of an exam and all the current assignments (of this instructor).
void	ExamRoom.computeConflicts(Value value, Set conflicts) Compute conflicts between the given assignment of an exam and all the current assignments (of this room)
void	ExamStudent.computeConflicts(Value value, Set conflicts) Compute conflicts between the given assignment of an exam and all the current assignments (of this student).
boolean	ExamDistributionConstraint.inConflict(Value value) Check for conflict -- there is a conflict if the other variable is assigned and ExamDistributionConstraint.check(ExamPlacement, ExamPlacement) is false
boolean	ExamInstructor.inConflict(Value value) Check whether there is a conflict between the given assignment of an exam and all the current assignments (of this instructor).
boolean	ExamRoom.inConflict(Value value) Checks whether there is a conflict between the given assignment of an exam and all the current assignments (of this room)
boolean	ExamStudent.inConflict(Value value) Check whether there is a conflict between the given assignment of an exam and all the current assignments (of this student).
boolean	ExamDistributionConstraint.isConsistent(Value value1, Value value2) Consistency check -- ExamDistributionConstraint.check(ExamPlacement, ExamPlacement) is called
boolean	ExamInstructor.isConsistent(Value value1, Value value2) True if the given exams can conflict (see ExamInstructor.isAllowDirectConflicts()), or if they are placed at different periods.
boolean	ExamRoom.isConsistent(Value value1, Value value2) False if the given two assignments are using this room at the same period
boolean	ExamStudent.isConsistent(Value value1, Value value2) True if the given exams can conflict (see ExamStudent.canConflict(Exam, Exam)), or if they are placed at different periods.
void	ExamDistributionConstraint.unassigned(long iteration, Value value)
void	ExamRoom.unassigned(long iteration, Value value) An exam was unassigned, update room assignment table

Uses of Value in net.sf.cpsolver.ifs.constant

Methods in net.sf.cpsolver.ifs.constant with parameters of type Value

void	ConstantModel.afterAssigned(long iteration, Value value) Called after a value is assigned to its variable.
void	ConstantModel.afterUnassigned(long iteration, Value value) Called after a value is unassigned from its variable.
void	ConstantModel.beforeAssigned(long iteration, Value value) Called before a value is assigned to its variable.
void	ConstantModel.beforeUnassigned(long iteration, Value value) Called before a value is unassigned from its variable.

Uses of Value in net.sf.cpsolver.ifs.dbt

Methods in net.sf.cpsolver.ifs.dbt that return Value

Value

DbtValueSelection.selectValue(Solution solution, Variable selectedVariable) Value selection

Methods in net.sf.cpsolver.ifs.dbt with parameters of type Value

void	DbtPropagation.afterAssigned(long iteration, Value value) Propagation takes place every time a value is assigned to a variable.
void	DbtPropagation.afterUnassigned(long iteration, Value value) Undo propagation when a value is unassigned.
boolean	DbtPropagation.valueSelected(long iteration, Variable variable, Value value) If no value is selected (because of a dead end), make some unassignments.

Uses of Value in net.sf.cpsolver.ifs.example.csp

Subclasses of Value in net.sf.cpsolver.ifs.example.csp

class

CSPValue CSP value.

Methods in net.sf.cpsolver.ifs.example.csp with parameters of type Value

void	CSPBinaryConstraint.computeConflicts(Value aValue, Set conflicts) Add the other variable to the set of conflicts, if it is not compatible with the given value.
boolean	CSPBinaryConstraint.isConsistent(Value value1, Value value2) True if the pair of given values is compatible.

Uses of Value in net.sf.cpsolver.ifs.example.jobshop

Subclasses of Value in net.sf.cpsolver.ifs.example.jobshop

class

Location Location of an operation.

