- a - Variable in class org.jacop.set.constraints.AdiffBeqC
-
It specifies set variable a.
- a - Variable in class org.jacop.set.constraints.AdisjointB
-
It specifies set variable a.
- a - Variable in class org.jacop.set.constraints.AeqB
-
It specifies set variable a, which must be equal to set variable b.
- a - Variable in class org.jacop.set.constraints.AeqS
-
It specifies set variable a, which must be equal to set variable b.
- a - Variable in class org.jacop.set.constraints.AinB
-
It specifies variable a.
- a - Variable in class org.jacop.set.constraints.AinS
-
It specifies set variable a.
- a - Variable in class org.jacop.set.constraints.AintersectBeqC
-
It specifies set variable a.
- a - Variable in class org.jacop.set.constraints.AunionBeqC
-
It specifies set variable a.
- a - Variable in class org.jacop.set.constraints.CardA
-
It specifies a set variable x which is being restricted.
- a - Variable in class org.jacop.set.constraints.CardAeqX
-
It specifies set variable a which is being restricted.
- a - Variable in class org.jacop.set.constraints.EinA
-
It specifies the set variable which must contain a specified element.
- a - Variable in class org.jacop.set.constraints.Lex
-
It specifies a list on which element a lex relationship holds for every
two consecutive variables.
- a - Variable in class org.jacop.set.constraints.Match
-
It specifies a set variable whose values are being matched against integer variables
from the list.
- a - Variable in class org.jacop.set.constraints.SinA
-
It specifies variable a within which it must contains set s.
- a - Variable in class org.jacop.set.constraints.SumWeightedSet
-
A set variable a whose elements contribute with their weight to the sum.
- a - Variable in class org.jacop.set.constraints.XeqA
-
It specifies variable b.
- a - Variable in class org.jacop.set.constraints.XinA
-
It specifies variable b.
- AbsInfeasible(Geost.SweepDirection) - Method in class org.jacop.constraints.geost.AllowedArea
-
- AbsInfeasible(Geost.SweepDirection) - Method in class org.jacop.constraints.geost.DomainHoles
-
- AbsInfeasible(Geost.SweepDirection) - Method in class org.jacop.constraints.geost.ForbiddenArea
-
- AbsInfeasible(Geost.SweepDirection) - Method in class org.jacop.constraints.geost.InternalConstraint
-
It provides the largest or smallest point contained in the forbidden area represented by this
constraint.
- AbsInfeasible(Geost.SweepDirection) - Method in class org.jacop.constraints.geost.ObstacleObject
-
- AbsInfeasible(Geost.SweepDirection) - Method in class org.jacop.constraints.geost.ObstacleObjectFrame
-
- AbsPeqR - Class in org.jacop.floats.constraints
-
Constraints |P| #= R
Bounds consistency can be used; third parameter of constructor controls this.
- AbsPeqR(FloatVar, FloatVar) - Constructor for class org.jacop.floats.constraints.AbsPeqR
-
It constructs |P| = Q constraints.
- AbsXeqY - Class in org.jacop.constraints
-
Constraints |X| #= Y
Domain and bounds consistency can be used; third parameter of constructor controls this.
- AbsXeqY(IntVar, IntVar) - Constructor for class org.jacop.constraints.AbsXeqY
-
It constructs |X| = Y constraints.
- AbsXeqY(IntVar, IntVar, boolean) - Constructor for class org.jacop.constraints.AbsXeqY
-
It constructs |X| = Y constraints.
- AcosPeqR - Class in org.jacop.floats.constraints
-
Constraints acos(P) = R
Bounds consistency can be used; third parameter of constructor controls this.
- AcosPeqR(FloatVar, FloatVar) - Constructor for class org.jacop.floats.constraints.AcosPeqR
-
It constructs sin(P) = Q constraints.
- add(VarHandler) - Method in class org.jacop.constraints.netflow.MultiVarHandler
-
- add(IntDomain, int) - Method in class org.jacop.constraints.regular.RegState
-
It adds to domain values which are accepted by a given edge.
- add(IntDomain, int) - Method in class org.jacop.constraints.regular.RegStateDom
-
- add(IntDomain, int) - Method in class org.jacop.constraints.regular.RegStateInt
-
- add(V) - Method in class org.jacop.util.SimpleArrayList
-
Appends the specified element to the end of this list.
- add(int, V) - Method in class org.jacop.util.SimpleArrayList
-
Inserts the specified element at the specified position in this list.
- add(E) - Method in class org.jacop.util.SimpleHashSet
-
Adds the specified element to this set.
- addAll(Collection<? extends V>) - Method in class org.jacop.util.SimpleArrayList
-
Appends all of the elements in the specified Collection to the end of
this list, in the order that they are returned by the specified
Collection's Iterator.
- addArc(Node, Node, IntVar, IntVar) - Method in class org.jacop.constraints.netflow.NetworkBuilder
-
- addArc(Node, Node, int, IntVar) - Method in class org.jacop.constraints.netflow.NetworkBuilder
-
- addArc(Node, Node, IntVar, int, int) - Method in class org.jacop.constraints.netflow.NetworkBuilder
-
- addArc(Node, Node, int, int, int) - Method in class org.jacop.constraints.netflow.NetworkBuilder
-
- addArc(Node, Node, int, int) - Method in class org.jacop.constraints.netflow.NetworkBuilder
-
- addArc(Node, Node, int) - Method in class org.jacop.constraints.netflow.NetworkBuilder
-
- addArc(Node, Node) - Method in class org.jacop.constraints.netflow.NetworkBuilder
-
- addArc(Arc) - Method in class org.jacop.constraints.netflow.simplex.NetworkSimplex
-
Graph update
- addArcWithFlow(Arc) - Method in class org.jacop.constraints.netflow.simplex.NetworkSimplex
-
- addBounds(double, double, double, double) - Static method in class org.jacop.floats.core.FloatDomain
-
- addChanged(int) - Method in interface org.jacop.core.BacktrackableManager
-
It allows to inform the manager that a given item with id (index) has changed at given level.
- addChanged(int) - Method in class org.jacop.core.IntervalBasedBacktrackableManager
-
- addChanged(int) - Method in class org.jacop.core.SimpleBacktrackableManager
-
It allows to inform the manager that a given item with id (index) has changed at given level.
- addChanged(Constraint) - Method in class org.jacop.core.Store
-
This function schedules given constraint for re-evaluation.
- addChanged(Var, int, int) - Method in class org.jacop.core.Store
-
This function schedules all attached (not yet satisfied constraints) for
given variable for re-evaluation.
- addChildSearch(Search<? extends Var>) - Method in class org.jacop.search.DepthFirstSearch
-
- addChildSearch(Search<? extends Var>) - Method in interface org.jacop.search.Search
-
It adds another child search to this one.
- addDel - Variable in class org.jacop.examples.fd.filters.Filter
-
It denotes the delay of the addition.
- addDel() - Method in class org.jacop.examples.fd.filters.Filter
-
It returns the delay of the addition operation.
- addDom(Domain) - Method in class org.jacop.core.BooleanVar
-
It is possible to add the domain of variable.
- addDom(IntDomain) - Method in class org.jacop.core.BoundDomain
-
- addDom(IntDomain) - Method in class org.jacop.core.IntDomain
-
It adds values as specified by the parameter to the domain.
- addDom(IntDomain) - Method in class org.jacop.core.IntervalDomain
-
It adds values as specified by the parameter to the domain.
- addDom(int, int) - Method in class org.jacop.core.IntVar
-
It is possible to add the domain of variable.
- addDom(IntDomain) - Method in class org.jacop.core.IntVar
-
It is possible to add the domain of variable.
- addDom(IntDomain) - Method in class org.jacop.core.SmallDenseDomain
-
- addDom(FloatDomain) - Method in class org.jacop.floats.core.FloatDomain
-
It adds values as specified by the parameter to the domain.
- addDom(FloatDomain) - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It adds values as specified by the parameter to the domain.
- addDom(double, double) - Method in class org.jacop.floats.core.FloatVar
-
It is possible to add the domain of variable.
- addDom(FloatDomain) - Method in class org.jacop.floats.core.FloatVar
-
It is possible to add the domain of variable.
- addDom(IntDomain) - Method in class org.jacop.set.core.BoundSetDomain
-
Adds a set of value to the possible values used within this set domain.
- addDom(SetDomain) - Method in class org.jacop.set.core.BoundSetDomain
-
Adds a set to the domain.
- addDom(int, int) - Method in class org.jacop.set.core.BoundSetDomain
-
Adds an interval [min..max] to the domain.
- addDom(Interval) - Method in class org.jacop.set.core.BoundSetDomain
-
- addDom(Interval) - Method in class org.jacop.set.core.SetDomain
-
Adds an interval to the lub.
- addDom(IntDomain) - Method in class org.jacop.set.core.SetDomain
-
Adds a set of values to the set of possible values used within this set domain.
- addDom(SetDomain) - Method in class org.jacop.set.core.SetDomain
-
Adds a set domain to this set domain.
- addDom(int, int) - Method in class org.jacop.set.core.SetDomain
-
Adds an interval [min..max] to the domain.
- addDom(int, int) - Method in class org.jacop.set.core.SetVar
-
It is possible to add the domain of variable.
- addDom(SetDomain) - Method in class org.jacop.set.core.SetVar
-
It is possible to add the domain of variable.
- addEquation(IntVar[], int[]) - Method in class org.jacop.constraints.netflow.Arithmetic
-
- addEquation(IntVar[], int[], int) - Method in class org.jacop.constraints.netflow.Arithmetic
-
- addEscapes(String) - Static method in error org.jacop.fz.TokenMgrError
-
Replaces unprintable characters by their escaped (or unicode escaped)
equivalents in the given string
- addFloat(String, double) - Method in class org.jacop.fz.Tables
-
It adds an float parameter.
- addFloatArray(String, double[]) - Method in class org.jacop.fz.Tables
-
- addFloatVariable(String, FloatVar) - Method in class org.jacop.fz.Tables
-
It adds a variable with a given identity to the storage.
- addFlow(int) - Method in class org.jacop.constraints.netflow.simplex.Arc
-
- addId - Static variable in class org.jacop.examples.fd.filters.Filter
-
It denotes the identifier of the addition.
- addId() - Method in class org.jacop.examples.fd.filters.Filter
-
It returns the id of the addition operation.
- addInt(String, int) - Method in class org.jacop.fz.Tables
-
It adds an int parameter.
- addIntArray(String, int[]) - Method in class org.jacop.fz.Tables
-
It stores an int array.
- addLastElement(int) - Method in class org.jacop.core.IntervalDomain
-
It adds a value to the domain.
- addLastElement(double) - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It adds a value to the domain.
- addMember(int) - Method in class org.jacop.util.SparseSet
-
It adds an element to the set.
- addNode() - Method in class org.jacop.constraints.netflow.NetworkBuilder
-
- addNode(int) - Method in class org.jacop.constraints.netflow.NetworkBuilder
-
- addNode(String) - Method in class org.jacop.constraints.netflow.NetworkBuilder
-
- addNode(String, int) - Method in class org.jacop.constraints.netflow.NetworkBuilder
-
- addOutArray(OutputArrayAnnotation) - Method in class org.jacop.fz.Tables
-
It adds an output array annotation.
- addOutVar(Var) - Method in class org.jacop.fz.Tables
-
It adds an output variable.
- addPrunableObjects(GeostObject, SimpleHashSet<GeostObject>) - Method in interface org.jacop.constraints.geost.ExternalConstraint
-
It adds to the accumulator collection the objects that are likely to be pruned if the given object
changes.
- addPrunableObjects(GeostObject, SimpleHashSet<GeostObject>) - Method in class org.jacop.constraints.geost.InArea
-
- addPrunableObjects(GeostObject, SimpleHashSet<GeostObject>) - Method in class org.jacop.constraints.geost.NonOverlapping
-
- addSearch(SearchItem) - Method in class org.jacop.fz.SearchItem
-
- addSearchArray(Var[]) - Method in class org.jacop.fz.Tables
-
It adds a search array.
- addSearchFloatArray(Var[]) - Method in class org.jacop.fz.Tables
-
It adds a search array.
- addSearchFloatVar(Var) - Method in class org.jacop.fz.Tables
-
It adds a search variable.
- addSearchSetArray(Var[]) - Method in class org.jacop.fz.Tables
-
It adds an array of search set variables.
- addSearchSetVar(Var) - Method in class org.jacop.fz.Tables
-
It adds a search set variable.
- addSearchVar(Var) - Method in class org.jacop.fz.Tables
-
It adds a search variable.
- addSet(String, IntDomain) - Method in class org.jacop.fz.Tables
-
It adds a set of the given identity.
- addSetArray(String, IntDomain[]) - Method in class org.jacop.fz.Tables
-
It adds the set array to the storage.
- addSetVariable(String, SetVar) - Method in class org.jacop.fz.Tables
-
It adds the set variable of the given identity.
- addSetVariableArray(String, SetVar[]) - Method in class org.jacop.fz.Tables
-
It stores the array of the set variables with the specified identity.
- addShavingConstraint(Constraint) - Method in class org.jacop.search.Shaving
-
It adds shaving constraint to the list of constraints guiding shaving.
- addSum(IntVar[], IntVar) - Method in class org.jacop.constraints.netflow.Arithmetic
-
- addToProfile(int, int, int) - Method in class org.jacop.constraints.Profile
-
It adds given amount (val) to the profile between a and b.
- addTracedVar(Var) - Method in class org.jacop.search.TraceGenerator
-
- addTransition(RegState, Integer) - Method in class org.jacop.constraints.regular.RegState
-
It specifies that for a given value an automata will move from the
current state to the successor state.
- addTransition(RegState, Integer) - Method in class org.jacop.constraints.regular.RegStateDom
-
- addTransition(RegState, Integer) - Method in class org.jacop.constraints.regular.RegStateInt
-
- addTransition(FSMTransition) - Method in class org.jacop.util.fsm.FSMState
-
It adds transition to the list of transitions from
this state.
- addTransitions(RegState, IntervalDomain) - Method in class org.jacop.constraints.regular.RegState
-
It specifies that for a given values from an interval an automata
will move from the current state to the successor state.
- addTransitions(RegState, IntervalDomain) - Method in class org.jacop.constraints.regular.RegStateDom
-
- addTransitions(RegState, IntervalDomain) - Method in class org.jacop.constraints.regular.RegStateInt
-
- addTuple(int[]) - Method in class org.jacop.util.MDD
-
It allows to add one by one tuple before the reduction of the initial MDD takes place.
- addVariable(String, IntVar) - Method in class org.jacop.fz.Tables
-
It adds a variable with a given identity to the storage.
- addVariableArray(String, IntVar[]) - Method in class org.jacop.fz.Tables
-
It adds a variable array to the storage.
- addVariableFloatArray(String, FloatVar[]) - Method in class org.jacop.fz.Tables
-
It adds a float variable array to the storage.
- addXplusYeqZ(IntVar, IntVar, IntVar) - Method in class org.jacop.constraints.netflow.Arithmetic
-
- addXsubYeqZ(IntVar, IntVar, IntVar) - Method in class org.jacop.constraints.netflow.Arithmetic
-
- AdiffBeqC - Class in org.jacop.set.constraints
-
It creates a constraints that subtracts from set variable A the
elements from of the set variable B and assigns the result to set
variable C.
- AdiffBeqC(SetVar, SetVar, SetVar) - Constructor for class org.jacop.set.constraints.AdiffBeqC
-
It constructs an AdiffBeqC constraint to restrict the domain of the variables A, B and C.
- AdisjointB - Class in org.jacop.set.constraints
-
The disjoint set constraint makes sure that two set variables
do not contain any common element.
- AdisjointB(SetVar, SetVar) - Constructor for class org.jacop.set.constraints.AdisjointB
-
It constructs a disjont set constraint to restrict the domains of the variables A and B.
- adjacencyList - Variable in class org.jacop.constraints.netflow.simplex.Node
-
adjacency list (recorded when degree reaches 2)
- adjustBeginLineColumn(int, int) - Method in class org.jacop.fz.SimpleCharStream
-
Method to adjust line and column numbers for the start of a token.
- AeqB - Class in org.jacop.set.constraints
-
It creates an equality constraint to make sure that two set variables
have the same value.
- AeqB(SetVar, SetVar) - Constructor for class org.jacop.set.constraints.AeqB
-
It constructs an AeqB constraint to restrict the domain of the variables.
- AeqS - Class in org.jacop.set.constraints
-
It creates an equality constraint to make sure that a set variable
is equal to a given set.
- AeqS(SetVar, IntDomain) - Constructor for class org.jacop.set.constraints.AeqS
-
It constructs an AeqS constraint to restrict the domain of the variables.
- AinB - Class in org.jacop.set.constraints
-
It creates a constraint that makes sure that the set value of set variable A is included
in the set value of set variable B.
- AinB(SetVar, SetVar) - Constructor for class org.jacop.set.constraints.AinB
-
It constructs an AinB constraint to restrict the domain of the variables A and B.
- AinB(SetVar, SetVar, boolean) - Constructor for class org.jacop.set.constraints.AinB
-
It constructs an AinB constraint to restrict the domain of the variables A and B.
- AinS - Class in org.jacop.set.constraints
-
It creates a constraint that makes sure that value of the variable A is included within
a provided set.
- AinS(SetVar, IntDomain) - Constructor for class org.jacop.set.constraints.AinS
-
It constructs a constraint that makes sure that value of set variable a is contained
within a provided set.
- AinS(SetVar, IntDomain, boolean) - Constructor for class org.jacop.set.constraints.AinS
-
It constructs a constraint that makes sure that value of set variable a is contained
within a provided set.
- AintersectBeqC - Class in org.jacop.set.constraints
-
It creates a constraint that makes sure that A intersected with B
is equal to C.
- AintersectBeqC(SetVar, SetVar, SetVar) - Constructor for class org.jacop.set.constraints.AintersectBeqC
-
It constructs an AintersectBeqC constraint.
- allArcs - Variable in class org.jacop.constraints.netflow.simplex.NetworkSimplex
-
- allArcsForDebug(NetworkSimplex) - Static method in class org.jacop.constraints.netflow.Assert
-
- Alldiff - Class in org.jacop.constraints
-
Alldiff constraint assures that all FDVs has different values.
- Alldiff(IntVar[]) - Constructor for class org.jacop.constraints.Alldiff
-
It constructs the alldiff constraint for the supplied variable.
- Alldiff(ArrayList<? extends IntVar>) - Constructor for class org.jacop.constraints.Alldiff
-
It constructs the alldiff constraint for the supplied variable.
- Alldifferent - Class in org.jacop.constraints
-
Alldifferent constraint assures that all FDVs has differnet values.
- Alldifferent(IntVar[]) - Constructor for class org.jacop.constraints.Alldifferent
-
It constructs the alldifferent constraint for the supplied variable.
- Alldifferent(ArrayList<? extends IntVar>) - Constructor for class org.jacop.constraints.Alldifferent
-
It constructs the alldifferent constraint for the supplied variable.
- Alldistinct - Class in org.jacop.constraints
-
Alldistinct constraint assures that all FDVs have different values.
- Alldistinct(IntVar[]) - Constructor for class org.jacop.constraints.Alldistinct
-
It constructs an alldistinct constraint.
- Alldistinct(ArrayList<? extends IntVar>) - Constructor for class org.jacop.constraints.Alldistinct
-
It constructs an alldistinct constraint.
- AllowedArea - Class in org.jacop.constraints.geost
-
- AllowedArea(Geost, int[], int[]) - Constructor for class org.jacop.constraints.geost.AllowedArea
-
It constructs an internal Geost constraint that restricts an object
to be within an allowed area.
- allowedArea - Variable in class org.jacop.constraints.geost.InArea
-
It specifies the allowed area in which the objects can reside.
- allStates - Variable in class org.jacop.util.fsm.FSM
-
It specifies all states including the initial one and final ones.
- alreadyObtainedProfit - Variable in class org.jacop.constraints.knapsack.Tree
-
It specifies the already obtained profit due to the items which
are already included in the solution.
- alreadyUsedCapacity - Variable in class org.jacop.constraints.knapsack.Tree
-
It specifies the already used capacity due to the items which
are already included in the solution.
- alwaysUseFrames - Variable in class org.jacop.constraints.geost.Geost
-
It defines whether outbox generation should always rely on overlapping frames.
- Among - Class in org.jacop.constraints
-
Among constraint in its simplest form.
- Among(IntVar[], IntervalDomain, IntVar) - Constructor for class org.jacop.constraints.Among
-
It constructs an Among constraint.
- Among(ArrayList<IntVar>, IntervalDomain, IntVar) - Constructor for class org.jacop.constraints.Among
-
It constructs an Among constraint.
- AmongVar - Class in org.jacop.constraints
-
Among constraint in its general form.
- AmongVar(IntVar[], IntVar[], IntVar) - Constructor for class org.jacop.constraints.AmongVar
-
It constructs an AmongVar constraint.
- AmongVar(ArrayList<IntVar>, ArrayList<IntVar>, IntVar) - Constructor for class org.jacop.constraints.AmongVar
-
It constructs an AmongVar constraint.
- amountPruned - Variable in class org.jacop.constraints.netflow.Statistics
-
- analyze(int) - Method in class org.jacop.constraints.netflow.Pruning
-
- And - Class in org.jacop.constraints
-
Constraint c1 /\ c2 ...
- And(ArrayList<PrimitiveConstraint>) - Constructor for class org.jacop.constraints.And
-
It constructs an And constraint based on primitive constraints.
- And(PrimitiveConstraint, PrimitiveConstraint) - Constructor for class org.jacop.constraints.And
-
It constructs a simple And constraint based on two primitive constraints.
- And(PrimitiveConstraint[]) - Constructor for class org.jacop.constraints.And
-
It constructs an And constraint over an array of primitive constraints.
- and(BooleanVar, BooleanVar, BooleanVar) - Method in class org.jacop.examples.fd.Gates
-
It imposes an extensional constraint enforcing an and relationship
between two input parameters and an output parameter.
- AndBool - Class in org.jacop.constraints
-
If all x's are equal 1 then result variable is equal 1 too.
- AndBool(IntVar[], IntVar) - Constructor for class org.jacop.constraints.AndBool
-
It constructs AndBool.
- AndBool(ArrayList<IntVar>, IntVar) - Constructor for class org.jacop.constraints.AndBool
-
It constructs AndBool.
- ann_expr() - Method in class org.jacop.fz.Parser
-
- ann_exprs() - Method in class org.jacop.fz.Parser
-
- annotation() - Method in class org.jacop.fz.Parser
-
- annotations() - Method in class org.jacop.fz.Parser
-
- ANY - Static variable in class org.jacop.core.IntDomain
-
It specifies the constant for ANY event.
- ANY - Static variable in class org.jacop.floats.core.FloatDomain
-
It specifies the constant for ANY event.
- ANY - Static variable in class org.jacop.set.core.SetDomain
-
Any event.
- AR - Class in org.jacop.examples.fd.filters
-
It specifies AR benchmark.
- AR() - Constructor for class org.jacop.examples.fd.filters.AR
-
It creates a default AR filter with defaul delays for the operations.
- AR(int, int) - Constructor for class org.jacop.examples.fd.filters.AR
-
It possible to specify the delay of the addition and multiplication.
- arc - Variable in class org.jacop.constraints.netflow.ArcCompanion
-
The (forward) arc
- Arc - Class in org.jacop.constraints.netflow.simplex
-
A directed, residual arc in the graph.
- Arc(Node, Node) - Constructor for class org.jacop.constraints.netflow.simplex.Arc
-
Special constructor to create artificial arcs.
- Arc(Node, Node, int, int, int) - Constructor for class org.jacop.constraints.netflow.simplex.Arc
-
General constructor to create arcs.
- ArcCompanion - Class in org.jacop.constraints.netflow
-
This class extends the definition of an arc by a lower bound on the capacity
and connects the arc to variables that constrain it.
- ArcCompanion(Arc, int) - Constructor for class org.jacop.constraints.netflow.ArcCompanion
-
- ArchFriends - Class in org.jacop.examples.fd
-
It is a simple logic puzzle about shoe purchases.
- ArchFriends() - Constructor for class org.jacop.examples.fd.ArchFriends
-
- arcID - Variable in class org.jacop.constraints.netflow.ArcCompanion
-
Identifier for this arc in the structure variable
- arcList - Variable in class org.jacop.constraints.netflow.NetworkBuilder
-
- arcs - Variable in class org.jacop.constraints.netflow.DomainStructure
-
- arcsExamined - Variable in class org.jacop.constraints.netflow.Statistics
-
- arcsPruned - Variable in class org.jacop.constraints.netflow.Statistics
-
- area() - Method in class org.jacop.constraints.geost.DBox
-
It computes the area in 2D case or volume in 3D case.
- area() - Method in class org.jacop.constraints.geost.Shape
-
It computes the area (2D), volumen (3D) of the shape.
- args - Variable in class org.jacop.examples.fd.KnapsackExample
-
It stores the parameters of the main function to be
used by the model functions.
- arguments() - Method in class org.jacop.constraints.AbsXeqY
-
- arguments() - Method in class org.jacop.constraints.Alldifferent
-
- arguments() - Method in class org.jacop.constraints.Alldistinct
-
- arguments() - Method in class org.jacop.constraints.Among
-
- arguments() - Method in class org.jacop.constraints.AmongVar
-
- arguments() - Method in class org.jacop.constraints.And
-
- arguments() - Method in class org.jacop.constraints.AndBool
-
- arguments() - Method in class org.jacop.constraints.Assignment
-
- arguments() - Method in class org.jacop.constraints.binpacking.Binpacking
-
- arguments() - Method in class org.jacop.constraints.Constraint
-
It returns the variables in a scope of the constraint.
- arguments() - Method in class org.jacop.constraints.Count
-
- arguments() - Method in class org.jacop.constraints.Cumulative
-
- arguments() - Method in class org.jacop.constraints.Diff
-
- arguments() - Method in class org.jacop.constraints.Distance
-
- arguments() - Method in class org.jacop.constraints.Element
-
- arguments() - Method in class org.jacop.constraints.ElementInteger
-
- arguments() - Method in class org.jacop.constraints.ElementVariable
-
- arguments() - Method in class org.jacop.constraints.Eq
-
- arguments() - Method in class org.jacop.constraints.EqBool
-
- arguments() - Method in class org.jacop.constraints.ExtensionalConflictVA
-
- arguments() - Method in class org.jacop.constraints.ExtensionalSupportMDD
-
- arguments() - Method in class org.jacop.constraints.ExtensionalSupportSTR
-
- arguments() - Method in class org.jacop.constraints.ExtensionalSupportVA
-
- arguments() - Method in class org.jacop.constraints.GCC
-
- arguments() - Method in class org.jacop.constraints.geost.Geost
-
- arguments() - Method in class org.jacop.constraints.IfThen
-
- arguments() - Method in class org.jacop.constraints.IfThenBool
-
- arguments() - Method in class org.jacop.constraints.IfThenElse
-
- arguments() - Method in class org.jacop.constraints.In
-
- arguments() - Method in class org.jacop.constraints.knapsack.Knapsack
-
- arguments() - Method in class org.jacop.constraints.LexOrder
-
- arguments() - Method in class org.jacop.constraints.Linear
-
- arguments() - Method in class org.jacop.constraints.Max
-
- arguments() - Method in class org.jacop.constraints.Min
-
- arguments() - Method in class org.jacop.constraints.netflow.NetworkFlow
-
- arguments() - Method in class org.jacop.constraints.NoGood
-
- arguments() - Method in class org.jacop.constraints.Not
-
- arguments() - Method in class org.jacop.constraints.Or
-
- arguments() - Method in class org.jacop.constraints.OrBool
-
- arguments() - Method in class org.jacop.constraints.regular.Regular
-
- arguments() - Method in class org.jacop.constraints.Reified
-
- arguments() - Method in class org.jacop.constraints.Sum
-
- arguments() - Method in class org.jacop.constraints.SumWeight
-
- arguments() - Method in class org.jacop.constraints.SumWeightDom
-
- arguments() - Method in class org.jacop.constraints.Values
-
- arguments() - Method in class org.jacop.constraints.XdivYeqZ
-
- arguments() - Method in class org.jacop.constraints.XeqC
-
- arguments() - Method in class org.jacop.constraints.XeqY
-
- arguments() - Method in class org.jacop.constraints.XexpYeqZ
-
- arguments() - Method in class org.jacop.constraints.XgtC
-
- arguments() - Method in class org.jacop.constraints.XgteqC
-
- arguments() - Method in class org.jacop.constraints.XgteqY
-
- arguments() - Method in class org.jacop.constraints.XgtY
-
- arguments() - Method in class org.jacop.constraints.XltC
-
- arguments() - Method in class org.jacop.constraints.XlteqC
-
- arguments() - Method in class org.jacop.constraints.XlteqY
-
- arguments() - Method in class org.jacop.constraints.XltY
-
- arguments() - Method in class org.jacop.constraints.XmodYeqZ
-
- arguments() - Method in class org.jacop.constraints.XmulCeqZ
-
- arguments() - Method in class org.jacop.constraints.XmulYeqC
-
- arguments() - Method in class org.jacop.constraints.XmulYeqZ
-
- arguments() - Method in class org.jacop.constraints.XneqC
-
- arguments() - Method in class org.jacop.constraints.XneqY
-
- arguments() - Method in class org.jacop.constraints.Xor
-
- arguments() - Method in class org.jacop.constraints.XorBool
-
- arguments() - Method in class org.jacop.constraints.XplusCeqZ
-
- arguments() - Method in class org.jacop.constraints.XplusClteqZ
-
- arguments() - Method in class org.jacop.constraints.XplusYeqC
-
- arguments() - Method in class org.jacop.constraints.XplusYeqZ
-
- arguments() - Method in class org.jacop.constraints.XplusYgtC
-
- arguments() - Method in class org.jacop.constraints.XplusYlteqZ
-
- arguments() - Method in class org.jacop.constraints.XplusYplusCeqZ
-
- arguments() - Method in class org.jacop.constraints.XplusYplusQeqZ
-
- arguments() - Method in class org.jacop.constraints.XplusYplusQgtC
-
- arguments() - Method in class org.jacop.floats.constraints.AbsPeqR
-
- arguments() - Method in class org.jacop.floats.constraints.CosPeqR
-
- arguments() - Method in class org.jacop.floats.constraints.CosPeqR_decomposed
-
- arguments() - Method in class org.jacop.floats.constraints.ElementFloat
-
- arguments() - Method in class org.jacop.floats.constraints.EquationSystem
-
- arguments() - Method in class org.jacop.floats.constraints.ExpPeqR
-
- arguments() - Method in class org.jacop.floats.constraints.linear.Linear
-
- arguments() - Method in class org.jacop.floats.constraints.Max
-
- arguments() - Method in class org.jacop.floats.constraints.Min
-
- arguments() - Method in class org.jacop.floats.constraints.PeqC
-
- arguments() - Method in class org.jacop.floats.constraints.PeqQ
-
- arguments() - Method in class org.jacop.floats.constraints.PgtC
-
- arguments() - Method in class org.jacop.floats.constraints.PgteqC
-
- arguments() - Method in class org.jacop.floats.constraints.PgteqQ
-
- arguments() - Method in class org.jacop.floats.constraints.PgtQ
-
- arguments() - Method in class org.jacop.floats.constraints.PltC
-
- arguments() - Method in class org.jacop.floats.constraints.PlteqC
-
- arguments() - Method in class org.jacop.floats.constraints.PlteqQ
-
- arguments() - Method in class org.jacop.floats.constraints.PltQ
-
- arguments() - Method in class org.jacop.floats.constraints.PmulCeqR
-
- arguments() - Method in class org.jacop.floats.constraints.PmulQeqR
-
- arguments() - Method in class org.jacop.floats.constraints.PneqC
-
- arguments() - Method in class org.jacop.floats.constraints.PneqQ
-
- arguments() - Method in class org.jacop.floats.constraints.PplusCeqR
-
- arguments() - Method in class org.jacop.floats.constraints.PplusQeqR
-
- arguments() - Method in class org.jacop.floats.constraints.SinPeqR
-
- arguments() - Method in class org.jacop.floats.constraints.TanPeqR
-
- arguments() - Method in class org.jacop.floats.constraints.XeqP
-
- arguments() - Method in class org.jacop.set.constraints.AdiffBeqC
-
- arguments() - Method in class org.jacop.set.constraints.AdisjointB
-
- arguments() - Method in class org.jacop.set.constraints.AeqB
-
- arguments() - Method in class org.jacop.set.constraints.AeqS
-
- arguments() - Method in class org.jacop.set.constraints.AinB
-
- arguments() - Method in class org.jacop.set.constraints.AinS
-
- arguments() - Method in class org.jacop.set.constraints.AintersectBeqC
-
- arguments() - Method in class org.jacop.set.constraints.AunionBeqC
-
- arguments() - Method in class org.jacop.set.constraints.CardA
-
- arguments() - Method in class org.jacop.set.constraints.CardAeqX
-
- arguments() - Method in class org.jacop.set.constraints.EinA
-
- arguments() - Method in class org.jacop.set.constraints.ElementSet
-
- arguments() - Method in class org.jacop.set.constraints.Lex
-
- arguments() - Method in class org.jacop.set.constraints.Match
-
- arguments() - Method in class org.jacop.set.constraints.SinA
-
- arguments() - Method in class org.jacop.set.constraints.SumWeightedSet
-
- arguments() - Method in class org.jacop.set.constraints.XeqA
-
- arguments() - Method in class org.jacop.set.constraints.XinA
-
- Arithmetic - Class in org.jacop.constraints.netflow
-
- Arithmetic() - Constructor for class org.jacop.constraints.netflow.Arithmetic
-
- ARRAY - Static variable in interface org.jacop.fz.ParserConstants
-
RegularExpression Id.
- array_access_expr() - Method in class org.jacop.fz.Parser
-
- array_decl_tail(ASTVarDeclItem) - Method in class org.jacop.fz.Parser
-
- array_literal() - Method in class org.jacop.fz.Parser
-
- ArrayAccess - Class in org.jacop.fz
-
It stores information about a single array access encountered during parsing flatzinc file.
- ArrayAccess(String, int) - Constructor for class org.jacop.fz.ArrayAccess
-
It creates an array access storage object.
- artificial - Variable in class org.jacop.constraints.netflow.simplex.Node
-
connects this node to the root
- ASGN - Static variable in interface org.jacop.fz.ParserConstants
-
RegularExpression Id.
- AsinPeqR - Class in org.jacop.floats.constraints
-
Constraints asin(P) = R
Bounds consistency can be used; third parameter of constructor controls this.
- AsinPeqR(FloatVar, FloatVar) - Constructor for class org.jacop.floats.constraints.AsinPeqR
-
It constructs sin(P) = Q constraints.
- Assert - Class in org.jacop.constraints.netflow
-
- Assert() - Constructor for class org.jacop.constraints.netflow.Assert
-
- Assignment - Class in org.jacop.constraints
-
Assignment constraint implements facility to improve channeling constraints
between dual viewpoints of permutation models.
- Assignment(IntVar[], IntVar[], int, int) - Constructor for class org.jacop.constraints.Assignment
-
It enforces the relationship x[d[i]-shiftX]=i+shiftD and
d[x[i]-shiftD]=i+shiftX.
- Assignment(ArrayList<? extends IntVar>, ArrayList<? extends IntVar>, int, int) - Constructor for class org.jacop.constraints.Assignment
-
It enforces the relationship x[d[i]-shiftX]=i+shiftD and
d[x[i]-shiftD]=i+shiftX.
- Assignment(ArrayList<? extends IntVar>, ArrayList<? extends IntVar>) - Constructor for class org.jacop.constraints.Assignment
-
It constructs an Assignment constraint with shift equal 0.
- Assignment(ArrayList<? extends Var>, ArrayList<? extends Var>, int) - Constructor for class org.jacop.constraints.Assignment
-
It enforces the relationship x[d[i]-min]=i+min and
d[x[i]-min]=i+min.
- Assignment(IntVar[], IntVar[]) - Constructor for class org.jacop.constraints.Assignment
-
It constructs an Assignment constraint with shift equal 0.
- Assignment(IntVar[], IntVar[], int) - Constructor for class org.jacop.constraints.Assignment
-
It enforces the relationship x[d[i]-min]=i+min and
d[x[i]-min]=i+min.
- assignSolution() - Method in class org.jacop.search.DepthFirstSearch
-
- assignSolution(int) - Method in class org.jacop.search.DepthFirstSearch
-
- assignSolution(int) - Method in interface org.jacop.search.Search
-
The first solution has index 0.
- assignSolution() - Method in interface org.jacop.search.Search
-
It assigns the last solution.
- assignSolution(Store) - Method in class org.jacop.search.SimpleSolutionListener
-
It assigns the last found solution to the store.
- assignSolution(Store, int) - Method in class org.jacop.search.SimpleSolutionListener
-
- assignSolution(Store, int) - Method in interface org.jacop.search.SolutionListener
-
It imposes the constraints, so the last found solution is enforced.
- asString() - Static method in class org.jacop.constraints.netflow.Statistics
-
- ASTAnnExpr - Class in org.jacop.fz
-
- ASTAnnExpr(int) - Constructor for class org.jacop.fz.ASTAnnExpr
-
- ASTAnnExpr(Parser, int) - Constructor for class org.jacop.fz.ASTAnnExpr
-
- ASTAnnotation - Class in org.jacop.fz
-
- ASTAnnotation(int) - Constructor for class org.jacop.fz.ASTAnnotation
-
- ASTAnnotation(Parser, int) - Constructor for class org.jacop.fz.ASTAnnotation
-
- ASTArrayLiteral - Class in org.jacop.fz
-
- ASTArrayLiteral(int) - Constructor for class org.jacop.fz.ASTArrayLiteral
-
- ASTArrayLiteral(Parser, int) - Constructor for class org.jacop.fz.ASTArrayLiteral
-
- ASTBoolTiExprTail - Class in org.jacop.fz
-
- ASTBoolTiExprTail(int) - Constructor for class org.jacop.fz.ASTBoolTiExprTail
-
- ASTBoolTiExprTail(Parser, int) - Constructor for class org.jacop.fz.ASTBoolTiExprTail
-
- ASTConstElem - Class in org.jacop.fz
-
- ASTConstElem(int) - Constructor for class org.jacop.fz.ASTConstElem
-
- ASTConstElem(Parser, int) - Constructor for class org.jacop.fz.ASTConstElem
-
- ASTConstraint - Class in org.jacop.fz
-
- ASTConstraint(int) - Constructor for class org.jacop.fz.ASTConstraint
-
- ASTConstraint(Parser, int) - Constructor for class org.jacop.fz.ASTConstraint
-
- ASTConstraintItems - Class in org.jacop.fz
-
- ASTConstraintItems(int) - Constructor for class org.jacop.fz.ASTConstraintItems
-
- ASTConstraintItems(Parser, int) - Constructor for class org.jacop.fz.ASTConstraintItems
-
- ASTFloatTiExprTail - Class in org.jacop.fz
-
- ASTFloatTiExprTail(int) - Constructor for class org.jacop.fz.ASTFloatTiExprTail
-
- ASTFloatTiExprTail(Parser, int) - Constructor for class org.jacop.fz.ASTFloatTiExprTail
-
- ASTIntFlatExpr - Class in org.jacop.fz
-
- ASTIntFlatExpr(int) - Constructor for class org.jacop.fz.ASTIntFlatExpr
-
- ASTIntFlatExpr(Parser, int) - Constructor for class org.jacop.fz.ASTIntFlatExpr
-
- ASTIntLiterals - Class in org.jacop.fz
-
- ASTIntLiterals(int) - Constructor for class org.jacop.fz.ASTIntLiterals
-
- ASTIntLiterals(Parser, int) - Constructor for class org.jacop.fz.ASTIntLiterals
-
- ASTIntTiExprTail - Class in org.jacop.fz
-
- ASTIntTiExprTail(int) - Constructor for class org.jacop.fz.ASTIntTiExprTail
-
- ASTIntTiExprTail(Parser, int) - Constructor for class org.jacop.fz.ASTIntTiExprTail
-
- ASTmodel - Class in org.jacop.fz
-
- ASTmodel(int) - Constructor for class org.jacop.fz.ASTmodel
-
- ASTmodel(Parser, int) - Constructor for class org.jacop.fz.ASTmodel
-
- ASTModelEnd - Class in org.jacop.fz
-
- ASTModelEnd(int) - Constructor for class org.jacop.fz.ASTModelEnd
-
- ASTModelEnd(Parser, int) - Constructor for class org.jacop.fz.ASTModelEnd
-
- ASTPrint - Class in org.jacop.fz
-
ASTPrint.java
Prinitng of AST nodes generated bt jjtree
- ASTPrint() - Constructor for class org.jacop.fz.ASTPrint
-
- ASTScalarFlatExpr - Class in org.jacop.fz
-
- ASTScalarFlatExpr(int) - Constructor for class org.jacop.fz.ASTScalarFlatExpr
-
- ASTScalarFlatExpr(Parser, int) - Constructor for class org.jacop.fz.ASTScalarFlatExpr
-
- ASTSetLiteral - Class in org.jacop.fz
-
- ASTSetLiteral(int) - Constructor for class org.jacop.fz.ASTSetLiteral
-
- ASTSetLiteral(Parser, int) - Constructor for class org.jacop.fz.ASTSetLiteral
-
- ASTSetTiExprTail - Class in org.jacop.fz
-
- ASTSetTiExprTail(int) - Constructor for class org.jacop.fz.ASTSetTiExprTail
-
- ASTSetTiExprTail(Parser, int) - Constructor for class org.jacop.fz.ASTSetTiExprTail
-
- ASTSolveExpr - Class in org.jacop.fz
-
- ASTSolveExpr(int) - Constructor for class org.jacop.fz.ASTSolveExpr
-
- ASTSolveExpr(Parser, int) - Constructor for class org.jacop.fz.ASTSolveExpr
-
- ASTSolveItem - Class in org.jacop.fz
-
- ASTSolveItem(int) - Constructor for class org.jacop.fz.ASTSolveItem
-
- ASTSolveItem(Parser, int) - Constructor for class org.jacop.fz.ASTSolveItem
-
- ASTSolveKind - Class in org.jacop.fz
-
- ASTSolveKind(int) - Constructor for class org.jacop.fz.ASTSolveKind
-
- ASTSolveKind(Parser, int) - Constructor for class org.jacop.fz.ASTSolveKind
-
- ASTVarDeclItem - Class in org.jacop.fz
-
- ASTVarDeclItem(int) - Constructor for class org.jacop.fz.ASTVarDeclItem
-
- ASTVarDeclItem(Parser, int) - Constructor for class org.jacop.fz.ASTVarDeclItem
-
- ASTVarDeclItems - Class in org.jacop.fz
-
- ASTVarDeclItems(int) - Constructor for class org.jacop.fz.ASTVarDeclItems
-
- ASTVarDeclItems(Parser, int) - Constructor for class org.jacop.fz.ASTVarDeclItems
-
- ASTVariableExpr - Class in org.jacop.fz
-
- ASTVariableExpr(int) - Constructor for class org.jacop.fz.ASTVariableExpr
-
- ASTVariableExpr(Parser, int) - Constructor for class org.jacop.fz.ASTVariableExpr
-
- AtanPeqR - Class in org.jacop.floats.constraints
-
Constraints atan(P) = R
Bounds consistency can be used; third parameter of constructor controls this.
- AtanPeqR(FloatVar, FloatVar) - Constructor for class org.jacop.floats.constraints.AtanPeqR
-
It constructs sin(P) = Q constraints.
- atomicExecution - Variable in class org.jacop.constraints.Constraint
-
It specifies if the constraint consistency function requires consistency function
executed in one atomic step.
- augmentFlow(Node, Node, int) - Method in class org.jacop.constraints.netflow.simplex.NetworkSimplex
-
Augments the flow between two nodes by the maximum amount along the
unique tree path that connects these nodes.
- AunionBeqC - Class in org.jacop.set.constraints
-
It creates a constraint that makes sure that A union B is equal to C.
- AunionBeqC(SetVar, SetVar, SetVar) - Constructor for class org.jacop.set.constraints.AunionBeqC
-
It constructs an AunionBeqC constraint to restrict the domain of the variables A, B and C.
- auxilaryVariables - Variable in class org.jacop.core.Store
-
It contains all auxilary variables created by decomposable constraints.
- auxiliaryVariables() - Method in class org.jacop.constraints.DecomposedConstraint
-
- availableWeightOfCriticalItem - Variable in class org.jacop.constraints.knapsack.Tree
-
It specifies the fraction of the critical item which has been
not included in the optimal non-integral solution.
- c - Variable in class org.jacop.constraints.Not
-
It specifies the constraint which negation is being created.
- c - Variable in class org.jacop.constraints.Reified
-
It specifies constraint c which status is being checked.
- c - Variable in class org.jacop.constraints.XeqC
-
It specifies the constant to which a specified variable should be equal to.
- c - Variable in class org.jacop.constraints.XgtC
-
It specifies a constant C from which a given variable must be greater.
- c - Variable in class org.jacop.constraints.XgteqC
-
It specifies a constant c from which a given variable must be greater or equal.
- c - Variable in class org.jacop.constraints.XltC
-
It specifies constant
- c - Variable in class org.jacop.constraints.XlteqC
-
It specifies constant c from which a given variable must be smaller or equal.
- c - Variable in class org.jacop.constraints.XmulCeqZ
-
It specifies constant c in constraint x * c = z.
- c - Variable in class org.jacop.constraints.XmulYeqC
-
It specifies constant c in constraint x * y = c.
- c - Variable in class org.jacop.constraints.XneqC
-
It specifies constant c in constraint x != c.
- c - Variable in class org.jacop.constraints.Xor
-
It specifies constraint c, which status must satisfy xor relationship with variable b.
- c - Variable in class org.jacop.constraints.XplusCeqZ
-
It specifies constant c in constraint x+c=z.
- c - Variable in class org.jacop.constraints.XplusClteqZ
-
It specifies constant c in constraint x+c<=z.
- c - Variable in class org.jacop.constraints.XplusYgtC
-
It specifies constant c in constraint x + y > c.
- c - Variable in class org.jacop.floats.constraints.PeqC
-
It specifies the constant to which a specified variable should be equal to.
- c - Variable in class org.jacop.floats.constraints.PgtC
-
It specifies a constant C from which a given variable must be greater.
- c - Variable in class org.jacop.floats.constraints.PgteqC
-
It specifies a constant c from which a given variable must be greater or equal.
- c - Variable in class org.jacop.floats.constraints.PltC
-
It specifies constant
- c - Variable in class org.jacop.floats.constraints.PlteqC
-
It specifies constant c from which a given variable must be smaller or equal.
- c - Variable in class org.jacop.floats.constraints.PmulCeqR
-
It specifies constants c in constraint p * c = r.
- c - Variable in class org.jacop.floats.constraints.PneqC
-
It specifies the constant to which a specified variable should be equal to.
- c - Variable in class org.jacop.set.constraints.AdiffBeqC
-
It specifies set variable c.
- c - Variable in class org.jacop.set.constraints.AintersectBeqC
-
It specifies set variable c.
- c - Variable in class org.jacop.set.constraints.AunionBeqC
-
It specifies set variable c.
- c1 - Variable in class org.jacop.constraints.Eq
-
It specifies the first constraint which status must be equivalent to the status of the second constraint.
- c2 - Variable in class org.jacop.constraints.Eq
-
It specifies the second constraint which status must be equivalent to the status of the first constraint.
- CalendarMen - Class in org.jacop.examples.fd
-
It solves a simple logic puzzle about sport calendar.
- CalendarMen() - Constructor for class org.jacop.examples.fd.CalendarMen
-
- capacity - Variable in class org.jacop.constraints.netflow.simplex.Arc
-
The unused (i.e.
- card() - Method in class org.jacop.set.core.BoundSetDomain
-
Returns the cardinality of the setDomain as [glb.card(), lub.card()]
- card() - Method in class org.jacop.set.core.SetDomain
-
Returns the cardinality of the setDomain as [glb.card(), lub.card()]
- CardA - Class in org.jacop.set.constraints
-
The set cardinality constraint.
- CardA(SetVar, int) - Constructor for class org.jacop.set.constraints.CardA
-
It constructs a cardinality constraint to restrict the number of elements
in the set assigned to a set variable a.
- CardA(SetVar, IntDomain) - Constructor for class org.jacop.set.constraints.CardA
-
It constructs a cardinality constraint to restrict the number of elements
in the set assigned to set variable a.
- CardA(SetVar, int, int) - Constructor for class org.jacop.set.constraints.CardA
-
It constructs a cardinality constraint to restrict the number of elements
in the set assigned to set variable a.
- CardAeqX - Class in org.jacop.set.constraints
-
The set cardinality constraint.
- CardAeqX(SetVar, IntVar) - Constructor for class org.jacop.set.constraints.CardAeqX
-
It constructs a cardinality constraint to restrict the number of elements
in the set assigned to set variable a.
- cardinality - Variable in class org.jacop.set.constraints.CardA
-
It specifies variable c specifying the possible cardinality of variable x.
- cardinality - Variable in class org.jacop.set.constraints.CardAeqX
-
It specifies integer variable c specifying the possible cardinality of set variable a.
- cardinality - Variable in class org.jacop.set.core.BoundSetDomain
-
The cardinality of the set.
- CARDINALITY - Static variable in class org.jacop.set.core.SetDomain
-
It specifies event that has changed the cardinality of the set.
- cardInfeasible() - Method in class org.jacop.constraints.geost.AllowedArea
-
- cardInfeasible() - Method in class org.jacop.constraints.geost.DomainHoles
-
- cardInfeasible() - Method in class org.jacop.constraints.geost.ForbiddenArea
-
- cardInfeasible() - Method in class org.jacop.constraints.geost.InternalConstraint
-
It provides an approximation of the number of infeasible points enforced by this constraint only.
- cardInfeasible() - Method in class org.jacop.constraints.geost.ObstacleObject
-
- cardInfeasible() - Method in class org.jacop.constraints.geost.ObstacleObjectFrame
-
- CarSequencing - Class in org.jacop.examples.fd.carsequencing
-
It is program to model and solve simple problems of car sequencing problem (CSPLIB-p1).
- CarSequencing() - Constructor for class org.jacop.examples.fd.carsequencing.CarSequencing
-
- chainingSchedule() - Static method in class org.jacop.examples.fd.filters.FilterBenchmark
-
It solves available filters for different scenario
consisting of different number of resources.
- changeCapacity(int, int) - Method in class org.jacop.constraints.netflow.ArcCompanion
-
Changes the lower and upper capacity of the arc in any way, performing
the necessary changes to node balance and flow offset functions.
- changeCostOffset(long) - Method in interface org.jacop.constraints.netflow.MutableNetwork
-
Changes the cost offset by some value.
- changeCostOffset(long) - Method in class org.jacop.constraints.netflow.Network
-
- changed - Variable in class org.jacop.core.Store
-
It stores constraints scheduled for reevaluation.
- changeHistory4BooleanVariables - Variable in class org.jacop.core.Store
-
It stores boolean variables as soon as they change (become grounded or
number of constraints being attached is changed).
- changeMaxCapacity(int) - Method in class org.jacop.constraints.netflow.ArcCompanion
-
- changeMinCapacity(int) - Method in class org.jacop.constraints.netflow.ArcCompanion
-
- check(TimeStamp<Integer>[]) - Method in class org.jacop.constraints.regular.RegEdge
-
It checks if the edge is between active states.
- checkBeforeUpdate(Arc, Arc) - Static method in class org.jacop.constraints.netflow.Assert
-
- checkFloat(String) - Method in class org.jacop.fz.Tables
-
It returns an Double parameter of a given identity.
- checkFlow(NetworkSimplex) - Static method in class org.jacop.constraints.netflow.Assert
-
- checkIfAllowed(int[]) - Method in class org.jacop.util.MDD
-
It checks if the specified tuple is allowed.
- checkIfAllowed() - Method in class org.jacop.util.MDD
-
- checkInfeasibleNodes(NetworkSimplex) - Static method in class org.jacop.constraints.netflow.Assert
-
- checkInt(String) - Method in class org.jacop.fz.Tables
-
It returns an Integer parameter of a given identity.
- checkInvariants() - Method in class org.jacop.constraints.AndBool
-
It checks invariants required by the constraint.
- checkInvariants() - Method in class org.jacop.constraints.EqBool
-
It checks invariants required by the constraint.
- checkInvariants() - Method in class org.jacop.constraints.geost.AllowedArea
-
It checks that this constraint has consistent data structures.
- checkInvariants() - Method in class org.jacop.constraints.geost.DBox
-
It checks whether the DBox is consistent.
- checkInvariants() - Method in class org.jacop.constraints.geost.ForbiddenArea
-
It checks whether the ForbiddenArea is consistent.
- checkInvariants() - Method in class org.jacop.constraints.geost.Geost
-
It checks that this constraint has consistent data structures.
- checkInvariants() - Method in class org.jacop.constraints.geost.InArea
-
It checks whether the InArea is consistent.
- checkInvariants() - Method in class org.jacop.constraints.geost.ObstacleObject
-
- checkInvariants() - Method in class org.jacop.constraints.geost.ObstacleObjectFrame
-
It checks that this constraint has consistent data structures.
- checkInvariants() - Method in class org.jacop.constraints.geost.PredefinedOrder
-
It checks the invariants for this order.
- checkInvariants() - Method in class org.jacop.constraints.geost.Shape
-
It checks whether the shape object is consistent.
- checkInvariants() - Method in class org.jacop.constraints.geost.ShiftOrder
-
It checks that this order has consistent data structures.
- checkInvariants() - Method in class org.jacop.constraints.IfThenBool
-
It checks invariants required by the constraint.
- checkInvariants() - Method in class org.jacop.constraints.OrBool
-
It checks invariants required by the constraint.
- checkInvariants() - Method in class org.jacop.constraints.XorBool
-
It checks invariants required by the constraint.
- checkInvariants() - Method in class org.jacop.core.BoundDomain
-
- checkInvariants() - Method in class org.jacop.core.Domain
-
It checks if the domain has correct state.
- checkInvariants() - Method in class org.jacop.core.IntervalDomain
-
It is a function to check if the object is in consistent state.
- checkInvariants() - Method in class org.jacop.core.SmallDenseDomain
-
- checkInvariants() - Method in class org.jacop.core.Store
-
It checks invariants to see if the execution went smoothly.
- checkInvariants() - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It is a function to check if the object is in consistent state.
- checkInvariants() - Method in class org.jacop.set.core.BoundSetDomain
-
- checkInvariants() - Method in class org.jacop.set.core.SetDomain
-
- checkOptimality(NetworkSimplex) - Static method in class org.jacop.constraints.netflow.Assert
-
- checkRemoveInvariant(int) - Method in class org.jacop.core.IntervalBasedBacktrackableManager
-
It checks all backtrackable objects that they have not retained any level equal or above removedLevel.
- checkStructure(NetworkSimplex) - Static method in class org.jacop.constraints.netflow.Assert
-
- children - Variable in class org.jacop.fz.SimpleNode
-
- childrenSolutionListeners - Variable in class org.jacop.search.SimpleSolutionListener
-
It contains children of the solution listener.
- childSearches - Variable in class org.jacop.search.DepthFirstSearch
-
It stores searches which will be executed when this one has assign all
its variables.
- CircleIntersection - Class in org.jacop.examples.floats
-
- CircleIntersection() - Constructor for class org.jacop.examples.floats.CircleIntersection
-
- Circuit - Class in org.jacop.constraints
-
Circuit constraint assures that all variables build a Hamiltonian
circuit.
- Circuit(IntVar[]) - Constructor for class org.jacop.constraints.Circuit
-
It constructs a circuit constraint.
- Circuit(ArrayList<IntVar>) - Constructor for class org.jacop.constraints.Circuit
-
It constructs a circuit constraint.
- classVariable - Static variable in class org.jacop.core.XMLSaveSupport
-
- cleanAfterFailure() - Method in class org.jacop.constraints.Constraint
-
It is executed after the constraint has failed.
- cleanAfterFailure() - Method in class org.jacop.constraints.knapsack.Knapsack
-
- clear() - Method in class org.jacop.constraints.netflow.simplex.Arc
-
Clears an artificial arc
- clear() - Method in class org.jacop.core.BoundDomain
-
- clear() - Method in class org.jacop.core.Domain
-
It removes all elements.
- clear() - Method in class org.jacop.core.IntervalDomain
-
It removes all elements.
- clear() - Method in class org.jacop.core.SmallDenseDomain
-
- clear() - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It removes all elements.
- clear() - Method in class org.jacop.set.core.BoundSetDomain
-
Sets the domain to an empty SetDomain.
- clear() - Method in class org.jacop.set.core.SetDomain
-
Sets the domain to an empty SetDomain.
- clear() - Method in class org.jacop.util.SimpleArrayList
-
Removes all of the elements from this list.
- clear() - Method in class org.jacop.util.SimpleHashSet
-
Removes all elements from this set.
- clear() - Method in class org.jacop.util.SparseSet
-
It removes all the elements by setting the number of members to zero.
- clearChanged() - Method in class org.jacop.core.Store
-
It clears the queue of constraints which need to be reevaluated usefull
if different scheme propagation scheme needs to be implemented.
- clearNodeScope(Node) - Method in class org.jacop.fz.JJTParserState
-
- clearNoGC() - Method in class org.jacop.util.SimpleArrayList
-
same as clear(), but references to objects are kept internally.
- clearWatchedConstraint() - Method in class org.jacop.core.Store
-
It removes all watches to constraints, therefore
constraints are no longer watched, no longer part of the model.
- clone() - Method in class org.jacop.core.BoundDomain
-
- clone() - Method in class org.jacop.core.Domain
-
It clones the domain object.
- clone() - Method in class org.jacop.core.Interval
-
- clone() - Method in class org.jacop.core.IntervalDomain
-
It clones the domain object.
- clone() - Method in class org.jacop.core.MutableDomainValue
-
- clone() - Method in interface org.jacop.core.MutableVarValue
-
It clones the value of mutable variable.
- clone() - Method in class org.jacop.core.SmallDenseDomain
-
- clone() - Method in class org.jacop.floats.core.FloatInterval
-
- clone() - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It clones the domain object.
- clone() - Method in class org.jacop.set.core.BoundSetDomain
-
Clones the domain.
- clone() - Method in class org.jacop.util.SimpleHashSet
-
Clones this set.
- cloneLight() - Method in class org.jacop.core.BoundDomain
-
It clones this domain.
- cloneLight() - Method in class org.jacop.core.Domain
-
It clones the domain object, only data responsible for encoding domain
values is cloned.
- cloneLight() - Method in class org.jacop.core.IntDomain
-
- cloneLight() - Method in class org.jacop.core.IntervalDomain
-
It clones the domain object, only data responsible for encoding domain
values is cloned.
- cloneLight() - Method in class org.jacop.core.SmallDenseDomain
-
It clones the domain object, only data responsible for encoding domain
values is cloned.
- cloneLight() - Method in class org.jacop.floats.core.FloatDomain
-
- cloneLight() - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It clones the domain object, only data responsible for encoding domain
values is cloned.
- cloneLight() - Method in class org.jacop.set.core.BoundSetDomain
-
It clones the domain object, only data responsible for encoding domain
values is cloned.
- cloneLight() - Method in class org.jacop.set.core.SetDomain
-
It clones the domain object, only data responsible for encoding domain
values is cloned.
- close() - Method in class org.jacop.constraints.netflow.Pruning.PercentStrategy
-
- closeNodeScope(Node, int) - Method in class org.jacop.fz.JJTParserState
-
- closeNodeScope(Node, boolean) - Method in class org.jacop.fz.JJTParserState
-
- cofactor(double[][]) - Method in class org.jacop.util.Matrix
-
- col_rules - Variable in class org.jacop.examples.fd.nonogram.Nonogram
-
It specifies a rule for each column.
- COLON - Static variable in interface org.jacop.fz.ParserConstants
-
RegularExpression Id.
- COLONCOLON - Static variable in interface org.jacop.fz.ParserConstants
-
RegularExpression Id.
- column - Variable in class org.jacop.fz.SimpleCharStream
-
- COMMA - Static variable in interface org.jacop.fz.ParserConstants
-
RegularExpression Id.
- companion - Variable in class org.jacop.constraints.netflow.simplex.Arc
-
The arc companion for constraint API.
- ComparatorVariable<T extends Var> - Interface in org.jacop.search
-
Defines an interface for comparing variables.
- compare(int[], int[]) - Method in interface org.jacop.constraints.geost.LexicographicalOrder
-
It compares two k-dimensional points.
- compare(int[], int[]) - Method in class org.jacop.constraints.geost.PredefinedOrder
-
- compare(int[], int[]) - Method in class org.jacop.constraints.geost.ShiftOrder
-
- compare(float, T) - Method in class org.jacop.floats.search.LargestDomainFloat
-
- compare(T, T) - Method in class org.jacop.floats.search.LargestDomainFloat
-
- compare(float, T) - Method in class org.jacop.floats.search.LargestMaxFloat
-
- compare(T, T) - Method in class org.jacop.floats.search.LargestMaxFloat
-
- compare(float, T) - Method in class org.jacop.floats.search.LargestMinFloat
-
- compare(T, T) - Method in class org.jacop.floats.search.LargestMinFloat
-
- compare(float, T) - Method in class org.jacop.floats.search.SmallestDomainFloat
-
- compare(T, T) - Method in class org.jacop.floats.search.SmallestDomainFloat
-
- compare(float, T) - Method in class org.jacop.floats.search.SmallestMaxFloat
-
- compare(T, T) - Method in class org.jacop.floats.search.SmallestMaxFloat
-
- compare(float, T) - Method in class org.jacop.floats.search.SmallestMinFloat
-
- compare(T, T) - Method in class org.jacop.floats.search.SmallestMinFloat
-
- compare(float, T) - Method in class org.jacop.floats.search.WeightedDegreeFloat
-
- compare(T, T) - Method in class org.jacop.floats.search.WeightedDegreeFloat
-
- compare(float, T) - Method in interface org.jacop.search.ComparatorVariable
-
It compares the baseline metric to the variable metric.
- compare(T, T) - Method in interface org.jacop.search.ComparatorVariable
-
It compares the metric of the left variable against the right one.
