Uses of Interface
org.cpsolver.ifs.assignment.Assignment

Packages that use Assignment

Package	Description
org.cpsolver.coursett	University Course Timetabling.
org.cpsolver.coursett.constraint	University Course Timetabling: Constraints.
org.cpsolver.coursett.criteria	University Course Timetabling: Criteria.
org.cpsolver.coursett.criteria.additional	University Course Timetabling: Additional (Experimental) Criteria.
org.cpsolver.coursett.criteria.placement	University Course Timetabling: Placement Selection Criteria.
org.cpsolver.coursett.custom	University Course Timetabling: Various customizations.
org.cpsolver.coursett.heuristics	University Course Timetabling: Heuristics.
org.cpsolver.coursett.model	University Course Timetabling: Model.
org.cpsolver.coursett.sectioning	Additional Student Sectioning Algorithms.
org.cpsolver.exam	Examination Timetabling Solver.
org.cpsolver.exam.criteria	Examination Timetabling: Criteria.
org.cpsolver.exam.criteria.additional	Examination Timetabling: Additional (Experimental) Criteria.
org.cpsolver.exam.heuristics	Examination Timetabling: Solution Heuristics.
org.cpsolver.exam.model	Examination Timetabling: Model.
org.cpsolver.exam.neighbours	Examination Timetabling: Various Neighbourhoods.
org.cpsolver.exam.reports	Examination Timetabling: Reports.
org.cpsolver.exam.split	This package contains an an experimental criterion that allows an exam to be split into two if it decreases the number of student conflicts.
org.cpsolver.ifs.algorithms	IFS Neighbourhood Search Algorithms
org.cpsolver.ifs.algorithms.neighbourhoods	IFS: Various Problem-Independent Neighbourhoods.
org.cpsolver.ifs.assignment	An assignment holds current values of all the variables of a model.
org.cpsolver.ifs.assignment.context	Assignment context can be used by a class (e.g., a constraint, a extension, a neighborhood selection, or a criterion) to contain any assignment dependent data.
org.cpsolver.ifs.constant	Extension of the model with constant variables.
org.cpsolver.ifs.criteria	IFS Criteria.
org.cpsolver.ifs.dbt	Dynamic backtracking extension of IFS solver
org.cpsolver.ifs.example.csp	Random Binary CSP with uniform distribution.
org.cpsolver.ifs.example.jobshop	JobShop Problem.
org.cpsolver.ifs.example.rpp	Random Placement Problem.
org.cpsolver.ifs.example.tt	Simple Timetabling Problem.
org.cpsolver.ifs.extension	IFS Extensions (conflict-based statistics, maintenance of arc consistency)
org.cpsolver.ifs.heuristics	IFS Heuristics (value and variable selection criteria)
org.cpsolver.ifs.model	IFS Model (description of a problem)
org.cpsolver.ifs.perturbations	Minimal Perturbation Problem: counting of perturbations
org.cpsolver.ifs.solution	IFS Solution (also contains solution comparator)
org.cpsolver.ifs.solver	IFS Solver
org.cpsolver.ifs.util	Utilities
org.cpsolver.instructor	Instructor Scheduling.
org.cpsolver.instructor.constraints	Instructor Scheduling: Constraints.
org.cpsolver.instructor.criteria	Instructor Scheduling: Criteria.
org.cpsolver.instructor.model	Instructor Scheduling: Model.
org.cpsolver.instructor.test	Instructor Scheduling: Tests.
org.cpsolver.studentsct	Student Sectioning Solver.
org.cpsolver.studentsct.constraint	Student Sectioning: Constraints.
org.cpsolver.studentsct.extension	Student Sectioning: Various Extensions.
org.cpsolver.studentsct.heuristics	Student Sectioning: Heuristics.
org.cpsolver.studentsct.heuristics.selection	Student Sectioning: Various Neighbour Selection Criteria.
org.cpsolver.studentsct.check	Various checks of validity of a student sectioning solution.
org.cpsolver.studentsct.model	Student Sectioning: Model.
org.cpsolver.studentsct.online	Online Student Sectioning Solver.
org.cpsolver.studentsct.online.expectations	Student Sectioning Solver: Over-Expectation Criteria.
org.cpsolver.studentsct.online.selection	Online Student Sectioning Solver: Selection Weights and Heuristics.
org.cpsolver.studentsct.report	Student Sectioning: Various Reports.
org.cpsolver.studentsct.reservation	Student Sectioning: Reservations.
org.cpsolver.studentsct.weights	Student Sectioning Weightings: various students weight models

Uses of Assignment in org.cpsolver.coursett

Fields in org.cpsolver.coursett declared as Assignment

Modifier and Type	Field and Description
protected Assignment<Lecture,Placement>	DomainChart.iAssignment

Methods in org.cpsolver.coursett with parameters of type Assignment

Modifier and Type	Method and Description
static void	Test.printRoomInfo(PrintWriter pw, TimetableModel model, Assignment<Lecture,Placement> assignment) Print room utilization

Constructors in org.cpsolver.coursett with parameters of type Assignment

Constructor and Description
TimetableLoader(TimetableModel model, Assignment<Lecture,Placement> assignment) Constructor
TimetableXMLLoader(TimetableModel model, Assignment<Lecture,Placement> assignment)

Uses of Assignment in org.cpsolver.coursett.constraint

Methods in org.cpsolver.coursett.constraint with parameters of type Assignment

Modifier and Type	Method and Description
void	ClassLimitConstraint.addParentAdepts(Assignment<Lecture,Placement> assignment, Collection<Placement> adepts, Lecture parent, Placement value, Set<Placement> conflicts)
boolean	JenrlConstraint.areStudentConflictsDistance(Assignment<Lecture,Placement> assignment)
boolean	JenrlConstraint.areStudentConflictsDistance(Assignment<Lecture,Placement> assignment, Placement value)
boolean	JenrlConstraint.areStudentConflictsWorkday(Assignment<Lecture,Placement> assignment, Placement value)
void	RoomConstraint.assigned(Assignment<Lecture,Placement> assignment, long iteration, Placement placement)
void	DiscouragedRoomConstraint.DiscouragedRoomConstraintContext.assigned(Assignment<Lecture,Placement> assignment, Placement placement)
void	FlexibleConstraint.FlexibleConstraintContext.assigned(Assignment<Lecture,Placement> assignment, Placement value)
void	GroupConstraint.GroupConstraintContext.assigned(Assignment<Lecture,Placement> assignment, Placement value)
void	InstructorConstraint.InstructorConstraintContext.assigned(Assignment<Lecture,Placement> assignment, Placement placement)
void	JenrlConstraint.JenrlConstraintContext.assigned(Assignment<Lecture,Placement> assignment, Placement value)
void	MaxBreaksFlexibleConstraint.MaxBreaksFlexibleConstraintContext.assigned(Assignment<Lecture,Placement> assignment, Placement value)
void	MaxDaysFlexibleConstraint.MaxDaysFlexibleConstraintContext.assigned(Assignment<Lecture,Placement> assignment, Placement value)
void	MaxHalfDaysFlexibleConstraint.MaxHalfDaysFlexibleConstraintContext.assigned(Assignment<Lecture,Placement> assignment, Placement value)
void	MaxWeeksFlexibleConstraint.MaxWeeksFlexibleConstraintContext.assigned(Assignment<Lecture,Placement> assignment, Placement value)
void	MinimizeNumberOfUsedGroupsOfTime.MinimizeNumberOfUsedGroupsOfTimeContext.assigned(Assignment<Lecture,Placement> assignment, Placement placement)
void	MinimizeNumberOfUsedRoomsConstraint.MinimizeNumberOfUsedRoomsConstraintContext.assigned(Assignment<Lecture,Placement> assignment, Placement placement)
void	RoomConstraint.RoomConstraintContext.assigned(Assignment<Lecture,Placement> assignment, Placement placement)
void	SoftInstructorConstraint.SoftInstructorConstraintContext.assigned(Assignment<Lecture,Placement> assignment, Placement placement)
void	SpreadConstraint.SpreadConstraintContext.assigned(Assignment<Lecture,Placement> assignment, Placement placement)
void	ClassLimitConstraint.computeAdepts(Assignment<Lecture,Placement> assignment, Collection<Placement> adepts, List<Lecture> variables, Placement value, Set<Placement> conflicts)
void	BreakFlexibleConstraint.computeConflicts(Assignment<Lecture,Placement> assignment, Placement value, Set<Placement> conflicts)
void	ClassLimitConstraint.computeConflicts(Assignment<Lecture,Placement> assignment, Placement value, Set<Placement> conflicts)
void	DiscouragedRoomConstraint.computeConflicts(Assignment<Lecture,Placement> assignment, Placement value, Set<Placement> conflicts)
void	GroupConstraint.computeConflicts(Assignment<Lecture,Placement> assignment, Placement value, Set<Placement> conflicts)
void	IgnoreStudentConflictsConstraint.computeConflicts(Assignment<Lecture,Placement> assignment, Placement value, Set<Placement> conflicts)
void	InstructorConstraint.computeConflicts(Assignment<Lecture,Placement> assignment, Placement placement, Set<Placement> conflicts)
void	JenrlConstraint.computeConflicts(Assignment<Lecture,Placement> assignment, Placement value, Set<Placement> conflicts)
void	MaxBlockFlexibleConstraint.computeConflicts(Assignment<Lecture,Placement> assignment, Placement value, Set<Placement> conflicts)
void	MaxBreaksFlexibleConstraint.computeConflicts(Assignment<Lecture,Placement> assignment, Placement value, Set<Placement> conflicts)
void	MaxDaysFlexibleConstraint.computeConflicts(Assignment<Lecture,Placement> assignment, Placement value, Set<Placement> conflicts)
void	MaxHalfDaysFlexibleConstraint.computeConflicts(Assignment<Lecture,Placement> assignment, Placement value, Set<Placement> conflicts)
void	MaxHolesFlexibleConstraint.computeConflicts(Assignment<Lecture,Placement> assignment, Placement value, Set<Placement> conflicts)
void	MaxWeeksFlexibleConstraint.computeConflicts(Assignment<Lecture,Placement> assignment, Placement value, Set<Placement> conflicts)
void	MinimizeNumberOfUsedGroupsOfTime.computeConflicts(Assignment<Lecture,Placement> assignment, Placement placement, Set<Placement> conflicts)
void	MinimizeNumberOfUsedRoomsConstraint.computeConflicts(Assignment<Lecture,Placement> assignment, Placement placement, Set<Placement> conflicts)
void	RoomConstraint.computeConflicts(Assignment<Lecture,Placement> assignment, Placement placement, Set<Placement> conflicts)
void	SoftInstructorConstraint.computeConflicts(Assignment<Lecture,Placement> assignment, Placement placement, Set<Placement> conflicts)
void	SpreadConstraint.computeConflicts(Assignment<Lecture,Placement> assignment, Placement placement, Set<Placement> conflicts)
void	GroupConstraint.computeConflicts(Assignment<Lecture,Placement> assignment, Placement value, Set<Placement> conflicts, boolean fwdCheck)
void	GroupConstraint.computeConflictsNoForwardCheck(Assignment<Lecture,Placement> assignment, Placement value, Set<Placement> conflicts)
protected int	SoftInstructorConstraint.SoftInstructorConstraintContext.countConflicts(Assignment<Lecture,Placement> assignment)
int	MaxHolesFlexibleConstraint.countHoles(Assignment<Lecture,Placement> assignment, int dayCode, Set<Placement> conflicts, Placement value, HashMap<Lecture,Placement> assignments, BitSet week) Count number of holes (free slots) between the given classes on given day and week.
int	InstructorConstraint.InstructorConstraintContext.countPreference(Assignment<Lecture,Placement> assignment)
RoomConstraint.RoomConstraintContext	DiscouragedRoomConstraint.createAssignmentContext(Assignment<Lecture,Placement> assignment)
FlexibleConstraint.FlexibleConstraintContext	FlexibleConstraint.createAssignmentContext(Assignment<Lecture,Placement> assignment)
GroupConstraint.GroupConstraintContext	GroupConstraint.createAssignmentContext(Assignment<Lecture,Placement> assignment)
InstructorConstraint.InstructorConstraintContext	InstructorConstraint.createAssignmentContext(Assignment<Lecture,Placement> assignment)
JenrlConstraint.JenrlConstraintContext	JenrlConstraint.createAssignmentContext(Assignment<Lecture,Placement> assignment)
FlexibleConstraint.FlexibleConstraintContext	MaxBreaksFlexibleConstraint.createAssignmentContext(Assignment<Lecture,Placement> assignment)
FlexibleConstraint.FlexibleConstraintContext	MaxDaysFlexibleConstraint.createAssignmentContext(Assignment<Lecture,Placement> assignment)
FlexibleConstraint.FlexibleConstraintContext	MaxHalfDaysFlexibleConstraint.createAssignmentContext(Assignment<Lecture,Placement> assignment)
FlexibleConstraint.FlexibleConstraintContext	MaxHolesFlexibleConstraint.createAssignmentContext(Assignment<Lecture,Placement> assignment)
FlexibleConstraint.FlexibleConstraintContext	MaxWeeksFlexibleConstraint.createAssignmentContext(Assignment<Lecture,Placement> assignment)
MinimizeNumberOfUsedGroupsOfTime.MinimizeNumberOfUsedGroupsOfTimeContext	MinimizeNumberOfUsedGroupsOfTime.createAssignmentContext(Assignment<Lecture,Placement> assignment)
MinimizeNumberOfUsedRoomsConstraint.MinimizeNumberOfUsedRoomsConstraintContext	MinimizeNumberOfUsedRoomsConstraint.createAssignmentContext(Assignment<Lecture,Placement> assignment)
RoomConstraint.RoomConstraintContext	RoomConstraint.createAssignmentContext(Assignment<Lecture,Placement> assignment)
InstructorConstraint.InstructorConstraintContext	SoftInstructorConstraint.createAssignmentContext(Assignment<Lecture,Placement> assignment)
SpreadConstraint.SpreadConstraintContext	SpreadConstraint.createAssignmentContext(Assignment<Lecture,Placement> assignment)
int	ClassLimitConstraint.currentClassLimit(Assignment<Lecture,Placement> assignment, Placement value, Set<Placement> conflicts)
void	JenrlConstraint.decJenrl(Assignment<Lecture,Placement> assignment, Student student) Decrement the number of joined enrollments (during student final sectioning)
boolean	GroupConstraint.forwardCheck(Assignment<Lecture,Placement> assignment, Placement value, Set<GroupConstraint> ignore, int depth)
void	GroupConstraint.forwardCheck(Assignment<Lecture,Placement> assignment, Placement value, Set<Placement> conflicts, Set<GroupConstraint> ignore, int depth)
Placement	SpreadConstraint.getAdept(Assignment<Lecture,Placement> assignment, Placement placement, int[][] nrCourses, Set<Placement> conflicts)
List<FlexibleConstraint.Block>	MaxBlockFlexibleConstraint.getBlocks(Assignment<Lecture,Placement> assignment, int dayCode, Set<Placement> conflicts, Placement value, HashMap<Lecture,Placement> assignments, BitSet week)
List<FlexibleConstraint.Block>	MaxBreaksFlexibleConstraint.getBlocks(Assignment<Lecture,Placement> assignment, int dayCode, Set<Placement> conflicts, Placement value, HashMap<Lecture,Placement> assignments, BitSet week)
List<FlexibleConstraint.Block>	BreakFlexibleConstraint.getBreakBlocks(Assignment<Lecture,Placement> assignment, int dayCode, Set<Placement> conflicts, Placement value, HashMap<Lecture,Placement> assignments, BitSet week) Creates a list of consecutive blocks with back-to-back classes.
int	SoftInstructorConstraint.getConflicts(Assignment<Lecture,Placement> assignment)
int	SoftInstructorConstraint.getConflicts(Assignment<Lecture,Placement> assignment, Placement placement)
int	GroupConstraint.getCurrentPreference(Assignment<Lecture,Placement> assignment) Current constraint preference (0 if prohibited or required, depends on current satisfaction of the constraint)
int	GroupConstraint.getCurrentPreference(Assignment<Lecture,Placement> assignment, Placement placement) Current constraint preference change (if given placement is assigned)
double	FlexibleConstraint.getCurrentPreference(Assignment<Lecture,Placement> assignment, Set<Placement> conflicts, HashMap<Lecture,Placement> assignments) Return the current preference of the flexible constraint, considering conflicts and new assignments.
int	SpreadConstraint.getMaxPenalty(Assignment<Lecture,Placement> assignment, Placement placement)
double	BreakFlexibleConstraint.getNrViolations(Assignment<Lecture,Placement> assignment, Set<Placement> conflicts, HashMap<Lecture,Placement> assignments)
abstract double	FlexibleConstraint.getNrViolations(Assignment<Lecture,Placement> assignment, Set<Placement> conflicts, HashMap<Lecture,Placement> assignments) Return current number of violations.
double	MaxBlockFlexibleConstraint.getNrViolations(Assignment<Lecture,Placement> assignment, Set<Placement> conflicts, HashMap<Lecture,Placement> assignments)
double	MaxBreaksFlexibleConstraint.getNrViolations(Assignment<Lecture,Placement> assignment, Set<Placement> conflicts, HashMap<Lecture,Placement> assignments)
double	MaxDaysFlexibleConstraint.getNrViolations(Assignment<Lecture,Placement> assignment, Set<Placement> conflicts, HashMap<Lecture,Placement> assignments)
double	MaxHalfDaysFlexibleConstraint.getNrViolations(Assignment<Lecture,Placement> assignment, Set<Placement> conflicts, HashMap<Lecture,Placement> assignments)
double	MaxHolesFlexibleConstraint.getNrViolations(Assignment<Lecture,Placement> assignment, Set<Placement> conflicts, HashMap<Lecture,Placement> assignments) Count violations, that is weekly average free time that is over the limit in hours.
double	MaxWeeksFlexibleConstraint.getNrViolations(Assignment<Lecture,Placement> assignment, Set<Placement> conflicts, HashMap<Lecture,Placement> assignments)
int	MinimizeNumberOfUsedRoomsConstraint.MinimizeNumberOfUsedRoomsConstraintContext.getOverLimit(Assignment<Lecture,Placement> assignment, Placement placement)
int	SpreadConstraint.getPenalty(Assignment<Lecture,Placement> assignment) Department balancing penalty for this department
int	SpreadConstraint.getPenalty(Assignment<Lecture,Placement> assignment, Placement placement) Department balancing penalty of the given placement
int	SpreadConstraint.getPenaltyEstimate(Assignment<Lecture,Placement> assignment)
int	InstructorConstraint.getPreference(Assignment<Lecture,Placement> assignment)
int	InstructorConstraint.getPreference(Assignment<Lecture,Placement> assignment, Placement value) Back-to-back preference of the given placement
int	InstructorConstraint.getPreferenceCombination(Assignment<Lecture,Placement> assignment, Placement value)
protected Set<Placement>	FlexibleConstraint.getRelevantPlacements(Assignment<Lecture,Placement> assignment, int dayCode, Set<Placement> conflicts, Placement value, HashMap<Lecture,Placement> assignments, BitSet week) Returns placements of variables assigned to this constraint with assignment which satisfy following conditions: They must be taught in the day included in dayCode.
List<Placement>	RoomConstraint.getResource(Assignment<Lecture,Placement> assignment, int slot) Lookup table getResource()[slot] → lecture using this room placed in the given time slot (null if empty)
Placement[]	RoomConstraint.getResourceOfWeek(Assignment<Lecture,Placement> assignment, int startDay)
void	JenrlConstraint.incJenrl(Assignment<Lecture,Placement> assignment, Student student) Increment the number of joined enrollments (during student final sectioning)
boolean	ClassLimitConstraint.inConflict(Assignment<Lecture,Placement> assignment, Placement value)
boolean	DiscouragedRoomConstraint.inConflict(Assignment<Lecture,Placement> assignment, Placement value)
boolean	GroupConstraint.inConflict(Assignment<Lecture,Placement> assignment, Placement value)
boolean	InstructorConstraint.inConflict(Assignment<Lecture,Placement> assignment, Placement placement)
boolean	JenrlConstraint.inConflict(Assignment<Lecture,Placement> assignment, Placement value)
boolean	MaxDaysFlexibleConstraint.inConflict(Assignment<Lecture,Placement> assignment, Placement value)
boolean	MaxHalfDaysFlexibleConstraint.inConflict(Assignment<Lecture,Placement> assignment, Placement value)
boolean	MaxWeeksFlexibleConstraint.inConflict(Assignment<Lecture,Placement> assignment, Placement value)
boolean	MinimizeNumberOfUsedRoomsConstraint.inConflict(Assignment<Lecture,Placement> assignment, Placement placement)
boolean	RoomConstraint.inConflict(Assignment<Lecture,Placement> assignment, Placement placement)
boolean	SoftInstructorConstraint.inConflict(Assignment<Lecture,Placement> assignment, Placement placement)
boolean	SoftInstructorConstraint.SoftInstructorConstraintContext.inConflict(Assignment<Lecture,Placement> assignment, Placement placement)
boolean	SpreadConstraint.inConflict(Assignment<Lecture,Placement> assignment, Placement placement)
boolean	GroupConstraint.isChildrenNotOverlap(Assignment<Lecture,Placement> assignment, Lecture lec1, Placement plc1, Lecture lec2, Placement plc2)
boolean	JenrlConstraint.isInConflict(Assignment<Lecture,Placement> assignment) True if the given two lectures overlap in time
boolean	DiscouragedRoomConstraint.DiscouragedRoomConstraintContext.isOverLimit(Assignment<Lecture,Placement> assignment, Placement value)
boolean	MinimizeNumberOfUsedRoomsConstraint.MinimizeNumberOfUsedRoomsConstraintContext.isOverLimit(Assignment<Lecture,Placement> assignment, Placement placement)
boolean	GroupConstraint.isSatisfied(Assignment<Lecture,Placement> assignment)
boolean	GroupConstraint.AssignmentPairCheck.isSatisfied(Assignment<Lecture,Placement> assignment, GroupConstraint gc, Placement plc1, Placement plc2) Check whether the constraint is satisfied for the given two assignments (required / preferred case)
boolean	GroupConstraint.ParametrizedConstraintType.isSatisfied(Assignment<Lecture,Placement> assignment, GroupConstraint gc, Placement plc1, Placement plc2)
boolean	GroupConstraint.ConstraintType.isSatisfied(Assignment<Lecture,Placement> assignment, GroupConstraint gc, Placement plc1, Placement plc2) True if a required or preferred constraint is satisfied between a pair of placements
boolean	GroupConstraint.AssignmentParameterPairCheck.isSatisfied(Assignment<Lecture,Placement> assignment, P parameter, GroupConstraint gc, Placement plc1, Placement plc2) Check whether the constraint is satisfied for the given two assignments (required / preferred case)
boolean	GroupConstraint.isSatisfiedPair(Assignment<Lecture,Placement> assignment, Placement plc1, Placement plc2)
boolean	GroupConstraint.AssignmentPairCheck.isViolated(Assignment<Lecture,Placement> assignment, GroupConstraint gc, Placement plc1, Placement plc2) Check whether the constraint is satisfied for the given two assignments (prohibited / discouraged case)
boolean	GroupConstraint.ParametrizedConstraintType.isViolated(Assignment<Lecture,Placement> assignment, GroupConstraint gc, Placement plc1, Placement plc2)
boolean	GroupConstraint.ConstraintType.isViolated(Assignment<Lecture,Placement> assignment, GroupConstraint gc, Placement plc1, Placement plc2) True if a prohibited or discouraged constraint is satisfied between a pair of placements
boolean	GroupConstraint.AssignmentParameterPairCheck.isViolated(Assignment<Lecture,Placement> assignment, P parameter, GroupConstraint gc, Placement plc1, Placement plc2) Check whether the constraint is satisfied for the given two assignments (prohibited / discouraged case)
long	JenrlConstraint.jenrl(Assignment<Lecture,Placement> assignment, Lecture variable, Placement value) Number of joined enrollments if the given value is assigned to the given variable
protected int	GroupConstraint.nrSlotsADay(Assignment<Lecture,Placement> assignment, int dayCode, BitSet week, HashMap<Lecture,Placement> assignments, Set<Placement> conflicts)
void	DiscouragedRoomConstraint.unassigned(Assignment<Lecture,Placement> assignment, long iteration, Placement placement)
void	RoomConstraint.unassigned(Assignment<Lecture,Placement> assignment, long iteration, Placement placement)
void	DiscouragedRoomConstraint.DiscouragedRoomConstraintContext.unassigned(Assignment<Lecture,Placement> assignment, Placement placement)
void	FlexibleConstraint.FlexibleConstraintContext.unassigned(Assignment<Lecture,Placement> assignment, Placement value)
void	GroupConstraint.GroupConstraintContext.unassigned(Assignment<Lecture,Placement> assignment, Placement value)
void	InstructorConstraint.InstructorConstraintContext.unassigned(Assignment<Lecture,Placement> assignment, Placement placement)
void	JenrlConstraint.JenrlConstraintContext.unassigned(Assignment<Lecture,Placement> assignment, Placement value)
void	MaxDaysFlexibleConstraint.MaxDaysFlexibleConstraintContext.unassigned(Assignment<Lecture,Placement> assignment, Placement value)
void	MaxHalfDaysFlexibleConstraint.MaxHalfDaysFlexibleConstraintContext.unassigned(Assignment<Lecture,Placement> assignment, Placement value)
void	MaxWeeksFlexibleConstraint.MaxWeeksFlexibleConstraintContext.unassigned(Assignment<Lecture,Placement> assignment, Placement value)
void	MinimizeNumberOfUsedGroupsOfTime.MinimizeNumberOfUsedGroupsOfTimeContext.unassigned(Assignment<Lecture,Placement> assignment, Placement placement)
void	MinimizeNumberOfUsedRoomsConstraint.MinimizeNumberOfUsedRoomsConstraintContext.unassigned(Assignment<Lecture,Placement> assignment, Placement placement)
void	RoomConstraint.RoomConstraintContext.unassigned(Assignment<Lecture,Placement> assignment, Placement placement)
void	SoftInstructorConstraint.SoftInstructorConstraintContext.unassigned(Assignment<Lecture,Placement> assignment, Placement placement)
void	SpreadConstraint.SpreadConstraintContext.unassigned(Assignment<Lecture,Placement> assignment, Placement placement)
protected void	FlexibleConstraint.FlexibleConstraintContext.updateCriterion(Assignment<Lecture,Placement> assignment) Update value of FlexibleConstraintCriterion and number of violated FlexibleConstraints
protected void	GroupConstraint.GroupConstraintContext.updateCriterion(Assignment<Lecture,Placement> assignment)
void	DiscouragedRoomConstraint.weaken(Assignment<Lecture,Placement> assignment)
void	JenrlConstraint.weaken(Assignment<Lecture,Placement> assignment)
void	MaxBreaksFlexibleConstraint.weaken(Assignment<Lecture,Placement> assignment)
void	MaxHolesFlexibleConstraint.weaken(Assignment<Lecture,Placement> assignment)
void	MinimizeNumberOfUsedGroupsOfTime.weaken(Assignment<Lecture,Placement> assignment)
void	MinimizeNumberOfUsedRoomsConstraint.weaken(Assignment<Lecture,Placement> assignment)
void	SpreadConstraint.weaken(Assignment<Lecture,Placement> assignment)
void	DiscouragedRoomConstraint.weaken(Assignment<Lecture,Placement> assignment, Placement value)
void	DiscouragedRoomConstraint.DiscouragedRoomConstraintContext.weaken(Assignment<Lecture,Placement> assignment, Placement value)
void	JenrlConstraint.weaken(Assignment<Lecture,Placement> assignment, Placement value)
void	JenrlConstraint.JenrlConstraintContext.weaken(Assignment<Lecture,Placement> assignment, Placement value)
void	MaxBreaksFlexibleConstraint.weaken(Assignment<Lecture,Placement> assignment, Placement value)
void	MaxHolesFlexibleConstraint.weaken(Assignment<Lecture,Placement> assignment, Placement value)
void	MaxHolesFlexibleConstraint.MaxHolesFlexibleConstraintContext.weaken(Assignment<Lecture,Placement> assignment, Placement value)
void	MinimizeNumberOfUsedGroupsOfTime.weaken(Assignment<Lecture,Placement> assignment, Placement value)
void	MinimizeNumberOfUsedRoomsConstraint.weaken(Assignment<Lecture,Placement> assignment, Placement value)
void	MinimizeNumberOfUsedRoomsConstraint.MinimizeNumberOfUsedRoomsConstraintContext.weaken(Assignment<Lecture,Placement> assignment, Placement value)
void	SpreadConstraint.weaken(Assignment<Lecture,Placement> assignment, Placement value)