Methods in net.sf.cpsolver.ifs.example.jobshop with parameters of type Value

void	Job.computeConflicts(Value value, Set conflicts) Adds conflicting operations into the set of conflicts.
void	Machine.computeConflicts(Value value, Set conflicts) Adds conflicting operations into the set of conflicts.
boolean	Job.inConflict(Value value) True if there is an operation from the same job which violates with the given assignment.
boolean	Machine.inConflict(Value value) True if there is an operation from the machine which violates with the given assignment.
boolean	Job.isConsistent(Value value1, Value value2) True if the two assignments (placement of opeartions of the same job in time) violates each other.
boolean	Machine.isConsistent(Value value1, Value value2) True if the two assignments (placement of opeartions of the machine in time) violates each other.

Uses of Value in net.sf.cpsolver.ifs.example.rpp

Methods in net.sf.cpsolver.ifs.example.rpp with parameters of type Value

void	ResourceConstraint.assigned(long iteration, Value value) Notification, when a rectangle is placed.
void	ResourceConstraint.computeConflicts(Value value, Set conflicts) Compute conflicts with the given placement of the rectangle.
boolean	ResourceConstraint.inConflict(Value value) Returns true if there is a rectangle which overlaps with the given assignment.
boolean	ResourceConstraint.isConsistent(Value value1, Value value2) Returns true if the given rectangles (assignments) do not overlap.
void	ResourceConstraint.unassigned(long iteration, Value value) Notification, when a rectangle is unplaced.

Uses of Value in net.sf.cpsolver.ifs.example.tt

Methods in net.sf.cpsolver.ifs.example.tt with parameters of type Value

void	Resource.assigned(long iteration, Value value)
void	Dependence.computeConflicts(Value value, Set conflicts)
void	Resource.computeConflicts(Value value, Set conflicts)
boolean	Dependence.inConflict(Value value)
boolean	Resource.inConflict(Value value)
boolean	Dependence.isConsistent(Value value1, Value value2)
boolean	Resource.isConsistent(Value value1, Value value2)
void	Resource.unassigned(long iteration, Value value)

Uses of Value in net.sf.cpsolver.ifs.extension

Methods in net.sf.cpsolver.ifs.extension that return Value

Value

Assignment.getValue() Returns value

Methods in net.sf.cpsolver.ifs.extension with parameters of type Value

void	AssignmentSet.addAssignment(long iteration, Value value, double ageing) Adds an assignment
void	Extension.afterAssigned(long iteration, Value value) Called after a value is assigned to a variable
void	MacPropagation.afterAssigned(long iteration, Value value) After a value is assigned: explanations of other values of the value's variable are reset (to contain only the assigned value), propagation over the assigned variable takes place.
void	MacRevised.afterAssigned(long iteration, Value value) After a value is assigned: explanations of other values of the value's variable are reset (to contain only the assigned value), propagation over the assigned variable takes place.
void	SearchIntensification.afterAssigned(long iteration, Value value)
void	Extension.afterUnassigned(long iteration, Value value) Called after a value is unassigned from a variable
void	MacPropagation.afterUnassigned(long iteration, Value value) After a value is unassigned: explanations of all values of unassigned variable are recomputed (conflicts()), propagation undo over the unassigned variable takes place.
void	MacRevised.afterUnassigned(long iteration, Value value) After a value is unassigned: explanations of all values of unassigned variable are recomputed (conflicts()), propagation undo over the unassigned variable takes place.
void	Extension.beforeAssigned(long iteration, Value value) Called before a value is assigned to a variable
void	MacPropagation.beforeAssigned(long iteration, Value value) Before a value is unassigned: until the value is inconsistent with the current solution, an assignment from its explanation is picked and unassigned.
void	MacRevised.beforeAssigned(long iteration, Value value) Before a value is unassigned: until the value is inconsistent with the current solution, an assignment from its explanation is picked and unassigned.
void	Extension.beforeUnassigned(long iteration, Value value) Called after a value is unassigned from a variable
void	ConflictStatistics.constraintAfterAssigned(long iteration, Constraint constraint, Value assigned, Set unassigned) Increments appropriate counters when there is a value unassigned
void	ConflictStatistics.constraintBeforeAssigned(long iteration, Constraint constraint, Value assigned, Set unassigned)
boolean	AssignmentSet.contains(Value value) Returns true if it contains the given assignment
long	ConflictStatistics.countPotentialConflicts(long iteration, Value value, int limit) Counts potential number of unassignments of if the given value is selected.
double	ConflictStatistics.countRemovals(long iteration, Collection conflictValues, Value value) Counts number of unassignments of the given conflicting values caused by the assignment of the given value.
double	ConflictStatistics.countRemovals(long iteration, Value conflictValue, Value value) Counts number of unassignments of the given conflicting value caused by the assignment of the given value.
HashSet	MacRevised.explanation(Constraint constraint, Value value, Variable variable)
Assignment	AssignmentSet.getAssignment(Value value) Returns assignment that corresponds to the given value (if it is present in the set)
Set	ViolatedInitials.getViolatedInitials(Value value) Initial values that cannot be assigned when the given value is assigned
boolean	MacRevised.hasSupport(Constraint constraint, Value value, Variable variable)
boolean	MacPropagation.isGood(Value value) is variable good
boolean	MacRevised.isGood(Value value) is variable good
Set	MacPropagation.noGood(Value value) variables explanation
Set	MacRevised.noGood(Value value) variables explanation
void	MacRevised.propagate(Constraint constraint, Value noGoodValue, Vector queue)
boolean	MacRevised.revise(Constraint constraint, Value value)
boolean	MacRevised.revise(Value value)
protected void	MacPropagation.setGood(Value value) sets value to be good
protected void	MacRevised.setGood(Value value) sets value to be good
void	MacPropagation.setNoGood(Value value, Set reason) sets value's explanation
void	MacRevised.setNoGood(Value value, Set reason) sets value's explanation
HashSet	MacRevised.supports(Constraint constraint, Value value, Variable variable)
void	ConflictStatistics.variableUnassigned(long iteration, Value unassignedValue, Value assignedValue)

