Uses of Class com.google.ortools.constraintsolver.Assignment (com.google.ortools:ortools-java 9.8.3296 API)

Packages that use Assignment
Package Description

com.google.ortools.constraintsolver

Packages that use Assignment
Package	Description
com.google.ortools.constraintsolver

Uses of Assignment in com.google.ortools.constraintsolver

Methods in com.google.ortools.constraintsolver that return Assignment
Modifier and Type	Method	Description
`Assignment`	RoutingModel.`compactAndCheckAssignment(Assignment assignment)`	Same as CompactAssignment() but also checks the validity of the final compact solution; if it is not valid, no attempts to repair it are made (instead, the method returns nullptr).
`Assignment`	RoutingModel.`compactAssignment(Assignment assignment)`	Converts the solution in the given assignment to routes for all vehicles. If the returned vector is route_indices, route_indices[i][j] is the index for jth location visited on route i.
`Assignment`	Solver.`GetOrCreateLocalSearchState()`	Returns (or creates) an assignment representing the state of local search.
`Assignment`	SolutionCollector.`last_solution_or_null()`	Returns the last solution if there are any, nullptr otherwise.
`Assignment`	Solver.`makeAssignment()`	This method creates an empty assignment.
`Assignment`	Solver.`makeAssignment(Assignment a)`	This method creates an assignment which is a copy of 'a'.
`Assignment`	RoutingModel.`mutablePreAssignment()`
`Assignment`	RoutingModel.`preAssignment()`	Returns an assignment used to fix some of the variables of the problem. In practice, this assignment locks partial routes of the problem.
`Assignment`	RoutingModel.`readAssignment(java.lang.String file_name)`	Reads an assignment from a file and returns the current solution. Returns nullptr if the file cannot be opened or if the assignment is not valid.
`Assignment`	RoutingModel.`readAssignmentFromRoutes(long[][] routes, boolean ignore_inactive_indices)`	Restores the routes as the current solution.
`Assignment`	RoutingModel.`restoreAssignment(Assignment solution)`	Restores an assignment as a solution in the routing model and returns the new solution.
`Assignment`	SolutionCollector.`solution(int n)`	Returns the nth solution.
`Assignment`	RoutingModel.`solve()`	Solves the current routing model; closes the current model. This is equivalent to calling SolveWithParameters(DefaultRoutingSearchParameters()) or SolveFromAssignmentWithParameters(assignment, DefaultRoutingSearchParameters()).
`Assignment`	RoutingModel.`solve(Assignment assignment)`	Solves the current routing model; closes the current model. This is equivalent to calling SolveWithParameters(DefaultRoutingSearchParameters()) or SolveFromAssignmentWithParameters(assignment, DefaultRoutingSearchParameters()).
`Assignment`	RoutingModel.`SolveFromAssignmentsWithParameters(SWIGTYPE_p_std__vectorT_operations_research__Assignment_const_p_t assignments, RoutingSearchParameters search_parameters)`	Same as above but will try all assignments in order as first solutions until one succeeds.
`Assignment`	RoutingModel.`SolveFromAssignmentsWithParameters(SWIGTYPE_p_std__vectorT_operations_research__Assignment_const_p_t assignments, RoutingSearchParameters search_parameters, SWIGTYPE_p_std__vectorT_operations_research__Assignment_const_p_t solutions)`	Same as above but will try all assignments in order as first solutions until one succeeds.
`Assignment`	RoutingModel.`solveFromAssignmentWithParameters(Assignment assignment, RoutingSearchParameters search_parameters)`	Same as above, except that if assignment is not null, it will be used as the initial solution.
`Assignment`	RoutingModel.`solveWithParameters(RoutingSearchParameters search_parameters)`	Solves the current routing model with the given parameters.

Methods in com.google.ortools.constraintsolver with parameters of type Assignment
Modifier and Type	Method	Description
`boolean`	LocalSearchFilter.`accept(Assignment delta, Assignment deltadelta, long objective_min, long objective_max)`	Accepts a "delta" given the assignment with which the filter has been synchronized; the delta holds the variables which have been modified and their new value. If the filter represents a part of the global objective, its contribution must be between objective_min and objective_max. Sample: supposing one wants to maintain a[0,1] + b[0,1] <= 1, for the assignment (a,1), (b,0), the delta (b,1) will be rejected but the delta (a,0) will be accepted. TODO(user): Remove arguments when there are no more need for those.
`boolean`	LocalSearchFilterManager.`accept(LocalSearchMonitor monitor, Assignment delta, Assignment deltadelta, long objective_min, long objective_max)`	Returns true iff all filters return true, and the sum of their accepted objectives is between objective_min and objective_max. The monitor has its Begin/EndFiltering events triggered.