Constructors in org.cpsolver.coursett.constraint with parameters of type Assignment

Constructor and Description
DiscouragedRoomConstraintContext(Assignment<Lecture,Placement> assignment)
GroupConstraintContext(Assignment<Lecture,Placement> assignment)
InstructorConstraintContext(Assignment<Lecture,Placement> assignment)
JenrlConstraintContext(Assignment<Lecture,Placement> assignment)
MaxBreaksFlexibleConstraintContext(Assignment<Lecture,Placement> assignment)
MaxDaysFlexibleConstraintContext(Assignment<Lecture,Placement> assignment)
MaxHalfDaysFlexibleConstraintContext(Assignment<Lecture,Placement> assignment)
MaxHolesFlexibleConstraintContext(Assignment<Lecture,Placement> assignment)
MaxWeeksFlexibleConstraintContext(Assignment<Lecture,Placement> assignment)
MinimizeNumberOfUsedGroupsOfTimeContext(Assignment<Lecture,Placement> assignment)
MinimizeNumberOfUsedRoomsConstraintContext(Assignment<Lecture,Placement> assignment)
RoomConstraintContext(Assignment<Lecture,Placement> assignment)
SoftInstructorConstraintContext(Assignment<Lecture,Placement> assignment)
SpreadConstraintContext(Assignment<Lecture,Placement> assignment)

Uses of Assignment in org.cpsolver.coursett.criteria

Methods in org.cpsolver.coursett.criteria with parameters of type Assignment

Modifier and Type	Method and Description
void	StudentConflict.bestRestored(Assignment<Lecture,Placement> assignment)
protected double[]	BackToBackInstructorPreferences.computeBounds(Assignment<Lecture,Placement> assignment)
protected double[]	BrokenTimePatterns.computeBounds(Assignment<Lecture,Placement> assignment)
protected double[]	DistributionPreferences.computeBounds(Assignment<Lecture,Placement> assignment)
double[]	Perturbations.getBounds(Assignment<Lecture,Placement> assignment)
double[]	RoomViolations.getBounds(Assignment<Lecture,Placement> assignment)
double[]	SameSubpartBalancingPenalty.getBounds(Assignment<Lecture,Placement> assignment)
double[]	StudentConflict.getBounds(Assignment<Lecture,Placement> assignment)
double[]	BackToBackInstructorPreferences.getBounds(Assignment<Lecture,Placement> assignment, Collection<Lecture> variables)
double[]	BrokenTimePatterns.getBounds(Assignment<Lecture,Placement> assignment, Collection<Lecture> variables)
double[]	DistributionPreferences.getBounds(Assignment<Lecture,Placement> assignment, Collection<Lecture> variables)
double[]	Perturbations.getBounds(Assignment<Lecture,Placement> assignment, Collection<Lecture> variables)
double[]	RoomPreferences.getBounds(Assignment<Lecture,Placement> assignment, Collection<Lecture> variables)
double[]	RoomViolations.getBounds(Assignment<Lecture,Placement> assignment, Collection<Lecture> variables)
double[]	SameSubpartBalancingPenalty.getBounds(Assignment<Lecture,Placement> assignment, Collection<Lecture> variables)
double[]	StudentCommittedConflict.getBounds(Assignment<Lecture,Placement> assignment, Collection<Lecture> variables)
double[]	StudentConflict.getBounds(Assignment<Lecture,Placement> assignment, Collection<Lecture> variables)
double[]	TimePreferences.getBounds(Assignment<Lecture,Placement> assignment, Collection<Lecture> variables)
double[]	TooBigRooms.getBounds(Assignment<Lecture,Placement> assignment, Collection<Lecture> variables)
void	FlexibleConstraintCriterion.getInfo(Assignment<Lecture,Placement> assignment, Map<String,String> info)
void	StudentWorkdayConflict.getInfo(Assignment<Lecture,Placement> assignment, Map<String,String> info)
void	FlexibleConstraintCriterion.getInfo(Assignment<Lecture,Placement> assignment, Map<String,String> info, Collection<Lecture> variables)
void	StudentWorkdayConflict.getInfo(Assignment<Lecture,Placement> assignment, Map<String,String> info, Collection<Lecture> variables)
double	Perturbations.getValue(Assignment<Lecture,Placement> assignment)
double	SameSubpartBalancingPenalty.getValue(Assignment<Lecture,Placement> assignment)
double	BackToBackInstructorPreferences.getValue(Assignment<Lecture,Placement> assignment, Collection<Lecture> variables)
double	BrokenTimePatterns.getValue(Assignment<Lecture,Placement> assignment, Collection<Lecture> variables)
double	DepartmentBalancingPenalty.getValue(Assignment<Lecture,Placement> assignment, Collection<Lecture> variables)
double	DistributionPreferences.getValue(Assignment<Lecture,Placement> assignment, Collection<Lecture> variables)
double	FlexibleConstraintCriterion.getValue(Assignment<Lecture,Placement> assignment, Collection<Lecture> variables)
double	Perturbations.getValue(Assignment<Lecture,Placement> assignment, Collection<Lecture> variables)
double	SameSubpartBalancingPenalty.getValue(Assignment<Lecture,Placement> assignment, Collection<Lecture> variables)
double	StudentCommittedConflict.getValue(Assignment<Lecture,Placement> assignment, Collection<Lecture> variables)
double	StudentConflict.getValue(Assignment<Lecture,Placement> assignment, Collection<Lecture> variables)
double	BackToBackInstructorPreferences.getValue(Assignment<Lecture,Placement> assignment, Placement value, Set<Placement> conflicts)
double	BrokenTimePatterns.getValue(Assignment<Lecture,Placement> assignment, Placement value, Set<Placement> conflicts)
double	DepartmentBalancingPenalty.getValue(Assignment<Lecture,Placement> assignment, Placement value, Set<Placement> conflicts)
double	DistributionPreferences.getValue(Assignment<Lecture,Placement> assignment, Placement value, Set<Placement> conflicts)
double	FlexibleConstraintCriterion.getValue(Assignment<Lecture,Placement> assignment, Placement value, Set<Placement> conflicts)
double	Perturbations.getValue(Assignment<Lecture,Placement> assignment, Placement value, Set<Placement> conflicts)
double	RoomPreferences.getValue(Assignment<Lecture,Placement> assignment, Placement value, Set<Placement> conflicts)
double	RoomViolations.getValue(Assignment<Lecture,Placement> assignment, Placement value, Set<Placement> conflicts)
double	SameSubpartBalancingPenalty.getValue(Assignment<Lecture,Placement> assignment, Placement value, Set<Placement> conflicts)
double	StudentCommittedConflict.getValue(Assignment<Lecture,Placement> assignment, Placement value, Set<Placement> conflicts)
double	StudentConflict.getValue(Assignment<Lecture,Placement> assignment, Placement value, Set<Placement> conflicts)
double	TimePreferences.getValue(Assignment<Lecture,Placement> assignment, Placement value, Set<Placement> conflicts)
double	TooBigRooms.getValue(Assignment<Lecture,Placement> assignment, Placement value, Set<Placement> conflicts)
void	StudentConflict.incJenrl(Assignment<Lecture,Placement> assignment, JenrlConstraint jenrl, double studentWeight, Double conflictPriority, Student student)
protected int	BackToBackInstructorPreferences.penalty(Assignment<Lecture,Placement> assignment, Placement value)
protected double	BrokenTimePatterns.penalty(Assignment<Lecture,Placement> assignment, Placement value)

Uses of Assignment in org.cpsolver.coursett.criteria.additional

Methods in org.cpsolver.coursett.criteria.additional with parameters of type Assignment

Modifier and Type	Method and Description
boolean	InstructorFairness.InstructorFairnessContext.allInstructorsAssigned(Assignment<Lecture,Placement> assignment) Return if complete solution (all variables assigned) was found in this context
protected void	InstructorFairness.InstructorFairnessContext.assigned(Assignment<Lecture,Placement> assignment, Placement value)
protected void	InstructorLunchBreak.InstructorLunchBreakContext.assigned(Assignment<Lecture,Placement> assignment, Placement value)
void	InstructorFairness.bestSaved(Assignment<Lecture,Placement> assignment)
protected double[]	InstructorConflict.computeBounds(Assignment<Lecture,Placement> assignment)
double	InstructorLunchBreak.InstructorLunchBreakContext.computeLunchPenalty(Assignment<Lecture,Placement> assignment, InstructorConstraint constraint) Method computes number of violations in days (Mo, Tue, Wed,..) considering each week in the semester separately.
void	InstructorFairness.InstructorFairnessContext.countInstructorAssignedFair(Assignment<Lecture,Placement> assignment, Placement value) Method actualize values of instructors whose lecture was just assigned
boolean	InstructorFairness.InstructorFairnessContext.countInstructorFair(Assignment<Lecture,Placement> assignment) This method set fairness values to all instructors
void	InstructorFairness.InstructorFairnessContext.countInstructorUnassignedFair(Assignment<Lecture,Placement> assignment, Placement value) Method actualize values of instructors whose lecture will be unassigned
AbstractCriterion.ValueContext	InstructorFairness.createAssignmentContext(Assignment<Lecture,Placement> assignment)
AbstractCriterion.ValueContext	InstructorLunchBreak.createAssignmentContext(Assignment<Lecture,Placement> assignment)
double	InstructorFairness.InstructorFairnessContext.fairnessDouble(Assignment<Lecture,Placement> assignment, Placement placement) Metod count and return time (and room) preferences in placement
double[]	IgnoredCommittedStudentConflict.getBounds(Assignment<Lecture,Placement> assignment, Collection<Lecture> variables)
double[]	InstructorConflict.getBounds(Assignment<Lecture,Placement> assignment, Collection<Lecture> variables)
void	InstructorFairness.getExtendedInfo(Assignment<Lecture,Placement> assignment, Map<String,String> info)
void	IgnoredStudentConflict.getInfo(Assignment<Lecture,Placement> assignment, Map<String,String> info)
void	ImportantStudentConflict.getInfo(Assignment<Lecture,Placement> assignment, Map<String,String> info)
void	ImportantStudentHardConflict.getInfo(Assignment<Lecture,Placement> assignment, Map<String,String> info)
void	InstructorConflict.getInfo(Assignment<Lecture,Placement> assignment, Map<String,String> info)
void	InstructorFairness.getInfo(Assignment<Lecture,Placement> assignment, Map<String,String> info)
void	InstructorLunchBreak.getInfo(Assignment<Lecture,Placement> assignment, Map<String,String> info)
void	InstructorStudentConflict.getInfo(Assignment<Lecture,Placement> assignment, Map<String,String> info)
void	InstructorStudentHardConflict.getInfo(Assignment<Lecture,Placement> assignment, Map<String,String> info)
void	RoomSizePenalty.getInfo(Assignment<Lecture,Placement> assignment, Map<String,String> info)
void	StudentLuchBreak.getInfo(Assignment<Lecture,Placement> assignment, Map<String,String> info)
void	StudentMinimizeDaysOfWeek.getInfo(Assignment<Lecture,Placement> assignment, Map<String,String> info)
void	StudentMinimizeScheduleHoles.getInfo(Assignment<Lecture,Placement> assignment, Map<String,String> info)
void	StudentOverLunchConflict.getInfo(Assignment<Lecture,Placement> assignment, Map<String,String> info)
void	IgnoredStudentConflict.getInfo(Assignment<Lecture,Placement> assignment, Map<String,String> info, Collection<Lecture> variables)
void	ImportantStudentConflict.getInfo(Assignment<Lecture,Placement> assignment, Map<String,String> info, Collection<Lecture> variables)
void	ImportantStudentHardConflict.getInfo(Assignment<Lecture,Placement> assignment, Map<String,String> info, Collection<Lecture> variables)
void	InstructorConflict.getInfo(Assignment<Lecture,Placement> assignment, Map<String,String> info, Collection<Lecture> variables)
void	InstructorFairness.getInfo(Assignment<Lecture,Placement> assignment, Map<String,String> info, Collection<Lecture> variables)
void	InstructorLunchBreak.getInfo(Assignment<Lecture,Placement> assignment, Map<String,String> info, Collection<Lecture> variables)
void	InstructorStudentConflict.getInfo(Assignment<Lecture,Placement> assignment, Map<String,String> info, Collection<Lecture> variables)
void	InstructorStudentHardConflict.getInfo(Assignment<Lecture,Placement> assignment, Map<String,String> info, Collection<Lecture> variables)
void	StudentLuchBreak.getInfo(Assignment<Lecture,Placement> assignment, Map<String,String> info, Collection<Lecture> variables)
void	StudentMinimizeDaysOfWeek.getInfo(Assignment<Lecture,Placement> assignment, Map<String,String> info, Collection<Lecture> variables)
void	StudentMinimizeScheduleHoles.getInfo(Assignment<Lecture,Placement> assignment, Map<String,String> info, Collection<Lecture> variables)
void	StudentOverLunchConflict.getInfo(Assignment<Lecture,Placement> assignment, Map<String,String> info, Collection<Lecture> variables)
double	InstructorFairness.getValue(Assignment<Lecture,Placement> assignment)
double	IgnoredCommittedStudentConflict.getValue(Assignment<Lecture,Placement> assignment, Collection<Lecture> variables)
double	InstructorConflict.getValue(Assignment<Lecture,Placement> assignment, Collection<Lecture> variables)
double	InstructorFairness.getValue(Assignment<Lecture,Placement> assignment, Collection<Lecture> variables)
double	InstructorLunchBreak.getValue(Assignment<Lecture,Placement> assignment, Collection<Lecture> variables)
double	IgnoredCommittedStudentConflict.getValue(Assignment<Lecture,Placement> assignment, Placement value, Set<Placement> conflicts)
double	InstructorConflict.getValue(Assignment<Lecture,Placement> assignment, Placement value, Set<Placement> conflicts)
double	InstructorFairness.getValue(Assignment<Lecture,Placement> assignment, Placement value, Set<Placement> conflicts)
double	InstructorLunchBreak.getValue(Assignment<Lecture,Placement> assignment, Placement value, Set<Placement> conflicts)
double	RoomSizePenalty.getValue(Assignment<Lecture,Placement> assignment, Placement value, Set<Placement> conflicts)
void	ImportantStudentConflict.incJenrl(Assignment<Lecture,Placement> assignment, JenrlConstraint jenrl, double studentWeight, Double conflictPriority, Student student)
void	InstructorStudentConflict.incJenrl(Assignment<Lecture,Placement> assignment, JenrlConstraint jenrl, double studentWeight, Double conflictPriority, Student student)
void	QuadraticStudentConflict.incJenrl(Assignment<Lecture,Placement> assignment, JenrlConstraint jenrl, double studentWeight, Double conflictPriority, Student student)
void	StudentMinimizeDaysOfWeek.incJenrl(Assignment<Lecture,Placement> assignment, JenrlConstraint jenrl, double studentWeight, Double conflictPriority, Student student)
void	StudentMinimizeScheduleHoles.incJenrl(Assignment<Lecture,Placement> assignment, JenrlConstraint jenrl, double studentWeight, Double conflictPriority, Student student)
protected int	InstructorConflict.penalty(Assignment<Lecture,Placement> assignment, Placement value)
String[]	InstructorFairness.InstructorFairnessContext.testFairness(Assignment<Lecture,Placement> assignment) Method for whole evaluation of fairness criteria
protected void	InstructorFairness.InstructorFairnessContext.unassigned(Assignment<Lecture,Placement> assignment, Placement value)
protected void	InstructorLunchBreak.InstructorLunchBreakContext.unassigned(Assignment<Lecture,Placement> assignment, Placement value)
void	InstructorLunchBreak.InstructorLunchBreakContext.updateCriterion(Assignment<Lecture,Placement> assignment, InstructorConstraint instructorConstraint, Placement placement) Method checks or sets the CompactInfo of an InstructorConstraint.
void	InstructorLunchBreak.InstructorLunchBreakContext.updateLunchPenalty(Assignment<Lecture,Placement> assignment, InstructorConstraint constraint, Placement p) Method updates number of violations in days (Mo, Tue, Wed,..) considering each week in the semester separately.

Constructors in org.cpsolver.coursett.criteria.additional with parameters of type Assignment

Constructor and Description
InstructorFairnessContext(Assignment<Lecture,Placement> assignment)
InstructorLunchBreakContext(Assignment<Lecture,Placement> assignment)

Uses of Assignment in org.cpsolver.coursett.criteria.placement

Methods in org.cpsolver.coursett.criteria.placement with parameters of type Assignment

Modifier and Type	Method and Description
protected void	AssignmentCount.AssignmentCountContext.assigned(Assignment<Lecture,Placement> assignment, Placement value)
AbstractCriterion.ValueContext	AssignmentCount.createAssignmentContext(Assignment<Lecture,Placement> assignment) Deprecated.
AbstractCriterion.ValueContext	WeightedHardConflicts.createAssignmentContext(Assignment<Lecture,Placement> assignment)
void	PlacementSelectionCriterion.getInfo(Assignment<Lecture,Placement> assignment, Map<String,String> info)
void	PlacementSelectionCriterion.getInfo(Assignment<Lecture,Placement> assignment, Map<String,String> info, Collection<Lecture> variables)
double	AssignmentCount.getValue(Assignment<Lecture,Placement> assignment, Placement value, Set<Placement> conflicts) Deprecated.
double	DeltaTimePreference.getValue(Assignment<Lecture,Placement> assignment, Placement value, Set<Placement> conflicts)
double	HardConflicts.getValue(Assignment<Lecture,Placement> assignment, Placement value, Set<Placement> conflicts)
double	PotentialHardConflicts.getValue(Assignment<Lecture,Placement> assignment, Placement value, Set<Placement> conflicts)
double	WeightedHardConflicts.getValue(Assignment<Lecture,Placement> assignment, Placement value, Set<Placement> conflicts)
protected void	AssignmentCount.AssignmentCountContext.unassigned(Assignment<Lecture,Placement> assignment, Placement value)

Constructors in org.cpsolver.coursett.criteria.placement with parameters of type Assignment

Constructor and Description
AssignmentCountContext(Assignment<Lecture,Placement> assignment)
IterationContext(Assignment<Lecture,Placement> assignment)

Uses of Assignment in org.cpsolver.coursett.custom

Methods in org.cpsolver.coursett.custom with parameters of type Assignment

Modifier and Type	Method and Description
void	DeterministicStudentSectioning.resection(Assignment<Lecture,Placement> assignment, Lecture lecture, boolean recursive, boolean configAsWell) No re-sectioning (final sectioning) during deterministic student sectioning.

Uses of Assignment in org.cpsolver.coursett.heuristics

Methods in org.cpsolver.coursett.heuristics that return Assignment

Modifier and Type	Method and Description
Assignment<Lecture,Placement>	NeighbourSelectionWithSuggestions.NeighbourSelectionWithSuggestionsContext.getAssignment()

Methods in org.cpsolver.coursett.heuristics with parameters of type Assignment

Modifier and Type	Method and Description
void	NeighbourSelectionWithSuggestions.SuggestionNeighbour.assign(Assignment<Lecture,Placement> assignment, long iteration)
FixCompleteSolutionNeighbourSelection.FixCompleteSolutionNeighbourContext	FixCompleteSolutionNeighbourSelection.createAssignmentContext(Assignment<Lecture,Placement> assignment)
Map<String,Double>	UniversalPerturbationsCounter.getCompactInfo(Assignment<Lecture,Placement> assignment, TimetableModel model, boolean includeZero, boolean weighted)
Map<String,Double>	UniversalPerturbationsCounter.getCompactInfo(Assignment<Lecture,Placement> assignment, TimetableModel model, Placement assignedPlacement, boolean includeZero, boolean weighted)
void	UniversalPerturbationsCounter.getInfo(Assignment<Lecture,Placement> assignment, TimetableModel model, Map<String,String> info)
void	UniversalPerturbationsCounter.getInfo(Assignment<Lecture,Placement> assignment, TimetableModel model, Map<String,String> info, List<Lecture> variables)
protected double	UniversalPerturbationsCounter.getPenalty(Assignment<Lecture,Placement> assignment, Placement assignedPlacement, Placement initialPlacement)
double	NeighbourSelectionWithSuggestions.SuggestionNeighbour.value(Assignment<Lecture,Placement> assignment)

Constructors in org.cpsolver.coursett.heuristics with parameters of type Assignment

Constructor and Description
FixCompleteSolutionNeighbourContext(Assignment<Lecture,Placement> assignment)