- compare(float, T) - Method in class org.jacop.search.LargestDomain
-
- compare(T, T) - Method in class org.jacop.search.LargestDomain
-
- compare(float, T) - Method in class org.jacop.search.LargestMax
-
- compare(T, T) - Method in class org.jacop.search.LargestMax
-
- compare(float, T) - Method in class org.jacop.search.LargestMin
-
- compare(T, T) - Method in class org.jacop.search.LargestMin
-
- compare(float, T) - Method in class org.jacop.search.MaxRegret
-
- compare(T, T) - Method in class org.jacop.search.MaxRegret
-
- compare(float, T) - Method in class org.jacop.search.MinDomainOverDegree
-
- compare(T, T) - Method in class org.jacop.search.MinDomainOverDegree
-
- compare(float, T) - Method in class org.jacop.search.MostConstrainedDynamic
-
- compare(T, T) - Method in class org.jacop.search.MostConstrainedDynamic
-
- compare(float, T) - Method in class org.jacop.search.MostConstrainedStatic
-
- compare(T, T) - Method in class org.jacop.search.MostConstrainedStatic
-
- compare(int[], int[]) - Method in class org.jacop.search.sgmpcs.SGMPCSearch.SolutionComparator
-
- compare(float, T) - Method in class org.jacop.search.SmallestDomain
-
- compare(T, T) - Method in class org.jacop.search.SmallestDomain
-
- compare(float, T) - Method in class org.jacop.search.SmallestMax
-
- compare(T, T) - Method in class org.jacop.search.SmallestMax
-
- compare(float, T) - Method in class org.jacop.search.SmallestMin
-
- compare(T, T) - Method in class org.jacop.search.SmallestMin
-
- compare(float, T) - Method in class org.jacop.search.WeightedDegree
-
- compare(T, T) - Method in class org.jacop.search.WeightedDegree
-
- compare(float, T) - Method in class org.jacop.set.search.MaxCardDiff
-
Compares the cardinality difference of the variable to the float value.
- compare(T, T) - Method in class org.jacop.set.search.MaxCardDiff
-
Compares the cardinality difference of the variables.
- compare(float, T) - Method in class org.jacop.set.search.MaxGlbCard
-
Compares the cardinality of the variables glb to the float value.
- compare(T, T) - Method in class org.jacop.set.search.MaxGlbCard
-
Compares the cardinality of the variables glbs.
- compare(float, T) - Method in class org.jacop.set.search.MaxLubCard
-
Compares the cardinality of the variables lub to the float value.
- compare(T, T) - Method in class org.jacop.set.search.MaxLubCard
-
Compares the cardinality of the variables lubs.
- compare(float, T) - Method in class org.jacop.set.search.MinCardDiff
-
Compares the cardinality difference of the variable to the float value.
- compare(T, T) - Method in class org.jacop.set.search.MinCardDiff
-
Compares the cardinality difference of the variables.
- compare(float, T) - Method in class org.jacop.set.search.MinGlbCard
-
Compares the cardinality of the variables glb to the float value.
- compare(T, T) - Method in class org.jacop.set.search.MinGlbCard
-
Compares the cardinality of the variables glbs.
- compare(float, T) - Method in class org.jacop.set.search.MinLubCard
-
Compares the cardinality of the variables lub to the float value.
- compare(T, T) - Method in class org.jacop.set.search.MinLubCard
-
Compares the cardinality of the variables lubs.
- compareTo(KnapsackItem) - Method in class org.jacop.constraints.knapsack.KnapsackItem
-
Method used in the sorting of the items, we use profit and weight to know
the less efficient item without using division.
- compareTo(ArcCompanion) - Method in class org.jacop.constraints.netflow.ArcCompanion
-
- complement() - Method in class org.jacop.core.BoundDomain
-
- complement() - Method in class org.jacop.core.IntDomain
-
It creates a complement of a domain.
- complement() - Method in class org.jacop.core.IntervalDomain
-
It creates a complement of a domain.
- complement() - Method in class org.jacop.core.SmallDenseDomain
-
- complement() - Method in class org.jacop.floats.core.FloatDomain
-
It creates a complement of a domain.
- complement() - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It creates a complement of a domain.
- complement() - Method in class org.jacop.set.core.BoundSetDomain
-
It creates a complement of a domain.
- components() - Method in class org.jacop.constraints.geost.Shape
-
It returns the dboxes defining the shape.
- computeForbidden() - Method in class org.jacop.constraints.knapsack.Knapsack
-
It searches through a subset of right items to find the ones which
can not be fully included without violating the profit requirement
in the knapsack constraint.
- computeIntrusionWeight(int, int, int, double, double) - Method in class org.jacop.constraints.knapsack.Tree
-
It returns the amount of weight of a given item being checked which can be replaced by Right items given
the amount of profitSlack.
- computeMandatory() - Method in class org.jacop.constraints.knapsack.Knapsack
-
It computes the mandatory part of the knapsack pruning.
- computeMinProfit(int) - Method in class org.jacop.constraints.knapsack.Tree
-
It computes the minimum of capacity variable for knapsack
constraint given the minimum requirement for profit.
- computeMinWeight(int) - Method in class org.jacop.constraints.knapsack.Tree
-
It computes the minimum of capacity variable for knapsack
constraint given the minimum requirement for profit.
- computeReplacableWeight(int, int, int, double, double) - Method in class org.jacop.constraints.knapsack.Tree
-
It returns the amount of weight of a given item being checked which can be replaced by Right items given
the amount of profitSlack.
- concatenation(FSM) - Method in class org.jacop.util.fsm.FSM
-
It does concatenation of two FSM.
- Concatenation - Static variable in class org.jacop.util.fsm.RegularExpressionParser
-
The constant denoting concatenation expression.
- condC - Variable in class org.jacop.constraints.IfThen
-
It specifies constraint condC in the IfThen constraint.
- condC - Variable in class org.jacop.constraints.IfThenElse
-
It specifies constraint condC in the IfThenElse constraint.
- Conference - Class in org.jacop.examples.fd
-
It solves a simple conference session placement problem.
- Conference() - Constructor for class org.jacop.examples.fd.Conference
-
- consistency(Store) - Method in class org.jacop.constraints.AbsXeqY
-
- consistency(Store) - Method in class org.jacop.constraints.Alldiff
-
- consistency(Store) - Method in class org.jacop.constraints.Alldifferent
-
- consistency(Store) - Method in class org.jacop.constraints.Alldistinct
-
- consistency(Store) - Method in class org.jacop.constraints.Among
-
- consistency(Store) - Method in class org.jacop.constraints.AmongVar
-
- consistency(Store) - Method in class org.jacop.constraints.And
-
- consistency(Store) - Method in class org.jacop.constraints.AndBool
-
- consistency(Store) - Method in class org.jacop.constraints.Assignment
-
- consistency(Store) - Method in class org.jacop.constraints.binpacking.Binpacking
-
- consistency(Store) - Method in class org.jacop.constraints.Circuit
-
- consistency(Store) - Method in class org.jacop.constraints.Constraint
-
It is a (most probably incomplete) consistency function which removes the
values from variables domains.
- consistency(Store) - Method in class org.jacop.constraints.Count
-
- consistency(Store) - Method in class org.jacop.constraints.Cumulative
-
- consistency(Store) - Method in class org.jacop.constraints.Diff
-
- consistency(Store) - Method in class org.jacop.constraints.Distance
-
- consistency(Store) - Method in class org.jacop.constraints.Element
-
- consistency(Store) - Method in class org.jacop.constraints.ElementInteger
-
- consistency(Store) - Method in class org.jacop.constraints.ElementVariable
-
- consistency(Store) - Method in class org.jacop.constraints.Eq
-
- consistency(Store) - Method in class org.jacop.constraints.EqBool
-
- consistency(Store) - Method in class org.jacop.constraints.ExtensionalConflictVA
-
- consistency(Store) - Method in class org.jacop.constraints.ExtensionalSupportMDD
-
- consistency(Store) - Method in class org.jacop.constraints.ExtensionalSupportSTR
-
- consistency(Store) - Method in class org.jacop.constraints.ExtensionalSupportVA
-
- consistency(Store) - Method in class org.jacop.constraints.GCC
-
- consistency(Store) - Method in class org.jacop.constraints.geost.Geost
-
- consistency(Store) - Method in class org.jacop.constraints.IfThen
-
- consistency(Store) - Method in class org.jacop.constraints.IfThenBool
-
- consistency(Store) - Method in class org.jacop.constraints.IfThenElse
-
- consistency(Store) - Method in class org.jacop.constraints.In
-
- consistency(Store) - Method in class org.jacop.constraints.knapsack.Knapsack
-
- consistency(Store) - Method in class org.jacop.constraints.LexOrder
-
- consistency(Store) - Method in class org.jacop.constraints.Linear
-
- consistency(Store) - Method in class org.jacop.constraints.Max
-
- consistency(Store) - Method in class org.jacop.constraints.Min
-
- consistency(Store) - Method in class org.jacop.constraints.netflow.NetworkFlow
-
- consistency(Store) - Method in class org.jacop.constraints.NoGood
-
- consistency(Store) - Method in class org.jacop.constraints.Not
-
- consistency(Store) - Method in class org.jacop.constraints.Or
-
- consistency(Store) - Method in class org.jacop.constraints.OrBool
-
- consistency(Store) - Method in class org.jacop.constraints.regular.Regular
-
- consistency(Store) - Method in class org.jacop.constraints.Reified
-
- consistency(Store) - Method in class org.jacop.constraints.Subcircuit
-
- consistency(Store) - Method in class org.jacop.constraints.Sum
-
- consistency(Store) - Method in class org.jacop.constraints.SumWeight
-
- consistency(Store) - Method in class org.jacop.constraints.SumWeightDom
-
- consistency(Store) - Method in class org.jacop.constraints.Values
-
- consistency(Store) - Method in class org.jacop.constraints.XdivYeqZ
-
- consistency(Store) - Method in class org.jacop.constraints.XeqC
-
- consistency(Store) - Method in class org.jacop.constraints.XeqY
-
- consistency(Store) - Method in class org.jacop.constraints.XexpYeqZ
-
- consistency(Store) - Method in class org.jacop.constraints.XgtC
-
- consistency(Store) - Method in class org.jacop.constraints.XgteqC
-
- consistency(Store) - Method in class org.jacop.constraints.XgteqY
-
- consistency(Store) - Method in class org.jacop.constraints.XgtY
-
- consistency(Store) - Method in class org.jacop.constraints.XltC
-
- consistency(Store) - Method in class org.jacop.constraints.XlteqC
-
- consistency(Store) - Method in class org.jacop.constraints.XlteqY
-
- consistency(Store) - Method in class org.jacop.constraints.XltY
-
- consistency(Store) - Method in class org.jacop.constraints.XmodYeqZ
-
- consistency(Store) - Method in class org.jacop.constraints.XmulCeqZ
-
- consistency(Store) - Method in class org.jacop.constraints.XmulYeqC
-
- consistency(Store) - Method in class org.jacop.constraints.XmulYeqZ
-
- consistency(Store) - Method in class org.jacop.constraints.XneqC
-
- consistency(Store) - Method in class org.jacop.constraints.XneqY
-
- consistency(Store) - Method in class org.jacop.constraints.Xor
-
- consistency(Store) - Method in class org.jacop.constraints.XorBool
-
- consistency(Store) - Method in class org.jacop.constraints.XplusCeqZ
-
- consistency(Store) - Method in class org.jacop.constraints.XplusClteqZ
-
- consistency(Store) - Method in class org.jacop.constraints.XplusYeqC
-
- consistency(Store) - Method in class org.jacop.constraints.XplusYeqZ
-
- consistency(Store) - Method in class org.jacop.constraints.XplusYgtC
-
- consistency(Store) - Method in class org.jacop.constraints.XplusYlteqZ
-
- consistency(Store) - Method in class org.jacop.constraints.XplusYplusCeqZ
-
- consistency(Store) - Method in class org.jacop.constraints.XplusYplusQeqZ
-
- consistency(Store) - Method in class org.jacop.constraints.XplusYplusQgtC
-
- consistency() - Method in class org.jacop.core.Store
-
This function computes the consistency function.
- consistency(Store) - Method in class org.jacop.floats.constraints.AbsPeqR
-
- consistency(Store) - Method in class org.jacop.floats.constraints.CosPeqR
-
- consistency(Store) - Method in class org.jacop.floats.constraints.CosPeqR_decomposed
-
- consistency(Store) - Method in class org.jacop.floats.constraints.ElementFloat
-
- consistency(Store) - Method in class org.jacop.floats.constraints.EquationSystem
-
- consistency(Store) - Method in class org.jacop.floats.constraints.ExpPeqR
-
- consistency(Store) - Method in class org.jacop.floats.constraints.linear.Linear
-
- consistency(Store) - Method in class org.jacop.floats.constraints.Max
-
- consistency(Store) - Method in class org.jacop.floats.constraints.Min
-
- consistency(Store) - Method in class org.jacop.floats.constraints.PeqC
-
- consistency(Store) - Method in class org.jacop.floats.constraints.PeqQ
-
- consistency(Store) - Method in class org.jacop.floats.constraints.PgtC
-
- consistency(Store) - Method in class org.jacop.floats.constraints.PgteqC
-
- consistency(Store) - Method in class org.jacop.floats.constraints.PgteqQ
-
- consistency(Store) - Method in class org.jacop.floats.constraints.PgtQ
-
- consistency(Store) - Method in class org.jacop.floats.constraints.PltC
-
- consistency(Store) - Method in class org.jacop.floats.constraints.PlteqC
-
- consistency(Store) - Method in class org.jacop.floats.constraints.PlteqQ
-
- consistency(Store) - Method in class org.jacop.floats.constraints.PltQ
-
- consistency(Store) - Method in class org.jacop.floats.constraints.PmulCeqR
-
- consistency(Store) - Method in class org.jacop.floats.constraints.PmulQeqR
-
- consistency(Store) - Method in class org.jacop.floats.constraints.PneqC
-
- consistency(Store) - Method in class org.jacop.floats.constraints.PneqQ
-
- consistency(Store) - Method in class org.jacop.floats.constraints.PplusCeqR
-
- consistency(Store) - Method in class org.jacop.floats.constraints.PplusQeqR
-
- consistency(Store) - Method in class org.jacop.floats.constraints.SinPeqR
-
- consistency(Store) - Method in class org.jacop.floats.constraints.SqrtPeqR
-
- consistency(Store) - Method in class org.jacop.floats.constraints.TanPeqR
-
- consistency(Store) - Method in class org.jacop.floats.constraints.XeqP
-
- consistency(Store) - Method in class org.jacop.set.constraints.AdiffBeqC
-
- consistency(Store) - Method in class org.jacop.set.constraints.AdisjointB
-
- consistency(Store) - Method in class org.jacop.set.constraints.AeqB
-
- consistency(Store) - Method in class org.jacop.set.constraints.AeqS
-
- consistency(Store) - Method in class org.jacop.set.constraints.AinB
-
- consistency(Store) - Method in class org.jacop.set.constraints.AinS
-
- consistency(Store) - Method in class org.jacop.set.constraints.AintersectBeqC
-
- consistency(Store) - Method in class org.jacop.set.constraints.AunionBeqC
-
- consistency(Store) - Method in class org.jacop.set.constraints.CardA
-
- consistency(Store) - Method in class org.jacop.set.constraints.CardAeqX
-
- consistency(Store) - Method in class org.jacop.set.constraints.EinA
-
- consistency(Store) - Method in class org.jacop.set.constraints.ElementSet
-
- consistency(Store) - Method in class org.jacop.set.constraints.Lex
-
- consistency(Store) - Method in class org.jacop.set.constraints.Match
-
- consistency(Store) - Method in class org.jacop.set.constraints.SinA
-
- consistency(Store) - Method in class org.jacop.set.constraints.SumWeightedSet
-
- consistency(Store) - Method in class org.jacop.set.constraints.XeqA
-
- consistency(Store) - Method in class org.jacop.set.constraints.XinA
-
- CONSISTENCY_INFO_FROM - Variable in class org.jacop.constraints.knapsack.Knapsack
-
It specifies how many consistency functions must be executed before the information
about the constraint is being printed out.
- consistencyCalls - Static variable in class org.jacop.constraints.netflow.Statistics
-
- consistencyChecks - Variable in class org.jacop.constraints.Alldistinct
-
It counts the number of executions of the consistency function.
- consistencyDurationGtZero(Store) - Method in class org.jacop.constraints.geost.GeostObject.TimeBoundConstraint
-
It applies constraint enforcing that duration > 0
- consistencyForX(Store) - Method in class org.jacop.constraints.AmongVar
-
Is called when all y are grounded and amongForSet is equivalent to simple version of Among.
- consistencyForY(Store) - Method in class org.jacop.constraints.AmongVar
-
It is a function which makes Y consistent if all X's are grounded.
- consistencyIterations - Static variable in class org.jacop.constraints.netflow.Statistics
-
- ConsistencyListener - Interface in org.jacop.search
-
Defines an interface of an object which can be plugined into the search right
after executing the consistency function (at the beginning of each search
node).
- consistencyListener - Variable in class org.jacop.search.DepthFirstSearch
-
It is invoked when consistency function has been executed.
- consistencyPruningEvents - Variable in class org.jacop.constraints.Constraint
-
It specifies the event which must occur in order for the consistency function to
be called.
- consistencyStartPlusDurationEqEnd(Store) - Method in class org.jacop.constraints.geost.GeostObject.TimeBoundConstraint
-
It evaluates part of the constraint that ensures that start + duration = end
- consistencyWhen_LB0_EQ_UB0(Store) - Method in class org.jacop.constraints.AmongVar
-
The number of x in lbsDom is equal to the number of X intersecting ubSDom.
- Constraint - Class in org.jacop.constraints
-
Standard unified interface/abstract class for all constraints.
- Constraint() - Constructor for class org.jacop.constraints.Constraint
-
- CONSTRAINT - Static variable in interface org.jacop.fz.ParserConstants
-
RegularExpression Id.
- constraint_elem() - Method in class org.jacop.fz.Parser
-
- constraint_item() - Method in class org.jacop.fz.Parser
-
- constraint_items() - Method in class org.jacop.fz.Parser
-
- constraints - Variable in class org.jacop.constraints.geost.InArea
-
It holds all the constraints which have been generated from this external constraints.
- constraints() - Method in class org.jacop.core.Domain
-
It returns all the constraints attached currently to the domain.
- Constraints - Class in org.jacop.fz
-
The part of the parser responsible for parsing constraints.
- Constraints(Store) - Constructor for class org.jacop.fz.Constraints
-
It creates an object to parse the constraint part of the flatzinc file.
- contains(IntDomain) - Method in class org.jacop.core.BoundDomain
-
- contains(int) - Method in class org.jacop.core.BoundDomain
-
- contains(int, int) - Method in class org.jacop.core.BoundDomain
-
- contains(IntDomain) - Method in class org.jacop.core.IntDomain
-
It specifies if the current domain contains the domain given as a
parameter.
- contains(int, int) - Method in class org.jacop.core.IntDomain
-
It checks if an interval min..max belongs to the domain.
- contains(int) - Method in class org.jacop.core.IntDomain
-
It checks if value belongs to the domain.
- contains(IntDomain) - Method in class org.jacop.core.IntervalDomain
-
It specifies if the current domain contains the domain given as a
parameter.
- contains(int) - Method in class org.jacop.core.IntervalDomain
-
It checks if value belongs to the domain.
- contains(int, int) - Method in class org.jacop.core.IntervalDomain
-
- contains(IntDomain) - Method in class org.jacop.core.SmallDenseDomain
-
- contains(int) - Method in class org.jacop.core.SmallDenseDomain
-
- contains(int, int) - Method in class org.jacop.core.SmallDenseDomain
-
- contains(FloatDomain) - Method in class org.jacop.floats.core.FloatDomain
-
It specifies if the current domain contains the domain given as a
parameter.
- contains(double, double) - Method in class org.jacop.floats.core.FloatDomain
-
It checks if an interval min..max belongs to the domain.
- contains(int) - Method in class org.jacop.floats.core.FloatDomain
-
It checks if value belongs to the domain.
- contains(double) - Method in class org.jacop.floats.core.FloatDomain
-
- contains(FloatDomain) - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It specifies if the current domain contains the domain given as a
parameter.
- contains(int) - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It checks if value belongs to the domain.
- contains(double) - Method in class org.jacop.floats.core.FloatIntervalDomain
-
- contains(double, double) - Method in class org.jacop.floats.core.FloatIntervalDomain
-
- contains(IntDomain) - Method in class org.jacop.set.core.BoundSetDomain
-
It checks if the supplied set or setDomain is a subset of this domain.
- contains(SetDomain) - Method in class org.jacop.set.core.BoundSetDomain
-
- contains(int) - Method in class org.jacop.set.core.BoundSetDomain
-
It checks if value belongs to the domain.
- contains(IntDomain) - Method in class org.jacop.set.core.SetDomain
-
It checks if the supplied set or setDomain is still potentially a subset of this domain.
- contains(SetDomain) - Method in class org.jacop.set.core.SetDomain
-
It checks if the supplied set domain is a subset of this domain.
- contains(int) - Method in class org.jacop.set.core.SetDomain
-
It checks if value belongs to the domain of the set.
- contains(int) - Method in class org.jacop.util.IndexDomainView
-
It checks if the value of a given index is still in the domain.
- contains(Object) - Method in class org.jacop.util.SimpleArrayList
-
Returns true if this list contains the specified element.
- contains(E) - Method in class org.jacop.util.SimpleHashSet
-
Returns the boolean value which specifies if given element is already in
this identity hash set.
- containsPoint(int[]) - Method in class org.jacop.constraints.geost.DBox
-
It checks if this DBox contains the point as specified by an array of coordinates.
- containsPoint(int[]) - Method in class org.jacop.constraints.geost.Shape
-
It checks whether a given point lies within any of the shapes boxes.
- coords - Variable in class org.jacop.constraints.geost.GeostObject
-
It specifies the coordinates in k-dimensional space at which the object is fixed.
- copyInto(DBox) - Method in class org.jacop.constraints.geost.DBox
-
It copies this DBox into given DBox.
- CosPeqR - Class in org.jacop.floats.constraints
-
Constraints cos(P) = R
Bounds consistency can be used; third parameter of constructor controls this.
- CosPeqR(FloatVar, FloatVar) - Constructor for class org.jacop.floats.constraints.CosPeqR
-
It constructs cos(P) = Q constraints.
- CosPeqR_decomposed - Class in org.jacop.floats.constraints
-
Constraints cos(P) = R
Bounds consistency can be used; third parameter of constructor controls this.
- CosPeqR_decomposed(FloatVar, FloatVar) - Constructor for class org.jacop.floats.constraints.CosPeqR_decomposed
-
It constructs cos(P) = Q constraints.
- cost(long) - Method in class org.jacop.constraints.netflow.Network
-
- cost - Variable in class org.jacop.constraints.netflow.simplex.Arc
-
The cost of the Arc cost
- cost(long) - Method in class org.jacop.constraints.netflow.simplex.NetworkSimplex
-
- cost - Variable in class org.jacop.examples.fd.ExampleFD
-
It specifies the cost function, null if no cost function is used.
- cost - Variable in class org.jacop.examples.set.ExampleSet
-
It specifies the cost function, null if no cost function is used.
- cost - Variable in class org.jacop.search.sgmpcs.SGMPCSearch
-
Cost variable
- CostListener() - Constructor for class org.jacop.fz.Solve.CostListener
-
- CostListener() - Constructor for class org.jacop.search.sgmpcs.SimpleImprovementSearch.CostListener
-
- costOffset - Variable in class org.jacop.constraints.netflow.Network
-
Cost due to deleted arcs
- costPosition - Variable in class org.jacop.search.sgmpcs.SGMPCSearch
-
- costs - Variable in class org.jacop.examples.fd.muca.MUCA
-
For each bidder and each xor bid there is an
integer representing a cost of the xor bid.
- costValue - Variable in class org.jacop.search.DepthFirstSearch
-
It represents the cost value of currently best solution for IntVar cost.
- costValueFloat - Variable in class org.jacop.search.DepthFirstSearch
-
It represents the cost value of currently best solution for FloatVar cost.
- costVar - Variable in class org.jacop.constraints.SoftAlldifferent
-
- costVar - Variable in class org.jacop.constraints.SoftGCC
-
- costVariable - Variable in class org.jacop.constraints.netflow.NetworkBuilder
-
- costVariable - Variable in class org.jacop.constraints.netflow.NetworkFlow
-
The cost variable
- costVariable - Variable in class org.jacop.search.DepthFirstSearch
-
It represents the cost variable.
- Count - Class in org.jacop.constraints
-
Count constraint implements the counting over number of occurrences of
a given value in a list of variables.
- Count(IntVar[], IntVar, int) - Constructor for class org.jacop.constraints.Count
-
It constructs a Count constraint.
- Count(ArrayList<? extends IntVar>, IntVar, int) - Constructor for class org.jacop.constraints.Count
-
It constructs a Count constraint.
- countConsistency - Variable in class org.jacop.constraints.knapsack.Knapsack
-
It counts the number of time the consistency function has been executed.
- countConstraint() - Method in class org.jacop.core.Store
-
This function is called when a counter of constraints should be
increased.
- countConstraint(int) - Method in class org.jacop.core.Store
-
This function is called when a counter of constraints should be increased
by given value.
- countedValue - Variable in class org.jacop.constraints.SoftGCC
-
- counter - Static variable in class org.jacop.constraints.AmongVar
-
Number of Among constraints created.
- counter - Variable in class org.jacop.constraints.Count
-
It specifies variable counter to count the number of occurences of the specified value in a list.
- counters - Variable in class org.jacop.constraints.GCC
-
It species variables counters for counting occurences of each possible value from the
intial domain of x variables.
- countQueueVariable - Variable in class org.jacop.constraints.knapsack.Knapsack
-
It counts the number of times the queueVariable function has been executed.
- countRemoveLevel - Variable in class org.jacop.constraints.knapsack.Knapsack
-
It counts the number of time the removeLevel function has been executed.
- countWatches() - Method in class org.jacop.core.Store
-
It returns number of watches which are used to watch constraints.
- CPvizGardner - Class in org.jacop.examples.cpviz
-
The class Run is used to run test programs for JaCoP package.
- CPvizNetworkFlow - Class in org.jacop.examples.cpviz
-
The class Run is used to run test programs for JaCoP package.
- CPvizNetworkFlow.NetListener<T extends Var> - Class in org.jacop.examples.cpviz
-
- CPvizNewspaper - Class in org.jacop.examples.cpviz
-
It is a simple newspaper reading job-shop like scheduling problem.
- CPvizNewspaper() - Constructor for class org.jacop.examples.cpviz.CPvizNewspaper
-
- CPvizSendMoreMoney - Class in org.jacop.examples.cpviz
-
- CPvizSendMoreMoney() - Constructor for class org.jacop.examples.cpviz.CPvizSendMoreMoney
-
- CPvizSudoku - Class in org.jacop.examples.cpviz
-
- CPvizSudoku() - Constructor for class org.jacop.examples.cpviz.CPvizSudoku
-
- createAutomaton(int[]) - Method in class org.jacop.examples.fd.nonogram.Nonogram
-
It produces and FSM given a sequence representing a rule.
- createFSM(int, IntervalDomain, IntervalDomain) - Static method in class org.jacop.examples.fd.carsequencing.CarSequencing
-
- CreditCalculator<T extends Var> - Class in org.jacop.search
-
Defines functionality of credit search.
- CreditCalculator(int, int, int) - Constructor for class org.jacop.search.CreditCalculator
-
The constructor allows to specify number of credits.
- CreditCalculator(int, int) - Constructor for class org.jacop.search.CreditCalculator
-
The constructor allows to specify number of credits.
- creditSearch(int, int, int) - Method in class org.jacop.examples.fd.ExampleFD
-
It uses credit search to solve a problem.
- criticalLeaf - Variable in class org.jacop.constraints.knapsack.Tree
-
It specifies the leaf containing the critical item.
- criticalLeftLeaf - Variable in class org.jacop.constraints.knapsack.Tree
-
It specifies the leaf containing the left most item which is being
used during computeForbidden().
- criticalRightLeaf - Variable in class org.jacop.constraints.knapsack.Tree
-
It specifies the leaf containing the last right item which is being
used during computeMandatory().
- CrossWord - Class in org.jacop.examples.fd.crosswords
-
It is an example of the power of ExtensionalSupportMDD constraint which can be used
to efficiently model and solve CrossWord puzzles.
- CrossWord() - Constructor for class org.jacop.examples.fd.crosswords.CrossWord
-
- CrossWord.PrintListener<T extends Var> - Class in org.jacop.examples.fd.crosswords
-
It is a simple print listener to print every tenth solution encountered.
- Cryptogram - Class in org.jacop.examples.fd
-
Cryptogram.
- Cryptogram() - Constructor for class org.jacop.examples.fd.Cryptogram
-
- Cumulative - Class in org.jacop.constraints
-
Cumulative implements the cumulative/4 constraint using edge-finding
algorithm and profile information on the resource use.
- Cumulative(IntVar[], IntVar[], IntVar[], IntVar, boolean, boolean) - Constructor for class org.jacop.constraints.Cumulative
-
It creates a cumulative constraint.
- Cumulative(IntVar[], IntVar[], IntVar[], IntVar, boolean, boolean, boolean) - Constructor for class org.jacop.constraints.Cumulative
-
It creates a cumulative constraint.
- Cumulative(ArrayList<? extends IntVar>, ArrayList<? extends IntVar>, ArrayList<? extends IntVar>, IntVar) - Constructor for class org.jacop.constraints.Cumulative
-
It creates a cumulative constraint.
- Cumulative(ArrayList<? extends IntVar>, ArrayList<? extends IntVar>, ArrayList<? extends IntVar>, IntVar, boolean) - Constructor for class org.jacop.constraints.Cumulative
-
It creates a cumulative constraint.
- Cumulative(ArrayList<? extends IntVar>, ArrayList<? extends IntVar>, ArrayList<? extends IntVar>, IntVar, boolean, boolean) - Constructor for class org.jacop.constraints.Cumulative
-
It creates a cumulative constraint.
- Cumulative(IntVar[], IntVar[], IntVar[], IntVar) - Constructor for class org.jacop.constraints.Cumulative
-
It creates a cumulative constraint.
- Cumulative(IntVar[], IntVar[], IntVar[], IntVar, boolean) - Constructor for class org.jacop.constraints.Cumulative
-
It creates a cumulative constraint.
- curChar - Variable in class org.jacop.fz.ParserTokenManager
-
- currentBest - Variable in class org.jacop.examples.fd.NonTransitiveDice
-
It specifies the currently best solution which is a bound
for the next solution.
- currentChildSearch - Variable in class org.jacop.search.DepthFirstSearch
-
It remembers what child search has been already examined.
- currentConstraint - Variable in class org.jacop.core.Store
-
It stores constraint which is currently re-evaluated.
- currentLevel - Variable in class org.jacop.constraints.knapsack.Knapsack
-
It specifies the current level of the constraint store at which
the consistency function of this constraint is being executed.
- currentLevel - Variable in class org.jacop.core.SimpleBacktrackableManager
-
It specifies the current level which is active in the manager.
- currentLevelMax - Variable in class org.jacop.core.SimpleBacktrackableManager
-
It specifies if for the current level we have reached the cutoff value.
- currentQueue - Variable in class org.jacop.core.Store
-
It stores current queue, which is being evaluated.
- currentToken - Variable in exception org.jacop.fz.ParseException
-
This is the last token that has been consumed successfully.
- CurveFitting - Class in org.jacop.examples.floats
-
- CurveFitting() - Constructor for class org.jacop.examples.floats.CurveFitting
-
- Cyclohexane - Class in org.jacop.examples.floats
-
- Cyclohexane() - Constructor for class org.jacop.examples.floats.Cyclohexane
-
- d - Variable in class org.jacop.constraints.Assignment
-
It specifies a list of variables d.
- Danzig - Class in org.jacop.constraints.netflow.simplex
-
A simple rule that always chooses the arc with maximum violation.
- Danzig(NetworkSimplex) - Constructor for class org.jacop.constraints.netflow.simplex.Danzig
-
- DBox - Class in org.jacop.constraints.geost
-
- DBox(int[], int[]) - Constructor for class org.jacop.constraints.geost.DBox
-
constructs a new Box.
- DCT - Class in org.jacop.examples.fd.filters
-
It specifies DCT benchmark.
- DCT() - Constructor for class org.jacop.examples.fd.filters.DCT
-
It constructs a DCT filter problem with default delays for
- DCT(int, int) - Constructor for class org.jacop.examples.fd.filters.DCT
-
It constructs a DCT filter with specific delays for
addition and multiplication operation.
- DeBruijn - Class in org.jacop.examples.fd
-
A program solving problem of finding de Bruijn sequences.
- DeBruijn() - Constructor for class org.jacop.examples.fd.DeBruijn
-
- DEBUG - Static variable in class org.jacop.constraints.netflow.simplex.NetworkSimplex
-
- debug - Static variable in class org.jacop.core.MutableDomain
-
It specifies if debugging info should be printed out.
- debug - Static variable in class org.jacop.core.Store
-
It specifies if some debugging information is printed.
- DEBUG_ALL - Static variable in class org.jacop.constraints.netflow.simplex.NetworkSimplex
-
- debugAll - Static variable in class org.jacop.constraints.AmongVar
-
It turns out printing debugging information.
- debugAll - Static variable in class org.jacop.constraints.ExtensionalSupportMDD
-
It specifies if the debugging information is printed.
- debugAll - Static variable in class org.jacop.constraints.knapsack.Knapsack
-
It specifies if any debugging information should be printed.
- debugAll - Static variable in class org.jacop.constraints.regular.Regular
-
It specifies if debugging information should be printed out.
- debugStream - Variable in class org.jacop.fz.ParserTokenManager
-
Debug output.
- decompose(Store) - Method in class org.jacop.constraints.AndBool
-
- decompose(Store) - Method in class org.jacop.constraints.Constraint
-
It returns an array list of constraint which are used to decompose this
constraint.
- decompose(Store) - Method in class org.jacop.constraints.DecomposedConstraint
-
It returns an array list of constraint which are used to decompose this
constraint.
- decompose(Store) - Method in class org.jacop.constraints.EqBool
-
- decompose(Store) - Method in class org.jacop.constraints.Lex
-
- decompose(Store) - Method in class org.jacop.constraints.netflow.Arithmetic
-
- decompose(Store) - Method in class org.jacop.constraints.OrBool
-
- decompose(Store) - Method in class org.jacop.constraints.regular.Regular
-
- decompose(Store) - Method in class org.jacop.constraints.Sequence
-
- decompose(Store) - Method in class org.jacop.constraints.SoftAlldifferent
-
- decompose(Store) - Method in class org.jacop.constraints.SoftGCC
-
- decompose(Store) - Method in class org.jacop.constraints.Stretch
-
- DecomposedConstraint - Class in org.jacop.constraints
-
Standard unified interface/abstract class for constraints, which can only be decomposed.
- DecomposedConstraint() - Constructor for class org.jacop.constraints.DecomposedConstraint
-
- decomposeLE(Store) - Method in class org.jacop.constraints.Lex
-
- decomposeLERegular(Store) - Method in class org.jacop.constraints.Lex
-
- decomposeLT(Store) - Method in class org.jacop.constraints.Lex
-
- decomposeLTRegular(Store) - Method in class org.jacop.constraints.Lex
-
- decomposition - Variable in class org.jacop.constraints.SoftAlldifferent
-
- decomposition - Variable in class org.jacop.constraints.SoftGCC
-
- deepClone(HashSet<FSMState>) - Method in class org.jacop.util.fsm.FSMState
-
Performing deep clone unless this state has already a state with
the same id in the array of states.
- deepClone(HashSet<FSMState>) - Method in class org.jacop.util.fsm.FSMTransition
-
It performs a clone of a transition with copying the attributes too.
- DEFAULT - Static variable in interface org.jacop.fz.ParserConstants
-
Lexical state.
- defineConstraint(FloatVar, Constraint) - Static method in class org.jacop.floats.constraints.Derivative
-
- definingVariables() - Method in class org.jacop.constraints.geost.AllowedArea
-
- definingVariables() - Method in class org.jacop.constraints.geost.DomainHoles
-
- definingVariables() - Method in class org.jacop.constraints.geost.ForbiddenArea
-
- definingVariables() - Method in class org.jacop.constraints.geost.InternalConstraint
-
It provides a collection, possibly empty, of variables which define this constraint.
- definingVariables() - Method in class org.jacop.constraints.geost.ObstacleObjectFrame
-
- degree - Variable in class org.jacop.constraints.netflow.simplex.Node
-
number of connected arcs
- delays() - Method in class org.jacop.examples.fd.filters.Filter
-
It returns the array with the delays of all operations.
- DELETED_ARC - Static variable in class org.jacop.constraints.netflow.simplex.NetworkSimplex
-
- deletedArcs - Variable in class org.jacop.constraints.netflow.Network
-
List of deleted arcs (contains no duplicates)
- deletedSize - Variable in class org.jacop.constraints.netflow.Network
-
Number of deleted arcs at each level
- deltaBalance - Variable in class org.jacop.constraints.netflow.simplex.Node
-
change in balance for the next flow computation
- deltasI - Variable in class org.jacop.examples.fd.muca.MUCA
-
For each transition and each good it specifies the
delta change of that good before the transition takes place.
- deltasO - Variable in class org.jacop.examples.fd.muca.MUCA
-
For each transition and each good it specifies the
delta change of that good after the transition takes place.
- dense - Variable in class org.jacop.util.SparseSet
-
Dense array used within SparseSet functionality.
- dependencies - Variable in class org.jacop.examples.fd.filters.Filter
-
It specifies the dependencies between the operation.
- dependencies() - Method in class org.jacop.examples.fd.filters.Filter
-
It returns the dependencies between operations which need to be satisfy in the
final solution.
- depth - Variable in class org.jacop.constraints.netflow.simplex.Node
-
- DepthFirstSearch<T extends Var> - Class in org.jacop.search
-
Implements Depth First Search with number of possible plugins (listeners) to
be attached to modify the search.
- DepthFirstSearch() - Constructor for class org.jacop.search.DepthFirstSearch
-
It specifies current child search.
- deRegisterRemoveLevelListener(Constraint) - Method in class org.jacop.core.Store
-
This function deregisters a constraint from the listeners queue.
- deregisterWatchedLiteralConstraint(Var, Constraint) - Method in class org.jacop.core.Store
-
Variable given as a parameter no longer watches constraint given as
parameter.
- deregisterWatchedLiteralConstraint(Constraint) - Method in class org.jacop.core.Store
-
Watched constraint given as parameter is being removed, no variable will
be watching it.
- derivateConstraints - Static variable in class org.jacop.floats.constraints.Derivative
-
- derivative(Store, FloatVar, Set<FloatVar>, FloatVar) - Method in class org.jacop.constraints.DecomposedConstraint
-
- derivative(Store, FloatVar, Set<FloatVar>, FloatVar) - Method in class org.jacop.floats.constraints.CosPeqR
-
- Derivative - Class in org.jacop.floats.constraints
-
Derivative for float constraints
The derivative of f with respect to x
- Derivative() - Constructor for class org.jacop.floats.constraints.Derivative
-
- derivative(Store, FloatVar, Set<FloatVar>, FloatVar) - Method in class org.jacop.floats.constraints.ExpPeqR
-
- derivative(Store, FloatVar, Set<FloatVar>, FloatVar) - Method in class org.jacop.floats.constraints.LinearFloat
-
- derivative(Store, FloatVar, Set<FloatVar>, FloatVar) - Method in class org.jacop.floats.constraints.PmulCeqR
-
- derivative(Store, FloatVar, Set<FloatVar>, FloatVar) - Method in class org.jacop.floats.constraints.PmulQeqR
-
- derivative(Store, FloatVar, Set<FloatVar>, FloatVar) - Method in class org.jacop.floats.constraints.PplusCeqR
-
- derivative(Store, FloatVar, Set<FloatVar>, FloatVar) - Method in class org.jacop.floats.constraints.PplusQeqR
-
- derivative(Store, FloatVar, Set<FloatVar>, FloatVar) - Method in class org.jacop.floats.constraints.SinPeqR
-
- derivative(Store, FloatVar, Set<FloatVar>, FloatVar) - Method in class org.jacop.floats.constraints.SqrtPeqR
-
- derivativeConstraints() - Static method in class org.jacop.floats.constraints.Derivative
-
- description - Variable in class org.jacop.core.Store
-
It specifies long description of the store.
- dest - Variable in class org.jacop.constraints.regular.RegEdge
-
The destination state.
- determinant() - Method in class org.jacop.util.Matrix
-
- determinant(double[][]) - Method in class org.jacop.util.Matrix
-
- DFQ - Class in org.jacop.examples.fd.filters
-
It specifies DFQ filter benchmark.
- DFQ() - Constructor for class org.jacop.examples.fd.filters.DFQ
-
It creates a standard DFQ filter problem with addition
delay equal 1 and multiplication delay equal 2.
- DFQ(int, int) - Constructor for class org.jacop.examples.fd.filters.DFQ
-
It creates DFQ filter problem with specified delays.
- diagram - Variable in class org.jacop.util.MDD
-
For each node at given index i-th it specifies all possible
outgoing edges.
- Diet - Class in org.jacop.examples.fd
-
It specifies a simple diet problem.
- Diet() - Constructor for class org.jacop.examples.fd.Diet
-
- Diff - Class in org.jacop.constraints
-
Diff constraint assures that any two rectangles from a vector of rectangles
does not overlap in at least one direction.
- Diff(Rectangle[], boolean) - Constructor for class org.jacop.constraints.Diff
-
It specifies a diff constraint.
- Diff(IntVar[][]) - Constructor for class org.jacop.constraints.Diff
-
It specifies a diff constraint.
- Diff(IntVar[], IntVar[], IntVar[], IntVar[], boolean) - Constructor for class org.jacop.constraints.Diff
-
It constructs a diff constraint.
- Diff(IntVar[], IntVar[], IntVar[], IntVar[]) - Constructor for class org.jacop.constraints.Diff
-
It constructs a diff constraint.
- Diff(ArrayList<? extends ArrayList<? extends IntVar>>) - Constructor for class org.jacop.constraints.Diff
-
It specifies a diffn constraint.
- Diff(ArrayList<? extends ArrayList<? extends IntVar>>, boolean) - Constructor for class org.jacop.constraints.Diff
-
It specifies a diff constraint.
- Diff(ArrayList<? extends IntVar>, ArrayList<? extends IntVar>, ArrayList<? extends IntVar>, ArrayList<? extends IntVar>) - Constructor for class org.jacop.constraints.Diff
-
It constructs a diff constraint.
- Diff(ArrayList<? extends IntVar>, ArrayList<? extends IntVar>, ArrayList<? extends IntVar>, ArrayList<? extends IntVar>, boolean) - Constructor for class org.jacop.constraints.Diff
-
It constructs a diff constraint.
- Diff(IntVar[][], boolean) - Constructor for class org.jacop.constraints.Diff
-
It specifies a diff constraint.
- Diff2 - Class in org.jacop.constraints
-
Diff2 constraint assures that any two rectangles from a vector of rectangles
does not overlap in at least one direction.
- Diff2(Rectangle[], int[], boolean) - Constructor for class org.jacop.constraints.Diff2
-
Conditional Diff2.
- Diff2(ArrayList<IntVar>, ArrayList<IntVar>, ArrayList<IntVar>, ArrayList<IntVar>, boolean) - Constructor for class org.jacop.constraints.Diff2
-
It creates a diff2 constraint.
- Diff2(ArrayList<? extends ArrayList<? extends IntVar>>) - Constructor for class org.jacop.constraints.Diff2
-
It creates a diff2 constraint.
- Diff2(ArrayList<? extends ArrayList<? extends IntVar>>, boolean) - Constructor for class org.jacop.constraints.Diff2
-
It creates a diff2 constraint.
- Diff2(ArrayList<? extends IntVar>, ArrayList<? extends IntVar>, ArrayList<? extends IntVar>, ArrayList<? extends IntVar>) - Constructor for class org.jacop.constraints.Diff2
-
It creates a diff2 constraint.
- Diff2(IntVar[], IntVar[], IntVar[], IntVar[]) - Constructor for class org.jacop.constraints.Diff2
-
It creates a diff2 constraint.
- Diff2(IntVar[], IntVar[], IntVar[], IntVar[], boolean) - Constructor for class org.jacop.constraints.Diff2
-
It creates a diff2 constraint.
- Diff2(IntVar[][]) - Constructor for class org.jacop.constraints.Diff2
-
It creates a diff2 constraint.
- Diff2(IntVar[][], boolean) - Constructor for class org.jacop.constraints.Diff2
-
It creates a diff2 constraint.
- Diff2(ArrayList<ArrayList<IntVar>>, ArrayList<ArrayList<Integer>>) - Constructor for class org.jacop.constraints.Diff2
-
Conditional Diff2.
- Diff2(IntVar[][], ArrayList<ArrayList<Integer>>) - Constructor for class org.jacop.constraints.Diff2
-
Conditional Diff2.
- dimension - Variable in class org.jacop.constraints.geost.GeostObject
-
It specifies the number of dimensions in this object.
- dimensionAt(int) - Method in interface org.jacop.constraints.geost.LexicographicalOrder
-
It provides the dimension corresponding to the given precedence level
- dimensionAt(int) - Method in class org.jacop.constraints.geost.PredefinedOrder
-
- dimensionAt(int) - Method in class org.jacop.constraints.geost.ShiftOrder
-
- disable_tracing() - Method in class org.jacop.fz.Parser
-
Disable tracing.
- disableQueueVariable - Variable in class org.jacop.constraints.netflow.NetworkFlow
-
Disables the queue variable function during consistency
- disableState(int, int) - Method in class org.jacop.constraints.regular.Regular
-
It marks state as being not active.
- Disjoint - Class in org.jacop.constraints
-
Disjoint constraint assures that any two rectangles from a vector of
rectangles does not overlap in at least one direction.
- Disjoint(Rectangle[], boolean) - Constructor for class org.jacop.constraints.Disjoint
-
- Disjoint(ArrayList<IntVar>, ArrayList<IntVar>, ArrayList<IntVar>, ArrayList<IntVar>, boolean) - Constructor for class org.jacop.constraints.Disjoint
-
It creates a diff2 constraint.
- Disjoint(ArrayList<? extends ArrayList<? extends IntVar>>) - Constructor for class org.jacop.constraints.Disjoint
-
It creates a diff2 constraint.
- Disjoint(ArrayList<? extends ArrayList<? extends IntVar>>, boolean) - Constructor for class org.jacop.constraints.Disjoint
-
It creates a diff2 constraint.
- Disjoint(ArrayList<? extends IntVar>, ArrayList<? extends IntVar>, ArrayList<? extends IntVar>, ArrayList<? extends IntVar>) - Constructor for class org.jacop.constraints.Disjoint
-
It creates a diff2 constraint.
- Disjoint(IntVar[], IntVar[], IntVar[], IntVar[]) - Constructor for class org.jacop.constraints.Disjoint
-
It creates a diff2 constraint.
- Disjoint(IntVar[], IntVar[], IntVar[], IntVar[], boolean) - Constructor for class org.jacop.constraints.Disjoint
-
It creates a diff2 constraint.
- Disjoint(Store, IntVar[][]) - Constructor for class org.jacop.constraints.Disjoint
-
It creates a diff2 constraint.
- Disjoint(IntVar[][], boolean) - Constructor for class org.jacop.constraints.Disjoint
-
It creates a diff2 constraint.
- DisjointConditional - Class in org.jacop.constraints
-
DisjointConditional constraint assures that any two rectangles from a vector
of rectangles does not overlap in at least one direction.
- DisjointConditional(Rectangle[], ExclusiveList, boolean) - Constructor for class org.jacop.constraints.DisjointConditional
-
It specifies a diff constraint.
- DisjointConditional(ArrayList<ArrayList<? extends IntVar>>, ArrayList<ArrayList<Integer>>, ArrayList<? extends IntVar>) - Constructor for class org.jacop.constraints.DisjointConditional
-
It creates Disjoint conditional constraint.
- DisjointConditional(ArrayList<ArrayList<? extends IntVar>>, ArrayList<ArrayList<Integer>>, ArrayList<? extends IntVar>, boolean) - Constructor for class org.jacop.constraints.DisjointConditional
-
It creates Disjoint conditional constraint.
- DisjointConditional(ArrayList<? extends IntVar>, ArrayList<? extends IntVar>, ArrayList<? extends IntVar>, ArrayList<? extends IntVar>, ArrayList<ArrayList<Integer>>, ArrayList<? extends IntVar>) - Constructor for class org.jacop.constraints.DisjointConditional
-
It constructs a disjoint conditional constraint.
- DisjointConditional(ArrayList<? extends IntVar>, ArrayList<? extends IntVar>, ArrayList<? extends IntVar>, ArrayList<? extends IntVar>, ArrayList<ArrayList<Integer>>, ArrayList<? extends IntVar>, boolean) - Constructor for class org.jacop.constraints.DisjointConditional
-
It constructs a disjoint conditional constraint.
- DisjointConditional(IntVar[], IntVar[], IntVar[], IntVar[], ArrayList<ArrayList<Integer>>, ArrayList<? extends IntVar>) - Constructor for class org.jacop.constraints.DisjointConditional
-
It constructs a disjoint conditional constraint.
- DisjointConditional(IntVar[], IntVar[], IntVar[], IntVar[], ArrayList<ArrayList<Integer>>, ArrayList<? extends IntVar>, boolean) - Constructor for class org.jacop.constraints.DisjointConditional
-
It constructs a disjoint conditional constraint.
- DisjointConditional(IntVar[][], ArrayList<ArrayList<Integer>>, ArrayList<? extends IntVar>) - Constructor for class org.jacop.constraints.DisjointConditional
-
It creates Disjoint conditional constraint.
- DisjointConditional(IntVar[][], ArrayList<ArrayList<Integer>>, ArrayList<? extends IntVar>, boolean) - Constructor for class org.jacop.constraints.DisjointConditional
-
It creates Disjoint conditional constraint.
- dispatchBox(DBox) - Static method in class org.jacop.constraints.geost.DBox
-
It allows the system to reuse the given box by placing it into the pool of
allocated boxes.
- display2DBox(DBox) - Method in class org.jacop.constraints.geost.BoxDisplay
-
It displays a given dbox in a black color.
- display2DBox(DBox, Color) - Method in class org.jacop.constraints.geost.BoxDisplay
-
It displays a given dbox using a given color.
- display2DBox(DBox, Color, boolean) - Method in class org.jacop.constraints.geost.BoxDisplay
-
It draws dboxes given color.
- display2DGeostObject(Geost, GeostObject, Color) - Method in class org.jacop.constraints.geost.BoxDisplay
-
It displays a 2D geost object.
- display2DObject(GeostObject, Shape) - Method in class org.jacop.constraints.geost.BoxDisplay
-
It displays 2D Geost object given its shape.
- display2DPoint(int[], Color) - Method in class org.jacop.constraints.geost.BoxDisplay
-
It displays a 2D point given its coordinates and color.
- display3DGeostObjectSlice(Geost, GeostObject, Color, int) - Method in class org.jacop.constraints.geost.BoxDisplay
-
It displays 3D geost by slicing 3rd dimension at given point and displaying the resulting slice.
- displayState(int, String, Geost) - Method in class org.jacop.constraints.geost.BoxDisplay
-
It creates a display to visualize 2D geost constraint.
- displayState(int, boolean, boolean, Geost) - Method in class org.jacop.constraints.geost.BoxDisplay
-
It displays the state of the geost constraint.
- Distance - Class in org.jacop.constraints
-
Constraint |X - Y| #= Z
- Distance(IntVar, IntVar, IntVar) - Constructor for class org.jacop.constraints.Distance
-
- divBounds(int, int, int, int) - Static method in class org.jacop.core.IntDomain
-
- divBounds(double, double, double, double) - Static method in class org.jacop.floats.core.FloatDomain
-
- divide(int) - Method in class org.jacop.core.BoundDomain
-
It divides the domain by a given constant.
- divIntBounds(int, int, int, int) - Static method in class org.jacop.core.IntDomain
-
- dNames - Variable in class org.jacop.constraints.regular.Regular
-
dNames contain a "name" for each value from the union of all variabl's domains.
- doEdgeFinding - Variable in class org.jacop.constraints.Cumulative
-
It specifies if the edge finding algorithm should be used.
- DollarAndTicket - Class in org.jacop.examples.fd
-
It solves a simple logic puzzle - Dollar and Ticket problem.
- DollarAndTicket() - Constructor for class org.jacop.examples.fd.DollarAndTicket
-
- dom - Variable in class org.jacop.constraints.In
-
It specifies domain d which restricts the possible value of the specified variable.
- dom() - Method in class org.jacop.core.BooleanVar
-
This function returns current domain of the variable.
- dom() - Method in class org.jacop.core.IntVar
-
This function returns current domain of the variable.
- dom() - Method in class org.jacop.core.Var
-
This function returns current domain of the variable.
- dom() - Method in class org.jacop.floats.core.FloatVar
-
This function returns current domain of the variable.
- dom() - Method in class org.jacop.set.core.SetVar
-
This function returns current domain of the variable.
- Domain - Class in org.jacop.core
-
Defines a Domain and related operations on it.
- Domain() - Constructor for class org.jacop.core.Domain
-
- domain - Variable in class org.jacop.core.IntVar
-
It stores pointer to a current domain, which has stamp equal to store
stamp.
- domain - Variable in class org.jacop.core.MutableDomainValue
-
It stores the value of the mutable domain.
- domain - Variable in class org.jacop.floats.core.FloatVar
-
It stores pointer to a current domain, which has stamp equal to store
stamp.
- domain - Variable in class org.jacop.set.core.SetVar
-
It specifies the current domain associated with this set variable.
- domain - Variable in class org.jacop.util.fsm.FSMTransition
-
It specifies the domain associated with the transition.
- domainHasChanged(int) - Method in class org.jacop.core.BooleanVar
-
It informs the variable that its variable has changed according to the specified event.
- domainHasChanged() - Method in class org.jacop.core.BoundDomainValueEnumeration
-
- domainHasChanged() - Method in class org.jacop.core.IntervalDomainValueEnumeration
-
- domainHasChanged(int) - Method in class org.jacop.core.IntVar
-
It informs the variable that its variable has changed according to the specified event.
- domainHasChanged() - Method in class org.jacop.core.SmallDenseDomainValueEnumeration
-
- domainHasChanged() - Method in class org.jacop.core.ValueEnumeration
-
This function is called to inform enumeration of the change of the domain
it enumerates over.
- domainHasChanged(int) - Method in class org.jacop.core.Var
-
It informs the variable that its variable has changed according to the specified event.
- domainHasChanged(int) - Method in class org.jacop.floats.core.FloatVar
-
It informs the variable that its variable has changed according to the specified event.
- domainHasChanged() - Method in class org.jacop.set.core.SetDomainValueEnumeration
-
- domainHasChanged(int) - Method in class org.jacop.set.core.SetVar
-
It informs the variable that its variable has changed according to the specified event.
- DomainHoles - Class in org.jacop.constraints.geost
-
- DomainHoles(GeostObject) - Constructor for class org.jacop.constraints.geost.DomainHoles
-
It creates Domain Holes internal constraint for a given object.
- domainID() - Method in class org.jacop.core.BoundDomain
-
- domainID() - Method in class org.jacop.core.Domain
-
It returns an unique identifier of the domain.
- domainID() - Method in class org.jacop.core.IntervalDomain
-
It returns an unique identifier of the domain.
- domainID() - Method in class org.jacop.core.SmallDenseDomain
-
- domainID() - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It returns an unique identifier of the domain.
- domainID() - Method in class org.jacop.set.core.BoundSetDomain
-
It returns an unique identifier of the domain.
- domainID() - Method in class org.jacop.set.core.SetDomain
-
It returns an unique identifier of the domain.
- domainLimits - Variable in class org.jacop.util.MDD
-
The initial domain limits used to create an MDD array representation.
- domains - Variable in class org.jacop.constraints.netflow.DomainStructure
-
- DomainStructure - Class in org.jacop.constraints.netflow
-
A domain based structure variable.
- DomainStructure(IntVar, List<Domain>, List<Arc>) - Constructor for class org.jacop.constraints.netflow.DomainStructure
-
Creates an S-variable
- DomainStructure(IntVar, IntDomain[], Arc[]) - Constructor for class org.jacop.constraints.netflow.DomainStructure
-
- DomainStructure(IntVar, IntDomain[], Arc[], DomainStructure.Behavior) - Constructor for class org.jacop.constraints.netflow.DomainStructure
-
- DomainStructure.Behavior - Enum in org.jacop.constraints.netflow
-
- domOverlap(Rectangle) - Method in class org.jacop.constraints.Rectangle
-
It returns true if this rectangle overlaps with a given rectangle.
- DonaldGeraldRobert - Class in org.jacop.examples.fd
-
It specifies the logic puzzle (cryptogram) which need to satisfy the following
equation that DONALD+GERALD=ROBERT.
- DonaldGeraldRobert() - Constructor for class org.jacop.examples.fd.DonaldGeraldRobert
-
- Done() - Method in class org.jacop.fz.SimpleCharStream
-
Reset buffer when finished.
- doNotRunSearch() - Method in class org.jacop.fz.Options
-
It defines whether to run the solver.
- doProfile - Variable in class org.jacop.constraints.Cumulative
-
It specifies if the profiles should be computed to propagate
onto limit variable.
- doProfile - Variable in class org.jacop.constraints.Diff
-
It specifies if the constraint should compute and use the profile.
- DOT - Class in org.jacop.examples.fd.filters
-
It specifies DOT benchmark.
- DOT() - Constructor for class org.jacop.examples.fd.filters.DOT
-
It constructs a simple DOT filter.
- DOT(int, int) - Constructor for class org.jacop.examples.fd.filters.DOT
-
It constructs a DOT filter with the specified delay
for the addition and multiplication operation.
- DOTDOT - Static variable in interface org.jacop.fz.ParserConstants
-
RegularExpression Id.
- down(double) - Static method in class org.jacop.floats.core.FloatDomain
-
- downBit(double) - Static method in class org.jacop.floats.core.FloatDomain
-
- drawGrid(Color) - Method in class org.jacop.constraints.geost.BoxDisplay
-
It draws the grid.
- dualPivot(Arc) - Method in class org.jacop.constraints.netflow.simplex.NetworkSimplex
-
- dump(String) - Method in class org.jacop.fz.SimpleNode
-
- duration - Variable in class org.jacop.constraints.geost.GeostObject
-
It specifies the duration time of this object.
- durations - Variable in class org.jacop.constraints.Cumulative
-
It specifies/stores duration variables for each corresponding task.
- E - Static variable in class org.jacop.floats.core.FloatDomain
-
It specifies the constant e, as defined in java.lang.Math package.
- e - Variable in class org.jacop.search.sgmpcs.SGMPCSearch
-
- earlyTerminationOK - Variable in class org.jacop.constraints.Constraint
-
It specifies if the constraint consistency function can be prematurely terminated
through other than FailureException exception.
- efficiency - Variable in class org.jacop.constraints.knapsack.KnapsackItem
-
It stores information about the item efficiency - profit/weight.
- efficiency - Variable in class org.jacop.constraints.knapsack.TreeLeaf
-
It specifies the efficiency of the item in the leaf.
- EinA - Class in org.jacop.set.constraints
-
It constructs a constraint which makes sure that a given element is
in the domain of the set variable.
- EinA(int, SetVar, boolean) - Constructor for class org.jacop.set.constraints.EinA
-
It constructs an eInA constraint to restrict the domain of the variable.
- EinA(int, SetVar) - Constructor for class org.jacop.set.constraints.EinA
-
It constructs an eInA constraint to restrict the domain of the variable.
- einAinleftTree - Variable in class org.jacop.search.DepthFirstSearch
-
It specifies if for setVar based search the left branch should impose EinA constraint.
- eInit - Variable in class org.jacop.search.sgmpcs.SGMPCSearch
-
- Element - Class in org.jacop.constraints
-
Element constraint implements the element/4 constraint (both with integer
list and variables list).
- Element(IntVar, ArrayList<? extends IntVar>, IntVar) - Constructor for class org.jacop.constraints.Element
-
It constructs element constraint based on variables.
- Element(IntVar, ArrayList<? extends IntVar>, IntVar, int) - Constructor for class org.jacop.constraints.Element
-
It constructs element constraint based on variables.
- Element(IntVar, int[], IntVar) - Constructor for class org.jacop.constraints.Element
-
It constructs element constraint based on variables.
- Element(IntVar, int[], IntVar, int) - Constructor for class org.jacop.constraints.Element
-
It constructs element constraint based on variables.
- Element(IntVar, IntVar[], IntVar) - Constructor for class org.jacop.constraints.Element
-
- Element(IntVar, IntVar[], IntVar, int) - Constructor for class org.jacop.constraints.Element
-
It constructs element constraint based on variables.
- element - Variable in class org.jacop.set.constraints.EinA
-
It specifies the element which must be present in the set variable.
- ElementFloat - Class in org.jacop.floats.constraints
-
ElementFloat constraint defines a relation
list[index - indexOffset] = value.
- ElementFloat(IntVar, double[], FloatVar, int) - Constructor for class org.jacop.floats.constraints.ElementFloat
-
It constructs an element constraint.
- ElementFloat(IntVar, ArrayList<Double>, FloatVar) - Constructor for class org.jacop.floats.constraints.ElementFloat
-
It constructs an element constraint with default indexOffset equal 0.
- ElementFloat(IntVar, ArrayList<Double>, FloatVar, int) - Constructor for class org.jacop.floats.constraints.ElementFloat
-
It constructs an element constraint.
- ElementFloat(IntVar, double[], FloatVar) - Constructor for class org.jacop.floats.constraints.ElementFloat
-
It constructs an element constraint with indexOffset by default set to 0.
- ElementInteger - Class in org.jacop.constraints
-
ElementInteger constraint defines a relation
list[index - indexOffset] = value.
- ElementInteger(IntVar, int[], IntVar, int) - Constructor for class org.jacop.constraints.ElementInteger
-
It constructs an element constraint.
- ElementInteger(IntVar, ArrayList<Integer>, IntVar) - Constructor for class org.jacop.constraints.ElementInteger
-
It constructs an element constraint with default indexOffset equal 0.
- ElementInteger(IntVar, ArrayList<Integer>, IntVar, int) - Constructor for class org.jacop.constraints.ElementInteger
-
It constructs an element constraint.
- elements - Variable in class org.jacop.examples.fd.Kakro
-
- elements - Variable in class org.jacop.set.constraints.SumWeightedSet
-
It specifies the list of allowed elements and helps to connect the weight
to the element.
- ElementSet - Class in org.jacop.set.constraints
-
It is an element constraint that make sure that set variable value has a domain equal to
the index-th element of the supplied list of sets.