`boolean`	ObjectiveMonitor.`acceptDelta(Assignment delta, Assignment deltadelta)`
`boolean`	SearchMonitor.`acceptDelta(Assignment delta, Assignment deltadelta)`
`boolean`	IntVarLocalSearchOperator.`ApplyChanges(Assignment delta, Assignment deltadelta)`
`static void`	mainJNI.`Assignment_activate__SWIG_0(long jarg1, Assignment jarg1_, long jarg2, IntVar jarg2_)`
`static void`	mainJNI.`Assignment_activate__SWIG_1(long jarg1, Assignment jarg1_, long jarg2, IntervalVar jarg2_)`
`static void`	mainJNI.`Assignment_activate__SWIG_2(long jarg1, Assignment jarg1_, long jarg2, SequenceVar jarg2_)`
`static boolean`	mainJNI.`Assignment_activated__SWIG_0(long jarg1, Assignment jarg1_, long jarg2, IntVar jarg2_)`
`static boolean`	mainJNI.`Assignment_activated__SWIG_1(long jarg1, Assignment jarg1_, long jarg2, IntervalVar jarg2_)`
`static boolean`	mainJNI.`Assignment_activated__SWIG_2(long jarg1, Assignment jarg1_, long jarg2, SequenceVar jarg2_)`
`static boolean`	mainJNI.`Assignment_activatedObjective(long jarg1, Assignment jarg1_)`
`static boolean`	mainJNI.`Assignment_ActivatedObjectiveFromIndex(long jarg1, Assignment jarg1_, int jarg2)`
`static void`	mainJNI.`Assignment_activateObjective(long jarg1, Assignment jarg1_)`
`static void`	mainJNI.`Assignment_ActivateObjectiveFromIndex(long jarg1, Assignment jarg1_, int jarg2)`
`static long`	mainJNI.`Assignment_add__SWIG_0(long jarg1, Assignment jarg1_, long jarg2, IntVar jarg2_)`
`static void`	mainJNI.`Assignment_add__SWIG_1(long jarg1, Assignment jarg1_, IntVar[] jarg2)`
`static long`	mainJNI.`Assignment_add__SWIG_2(long jarg1, Assignment jarg1_, long jarg2, IntervalVar jarg2_)`
`static void`	mainJNI.`Assignment_add__SWIG_3(long jarg1, Assignment jarg1_, IntervalVar[] jarg2)`
`static long`	mainJNI.`Assignment_add__SWIG_4(long jarg1, Assignment jarg1_, long jarg2, SequenceVar jarg2_)`
`static void`	mainJNI.`Assignment_add__SWIG_5(long jarg1, Assignment jarg1_, SequenceVar[] jarg2)`
`static void`	mainJNI.`Assignment_addObjective(long jarg1, Assignment jarg1_, long jarg2, IntVar jarg2_)`
`static void`	mainJNI.`Assignment_AddObjectives(long jarg1, Assignment jarg1_, IntVar[] jarg2)`
`static boolean`	mainJNI.`Assignment_AreAllElementsBound(long jarg1, Assignment jarg1_)`
`static int[]`	mainJNI.`Assignment_backwardSequence(long jarg1, Assignment jarg1_, long jarg2, SequenceVar jarg2_)`
`static boolean`	mainJNI.`Assignment_bound(long jarg1, Assignment jarg1_, long jarg2, IntVar jarg2_)`
`static void`	mainJNI.`Assignment_clear(long jarg1, Assignment jarg1_)`
`static void`	mainJNI.`Assignment_ClearObjective(long jarg1, Assignment jarg1_)`
`static boolean`	mainJNI.`Assignment_contains__SWIG_0(long jarg1, Assignment jarg1_, long jarg2, IntVar jarg2_)`
`static boolean`	mainJNI.`Assignment_contains__SWIG_1(long jarg1, Assignment jarg1_, long jarg2, IntervalVar jarg2_)`
`static boolean`	mainJNI.`Assignment_contains__SWIG_2(long jarg1, Assignment jarg1_, long jarg2, SequenceVar jarg2_)`
`static void`	mainJNI.`Assignment_copy(long jarg1, Assignment jarg1_, long jarg2, Assignment jarg2_)`
`static void`	mainJNI.`Assignment_copyIntersection(long jarg1, Assignment jarg1_, long jarg2, Assignment jarg2_)`
`static void`	mainJNI.`Assignment_deactivate__SWIG_0(long jarg1, Assignment jarg1_, long jarg2, IntVar jarg2_)`
`static void`	mainJNI.`Assignment_deactivate__SWIG_1(long jarg1, Assignment jarg1_, long jarg2, IntervalVar jarg2_)`
`static void`	mainJNI.`Assignment_deactivate__SWIG_2(long jarg1, Assignment jarg1_, long jarg2, SequenceVar jarg2_)`
`static void`	mainJNI.`Assignment_deactivateObjective(long jarg1, Assignment jarg1_)`
`static void`	mainJNI.`Assignment_DeactivateObjectiveFromIndex(long jarg1, Assignment jarg1_, int jarg2)`
`static long`	mainJNI.`Assignment_durationMax(long jarg1, Assignment jarg1_, long jarg2, IntervalVar jarg2_)`
`static long`	mainJNI.`Assignment_durationMin(long jarg1, Assignment jarg1_, long jarg2, IntervalVar jarg2_)`
`static long`	mainJNI.`Assignment_durationValue(long jarg1, Assignment jarg1_, long jarg2, IntervalVar jarg2_)`
`static boolean`	mainJNI.`Assignment_empty(long jarg1, Assignment jarg1_)`
`static long`	mainJNI.`Assignment_endMax(long jarg1, Assignment jarg1_, long jarg2, IntervalVar jarg2_)`
`static long`	mainJNI.`Assignment_endMin(long jarg1, Assignment jarg1_, long jarg2, IntervalVar jarg2_)`