Uses of Assignment in org.cpsolver.coursett.model

Methods in org.cpsolver.coursett.model with parameters of type Assignment

Modifier and Type	Method and Description
Set<JenrlConstraint>	Lecture.activeJenrls(Assignment<Lecture,Placement> assignment) Active jenrl constraints (active mean that there is at least one student between its classes)
void	Lecture.addActiveJenrl(Assignment<Lecture,Placement> assignment, JenrlConstraint constr) Add active jenrl constraint (active mean that there is at least one student between its classes)
void	Lecture.addStudent(Assignment<Lecture,Placement> assignment, Student student) Add an enrolled student
void	OnFlySectioning.afterAssigned(Assignment<Lecture,Placement> assignment, long iteration, Placement value) FinalSectioning.resection(Assignment, Lecture, boolean, boolean) is called when given iteration number is greater than zero.
void	OnFlySectioning.afterUnassigned(Assignment<Lecture,Placement> assignment, long iteration, Placement value)
void	OnFlySectioning.beforeAssigned(Assignment<Lecture,Placement> assignment, long iteration, Placement value)
void	OnFlySectioning.beforeUnassigned(Assignment<Lecture,Placement> assignment, long iteration, Placement value)
int	Lecture.classLimit(Assignment<Lecture,Placement> assignment)
int	Lecture.classLimit(Assignment<Lecture,Placement> assignment, Placement value, Set<Placement> conflicts)
List<Placement>	Lecture.computeValues(Assignment<Lecture,Placement> assignment, boolean allowBreakHard) Domain -- all combinations of room and time locations
List<Lecture>	Lecture.conflictLectures(Assignment<Lecture,Placement> assignment, Student student) Lectures different from this one, where it is student conflict of the given student between this and the lecture
Set<Student>	Lecture.conflictStudents(Assignment<Lecture,Placement> assignment) List of students of this class which are in conflict with any other assignment
Set<Student>	Lecture.conflictStudents(Assignment<Lecture,Placement> assignment, Placement value) List of students of this class in conflict with the given assignment
Set<Placement>	TimetableModel.conflictValuesSkipWeakeningConstraints(Assignment<Lecture,Placement> assignment, Placement value) Returns the set of conflicting variables with this value, if it is assigned to its variable.
int	Lecture.countCommittedStudentConflicts(Assignment<Lecture,Placement> assignment, Placement value)
int	Lecture.countCommittedStudentConflictsOfTheSameProblem(Assignment<Lecture,Placement> assignment, Placement value)
int	Lecture.countDistanceStudentConflicts(Assignment<Lecture,Placement> assignment, Placement value)
int	Lecture.countDistanceStudentConflictsOfTheSameProblem(Assignment<Lecture,Placement> assignment, Placement value)
int	Lecture.countHardStudentConflicts(Assignment<Lecture,Placement> assignment, Placement value)
int	Lecture.countHardStudentConflictsOfTheSameProblem(Assignment<Lecture,Placement> assignment, Placement value)
int	Lecture.countStudentConflicts(Assignment<Lecture,Placement> assignment, Placement value) Number of student conflicts caused by the given assignment of this lecture
int	Lecture.countStudentConflictsOfTheSameProblem(Assignment<Lecture,Placement> assignment, Placement value)
Lecture.LectureContext	Lecture.createAssignmentContext(Assignment<Lecture,Placement> assignment)
FinalSectioning.MoveBetweenCfgs	FinalSectioning.createMove(Assignment<Lecture,Placement> assignment, Configuration firstConfig, Student firstStudent, Configuration secondConfig, Student secondStudent)
FinalSectioning.Move	FinalSectioning.createMove(Assignment<Lecture,Placement> assignment, Lecture firstLecture, Student firstStudent, Lecture secondLecture, Student secondStudent)
FinalSectioning.Move	FinalSectioning.createMove(Assignment<Lecture,Placement> assignment, Lecture firstLecture, Student firstStudent, Lecture secondLecture, Student secondStudent, FinalSectioning.Move parentMove)
protected void	TimetableModel.decJenrl(Assignment<Lecture,Placement> assignment, Student student, Lecture l1, Lecture l2) Decrement JenrlConstraint between the given two classes by the given student
void	FinalSectioning.findAndPerformMoves(Assignment<Lecture,Placement> assignment, Configuration configuration, HashSet<Lecture> lecturesToRecompute)
void	FinalSectioning.findAndPerformMoves(Assignment<Lecture,Placement> assignment, Lecture lecture, HashSet<Lecture> lecturesToRecompute) Swap students between this and the same lectures (lectures which differ only in the section)
FinalSectioning.Move	FinalSectioning.findAwayMove(Assignment<Lecture,Placement> assignment, Lecture lecture)
FinalSectioning.MoveBetweenCfgs	FinalSectioning.findMove(Assignment<Lecture,Placement> assignment, Configuration config, Student student)
FinalSectioning.Move	FinalSectioning.findMove(Assignment<Lecture,Placement> assignment, Lecture lecture, Student student)
Map<String,String>	TimetableModel.getBounds(Assignment<Lecture,Placement> assignment)
double	FinalSectioning.Move.getDelta(Assignment<Lecture,Placement> assignment)
double	FinalSectioning.MoveBetweenCfgs.getDelta(Assignment<Lecture,Placement> assignment)
Map<String,String>	TimetableModel.getInfo(Assignment<Lecture,Placement> assignment) Global info
Map<String,String>	TimetableModel.getInfo(Assignment<Lecture,Placement> assignment, Collection<Lecture> variables)
void	DefaultStudentSectioning.getInfo(Assignment<Lecture,Placement> assignment, Map<String,String> info)
void	DefaultStudentSectioning.getInfo(Assignment<Lecture,Placement> assignment, Map<String,String> info, Collection<Lecture> variables)
int	Placement.getMaxSpreadPenalty(Assignment<Lecture,Placement> assignment)
String	Placement.getNotValidReason(Assignment<Lecture,Placement> assignment) Deprecated.
String	Placement.getNotValidReason(Assignment<Lecture,Placement> assignment, boolean useAmPm)
String	Lecture.getNotValidReason(Assignment<Lecture,Placement> assignment, Placement placement) Deprecated.
String	Lecture.getNotValidReason(Assignment<Lecture,Placement> assignment, Placement placement, boolean useAmPm)
int	Lecture.getSpreadPenalty(Assignment<Lecture,Placement> assignment)
int	Placement.getSpreadPenalty(Assignment<Lecture,Placement> assignment)
double	TimetableModel.getTotalValue(Assignment<Lecture,Placement> assignment)
double	TimetableModel.getTotalValue(Assignment<Lecture,Placement> assignment, Collection<Lecture> variables)
boolean	Configuration.hasConflict(Assignment<Lecture,Placement> assignment, Student student)
protected void	TimetableModel.incJenrl(Assignment<Lecture,Placement> assignment, Student student, Lecture l1, Lecture l2) Increment JenrlConstraint between the given two classes by the given student
void	DefaultStudentSectioning.initialSectioning(Assignment<Lecture,Placement> assignment, Long offeringId, String courseName, Collection<Student> students, Collection<Configuration> configurations) Enroll students into the given offering during the initial data load using InitialSectioning.
void	StudentSectioning.initialSectioning(Assignment<Lecture,Placement> assignment, Long offeringId, String courseName, Collection<Student> students, Collection<Configuration> configurations) Enroll students into the given offering during the initial data load.
static void	InitialSectioning.initialSectioningCfg(Assignment<Lecture,Placement> assignment, Progress p, Long offeringId, String courseName, Collection<Student> students, List<Configuration> configurations)
protected void	DefaultStudentSectioning.initialSectioningLectures(Assignment<Lecture,Placement> assignment, Long offeringId, String courseName, Collection<Student> students, Collection<Lecture> lectures) Enroll students into the given classes during the initial data load using InitialSectioning.
boolean	Placement.isHard(Assignment<Lecture,Placement> assignment)
int	Lecture.isInConflict(Assignment<Lecture,Placement> assignment, Student student) True if this lecture is in a student conflict with the given student
boolean	FinalSectioning.Move.perform(Assignment<Lecture,Placement> assignment)
boolean	FinalSectioning.MoveBetweenCfgs.perform(Assignment<Lecture,Placement> assignment)
void	Lecture.removeActiveJenrl(Assignment<Lecture,Placement> assignment, JenrlConstraint constr) Remove active jenrl constraint (active mean that there is at least one student between its classes)
void	Lecture.removeStudent(Assignment<Lecture,Placement> assignment, Student student) Remove an enrolled student
void	DefaultStudentSectioning.resection(Assignment<Lecture,Placement> assignment, Lecture lecture, boolean recursive, boolean configAsWell) Perform sectioning on the given lecture
void	FinalSectioning.resection(Assignment<Lecture,Placement> assignment, Lecture lecture, boolean recursive, boolean configAsWell) Perform sectioning on the given lecture
void	StudentSectioning.resection(Assignment<Lecture,Placement> assignment, Lecture lecture, boolean recursive, boolean configAsWell) Perform sectioning on the given lecture
void	TimetableModel.restoreBest(Assignment<Lecture,Placement> assignment)
void	TimetableModel.saveBest(Assignment<Lecture,Placement> assignment)
void	TimetableModel.switchStudents(Assignment<Lecture,Placement> assignment) Student final sectioning (switching students between sections of the same class in order to minimize overall number of student conflicts)
void	TimetableModel.switchStudents(Assignment<Lecture,Placement> assignment, TerminationCondition<Lecture,Placement> termination) Student final sectioning (switching students between sections of the same class in order to minimize overall number of student conflicts)
int	FinalSectioning.test(Assignment<Lecture,Placement> assignment, Student student, Lecture lecture)
double	Placement.toDouble(Assignment<Lecture,Placement> assignment)
List<Placement>	Lecture.values(Assignment<Lecture,Placement> assignment) All values

Uses of Assignment in org.cpsolver.coursett.sectioning

Methods in org.cpsolver.coursett.sectioning that return Assignment

Modifier and Type	Method and Description
Assignment<Lecture,Placement>	SctModel.getAssignment() Current assignment

Methods in org.cpsolver.coursett.sectioning with parameters of type Assignment

Modifier and Type	Method and Description
void	StudentSwap.assign(Assignment<Lecture,Placement> assignment, long iteration)
protected void	SctModel.decJenrl(Assignment<Lecture,Placement> assignment, Student student, Lecture l1, Lecture l2) Decrement JenrlConstraint between the given two classes by the given student
protected void	StudentSwap.decJenrl(Assignment<Lecture,Placement> assignment, Student student, Lecture l1, Lecture l2) Decrement JenrlConstraint between the given two classes by the given student
Neighbour<Lecture,Placement>	StudentSwapGenerator.generateSwap(TimetableModel model, Assignment<Lecture,Placement> assignment, Student student, Configuration config)
double	StudentMove.group(List<StudentConflict> criteria, Assignment<Lecture,Placement> assignment) Student group weight change
double	StudentSwap.group(List<StudentConflict> criteria, Assignment<Lecture,Placement> assignment)
protected double	StudentSwapSectioning.group(Neighbour<Lecture,Placement> n, Assignment<Lecture,Placement> assignment) Student group weight change of a student swap
protected void	SctModel.incJenrl(Assignment<Lecture,Placement> assignment, Student student, Lecture l1, Lecture l2) Increment JenrlConstraint between the given two classes by the given student
protected void	StudentSwap.incJenrl(Assignment<Lecture,Placement> assignment, Student student, Lecture l1, Lecture l2) Increment JenrlConstraint between the given two classes by the given student
protected boolean	StudentSwap.initSwap(Assignment<Lecture,Placement> assignment, Long offeringId) Compute student swap and its validity
protected double	StudentSwapSectioning.objective(Neighbour<Lecture,Placement> n, Assignment<Lecture,Placement> assignment) Student conflict weight change of a student swap
void	SctSectioning.resection(Assignment<Lecture,Placement> assignment, Lecture lecture, boolean recursive, boolean configAsWell)
void	StudentSwapSectioning.resection(Assignment<Lecture,Placement> assignment, Lecture lecture, boolean recursive, boolean configAsWell)
Neighbour<Lecture,Placement>	StudentSwapGenerator.selectNeighbour(Assignment<Lecture,Placement> assignment, Lecture lecture)
double	StudentSwap.value(Assignment<Lecture,Placement> assignment)
double	StudentMove.value(List<StudentConflict> criteria, Assignment<Lecture,Placement> assignment) Student conflict weight change
double	StudentSwap.value(List<StudentConflict> criteria, Assignment<Lecture,Placement> assignment)
protected double	StudentSwapSectioning.value(Neighbour<Lecture,Placement> n, Assignment<Lecture,Placement> assignment) Combined weight change of a student swap

Constructors in org.cpsolver.coursett.sectioning with parameters of type Assignment

Constructor and Description
SctModel(TimetableModel model, Assignment<Lecture,Placement> assignment) Constructor
StudentSwap(TimetableModel model, Assignment<Lecture,Placement> assignment, Student student, Collection<Lecture> lectures) Move a student into some other lectures of the offering.
StudentSwap(TimetableModel model, Assignment<Lecture,Placement> assignment, Student firstStudent, Student secondStudent, Long offeringId) Create a swap of two students of an offering.

Uses of Assignment in org.cpsolver.exam

Methods in org.cpsolver.exam with parameters of type Assignment

Modifier and Type	Method and Description
static void	Test.createReports(ExamModel model, Assignment<Exam,ExamPlacement> assignment, File outDir, String outName) Generate exam reports

Uses of Assignment in org.cpsolver.exam.criteria

Methods in org.cpsolver.exam.criteria with parameters of type Assignment

Modifier and Type	Method and Description
void	ExamRotationPenalty.RotationContext.assigned(Assignment<Exam,ExamPlacement> assignment, ExamPlacement value)
void	RoomSplitDistancePenalty.RoomSplitContext.assigned(Assignment<Exam,ExamPlacement> assignment, ExamPlacement value)
void	RoomSplitPenalty.RoomSplitContext.assigned(Assignment<Exam,ExamPlacement> assignment, ExamPlacement value)
double	ExamRotationPenalty.averagePeriod(Assignment<Exam,ExamPlacement> assignment)
protected double[]	DistributionPenalty.computeBounds(Assignment<Exam,ExamPlacement> assignment)
AbstractCriterion.ValueContext	ExamRotationPenalty.createAssignmentContext(Assignment<Exam,ExamPlacement> assignment)
AbstractCriterion.ValueContext	RoomSplitDistancePenalty.createAssignmentContext(Assignment<Exam,ExamPlacement> assignment)
AbstractCriterion.ValueContext	RoomSplitPenalty.createAssignmentContext(Assignment<Exam,ExamPlacement> assignment)
double[]	ExamCriterion.getBounds(Assignment<Exam,ExamPlacement> assignment, Collection<Exam> exams)
double[]	LargeExamsPenalty.getBounds(Assignment<Exam,ExamPlacement> assignment, Collection<Exam> variables)
double[]	PeriodPenalty.getBounds(Assignment<Exam,ExamPlacement> assignment, Collection<Exam> variables)
double[]	PeriodSizePenalty.getBounds(Assignment<Exam,ExamPlacement> assignment, Collection<Exam> variables)
double[]	RoomPenalty.getBounds(Assignment<Exam,ExamPlacement> assignment, Collection<Exam> variables)
void	ExamCriterion.getInfo(Assignment<Exam,ExamPlacement> assignment, Map<String,String> info)
void	ExamRotationPenalty.getInfo(Assignment<Exam,ExamPlacement> assignment, Map<String,String> info)
void	InstructorDirectConflicts.getInfo(Assignment<Exam,ExamPlacement> assignment, Map<String,String> info)
void	InstructorNotAvailableConflicts.getInfo(Assignment<Exam,ExamPlacement> assignment, Map<String,String> info)
void	PeriodIndexPenalty.getInfo(Assignment<Exam,ExamPlacement> assignment, Map<String,String> info)
void	PeriodSizePenalty.getInfo(Assignment<Exam,ExamPlacement> assignment, Map<String,String> info)
void	RoomSizePenalty.getInfo(Assignment<Exam,ExamPlacement> assignment, Map<String,String> info)
void	RoomSplitDistancePenalty.getInfo(Assignment<Exam,ExamPlacement> assignment, Map<String,String> info)
void	RoomSplitPenalty.getInfo(Assignment<Exam,ExamPlacement> assignment, Map<String,String> info)
void	StudentBackToBackConflicts.getInfo(Assignment<Exam,ExamPlacement> assignment, Map<String,String> info)
void	StudentDirectConflicts.getInfo(Assignment<Exam,ExamPlacement> assignment, Map<String,String> info)
void	StudentDistanceBackToBackConflicts.getInfo(Assignment<Exam,ExamPlacement> assignment, Map<String,String> info)
void	StudentMoreThan2ADayConflicts.getInfo(Assignment<Exam,ExamPlacement> assignment, Map<String,String> info)
void	StudentNotAvailableConflicts.getInfo(Assignment<Exam,ExamPlacement> assignment, Map<String,String> info)
double	DistributionPenalty.getPeriodValue(Assignment<Exam,ExamPlacement> assignment, ExamPlacement value) Period related distribution penalty, i.e., sum weights of violated distribution constraints
double	ExamCriterion.getPeriodValue(Assignment<Exam,ExamPlacement> assignment, ExamPlacement value) Return impact of this criterion on period assignment (if this criterion is based on period assignment).
double	DistributionPenalty.getRoomValue(Assignment<Exam,ExamPlacement> assignment, ExamPlacement value) Room related distribution penalty, i.e., sum weights of violated distribution constraints
double	ExamCriterion.getRoomValue(Assignment<Exam,ExamPlacement> assignment, ExamPlacement value) Return impact of this criterion on room assignment (if this criterion is based on room assignment).
double	DistributionPenalty.getValue(Assignment<Exam,ExamPlacement> assignment, Collection<Exam> variables)
double	InstructorDirectConflicts.getValue(Assignment<Exam,ExamPlacement> assignment, Collection<Exam> variables)
double	InstructorMoreThan2ADayConflicts.getValue(Assignment<Exam,ExamPlacement> assignment, Collection<Exam> variables)
double	InstructorNotAvailableConflicts.getValue(Assignment<Exam,ExamPlacement> assignment, Collection<Exam> exams)
double	StudentBackToBackConflicts.getValue(Assignment<Exam,ExamPlacement> assignment, Collection<Exam> variables)
double	StudentDirectConflicts.getValue(Assignment<Exam,ExamPlacement> assignment, Collection<Exam> variables)
double	StudentMoreThan2ADayConflicts.getValue(Assignment<Exam,ExamPlacement> assignment, Collection<Exam> variables)
double	StudentNotAvailableConflicts.getValue(Assignment<Exam,ExamPlacement> assignment, Collection<Exam> exams)
double	DistributionPenalty.getValue(Assignment<Exam,ExamPlacement> assignment, ExamPlacement value, Set<ExamPlacement> conflicts)
double	ExamRotationPenalty.getValue(Assignment<Exam,ExamPlacement> assignment, ExamPlacement value, Set<ExamPlacement> conflicts)
double	InstructorBackToBackConflicts.getValue(Assignment<Exam,ExamPlacement> assignment, ExamPlacement value, Set<ExamPlacement> conflicts)
double	InstructorDirectConflicts.getValue(Assignment<Exam,ExamPlacement> assignment, ExamPlacement value, Set<ExamPlacement> conflicts)
double	InstructorDistanceBackToBackConflicts.getValue(Assignment<Exam,ExamPlacement> assignment, ExamPlacement value, Set<ExamPlacement> conflicts)
double	InstructorMoreThan2ADayConflicts.getValue(Assignment<Exam,ExamPlacement> assignment, ExamPlacement value, Set<ExamPlacement> conflicts)
double	InstructorNotAvailableConflicts.getValue(Assignment<Exam,ExamPlacement> assignment, ExamPlacement value, Set<ExamPlacement> conflicts)
double	LargeExamsPenalty.getValue(Assignment<Exam,ExamPlacement> assignment, ExamPlacement value, Set<ExamPlacement> conflicts)
double	PeriodIndexPenalty.getValue(Assignment<Exam,ExamPlacement> assignment, ExamPlacement value, Set<ExamPlacement> conflicts)
double	PeriodPenalty.getValue(Assignment<Exam,ExamPlacement> assignment, ExamPlacement value, Set<ExamPlacement> conflicts)
double	PeriodSizePenalty.getValue(Assignment<Exam,ExamPlacement> assignment, ExamPlacement value, Set<ExamPlacement> conflicts)
double	PerturbationPenalty.getValue(Assignment<Exam,ExamPlacement> assignment, ExamPlacement value, Set<ExamPlacement> conflicts)
double	RoomPenalty.getValue(Assignment<Exam,ExamPlacement> assignment, ExamPlacement value, Set<ExamPlacement> conflicts)
double	RoomPerturbationPenalty.getValue(Assignment<Exam,ExamPlacement> assignment, ExamPlacement value, Set<ExamPlacement> conflicts)
double	RoomSizePenalty.getValue(Assignment<Exam,ExamPlacement> assignment, ExamPlacement value, Set<ExamPlacement> conflicts)
double	RoomSplitDistancePenalty.getValue(Assignment<Exam,ExamPlacement> assignment, ExamPlacement value, Set<ExamPlacement> conflicts)
double	RoomSplitPenalty.getValue(Assignment<Exam,ExamPlacement> assignment, ExamPlacement value, Set<ExamPlacement> conflicts)
double	StudentBackToBackConflicts.getValue(Assignment<Exam,ExamPlacement> assignment, ExamPlacement value, Set<ExamPlacement> conflicts)
double	StudentDirectConflicts.getValue(Assignment<Exam,ExamPlacement> assignment, ExamPlacement value, Set<ExamPlacement> conflicts)
double	StudentDistanceBackToBackConflicts.getValue(Assignment<Exam,ExamPlacement> assignment, ExamPlacement value, Set<ExamPlacement> conflicts)
double	StudentMoreThan2ADayConflicts.getValue(Assignment<Exam,ExamPlacement> assignment, ExamPlacement value, Set<ExamPlacement> conflicts)
double	StudentNotAvailableConflicts.getValue(Assignment<Exam,ExamPlacement> assignment, ExamPlacement value, Set<ExamPlacement> conflicts)
void	DistributionPenalty.inc(Assignment<Exam,ExamPlacement> assignment, double value)
int	ExamRotationPenalty.nrAssignedExamsWithAvgPeriod(Assignment<Exam,ExamPlacement> assignment)
int	RoomSplitDistancePenalty.nrRoomSplits(Assignment<Exam,ExamPlacement> assignment)
String	DistributionPenalty.toString(Assignment<Exam,ExamPlacement> assignment)
String	ExamRotationPenalty.toString(Assignment<Exam,ExamPlacement> assignment)
String	InstructorBackToBackConflicts.toString(Assignment<Exam,ExamPlacement> assignment)
String	InstructorDirectConflicts.toString(Assignment<Exam,ExamPlacement> assignment)
String	InstructorDistanceBackToBackConflicts.toString(Assignment<Exam,ExamPlacement> assignment)
String	InstructorMoreThan2ADayConflicts.toString(Assignment<Exam,ExamPlacement> assignment)
String	InstructorNotAvailableConflicts.toString(Assignment<Exam,ExamPlacement> assignment)
String	LargeExamsPenalty.toString(Assignment<Exam,ExamPlacement> assignment)
String	PeriodIndexPenalty.toString(Assignment<Exam,ExamPlacement> assignment)
String	PeriodPenalty.toString(Assignment<Exam,ExamPlacement> assignment)
String	PeriodSizePenalty.toString(Assignment<Exam,ExamPlacement> assignment)
String	PerturbationPenalty.toString(Assignment<Exam,ExamPlacement> assignment)
String	RoomPenalty.toString(Assignment<Exam,ExamPlacement> assignment)
String	RoomPerturbationPenalty.toString(Assignment<Exam,ExamPlacement> assignment)
String	RoomSizePenalty.toString(Assignment<Exam,ExamPlacement> assignment)
String	RoomSplitDistancePenalty.toString(Assignment<Exam,ExamPlacement> assignment)
String	RoomSplitPenalty.toString(Assignment<Exam,ExamPlacement> assignment)
String	StudentBackToBackConflicts.toString(Assignment<Exam,ExamPlacement> assignment)
String	StudentDirectConflicts.toString(Assignment<Exam,ExamPlacement> assignment)
String	StudentDistanceBackToBackConflicts.toString(Assignment<Exam,ExamPlacement> assignment)
String	StudentMoreThan2ADayConflicts.toString(Assignment<Exam,ExamPlacement> assignment)
String	StudentNotAvailableConflicts.toString(Assignment<Exam,ExamPlacement> assignment)
void	ExamRotationPenalty.RotationContext.unassigned(Assignment<Exam,ExamPlacement> assignment, ExamPlacement value)
void	RoomSplitDistancePenalty.RoomSplitContext.unassigned(Assignment<Exam,ExamPlacement> assignment, ExamPlacement value)
void	RoomSplitPenalty.RoomSplitContext.unassigned(Assignment<Exam,ExamPlacement> assignment, ExamPlacement value)

Constructors in org.cpsolver.exam.criteria with parameters of type Assignment

Constructor and Description
RoomSplitContext(Assignment<Exam,ExamPlacement> assignment)
RoomSplitContext(Assignment<Exam,ExamPlacement> assignment)
RotationContext(Assignment<Exam,ExamPlacement> assignment)

Uses of Assignment in org.cpsolver.exam.criteria.additional

Methods in org.cpsolver.exam.criteria.additional with parameters of type Assignment

Modifier and Type	Method and Description
protected double[]	DistributionViolation.computeBounds(Assignment<Exam,ExamPlacement> assignment)
double[]	DistanceToStronglyPreferredRoom.getBounds(Assignment<Exam,ExamPlacement> assignment)
double[]	PeriodViolation.getBounds(Assignment<Exam,ExamPlacement> assignment, Collection<Exam> variables)
double[]	RoomViolation.getBounds(Assignment<Exam,ExamPlacement> assignment, Collection<Exam> variables)
void	DistanceToStronglyPreferredRoom.getInfo(Assignment<Exam,ExamPlacement> assignment, Map<String,String> info)
void	StudentMoreThan1ADayConflicts.getInfo(Assignment<Exam,ExamPlacement> assignment, Map<String,String> info)
double	DistributionViolation.getPeriodValue(Assignment<Exam,ExamPlacement> assignment, ExamPlacement value)
double	DistributionViolation.getRoomValue(Assignment<Exam,ExamPlacement> assignment, ExamPlacement value)
double	DistributionViolation.getValue(Assignment<Exam,ExamPlacement> assignment, Collection<Exam> variables)
double	StudentMoreThan1ADayConflicts.getValue(Assignment<Exam,ExamPlacement> assignment, Collection<Exam> variables)
double	DistanceToStronglyPreferredRoom.getValue(Assignment<Exam,ExamPlacement> assignment, ExamPlacement value, Set<ExamPlacement> conflicts)
double	DistributionViolation.getValue(Assignment<Exam,ExamPlacement> assignment, ExamPlacement value, Set<ExamPlacement> conflicts)
double	PeriodViolation.getValue(Assignment<Exam,ExamPlacement> assignment, ExamPlacement value, Set<ExamPlacement> conflicts)
double	RoomViolation.getValue(Assignment<Exam,ExamPlacement> assignment, ExamPlacement value, Set<ExamPlacement> conflicts)
double	StudentMoreThan1ADayConflicts.getValue(Assignment<Exam,ExamPlacement> assignment, ExamPlacement value, Set<ExamPlacement> conflicts)
String	DistanceToStronglyPreferredRoom.toString(Assignment<Exam,ExamPlacement> assignment)
String	DistributionViolation.toString(Assignment<Exam,ExamPlacement> assignment)
String	PeriodViolation.toString(Assignment<Exam,ExamPlacement> assignment)
String	RoomViolation.toString(Assignment<Exam,ExamPlacement> assignment)
String	StudentMoreThan1ADayConflicts.toString(Assignment<Exam,ExamPlacement> assignment)

Uses of Assignment in org.cpsolver.exam.heuristics

Methods in org.cpsolver.exam.heuristics with parameters of type Assignment

Modifier and Type	Method and Description
boolean	ExamGreatDeluge.accept(Assignment<Exam,ExamPlacement> assignment, LazyNeighbour<Exam,ExamPlacement> neighbour, double value) Deprecated. Accept lazy neighbour
boolean	ExamHillClimbing.accept(Assignment<Exam,ExamPlacement> assignment, LazyNeighbour<Exam,ExamPlacement> neighbour, double value) Deprecated. Accept lazy neighbour
boolean	ExamSimulatedAnnealing.accept(Assignment<Exam,ExamPlacement> assignment, LazyNeighbour<Exam,ExamPlacement> neighbour, double value) Deprecated. Accept lazy neighbour
ExamConstruction.Context	ExamConstruction.createAssignmentContext(Assignment<Exam,ExamPlacement> assignment)
ExamGreatDeluge.Context	ExamGreatDeluge.createAssignmentContext(Assignment<Exam,ExamPlacement> assignment) Deprecated.
ExamHillClimbing.Context	ExamHillClimbing.createAssignmentContext(Assignment<Exam,ExamPlacement> assignment) Deprecated.
ExamNeighbourSelection.Context	ExamNeighbourSelection.createAssignmentContext(Assignment<Exam,ExamPlacement> assignment)
ExamSimulatedAnnealing.Context	ExamSimulatedAnnealing.createAssignmentContext(Assignment<Exam,ExamPlacement> assignment) Deprecated.
ExamTabuSearch.TabuList	ExamTabuSearch.createAssignmentContext(Assignment<Exam,ExamPlacement> assignment)
Set<ExamRoomPlacement>	ExamColoringConstruction.findRooms(Assignment<Exam,ExamPlacement> assignment, Exam exam, ExamPeriodPlacement period)
Neighbour<Exam,ExamPlacement>	ExamConstruction.checkLocalOptimality(Assignment<Exam,ExamPlacement> assignment, ExamModel model) Find a new assignment of one of the assigned exams that improves the time cost ExamPlacement.getTimeCost(Assignment) and for which there is a set of available rooms Exam.findBestAvailableRooms(Assignment, ExamPeriodPlacement).