Constructors in net.sf.cpsolver.ifs.extension with parameters of type Value

Assignment(long iteration, Value value, double ageing)
Constructor

Uses of Value in net.sf.cpsolver.ifs.heuristics

Methods in net.sf.cpsolver.ifs.heuristics that return Value

Value	GeneralValueSelection.selectValue(Solution solution, Variable selectedVariable) Value selecion
Value	StandardNeighbourSelection.selectValue(Solution solution, Variable variable) Use the provided value selection criterion to select a value to the selected variable
Value	ValueSelection.selectValue(Solution solution, Variable selectedVariable) Value selection

Methods in net.sf.cpsolver.ifs.heuristics with parameters of type Value

protected boolean

BacktrackNeighbourSelection.checkBound(Vector variables2resolve, int idx, int depth, Value value, Set conflicts) Check bound

Uses of Value in net.sf.cpsolver.ifs.model

Fields in net.sf.cpsolver.ifs.model declared as Value

protected Value

Variable.iValue Assigned value

Methods in net.sf.cpsolver.ifs.model that return Value

Value	Variable.getAssignment() Returns current assignment
Value	Variable.getBestAssignment() Returns the value from the best ever found soultion.
Value	Variable.getInitialAssignment() Returns initial assignment
Value	SimpleNeighbour.getValue() Selected value