`static long`	mainJNI.`Assignment_endValue(long jarg1, Assignment jarg1_, long jarg2, IntervalVar jarg2_)`
`static long`	mainJNI.`Assignment_fastAdd__SWIG_0(long jarg1, Assignment jarg1_, long jarg2, IntVar jarg2_)`
`static long`	mainJNI.`Assignment_fastAdd__SWIG_1(long jarg1, Assignment jarg1_, long jarg2, IntervalVar jarg2_)`
`static long`	mainJNI.`Assignment_fastAdd__SWIG_2(long jarg1, Assignment jarg1_, long jarg2, SequenceVar jarg2_)`
`static int[]`	mainJNI.`Assignment_forwardSequence(long jarg1, Assignment jarg1_, long jarg2, SequenceVar jarg2_)`
`static boolean`	mainJNI.`Assignment_hasObjective(long jarg1, Assignment jarg1_)`
`static boolean`	mainJNI.`Assignment_HasObjectiveFromIndex(long jarg1, Assignment jarg1_, int jarg2)`
`static long`	mainJNI.`Assignment_intervalVarContainer(long jarg1, Assignment jarg1_)`
`static long`	mainJNI.`Assignment_intVarContainer(long jarg1, Assignment jarg1_)`
`static boolean`	mainJNI.`Assignment_load(long jarg1, Assignment jarg1_, java.lang.String jarg2)`
`static long`	mainJNI.`Assignment_max(long jarg1, Assignment jarg1_, long jarg2, IntVar jarg2_)`
`static long`	mainJNI.`Assignment_min(long jarg1, Assignment jarg1_, long jarg2, IntVar jarg2_)`
`static long`	mainJNI.`Assignment_mutableIntervalVarContainer(long jarg1, Assignment jarg1_)`
`static long`	mainJNI.`Assignment_mutableIntVarContainer(long jarg1, Assignment jarg1_)`
`static long`	mainJNI.`Assignment_mutableSequenceVarContainer(long jarg1, Assignment jarg1_)`
`static int`	mainJNI.`Assignment_numIntervalVars(long jarg1, Assignment jarg1_)`
`static int`	mainJNI.`Assignment_numIntVars(long jarg1, Assignment jarg1_)`
`static int`	mainJNI.`Assignment_NumObjectives(long jarg1, Assignment jarg1_)`
`static int`	mainJNI.`Assignment_numSequenceVars(long jarg1, Assignment jarg1_)`
`static long`	mainJNI.`Assignment_objective(long jarg1, Assignment jarg1_)`
`static boolean`	mainJNI.`Assignment_objectiveBound(long jarg1, Assignment jarg1_)`
`static boolean`	mainJNI.`Assignment_ObjectiveBoundFromIndex(long jarg1, Assignment jarg1_, int jarg2)`
`static long`	mainJNI.`Assignment_ObjectiveFromIndex(long jarg1, Assignment jarg1_, int jarg2)`
`static long`	mainJNI.`Assignment_objectiveMax(long jarg1, Assignment jarg1_)`
`static long`	mainJNI.`Assignment_ObjectiveMaxFromIndex(long jarg1, Assignment jarg1_, int jarg2)`
`static long`	mainJNI.`Assignment_objectiveMin(long jarg1, Assignment jarg1_)`
`static long`	mainJNI.`Assignment_ObjectiveMinFromIndex(long jarg1, Assignment jarg1_, int jarg2)`
`static long`	mainJNI.`Assignment_objectiveValue(long jarg1, Assignment jarg1_)`
`static long`	mainJNI.`Assignment_ObjectiveValueFromIndex(long jarg1, Assignment jarg1_, int jarg2)`
`static long`	mainJNI.`Assignment_performedMax(long jarg1, Assignment jarg1_, long jarg2, IntervalVar jarg2_)`
`static long`	mainJNI.`Assignment_performedMin(long jarg1, Assignment jarg1_, long jarg2, IntervalVar jarg2_)`
`static long`	mainJNI.`Assignment_performedValue(long jarg1, Assignment jarg1_, long jarg2, IntervalVar jarg2_)`
`static void`	mainJNI.`Assignment_restore(long jarg1, Assignment jarg1_)`
`static boolean`	mainJNI.`Assignment_save__SWIG_0(long jarg1, Assignment jarg1_, java.lang.String jarg2)`
`static void`	mainJNI.`Assignment_save__SWIG_1(long jarg1, Assignment jarg1_, long jarg2)`
`static long`	mainJNI.`Assignment_sequenceVarContainer(long jarg1, Assignment jarg1_)`
`static void`	mainJNI.`Assignment_setBackwardSequence(long jarg1, Assignment jarg1_, long jarg2, SequenceVar jarg2_, int[] jarg3)`
`static void`	mainJNI.`Assignment_setDurationMax(long jarg1, Assignment jarg1_, long jarg2, IntervalVar jarg2_, long jarg3)`
`static void`	mainJNI.`Assignment_setDurationMin(long jarg1, Assignment jarg1_, long jarg2, IntervalVar jarg2_, long jarg3)`
`static void`	mainJNI.`Assignment_setDurationRange(long jarg1, Assignment jarg1_, long jarg2, IntervalVar jarg2_, long jarg3, long jarg4)`
`static void`	mainJNI.`Assignment_setDurationValue(long jarg1, Assignment jarg1_, long jarg2, IntervalVar jarg2_, long jarg3)`
`static void`	mainJNI.`Assignment_setEndMax(long jarg1, Assignment jarg1_, long jarg2, IntervalVar jarg2_, long jarg3)`
`static void`	mainJNI.`Assignment_setEndMin(long jarg1, Assignment jarg1_, long jarg2, IntervalVar jarg2_, long jarg3)`
`static void`	mainJNI.`Assignment_setEndRange(long jarg1, Assignment jarg1_, long jarg2, IntervalVar jarg2_, long jarg3, long jarg4)`