- ElementSet(IntVar, IntDomain[], SetVar, int) - Constructor for class org.jacop.set.constraints.ElementSet
-
It constructs a constraint to restrict the domains of the variables index and value.
- ElementSet(IntVar, IntDomain[], SetVar) - Constructor for class org.jacop.set.constraints.ElementSet
-
It constructs an elementSet constraint to restrict the domains of the variables index and value.
- elementsSmallerThan(int) - Method in class org.jacop.core.IntDomain
-
It returns the number of elements smaller than el.
- ElementVariable - Class in org.jacop.constraints
-
ElementVariable constraint defines a relation
list[index - indexOffset] = value.
- ElementVariable(IntVar, IntVar[], IntVar, int) - Constructor for class org.jacop.constraints.ElementVariable
-
It constructs an element constraint.
- ElementVariable(IntVar, ArrayList<? extends IntVar>, IntVar, int) - Constructor for class org.jacop.constraints.ElementVariable
-
It constructs an element constraint.
- elite - Variable in class org.jacop.search.sgmpcs.SGMPCSearch
-
- elseC - Variable in class org.jacop.constraints.IfThenElse
-
It specifies constraint elseC in the IfThenElse constraint.
- emptyDomain - Static variable in class org.jacop.core.BoundDomain
-
It predefines empty domain so there is no need to constantly create it when
needed.
- emptyDomain - Static variable in class org.jacop.core.IntervalDomain
-
An empty domain, so no constant creation of empty domains is required.
- emptyDomain - Static variable in class org.jacop.core.SmallDenseDomain
-
It is an empty domain returned by default when empty domain becomes a result of
any function.
- emptyDomain - Static variable in class org.jacop.floats.core.FloatIntervalDomain
-
An empty domain, so no constant creation of empty domains is required.
- emptyDomain - Static variable in class org.jacop.set.core.SetDomain
-
It predefines empty domain so there is no need to constantly create it when
needed.
- emptyFloatDomain - Static variable in class org.jacop.floats.core.FloatDomain
-
It specifies an empty integer domain.
- emptyIntDomain - Static variable in class org.jacop.core.IntDomain
-
It specifies an empty integer domain.
- enable_tracing() - Method in class org.jacop.fz.Parser
-
Enable tracing.
- end - Variable in class org.jacop.constraints.geost.GeostObject
-
It specifies the end time of this object.
- endColumn - Variable in class org.jacop.fz.Token
-
The column number of the last character of this Token.
- endLine - Variable in class org.jacop.fz.Token
-
The line number of the last character of this Token.
- enforceNoSkip - Variable in class org.jacop.constraints.geost.Geost
-
if set to true, a variable will never be skipped, even if grounded and not in queue
- ensureCapacity(int) - Method in class org.jacop.core.TimeStamp
-
Specify least number of different values to be used by Timestamp.
- ensureCapacity(int) - Method in class org.jacop.util.SimpleArrayList
-
Increases the capacity of this ArrayList instance, if
necessary, to ensure that it can hold at least the number of elements
specified by the minimum capacity argument.
- ensureSize(int) - Method in class org.jacop.util.MDD
-
It makes sure that diagram uses an array of at least given size.
- EOF - Static variable in interface org.jacop.fz.ParserConstants
-
End of File.
- eol - Variable in exception org.jacop.fz.ParseException
-
The end of line string for this machine.
- epsilon(double) - Static method in class org.jacop.floats.core.FloatDomain
-
- Eq - Class in org.jacop.constraints
-
Constraint "constraint1" #<=> "constraint2"
- Eq(PrimitiveConstraint, PrimitiveConstraint) - Constructor for class org.jacop.constraints.Eq
-
It constructs equality constraint between two constraints.
- eq(BooleanVar) - Method in class org.jacop.core.BooleanVar
-
It checks if the domains of variables are equal.
- eq(IntDomain) - Method in class org.jacop.core.BoundDomain
-
- eq(IntDomain) - Method in class org.jacop.core.IntDomain
-
It specifies if the other int domain is equal to this one.
- eq(Interval) - Method in class org.jacop.core.Interval
-
It checks equality between intervals.
- eq(IntDomain) - Method in class org.jacop.core.IntervalDomain
-
It checks if the domain is equal to the supplied domain.
- eq(IntVar) - Method in class org.jacop.core.IntVar
-
It checks if the domains of variables are equal.
- eq(IntDomain) - Method in class org.jacop.core.SmallDenseDomain
-
- eq - Static variable in class org.jacop.floats.constraints.linear.Linear
-
Defines relations
- eq(FloatDomain) - Method in class org.jacop.floats.core.FloatDomain
-
It specifies if the other int domain is equal to this one.
- eq(FloatInterval) - Method in class org.jacop.floats.core.FloatInterval
-
It checks equality between intervals.
- eq(FloatDomain) - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It checks if the domain is equal to the supplied domain.
- eq(FloatVar) - Method in class org.jacop.floats.core.FloatVar
-
It checks if the domains of variables are equal.
- eq(SetDomain) - Method in class org.jacop.set.core.BoundSetDomain
-
It checks if the domain is equal to the supplied domain.
- eq(SetDomain) - Method in class org.jacop.set.core.SetDomain
-
It checks if the domain is equal to the supplied domain.
- eq(SetVar) - Method in class org.jacop.set.core.SetVar
-
It checks if the domains of variables are equal.
- EqBool - Class in org.jacop.constraints
-
If all x's are equal to each other then result variable is equal 1.
- EqBool(IntVar[], IntVar) - Constructor for class org.jacop.constraints.EqBool
-
It constructs eqBool.
- EqBool(ArrayList<? extends IntVar>, IntVar) - Constructor for class org.jacop.constraints.EqBool
-
It constructs eqBool.
- equals(Object) - Method in class org.jacop.constraints.geost.DBox
-
- equals(Object) - Method in class org.jacop.util.fsm.FSMState
-
- equals(Object) - Method in class org.jacop.util.fsm.FSMTransition
-
- equals(Object) - Method in class org.jacop.util.fsm.RegularExpressionParser.Literal
-
- equals(Object) - Method in class org.jacop.util.SimpleArrayList
-
AbstractList defines equals so that it depends on the objects included.
- EquationSystem - Class in org.jacop.floats.constraints
-
EquationSystem constraint implements the multivariate interval
Newton method for pruning domains of variables in a system of
non-linear equations.
- EquationSystem(Store, FloatVar[], FloatVar[]) - Constructor for class org.jacop.floats.constraints.EquationSystem
-
It constructs the constraint EquationSystem.
- eraseAll() - Method in class org.jacop.constraints.geost.BoxDisplay
-
Clear the paint area so drawing can start on fresh canvas.
- establishGACInit() - Method in class org.jacop.constraints.LexOrder
-
- eventsInclusion - Static variable in class org.jacop.core.IntDomain
-
It specifies for each event what other events are subsumed by this
event.
- eventsInclusion - Static variable in class org.jacop.floats.core.FloatDomain
-
It specifies for each event what other events are subsumed by this
event.
- eventsInclusion - Static variable in class org.jacop.set.core.SetDomain
-
It specifies for each event what other events are subsumed by this
event.
- EWF - Class in org.jacop.examples.fd.filters
-
It specifies EWF benchmark.
- EWF() - Constructor for class org.jacop.examples.fd.filters.EWF
-
It constructs a simple EWF filter.
- EWF(int, int) - Constructor for class org.jacop.examples.fd.filters.EWF
-
It constructs a EWF filter with the specified delay
for the addition and multiplication operation.
- ExampleFD - Class in org.jacop.examples.fd
-
It is an abstract class to describe all necessary functions of any store.
- ExampleFD() - Constructor for class org.jacop.examples.fd.ExampleFD
-
- ExampleSet - Class in org.jacop.examples.set
-
It is an abstract class to describe all necessary functions of any store.
- ExampleSet() - Constructor for class org.jacop.examples.set.ExampleSet
-
- exclusionList - Variable in class org.jacop.constraints.DisjointConditional
-
It specifies what rectangles can conditionally overlap.
- exclusiveList - Variable in class org.jacop.constraints.Diff2
-
It specifies a list of pairs of rectangles which can overlap.
- executeAfterConsistency(boolean) - Method in interface org.jacop.search.ConsistencyListener
-
It is executed right after consistency of the current search node.
- executeAfterConsistency(boolean) - Method in class org.jacop.search.CreditCalculator
-
It is executed right after consistency of the current search node.
- executeAfterConsistency(boolean) - Method in class org.jacop.search.OneSolution
-
- executeAfterConsistency(boolean) - Method in class org.jacop.search.sgmpcs.SGMPCSCalculator
-
It is executed right after consistency of the current search node.
- executeAfterConsistency(boolean) - Method in class org.jacop.search.Shaving
-
- executeAfterConsistency(boolean) - Method in class org.jacop.search.TraceGenerator
-
- executeAfterSolution(Search<T>, SelectChoicePoint<T>) - Method in class org.jacop.examples.cpviz.CPvizNetworkFlow.NetListener
-
- executeAfterSolution(Search<T>, SelectChoicePoint<T>) - Method in class org.jacop.examples.fd.crosswords.CrossWord.PrintListener
-
- executeAfterSolution(Search<T>, SelectChoicePoint<T>) - Method in class org.jacop.floats.search.Optimize.ResultListener
-
- executeAfterSolution(Search<T>, SelectChoicePoint<T>) - Method in class org.jacop.fz.Solve.CostListener
-
- executeAfterSolution(Search<T>, SelectChoicePoint<T>) - Method in class org.jacop.search.OneSolution
-
- executeAfterSolution(Search<T>, SelectChoicePoint<T>) - Method in class org.jacop.search.PrintOutListener
-
It is executed right after consistency of the current search node.
- executeAfterSolution(Search<T>, SelectChoicePoint<T>) - Method in class org.jacop.search.sgmpcs.SimpleImprovementSearch.CostListener
-
- executeAfterSolution(Search<T>, SelectChoicePoint<T>) - Method in class org.jacop.search.SimpleSolutionListener
-
- executeAfterSolution(Search<T>, SelectChoicePoint<T>) - Method in interface org.jacop.search.SolutionListener
-
It is executed by search after a solution is found.
- executedAtExit(Store, int) - Method in interface org.jacop.search.ExitListener
-
It is executed right after time out is determined.
- executedAtExit(Store, int) - Method in class org.jacop.search.NoGoodsCollector
-
- executedAtExit(Store, int) - Method in class org.jacop.search.TraceGenerator
-
- executedAtInitialize(Store) - Method in class org.jacop.fz.Solve.PrecisionSetting
-
- executedAtInitialize(Store) - Method in interface org.jacop.search.InitializeListener
-
It is executed before the search starts labeling procedure.
- executedAtInitialize(Store) - Method in class org.jacop.search.OneSolution
-
- executedAtInitialize(Store) - Method in class org.jacop.search.TransformExtensional
-
- executedAtTimeOut(int) - Method in class org.jacop.search.CreditCalculator
-
It is executed right after time out is determined.
- executedAtTimeOut(int) - Method in class org.jacop.search.NoGoodsCollector
-
It is executed right after time out is determined.
- executedAtTimeOut(int) - Method in class org.jacop.search.SimpleTimeOut
-
- executedAtTimeOut(int) - Method in interface org.jacop.search.TimeOutListener
-
It is executed right after time out is determined.
- exhaustedLeftItems - Variable in class org.jacop.constraints.knapsack.Tree
-
It specifies that computeForbidden part of the consistency function
has run out of left mandatory items.
- exhaustedRightItems - Variable in class org.jacop.constraints.knapsack.Tree
-
It specifies if the mandatory check has run out of right items
to complement mandatory items.
- exitChildListener - Variable in class org.jacop.search.DepthFirstSearch
-
It is invoked when returning from left or right child.
- ExitChildListener<T extends Var> - Interface in org.jacop.search
-
Defines a listener which is called by the search if a child node is exited.
- ExitListener - Interface in org.jacop.search
-
This listener is executed when search has finished executing is about to exit
the labeling procedure.
- Exodus - Class in org.jacop.examples.fd
-
It is a simple logic puzzle about children reading stories.
- Exodus() - Constructor for class org.jacop.examples.fd.Exodus
-
- ExpandBuff(boolean) - Method in class org.jacop.fz.SimpleCharStream
-
- expectedTokenSequences - Variable in exception org.jacop.fz.ParseException
-
Each entry in this array is an array of integers.
- experiment1(Store, Filter, int, int) - Static method in class org.jacop.examples.fd.filters.FilterBenchmark
-
It optimizes scheduling of filter operations.
- experiment1C(Store, Filter, int, int, int) - Static method in class org.jacop.examples.fd.filters.FilterBenchmark
-
It optimizes scheduling of filter operation in fashion allowing
chaining of operations within one clock cycle.
- experiment1P(Store, Filter, int, int) - Static method in class org.jacop.examples.fd.filters.FilterBenchmark
-
It optimizes scheduling of filter operations.
- experiment1PM(Store, Filter, int, int) - Static method in class org.jacop.examples.fd.filters.FilterBenchmark
-
It optimizes scheduling of filter operations in a fashion allowing
pipelining of multiplication operations.
- experiment2(Store, Filter, int, int) - Static method in class org.jacop.examples.fd.filters.FilterBenchmark
-
It optimizes scheduling of filter operations.
- experiment2C(Store, Filter, int, int, int) - Static method in class org.jacop.examples.fd.filters.FilterBenchmark
-
It optimizes scheduling of filter operation in fashion allowing
chaining of operations within one clock cycle.
- experiment2P(Store, Filter, int, int) - Static method in class org.jacop.examples.fd.filters.FilterBenchmark
-
It optimizes scheduling of filter operations.
- experiment2PM(Store, Filter, int, int) - Static method in class org.jacop.examples.fd.filters.FilterBenchmark
-
It optimizes scheduling of filter operation in fashion allowing
pipelining of multiplication operations.
- exploration() - Method in class org.jacop.fz.SearchItem
-
- ExpPeqR - Class in org.jacop.floats.constraints
-
Constraints exp(P) #= Q for P and Q floats
Domain consistency is used.
- ExpPeqR(FloatVar, FloatVar) - Constructor for class org.jacop.floats.constraints.ExpPeqR
-
It constructs constraint P = Q.
- Expression - Static variable in class org.jacop.util.fsm.RegularExpressionParser
-
Constant denoting an expression.
- Expression() - Constructor for class org.jacop.util.fsm.RegularExpressionParser.Expression
-
- ExtensionalConflictVA - Class in org.jacop.constraints
-
Extensional constraint assures that none of the tuples explicitly given is enforced in the
relation.
- ExtensionalConflictVA(IntVar[]) - Constructor for class org.jacop.constraints.ExtensionalConflictVA
-
Partial constructor which stores variables involved in a constraint but
does not get information about tuples yet.
- ExtensionalConflictVA(IntVar[], int[][]) - Constructor for class org.jacop.constraints.ExtensionalConflictVA
-
Constructor stores reference to tuples until imposition, any changes to
tuples parameter will be reflected in the constraint behavior.
- ExtensionalConflictVA(ArrayList<? extends IntVar>, int[][]) - Constructor for class org.jacop.constraints.ExtensionalConflictVA
-
The constructor does not create local copy of tuples array.
- extensionalMDD - Variable in class org.jacop.examples.fd.carsequencing.CarSequencing
-
It specifies if one extensional constraint based on MDD created from FSM
should be used.
- extensionalMDD - Variable in class org.jacop.examples.fd.nonogram.Nonogram
-
It specifies if one extensional constraint based on MDD created from FSM
should be used.
- ExtensionalSupportMDD - Class in org.jacop.constraints
-
Extensional constraint assures that one of the tuples is enforced in the
relation.
- ExtensionalSupportMDD(MDD) - Constructor for class org.jacop.constraints.ExtensionalSupportMDD
-
It creates an extensional constraint.
- ExtensionalSupportMDD(IntVar[], int[][]) - Constructor for class org.jacop.constraints.ExtensionalSupportMDD
-
It constructs extensional support constraint.
- ExtensionalSupportSTR - Class in org.jacop.constraints
-
Extensional constraint assures that one of the tuples is enforced in the
relation.
- ExtensionalSupportSTR(IntVar[], boolean, boolean) - Constructor for class org.jacop.constraints.ExtensionalSupportSTR
-
Partial constructor which stores variables involved in a constraint but
does not get information about tuples yet.
- ExtensionalSupportSTR(IntVar[], int[][], boolean, boolean) - Constructor for class org.jacop.constraints.ExtensionalSupportSTR
-
It constructs an extensional constraint.
- ExtensionalSupportSTR(IntVar[], int[][]) - Constructor for class org.jacop.constraints.ExtensionalSupportSTR
-
It creates an extensional constraint.
- ExtensionalSupportVA - Class in org.jacop.constraints
-
Extensional constraint assures that one of the tuples is enforced in the
relation.
- ExtensionalSupportVA(IntVar[]) - Constructor for class org.jacop.constraints.ExtensionalSupportVA
-
Partial constructor which stores variables involved in a constraint but
does not get information about tuples yet.
- ExtensionalSupportVA(ArrayList<? extends IntVar>, int[][]) - Constructor for class org.jacop.constraints.ExtensionalSupportVA
-
The constructor does not create local copy of tuples array.
- ExtensionalSupportVA(IntVar[], int[][]) - Constructor for class org.jacop.constraints.ExtensionalSupportVA
-
Constructor stores reference to tuples until imposition, any changes to
tuples parameter will be reflected in the constraint behavior.
- ExternalConstraint - Interface in org.jacop.constraints.geost
-
- externalConstraints - Variable in class org.jacop.constraints.geost.Geost
-
It stores the reference to the collection of external constraints
which must be satisfied within this constraint.
- failCalculator - Variable in class org.jacop.search.sgmpcs.SimpleImprovementSearch
-
- failException - Static variable in class org.jacop.core.Domain
-
An exception used if failure encountered in functions in();
- FailException - Exception in org.jacop.core
-
It is thrown when search has encountered a dead end and backtracking must occurr.
- failException - Static variable in class org.jacop.core.Store
-
It stores standard fail exception used when empty domain encountered.
- failures - Variable in class org.jacop.search.Shaving
-
It stores number of failed shaving attempts.
- FALSE - Static variable in interface org.jacop.fz.ParserConstants
-
RegularExpression Id.
- FFT - Class in org.jacop.examples.fd.filters
-
It specifies FFT benchmark.
- FFT() - Constructor for class org.jacop.examples.fd.filters.FFT
-
It constructs a simple FFT filter.
- FFT(int, int) - Constructor for class org.jacop.examples.fd.filters.FFT
-
It constructs a FFT filter with the specified delay
for the addition and multiplication operation.
- filename - Variable in class org.jacop.examples.fd.Cryptogram
-
It specifies the file which contains the puzzle to be solved.
- filename - Variable in class org.jacop.examples.fd.muca.MUCA
-
It reads auction problem description from the file.
- filename - Variable in class org.jacop.examples.fd.qcp.QCP
-
It specifies the file containing the description of the problem.
- FillBuff() - Method in class org.jacop.fz.SimpleCharStream
-
- fillInStackTrace() - Method in exception org.jacop.core.FailException
-
- fillInStackTrace() - Method in exception org.jacop.floats.core.InternalException
-
- Filter - Class in org.jacop.examples.fd.filters
-
It provides the basic functionality which must be implemented by any
filter problem.
- Filter() - Constructor for class org.jacop.examples.fd.filters.Filter
-
- FilterBenchmark - Class in org.jacop.examples.fd.filters
-
This is a set of filter scheduling examples, commonly used in High-Level Synthesis.
- FilterBenchmark() - Constructor for class org.jacop.examples.fd.filters.FilterBenchmark
-
- filterUseless - Variable in class org.jacop.constraints.geost.Geost
-
It specifies that filtering of useless internal constraint takes place
before an object is being pruned.
- finalQuantity - Variable in class org.jacop.examples.fd.muca.MUCA
-
It specifies the minimal quantities of items seeked to achieve.
- finalStates - Variable in class org.jacop.util.fsm.FSM
-
It specifies final states of DFA.
- findEliteSolutions() - Method in class org.jacop.search.sgmpcs.SGMPCSearch
-
- findFirstAllowed(int, int, int[]) - Method in class org.jacop.constraints.ExtensionalSupportVA
-
It finds the first allowed tuple from the given tuple.
- findForbiddenDomain(GeostObject, int, int[], Geost.SweepDirection, LexicographicalOrder) - Method in class org.jacop.constraints.geost.Geost
-
- findNextLeafAtLeastOfWeight(TreeLeaf, int) - Method in class org.jacop.constraints.knapsack.Tree
-
It finds next leaf of a maximum weight of at least weight, so
it can have some parts of it mandatory.
- findPosition(int, int[]) - Method in class org.jacop.constraints.ExtensionalConflictVA
-
- findPosition(int, int[]) - Method in class org.jacop.constraints.ExtensionalSupportVA
-
- findPosition(int, int[]) - Method in class org.jacop.constraints.GCC
-
- findPosition(int, int[]) - Method in class org.jacop.util.MDD
-
It finds a position of a value inside the array.
- findPositionForInsert(int[]) - Method in class org.jacop.core.Store
-
searches for the position of the tuple in the tuple list.
- findPreviousLeafAtLeastOfWeight(TreeLeaf, int) - Method in class org.jacop.constraints.knapsack.Tree
-
It finds previous leaf of a maximum weight of at least weight, so
it can have some parts of it forbidden.
- findRange(int, int[]) - Method in class org.jacop.util.MDD
-
- findSolutionMatchingParent(int) - Method in class org.jacop.search.SimpleSolutionListener
-
- findSolutionMatchingParent(int) - Method in interface org.jacop.search.SolutionListener
-
For a given master solution finds any solution within that listener which
matches the master solution.
- findVariable(String) - Method in class org.jacop.core.Store
-
This function looks for a variable with given id.
- FIR - Class in org.jacop.examples.fd.filters
-
FIR benchmark (16-point FIR filter).
- FIR() - Constructor for class org.jacop.examples.fd.filters.FIR
-
It constructs a simple FIR filter.
- FIR(int, int) - Constructor for class org.jacop.examples.fd.filters.FIR
-
It constructs a FIR filter with the specified delay
for the addition and multiplication operation.
- FIR16 - Class in org.jacop.examples.fd.filters
-
FIR benchmark (16-point FIR filter)
Source: Kaijie Wu and Ramesh Karri, "Algorithm-Level Recomputing with Shifted
Operands -- A Register Transfer Level Concurrent Error Detection Technique"
IEEE Trans.
- FIR16() - Constructor for class org.jacop.examples.fd.filters.FIR16
-
It constructs a simple FIR16 filter.
- FIR16(int, int) - Constructor for class org.jacop.examples.fd.filters.FIR16
-
It constructs a FIR16 filter with the specified delay
for the addition and multiplication operation.
- first - Variable in class org.jacop.constraints.ExtensionalSupportSTR
-
Gives the position of the first tuple (in the current list)
or -1 if the current list is empty.
- first - Variable in class org.jacop.constraints.knapsack.Tree
-
It specifies the first (counting from left to right), the most
efficient item in the tree.
- firstConsistencyCheck - Variable in class org.jacop.constraints.ExtensionalSupportSTR
-
It specifies if there was no first consistency check yet.
- firstResidue - Variable in class org.jacop.constraints.ExtensionalSupportSTR
-
It stores the position of the first residue.
- FittingNumbers - Class in org.jacop.examples.fd
-
It is program to solve problem of fitting numbers to made them equal to zero.
- FittingNumbers() - Constructor for class org.jacop.examples.fd.FittingNumbers
-
- flat_expr() - Method in class org.jacop.fz.Parser
-
- flat_exprs() - Method in class org.jacop.fz.Parser
-
- FlatzincLoader - Class in org.jacop.fz
-
An executable to parse the flatzinc file and create the JaCoP model.
- FlatzincLoader(String[]) - Constructor for class org.jacop.fz.FlatzincLoader
-
It parses the provided file and parsing parameters and creates the JaCoP model..
- FlatzincSGMPCS - Class in org.jacop.examples.flatzinc
-
The class Run is used to run test programs for JaCoP package.
- FlatzincSolver - Class in org.jacop.examples.flatzinc
-
The class Run is used to run test programs for JaCoP package.
- flip() - Method in class org.jacop.constraints.geost.BoxDisplay
-
flips images, making previous operations visible
- FLOAT - Static variable in interface org.jacop.fz.ParserConstants
-
RegularExpression Id.
- FLOAT_LITERAL - Static variable in interface org.jacop.fz.ParserConstants
-
RegularExpression Id.
- float_ti_expr_tail() - Method in class org.jacop.fz.Parser
-
- FloatDomain - Class in org.jacop.floats.core
-
Defines an integer domain and related operations on it.
- FloatDomain() - Constructor for class org.jacop.floats.core.FloatDomain
-
- FloatInterval - Class in org.jacop.floats.core
-
Defines interval of numbers which is part of FDV definition which consist of
one or several intervals.
- FloatInterval() - Constructor for class org.jacop.floats.core.FloatInterval
-
It creates the largest possible interval.
- FloatInterval(double, double) - Constructor for class org.jacop.floats.core.FloatInterval
-
It creates an interval with a given minimum and maximal value.
- FloatIntervalDomain - Class in org.jacop.floats.core
-
Defines interval of numbers which is part of FDV definition which consist of
one or several intervals.
- FloatIntervalDomain() - Constructor for class org.jacop.floats.core.FloatIntervalDomain
-
Empty constructor, does not initialize anything.
- FloatIntervalDomain(int) - Constructor for class org.jacop.floats.core.FloatIntervalDomain
-
It creates an empty domain, with at least specified number of places in
an array list for intervals.
- FloatIntervalDomain(double, double) - Constructor for class org.jacop.floats.core.FloatIntervalDomain
-
It creates domain with all values between min and max.
- FloatIntervalDomainID - Static variable in class org.jacop.floats.core.FloatDomain
-
Unique identifier for an interval domain type.
- FloatIntervalDomainIntervalEnumeration - Class in org.jacop.floats.core
-
Defines a methods for enumerating values contain in the intersal domain.
- FloatIntervalDomainIntervalEnumeration(FloatIntervalDomain) - Constructor for class org.jacop.floats.core.FloatIntervalDomainIntervalEnumeration
-
It creates an enumeration for a given interval domain.
- floatIntervalEnumeration() - Method in class org.jacop.floats.core.FloatDomain
-
It returns interval enumeration of the domain values.
- floatIntervalEnumeration() - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It returns interval enumeration of the domain values.
- FloatIntervalEnumeration - Class in org.jacop.floats.core
-
Defines a methods for enumerating values contain in the intersal domain.
- FloatIntervalEnumeration() - Constructor for class org.jacop.floats.core.FloatIntervalEnumeration
-
- FloatMinimize - Class in org.jacop.examples.flatzinc
-
The class Run is used to run test programs for JaCoP package.
- FloatVar - Class in org.jacop.floats.core
-
Defines a Float Domain Variable and related operations on it.
- FloatVar(Store, String, FloatDomain) - Constructor for class org.jacop.floats.core.FloatVar
-
It creates a variable in a given store, with a given name and
a given domain.
- FloatVar(Store, FloatDomain) - Constructor for class org.jacop.floats.core.FloatVar
-
It creates a variable in a given store, with a given name and
a given domain.
- FloatVar() - Constructor for class org.jacop.floats.core.FloatVar
-
No parameter, explicit, empty constructor for subclasses.
- FloatVar(Store) - Constructor for class org.jacop.floats.core.FloatVar
-
This constructor creates a variable with empty domain (standard
FloatIntervalDomain domain), automatically generated name, and empty attached
constraint list.
- FloatVar(Store, double, double) - Constructor for class org.jacop.floats.core.FloatVar
-
This constructor creates a variable with a domain between min..max,
automatically generated name, and empty attached constraint list.
- FloatVar(Store, String) - Constructor for class org.jacop.floats.core.FloatVar
-
This constructor creates a variable with an empty domain (standard
IntervalDomain domain), the specified name, and an empty attached
constraint list.
- FloatVar(Store, String, double, double) - Constructor for class org.jacop.floats.core.FloatVar
-
This constructor creates a variable in a given store, with
the domain specified by min..max and with the given name.
- Flowers - Class in org.jacop.examples.fd
-
It is quite complex logic puzzle about flowers.
- Flowers() - Constructor for class org.jacop.examples.fd.Flowers
-
- flowOffset - Variable in class org.jacop.constraints.netflow.ArcCompanion
-
Current lower capacity of the arc
- flushQueue(Collection<Var>) - Method in class org.jacop.constraints.geost.Geost
-
It does the processing needed given the set of variables that was updated
between two consecutive calls to the consistency function.
- food - Variable in class org.jacop.examples.fd.Diet
-
- ForbiddenArea - Class in org.jacop.constraints.geost
-
- ForbiddenArea(Geost, int[], int[]) - Constructor for class org.jacop.constraints.geost.ForbiddenArea
-
It constructs an internal constraint forbidding an object to be
placed within this aread.
- forceAsserts() - Static method in class org.jacop.constraints.netflow.Assert
-
- forward - Variable in class org.jacop.constraints.netflow.simplex.Arc
-
whether this arc is a forward arc or a residual arc
- FourIslands - Class in org.jacop.examples.fd
-
It is a very simple puzzle about islands and bridges.
- FourIslands() - Constructor for class org.jacop.examples.fd.FourIslands
-
- frame - Variable in class org.jacop.constraints.geost.ObstacleObjectFrame
-
the frame is the area that is ensured to be covered by the obstacle,
given the domain of its origin variables
- freeBoxes - Static variable in class org.jacop.constraints.geost.DBox
-
static store of available boxes, accessible by dimension.
- freePosition - Variable in class org.jacop.util.MDD
-
It specifies the first position in the array which is available for use.
- freeVariablesAtFailure - Variable in class org.jacop.constraints.Alldistinct
-
- fromXML(ExtensionalConflictVA, String) - Static method in class org.jacop.constraints.ExtensionalConflictVA
-
It updates the specified constraint with the information
stored in the string.
- fromXML(ExtensionalSupportSTR, String) - Static method in class org.jacop.constraints.ExtensionalSupportSTR
-
It updates the specified constraint with the information
stored in the string.
- fromXML(ExtensionalSupportVA, String) - Static method in class org.jacop.constraints.ExtensionalSupportVA
-
It updates the specified constraint with the information
stored in the string.
- fromXML(IntervalDomain, String) - Static method in class org.jacop.core.IntervalDomain
-
It updates an object of type IntervalDomain with the information
stored in the string.
- fromXML(FloatIntervalDomain, String) - Static method in class org.jacop.floats.core.FloatIntervalDomain
-
It updates an object of type FloatIntervalDomain with the information
stored in the string.
- fsm - Variable in class org.jacop.constraints.regular.Regular
-
It specifies finite state machine used by this regular.
- FSM - Class in org.jacop.util.fsm
-
Deterministic Finite Acyclic graph.
- FSM(FSMState, HashSet<FSMState>, HashSet<FSMState>) - Constructor for class org.jacop.util.fsm.FSM
-
It creates a Finite State Machine.
- FSM() - Constructor for class org.jacop.util.fsm.FSM
-
It creates a Finite State Machine used by Regular constraint constructor.
- FSMState - Class in org.jacop.util.fsm
-
- FSMState(HashSet<FSMTransition>, int) - Constructor for class org.jacop.util.fsm.FSMState
-
It constructs a FSM state.
- FSMState() - Constructor for class org.jacop.util.fsm.FSMState
-
It creates a state with id equl to the number of instances FSMState created.
- FSMState(FSMState) - Constructor for class org.jacop.util.fsm.FSMState
-
It creates a state with an id as the id specified by a supplied state.
- FSMTransition - Class in org.jacop.util.fsm
-
- FSMTransition(IntDomain, FSMState) - Constructor for class org.jacop.util.fsm.FSMTransition
-
It constructs a finite machine state transition.
- fullConsistencyPassesWithNarrowingEvent - Variable in class org.jacop.constraints.Alldistinct
-
It computes how many times did consistency execution has been
re-executed due to narrowing event at the end of the consistency
function.
- FurnitureMoving - Class in org.jacop.examples.fd
-
It is a simple logic puzzle about furniture moving.
- FurnitureMoving() - Constructor for class org.jacop.examples.fd.FurnitureMoving
-
- Fz2jacop - Class in org.jacop.fz
-
An executable to parse and execute the flatzinc file.
- Fz2jacop() - Constructor for class org.jacop.fz.Fz2jacop
-
- Gardner - Class in org.jacop.examples.set
-
It specifies a simple Gardner problem which use set functionality from JaCoP.
- Gardner() - Constructor for class org.jacop.examples.set.Gardner
-
- Gates - Class in org.jacop.examples.fd
-
It specifies an adder using gates specified by extensional constraints.
- Gates() - Constructor for class org.jacop.examples.fd.Gates
-
- GCC - Class in org.jacop.constraints
-
GCC constraint counts the number of occurences of given
values in x variables.
- GCC(IntVar[], IntVar[]) - Constructor for class org.jacop.constraints.GCC
-
It constructs global cardinality constraint.
- GCC(ArrayList<? extends IntVar>, ArrayList<? extends IntVar>) - Constructor for class org.jacop.constraints.GCC
-
It constructs global cardinality constraint.
- ge - Static variable in class org.jacop.floats.constraints.linear.Linear
-
Defines relations
- generateParseException() - Method in class org.jacop.fz.Parser
-
Generate ParseException.
- genInternalConstraints(Geost) - Method in interface org.jacop.constraints.geost.ExternalConstraint
-
It generates internal constraints which will be used by Geost's sweeping
algorithm.
- genInternalConstraints() - Method in class org.jacop.constraints.geost.Geost
-
- genInternalConstraints(Geost) - Method in class org.jacop.constraints.geost.InArea
-
- genInternalConstraints(Geost) - Method in class org.jacop.constraints.geost.NonOverlapping
-
- Geost - Class in org.jacop.constraints.geost
-
- Geost(Collection<GeostObject>, Collection<ExternalConstraint>, Collection<Shape>) - Constructor for class org.jacop.constraints.geost.Geost
-
- Geost(GeostObject[], ExternalConstraint[], Shape[]) - Constructor for class org.jacop.constraints.geost.Geost
-
It creates a geost constraint from provided objects, external constraints,
as well as shapes.
- Geost.SweepDirection - Enum in org.jacop.constraints.geost
-
- GeostExample - Class in org.jacop.examples.fd
-
It specifies an example where squares of the given size must be placed within
a square of a given size.
- GeostExample() - Constructor for class org.jacop.examples.fd.GeostExample
-
- GeostObject - Class in org.jacop.constraints.geost
-
- GeostObject(int, IntVar[], IntVar, IntVar, IntVar, IntVar) - Constructor for class org.jacop.constraints.geost.GeostObject
-
It constructs a Geost object with all the attributes needed by the Geost
constraint.
- GeostObject.TimeBoundConstraint - Class in org.jacop.constraints.geost
-
- get(int) - Method in class org.jacop.util.SimpleArrayList
-
Returns the element at the specified position in this list.
- getAll() - Method in class org.jacop.fz.Options
-
It returns true if the search for all solution has been requested.
- getAllocatedInstance(int) - Static method in class org.jacop.constraints.geost.DBox
-
It returns an instance of DBox of the corresponding dimension,
using a previously allocated one if possible
- getBacktracks() - Method in class org.jacop.search.DepthFirstSearch
-
It returns number of backtracks performed by the search.
- getBacktracks() - Method in interface org.jacop.search.Search
-
It returns number of backtracks performed by the search.
- getBeginColumn() - Method in class org.jacop.fz.SimpleCharStream
-
Get token beginning column number.
- getBeginLine() - Method in class org.jacop.fz.SimpleCharStream
-
Get token beginning line number.
- getC() - Method in class org.jacop.constraints.XeqC
-
It returns the constant to which a given variable should be equal to.
- getC() - Method in class org.jacop.floats.constraints.PeqC
-
It returns the constant to which a given variable should be equal to.
- getC() - Method in class org.jacop.floats.constraints.PneqC
-
It returns the constant to which a given variable should be equal to.
- getCheckSatisfiability() - Method in class org.jacop.core.Store
-
If a constraint is checked for satisfiability and it is satisfied then
it will not be attached to a variable anymore.
- getChoiceConstraint(int) - Method in class org.jacop.floats.search.SplitSelectFloat
-
- getChoiceConstraint(int) - Method in class org.jacop.search.InputOrderSelect
-
It always returns null as choice point is obtained by getChoiceVariable
and getChoiceValue.
- getChoiceConstraint(int) - Method in class org.jacop.search.RandomSelect
-
It always returns null as choice point is obtained by getChoiceVariable
and getChoiceValue.
- getChoiceConstraint(int) - Method in interface org.jacop.search.SelectChoicePoint
-
It returns the constraint which is the base of the choice point.
- getChoiceConstraint(int) - Method in class org.jacop.search.SimpleMatrixSelect
-
It always returns null as choice point is obtained by getChoiceVariable
and getChoiceValue.
- getChoiceConstraint(int) - Method in class org.jacop.search.SimpleSelect
-
It always returns null as choice point is obtained by getChoiceVariable
and getChoiceValue.
- getChoiceConstraint(int) - Method in class org.jacop.search.SplitSelect
-
- getChoiceConstraint(int) - Method in class org.jacop.search.TraceGenerator
-
- getChoiceValue() - Method in class org.jacop.search.InputOrderSelect
-
It returns a value which is the base of the next choice point.
- getChoiceValue() - Method in class org.jacop.search.RandomSelect
-
It returns a value which is the base of the next choice point.
- getChoiceValue() - Method in interface org.jacop.search.SelectChoicePoint
-
It returns a value which is the base of the next choice point.
- getChoiceValue() - Method in class org.jacop.search.SimpleMatrixSelect
-
It returns a value which is the base of the next choice point.
- getChoiceValue() - Method in class org.jacop.search.SimpleSelect
-
It returns a value which is the base of the next choice point.
- getChoiceValue() - Method in class org.jacop.search.TraceGenerator
-
- getChoiceVariable(int) - Method in class org.jacop.floats.search.SplitSelectFloat
-
- getChoiceVariable(int) - Method in class org.jacop.search.InputOrderSelect
-
It returns the variable which is the base on the next choice point.
- getChoiceVariable(int) - Method in class org.jacop.search.RandomSelect
-
It returns the variable which is the base on the next choice point.
- getChoiceVariable(int) - Method in interface org.jacop.search.SelectChoicePoint
-
It returns the variable which is the base on the next choice point.
- getChoiceVariable(int) - Method in class org.jacop.search.SimpleMatrixSelect
-
It returns the variable which is the base on the next choice point.
- getChoiceVariable(int) - Method in class org.jacop.search.SimpleSelect
-
It returns the variable which is the base on the next choice point.
- getChoiceVariable(int) - Method in class org.jacop.search.SplitSelect
-
- getChoiceVariable(int) - Method in class org.jacop.search.TraceGenerator
-
- getColumn() - Method in class org.jacop.fz.SimpleCharStream
-
Deprecated.
- getCompanion() - Method in class org.jacop.constraints.netflow.simplex.Arc
-
- getConsistencyListener() - Method in class org.jacop.search.DepthFirstSearch
-
- getConsistencyListener() - Method in interface org.jacop.search.Search
-
It returns the root of the Consistency Listener.
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.AbsXeqY
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.Alldiff
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.Alldifferent
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.Alldistinct
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.Among
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.AmongVar
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.And
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.AndBool
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.Assignment
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.binpacking.Binpacking
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.Circuit
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.Constraint
-
It retrieves the pruning event which causes reevaluation of the
constraint.
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.Count
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.Cumulative
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.Diff
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.Distance
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.Element
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.ElementInteger
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.ElementVariable
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.Eq
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.EqBool
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.ExtensionalConflictVA
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.ExtensionalSupportMDD
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.ExtensionalSupportSTR
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.ExtensionalSupportVA
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.GCC
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.geost.Geost
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.IfThen
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.IfThenBool
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.IfThenElse
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.In
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.knapsack.Knapsack
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.LexOrder
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.Linear
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.Max
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.Min
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.netflow.NetworkFlow
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.NoGood
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.Not
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.Or
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.OrBool
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.regular.Regular
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.Reified
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.Subcircuit
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.Sum
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.SumWeight
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.SumWeightDom
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.Values
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XdivYeqZ
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XeqC
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XeqY
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XexpYeqZ
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XgtC
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XgteqC
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XgteqY
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XgtY
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XltC
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XlteqC
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XlteqY
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XltY
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XmodYeqZ
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XmulCeqZ
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XmulYeqC
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XmulYeqZ
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XneqC
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XneqY
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.Xor
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XorBool
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XplusCeqZ
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XplusClteqZ
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XplusYeqC
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XplusYeqZ
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XplusYgtC
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XplusYlteqZ
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XplusYplusCeqZ
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XplusYplusQeqZ
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XplusYplusQgtC
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.floats.constraints.AbsPeqR
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.floats.constraints.CosPeqR
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.floats.constraints.CosPeqR_decomposed
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.floats.constraints.ElementFloat
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.floats.constraints.EquationSystem
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.floats.constraints.ExpPeqR
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.floats.constraints.linear.Linear
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.floats.constraints.Max
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.floats.constraints.Min
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.floats.constraints.PeqC
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.floats.constraints.PeqQ
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.floats.constraints.PgtC
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.floats.constraints.PgteqC
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.floats.constraints.PgteqQ
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.floats.constraints.PgtQ
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.floats.constraints.PltC
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.floats.constraints.PlteqC
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.floats.constraints.PlteqQ
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.floats.constraints.PltQ
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.floats.constraints.PmulCeqR
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.floats.constraints.PmulQeqR
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.floats.constraints.PneqC
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.floats.constraints.PneqQ
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.floats.constraints.PplusCeqR
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.floats.constraints.PplusQeqR
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.floats.constraints.SinPeqR
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.floats.constraints.TanPeqR
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.floats.constraints.XeqP
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.set.constraints.AdiffBeqC
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.set.constraints.AdisjointB
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.set.constraints.AeqB
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.set.constraints.AeqS
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.set.constraints.AinB
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.set.constraints.AinS
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.set.constraints.AintersectBeqC
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.set.constraints.AunionBeqC
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.set.constraints.CardA
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.set.constraints.CardAeqX
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.set.constraints.EinA
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.set.constraints.ElementSet
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.set.constraints.Lex
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.set.constraints.Match
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.set.constraints.SinA
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.set.constraints.SumWeightedSet
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.set.constraints.XeqA
-
- getConsistencyPruningEvent(Var) - Method in class org.jacop.set.constraints.XinA
-
- getCorrespondingObject() - Method in class org.jacop.constraints.geost.GeostObject.TimeBoundConstraint
-
It returns the corresponding object for which this time constraint corresponds to.
- getCost() - Method in class org.jacop.fz.FlatzincLoader
-
- getCostValue() - Method in class org.jacop.search.DepthFirstSearch
-
- getCostValue() - Method in interface org.jacop.search.Search
-
It returns the value of the cost int variable for the best solution.
- getCostValueFloat() - Method in class org.jacop.search.DepthFirstSearch
-
- getCostValueFloat() - Method in interface org.jacop.search.Search
-
It returns the value of the cost float variable for the best solution.
- getCostVariable() - Method in class org.jacop.search.DepthFirstSearch
-
- getCostVariable() - Method in interface org.jacop.search.Search
-
It returns the cost variable.
- getCriticalPosition(int) - Method in class org.jacop.constraints.knapsack.Tree
-
It finds a leaf which reaches the limit of the given capacity.
- getCurrentConstraint() - Method in class org.jacop.core.Store
-
This function returns the constraint which is currently reevaluated.
- getCurrentCost() - Method in interface org.jacop.search.sgmpcs.ImproveSolution
-
- getCurrentCost() - Method in class org.jacop.search.sgmpcs.SimpleImprovementSearch
-
- getDecisions() - Method in class org.jacop.search.DepthFirstSearch
-
It returns number of decisions performed by the search.
- getDecisions() - Method in interface org.jacop.search.Search
-
It returns number of decisions performed by the search.
- getDerivative(Store, FloatVar, Set<FloatVar>, FloatVar) - Static method in class org.jacop.floats.constraints.Derivative
-
- getDescription() - Method in class org.jacop.core.Store
-
This function returns the long description of the store.
- getDFS() - Method in class org.jacop.fz.FlatzincLoader
-
- getEfficiency() - Method in class org.jacop.constraints.knapsack.KnapsackItem
-
It returns an efficiency of that item.
- getEfficiency() - Method in class org.jacop.constraints.knapsack.TreeLeaf
-
It returns computed beforehand
the efficiency of the item stored in this tree leaf.
- getElementAt(int) - Method in class org.jacop.core.BoundDomain
-
- getElementAt(int) - Method in class org.jacop.core.IntDomain
-
It access the element at the specified position.
- getElementAt(int) - Method in class org.jacop.core.IntervalDomain
-
- getElementAt(int) - Method in class org.jacop.core.SmallDenseDomain
-
- getEndColumn() - Method in class org.jacop.fz.SimpleCharStream
-
Get token end column number.
- getEndLine() - Method in class org.jacop.fz.SimpleCharStream
-
Get token end line number.
- getEventsInclusion(int) - Method in class org.jacop.core.Domain
-
It specifies what events should be executed if a given event occurs.
- getEventsInclusion(int) - Method in class org.jacop.core.IntDomain
-
It helps to specify what events should be executed if a given event occurs.
- getEventsInclusion(int) - Method in class org.jacop.floats.core.FloatDomain
-
It helps to specify what events should be executed if a given event occurs.
- getEventsInclusion(int) - Method in class org.jacop.set.core.SetDomain
-
It helps to specify what events should be executed if a given event occurs.
- getExitChildListener() - Method in class org.jacop.search.DepthFirstSearch
-
- getExitChildListener() - Method in interface org.jacop.search.Search
-
It returns the root of the ExitChildListener.
- getExitListener() - Method in class org.jacop.search.DepthFirstSearch
-
- getExitListener() - Method in interface org.jacop.search.Search
-
It returns the root of the ExitListener.
- getFailLimit() - Method in interface org.jacop.search.sgmpcs.ImproveSolution
-
- getFailLimit() - Method in class org.jacop.search.sgmpcs.SGMPCSCalculator
-
- getFailLimit() - Method in class org.jacop.search.sgmpcs.SimpleImprovementSearch
-
- getFile() - Method in class org.jacop.fz.Options
-
It returns the file input stream for the file containing flatzinc description.
- getFileName() - Method in class org.jacop.fz.Options
-
It returns the file name for the file containing flatzinc description.
- getFinalCost() - Method in class org.jacop.floats.search.Optimize
-
- getFinalVarValues() - Method in class org.jacop.floats.search.Optimize
-
- getFirst() - Method in class org.jacop.constraints.knapsack.Tree
-
Used to search for mandatory
- getFirstChanged() - Method in class org.jacop.core.Store
-
This function returns the constraint scheduled for re-evaluation.
- getFloat() - Method in class org.jacop.fz.ASTScalarFlatExpr
-
- getFloat(String) - Method in class org.jacop.fz.Tables
-
It returns an float parameter of a given identity.
- getFloatArray(String) - Method in class org.jacop.fz.Tables
-
It obtains the int array of the given unique identity.
- getFloatVariable(String) - Method in class org.jacop.fz.Tables
-
It returns the variable of the given identity.
- getFloatVarSelect() - Method in class org.jacop.fz.SearchItem
-
- getGuideConstraint() - Method in class org.jacop.constraints.Alldistinct
-
- getGuideConstraint() - Method in class org.jacop.constraints.Constraint
-
It specifies a constraint which if imposed by search will enhance
propagation of this constraint.
- getGuideConstraint() - Method in class org.jacop.constraints.In
-
- getGuideConstraint() - Method in class org.jacop.constraints.Sum
-
- getGuideValue() - Method in class org.jacop.constraints.Alldistinct
-
- getGuideValue() - Method in class org.jacop.constraints.Constraint
-
This function provides a value which if assigned to a variable returned
by getGuideVariable() will enhance propagation of this constraint.
- getGuideValue() - Method in class org.jacop.constraints.In
-
- getGuideValue() - Method in class org.jacop.constraints.Sum
-
- getGuideVariable() - Method in class org.jacop.constraints.Alldistinct
-
- getGuideVariable() - Method in class org.jacop.constraints.Constraint
-
This function provides a variable which assigned a value returned
by will enhance propagation of this constraint.
- getGuideVariable() - Method in class org.jacop.constraints.In
-
- getGuideVariable() - Method in class org.jacop.constraints.Sum
-
- getHigh() - Method in class org.jacop.fz.ASTFloatTiExprTail
-
- getHigh() - Method in class org.jacop.fz.ASTIntTiExprTail
-
- getIdent() - Method in class org.jacop.fz.ASTScalarFlatExpr
-
- getIdent() - Method in class org.jacop.fz.ASTSolveExpr
-
- GetImage() - Method in class org.jacop.fz.SimpleCharStream
-
Get token literal value.
- getIndex() - Method in class org.jacop.fz.ASTSolveExpr
-
- getIndex() - Method in class org.jacop.search.InputOrderSelect
-
It returns the current index.
- getIndex() - Method in class org.jacop.search.RandomSelect
-
It returns the current index.
- getIndex() - Method in interface org.jacop.search.SelectChoicePoint
-
It returns the current index.
- getIndex() - Method in class org.jacop.search.SimpleMatrixSelect
-
It returns the current index.
- getIndex() - Method in class org.jacop.search.SimpleSelect
-
It returns the current index.
- getIndex() - Method in class org.jacop.search.TraceGenerator
-
- getInitializeListener() - Method in class org.jacop.search.DepthFirstSearch
-
- getInitializeListener() - Method in interface org.jacop.search.Search
-
It returns the root of the InitializationListener.
- getInt() - Method in class org.jacop.fz.ASTIntFlatExpr
-
- getInt() - Method in class org.jacop.fz.ASTScalarFlatExpr
-
- getInt(String) - Method in class org.jacop.fz.Tables
-
It returns an int parameter of a given identity.
- getIntArray(String) - Method in class org.jacop.fz.Tables
-
It obtains the int array of the given unique identity.
- getInterval(int) - Method in class org.jacop.core.BoundDomain
-
- getInterval(int) - Method in class org.jacop.core.IntDomain
-
It returns required interval.
- getInterval(int) - Method in class org.jacop.core.IntervalDomain
-
- getInterval(int) - Method in class org.jacop.core.SmallDenseDomain
-
- getInterval(int) - Method in class org.jacop.floats.core.FloatDomain
-
It returns required interval.
- getInterval(int) - Method in class org.jacop.floats.core.FloatIntervalDomain
-
- getInterval() - Method in class org.jacop.fz.Options
-
It returns true if the interval print mode has been requested.
- getKind() - Method in class org.jacop.fz.ASTSolveKind
-
- getLast() - Method in class org.jacop.constraints.knapsack.Tree
-
It returns the last (the least efficient) item in the tree.
- getLevel() - Method in interface org.jacop.core.BacktrackableManager
-
It returns the current level at which the changes are being registered.
- getLevel() - Method in class org.jacop.core.SimpleBacktrackableManager
-
- getLine() - Method in class org.jacop.fz.SimpleCharStream
-
Deprecated.
- getList() - Method in class org.jacop.fz.ASTIntLiterals
-
- getLow() - Method in class org.jacop.fz.ASTFloatTiExprTail
-
- getLow() - Method in class org.jacop.fz.ASTIntTiExprTail
-
- getLuby(int) - Method in class org.jacop.search.sgmpcs.SGMPCSearch
-
- getMaximumDepth() - Method in class org.jacop.search.DepthFirstSearch
-
It returns the maximum depth reached by a search.
- getMaximumDepth() - Method in interface org.jacop.search.Search
-
It returns the maximum depth reached by a search.
- getMessage() - Method in error org.jacop.fz.TokenMgrError
-
You can also modify the body of this method to customize your error messages.
- getMostSignificantDimension() - Method in interface org.jacop.constraints.geost.LexicographicalOrder
-
This is equivalent to the call precedenceOf(0).
- getMostSignificantDimension() - Method in class org.jacop.constraints.geost.PredefinedOrder
-
- getMostSignificantDimension() - Method in class org.jacop.constraints.geost.ShiftOrder
-
- getName() - Method in class org.jacop.core.Store
-
This function returns the id of the store.
- getName() - Method in class org.jacop.fz.ASTConstElem
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.constraints.AbsXeqY
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.constraints.And
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.constraints.AndBool
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.constraints.Distance
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.constraints.Eq
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.constraints.EqBool
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.constraints.IfThen
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.constraints.IfThenBool
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.constraints.IfThenElse
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.constraints.In
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.constraints.Linear
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.constraints.NoGood
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.constraints.Not
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.constraints.Or
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.constraints.OrBool
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.constraints.PrimitiveConstraint
-
It retrieves the pruning event for which any composed constraint which
uses this constraint should be evaluated.
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.constraints.XeqC
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.constraints.XeqY
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.constraints.XgtC
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.constraints.XgteqC
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.constraints.XgteqY
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.constraints.XgtY
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.constraints.XltC
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.constraints.XlteqC
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.constraints.XlteqY
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.constraints.XltY
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.constraints.XmulCeqZ
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.constraints.XmulYeqC
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.constraints.XneqC
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.constraints.XneqY
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.constraints.Xor
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.constraints.XorBool
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.constraints.XplusCeqZ
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.constraints.XplusClteqZ
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.constraints.XplusYeqC
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.constraints.XplusYeqZ
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.constraints.XplusYgtC
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.constraints.XplusYlteqZ
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.constraints.XplusYplusCeqZ
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.constraints.XplusYplusQeqZ
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.constraints.XplusYplusQgtC
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.floats.constraints.linear.Linear
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.floats.constraints.PeqC
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.floats.constraints.PeqQ
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.floats.constraints.PgtC
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.floats.constraints.PgteqC
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.floats.constraints.PgteqQ
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.floats.constraints.PgtQ
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.floats.constraints.PltC
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.floats.constraints.PlteqC
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.floats.constraints.PlteqQ
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.floats.constraints.PltQ
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.floats.constraints.PneqC
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.floats.constraints.PneqQ
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.floats.constraints.PplusCeqR
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.floats.constraints.PplusQeqR
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.set.constraints.AeqB
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.set.constraints.AeqS
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.set.constraints.AinB
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.set.constraints.AinS
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.set.constraints.EinA
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.set.constraints.SinA
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.set.constraints.XeqA
-
- getNestedPruningEvent(Var, boolean) - Method in class org.jacop.set.constraints.XinA
-
- getNextToken() - Method in class org.jacop.fz.Parser
-
Get the next Token.
- getNextToken() - Method in class org.jacop.fz.ParserTokenManager
-
Get the next Token.
- getNodes() - Method in class org.jacop.search.DepthFirstSearch
-
It returns number of search nodes explored by the search.
- getNodes() - Method in interface org.jacop.search.Search
-
It returns number of search nodes explored by the search.
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.AbsXeqY
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.And
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.AndBool
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.Distance
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.Eq
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.EqBool
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.IfThen
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.IfThenBool
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.IfThenElse
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.In
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.Linear
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.NoGood
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.Not
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.Or
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.OrBool
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.PrimitiveConstraint
-
It retrieves the pruning event which causes reevaluation of the
constraint notConsistency() function.
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XeqC
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XeqY
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XgtC
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XgteqC
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XgteqY
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XgtY
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XltC
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XlteqC
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XlteqY
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XltY
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XmulCeqZ
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XmulYeqC
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XneqC
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XneqY
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.Xor
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XorBool
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XplusCeqZ
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XplusClteqZ
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XplusYeqC
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XplusYeqZ
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XplusYgtC
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XplusYlteqZ
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XplusYplusCeqZ
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XplusYplusQeqZ
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.constraints.XplusYplusQgtC
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.floats.constraints.linear.Linear
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.floats.constraints.PeqC
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.floats.constraints.PeqQ
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.floats.constraints.PgtC
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.floats.constraints.PgteqC
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.floats.constraints.PgteqQ
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.floats.constraints.PgtQ
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.floats.constraints.PltC
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.floats.constraints.PlteqC
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.floats.constraints.PlteqQ
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.floats.constraints.PltQ
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.floats.constraints.PneqC
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.floats.constraints.PneqQ
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.floats.constraints.PplusCeqR
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.floats.constraints.PplusQeqR
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.set.constraints.AeqB
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.set.constraints.AeqS
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.set.constraints.AinB
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.set.constraints.AinS
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.set.constraints.EinA
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.set.constraints.SinA
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.set.constraints.XeqA
-
- getNotConsistencyPruningEvent(Var) - Method in class org.jacop.set.constraints.XinA
-
- getNumberFails() - Method in interface org.jacop.search.sgmpcs.ImproveSolution
-
- getNumberFails() - Method in class org.jacop.search.sgmpcs.SGMPCSCalculator
-
- getNumberFails() - Method in class org.jacop.search.sgmpcs.SimpleImprovementSearch
-
- getNumberSolutions() - Method in class org.jacop.fz.Options
-
It returns the number of solutions the solver should search for.
- getObjectConstraints(GeostObject) - Method in interface org.jacop.constraints.geost.ExternalConstraint
-
It provides the collection of internal constraints that the given object has to satisfy.
- getObjectConstraints(GeostObject) - Method in class org.jacop.constraints.geost.InArea
-
- getObjectConstraints(GeostObject) - Method in class org.jacop.constraints.geost.NonOverlapping
-
- getObjectScope() - Method in interface org.jacop.constraints.geost.ExternalConstraint
-
Provides the collection of objects that this constraint applies to
- getObjectScope() - Method in class org.jacop.constraints.geost.InArea
-
- getObjectScope() - Method in class org.jacop.constraints.geost.NonOverlapping
-
- getOptions() - Method in class org.jacop.fz.FlatzincLoader
-
- getParentSolution(int) - Method in class org.jacop.search.SimpleSolutionListener
-
- getParentSolution(int) - Method in interface org.jacop.search.SolutionListener
-
- getPivotPosition() - Method in class org.jacop.search.SimpleMatrixSelect
-
It returns the position of the pivot variable.
- getPrecision() - Method in class org.jacop.fz.Options
-
It returns precision defined in the command line
- getProfit() - Method in class org.jacop.constraints.knapsack.KnapsackItem
-
It returns a profit of a single instance of that item.
- getProfitOfOne() - Method in class org.jacop.constraints.knapsack.TreeLeaf
-
- getPruningEvent(Var) - Method in class org.jacop.constraints.netflow.ArcCompanion
-
- getPruningEvent(Var) - Method in class org.jacop.constraints.netflow.DomainStructure
-
- getPruningEvent(Var) - Method in class org.jacop.constraints.netflow.MultiVarHandler
-
- getPruningEvent(Var) - Method in interface org.jacop.constraints.netflow.VarHandler
-
Retrieves the consistency pruning event of a handler variable that causes
the handler to be reevaluated.
- getPSum() - Method in class org.jacop.constraints.knapsack.TreeLeaf
-
- getPSum() - Method in class org.jacop.constraints.knapsack.TreeNode
-
It does not recompute sum of profits.
- getRandomValue() - Method in class org.jacop.core.BoundDomain
-
- getRandomValue() - Method in class org.jacop.core.IntDomain
-
It returns a random value from the domain.
- getRandomValue() - Method in class org.jacop.core.IntervalDomain
-
- getRandomValue() - Method in class org.jacop.core.SmallDenseDomain
-
- getSearch() - Method in class org.jacop.examples.fd.ExampleFD
-
It returns the search used within an example.
- getSearch() - Method in class org.jacop.examples.set.ExampleSet
-
It returns the search used within an example.
- getSearch() - Method in class org.jacop.fz.FlatzincLoader
-
- getSearch() - Method in class org.jacop.fz.Solve
-
- getSearchVariables() - Method in class org.jacop.examples.fd.ExampleFD
-
It returns an array list of variables used to model the example.
- getSearchVariables() - Method in class org.jacop.examples.set.ExampleSet
-
It returns an array list of variables used to model the example.
- getSelectChoicePoint() - Method in class org.jacop.fz.FlatzincLoader
-
- getSet(String) - Method in class org.jacop.fz.Tables
-
It returns the set of the given identity.
- getSetArray(String) - Method in class org.jacop.fz.Tables
-
It returns the set array of the given id.
- getSetVariable(String) - Method in class org.jacop.fz.Tables
-
It returns the set variable of the given identity.
- getSetVariableArray(String) - Method in class org.jacop.fz.Tables
-
It returns the array of set variables of the given identity.
- getShape(int) - Method in class org.jacop.constraints.geost.Geost
-
It returns the shape with a given id if such exists.
- getSize() - Method in class org.jacop.core.BooleanVar
-
It returns the size of the current domain.
- getSize() - Method in class org.jacop.core.BoundDomain
-
- getSize() - Method in class org.jacop.core.Domain
-
It returns the size of the domain.
- getSize() - Method in class org.jacop.core.IntDomain
-
It returns the size of the domain.
- getSize() - Method in class org.jacop.core.IntervalDomain
-
It returns the size of the domain.
- getSize() - Method in class org.jacop.core.IntVar
-
It returns the size of the current domain.
- getSize() - Method in class org.jacop.core.SmallDenseDomain
-
- getSize(long) - Method in class org.jacop.core.SmallDenseDomain
-
It computes the number of 1's in the binary representation of the number given in the field input.
- getSize() - Method in class org.jacop.core.Var
-
It returns the size of the current domain.
- getSize() - Method in class org.jacop.floats.core.FloatDomain
-
It returns the size of the domain.
- getSize() - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It returns the size of the domain.
- getSize() - Method in class org.jacop.floats.core.FloatVar
-
It returns the size of the current domain.
- getSize() - Method in class org.jacop.set.core.BoundSetDomain
-
Returns the number of elements in the domain.
- getSize() - Method in class org.jacop.set.core.SetVar
-
It returns the size of the current domain.
- getSize() - Method in class org.jacop.util.IndexDomainView
-
It returns size of the variable for which the index domain view is being created.
- getSizeFloat() - Method in class org.jacop.floats.core.FloatIntervalDomain
-
- getSizeFloat() - Method in class org.jacop.floats.core.FloatVar
-
- getSolution() - Method in class org.jacop.search.DepthFirstSearch
-
- getSolution(int) - Method in class org.jacop.search.DepthFirstSearch
-
- getSolution() - Method in interface org.jacop.search.Search
-
It returns the solution (an assignment of values to variables).
- getSolution(int) - Method in interface org.jacop.search.Search
-
It returns the solution specified by the search.