Methods in net.sf.cpsolver.ifs.model with parameters of type Value

void	Model.afterAssigned(long iteration, Value value) Called after a value is assigned to its variable
void	ModelListener.afterAssigned(long iteration, Value value) Called after a value is assigned to its variable (variable()).
void	Model.afterUnassigned(long iteration, Value value) Called after a value is unassigned from its variable
void	ModelListener.afterUnassigned(long iteration, Value value) Called after a value is unassigned from its variable (variable()).
void	Variable.assign(long iteration, Value value) Assign value to this variable.
void	Constraint.assigned(long iteration, Value value) Given value is to be assigned to its varable.
void	GlobalConstraint.assigned(long iteration, Value value) Given value is to be assigned to its varable.
void	Model.beforeAssigned(long iteration, Value value) Called before a value is assigned to its variable
void	ModelListener.beforeAssigned(long iteration, Value value) Called before a value is assigned to its variable (variable()).
void	Model.beforeUnassigned(long iteration, Value value) Called before a value is unassigned from its variable
void	ModelListener.beforeUnassigned(long iteration, Value value) Called before a value is unassigned from its variable (variable()).
abstract void	Constraint.computeConflicts(Value value, Set conflicts) The only method which has to be implemented by any constraint.
Hashtable	Model.conflictConstraints(Value value) The list of constraints which are in a conflict with the given value if it is assigned to its variable.
Set	Model.conflictValues(Value value) Returns the set of confliction variables with this value, if it is assigned to its variable
void	ConstraintListener.constraintAfterAssigned(long iteration, Constraint constraint, Value assigned, Set unassigned) Called by the constraint, after a value is assigned to its variable.
void	ConstraintListener.constraintBeforeAssigned(long iteration, Constraint constraint, Value assigned, Set unassigned) Called by the constraint, before a value is assigned to its variable.
boolean	Constraint.inConflict(Value value) Returns true if the given assignment is inconsistent with the existing assignments respecting this constraint.
boolean	Model.inConflict(Value value) Return true if the given value is in conflict with a hard constraint
boolean	Value.isConsistent(Value value) True, if the value is consistent with the given value
boolean	Constraint.isConsistent(Value value1, Value value2) Returns true if the given assignments are consistent respecting this constraint.
void	Variable.removeValue(long iteration, Value value) Permanently remove a value from variables domain.
void	Variable.setBestAssignment(Value value) Sets variable's value of the best ever found solution.
void	Variable.setInitialAssignment(Value initialValue) Sets initial assignment
void	Constraint.unassigned(long iteration, Value value) Given value is unassigned from its varable.
void	GlobalConstraint.unassigned(long iteration, Value value) Given value is unassigned from its varable.
boolean	Value.valueEquals(Value value) Comparison of two values which is based only on the value (not appropriate variable etc.). toDouble() is compared by default.
void	VariableListener.valueRemoved(long iteration, Value value) Called by the variable when a value is permanently removed from its domain
void	VariableListener.variableAssigned(long iteration, Value value) Called by the variable when a value is assigned to it
void	VariableListener.variableUnassigned(long iteration, Value value) Called by the variable when a value is unassigned from it

Constructors in net.sf.cpsolver.ifs.model with parameters of type Value

SimpleNeighbour(Variable variable, Value value)
Model

Variable(Value initialValue)
Constructor

Uses of Value in net.sf.cpsolver.ifs.multi

Subclasses of Value in net.sf.cpsolver.ifs.multi

class

MultiValue A value of MultiVariable.

Methods in net.sf.cpsolver.ifs.multi that return Value

Value[]

MultiValue.values()

Methods in net.sf.cpsolver.ifs.multi with parameters of type Value

void	MultiVariable.assign(long iteration, Value value)
Hashtable	MultiModel.conflictConstraints(Value value)
Set	MultiModel.conflictValues(Value value)
void	MultiVariable.valueRemoved(long iteration, Value value)
void	MultiVariable.variableAssigned(long iteration, Value value)
void	MultiVariable.variableUnassigned(long iteration, Value value)

Constructors in net.sf.cpsolver.ifs.multi with parameters of type Value

MultiValue(MultiVariable variable, Value[] values)
Constructor

MultiValue(MultiVariable variable, Value[] values, Double doubleValue, boolean correctOrder)
Constructor

Uses of Value in net.sf.cpsolver.ifs.perturbations

Methods in net.sf.cpsolver.ifs.perturbations with parameters of type Value

protected double	DefaultPerturbationsCounter.getPenalty(Value assignedValue, Value initialValue) Computes perturbation penalty between assigned and initial value of the same lecture.
protected double	DefaultPerturbationsCounter.getPenaltyA(Value selectedValue, Value initialValue) Case A: initial value of a different unassigned variable cannot be assigned (computed by ViolatedInitials)
protected double	DefaultPerturbationsCounter.getPenaltyB(Value selectedValue, Value assignedValue, Value initialValue) Case B: initial value is unassigned from a conflicting variable.
protected double	DefaultPerturbationsCounter.getPenaltyC(Value selectedValue, Value assignedValue, Value initialValue) Case C: non-initial value is unassigned from a conflicting variable.
protected double	DefaultPerturbationsCounter.getPenaltyD(Value selectedValue, Value initialValue) Case D: different than initial value is assigned to the varaible
double	DefaultPerturbationsCounter.getPerturbationPenalty(Model model, Value selectedValue, Collection conflicts)
double	PerturbationsCounter.getPerturbationPenalty(Model model, Value selectedValue, Collection conflicts) Returns perturbation penalty of the solution which become from the current solution when given conflicting values are unassigned and the selected value is assigned.