`static void`	mainJNI.`Assignment_setEndValue(long jarg1, Assignment jarg1_, long jarg2, IntervalVar jarg2_, long jarg3)`
`static void`	mainJNI.`Assignment_setForwardSequence(long jarg1, Assignment jarg1_, long jarg2, SequenceVar jarg2_, int[] jarg3)`
`static void`	mainJNI.`Assignment_setMax(long jarg1, Assignment jarg1_, long jarg2, IntVar jarg2_, long jarg3)`
`static void`	mainJNI.`Assignment_setMin(long jarg1, Assignment jarg1_, long jarg2, IntVar jarg2_, long jarg3)`
`static void`	mainJNI.`Assignment_setObjectiveMax(long jarg1, Assignment jarg1_, long jarg2)`
`static void`	mainJNI.`Assignment_SetObjectiveMaxFromIndex(long jarg1, Assignment jarg1_, int jarg2, long jarg3)`
`static void`	mainJNI.`Assignment_setObjectiveMin(long jarg1, Assignment jarg1_, long jarg2)`
`static void`	mainJNI.`Assignment_SetObjectiveMinFromIndex(long jarg1, Assignment jarg1_, int jarg2, long jarg3)`
`static void`	mainJNI.`Assignment_setObjectiveRange(long jarg1, Assignment jarg1_, long jarg2, long jarg3)`
`static void`	mainJNI.`Assignment_SetObjectiveRangeFromIndex(long jarg1, Assignment jarg1_, int jarg2, long jarg3, long jarg4)`
`static void`	mainJNI.`Assignment_setObjectiveValue(long jarg1, Assignment jarg1_, long jarg2)`
`static void`	mainJNI.`Assignment_SetObjectiveValueFromIndex(long jarg1, Assignment jarg1_, int jarg2, long jarg3)`
`static void`	mainJNI.`Assignment_setPerformedMax(long jarg1, Assignment jarg1_, long jarg2, IntervalVar jarg2_, long jarg3)`
`static void`	mainJNI.`Assignment_setPerformedMin(long jarg1, Assignment jarg1_, long jarg2, IntervalVar jarg2_, long jarg3)`
`static void`	mainJNI.`Assignment_setPerformedRange(long jarg1, Assignment jarg1_, long jarg2, IntervalVar jarg2_, long jarg3, long jarg4)`
`static void`	mainJNI.`Assignment_setPerformedValue(long jarg1, Assignment jarg1_, long jarg2, IntervalVar jarg2_, long jarg3)`
`static void`	mainJNI.`Assignment_setRange(long jarg1, Assignment jarg1_, long jarg2, IntVar jarg2_, long jarg3, long jarg4)`
`static void`	mainJNI.`Assignment_setSequence(long jarg1, Assignment jarg1_, long jarg2, SequenceVar jarg2_, int[] jarg3, int[] jarg4, int[] jarg5)`
`static void`	mainJNI.`Assignment_setStartMax(long jarg1, Assignment jarg1_, long jarg2, IntervalVar jarg2_, long jarg3)`
`static void`	mainJNI.`Assignment_setStartMin(long jarg1, Assignment jarg1_, long jarg2, IntervalVar jarg2_, long jarg3)`
`static void`	mainJNI.`Assignment_setStartRange(long jarg1, Assignment jarg1_, long jarg2, IntervalVar jarg2_, long jarg3, long jarg4)`
`static void`	mainJNI.`Assignment_setStartValue(long jarg1, Assignment jarg1_, long jarg2, IntervalVar jarg2_, long jarg3)`
`static void`	mainJNI.`Assignment_setUnperformed(long jarg1, Assignment jarg1_, long jarg2, SequenceVar jarg2_, int[] jarg3)`
`static void`	mainJNI.`Assignment_setValue(long jarg1, Assignment jarg1_, long jarg2, IntVar jarg2_, long jarg3)`
`static int`	mainJNI.`Assignment_size(long jarg1, Assignment jarg1_)`
`static long`	mainJNI.`Assignment_startMax(long jarg1, Assignment jarg1_, long jarg2, IntervalVar jarg2_)`
`static long`	mainJNI.`Assignment_startMin(long jarg1, Assignment jarg1_, long jarg2, IntervalVar jarg2_)`
`static long`	mainJNI.`Assignment_startValue(long jarg1, Assignment jarg1_, long jarg2, IntervalVar jarg2_)`
`static void`	mainJNI.`Assignment_store(long jarg1, Assignment jarg1_)`
`static java.lang.String`	mainJNI.`Assignment_toString(long jarg1, Assignment jarg1_)`
`static int[]`	mainJNI.`Assignment_unperformed(long jarg1, Assignment jarg1_, long jarg2, SequenceVar jarg2_)`
`static long`	mainJNI.`Assignment_value(long jarg1, Assignment jarg1_, long jarg2, IntVar jarg2_)`
`void`	RoutingModel.`assignmentToRoutes(Assignment assignment, long[][] routes)`	Converts the solution in the given assignment to routes for all vehicles. Expects that assignment contains a valid solution (i.e.
`boolean`	Solver.`checkAssignment(Assignment solution)`	Checks whether the given assignment satisfies all relevant constraints.
`boolean`	RoutingModel.`CheckIfAssignmentIsFeasible(Assignment assignment, boolean call_at_solution_monitors)`	Returns a vector cumul_bounds, for which cumul_bounds[i][j] is a pair containing the minimum and maximum of the CumulVar of the jth node on route i. - cumul_bounds[i][j].first is the minimum. - cumul_bounds[i][j].second is the maximum. Checks if an assignment is feasible.