Uses of Assignment in org.cpsolver.exam.model

Methods in org.cpsolver.exam.model with parameters of type Assignment

Modifier and Type	Method and Description
void	Exam.allowAllStudentConflicts(Assignment<Exam,ExamPlacement> assignment, ExamPeriod period) Allow all direct student conflict for the given period (see ExamStudent.canConflict(Exam, Exam)).
void	ExamContext.assigned(Assignment<Exam,ExamPlacement> assignment, ExamPlacement placement)
void	ExamDistributionConstraint.Context.assigned(Assignment<Exam,ExamPlacement> assignment, ExamPlacement placement)
void	ExamRoom.ExamRoomContext.assigned(Assignment<Exam,ExamPlacement> assignment, ExamPlacement placement)
void	ExamRoom.assigned(Assignment<Exam,ExamPlacement> assignment, long iteration, ExamPlacement p) An exam was assigned, update room assignment table
void	ExamDistributionConstraint.computeConflicts(Assignment<Exam,ExamPlacement> assignment, ExamPlacement givenPlacement, Set<ExamPlacement> conflicts) Compute conflicts -- there is a conflict if the other variable is assigned and ExamDistributionConstraint.check(ExamPlacement, ExamPlacement) is false
void	ExamInstructor.computeConflicts(Assignment<Exam,ExamPlacement> assignment, ExamPlacement p, Set<ExamPlacement> conflicts) Compute conflicts between the given assignment of an exam and all the current assignments (of this instructor).
void	ExamRoom.computeConflicts(Assignment<Exam,ExamPlacement> assignment, ExamPlacement p, Set<ExamPlacement> conflicts) Compute conflicts between the given assignment of an exam and all the current assignments (of this room)
void	ExamStudent.computeConflicts(Assignment<Exam,ExamPlacement> assignment, ExamPlacement p, Set<ExamPlacement> conflicts) Compute conflicts between the given assignment of an exam and all the current assignments (of this student).
int	Exam.countInstructorConflicts(Assignment<Exam,ExamPlacement> assignment, ExamPeriodPlacement period) Number of instructor of this exam (that does not have direct conflicts allowed, see ExamInstructor.canConflict(Exam, Exam)) that attend some other exam in the given period.
int	Exam.countStudentConflicts(Assignment<Exam,ExamPlacement> assignment, ExamPeriodPlacement period) Number of students of this exam (that does not have direct conflicts allowed, see ExamStudent.canConflict(Exam, Exam)) that attend some other exam in the given period.
ExamDistributionConstraint.Context	ExamDistributionConstraint.createAssignmentContext(Assignment<Exam,ExamPlacement> assignment)
ExamContext	ExamModel.createAssignmentContext(Assignment<Exam,ExamPlacement> assignment)
ExamRoom.ExamRoomContext	ExamRoom.createAssignmentContext(Assignment<Exam,ExamPlacement> assignment)
Set<ExamRoomPlacement>	Exam.findBestAvailableRooms(Assignment<Exam,ExamPlacement> assignment, ExamPeriodPlacement period) Find best available rooms for the exam in the given period.
Set<ExamRoomPlacement>	Exam.findRoomsRandom(Assignment<Exam,ExamPlacement> assignment, ExamPeriodPlacement period) Randomly find a set of available rooms for the exam in the given period.
Set<ExamRoomPlacement>	Exam.findRoomsRandom(Assignment<Exam,ExamPlacement> assignment, ExamPeriodPlacement period, boolean checkConflicts) Randomly find a set of available rooms for the exam in the given period.
int	Exam.getDistributionConstraintPenalty(Assignment<Exam,ExamPlacement> assignment, ExamRoomPlacement room) Check all soft distribution constraint that this exam is involved in
Set<Exam>	ExamInstructor.getExams(Assignment<Exam,ExamPlacement> assignment, ExamPeriod period) Exam(s) enrolled by the instructor that are scheduled in the given period
Set<Exam>	ExamStudent.getExams(Assignment<Exam,ExamPlacement> assignment, ExamPeriod period) Exam(s) enrolled by the student that are scheduled in the given period
Set<Exam>	ExamInstructor.getExamsADay(Assignment<Exam,ExamPlacement> assignment, ExamPeriod period) Exam(s) enrolled by the instructor that are scheduled in the given day
Set<Exam>	ExamStudent.getExamsADay(Assignment<Exam,ExamPlacement> assignment, ExamPeriod period) Exam(s) enrolled by the student that are scheduled in the given day
Set<Exam>	ExamInstructor.getExamsADay(Assignment<Exam,ExamPlacement> assignment, int day) Exam(s) enrolled by the instructor that are scheduled in the given day
Set<Exam>	ExamStudent.getExamsADay(Assignment<Exam,ExamPlacement> assignment, int day) Exam(s) enrolled by the student that are scheduled in the given day
Map<String,String>	ExamModel.getExtendedInfo(Assignment<Exam,ExamPlacement> assignment) Extended info table
Map<ExamInstructor,Set<Exam>>	ExamModel.getInstructorsOfDay(Assignment<Exam,ExamPlacement> assignment, ExamPeriod period)
Map<ExamInstructor,Set<Exam>>	ExamModel.getInstructorsOfDay(Assignment<Exam,ExamPlacement> assignment, int day)
Map<ExamInstructor,Set<Exam>>	ExamModel.getInstructorsOfPeriod(Assignment<Exam,ExamPlacement> assignment, ExamPeriod period)
List<ExamPlacement>	ExamRoom.getPlacements(Assignment<Exam,ExamPlacement> assignment, ExamPeriod period) Exams placed at the given period
double	ExamPlacement.getRoomCost(Assignment<Exam,ExamPlacement> assignment) Overall cost of using this set or rooms.
HashSet<Exam>	Exam.getStudentConflicts(Assignment<Exam,ExamPlacement> assignment, ExamPeriod period) List of exams that are assigned to the given period and share one or more students with this exam (that does not have direct conflicts allowed, see ExamStudent.canConflict(Exam, Exam)).
Map<ExamStudent,Set<Exam>>	ExamModel.getStudentsOfDay(Assignment<Exam,ExamPlacement> assignment, ExamPeriod period)
Map<ExamStudent,Set<Exam>>	ExamModel.getStudentsOfDay(Assignment<Exam,ExamPlacement> assignment, int day)
Map<ExamStudent,Set<Exam>>	ExamModel.getStudentsOfPeriod(Assignment<Exam,ExamPlacement> assignment, ExamPeriod period)
double	ExamPlacement.getTimeCost(Assignment<Exam,ExamPlacement> assignment) Overall cost of using this period.
double[]	ExamModel.getTotalMultiValue(Assignment<Exam,ExamPlacement> assignment) Return weighted individual objective criteria.
double	ExamModel.getTotalValue(Assignment<Exam,ExamPlacement> assignment) Objective function.
boolean	Exam.hasStudentConflictWithPreAssigned(Assignment<Exam,ExamPlacement> assignment, ExamPeriod period) True, if there is a student of this exam (that does not have direct conflicts allowed, see ExamStudent.canConflict(Exam, Exam)) that attends some other exam in the given period.
boolean	Exam.checkDistributionConstraints(Assignment<Exam,ExamPlacement> assignment, ExamPeriodPlacement period) Check all distribution constraint that this exam is involved in
boolean	Exam.checkDistributionConstraints(Assignment<Exam,ExamPlacement> assignment, ExamRoomPlacement room) Check all distribution constraint that this exam is involved in
boolean	ExamDistributionConstraint.inConflict(Assignment<Exam,ExamPlacement> assignment, ExamPlacement givenPlacement) Check for conflict -- there is a conflict if the other variable is assigned and ExamDistributionConstraint.check(ExamPlacement, ExamPlacement) is false
boolean	ExamInstructor.inConflict(Assignment<Exam,ExamPlacement> assignment, ExamPlacement p) Check whether there is a conflict between the given assignment of an exam and all the current assignments (of this instructor).
boolean	ExamRoom.inConflict(Assignment<Exam,ExamPlacement> assignment, ExamPlacement p) Checks whether there is a conflict between the given assignment of an exam and all the current assignments (of this room)
boolean	ExamStudent.inConflict(Assignment<Exam,ExamPlacement> assignment, ExamPlacement p) Check whether there is a conflict between the given assignment of an exam and all the current assignments (of this student).
boolean	ExamDistributionConstraint.isSatisfied(Assignment<Exam,ExamPlacement> assignment) Return true if this is hard constraint or this is a soft constraint without any violation
boolean	ExamDistributionConstraint.isSatisfied(Assignment<Exam,ExamPlacement> assignment, ExamPlacement p) Return true if this is hard constraint or this is a soft constraint without any violation
boolean	ExamModel.load(Document document, Assignment<Exam,ExamPlacement> assignment) Load model (including its solution) from XML.
boolean	ExamModel.load(Document document, Assignment<Exam,ExamPlacement> assignment, Callback saveBest) Load model (including its solution) from XML.
Document	ExamModel.save(Assignment<Exam,ExamPlacement> assignment) Save model (including its solution) into XML.
double	ExamPlacement.toDouble(Assignment<Exam,ExamPlacement> assignment) Overall cost of using this placement.
String	ExamModel.toString(Assignment<Exam,ExamPlacement> assignment) String representation -- returns a list of values of objective criteria
String	ExamPlacement.toString(Assignment<Exam,ExamPlacement> assignment) String representation -- returns a list of assignment costs
void	ExamContext.unassigned(Assignment<Exam,ExamPlacement> assignment, ExamPlacement placement)
void	ExamDistributionConstraint.Context.unassigned(Assignment<Exam,ExamPlacement> assignment, ExamPlacement placement)
void	ExamRoom.ExamRoomContext.unassigned(Assignment<Exam,ExamPlacement> assignment, ExamPlacement placement)
void	ExamRoom.unassigned(Assignment<Exam,ExamPlacement> assignment, long iteration, ExamPlacement p) An exam was unassigned, update room assignment table
List<ExamPlacement>	Exam.values(Assignment<Exam,ExamPlacement> assignment) Values (assignment of a period and a set of rooms)
void	Exam.variableAssigned(Assignment<Exam,ExamPlacement> assignment, long iteration, ExamPlacement placement)

Constructors in org.cpsolver.exam.model with parameters of type Assignment

Constructor and Description
Context(Assignment<Exam,ExamPlacement> assignment)
ExamContext(ExamModel model, Assignment<Exam,ExamPlacement> assignment)
ExamRoomContext(Assignment<Exam,ExamPlacement> assignment)

Uses of Assignment in org.cpsolver.exam.neighbours

Methods in org.cpsolver.exam.neighbours with parameters of type Assignment

Modifier and Type	Method and Description
void	ExamRoomSwapNeighbour.assign(Assignment<Exam,ExamPlacement> assignment, long iteration)
void	ExamSimpleNeighbour.assign(Assignment<Exam,ExamPlacement> assignment, long iteration)
Set<ExamRoomPlacement>	ExamPeriodSwapMove.findBestAvailableRooms(Assignment<Exam,ExamPlacement> assignment, Exam exam, ExamPeriodPlacement period, Set<ExamPlacement> conflictsToIgnore, Map<Exam,ExamPlacement> placements)
int	ExamPeriodSwapMove.getDistributionConstraintPenalty(Assignment<Exam,ExamPlacement> assignment, Exam exam, ExamRoomPlacement room, Set<ExamPlacement> conflictsToIgnore, Map<Exam,ExamPlacement> placements)
boolean	ExamPeriodSwapMove.checkDistributionConstraints(Assignment<Exam,ExamPlacement> assignment, Exam exam, ExamPeriodPlacement period, Map<Exam,ExamPlacement> placements)
boolean	ExamPeriodSwapMove.checkDistributionConstraints(Assignment<Exam,ExamPlacement> assignment, Exam exam, ExamRoomPlacement room, Set<ExamPlacement> conflictsToIgnore, Map<Exam,ExamPlacement> placements)
double	ExamRoomSwapNeighbour.value(Assignment<Exam,ExamPlacement> assignment)
double	ExamSimpleNeighbour.value(Assignment<Exam,ExamPlacement> assignment)

Constructors in org.cpsolver.exam.neighbours with parameters of type Assignment

Constructor and Description
ExamRoomSwapNeighbour(Assignment<Exam,ExamPlacement> assignment, ExamPlacement placement, ExamRoomPlacement current, ExamRoomPlacement swap)
ExamSimpleNeighbour(Assignment<Exam,ExamPlacement> assignment, ExamPlacement placement)

Uses of Assignment in org.cpsolver.exam.reports

Methods in org.cpsolver.exam.reports with parameters of type Assignment

Modifier and Type	Method and Description
CSVFile	ExamAssignments.report(Assignment<Exam,ExamPlacement> assignment) generate report
CSVFile	ExamCourseSectionAssignments.report(Assignment<Exam,ExamPlacement> assignment) generate report
CSVFile	ExamInstructorConflicts.report(Assignment<Exam,ExamPlacement> assignment) generate report
CSVFile	ExamNbrMeetingsPerDay.report(Assignment<Exam,ExamPlacement> assignment) generate report
CSVFile	ExamPeriodUsage.report(Assignment<Exam,ExamPlacement> assignment) generate report
CSVFile	ExamRoomSchedule.report(Assignment<Exam,ExamPlacement> assignment)
CSVFile	ExamRoomSplit.report(Assignment<Exam,ExamPlacement> assignment) generate report
CSVFile	ExamStudentBackToBackConflicts.report(Assignment<Exam,ExamPlacement> assignment) generate report
CSVFile	ExamStudentConflicts.report(Assignment<Exam,ExamPlacement> assignment) generate report
CSVFile	ExamStudentConflictsBySectionCourse.report(Assignment<Exam,ExamPlacement> assignment) generate report
CSVFile	ExamStudentConflictsPerExam.report(Assignment<Exam,ExamPlacement> assignment) generate report
CSVFile	ExamStudentDirectConflicts.report(Assignment<Exam,ExamPlacement> assignment) generate report
CSVFile	ExamStudentMoreTwoADay.report(Assignment<Exam,ExamPlacement> assignment) generate report

Uses of Assignment in org.cpsolver.exam.split

Methods in org.cpsolver.exam.split with parameters of type Assignment

Modifier and Type	Method and Description
void	ExamSplitMoves.ExamSplitNeighbour.assign(Assignment<Exam,ExamPlacement> assignment, long iteration) Perform the split.
void	ExamSplitMoves.ExamMergeNeighbour.assign(Assignment<Exam,ExamPlacement> assignment, long iteration) Perform the merge.
void	ExamSplitMoves.ExamShuffleNeighbour.assign(Assignment<Exam,ExamPlacement> assignment, long iteration) Perform the shuffle.
void	ExamSplitter.bestRestored(Assignment<Exam,ExamPlacement> assignment) Best solution was restored, change the splits back to what it was in the best solution
void	ExamSplitter.bestSaved(Assignment<Exam,ExamPlacement> assignment) Best solution was saved, remember the current splits
ExamSplitMoves.ExamSplitNeighbour	ExamSplitMoves.bestSplit(Assignment<Exam,ExamPlacement> assignment, Exam exam) Find a best split for the given exam.
double	ExamSplitter.delta(Assignment<Exam,ExamPlacement> assignment, ExamStudent student, ExamPlacement oldPlacement, ExamPlacement newPlacement) Difference in the total weighted student conflicts (including StudentDirectConflicts, StudentMoreThan2ADayConflicts, and StudentBackToBackConflicts) if a student is moved from an exam with one placement into an exam with another placement.
Set<ExamRoomPlacement>	ExamSplitMoves.findBestAvailableRooms(Assignment<Exam,ExamPlacement> assignment, Exam exam, ExamPeriodPlacement period, int examSize) Find best available rooms for a new exam (that is to be split from the given one), if is is assigned into the given examination period.
double[]	ExamSplitter.getBounds(Assignment<Exam,ExamPlacement> assignment, Collection<Exam> exams) Not used
void	ExamSplitter.getInfo(Assignment<Exam,ExamPlacement> assignment, Map<String,String> info) Lists the split
double	ExamSplitter.getValue(Assignment<Exam,ExamPlacement> assignment)
double	ExamSplitter.getValue(Assignment<Exam,ExamPlacement> assignment, ExamPlacement value, Set<ExamPlacement> conflicts) Not used
Exam	ExamSplitter.merge(Assignment<Exam,ExamPlacement> assignment, Exam child, long iteration) Merge an exam
void	ExamSplitter.shuffle(Assignment<Exam,ExamPlacement> assignment, Exam exam, long iteration) Shuffle students between the given exam and all the other exams in the split (if there are any).
Exam	ExamSplitter.split(Assignment<Exam,ExamPlacement> assignment, Exam parent, long iteration, ExamPlacement placement) Split an exam
String	ExamSplitter.toString(Assignment<Exam,ExamPlacement> assignment)
double	ExamSplitMoves.ExamSplitNeighbour.value(Assignment<Exam,ExamPlacement> assignment) Value of the split.
double	ExamSplitMoves.ExamMergeNeighbour.value(Assignment<Exam,ExamPlacement> assignment) Value of the merge.
double	ExamSplitMoves.ExamShuffleNeighbour.value(Assignment<Exam,ExamPlacement> assignment) Value of the shuffle.

Constructors in org.cpsolver.exam.split with parameters of type Assignment

Constructor and Description
ExamMergeNeighbour(Assignment<Exam,ExamPlacement> assignment, Exam exam) Child exam to be removed.
ExamShuffleNeighbour(Assignment<Exam,ExamPlacement> assignment, Exam exam) Exam to be shuffled.
ExamSplitNeighbour(Assignment<Exam,ExamPlacement> assignment, Exam exam, ExamPlacement placement) Split an exam into two, assign the new exam into the given placement.

Uses of Assignment in org.cpsolver.ifs.algorithms

Methods in org.cpsolver.ifs.algorithms with parameters of type Assignment

Modifier and Type	Method and Description
boolean	NeighbourSearch.accept(Assignment<V,T> assignment, LazyNeighbour<V,T> neighbour, double value) Accept lazy neighbour -- calling the acceptance criterion with lazy = true.
protected boolean	GreatDeluge.GreatDelugeContext.accept(Assignment<V,T> assignment, Model<V,T> model, Neighbour<V,T> neighbour, double value, boolean lazy) Accept the given neighbour if it does not worsen the current solution or when the new solution is below the bound
protected boolean	HillClimber.HillClimberContext.accept(Assignment<V,T> assignment, Model<V,T> model, Neighbour<V,T> neighbour, double value, boolean lazy) Accept any move that does not worsen the solution (value <= 0)
protected abstract boolean	NeighbourSearch.NeighbourSearchContext.accept(Assignment<V,T> assignment, Model<V,T> model, Neighbour<V,T> neighbour, double value, boolean lazy) Acceptance criterion.
protected boolean	SimulatedAnnealing.SimulatedAnnealingContext.accept(Assignment<V,T> assignment, Model<V,T> model, Neighbour<V,T> neighbour, double value, boolean lazy) True if the given neighbour is to be be accepted
protected boolean	StepCountingHillClimber.StepCountingHillClimberContext.accept(Assignment<V,T> assignment, Model<V,T> model, Neighbour<V,T> neighbour, double value, boolean lazy) Accept any move that does not worsen the solution (value <= 0) or that is below the bound.
NeighbourSearch.NeighbourSearchContext	GreatDeluge.createAssignmentContext(Assignment<V,T> assignment)
NeighbourSearch.NeighbourSearchContext	HillClimber.createAssignmentContext(Assignment<V,T> assignment)
MetaHeuristicSearch.MetaHeuristicSearchContext	MetaHeuristicSearch.createAssignmentContext(Assignment<V,T> assignment)
ParallelConstruction.ConstructionContext	ParallelConstruction.createAssignmentContext(Assignment<V,T> assignment)
SimpleSearch.SimpleSearchContext	SimpleSearch.createAssignmentContext(Assignment<V,T> assignment)
NeighbourSearch.NeighbourSearchContext	SimulatedAnnealing.createAssignmentContext(Assignment<V,T> assignment)
NeighbourSearch.NeighbourSearchContext	StepCountingHillClimber.createAssignmentContext(Assignment<V,T> assignment)
void	NeighbourSelector.update(Assignment<V,T> a, Neighbour<V,T> n, long time) Update statistics

Constructors in org.cpsolver.ifs.algorithms with parameters of type Assignment

Constructor and Description
ConstructionContext(Assignment<V,T> assignment)

Uses of Assignment in org.cpsolver.ifs.algorithms.neighbourhoods

Methods in org.cpsolver.ifs.algorithms.neighbourhoods with parameters of type Assignment

Modifier and Type	Method and Description
void	RandomSwapMove.SwapNeighbour.assign(Assignment<V,T> assignment, long iteration)
double	RandomSwapMove.SwapNeighbour.value(Assignment<V,T> assignment)

Uses of Assignment in org.cpsolver.ifs.assignment

Subinterfaces of Assignment in org.cpsolver.ifs.assignment

Modifier and Type	Interface and Description
interface	InheritedAssignment<V extends Variable<V,T>,T extends Value<V,T>> An assignment inherited from some other assignment with only a few local modifications.

Classes in org.cpsolver.ifs.assignment that implement Assignment

Modifier and Type	Class and Description
class	AssignmentAbstract<V extends Variable<V,T>,T extends Value<V,T>> An abstract implementation of an Assignment object.
class	AssignmentArray<V extends Variable<V,T>,T extends Value<V,T>> An assignment using array to store values of all the variables of the model.
class	AssignmentMap<V extends Variable<V,T>,T extends Value<V,T>> An assignment using a HashMap to store values of all the variables of the model.
class	DefaultInheritedAssignment<V extends Variable<V,T>,T extends Value<V,T>> Default inherited assignment.
class	DefaultParallelAssignment<V extends Variable<V,T>,T extends Value<V,T>> An assignment using the Variable.getAssignments() to store values of all the variables of the model.
class	DefaultSingleAssignment<V extends Variable<V,T>,T extends Value<V,T>> An assignment using the old Variable.getAssignment() to store values of all the variables of the model.
class	EmptyAssignment<V extends Variable<V,T>,T extends Value<V,T>> An empty assignment.
class	InheritedAssignmentArray<V extends Variable<V,T>,T extends Value<V,T>>
class	OptimisticInheritedAssignment<V extends Variable<V,T>,T extends Value<V,T>> Optimistic inherited assignment.

Fields in org.cpsolver.ifs.assignment declared as Assignment

Modifier and Type	Field and Description
protected Assignment<V,T>	AssignmentComparator.iAssignment

Methods in org.cpsolver.ifs.assignment that return Assignment

Modifier and Type	Method and Description
Assignment<V,T>	DefaultInheritedAssignment.getParentAssignment()
Assignment<V,T>	InheritedAssignment.getParentAssignment() Return parent assignment.
Assignment<V,T>	InheritedAssignmentArray.getParentAssignment()
Assignment<V,T>	OptimisticInheritedAssignment.getParentAssignment()

Methods in org.cpsolver.ifs.assignment with parameters of type Assignment

Modifier and Type	Method and Description
int	AssignmentComparable.compareTo(Assignment<V,T> assignment, X other) Compare this object with a given one.

Constructors in org.cpsolver.ifs.assignment with parameters of type Assignment

Constructor and Description
AssignmentComparator(Assignment<V,T> assignment) Create comparator with the given assignment.
AssignmentMap(Assignment<V,T> assignment) Creates a copy of an existing assignment
DefaultParallelAssignment(int threadIndex, Model<V,T> model, Assignment<V,T> assignment)
ValueComparator(Assignment<V,T> assignment)

Uses of Assignment in org.cpsolver.ifs.assignment.context

Methods in org.cpsolver.ifs.assignment.context with parameters of type Assignment

Modifier and Type	Method and Description
void	ModelWithContext.afterAssigned(Assignment<V,T> assignment, long iteration, T value)
void	ModelWithContext.afterUnassigned(Assignment<V,T> assignment, long iteration, T value)
void	BinaryConstraintWithContext.assigned(Assignment<V,T> assignment, long iteration, T value)
void	ConstraintWithContext.assigned(Assignment<V,T> assignment, long iteration, T value)
void	AssignmentConstraintContext.assigned(Assignment<V,T> assignment, T value) Called when ConstraintWithContext.assigned(Assignment, long, Value) is called to update the content of the context.
void	ModelWithContext.beforeAssigned(Assignment<V,T> assignment, long iteration, T value)
void	ModelWithContext.beforeUnassigned(Assignment<V,T> assignment, long iteration, T value)
C	HasAssignmentContext.createAssignmentContext(Assignment<V,T> assignment) Create a new assignment context for the given assignment.
<U extends AssignmentContext> U	AssignmentContextHolder.getAssignmentContext(Assignment<V,T> assignment, AssignmentContextReference<V,T,U> reference) Return assignment context for the given assignment and reference.
<U extends AssignmentContext> U	AssignmentContextHolderArray.getAssignmentContext(Assignment<V,T> assignment, AssignmentContextReference<V,T,U> reference)
<U extends AssignmentContext> U	AssignmentContextHolderMap.getAssignmentContext(Assignment<V,T> assignment, AssignmentContextReference<V,T,U> reference)
<U extends AssignmentContext> U	DefaultParallelAssignmentContextHolder.getAssignmentContext(Assignment<V,T> assignment, AssignmentContextReference<V,T,U> reference)
<U extends AssignmentContext> U	DefaultSingleAssignmentContextHolder.getAssignmentContext(Assignment<V,T> assignment, AssignmentContextReference<V,T,U> reference)
<U extends AssignmentContext> U	InheritedAssignmentContextHolder.getAssignmentContext(Assignment<V,T> assignment, AssignmentContextReference<V,T,U> reference) If the AssignmentContextReference.getParent() implements the CanInheritContext interface, this method will use the CanInheritContext.inheritAssignmentContext(Assignment, AssignmentContext) instead of the HasAssignmentContext.createAssignmentContext(Assignment) to create a new context.
C	AbstractClassWithContext.getContext(Assignment<V,T> assignment) Returns an assignment context associated with this object.
C	BinaryConstraintWithContext.getContext(Assignment<V,T> assignment) Returns an assignment context associated with this constraint.
C	ConstraintWithContext.getContext(Assignment<V,T> assignment) Returns an assignment context associated with this constraint.
C	ExtensionWithContext.getContext(Assignment<V,T> assignment) Returns an assignment context associated with this extension.
C	HasAssignmentContext.getContext(Assignment<V,T> assignment) Returns an assignment context associated with this object.
C	ModelWithContext.getContext(Assignment<V,T> assignment) Returns an assignment context associated with this model.
C	NeighbourSelectionWithContext.getContext(Assignment<V,T> assignment) Returns an assignment context associated with this selection.
C	VariableWithContext.getContext(Assignment<V,T> assignment) Returns an assignment context associated with this extension.
static <V extends Variable<V,T>,T extends Value<V,T>,C extends AssignmentContext> C	AssignmentContextHelper.getContext(HasAssignmentContext<V,T,C> source, Assignment<V,T> assignment) Returns an assignment context associated with the given object.
C	CanInheritContext.inheritAssignmentContext(Assignment<V,T> assignment, C parentContext) Create a new assignment context for the given assignment.
void	BinaryConstraintWithContext.unassigned(Assignment<V,T> assignment, long iteration, T value)
void	ConstraintWithContext.unassigned(Assignment<V,T> assignment, long iteration, T value)
void	AssignmentConstraintContext.unassigned(Assignment<V,T> assignment, T value) Called when ConstraintWithContext.unassigned(Assignment, long, Value) is called to update the content of the context.

Uses of Assignment in org.cpsolver.ifs.constant

Methods in org.cpsolver.ifs.constant with parameters of type Assignment

Modifier and Type	Method and Description
void	ConstantModel.afterAssigned(Assignment<V,T> assignment, long iteration, T value) Called after a value is assigned to its variable.
void	ConstantModel.afterUnassigned(Assignment<V,T> assignment, long iteration, T value) Called after a value is unassigned from its variable.
void	ConstantModel.beforeAssigned(Assignment<V,T> assignment, long iteration, T value) Called before a value is assigned to its variable.
void	ConstantModel.beforeUnassigned(Assignment<V,T> assignment, long iteration, T value) Called before a value is unassigned from its variable.