- getSolution() - Method in interface org.jacop.search.sgmpcs.ImproveSolution
-
- getSolution() - Method in class org.jacop.search.sgmpcs.SimpleImprovementSearch
-
- getSolution(int) - Method in class org.jacop.search.SimpleSolutionListener
-
It returns the solution number no.
- getSolution(int) - Method in interface org.jacop.search.SolutionListener
-
It returns the solution number no.
- getSolutionListener() - Method in class org.jacop.search.DepthFirstSearch
-
- getSolutionListener() - Method in interface org.jacop.search.Search
-
It returns the root Solution Listener.
- getSolutions() - Method in class org.jacop.search.SimpleSolutionListener
-
- getSolutions() - Method in interface org.jacop.search.SolutionListener
-
It returns all solutions.
- getSolve() - Method in class org.jacop.fz.FlatzincLoader
-
- getSolveKind() - Method in class org.jacop.fz.Solve
-
- getState(int, int) - Method in class org.jacop.constraints.regular.Regular
-
Find the state with the corresponding id.
- getState(int) - Method in class org.jacop.util.fsm.FSM
-
It gets state of a given id.
- getStatistics() - Method in class org.jacop.constraints.geost.Geost
-
It returns all the statistics gathered by geost constraint during the search.
- getStatistics() - Method in class org.jacop.fz.Options
-
It returns true if the search statistics are to be displayed.
- getStore() - Method in class org.jacop.examples.fd.ExampleFD
-
It specifies the constraint store used within an example.
- getStore() - Method in class org.jacop.examples.set.ExampleSet
-
It specifies the constraint store used within an example.
- getStore() - Method in class org.jacop.fz.FlatzincLoader
-
- getStoreLevel() - Method in interface org.jacop.constraints.netflow.MutableNetwork
-
Retrieves the current store level for domain pruning.
- getStoreLevel() - Method in class org.jacop.constraints.netflow.Network
-
- GetSuffix(int) - Method in class org.jacop.fz.SimpleCharStream
-
Get the suffix.
- getTables() - Method in class org.jacop.fz.FlatzincLoader
-
- getTabSize(int) - Method in class org.jacop.fz.SimpleCharStream
-
- getTimeOut() - Method in class org.jacop.fz.Options
-
It returns time out set for the search.
- getTimeOutListener() - Method in class org.jacop.search.DepthFirstSearch
-
- getTimeOutListener() - Method in interface org.jacop.search.Search
-
It returns the root of the TimeOutListener.
- getToken(int) - Method in class org.jacop.fz.Parser
-
Get the specific Token.
- getType() - Method in class org.jacop.fz.ASTFloatTiExprTail
-
- getType() - Method in class org.jacop.fz.ASTIntTiExprTail
-
- getType() - Method in class org.jacop.fz.ASTScalarFlatExpr
-
- getType() - Method in class org.jacop.fz.ASTSetLiteral
-
- getType() - Method in class org.jacop.fz.ASTSolveExpr
-
- getType() - Method in class org.jacop.util.fsm.RegularExpressionParser.Literal
-
- getValue() - Method in class org.jacop.fz.Token
-
An optional attribute value of the Token.
- getVariable() - Method in class org.jacop.constraints.knapsack.KnapsackItem
-
t returns quantity variable associated with that item.
- getVariable() - Method in class org.jacop.constraints.knapsack.TreeLeaf
-
- getVariable(String) - Method in class org.jacop.fz.Tables
-
It returns the variable of the given identity.
- getVariableArray(String) - Method in class org.jacop.fz.Tables
-
It returns the variable array of the given identity.
- getVariableFloatArray(String) - Method in class org.jacop.fz.Tables
-
It returns the float variable array of the given identity.
- getVariableIdPrefix() - Method in class org.jacop.core.Store
-
This function returns the prefix of the automatically generated names for
noname variables.
- getVariables() - Method in class org.jacop.constraints.geost.GeostObject
-
It returns finite domain variables which belong to this object.
- getVariables() - Method in class org.jacop.search.DepthFirstSearch
-
- getVariables() - Method in interface org.jacop.search.Search
-
It returns the order of variables used by functions returning a solution
in terms of the values.
- getVariables() - Method in class org.jacop.search.SimpleSolutionListener
-
It returns null if no solution was recorded, or the variables for which
the solution(s) was recorded.
- getVariables() - Method in interface org.jacop.search.SolutionListener
-
It returns the variables in the same order as the one used to encode
solutions.
- getVariablesMapping() - Method in class org.jacop.search.InputOrderSelect
-
It returns the variables for which assignment in the solution is given.
- getVariablesMapping() - Method in class org.jacop.search.RandomSelect
-
It returns the variables for which assignment in the solution is given.
- getVariablesMapping() - Method in interface org.jacop.search.SelectChoicePoint
-
It specifies the position of variables as given when variables of this
select object were supplied.
- getVariablesMapping() - Method in class org.jacop.search.SimpleMatrixSelect
-
It returns the variables for which assignment in the solution is given.
- getVariablesMapping() - Method in class org.jacop.search.SimpleSelect
-
It returns the variables for which assignment in the solution is given.
- getVariablesMapping() - Method in class org.jacop.search.TraceGenerator
-
- getVarSelect() - Method in class org.jacop.fz.SearchItem
-
- getVerbose() - Method in class org.jacop.fz.Options
-
It returns true if the verbose mode has been requested.
- getWeight() - Method in class org.jacop.constraints.knapsack.KnapsackItem
-
It returns a weight of a single instance of that item.
- getWeightOfOne() - Method in class org.jacop.constraints.knapsack.TreeLeaf
-
- getWMax() - Method in class org.jacop.constraints.knapsack.TreeLeaf
-
- getWMax() - Method in class org.jacop.constraints.knapsack.TreeNode
-
It does not recompute the maximum of weights.
- getWrongDecisions() - Method in class org.jacop.search.DepthFirstSearch
-
It returns number of wrong decisions performed by the search.
- getWrongDecisions() - Method in interface org.jacop.search.Search
-
It returns number of wrong decisions performed by the search.
- getWSum() - Method in class org.jacop.constraints.knapsack.TreeLeaf
-
- getWSum() - Method in class org.jacop.constraints.knapsack.TreeNode
-
It does not recompute sum of weights.
- glb - Variable in class org.jacop.set.core.BoundSetDomain
-
The greatest lower bound of the domain.
- glb() - Method in class org.jacop.set.core.BoundSetDomain
-
It returns the greatest lower bound of the domain.
- GLB - Static variable in class org.jacop.set.core.SetDomain
-
It specifies event that GLB has grown.
- glb() - Method in class org.jacop.set.core.SetDomain
-
It returns the least upper bound of the domain.
- Golf - Class in org.jacop.examples.fd
-
A simple logic puzzle about golf players.
- Golf() - Constructor for class org.jacop.examples.fd.Golf
-
- Golomb - Class in org.jacop.examples.fd
-
It models a Golomb ruler problem.
- Golomb() - Constructor for class org.jacop.examples.fd.Golomb
-
- GROUND - Static variable in class org.jacop.core.IntDomain
-
It specifies the constant for GROUND event.
- GROUND - Static variable in class org.jacop.floats.core.FloatDomain
-
It specifies the constant for GROUND event.
- GROUND - Static variable in class org.jacop.set.core.SetDomain
-
It specifies event that Set variable became singleton.
- grounded - Variable in class org.jacop.constraints.Alldifferent
-
- gt - Static variable in class org.jacop.floats.constraints.linear.Linear
-
Defines relations
- guidingShaving - Variable in class org.jacop.examples.fd.MagicSquares
-
It specifies the list of constraints which can be used for guiding shaving.
- id - Variable in class org.jacop.constraints.Constraint
-
It specifies the string id of the constraint.
- id() - Method in class org.jacop.constraints.Constraint
-
It gives the id string of a constraint.
- id() - Method in class org.jacop.constraints.Diff
-
- id() - Method in class org.jacop.constraints.Diff2
-
- id() - Method in class org.jacop.constraints.Element
-
- id() - Method in class org.jacop.constraints.GCC
-
- id() - Method in class org.jacop.constraints.geost.Geost
-
- id() - Method in class org.jacop.constraints.knapsack.Knapsack
-
- id() - Method in class org.jacop.constraints.netflow.NetworkFlow
-
Identifiers
- id - Variable in class org.jacop.constraints.regular.RegState
-
The unique id of the state.
- id() - Method in class org.jacop.constraints.regular.Regular
-
- id - Variable in class org.jacop.core.Store
-
Id string of the store.
- id - Variable in class org.jacop.core.Var
-
Id string of the variable.
- id() - Method in class org.jacop.core.Var
-
This function returns variable id.
- id - Variable in class org.jacop.fz.SimpleNode
-
- id - Variable in class org.jacop.search.DepthFirstSearch
-
It specifies the id of the search.
- id() - Method in class org.jacop.search.DepthFirstSearch
-
- id() - Method in interface org.jacop.search.Search
-
It returns the string id of the search.
- id() - Method in class org.jacop.set.constraints.AdiffBeqC
-
- id() - Method in class org.jacop.set.constraints.AdisjointB
-
- id() - Method in class org.jacop.set.constraints.AeqB
-
- id() - Method in class org.jacop.set.constraints.AeqS
-
- id() - Method in class org.jacop.set.constraints.AinB
-
- id() - Method in class org.jacop.set.constraints.AinS
-
- id() - Method in class org.jacop.set.constraints.AintersectBeqC
-
- id() - Method in class org.jacop.set.constraints.AunionBeqC
-
- id() - Method in class org.jacop.set.constraints.CardA
-
- id() - Method in class org.jacop.set.constraints.CardAeqX
-
- id() - Method in class org.jacop.set.constraints.EinA
-
- id() - Method in class org.jacop.set.constraints.ElementSet
-
- id() - Method in class org.jacop.set.constraints.Lex
-
- id() - Method in class org.jacop.set.constraints.Match
-
- id() - Method in class org.jacop.set.constraints.SinA
-
- id() - Method in class org.jacop.set.constraints.SumWeightedSet
-
- id() - Method in class org.jacop.set.constraints.XeqA
-
- id() - Method in class org.jacop.set.constraints.XinA
-
- id - Variable in class org.jacop.util.fsm.FSMState
-
Id of the state.
- IDENT - Static variable in interface org.jacop.fz.ParserConstants
-
RegularExpression Id.
- ident_anns() - Method in class org.jacop.fz.Parser
-
- idNumber - Static variable in class org.jacop.constraints.ExtensionalSupportVA
-
It specifies the id of the constraint.
- idNumber - Static variable in class org.jacop.core.Var
-
It is a counter to indicate number of created variables.
- ids - Variable in class org.jacop.examples.fd.filters.Filter
-
It specifies the type of each operation of a given position.
- ids() - Method in class org.jacop.examples.fd.filters.Filter
-
It returns the ids of each operation.
- IfThen - Class in org.jacop.constraints
-
Constraint if constraint1 then constraint2
- IfThen(PrimitiveConstraint, PrimitiveConstraint) - Constructor for class org.jacop.constraints.IfThen
-
It constructs ifthen constraint.
- IfThenBool - Class in org.jacop.constraints
-
Constraint ( X => Y ) <=> Z.
- IfThenBool(IntVar, IntVar, IntVar) - Constructor for class org.jacop.constraints.IfThenBool
-
It constructs constraint ( X => Y ) <=> Z.
- IfThenElse - Class in org.jacop.constraints
-
Constraint if constraint1 then constraint2 else constraint3
*
- IfThenElse(PrimitiveConstraint, PrimitiveConstraint, PrimitiveConstraint) - Constructor for class org.jacop.constraints.IfThenElse
-
It creates ifthenelse constraint.
- image - Variable in class org.jacop.fz.Token
-
The string image of the token.
- impose(Store) - Method in class org.jacop.constraints.AbsXeqY
-
- impose(Store) - Method in class org.jacop.constraints.Alldiff
-
- impose(Store) - Method in class org.jacop.constraints.Alldifferent
-
- impose(Store) - Method in class org.jacop.constraints.Alldistinct
-
- impose(Store) - Method in class org.jacop.constraints.Among
-
- impose(Store) - Method in class org.jacop.constraints.AmongVar
-
- impose(Store) - Method in class org.jacop.constraints.And
-
- impose(Store) - Method in class org.jacop.constraints.AndBool
-
- impose(Store) - Method in class org.jacop.constraints.Assignment
-
- impose(Store) - Method in class org.jacop.constraints.binpacking.Binpacking
-
- impose(Store) - Method in class org.jacop.constraints.Circuit
-
- impose(Store) - Method in class org.jacop.constraints.Constraint
-
It imposes the constraint in a given store.
- impose(Store, int) - Method in class org.jacop.constraints.Constraint
-
It imposes the constraint and adjusts the queue index.
- impose(Store) - Method in class org.jacop.constraints.Count
-
- impose(Store) - Method in class org.jacop.constraints.Cumulative
-
- impose(Store) - Method in class org.jacop.constraints.Diff
-
- impose(Store) - Method in class org.jacop.constraints.Diff2
-
- impose(Store) - Method in class org.jacop.constraints.Disjoint
-
- impose(Store) - Method in class org.jacop.constraints.DisjointConditional
-
- impose(Store) - Method in class org.jacop.constraints.Distance
-
- impose(Store) - Method in class org.jacop.constraints.Element
-
- impose(Store) - Method in class org.jacop.constraints.ElementInteger
-
- impose(Store) - Method in class org.jacop.constraints.ElementVariable
-
- impose(Store) - Method in class org.jacop.constraints.Eq
-
- impose(Store) - Method in class org.jacop.constraints.EqBool
-
- impose(Store) - Method in class org.jacop.constraints.ExtensionalConflictVA
-
- impose(Store) - Method in class org.jacop.constraints.ExtensionalSupportMDD
-
- impose(Store) - Method in class org.jacop.constraints.ExtensionalSupportSTR
-
- impose(Store) - Method in class org.jacop.constraints.ExtensionalSupportVA
-
- impose(Store) - Method in class org.jacop.constraints.GCC
-
- impose(Store) - Method in class org.jacop.constraints.geost.Geost
-
- impose(Store) - Method in class org.jacop.constraints.IfThen
-
- impose(Store) - Method in class org.jacop.constraints.IfThenBool
-
- impose(Store) - Method in class org.jacop.constraints.IfThenElse
-
- impose(Store) - Method in class org.jacop.constraints.In
-
- impose(Store) - Method in class org.jacop.constraints.knapsack.Knapsack
-
- impose(Store) - Method in class org.jacop.constraints.LexOrder
-
- impose(Store) - Method in class org.jacop.constraints.Linear
-
- impose(Store) - Method in class org.jacop.constraints.Max
-
- impose(Store) - Method in class org.jacop.constraints.Min
-
- impose(Store) - Method in class org.jacop.constraints.netflow.NetworkFlow
-
- impose(Store) - Method in class org.jacop.constraints.NoGood
-
- impose(Store) - Method in class org.jacop.constraints.Not
-
- impose(Store) - Method in class org.jacop.constraints.Or
-
- impose(Store) - Method in class org.jacop.constraints.OrBool
-
- impose(Store) - Method in class org.jacop.constraints.regular.Regular
-
- impose(Store) - Method in class org.jacop.constraints.Reified
-
- impose(Store) - Method in class org.jacop.constraints.Subcircuit
-
- impose(Store) - Method in class org.jacop.constraints.Sum
-
- impose(Store) - Method in class org.jacop.constraints.SumWeight
-
- impose(Store) - Method in class org.jacop.constraints.SumWeightDom
-
- impose(Store) - Method in class org.jacop.constraints.Values
-
- impose(Store) - Method in class org.jacop.constraints.XdivYeqZ
-
- impose(Store) - Method in class org.jacop.constraints.XeqC
-
- impose(Store) - Method in class org.jacop.constraints.XeqY
-
- impose(Store) - Method in class org.jacop.constraints.XexpYeqZ
-
- impose(Store) - Method in class org.jacop.constraints.XgtC
-
- impose(Store) - Method in class org.jacop.constraints.XgteqC
-
- impose(Store) - Method in class org.jacop.constraints.XgteqY
-
- impose(Store) - Method in class org.jacop.constraints.XgtY
-
- impose(Store) - Method in class org.jacop.constraints.XltC
-
- impose(Store) - Method in class org.jacop.constraints.XlteqC
-
- impose(Store) - Method in class org.jacop.constraints.XlteqY
-
- impose(Store) - Method in class org.jacop.constraints.XltY
-
- impose(Store) - Method in class org.jacop.constraints.XmodYeqZ
-
- impose(Store) - Method in class org.jacop.constraints.XmulCeqZ
-
- impose(Store) - Method in class org.jacop.constraints.XmulYeqC
-
- impose(Store) - Method in class org.jacop.constraints.XmulYeqZ
-
- impose(Store) - Method in class org.jacop.constraints.XneqC
-
- impose(Store) - Method in class org.jacop.constraints.XneqY
-
- impose(Store) - Method in class org.jacop.constraints.Xor
-
- impose(Store) - Method in class org.jacop.constraints.XorBool
-
- impose(Store) - Method in class org.jacop.constraints.XplusCeqZ
-
- impose(Store) - Method in class org.jacop.constraints.XplusClteqZ
-
- impose(Store) - Method in class org.jacop.constraints.XplusYeqC
-
- impose(Store) - Method in class org.jacop.constraints.XplusYeqZ
-
- impose(Store) - Method in class org.jacop.constraints.XplusYgtC
-
- impose(Store) - Method in class org.jacop.constraints.XplusYlteqZ
-
- impose(Store) - Method in class org.jacop.constraints.XplusYplusCeqZ
-
- impose(Store) - Method in class org.jacop.constraints.XplusYplusQeqZ
-
- impose(Store) - Method in class org.jacop.constraints.XplusYplusQgtC
-
- impose(Constraint) - Method in class org.jacop.core.Store
-
This function imposes a constraint to a store.
- impose(Constraint, int) - Method in class org.jacop.core.Store
-
This function imposes a constraint to a store.
- impose(Store) - Method in class org.jacop.floats.constraints.AbsPeqR
-
- impose(Store) - Method in class org.jacop.floats.constraints.CosPeqR
-
- impose(Store) - Method in class org.jacop.floats.constraints.CosPeqR_decomposed
-
- impose(Store) - Method in class org.jacop.floats.constraints.ElementFloat
-
- impose(Store) - Method in class org.jacop.floats.constraints.EquationSystem
-
- impose(Store) - Method in class org.jacop.floats.constraints.ExpPeqR
-
- impose(Store) - Method in class org.jacop.floats.constraints.linear.Linear
-
- impose(Store) - Method in class org.jacop.floats.constraints.Max
-
- impose(Store) - Method in class org.jacop.floats.constraints.Min
-
- impose(Store) - Method in class org.jacop.floats.constraints.PeqC
-
- impose(Store) - Method in class org.jacop.floats.constraints.PeqQ
-
- impose(Store) - Method in class org.jacop.floats.constraints.PgtC
-
- impose(Store) - Method in class org.jacop.floats.constraints.PgteqC
-
- impose(Store) - Method in class org.jacop.floats.constraints.PgteqQ
-
- impose(Store) - Method in class org.jacop.floats.constraints.PgtQ
-
- impose(Store) - Method in class org.jacop.floats.constraints.PltC
-
- impose(Store) - Method in class org.jacop.floats.constraints.PlteqC
-
- impose(Store) - Method in class org.jacop.floats.constraints.PlteqQ
-
- impose(Store) - Method in class org.jacop.floats.constraints.PltQ
-
- impose(Store) - Method in class org.jacop.floats.constraints.PmulCeqR
-
- impose(Store) - Method in class org.jacop.floats.constraints.PmulQeqR
-
- impose(Store) - Method in class org.jacop.floats.constraints.PneqC
-
- impose(Store) - Method in class org.jacop.floats.constraints.PneqQ
-
- impose(Store) - Method in class org.jacop.floats.constraints.PplusCeqR
-
- impose(Store) - Method in class org.jacop.floats.constraints.PplusQeqR
-
- impose(Store) - Method in class org.jacop.floats.constraints.SinPeqR
-
- impose(Store) - Method in class org.jacop.floats.constraints.TanPeqR
-
- impose(Store) - Method in class org.jacop.floats.constraints.XeqP
-
- impose(Store) - Method in class org.jacop.set.constraints.AdiffBeqC
-
- impose(Store) - Method in class org.jacop.set.constraints.AdisjointB
-
- impose(Store) - Method in class org.jacop.set.constraints.AeqB
-
- impose(Store) - Method in class org.jacop.set.constraints.AeqS
-
- impose(Store) - Method in class org.jacop.set.constraints.AinB
-
- impose(Store) - Method in class org.jacop.set.constraints.AinS
-
- impose(Store) - Method in class org.jacop.set.constraints.AintersectBeqC
-
- impose(Store) - Method in class org.jacop.set.constraints.AunionBeqC
-
- impose(Store) - Method in class org.jacop.set.constraints.CardA
-
- impose(Store) - Method in class org.jacop.set.constraints.CardAeqX
-
- impose(Store) - Method in class org.jacop.set.constraints.EinA
-
- impose(Store) - Method in class org.jacop.set.constraints.ElementSet
-
- impose(Store) - Method in class org.jacop.set.constraints.Lex
-
- impose(Store) - Method in class org.jacop.set.constraints.Match
-
- impose(Store) - Method in class org.jacop.set.constraints.SinA
-
- impose(Store) - Method in class org.jacop.set.constraints.SumWeightedSet
-
- impose(Store) - Method in class org.jacop.set.constraints.XeqA
-
- impose(Store) - Method in class org.jacop.set.constraints.XinA
-
- imposeDecomposition(Store) - Method in class org.jacop.constraints.AndBool
-
- imposeDecomposition(Store) - Method in class org.jacop.constraints.Constraint
-
It imposes the decomposition of the given constraint in a given store.
- imposeDecomposition(Store) - Method in class org.jacop.constraints.DecomposedConstraint
-
It imposes the constraint in a given store.
- imposeDecomposition(Store, int) - Method in class org.jacop.constraints.DecomposedConstraint
-
It imposes the constraint and adjusts the queue index.
- imposeDecomposition(Store) - Method in class org.jacop.constraints.EqBool
-
- imposeDecomposition(Store) - Method in class org.jacop.constraints.Lex
-
- imposeDecomposition(Store) - Method in class org.jacop.constraints.netflow.Arithmetic
-
- imposeDecomposition(Store) - Method in class org.jacop.constraints.OrBool
-
- imposeDecomposition(Store) - Method in class org.jacop.constraints.regular.Regular
-
- imposeDecomposition(Store) - Method in class org.jacop.constraints.Sequence
-
- imposeDecomposition(Store) - Method in class org.jacop.constraints.SoftAlldifferent
-
- imposeDecomposition(Store) - Method in class org.jacop.constraints.SoftGCC
-
- imposeDecomposition(Store) - Method in class org.jacop.constraints.Stretch
-
- imposeDecomposition(DecomposedConstraint) - Method in class org.jacop.core.Store
-
This function imposes a decomposable constraint to a store.
- imposeDecomposition(DecomposedConstraint, int) - Method in class org.jacop.core.Store
-
This function imposes a constraint decomposition to a store.
- imposeDecompositionWithConsistency(DecomposedConstraint) - Method in class org.jacop.core.Store
-
In some special cases it may be beneficial to compute consistency of
constraint store immediately after the decomposed constraint is imposed.
- imposeWithConsistency(Constraint) - Method in class org.jacop.core.Store
-
In some special cases it may be beneficial to compute consistency of
constraint store immediately after the constraint is imposed.
- impositionFailure - Variable in class org.jacop.constraints.knapsack.Knapsack
-
It specifies if the constraint has already discovered to be unsatisfied
during the imposition stage.
- ImproveSolution<T extends Var> - Interface in org.jacop.search.sgmpcs
-
Defines an interface for defining different methods for selecting next search
decision to be taken.
- In - Class in org.jacop.constraints
-
Constraints X to belong to a specified domain.
- In(IntVar, IntDomain) - Constructor for class org.jacop.constraints.In
-
It constructs an In constraint to restrict the domain of the variable.
- in(int, Var, int, int) - Method in class org.jacop.core.BoundDomain
-
- in(int, Var, IntDomain) - Method in class org.jacop.core.BoundDomain
-
- in(int, Var, Domain) - Method in class org.jacop.core.Domain
-
It enforces that this domain is included within the specified domain.
- in(int, Var, int, int) - Method in class org.jacop.core.IntDomain
-
It updates the domain to have values only within the interval min..max.
- in(int, Var, IntDomain) - Method in class org.jacop.core.IntDomain
-
It updates the domain to have values only within the domain.
- in(int, Var, Domain) - Method in class org.jacop.core.IntDomain
-
- in(int, Var, int, int) - Method in class org.jacop.core.IntervalDomain
-
It updates the domain to have values only within the interval min..max.
- in(int, Var, IntDomain) - Method in class org.jacop.core.IntervalDomain
-
It updates the domain to have values only within the domain.
- in(int, Var, int, int) - Method in class org.jacop.core.SmallDenseDomain
-
It updates the domain to have values only within the interval min..max.
- in(int, Var, long) - Method in class org.jacop.core.SmallDenseDomain
-
- in(int, Var, IntDomain) - Method in class org.jacop.core.SmallDenseDomain
-
- in(int, Var, double, double) - Method in class org.jacop.floats.core.FloatDomain
-
It updates the domain to have values only within the interval min..max.
- in(int, Var, FloatDomain) - Method in class org.jacop.floats.core.FloatDomain
-
It updates the domain to have values only within the domain.
- in(int, Var, Domain) - Method in class org.jacop.floats.core.FloatDomain
-
- in(int, Var, double, double) - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It updates the domain to have values only within the interval min..max.
- in(int, Var, FloatDomain) - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It updates the domain to have values only within the domain.
- in(int, SetVar, IntDomain, IntDomain) - Method in class org.jacop.set.core.BoundSetDomain
-
This function is equivalent to in(int storeLevel, Variable var, int min, int max).
- in(int, SetVar, SetDomain) - Method in class org.jacop.set.core.BoundSetDomain
-
It updates the domain to have values only within the domain.
- in(int, SetVar, IntDomain, IntDomain) - Method in class org.jacop.set.core.SetDomain
-
This function is equivalent to in(int storeLevel, Variable var, int min, int max).
- in(int, SetVar, SetDomain) - Method in class org.jacop.set.core.SetDomain
-
It updates the domain to have values only within the domain.
- in(int, Var, Domain) - Method in class org.jacop.set.core.SetDomain
-
- InArea - Class in org.jacop.constraints.geost
-
- InArea(DBox, Collection<DBox>) - Constructor for class org.jacop.constraints.geost.InArea
-
It constructs an external constraint to enforce that all objects
within Geost constraint are placed within a specified area with
holes in that area specfied as well.
- inBuf - Variable in class org.jacop.fz.SimpleCharStream
-
- inCardinality(int, SetVar, int, int) - Method in class org.jacop.set.core.BoundSetDomain
-
- inCardinality(int, SetVar, int, int) - Method in class org.jacop.set.core.SetDomain
-
It restricts the possible cardinality of the set domain.
- include(Store) - Method in class org.jacop.constraints.And
-
- include(Store) - Method in class org.jacop.constraints.AndBool
-
- include(Store) - Method in class org.jacop.constraints.Eq
-
- include(Store) - Method in class org.jacop.constraints.IfThen
-
- include(Store) - Method in class org.jacop.constraints.IfThenElse
-
- include(Store) - Method in class org.jacop.constraints.Not
-
- include(Store) - Method in class org.jacop.constraints.Or
-
- include(Store) - Method in class org.jacop.constraints.OrBool
-
- include(Store) - Method in class org.jacop.constraints.PrimitiveConstraint
-
It provide store for constraints that are not imposed but called from ather constraints.
- include(Store) - Method in class org.jacop.constraints.Xor
-
- inclusionLevel - Variable in class org.jacop.set.constraints.Lex
-
- inComplement(int, Var, int) - Method in class org.jacop.core.BoundDomain
-
- inComplement(int, Var, int, int) - Method in class org.jacop.core.BoundDomain
-
- inComplement(int, Var, int) - Method in class org.jacop.core.IntDomain
-
It updates the domain to not contain the value complement.
- inComplement(int, Var, int, int) - Method in class org.jacop.core.IntDomain
-
It updates the domain so it does not contain the supplied interval.
- inComplement(int, Var, int) - Method in class org.jacop.core.IntervalDomain
-
It updates the domain to not contain the value complement.
- inComplement(int, Var, int, int) - Method in class org.jacop.core.IntervalDomain
-
- inComplement(int, Var, int) - Method in class org.jacop.core.SmallDenseDomain
-
- inComplement(int, Var, int, int) - Method in class org.jacop.core.SmallDenseDomain
-
- inComplement(int, Var, double) - Method in class org.jacop.floats.core.FloatDomain
-
It updates the domain to not contain the value complement.
- inComplement(int, Var, double, double) - Method in class org.jacop.floats.core.FloatDomain
-
It updates the domain so it does not contain the supplied interval.
- inComplement(int, Var, double) - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It updates the domain to not contain the value complement.
- inComplement(int, Var, double, double) - Method in class org.jacop.floats.core.FloatIntervalDomain
-
- inConsistency - Variable in class org.jacop.constraints.knapsack.Knapsack
-
It specifies if the constraint is executing the consistency function.
- increaseLevel() - Method in class org.jacop.constraints.netflow.Network
-
- increaseWeight() - Method in class org.jacop.constraints.AbsXeqY
-
- increaseWeight() - Method in class org.jacop.constraints.Alldifferent
-
- increaseWeight() - Method in class org.jacop.constraints.Alldistinct
-
- increaseWeight() - Method in class org.jacop.constraints.Among
-
- increaseWeight() - Method in class org.jacop.constraints.AmongVar
-
- increaseWeight() - Method in class org.jacop.constraints.And
-
- increaseWeight() - Method in class org.jacop.constraints.AndBool
-
- increaseWeight() - Method in class org.jacop.constraints.Assignment
-
- increaseWeight() - Method in class org.jacop.constraints.binpacking.Binpacking
-
- increaseWeight - Variable in class org.jacop.constraints.Constraint
-
It specifies if upon the failure of the constraint, all variables
in the constraint scope should have their weight increased.
- increaseWeight() - Method in class org.jacop.constraints.Constraint
-
It increases the weight of the variables in the constraint scope.
- increaseWeight() - Method in class org.jacop.constraints.Count
-
- increaseWeight() - Method in class org.jacop.constraints.Cumulative
-
- increaseWeight() - Method in class org.jacop.constraints.Diff
-
- increaseWeight() - Method in class org.jacop.constraints.Distance
-
- increaseWeight() - Method in class org.jacop.constraints.Element
-
- increaseWeight() - Method in class org.jacop.constraints.ElementInteger
-
- increaseWeight() - Method in class org.jacop.constraints.ElementVariable
-
- increaseWeight() - Method in class org.jacop.constraints.Eq
-
- increaseWeight() - Method in class org.jacop.constraints.EqBool
-
- increaseWeight() - Method in class org.jacop.constraints.ExtensionalConflictVA
-
- increaseWeight() - Method in class org.jacop.constraints.ExtensionalSupportMDD
-
- increaseWeight() - Method in class org.jacop.constraints.ExtensionalSupportSTR
-
- increaseWeight() - Method in class org.jacop.constraints.ExtensionalSupportVA
-
- increaseWeight() - Method in class org.jacop.constraints.GCC
-
- increaseWeight() - Method in class org.jacop.constraints.geost.Geost
-
- increaseWeight() - Method in class org.jacop.constraints.IfThen
-
- increaseWeight() - Method in class org.jacop.constraints.IfThenBool
-
- increaseWeight() - Method in class org.jacop.constraints.IfThenElse
-
- increaseWeight() - Method in class org.jacop.constraints.In
-
- increaseWeight() - Method in class org.jacop.constraints.knapsack.Knapsack
-
- increaseWeight() - Method in class org.jacop.constraints.LexOrder
-
- increaseWeight() - Method in class org.jacop.constraints.Linear
-
- increaseWeight() - Method in class org.jacop.constraints.Max
-
- increaseWeight() - Method in class org.jacop.constraints.Min
-
- increaseWeight() - Method in class org.jacop.constraints.netflow.NetworkFlow
-
- increaseWeight() - Method in class org.jacop.constraints.NoGood
-
- increaseWeight() - Method in class org.jacop.constraints.Not
-
- increaseWeight() - Method in class org.jacop.constraints.Or
-
- increaseWeight() - Method in class org.jacop.constraints.OrBool
-
- increaseWeight() - Method in class org.jacop.constraints.regular.Regular
-
- increaseWeight() - Method in class org.jacop.constraints.Reified
-
- increaseWeight() - Method in class org.jacop.constraints.Sum
-
- increaseWeight() - Method in class org.jacop.constraints.SumWeight
-
- increaseWeight() - Method in class org.jacop.constraints.SumWeightDom
-
- increaseWeight() - Method in class org.jacop.constraints.Values
-
- increaseWeight() - Method in class org.jacop.constraints.XdivYeqZ
-
- increaseWeight() - Method in class org.jacop.constraints.XeqC
-
- increaseWeight() - Method in class org.jacop.constraints.XeqY
-
- increaseWeight() - Method in class org.jacop.constraints.XexpYeqZ
-
- increaseWeight() - Method in class org.jacop.constraints.XgtC
-
- increaseWeight() - Method in class org.jacop.constraints.XgteqC
-
- increaseWeight() - Method in class org.jacop.constraints.XgteqY
-
- increaseWeight() - Method in class org.jacop.constraints.XgtY
-
- increaseWeight() - Method in class org.jacop.constraints.XltC
-
- increaseWeight() - Method in class org.jacop.constraints.XlteqC
-
- increaseWeight() - Method in class org.jacop.constraints.XlteqY
-
- increaseWeight() - Method in class org.jacop.constraints.XltY
-
- increaseWeight() - Method in class org.jacop.constraints.XmodYeqZ
-
- increaseWeight() - Method in class org.jacop.constraints.XmulCeqZ
-
- increaseWeight() - Method in class org.jacop.constraints.XmulYeqC
-
- increaseWeight() - Method in class org.jacop.constraints.XmulYeqZ
-
- increaseWeight() - Method in class org.jacop.constraints.XneqC
-
- increaseWeight() - Method in class org.jacop.constraints.XneqY
-
- increaseWeight() - Method in class org.jacop.constraints.Xor
-
- increaseWeight() - Method in class org.jacop.constraints.XorBool
-
- increaseWeight() - Method in class org.jacop.constraints.XplusCeqZ
-
- increaseWeight() - Method in class org.jacop.constraints.XplusClteqZ
-
- increaseWeight() - Method in class org.jacop.constraints.XplusYeqC
-
- increaseWeight() - Method in class org.jacop.constraints.XplusYeqZ
-
- increaseWeight() - Method in class org.jacop.constraints.XplusYgtC
-
- increaseWeight() - Method in class org.jacop.constraints.XplusYlteqZ
-
- increaseWeight() - Method in class org.jacop.constraints.XplusYplusCeqZ
-
- increaseWeight() - Method in class org.jacop.constraints.XplusYplusQeqZ
-
- increaseWeight() - Method in class org.jacop.constraints.XplusYplusQgtC
-
- increaseWeight() - Method in class org.jacop.floats.constraints.AbsPeqR
-
- increaseWeight() - Method in class org.jacop.floats.constraints.CosPeqR
-
- increaseWeight() - Method in class org.jacop.floats.constraints.CosPeqR_decomposed
-
- increaseWeight() - Method in class org.jacop.floats.constraints.ElementFloat
-
- increaseWeight() - Method in class org.jacop.floats.constraints.EquationSystem
-
- increaseWeight() - Method in class org.jacop.floats.constraints.ExpPeqR
-
- increaseWeight() - Method in class org.jacop.floats.constraints.linear.Linear
-
- increaseWeight() - Method in class org.jacop.floats.constraints.Max
-
- increaseWeight() - Method in class org.jacop.floats.constraints.Min
-
- increaseWeight() - Method in class org.jacop.floats.constraints.PeqC
-
- increaseWeight() - Method in class org.jacop.floats.constraints.PeqQ
-
- increaseWeight() - Method in class org.jacop.floats.constraints.PgtC
-
- increaseWeight() - Method in class org.jacop.floats.constraints.PgteqC
-
- increaseWeight() - Method in class org.jacop.floats.constraints.PgteqQ
-
- increaseWeight() - Method in class org.jacop.floats.constraints.PgtQ
-
- increaseWeight() - Method in class org.jacop.floats.constraints.PltC
-
- increaseWeight() - Method in class org.jacop.floats.constraints.PlteqC
-
- increaseWeight() - Method in class org.jacop.floats.constraints.PlteqQ
-
- increaseWeight() - Method in class org.jacop.floats.constraints.PltQ
-
- increaseWeight() - Method in class org.jacop.floats.constraints.PmulCeqR
-
- increaseWeight() - Method in class org.jacop.floats.constraints.PmulQeqR
-
- increaseWeight() - Method in class org.jacop.floats.constraints.PneqC
-
- increaseWeight() - Method in class org.jacop.floats.constraints.PneqQ
-
- increaseWeight() - Method in class org.jacop.floats.constraints.PplusCeqR
-
- increaseWeight() - Method in class org.jacop.floats.constraints.PplusQeqR
-
- increaseWeight() - Method in class org.jacop.floats.constraints.SinPeqR
-
- increaseWeight() - Method in class org.jacop.floats.constraints.TanPeqR
-
- increaseWeight() - Method in class org.jacop.floats.constraints.XeqP
-
- increaseWeight() - Method in class org.jacop.set.constraints.AdiffBeqC
-
- increaseWeight() - Method in class org.jacop.set.constraints.AdisjointB
-
- increaseWeight() - Method in class org.jacop.set.constraints.AeqB
-
- increaseWeight() - Method in class org.jacop.set.constraints.AeqS
-
- increaseWeight() - Method in class org.jacop.set.constraints.AinB
-
- increaseWeight() - Method in class org.jacop.set.constraints.AinS
-
- increaseWeight() - Method in class org.jacop.set.constraints.AintersectBeqC
-
- increaseWeight() - Method in class org.jacop.set.constraints.AunionBeqC
-
- increaseWeight() - Method in class org.jacop.set.constraints.CardA
-
- increaseWeight() - Method in class org.jacop.set.constraints.CardAeqX
-
- increaseWeight() - Method in class org.jacop.set.constraints.EinA
-
- increaseWeight() - Method in class org.jacop.set.constraints.ElementSet
-
- increaseWeight() - Method in class org.jacop.set.constraints.Lex
-
- increaseWeight() - Method in class org.jacop.set.constraints.Match
-
- increaseWeight() - Method in class org.jacop.set.constraints.SinA
-
- increaseWeight() - Method in class org.jacop.set.constraints.SumWeightedSet
-
- increaseWeight() - Method in class org.jacop.set.constraints.XeqA
-
- increaseWeight() - Method in class org.jacop.set.constraints.XinA
-
- inDegree - Variable in class org.jacop.constraints.regular.RegState
-
It specifies the number of edges incoming to the state.
- index - Variable in class org.jacop.constraints.ElementInteger
-
It specifies variable index within an element constraint list[index-indexOffset] = value.
- index - Variable in class org.jacop.constraints.ElementVariable
-
It specifies variable index within an element constraint list[index - indexOffset] = value.
- index - Variable in class org.jacop.constraints.netflow.simplex.Arc
-
Index in lower arcs array
- index() - Method in interface org.jacop.core.Backtrackable
-
It specifies the index/position of the backtrackable object.
- index - Variable in class org.jacop.core.Var
-
It specifies the index at which it is stored in Store.
- index() - Method in class org.jacop.core.Var
-
This function returns the index of variable in store array.
- index - Variable in class org.jacop.floats.constraints.ElementFloat
-
It specifies variable index within an element constraint list[index-indexOffset] = value.
- index - Variable in class org.jacop.set.constraints.ElementSet
-
It specifies what element from the list of sets is equal to set variable value.
- IndexDomainView - Class in org.jacop.util
-
Defines index domain view for a variable and related operations on it.
- IndexDomainView(IntVar, boolean) - Constructor for class org.jacop.util.IndexDomainView
-
It creates an index domain view for a given variable.
- IndexDomainView(IntVar, int[]) - Constructor for class org.jacop.util.IndexDomainView
-
It creates an index domain view with only given values being in focus
of the index domain view.
- indexOf(Object) - Method in class org.jacop.util.SimpleArrayList
-
Searches for the first occurrence of the given argument, testing for
equality using the equals method.
- indexOf(Object, int) - Method in class org.jacop.util.SimpleArrayList
-
Searches for the first occurrence of the given argument, testing for
equality using the == method.
- indexOffset - Variable in class org.jacop.constraints.ElementInteger
-
It specifies indexOffset within an element constraint list[index-indexOffset] = value.
- indexOffset - Variable in class org.jacop.constraints.ElementVariable
-
It specifies indexOffset within an element constraint list[index - indexOffset] = value.
- indexOffset - Variable in class org.jacop.floats.constraints.ElementFloat
-
It specifies indexOffset within an element constraint list[index-indexOffset] = value.
- indexOffset - Variable in class org.jacop.set.constraints.ElementSet
-
It allows to offset the indexing.
- indexOfValue(int) - Method in class org.jacop.util.IndexDomainView
-
It finds an index for a given value.
- indexToValue - Variable in class org.jacop.util.IndexDomainView
-
It specifies mapping of the index value onto value in the domain of the variable.
- inDifference - Variable in class org.jacop.set.constraints.Lex
-
- indomain() - Method in class org.jacop.fz.SearchItem
-
- Indomain<T extends Var> - Interface in org.jacop.search
-
Defines a interface for different indomain enumeration methods.
- indomain(T) - Method in interface org.jacop.search.Indomain
-
It returns value within a variable which should be used in current
assignment.
- indomain(T) - Method in class org.jacop.search.IndomainDefaultValue
-
- indomain(T) - Method in class org.jacop.search.IndomainHierarchical
-
- indomain(T) - Method in class org.jacop.search.IndomainList
-
- indomain(T) - Method in class org.jacop.search.IndomainMax
-
- indomain(IntVar) - Method in class org.jacop.search.IndomainMedian
-
It requires IntVar variable.
- indomain(IntVar) - Method in class org.jacop.search.IndomainMiddle
-
It requires IntVar variable.
- indomain(IntVar) - Method in class org.jacop.search.IndomainMin
-
- indomain(IntVar) - Method in class org.jacop.search.IndomainRandom
-
- indomain(IntVar) - Method in class org.jacop.search.IndomainSimpleRandom
-
- indomain(T) - Method in class org.jacop.set.search.IndomainSetMax
-
- indomain(T) - Method in class org.jacop.set.search.IndomainSetMin
-
- indomain(T) - Method in class org.jacop.set.search.IndomainSetRandom
-
- IndomainDefaultValue<T extends Var> - Class in org.jacop.search
-
IndomainDefaultValue - implements enumeration method based on the
selection of the default value for each variable first.
- IndomainDefaultValue(HashMap<T, Integer>, Indomain<T>) - Constructor for class org.jacop.search.IndomainDefaultValue
-
Constructor which specifies default values to be used
if values are not in the domain a defualt indomain is used.
- IndomainHierarchical<T extends Var> - Class in org.jacop.search
-
IndomainHierarchical - implements enumeration method based on the selection
of the preferred indomain for each variable.
- IndomainHierarchical(HashMap<T, Indomain<T>>, Indomain<T>) - Constructor for class org.jacop.search.IndomainHierarchical
-
Constructor which specifies the mapping and default indomain to be used
if mapping does not give specific indomain for some variables.
- IndomainList<T extends IntVar> - Class in org.jacop.search
-
IndomainHierarchical - implements enumeration method based on the selection
of the preferred indomain for each variable.
- IndomainList(int[], Indomain<T>) - Constructor for class org.jacop.search.IndomainList
-
It creates an IndomainList heuristic for choosing the values.
- IndomainMax<T extends IntVar> - Class in org.jacop.search
-
IndomainMax - implements enumeration method based on the selection of the
maximal value in the domain of the variable.
- IndomainMax() - Constructor for class org.jacop.search.IndomainMax
-
It creates an IndomainMax heuristic.
- IndomainMedian<T extends IntVar> - Class in org.jacop.search
-
IndomainMedian - implements enumeration method based on the selection of the
median value in the domain of FD variable and then right and left values.
- IndomainMedian() - Constructor for class org.jacop.search.IndomainMedian
-
It creates Indomain heuristic which chooses the middle value.
- IndomainMiddle<T extends IntVar> - Class in org.jacop.search
-
IndomainMiddle - implements enumeration method based on the selection of the
middle value in the domain of FD variable and then right and left values.
- IndomainMiddle() - Constructor for class org.jacop.search.IndomainMiddle
-
It creates Indomain heuristic which chooses the middle value.
- IndomainMin<T extends IntVar> - Class in org.jacop.search
-
IndomainMin - implements enumeration method based on the selection of the
minimal value in the domain of variable
- IndomainMin() - Constructor for class org.jacop.search.IndomainMin
-
It creates Indomain heuristic, which will choose the minimal value
from the variable domain.
- IndomainRandom<T extends IntVar> - Class in org.jacop.search
-
IndomainRandom - implements enumeration method based on the selection of the
random value in the domain of FD variable.
- IndomainRandom() - Constructor for class org.jacop.search.IndomainRandom
-
It specifies Indomain function, which assigns values randomly.
- IndomainRandom(int) - Constructor for class org.jacop.search.IndomainRandom
-
It specifies Indomain function, which assigns values randomly.
- IndomainSetMax<T extends SetVar> - Class in org.jacop.set.search
-
IndomainMin - implements enumeration method based on the selection of the
maximal value in the domain of variable
- IndomainSetMax() - Constructor for class org.jacop.set.search.IndomainSetMax
-
It creates indomain heuristic, which will choose the maximal value
from the variable domain.
- IndomainSetMin<T extends SetVar> - Class in org.jacop.set.search
-
IndomainMin - implements enumeration method based on the selection of the
minimal value in the domain of variable
- IndomainSetMin() - Constructor for class org.jacop.set.search.IndomainSetMin
-
It creates Indomain heuristic, which will choose the minimal value
from the variable domain.
- IndomainSetRandom<T extends SetVar> - Class in org.jacop.set.search
-
IndomainMin - implements enumeration method based on the selection of the
maximal value in the domain of variable
- IndomainSetRandom() - Constructor for class org.jacop.set.search.IndomainSetRandom
-
It creates random indomain heuristic with randomly generated seed for
random generated.
- IndomainSetRandom(Random) - Constructor for class org.jacop.set.search.IndomainSetRandom
-
It creates random indomain heuristic according to the provided random
generator.
- IndomainSimpleRandom<T extends IntVar> - Class in org.jacop.search
-
IndomainRandom - implements enumeration method based on the selection of the
random value in the domain of FD variable.
- IndomainSimpleRandom() - Constructor for class org.jacop.search.IndomainSimpleRandom
-
It does not achieve uniform probability but it does work faster than
IndomainRandom.
- infeasibleNodes - Variable in class org.jacop.constraints.netflow.simplex.NetworkSimplex
-
- inGLB(int, SetVar, int) - Method in class org.jacop.set.core.BoundSetDomain
-
It adds if necessary an element to glb.
- inGLB(int, SetVar, IntDomain) - Method in class org.jacop.set.core.BoundSetDomain
-
- inGLB(int, SetVar, IntDomain) - Method in class org.jacop.set.core.SetDomain
-
It specifies what elements must be in GLB.
- inGLB(int, SetVar, int) - Method in class org.jacop.set.core.SetDomain
-
It adds if necessary an element to glb.
- ingredients - Variable in class org.jacop.examples.fd.Diet
-
- init() - Method in class org.jacop.constraints.netflow.Pruning.PercentStrategy
-
- init(Store) - Static method in class org.jacop.floats.constraints.Derivative
-
- initialBalance - Variable in class org.jacop.constraints.netflow.simplex.Node
-
for debug only
- initialize(Store) - Method in class org.jacop.constraints.netflow.Network
-
- initializeComputeForbidden() - Method in class org.jacop.constraints.knapsack.Tree
-
It initializes the private variables required by computation of how much weight
we can replace for any Left item.
- initializeComputeMandatory() - Method in class org.jacop.constraints.knapsack.Tree
-
It initializes the private variables required by computation of how much weight
we can replace for any Left item.
- initializeListener - Variable in class org.jacop.search.DepthFirstSearch
-
It is executed when search is started, before entering the search.
- InitializeListener - Interface in org.jacop.search
-
This listener is executed when search has began executing and it is about to enter
the labeling procedure.
- initialQuantity - Variable in class org.jacop.examples.fd.muca.MUCA
-
It specifies the initial quantities of goods.
- initState - Variable in class org.jacop.util.fsm.FSM
-
It specifies the intial state of DFA.
- inLUB(int, SetVar, IntDomain) - Method in class org.jacop.set.core.BoundSetDomain
-
- inLUB(int, SetVar, IntDomain) - Method in class org.jacop.set.core.SetDomain
-
It specifies what elements can be in LUB.
- inLUBComplement(int, SetVar, int) - Method in class org.jacop.set.core.BoundSetDomain
-
It removes if necessary an element from lub.
- inLUBComplement(int, SetVar, int) - Method in class org.jacop.set.core.SetDomain
-
It specifies the element which can *NOT* be used as an element within a set assign
to a set variable.
- inMax(int, Var, int) - Method in class org.jacop.core.BoundDomain
-
- inMax(int, Var, int) - Method in class org.jacop.core.IntDomain
-
It updates the domain according to the maximum value and stamp value.
- inMax(int, Var, int) - Method in class org.jacop.core.IntervalDomain
-
It updates the domain according to the maximum value and stamp value.
- inMax(int, Var, int) - Method in class org.jacop.core.SmallDenseDomain
-
- inMax(int, Var, double) - Method in class org.jacop.floats.core.FloatDomain
-
It updates the domain according to the maximum value and stamp value.
- inMax(int, Var, double) - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It updates the domain according to the maximum value and stamp value.
- inMin(int, Var, int) - Method in class org.jacop.core.BoundDomain
-
- inMin(int, Var, int) - Method in class org.jacop.core.IntDomain
-
It updates the domain according to the minimum value and stamp value.
- inMin(int, Var, int) - Method in class org.jacop.core.IntervalDomain
-
It updates the domain according to the minimum value and stamp value.
- inMin(int, Var, int) - Method in class org.jacop.core.SmallDenseDomain
-
- inMin(int, Var, double) - Method in class org.jacop.floats.core.FloatDomain
-
It updates the domain according to the minimum value and stamp value.
- inMin(int, Var, double) - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It updates the domain according to the minimum value and stamp value.
- input_stream - Variable in class org.jacop.fz.ParserTokenManager
-
- InputOrderSelect<T extends Var> - Class in org.jacop.search
-
It is simple input order selector of variables.
- InputOrderSelect(Store, T[], Indomain<T>) - Constructor for class org.jacop.search.InputOrderSelect
-
It constructs an input order selection procedure.
- inputOrderTieBreaking - Variable in class org.jacop.search.SimpleMatrixSelect
-
It decides if input order tiebreaking is used.
- inputOrderTieBreaking - Variable in class org.jacop.search.SimpleSelect
-
It chooses if input order tie breaking is used.
- inputStream - Variable in class org.jacop.fz.SimpleCharStream
-
- inShift(int, Var, IntDomain, int) - Method in class org.jacop.core.BoundDomain
-
- inShift(int, Var, IntDomain, int) - Method in class org.jacop.core.IntDomain
-
It updates the domain to contain the elements as specifed by the domain,
which is shifted.
- inShift(int, Var, IntDomain, int) - Method in class org.jacop.core.IntervalDomain
-
It updates the domain to contain the elements as specifed by the domain,
which is shifted.
- inShift(int, Var, IntDomain, int) - Method in class org.jacop.core.SmallDenseDomain
-
- inShift(int, Var, FloatDomain, double) - Method in class org.jacop.floats.core.FloatDomain
-
It updates the domain to contain the elements as specifed by the domain,
which is shifted.
- inShift(int, Var, FloatDomain, double) - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It updates the domain to contain the elements as specifed by the domain,
which is shifted.
- inSupport - Variable in class org.jacop.set.constraints.Lex
-
- INT - Static variable in interface org.jacop.fz.ParserConstants
-
RegularExpression Id.
- int_flat_expr() - Method in class org.jacop.fz.Parser
-
- int_index_expr() - Method in class org.jacop.fz.Parser
-
- INT_LITERAL - Static variable in interface org.jacop.fz.ParserConstants
-
RegularExpression Id.
- int_literals() - Method in class org.jacop.fz.Parser
-
- int_ti_expr_tail() - Method in class org.jacop.fz.Parser
-
- IntDomain - Class in org.jacop.core
-
Defines an integer domain and related operations on it.
- IntDomain() - Constructor for class org.jacop.core.IntDomain
-
- InternalConstraint - Class in org.jacop.constraints.geost
-
- InternalConstraint() - Constructor for class org.jacop.constraints.geost.InternalConstraint
-
- internalConstraints - Variable in class org.jacop.constraints.geost.Geost
-
It stores all generated internal constraints for all objects/constraints.
- InternalException - Exception in org.jacop.floats.core
-
It is thrown when search has encountered a dead end and backtracking must occurr.
- InternalException() - Constructor for exception org.jacop.floats.core.InternalException
-
- InternalException(String) - Constructor for exception org.jacop.floats.core.InternalException
-
- intersect(IntDomain) - Method in class org.jacop.core.BoundDomain
-
- intersect(int, int) - Method in class org.jacop.core.BoundDomain
-
- intersect(IntDomain) - Method in class org.jacop.core.IntDomain
-
It intersects current domain with the one given as a parameter.
- intersect(int, int) - Method in class org.jacop.core.IntDomain
-
In intersects current domain with the interval min..max.
- intersect(IntDomain) - Method in class org.jacop.core.IntervalDomain
-
It interesects current domain with the one given as a parameter.
- intersect(int, int) - Method in class org.jacop.core.IntervalDomain
-
In intersects current domain with the domain min..max.
- intersect(IntervalDomain, int) - Method in class org.jacop.core.SmallDenseDomain
-
- intersect(IntDomain) - Method in class org.jacop.core.SmallDenseDomain
-
- intersect(int, int) - Method in class org.jacop.core.SmallDenseDomain
-
- intersect(FloatDomain) - Method in class org.jacop.floats.core.FloatDomain
-
It intersects current domain with the one given as a parameter.
- intersect(double, double) - Method in class org.jacop.floats.core.FloatDomain
-
In intersects current domain with the interval min..max.
- intersect(FloatDomain) - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It interesects current domain with the one given as a parameter.
- intersect(double, double) - Method in class org.jacop.floats.core.FloatIntervalDomain
-
In intersects current domain with the domain min..max.
- intersect(SetDomain) - Method in class org.jacop.set.core.BoundSetDomain
-
It intersects current domain with the one given as a parameter.
- intersect(IntDomain) - Method in class org.jacop.set.core.BoundSetDomain
-
It intersects current domain with the one given as a parameter.
- intersect(SetDomain) - Method in class org.jacop.set.core.SetDomain
-
It intersects current domain with the one given as a parameter.
- intersect(IntDomain) - Method in class org.jacop.set.core.SetDomain
-
It intersects current domain with the set of allowed values to be taken
by the set domain.
- intersectAdapt(IntDomain) - Method in class org.jacop.core.BoundDomain
-
- intersectAdapt(int, int) - Method in class org.jacop.core.BoundDomain
-
- intersectAdapt(IntDomain) - Method in class org.jacop.core.IntDomain
-
It computes an intersection with a given domain and stores it in this domain.
- intersectAdapt(int, int) - Method in class org.jacop.core.IntDomain
-
It computes an intersection of this domain with an interval [min..max].
- intersectAdapt(IntDomain) - Method in class org.jacop.core.IntervalDomain
-
- intersectAdapt(int, int) - Method in class org.jacop.core.IntervalDomain
-
- intersectAdapt(IntDomain) - Method in class org.jacop.core.SmallDenseDomain
-
- intersectAdapt(int, int) - Method in class org.jacop.core.SmallDenseDomain
-
- intersectAdapt(FloatDomain) - Method in class org.jacop.floats.core.FloatDomain
-
It computes an intersection with a given domain and stores it in this domain.
- intersectAdapt(int, int) - Method in class org.jacop.floats.core.FloatDomain
-
It computes an intersection of this domain with an interval [min..max].
- intersectAdapt(FloatDomain) - Method in class org.jacop.floats.core.FloatIntervalDomain
-
- intersectAdapt(int, int) - Method in class org.jacop.floats.core.FloatIntervalDomain
-
- intersects(IntDomain, int) - Method in class org.jacop.constraints.regular.RegState
-
It checks if the accepting values associated with an edge intersect.
- intersects(IntDomain, int) - Method in class org.jacop.constraints.regular.RegStateDom
-
- intersects(IntDomain, int) - Method in class org.jacop.constraints.regular.RegStateInt
-
- intersectWith(DBox) - Method in class org.jacop.constraints.geost.DBox
-
It intersects this DBox with the given DBox.
- intersectWith(DBox, int[]) - Method in class org.jacop.constraints.geost.DBox
-
It intersects this DBox with the given DBox, but the other DBox is
shifted by the specified offset.
- intersectWith(int[], DBox, int[]) - Method in class org.jacop.constraints.geost.DBox
-
It intersects this DBox with a view of the given DBox that was
shifted according to the given offset.
- Interval - Class in org.jacop.core
-
Defines interval of numbers which is part of FDV definition which consist of
one or several intervals.
- Interval() - Constructor for class org.jacop.core.Interval
-
It creates the largest possible interval.
- Interval(int, int) - Constructor for class org.jacop.core.Interval
-
It creates an interval with a given minimum and maximal value.
- IntervalBasedBacktrackableManager - Class in org.jacop.core
-
- IntervalBasedBacktrackableManager(Backtrackable[], int, int, int) - Constructor for class org.jacop.core.IntervalBasedBacktrackableManager
-
It creates a interval based backtrackable manager.
- IntervalDomain - Class in org.jacop.core
-
Defines interval of numbers which is part of FDV definition which consist of
one or several intervals.
- IntervalDomain() - Constructor for class org.jacop.core.IntervalDomain
-
Empty constructor, does not initialize anything.
- IntervalDomain(int) - Constructor for class org.jacop.core.IntervalDomain
-
It creates an empty domain, with at least specified number of places in
an array list for intervals.
- IntervalDomain(int, int) - Constructor for class org.jacop.core.IntervalDomain
-
It creates domain with all values between min and max.
- IntervalDomainID - Static variable in class org.jacop.core.IntDomain
-
Unique identifier for an interval domain type.
- IntervalDomainID - Static variable in class org.jacop.floats.core.FloatDomain
-
Unique identifier for an interval domain type.
- IntervalDomainIntervalEnumeration - Class in org.jacop.core
-
Defines a methods for enumerating values contain in the intersal domain.
- IntervalDomainIntervalEnumeration(IntervalDomain) - Constructor for class org.jacop.core.IntervalDomainIntervalEnumeration
-
It creates an enumeration for a given interval domain.
- IntervalDomainValueEnumeration - Class in org.jacop.core
-
Defines a methods for enumerating values contain in the domain.
- IntervalDomainValueEnumeration(IntervalDomain) - Constructor for class org.jacop.core.IntervalDomainValueEnumeration
-
It create an enumeration for a given domain.
- intervalEnumeration() - Method in class org.jacop.core.BoundDomain
-
- intervalEnumeration() - Method in class org.jacop.core.IntDomain
-
It returns interval enumeration of the domain values.
- intervalEnumeration() - Method in class org.jacop.core.IntervalDomain
-
It returns interval enumeration of the domain values.
- IntervalEnumeration - Class in org.jacop.core
-
Defines a methods for enumerating values contain in the intersal domain.
- IntervalEnumeration() - Constructor for class org.jacop.core.IntervalEnumeration
-
- intervalEnumeration() - Method in class org.jacop.core.SmallDenseDomain
-
- intervalEnumeration() - Method in class org.jacop.floats.core.FloatDomain
-
It returns interval enumeration of the domain values.
- intervalEnumeration() - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It returns interval enumeration of the domain values.
- IntervalGaussSeidel - Class in org.jacop.floats.constraints
-
IntervalGaussSeidel implements Gauss-Seidel method for solving a
system of linear equations Ax = b with interval matrix A of
coefficients.
- IntervalGaussSeidel(FloatInterval[][], double[]) - Constructor for class org.jacop.floats.constraints.IntervalGaussSeidel
-
- intervalNo(int) - Method in class org.jacop.core.IntervalDomain
-
It specifies the position of the interval which contains specified value.
- intervalNo(double) - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It specifies the position of the interval which contains specified value.
- intervalPrint - Static variable in class org.jacop.floats.core.FloatDomain
-
It specifies the method for printing a domain.
- intervalPrint(boolean) - Static method in class org.jacop.floats.core.FloatDomain
-
- intervals - Variable in class org.jacop.core.IntervalDomain
-
The values of the domain are encoded as a list of intervals.
- intervals - Variable in class org.jacop.floats.core.FloatIntervalDomain
-
The values of the domain are encoded as a list of intervals.
- intializeSupportSweep() - Method in class org.jacop.util.IndexDomainView
-
It marks all values in focus of the index domain view as not supported and
requiring support to be established.
- IntVar - Class in org.jacop.core
-
Defines a Finite Domain Variable (FDV) and related operations on it.
- IntVar(Store, String, IntDomain) - Constructor for class org.jacop.core.IntVar
-
It creates a variable in a given store, with a given name and
a given domain.
- IntVar(Store, IntDomain) - Constructor for class org.jacop.core.IntVar
-
It creates a variable in a given store, with a given name and
a given domain.
- IntVar() - Constructor for class org.jacop.core.IntVar
-
No parameter, explicit, empty constructor for subclasses.
- IntVar(Store) - Constructor for class org.jacop.core.IntVar
-
This constructor creates a variable with empty domain (standard
IntervalDomain domain), automatically generated name, and empty attached
constraint list.
- IntVar(Store, int, int) - Constructor for class org.jacop.core.IntVar
-
This constructor creates a variable with a domain between min..max,
automatically generated name, and empty attached constraint list.
- IntVar(Store, String) - Constructor for class org.jacop.core.IntVar
-
This constructor creates a variable with an empty domain (standard
IntervalDomain domain), the specified name, and an empty attached
constraint list.
- IntVar(Store, String, int, int) - Constructor for class org.jacop.core.IntVar
-
This constructor creates a variable in a given store, with
the domain specified by min..max and with the given name.
- inValue(int, IntVar, int) - Method in class org.jacop.core.IntDomain
-
It reduces domain to a single value.