Uses of Value in net.sf.cpsolver.ifs.solver

Methods in net.sf.cpsolver.ifs.solver with parameters of type Value

boolean

SolverListener.valueSelected(long iteration, Variable variable, Value value) A value was selected

Uses of Value in net.sf.cpsolver.studentsct

Methods in net.sf.cpsolver.studentsct with parameters of type Value

void	StudentSectioningModel.afterAssigned(long iteration, Value value) Called after an enrollment was assigned to a request.
void	StudentSectioningModel.afterUnassigned(long iteration, Value value) Called before an enrollment was unassigned from a request.

Uses of Value in net.sf.cpsolver.studentsct.constraint

Methods in net.sf.cpsolver.studentsct.constraint with parameters of type Value

void	Reservation.computeConflicts(Value value, Set conflicts) Implementation of the constraint primitives.
void	SectionLimit.computeConflicts(Value value, Set conflicts) A given enrollment is conflicting, if there is a section which limit (computed by SectionLimit.getEnrollmentWeight(Section, Request)) exceeds the section limit.
void	StudentConflict.computeConflicts(Value value, Set conflicts) A given enrollment is conflicting when the student is enrolled into another course / free time request that has an assignment that is overlapping with one or more assignments of the given section.
boolean	Reservation.inConflict(Value value) Implementation of the constraint primitives.
boolean	SectionLimit.inConflict(Value value) A given enrollment is conflicting, if there is a section which limit(computed by SectionLimit.getEnrollmentWeight(Section, Request)) exceeds the section limit.
boolean	StudentConflict.inConflict(Value value) A given enrollment is conflicting when the student is enrolled into another course / free time request that has an assignment that is overlapping with one or more assignments of the given section.
boolean	StudentConflict.isConsistent(Value value1, Value value2) Two enrollments are consistent if they are not overlapping in time

Uses of Value in net.sf.cpsolver.studentsct.extension

Methods in net.sf.cpsolver.studentsct.extension with parameters of type Value

void	DistanceConflict.afterAssigned(long iteration, Value value) Called after a value is assigned to a variable.
void	DistanceConflict.afterUnassigned(long iteration, Value value) Called after a value is unassigned from a variable.
void	DistanceConflict.assigned(long iteration, Value value) Called when a value is assigned to a variable.
void	DistanceConflict.beforeAssigned(long iteration, Value value) Called before a value is assigned to a variable.
double	StudentConflictStatistics.countRemovals(long iteration, Value conflictValue, Value value)
void	DistanceConflict.unassigned(long iteration, Value value) Called when a value is unassigned from a variable.

Uses of Value in net.sf.cpsolver.studentsct.heuristics

Methods in net.sf.cpsolver.studentsct.heuristics that return Value

Value

EnrollmentSelection.selectValue(Solution solution, Variable selectedVariable) Value selecion

Methods in net.sf.cpsolver.studentsct.heuristics with parameters of type Value

boolean	EnrollmentSelection.isAllowed(Value value) true, if it is allowed to assign given value
boolean	EnrollmentSelection.isAllowed(Value value, Collection conflicts) true, if it is allowed to assign given value

Uses of Value in net.sf.cpsolver.studentsct.model

Subclasses of Value in net.sf.cpsolver.studentsct.model

class

Enrollment Representation of an enrollment of a student into a course.

Methods in net.sf.cpsolver.studentsct.model with parameters of type Value

void	Request.assign(long iteration, Value value) Assign given enrollment to this request.