Uses of Assignment in org.cpsolver.ifs.criteria

Methods in org.cpsolver.ifs.criteria with parameters of type Assignment

Modifier and Type	Method and Description
void	AbstractCriterion.afterAssigned(Assignment<V,T> assignment, long iteration, T value)
void	AbstractCriterion.afterUnassigned(Assignment<V,T> assignment, long iteration, T value)
protected void	AbstractCriterion.ValueContext.assigned(Assignment<V,T> assignment, T value) Update value when assigned
void	AbstractCriterion.beforeAssigned(Assignment<V,T> assignment, long iteration, T value)
void	AbstractCriterion.beforeUnassigned(Assignment<V,T> assignment, long iteration, T value)
void	AbstractCriterion.bestRestored(Assignment<V,T> assignment)
void	Criterion.bestRestored(Assignment<V,T> assignment) Notification that the current solution has been restored from the best.
void	AbstractCriterion.bestSaved(Assignment<V,T> assignment)
void	Criterion.bestSaved(Assignment<V,T> assignment) Notification that the current solution has been saved to the best.
protected double[]	AbstractCriterion.computeBounds(Assignment<V,T> assignment) Compute bounds (bounds are being cached by default).
AbstractCriterion.ValueContext	AbstractCriterion.createAssignmentContext(Assignment<V,T> assignment)
double[]	AbstractCriterion.getBounds(Assignment<V,T> assignment)
protected double[]	AbstractCriterion.ValueContext.getBounds(Assignment<V,T> assignment) Return bounds
double[]	Criterion.getBounds(Assignment<V,T> assignment) Bounds (minimum and maximum) estimate for the value
double[]	AbstractCriterion.getBounds(Assignment<V,T> assignment, Collection<V> variables)
double[]	Criterion.getBounds(Assignment<V,T> assignment, Collection<V> variables) Value bounds (minimum and maximum) of the criterion on a part of the problem
AbstractCriterion.ValueContext	AbstractCriterion.getContext(Assignment<V,T> assignment) Returns an assignment context associated with this criterion.
void	AbstractCriterion.getExtendedInfo(Assignment<V,T> assignment, Map<String,String> info)
void	AbstractCriterion.getInfo(Assignment<V,T> assignment, Map<String,String> info)
void	AbstractCriterion.getInfo(Assignment<V,T> assignment, Map<String,String> info, Collection<V> variables)
String	AbstractCriterion.getPercentage(Assignment<V,T> assignment) Return formatted value of this criterion, as percentage when possible
double	AbstractCriterion.getValue(Assignment<V,T> assignment)
double	Criterion.getValue(Assignment<V,T> assignment) Current value of the criterion (optimization objective)
double	AbstractCriterion.getValue(Assignment<V,T> assignment, Collection<V> variables)
double	Criterion.getValue(Assignment<V,T> assignment, Collection<V> variables) Value of a part of the problem (given by the collection of variables)
double	AssignedValue.getValue(Assignment<V,T> assignment, T value, Set<T> conflicts)
double	Criterion.getValue(Assignment<V,T> assignment, T value, Set<T> conflicts) Value of a proposed assignment (including hard conflicts)
double	AbstractCriterion.getWeightedValue(Assignment<V,T> assignment)
double	Criterion.getWeightedValue(Assignment<V,T> assignment) Weighted value of the objectives
double	AbstractCriterion.getWeightedValue(Assignment<V,T> assignment, Collection<V> variables)
double	Criterion.getWeightedValue(Assignment<V,T> assignment, Collection<V> variables) Weighted value of a part of the problem (given by the collection of variables)
double	AbstractCriterion.getWeightedValue(Assignment<V,T> assignment, T value, Set<T> conflicts)
double	Criterion.getWeightedValue(Assignment<V,T> assignment, T value, Set<T> conflicts) Weighted value of a proposed assignment (including hard conflicts)
void	AbstractCriterion.inc(Assignment<V,T> assignment, double value)
void	Criterion.inc(Assignment<V,T> assignment, double value) Outside update of the criterion (usefull when the criterion is driven by a set of constraints).
String	AbstractCriterion.toString(Assignment<V,T> assignment) Simple text representation of the criterion and its value.
String	Criterion.toString(Assignment<V,T> assignment) Simple text representation of the criterion and its value.
protected void	AbstractCriterion.ValueContext.unassigned(Assignment<V,T> assignment, T value) Update value when unassigned

Constructors in org.cpsolver.ifs.criteria with parameters of type Assignment

Constructor and Description
ValueContext(Assignment<V,T> assignment) Create from an assignment

Uses of Assignment in org.cpsolver.ifs.dbt

Methods in org.cpsolver.ifs.dbt with parameters of type Assignment

Modifier and Type	Method and Description
void	DbtPropagation.afterAssigned(Assignment<V,T> assignment, long iteration, T value) Propagation takes place every time a value is assigned to a variable.
void	DbtPropagation.afterUnassigned(Assignment<V,T> assignment, long iteration, T value) Undo propagation when a value is unassigned.
void	DbtPropagation.neighbourFailed(Assignment<V,T> assignment, long iteration, Neighbour<V,T> neighbour)
boolean	DbtPropagation.neighbourSelected(Assignment<V,T> assignment, long iteration, Neighbour<V,T> neighbour)
boolean	DbtPropagation.valueSelected(Assignment<V,T> assignment, long iteration, V variable, T value) If no value is selected (because of a dead end), make some unassignments.
boolean	DbtPropagation.variableSelected(Assignment<V,T> assignment, long iteration, V variable) If no variable is selected (all variables are assinged), unassign the last assigned variable.

Uses of Assignment in org.cpsolver.ifs.example.csp

Methods in org.cpsolver.ifs.example.csp with parameters of type Assignment

Modifier and Type	Method and Description
void	CSPBinaryConstraint.computeConflicts(Assignment<CSPVariable,CSPValue> assignment, CSPValue aValue, Set<CSPValue> conflicts) Add the other variable to the set of conflicts, if it is not compatible with the given value.
Map<String,String>	StructuredCSPModel.getInfo(Assignment<CSPVariable,CSPValue> assignment) Return information table

Uses of Assignment in org.cpsolver.ifs.example.jobshop

Methods in org.cpsolver.ifs.example.jobshop with parameters of type Assignment

Modifier and Type	Method and Description
void	Job.computeConflicts(Assignment<Operation,Location> assignment, Location location, Set<Location> conflicts) Adds conflicting operations into the set of conflicts.
void	Machine.computeConflicts(Assignment<Operation,Location> assignment, Location location, Set<Location> conflicts) Adds conflicting operations into the set of conflicts.
int	JobShopModel.getFinishingTime(Assignment<Operation,Location> assignment) Get finishing time of the current (partial) solution
Map<String,String>	JobShopModel.getInfo(Assignment<Operation,Location> assignment) Get information table
boolean	Job.inConflict(Assignment<Operation,Location> assignment, Location location) True if there is an operation from the same job which violates with the given assignment.
boolean	Machine.inConflict(Assignment<Operation,Location> assignment, Location location) True if there is an operation from the machine which violates with the given assignment.
void	JobShopModel.save(Assignment<Operation,Location> assignment, String file) Save the solution into the given file

Uses of Assignment in org.cpsolver.ifs.example.rpp

Methods in org.cpsolver.ifs.example.rpp with parameters of type Assignment

Modifier and Type	Method and Description
void	ResourceConstraint.Context.assigned(Assignment<Rectangle,Location> assignment, Location placement) Notification, when a rectangle is placed.
void	ResourceConstraint.computeConflicts(Assignment<Rectangle,Location> assignment, Location placement, Set<Location> conflicts) Compute conflicts with the given placement of the rectangle.
ResourceConstraint.Context	ResourceConstraint.createAssignmentContext(Assignment<Rectangle,Location> assignment)
void	ResourceConstraint.check(Assignment<Rectangle,Location> assignment)
boolean	ResourceConstraint.inConflict(Assignment<Rectangle,Location> assignment, Location placement) Returns true if there is a rectangle which overlaps with the given assignment.
void	ResourceConstraint.Context.unassigned(Assignment<Rectangle,Location> assignment, Location placement) Notification, when a rectangle is unplaced.

Constructors in org.cpsolver.ifs.example.rpp with parameters of type Assignment

Constructor and Description
Context(Assignment<Rectangle,Location> assignment)

Uses of Assignment in org.cpsolver.ifs.example.tt

Methods in org.cpsolver.ifs.example.tt with parameters of type Assignment

Modifier and Type	Method and Description
void	Resource.Context.assigned(Assignment<Activity,Location> assignment, Location location)
void	Dependence.computeConflicts(Assignment<Activity,Location> assignment, Location location, Set<Location> conflicts)
void	Resource.computeConflicts(Assignment<Activity,Location> assignment, Location location, Set<Location> conflicts)
Resource.Context	Resource.createAssignmentContext(Assignment<Activity,Location> assignment)
static TimetableModel	TimetableModel.generate(DataProperties cfg, Assignment<Activity,Location> assignment)
boolean	Dependence.inConflict(Assignment<Activity,Location> assignment, Location location)
boolean	Resource.inConflict(Assignment<Activity,Location> assignment, Location location)
static TimetableModel	TimetableModel.loadFromXML(File inFile, Assignment<Activity,Location> assignment)
void	TimetableModel.saveAsXML(DataProperties cfg, boolean gen, Solution<Activity,Location> solution, Assignment<Activity,Location> assignment, File outFile)
void	Resource.Context.unassigned(Assignment<Activity,Location> assignment, Location location)

Constructors in org.cpsolver.ifs.example.tt with parameters of type Assignment

Constructor and Description
Context(Assignment<Activity,Location> assignment)

Uses of Assignment in org.cpsolver.ifs.extension

Methods in org.cpsolver.ifs.extension with parameters of type Assignment

Modifier and Type	Method and Description
void	Extension.afterAssigned(Assignment<V,T> assignment, long iteration, T value) Called after a value is assigned to a variable
void	MacPropagation.afterAssigned(Assignment<V,T> assignment, long iteration, T 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(Assignment<V,T> assignment, long iteration, T 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(Assignment<V,T> assignment, long iteration, T value)
void	SearchIntensification.Context.afterAssigned(Assignment<V,T> assignment, long iteration, T value)
void	Extension.afterUnassigned(Assignment<V,T> assignment, long iteration, T value) Called after a value is unassigned from a variable
void	MacPropagation.afterUnassigned(Assignment<V,T> assignment, long iteration, T value) After a value is unassigned: explanations of all values of unassigned variable are recomputed (Value.conflicts(Assignment)), propagation undo over the unassigned variable takes place.
void	MacRevised.afterUnassigned(Assignment<V,T> assignment, long iteration, T value) After a value is unassigned: explanations of all values of unassigned variable are recomputed (Value.conflicts(Assignment)), propagation undo over the unassigned variable takes place.
void	Extension.beforeAssigned(Assignment<V,T> assignment, long iteration, T value) Called before a value is assigned to a variable
void	MacPropagation.beforeAssigned(Assignment<V,T> assignment, long iteration, T 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(Assignment<V,T> assignment, long iteration, T 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(Assignment<V,T> assignment, long iteration, T value) Called after a value is unassigned from a variable
void	ConflictStatistics.constraintAfterAssigned(Assignment<V,T> assignment, long iteration, Constraint<V,T> constraint, T assigned, Set<T> unassigned) Increments appropriate counters when there is a value unassigned
void	ConflictStatistics.constraintBeforeAssigned(Assignment<V,T> assignment, long iteration, Constraint<V,T> constraint, T assigned, Set<T> unassigned)
long	ConflictStatistics.countPotentialConflicts(Assignment<V,T> assignment, long iteration, T value, int limit) Counts potential number of unassignments of if the given value is selected.
MacPropagation.NoGood	MacPropagation.createAssignmentContext(Assignment<V,T> assignment)
MacRevised.NoGood	MacRevised.createAssignmentContext(Assignment<V,T> assignment)
SearchIntensification.Context	SearchIntensification.createAssignmentContext(Assignment<V,T> assignment)
Set<T>	MacRevised.NoGood.explanation(Assignment<V,T> assignment, Constraint<V,T> constraint, T value, V variable)
Set<T>	MacPropagation.goodValues(Assignment<V,T> assignment, V variable) good values of a variable (values not removed from variables domain)
boolean	MacRevised.NoGood.hasSupport(Assignment<V,T> assignment, Constraint<V,T> constraint, T value, V variable)
boolean	ViolatedInitials.init(Assignment<V,T> assignment) Compute the violations between any value and all other initial values
boolean	MacPropagation.isGood(Assignment<V,T> assignment, T value) is variable good
Set<T>	MacPropagation.noGood(Assignment<V,T> assignment, T value) variables explanation
void	MacRevised.NoGood.propagate(Assignment<V,T> assignment, Constraint<V,T> constraint, T noGoodValue, List<T> queue)
void	MacRevised.NoGood.propagate(Assignment<V,T> assignment, List<T> queue)
protected void	MacPropagation.NoGood.propagate(Assignment<V,T> assignment, Queue<V> queue) Propagation over the queue of variables.
protected void	MacPropagation.propagate(Assignment<V,T> assignment, V variable) Propagation over the given variable.
protected void	MacPropagation.NoGood.propagate(Assignment<V,T> assignment, V variable) Propagation over the given variable.
protected boolean	MacPropagation.NoGood.propagate(Assignment<V,T> assignment, V aVariable, V anotherVariable)
protected boolean	MacPropagation.NoGood.propagate(Assignment<V,T> assignment, V aVariable, V anotherVariable, List<T> adepts)
boolean	MacRevised.NoGood.revise(Assignment<V,T> assignment, Constraint<V,T> constraint, T value)
boolean	MacRevised.NoGood.revise(Assignment<V,T> assignment, T value)
protected void	MacPropagation.setGood(Assignment<V,T> assignment, T value) sets value to be good
void	MacPropagation.setNoGood(Assignment<V,T> assignment, T value, Set<T> reason) sets value's explanation
void	MacRevised.NoGood.setNoGood(Assignment<V,T> assignment, T value, Set<T> reason) sets value's explanation
Set<T>	MacRevised.NoGood.supports(Assignment<V,T> assignment, Constraint<V,T> constraint, T value, V variable)
void	MacPropagation.undoPropagate(Assignment<V,T> assignment, V variable) Propagation undo over the given variable.
void	MacPropagation.NoGood.undoPropagate(Assignment<V,T> assignment, V variable) Propagation undo over the given variable.

Constructors in org.cpsolver.ifs.extension with parameters of type Assignment

Constructor and Description
Context(Assignment<V,T> assignment)
NoGood(Assignment<V,T> assignment) Initialization.
NoGood(Assignment<V,T> assignment)

Uses of Assignment in org.cpsolver.ifs.heuristics

Methods in org.cpsolver.ifs.heuristics that return Assignment

Modifier and Type	Method and Description
Assignment<V,T>	BacktrackNeighbourSelection.BacktrackNeighbourSelectionContext.getAssignment()

Methods in org.cpsolver.ifs.heuristics with parameters of type Assignment

Modifier and Type	Method and Description
void	BacktrackNeighbourSelection.BackTrackNeighbour.assign(Assignment<V,T> assignment, long iteration) Assign the neighbour
double	BacktrackNeighbourSelection.BackTrackNeighbour.value(Assignment<V,T> assignment) Sum of values of variables from the neighbour that change their values

Uses of Assignment in org.cpsolver.ifs.model

Methods in org.cpsolver.ifs.model that return Assignment

Modifier and Type	Method and Description
Assignment<V,T>	Model.getDefaultAssignment() Deprecated.
Assignment<V,T>	Model.getEmptyAssignment() Returns an instance of an empty assignment (using EmptyAssignment)

Methods in org.cpsolver.ifs.model with parameters of type Assignment

Modifier and Type	Method and Description
boolean	LazyNeighbour.LazyNeighbourAcceptanceCriterion.accept(Assignment<V,T> assignment, LazyNeighbour<V,T> neighbour, double value) True when the currently assigned neighbour should be accepted (false means that the change will be undone
void	Model.afterAssigned(Assignment<V,T> assignment, long iteration, T value) Called after a value is assigned to its variable
void	ModelListener.afterAssigned(Assignment<V,T> assignment, long iteration, T value) Called after a value is assigned to its variable ( Value.variable()).
void	Model.afterUnassigned(Assignment<V,T> assignment, long iteration, T value) Called after a value is unassigned from its variable
void	ModelListener.afterUnassigned(Assignment<V,T> assignment, long iteration, T value) Called after a value is unassigned from its variable ( Value.variable()).
void	LazyNeighbour.assign(Assignment<V,T> assignment, long iteration) Assign neighbour, check given acceptance criterion, and undo assignment if the change is not accepted.
void	Neighbour.assign(Assignment<V,T> assignment, long iteration) Perform assignment
void	SimpleNeighbour.assign(Assignment<V,T> assignment, long iteration) Perform assignment
void	Constraint.assigned(Assignment<V,T> assignment, long iteration, T value) Given value is to be assigned to its variable.
void	GlobalConstraint.assigned(Assignment<V,T> assignment, long iteration, T value) Given value is to be assigned to its variable.
Collection<V>	Constraint.assignedVariables(Assignment<V,T> assignment) The list of variables of this constraint that are assigned
Collection<V>	GlobalConstraint.assignedVariables(Assignment<V,T> assignment) The list of variables of this constraint that are assigned
Collection<V>	Model.assignedVariables(Assignment<V,T> assignment) The list of assigned variables in the model
void	Model.beforeAssigned(Assignment<V,T> assignment, long iteration, T value) Called before a value is assigned to its variable
void	ModelListener.beforeAssigned(Assignment<V,T> assignment, long iteration, T value) Called before a value is assigned to its variable ( Value.variable()).
void	Model.beforeUnassigned(Assignment<V,T> assignment, long iteration, T value) Called before a value is unassigned from its variable
void	ModelListener.beforeUnassigned(Assignment<V,T> assignment, long iteration, T value) Called before a value is unassigned from its variable ( Value.variable()).
Collection<V>	Model.bestUnassignedVariables(Assignment<V,T> assignment) The list of unassigned variables in the best ever found solution
void	Model.clearAssignmentContexts(Assignment<V,T> assignment) Clear all assignment contexts for the given assignment
int	Value.compareTo(Assignment<V,T> assignment, T value) Compare two values by their value
abstract void	Constraint.computeConflicts(Assignment<V,T> assignment, T value, Set<T> conflicts) The only method which has to be implemented by any constraint.
protected void	Constraint.computeConflictsNoForwardCheck(Assignment<V,T> assignment, T value, Set<T> conflicts) Compute conflicts method that does not do any forward checking.
Map<Constraint<V,T>,Set<T>>	Model.conflictConstraints(Assignment<V,T> assignment, T value) The list of constraints which are in a conflict with the given value if it is assigned to its variable.
Set<T>	Value.conflicts(Assignment<V,T> assignment) Returns a set of conflicting values with this value.
Set<T>	Model.conflictValues(Assignment<V,T> assignment, T value) Returns the set of conflicting variables with this value, if it is assigned to its variable
void	ConstraintListener.constraintAfterAssigned(Assignment<V,T> assignment, long iteration, Constraint<V,T> constraint, T assigned, Set<T> unassigned) Called by the constraint, after a value is assigned to its variable.
void	ConstraintListener.constraintBeforeAssigned(Assignment<V,T> assignment, long iteration, Constraint<V,T> constraint, T assigned, Set<T> unassigned) Called by the constraint, before a value is assigned to its variable.
int	Constraint.countAssignedVariables(Assignment<V,T> assignment) The number of variables of this constraint that are assigned
int	GlobalConstraint.countAssignedVariables(Assignment<V,T> assignment) The number of variables of this constraint that are assigned
void	Model.createAssignmentContexts(Assignment<V,T> assignment, boolean clear) Create all assignment contexts for the given assignment
protected abstract void	LazyNeighbour.doAssign(Assignment<V,T> assignment, long iteration) Perform assignment
protected void	LazySwap.doAssign(Assignment<V,T> assignment, long iteration) Perform swap
T	Variable.getAssignment(Assignment<V,T> assignment) Returns current assignment
Map<String,String>	Model.getExtendedInfo(Assignment<V,T> assignment) Extended information about current solution.
void	ExtendedInfoProvider.getExtendedInfo(Assignment<V,T> assignment, Map<String,String> info) Extended information about current solution.
Map<String,String>	Model.getInfo(Assignment<V,T> assignment) Returns information about the current solution.
Map<String,String>	Model.getInfo(Assignment<V,T> assignment, Collection<V> variables) Returns information about the current solution.
void	InfoProvider.getInfo(Assignment<V,T> assignment, Map<String,String> info) Adds some information into the table with information about the solution
void	InfoProvider.getInfo(Assignment<V,T> assignment, Map<String,String> info, Collection<V> variables) Adds some information into the table with information about the solution, only consider variables from the given set
double	Model.getTotalValue(Assignment<V,T> assignment) Value of the current solution.
double	Model.getTotalValue(Assignment<V,T> assignment, Collection<V> variables) Value of the current solution.
boolean	Variable.hasAssignment(Assignment<V,T> assignment) Returns true if the variable is assigned
boolean	Constraint.inConflict(Assignment<V,T> assignment, T value) Returns true if the given assignment is inconsistent with the existing assignments respecting this constraint.
boolean	Model.inConflict(Assignment<V,T> assignment, T value) Return true if the given value is in conflict with a hard constraint
int	Model.nrAssignedVariables(Assignment<V,T> assignment) Number of assigned variables
int	Model.nrUnassignedVariables(Assignment<V,T> assignment) Number of unassigned variables
Collection<V>	Model.perturbVariables(Assignment<V,T> assignment) The list of perturbation variables in the model, i.e., the variables which has an initial value but which are not assigned with this value.
List<V>	Model.perturbVariables(Assignment<V,T> assignment, Collection<V> variables) The list of perturbation variables in the model, i.e., the variables which has an initial value but which are not assigned with this value.
void	Model.restoreBest(Assignment<V,T> assignment) Restore the best ever found assignment into the current assignment
protected void	Model.restoreBest(Assignment<V,T> assignment, Comparator<V> assignmentOrder) Restore the best ever found assignment into the current assignment
void	Model.saveBest(Assignment<V,T> assignment) Save the current assignment as the best ever found assignment
void	Model.setDefaultAssignment(Assignment<V,T> assignment) Deprecated.
double	Value.toDouble(Assignment<V,T> assignment) Double representation.
String	Model.toString(Assignment<V,T> assignment) String representation -- returns a list of values of objective criteria
void	Constraint.unassigned(Assignment<V,T> assignment, long iteration, T value) Given value is unassigned from its variable.
void	GlobalConstraint.unassigned(Assignment<V,T> assignment, long iteration, T value) Given value is unassigned from its varable.
List<Constraint<V,T>>	Model.unassignedHardConstraints(Assignment<V,T> assignment) The list of hard constraints which contain at least one variable that is not assigned.
Collection<V>	Model.unassignedVariables(Assignment<V,T> assignment) The list of unassigned variables in the model
protected abstract void	LazyNeighbour.undoAssign(Assignment<V,T> assignment, long iteration) Undo assignment
protected void	LazySwap.undoAssign(Assignment<V,T> assignment, long iteration) Undo the swap
double	LazyNeighbour.value(Assignment<V,T> assignment) Return -1 (neighbour is always accepted).
double	Neighbour.value(Assignment<V,T> assignment) Difference in the evaluation function, if this neighnour is assigned.
double	SimpleNeighbour.value(Assignment<V,T> assignment) Improvement in the solution value if this neighbour is accepted.
boolean	Value.valueEquals(Assignment<V,T> assignment, T value) Comparison of two values which is based only on the value (not appropriate variable etc.).
List<T>	Variable.values(Assignment<V,T> assignment) Variable's domain
void	VariableListener.variableAssigned(Assignment<?,T> assignment, long iteration, T value) Called by the variable when a value is assigned to it
void	Variable.variableAssigned(Assignment<V,T> assignment, long iteration, T value) A value was assigned to this variable
void	VariableListener.variableUnassigned(Assignment<?,T> assignment, long iteration, T value) Called by the variable when a value is unassigned from it
void	Variable.variableUnassigned(Assignment<V,T> assignment, long iteration, T oldValue) A value was unassigned from this variable
void	WeakeningConstraint.weaken(Assignment<V,T> assignment) Weaken the constraint.
void	Model.weaken(Assignment<V,T> assignment, T value) Weaken all weakening constraint so that the given value can be assigned without them creating a conflict using WeakeningConstraint.weaken(Assignment, Value).
void	WeakeningConstraint.weaken(Assignment<V,T> assignment, T value) Weaken the constraint enough so that it can assign the given value.