- inValue(int, Var, double) - Method in class org.jacop.floats.core.FloatDomain
-
It reduces domain to a single value.
- inValue(int, SetVar, IntDomain) - Method in class org.jacop.set.core.BoundSetDomain
-
- inValue(int, SetVar, IntDomain) - Method in class org.jacop.set.core.SetDomain
-
It assigns a set variable to the specified value.
- inValueGLB(int, SetVar) - Method in class org.jacop.set.core.BoundSetDomain
-
It assigns a set variable to glb of its current domain.
- inValueLUB(int, SetVar) - Method in class org.jacop.set.core.BoundSetDomain
-
It assigns a set variable to lub of its current domain.
- inverse() - Method in class org.jacop.util.Matrix
-
- inverse(double[][]) - Method in class org.jacop.util.Matrix
-
- isActive(TimeStamp<Integer>[]) - Method in class org.jacop.constraints.regular.RegState
-
The function return if the state is still active.
- isActive(TimeStamp<Integer>[]) - Method in class org.jacop.constraints.regular.RegStateDom
-
- isActive(TimeStamp<Integer>[]) - Method in class org.jacop.constraints.regular.RegStateInt
-
- isDisallowed(int, int, int[]) - Method in class org.jacop.constraints.ExtensionalConflictVA
-
It returns the position of disallowed tuple in the array of tuples for a given variable-value pair.
- isEmpty() - Method in class org.jacop.core.BooleanVar
-
It checks if the domain is empty.
- isEmpty() - Method in class org.jacop.core.BoundDomain
-
- isEmpty() - Method in class org.jacop.core.Domain
-
It returns true if given domain is empty.
- isEmpty() - Method in class org.jacop.core.IntervalDomain
-
It returns true if given domain is empty.
- isEmpty() - Method in class org.jacop.core.IntVar
-
It checks if the domain is empty.
- isEmpty() - Method in class org.jacop.core.SmallDenseDomain
-
- isEmpty() - Method in class org.jacop.core.Var
-
It checks if the domain is empty.
- isEmpty() - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It returns true if given domain is empty.
- isEmpty() - Method in class org.jacop.floats.core.FloatVar
-
It checks if the domain is empty.
- isEmpty() - Method in class org.jacop.set.core.BoundSetDomain
-
It returns true if given domain is empty.
- isEmpty() - Method in class org.jacop.set.core.SetDomain
-
It returns true if given domain is empty.
- isEmpty() - Method in class org.jacop.set.core.SetVar
-
It checks if the domain is empty.
- isEmpty() - Method in class org.jacop.util.SimpleArrayList
-
Tests if this list has no elements.
- isEmpty() - Method in class org.jacop.util.SimpleHashSet
-
Returns true if this set contains no elements.
- isEmpty() - Method in class org.jacop.util.SparseSet
-
It returns true if the set is empty.
- isFeasible(Geost.SweepDirection, LexicographicalOrder, GeostObject, int, int[]) - Method in class org.jacop.constraints.geost.AllowedArea
-
- isFeasible(Geost.SweepDirection, LexicographicalOrder, GeostObject, int, int[]) - Method in class org.jacop.constraints.geost.DomainHoles
-
- isFeasible(Geost.SweepDirection, LexicographicalOrder, GeostObject, int, int[]) - Method in class org.jacop.constraints.geost.ForbiddenArea
-
- isFeasible(Geost.SweepDirection, LexicographicalOrder, GeostObject, int, int[]) - Method in class org.jacop.constraints.geost.InternalConstraint
-
It determines whether the given point is a feasible origin of object o, considering
this constraint only.
- isFeasible(Geost.SweepDirection, LexicographicalOrder, GeostObject, int, int[]) - Method in class org.jacop.constraints.geost.ObstacleObject
-
- isFeasible(Geost.SweepDirection, LexicographicalOrder, GeostObject, int, int[]) - Method in class org.jacop.constraints.geost.ObstacleObjectFrame
-
- isGround() - Method in class org.jacop.core.Store
-
This function checks if all variables within a store are grounded.
- isGrounded() - Method in class org.jacop.constraints.geost.GeostObject
-
It checks whether the object location is fixed.
- isGrounded(int) - Method in class org.jacop.constraints.netflow.DomainStructure
-
- isInCut(boolean) - Method in class org.jacop.constraints.netflow.simplex.Arc
-
- isInternalConstraintApplicableTo(InternalConstraint, GeostObject) - Method in interface org.jacop.constraints.geost.ExternalConstraint
-
Returns true if the external constraint generated the supplied internal constraint ic, and that ic
applies to object o.
- isInternalConstraintApplicableTo(InternalConstraint, GeostObject) - Method in class org.jacop.constraints.geost.InArea
-
- isInternalConstraintApplicableTo(InternalConstraint, GeostObject) - Method in class org.jacop.constraints.geost.NonOverlapping
-
- isIntersecting(IntDomain) - Method in class org.jacop.core.BoundDomain
-
- isIntersecting(int, int) - Method in class org.jacop.core.BoundDomain
-
- isIntersecting(IntDomain) - Method in class org.jacop.core.IntDomain
-
Checks if two domains intersect.
- isIntersecting(int, int) - Method in class org.jacop.core.IntDomain
-
It checks if interval min..max intersects with current domain.
- isIntersecting(IntDomain) - Method in class org.jacop.core.IntervalDomain
-
Checks if two domains intersect.
- isIntersecting(int, int) - Method in class org.jacop.core.IntervalDomain
-
- isIntersecting(IntDomain) - Method in class org.jacop.core.SmallDenseDomain
-
- isIntersecting(int, int) - Method in class org.jacop.core.SmallDenseDomain
-
- isIntersecting(FloatDomain) - Method in class org.jacop.floats.core.FloatDomain
-
Checks if two domains intersect.
- isIntersecting(double, double) - Method in class org.jacop.floats.core.FloatDomain
-
It checks if interval min..max intersects with current domain.
- isIntersecting(FloatDomain) - Method in class org.jacop.floats.core.FloatIntervalDomain
-
Checks if two domains intersect.
- isIntersecting(double, double) - Method in class org.jacop.floats.core.FloatIntervalDomain
-
- isIntersecting(SetDomain) - Method in class org.jacop.set.core.BoundSetDomain
-
It returns true if given domain intersects this domain.
- isIntersecting(int, int) - Method in class org.jacop.set.core.BoundSetDomain
-
In intersects current domain with the interval min..max.
- isIntersecting(SetDomain) - Method in class org.jacop.set.core.SetDomain
-
It returns true if this domain intersects with the supplied domain.
- isIntersecting(int, int) - Method in class org.jacop.set.core.SetDomain
-
In intersects current domain with the interval min..max.
- isLeaf() - Method in class org.jacop.constraints.knapsack.TreeLeaf
-
- isLeaf() - Method in class org.jacop.constraints.knapsack.TreeNode
-
- isMember(int) - Method in class org.jacop.util.SparseSet
-
It checks if the specified element belongs to the set.
- isNumeric() - Method in class org.jacop.core.BoundDomain
-
- isNumeric() - Method in class org.jacop.core.Domain
-
It specifies if domain is a finite domain of numeric values (integers).
- isNumeric() - Method in class org.jacop.core.IntervalDomain
-
It specifies if domain is a finite domain of numeric values (integers).
- isNumeric() - Method in class org.jacop.core.SmallDenseDomain
-
- isNumeric() - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It specifies if domain is a finite domain of numeric values (integers).
- isNumeric() - Method in class org.jacop.set.core.BoundSetDomain
-
A set is never numeric
- isNumeric() - Method in class org.jacop.set.core.SetDomain
-
A set is never numeric
- isRecognizedAsChanged(int) - Method in interface org.jacop.core.BacktrackableManager
-
It allows for easy testing if a given object is considered by
the manager as the object which has changed and needs being
informed about backtracking.
- isRecognizedAsChanged(int) - Method in class org.jacop.core.IntervalBasedBacktrackableManager
-
It allows for easy testing if a given object is considered by
the manager as the object which has changed and needs being
informed about backtracking.
- isRecognizedAsChanged(int) - Method in class org.jacop.core.SimpleBacktrackableManager
-
It allows for easy testing if a given object is considered by
the manager as the object which has changed and needs being
informed about backtracking.
- isRecordingSolutions() - Method in class org.jacop.search.SimpleSolutionListener
-
- isRecordingSolutions() - Method in interface org.jacop.search.SolutionListener
-
It specifies if the solution listener is recording solutions or not.
- isSimple() - Method in class org.jacop.util.fsm.RegularExpressionParser.Expression
-
It specifies if the expression is simple.
- isSimple() - Method in class org.jacop.util.fsm.RegularExpressionParser.Literal
-
- isSingleUse() - Method in class org.jacop.constraints.geost.AllowedArea
-
- isSingleUse() - Method in class org.jacop.constraints.geost.DomainHoles
-
- isSingleUse() - Method in class org.jacop.constraints.geost.ForbiddenArea
-
- isSingleUse() - Method in class org.jacop.constraints.geost.InternalConstraint
-
In some cases, a constraint is used only once per sweep direction on a path
from root to leaf in the search tree.
- isSingleUse() - Method in class org.jacop.constraints.geost.ObstacleObject
-
- isSingleUse() - Method in class org.jacop.constraints.geost.ObstacleObjectFrame
-
- isSparseRepresentation() - Method in class org.jacop.core.BoundDomain
-
- isSparseRepresentation() - Method in class org.jacop.core.Domain
-
It specifies if the domain type is more suited to representing sparse
domain.
- isSparseRepresentation() - Method in class org.jacop.core.IntervalDomain
-
It specifies if the domain type is more suited to representing sparse
domain.
- isSparseRepresentation() - Method in class org.jacop.core.SmallDenseDomain
-
- isSparseRepresentation() - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It specifies if the domain type is more suited to representing sparse
domain.
- isSparseRepresentation() - Method in class org.jacop.set.core.BoundSetDomain
-
A set is not sparse
- isSparseRepresentation() - Method in class org.jacop.set.core.SetDomain
-
A set is not sparse
- isStatic() - Method in class org.jacop.constraints.geost.AllowedArea
-
- isStatic() - Method in class org.jacop.constraints.geost.DomainHoles
-
- isStatic() - Method in class org.jacop.constraints.geost.ForbiddenArea
-
- isStatic() - Method in class org.jacop.constraints.geost.InternalConstraint
-
It provides information about the constraint future.
- isStatic() - Method in class org.jacop.constraints.geost.ObstacleObject
-
- isStatic() - Method in class org.jacop.constraints.geost.ObstacleObjectFrame
-
- isSupported() - Method in class org.jacop.util.IndexDomainView
-
It checks if all values are currently supported.
- item - Variable in class org.jacop.constraints.binpacking.Binpacking
-
It keeps together a list of variables which define bin for item i and
their weigts.
- items - Variable in class org.jacop.constraints.knapsack.Knapsack
-
The array of items present in the knapsack constraint.
- label(int) - Method in class org.jacop.search.DepthFirstSearch
-
This function is called recursively to assign variables one by one.
- label(int) - Method in interface org.jacop.search.Search
-
This function is called recursively to assign variables one by one.
- labeling() - Method in class org.jacop.search.DepthFirstSearch
-
It is a labeling function called if the search is a sub-search being
called from the parent search.
- labeling(Store, SelectChoicePoint<T>) - Method in class org.jacop.search.DepthFirstSearch
-
- labeling(Store, SelectChoicePoint<T>, Var) - Method in class org.jacop.search.DepthFirstSearch
-
- labeling() - Method in interface org.jacop.search.Search
-
It performs search, first by setting up the internal items/attributes of search,
followed later by a call to labeling function with argument specifying the index
of the first not grounded variable.
- labeling(Store, SelectChoicePoint<T>) - Method in interface org.jacop.search.Search
-
It performs search using supplied choice point selection heuristic.
- labeling(Store, SelectChoicePoint<T>, Var) - Method in interface org.jacop.search.Search
-
It performs search using supplied choice point selection heuristic,
as well as costVariable as aim at finding an optimal solution.
- lambda - Variable in class org.jacop.examples.fd.BIBD
-
It specifies the value of the scalar product of any two distinct rows.
- Langford - Class in org.jacop.examples.fd
-
It solves Langford problem.
- Langford() - Constructor for class org.jacop.examples.fd.Langford
-
- Laplace - Class in org.jacop.examples.floats
-
- Laplace() - Constructor for class org.jacop.examples.floats.Laplace
-
- LARGE_COST - Static variable in class org.jacop.constraints.netflow.simplex.NetworkSimplex
-
- LargestDomain<T extends Var> - Class in org.jacop.search
-
Defines LargestDomain comparator for Variables.
- LargestDomain() - Constructor for class org.jacop.search.LargestDomain
-
It constructs variable comparator based on the largest domain priority.
- LargestDomainFloat<T extends Var> - Class in org.jacop.floats.search
-
Defines LargestDomainFloat comparator for Variables.
- LargestDomainFloat() - Constructor for class org.jacop.floats.search.LargestDomainFloat
-
It constructs variable comparator based on the largest domain priority.
- LargestMax<T extends IntVar> - Class in org.jacop.search
-
Defines a LargestMax comparator for Variables.
- LargestMax() - Constructor for class org.jacop.search.LargestMax
-
It constructs variable comparator with priority based on the largest maximal value.
- LargestMaxFloat<T extends FloatVar> - Class in org.jacop.floats.search
-
Defines a LargestMaxFloat comparator for Variables.
- LargestMaxFloat() - Constructor for class org.jacop.floats.search.LargestMaxFloat
-
It constructs variable comparator with priority based on the largest maximal value.
- LargestMin<T extends IntVar> - Class in org.jacop.search
-
Defines a LargestMin comparator for Variables.
- LargestMin() - Constructor for class org.jacop.search.LargestMin
-
It constructs variable comparator with priority based on the largest minimal value.
- LargestMinFloat<T extends FloatVar> - Class in org.jacop.floats.search
-
Defines a LargestMinFloat comparator for Variables.
- LargestMinFloat() - Constructor for class org.jacop.floats.search.LargestMinFloat
-
It constructs variable comparator with priority based on the largest minimal value.
- last - Variable in class org.jacop.constraints.ExtensionalSupportSTR
-
Gives the position of the last tuple (in the current list)
or -1 if the current list is empty.
- last - Variable in class org.jacop.constraints.knapsack.Tree
-
It specifies the last (counting from left to right), the least
efficient item in the tree.
- last - Variable in class org.jacop.examples.fd.filters.Filter
-
It denotes the indexes of the operations on which no other operation
depends on.
- lastAssignedVariablePosition - Variable in class org.jacop.constraints.ExtensionalSupportSTR
-
- lastCost() - Method in class org.jacop.search.sgmpcs.SGMPCSearch
-
- lastIncreasedOfMin() - Method in class org.jacop.constraints.knapsack.TreeLeaf
-
Used to know the changes that occurred
- lastIndexOf(Object) - Method in class org.jacop.util.SimpleArrayList
-
Returns the index of the last occurrence of the specified object in this
list.
- lastModifiedArcs - Variable in class org.jacop.constraints.netflow.Network
-
Set of arcs modified at current level
- lastOp() - Method in class org.jacop.examples.fd.filters.Filter
-
It returns the list of operations which are not
preceding any other operation.
- lastResidue - Variable in class org.jacop.constraints.ExtensionalSupportSTR
-
It stores the position of the last residue.
- lastSolution() - Method in class org.jacop.search.sgmpcs.SGMPCSearch
-
- latexFile - Variable in class org.jacop.constraints.regular.Regular
-
Name of the file to store the latex output after consistency call
The output will be : file_name + "call number" + ".tex"
- LatinSquare - Class in org.jacop.examples.fd
-
It solves a Latin Square problem.
- LatinSquare() - Constructor for class org.jacop.examples.fd.LatinSquare
-
- LB - Static variable in interface org.jacop.fz.ParserConstants
-
RegularExpression Id.
- LBOX - Static variable in interface org.jacop.fz.ParserConstants
-
RegularExpression Id.
- lca(Node) - Method in class org.jacop.constraints.netflow.simplex.Node
-
Finds the root of the smallest subtree that contains both this node and
that node.
- LDS<T extends Var> - Class in org.jacop.search
-
Defines functionality of limited discrepancy search.
- LDS(int) - Constructor for class org.jacop.search.LDS
-
The search will not be allowed to deviate more than maxDiscrepancies
times from the heuristic (e.g.
- le - Static variable in class org.jacop.floats.constraints.linear.Linear
-
Defines relations
- LeastDiff - Class in org.jacop.examples.fd
-
Simple least Diff problem.
- LeastDiff() - Constructor for class org.jacop.examples.fd.LeastDiff
-
- leaves - Variable in class org.jacop.constraints.knapsack.Knapsack
-
It stores all the leaves of the knapsack tree in one array.
- LectureSeries - Class in org.jacop.examples.fd
-
It is a simple logic puzzle about lectures.
- LectureSeries() - Constructor for class org.jacop.examples.fd.LectureSeries
-
- left - Variable in class org.jacop.constraints.knapsack.TreeNode
-
It specifies the left child.
- leftChild(T, int, boolean) - Method in class org.jacop.search.CreditCalculator
-
It is executed after exiting the left child.
- leftChild(PrimitiveConstraint, boolean) - Method in class org.jacop.search.CreditCalculator
-
It is executed after exiting the left child.
- leftChild(T, int, boolean) - Method in interface org.jacop.search.ExitChildListener
-
It is executed after exiting the left child.
- leftChild(PrimitiveConstraint, boolean) - Method in interface org.jacop.search.ExitChildListener
-
It is executed after exiting the left child.
- leftChild(T, int, boolean) - Method in class org.jacop.search.LDS
-
It is executed after exiting the left child.
- leftChild(PrimitiveConstraint, boolean) - Method in class org.jacop.search.LDS
-
It is executed after exiting the left child.
- leftChild(T, int, boolean) - Method in class org.jacop.search.NoGoodsCollector
-
It is executed after exiting left child.
- leftChild(PrimitiveConstraint, boolean) - Method in class org.jacop.search.NoGoodsCollector
-
- leftChild(IntVar, int, boolean) - Method in class org.jacop.search.Shaving
-
- leftChild(PrimitiveConstraint, boolean) - Method in class org.jacop.search.Shaving
-
- leftChild(T, int, boolean) - Method in class org.jacop.search.TraceGenerator
-
- leftChild(PrimitiveConstraint, boolean) - Method in class org.jacop.search.TraceGenerator
-
- leftElement(int) - Method in class org.jacop.core.BoundDomain
-
- leftElement(int) - Method in class org.jacop.core.IntDomain
-
It returns the left most element of the given interval.
- leftElement(int) - Method in class org.jacop.core.IntervalDomain
-
It returns the left most element of the given interval.
- leftElement(int) - Method in class org.jacop.core.SmallDenseDomain
-
- leftElement(int) - Method in class org.jacop.floats.core.FloatDomain
-
It returns the left most element of the given interval.
- leftElement(int) - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It returns the left most element of the given interval.
- leftFirst - Variable in class org.jacop.floats.search.SplitSelectFloat
-
It specifies if the left branch (values smaller or equal to the value selected)
are first considered.
- leftFirst - Variable in class org.jacop.search.SplitSelect
-
It specifies if the left branch (values smaller or equal to the value selected)
are first considered.
- leftNeighbor - Variable in class org.jacop.constraints.knapsack.TreeNode
-
It specifies the left neighbor.
- length - Variable in class org.jacop.constraints.geost.DBox
-
It specifies for each dimension the length of dbox in that dimension.
- length - Variable in class org.jacop.constraints.Rectangle
-
It specifies the length of the rectangle in each dimension.
- level - Variable in class org.jacop.constraints.regular.RegState
-
It specifies the level, the variable position this state is associated with.
- level() - Method in interface org.jacop.core.Backtrackable
-
It returns the level of the object (its last copy of the state).
- level() - Method in class org.jacop.core.BooleanVar
-
This function returns stamp of the current domain of variable.
- level() - Method in class org.jacop.core.IntVar
-
This function returns stamp of the current domain of variable.
- level - Variable in class org.jacop.core.Store
-
It specifies the time point in the search.
- level() - Method in class org.jacop.core.Var
-
This function returns stamp of the current domain of variable.
- level() - Method in class org.jacop.floats.core.FloatVar
-
This function returns stamp of the current domain of variable.
- level() - Method in class org.jacop.set.core.SetVar
-
This function returns stamp of the current domain of variable.
- Lex - Class in org.jacop.constraints
-
It constructs a Lex (lexicographical order) constraint.
- Lex(IntVar[][]) - Constructor for class org.jacop.constraints.Lex
-
It creates a lexicographical order for vectors x[i], i.e.
- Lex(IntVar[][], boolean) - Constructor for class org.jacop.constraints.Lex
-
- lex(IntDomain) - Method in class org.jacop.core.IntDomain
-
Returns the lexical ordering between the sets
- lex(FloatDomain) - Method in class org.jacop.floats.core.FloatDomain
-
Returns the lexical ordering between the sets
- Lex - Class in org.jacop.set.constraints
-
It creates a lex constraint on a list of set variables.
- Lex(SetVar, SetVar) - Constructor for class org.jacop.set.constraints.Lex
-
It constructs an Lexical ordering constraint to restrict the domain of the variables a and b.
- Lex(SetVar, SetVar, boolean) - Constructor for class org.jacop.set.constraints.Lex
-
It constructs an Lexical ordering constraint to restrict the domain of the variables a and b.
- LexicalError(boolean, int, int, int, String, char) - Static method in error org.jacop.fz.TokenMgrError
-
Returns a detailed message for the Error when it is thrown by the
token manager to indicate a lexical error.
- LexicographicalOrder - Interface in org.jacop.constraints.geost
-
- lexLT - Variable in class org.jacop.constraints.Lex
-
Is the lex enforcing lower then relationship?
- lexLT - Variable in class org.jacop.constraints.LexOrder
-
Is Lex enforcing "<" relationship?
- LexOrder - Class in org.jacop.constraints
-
It constructs a LexOrder (lexicographical order) constraint.
- LexOrder(IntVar[], IntVar[]) - Constructor for class org.jacop.constraints.LexOrder
-
It creates a lexicographical order for vectors x and y,
vectors x and does not need to be of the same size.
- LexOrder(IntVar[], IntVar[], boolean) - Constructor for class org.jacop.constraints.LexOrder
-
- lexStateNames - Static variable in class org.jacop.fz.ParserTokenManager
-
Lexer state names.
- limit - Variable in class org.jacop.constraints.Cumulative
-
It specifies the limit of the profile of cumulative use of resources.
- limits - Variable in class org.jacop.examples.fd.Diet
-
- line - Variable in class org.jacop.fz.SimpleCharStream
-
- Linear - Class in org.jacop.constraints
-
Linear constraint implements the weighted summation over several
variables .
- Linear(Store, IntVar[], int[], String, int) - Constructor for class org.jacop.constraints.Linear
-
- Linear(Store, ArrayList<? extends IntVar>, ArrayList<Integer>, String, int) - Constructor for class org.jacop.constraints.Linear
-
It constructs the constraint Linear.
- Linear - Class in org.jacop.floats.constraints.linear
-
Linear constraint implements the weighted summation over several
Variable's .
- Linear(Store, FloatVar[], double[], String, double) - Constructor for class org.jacop.floats.constraints.linear.Linear
-
- Linear(Store, ArrayList<? extends FloatVar>, ArrayList<Double>, String, double) - Constructor for class org.jacop.floats.constraints.linear.Linear
-
It constructs the constraint Linear.
- LinearFloat - Class in org.jacop.floats.constraints
-
LinearFloat constraint implements the weighted summation over several
Variable's .
- LinearFloat(Store, FloatVar[], double[], String, double) - Constructor for class org.jacop.floats.constraints.LinearFloat
-
- LinearFloat(Store, ArrayList<? extends FloatVar>, ArrayList<Double>, String, double) - Constructor for class org.jacop.floats.constraints.LinearFloat
-
It constructs the constraint LinearFloat.
- lines - Variable in class org.jacop.examples.fd.Cryptogram
-
- list - Variable in class org.jacop.constraints.Alldifferent
-
It specifies a list of variables which must take different values.
- list - Variable in class org.jacop.constraints.Alldistinct
-
It specifies all variables which have to have different values.
- list - Variable in class org.jacop.constraints.Among
-
It specifies the list of variables whose values are checked.
- list - Variable in class org.jacop.constraints.AndBool
-
It specifies a list of variables which all must be equal to 1 to set result variable to 1.
- list - Variable in class org.jacop.constraints.Count
-
The list of variables which are checked and counted if equal to specified value.
- list - Variable in class org.jacop.constraints.ElementInteger
-
It specifies list of variables within an element constraint list[index-indexOffset] = value.
- list - Variable in class org.jacop.constraints.ElementVariable
-
It specifies list of variables within an element constraint list[index - indexOffset] = value.
- list - Variable in class org.jacop.constraints.EqBool
-
It specifies x variables in the constraint.
- list - Variable in class org.jacop.constraints.ExtensionalConflictVA
-
It stores variables within this extensional constraint, order does
matter.
- list - Variable in class org.jacop.constraints.ExtensionalSupportSTR
-
It stores variables within this extensional constraint, order does
matter.
- list - Variable in class org.jacop.constraints.ExtensionalSupportVA
-
It stores variables within this extensional constraint, order does
matter.
- list - Variable in class org.jacop.constraints.Linear
-
It specifies a list of variables being summed.
- list - Variable in class org.jacop.constraints.Max
-
It specifies a list of variables among which a maximum value is being searched for.
- list - Variable in class org.jacop.constraints.Min
-
It specifies a list of variables among which the minimum value is being searched for.
- list - Variable in class org.jacop.constraints.OrBool
-
It specifies a list of variables among which one must be equal to 1 to set result variable to 1.
- list - Variable in class org.jacop.constraints.regular.Regular
-
Array of the variables of the graph levels
- list - Variable in class org.jacop.constraints.Sum
-
It specifies the variables to be summed.
- list - Variable in class org.jacop.constraints.SumWeight
-
It specifies a list of variables being summed.
- list - Variable in class org.jacop.constraints.SumWeightDom
-
It specifies a list of variables being summed.
- list - Variable in class org.jacop.floats.constraints.ElementFloat
-
It specifies list of variables within an element constraint list[index-indexOffset] = value.
- list - Variable in class org.jacop.floats.constraints.linear.Linear
-
It specifies a list of variables being summed.
- list - Variable in class org.jacop.floats.constraints.Max
-
It specifies a list of variables among which a maximum value is being searched for.
- list - Variable in class org.jacop.floats.constraints.Min
-
It specifies a list of variables among which the minimum value is being searched for.
- list - Variable in class org.jacop.set.constraints.ElementSet
-
It specifies a list of sets from which one element will be made equal to set variable
value.
- list - Variable in class org.jacop.set.constraints.Match
-
It specifies the list of integer variables which value is being matched against
elements from a set variable a.
- listAlldiff - Variable in class org.jacop.constraints.Alldiff
-
- listOfC - Variable in class org.jacop.constraints.And
-
It specifies a list of constraints which must be satisfied to keep And constraint satisfied.
- listOfC - Variable in class org.jacop.constraints.Or
-
It specifies a list of constraints from which one constraint must be satisfied.
- listOfValues - Variable in class org.jacop.constraints.NoGood
-
It specifies a list of values in no-good constraint.
- listOfVars - Variable in class org.jacop.constraints.NoGood
-
It specifies a list of variables in no-good constraint.
- listOfX - Variable in class org.jacop.constraints.AmongVar
-
List of variables x which values are checked against values of variables y.
- listOfY - Variable in class org.jacop.constraints.AmongVar
-
It specifies what values we are counting in the list of x's.
- listRepresentation - Variable in class org.jacop.constraints.regular.Regular
-
It specifies if the edges should have a list of values associated with them.
- listVariables() - Method in class org.jacop.constraints.netflow.ArcCompanion
-
- listVariables() - Method in class org.jacop.constraints.netflow.DomainStructure
-
- listVariables() - Method in class org.jacop.constraints.netflow.MultiVarHandler
-
- listVariables() - Method in class org.jacop.constraints.netflow.NetworkBuilder
-
- listVariables() - Method in interface org.jacop.constraints.netflow.VarHandler
-
- lit - Variable in class org.jacop.util.fsm.RegularExpressionParser.Literal
-
String denoting the literal.
- Literal - Static variable in class org.jacop.util.fsm.RegularExpressionParser
-
The constant denoting simple literal.
- Literal(String) - Constructor for class org.jacop.util.fsm.RegularExpressionParser.Literal
-
It constructs a literal.
- LnPeqR - Class in org.jacop.floats.constraints
-
Constraints Ln(P) #= Q for P and Q floats
Domain consistency is used.
- LnPeqR(FloatVar, FloatVar) - Constructor for class org.jacop.floats.constraints.LnPeqR
-
It constructs constraint Ln(P) = Q.
- load - Variable in class org.jacop.constraints.binpacking.Binpacking
-
It specifies a list of variables which define bin load.
- load() - Method in class org.jacop.fz.FlatzincLoader
-
- Loan - Class in org.jacop.examples.floats
-
- Loan() - Constructor for class org.jacop.examples.floats.Loan
-
- loan(double, double, double, double) - Method in class org.jacop.examples.floats.Loan
-
- log(boolean, Class, String, Object[]) - Static method in class org.jacop.core.SwitchesPruningLogging
-
- log(boolean, Class, String, Object) - Static method in class org.jacop.core.SwitchesPruningLogging
-
- log(boolean, Class, String, Object, Object) - Static method in class org.jacop.core.SwitchesPruningLogging
-
- longCost() - Method in class org.jacop.constraints.netflow.simplex.Arc
-
- lower - Variable in class org.jacop.constraints.netflow.simplex.NetworkSimplex
-
- LP - Static variable in interface org.jacop.fz.ParserConstants
-
RegularExpression Id.
- lt - Static variable in class org.jacop.floats.constraints.linear.Linear
-
Defines relations
- lub - Variable in class org.jacop.set.core.BoundSetDomain
-
The least upper bound of the domain.
- lub() - Method in class org.jacop.set.core.BoundSetDomain
-
It returns the least upper bound of the domain.
- LUB - Static variable in class org.jacop.set.core.SetDomain
-
It specifies event that LUB has shrank.
- lub() - Method in class org.jacop.set.core.SetDomain
-
It returns the least upper bound of the domain.
- luby - Variable in class org.jacop.search.sgmpcs.SGMPCSearch
-
- m - Variable in class org.jacop.examples.fd.DeBruijn
-
- m - Variable in class org.jacop.examples.fd.Diet
-
- m - Variable in class org.jacop.examples.fd.Langford
-
- MagicSquares - Class in org.jacop.examples.fd
-
It solves a Magic squares problem.
- MagicSquares() - Constructor for class org.jacop.examples.fd.MagicSquares
-
- main(String[]) - Static method in class org.jacop.examples.cpviz.CPvizGardner
-
- main(String[]) - Static method in class org.jacop.examples.cpviz.CPvizNetworkFlow
-
- main(String[]) - Static method in class org.jacop.examples.cpviz.CPvizNewspaper
-
It executes the program which solves this newspaper problem.
- main(String[]) - Static method in class org.jacop.examples.cpviz.CPvizSendMoreMoney
-
- main(String[]) - Static method in class org.jacop.examples.cpviz.CPvizSudoku
-
It specifies the main executable function creating a model for
a particular Sudoku.
- main(String[]) - Static method in class org.jacop.examples.fd.ArchFriends
-
It executes the program to solve the logic puzzle.
- main(String[]) - Static method in class org.jacop.examples.fd.BabySitting
-
It runs the program solving this puzzle.
- main(String[]) - Static method in class org.jacop.examples.fd.BasicLogicPascal
-
It executes the program to solve this puzzle.
- main(String[]) - Static method in class org.jacop.examples.fd.BIBD
-
It executes the program to solve the Langford problem.
- main(String[]) - Static method in class org.jacop.examples.fd.BlueberryMuffins
-
It executes the program solving this puzzle.
- main(String[]) - Static method in class org.jacop.examples.fd.BreakingNews
-
It executes the program to solve this logic puzzle.
- main(String[]) - Static method in class org.jacop.examples.fd.BuildingBlocks
-
It executes the program to solve this logic puzzle.
- main(String[]) - Static method in class org.jacop.examples.fd.CalendarMen
-
It executes the program solving this puzzle using the best approach.
- main(String[]) - Static method in class org.jacop.examples.fd.carsequencing.CarSequencing
-
It executes the program to solve car sequencing problem.
- main(String[]) - Static method in class org.jacop.examples.fd.Conference
-
It executes the program which solves this simple problem.
- main(String[]) - Static method in class org.jacop.examples.fd.crosswords.CrossWord
-
It executes the program to create a model and solve
crossword problem.
- main(String[]) - Static method in class org.jacop.examples.fd.Cryptogram
-
It executes the program to solve any cryptographic puzzle.
- main(String[]) - Static method in class org.jacop.examples.fd.DeBruijn
-
Running the program
java DeBruijn base n
java DeBruijn base n m
- main(String[]) - Static method in class org.jacop.examples.fd.Diet
-
It executes the program optimizing the diet.
- main(String[]) - Static method in class org.jacop.examples.fd.DollarAndTicket
-
It executes the program to solve this simple puzzle.
- main(String[]) - Static method in class org.jacop.examples.fd.DonaldGeraldRobert
-
It executes the program to solve cryptogram puzzle
DONALD+GERALD=ROBERT.
- main(String[]) - Static method in class org.jacop.examples.fd.Exodus
-
It executes the program to solve this simple puzzle.
- main(String[]) - Static method in class org.jacop.examples.fd.filters.FilterBenchmark
-
It executes the program for number of filters,
number of resources (adders, multipliers) and
number of different synthesis techniques (
algorithmic pipelining, multiplier pipelining,
chaining, no special techniques).
- main(String[]) - Static method in class org.jacop.examples.fd.FittingNumbers
-
It executes the program to solve simple Kakro puzzle.
- main(String[]) - Static method in class org.jacop.examples.fd.Flowers
-
It executes the program which solves this logic puzzle.
- main(String[]) - Static method in class org.jacop.examples.fd.FourIslands
-
It executes a program to solve this simple logic puzzle.
- main(String[]) - Static method in class org.jacop.examples.fd.FurnitureMoving
-
It executes the program which solves this logic puzzle.
- main(String[]) - Static method in class org.jacop.examples.fd.Gates
-
It executes a program to solve gates problems.
- main(String[]) - Static method in class org.jacop.examples.fd.GeostExample
-
It specifies and runs a very simple Geost example.
- main(String[]) - Static method in class org.jacop.examples.fd.Golf
-
It executes a simple program to solve this logic puzzle.
- main(String[]) - Static method in class org.jacop.examples.fd.Golomb
-
It executes the program which computes the optimal Golomb ruler.
- main(String[]) - Static method in class org.jacop.examples.fd.HistoricHomes
-
It executes the program to solve this simple logic puzzle.
- main(String[]) - Static method in class org.jacop.examples.fd.Kakro
-
It executes the program to solve simple Kakro puzzle.
- main(String[]) - Static method in class org.jacop.examples.fd.KnapsackExample
-
It executes the two different models to find a solution to a knapsack problem.
- main(String[]) - Static method in class org.jacop.examples.fd.Langford
-
It executes the program to solve the Langford problem.
- main(String[]) - Static method in class org.jacop.examples.fd.LatinSquare
-
It executes the program to solve the LatinSquare problem.
- main(String[]) - Static method in class org.jacop.examples.fd.LeastDiff
-
It executes the program which solves this simple optimization problem.
- main(String[]) - Static method in class org.jacop.examples.fd.LectureSeries
-
It executes the program which solves this simple logic puzzle.
- main(String[]) - Static method in class org.jacop.examples.fd.MagicSquares
-
It executes the program which solves the MagicSquare problem.
- main(String[]) - Static method in class org.jacop.examples.fd.MasterClass
-
It executes the program to solve this simple logic puzzle.
- main(String[]) - Static method in class org.jacop.examples.fd.MineSweeper
-
It executes the program to solve any MineSweeper problem.
- main(String[]) - Static method in class org.jacop.examples.fd.muca.MUCA
-
It executes the program which solve the supplied auction problem or
solves three problems available within the files.
- main(String[]) - Static method in class org.jacop.examples.fd.Newspaper
-
It executes the program which solves this newspaper problem.
- main(String[]) - Static method in class org.jacop.examples.fd.nonogram.Nonogram
-
It executes the program which solves this simple problem.
- main(String[]) - Static method in class org.jacop.examples.fd.NonTransitiveDice
-
It executes the program solving non transitive dice problem using
two different methods.
- main(String[]) - Static method in class org.jacop.examples.fd.Parcel
-
It executes the program to solve the parcel shipment problem.
- main(String[]) - Static method in class org.jacop.examples.fd.PerfectSquare
-
It runs a perfect square problem.
- main(String[]) - Static method in class org.jacop.examples.fd.PigeonHole
-
It executes the program to solve PigeonHole problem in two
different ways.
- main(String[]) - Static method in class org.jacop.examples.fd.ProAndCon
-
It executes the program which solves this logic puzzle.
- main(String[]) - Static method in class org.jacop.examples.fd.qcp.QCP
-
It executes the program which solves the QCP in multiple different ways.
- main(String[]) - Static method in class org.jacop.examples.fd.Queens
-
It executes different models and search methods to solve Queens problem.
- main(String[]) - Static method in class org.jacop.examples.fd.SendMoreMoney
-
It executes the program to solve this simple logic puzzle.
- main(String[]) - Static method in class org.jacop.examples.fd.SiblingUproar
-
It executes the program to solve this logic puzzle.
- main(String[]) - Static method in class org.jacop.examples.fd.SleepingArrangements
-
It executes a program to solve this simple logic puzzle.
- main(String[]) - Static method in class org.jacop.examples.fd.StonesOfHeaven
-
It executes a simple program to solve this logic puzzle.
- main(String[]) - Static method in class org.jacop.examples.fd.Sudoku
-
It specifies the main executable function creating a model for
a particular Sudoku.
- main(String[]) - Static method in class org.jacop.examples.fd.SurvoPuzzle
-
It executes the program to solve the specified SurvoPuzzle.
- main(String[]) - Static method in class org.jacop.examples.fd.TSP
-
It executes the program to solve this Travelling Salesman Problem.
- main(String[]) - Static method in class org.jacop.examples.fd.Tunapalooza
-
It executes the program to solve this simple logic puzzle.
- main(String[]) - Static method in class org.jacop.examples.fd.WhoKilledAgatha
-
It runs the program which solves the logic puzzle "Who killed Agatha".
- main(String[]) - Static method in class org.jacop.examples.fd.WolfGoatCabbage
-
It executes a program which finds the optimal trip
and load of the boat between the river banks so all
parties survive.
- main(String[]) - Static method in class org.jacop.examples.fd.Zebra
-
It executes the program to solve this simple logic puzzle.
- main(String[]) - Static method in class org.jacop.examples.flatzinc.FlatzincSGMPCS
-
- main(String[]) - Static method in class org.jacop.examples.flatzinc.FlatzincSolver
-
- main(String[]) - Static method in class org.jacop.examples.flatzinc.FloatMinimize
-
- main(String[]) - Static method in class org.jacop.examples.floats.CircleIntersection
-
It executes the program.
- main(String[]) - Static method in class org.jacop.examples.floats.CurveFitting
-
It executes the program.
- main(String[]) - Static method in class org.jacop.examples.floats.Cyclohexane
-
It executes the program.
- main(String[]) - Static method in class org.jacop.examples.floats.Laplace
-
It executes the program which computes warm distribution.
- main(String[]) - Static method in class org.jacop.examples.floats.Loan
-
It executes the program which computes values for tan(x) = -x.
- main(String[]) - Static method in class org.jacop.examples.floats.Markov
-
It executes the program.
- main(String[]) - Static method in class org.jacop.examples.floats.MinCostFlow
-
It executes the program.
- main(String[]) - Static method in class org.jacop.examples.floats.Rosenbrock
-
It executes the program.
- main(String[]) - Static method in class org.jacop.examples.floats.SinCosExample
-
It executes the program which computes values for sin(x) = cos(x).
- main(String[]) - Static method in class org.jacop.examples.floats.SixHumpCamelFunction
-
It executes the program.
- main(String[]) - Static method in class org.jacop.examples.floats.TanExample
-
It executes the program which computes values for tan(x) = -x.
- main(String[]) - Static method in class org.jacop.examples.floats.TinyTSP
-
It executes the program.
- main(String[]) - Static method in class org.jacop.examples.floats.Wilkinson
-
It executes the program.
- main(String[]) - Static method in class org.jacop.examples.RunExample
-
It executes the example as specified by the first argument.
- main(String[]) - Static method in class org.jacop.examples.set.Gardner
-
It executes the program which solves this gardner problem.
- main(String[]) - Static method in class org.jacop.examples.set.SocialGolfer
-
It runs a number of social golfer problems.
- main(String[]) - Static method in class org.jacop.examples.set.Steiner
-
It executes the program which solves this Steiner problem.
- main(String[]) - Static method in class org.jacop.fz.Fz2jacop
-
It parses the provided file and parsing parameters followed by problem solving.
- makeConstraints(Store, Filter, int, int) - Static method in class org.jacop.examples.fd.filters.FilterBenchmark
-
It creates constraint model for scheduling of filter operations.
- makeConstraintsChain(Store, Filter, int, int, int) - Static method in class org.jacop.examples.fd.filters.FilterBenchmark
-
It creates constraint model for scheduling of filter operation in fashion allowing
chaining of operations within one clock cycle.
- makeConstraintsPipeline(Store, Filter, int, int) - Static method in class org.jacop.examples.fd.filters.FilterBenchmark
-
It creates a model for optimization of scheduling of operations of a given filter.
- makeConstraintsPipeMultiplier(Store, Filter, int, int) - Static method in class org.jacop.examples.fd.filters.FilterBenchmark
-
It creates constraint model for scheduling of filter operation in fashion allowing
pipelining of multiplication operations.
- makeLabelingList(IntVar[], IntVar[]) - Static method in class org.jacop.examples.fd.filters.FilterBenchmark
-
It creates an array of arrays using two arrays.
- map - Variable in class org.jacop.constraints.netflow.NetworkFlow
-
The variables and their handlers
- Markov - Class in org.jacop.examples.floats
-
- Markov() - Constructor for class org.jacop.examples.floats.Markov
-
- markTree(boolean) - Method in class org.jacop.constraints.netflow.simplex.Node
-
Sets or clears a mark on a subtree rooted at this node
- MasterClass - Class in org.jacop.examples.fd
-
It solves a logic puzzle about singing women.
- MasterClass() - Constructor for class org.jacop.examples.fd.MasterClass
-
- masterOrdering() - Method in interface org.jacop.constraints.geost.LexicographicalOrder
-
It returns the ordering of dimensions used when no shift is applied
(i.e.
- masterOrdering() - Method in class org.jacop.constraints.geost.PredefinedOrder
-
- masterOrdering() - Method in class org.jacop.constraints.geost.ShiftOrder
-
- masterSearch - Variable in class org.jacop.search.DepthFirstSearch
-
If this search is a sub-search then this pointer will point out to the
master search (i.e.
- Match - Class in org.jacop.set.constraints
-
This constraint matches the elements of the given set variable
onto a list of integer variables.
- Match(SetVar, IntVar[]) - Constructor for class org.jacop.set.constraints.Match
-
It constructs a match constraint to connect the value of set variable a
to the values of integer variables provided in the list.
- matrix - Variable in class org.jacop.examples.fd.Diet
-
- Matrix - Class in org.jacop.util
-
Matrix and operations on matrices.
- Matrix(double[][]) - Constructor for class org.jacop.util.Matrix
-
- max() - Method in class org.jacop.constraints.knapsack.TreeLeaf
-
- Max - Class in org.jacop.constraints
-
Max constraint implements the Maximum/2 constraint.
- Max(IntVar[], IntVar) - Constructor for class org.jacop.constraints.Max
-
It constructs max constraint.
- Max(ArrayList<? extends IntVar>, IntVar) - Constructor for class org.jacop.constraints.Max
-
It constructs max constraint.
- max - Variable in class org.jacop.constraints.Max
-
It specifies variable max which stores the maximum value present in the list.
- max() - Method in class org.jacop.constraints.Profile
-
It returns the max height of the profile item encountered in the profile.
- max - Variable in class org.jacop.constraints.ProfileItem
-
It specifies the ending point of the profile item.
- max() - Method in class org.jacop.constraints.ProfileItem
-
It returns the ending point of the profile item.
- max - Variable in class org.jacop.core.BoundDomain
-
The maximal value of the domain.
- max() - Method in class org.jacop.core.BoundDomain
-
- max() - Method in class org.jacop.core.IntDomain
-
It returns the maximum value in a domain.
- max - Variable in class org.jacop.core.Interval
-
It specifies the maximal value in the interval.
- max() - Method in class org.jacop.core.Interval
-
It returns the right bound of the interval (maximum value).
- max() - Method in class org.jacop.core.IntervalDomain
-
It returns the maximum value in a domain.
- max() - Method in class org.jacop.core.IntVar
-
This function returns current maximal value in the domain of the
variable.
- max() - Method in class org.jacop.core.SmallDenseDomain
-
- Max - Class in org.jacop.floats.constraints
-
Max constraint implements the Maximum/2 constraint.
- Max(FloatVar[], FloatVar) - Constructor for class org.jacop.floats.constraints.Max
-
It constructs max constraint.
- Max(ArrayList<? extends FloatVar>, FloatVar) - Constructor for class org.jacop.floats.constraints.Max
-
It constructs max constraint.
- max - Variable in class org.jacop.floats.constraints.Max
-
It specifies variable max which stores the maximum value present in the list.
- max() - Method in class org.jacop.floats.core.FloatDomain
-
It returns the maximum value in a domain.
- max - Variable in class org.jacop.floats.core.FloatInterval
-
It specifies the maximal value in the interval.
- max() - Method in class org.jacop.floats.core.FloatInterval
-
It returns the right bound of the interval (maximum value).
- max() - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It returns the maximum value in a domain.
- max() - Method in class org.jacop.floats.core.FloatVar
-
This function returns current maximal value in the domain of the
variable.
- MAX_FLOAT - Static variable in class org.jacop.floats.constraints.Derivative
-
- MaxCardDiff<T extends SetVar> - Class in org.jacop.set.search
-
Defines a maximum cardinality difference variable comparator.
- MaxCardDiff() - Constructor for class org.jacop.set.search.MaxCardDiff
-
It constructs a maximum cardinality difference variable comparator.
- maxCost - Variable in class org.jacop.examples.fd.muca.MUCA
-
It specifies the maximal value for the cost.
- maxDelta - Variable in class org.jacop.examples.fd.muca.MUCA
-
It specifies the maximal possible delta of goods for any transformation.
- MaxFloat - Static variable in class org.jacop.floats.core.FloatDomain
-
It specifies the maximum element in the domain.
- MaxGlbCard<T extends SetVar> - Class in org.jacop.set.search
-
Defines a maximum cardinality, of the greatest lowest bound, variable comparator.
- MaxGlbCard() - Constructor for class org.jacop.set.search.MaxGlbCard
-
It constructs a maximum cardinality, of the greatest lowest bound, variable comparator.
- MAXIMIZE - Static variable in interface org.jacop.fz.ParserConstants
-
RegularExpression Id.
- maxInputLines - Variable in class org.jacop.examples.fd.Cryptogram
-
It specifies how many lines of expressions can be inputed in one
execution.
- MaxInt - Static variable in class org.jacop.core.IntDomain
-
It specifies the maximum element in the domain.
- maxLevel() - Method in class org.jacop.constraints.Rectangle
-
It computes the maximum level of any variable constituting the rectangle.
- MaxLubCard<T extends SetVar> - Class in org.jacop.set.search
-
Defines a maximum cardinality, of the least upper bound, variable comparator.
- MaxLubCard() - Constructor for class org.jacop.set.search.MaxLubCard
-
It constructs a maximum cardinality, of the least upper bound, variable comparator.
- maxNextCharInd - Variable in class org.jacop.fz.SimpleCharStream
-
- maxNoOfCarsPerOption - Variable in class org.jacop.examples.fd.carsequencing.CarSequencing
-
For a given sequence length then can be different maximum number of cars with a given option.
- maxNoTransformations - Variable in class org.jacop.examples.fd.muca.MUCA
-
It specifies the maximal number of transformations used by the auctioneer.
- maxProducts - Variable in class org.jacop.examples.fd.muca.MUCA
-
The maximal number of products.
- maxProfile - Variable in class org.jacop.constraints.Cumulative
-
It contains information about maximal profile contributed by tasks.
- maxProfileItemHeight - Variable in class org.jacop.constraints.Profile
-
- MaxRegret<T extends IntVar> - Class in org.jacop.search
-
Defines a MaxRegret comparator for Variables.
- MaxRegret() - Constructor for class org.jacop.search.MaxRegret
-
It constructs MaxRegret comparator.
- maxScoreSum - Variable in class org.jacop.constraints.netflow.Statistics
-
- maxULP(FloatVar) - Static method in class org.jacop.floats.core.FloatDomain
-
- mdd - Variable in class org.jacop.constraints.ExtensionalSupportMDD
-
It specifies a multiple value decision diagram used by this constraint.
- MDD - Class in org.jacop.util
-
Defines an MDD as used in the following paper.
- MDD(IntVar[], int[], int[]) - Constructor for class org.jacop.util.MDD
-
It creates an MDD.
- MDD(IntVar[], int[], int[][]) - Constructor for class org.jacop.util.MDD
-
It creates and MDD representation given the list of variables
and (dis)allowed tuples.
- MDD(IntVar[], int[][]) - Constructor for class org.jacop.util.MDD
-
It creates and MDD representation given the list of variables
and (dis)allowed tuples.
- MDD(IntVar[]) - Constructor for class org.jacop.util.MDD
-
It creates and MDD representation given the list of variables.
- MDD() - Constructor for class org.jacop.util.MDD
-
- members - Variable in class org.jacop.util.SparseSet
-
It specifies number of elements in the SparseSet.
- merge(Tree) - Method in class org.jacop.constraints.knapsack.Tree
-
A merge method for trees, it added a new root from the ancients
- metric(T) - Method in class org.jacop.floats.search.LargestDomainFloat
-
- metric(T) - Method in class org.jacop.floats.search.LargestMaxFloat
-
- metric(T) - Method in class org.jacop.floats.search.LargestMinFloat
-
- metric(T) - Method in class org.jacop.floats.search.SmallestDomainFloat
-
- metric(T) - Method in class org.jacop.floats.search.SmallestMaxFloat
-
- metric(T) - Method in class org.jacop.floats.search.SmallestMinFloat
-
- metric(T) - Method in class org.jacop.floats.search.WeightedDegreeFloat
-
- metric(T) - Method in interface org.jacop.search.ComparatorVariable
-
It returns the metric of the variable given according to the comparator.
- metric(T) - Method in class org.jacop.search.LargestDomain
-
- metric(T) - Method in class org.jacop.search.LargestMax
-
- metric(T) - Method in class org.jacop.search.LargestMin
-
- metric(T) - Method in class org.jacop.search.MaxRegret
-
- metric(T) - Method in class org.jacop.search.MinDomainOverDegree
-
- metric(T) - Method in class org.jacop.search.MostConstrainedDynamic
-
- metric(T) - Method in class org.jacop.search.MostConstrainedStatic
-
- metric(T) - Method in class org.jacop.search.SmallestDomain
-
- metric(T) - Method in class org.jacop.search.SmallestMax
-
- metric(T) - Method in class org.jacop.search.SmallestMin
-
- metric(T) - Method in class org.jacop.search.WeightedDegree
-
- metric(T) - Method in class org.jacop.set.search.MaxCardDiff
-
Returns the metric(Cardinality difference) of the variable.
- metric(T) - Method in class org.jacop.set.search.MaxGlbCard
-
Returns the cardinality of the glb.
- metric(T) - Method in class org.jacop.set.search.MaxLubCard
-
Returns the cardinality of the lub.
- metric(T) - Method in class org.jacop.set.search.MinCardDiff
-
Returns the metric(Cardinality difference) of the variable.
- metric(T) - Method in class org.jacop.set.search.MinGlbCard
-
Returns the cardinality of the glb.
- metric(T) - Method in class org.jacop.set.search.MinLubCard
-
Returns the cardinality of the lub.
- min() - Method in class org.jacop.constraints.knapsack.TreeLeaf
-
- Min - Class in org.jacop.constraints
-
Min constraint implements the minimum/2 constraint.
- Min(IntVar[], IntVar) - Constructor for class org.jacop.constraints.Min
-
It constructs min constraint.
- Min(ArrayList<? extends IntVar>, IntVar) - Constructor for class org.jacop.constraints.Min
-
It constructs min constraint.
- min - Variable in class org.jacop.constraints.Min
-
It specifies variable min, which stores the minimum value within the whole list.
- min - Variable in class org.jacop.constraints.ProfileItem
-
It specifies the starting point of the profile item.
- min() - Method in class org.jacop.constraints.ProfileItem
-
It returns the starting point of the profile item.
- min - Variable in class org.jacop.core.BoundDomain
-
The minimal value of the domain.
- min() - Method in class org.jacop.core.BoundDomain
-
- min() - Method in class org.jacop.core.IntDomain
-
It returns the minimum value in a domain.
- min - Variable in class org.jacop.core.Interval
-
It specifies the minimal value in the interval.
- min() - Method in class org.jacop.core.Interval
-
It returns the left range of the interval (minimum value).
- min() - Method in class org.jacop.core.IntervalDomain
-
It returns the minimum value in a domain.
- min() - Method in class org.jacop.core.IntVar
-
This function returns current minimal value in the domain of the
variable.
- min - Variable in class org.jacop.core.SmallDenseDomain
-
The minimal value present in this domain encoding.
- min() - Method in class org.jacop.core.SmallDenseDomain
-
- Min - Class in org.jacop.floats.constraints
-
Min constraint implements the minimum/2 constraint.
- Min(FloatVar[], FloatVar) - Constructor for class org.jacop.floats.constraints.Min
-
It constructs min constraint.
- Min(ArrayList<? extends FloatVar>, FloatVar) - Constructor for class org.jacop.floats.constraints.Min
-
It constructs min constraint.
- min - Variable in class org.jacop.floats.constraints.Min
-
It specifies variable min, which stores the minimum value within the whole list.
- min() - Method in class org.jacop.floats.core.FloatDomain
-
It returns the minimum value in a domain.
- min - Variable in class org.jacop.floats.core.FloatInterval
-
It specifies the minimal value in the interval.
- min() - Method in class org.jacop.floats.core.FloatInterval
-
It returns the left range of the interval (minimum value).
- min() - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It returns the minimum value in a domain.
- min() - Method in class org.jacop.floats.core.FloatVar
-
This function returns current minimal value in the domain of the
variable.
- MIN_FLOAT - Static variable in class org.jacop.floats.constraints.Derivative
-
- MinCardDiff<T extends SetVar> - Class in org.jacop.set.search
-
Defines a minimum cardinality difference variable comparator.
- MinCardDiff() - Constructor for class org.jacop.set.search.MinCardDiff
-
It constructs a minimum cardinality difference variable comparator.
- minCost - Variable in class org.jacop.examples.fd.muca.MUCA
-
It specifies the minimal value for the cost.
- MinCostFlow - Class in org.jacop.examples.floats
-
- MinCostFlow() - Constructor for class org.jacop.examples.floats.MinCostFlow
-
- minDelta - Variable in class org.jacop.examples.fd.muca.MUCA
-
It specifies the minimal possible delta of goods for any transformation.
- MinDomainOverDegree<T extends Var> - Class in org.jacop.search
-
Defines a MinDomainOverDegree comparator for Variables.
- MinDomainOverDegree() - Constructor for class org.jacop.search.MinDomainOverDegree
-
It constructs variable comparator with priority based on the minimal value of
domain size divided by the number of constraints currently attached to a variable.
- MineSweeper - Class in org.jacop.examples.fd
-
It models and solves Minesweeper problem.
- MineSweeper() - Constructor for class org.jacop.examples.fd.MineSweeper
-
- MinFloat - Static variable in class org.jacop.floats.core.FloatDomain
-
It specifies the minimum element in the domain.
- MinGlbCard<T extends SetVar> - Class in org.jacop.set.search
-
Defines a minimum cardinality, of the greatest lowest bound, variable comparator.
- MinGlbCard() - Constructor for class org.jacop.set.search.MinGlbCard
-
It constructs a minimum cardinality, of the greatest lowest bound, variable comparator.
- minimize() - Method in class org.jacop.floats.search.Optimize
-
- MINIMIZE - Static variable in interface org.jacop.fz.ParserConstants
-
RegularExpression Id.
- MinInt - Static variable in class org.jacop.core.IntDomain
-
It specifies the minimum element in the domain.
- minLengthEq0() - Method in class org.jacop.constraints.Rectangle
-
It checks if a minimum length in any dimension of the rectangle can be equal 0.
- MinLubCard<T extends SetVar> - Class in org.jacop.set.search
-
Defines a minimum cardinality, of the least upper bound, variable comparator.
- MinLubCard() - Constructor for class org.jacop.set.search.MinLubCard
-
It constructs a minimum cardinality, of the least upper bound, variable comparator.
- minProfile - Variable in class org.jacop.constraints.Cumulative
-
It contains information about minimal profile contributed by regions
for certain occupied by tasks.
- minScoreSum - Variable in class org.jacop.constraints.netflow.Statistics
-
- minULP(FloatVar) - Static method in class org.jacop.floats.core.FloatDomain
-
- minUse(int, IntRectangle) - Method in class org.jacop.constraints.Rectangle
-
- minUse(IntRectangle) - Method in class org.jacop.constraints.Rectangle
-
- model() - Method in class org.jacop.examples.cpviz.CPvizNewspaper
-
- model() - Method in class org.jacop.examples.cpviz.CPvizSendMoreMoney
-
- model() - Method in class org.jacop.examples.cpviz.CPvizSudoku
-
- model() - Method in class org.jacop.examples.fd.ArchFriends
-
- model() - Method in class org.jacop.examples.fd.BabySitting
-
- model() - Method in class org.jacop.examples.fd.BasicLogicPascal
-
- model() - Method in class org.jacop.examples.fd.BIBD
-
- model() - Method in class org.jacop.examples.fd.BlueberryMuffins
-
- model() - Method in class org.jacop.examples.fd.BreakingNews
-
- model() - Method in class org.jacop.examples.fd.BuildingBlocks
-
- model() - Method in class org.jacop.examples.fd.CalendarMen
-
- model() - Method in class org.jacop.examples.fd.carsequencing.CarSequencing
-
- model() - Method in class org.jacop.examples.fd.Conference
-
- model() - Method in class org.jacop.examples.fd.crosswords.CrossWord
-
model()
- model() - Method in class org.jacop.examples.fd.Cryptogram
-
- model() - Method in class org.jacop.examples.fd.DeBruijn
-
- model() - Method in class org.jacop.examples.fd.Diet
-
Imposes the model of the problem.
- model() - Method in class org.jacop.examples.fd.DollarAndTicket
-
- model() - Method in class org.jacop.examples.fd.DonaldGeraldRobert
-
- model() - Method in class org.jacop.examples.fd.ExampleFD
-
It specifies a standard way of modeling the problem.
- model() - Method in class org.jacop.examples.fd.Exodus
-
- model() - Method in class org.jacop.examples.fd.FittingNumbers
-
- model() - Method in class org.jacop.examples.fd.Flowers
-
- model() - Method in class org.jacop.examples.fd.FourIslands
-
- model() - Method in class org.jacop.examples.fd.FurnitureMoving
-
- model() - Method in class org.jacop.examples.fd.Gates
-
- model() - Method in class org.jacop.examples.fd.GeostExample
-
- model() - Method in class org.jacop.examples.fd.Golf
-
- model() - Method in class org.jacop.examples.fd.Golomb
-
- model() - Method in class org.jacop.examples.fd.HistoricHomes
-
- model() - Method in class org.jacop.examples.fd.Kakro
-
- model() - Method in class org.jacop.examples.fd.KnapsackExample
-
- model() - Method in class org.jacop.examples.fd.Langford
-
- model() - Method in class org.jacop.examples.fd.LatinSquare
-
- model() - Method in class org.jacop.examples.fd.LeastDiff
-
- model() - Method in class org.jacop.examples.fd.LectureSeries
-
- model() - Method in class org.jacop.examples.fd.MagicSquares
-
- model() - Method in class org.jacop.examples.fd.MasterClass
-
- model() - Method in class org.jacop.examples.fd.MineSweeper
-
- model() - Method in class org.jacop.examples.fd.muca.MUCA
-
- model() - Method in class org.jacop.examples.fd.Newspaper
-
- model() - Method in class org.jacop.examples.fd.nonogram.Nonogram
-
- model() - Method in class org.jacop.examples.fd.NonTransitiveDice
-
- model() - Method in class org.jacop.examples.fd.Parcel
-
- model() - Method in class org.jacop.examples.fd.PerfectSquare
-
- model() - Method in class org.jacop.examples.fd.PigeonHole
-
- model() - Method in class org.jacop.examples.fd.ProAndCon
-
- model() - Method in class org.jacop.examples.fd.qcp.QCP
-
- model() - Method in class org.jacop.examples.fd.Queens
-
- model() - Method in class org.jacop.examples.fd.SendMoreMoney
-
1.
- model() - Method in class org.jacop.examples.fd.SiblingUproar
-
- model() - Method in class org.jacop.examples.fd.SleepingArrangements
-
- model() - Method in class org.jacop.examples.fd.StonesOfHeaven
-
- model() - Method in class org.jacop.examples.fd.Sudoku
-
- model() - Method in class org.jacop.examples.fd.SurvoPuzzle
-
model()
- model() - Method in class org.jacop.examples.fd.TSP
-
- model() - Method in class org.jacop.examples.fd.Tunapalooza
-
- model() - Method in class org.jacop.examples.fd.WhoKilledAgatha
-
- model() - Method in class org.jacop.examples.fd.WolfGoatCabbage
-
- model() - Method in class org.jacop.examples.fd.Zebra
-
- model() - Method in class org.jacop.examples.floats.TanExample
-
- model() - Method in class org.jacop.examples.set.ExampleSet
-
It specifies a standard way of modeling the problem.
- model() - Method in class org.jacop.examples.set.Gardner
-
- model() - Method in class org.jacop.examples.set.SocialGolfer
-
- model() - Method in class org.jacop.examples.set.Steiner
-
- model() - Method in class org.jacop.fz.Parser
-
GRAMMER STARTS
- model4Shaving() - Method in class org.jacop.examples.fd.MagicSquares
-
It creates the model with specification of what constraint can
help in guiding shaving.