`void`	LocalSearchFilter.`Commit(Assignment delta, Assignment deltadelta)`	Dual of Relax(), lets the filter know that the delta was accepted.
`Assignment`	RoutingModel.`compactAndCheckAssignment(Assignment assignment)`	Same as CompactAssignment() but also checks the validity of the final compact solution; if it is not valid, no attempts to repair it are made (instead, the method returns nullptr).
`Assignment`	RoutingModel.`compactAssignment(Assignment assignment)`	Converts the solution in the given assignment to routes for all vehicles. If the returned vector is route_indices, route_indices[i][j] is the index for jth location visited on route i.
`void`	Assignment.`copy(Assignment assignment)`	Copies 'assignment' to the current assignment, clearing its previous content.
`void`	Assignment.`copyIntersection(Assignment assignment)`	Copies the intersection of the two assignments to the current assignment.
`java.lang.String`	RoutingModel.`debugOutputAssignment(Assignment solution_assignment, java.lang.String dimension_to_print)`	Print some debugging information about an assignment, including the feasible intervals of the CumulVar for dimension "dimension_to_print" at each step of the routes. If "dimension_to_print" is omitted, all dimensions will be printed.
`void`	LocalSearchMonitor.`endMakeNextNeighbor(LocalSearchOperator op, boolean neighbor_found, Assignment delta, Assignment deltadelta)`
`protected static long`	Assignment.`getCPtr(Assignment obj)`
`void`	SolutionPool.`getNextSolution(Assignment assignment)`	This method is called when the local search starts a new neighborhood to initialize the default assignment.
`void`	SolutionPool.`initialize(Assignment assignment)`	This method is called to initialize the solution pool with the assignment from the local search.
`static void`	mainJNI.`IntVarLocalSearchFilter_onSynchronize(long jarg1, IntVarLocalSearchFilter jarg1_, long jarg2, Assignment jarg2_)`
`static void`	mainJNI.`IntVarLocalSearchFilter_onSynchronizeSwigExplicitIntVarLocalSearchFilter(long jarg1, IntVarLocalSearchFilter jarg1_, long jarg2, Assignment jarg2_)`
`static void`	mainJNI.`IntVarLocalSearchFilter_synchronize(long jarg1, IntVarLocalSearchFilter jarg1_, long jarg2, Assignment jarg2_, long jarg3, Assignment jarg3_)`
`static boolean`	mainJNI.`IntVarLocalSearchOperator_ApplyChanges(long jarg1, IntVarLocalSearchOperator jarg1_, long jarg2, Assignment jarg2_, long jarg3, Assignment jarg3_)`
`static void`	mainJNI.`IntVarLocalSearchOperator_start(long jarg1, IntVarLocalSearchOperator jarg1_, long jarg2, Assignment jarg2_)`
`static void`	mainJNI.`IntVarLocalSearchOperator_startSwigExplicitIntVarLocalSearchOperator(long jarg1, IntVarLocalSearchOperator jarg1_, long jarg2, Assignment jarg2_)`
`boolean`	RoutingModel.`isVehicleUsed(Assignment assignment, int vehicle)`	Returns true if the route of 'vehicle' is non empty in 'assignment'.
`static boolean`	mainJNI.`LocalSearchFilter_accept(long jarg1, LocalSearchFilter jarg1_, long jarg2, Assignment jarg2_, long jarg3, Assignment jarg3_, long jarg4, long jarg5)`
`static void`	mainJNI.`LocalSearchFilter_Commit(long jarg1, LocalSearchFilter jarg1_, long jarg2, Assignment jarg2_, long jarg3, Assignment jarg3_)`
`static void`	mainJNI.`LocalSearchFilter_CommitSwigExplicitLocalSearchFilter(long jarg1, LocalSearchFilter jarg1_, long jarg2, Assignment jarg2_, long jarg3, Assignment jarg3_)`
`static void`	mainJNI.`LocalSearchFilter_Relax(long jarg1, LocalSearchFilter jarg1_, long jarg2, Assignment jarg2_, long jarg3, Assignment jarg3_)`
`static void`	mainJNI.`LocalSearchFilter_RelaxSwigExplicitLocalSearchFilter(long jarg1, LocalSearchFilter jarg1_, long jarg2, Assignment jarg2_, long jarg3, Assignment jarg3_)`
`static void`	mainJNI.`LocalSearchFilter_synchronize(long jarg1, LocalSearchFilter jarg1_, long jarg2, Assignment jarg2_, long jarg3, Assignment jarg3_)`
`static boolean`	mainJNI.`LocalSearchFilterManager_accept(long jarg1, LocalSearchFilterManager jarg1_, long jarg2, LocalSearchMonitor jarg2_, long jarg3, Assignment jarg3_, long jarg4, Assignment jarg4_, long jarg5, long jarg6)`
`static void`	mainJNI.`LocalSearchFilterManager_synchronize(long jarg1, LocalSearchFilterManager jarg1_, long jarg2, Assignment jarg2_, long jarg3, Assignment jarg3_)`
`static void`	mainJNI.`LocalSearchMonitor_endMakeNextNeighbor(long jarg1, LocalSearchMonitor jarg1_, long jarg2, LocalSearchOperator jarg2_, boolean jarg3, long jarg4, Assignment jarg4_, long jarg5, Assignment jarg5_)`
`static boolean`	mainJNI.`LocalSearchOperator_nextNeighbor(long jarg1, LocalSearchOperator jarg1_, long jarg2, Assignment jarg2_, long jarg3, Assignment jarg3_)`
`static void`	mainJNI.`LocalSearchOperator_start(long jarg1, LocalSearchOperator jarg1_, long jarg2, Assignment jarg2_)`
`SolutionCollector`	Solver.`makeAllSolutionCollector(Assignment assignment)`	Collect all solutions of the search.