Uses of Assignment in org.cpsolver.ifs.perturbations

Methods in org.cpsolver.ifs.perturbations with parameters of type Assignment

Modifier and Type	Method and Description
void	DefaultPerturbationsCounter.getInfo(Assignment<V,T> assignment, Model<V,T> model, Map<String,String> info)
void	PerturbationsCounter.getInfo(Assignment<V,T> assignment, Model<V,T> model, Map<String,String> info) Some (perturbation) information about the solution might be returned here.
void	DefaultPerturbationsCounter.getInfo(Assignment<V,T> assignment, Model<V,T> model, Map<String,String> info, Collection<V> variables)
void	PerturbationsCounter.getInfo(Assignment<V,T> assignment, Model<V,T> model, Map<String,String> info, Collection<V> variables) Some (perturbation) information about the solution might be returned here (only include variables from the given set).
protected double	DefaultPerturbationsCounter.getPenalty(Assignment<V,T> assignment, T assignedValue, T initialValue) Computes perturbation penalty between assigned and initial value of the same lecture.
protected double	DefaultPerturbationsCounter.getPenaltyA(Assignment<V,T> assignment, T selectedValue, T initialValue) Case A: initial value of a different unassigned variable cannot be assigned (computed by ViolatedInitials)
protected double	DefaultPerturbationsCounter.getPenaltyB(Assignment<V,T> assignment, T selectedValue, T assignedValue, T initialValue) Case B: initial value is unassigned from a conflicting variable.
protected double	DefaultPerturbationsCounter.getPenaltyC(Assignment<V,T> assignment, T selectedValue, T assignedValue, T initialValue) Case C: non-initial value is unassigned from a conflicting variable.
protected double	DefaultPerturbationsCounter.getPenaltyD(Assignment<V,T> assignment, T selectedValue, T initialValue) Case D: different than initial value is assigned to the variable
double	DefaultPerturbationsCounter.getPerturbationPenalty(Assignment<V,T> assignment, Model<V,T> model)
double	PerturbationsCounter.getPerturbationPenalty(Assignment<V,T> assignment, Model<V,T> model) Returns perturbation penalty, i.e., the distance between current solution and the solution of the initial problem (see Variable.getInitialAssignment()).
double	DefaultPerturbationsCounter.getPerturbationPenalty(Assignment<V,T> assignment, Model<V,T> model, Collection<V> variables)
double	PerturbationsCounter.getPerturbationPenalty(Assignment<V,T> assignment, Model<V,T> model, Collection<V> variables) Returns perturbation penalty, i.e., the distance between current solution and the solution of the initial (only include variables from the given set) problem (see Variable.getInitialAssignment()).
double	DefaultPerturbationsCounter.getPerturbationPenalty(Assignment<V,T> assignment, Model<V,T> model, T selectedValue, Collection<T> conflicts)
double	PerturbationsCounter.getPerturbationPenalty(Assignment<V,T> assignment, Model<V,T> model, T selectedValue, Collection<T> 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 Assignment in org.cpsolver.ifs.solution

Methods in org.cpsolver.ifs.solution that return Assignment

Modifier and Type	Method and Description
Assignment<V,T>	Solution.getAssignment() The assignment associated with this solution

Methods in org.cpsolver.ifs.solution with parameters of type Assignment

Modifier and Type	Method and Description
void	Solution.setAssignment(Assignment<V,T> assignment) Set a new assignment

Constructors in org.cpsolver.ifs.solution with parameters of type Assignment

Constructor and Description
Solution(Model<V,T> model, Assignment<V,T> assignment) Constructor
Solution(Model<V,T> model, Assignment<V,T> assignment, long iteration, double time) Constructor

Uses of Assignment in org.cpsolver.ifs.solver

Methods in org.cpsolver.ifs.solver with parameters of type Assignment

Modifier and Type	Method and Description
void	SolverListener.neighbourFailed(Assignment<V,T> assignment, long iteration, Neighbour<V,T> neighbour) Called when ParallelSolver failed to assign the given neighbour
boolean	SolverListener.neighbourSelected(Assignment<V,T> assignment, long iteration, Neighbour<V,T> neighbour) A neighbour was selected
boolean	SolverListener.valueSelected(Assignment<V,T> assignment, long iteration, V variable, T value) A value was selected
boolean	SolverListener.variableSelected(Assignment<V,T> assignment, long iteration, V variable) A variable was selected

Uses of Assignment in org.cpsolver.ifs.util

Methods in org.cpsolver.ifs.util that return Assignment

Modifier and Type	Method and Description
Assignment<V,T>	ProblemLoader.getAssignment() Returns provided assignment
Assignment<V,T>	ProblemSaver.getAssignment() Current assignment

Constructors in org.cpsolver.ifs.util with parameters of type Assignment

Constructor and Description
ProblemLoader(M model, Assignment<V,T> assignment) Constructor

Uses of Assignment in org.cpsolver.instructor

Methods in org.cpsolver.instructor with parameters of type Assignment

Modifier and Type	Method and Description
protected void	Test.generateReports(File outputDir, Assignment<TeachingRequest.Variable,TeachingAssignment> assignment) Generate a few reports
protected boolean	Test.load(File inputFile, Assignment<TeachingRequest.Variable,TeachingAssignment> assignment) Load input problem
protected void	Test.save(File outputDir, Assignment<TeachingRequest.Variable,TeachingAssignment> assignment) Save the problem and the resulting assignment

Uses of Assignment in org.cpsolver.instructor.constraints

Methods in org.cpsolver.instructor.constraints with parameters of type Assignment

Modifier and Type	Method and Description
void	SameInstructorConstraint.Context.assigned(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, TeachingAssignment value)
void	SameLinkConstraint.Context.assigned(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, TeachingAssignment value)
void	InstructorConstraint.computeConflicts(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, TeachingAssignment value, Set<TeachingAssignment> conflicts)
void	SameInstructorConstraint.computeConflicts(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, TeachingAssignment value, Set<TeachingAssignment> conflicts)
void	SameLinkConstraint.computeConflicts(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, TeachingAssignment value, Set<TeachingAssignment> conflicts)
SameInstructorConstraint.Context	SameInstructorConstraint.createAssignmentContext(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment)
SameLinkConstraint.Context	SameLinkConstraint.createAssignmentContext(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment)
int	SameInstructorConstraint.getCurrentPreference(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment) Current constraint preference (if soft)
int	SameLinkConstraint.getCurrentPreference(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment) Current constraint preference (if soft)
int	SameInstructorConstraint.getCurrentPreference(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, TeachingAssignment value) Current constraint preference (if soft)
int	SameLinkConstraint.getCurrentPreference(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, TeachingAssignment value) Current constraint preference (if soft)
boolean	SameInstructorConstraint.isSatisfiedPair(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, TeachingAssignment a1, TeachingAssignment a2) Does a pair of teaching assignments satisfy this constraint?
void	SameInstructorConstraint.Context.unassigned(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, TeachingAssignment value)
void	SameLinkConstraint.Context.unassigned(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, TeachingAssignment value)

Constructors in org.cpsolver.instructor.constraints with parameters of type Assignment

Constructor and Description
Context(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment)
Context(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment)

Uses of Assignment in org.cpsolver.instructor.criteria

Methods in org.cpsolver.instructor.criteria with parameters of type Assignment

Modifier and Type	Method and Description
protected double[]	BackToBack.computeBounds(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment)
protected double[]	DifferentLecture.computeBounds(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment)
protected double[]	SameDays.computeBounds(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment)
protected double[]	SameInstructor.computeBounds(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment)
protected double[]	SameLink.computeBounds(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment)
protected double[]	SameRoom.computeBounds(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment)
Set<Instructor>	InstructorSchedulingCriterion.getAssignedInstructors(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, Collection<TeachingRequest.Variable> variables) Assigned instructors of a sub-problem
double[]	BackToBack.getBounds(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, Collection<TeachingRequest.Variable> variables)
double[]	DifferentLecture.getBounds(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, Collection<TeachingRequest.Variable> variables)
double[]	SameCommon.getBounds(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, Collection<TeachingRequest.Variable> variables)
double[]	SameCourse.getBounds(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, Collection<TeachingRequest.Variable> variables)
double[]	SameDays.getBounds(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, Collection<TeachingRequest.Variable> variables)
double[]	SameInstructor.getBounds(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, Collection<TeachingRequest.Variable> variables)
double[]	SameLink.getBounds(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, Collection<TeachingRequest.Variable> variables)
double[]	SameRoom.getBounds(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, Collection<TeachingRequest.Variable> variables)
void	DifferentLecture.getInfo(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, Map<String,String> info)
void	InstructorSchedulingCriterion.getInfo(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, Map<String,String> info)
void	OriginalInstructor.getInfo(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, Map<String,String> info)
void	TimeOverlaps.getInfo(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, Map<String,String> info)
void	DifferentLecture.getInfo(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, Map<String,String> info, Collection<TeachingRequest.Variable> variables)
void	InstructorSchedulingCriterion.getInfo(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, Map<String,String> info, Collection<TeachingRequest.Variable> variables)
void	OriginalInstructor.getInfo(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, Map<String,String> info, Collection<TeachingRequest.Variable> variables)
void	TimeOverlaps.getInfo(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, Map<String,String> info, Collection<TeachingRequest.Variable> variables)
Set<Instructor>	InstructorSchedulingCriterion.getInstructors(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, Collection<TeachingRequest.Variable> variables) Instructor of a sub-problem
double	BackToBack.getValue(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, Collection<TeachingRequest.Variable> variables)
double	DifferentLecture.getValue(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, Collection<TeachingRequest.Variable> variables)
double	SameCommon.getValue(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, Collection<TeachingRequest.Variable> variables)
double	SameCourse.getValue(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, Collection<TeachingRequest.Variable> variables)
double	SameDays.getValue(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, Collection<TeachingRequest.Variable> variables)
double	SameInstructor.getValue(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, Collection<TeachingRequest.Variable> variables)
double	SameLink.getValue(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, Collection<TeachingRequest.Variable> variables)
double	SameRoom.getValue(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, Collection<TeachingRequest.Variable> variables)
double	TimeOverlaps.getValue(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, Collection<TeachingRequest.Variable> variables)
double	UnusedInstructorLoad.getValue(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, Collection<TeachingRequest.Variable> variables)
double	AttributePreferences.getValue(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, TeachingAssignment value, Set<TeachingAssignment> conflicts)
double	BackToBack.getValue(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, TeachingAssignment value, Set<TeachingAssignment> conflicts)
double	CoursePreferences.getValue(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, TeachingAssignment value, Set<TeachingAssignment> conflicts)
double	DifferentLecture.getValue(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, TeachingAssignment value, Set<TeachingAssignment> conflicts)
double	InstructorPreferences.getValue(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, TeachingAssignment value, Set<TeachingAssignment> conflicts)
double	OriginalInstructor.getValue(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, TeachingAssignment value, Set<TeachingAssignment> conflicts)
double	SameCommon.getValue(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, TeachingAssignment value, Set<TeachingAssignment> conflicts)
double	SameCourse.getValue(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, TeachingAssignment value, Set<TeachingAssignment> conflicts)
double	SameDays.getValue(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, TeachingAssignment value, Set<TeachingAssignment> conflicts)
double	SameInstructor.getValue(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, TeachingAssignment value, Set<TeachingAssignment> conflicts)
double	SameLink.getValue(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, TeachingAssignment value, Set<TeachingAssignment> conflicts)
double	SameRoom.getValue(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, TeachingAssignment value, Set<TeachingAssignment> conflicts)
double	TeachingPreferences.getValue(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, TeachingAssignment value, Set<TeachingAssignment> conflicts)
double	TimeOverlaps.getValue(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, TeachingAssignment value, Set<TeachingAssignment> conflicts)
double	TimePreferences.getValue(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, TeachingAssignment value, Set<TeachingAssignment> conflicts)
double	UnusedInstructorLoad.getValue(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, TeachingAssignment value, Set<TeachingAssignment> conflicts)

Uses of Assignment in org.cpsolver.instructor.model

Methods in org.cpsolver.instructor.model with parameters of type Assignment

Modifier and Type	Method and Description
void	Instructor.Context.assigned(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, TeachingAssignment value)
double	Instructor.countBackToBacks(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, TeachingAssignment value, double diffRoomWeight, double diffTypeWeight) Compute number of back-to-back assignments (weighted by the preference) of the given teaching assignment and the other assignments of the instructor
double	Instructor.countSameDays(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, TeachingAssignment value, double diffRoomWeight, double diffTypeWeight) Compute number of same days assignments (weighted by the preference) of the given teaching assignment and the other assignments of the instructor
double	Instructor.countSameRooms(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, TeachingAssignment value, double diffTypeWeight) Compute number of same room assignments (weighted by the preference) of the given teaching assignment and the other assignments of the instructor
Instructor.Context	Instructor.createAssignmentContext(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment)
double	Instructor.differentLectures(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, TeachingAssignment value) Compute different common sections of the given teaching assignment and the other assignments of the instructor
Map<String,String>	InstructorSchedulingModel.getInfo(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment)
double	InstructorSchedulingModel.getTotalValue(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment)
double	InstructorSchedulingModel.getTotalValue(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, Collection<TeachingRequest.Variable> variables)
Instructor.Context	Instructor.inheritAssignmentContext(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, Instructor.Context parentContext)
boolean	InstructorSchedulingModel.load(Document document, Assignment<TeachingRequest.Variable,TeachingAssignment> assignment) Load the problem (and its solution) from an XML format
Document	InstructorSchedulingModel.save(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment) Store the problem (together with its solution) in an XML format
int	Instructor.share(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, TeachingAssignment value) Compute time overlaps with instructor availability and other teaching assignments of the instructor
double	TeachingAssignment.toDouble(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment)
void	Instructor.Context.unassigned(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, TeachingAssignment value)
List<TeachingAssignment>	TeachingRequest.Variable.values(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment)
void	TeachingRequest.Variable.variableAssigned(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, long iteration, TeachingAssignment ta)
void	TeachingRequest.Variable.variableUnassigned(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, long iteration, TeachingAssignment ta)

Constructors in org.cpsolver.instructor.model with parameters of type Assignment

Constructor and Description
Context(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment) Constructor
Context(Assignment<TeachingRequest.Variable,TeachingAssignment> assignment, Instructor.Context parentContext) Constructor

Uses of Assignment in org.cpsolver.instructor.test

Methods in org.cpsolver.instructor.test with parameters of type Assignment

Modifier and Type	Method and Description
protected void	ChmTest.generateReports(File dir, Assignment<TeachingRequest.Variable,TeachingAssignment> assignment)
protected void	MathTest.generateReports(File dir, Assignment<TeachingRequest.Variable,TeachingAssignment> assignment)
protected boolean	MathTest.load(File dir, Assignment<TeachingRequest.Variable,TeachingAssignment> assignment)

Uses of Assignment in org.cpsolver.studentsct

Methods in org.cpsolver.studentsct with parameters of type Assignment

Modifier and Type	Method and Description
void	StudentSectioningModel.StudentSectioningModelContext.add(Assignment<Request,Enrollment> assignment, DistanceConflict.Conflict c)
void	StudentSectioningModel.StudentSectioningModelContext.add(Assignment<Request,Enrollment> assignment, StudentQuality.Conflict c)
void	StudentSectioningModel.StudentSectioningModelContext.add(Assignment<Request,Enrollment> assignment, TimeOverlapsCounter.Conflict c)
void	StudentSectioningModel.StudentSectioningModelContext.assigned(Assignment<Request,Enrollment> assignment, Enrollment enrollment) Called after an enrollment was assigned to a request.
double	StudentSectioningModel.avgUnassignPriority(Assignment<Request,Enrollment> assignment) Average priority of unassigned requests (see Request.getPriority())
void	StudentSectioningModel.computeOnlineSectioningInfos(Assignment<Request,Enrollment> assignment) Compute online student sectioning infos for all sections (see Section.getSpaceExpected() and Section.getSpaceHeld()).
StudentSectioningModel.StudentSectioningModelContext	StudentSectioningModel.createAssignmentContext(Assignment<Request,Enrollment> assignment)
static Document	StudentRequestXml.exportModel(Assignment<Request,Enrollment> assignment, StudentSectioningModel model)
Map<String,String>	StudentSectioningModel.getExtendedInfo(Assignment<Request,Enrollment> assignment) Model extended info.
Map<String,String>	StudentSectioningModel.getInfo(Assignment<Request,Enrollment> assignment) Model info
void	StudentSectioningModel.StudentSectioningModelContext.getInfo(Assignment<Request,Enrollment> assignment, Map<String,String> info)
void	StudentSectioningModel.StudentSectioningModelContext.getInfo(Assignment<Request,Enrollment> assignment, Map<String,String> info, Collection<Request> variables)
double[]	StudentPreferencePenalties.getMinMaxAvailableEnrollmentPenalty(Assignment<Request,Enrollment> assignment, CourseRequest request) Minimal and maximal available enrollment penalty of a request
static double[]	Test.getMinMaxAvailableEnrollmentPenalty(Assignment<Request,Enrollment> assignment, CourseRequest request) Minimum and maximum available enrollment penalty, i.e., Enrollment.getPenalty() of all available enrollments
double[]	StudentPreferencePenalties.getMinMaxAvailableEnrollmentPenalty(Assignment<Request,Enrollment> assignment, Request request) Minimal and maximal available enrollment penalty of a request
int	StudentSectioningModel.getNrAssignedLastLikeRequests(Assignment<Request,Enrollment> assignment, boolean precise) Number of requests from projected (Student.isDummy() equals true) students that are assigned.
int	StudentSectioningModel.getNrAssignedRealRequests(Assignment<Request,Enrollment> assignment, boolean precise) Number of requests from real (Student.isDummy() equals false) students that are assigned.
int	StudentSectioningModel.getNrCompleteLastLikeStudents(Assignment<Request,Enrollment> assignment, boolean precise) Number of last like (Student.isDummy() equals true) students with a complete schedule (Student.isComplete(Assignment) equals true).
int	StudentSectioningModel.getNrCompleteRealStudents(Assignment<Request,Enrollment> assignment, boolean precise) Number of real (Student.isDummy() equals false) students with a complete schedule (Student.isComplete(Assignment) equals true).
double	StudentSectioningModel.getTotalValue(Assignment<Request,Enrollment> assignment) Overall solution value
double	StudentSectioningModel.getTotalValue(Assignment<Request,Enrollment> assignment, boolean precise) Overall solution value
double	StudentSectioningModel.getUnassignedRequestWeight(Assignment<Request,Enrollment> assignment) Sum of weights of all requests that are not assigned (see Request.getWeight()).
StudentSectioningModel.StudentSectioningModelContext	StudentSectioningModel.inheritAssignmentContext(Assignment<Request,Enrollment> assignment, StudentSectioningModel.StudentSectioningModelContext parentContext)
void	StudentSectioningModel.recomputeTotalValue(Assignment<Request,Enrollment> assignment)
void	StudentSectioningModel.StudentSectioningModelContext.remove(Assignment<Request,Enrollment> assignment, DistanceConflict.Conflict c)
void	StudentSectioningModel.StudentSectioningModelContext.remove(Assignment<Request,Enrollment> assignment, StudentQuality.Conflict c)
void	StudentSectioningModel.StudentSectioningModelContext.remove(Assignment<Request,Enrollment> assignment, TimeOverlapsCounter.Conflict c)
void	StudentSectioningModel.requestWeightsChanged(Assignment<Request,Enrollment> assignment) Recompute cached request weights
void	StudentSectioningModel.StudentSectioningModelContext.requestWeightsChanged(Assignment<Request,Enrollment> assignment) Recompute cached request weights
void	StudentSectioningModel.restoreBest(Assignment<Request,Enrollment> assignment)
void	StudentSectioningModel.saveBest(Assignment<Request,Enrollment> assignment)
String	StudentSectioningModel.toString(Assignment<Request,Enrollment> assignment)
void	StudentSectioningModel.StudentSectioningModelContext.unassigned(Assignment<Request,Enrollment> assignment, Enrollment enrollment) Called before an enrollment was unassigned from a request.

Constructors in org.cpsolver.studentsct with parameters of type Assignment

Constructor and Description
StudentSectioningLoader(StudentSectioningModel model, Assignment<Request,Enrollment> assignment) Constructor
StudentSectioningModelContext(Assignment<Request,Enrollment> assignment)
StudentSectioningXMLLoader(StudentSectioningModel model, Assignment<Request,Enrollment> assignment) Constructor

Uses of Assignment in org.cpsolver.studentsct.constraint

Fields in org.cpsolver.studentsct.constraint declared as Assignment

Modifier and Type	Field and Description
protected Assignment<Request,Enrollment>	LinkedSections.CurrentAssignment.iAssignment

Methods in org.cpsolver.studentsct.constraint with parameters of type Assignment

Modifier and Type	Method and Description
static boolean	StudentConflict.canAssign(Assignment<Request,Enrollment> assignment, Enrollment enrollment, Set<Enrollment> conflicts) True if the given enrollment can be assigned to the student.
void	LinkedSections.computeConflicts(Assignment<Request,Enrollment> assignment, Enrollment enrollment, LinkedSections.ConflictHandler conflicts) Compute conflicting enrollments.
void	CancelledSections.computeConflicts(Assignment<Request,Enrollment> assignment, Enrollment enrollment, Set<Enrollment> conflicts) A given enrollment is conflicting, if there is a section that is cancelled.
void	ConfigLimit.computeConflicts(Assignment<Request,Enrollment> assignment, Enrollment enrollment, Set<Enrollment> conflicts) A given enrollment is conflicting, if the config's enrollment (computed by ConfigLimit.getEnrollmentWeight(Assignment, Config, Request)) exceeds the limit.
void	CourseLimit.computeConflicts(Assignment<Request,Enrollment> assignment, Enrollment enrollment, Set<Enrollment> conflicts) A given enrollment is conflicting, if the course's enrollment (computed by CourseLimit.getEnrollmentWeight(Assignment, Course, Request)) exceeds the limit.
void	DisabledSections.computeConflicts(Assignment<Request,Enrollment> assignment, Enrollment enrollment, Set<Enrollment> conflicts) A given enrollment is conflicting, if there is a section that is disabled and there is not a matching reservation that would allow for that.
void	FixInitialAssignments.computeConflicts(Assignment<Request,Enrollment> assignment, Enrollment enrollment, Set<Enrollment> conflicts) If there is a conflict that is MPP (method Request.isMPP() returns true) and equal to the initial assignment (returned by Variable.getInitialAssignment()), the given enrollment is put into the conflicts.
void	FixedAssignments.computeConflicts(Assignment<Request,Enrollment> assignment, Enrollment enrollment, Set<Enrollment> conflicts) If there is a conflict that is fixed (method CourseRequest.isFixed() returns true) and equal to the initial assignment (returned by CourseRequest.getFixedValue()), the given enrollment is put into the conflicts.
void	LinkedSections.LinkedSectionsConstraint.computeConflicts(Assignment<Request,Enrollment> assignment, Enrollment value, Set<Enrollment> conflicts) Compute conflicts using LinkedSections.computeConflicts(Assignment, Enrollment, ConflictHandler)
void	RequiredReservation.computeConflicts(Assignment<Request,Enrollment> assignment, Enrollment enrollment, Set<Enrollment> conflicts) A given enrollment is conflicting, if there is a reservation that the student must use, but the given enrollment does not use it.
void	RequiredRestrictions.computeConflicts(Assignment<Request,Enrollment> assignment, Enrollment enrollment, Set<Enrollment> conflicts) A given enrollment is conflicting, if there is restriction that is not met.
void	RequiredSections.computeConflicts(Assignment<Request,Enrollment> assignment, Enrollment enrollment, Set<Enrollment> conflicts) A given enrollment is conflicting, if there is a section that is cancelled.
void	ReservationLimit.computeConflicts(Assignment<Request,Enrollment> assignment, Enrollment enrollment, Set<Enrollment> conflicts) A given enrollment is conflicting, if the reservation's remaining available space (computed by Reservation.getReservedAvailableSpace(Assignment, Request)) is below the requests weight Request.getWeight().
void	SectionLimit.computeConflicts(Assignment<Request,Enrollment> assignment, Enrollment enrollment, Set<Enrollment> conflicts) A given enrollment is conflicting, if there is a section which limit (computed by SectionLimit.getEnrollmentWeight(Assignment, Section, Request)) exceeds the section limit.
void	StudentConflict.computeConflicts(Assignment<Request,Enrollment> assignment, Enrollment enrollment, Set<Enrollment> 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.
void	StudentNotAvailable.computeConflicts(Assignment<Request,Enrollment> assignment, Enrollment enrollment, Set<Enrollment> conflicts) A given enrollment is conflicting, if the student is not available.
static double	ConfigLimit.getEnrollmentWeight(Assignment<Request,Enrollment> assignment, Config config, Request request) Enrollment weight of a config if the given request is assigned.
static double	CourseLimit.getEnrollmentWeight(Assignment<Request,Enrollment> assignment, Course course, Request request) Enrollment weight of a course if the given request is assigned.
static double	SectionLimit.getEnrollmentWeight(Assignment<Request,Enrollment> assignment, Section section, Request request) Enrollment weight of a section if the given request is assigned.
static double	ReservationLimit.getUnreservedSpace(Assignment<Request,Enrollment> assignment, Config config, Request request, boolean hasReservation) Remaining unreserved space in a config if the given request is assigned.
static double	SectionLimit.getUnreservedSpace(Assignment<Request,Enrollment> assignment, Section section, Request request) Remaining unreserved space in a section if the given request is assigned.
boolean	CancelledSections.inConflict(Assignment<Request,Enrollment> assignment, Enrollment enrollment) A given enrollment is conflicting, if there is a section that is cancelled.
boolean	ConfigLimit.inConflict(Assignment<Request,Enrollment> assignment, Enrollment enrollment) A given enrollment is conflicting, if the config's enrollment (computed by ConfigLimit.getEnrollmentWeight(Assignment, Config, Request)) exceeds the limit.
boolean	CourseLimit.inConflict(Assignment<Request,Enrollment> assignment, Enrollment enrollment) A given enrollment is conflicting, if the course's enrollment (computed by CourseLimit.getEnrollmentWeight(Assignment, Course, Request)) exceeds the limit.
boolean	DisabledSections.inConflict(Assignment<Request,Enrollment> assignment, Enrollment enrollment) A given enrollment is conflicting, if there is a section that is disabled and there is not a matching reservation that would allow for that.
Enrollment	LinkedSections.inConflict(Assignment<Request,Enrollment> assignment, Enrollment enrollment) Check for conflicts.
boolean	LinkedSections.LinkedSectionsConstraint.inConflict(Assignment<Request,Enrollment> assignment, Enrollment value) Check for conflict using LinkedSections.inConflict(Assignment, Enrollment)
boolean	RequiredReservation.inConflict(Assignment<Request,Enrollment> assignment, Enrollment enrollment) A given enrollment is conflicting, if there is a reservation that the student must use, but the given enrollment does not use it.
boolean	RequiredRestrictions.inConflict(Assignment<Request,Enrollment> assignment, Enrollment enrollment) A given enrollment is conflicting, if there is restriction that is not met.
boolean	RequiredSections.inConflict(Assignment<Request,Enrollment> assignment, Enrollment enrollment) A given enrollment is conflicting, if there is a section that is cancelled.
boolean	ReservationLimit.inConflict(Assignment<Request,Enrollment> assignment, Enrollment enrollment) A given enrollment is conflicting, if the config's enrollment (computed by ConfigLimit.getEnrollmentWeight(Assignment, Config, Request)) exceeds the limit.
boolean	SectionLimit.inConflict(Assignment<Request,Enrollment> assignment, Enrollment enrollment) A given enrollment is conflicting, if there is a section which limit(computed by SectionLimit.getEnrollmentWeight(Assignment, Section, Request)) exceeds the section limit.
boolean	StudentConflict.inConflict(Assignment<Request,Enrollment> assignment, Enrollment enrollment) 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	StudentNotAvailable.inConflict(Assignment<Request,Enrollment> assignment, Enrollment enrollment) A given enrollment is conflicting, if the student is not available.