- model_end() - Method in class org.jacop.fz.Parser
-
- modelBasic() - Method in class org.jacop.examples.cpviz.CPvizSudoku
-
It specifies the model using mostly primitive constraints.
- modelBasic() - Method in class org.jacop.examples.fd.CalendarMen
-
It creates a model of this logic puzzle using mostly
primitive constraints.
- modelBasic() - Method in class org.jacop.examples.fd.KnapsackExample
-
It creates a model where quantity variable is allowed only to be
between 0 and 1, so if the original description allows n items
n copies of that items must be created.
- modelBasic() - Method in class org.jacop.examples.fd.PerfectSquare
-
It specifies the model using mostly PrimitiveConstraints.
- modelBasic() - Method in class org.jacop.examples.fd.PigeonHole
-
It specifies inefficient model which uses only
primitive constraints.
- modelBasic() - Method in class org.jacop.examples.fd.Queens
-
This model uses only primitive constraints.
- modelBasic() - Method in class org.jacop.examples.fd.SendMoreMoney
-
1.
- modelBasic() - Method in class org.jacop.examples.fd.Sudoku
-
It specifies the model using mostly primitive constraints.
- modelBoth() - Method in class org.jacop.examples.fd.KnapsackExample
-
It does not use Knapsack constraint only SumWeight constraints.
- modelBound() - Method in class org.jacop.examples.fd.Langford
-
It uses BoundDomain for all variables.
- modelBound() - Method in class org.jacop.examples.fd.MagicSquares
-
It specifies the model which uses only variables with BoundDomain.
- modelChanneling() - Method in class org.jacop.examples.fd.Queens
-
This model uses dual model to solve Queens problems.
- modelConstraints - Variable in class org.jacop.core.Domain
-
It specifies constraints which are attached to current domain, each array
has different pruning event.
- modelConstraintsToEvaluate - Variable in class org.jacop.core.Domain
-
It specifies the first position of a constraint which is satisfied.
- modelDual() - Method in class org.jacop.examples.fd.Langford
-
It uses the dual model.
- modelDual() - Method in class org.jacop.examples.fd.MagicSquares
-
IT creates a dual model.
- modelFields() - Method in class org.jacop.examples.fd.Queens
-
It uses a model based on fields to model Queens problem (rather inefficient model).
- modelGeost() - Method in class org.jacop.examples.fd.PerfectSquare
-
- modelGlobal() - Method in class org.jacop.examples.cpviz.CPvizSendMoreMoney
-
- modelKnapsack() - Method in class org.jacop.examples.fd.Diet
-
Imposes the model of the problem.
- modelNoKnapsackConstraint() - Method in class org.jacop.examples.fd.KnapsackExample
-
It does not use Knapsack constraint only SumWeight constraints.
- modified(ArcCompanion) - Method in interface org.jacop.constraints.netflow.MutableNetwork
-
Tells the network that an arc has been modified.
- modified(ArcCompanion) - Method in class org.jacop.constraints.netflow.Network
-
- modifiedArcs - Variable in class org.jacop.constraints.netflow.Network
-
List of modified arcs (may contain duplicates)
- modifiedSize - Variable in class org.jacop.constraints.netflow.Network
-
Number of modified arcs at each level
- MostConstrainedDynamic<T extends Var> - Class in org.jacop.search
-
Defines a MostConstrainedDynamic comparator for Variables.
- MostConstrainedDynamic() - Constructor for class org.jacop.search.MostConstrainedDynamic
-
It constructs a variable comparator based on the maximal number
of constraints currently attached to a variable.
- MostConstrainedStatic<T extends Var> - Class in org.jacop.search
-
Defines a MostConstraintStatic comparator for Variables.
- MostConstrainedStatic() - Constructor for class org.jacop.search.MostConstrainedStatic
-
It constructs MostConstraintStatic comparator.
- MUCA - Class in org.jacop.examples.fd.muca
-
It solves the Mixed Multi-Unit Combinatorial Auctions.
- MUCA() - Constructor for class org.jacop.examples.fd.muca.MUCA
-
- mulBounds(int, int, int, int) - Static method in class org.jacop.core.IntDomain
-
- mulBounds(double, double, double, double) - Static method in class org.jacop.floats.core.FloatDomain
-
- mulDel - Variable in class org.jacop.examples.fd.filters.Filter
-
It denotes the delay of the multiplication.
- mulDel() - Method in class org.jacop.examples.fd.filters.Filter
-
It returns the delay of the multiplication operation.
- mulId - Static variable in class org.jacop.examples.fd.filters.Filter
-
It specifies the identifier of the multiplication.
- mulId() - Method in class org.jacop.examples.fd.filters.Filter
-
It returns the id of the multiplication operation.
- mult(double[][]) - Method in class org.jacop.util.Matrix
-
- mult(double[]) - Method in class org.jacop.util.Matrix
-
- mult(FloatInterval[][], double[][]) - Static method in class org.jacop.util.Matrix
-
- multiply(int) - Method in class org.jacop.core.BoundDomain
-
It multiplies the domain by a given constant.
- multiply(int, int) - Static method in class org.jacop.core.IntDomain
-
- multiply(int) - Method in class org.jacop.core.IntervalDomain
-
{1..4} * 6 = {6, 12, 18, 24}
- MultiVarHandler - Class in org.jacop.constraints.netflow
-
- MultiVarHandler(IntVar, VarHandler...) - Constructor for class org.jacop.constraints.netflow.MultiVarHandler
-
- MultivariateIntervalNewton - Class in org.jacop.floats.constraints
-
MultivariateIntervalNewton implements multivariate interval Newton
method for solving a system of non linear equations.
- MultivariateIntervalNewton(Store, FloatVar[], FloatVar[]) - Constructor for class org.jacop.floats.constraints.MultivariateIntervalNewton
-
- MutableDomain - Class in org.jacop.core
-
- MutableDomain(Store) - Constructor for class org.jacop.core.MutableDomain
-
- MutableDomain(Store, IntDomain) - Constructor for class org.jacop.core.MutableDomain
-
- MutableDomainValue - Class in org.jacop.core
-
- MutableDomainValue(Domain) - Constructor for class org.jacop.core.MutableDomainValue
-
- MutableNetwork - Interface in org.jacop.constraints.netflow
-
Interface to the network used by VarHandlers.
- MutableVar - Interface in org.jacop.core
-
Standard mutable variable definition
- mutableVariables - Variable in class org.jacop.core.Store
-
A mutable variable is a special variable which can change value during
the search.
- MutableVarValue - Interface in org.jacop.core
-
Standard mutable variable's value definition
- p - Variable in class org.jacop.floats.constraints.AbsPeqR
-
It contains variable p.
- p - Variable in class org.jacop.floats.constraints.CosPeqR
-
It contains variable p.
- p - Variable in class org.jacop.floats.constraints.CosPeqR_decomposed
-
It contains variable p.
- p - Variable in class org.jacop.floats.constraints.ExpPeqR
-
It specifies a left hand variable in equality constraint.
- p - Variable in class org.jacop.floats.constraints.PeqC
-
It specifies the variable which is constrained to be equal to the specified value.
- p - Variable in class org.jacop.floats.constraints.PeqQ
-
It specifies a left hand variable in equality constraint.
- p - Variable in class org.jacop.floats.constraints.PgtC
-
It specifies variable p which must be greater than a given constraint.
- p - Variable in class org.jacop.floats.constraints.PgteqC
-
It specifies variables p which must be greater or equal to a given constant.
- p - Variable in class org.jacop.floats.constraints.PgteqQ
-
It specifies variables p which must be greater or equal to a given varibale.
- p - Variable in class org.jacop.floats.constraints.PgtQ
-
It specifies variable p which must be smaller or equal to q.
- p - Variable in class org.jacop.floats.constraints.PltC
-
It specifies variable x to be lower than a given constant.
- p - Variable in class org.jacop.floats.constraints.PlteqC
-
It specifies variable x which must be smaller or equal to a given constant.
- p - Variable in class org.jacop.floats.constraints.PlteqQ
-
It specifies variable p which must be smaller or equal to q.
- p - Variable in class org.jacop.floats.constraints.PltQ
-
It specifies variable p to be lower than q.
- p - Variable in class org.jacop.floats.constraints.PmulCeqR
-
It specifies variable p in constraint p * c = r.
- p - Variable in class org.jacop.floats.constraints.PmulQeqR
-
It specifies variable p in constraint p * q = r.
- p - Variable in class org.jacop.floats.constraints.PneqC
-
It specifies the variable which is constrained to be equal to the specified value.
- p - Variable in class org.jacop.floats.constraints.PneqQ
-
It specifies a left hand variable in equality constraint.
- p - Variable in class org.jacop.floats.constraints.PplusCeqR
-
It specifies variable p in constraint p+c=r.
- p - Variable in class org.jacop.floats.constraints.PplusQeqR
-
It specifies variable p in constraint p+q=r.
- p - Variable in class org.jacop.floats.constraints.SinPeqR
-
It contains variable p.
- p - Variable in class org.jacop.floats.constraints.TanPeqR
-
It contains variable p.
- p - Variable in class org.jacop.floats.constraints.XeqP
-
It specifies a right hand variable in equality constraint.
- paint(Graphics) - Method in class org.jacop.constraints.geost.BoxDisplay
-
paints all objects, repaint only if requested to
- parametricStep(Node, Node, int, int) - Method in class org.jacop.constraints.netflow.simplex.NetworkSimplex
-
Given an optimal flow that satisfies all feasibility constraints except
mass balance on two nodes, the parametric simplex algorithm tries to
achieve feasibility while keeping the solution optimal.
- Parcel - Class in org.jacop.examples.fd
-
It solves a simple parcel shipment problem.
- Parcel() - Constructor for class org.jacop.examples.fd.Parcel
-
- parent - Variable in class org.jacop.constraints.knapsack.TreeNode
-
It specifies the parent of this node.
- parent - Variable in class org.jacop.constraints.netflow.simplex.Node
-
- parent - Variable in class org.jacop.fz.SimpleNode
-
- parentSolutionListener - Variable in class org.jacop.search.SimpleSolutionListener
-
If this search is a slave search than each solution within this search
must be connected to a solution of the master search.
- parentSolutionNo - Variable in class org.jacop.search.SimpleSolutionListener
-
If this search is a slave search than each solution within this search
must be connected to a solution of the master search.
- parse(boolean) - Method in class org.jacop.util.fsm.RegularExpressionParser
-
This method parses an expression that it reads from a given input stream.
- ParseException - Exception in org.jacop.fz
-
This exception is thrown when parse errors are encountered.
- ParseException(Token, int[][], String[]) - Constructor for exception org.jacop.fz.ParseException
-
This constructor is used by the method "generateParseException"
in the generated parser.
- ParseException() - Constructor for exception org.jacop.fz.ParseException
-
The following constructors are for use by you for whatever
purpose you can think of.
- ParseException(String) - Constructor for exception org.jacop.fz.ParseException
-
Constructor with message.
- Parser - Class in org.jacop.fz
-
- Parser(InputStream) - Constructor for class org.jacop.fz.Parser
-
Constructor with InputStream.
- Parser(InputStream, String) - Constructor for class org.jacop.fz.Parser
-
Constructor with InputStream and supplied encoding
- Parser(Reader) - Constructor for class org.jacop.fz.Parser
-
Constructor.
- Parser(ParserTokenManager) - Constructor for class org.jacop.fz.Parser
-
Constructor with generated Token Manager.
- parser - Variable in class org.jacop.fz.SimpleNode
-
- ParserConstants - Interface in org.jacop.fz
-
Token literal values and constants.
- ParserTokenManager - Class in org.jacop.fz
-
Token Manager.
- ParserTokenManager(SimpleCharStream) - Constructor for class org.jacop.fz.ParserTokenManager
-
Constructor.
- ParserTokenManager(SimpleCharStream, int) - Constructor for class org.jacop.fz.ParserTokenManager
-
Constructor.
- ParserTreeConstants - Interface in org.jacop.fz
-
- parseToFSM() - Method in class org.jacop.util.fsm.RegularExpressionParser.Expression
-
It creates Finite State Machine from the expression.
- parseToFSM() - Method in class org.jacop.util.fsm.RegularExpressionParser.Literal
-
- partialShapeSweep - Variable in class org.jacop.constraints.geost.Geost
-
set to false to disable relaxed shape pruning
- PdivCeqR - Class in org.jacop.floats.constraints
-
Constraint P / C = R for floats
Boundary consistency is used.
- PdivCeqR(FloatVar, double, FloatVar) - Constructor for class org.jacop.floats.constraints.PdivCeqR
-
It constructs a constraint P / Q = R.
- PdivQeqR - Class in org.jacop.floats.constraints
-
Constraint P / Q = R for floats
Boundary consistency is used.
- PdivQeqR(FloatVar, FloatVar, FloatVar) - Constructor for class org.jacop.floats.constraints.PdivQeqR
-
It constructs a constraint P / Q = R.
- peekNode() - Method in class org.jacop.fz.JJTParserState
-
- PeqC - Class in org.jacop.floats.constraints
-
Constraints P #= C
Domain consistency is used.
- PeqC(FloatVar, double) - Constructor for class org.jacop.floats.constraints.PeqC
-
It constructs the constraint P = C.
- PeqQ - Class in org.jacop.floats.constraints
-
Constraints P #= Q for P and Q floats
Domain consistency is used.
- PeqQ(FloatVar, FloatVar) - Constructor for class org.jacop.floats.constraints.PeqQ
-
It constructs constraint P = Q.
- PerfectSquare - Class in org.jacop.examples.fd
-
It specifies an example where squares of the given size must be placed within
a square of a given size.
- PerfectSquare() - Constructor for class org.jacop.examples.fd.PerfectSquare
-
- performCardinalityReasoning - Variable in class org.jacop.set.constraints.AdiffBeqC
-
It specifies if the constrain attempts to perform expensive and yet
unlikely propagation due to cardinality information.
- performCardinalityReasoning - Variable in class org.jacop.set.constraints.AdisjointB
-
It specifies if the constrain attempts to perform expensive and yet
unlikely propagation due to cardinality information.
- performCardinalityReasoning - Variable in class org.jacop.set.constraints.AintersectBeqC
-
It specifies if the constrain attempts to perform expensive and yet
unlikely propagation due to cardinality information.
- performCardinalityReasoning - Variable in class org.jacop.set.constraints.AunionBeqC
-
It specifies if the constrain attempts to perform expensive and yet
unlikely propagation due to cardinality information.
- PgtC - Class in org.jacop.floats.constraints
-
Constraint P #> C
- PgtC(FloatVar, double) - Constructor for class org.jacop.floats.constraints.PgtC
-
It constructs constraint P > C.
- PgteqC - Class in org.jacop.floats.constraints
-
Constraints P #>= C for floats
- PgteqC(FloatVar, double) - Constructor for class org.jacop.floats.constraints.PgteqC
-
It constructs constraint P >= C.
- PgteqQ - Class in org.jacop.floats.constraints
-
Constraints P >= Q for floats
- PgteqQ(FloatVar, FloatVar) - Constructor for class org.jacop.floats.constraints.PgteqQ
-
It constructs constraint P >= Q.
- PgtQ - Class in org.jacop.floats.constraints
-
Constraint P > Q for floats
- PgtQ(FloatVar, FloatVar) - Constructor for class org.jacop.floats.constraints.PgtQ
-
It constructs constraint P <= Q.
- PI - Static variable in class org.jacop.floats.core.FloatDomain
-
It specifies the constant pi, as defined in java.lang.Math package.
- PigeonHole - Class in org.jacop.examples.fd
-
It solves the PigeonHole problem.
- PigeonHole() - Constructor for class org.jacop.examples.fd.PigeonHole
-
- pipelineSchedule() - Static method in class org.jacop.examples.fd.filters.FilterBenchmark
-
It solves available filters for different scenario
consisting of different number of resources.
- pipeMulSchedule() - Static method in class org.jacop.examples.fd.filters.FilterBenchmark
-
It solves available filters for different scenario
consisting of different number of resources.
- pivotPosition - Variable in class org.jacop.search.SimpleMatrixSelect
-
It specifies the pivot position (first element has index 0).
- pivotRule - Variable in class org.jacop.constraints.netflow.simplex.NetworkSimplex
-
- PivotRule - Interface in org.jacop.constraints.netflow.simplex
-
A pivot selection rule for the primal network simplex algorithm.
- pixelsPerUnit - Variable in class org.jacop.constraints.geost.BoxDisplay
-
It specifies the number of pixels per unit of length.
- placeSearchVariable(int, int) - Method in class org.jacop.search.RandomSelect
-
It gets as input the index of the variable which is chosen by search to
be instantiated at this stage.
- placeSearchVariable(int, int) - Method in class org.jacop.search.SimpleSelect
-
It gets as input the index of the variable which is chosen by search to
be instantiated at this stage.
- PltC - Class in org.jacop.floats.constraints
-
Constraint P #< C for floats
- PltC(FloatVar, double) - Constructor for class org.jacop.floats.constraints.PltC
-
It constructs constraint P < C.
- PlteqC - Class in org.jacop.floats.constraints
-
Constraint X #<= C for floats
- PlteqC(FloatVar, double) - Constructor for class org.jacop.floats.constraints.PlteqC
-
It constructs constraint P <= C.
- PlteqQ - Class in org.jacop.floats.constraints
-
Constraint P <= Q for floats
- PlteqQ(FloatVar, FloatVar) - Constructor for class org.jacop.floats.constraints.PlteqQ
-
It constructs constraint P <= Q.
- PltQ - Class in org.jacop.floats.constraints
-
Constraint P < Q for floats
- PltQ(FloatVar, FloatVar) - Constructor for class org.jacop.floats.constraints.PltQ
-
It constructs constraint P < C.
- PminusCeqR - Class in org.jacop.floats.constraints
-
Constraint P - C = R
Bound consistency is used.
- PminusCeqR(FloatVar, double, FloatVar) - Constructor for class org.jacop.floats.constraints.PminusCeqR
-
It constructs constraint P-Q=R.
- PminusQeqR - Class in org.jacop.floats.constraints
-
Constraint P - Q = R
Bound consistency is used.
- PminusQeqR(FloatVar, FloatVar, FloatVar) - Constructor for class org.jacop.floats.constraints.PminusQeqR
-
It constructs constraint P-Q=R.
- pmlAttributes - Static variable in class org.jacop.floats.constraints.PeqC
-
It specifies the arguments required to be saved by an PML format as well as
the constructor being called to recreate an object from an PML format.
- pmlAttributes - Static variable in class org.jacop.floats.constraints.PneqC
-
It specifies the arguments required to be saved by an PML format as well as
the constructor being called to recreate an object from an PML format.
- PmulCeqR - Class in org.jacop.floats.constraints
-
Constraint P * C = R for floats
Boundary consistency is used.
- PmulCeqR(FloatVar, double, FloatVar) - Constructor for class org.jacop.floats.constraints.PmulCeqR
-
It constructs a constraint P * C = R.
- PmulQeqR - Class in org.jacop.floats.constraints
-
Constraint P * Q = R for floats
Boundary consistency is used.
- PmulQeqR(FloatVar, FloatVar, FloatVar) - Constructor for class org.jacop.floats.constraints.PmulQeqR
-
It constructs a constraint P * Q = R.
- PneqC - Class in org.jacop.floats.constraints
-
Constraints P != C
Domain consistency is used.
- PneqC(FloatVar, double) - Constructor for class org.jacop.floats.constraints.PneqC
-
It constructs the constraint P = C.
- PneqQ - Class in org.jacop.floats.constraints
-
Constraints P #= Q for P and Q floats
Domain consistency is used.
- PneqQ(FloatVar, FloatVar) - Constructor for class org.jacop.floats.constraints.PneqQ
-
It constructs constraint P = Q.
- pointer4GroundedBooleanVariables - Variable in class org.jacop.core.Store
-
It specifies the current pointer to put next changed boolean variable.
- pointer4Last - Variable in class org.jacop.core.TimeStamp
-
- poly - Variable in class org.jacop.search.sgmpcs.SGMPCSearch
-
- poolStatus() - Static method in class org.jacop.constraints.geost.DBox
-
It provides a string representation of the DBoxes which are present
in the DBox pool.
- pop() - Method in class org.jacop.util.SimpleArrayList
-
It removes and returns the last element in the list.
- popNode() - Method in class org.jacop.fz.JJTParserState
-
- pos - Variable in class org.jacop.constraints.regular.RegState
-
The position of the state within a level.
- position - Variable in class org.jacop.search.InputOrderSelect
-
It stores the original positions of variables to be used for input order
tie-breaking.
- position - Variable in class org.jacop.search.RandomSelect
-
It stores the original positions of variables to be used for input order
tie-breaking.
- position - Variable in class org.jacop.search.SimpleMatrixSelect
-
It stores the original positions of variables to be used for input order
tie-breaking.
- position - Variable in class org.jacop.search.SimpleSelect
-
It stores the original positions of variables to be used for input order
tie-breaking.
- positionInTheTree - Variable in class org.jacop.constraints.knapsack.TreeLeaf
-
It specifies the position in the tree.
- positionMapping - Variable in class org.jacop.constraints.Alldifferent
-
- positionOfAlreadyUpdated - Variable in class org.jacop.constraints.knapsack.Knapsack
-
It specifies the position of the last changed item which has been
already been recomputed.
- potential - Variable in class org.jacop.constraints.netflow.simplex.Node
-
the potential (or dual variable) of the network simplex
- PplusCeqR - Class in org.jacop.floats.constraints
-
Constraint P + C #= R
Bound consistency is used.
- PplusCeqR(FloatVar, double, FloatVar) - Constructor for class org.jacop.floats.constraints.PplusCeqR
-
It constructs constraint P+C=R.
- PplusQeqR - Class in org.jacop.floats.constraints
-
Constraint P + Q = R
Bound consistency is used.
- PplusQeqR(FloatVar, FloatVar, FloatVar) - Constructor for class org.jacop.floats.constraints.PplusQeqR
-
It constructs constraint P+Q=R.
- precedenceOf(int) - Method in interface org.jacop.constraints.geost.LexicographicalOrder
-
It provides the precedence level of the given dimension.
- precedenceOf(int) - Method in class org.jacop.constraints.geost.PredefinedOrder
-
- precedenceOf(int) - Method in class org.jacop.constraints.geost.ShiftOrder
-
- precision() - Static method in class org.jacop.floats.core.FloatDomain
-
- precision() - Method in class org.jacop.fz.Options
-
It defines precision.
- pred_arg_array_index() - Method in class org.jacop.fz.Parser
-
- pred_arg_array_tail() - Method in class org.jacop.fz.Parser
-
- pred_decl_arg() - Method in class org.jacop.fz.Parser
-
- pred_decl_args() - Method in class org.jacop.fz.Parser
-
- pred_decl_item() - Method in class org.jacop.fz.Parser
-
- pred_decl_items() - Method in class org.jacop.fz.Parser
-
- predecessorOnThread() - Method in class org.jacop.constraints.netflow.simplex.Node
-
Finds the predecessor of this node on the thread.
- PredefinedOrder - Class in org.jacop.constraints.geost
-
- PredefinedOrder(int[], int) - Constructor for class org.jacop.constraints.geost.PredefinedOrder
-
It specifies the comparison of k-dimensional point comparator based on
the dimension ordering and the most significant dimension.
- PREDICATE - Static variable in interface org.jacop.fz.ParserConstants
-
RegularExpression Id.
- prevCharIsCR - Variable in class org.jacop.fz.SimpleCharStream
-
- prevCharIsLF - Variable in class org.jacop.fz.SimpleCharStream
-
- previous() - Method in class org.jacop.core.MutableDomain
-
- previous() - Method in class org.jacop.core.MutableDomainValue
-
- previous() - Method in interface org.jacop.core.MutableVar
-
It returns the earlier value of variable comparing to the current one.
- previous() - Method in interface org.jacop.core.MutableVarValue
-
It returns the earlier value of mutable variable.
- previous(double) - Static method in class org.jacop.floats.core.FloatDomain
-
- previousDomain - Variable in class org.jacop.core.BoundDomain
-
It specifies the previous domain which was used by this domain.
- previousDomain() - Method in class org.jacop.core.BoundDomain
-
- previousDomain() - Method in class org.jacop.core.IntDomain
-
It returns domain at earlier level at which the change has occurred.
- previousDomain - Variable in class org.jacop.core.IntervalDomain
-
It specifies the previous domain which was used by this domain.
- previousDomain() - Method in class org.jacop.core.IntervalDomain
-
- previousDomain - Variable in class org.jacop.core.SmallDenseDomain
-
It specifies the previous domain which was used by this domain.
- previousDomain() - Method in class org.jacop.core.SmallDenseDomain
-
- previousDomain() - Method in class org.jacop.floats.core.FloatDomain
-
It returns domain at earlier level at which the change has occurred.
- previousDomain - Variable in class org.jacop.floats.core.FloatIntervalDomain
-
It specifies the previous domain which was used by this domain.
- previousDomain() - Method in class org.jacop.floats.core.FloatIntervalDomain
-
- previousDomain - Variable in class org.jacop.set.core.SetDomain
-
It specifies the previous domain which was used by this domain.
- previousLevel - Variable in class org.jacop.constraints.netflow.NetworkFlow
-
- previousMaxQ - Variable in class org.jacop.constraints.knapsack.TreeLeaf
-
It specifies the maximal value of quantity variable after the last
consistency check.
- previousMinQ - Variable in class org.jacop.constraints.knapsack.TreeLeaf
-
It specifies the minimal value of quantity variable after the last
consistency check.
- previousValue(int) - Method in class org.jacop.core.BoundDomain
-
- previousValue(int) - Method in class org.jacop.core.IntDomain
-
It gives previous value in the domain from the given one (lexigraphical
ordering).
- previousValue(int) - Method in class org.jacop.core.IntervalDomain
-
- previousValue(int) - Method in class org.jacop.core.SmallDenseDomain
-
- previousValue() - Method in class org.jacop.core.TimeStamp
-
- price - Variable in class org.jacop.examples.fd.Diet
-
- primalStep(Arc) - Method in class org.jacop.constraints.netflow.simplex.NetworkSimplex
-
Performs a primal pivot.
- PrimitiveConstraint - Class in org.jacop.constraints
-
Standard unified interface for all primitive constraints.
- PrimitiveConstraint() - Constructor for class org.jacop.constraints.PrimitiveConstraint
-
- primitiveDecomposition(Store) - Method in class org.jacop.constraints.netflow.Arithmetic
-
- primitiveDecomposition(Store) - Method in class org.jacop.constraints.netflow.NetworkBuilder
-
Generally speaking, especially in case of multiple arcs between
two nodes and structure constraints imposed on arcs makes it hard
to decompose network flow constraint into primitive ones.
- primitiveDecomposition(Store) - Method in class org.jacop.constraints.SoftAlldifferent
-
- primitiveDecomposition(Store) - Method in class org.jacop.constraints.SoftGCC
-
- print() - Method in class org.jacop.constraints.netflow.simplex.NetworkSimplex
-
Debug
- print() - Method in class org.jacop.core.Store
-
This function prints the information of the store to standard output
stream.
- print(Node) - Method in class org.jacop.fz.ASTPrint
-
- printAllSolutions() - Method in class org.jacop.search.DepthFirstSearch
-
- printAllSolutions() - Method in interface org.jacop.search.Search
-
It prints all solutions.
- printAllSolutions() - Method in class org.jacop.search.SimpleSolutionListener
-
- printAllSolutions() - Method in interface org.jacop.search.SolutionListener
-
It prints all the solutions.
- printLastSolution(Diet) - Static method in class org.jacop.examples.fd.Diet
-
- printLaTex(long) - Method in class org.jacop.examples.fd.PerfectSquare
-
Enclose the output of this function inside a simple latex document like the one
below.
- PrintListener(char[][]) - Constructor for class org.jacop.examples.fd.crosswords.CrossWord.PrintListener
-
- printMatrix(IntVar[][], int, int) - Static method in class org.jacop.examples.fd.ExampleFD
-
It prints a matrix of variables.
- printMatrix(IntVar[][]) - Method in class org.jacop.examples.fd.nonogram.Nonogram
-
It prints a matrix of variables.
- printMatrix(IntVar[][], int, int) - Static method in class org.jacop.examples.fd.SurvoPuzzle
-
It prints a matrix of variables.
- printMatrix(IntVar[][], int, int) - Static method in class org.jacop.examples.set.ExampleSet
-
It prints a matrix of variables.
- PrintOutListener<T extends Var> - Class in org.jacop.search
-
- PrintOutListener() - Constructor for class org.jacop.search.PrintOutListener
-
- PrintSchedule - Class in org.jacop.ui
-
Prints the computed schedule
- PrintSchedule(String[], IntVar[], int[], IntVar[]) - Constructor for class org.jacop.ui.PrintSchedule
-
It constructs PrintSchedule object.
- PrintSchedule(String[], IntVar[], IntVar[], IntVar[]) - Constructor for class org.jacop.ui.PrintSchedule
-
It constructs PrintSchedule object.
- PrintSchedule(ArrayList<String>, ArrayList<? extends IntVar>, ArrayList<Integer>, ArrayList<? extends IntVar>) - Constructor for class org.jacop.ui.PrintSchedule
-
It constructs PrintSchedule object.
- PrintSchedule(ArrayList<String>, ArrayList<? extends IntVar>, int[], ArrayList<? extends IntVar>) - Constructor for class org.jacop.ui.PrintSchedule
-
It constructs PrintSchedule object.
- PrintSchedule(ArrayList<String>, IntVar[], int[], IntVar[]) - Constructor for class org.jacop.ui.PrintSchedule
-
It constructs PrintSchedule object.
- PrintSchedule(ArrayList<String>, IntVar[], IntVar[], IntVar[]) - Constructor for class org.jacop.ui.PrintSchedule
-
It constructs PrintSchedule object.
- printSolution(char[][]) - Method in class org.jacop.examples.fd.crosswords.CrossWord
-
It prints a variable crosswordTemplate.
- printSolution(int[]) - Method in class org.jacop.search.sgmpcs.SGMPCSearch
-
- printStatistics(boolean, boolean) - Method in class org.jacop.fz.Solve
-
- printStatisticsIterrupt() - Method in class org.jacop.fz.Solve
-
- ProAndCon - Class in org.jacop.examples.fd
-
It solves a simple logic puzzle about voting city council.
- ProAndCon() - Constructor for class org.jacop.examples.fd.ProAndCon
-
- problem - Static variable in class org.jacop.examples.fd.carsequencing.CarSequencing
-
A simple car sequencing problem.
- problem1 - Static variable in class org.jacop.examples.fd.MineSweeper
-
One of the possible MineSweeper problems.
- problem10 - Static variable in class org.jacop.examples.fd.MineSweeper
-
One of the possible MineSweeper problems.
- problem2 - Static variable in class org.jacop.examples.fd.MineSweeper
-
One of the possible MineSweeper problems.
- problem3 - Static variable in class org.jacop.examples.fd.MineSweeper
-
One of the possible MineSweeper problems.
- problem4 - Static variable in class org.jacop.examples.fd.MineSweeper
-
One of the possible MineSweeper problems.
- problem5 - Static variable in class org.jacop.examples.fd.MineSweeper
-
One of the possible MineSweeper problems.
- problem6 - Static variable in class org.jacop.examples.fd.MineSweeper
-
One of the possible MineSweeper problems.
- problem7 - Static variable in class org.jacop.examples.fd.MineSweeper
-
One of the possible MineSweeper problems.
- problem8 - Static variable in class org.jacop.examples.fd.MineSweeper
-
One of the possible MineSweeper problems.
- problem9 - Static variable in class org.jacop.examples.fd.MineSweeper
-
One of the possible MineSweeper problems.
- problem_kaye_splitter - Static variable in class org.jacop.examples.fd.MineSweeper
-
One of the possible MineSweeper problems.
- problemNo - Static variable in class org.jacop.examples.fd.PerfectSquare
-
It specifies which of the pre-defined problems should be solved.
- problems - Static variable in class org.jacop.examples.fd.MineSweeper
-
The collection of MineSweeper problems.
- problemTest - Static variable in class org.jacop.examples.fd.MineSweeper
-
One of the possible MineSweeper problems.
- processEvent(IntVar, MutableNetwork) - Method in class org.jacop.constraints.netflow.ArcCompanion
-
- processEvent(IntVar, MutableNetwork) - Method in class org.jacop.constraints.netflow.DomainStructure
-
- processEvent(IntVar, MutableNetwork) - Method in class org.jacop.constraints.netflow.MultiVarHandler
-
- processEvent(IntVar, MutableNetwork) - Method in interface org.jacop.constraints.netflow.VarHandler
-
Informs the handler that one of its variable has changed and asks the
handler to update the state of the network accordingly.
- Profile - Class in org.jacop.constraints
-
Defines a basic data structure to keep the profile for the diffn/1 and
cumulative/4 constraints.
- Profile() - Constructor for class org.jacop.constraints.Profile
-
It constructs the prophet file.
- Profile(short) - Constructor for class org.jacop.constraints.Profile
-
It constructs the profile of a given type (e.g.
- ProfileItem - Class in org.jacop.constraints
-
Defines a basic structure used to update profile for cumulative constraint.
- ProfileItem() - Constructor for class org.jacop.constraints.ProfileItem
-
It constructs a profile item.
- ProfileItem(int, int, int) - Constructor for class org.jacop.constraints.ProfileItem
-
It constructs a profile item which spans over interval (a, b) with a given amount
specified by val.
- ProfileItem(short) - Constructor for class org.jacop.constraints.ProfileItem
-
It constructs the profile item with a given type.
- ProfileItem(short, int, int, int) - Constructor for class org.jacop.constraints.ProfileItem
-
It constructs a profile item of a given type spanning across the given interval
and contributing a given amount towards the profile.
- profit - Variable in class org.jacop.constraints.knapsack.KnapsackItem
-
It specifies the profit of a single instance of this item.
- profitOfOne - Variable in class org.jacop.constraints.knapsack.TreeLeaf
-
It store the profit of one instance of the item stored in this leaf.
- propagationHasOccurred - Variable in class org.jacop.core.Store
-
This variable specifies if there was a new propagation.
- pruneArc(int) - Method in class org.jacop.constraints.regular.Regular
-
Collects the damaged states, after pruning the domain of variable "var",
and put these states in two separated sets.
- pruneMax(Store, GeostObject, int, int, int) - Method in class org.jacop.constraints.geost.Geost
-
the sweeping routine for minimal bounds.
- pruneMin(Store, GeostObject, int, int, int) - Method in class org.jacop.constraints.geost.Geost
-
the sweeping routine for minimal bounds.
- Pruning - Class in org.jacop.constraints.netflow
-
- Pruning(List<Node>, List<Arc>) - Constructor for class org.jacop.constraints.netflow.Pruning
-
- Pruning.PercentStrategy - Class in org.jacop.constraints.netflow
-
- pruningScore - Variable in class org.jacop.constraints.netflow.ArcCompanion
-
The pruningScore
- push(V) - Method in class org.jacop.util.SimpleArrayList
-
It inserts the element at the end of the list
- pushNode(Node) - Method in class org.jacop.fz.JJTParserState
-
- putConstraint(Constraint) - Method in class org.jacop.core.BooleanVar
-
- putConstraint(Constraint) - Method in class org.jacop.core.IntVar
-
- putConstraint(Constraint) - Method in class org.jacop.core.Var
-
It registers constraint with current variable, so anytime this variable
is changed the constraint is reevaluated.
- putConstraint(Constraint) - Method in class org.jacop.floats.core.FloatVar
-
- putConstraint(Constraint) - Method in class org.jacop.set.core.SetVar
-
- putModelConstraint(Constraint, int) - Method in class org.jacop.core.BooleanVar
-
It registers constraint with current variable, so anytime this variable
is changed the constraint is reevaluated.
- putModelConstraint(int, Var, Constraint, int) - Method in class org.jacop.core.BoundDomain
-
It adds a constraint to a domain, it should only be called by
putConstraint function of Variable object.
- putModelConstraint(int, Var, Constraint, int) - Method in class org.jacop.core.Domain
-
It adds a constraint to a domain, it should only be called by
putConstraint function of Variable object.
- putModelConstraint(int, Var, Constraint, int) - Method in class org.jacop.core.IntervalDomain
-
It adds a constraint to a domain, it should only be called by
putConstraint function of Variable object.
- putModelConstraint(Constraint, int) - Method in class org.jacop.core.IntVar
-
It registers constraint with current variable, so anytime this variable
is changed the constraint is reevaluated.
- putModelConstraint(int, Var, Constraint, int) - Method in class org.jacop.core.SmallDenseDomain
-
It adds a constraint to a domain, it should only be called by
putConstraint function of Variable object.
- putModelConstraint(Constraint, int) - Method in class org.jacop.core.Var
-
It registers constraint with current variable, so anytime this variable
is changed the constraint is reevaluated.
- putModelConstraint(int, Var, Constraint, int) - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It adds a constraint to a domain, it should only be called by
putConstraint function of Variable object.
- putModelConstraint(Constraint, int) - Method in class org.jacop.floats.core.FloatVar
-
It registers constraint with current variable, so anytime this variable
is changed the constraint is reevaluated.
- putModelConstraint(int, Var, Constraint, int) - Method in class org.jacop.set.core.SetDomain
-
It adds a constraint to a domain, it should only be called by
putConstraint function of Variable object.
- putModelConstraint(Constraint, int) - Method in class org.jacop.set.core.SetVar
-
It registers constraint with current variable, so anytime this variable
is changed the constraint is reevaluated.
- putMutableVar(MutableVar) - Method in class org.jacop.core.Store
-
Any constraint may have their own mutable variables which can be register
at store and then store will be responsible for calling appropriate
functions from MutableVar interface to keep the variables consistent with
the search.
- putMutableVar(TimeStamp<?>) - Method in class org.jacop.core.Store
-
Any entity (for example constraints) may have their own mutable variables
(timestamps) which can be register at store and then store will be
responsible for calling appropriate functions from TimeStamp class to
keep the variables consistent with the search.
- putSearchConstraint(Constraint) - Method in class org.jacop.core.BooleanVar
-
It registers constraint with current variable, so anytime this variable
is changed the constraint is reevaluated.
- putSearchConstraint(int, Var, Constraint) - Method in class org.jacop.core.BoundDomain
-
It adds a constraint to a domain, it should only be called by
putConstraint function of Variable object.
- putSearchConstraint(int, Var, Constraint) - Method in class org.jacop.core.Domain
-
It adds a constraint to a domain, it should only be called by
putConstraint function of Variable object.
- putSearchConstraint(int, Var, Constraint) - Method in class org.jacop.core.IntervalDomain
-
It adds a constraint to a domain, it should only be called by
putConstraint function of Variable object.
- putSearchConstraint(Constraint) - Method in class org.jacop.core.IntVar
-
It registers constraint with current variable, so always when this variable
is changed the constraint is reevaluated.
- putSearchConstraint(int, Var, Constraint) - Method in class org.jacop.core.SmallDenseDomain
-
- putSearchConstraint(Constraint) - Method in class org.jacop.core.Var
-
It registers constraint with current variable, so always when this variable
is changed the constraint is reevaluated.
- putSearchConstraint(int, Var, Constraint) - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It adds a constraint to a domain, it should only be called by
putConstraint function of Variable object.
- putSearchConstraint(Constraint) - Method in class org.jacop.floats.core.FloatVar
-
It registers constraint with current variable, so always when this variable
is changed the constraint is reevaluated.
- putSearchConstraint(int, Var, Constraint) - Method in class org.jacop.set.core.SetDomain
-
It adds a constraint to a domain, it should only be called by
putConstraint function of Variable object.
- putSearchConstraint(Constraint) - Method in class org.jacop.set.core.SetVar
-
It registers constraint with current variable, so always when this variable
is changed the constraint is reevaluated.
- putVariable(Var) - Method in class org.jacop.core.Store
-
This function is used to register a variable within a store.
- r - Variable in class org.jacop.examples.fd.BIBD
-
It specifies number of ones in each row.
- r - Variable in class org.jacop.floats.constraints.PmulCeqR
-
It specifies variable r in constraint p * c = r.
- r - Variable in class org.jacop.floats.constraints.PmulQeqR
-
It specifies variable r in constraint p * q = r.
- r - Variable in class org.jacop.floats.constraints.PplusCeqR
-
It specifies variable r in constraint p+c=r.
- r - Variable in class org.jacop.floats.constraints.PplusQeqR
-
It specifies variable r in constraint p+q=r.
- raiseLevelBeforeConsistency - Variable in class org.jacop.core.Store
-
Some constraints maintain complex data structure based on function
recentDomainPruning of a variable, this function for proper functioning
requires to raise store level after imposition and before any changes to
variables of this constraint occur.
- RandomSelect<T extends Var> - Class in org.jacop.search
-
It is simple and customizable selector of decisions (constraints) which will
be enforced by search.
- RandomSelect(T[], Indomain<T>) - Constructor for class org.jacop.search.RandomSelect
-
The constructor to create a simple choice select mechanism.
- RB - Static variable in interface org.jacop.fz.ParserConstants
-
RegularExpression Id.
- RBOX - Static variable in interface org.jacop.fz.ParserConstants
-
RegularExpression Id.
- readAuction(String) - Method in class org.jacop.examples.fd.muca.MUCA
-
It reads the auction problem from the file.
- readChar() - Method in class org.jacop.fz.SimpleCharStream
-
Read a character.
- readDictionaryFromFile(String, ArrayList<Integer>) - Method in class org.jacop.examples.fd.crosswords.CrossWord
-
It reads a dictionary.
- readFile(String) - Static method in class org.jacop.examples.fd.carsequencing.CarSequencing
-
It reads the problem description from the file and returns string representation
of the problem.
- readFile(String) - Static method in class org.jacop.examples.fd.MineSweeper
-
Reads a minesweeper file.
- readFile(String) - Method in class org.jacop.examples.fd.SurvoPuzzle
-
readFile()
Reads a Survo puzzle in the following format
% From http://www.survo.fi/puzzles/280708.txt
% Survo puzzle 128/2008 (1700) #364-35846
A B C D E F
1 * * * * * * 30
2 * * 18 * * * 86
3 * * * * * * 55
22 11 42 32 27 37
- readFromArray(String[], CarSequencing) - Static method in class org.jacop.examples.fd.carsequencing.CarSequencing
-
It transforms string representation of the problem into an array of ints
representation.
- readFromArray(String[]) - Static method in class org.jacop.examples.fd.MineSweeper
-
It transforms string representation of the problem into an array of ints
representation.
- readFromFile(String) - Method in class org.jacop.examples.fd.nonogram.Nonogram
-
- recentDomainPruning() - Method in class org.jacop.core.BooleanVar
-
It returns the values which have been removed at current store level.
- recentDomainPruning(int) - Method in class org.jacop.core.BoundDomain
-
- recentDomainPruning(int) - Method in class org.jacop.core.IntDomain
-
It returns the values which have been removed at current store level.
- recentDomainPruning(int) - Method in class org.jacop.core.IntervalDomain
-
- recentDomainPruning() - Method in class org.jacop.core.IntVar
-
It returns the values which have been removed at current store level.
- recentDomainPruning(int) - Method in class org.jacop.core.SmallDenseDomain
-
- recentDomainPruning(int) - Method in class org.jacop.floats.core.FloatDomain
-
It returns the values which have been removed at current store level.
- recentDomainPruning(int) - Method in class org.jacop.floats.core.FloatIntervalDomain
-
- recentDomainPruning() - Method in class org.jacop.floats.core.FloatVar
-
It returns the values which have been removed at current store level.
- recentDomainPruning(int) - Method in class org.jacop.set.core.SetDomain
-
It returns the values which have been removed at current store level.
- recentDomainPruning() - Method in class org.jacop.set.core.SetVar
-
It returns the values which have been removed at current store level.
- recentlyFailedConstraint - Variable in class org.jacop.core.Store
-
It stores constraint that has recently failed during store.consistency() execution.
- recompute() - Method in class org.jacop.constraints.knapsack.Tree
-
It recomputes all the attributes of the internal nodes of the knapsack tree.
- recomputeDown(Tree) - Method in class org.jacop.constraints.knapsack.TreeLeaf
-
- recomputeDown(Tree) - Method in class org.jacop.constraints.knapsack.TreeNode
-
This function recomputes the attributes of this node after
recomputing the left and right subtree.
- recomputeUp(Tree) - Method in class org.jacop.constraints.knapsack.TreeLeaf
-
- recomputeUp(Tree) - Method in class org.jacop.constraints.knapsack.TreeNode
-
This function is used to recompute the attributes of all nodes
on the way to root from this node.
- recordBooleanChange(BooleanVar) - Method in class org.jacop.core.Store
-
Any boolean variable which is changed must be recorded by store, so it
can be restored to the previous state if backtracking is performed.
- recordChange(Var) - Method in class org.jacop.core.Store
-
Any change of finite domain variable must also be recorded, so intervals
denoting changed variables can be updated.
- recordSolution() - Method in class org.jacop.search.SimpleSolutionListener
-
It records a solution.
- recordSolutions(boolean) - Method in class org.jacop.search.SimpleSolutionListener
-
It records all solutions so they can be later retrieved and
used.
- recordSolutions(boolean) - Method in interface org.jacop.search.SolutionListener
-
It records each solution so it can be later retrieved and used.
- recordTuples(int[][]) - Method in class org.jacop.core.Store
-
It recordTuples to store so tuples can be reused across multiple
extensional constraints.
- Rectangle - Class in org.jacop.constraints
-
Defines a rectangle used in the diffn constraint.
- Rectangle(IntVar[], IntVar[]) - Constructor for class org.jacop.constraints.Rectangle
-
It constructs a rectangle.
- Rectangle(IntVar[]) - Constructor for class org.jacop.constraints.Rectangle
-
It constructs a rectangle.
- Rectangle(ArrayList<? extends IntVar>) - Constructor for class org.jacop.constraints.Rectangle
-
It constructs a rectangle.
- Rectangle(Rectangle) - Constructor for class org.jacop.constraints.Rectangle
-
It constructs a rectangle.
- rectangles - Variable in class org.jacop.constraints.Diff
-
It specifies the list of rectangles which are of interest for this diff constraint.
- reduce() - Method in class org.jacop.util.MDD
-
It reduces MDD to minimal size.
- reducedCost() - Method in class org.jacop.constraints.netflow.simplex.Arc
-
Computes the cost of this arc considering node potentials.
- RegEdge - Class in org.jacop.constraints.regular
-
The class responsible for connecting two states in regular automaton
of Regular constraint.
- RegEdge(RegState, RegState) - Constructor for class org.jacop.constraints.regular.RegEdge
-
The constructor which creates an edge.
- registerRemoveLevelLateListener(Constraint) - Method in class org.jacop.core.Store
-
Any constraint in general may need information what variables have changed
since the last time a consistency was called.
- registerRemoveLevelListener(Constraint) - Method in class org.jacop.core.Store
-
Any constraint in general may need information what variables have changed
since the last time a consistency was called.
- registerWatchedLiteralConstraint(Var, Constraint) - Method in class org.jacop.core.Store
-
It register variable to watch given constraint.
- RegState - Class in org.jacop.constraints.regular
-
The state class representing a state in the regular automaton
within Regular constraint.
- RegState() - Constructor for class org.jacop.constraints.regular.RegState
-
- RegStateDom - Class in org.jacop.constraints.regular
-
It is a state representation which uses a domain representation
to represent all integers which can transition from this state
to the given successor state.
- RegStateDom(int, int, int, int) - Constructor for class org.jacop.constraints.regular.RegStateDom
-
It constructs a state.
- RegStateInt - Class in org.jacop.constraints.regular
-
It is an implementation of the Regular state which uses a separate successor for each
value.
- RegStateInt(int, int, int, int) - Constructor for class org.jacop.constraints.regular.RegStateInt
-
It constructs an integer based representation of the state.
- Regular - Class in org.jacop.constraints.regular
-
Regular constraint accepts only the assignment to variables which is accepted by
an automaton.
- Regular(FSM, IntVar[]) - Constructor for class org.jacop.constraints.regular.Regular
-
Constructor need Store to initialize the time-stamps
- regular - Variable in class org.jacop.examples.fd.carsequencing.CarSequencing
-
It specifies if the regular constraint should be used.
- regular - Variable in class org.jacop.examples.fd.nonogram.Nonogram
-
It specifies if the regular constraint should be used.
- RegularExpressionParser - Class in org.jacop.util.fsm
-
Instances of this class parse the word combination little language.
- RegularExpressionParser(StringReader) - Constructor for class org.jacop.util.fsm.RegularExpressionParser
-
It constructs a parser of the regular expression.
- RegularExpressionParser.Expression - Class in org.jacop.util.fsm
-
It creates an abstract class expression which specifies basic methods of
the expression.
- RegularExpressionParser.Literal - Class in org.jacop.util.fsm
-
It specifies a simple literal.
- RegularExpressionParser.SyntaxException - Exception in org.jacop.util.fsm
-
SyntaxException raised if not regular expression is being parsed.
- Reified - Class in org.jacop.constraints
-
Reified constraints "constraint" #<=> B
- Reified(PrimitiveConstraint, IntVar) - Constructor for class org.jacop.constraints.Reified
-
It creates Reified constraint.
- ReInit(InputStream) - Method in class org.jacop.fz.Parser
-
Reinitialise.
- ReInit(InputStream, String) - Method in class org.jacop.fz.Parser
-
Reinitialise.
- ReInit(Reader) - Method in class org.jacop.fz.Parser
-
Reinitialise.
- ReInit(ParserTokenManager) - Method in class org.jacop.fz.Parser
-
Reinitialise.
- ReInit(SimpleCharStream) - Method in class org.jacop.fz.ParserTokenManager
-
Reinitialise parser.
- ReInit(SimpleCharStream, int) - Method in class org.jacop.fz.ParserTokenManager
-
Reinitialise parser.
- ReInit(Reader, int, int, int) - Method in class org.jacop.fz.SimpleCharStream
-
Reinitialise.
- ReInit(Reader, int, int) - Method in class org.jacop.fz.SimpleCharStream
-
Reinitialise.
- ReInit(Reader) - Method in class org.jacop.fz.SimpleCharStream
-
Reinitialise.
- ReInit(InputStream, String, int, int, int) - Method in class org.jacop.fz.SimpleCharStream
-
Reinitialise.
- ReInit(InputStream, int, int, int) - Method in class org.jacop.fz.SimpleCharStream
-
Reinitialise.
- ReInit(InputStream, String) - Method in class org.jacop.fz.SimpleCharStream
-
Reinitialise.
- ReInit(InputStream) - Method in class org.jacop.fz.SimpleCharStream
-
Reinitialise.
- ReInit(InputStream, String, int, int) - Method in class org.jacop.fz.SimpleCharStream
-
Reinitialise.
- ReInit(InputStream, int, int) - Method in class org.jacop.fz.SimpleCharStream
-
Reinitialise.
- reinsertBefore - Variable in class org.jacop.constraints.ExtensionalSupportSTR
-
It specifies if the tuples previously removed are re-inserted at the beginning.
- rel2String() - Method in class org.jacop.constraints.Linear
-
- rel2String() - Method in class org.jacop.floats.constraints.linear.Linear
-
- relation(String) - Method in class org.jacop.constraints.Linear
-
- relation(String) - Method in class org.jacop.floats.constraints.linear.Linear
-
- relationType - Variable in class org.jacop.constraints.Linear
-
It specifies what relations is used by this constraint
- relationType - Variable in class org.jacop.floats.constraints.linear.Linear
-
It specifies what relations is used by this constraint
- remove(int, int) - Method in class org.jacop.constraints.ExtensionalSupportSTR
-
It removes the tuple which is no longer valid.
- remove(Arc) - Method in interface org.jacop.constraints.netflow.MutableNetwork
-
Removes an arc from the network.
- remove(Arc) - Method in class org.jacop.constraints.netflow.Network
-
- remove(int) - Method in interface org.jacop.core.Backtrackable
-
It specifies the function being called by the manager upon backtracking.
- remove(int) - Method in class org.jacop.core.BooleanVar
-
- remove(int) - Method in class org.jacop.core.IntVar
-
- remove(int) - Method in class org.jacop.floats.core.FloatVar
-
- remove(int) - Method in class org.jacop.set.core.SetVar
-
- remove(int) - Method in class org.jacop.util.SimpleArrayList
-
Removes the element at the specified position in this list.
- remove(Object) - Method in class org.jacop.util.SimpleArrayList
-
Removes a single instance of the specified element from this list, if it
is present (optional operation).
- REMOVE_INFO_FROM - Variable in class org.jacop.constraints.knapsack.Knapsack
-
It specifies how many removeLevel functions must be executed before the information
about the constraint is being printed out.
- removeArc(Arc) - Method in class org.jacop.constraints.netflow.simplex.NetworkSimplex
-
- removeConstraint() - Method in class org.jacop.constraints.AbsXeqY
-
- removeConstraint() - Method in class org.jacop.constraints.Alldifferent
-
- removeConstraint() - Method in class org.jacop.constraints.Alldistinct
-
- removeConstraint() - Method in class org.jacop.constraints.Among
-
- removeConstraint() - Method in class org.jacop.constraints.AmongVar
-
- removeConstraint() - Method in class org.jacop.constraints.And
-
- removeConstraint() - Method in class org.jacop.constraints.AndBool
-
- removeConstraint() - Method in class org.jacop.constraints.Assignment
-
- removeConstraint() - Method in class org.jacop.constraints.binpacking.Binpacking
-
- removeConstraint() - Method in class org.jacop.constraints.Constraint
-
It removes the constraint by removing this constraint from all variables.
- removeConstraint() - Method in class org.jacop.constraints.Count
-
- removeConstraint() - Method in class org.jacop.constraints.Cumulative
-
- removeConstraint() - Method in class org.jacop.constraints.Diff
-
- removeConstraint() - Method in class org.jacop.constraints.Distance
-
- removeConstraint() - Method in class org.jacop.constraints.Element
-
- removeConstraint() - Method in class org.jacop.constraints.ElementInteger
-
- removeConstraint() - Method in class org.jacop.constraints.ElementVariable
-
- removeConstraint() - Method in class org.jacop.constraints.Eq
-
- removeConstraint() - Method in class org.jacop.constraints.EqBool
-
- removeConstraint() - Method in class org.jacop.constraints.ExtensionalConflictVA
-
- removeConstraint() - Method in class org.jacop.constraints.ExtensionalSupportMDD
-
- removeConstraint() - Method in class org.jacop.constraints.ExtensionalSupportSTR
-
- removeConstraint() - Method in class org.jacop.constraints.ExtensionalSupportVA
-
- removeConstraint() - Method in class org.jacop.constraints.GCC
-
- removeConstraint() - Method in class org.jacop.constraints.geost.Geost
-
- removeConstraint() - Method in class org.jacop.constraints.IfThen
-
- removeConstraint() - Method in class org.jacop.constraints.IfThenBool
-
- removeConstraint() - Method in class org.jacop.constraints.IfThenElse
-
- removeConstraint() - Method in class org.jacop.constraints.In
-
- removeConstraint() - Method in class org.jacop.constraints.knapsack.Knapsack
-
- removeConstraint() - Method in class org.jacop.constraints.LexOrder
-
- removeConstraint() - Method in class org.jacop.constraints.Linear
-
- removeConstraint() - Method in class org.jacop.constraints.Max
-
- removeConstraint() - Method in class org.jacop.constraints.Min
-
- removeConstraint() - Method in class org.jacop.constraints.netflow.NetworkFlow
-
Cleanup
- removeConstraint() - Method in class org.jacop.constraints.NoGood
-
This function does nothing as constraints can not be removed for a given
level.
- removeConstraint() - Method in class org.jacop.constraints.Not
-
- removeConstraint() - Method in class org.jacop.constraints.Or
-
- removeConstraint() - Method in class org.jacop.constraints.OrBool
-
- removeConstraint() - Method in class org.jacop.constraints.regular.Regular
-
- removeConstraint() - Method in class org.jacop.constraints.Reified
-
- removeConstraint() - Method in class org.jacop.constraints.Sum
-
- removeConstraint() - Method in class org.jacop.constraints.SumWeight
-
- removeConstraint() - Method in class org.jacop.constraints.SumWeightDom
-
- removeConstraint() - Method in class org.jacop.constraints.Values
-
- removeConstraint() - Method in class org.jacop.constraints.XdivYeqZ
-
- removeConstraint() - Method in class org.jacop.constraints.XeqC
-
- removeConstraint() - Method in class org.jacop.constraints.XeqY
-
- removeConstraint() - Method in class org.jacop.constraints.XexpYeqZ
-
- removeConstraint() - Method in class org.jacop.constraints.XgtC
-
- removeConstraint() - Method in class org.jacop.constraints.XgteqC
-
- removeConstraint() - Method in class org.jacop.constraints.XgteqY
-
- removeConstraint() - Method in class org.jacop.constraints.XgtY
-
- removeConstraint() - Method in class org.jacop.constraints.XltC
-
- removeConstraint() - Method in class org.jacop.constraints.XlteqC
-
- removeConstraint() - Method in class org.jacop.constraints.XlteqY
-
- removeConstraint() - Method in class org.jacop.constraints.XltY
-
- removeConstraint() - Method in class org.jacop.constraints.XmodYeqZ
-
- removeConstraint() - Method in class org.jacop.constraints.XmulCeqZ
-
- removeConstraint() - Method in class org.jacop.constraints.XmulYeqC
-
- removeConstraint() - Method in class org.jacop.constraints.XmulYeqZ
-
- removeConstraint() - Method in class org.jacop.constraints.XneqC
-
- removeConstraint() - Method in class org.jacop.constraints.XneqY
-
- removeConstraint() - Method in class org.jacop.constraints.Xor
-
- removeConstraint() - Method in class org.jacop.constraints.XorBool
-
- removeConstraint() - Method in class org.jacop.constraints.XplusCeqZ
-
- removeConstraint() - Method in class org.jacop.constraints.XplusClteqZ
-
- removeConstraint() - Method in class org.jacop.constraints.XplusYeqC
-
- removeConstraint() - Method in class org.jacop.constraints.XplusYeqZ
-
- removeConstraint() - Method in class org.jacop.constraints.XplusYgtC
-
- removeConstraint() - Method in class org.jacop.constraints.XplusYlteqZ
-
- removeConstraint() - Method in class org.jacop.constraints.XplusYplusCeqZ
-
- removeConstraint() - Method in class org.jacop.constraints.XplusYplusQeqZ
-
- removeConstraint() - Method in class org.jacop.constraints.XplusYplusQgtC
-
- removeConstraint(Constraint) - Method in class org.jacop.core.BooleanVar
-
It unregisters constraint with current variable, so change in variable
will not cause constraint reevaluation.
- removeConstraint(Constraint) - Method in class org.jacop.core.IntVar
-
It detaches constraint from the current variable, so change in variable
will not cause constraint reevaluation.
- removeConstraint(Constraint) - Method in class org.jacop.core.Var
-
It detaches constraint from the current variable, so change in variable
will not cause constraint reevaluation.
- removeConstraint() - Method in class org.jacop.floats.constraints.AbsPeqR
-
- removeConstraint() - Method in class org.jacop.floats.constraints.CosPeqR
-
- removeConstraint() - Method in class org.jacop.floats.constraints.CosPeqR_decomposed
-
- removeConstraint() - Method in class org.jacop.floats.constraints.ElementFloat
-
- removeConstraint() - Method in class org.jacop.floats.constraints.EquationSystem
-
- removeConstraint() - Method in class org.jacop.floats.constraints.ExpPeqR
-
- removeConstraint() - Method in class org.jacop.floats.constraints.linear.Linear
-
- removeConstraint() - Method in class org.jacop.floats.constraints.Max
-
- removeConstraint() - Method in class org.jacop.floats.constraints.Min
-
- removeConstraint() - Method in class org.jacop.floats.constraints.PeqC
-
- removeConstraint() - Method in class org.jacop.floats.constraints.PeqQ
-
- removeConstraint() - Method in class org.jacop.floats.constraints.PgtC
-
- removeConstraint() - Method in class org.jacop.floats.constraints.PgteqC
-
- removeConstraint() - Method in class org.jacop.floats.constraints.PgteqQ
-
- removeConstraint() - Method in class org.jacop.floats.constraints.PgtQ
-
- removeConstraint() - Method in class org.jacop.floats.constraints.PltC
-
- removeConstraint() - Method in class org.jacop.floats.constraints.PlteqC
-
- removeConstraint() - Method in class org.jacop.floats.constraints.PlteqQ
-
- removeConstraint() - Method in class org.jacop.floats.constraints.PltQ
-
- removeConstraint() - Method in class org.jacop.floats.constraints.PmulCeqR
-
- removeConstraint() - Method in class org.jacop.floats.constraints.PmulQeqR
-
- removeConstraint() - Method in class org.jacop.floats.constraints.PneqC
-
- removeConstraint() - Method in class org.jacop.floats.constraints.PneqQ
-
- removeConstraint() - Method in class org.jacop.floats.constraints.PplusCeqR
-
- removeConstraint() - Method in class org.jacop.floats.constraints.PplusQeqR
-
- removeConstraint() - Method in class org.jacop.floats.constraints.SinPeqR
-
- removeConstraint() - Method in class org.jacop.floats.constraints.TanPeqR
-
- removeConstraint() - Method in class org.jacop.floats.constraints.XeqP
-
- removeConstraint(Constraint) - Method in class org.jacop.floats.core.FloatVar
-
It detaches constraint from the current variable, so change in variable
will not cause constraint reevaluation.
- removeConstraint() - Method in class org.jacop.set.constraints.AdiffBeqC
-
- removeConstraint() - Method in class org.jacop.set.constraints.AdisjointB
-
- removeConstraint() - Method in class org.jacop.set.constraints.AeqB
-
- removeConstraint() - Method in class org.jacop.set.constraints.AeqS
-
- removeConstraint() - Method in class org.jacop.set.constraints.AinB
-
- removeConstraint() - Method in class org.jacop.set.constraints.AinS
-
- removeConstraint() - Method in class org.jacop.set.constraints.AintersectBeqC
-
- removeConstraint() - Method in class org.jacop.set.constraints.AunionBeqC
-
- removeConstraint() - Method in class org.jacop.set.constraints.CardA
-
- removeConstraint() - Method in class org.jacop.set.constraints.CardAeqX
-
- removeConstraint() - Method in class org.jacop.set.constraints.EinA
-
- removeConstraint() - Method in class org.jacop.set.constraints.ElementSet
-
- removeConstraint() - Method in class org.jacop.set.constraints.Lex
-
- removeConstraint() - Method in class org.jacop.set.constraints.Match
-
- removeConstraint() - Method in class org.jacop.set.constraints.SinA
-
- removeConstraint() - Method in class org.jacop.set.constraints.SumWeightedSet
-
- removeConstraint() - Method in class org.jacop.set.constraints.XeqA
-
- removeConstraint() - Method in class org.jacop.set.constraints.XinA
-
- removeConstraint(Constraint) - Method in class org.jacop.set.core.SetVar
-
It detaches constraint from the current variable, so change in variable
will not cause constraint reevaluation.