`Assignment`	Solver.`makeAssignment(Assignment a)`	This method creates an assignment which is a copy of 'a'.
`SolutionCollector`	Solver.`MakeBestLexicographicValueSolutionCollector(Assignment assignment, SWIGTYPE_p_std__vectorT_bool_t maximize)`	Same as above, but supporting lexicographic objectives; 'maximize' specifies the optimization direction for each objective in 'assignment'.
`SolutionCollector`	Solver.`makeBestValueSolutionCollector(Assignment assignment, boolean maximize)`	Collect the solution corresponding to the optimal value of the objective of 'assignment'; if 'assignment' does not have an objective no solution is collected.
`DecisionBuilder`	Solver.`makeDecisionBuilderFromAssignment(Assignment assignment, DecisionBuilder db, IntVar[] vars)`	Returns a decision builder for which the left-most leaf corresponds to assignment, the rest of the tree being explored using 'db'.
`SolutionCollector`	Solver.`makeFirstSolutionCollector(Assignment assignment)`	Collect the first solution of the search.
`SolutionCollector`	Solver.`makeLastSolutionCollector(Assignment assignment)`	Collect the last solution of the search.
`DecisionBuilder`	Solver.`makeLocalSearchPhase(Assignment assignment, LocalSearchPhaseParameters parameters)`	Local Search decision builders factories. Local search is used to improve a given solution.
`LocalSearchOperator`	Solver.`makeMoveTowardTargetOperator(Assignment target)`	Creates a local search operator that tries to move the assignment of some variables toward a target.
`SolutionCollector`	Solver.`MakeNBestLexicographicValueSolutionCollector(Assignment assignment, int solution_count, SWIGTYPE_p_std__vectorT_bool_t maximize)`	Same as above but supporting lexicographic objectives; 'maximize' specifies the optimization direction for each objective.
`SolutionCollector`	Solver.`makeNBestValueSolutionCollector(Assignment assignment, int solution_count, boolean maximize)`	Same as MakeBestValueSolutionCollector but collects the best solution_count solutions.
`DecisionBuilder`	Solver.`makeNestedOptimize(DecisionBuilder db, Assignment solution, boolean maximize, long step)`	NestedOptimize will collapse a search tree described by a decision builder 'db' and a set of monitors and wrap it into a single point.
`DecisionBuilder`	Solver.`makeNestedOptimize(DecisionBuilder db, Assignment solution, boolean maximize, long step, SearchMonitor monitor1)`
`DecisionBuilder`	Solver.`makeNestedOptimize(DecisionBuilder db, Assignment solution, boolean maximize, long step, SearchMonitor[] monitors)`
`DecisionBuilder`	Solver.`makeNestedOptimize(DecisionBuilder db, Assignment solution, boolean maximize, long step, SearchMonitor monitor1, SearchMonitor monitor2)`
`DecisionBuilder`	Solver.`makeNestedOptimize(DecisionBuilder db, Assignment solution, boolean maximize, long step, SearchMonitor monitor1, SearchMonitor monitor2, SearchMonitor monitor3)`
`DecisionBuilder`	Solver.`makeNestedOptimize(DecisionBuilder db, Assignment solution, boolean maximize, long step, SearchMonitor monitor1, SearchMonitor monitor2, SearchMonitor monitor3, SearchMonitor monitor4)`
`DecisionBuilder`	Solver.`makeRestoreAssignment(Assignment assignment)`	Returns a DecisionBuilder which restores an Assignment (calls void Assignment::Restore())
`DecisionBuilder`	Solver.`makeStoreAssignment(Assignment assignment)`	Returns a DecisionBuilder which stores an Assignment (calls void Assignment::Store())
`static long`	mainJNI.`new_Assignment__SWIG_1(long jarg1, Assignment jarg1_)`
`static long`	mainJNI.`new_SolutionCollector__SWIG_0(long jarg1, Solver jarg1_, long jarg2, Assignment jarg2_)`
`long`	RoutingModel.`next(Assignment assignment, long index)`	Assignment inspection Returns the variable index of the node directly after the node corresponding to 'index' in 'assignment'.
`boolean`	LocalSearchOperator.`nextNeighbor(Assignment delta, Assignment deltadelta)`
`static boolean`	mainJNI.`ObjectiveMonitor_acceptDelta(long jarg1, ObjectiveMonitor jarg1_, long jarg2, Assignment jarg2_, long jarg3, Assignment jarg3_)`
`protected void`	IntVarLocalSearchFilter.`onSynchronize(Assignment delta)`
`void`	SolutionPool.`registerNewSolution(Assignment assignment)`	This method is called when a new solution has been accepted by the local search.
`void`	LocalSearchFilter.`Relax(Assignment delta, Assignment deltadelta)`	Lets the filter know what delta and deltadelta will be passed in the next Accept().
`Assignment`	RoutingModel.`restoreAssignment(Assignment solution)`	Restores an assignment as a solution in the routing model and returns the new solution.
`boolean`	RoutingModel.`routesToAssignment(long[][] routes, boolean ignore_inactive_indices, boolean close_routes, Assignment assignment)`	Fills an assignment from a specification of the routes of the vehicles.