Constructors in org.cpsolver.studentsct.constraint with parameters of type Assignment

Constructor and Description
CurrentAssignment(Assignment<Request,Enrollment> assignment)

Uses of Assignment in org.cpsolver.studentsct.extension

Methods in org.cpsolver.studentsct.extension with parameters of type Assignment

Modifier and Type	Method and Description
void	DistanceConflict.afterAssigned(Assignment<Request,Enrollment> assignment, long iteration, Enrollment value) Called after a value is assigned to a variable.
void	DistanceConflict.DistanceConflictContext.afterAssigned(Assignment<Request,Enrollment> assignment, long iteration, Enrollment value) Called after a value is assigned to a variable.
void	StudentQuality.afterAssigned(Assignment<Request,Enrollment> assignment, long iteration, Enrollment value)
void	StudentQuality.StudentQualityContext.afterAssigned(Assignment<Request,Enrollment> assignment, long iteration, Enrollment value) Called after a value is assigned to a variable.
void	TimeOverlapsCounter.afterAssigned(Assignment<Request,Enrollment> assignment, long iteration, Enrollment value) Called after a value is assigned to a variable.
void	TimeOverlapsCounter.TimeOverlapsCounterContext.afterAssigned(Assignment<Request,Enrollment> assignment, long iteration, Enrollment value) Called after a value is assigned to a variable.
void	DistanceConflict.afterUnassigned(Assignment<Request,Enrollment> assignment, long iteration, Enrollment value) Called after a value is unassigned from a variable.
void	DistanceConflict.DistanceConflictContext.afterUnassigned(Assignment<Request,Enrollment> assignment, long iteration, Enrollment value) Called after a value is unassigned from a variable.
void	StudentQuality.afterUnassigned(Assignment<Request,Enrollment> assignment, long iteration, Enrollment value)
void	StudentQuality.StudentQualityContext.afterUnassigned(Assignment<Request,Enrollment> assignment, long iteration, Enrollment value) Called after a value is unassigned from a variable.
void	TimeOverlapsCounter.afterUnassigned(Assignment<Request,Enrollment> assignment, long iteration, Enrollment value) Called after a value is unassigned from a variable.
void	TimeOverlapsCounter.TimeOverlapsCounterContext.afterUnassigned(Assignment<Request,Enrollment> assignment, long iteration, Enrollment value) Called after a value is unassigned from a variable.
Set<DistanceConflict.Conflict>	DistanceConflict.allConflicts(Assignment<Request,Enrollment> assignment, Enrollment enrollment) The set of all conflicts (DistanceConflict.Conflict objects) of the given enrollment and other enrollments that are assignmed to the same student.
Set<StudentQuality.Conflict>	StudentQuality.allConflicts(Assignment<Request,Enrollment> assignment, Enrollment enrollment) All conflicts of the any type for the enrollment (including conflicts with other enrollments of the student)
Set<TimeOverlapsCounter.Conflict>	TimeOverlapsCounter.allConflicts(Assignment<Request,Enrollment> assignment, Enrollment enrollment) The set of all conflicts (TimeOverlapsCounter.Conflict objects) of the given enrollment and other enrollments that are assigned to the same student.
Set<TimeOverlapsCounter.Conflict>	TimeOverlapsCounter.TimeOverlapsCounterContext.allConflicts(Assignment<Request,Enrollment> assignment, Enrollment enrollment) The set of all conflicts (TimeOverlapsCounter.Conflict objects) of the given enrollment and other enrollments that are assigned to the same student.
Set<StudentQuality.Conflict>	StudentQuality.StudentQualityContext.allConflicts(StudentQuality.Type type, Assignment<Request,Enrollment> assignment, Enrollment enrollment)
int	StudentQuality.StudentQualityContext.allPenalty(StudentQuality.Type type, Assignment<Request,Enrollment> assignment, Enrollment enrollment)
void	DistanceConflict.DistanceConflictContext.assigned(Assignment<Request,Enrollment> assignment, Enrollment value) Called when a value is assigned to a variable.
void	StudentQuality.StudentQualityContext.assigned(Assignment<Request,Enrollment> assignment, Enrollment value)
void	TimeOverlapsCounter.TimeOverlapsCounterContext.assigned(Assignment<Request,Enrollment> assignment, Enrollment value) Called when a value is assigned to a variable.
void	DistanceConflict.beforeAssigned(Assignment<Request,Enrollment> assignment, long iteration, Enrollment value) Called before a value is assigned to a variable.
void	DistanceConflict.DistanceConflictContext.beforeAssigned(Assignment<Request,Enrollment> assignment, long iteration, Enrollment value) Called before a value is assigned to a variable.
void	StudentQuality.beforeAssigned(Assignment<Request,Enrollment> assignment, long iteration, Enrollment value)
void	StudentQuality.StudentQualityContext.beforeAssigned(Assignment<Request,Enrollment> assignment, long iteration, Enrollment value) Called before a value is assigned to a variable.
void	TimeOverlapsCounter.beforeAssigned(Assignment<Request,Enrollment> assignment, long iteration, Enrollment value) Called before a value is assigned to a variable.
void	TimeOverlapsCounter.TimeOverlapsCounterContext.beforeAssigned(Assignment<Request,Enrollment> assignment, long iteration, Enrollment value) Called before a value is assigned to a variable.
Set<DistanceConflict.Conflict>	DistanceConflict.computeAllConflicts(Assignment<Request,Enrollment> assignment) Compute a set of all distance conflicts (DistanceConflict.Conflict objects).
Set<TimeOverlapsCounter.Conflict>	TimeOverlapsCounter.TimeOverlapsCounterContext.computeAllConflicts(Assignment<Request,Enrollment> assignment) Compute a set of all time overlapping conflicts (TimeOverlapsCounter.Conflict objects).
Set<StudentQuality.Conflict>	StudentQuality.StudentQualityContext.computeAllConflicts(StudentQuality.Type type, Assignment<Request,Enrollment> assignment)
int	DistanceConflict.countTotalNrConflicts(Assignment<Request,Enrollment> assignment) Compute the actual number of all distance conflicts.
int	TimeOverlapsCounter.TimeOverlapsCounterContext.countTotalNrConflicts(Assignment<Request,Enrollment> assignment) Compute the actual number of all time overlapping conflicts.
int	StudentQuality.StudentQualityContext.countTotalPenalty(StudentQuality.Type type, Assignment<Request,Enrollment> assignment)
DistanceConflict.DistanceConflictContext	DistanceConflict.createAssignmentContext(Assignment<Request,Enrollment> assignment)
StudentQuality.StudentQualityContext	StudentQuality.createAssignmentContext(Assignment<Request,Enrollment> assignment)
TimeOverlapsCounter.TimeOverlapsCounterContext	TimeOverlapsCounter.createAssignmentContext(Assignment<Request,Enrollment> assignment)
Set<DistanceConflict.Conflict>	DistanceConflict.getAllConflicts(Assignment<Request,Enrollment> assignment) Return a set of all distance conflicts (DistanceConflict.Conflict objects).
Set<TimeOverlapsCounter.Conflict>	TimeOverlapsCounter.getAllConflicts(Assignment<Request,Enrollment> assignment) Return a set of all time overlapping conflicts (TimeOverlapsCounter.Conflict objects).
Set<StudentQuality.Conflict>	StudentQuality.getAllConflicts(StudentQuality.Type type, Assignment<Request,Enrollment> assignment) All conflicts of the given type for the given assignment
void	StudentQuality.getInfo(Assignment<Request,Enrollment> assignment, Map<String,String> info)
void	StudentQuality.getInfo(Assignment<Request,Enrollment> assignment, Map<String,String> info, Collection<Request> variables)
int	DistanceConflict.getTotalNrConflicts(Assignment<Request,Enrollment> assignment) Actual number of all distance conflicts
int	TimeOverlapsCounter.getTotalNrConflicts(Assignment<Request,Enrollment> assignment) Actual number of all time overlapping conflicts
int	DistanceConflict.getTotalNrShortConflicts(Assignment<Request,Enrollment> assignment) Actual number of all distance conflicts of students that need short distances
int	StudentQuality.getTotalPenalty(Assignment<Request,Enrollment> assignment, StudentQuality.Type... types) Total penalisation of given types
int	StudentQuality.getTotalPenalty(StudentQuality.Type type, Assignment<Request,Enrollment> assignment) Total penalisation of given type
void	DistanceConflict.checkAllConflicts(Assignment<Request,Enrollment> assignment) Checks the counter counting all conflicts
void	DistanceConflict.DistanceConflictContext.checkAllConflicts(Assignment<Request,Enrollment> assignment) Checks the counter counting all conflicts
void	TimeOverlapsCounter.checkTotalNrConflicts(Assignment<Request,Enrollment> assignment)
void	TimeOverlapsCounter.TimeOverlapsCounterContext.checkTotalNrConflicts(Assignment<Request,Enrollment> assignment)
void	StudentQuality.checkTotalPenalty(Assignment<Request,Enrollment> assignment) Re-check total penalization for the given assignment
void	StudentQuality.checkTotalPenalty(StudentQuality.Type type, Assignment<Request,Enrollment> assignment) Re-check total penalization for the given assignment and conflict type
void	StudentQuality.StudentQualityContext.checkTotalPenalty(StudentQuality.Type type, Assignment<Request,Enrollment> assignment)
DistanceConflict.DistanceConflictContext	DistanceConflict.inheritAssignmentContext(Assignment<Request,Enrollment> assignment, DistanceConflict.DistanceConflictContext parentContext)
StudentQuality.StudentQualityContext	StudentQuality.inheritAssignmentContext(Assignment<Request,Enrollment> assignment, StudentQuality.StudentQualityContext parentContext)
TimeOverlapsCounter.TimeOverlapsCounterContext	TimeOverlapsCounter.inheritAssignmentContext(Assignment<Request,Enrollment> assignment, TimeOverlapsCounter.TimeOverlapsCounterContext parentContext)
int	DistanceConflict.DistanceConflictContext.nrAllConflicts(Assignment<Request,Enrollment> assignment, Enrollment enrollment) Total sum of all conflict of the given enrollment and other enrollments that are assigned to the same student.
int	TimeOverlapsCounter.TimeOverlapsCounterContext.nrAllConflicts(Assignment<Request,Enrollment> assignment, Enrollment enrollment) Total sum of all conflict of the given enrollment and other enrollments that are assigned to the same student.
String	StudentQuality.toString(Assignment<Request,Enrollment> assignment)
void	DistanceConflict.DistanceConflictContext.unassigned(Assignment<Request,Enrollment> assignment, Enrollment value) Called when a value is unassigned from a variable.
void	StudentQuality.StudentQualityContext.unassigned(Assignment<Request,Enrollment> assignment, Enrollment value) Called when a value is unassigned from a variable.
void	TimeOverlapsCounter.TimeOverlapsCounterContext.unassigned(Assignment<Request,Enrollment> assignment, Enrollment value) Called when a value is unassigned from a variable.

Constructors in org.cpsolver.studentsct.extension with parameters of type Assignment

Constructor and Description
DistanceConflictContext(Assignment<Request,Enrollment> assignment)
StudentQualityContext(Assignment<Request,Enrollment> assignment)
TimeOverlapsCounterContext(Assignment<Request,Enrollment> assignment)

Uses of Assignment in org.cpsolver.studentsct.heuristics

Methods in org.cpsolver.studentsct.heuristics with parameters of type Assignment

Modifier and Type	Method and Description
boolean	RandomizedBacktrackNeighbourSelection.canUnassign(Enrollment enrollment, Enrollment conflict, Assignment<Request,Enrollment> assignment) Check if the given conflicting enrollment can be unassigned
boolean	EnrollmentSelection.isAllowed(Assignment<Request,Enrollment> assignment, Enrollment value) true, if it is allowed to assign given value
boolean	EnrollmentSelection.isAllowed(Assignment<Request,Enrollment> assignment, Enrollment value, Set<Enrollment> conflicts) true, if it is allowed to assign given value
void	StudentSctNeighbourSelection.neighbourFailed(Assignment<Request,Enrollment> assignment, long iteration, Neighbour<Request,Enrollment> neighbour)
boolean	StudentSctNeighbourSelection.neighbourSelected(Assignment<Request,Enrollment> assignment, long iteration, Neighbour<Request,Enrollment> neighbour)
boolean	StudentSctNeighbourSelection.valueSelected(Assignment<Request,Enrollment> assignment, long iteration, Request variable, Enrollment value)
boolean	StudentSctNeighbourSelection.variableSelected(Assignment<Request,Enrollment> assignment, long iteration, Request variable)

Uses of Assignment in org.cpsolver.studentsct.heuristics.selection

Fields in org.cpsolver.studentsct.heuristics.selection declared as Assignment

Modifier and Type	Field and Description
protected Assignment<Request,Enrollment>	BranchBoundSelection.Selection.iCurrentAssignment Current assignment

Methods in org.cpsolver.studentsct.heuristics.selection with parameters of type Assignment

Modifier and Type	Method and Description
void	BranchBoundSelection.BranchBoundNeighbour.assign(Assignment<Request,Enrollment> assignment, long iteration) Assign the schedule
void	PriorityConstructionSelection.ConstructionNeighbour.assign(Assignment<Request,Enrollment> assignment, long iteration) Only assign given number of assignments (from the first priority down).
void	RandomUnassignmentSelection.UnassignStudentNeighbour.assign(Assignment<Request,Enrollment> assignment, long iteration) All requests of the given student are unassigned
void	SwapStudentSelection.SwapStudentNeighbour.assign(Assignment<Request,Enrollment> assignment, long iteration) Perform the move.
static Enrollment	SwapStudentSelection.bestSwap(Assignment<Request,Enrollment> assignment, Enrollment conflict, Enrollment enrl, Set<Student> problematicStudents) Identify the best swap for the given student
boolean	CriticalStandardSelection.canUnassign(Enrollment enrollment, Enrollment conflict, Assignment<Request,Enrollment> assignment)
boolean	StandardSelection.canUnassign(Enrollment enrollment, Enrollment conflict, Assignment<Request,Enrollment> assignment) Check if the given conflicting enrollment can be unassigned
boolean	SwapStudentSelection.Selection.canUnassign(Enrollment enrollment, Enrollment conflict, Assignment<Request,Enrollment> assignment) Check if the given conflicting enrollment can be unassigned
void	BacktrackSelection.getInfo(Assignment<Request,Enrollment> assignment, Map<String,String> info)
void	BranchBoundSelection.getInfo(Assignment<Request,Enrollment> assignment, Map<String,String> info)
void	StudentEnrollmentSwapSelection.getInfo(Assignment<Request,Enrollment> assignment, Map<String,String> info)
void	SwapStudentSelection.getInfo(Assignment<Request,Enrollment> assignment, Map<String,String> info)
void	BacktrackSelection.getInfo(Assignment<Request,Enrollment> assignment, Map<String,String> info, Collection<Request> variables)
void	BranchBoundSelection.getInfo(Assignment<Request,Enrollment> assignment, Map<String,String> info, Collection<Request> variables)
void	StudentEnrollmentSwapSelection.getInfo(Assignment<Request,Enrollment> assignment, Map<String,String> info, Collection<Request> variables)
void	SwapStudentSelection.getInfo(Assignment<Request,Enrollment> assignment, Map<String,String> info, Collection<Request> variables)
BranchBoundSelection.Selection	BranchBoundSelection.getSelection(Assignment<Request,Enrollment> assignment, Student student) Branch & bound selection for a student
BranchBoundSelection.Selection	CriticalCoursesBranchAndBoundSelection.getSelection(Assignment<Request,Enrollment> assignment, Student student)
BranchBoundSelection.Selection	MinCreditBranchAndBoundSelection.getSelection(Assignment<Request,Enrollment> assignment, Student student)
BranchBoundSelection.Selection	OnlineSelection.getSelection(Assignment<Request,Enrollment> assignment, Student student) Branch & bound selection for a student
SwapStudentSelection.Selection	SwapStudentSelection.getSelection(Assignment<Request,Enrollment> assignment, Student student) Selection subclass for a student
void	BacktrackSelection.neighbourFailed(Assignment<Request,Enrollment> assignment, long iteration, Neighbour<Request,Enrollment> neighbour)
void	BranchBoundSelection.neighbourFailed(Assignment<Request,Enrollment> assignment, long iteration, Neighbour<Request,Enrollment> neighbour)
void	StudentEnrollmentSwapSelection.neighbourFailed(Assignment<Request,Enrollment> assignment, long iteration, Neighbour<Request,Enrollment> neighbour)
void	SwapStudentSelection.neighbourFailed(Assignment<Request,Enrollment> assignment, long iteration, Neighbour<Request,Enrollment> neighbour)
boolean	BacktrackSelection.neighbourSelected(Assignment<Request,Enrollment> assignment, long iteration, Neighbour<Request,Enrollment> neighbour)
boolean	BranchBoundSelection.neighbourSelected(Assignment<Request,Enrollment> assignment, long iteration, Neighbour<Request,Enrollment> neighbour)
boolean	StudentEnrollmentSwapSelection.neighbourSelected(Assignment<Request,Enrollment> assignment, long iteration, Neighbour<Request,Enrollment> neighbour)
boolean	SwapStudentSelection.neighbourSelected(Assignment<Request,Enrollment> assignment, long iteration, Neighbour<Request,Enrollment> neighbour)
void	OnlineSelection.updateSpace(Assignment<Request,Enrollment> assignment, Student student) Update online sectioning info after the given student is sectioned
double	BranchBoundSelection.BranchBoundNeighbour.value(Assignment<Request,Enrollment> assignment)
double	PriorityConstructionSelection.ConstructionNeighbour.value(Assignment<Request,Enrollment> assignment)
double	RandomUnassignmentSelection.UnassignStudentNeighbour.value(Assignment<Request,Enrollment> assignment)
double	SwapStudentSelection.SwapStudentNeighbour.value(Assignment<Request,Enrollment> assignment)
boolean	BacktrackSelection.valueSelected(Assignment<Request,Enrollment> assignment, long iteration, Request variable, Enrollment value)
boolean	BranchBoundSelection.valueSelected(Assignment<Request,Enrollment> assignment, long iteration, Request variable, Enrollment value)
boolean	StudentEnrollmentSwapSelection.valueSelected(Assignment<Request,Enrollment> assignment, long iteration, Request variable, Enrollment value)
boolean	SwapStudentSelection.valueSelected(Assignment<Request,Enrollment> assignment, long iteration, Request variable, Enrollment value)
boolean	BacktrackSelection.variableSelected(Assignment<Request,Enrollment> assignment, long iteration, Request variable)
boolean	BranchBoundSelection.variableSelected(Assignment<Request,Enrollment> assignment, long iteration, Request variable)
boolean	StudentEnrollmentSwapSelection.variableSelected(Assignment<Request,Enrollment> assignment, long iteration, Request variable)
boolean	SwapStudentSelection.variableSelected(Assignment<Request,Enrollment> assignment, long iteration, Request variable)

Constructors in org.cpsolver.studentsct.heuristics.selection with parameters of type Assignment

Constructor and Description
CriticalCoursesSelection(Student student, Assignment<Request,Enrollment> assignment)
EpsilonSelection(Student student, Assignment<Request,Enrollment> assignment, BranchBoundSelection.Selection selection) Constructor
InitialSelection(Student student, Assignment<Request,Enrollment> assignment)
MinCreditSelection(Student student, Assignment<Request,Enrollment> assignment)
Selection(Student student, Assignment<Request,Enrollment> assignment) Constructor
Selection(Student student, Assignment<Request,Enrollment> assignment) Constructor
UnassignStudentNeighbour(Student student, Assignment<Request,Enrollment> assignment, Request.RequestPriority priority) Constructor

Uses of Assignment in org.cpsolver.studentsct.check

Methods in org.cpsolver.studentsct.check with parameters of type Assignment

Modifier and Type	Method and Description
void	InevitableStudentConflicts.StudentCheck.backTrack(Assignment<Request,Enrollment> assignment, int idx) branch & bound search
boolean	InevitableStudentConflicts.check(Assignment<Request,Enrollment> assignment) Check model for inevitable student conflicts
void	InevitableStudentConflicts.StudentCheck.check(Assignment<Request,Enrollment> assignment) Execute branch & bound, return the best found schedule for the selected student.
boolean	OverlapCheck.check(Assignment<Request,Enrollment> a) Check for overlapping sections that are attended by the same student
boolean	SectionLimitCheck.check(Assignment<Request,Enrollment> assignment) Check for sections that have more students enrolled than it is allowed, i.e., the sum of requests weights is above the section limit