- removeConstraints - Variable in class org.jacop.core.Store
-
It specifies if evaluated constraint should be checked for satisfiability
and removed if it occurs.
- removeFirst() - Method in class org.jacop.util.SimpleHashSet
-
Removes and returns an entry removed from the HashSet.
- removeInterval(int) - Method in class org.jacop.core.IntervalDomain
-
It removes the counter-th interval from the domain.
- removeInterval(int) - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It removes the counter-th interval from the domain.
- removeLevel(int) - Method in class org.jacop.constraints.AbsXeqY
-
- removeLevel(int) - Method in class org.jacop.constraints.Alldistinct
-
- removeLevel(int) - Method in class org.jacop.constraints.Among
-
- removeLevel(int) - Method in class org.jacop.constraints.AmongVar
-
- removeLevel(int) - Method in class org.jacop.constraints.Assignment
-
- removeLevel(int) - Method in class org.jacop.constraints.binpacking.Binpacking
-
- removeLevel(int) - Method in class org.jacop.constraints.Circuit
-
- removeLevel(int) - Method in class org.jacop.constraints.Constraint
-
This function is called in case of the backtrack, so a constraint can
clear the queue of changed variables which is no longer valid.
- removeLevel(int) - Method in class org.jacop.constraints.Diff
-
- removeLevel(int) - Method in class org.jacop.constraints.Distance
-
- removeLevel(int) - Method in class org.jacop.constraints.ElementInteger
-
- removeLevel(int) - Method in class org.jacop.constraints.ElementVariable
-
- removeLevel(int) - Method in class org.jacop.constraints.ExtensionalConflictVA
-
It puts back tuples which have lost their support status at the level
which is being removed.
- removeLevel(int) - Method in class org.jacop.constraints.ExtensionalSupportSTR
-
- removeLevel(int) - Method in class org.jacop.constraints.ExtensionalSupportVA
-
It puts back tuples which have lost their support status at the level
which is being removed.
- removeLevel(int) - Method in class org.jacop.constraints.GCC
-
- removeLevel(int) - Method in class org.jacop.constraints.geost.Geost
-
- removeLevel(int) - Method in class org.jacop.constraints.knapsack.Knapsack
-
- removeLevel(int) - Method in class org.jacop.constraints.netflow.NetworkFlow
-
- removeLevel(int) - Method in class org.jacop.constraints.regular.Regular
-
- removeLevel(int) - Method in interface org.jacop.core.BacktrackableManager
-
It allows to inform all objects which have changed at removedLevel
that the backtracking from that level has occurred.
- removeLevel(int, Var) - Method in class org.jacop.core.BoundDomain
-
- removeLevel(int, Var) - Method in class org.jacop.core.Domain
-
It removes the specified level.
- removeLevel(int) - Method in class org.jacop.core.IntervalBasedBacktrackableManager
-
It allows to inform all objects which have changed at removedLevel
that the backtracking from that level has occurred.
- removeLevel(int, Var) - Method in class org.jacop.core.IntervalDomain
-
It removes a level of a domain.
- removeLevel(int) - Method in class org.jacop.core.MutableDomain
-
- removeLevel(int) - Method in interface org.jacop.core.MutableVar
-
It removes given level from mutable variable.
- removeLevel(int) - Method in class org.jacop.core.SimpleBacktrackableManager
-
It allows to inform all objects which have changed at removedLevel
that the backtracking from that level has occurred.
- removeLevel(int, Var) - Method in class org.jacop.core.SmallDenseDomain
-
- removeLevel(int) - Method in class org.jacop.core.Store
-
This important function removes all changes which has been recorded to
any variable at given level.
- removeLevel(int) - Method in class org.jacop.core.TimeStamp
-
The function removes the level specified by the stamp.
- removeLevel(int) - Method in class org.jacop.floats.constraints.AbsPeqR
-
- removeLevel(int) - Method in class org.jacop.floats.constraints.CosPeqR
-
- removeLevel(int) - Method in class org.jacop.floats.constraints.ElementFloat
-
- removeLevel(int) - Method in class org.jacop.floats.constraints.SinPeqR
-
- removeLevel(int) - Method in class org.jacop.floats.constraints.TanPeqR
-
- removeLevel(int, Var) - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It removes a level of a domain.
- removeLevel(int) - Method in class org.jacop.set.constraints.Lex
-
- removeLevel(int, Var) - Method in class org.jacop.set.core.SetDomain
-
It removes the specified level.
- removeLevelLate(int) - Method in class org.jacop.constraints.Constraint
-
This function is called in case of the backtrack.
- removeLevelLate(int) - Method in class org.jacop.constraints.geost.Geost
-
- removeLevelLate(int) - Method in class org.jacop.constraints.knapsack.Knapsack
-
- removeLevelLate(int) - Method in class org.jacop.constraints.LexOrder
-
- removeLevelLate(int) - Method in class org.jacop.constraints.Linear
-
- removeLevelLate(int) - Method in class org.jacop.constraints.netflow.NetworkFlow
-
- removeLevelLate(int) - Method in class org.jacop.constraints.regular.Regular
-
Sweep the graph upon backtracking.
- removeLevelLate(int) - Method in class org.jacop.constraints.Reified
-
- removeLevelLate(int) - Method in class org.jacop.constraints.SumWeight
-
- removeLevelLate(int) - Method in class org.jacop.constraints.SumWeightDom
-
- removeLevelLateListeners - Variable in class org.jacop.core.Store
-
More advanced constraints may require to be informed of a backtrack to be
able to recover the older versions of the data structures.
- removeLevelListeners - Variable in class org.jacop.core.Store
-
More advanced constraints may require to be informed of a backtrack to be
able to recover the older versions of the data structures.
- removeModelConstraint(int, Var, Constraint) - Method in class org.jacop.core.BoundDomain
-
It removes a constraint from a domain, it should only be called by
removeConstraint function of Variable object.
- removeModelConstraint(int, Var, Constraint) - Method in class org.jacop.core.Domain
-
It removes a constraint from a domain, it should only be called by
removeConstraint function of Variable object.
- removeModelConstraint(int, Var, Constraint) - Method in class org.jacop.core.IntervalDomain
-
It removes a constraint from a domain, it should only be called by
removeConstraint function of Variable object.
- removeModelConstraint(int, Var, Constraint) - Method in class org.jacop.core.SmallDenseDomain
-
- removeModelConstraint(int, Var, Constraint) - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It removes a constraint from a domain, it should only be called by
removeConstraint function of Variable object.
- removeModelConstraint(int, Var, Constraint) - Method in class org.jacop.set.core.SetDomain
-
It removes a constraint from a domain, it should only be called by
removeConstraint function of Variable object.
- removeSearchConstraint(int, Var, int, Constraint) - Method in class org.jacop.core.BoundDomain
-
It removes a constraint from a domain, it should only be called by
removeConstraint function of Variable object.
- removeSearchConstraint(int, Var, int, Constraint) - Method in class org.jacop.core.Domain
-
It removes a constraint from a domain, it should only be called by
removeConstraint function of Variable object.
- removeSearchConstraint(int, Var, Constraint) - Method in class org.jacop.core.IntervalDomain
-
It removes a constraint from a domain, it should only be called by
removeConstraint function of Variable object.
- removeSearchConstraint(int, Var, int, Constraint) - Method in class org.jacop.core.IntervalDomain
-
It removes a constraint from a domain, it should only be called by
removeConstraint function of Variable object.
- removeSearchConstraint(int, Var, int, Constraint) - Method in class org.jacop.core.SmallDenseDomain
-
- removeSearchConstraint(int, Var, Constraint) - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It removes a constraint from a domain, it should only be called by
removeConstraint function of Variable object.
- removeSearchConstraint(int, Var, int, Constraint) - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It removes a constraint from a domain, it should only be called by
removeConstraint function of Variable object.
- removeSearchConstraint(int, Var, int, Constraint) - Method in class org.jacop.set.core.SetDomain
-
It removes a constraint from a domain, it should only be called by
removeConstraint function of Variable object.
- removeTransition(int) - Method in class org.jacop.constraints.regular.RegState
-
It informs the state that the edge on the given position is no longer
active.
- removeTransition(int) - Method in class org.jacop.constraints.regular.RegStateDom
-
- removeTransition(int) - Method in class org.jacop.constraints.regular.RegStateInt
-
- removeUnSupportedValues(Store) - Method in class org.jacop.util.IndexDomainView
-
It removes all values for which no support was found since the initialization of
the support sweep.
- repository - Static variable in class org.jacop.core.XMLSaveSupport
-
- repositoryClear - Static variable in class org.jacop.core.XMLSaveSupport
-
- repositorySet - Static variable in class org.jacop.core.XMLSaveSupport
-
- required - Variable in class org.jacop.examples.fd.carsequencing.CarSequencing
-
It specifies if the given class (the first dimension) requires
given option (the second dimension).
- requiresMonotonicity() - Method in class org.jacop.constraints.Constraint
-
It specifies if the constraint allows domains of variables
in its scope only to shrink its domain with the progress
of search downwards.
- reset() - Method in class org.jacop.constraints.netflow.simplex.Danzig
-
- reset() - Method in interface org.jacop.constraints.netflow.simplex.PivotRule
-
- reset() - Method in class org.jacop.fz.JJTParserState
-
- residuesBefore - Variable in class org.jacop.constraints.ExtensionalSupportSTR
-
It specifies if the residues are moved at the beginning of the list.
- resize() - Method in class org.jacop.util.fsm.FSM
-
It resizes the Finite State Machine.
- resources - Variable in class org.jacop.constraints.Cumulative
-
It specifies/stores resource variable for each corresponding task.
- respectSolutionListenerAdvice - Variable in class org.jacop.search.DepthFirstSearch
-
If it is set to true then the optimizing search will
quit the search if this action is indicated by the solution
listener.
- restore(MutableNetwork) - Method in class org.jacop.constraints.netflow.ArcCompanion
-
Restores the capacity and weight of the arc after backtracking.
- restructure(int, boolean[], int[]) - Method in class org.jacop.floats.constraints.IntervalGaussSeidel
-
- result - Variable in class org.jacop.constraints.AndBool
-
It specifies variable result, storing the result of and function performed a list of variables.
- result - Variable in class org.jacop.constraints.EqBool
-
It specifies variable result in the constraint.
- result - Variable in class org.jacop.constraints.OrBool
-
It specifies variable result, storing the result of or function performed a list of variables.
- ResultListener(Var[]) - Constructor for class org.jacop.floats.search.Optimize.ResultListener
-
- returnSolution() - Method in class org.jacop.search.SimpleSolutionListener
-
- returnSolution(int) - Method in class org.jacop.search.SimpleSolutionListener
-
It returns the solution with the given number (value 0 denotes the first solution) as
a set of primitive constraints.
- returnSolution() - Method in interface org.jacop.search.SolutionListener
-
It returns a collection of constraints which represent the last found
solution.
- reuse(IntVar[]) - Method in class org.jacop.util.MDD
-
If possible it will return an MDD which reuse an array representation
of the current MDD.
- reuseOfNumbers - Variable in class org.jacop.examples.fd.NonTransitiveDice
-
If true then faces on non consequtive faces can be the same.
- right - Variable in class org.jacop.constraints.knapsack.TreeNode
-
It specifies the right child.
- rightChild(T, int, boolean) - Method in class org.jacop.search.CreditCalculator
-
Exiting the right children if no credits have been distributed to a right
child involves increasing the number of backtracks occurred.
- rightChild(PrimitiveConstraint, boolean) - Method in class org.jacop.search.CreditCalculator
-
- rightChild(T, int, boolean) - Method in interface org.jacop.search.ExitChildListener
-
It is executed after exiting the right child.
- rightChild(PrimitiveConstraint, boolean) - Method in interface org.jacop.search.ExitChildListener
-
It is executed after exiting the right child.
- rightChild(T, int, boolean) - Method in class org.jacop.search.LDS
-
Exiting the right children requires reduction of the current
number of discrepancies being used.
- rightChild(PrimitiveConstraint, boolean) - Method in class org.jacop.search.LDS
-
- rightChild(T, int, boolean) - Method in class org.jacop.search.NoGoodsCollector
-
- rightChild(PrimitiveConstraint, boolean) - Method in class org.jacop.search.NoGoodsCollector
-
- rightChild(IntVar, int, boolean) - Method in class org.jacop.search.Shaving
-
- rightChild(PrimitiveConstraint, boolean) - Method in class org.jacop.search.Shaving
-
- rightChild(T, int, boolean) - Method in class org.jacop.search.TraceGenerator
-
- rightChild(PrimitiveConstraint, boolean) - Method in class org.jacop.search.TraceGenerator
-
- rightElement(int) - Method in class org.jacop.core.BoundDomain
-
- rightElement(int) - Method in class org.jacop.core.IntDomain
-
It returns the right most element of the given interval.
- rightElement(int) - Method in class org.jacop.core.IntervalDomain
-
It returns the left most element of the given interval.
- rightElement(int) - Method in class org.jacop.core.SmallDenseDomain
-
- rightElement(int) - Method in class org.jacop.floats.core.FloatDomain
-
It returns the right most element of the given interval.
- rightElement(int) - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It returns the left most element of the given interval.
- rightMostLeaf() - Method in class org.jacop.constraints.netflow.simplex.Node
-
Finds the last node on the thread that has a larger depth than this node.
- rightNeighbor - Variable in class org.jacop.constraints.knapsack.TreeNode
-
It specifies the right neighbor.
- root - Variable in class org.jacop.constraints.knapsack.Tree
-
It specifies the root of the tree.
- root - Variable in class org.jacop.constraints.netflow.simplex.NetworkSimplex
-
- RootBNode - Class in org.jacop.floats.constraints.linear
-
- RootBNode(Store) - Constructor for class org.jacop.floats.constraints.linear.RootBNode
-
- RootBNode(Store, double, double) - Constructor for class org.jacop.floats.constraints.linear.RootBNode
-
- rootNode() - Method in class org.jacop.fz.JJTParserState
-
- Rosenbrock - Class in org.jacop.examples.floats
-
- Rosenbrock() - Constructor for class org.jacop.examples.floats.Rosenbrock
-
- roundRobin - Variable in class org.jacop.floats.search.SplitSelectFloat
-
- row_rules - Variable in class org.jacop.examples.fd.nonogram.Nonogram
-
It specifies a rule for each row.
- RP - Static variable in interface org.jacop.fz.ParserConstants
-
RegularExpression Id.
- run() - Method in class org.jacop.fz.RunWhenShuttingDown
-
- RunExample - Class in org.jacop.examples
-
This class executes the provided example.
- RunExample() - Constructor for class org.jacop.examples.RunExample
-
- runSearch() - Method in class org.jacop.fz.Options
-
It returns true if the search must be run and false otherwise.
- RunWhenShuttingDown - Class in org.jacop.fz
-
- RunWhenShuttingDown(Parser) - Constructor for class org.jacop.fz.RunWhenShuttingDown
-
- satisfied() - Method in class org.jacop.constraints.AbsXeqY
-
- satisfied() - Method in class org.jacop.constraints.Alldifferent
-
- satisfied() - Method in class org.jacop.constraints.Alldistinct
-
- satisfied() - Method in class org.jacop.constraints.Among
-
- satisfied() - Method in class org.jacop.constraints.AmongVar
-
- satisfied() - Method in class org.jacop.constraints.And
-
- satisfied() - Method in class org.jacop.constraints.AndBool
-
- satisfied() - Method in class org.jacop.constraints.Assignment
-
- satisfied() - Method in class org.jacop.constraints.binpacking.Binpacking
-
- satisfied() - Method in class org.jacop.constraints.Circuit
-
- satisfied() - Method in class org.jacop.constraints.Constraint
-
It checks if the constraint is satisfied.
- satisfied() - Method in class org.jacop.constraints.Count
-
- satisfied() - Method in class org.jacop.constraints.Cumulative
-
- satisfied() - Method in class org.jacop.constraints.Diff
-
- satisfied() - Method in class org.jacop.constraints.Diff2
-
- satisfied() - Method in class org.jacop.constraints.Disjoint
-
- satisfied() - Method in class org.jacop.constraints.DisjointConditional
-
- satisfied() - Method in class org.jacop.constraints.Distance
-
- satisfied() - Method in class org.jacop.constraints.Element
-
- satisfied() - Method in class org.jacop.constraints.ElementInteger
-
- satisfied() - Method in class org.jacop.constraints.ElementVariable
-
- satisfied() - Method in class org.jacop.constraints.Eq
-
- satisfied() - Method in class org.jacop.constraints.EqBool
-
- satisfied() - Method in class org.jacop.constraints.ExtensionalConflictVA
-
- satisfied() - Method in class org.jacop.constraints.ExtensionalSupportMDD
-
- satisfied() - Method in class org.jacop.constraints.ExtensionalSupportSTR
-
- satisfied() - Method in class org.jacop.constraints.ExtensionalSupportVA
-
- satisfied() - Method in class org.jacop.constraints.GCC
-
- satisfied() - Method in class org.jacop.constraints.geost.Geost
-
Geost is satisfied if all of its external constraints are satisfied.
- satisfied() - Method in class org.jacop.constraints.IfThen
-
- satisfied() - Method in class org.jacop.constraints.IfThenBool
-
- satisfied() - Method in class org.jacop.constraints.IfThenElse
-
- satisfied() - Method in class org.jacop.constraints.In
-
- satisfied() - Method in class org.jacop.constraints.knapsack.Knapsack
-
- satisfied() - Method in class org.jacop.constraints.LexOrder
-
- satisfied() - Method in class org.jacop.constraints.Linear
-
- satisfied() - Method in class org.jacop.constraints.Max
-
- satisfied() - Method in class org.jacop.constraints.Min
-
- satisfied() - Method in class org.jacop.constraints.netflow.NetworkFlow
-
- satisfied() - Method in class org.jacop.constraints.NoGood
-
First time consistency function does pruning is the last time it will be
called.
- satisfied() - Method in class org.jacop.constraints.Not
-
- satisfied() - Method in class org.jacop.constraints.Or
-
- satisfied() - Method in class org.jacop.constraints.OrBool
-
- satisfied() - Method in class org.jacop.constraints.regular.Regular
-
- satisfied() - Method in class org.jacop.constraints.Reified
-
- satisfied() - Method in class org.jacop.constraints.Subcircuit
-
- satisfied() - Method in class org.jacop.constraints.Sum
-
- satisfied() - Method in class org.jacop.constraints.SumWeight
-
- satisfied() - Method in class org.jacop.constraints.SumWeightDom
-
- satisfied() - Method in class org.jacop.constraints.Values
-
- satisfied() - Method in class org.jacop.constraints.XdivYeqZ
-
- satisfied() - Method in class org.jacop.constraints.XeqC
-
- satisfied() - Method in class org.jacop.constraints.XeqY
-
- satisfied() - Method in class org.jacop.constraints.XexpYeqZ
-
- satisfied() - Method in class org.jacop.constraints.XgtC
-
- satisfied() - Method in class org.jacop.constraints.XgteqC
-
- satisfied() - Method in class org.jacop.constraints.XgteqY
-
- satisfied() - Method in class org.jacop.constraints.XgtY
-
- satisfied() - Method in class org.jacop.constraints.XltC
-
- satisfied() - Method in class org.jacop.constraints.XlteqC
-
- satisfied() - Method in class org.jacop.constraints.XlteqY
-
- satisfied() - Method in class org.jacop.constraints.XltY
-
- satisfied() - Method in class org.jacop.constraints.XmodYeqZ
-
- satisfied() - Method in class org.jacop.constraints.XmulCeqZ
-
- satisfied() - Method in class org.jacop.constraints.XmulYeqC
-
- satisfied() - Method in class org.jacop.constraints.XmulYeqZ
-
- satisfied() - Method in class org.jacop.constraints.XneqC
-
- satisfied() - Method in class org.jacop.constraints.XneqY
-
- satisfied() - Method in class org.jacop.constraints.Xor
-
- satisfied() - Method in class org.jacop.constraints.XorBool
-
- satisfied() - Method in class org.jacop.constraints.XplusCeqZ
-
- satisfied() - Method in class org.jacop.constraints.XplusClteqZ
-
- satisfied() - Method in class org.jacop.constraints.XplusYeqC
-
- satisfied() - Method in class org.jacop.constraints.XplusYeqZ
-
- satisfied() - Method in class org.jacop.constraints.XplusYgtC
-
- satisfied() - Method in class org.jacop.constraints.XplusYlteqZ
-
- satisfied() - Method in class org.jacop.constraints.XplusYplusCeqZ
-
- satisfied() - Method in class org.jacop.constraints.XplusYplusQeqZ
-
- satisfied() - Method in class org.jacop.constraints.XplusYplusQgtC
-
- satisfied() - Method in class org.jacop.floats.constraints.AbsPeqR
-
- satisfied() - Method in class org.jacop.floats.constraints.CosPeqR
-
- satisfied() - Method in class org.jacop.floats.constraints.CosPeqR_decomposed
-
- satisfied() - Method in class org.jacop.floats.constraints.ElementFloat
-
- satisfied() - Method in class org.jacop.floats.constraints.EquationSystem
-
- satisfied() - Method in class org.jacop.floats.constraints.ExpPeqR
-
- satisfied() - Method in class org.jacop.floats.constraints.linear.Linear
-
- satisfied() - Method in class org.jacop.floats.constraints.Max
-
- satisfied() - Method in class org.jacop.floats.constraints.Min
-
- satisfied() - Method in class org.jacop.floats.constraints.PeqC
-
- satisfied() - Method in class org.jacop.floats.constraints.PeqQ
-
- satisfied() - Method in class org.jacop.floats.constraints.PgtC
-
- satisfied() - Method in class org.jacop.floats.constraints.PgteqC
-
- satisfied() - Method in class org.jacop.floats.constraints.PgteqQ
-
- satisfied() - Method in class org.jacop.floats.constraints.PgtQ
-
- satisfied() - Method in class org.jacop.floats.constraints.PltC
-
- satisfied() - Method in class org.jacop.floats.constraints.PlteqC
-
- satisfied() - Method in class org.jacop.floats.constraints.PlteqQ
-
- satisfied() - Method in class org.jacop.floats.constraints.PltQ
-
- satisfied() - Method in class org.jacop.floats.constraints.PmulCeqR
-
- satisfied() - Method in class org.jacop.floats.constraints.PmulQeqR
-
- satisfied() - Method in class org.jacop.floats.constraints.PneqC
-
- satisfied() - Method in class org.jacop.floats.constraints.PneqQ
-
- satisfied() - Method in class org.jacop.floats.constraints.PplusCeqR
-
- satisfied() - Method in class org.jacop.floats.constraints.PplusQeqR
-
- satisfied() - Method in class org.jacop.floats.constraints.SinPeqR
-
- satisfied() - Method in class org.jacop.floats.constraints.TanPeqR
-
- satisfied() - Method in class org.jacop.floats.constraints.XeqP
-
- satisfied() - Method in class org.jacop.set.constraints.AdiffBeqC
-
- satisfied() - Method in class org.jacop.set.constraints.AdisjointB
-
- satisfied() - Method in class org.jacop.set.constraints.AeqB
-
- satisfied() - Method in class org.jacop.set.constraints.AeqS
-
- satisfied() - Method in class org.jacop.set.constraints.AinB
-
- satisfied() - Method in class org.jacop.set.constraints.AinS
-
- satisfied() - Method in class org.jacop.set.constraints.AintersectBeqC
-
- satisfied() - Method in class org.jacop.set.constraints.AunionBeqC
-
- satisfied() - Method in class org.jacop.set.constraints.CardA
-
- satisfied() - Method in class org.jacop.set.constraints.CardAeqX
-
- satisfied() - Method in class org.jacop.set.constraints.EinA
-
- satisfied() - Method in class org.jacop.set.constraints.ElementSet
-
- satisfied() - Method in class org.jacop.set.constraints.Lex
-
- satisfied() - Method in class org.jacop.set.constraints.Match
-
- satisfied() - Method in class org.jacop.set.constraints.SinA
-
- satisfied() - Method in class org.jacop.set.constraints.SumWeightedSet
-
- satisfied() - Method in class org.jacop.set.constraints.XeqA
-
- satisfied() - Method in class org.jacop.set.constraints.XinA
-
- SATISFY - Static variable in interface org.jacop.fz.ParserConstants
-
RegularExpression Id.
- save(Store, String) - Static method in class org.jacop.core.XMLSaveSupport
-
- save(TransformerHandler, Object, AttributesImpl) - Static method in class org.jacop.core.XMLSaveSupport
-
- saveAllToLatex - Static variable in class org.jacop.constraints.regular.Regular
-
It specifies if constraint description should be saved to latex for later viewing.
- saveLatexToFile(String) - Method in class org.jacop.constraints.regular.Regular
-
It saves the constraint latex description into file.
- SC - Static variable in interface org.jacop.fz.ParserConstants
-
RegularExpression Id.
- scalar_flat_expr() - Method in class org.jacop.fz.Parser
-
- scalar_flat_exprs() - Method in class org.jacop.fz.Parser
-
- scalar_ti_expr_tail() - Method in class org.jacop.fz.Parser
-
- schedule() - Static method in class org.jacop.examples.fd.filters.FilterBenchmark
-
It solves available filters for different scenario
consisting of different number of resources.
- search - Variable in class org.jacop.examples.fd.ExampleFD
-
It specifies the search procedure used by a given example.
- search() - Method in class org.jacop.examples.fd.ExampleFD
-
It specifies simple search method based on input order and lexigraphical
ordering of values.
- search() - Method in class org.jacop.examples.fd.GeostExample
-
- search() - Method in class org.jacop.examples.fd.PerfectSquare
-
- search() - Method in class org.jacop.examples.fd.SendMoreMoney
-
This creates a standard search, which looks for a single solution.
- search() - Method in class org.jacop.examples.fd.WhoKilledAgatha
-
- search - Variable in class org.jacop.examples.set.ExampleSet
-
It specifies the search procedure used by a given example.
- search() - Method in class org.jacop.examples.set.ExampleSet
-
It specifies simple search method based on input order and lexigraphical
ordering of values.
- search() - Method in class org.jacop.examples.set.Gardner
-
- search() - Method in class org.jacop.examples.set.SocialGolfer
-
- search() - Method in class org.jacop.examples.set.Steiner
-
- search(ASTSolveItem, Tables, Options) - Method in class org.jacop.fz.Solve
-
It parses the solve part.
- Search<T extends Var> - Interface in org.jacop.search
-
All searches needs to implement this interface in order to be manipulable by
a large variety of search listeners.
- search() - Method in class org.jacop.search.sgmpcs.SGMPCSearch
-
- search_seqSize() - Method in class org.jacop.fz.SearchItem
-
- searchAll() - Method in class org.jacop.examples.fd.nonogram.Nonogram
-
It specifies simple search method based on most constrained static and lexigraphical
ordering of values.
- searchAll(boolean) - Method in class org.jacop.search.SimpleSolutionListener
-
It searches for all solutions, but they do not have to be recorded as
this is decided by another parameter.
- searchAll(boolean) - Method in interface org.jacop.search.SolutionListener
-
It will enforce the solution listener to instruct search to keep looking
for a solution making the search explore the whole search space.
- searchAllAtOnce() - Method in class org.jacop.examples.fd.ExampleFD
-
It specifies simple search method based on most constrained static and lexigraphical
ordering of values.
- searchAllAtOnce() - Method in class org.jacop.examples.set.ExampleSet
-
It specifies simple search method based on most constrained static and lexigraphical
ordering of values.
- searchAllAtOnceNoRecord() - Method in class org.jacop.examples.fd.crosswords.CrossWord
-
It searches for all solutions.
- searchAllOptimal() - Method in class org.jacop.examples.fd.ExampleFD
-
It searches for all solutions with the optimal value.
- searchAllOptimal() - Method in class org.jacop.examples.set.ExampleSet
-
It searches for all solutions with the optimal value.
- searchAllTransform() - Method in class org.jacop.examples.fd.qcp.QCP
-
It transforms part of the problem into an extensional costraint to
improve propagation and search process.
- searchConstraints - Variable in class org.jacop.core.Domain
-
It specifies constraints which are attached to current domain.
- searchConstraints() - Method in class org.jacop.core.Domain
-
- searchConstraintsCloned - Variable in class org.jacop.core.Domain
-
It specifies if the vector of constraints were cloned (if it was not
cloned then the same vector is reused across domains with different
stamps.
- searchConstraintsToEvaluate - Variable in class org.jacop.core.Domain
-
It specifies the position of the last constraint which is still not yet
satisfied.
- searchFromEliteSolution(int[], int) - Method in interface org.jacop.search.sgmpcs.ImproveSolution
-
- searchFromEliteSolution(int[], int) - Method in class org.jacop.search.sgmpcs.SimpleImprovementSearch
-
- searchFromEmptySolution(int) - Method in interface org.jacop.search.sgmpcs.ImproveSolution
-
- searchFromEmptySolution(int) - Method in class org.jacop.search.sgmpcs.SimpleImprovementSearch
-
- SearchItem - Class in org.jacop.fz
-
The part of the parser responsible for parsing search part of the flatzinc specification.
- SearchItem(Store, Tables) - Constructor for class org.jacop.fz.SearchItem
-
It constructs search part parsing object based on dictionaries
provided as well as store object within which the search will take place.
- searchLDS(int) - Method in class org.jacop.examples.fd.ExampleFD
-
It searches for solution using Limited Discrepancy Search.
- searchMasterSlave(ArrayList<Var>, ArrayList<Var>) - Method in class org.jacop.examples.fd.ExampleFD
-
It conducts master-slave search.
- searchMasterSlave(ArrayList<Var>, ArrayList<Var>) - Method in class org.jacop.examples.set.ExampleSet
-
It conducts master-slave search.
- searchMaxRegretForMatrixOptimal() - Method in class org.jacop.examples.fd.TSP
-
It uses MaxRegret variable ordering heuristic to search for a solution.
- searchMaxRegretOptimal() - Method in class org.jacop.examples.fd.ExampleFD
-
It searches for optimal solution using max regret variable ordering
and indomain min for value ordering.
- searchMiddle() - Method in class org.jacop.examples.fd.ExampleFD
-
It searches using an input order search with indomain based on middle value.
- searchMostConstrainedStatic() - Method in class org.jacop.examples.fd.ExampleFD
-
It specifies simple search method based variable order which
takes into account the number of constraints attached to a variable
and lexigraphical ordering of values.
- searchMostConstrainedStatic() - Method in class org.jacop.examples.set.ExampleSet
-
It specifies simple search method based variable order which
takes into account the number of constraints attached to a variable
and lexigraphical ordering of values.
- searchOptimal() - Method in class org.jacop.examples.fd.ExampleFD
-
It specifies simple search method based on input order and lexigraphical
ordering of values.
- searchOptimal() - Method in class org.jacop.examples.set.ExampleSet
-
It specifies simple search method based on input order and lexigraphical
ordering of values.
- searchOptimalInfo() - Method in class org.jacop.examples.fd.Golomb
-
It specifies specific search for the optimal solution search procedure, which
printouts intermediate search results and shows how the search is progressing.
- searchSmallestDomain(boolean) - Method in class org.jacop.examples.fd.ExampleFD
-
It specifies simple search method based on smallest domain variable order
and lexigraphical ordering of values.
- searchSmallestDomain(boolean) - Method in class org.jacop.examples.set.ExampleSet
-
It specifies simple search method based on smallest domain variable order
and lexigraphical ordering of values.
- searchSmallestMedian() - Method in class org.jacop.examples.fd.ExampleFD
-
It searches using smallest domain variable ordering and
indomain middle value ordering.
- searchSmallestMiddle() - Method in class org.jacop.examples.fd.ExampleFD
-
It searches using smallest domain variable ordering and
indomain middle value ordering.
- searchSmallestMin() - Method in class org.jacop.examples.fd.ExampleFD
-
It searches using Smallest Min variable ordering heuristic and indomainMin value
ordering heuristic.
- searchSpecial() - Method in class org.jacop.examples.fd.muca.MUCA
-
It executes special master-slave search.
- searchSpecial() - Method in class org.jacop.examples.fd.NonTransitiveDice
-
It executes a specialized search to find a solution to this problem.
- searchSpecific() - Method in class org.jacop.examples.fd.FurnitureMoving
-
It specifies search for that logic puzzle.
- searchSpecific() - Method in class org.jacop.examples.fd.Gates
-
It provides a specific search with extensive printout of the result.
- searchSpecific(boolean) - Method in class org.jacop.examples.fd.MineSweeper
-
It executes special search with solution printing to present the solutions.
- searchVariables - Variable in class org.jacop.search.RandomSelect
-
- searchVariables - Variable in class org.jacop.search.SimpleMatrixSelect
-
It stores variables which need to be labelled.
- searchVariables - Variable in class org.jacop.search.SimpleSelect
-
- searchWeightedDegree() - Method in class org.jacop.examples.fd.ExampleFD
-
It specifies simple search method based on weighted degree variable order
and lexigraphical ordering of values.
- searchWeightedDegree() - Method in class org.jacop.examples.set.ExampleSet
-
It specifies simple search method based on weighted degree variable order
and lexigraphical ordering of values.
- searchWithMaxRegret() - Method in class org.jacop.examples.fd.ExampleFD
-
It uses MaxRegret variable ordering heuristic to search for a solution.
- searchWithRestarts() - Method in class org.jacop.examples.fd.ExampleFD
-
It conducts the search with restarts from which the no-goods are derived.
- searchWithShaving() - Method in class org.jacop.examples.fd.qcp.QCP
-
It performs search with shaving guided by constraints.
- seekInvalidPosition(int[]) - Method in class org.jacop.constraints.ExtensionalConflictVA
-
It finds the position at which the tuple is invalid.
- seekInvalidPosition(int[]) - Method in class org.jacop.constraints.ExtensionalSupportVA
-
It gives the position of the variable for which current domain of this
variable does not hold the used value.
- seekSupport(int, int) - Method in class org.jacop.constraints.ExtensionalSupportMDD
-
It checks if the node at a given level of MDD has a support.
- seekSupportVA(int, int) - Method in class org.jacop.constraints.ExtensionalConflictVA
-
It seeks support tuple for a given variable and its value.
- seekSupportVA(int, int) - Method in class org.jacop.constraints.ExtensionalSupportVA
-
It seeks support for a given variable-value pair.
- select(Class<Constraint>) - Method in class org.jacop.core.Store
-
It selects constraints of a given type from queue changed.
- SelectChoicePoint<T extends Var> - Interface in org.jacop.search
-
Defines an interface for defining different methods for selecting next search
decision to be taken.
- selectedDimensions - Variable in class org.jacop.constraints.geost.NonOverlapping
-
the dimensions (from 0 to dimension-1) on which the constraint applies.
- SendMoreMoney - Class in org.jacop.examples.fd
-
It is a simple arithmetic logic puzzle, where SEND+MORE=MONEY.
- SendMoreMoney() - Constructor for class org.jacop.examples.fd.SendMoreMoney
-
- Sequence - Class in org.jacop.constraints
-
It constructs a Sequence constraint.
- Sequence(IntVar[], IntervalDomain, int, int, int) - Constructor for class org.jacop.constraints.Sequence
-
It creates a Sequence constraint.
- set(int, int) - Method in class org.jacop.constraints.netflow.simplex.Arc
-
Initializes an artificial arc
- set(int, int, int) - Method in class org.jacop.constraints.ProfileItem
-
It sets the attributes of the profile item.
- SET - Static variable in interface org.jacop.fz.ParserConstants
-
RegularExpression Id.
- set - Variable in class org.jacop.set.constraints.AeqS
-
It specifies the set which must be equal to set variable a.
- set - Variable in class org.jacop.set.constraints.AinS
-
It specifies set which must contain the value of set variable A.
- set - Variable in class org.jacop.set.constraints.SinA
-
It specifies the set s which must be in variable a.
- set(int, V) - Method in class org.jacop.util.SimpleArrayList
-
Replaces the element at the specified position in this list with the
specified element.
- set_literal() - Method in class org.jacop.fz.Parser
-
- set_ti_expr_tail() - Method in class org.jacop.fz.Parser
-
- setAssignSolution(boolean) - Method in class org.jacop.search.DepthFirstSearch
-
It decides if a solution is assigned to store after search exits.
- setAssignSolution(boolean) - Method in interface org.jacop.search.Search
-
It decides if a solution is assigned to store after search exits.
- setBacktracksOut(long) - Method in class org.jacop.search.DepthFirstSearch
-
It turns on the backtrack out.
- setBacktracksOut(long) - Method in interface org.jacop.search.Search
-
It turns on the backtrack out.
- setCheckSatisfiability(boolean) - Method in class org.jacop.core.Store
-
It decides if constraints are checked for satisfiability.
- setChildrenListeners(InitializeListener[]) - Method in class org.jacop.fz.Solve.PrecisionSetting
-
- setChildrenListeners(InitializeListener) - Method in class org.jacop.fz.Solve.PrecisionSetting
-
- setChildrenListeners(ConsistencyListener[]) - Method in interface org.jacop.search.ConsistencyListener
-
Each of the child listeners will be called and the return code from them
will be combined (taken into account) by a parent).
- setChildrenListeners(ConsistencyListener) - Method in interface org.jacop.search.ConsistencyListener
-
Setting one child listener.
- setChildrenListeners(ConsistencyListener[]) - Method in class org.jacop.search.CreditCalculator
-
- setChildrenListeners(ExitChildListener<T>[]) - Method in class org.jacop.search.CreditCalculator
-
- setChildrenListeners(TimeOutListener[]) - Method in class org.jacop.search.CreditCalculator
-
- setChildrenListeners(ConsistencyListener) - Method in class org.jacop.search.CreditCalculator
-
- setChildrenListeners(ExitChildListener<T>) - Method in class org.jacop.search.CreditCalculator
-
- setChildrenListeners(TimeOutListener) - Method in class org.jacop.search.CreditCalculator
-
- setChildrenListeners(ExitChildListener<T>[]) - Method in interface org.jacop.search.ExitChildListener
-
It sets the children listeners for the current listener.
- setChildrenListeners(ExitChildListener<T>) - Method in interface org.jacop.search.ExitChildListener
-
It adds one child listener.
- setChildrenListeners(ExitListener[]) - Method in interface org.jacop.search.ExitListener
-
It sets the children of this exit listener.
- setChildrenListeners(ExitListener) - Method in interface org.jacop.search.ExitListener
-
It sets one child listener.
- setChildrenListeners(InitializeListener[]) - Method in interface org.jacop.search.InitializeListener
-
It sets the children listeners of this initialize listener.
- setChildrenListeners(InitializeListener) - Method in interface org.jacop.search.InitializeListener
-
It sets one child listener for this initialize listener.
- setChildrenListeners(ExitChildListener<T>[]) - Method in class org.jacop.search.LDS
-
- setChildrenListeners(ExitChildListener<T>) - Method in class org.jacop.search.LDS
-
- setChildrenListeners(ExitChildListener<T>[]) - Method in class org.jacop.search.NoGoodsCollector
-
- setChildrenListeners(ExitListener[]) - Method in class org.jacop.search.NoGoodsCollector
-
- setChildrenListeners(TimeOutListener[]) - Method in class org.jacop.search.NoGoodsCollector
-
- setChildrenListeners(TimeOutListener) - Method in class org.jacop.search.NoGoodsCollector
-
- setChildrenListeners(ExitListener) - Method in class org.jacop.search.NoGoodsCollector
-
- setChildrenListeners(ExitChildListener<T>) - Method in class org.jacop.search.NoGoodsCollector
-
- setChildrenListeners(InitializeListener[]) - Method in class org.jacop.search.OneSolution
-
It sets the children listeners of this initialize listener.
- setChildrenListeners(InitializeListener) - Method in class org.jacop.search.OneSolution
-
It sets one child listener for this initialize listener.
- setChildrenListeners(ConsistencyListener[]) - Method in class org.jacop.search.OneSolution
-
- setChildrenListeners(ConsistencyListener) - Method in class org.jacop.search.OneSolution
-
- setChildrenListeners(ConsistencyListener[]) - Method in class org.jacop.search.sgmpcs.SGMPCSCalculator
-
- setChildrenListeners(ConsistencyListener) - Method in class org.jacop.search.sgmpcs.SGMPCSCalculator
-
- setChildrenListeners(ConsistencyListener[]) - Method in class org.jacop.search.Shaving
-
- setChildrenListeners(ExitChildListener[]) - Method in class org.jacop.search.Shaving
-
- setChildrenListeners(ConsistencyListener) - Method in class org.jacop.search.Shaving
-
- setChildrenListeners(ExitChildListener) - Method in class org.jacop.search.Shaving
-
- setChildrenListeners(SolutionListener<T>[]) - Method in class org.jacop.search.SimpleSolutionListener
-
- setChildrenListeners(SolutionListener<T>) - Method in class org.jacop.search.SimpleSolutionListener
-
- setChildrenListeners(TimeOutListener[]) - Method in class org.jacop.search.SimpleTimeOut
-
- setChildrenListeners(TimeOutListener) - Method in class org.jacop.search.SimpleTimeOut
-
- setChildrenListeners(SolutionListener<T>[]) - Method in interface org.jacop.search.SolutionListener
-
It sets the children listeners for this solution listener.
- setChildrenListeners(SolutionListener<T>) - Method in interface org.jacop.search.SolutionListener
-
It sets the child listener for this solution listener.
- setChildrenListeners(TimeOutListener[]) - Method in interface org.jacop.search.TimeOutListener
-
It sets children listeners for this timeout listener.
- setChildrenListeners(TimeOutListener) - Method in interface org.jacop.search.TimeOutListener
-
It sets child listener for this timeout listener.
- setChildrenListeners(ConsistencyListener[]) - Method in class org.jacop.search.TraceGenerator
-
- setChildrenListeners(ConsistencyListener) - Method in class org.jacop.search.TraceGenerator
-
- setChildrenListeners(ExitChildListener<T>[]) - Method in class org.jacop.search.TraceGenerator
-
- setChildrenListeners(ExitListener[]) - Method in class org.jacop.search.TraceGenerator
-
- setChildrenListeners(ExitChildListener<T>) - Method in class org.jacop.search.TraceGenerator
-
- setChildrenListeners(ExitListener) - Method in class org.jacop.search.TraceGenerator
-
- setChildrenListeners(InitializeListener[]) - Method in class org.jacop.search.TransformExtensional
-
- setChildrenListeners(InitializeListener) - Method in class org.jacop.search.TransformExtensional
-
- setChildSearch(Search<? extends Var>[]) - Method in class org.jacop.search.DepthFirstSearch
-
- setChildSearch(Search<? extends Var>[]) - Method in interface org.jacop.search.Search
-
It specifies the sub-searches for the current search.
- setConsistencyListener(ConsistencyListener) - Method in class org.jacop.search.DepthFirstSearch
-
- setConsistencyListener(ConsistencyListener) - Method in interface org.jacop.search.Search
-
It sets the root of the Consistency Listener.
- setConsistencyPruningEvent(Var, int) - Method in class org.jacop.constraints.Constraint
-
It allows to customize the event for a given variable which
causes the re-execution of the consistency method for a constraint.
- setCostVar(Var) - Method in class org.jacop.search.DepthFirstSearch
-
- setCostVar(Var) - Method in interface org.jacop.search.Search
-
It sets the reference to the cost variable.
- setCostVariable(IntVar) - Method in class org.jacop.constraints.netflow.NetworkBuilder
-
- setCurrent(MutableVarValue) - Method in class org.jacop.core.MutableDomain
-
- setCurrent(MutableVarValue) - Method in interface org.jacop.core.MutableVar
-
It replace the current representation of the value with a new
representation.
- setDebugStream(PrintStream) - Method in class org.jacop.fz.ParserTokenManager
-
Set debug output.
- setDecisionsOut(long) - Method in class org.jacop.search.DepthFirstSearch
-
It turns on the decisions out.
- setDecisionsOut(long) - Method in interface org.jacop.search.Search
-
It turns on the decisions out.
- setDescription(String) - Method in class org.jacop.core.Store
-
This function sets the long description of the store.
- setDomain(IntDomain) - Method in class org.jacop.core.BoundDomain
-
- setDomain(int, int) - Method in class org.jacop.core.BoundDomain
-
- setDomain(IntDomain) - Method in class org.jacop.core.IntDomain
-
It sets the domain to the specified domain.
- setDomain(int, int) - Method in class org.jacop.core.IntDomain
-
It sets this domain to contain exactly all values between min and max.
- setDomain(IntDomain) - Method in class org.jacop.core.IntervalDomain
-
It sets the domain to the specified domain.
- setDomain(int, int) - Method in class org.jacop.core.IntervalDomain
-
It sets the domain to all values between min and max.
- setDomain(int, int) - Method in class org.jacop.core.IntVar
-
It is possible to set the domain of variable.
- setDomain(IntDomain) - Method in class org.jacop.core.IntVar
-
It is possible to set the domain of variable.
- setDomain(IntDomain) - Method in class org.jacop.core.SmallDenseDomain
-
- setDomain(int, int) - Method in class org.jacop.core.SmallDenseDomain
-
- setDomain(FloatDomain) - Method in class org.jacop.floats.core.FloatDomain
-
It sets the domain to the specified domain.
- setDomain(double, double) - Method in class org.jacop.floats.core.FloatDomain
-
It sets this domain to contain exactly all values between min and max.
- setDomain(FloatDomain) - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It sets the domain to the specified domain.
- setDomain(double, double) - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It sets the domain to all values between min and max.
- setDomain(double, double) - Method in class org.jacop.floats.core.FloatVar
-
It is possible to set the domain of variable.
- setDomain(FloatDomain) - Method in class org.jacop.floats.core.FloatVar
-
It is possible to set the domain of variable.
- setDomain(SetDomain) - Method in class org.jacop.set.core.BoundSetDomain
-
It sets the domain to the specified domain.
- setDomain(int, int) - Method in class org.jacop.set.core.BoundSetDomain
-
It sets the domain to the the set {min..max}.
- SetDomain - Class in org.jacop.set.core
-
Defines a set interval determined by a least upper bound(lub) and a
greatest lower bound(glb).
- SetDomain() - Constructor for class org.jacop.set.core.SetDomain
-
- setDomain(SetDomain) - Method in class org.jacop.set.core.SetDomain
-
It sets the domain to the specified domain.
- setDomain(int, int) - Method in class org.jacop.set.core.SetDomain
-
It sets the domain to contain any values in between min and max.
- setDomain(int, int) - Method in class org.jacop.set.core.SetVar
-
It is possible to set the domain of variable.
- setDomain(SetDomain) - Method in class org.jacop.set.core.SetVar
-
It is possible to set the domain of variable.
- SetDomainID - Static variable in class org.jacop.set.core.SetDomain
-
It specifies an unique ID for the domain.
- SetDomainValueEnumeration - Class in org.jacop.set.core
-
Defines a methods for enumerating values contained in the SetDomain.
- SetDomainValueEnumeration(SetDomain) - Constructor for class org.jacop.set.core.SetDomainValueEnumeration
-
- setDynamicLexTieBreaking() - Method in class org.jacop.search.SimpleMatrixSelect
-
It uses cheap method of breaking the ties.
- setElementAt(V, int) - Method in class org.jacop.util.SimpleArrayList
-
Replaces the element at the specified position in this list with the
specified element.
- setEliteSize(int) - Method in class org.jacop.search.sgmpcs.SGMPCSearch
-
- setEliteSolutions(int[][]) - Method in class org.jacop.search.sgmpcs.SGMPCSearch
-
- setExitChildListener(ExitChildListener<T>) - Method in class org.jacop.search.DepthFirstSearch
-
- setExitChildListener(ExitChildListener<T>) - Method in interface org.jacop.search.Search
-
It sets the root of the ExitChild listener.
- setExitListener(ExitListener) - Method in class org.jacop.search.DepthFirstSearch
-
- setExitListener(ExitListener) - Method in interface org.jacop.search.Search
-
It sets the root of the Exit Listener.
- setFailLimit(int) - Method in class org.jacop.search.sgmpcs.SGMPCSCalculator
-
- setFailStrategy(int) - Method in class org.jacop.search.sgmpcs.SGMPCSearch
-
- setFirstValid(int, int) - Method in class org.jacop.constraints.ExtensionalConflictVA
-
It computes the first valid tuple given restriction that a variable will
be equal to a given value.
- setFirstValid(int, int) - Method in class org.jacop.constraints.ExtensionalSupportVA
-
It computes the first valid tuple for a given variable-value pair.
- setFloat(double) - Method in class org.jacop.fz.ASTScalarFlatExpr
-
- setFlow(int) - Method in class org.jacop.constraints.netflow.ArcCompanion
-
Forces the flow to a given value (within capacity bounds).
- setID(String) - Method in class org.jacop.core.Store
-
This function sets the id of the store.
- setID(String) - Method in class org.jacop.search.DepthFirstSearch
-
It sets the id of the store.
- setIdent(String) - Method in class org.jacop.fz.ASTScalarFlatExpr
-
- setIdent(String) - Method in class org.jacop.fz.ASTSolveExpr
-
- setIndex(int) - Method in class org.jacop.fz.ASTSolveExpr
-
- setInitializeListener(InitializeListener) - Method in class org.jacop.search.DepthFirstSearch
-
- setInitializeListener(InitializeListener) - Method in interface org.jacop.search.Search
-
It sets the root of the InitializeListener.
- setInitialSolutionsSize(int) - Method in class org.jacop.search.sgmpcs.SGMPCSearch
-
- setInputOrderTieBreaking() - Method in class org.jacop.search.SimpleMatrixSelect
-
It chooses input order tiebreaking if the supplied comparators
can not distinguish between matrix rows.
- setInt(int) - Method in class org.jacop.fz.ASTIntFlatExpr
-
- setInt(int) - Method in class org.jacop.fz.ASTScalarFlatExpr
-
- setKind(String) - Method in class org.jacop.fz.ASTSolveKind
-
- setLatexBaseFileName(String) - Method in class org.jacop.constraints.regular.Regular
-
It sets the filename for the file which is used to save latex descriptions.
- setLeftNeighbor(TreeNode) - Method in class org.jacop.constraints.knapsack.TreeNode
-
It sets the left neighbor of this tree node.
- setLevel(int) - Method in interface org.jacop.core.BacktrackableManager
-
It specifies the level which should become the active one in the manager.
- setLevel(int) - Method in class org.jacop.core.IntervalBasedBacktrackableManager
-
- setLevel(int) - Method in class org.jacop.core.SimpleBacktrackableManager
-
It specifies the level which should become the active one in the manager.
- setLevel(int) - Method in class org.jacop.core.Store
-
This function allows to proceed with the search, create new layer at
which new values for variables will be recorded.
- setLimit - Variable in class org.jacop.constraints.Cumulative
-
It specifies if the data from profiles should be used to propagate
onto limit variable.
- setList(ArrayList<Integer>) - Method in class org.jacop.fz.ASTIntLiterals
-
- setLowHigh(double, double) - Method in class org.jacop.fz.ASTFloatTiExprTail
-
- setLowHigh(int, int) - Method in class org.jacop.fz.ASTIntTiExprTail
-
- setMasterSearch(Search<? extends Var>) - Method in class org.jacop.search.DepthFirstSearch
-
- setMasterSearch(Search<? extends Var>) - Method in interface org.jacop.search.Search
-
If the search is called by a master search then the search may need to
obtain some information about the master search.
- setMax(int) - Method in class org.jacop.constraints.ProfileItem
-
It sets the ending point of the profile item.
- setMin(int) - Method in class org.jacop.constraints.ProfileItem
-
It sets the starting point of the profile item.
- setMostSignificantDimension(int) - Method in interface org.jacop.constraints.geost.LexicographicalOrder
-
It shifts the lexicographical order so that the most significant dimension
is set to d.
- setMostSignificantDimension(int) - Method in class org.jacop.constraints.geost.PredefinedOrder
-
- setMostSignificantDimension(int) - Method in class org.jacop.constraints.geost.ShiftOrder
-
- setName(String) - Method in class org.jacop.fz.ASTConstElem
-
- setNodesOut(long) - Method in class org.jacop.search.DepthFirstSearch
-
It turns on the nodes out.
- setNodesOut(long) - Method in interface org.jacop.search.Search
-
It turns on the nodes out.
- setNotConsistencyPruningEvent(Var, int) - Method in class org.jacop.constraints.PrimitiveConstraint
-
It allows to specify customized events required to trigger execution
of notConsitency() method.
- setOptimize(boolean) - Method in class org.jacop.search.DepthFirstSearch
-
- setOptimize(boolean) - Method in interface org.jacop.search.Search
-
It sets the optimization flag.
- setOutward(boolean) - Static method in class org.jacop.floats.core.FloatDomain
-
It defines rounding method
- setParentSolutionListener(SolutionListener<? extends Var>) - Method in class org.jacop.search.SimpleSolutionListener
-
- setParentSolutionListener(SolutionListener<? extends Var>) - Method in interface org.jacop.search.SolutionListener
-
It allows to inform sub-search of what is the current number of the
solution in master search.
- setPrecision(double) - Static method in class org.jacop.floats.core.FloatDomain
-
- setPrevious(MutableVarValue) - Method in class org.jacop.core.MutableDomainValue
-
- setPrevious(MutableVarValue) - Method in interface org.jacop.core.MutableVarValue
-
It replaces the earlier value of a mutable variable with value passed as
parameter.
- setPrintInfo(boolean) - Method in class org.jacop.search.DepthFirstSearch
-
It decides if information about search is printed.
- setPrintInfo(boolean) - Method in interface org.jacop.search.Search
-
It decides if information about search is printed.
- setPrintInfo(boolean) - Method in interface org.jacop.search.sgmpcs.ImproveSolution
-
- setPrintInfo(boolean) - Method in class org.jacop.search.sgmpcs.SGMPCSearch
-
- setPrintInfo(boolean) - Method in class org.jacop.search.sgmpcs.SimpleImprovementSearch
-
- setProbability(double) - Method in class org.jacop.search.sgmpcs.SGMPCSearch
-
- setRightNeighbor(TreeNode) - Method in class org.jacop.constraints.knapsack.TreeNode
-
It sets the right neighbor of this tree node.
- setSelectChoicePoint(SelectChoicePoint<T>) - Method in class org.jacop.search.DepthFirstSearch
-
- setSelectChoicePoint(SelectChoicePoint<T>) - Method in interface org.jacop.search.Search
-
It sets the select choice point object.
- setSize(int) - Method in interface org.jacop.core.BacktrackableManager
-
It specifies how many objects within objects array are being actually
managed.
- setSize(int) - Method in class org.jacop.core.IntervalBasedBacktrackableManager
-
It specifies how many objects within objects array are being actually
managed.
- setSize(int) - Method in class org.jacop.core.SimpleBacktrackableManager
-
It specifies how many objects within objects array are being actually
managed.
- setSize(int) - Method in class org.jacop.util.SparseSet
-
It sets the size of the SparseSet.
- setSolutionLimit(int) - Method in class org.jacop.search.SimpleSolutionListener
-
- setSolutionLimit(int) - Method in interface org.jacop.search.SolutionListener
-
It sets the solution limit.
- setSolutionListener(SolutionListener<T>) - Method in class org.jacop.search.DepthFirstSearch
-
- setSolutionListener(SolutionListener<T>) - Method in interface org.jacop.search.Search
-
It returns the root of the SolutionListener.
- setStamp(int) - Method in class org.jacop.core.Domain
-
It sets the stamp of the domain.
- setStamp(int) - Method in class org.jacop.core.MutableDomainValue
-
- setStamp(int) - Method in interface org.jacop.core.MutableVarValue
-
It sets the stamp of value of mutable variable.
- setStore(Store) - Method in class org.jacop.search.DepthFirstSearch
-
- setStore(Store) - Method in interface org.jacop.search.Search
-
It sets the reference to the store in the context of which the search operates.
- setStore(Store) - Method in class org.jacop.search.Shaving
-
It specifies the constraint store in which context the shaving will take place.
- setSupport(int) - Method in class org.jacop.util.IndexDomainView
-
It returns true if the ith-value was supported before.
- setSupports(HashMap<Integer, RegEdge>, int) - Method in class org.jacop.constraints.regular.RegState
-
- setSupports(HashMap<Integer, RegEdge>, int) - Method in class org.jacop.constraints.regular.RegStateDom
-
- setSupports(HashMap<Integer, RegEdge>, int) - Method in class org.jacop.constraints.regular.RegStateInt
-
- setTabSize(int) - Method in class org.jacop.fz.SimpleCharStream
-
- setTimeOut(long) - Method in class org.jacop.search.DepthFirstSearch
-
It turns on the timeout.
- setTimeOut(long) - Method in interface org.jacop.search.Search
-
It turns on the timeout.
- setTimeOut(long) - Method in interface org.jacop.search.sgmpcs.ImproveSolution
-
- setTimeOut(long) - Method in class org.jacop.search.sgmpcs.SGMPCSearch
-
- setTimeOut(long) - Method in class org.jacop.search.sgmpcs.SimpleImprovementSearch
-
- setTimeOutListener(TimeOutListener) - Method in class org.jacop.search.DepthFirstSearch
-
- setTimeOutListener(TimeOutListener) - Method in interface org.jacop.search.Search
-
It sets the root of the TimeOutListener.
- settled() - Method in class org.jacop.constraints.Rectangle
-
It checks whether the rectangle is completely fixed.
- setType(int) - Method in class org.jacop.fz.ASTFloatTiExprTail
-
- setType(int) - Method in class org.jacop.fz.ASTIntTiExprTail
-
- setType(int) - Method in class org.jacop.fz.ASTScalarFlatExpr
-
- setType(int) - Method in class org.jacop.fz.ASTSetLiteral
-
- setType(int) - Method in class org.jacop.fz.ASTSolveExpr
-
- setup(int, int, int) - Method in class org.jacop.examples.set.SocialGolfer
-
It sets the parameters for the model creation function.
- setupProblem1() - Method in class org.jacop.examples.fd.muca.MUCA
-
It creates an instance of the auction problem.
- setupProblem2() - Method in class org.jacop.examples.fd.muca.MUCA
-
It creates an instance of the auction problem.
- setupProblem3() - Method in class org.jacop.examples.fd.muca.MUCA
-
It creates an instance of the auction problem.
- setupProblem4() - Method in class org.jacop.examples.fd.muca.MUCA
-
It creates an instance of the auction problem.
- setValue(int) - Method in class org.jacop.constraints.ProfileItem
-
It sets the amount by which this profile item is contributing towards the profile.
- SetVar - Class in org.jacop.set.core
-
Defines a Finite Domain Variable (FDV) and related operations on it.
- SetVar(Store, String, SetDomain) - Constructor for class org.jacop.set.core.SetVar
-
It creates a variable in a given store, with a given name and
a given domain.
- SetVar(Store, SetDomain) - Constructor for class org.jacop.set.core.SetVar
-
It creates a variable in a given store, with a given name and
a given domain.
- SetVar() - Constructor for class org.jacop.set.core.SetVar
-
No parameter, explicit, empty constructor for subclasses.
- SetVar(Store) - Constructor for class org.jacop.set.core.SetVar
-
This constructor creates a variable with empty domain (standard
IntervalDomain domain), automatically generated name, and empty attached
constraint list.
- SetVar(Store, int, int) - Constructor for class org.jacop.set.core.SetVar
-
This constructor creates a set variable with domain a set min..max
automatically generated name, and empty attached constraint list.
- SetVar(Store, String) - Constructor for class org.jacop.set.core.SetVar
-
This constructor creates a variable with an empty domain (standard
IntervalDomain domain), the specified name, and an empty attached
constraint list.
- SetVar(Store, String, int, int) - Constructor for class org.jacop.set.core.SetVar
-
This constructor creates a variable in a given store, with
the domain specified by min..max and with the given name.
- setVariableIdPrefix(String) - Method in class org.jacop.core.Store
-
This function sets the prefix of the automatically generated names for
noname variables.
- setWrongDecisionsOut(long) - Method in class org.jacop.search.DepthFirstSearch
-
It turns on the wrong decisions out.
- setWrongDecisionsOut(long) - Method in interface org.jacop.search.Search
-
It turns on the wrong decisions out.
- SGMPCSCalculator<T extends Var> - Class in org.jacop.search.sgmpcs
-
Defines functionality for SGMPCS search
- SGMPCSCalculator(int) - Constructor for class org.jacop.search.sgmpcs.SGMPCSCalculator
-
- SGMPCSearch - Class in org.jacop.search.sgmpcs
-
SGMPCSearch - implements Solution-Guided Multi-Point Constructive
Search.
- SGMPCSearch(Store, IntVar[], IntVar) - Constructor for class org.jacop.search.sgmpcs.SGMPCSearch
-
- SGMPCSearch(Store, IntVar[], IntVar, ImproveSolution) - Constructor for class org.jacop.search.sgmpcs.SGMPCSearch
-
- SGMPCSearch.SolutionComparator - Class in org.jacop.search.sgmpcs
-
- Shape - Class in org.jacop.constraints.geost
-
- Shape(int, Collection<DBox>) - Constructor for class org.jacop.constraints.geost.Shape
-
It constructs a shape with a given id based on a specified collection of Dboxes.
- Shape(int, DBox) - Constructor for class org.jacop.constraints.geost.Shape
-
It constructs a shape from only one DBox.
- Shape(int, int[], int[]) - Constructor for class org.jacop.constraints.geost.Shape
-
It constructs a shape with a given id based on a single dbox
specified by the origin and length arrays.
- shapeID - Variable in class org.jacop.constraints.geost.GeostObject
-
It specifies the possible shape ids to be taken by this object.
- shapeRegister - Variable in class org.jacop.constraints.geost.Geost
-
It stores information about shapes used by objects within this geost constraint.
- Shaving<T extends IntVar> - Class in org.jacop.search
-
Defines functionality of shaving.
- Shaving() - Constructor for class org.jacop.search.Shaving
-
- shavingConstraints - Variable in class org.jacop.examples.fd.NonTransitiveDice
-
It contains constraints which can be used for shaving guidance.
- shavingConstraints - Variable in class org.jacop.examples.fd.qcp.QCP
-
It contains constraints which can be used to guide shaving.