`static void`	mainJNI.`RoutingModel_assignmentToRoutes(long jarg1, RoutingModel jarg1_, long jarg2, Assignment jarg2_, long[][] jarg3)`
`static boolean`	mainJNI.`RoutingModel_CheckIfAssignmentIsFeasible(long jarg1, RoutingModel jarg1_, long jarg2, Assignment jarg2_, boolean jarg3)`
`static long`	mainJNI.`RoutingModel_compactAndCheckAssignment(long jarg1, RoutingModel jarg1_, long jarg2, Assignment jarg2_)`
`static long`	mainJNI.`RoutingModel_compactAssignment(long jarg1, RoutingModel jarg1_, long jarg2, Assignment jarg2_)`
`static java.lang.String`	mainJNI.`RoutingModel_debugOutputAssignment(long jarg1, RoutingModel jarg1_, long jarg2, Assignment jarg2_, java.lang.String jarg3)`
`static boolean`	mainJNI.`RoutingModel_isVehicleUsed(long jarg1, RoutingModel jarg1_, long jarg2, Assignment jarg2_, int jarg3)`
`static long`	mainJNI.`RoutingModel_next(long jarg1, RoutingModel jarg1_, long jarg2, Assignment jarg2_, long jarg3)`
`static long`	mainJNI.`RoutingModel_restoreAssignment(long jarg1, RoutingModel jarg1_, long jarg2, Assignment jarg2_)`
`static boolean`	mainJNI.`RoutingModel_routesToAssignment(long jarg1, RoutingModel jarg1_, long[][] jarg2, boolean jarg3, boolean jarg4, long jarg5, Assignment jarg5_)`
`static void`	mainJNI.`RoutingModel_setAssignmentFromOtherModelAssignment(long jarg1, RoutingModel jarg1_, long jarg2, Assignment jarg2_, long jarg3, RoutingModel jarg3_, long jarg4, Assignment jarg4_)`
`static long`	mainJNI.`RoutingModel_solve__SWIG_0(long jarg1, RoutingModel jarg1_, long jarg2, Assignment jarg2_)`
`static long`	mainJNI.`RoutingModel_solveFromAssignmentWithParameters(long jarg1, RoutingModel jarg1_, long jarg2, Assignment jarg2_, byte[] jarg3)`
`static boolean`	mainJNI.`SearchMonitor_acceptDelta(long jarg1, SearchMonitor jarg1_, long jarg2, Assignment jarg2_, long jarg3, Assignment jarg3_)`
`static boolean`	mainJNI.`SearchMonitor_acceptDeltaSwigExplicitSearchMonitor(long jarg1, SearchMonitor jarg1_, long jarg2, Assignment jarg2_, long jarg3, Assignment jarg3_)`
`static void`	main.`setAssignmentFromAssignment(Assignment target_assignment, IntVar[] target_vars, Assignment source_assignment, IntVar[] source_vars)`	NOLINT Given a "source_assignment", clears the "target_assignment" and adds all IntVars in "target_vars", with the values of the variables set according to the corresponding values of "source_vars" in "source_assignment". source_vars and target_vars must have the same number of elements. The source and target assignments can belong to different Solvers.
`static void`	mainJNI.`setAssignmentFromAssignment(long jarg1, Assignment jarg1_, IntVar[] jarg2, long jarg3, Assignment jarg3_, IntVar[] jarg4)`
`void`	RoutingModel.`setAssignmentFromOtherModelAssignment(Assignment target_assignment, RoutingModel source_model, Assignment source_assignment)`	Given a "source_model" and its "source_assignment", resets "target_assignment" with the IntVar variables (nexts_, and vehicle_vars_ if costs aren't homogeneous across vehicles) of "this" model, with the values set according to those in "other_assignment". The objective_element of target_assignment is set to this->cost_.
`static void`	mainJNI.`SolutionPool_getNextSolution(long jarg1, SolutionPool jarg1_, long jarg2, Assignment jarg2_)`
`static void`	mainJNI.`SolutionPool_initialize(long jarg1, SolutionPool jarg1_, long jarg2, Assignment jarg2_)`
`static void`	mainJNI.`SolutionPool_registerNewSolution(long jarg1, SolutionPool jarg1_, long jarg2, Assignment jarg2_)`
`static boolean`	mainJNI.`SolutionPool_syncNeeded(long jarg1, SolutionPool jarg1_, long jarg2, Assignment jarg2_)`
`Assignment`	RoutingModel.`solve(Assignment assignment)`	Solves the current routing model; closes the current model. This is equivalent to calling SolveWithParameters(DefaultRoutingSearchParameters()) or SolveFromAssignmentWithParameters(assignment, DefaultRoutingSearchParameters()).
`Assignment`	RoutingModel.`solveFromAssignmentWithParameters(Assignment assignment, RoutingSearchParameters search_parameters)`	Same as above, except that if assignment is not null, it will be used as the initial solution.
`static boolean`	main.`SolveModelWithSat(RoutingModel model, RoutingSearchParameters search_parameters, Assignment initial_solution, Assignment solution)`	Attempts to solve the model using the cp-sat solver.