Uses of Assignment in org.cpsolver.studentsct.model

Methods in org.cpsolver.studentsct.model with parameters of type Assignment

Modifier and Type	Method and Description
void	Config.ConfigContext.assigned(Assignment<Request,Enrollment> assignment, Enrollment enrollment) Called when an enrollment with this config is assigned to a request
void	Course.assigned(Assignment<Request,Enrollment> assignment, Enrollment enrollment) Called when an enrollment with this course is assigned to a request
void	Course.CourseContext.assigned(Assignment<Request,Enrollment> assignment, Enrollment enrollment)
void	FreeTimeRequest.assigned(Assignment<Request,Enrollment> assignment, Enrollment enrollment) Enrollment with this assignment was assigned to a Request.
void	FreeTimeRequest.FreeTimeRequestContext.assigned(Assignment<Request,Enrollment> assignment, Enrollment enrollment) Enrollment with this assignment was assigned to a Request.
void	RequestGroup.assigned(Assignment<Request,Enrollment> assignment, Enrollment enrollment) Called when an enrollment is assigned to a request of this request group
void	RequestGroup.RequestGroupContext.assigned(Assignment<Request,Enrollment> assignment, Enrollment enrollment) Called when an enrollment is assigned to a request of this request group
void	SctAssignment.assigned(Assignment<Request,Enrollment> assignment, Enrollment enrollment) Enrollment with this assignment was assigned to a Request.
void	Section.assigned(Assignment<Request,Enrollment> assignment, Enrollment enrollment) Called when an enrollment with this section is assigned to a request
void	Section.SectionContext.assigned(Assignment<Request,Enrollment> assignment, Enrollment enrollment) Called when an enrollment with this section is assigned to a request
void	Unavailability.assigned(Assignment<Request,Enrollment> assignment, Enrollment enrollment)
boolean	Student.canAssign(Assignment<Request,Enrollment> assignment, Request request) True if the given request can be assigned to the student.
int	Section.compareTo(Assignment<Request,Enrollment> assignment, Section s) Compare two sections, prefer sections with lower penalty and more open space
List<Enrollment>	CourseRequest.computeEnrollments(Assignment<Request,Enrollment> assignment) Return all possible enrollments.
List<Enrollment>	FreeTimeRequest.computeEnrollments(Assignment<Request,Enrollment> assignment) Create all possible enrollments of this request -- there is only one possible enrollment: FreeTimeRequest.createEnrollment()
abstract List<Enrollment>	Request.computeEnrollments(Assignment<Request,Enrollment> assignment) Compute available enrollments
List<Enrollment>	CourseRequest.computeRandomEnrollments(Assignment<Request,Enrollment> assignment, int limitEachConfig) Return a subset of all enrollments -- randomly select only up to limitEachConfig enrollments of each config.
Config.ConfigContext	Config.createAssignmentContext(Assignment<Request,Enrollment> assignment)
Course.CourseContext	Course.createAssignmentContext(Assignment<Request,Enrollment> assignment)
Request.RequestContext	FreeTimeRequest.createAssignmentContext(Assignment<Request,Enrollment> assignment)
Request.RequestContext	Request.createAssignmentContext(Assignment<Request,Enrollment> assignment)
RequestGroup.RequestGroupContext	RequestGroup.createAssignmentContext(Assignment<Request,Enrollment> assignment)
Section.SectionContext	Section.createAssignmentContext(Assignment<Request,Enrollment> assignment)
Enrollment	CourseRequest.createEnrollment(Assignment<Request,Enrollment> assignment, Set<? extends SctAssignment> sections) Create enrollment for the given list of sections.
Set<DistanceConflict.Conflict>	Enrollment.distanceConflicts(Assignment<Request,Enrollment> assignment) Distance conflicts, in which this enrollment is involved.
float	Student.getAssignedCredit(Assignment<Request,Enrollment> assignment) Return the number of assigned credits of the student
List<Enrollment>	CourseRequest.getAvaiableEnrollments(Assignment<Request,Enrollment> assignment) Return all enrollments that are available
List<Enrollment>	CourseRequest.getAvaiableEnrollmentsSkipSameTime(Assignment<Request,Enrollment> assignment) Return all enrollments that are available, pick only the first section of the sections with the same time (of each subpart, Section comparator is used)
double	RequestGroup.getAverageSpread(Assignment<Request,Enrollment> assignment) Return average section spread of this group.
Set<Enrollment>	Config.getEnrollments(Assignment<Request,Enrollment> assignment) Set of assigned enrollments
Set<Enrollment>	Course.getEnrollments(Assignment<Request,Enrollment> assignment) Set of assigned enrollments
Set<Enrollment>	FreeTimeRequest.getEnrollments(Assignment<Request,Enrollment> assignment) Return the list of assigned enrollments that contains this assignment.
Set<Enrollment>	SctAssignment.getEnrollments(Assignment<Request,Enrollment> assignment) Return the list of assigned enrollments that contains this assignment.
Set<Enrollment>	Section.getEnrollments(Assignment<Request,Enrollment> assignment) Set of assigned enrollments
Set<Enrollment>	Unavailability.getEnrollments(Assignment<Request,Enrollment> assignment) Not used, always null
double	RequestGroup.getEnrollmentSpread(Assignment<Request,Enrollment> assignment, Enrollment enrollment, double bestRatio, double fillRatio) Return how much is the given enrollment similar to other enrollments of this group.
double	RequestGroup.RequestGroupContext.getEnrollmentSpread(Assignment<Request,Enrollment> assignment, Enrollment enrollment, double bestRatio, double fillRatio) Return how much is the given enrollment (which is not part of the request group) creating an issue for this request group
List<Enrollment>	CourseRequest.getEnrollmentsSkipSameTime(Assignment<Request,Enrollment> assignment) Return all possible enrollments, but pick only the first section of the sections with the same time (of each subpart, Section comparator is used).
double	Config.getEnrollmentTotalWeight(Assignment<Request,Enrollment> assignment, Request excludeRequest) Enrollment weight including over the limit enrollments.
double	Config.ConfigContext.getEnrollmentTotalWeight(Assignment<Request,Enrollment> assignment, Request excludeRequest) Enrollment weight including over the limit enrollments.
double	Section.getEnrollmentTotalWeight(Assignment<Request,Enrollment> assignment, Request excludeRequest) Enrollment weight including over the limit enrollments.
double	Section.SectionContext.getEnrollmentTotalWeight(Assignment<Request,Enrollment> assignment, Request excludeRequest) Enrollment weight including over the limit enrollments.
double	Config.getEnrollmentWeight(Assignment<Request,Enrollment> assignment, Request excludeRequest) Enrollment weight -- weight of all requests which have an enrollment that contains this config, excluding the given one.
double	Config.ConfigContext.getEnrollmentWeight(Assignment<Request,Enrollment> assignment, Request excludeRequest) Enrollment weight -- weight of all requests which have an enrollment that contains this config, excluding the given one.
double	Course.getEnrollmentWeight(Assignment<Request,Enrollment> assignment, Request excludeRequest) Enrollment weight -- weight of all requests that are enrolled into this course, excluding the given one.
double	Course.CourseContext.getEnrollmentWeight(Assignment<Request,Enrollment> assignment, Request excludeRequest) Enrollment weight -- weight of all requests that are enrolled into this course, excluding the given one.
double	RequestGroup.getEnrollmentWeight(Assignment<Request,Enrollment> assignment, Request excludeRequest) Enrollment weight -- weight of all requests which have an enrollment that is of this request group, excluding the given one.
double	RequestGroup.RequestGroupContext.getEnrollmentWeight(Assignment<Request,Enrollment> assignment, Request excludeRequest) Enrollment weight -- weight of all requests which have an enrollment that is of this request group, excluding the given one.
double	Section.getEnrollmentWeight(Assignment<Request,Enrollment> assignment, Request excludeRequest) Enrollment weight -- weight of all requests which have an enrollment that contains this section, excluding the given one.
double	Section.SectionContext.getEnrollmentWeight(Assignment<Request,Enrollment> assignment, Request excludeRequest) Enrollment weight -- weight of all requests which have an enrollment that contains this section, excluding the given one.
double	Config.getMaxEnrollmentWeight(Assignment<Request,Enrollment> assignment) Maximal weight of a single enrollment in the config
double	Course.getMaxEnrollmentWeight(Assignment<Request,Enrollment> assignment) Maximal weight of a single enrollment in the course
double	Section.getMaxEnrollmentWeight(Assignment<Request,Enrollment> assignment) Maximal weight of a single enrollment in the section
double	Config.getMinEnrollmentWeight(Assignment<Request,Enrollment> assignment) Minimal weight of a single enrollment in the config
double	Course.getMinEnrollmentWeight(Assignment<Request,Enrollment> assignment) Minimal weight of a single enrollment in the course
double	Section.getMinEnrollmentWeight(Assignment<Request,Enrollment> assignment) Minimal weight of a single enrollment in the section
double	Section.getOnlineSectioningPenalty(Assignment<Request,Enrollment> assignment) Online sectioning penalty.
double	RequestGroup.getSectionSpread(Assignment<Request,Enrollment> assignment, Section section) Return section spread of this group.
double	RequestGroup.getSectionWeight(Assignment<Request,Enrollment> assignment, Section section, Request excludeRequest) Section weight -- weight of all requests which have an enrollment that is of this request group and that includes the given section, excluding the given one.
double	RequestGroup.RequestGroupContext.getSectionWeight(Assignment<Request,Enrollment> assignment, Section section, Request excludeRequest) Section weight -- weight of all requests which have an enrollment that is of this request group and that includes the given section, excluding the given one.
List<Enrollment>	CourseRequest.getSelectedEnrollments(Assignment<Request,Enrollment> assignment, boolean availableOnly) Return all enrollments of the first course that are selected ( CourseRequest.isSelected(Section) is true)
TreeSet<Reservation>	CourseRequest.getSortedReservations(Assignment<Request,Enrollment> assignment, Course course) Get reservations for this course requests ordered using Reservation.compareTo(Assignment, Reservation)
double	Config.getUnreservedSpace(Assignment<Request,Enrollment> assignment, Request excludeRequest) Available space in the configuration that is not reserved by any config reservation
double	Offering.getUnreservedSpace(Assignment<Request,Enrollment> assignment, Request excludeRequest) Available space in the offering that is not reserved by any reservation
double	Section.getUnreservedSpace(Assignment<Request,Enrollment> assignment, Request excludeRequest) Available space in the section that is not reserved by any section reservation
void	Enrollment.guessReservation(Assignment<Request,Enrollment> assignment, boolean onlyAvailable) Guess the reservation based on the enrollment
boolean	Student.hasUnassignedCritical(Assignment<Request,Enrollment> assignment) Deprecated.
boolean	Student.hasUnassignedCritical(Assignment<Request,Enrollment> assignment, Request.RequestPriority rp) Has student any unassigned critical course requests?
Config.ConfigContext	Config.inheritAssignmentContext(Assignment<Request,Enrollment> assignment, Config.ConfigContext parentContext)
Course.CourseContext	Course.inheritAssignmentContext(Assignment<Request,Enrollment> assignment, Course.CourseContext parentContext)
RequestGroup.RequestGroupContext	RequestGroup.inheritAssignmentContext(Assignment<Request,Enrollment> assignment, RequestGroup.RequestGroupContext parentContext)
Section.SectionContext	Section.inheritAssignmentContext(Assignment<Request,Enrollment> assignment, Section.SectionContext parentContext)
boolean	CourseRequest.isAssigned(Assignment<Request,Enrollment> assignment) Return true if request is assigned.
boolean	Request.isAssigned(Assignment<Request,Enrollment> assignment) Return true if request is assigned.
boolean	Student.isComplete(Assignment<Request,Enrollment> assignment) True if the student has assigned the desired number of requests (i.e., number of non-alternative course requests).
int	Student.nrAssignedRequests(Assignment<Request,Enrollment> assignment) Number of assigned COURSE requests
Set<StudentQuality.Conflict>	Enrollment.studentQualityConflicts(Assignment<Request,Enrollment> assignment)
Set<TimeOverlapsCounter.Conflict>	Enrollment.timeOverlappingConflicts(Assignment<Request,Enrollment> assignment) Time overlapping conflicts, in which this enrollment is involved.
double	Enrollment.toDouble(Assignment<Request,Enrollment> assignment) Enrollment value
double	Enrollment.toDouble(Assignment<Request,Enrollment> assignment, boolean precise) Enrollment value
String	Enrollment.toString(Assignment<Request,Enrollment> a)
void	Config.ConfigContext.unassigned(Assignment<Request,Enrollment> assignment, Enrollment enrollment) Called when an enrollment with this config is unassigned from a request
void	Course.unassigned(Assignment<Request,Enrollment> assignment, Enrollment enrollment) Called when an enrollment with this course is unassigned from a request
void	Course.CourseContext.unassigned(Assignment<Request,Enrollment> assignment, Enrollment enrollment)
void	FreeTimeRequest.unassigned(Assignment<Request,Enrollment> assignment, Enrollment enrollment) Enrollment with this assignment was unassigned from a Request.
void	FreeTimeRequest.FreeTimeRequestContext.unassigned(Assignment<Request,Enrollment> assignment, Enrollment enrollment) Enrollment with this assignment was unassigned from a Request.
void	RequestGroup.unassigned(Assignment<Request,Enrollment> assignment, Enrollment enrollment) Called when an enrollment is unassigned from a request of this request group
void	RequestGroup.RequestGroupContext.unassigned(Assignment<Request,Enrollment> assignment, Enrollment enrollment) Called when an enrollment is unassigned from a request of this request group
void	SctAssignment.unassigned(Assignment<Request,Enrollment> assignment, Enrollment enrollment) Enrollment with this assignment was unassigned from a Request.
void	Section.unassigned(Assignment<Request,Enrollment> assignment, Enrollment enrollment) Called when an enrollment with this section is unassigned from a request
void	Section.SectionContext.unassigned(Assignment<Request,Enrollment> assignment, Enrollment enrollment) Called when an enrollment with this section is unassigned from a request
void	Unavailability.unassigned(Assignment<Request,Enrollment> assignment, Enrollment enrollment)
List<Enrollment>	Request.values(Assignment<Request,Enrollment> assignment) Domain of this variable -- list of available enrollments.
void	CourseRequest.variableAssigned(Assignment<Request,Enrollment> assignment, long iteration, Enrollment enrollment)
void	Request.variableAssigned(Assignment<Request,Enrollment> assignment, long iteration, Enrollment enrollment) Assign given enrollment to this request.
void	CourseRequest.variableUnassigned(Assignment<Request,Enrollment> assignment, long iteration, Enrollment enrollment)
void	Request.variableUnassigned(Assignment<Request,Enrollment> assignment, long iteration, Enrollment enrollment) Unassign currently assigned enrollment from this request.

Constructors in org.cpsolver.studentsct.model with parameters of type Assignment

Constructor and Description
ConfigContext(Assignment<Request,Enrollment> assignment)
CourseContext(Assignment<Request,Enrollment> assignment)
Enrollment(Request request, int priority, Config config, Set<? extends SctAssignment> assignments, Assignment<Request,Enrollment> assignment) Constructor
FreeTimeRequestContext(Assignment<Request,Enrollment> assignment)
RequestContext(Assignment<Request,Enrollment> assignment)
RequestGroupContext(Assignment<Request,Enrollment> assignment)
SectionContext(Assignment<Request,Enrollment> assignment)

Uses of Assignment in org.cpsolver.studentsct.online

Methods in org.cpsolver.studentsct.online that return Assignment

Modifier and Type	Method and Description
Assignment<Request,Enrollment>	Test.assignment()

Methods in org.cpsolver.studentsct.online with parameters of type Assignment

Modifier and Type	Method and Description
void	MaxOverExpectedConstraint.computeConflicts(Assignment<Request,Enrollment> assignment, Enrollment value, Set<Enrollment> conflicts)
Map<String,String>	Test.TestModel.getExtendedInfo(Assignment<Request,Enrollment> assignment)
double	OnlineSectioningModel.getOverExpected(Assignment<Request,Enrollment> assignment, Enrollment[] enrollment, int index, Section section, Request request) Expectation penalty, to be minimized
double	OnlineSectioningModel.getOverExpected(Assignment<Request,Enrollment> assignment, Enrollment selection, Enrollment value, Set<Enrollment> conflicts) Expectation penalty, to be minimized.
double	OnlineSectioningModel.getOverExpected(Assignment<Request,Enrollment> assignment, Section section, Request request) Expectation penalty, to be minimized (computed using OverExpectedCriterion.getOverExpected(Assignment, Section, Request))
double	Test.getPercDisbalancedSections(Assignment<Request,Enrollment> assignment, double perc)
boolean	MaxOverExpectedConstraint.inConflict(Assignment<Request,Enrollment> assignment, Enrollment value)
static void	Test.updateSpace(Assignment<Request,Enrollment> assignment, Enrollment enrollment, boolean increment)

Uses of Assignment in org.cpsolver.studentsct.online.expectations

Methods in org.cpsolver.studentsct.online.expectations with parameters of type Assignment

Modifier and Type	Method and Description
protected double	PercentageOverExpected.getEnrollment(Assignment<Request,Enrollment> assignment, Config config, Request request) Config enrollment (using OnlineConfig.getEnrollment() if applicable}, Config.getEnrollmentWeight(Assignment, Request) otherwise)
protected double	PercentageOverExpected.getEnrollment(Assignment<Request,Enrollment> assignment, Section section, Request request) Section enrollment (using OnlineSection.getEnrollment() if applicable}, Section.getEnrollmentWeight(Assignment, Request) otherwise)
double	MinimizeConflicts.getOverExpected(Assignment<Request,Enrollment> assignment, Enrollment[] enrollment, int index, Section section, Request request)
double	OverExpectedCriterion.HasContext.getOverExpected(Assignment<Request,Enrollment> assignment, Enrollment[] enrollment, int index, Section section, Request request) Expectation penalty, to be minimized
double	MinimizeConflicts.getOverExpected(Assignment<Request,Enrollment> assignment, Enrollment selection, Enrollment value, Set<Enrollment> conflicts)
double	OverExpectedCriterion.HasContext.getOverExpected(Assignment<Request,Enrollment> assignment, Enrollment selection, Enrollment value, Set<Enrollment> conflicts) Expectation penalty, to be minimized.
double	AvoidUnbalancedWhenNoExpectations.getOverExpected(Assignment<Request,Enrollment> assignment, Section section, Request request)
double	FractionallyOverExpected.getOverExpected(Assignment<Request,Enrollment> assignment, Section section, Request request)
double	FractionallyUnbalancedWhenNoExpectations.getOverExpected(Assignment<Request,Enrollment> assignment, Section section, Request request)
double	MinimizeConflicts.getOverExpected(Assignment<Request,Enrollment> assignment, Section section, Request request)
double	NeverOverExpected.getOverExpected(Assignment<Request,Enrollment> assignment, Section section, Request request)
double	OverExpectedCriterion.getOverExpected(Assignment<Request,Enrollment> assignment, Section section, Request request) Expectation penalty, to be minimized
double	PenaltyNotNegative.getOverExpected(Assignment<Request,Enrollment> assignment, Section section, Request request)
double	PercentageOverExpected.getOverExpected(Assignment<Request,Enrollment> assignment, Section section, Request request)

Uses of Assignment in org.cpsolver.studentsct.online.selection

Fields in org.cpsolver.studentsct.online.selection declared as Assignment

Modifier and Type	Field and Description
protected Assignment<Request,Enrollment>	MultiCriteriaBranchAndBoundSelection.iAssignment

Methods in org.cpsolver.studentsct.online.selection with parameters of type Assignment

Modifier and Type	Method and Description
boolean	BestPenaltyCriterion.canImprove(Assignment<Request,Enrollment> assignment, int maxIdx, Enrollment[] current, Enrollment[] best)
boolean	EqualWeightCriterion.canImprove(Assignment<Request,Enrollment> assignment, int maxIdx, Enrollment[] current, Enrollment[] best)
boolean	MultiCriteriaBranchAndBoundSelection.SelectionCriterion.canImprove(Assignment<Request,Enrollment> assignment, int idx, Enrollment[] current, Enrollment[] best) Bound
boolean	OnlineSectioningCriterion.canImprove(Assignment<Request,Enrollment> assignment, int maxIdx, Enrollment[] current, Enrollment[] best)
int	BestPenaltyCriterion.compare(Assignment<Request,Enrollment> assignment, Enrollment[] current, Enrollment[] best)
int	EqualWeightCriterion.compare(Assignment<Request,Enrollment> assignment, Enrollment[] current, Enrollment[] best)
int	MultiCriteriaBranchAndBoundSelection.SelectionCriterion.compare(Assignment<Request,Enrollment> assignment, Enrollment[] current, Enrollment[] best) Compare two solutions
int	OnlineSectioningCriterion.compare(Assignment<Request,Enrollment> assignment, Enrollment[] current, Enrollment[] best)
int	BestPenaltyCriterion.compare(Assignment<Request,Enrollment> assignment, Enrollment e1, Enrollment e2)
int	MultiCriteriaBranchAndBoundSelection.SelectionComparator.compare(Assignment<Request,Enrollment> assignment, Enrollment e1, Enrollment e2) Compare two enrollments
int	OnlineSectioningCriterion.compare(Assignment<Request,Enrollment> assignment, Enrollment e1, Enrollment e2)
protected int	MultiCriteriaBranchAndBoundSuggestions.compare(Assignment<Request,Enrollment> assignment, SuggestionsBranchAndBound.Suggestion s1, SuggestionsBranchAndBound.Suggestion s2)
protected int	SuggestionsBranchAndBound.compare(Assignment<Request,Enrollment> assignment, SuggestionsBranchAndBound.Suggestion s1, SuggestionsBranchAndBound.Suggestion s2) Compare two suggestions
double	StudentSchedulingAssistantWeights.getBaseWeight(Assignment<Request,Enrollment> assignment, Enrollment enrollment)
double	StudentSchedulingAssistantWeights.getDistanceConflictWeight(Assignment<Request,Enrollment> assignment, DistanceConflict.Conflict distanceConflict) Deprecated.
double	StudentSchedulingAssistantWeights.getStudentQualityConflictWeight(Assignment<Request,Enrollment> assignment, Enrollment enrollment, StudentQuality.Conflict conflict)
double	StudentSchedulingAssistantWeights.getTimeOverlapConflictWeight(Assignment<Request,Enrollment> assignment, Enrollment enrollment, TimeOverlapsCounter.Conflict timeOverlap) Deprecated.
double	BestPenaltyCriterion.getTotalWeight(Assignment<Request,Enrollment> assignment, Enrollment[] enrollments)
double	MultiCriteriaBranchAndBoundSelection.SelectionCriterion.getTotalWeight(Assignment<Request,Enrollment> assignment, Enrollment[] enrollments) For backward compatibility, return a weighted sum
double	OnlineSectioningCriterion.getTotalWeight(Assignment<Request,Enrollment> assignment, Enrollment[] enrollemnts)
double	ResectioningWeights.getWeight(Assignment<Request,Enrollment> assignment, Enrollment enrollment)
double	StudentSchedulingAssistantWeights.getWeight(Assignment<Request,Enrollment> assignment, Enrollment enrollment)
protected double	OnlineSectioningCriterion.getWeight(Assignment<Request,Enrollment> assignment, Enrollment enrollment, Set<DistanceConflict.Conflict> distanceConflicts, Set<TimeOverlapsCounter.Conflict> timeOverlappingConflicts) Deprecated.
double	StudentSchedulingAssistantWeights.getWeight(Assignment<Request,Enrollment> assignment, Enrollment enrollment, Set<DistanceConflict.Conflict> distanceConflicts, Set<TimeOverlapsCounter.Conflict> timeOverlappingConflicts)
protected double	OnlineSectioningCriterion.getWeight(Assignment<Request,Enrollment> assignment, Enrollment enrollment, Set<StudentQuality.Conflict> conflicts)
double	StudentSchedulingAssistantWeights.getWeight(Assignment<Request,Enrollment> assignment, Enrollment enrollment, Set<StudentQuality.Conflict> qualityConflicts)
BranchBoundSelection.BranchBoundNeighbour	MultiCriteriaBranchAndBoundSelection.select(Assignment<Request,Enrollment> assignment, Student student)
BranchBoundSelection.BranchBoundNeighbour	OnlineSectioningSelection.select(Assignment<Request,Enrollment> assignment, Student student) Compute student schedule
BranchBoundSelection.BranchBoundNeighbour	SuggestionSelection.select(Assignment<Request,Enrollment> assignment, Student student)
BranchBoundSelection.BranchBoundNeighbour	MultiCriteriaBranchAndBoundSelection.select(Assignment<Request,Enrollment> assignment, Student student, MultiCriteriaBranchAndBoundSelection.SelectionCriterion comparator)

Constructors in org.cpsolver.studentsct.online.selection with parameters of type Assignment

Constructor and Description
EqualWeightCriterion(Student student, OnlineSectioningModel model, Assignment<Request,Enrollment> assignment, Hashtable<CourseRequest,Set<Section>> preferredSections)
MultiCriteriaBranchAndBoundSuggestions(DataProperties properties, Student student, Assignment<Request,Enrollment> assignment, Hashtable<CourseRequest,Set<Section>> requiredSections, Set<FreeTimeRequest> requiredFreeTimes, Hashtable<CourseRequest,Set<Section>> preferredSections, Request selectedRequest, Section selectedSection, SuggestionsBranchAndBound.SuggestionFilter filter, double maxSectionsWithPenalty, boolean priorityWeighting) Constructor
OnlineSectioningCriterion(Student student, OnlineSectioningModel model, Assignment<Request,Enrollment> assignment, Hashtable<CourseRequest,Set<Section>> preferredSections) Constructor
Selection(Student student, Assignment<Request,Enrollment> assignment)
SuggestionsBranchAndBound(DataProperties properties, Student student, Assignment<Request,Enrollment> assignment, Hashtable<CourseRequest,Set<Section>> requiredSections, Set<FreeTimeRequest> requiredFreeTimes, Hashtable<CourseRequest,Set<Section>> preferredSections, Request selectedRequest, Section selectedSection, SuggestionsBranchAndBound.SuggestionFilter filter, double maxSectionsWithPenalty) Constructor

Uses of Assignment in org.cpsolver.studentsct.report

Methods in org.cpsolver.studentsct.report with parameters of type Assignment

Modifier and Type	Method and Description
CSVFile	AccommodationConflictsTable.create(Assignment<Request,Enrollment> assignment, DataProperties properties)
CSVFile	CourseConflictTable.create(Assignment<Request,Enrollment> assignment, DataProperties properties)
CSVFile	CriticalCoursesTable.create(Assignment<Request,Enrollment> assignment, DataProperties properties)
CSVFile	DistanceConflictTable.create(Assignment<Request,Enrollment> assignment, DataProperties properties)
CSVFile	RequestGroupTable.create(Assignment<Request,Enrollment> assignment, DataProperties properties)
CSVFile	RequestPriorityTable.create(Assignment<Request,Enrollment> assignment, DataProperties properties)
CSVFile	SectionConflictTable.create(Assignment<Request,Enrollment> assignment, DataProperties properties)
CSVFile	StudentSectioningReport.create(Assignment<Request,Enrollment> assignment, DataProperties properties)
CSVFile	TableauReport.create(Assignment<Request,Enrollment> assignment, DataProperties properties)
CSVFile	TimeOverlapConflictTable.create(Assignment<Request,Enrollment> assignment, DataProperties properties)
CSVFile	UnbalancedSectionsTable.create(Assignment<Request,Enrollment> assignment, DataProperties properties)
CSVFile	AccommodationConflictsTable.createTable(Assignment<Request,Enrollment> assignment, boolean includeLastLikeStudents, boolean includeRealStudents, boolean useAmPm) Create report
CSVFile	CourseConflictTable.createTable(Assignment<Request,Enrollment> assignment, boolean includeLastLikeStudents, boolean includeRealStudents, boolean useAmPm) Create report
CSVFile	DistanceConflictTable.createTable(Assignment<Request,Enrollment> assignment, boolean includeLastLikeStudents, boolean includeRealStudents, boolean useAmPm) Create report
CSVFile	SectionConflictTable.createTable(Assignment<Request,Enrollment> assignment, boolean includeLastLikeStudents, boolean includeRealStudents, boolean useAmPm) Create report
CSVFile	TimeOverlapConflictTable.createTable(Assignment<Request,Enrollment> assignment, boolean includeLastLikeStudents, boolean includeRealStudents, boolean useAmPm) Create report
CSVFile	UnbalancedSectionsTable.createTable(Assignment<Request,Enrollment> assignment, boolean includeLastLikeStudents, boolean includeRealStudents, boolean useAmPm) Create report

Uses of Assignment in org.cpsolver.studentsct.reservation

Methods in org.cpsolver.studentsct.reservation with parameters of type Assignment

Modifier and Type	Method and Description
void	Reservation.ReservationContext.assigned(Assignment<Request,Enrollment> assignment, Enrollment enrollment) Notify reservation about an unassignment
boolean	Reservation.canEnroll(Assignment<Request,Enrollment> assignment, Enrollment enrollment) True if the enrollment can be done using this reservation
int	Reservation.compareTo(Assignment<Request,Enrollment> assignment, Reservation r) Priority first, than restrictivity (more restrictive first), than availability (more available first), than id
Reservation.ReservationContext	Reservation.createAssignmentContext(Assignment<Request,Enrollment> assignment)
Set<Enrollment>	Reservation.getEnrollments(Assignment<Request,Enrollment> assignment) Enrollments assigned using this reservation
double	Reservation.getReservedAvailableSpace(Assignment<Request,Enrollment> assignment, Request excludeRequest) Available reserved space
double	Reservation.ReservationContext.getReservedAvailableSpace(Assignment<Request,Enrollment> assignment, Request excludeRequest) Available reserved space
Reservation.ReservationContext	Reservation.inheritAssignmentContext(Assignment<Request,Enrollment> assignment, Reservation.ReservationContext parentContext)
void	Reservation.ReservationContext.unassigned(Assignment<Request,Enrollment> assignment, Enrollment enrollment) Notify reservation about an assignment

Constructors in org.cpsolver.studentsct.reservation with parameters of type Assignment

Constructor and Description
ReservationContext(Assignment<Request,Enrollment> assignment)

Uses of Assignment in org.cpsolver.studentsct.weights

Methods in org.cpsolver.studentsct.weights with parameters of type Assignment

Modifier and Type	Method and Description
protected double	PriorityStudentWeights.getBaseWeight(Assignment<Request,Enrollment> assignment, Enrollment enrollment)
double	OriginalStudentWeights.getDistanceConflictWeight(Assignment<Request,Enrollment> assignment, DistanceConflict.Conflict c)
double	PriorityStudentWeights.getDistanceConflictWeight(Assignment<Request,Enrollment> assignment, DistanceConflict.Conflict c)
double	StudentWeights.getDistanceConflictWeight(Assignment<Request,Enrollment> assignment, DistanceConflict.Conflict distanceConflict) Return weight of a distance conflict
double	OriginalStudentWeights.getStudentQualityConflictWeight(Assignment<Request,Enrollment> assignment, Enrollment enrollment, StudentQuality.Conflict conflict)
double	PriorityStudentWeights.getStudentQualityConflictWeight(Assignment<Request,Enrollment> assignment, Enrollment enrollment, StudentQuality.Conflict conflict)
double	StudentWeights.getStudentQualityConflictWeight(Assignment<Request,Enrollment> assignment, Enrollment enrollment, StudentQuality.Conflict conflict) Return weight of a student quality conflict
double	OriginalStudentWeights.getTimeOverlapConflictWeight(Assignment<Request,Enrollment> assignment, Enrollment enrollment, TimeOverlapsCounter.Conflict timeOverlap)
double	PriorityStudentWeights.getTimeOverlapConflictWeight(Assignment<Request,Enrollment> assignment, Enrollment e, TimeOverlapsCounter.Conflict c)
double	StudentWeights.getTimeOverlapConflictWeight(Assignment<Request,Enrollment> assignment, Enrollment enrollment, TimeOverlapsCounter.Conflict timeOverlap) Return weight of a time overlapping conflict
double	OriginalStudentWeights.getWeight(Assignment<Request,Enrollment> assignment, Enrollment enrollment)
double	PriorityStudentWeights.getWeight(Assignment<Request,Enrollment> assignment, Enrollment enrollment)
double	StudentWeights.getWeight(Assignment<Request,Enrollment> assignment, Enrollment enrollment) Return base weight of the given enrollment
double	OriginalStudentWeights.getWeight(Assignment<Request,Enrollment> assignment, Enrollment enrollment, Set<DistanceConflict.Conflict> distanceConflicts, Set<TimeOverlapsCounter.Conflict> timeOverlappingConflicts)
double	PriorityStudentWeights.getWeight(Assignment<Request,Enrollment> assignment, Enrollment enrollment, Set<DistanceConflict.Conflict> distanceConflicts, Set<TimeOverlapsCounter.Conflict> timeOverlappingConflicts)
double	StudentWeights.getWeight(Assignment<Request,Enrollment> assignment, Enrollment enrollment, Set<DistanceConflict.Conflict> distanceConflicts, Set<TimeOverlapsCounter.Conflict> timeOverlappingConflicts) Return weight of the given enrollment
double	OriginalStudentWeights.getWeight(Assignment<Request,Enrollment> assignment, Enrollment enrollment, Set<StudentQuality.Conflict> qualityConflicts)
double	PriorityStudentWeights.getWeight(Assignment<Request,Enrollment> assignment, Enrollment enrollment, Set<StudentQuality.Conflict> qualityConflicts)
double	StudentWeights.getWeight(Assignment<Request,Enrollment> assignment, Enrollment enrollment, Set<StudentQuality.Conflict> qualityConflicts) Return weight of the given enrollment
double	PriorityStudentWeights.getWeightAdditive(Assignment<Request,Enrollment> assignment, Enrollment enrollment)
double	PriorityStudentWeights.getWeightMultiplicative(Assignment<Request,Enrollment> assignment, Enrollment enrollment)