`static boolean`	mainJNI.`SolveModelWithSat(long jarg1, RoutingModel jarg1_, byte[] jarg2, long jarg3, Assignment jarg3_, long jarg4, Assignment jarg4_)`
`static boolean`	mainJNI.`Solver_checkAssignment(long jarg1, Solver jarg1_, long jarg2, Assignment jarg2_)`
`static long`	mainJNI.`Solver_makeAllSolutionCollector__SWIG_0(long jarg1, Solver jarg1_, long jarg2, Assignment jarg2_)`
`static long`	mainJNI.`Solver_makeAssignment__SWIG_1(long jarg1, Solver jarg1_, long jarg2, Assignment jarg2_)`
`static long`	mainJNI.`Solver_MakeBestLexicographicValueSolutionCollector__SWIG_0(long jarg1, Solver jarg1_, long jarg2, Assignment jarg2_, long jarg3)`
`static long`	mainJNI.`Solver_makeBestValueSolutionCollector__SWIG_0(long jarg1, Solver jarg1_, long jarg2, Assignment jarg2_, boolean jarg3)`
`static long`	mainJNI.`Solver_makeDecisionBuilderFromAssignment(long jarg1, Solver jarg1_, long jarg2, Assignment jarg2_, long jarg3, DecisionBuilder jarg3_, IntVar[] jarg4)`
`static long`	mainJNI.`Solver_makeFirstSolutionCollector__SWIG_0(long jarg1, Solver jarg1_, long jarg2, Assignment jarg2_)`
`static long`	mainJNI.`Solver_makeLastSolutionCollector__SWIG_0(long jarg1, Solver jarg1_, long jarg2, Assignment jarg2_)`
`static long`	mainJNI.`Solver_makeLocalSearchPhase__SWIG_0(long jarg1, Solver jarg1_, long jarg2, Assignment jarg2_, long jarg3, LocalSearchPhaseParameters jarg3_)`
`static long`	mainJNI.`Solver_makeMoveTowardTargetOperator__SWIG_0(long jarg1, Solver jarg1_, long jarg2, Assignment jarg2_)`
`static long`	mainJNI.`Solver_MakeNBestLexicographicValueSolutionCollector__SWIG_0(long jarg1, Solver jarg1_, long jarg2, Assignment jarg2_, int jarg3, long jarg4)`
`static long`	mainJNI.`Solver_makeNBestValueSolutionCollector__SWIG_0(long jarg1, Solver jarg1_, long jarg2, Assignment jarg2_, int jarg3, boolean jarg4)`
`static long`	mainJNI.`Solver_makeNestedOptimize__SWIG_0(long jarg1, Solver jarg1_, long jarg2, DecisionBuilder jarg2_, long jarg3, Assignment jarg3_, boolean jarg4, long jarg5)`
`static long`	mainJNI.`Solver_makeNestedOptimize__SWIG_1(long jarg1, Solver jarg1_, long jarg2, DecisionBuilder jarg2_, long jarg3, Assignment jarg3_, boolean jarg4, long jarg5, long jarg6, SearchMonitor jarg6_)`
`static long`	mainJNI.`Solver_makeNestedOptimize__SWIG_2(long jarg1, Solver jarg1_, long jarg2, DecisionBuilder jarg2_, long jarg3, Assignment jarg3_, boolean jarg4, long jarg5, long jarg6, SearchMonitor jarg6_, long jarg7, SearchMonitor jarg7_)`
`static long`	mainJNI.`Solver_makeNestedOptimize__SWIG_3(long jarg1, Solver jarg1_, long jarg2, DecisionBuilder jarg2_, long jarg3, Assignment jarg3_, boolean jarg4, long jarg5, long jarg6, SearchMonitor jarg6_, long jarg7, SearchMonitor jarg7_, long jarg8, SearchMonitor jarg8_)`
`static long`	mainJNI.`Solver_makeNestedOptimize__SWIG_4(long jarg1, Solver jarg1_, long jarg2, DecisionBuilder jarg2_, long jarg3, Assignment jarg3_, boolean jarg4, long jarg5, long jarg6, SearchMonitor jarg6_, long jarg7, SearchMonitor jarg7_, long jarg8, SearchMonitor jarg8_, long jarg9, SearchMonitor jarg9_)`
`static long`	mainJNI.`Solver_makeNestedOptimize__SWIG_5(long jarg1, Solver jarg1_, long jarg2, DecisionBuilder jarg2_, long jarg3, Assignment jarg3_, boolean jarg4, long jarg5, SearchMonitor[] jarg6)`
`static long`	mainJNI.`Solver_makeRestoreAssignment(long jarg1, Solver jarg1_, long jarg2, Assignment jarg2_)`
`static long`	mainJNI.`Solver_makeStoreAssignment(long jarg1, Solver jarg1_, long jarg2, Assignment jarg2_)`
`void`	IntVarLocalSearchOperator.`start(Assignment assignment)`	This method should not be overridden.
`void`	LocalSearchOperator.`start(Assignment assignment)`
`protected static long`	Assignment.`swigRelease(Assignment obj)`
`void`	IntVarLocalSearchFilter.`synchronize(Assignment assignment, Assignment delta)`	This method should not be overridden.
`void`	LocalSearchFilter.`synchronize(Assignment assignment, Assignment delta)`	Synchronizes the filter with the current solution, delta being the difference with the solution passed to the previous call to Synchronize() or IncrementalSynchronize().
`void`	LocalSearchFilterManager.`synchronize(Assignment assignment, Assignment delta)`	Synchronizes all filters to assignment.
`boolean`	SolutionPool.`syncNeeded(Assignment local_assignment)`	This method checks if the local solution needs to be updated with an external one.

Constructors in com.google.ortools.constraintsolver with parameters of type Assignment
Constructor	Description
`Assignment(Assignment copy)`
`SolutionCollector(Solver solver, Assignment assignment)`

Uses of Classcom.google.ortools.constraintsolver.Assignment

Uses of Assignment in com.google.ortools.constraintsolver

Uses of Class
com.google.ortools.constraintsolver.Assignment