- shavingSearch(ArrayList<Constraint>, boolean) - Method in class org.jacop.examples.fd.ExampleFD
-
It searches with shaving which is guided by supplied constraints.
- shift(int) - Method in class org.jacop.core.SmallDenseDomain
-
It shifts the domain.
- shiftD - Variable in class org.jacop.constraints.Assignment
-
It specifies a shift applied to variables d.
- ShiftOrder - Class in org.jacop.constraints.geost
-
- ShiftOrder(int, int) - Constructor for class org.jacop.constraints.geost.ShiftOrder
-
It creates a lexicographical order with the possibility
to shift the order according to the most significant dimension.
- shiftX - Variable in class org.jacop.constraints.Assignment
-
It specifies a shift applied to variables x.
- SHOW - Static variable in interface org.jacop.fz.ParserConstants
-
RegularExpression Id.
- SHOW_COND - Static variable in interface org.jacop.fz.ParserConstants
-
RegularExpression Id.
- SiblingUproar - Class in org.jacop.examples.fd
-
It is quite complex logic puzzle about siblings.
- SiblingUproar() - Constructor for class org.jacop.examples.fd.SiblingUproar
-
- SimpleArrayList<V> - Class in org.jacop.util
-
Different implementation of an ArrayList data structures.
- SimpleArrayList() - Constructor for class org.jacop.util.SimpleArrayList
-
Constructs an empty list with an initial capacity of ten.
- SimpleArrayList(Collection<? extends V>) - Constructor for class org.jacop.util.SimpleArrayList
-
Constructs a list containing the elements of the specified collection, in
the order they are returned by the collection's iterator.
- SimpleArrayList(int) - Constructor for class org.jacop.util.SimpleArrayList
-
Constructs an empty list with the specified initial capacity.
- SimpleBacktrackableManager - Class in org.jacop.core
-
It is responsible of remembering what variables have changed at given
store level.
- SimpleBacktrackableManager(Backtrackable[], int) - Constructor for class org.jacop.core.SimpleBacktrackableManager
-
It constructs a trail manager.
- SimpleCharStream - Class in org.jacop.fz
-
An implementation of interface CharStream, where the stream is assumed to
contain only ASCII characters (without unicode processing).
- SimpleCharStream(Reader, int, int, int) - Constructor for class org.jacop.fz.SimpleCharStream
-
Constructor.
- SimpleCharStream(Reader, int, int) - Constructor for class org.jacop.fz.SimpleCharStream
-
Constructor.
- SimpleCharStream(Reader) - Constructor for class org.jacop.fz.SimpleCharStream
-
Constructor.
- SimpleCharStream(InputStream, String, int, int, int) - Constructor for class org.jacop.fz.SimpleCharStream
-
Constructor.
- SimpleCharStream(InputStream, int, int, int) - Constructor for class org.jacop.fz.SimpleCharStream
-
Constructor.
- SimpleCharStream(InputStream, String, int, int) - Constructor for class org.jacop.fz.SimpleCharStream
-
Constructor.
- SimpleCharStream(InputStream, int, int) - Constructor for class org.jacop.fz.SimpleCharStream
-
Constructor.
- SimpleCharStream(InputStream, String) - Constructor for class org.jacop.fz.SimpleCharStream
-
Constructor.
- SimpleCharStream(InputStream) - Constructor for class org.jacop.fz.SimpleCharStream
-
Constructor.
- SimpleHashSet<E> - Class in org.jacop.util
-
This class provides very simple HashSet functionality.
- SimpleHashSet() - Constructor for class org.jacop.util.SimpleHashSet
-
Constructs an empty HashSet with the default initial capacity
(16) and the default load factor (0.75).
- SimpleHashSet(int) - Constructor for class org.jacop.util.SimpleHashSet
-
Constructs an empty HashSet with the specified initial
capacity and the default load factor (0.75).
- SimpleHashSet(int, float) - Constructor for class org.jacop.util.SimpleHashSet
-
Constructs an empty HashSet with the specified initial
capacity and load factor.
- SimpleImprovementSearch<T extends IntVar> - Class in org.jacop.search.sgmpcs
-
Defines an interface for defining different methods for selecting next search
decision to be taken.
- SimpleImprovementSearch(Store, IntVar[], IntVar) - Constructor for class org.jacop.search.sgmpcs.SimpleImprovementSearch
-
- SimpleImprovementSearch.CostListener<T extends IntVar> - Class in org.jacop.search.sgmpcs
-
Saves the cost produced by a given search
- SimpleMatrixSelect<T extends Var> - Class in org.jacop.search
-
SimpleMatrixSelect selects first a row in the matrix based on metric of the
variable at pivotPosition.
- SimpleMatrixSelect(T[][], Indomain<T>) - Constructor for class org.jacop.search.SimpleMatrixSelect
-
This constructor uses default values for all parameters.
- SimpleMatrixSelect(T[][], ComparatorVariable<T>, Indomain<T>) - Constructor for class org.jacop.search.SimpleMatrixSelect
-
It constructs a MatrixSelection variable ordering.
- SimpleMatrixSelect(T[][], ComparatorVariable<T>, ComparatorVariable<T>, Indomain<T>) - Constructor for class org.jacop.search.SimpleMatrixSelect
-
It constructs a MatrixSelection variable ordering.
- SimpleMatrixSelect(T[][], ComparatorVariable<T>, ComparatorVariable<T>, Indomain<T>, int) - Constructor for class org.jacop.search.SimpleMatrixSelect
-
This constructor allows to specify all parameters for the selection mechanism.
- SimpleNode - Class in org.jacop.fz
-
- SimpleNode(int) - Constructor for class org.jacop.fz.SimpleNode
-
- SimpleNode(Parser, int) - Constructor for class org.jacop.fz.SimpleNode
-
- SimpleSelect<T extends Var> - Class in org.jacop.search
-
It is simple and customizable selector of decisions (constraints) which will
be enforced by search.
- SimpleSelect(T[], ComparatorVariable<T>, Indomain<T>) - Constructor for class org.jacop.search.SimpleSelect
-
The constructor to create a simple choice select mechanism.
- SimpleSelect(T[], ComparatorVariable<T>, ComparatorVariable<T>, Indomain<T>) - Constructor for class org.jacop.search.SimpleSelect
-
It constructs a simple selection mechanism for choice points.
- SimpleSolutionListener<T extends Var> - Class in org.jacop.search
-
It defines a simple solution listener which should be used if some basic
functionality of search when a solution is encountered are required.
- SimpleSolutionListener() - Constructor for class org.jacop.search.SimpleSolutionListener
-
- SimpleTimeOut - Class in org.jacop.search
-
It defines a simple time out listener.
- SimpleTimeOut() - Constructor for class org.jacop.search.SimpleTimeOut
-
- SinA - Class in org.jacop.set.constraints
-
It creates an inclusion set constraint to make sure that provided set is
included in a set variable a.
- SinA(IntDomain, SetVar, boolean) - Constructor for class org.jacop.set.constraints.SinA
-
It creates a set inclusion constraint.
- SinA(IntDomain, SetVar) - Constructor for class org.jacop.set.constraints.SinA
-
It creates a set inclusion constraint.
- SinCosExample - Class in org.jacop.examples.floats
-
- SinCosExample() - Constructor for class org.jacop.examples.floats.SinCosExample
-
- SINGLE_LINE_COMMENT - Static variable in interface org.jacop.fz.ParserConstants
-
RegularExpression Id.
- singleton() - Method in class org.jacop.core.BooleanVar
-
It checks if the domain contains only one value.
- singleton() - Method in class org.jacop.core.BoundDomain
-
- singleton(int) - Method in class org.jacop.core.BoundDomain
-
- singleton() - Method in class org.jacop.core.Domain
-
It returns true if given domain has only one element.
- singleton(Domain) - Method in class org.jacop.core.Domain
-
It returns true if given domain has only one element.
- singleton(int) - Method in class org.jacop.core.IntDomain
-
It returns true if given domain has only one element equal c.
- singleton(Domain) - Method in class org.jacop.core.IntDomain
-
- singleton() - Method in class org.jacop.core.Interval
-
It checks if an intervals contains only one value (singleton).
- singleton(int) - Method in class org.jacop.core.Interval
-
It checks if an intervals contains only value c.
- singleton() - Method in class org.jacop.core.IntervalDomain
-
It returns true if given domain has only one element.
- singleton(int) - Method in class org.jacop.core.IntervalDomain
-
It returns true if given domain has only one element equal c.
- singleton(int) - Method in class org.jacop.core.IntVar
-
It checks if the domain contains only one value equal to c.
- singleton() - Method in class org.jacop.core.IntVar
-
It checks if the domain contains only one value.
- singleton(int) - Method in class org.jacop.core.SmallDenseDomain
-
- singleton() - Method in class org.jacop.core.SmallDenseDomain
-
- singleton() - Method in class org.jacop.core.Var
-
It checks if the domain contains only one value.
- singleton(double) - Method in class org.jacop.floats.core.FloatDomain
-
It returns true if given domain has only one element equal c.
- singleton(Domain) - Method in class org.jacop.floats.core.FloatDomain
-
- singleton() - Method in class org.jacop.floats.core.FloatInterval
-
It checks if an intervals contains only one value (singleton).
- singleton(double) - Method in class org.jacop.floats.core.FloatInterval
-
It checks if an intervals contains only value c.
- singleton() - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It returns true if given domain has only one element.
- singleton(double) - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It returns true if given domain has only one element equal c.
- singleton(double) - Method in class org.jacop.floats.core.FloatVar
-
It checks if the domain contains only one value equal to c.
- singleton() - Method in class org.jacop.floats.core.FloatVar
-
It checks if the domain contains only one value.
- singleton() - Method in class org.jacop.set.core.BoundSetDomain
-
It returns true if given domain has only one set-element.
- singleton(IntDomain) - Method in class org.jacop.set.core.BoundSetDomain
-
It returns true if given domain has only one set-element and this set-element only contains c.
- singleton(Domain) - Method in class org.jacop.set.core.BoundSetDomain
-
- singleton() - Method in class org.jacop.set.core.SetDomain
-
It returns true if given domain has only one set-element.
- singleton(IntDomain) - Method in class org.jacop.set.core.SetDomain
-
It check whether the set domain is singleton and its value is
equal to the specified set.
- singleton() - Method in class org.jacop.set.core.SetVar
-
It checks if the domain contains only one value.
- SinPeqR - Class in org.jacop.floats.constraints
-
Constraints sin(P) = R
Bounds consistency can be used; third parameter of constructor controls this.
- SinPeqR(FloatVar, FloatVar) - Constructor for class org.jacop.floats.constraints.SinPeqR
-
It constructs sin(P) = Q constraints.
- sister - Variable in class org.jacop.constraints.netflow.simplex.Arc
-
The flow of an arc is the residual capacity of its sister arc.
- SixHumpCamelFunction - Class in org.jacop.examples.floats
-
- SixHumpCamelFunction() - Constructor for class org.jacop.examples.floats.SixHumpCamelFunction
-
- size - Variable in class org.jacop.core.IntervalDomain
-
It specifies number of intervals needed to encode the domain.
- size - Variable in class org.jacop.core.Store
-
Number of variables stored within a store.
- size() - Method in class org.jacop.core.Store
-
It returns number of variables in a store.
- size - Variable in class org.jacop.floats.core.FloatIntervalDomain
-
It specifies number of intervals needed to encode the domain.
- size() - Method in class org.jacop.util.SimpleArrayList
-
Returns the number of elements in this list.
- size() - Method in class org.jacop.util.SimpleHashSet
-
Returns the number of elements in this set.
- sizeConstraints() - Method in class org.jacop.core.BooleanVar
-
It returns current number of constraints which are associated with
variable and are not yet satisfied.
- sizeConstraints() - Method in class org.jacop.core.Domain
-
It returns all constraints which are associated with variable, even the
ones which are already satisfied.
- sizeConstraints() - Method in class org.jacop.core.IntVar
-
It returns current number of constraints which are associated with
variable and are not yet satisfied.
- sizeConstraints() - Method in class org.jacop.core.Var
-
It returns current number of constraints which are associated with
variable and are not yet satisfied.
- sizeConstraints() - Method in class org.jacop.floats.core.FloatVar
-
It returns current number of constraints which are associated with
variable and are not yet satisfied.
- sizeConstraints() - Method in class org.jacop.set.core.SetVar
-
It returns current number of constraints which are associated with
variable and are not yet satisfied.
- sizeConstraintsOriginal() - Method in class org.jacop.core.BooleanVar
-
It returns all constraints which are associated with variable, even the
ones which are already satisfied.
- sizeConstraintsOriginal() - Method in class org.jacop.core.BoundDomain
-
- sizeConstraintsOriginal() - Method in class org.jacop.core.Domain
-
It returns all constraints which are associated with variable, even the
ones which are already satisfied.
- sizeConstraintsOriginal() - Method in class org.jacop.core.IntervalDomain
-
It returns all constraints which are associated with variable, even the
ones which are already satisfied.
- sizeConstraintsOriginal() - Method in class org.jacop.core.IntVar
-
It returns all constraints which are associated with variable, even the
ones which are already satisfied.
- sizeConstraintsOriginal() - Method in class org.jacop.core.SmallDenseDomain
-
- sizeConstraintsOriginal() - Method in class org.jacop.core.Var
-
It returns all constraints which are associated with variable, even the
ones which are already satisfied.
- sizeConstraintsOriginal() - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It returns all constraints which are associated with variable, even the
ones which are already satisfied.
- sizeConstraintsOriginal() - Method in class org.jacop.floats.core.FloatVar
-
It returns all constraints which are associated with variable, even the
ones which are already satisfied.
- sizeConstraintsOriginal() - Method in class org.jacop.set.core.SetDomain
-
It returns all constraints which are associated with variable, even the
ones which are already satisfied.
- sizeConstraintsOriginal() - Method in class org.jacop.set.core.SetVar
-
It returns all constraints which are associated with variable, even the
ones which are already satisfied.
- sizeOfIntersection(IntDomain) - Method in class org.jacop.core.BoundDomain
-
- sizeOfIntersection(IntDomain) - Method in class org.jacop.core.IntDomain
-
It computes the size of the intersection between this domain and the domain
supplied as a parameter.
- sizeOfIntersection(IntDomain) - Method in class org.jacop.core.IntervalDomain
-
- sizeOfIntersection(IntDomain) - Method in class org.jacop.core.SmallDenseDomain
-
- sizeOfIntersection(FloatDomain) - Method in class org.jacop.floats.core.FloatDomain
-
It computes the size of the intersection between this domain and the domain
supplied as a parameter.
- sizeOfIntersection(FloatDomain) - Method in class org.jacop.floats.core.FloatIntervalDomain
-
- sizeSearchConstraints() - Method in class org.jacop.core.BooleanVar
-
It returns current number of constraints which are associated with
a boolean variable and are not yet satisfied.
- sizeSearchConstraints() - Method in class org.jacop.core.IntVar
-
It returns current number of constraints which are associated with
variable and are not yet satisfied.
- sizeSearchConstraints() - Method in class org.jacop.core.Var
-
It returns current number of constraints which are associated with
variable and are not yet satisfied.
- sizeSearchConstraints() - Method in class org.jacop.floats.core.FloatVar
-
It returns current number of constraints which are associated with
variable and are not yet satisfied.
- sizeSearchConstraints() - Method in class org.jacop.set.core.SetVar
-
It returns current number of constraints which are associated with
variable and are not yet satisfied.
- SleepingArrangements - Class in org.jacop.examples.fd
-
It is a simple logic puzzle about sleeping arrangements.
- SleepingArrangements() - Constructor for class org.jacop.examples.fd.SleepingArrangements
-
- slice - Variable in class org.jacop.constraints.knapsack.TreeLeaf
-
It represents the offset from the minimal value.
- slideDecomposition - Variable in class org.jacop.examples.fd.carsequencing.CarSequencing
-
It specifies if the slide based decomposition of the regular constraint
should be applied.
- slideDecomposition - Variable in class org.jacop.examples.fd.nonogram.Nonogram
-
It specifies if the slide based decomposition of the regular constraint
should be applied.
- SmallDenseDomain - Class in org.jacop.core
-
Defines small dense domain based on bits within a long number.
- SmallDenseDomain() - Constructor for class org.jacop.core.SmallDenseDomain
-
It creates an empty domain.
- SmallDenseDomain(int, long) - Constructor for class org.jacop.core.SmallDenseDomain
-
It creates a domain of type small dense.
- SmallDenseDomain(int, int) - Constructor for class org.jacop.core.SmallDenseDomain
-
It creates a domain with values between min and max inclusive.
- SmallDenseDomainID - Static variable in class org.jacop.core.IntDomain
-
Unique identifier for a small dense domain type.
- SmallDenseDomainIntervalEnumeration - Class in org.jacop.core
-
- SmallDenseDomainIntervalEnumeration(SmallDenseDomain) - Constructor for class org.jacop.core.SmallDenseDomainIntervalEnumeration
-
It create an enumeration for a given domain.
- SmallDenseDomainValueEnumeration - Class in org.jacop.core
-
Defines a methods for enumerating values contain in the domain.
- SmallDenseDomainValueEnumeration(SmallDenseDomain) - Constructor for class org.jacop.core.SmallDenseDomainValueEnumeration
-
It create an enumeration for a given domain.
- smallerDifference - Variable in class org.jacop.set.constraints.Lex
-
- smallerElLevel - Variable in class org.jacop.set.constraints.Lex
-
- smallerElSupport - Variable in class org.jacop.set.constraints.Lex
-
- smallerEqualTuple(int[], int[]) - Method in class org.jacop.core.Store
-
It compares tuples.
- SmallestDomain<T extends Var> - Class in org.jacop.search
-
Defines a Smallest Domain comparator for Variables.
- SmallestDomain() - Constructor for class org.jacop.search.SmallestDomain
-
It constructs a smallest domain variable comparator.
- SmallestDomainFloat<T extends Var> - Class in org.jacop.floats.search
-
Defines a Smallest Domain comparator for Variables.
- SmallestDomainFloat() - Constructor for class org.jacop.floats.search.SmallestDomainFloat
-
It constructs a smallest domain variable comparator.
- SmallestMax<T extends IntVar> - Class in org.jacop.search
-
Defines a SmallestMax comparator for Variables.
- SmallestMax() - Constructor for class org.jacop.search.SmallestMax
-
It constructs the variable comparator based on the smallest maximal value from the domain.
- SmallestMaxFloat<T extends FloatVar> - Class in org.jacop.floats.search
-
Defines a SmallestMaxFloat comparator for Variables.
- SmallestMaxFloat() - Constructor for class org.jacop.floats.search.SmallestMaxFloat
-
It constructs the variable comparator based on the smallest maximal value from the domain.
- SmallestMin<T extends IntVar> - Class in org.jacop.search
-
Defines a SmallestMin comparator for variables.
- SmallestMin() - Constructor for class org.jacop.search.SmallestMin
-
It constructs SmallestMin Comparator.
- SmallestMinFloat<T extends FloatVar> - Class in org.jacop.floats.search
-
Defines a SmallestMinFloat comparator for variables.
- SmallestMinFloat() - Constructor for class org.jacop.floats.search.SmallestMinFloat
-
It constructs SmallestMinFloat Comparator.
- SocialGolfer - Class in org.jacop.examples.set
-
It is a Social Golfer example based on set variables.
- SocialGolfer() - Constructor for class org.jacop.examples.set.SocialGolfer
-
- SoftAlldifferent - Class in org.jacop.constraints
-
This class provides soft-alldifferent constraint by decomposing it
either into a network flow constraint or a set of primitive constraints.
- SoftAlldifferent(IntVar[], IntVar, ViolationMeasure) - Constructor for class org.jacop.constraints.SoftAlldifferent
-
- softCounters - Variable in class org.jacop.constraints.SoftGCC
-
- SoftGCC - Class in org.jacop.constraints
-
This class provides soft-gcc constraint by decomposing it
either into a network flow constraint or a set of primitive constraints.
- SoftGCC(IntVar[], IntVar[], int[], int[], int[], IntVar, ViolationMeasure) - Constructor for class org.jacop.constraints.SoftGCC
-
It specifies soft-GCC constraint.
- SoftGCC(IntVar[], int[], int[], int[], IntVar[], IntVar, ViolationMeasure) - Constructor for class org.jacop.constraints.SoftGCC
-
It specifies soft-GCC constraint.
- SoftGCC(IntVar[], IntVar[], int[], IntVar[], IntVar, ViolationMeasure) - Constructor for class org.jacop.constraints.SoftGCC
-
It specifies soft-GCC constraint.
- SoftGCC(IntVar[], IntVar[], int[], int[], IntVar, ViolationMeasure) - Constructor for class org.jacop.constraints.SoftGCC
-
It specifies soft-GCC constraint.
- SoftGCC(IntVar[], int[], int[], IntVar[], IntVar, ViolationMeasure) - Constructor for class org.jacop.constraints.SoftGCC
-
It specifies soft-GCC constraint.
- SoftGCC(IntVar[], IntVar[], IntVar[], IntVar, ViolationMeasure) - Constructor for class org.jacop.constraints.SoftGCC
-
It specifies soft-GCC constraint.
- softLowerBound - Variable in class org.jacop.constraints.SoftGCC
-
- softUpperBound - Variable in class org.jacop.constraints.SoftGCC
-
- solution - Variable in class org.jacop.search.sgmpcs.SimpleImprovementSearch
-
- SolutionComparator(int) - Constructor for class org.jacop.search.sgmpcs.SGMPCSearch.SolutionComparator
-
- solutionLimit - Variable in class org.jacop.search.SimpleSolutionListener
-
It specifies the number of solutions we want to find.
- solutionLimit - Variable in class org.jacop.search.TransformExtensional
-
The limit of solutions upon reaching the transformation is abandoned and solution
progress normally without any transformation.
- solutionLimitReached() - Method in class org.jacop.search.SimpleSolutionListener
-
- solutionLimitReached() - Method in interface org.jacop.search.SolutionListener
-
It checks if the sufficient number of solutions was found.
- solutionListener - Variable in class org.jacop.search.DepthFirstSearch
-
It is executed when a solution is found.
- SolutionListener<T extends Var> - Interface in org.jacop.search
-
Defines an interface which needs to be implemented by all classes which wants
to be informed about the solution.
- solutions - Variable in class org.jacop.search.SimpleSolutionListener
-
- solutionsNo() - Method in class org.jacop.search.SimpleSolutionListener
-
It returns number of solutions found while using this choice point
selector.
- solutionsNo - Variable in class org.jacop.search.SimpleTimeOut
-
It records number of found solutions.
- solutionsNo() - Method in interface org.jacop.search.SolutionListener
-
It returns number of solutions found while using this choice point
selector.
- solve() - Method in class org.jacop.floats.constraints.IntervalGaussSeidel
-
- solve() - Method in class org.jacop.floats.constraints.MultivariateIntervalNewton
-
- SOLVE - Static variable in interface org.jacop.fz.ParserConstants
-
RegularExpression Id.
- Solve - Class in org.jacop.fz
-
The parser part responsible for parsing the solve part of the flatzinc file,
building a related search and executing it.
- Solve(Store) - Constructor for class org.jacop.fz.Solve
-
It creates a parser for the solve part of the flatzinc file.
- Solve.CostListener<T extends Var> - Class in org.jacop.fz
-
- Solve.PrecisionSetting - Class in org.jacop.fz
-
- solve_expr() - Method in class org.jacop.fz.Parser
-
- solve_item() - Method in class org.jacop.fz.Parser
-
- solve_kind() - Method in class org.jacop.fz.Parser
-
- sortTuples(int[][]) - Method in class org.jacop.core.Store
-
- sortTuplesWithin(int[][]) - Method in class org.jacop.core.Store
-
It sorts tuples.
- sparse - Variable in class org.jacop.util.SparseSet
-
Sparse array used within SparseSet functionality.
- sparseSet - Variable in class org.jacop.core.Store
-
It is used by Extensional MDD constraints.
- SparseSet - Class in org.jacop.util
-
Sparse set representation of the set.
- SparseSet(int) - Constructor for class org.jacop.util.SparseSet
-
It creates a SparseSet with given upper limit on the value
of the biggest element in the set.
- sparseSetSize - Variable in class org.jacop.core.Store
-
It is used by Extensional MDD constraints.
- specialToken - Variable in class org.jacop.fz.Token
-
This field is used to access special tokens that occur prior to this
token, but after the immediately preceding regular (non-special) token.
- SplitSelect<T extends IntVar> - Class in org.jacop.search
-
It is simple and customizable selector of decisions (constraints) which will
be enforced by search.
- SplitSelect(T[], ComparatorVariable<T>, Indomain<T>) - Constructor for class org.jacop.search.SplitSelect
-
The constructor to create a simple choice select mechanism.
- SplitSelect(T[], ComparatorVariable<T>, ComparatorVariable<T>, Indomain<T>) - Constructor for class org.jacop.search.SplitSelect
-
It constructs a simple selection mechanism for choice points.
- SplitSelectFloat<T extends Var> - Class in org.jacop.floats.search
-
It is simple and customizable selector of decisions (constraints) which will
be enforced by search.
- SplitSelectFloat(Store, T[], ComparatorVariable<T>) - Constructor for class org.jacop.floats.search.SplitSelectFloat
-
The constructor to create a simple choice select mechanism.
- SplitSelectFloat(Store, T[], ComparatorVariable<T>, ComparatorVariable<T>) - Constructor for class org.jacop.floats.search.SplitSelectFloat
-
It constructs a simple selection mechanism for choice points.
- SqrtPeqR - Class in org.jacop.floats.constraints
-
Constraint sqrt(P) = R for floats
Boundary consistency is used.
- SqrtPeqR(FloatVar, FloatVar) - Constructor for class org.jacop.floats.constraints.SqrtPeqR
-
It constructs a constraint sqrt(P) = R.
- squares - Static variable in class org.jacop.examples.fd.PerfectSquare
-
The following table contains all the data for all problems instances.
- stamp - Variable in class org.jacop.core.Domain
-
It specifies the level of this domain, which specifies at which store
level it was created and used.
- stamp() - Method in class org.jacop.core.Domain
-
It returns the stamp of the domain.
- stamp() - Method in class org.jacop.core.MutableDomainValue
-
- stamp() - Method in interface org.jacop.core.MutableVarValue
-
It returns the stamp value of value of mutable variable.
- stamp() - Method in class org.jacop.core.TimeStamp
-
It returns the value of the most recent stamp used within that timestamp.
- stamps - Variable in class org.jacop.core.TimeStamp
-
- star() - Method in class org.jacop.util.fsm.FSM
-
It performs star operation on this FSM.
- Star - Static variable in class org.jacop.util.fsm.RegularExpressionParser
-
The constant denoting star expression.
- start - Variable in class org.jacop.constraints.geost.GeostObject
-
It specifies the start time of this object in time dimension.
- starts - Variable in class org.jacop.constraints.Cumulative
-
It specifies/stores start variables for each corresponding task.
- startSize - Static variable in class org.jacop.util.MDD
-
The initial size of the array representing an MDD.
- stateId - Static variable in class org.jacop.util.fsm.FSM
-
It specifies number of states created in DFA class.
- staticFlag - Static variable in class org.jacop.fz.SimpleCharStream
-
Whether parser is static.
- Statistics - Class in org.jacop.constraints.netflow
-
This class stores all the statistics gather during the execution of the network flow constraint.
- Statistics() - Constructor for class org.jacop.constraints.netflow.Statistics
-
- statistics(boolean) - Method in class org.jacop.fz.Solve
-
- Steiner - Class in org.jacop.examples.set
-
It models and solves Steiner problem.
- Steiner() - Constructor for class org.jacop.examples.set.Steiner
-
- stillHasHole() - Method in class org.jacop.constraints.geost.DomainHoles
-
It specifies if still any domain variable of the object in focus by this domain holes constraint
has still any holes.
- StonesOfHeaven - Class in org.jacop.examples.fd
-
It solves a simple logic puzzle about artifacts.
- StonesOfHeaven() - Constructor for class org.jacop.examples.fd.StonesOfHeaven
-
- store - Variable in class org.jacop.constraints.geost.Geost
-
It keeps a reference to the store.
- store - Variable in class org.jacop.constraints.netflow.Network
-
The store
- Store - Class in org.jacop.core
-
It is an abstract class to describe all necessary functions of any store.
- Store() - Constructor for class org.jacop.core.Store
-
It specifies the default constructor of the store.
- Store(int) - Constructor for class org.jacop.core.Store
-
It specifies the constructor of the store, which allows to decide what is
the initial size of the Variable list.
- store - Variable in class org.jacop.core.Var
-
Each variable is created in a store.
- store - Variable in class org.jacop.examples.fd.ExampleFD
-
It specifies the constraint store responsible for holding information
about constraints and variables.
- store - Variable in class org.jacop.examples.set.ExampleSet
-
It specifies the constraint store responsible for holding information
about constraints and variables.
- store - Variable in class org.jacop.search.DepthFirstSearch
-
It represents store within which a search is performed.
- store - Variable in class org.jacop.search.sgmpcs.SGMPCSearch
-
- store - Variable in class org.jacop.search.sgmpcs.SimpleImprovementSearch
-
- storeResidue(int, int) - Method in class org.jacop.constraints.ExtensionalSupportSTR
-
It moves the residue to the beginning of the list.
- Stretch - Class in org.jacop.constraints
-
It constructs a Stretch constraint based on Regular constraint.
- Stretch(int[], int[], int[], IntVar[]) - Constructor for class org.jacop.constraints.Stretch
-
It creates a Stretch constraint.
- strict - Variable in class org.jacop.set.constraints.AinB
-
It specifies if the inclusion relation is strict.
- strict - Variable in class org.jacop.set.constraints.AinS
-
It specifies if the inclusion relation is strict.
- strict - Variable in class org.jacop.set.constraints.EinA
-
It specifies if the inclusion relation is strict.
- strict - Variable in class org.jacop.set.constraints.Lex
-
It specifies if the relation is strict or not.
- strict - Variable in class org.jacop.set.constraints.SinA
-
It specifies if the inclusion relation is strict.
- strict - Variable in class org.jacop.set.constraints.XinA
-
It specifies if the inclusion relation is strict.
- STRING_LITERAL - Static variable in interface org.jacop.fz.ParserConstants
-
RegularExpression Id.
- structure - Variable in class org.jacop.constraints.netflow.ArcCompanion
-
The associated structure variable
- subBounds(double, double, double, double) - Static method in class org.jacop.floats.core.FloatDomain
-
- Subcircuit - Class in org.jacop.constraints
-
Subcircuit constraint assures that all variables build a
subcircuit.
- Subcircuit(IntVar[]) - Constructor for class org.jacop.constraints.Subcircuit
-
It constructs a circuit constraint.
- Subcircuit(ArrayList<IntVar>) - Constructor for class org.jacop.constraints.Subcircuit
-
It constructs a circuit constraint.
- subs - Variable in class org.jacop.examples.fd.Golomb
-
It contains all differences between all possible pairs of marks.
- subtract(DBox, Collection<DBox>) - Method in class org.jacop.constraints.geost.DBox
-
computes the difference between this box and the given box.
- subtract(ProfileItem, ProfileItem, ProfileItem) - Method in class org.jacop.constraints.ProfileItem
-
It computes subtraction of a given item and returns the result.
- subtract(int) - Method in class org.jacop.core.BoundDomain
-
- subtract(IntDomain) - Method in class org.jacop.core.BoundDomain
-
- subtract(int, int) - Method in class org.jacop.core.BoundDomain
-
- subtract(int) - Method in class org.jacop.core.IntDomain
-
It intersects with the domain which is a complement of value.
- subtract(IntDomain) - Method in class org.jacop.core.IntDomain
-
It subtracts domain from current domain and returns the result.
- subtract(int, int) - Method in class org.jacop.core.IntDomain
-
It subtracts interval min..max.
- subtract(int) - Method in class org.jacop.core.IntervalDomain
-
- subtract(IntDomain) - Method in class org.jacop.core.IntervalDomain
-
It subtracts domain from current domain and returns the result.
- subtract(int, int) - Method in class org.jacop.core.IntervalDomain
-
It subtracts min..max from current domain and returns the result.
- subtract(int) - Method in class org.jacop.core.SmallDenseDomain
-
- subtract(IntDomain) - Method in class org.jacop.core.SmallDenseDomain
-
- subtract(int, int) - Method in class org.jacop.core.SmallDenseDomain
-
- subtract(double) - Method in class org.jacop.floats.core.FloatDomain
-
It intersects with the domain which is a complement of value.
- subtract(FloatDomain) - Method in class org.jacop.floats.core.FloatDomain
-
It subtracts domain from current domain and returns the result.
- subtract(double, double) - Method in class org.jacop.floats.core.FloatDomain
-
It subtracts interval min..max.
- subtract(double) - Method in class org.jacop.floats.core.FloatIntervalDomain
-
- subtract(FloatDomain) - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It subtracts domain from current domain and returns the result.
- subtract(double, double) - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It subtracts min..max from current domain and returns the result.
- subtract(SetDomain) - Method in class org.jacop.set.core.BoundSetDomain
-
It subtracts domain from current domain and returns the result.
- subtract(int, int) - Method in class org.jacop.set.core.BoundSetDomain
-
It subtracts the elements of the set {min..max}.
- subtract(int) - Method in class org.jacop.set.core.BoundSetDomain
-
It subtracts the set {value}.
- subtract(SetDomain) - Method in class org.jacop.set.core.SetDomain
-
It subtracts domain from current domain and returns the result.
- subtract(int, int) - Method in class org.jacop.set.core.SetDomain
-
It subtracts the set {min..max}.
- subtract(int) - Method in class org.jacop.set.core.SetDomain
-
It removes the value from any set allowed to be taken
by this set domain.
- subtractAdapt(int) - Method in class org.jacop.core.BoundDomain
-
- subtractAdapt(int, int) - Method in class org.jacop.core.BoundDomain
-
- subtractAdapt(int) - Method in class org.jacop.core.IntDomain
-
It removes value from the domain.
- subtractAdapt(int, int) - Method in class org.jacop.core.IntDomain
-
It removes all values between min and max to the domain.
- subtractAdapt(int) - Method in class org.jacop.core.IntervalDomain
-
- subtractAdapt(int, int) - Method in class org.jacop.core.IntervalDomain
-
- subtractAdapt(int, int) - Method in class org.jacop.core.SmallDenseDomain
-
- subtractAdapt(int) - Method in class org.jacop.core.SmallDenseDomain
-
- subtractAdapt(double) - Method in class org.jacop.floats.core.FloatDomain
-
It removes value from the domain.
- subtractAdapt(double, double) - Method in class org.jacop.floats.core.FloatDomain
-
It removes all values between min and max to the domain.
- subtractAdapt(double) - Method in class org.jacop.floats.core.FloatIntervalDomain
-
- subtractAdapt(double, double) - Method in class org.jacop.floats.core.FloatIntervalDomain
-
- subtractAll(Collection<DBox>, Collection<DBox>, Collection<DBox>) - Static method in class org.jacop.constraints.geost.DBox
-
It computes the result of a subtraction from the given collection of boxes of all the boxes given
in the subtracting collection.
- subtractAll(Collection<DBox>, Collection<DBox>) - Method in class org.jacop.constraints.geost.DBox
-
It computes the result of a subtraction from this box of all the boxes given.
- successes - Variable in class org.jacop.search.Shaving
-
It stores number of successful shaving attempts.
- successor - Variable in class org.jacop.util.fsm.FSMTransition
-
It specifies the successor state we arrive to after taking the transition.
- successors - Variable in class org.jacop.constraints.regular.RegState
-
It specifies the list of successor states for this state.
- sucDomToString(int) - Method in class org.jacop.constraints.regular.RegState
-
- sucDomToString(int) - Method in class org.jacop.constraints.regular.RegStateDom
-
- sucDomToString(int) - Method in class org.jacop.constraints.regular.RegStateInt
-
- Sudoku - Class in org.jacop.examples.fd
-
- Sudoku() - Constructor for class org.jacop.examples.fd.Sudoku
-
- sum - Variable in class org.jacop.constraints.Linear
-
It specifies variable for the overall sum.
- Sum - Class in org.jacop.constraints
-
Sum constraint implements the summation over several Variable's .
- Sum(IntVar[], IntVar) - Constructor for class org.jacop.constraints.Sum
-
It constructs sum constraint which sums all variables and makes it equal to variable sum.
- Sum(ArrayList<? extends IntVar>, IntVar) - Constructor for class org.jacop.constraints.Sum
-
It creates a sum constraints which sums all variables and makes it equal to variable sum.
- sum - Variable in class org.jacop.constraints.Sum
-
It specifies variable sum to store the overall sum of the variables being summed up.
- sum - Variable in class org.jacop.constraints.SumWeight
-
It specifies variable for the overall sum.
- sum - Variable in class org.jacop.constraints.SumWeightDom
-
It specifies variable for the overall sum.
- sum - Variable in class org.jacop.examples.fd.muca.MUCA
-
It specifies the number of goods after the last transition.
- sum - Variable in class org.jacop.floats.constraints.linear.Linear
-
It specifies variable for the overall sum.
- Sum - Static variable in class org.jacop.util.fsm.RegularExpressionParser
-
The constant denoting sum expression.
- SumWeight - Class in org.jacop.constraints
-
SumWeight constraint implements the weighted summation over several
variables .
- SumWeight(IntVar[], int[], IntVar) - Constructor for class org.jacop.constraints.SumWeight
-
- SumWeight(ArrayList<? extends IntVar>, ArrayList<Integer>, IntVar) - Constructor for class org.jacop.constraints.SumWeight
-
It constructs the constraint SumWeight.
- SumWeightDom - Class in org.jacop.constraints
-
SumWeightDom constraint implements the weighted summation over several
variables .
- SumWeightDom(IntVar[], int[], int) - Constructor for class org.jacop.constraints.SumWeightDom
-
- SumWeightDom(IntVar[], int[], IntVar) - Constructor for class org.jacop.constraints.SumWeightDom
-
- SumWeightDom(ArrayList<? extends IntVar>, ArrayList<Integer>, int) - Constructor for class org.jacop.constraints.SumWeightDom
-
It constructs the constraint SumWeightDom.
- SumWeightDom(ArrayList<? extends IntVar>, ArrayList<Integer>, IntVar) - Constructor for class org.jacop.constraints.SumWeightDom
-
It constructs the constraint SumWeightDom.
- SumWeightedSet - Class in org.jacop.set.constraints
-
It computes a weighted sum of the elements in the domain of the given set variable.
- SumWeightedSet(SetVar, int[], int[], IntVar) - Constructor for class org.jacop.set.constraints.SumWeightedSet
-
It constructs a weighted set sum constraint.
- SumWeightedSet(SetVar, IntVar) - Constructor for class org.jacop.set.constraints.SumWeightedSet
-
It constructs a weighted set sum constraint.
- SumWeightedSet(SetVar, int[], IntVar) - Constructor for class org.jacop.set.constraints.SumWeightedSet
-
It constructs a weighted set sum constraint.
- supplyGuideFeedback(boolean) - Method in class org.jacop.constraints.Constraint
-
This function allows to provide a guide feedback.
- supplyGuideFeedback(boolean) - Method in class org.jacop.constraints.In
-
- supplyGuideFeedback(boolean) - Method in class org.jacop.constraints.Sum
-
- supportDimension(int) - Static method in class org.jacop.constraints.geost.DBox
-
It makes sure that there is a slot of the given dimension in the slot.
- supports - Variable in class org.jacop.constraints.regular.Regular
-
It keeps for each variable value pair a current support.
- supportsVariablePositions - Variable in class org.jacop.constraints.ExtensionalSupportSTR
-
The positions of the variables for which GAC must be checked.
- SurvoPuzzle - Class in org.jacop.examples.fd
-
It solves Survo puzzle.
- SurvoPuzzle() - Constructor for class org.jacop.examples.fd.SurvoPuzzle
-
- SVARS - Static variable in class org.jacop.constraints.netflow.Statistics
-
- SwitchesPruningLogging - Class in org.jacop.core
-
It is a container class which specifies all different switches to turn
on debugging information.
- SwitchTo(int) - Method in class org.jacop.fz.ParserTokenManager
-
Switch to specified lex state.
- SyntaxException() - Constructor for exception org.jacop.util.fsm.RegularExpressionParser.SyntaxException
-
The constructor to create an syntax exception without the message.
- SyntaxException(String) - Constructor for exception org.jacop.util.fsm.RegularExpressionParser.SyntaxException
-
The constructor to create an syntax exception with a given message.
- Tables - Class in org.jacop.fz
-
This class contains information about all variables, including
the variables which are used by search.
- Tables() - Constructor for class org.jacop.fz.Tables
-
It constructs the storage object to store different objects, like int, array of ints, sets, ...
- Tables(Store) - Constructor for class org.jacop.fz.Tables
-
- tabSize - Variable in class org.jacop.fz.SimpleCharStream
-
- tail() - Method in class org.jacop.constraints.netflow.simplex.Arc
-
- tailsOfEliminatedTuples - Variable in class org.jacop.constraints.ExtensionalSupportSTR
-
Gives the last position of the eliminated tuple at a given level.
- takenWeightOfCriticalItem - Variable in class org.jacop.constraints.knapsack.Tree
-
It specifies how much weight is used by an optimal
non-fractional solution.
- TanExample - Class in org.jacop.examples.floats
-
- TanExample() - Constructor for class org.jacop.examples.floats.TanExample
-
- TanPeqR - Class in org.jacop.floats.constraints
-
Constraints sin(P) = R
Bounds consistency can be used; third parameter of constructor controls this.
- TanPeqR(FloatVar, FloatVar) - Constructor for class org.jacop.floats.constraints.TanPeqR
-
It constructs sin(P) = Q constraints.
- TERMINAL - Static variable in class org.jacop.util.MDD
-
It specifies an identifier which denotes a terminal node.
- test(String[]) - Static method in class org.jacop.examples.fd.CalendarMen
-
It executes the program solving this puzzle using two different models.
- test(String[]) - Static method in class org.jacop.examples.fd.carsequencing.CarSequencing
-
It executes the program to solve car sequencing problem.
- test(String[]) - Static method in class org.jacop.examples.fd.Golomb
-
It executes the program which first computes the optimal Golomb ruler.
- test(String[]) - Static method in class org.jacop.examples.fd.Langford
-
It executes the program to solve the Langford problem.
- test(String[]) - Static method in class org.jacop.examples.fd.MagicSquares
-
It executes the program which solves the MagicSquare problem using many different
model and searches.
- test(String[]) - Static method in class org.jacop.examples.fd.nonogram.Nonogram
-
It executes the program which solves this simple problem.
- test(String[]) - Static method in class org.jacop.examples.fd.PerfectSquare
-
It runs a perfect square problem.
- test(String[]) - Static method in class org.jacop.examples.fd.qcp.QCP
-
It executes the program which solves the QCP in multiple different ways.
- test(String[]) - Static method in class org.jacop.examples.fd.Queens
-
It executes different models and search methods to solve Queens problem.
- test(String[]) - Static method in class org.jacop.examples.fd.Sudoku
-
It specifies the testing function creating a model for a particular Sudoku.
- thenC - Variable in class org.jacop.constraints.IfThen
-
It specifies constraint condC in the IfThen constraint.
- thenC - Variable in class org.jacop.constraints.IfThenElse
-
It specifies constraint condC in the IfThenElse constraint.
- thread - Variable in class org.jacop.constraints.netflow.simplex.Node
-
- throwFailException(Var) - Method in class org.jacop.core.Store
-
It throws an exception after printing trace information if tracing is
switched on.
- tieBreakingComparator - Variable in class org.jacop.search.SimpleSelect
-
- TimeBoundConstraint() - Constructor for class org.jacop.constraints.geost.GeostObject.TimeBoundConstraint
-
TODO, is it really needed this constructor?
- timeOnlyCheck(Geost.SweepDirection, LexicographicalOrder, GeostObject, int, int[]) - Method in class org.jacop.constraints.geost.ObstacleObjectFrame
-
- timeOut - Variable in class org.jacop.search.NoGoodsCollector
-
It specifies if the timeout has occurred and search is being terminated.
- TimeOutListener - Interface in org.jacop.search
-
It defines an interface of the class which wants to be informed about timeout
occurring during search, as well as the number of solutions found before
timeout has occurred.
- timeOutListeners - Variable in class org.jacop.search.SimpleTimeOut
-
It contains child(ren) of this timeout listener.
- timeOutOccured - Variable in class org.jacop.search.DepthFirstSearch
-
It specifies that the time-out has occured
- timeOutOccurred - Variable in class org.jacop.search.SimpleTimeOut
-
It specifies if the timeout has already occurred.
- TimeStamp<T> - Class in org.jacop.core
-
This class provides mutable variable functionality.
- TimeStamp(Store, T) - Constructor for class org.jacop.core.TimeStamp
-
The constructor.
- timeStamps - Variable in class org.jacop.core.Store
-
TimeStamp variable is a simpler version of a mutable variable.
- TinyTSP - Class in org.jacop.examples.floats
-
- TinyTSP() - Constructor for class org.jacop.examples.floats.TinyTSP
-
- toArray() - Method in class org.jacop.util.SimpleArrayList
-
Returns an array containing all of the elements in this list in the
correct order.
- toArray(T[]) - Method in class org.jacop.util.SimpleArrayList
-
Returns an array containing all of the elements in this list in the
correct order; the runtime type of the returned array is that of the
specified array.
- toFlow() - Method in class org.jacop.constraints.netflow.simplex.Arc
-
- toIntArray() - Method in class org.jacop.core.IntDomain
-
It constructs and int array containing all elements in the domain.
- toIntArray() - Method in class org.jacop.floats.core.FloatDomain
-
It constructs and int array containing all elements in the domain.
- toIntervalDomain() - Method in class org.jacop.core.SmallDenseDomain
-
- token - Variable in class org.jacop.fz.Parser
-
Current token.
- Token - Class in org.jacop.fz
-
Describes the input token stream.
- Token() - Constructor for class org.jacop.fz.Token
-
No-argument constructor
- Token(int) - Constructor for class org.jacop.fz.Token
-
Constructs a new token for the specified Image.
- Token(int, String) - Constructor for class org.jacop.fz.Token
-
Constructs a new token for the specified Image and Kind.
- token_source - Variable in class org.jacop.fz.Parser
-
Generated Token Manager.
- tokenImage - Variable in exception org.jacop.fz.ParseException
-
This is a reference to the "tokenImage" array of the generated
parser within which the parse error occurred.
- tokenImage - Static variable in interface org.jacop.fz.ParserConstants
-
Literal token values.
- TokenMgrError - Error in org.jacop.fz
-
Token Manager Error.
- TokenMgrError() - Constructor for error org.jacop.fz.TokenMgrError
-
No arg constructor.
- TokenMgrError(String, int) - Constructor for error org.jacop.fz.TokenMgrError
-
Constructor with message and reason.
- TokenMgrError(boolean, int, int, int, String, char, int) - Constructor for error org.jacop.fz.TokenMgrError
-
Full Constructor.
- toLatex(String) - Method in class org.jacop.constraints.regular.Regular
-
It creates a latex description of the constraint state.
- toParent - Variable in class org.jacop.constraints.netflow.simplex.Node
-
- toString() - Method in class org.jacop.constraints.AbsXeqY
-
- toString() - Method in class org.jacop.constraints.Alldiff
-
- toString() - Method in class org.jacop.constraints.Alldifferent
-
- toString() - Method in class org.jacop.constraints.Alldistinct
-
- toString() - Method in class org.jacop.constraints.Among
-
- toString() - Method in class org.jacop.constraints.AmongVar
-
- toString() - Method in class org.jacop.constraints.And
-
- toString() - Method in class org.jacop.constraints.AndBool
-
- toString() - Method in class org.jacop.constraints.Assignment
-
- toString() - Method in class org.jacop.constraints.binpacking.Binpacking
-
- toString() - Method in class org.jacop.constraints.Circuit
-
- toString() - Method in class org.jacop.constraints.Constraint
-
It produces a string representation of a constraint state.
- toString() - Method in class org.jacop.constraints.Count
-
- toString() - Method in class org.jacop.constraints.Cumulative
-
- toString() - Method in class org.jacop.constraints.Diff
-
- toString() - Method in class org.jacop.constraints.Diff2
-
- toString() - Method in class org.jacop.constraints.Disjoint
-
- toString() - Method in class org.jacop.constraints.DisjointConditional
-
- toString() - Method in class org.jacop.constraints.Distance
-
- toString() - Method in class org.jacop.constraints.Element
-
- toString() - Method in class org.jacop.constraints.ElementInteger
-
- toString() - Method in class org.jacop.constraints.ElementVariable
-
- toString() - Method in class org.jacop.constraints.Eq
-
- toString() - Method in class org.jacop.constraints.EqBool
-
- toString() - Method in class org.jacop.constraints.ExtensionalConflictVA
-
- toString() - Method in class org.jacop.constraints.ExtensionalSupportMDD
-
- toString() - Method in class org.jacop.constraints.ExtensionalSupportSTR
-
- toString() - Method in class org.jacop.constraints.ExtensionalSupportVA
-
- toString() - Method in class org.jacop.constraints.GCC
-
- toString() - Method in class org.jacop.constraints.geost.AllowedArea
-
- toString() - Method in class org.jacop.constraints.geost.DBox
-
- toString() - Method in class org.jacop.constraints.geost.Geost
-
- toString() - Method in class org.jacop.constraints.geost.GeostObject.TimeBoundConstraint
-
- toString() - Method in class org.jacop.constraints.geost.GeostObject
-
- toString() - Method in class org.jacop.constraints.geost.ObstacleObject
-
- toString() - Method in class org.jacop.constraints.geost.ObstacleObjectFrame
-
- toString() - Method in class org.jacop.constraints.geost.PredefinedOrder
-
- toString() - Method in class org.jacop.constraints.geost.Shape
-
- toString() - Method in class org.jacop.constraints.IfThen
-
- toString() - Method in class org.jacop.constraints.IfThenBool
-
- toString() - Method in class org.jacop.constraints.IfThenElse
-
- toString() - Method in class org.jacop.constraints.In
-
- toString() - Method in class org.jacop.constraints.knapsack.Knapsack
-
- toString() - Method in class org.jacop.constraints.knapsack.KnapsackItem
-
- toString() - Method in class org.jacop.constraints.knapsack.Tree
-
- toString() - Method in class org.jacop.constraints.knapsack.TreeLeaf
-
- toString() - Method in class org.jacop.constraints.knapsack.TreeNode
-
- toString() - Method in class org.jacop.constraints.LexOrder
-
- toString() - Method in class org.jacop.constraints.Linear
-
- toString() - Method in class org.jacop.constraints.Max
-
- toString() - Method in class org.jacop.constraints.Min
-
- toString() - Method in class org.jacop.constraints.netflow.ArcCompanion
-
- toString() - Method in class org.jacop.constraints.netflow.NetworkFlow
-
- toString() - Method in class org.jacop.constraints.netflow.simplex.Arc
-
- toString() - Method in class org.jacop.constraints.netflow.simplex.Node
-
- toString() - Method in class org.jacop.constraints.netflow.Statistics
-
- toString() - Method in class org.jacop.constraints.NoGood
-
- toString() - Method in class org.jacop.constraints.Not
-
- toString() - Method in class org.jacop.constraints.Or
-
- toString() - Method in class org.jacop.constraints.OrBool
-
- toString() - Method in class org.jacop.constraints.Profile
-
- toString() - Method in class org.jacop.constraints.ProfileItem
-
- toString() - Method in class org.jacop.constraints.Rectangle
-
- toString() - Method in class org.jacop.constraints.regular.RegStateInt
-
- toString() - Method in class org.jacop.constraints.regular.Regular
-
- toString() - Method in class org.jacop.constraints.Reified
-
- toString() - Method in class org.jacop.constraints.Subcircuit
-
- toString() - Method in class org.jacop.constraints.Sum
-
- toString() - Method in class org.jacop.constraints.SumWeight
-
- toString() - Method in class org.jacop.constraints.SumWeightDom
-
- toString() - Method in class org.jacop.constraints.Values
-
- toString() - Method in class org.jacop.constraints.XdivYeqZ
-
- toString() - Method in class org.jacop.constraints.XeqC
-
- toString() - Method in class org.jacop.constraints.XeqY
-
- toString() - Method in class org.jacop.constraints.XexpYeqZ
-
- toString() - Method in class org.jacop.constraints.XgtC
-
- toString() - Method in class org.jacop.constraints.XgteqC
-
- toString() - Method in class org.jacop.constraints.XgteqY
-
- toString() - Method in class org.jacop.constraints.XgtY
-
- toString() - Method in class org.jacop.constraints.XltC
-
- toString() - Method in class org.jacop.constraints.XlteqC
-
- toString() - Method in class org.jacop.constraints.XlteqY
-
- toString() - Method in class org.jacop.constraints.XltY
-
- toString() - Method in class org.jacop.constraints.XmodYeqZ
-
- toString() - Method in class org.jacop.constraints.XmulCeqZ
-
- toString() - Method in class org.jacop.constraints.XmulYeqC
-
- toString() - Method in class org.jacop.constraints.XmulYeqZ
-
- toString() - Method in class org.jacop.constraints.XneqC
-
- toString() - Method in class org.jacop.constraints.XneqY
-
- toString() - Method in class org.jacop.constraints.Xor
-
- toString() - Method in class org.jacop.constraints.XorBool
-
- toString() - Method in class org.jacop.constraints.XplusCeqZ
-
- toString() - Method in class org.jacop.constraints.XplusClteqZ
-
- toString() - Method in class org.jacop.constraints.XplusYeqC
-
- toString() - Method in class org.jacop.constraints.XplusYeqZ
-
- toString() - Method in class org.jacop.constraints.XplusYgtC
-
- toString() - Method in class org.jacop.constraints.XplusYlteqZ
-
- toString() - Method in class org.jacop.constraints.XplusYplusCeqZ
-
- toString() - Method in class org.jacop.constraints.XplusYplusQeqZ
-
- toString() - Method in class org.jacop.constraints.XplusYplusQgtC
-
- toString() - Method in class org.jacop.core.BooleanVar
-
- toString() - Method in class org.jacop.core.BoundDomain
-
- toString() - Method in class org.jacop.core.Domain
-
It returns string description of the domain (only values in the domain).
- toString() - Method in class org.jacop.core.Interval
-
- toString() - Method in class org.jacop.core.IntervalDomain
-
It returns string description of the domain (only values in the domain).
- toString() - Method in class org.jacop.core.IntVar
-
- toString() - Method in class org.jacop.core.MutableDomain
-
- toString() - Method in class org.jacop.core.MutableDomainValue
-
- toString() - Method in interface org.jacop.core.MutableVar
-
It returns string representation of Mutable variable.
- toString() - Method in interface org.jacop.core.MutableVarValue
-
It returns string representation of the current value of mutable
variable.
- toString() - Method in class org.jacop.core.SimpleBacktrackableManager
-
- toString() - Method in class org.jacop.core.SmallDenseDomain
-
- toString() - Method in class org.jacop.core.Store
-
This function returns a string a representation of the store.
- toString() - Method in class org.jacop.core.TimeStamp
-
- toString() - Method in class org.jacop.floats.constraints.AbsPeqR
-
- toString() - Method in class org.jacop.floats.constraints.AcosPeqR
-
- toString() - Method in class org.jacop.floats.constraints.AsinPeqR
-
- toString() - Method in class org.jacop.floats.constraints.AtanPeqR
-
- toString() - Method in class org.jacop.floats.constraints.CosPeqR
-
- toString() - Method in class org.jacop.floats.constraints.CosPeqR_decomposed
-
- toString() - Method in class org.jacop.floats.constraints.ElementFloat
-
- toString() - Method in class org.jacop.floats.constraints.EquationSystem
-
- toString() - Method in class org.jacop.floats.constraints.ExpPeqR
-
- toString() - Method in class org.jacop.floats.constraints.IntervalGaussSeidel
-
- toString() - Method in class org.jacop.floats.constraints.linear.BinaryNode
-
- toString() - Method in class org.jacop.floats.constraints.linear.BNode
-
- toString() - Method in class org.jacop.floats.constraints.linear.BTree
-
- toString() - Method in class org.jacop.floats.constraints.linear.Linear
-
- toString() - Method in class org.jacop.floats.constraints.linear.RootBNode
-
- toString() - Method in class org.jacop.floats.constraints.linear.VarNode
-
- toString() - Method in class org.jacop.floats.constraints.linear.VarWeightNode
-
- toString() - Method in class org.jacop.floats.constraints.LnPeqR
-
- toString() - Method in class org.jacop.floats.constraints.Max
-
- toString() - Method in class org.jacop.floats.constraints.Min
-
- toString() - Method in class org.jacop.floats.constraints.MultivariateIntervalNewton
-
- toString() - Method in class org.jacop.floats.constraints.PdivCeqR
-
- toString() - Method in class org.jacop.floats.constraints.PdivQeqR
-
- toString() - Method in class org.jacop.floats.constraints.PeqC
-
- toString() - Method in class org.jacop.floats.constraints.PeqQ
-
- toString() - Method in class org.jacop.floats.constraints.PgtC
-
- toString() - Method in class org.jacop.floats.constraints.PgteqC
-
- toString() - Method in class org.jacop.floats.constraints.PgteqQ
-
- toString() - Method in class org.jacop.floats.constraints.PgtQ
-
- toString() - Method in class org.jacop.floats.constraints.PltC
-
- toString() - Method in class org.jacop.floats.constraints.PlteqC
-
- toString() - Method in class org.jacop.floats.constraints.PlteqQ
-
- toString() - Method in class org.jacop.floats.constraints.PltQ
-
- toString() - Method in class org.jacop.floats.constraints.PminusCeqR
-
- toString() - Method in class org.jacop.floats.constraints.PminusQeqR
-
- toString() - Method in class org.jacop.floats.constraints.PmulCeqR
-
- toString() - Method in class org.jacop.floats.constraints.PmulQeqR
-
- toString() - Method in class org.jacop.floats.constraints.PneqC
-
- toString() - Method in class org.jacop.floats.constraints.PneqQ
-
- toString() - Method in class org.jacop.floats.constraints.PplusCeqR
-
- toString() - Method in class org.jacop.floats.constraints.PplusQeqR
-
- toString() - Method in class org.jacop.floats.constraints.SinPeqR
-
- toString() - Method in class org.jacop.floats.constraints.SqrtPeqR
-
- toString() - Method in class org.jacop.floats.constraints.TanPeqR
-
- toString() - Method in class org.jacop.floats.constraints.XeqP
-
- toString() - Method in class org.jacop.floats.core.FloatInterval
-
- toString() - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It returns string description of the domain (only values in the domain).
- toString() - Method in class org.jacop.floats.core.FloatVar
-
- toString() - Method in class org.jacop.fz.ArrayAccess
-
- toString() - Method in class org.jacop.fz.ASTAnnExpr
-
- toString() - Method in class org.jacop.fz.ASTAnnotation
-
- toString() - Method in class org.jacop.fz.ASTConstElem
-
- toString() - Method in class org.jacop.fz.ASTFloatTiExprTail
-
- toString() - Method in class org.jacop.fz.ASTIntFlatExpr
-
- toString() - Method in class org.jacop.fz.ASTIntLiterals
-
- toString() - Method in class org.jacop.fz.ASTIntTiExprTail
-
- toString() - Method in class org.jacop.fz.ASTScalarFlatExpr
-
- toString() - Method in class org.jacop.fz.ASTSetLiteral
-
- toString() - Method in class org.jacop.fz.ASTSolveExpr
-
- toString() - Method in class org.jacop.fz.ASTSolveKind
-
- toString() - Method in class org.jacop.fz.ASTVarDeclItem
-
- toString() - Method in class org.jacop.fz.ASTVariableExpr
-
- toString() - Method in class org.jacop.fz.OutputArrayAnnotation
-
- toString() - Method in class org.jacop.fz.SearchItem
-
- toString() - Method in class org.jacop.fz.SimpleNode
-
- toString(String) - Method in class org.jacop.fz.SimpleNode
-
- toString() - Method in class org.jacop.fz.Tables
-
- toString() - Method in class org.jacop.fz.Token
-
Returns the image.
- toString() - Method in class org.jacop.search.CreditCalculator
-
- toString() - Method in class org.jacop.search.DepthFirstSearch
-
- toString() - Method in class org.jacop.search.NoGoodsCollector
-
- toString() - Method in class org.jacop.search.RandomSelect
-
- toString() - Method in interface org.jacop.search.Search
-
- toString() - Method in class org.jacop.search.SimpleMatrixSelect
-
- toString() - Method in class org.jacop.search.SimpleSelect
-
- toString() - Method in class org.jacop.search.SimpleSolutionListener
-
- toString() - Method in interface org.jacop.search.SolutionListener
-
It returns the string representation of the last solution.
- toString() - Method in class org.jacop.search.TraceGenerator
-
- toString() - Method in class org.jacop.set.constraints.AdiffBeqC
-
- toString() - Method in class org.jacop.set.constraints.AdisjointB
-
- toString() - Method in class org.jacop.set.constraints.AeqB
-
- toString() - Method in class org.jacop.set.constraints.AeqS
-
- toString() - Method in class org.jacop.set.constraints.AinB
-
- toString() - Method in class org.jacop.set.constraints.AinS
-
- toString() - Method in class org.jacop.set.constraints.AintersectBeqC
-
- toString() - Method in class org.jacop.set.constraints.AunionBeqC
-
- toString() - Method in class org.jacop.set.constraints.CardA
-
- toString() - Method in class org.jacop.set.constraints.CardAeqX
-
- toString() - Method in class org.jacop.set.constraints.EinA
-
- toString() - Method in class org.jacop.set.constraints.ElementSet
-
- toString() - Method in class org.jacop.set.constraints.Lex
-
- toString() - Method in class org.jacop.set.constraints.Match
-
- toString() - Method in class org.jacop.set.constraints.SinA
-
- toString() - Method in class org.jacop.set.constraints.SumWeightedSet
-
- toString() - Method in class org.jacop.set.constraints.XeqA
-
- toString() - Method in class org.jacop.set.constraints.XinA
-
- toString() - Method in class org.jacop.set.core.BoundSetDomain
-
It returns string description of the domain.
- toString() - Method in class org.jacop.set.core.SetVar
-
- toString() - Method in class org.jacop.ui.PrintSchedule
-
- toString() - Method in class org.jacop.util.fsm.FSM
-
- toString() - Method in class org.jacop.util.fsm.FSMState
-
- toString() - Method in class org.jacop.util.fsm.FSMTransition
-
- toString() - Method in class org.jacop.util.fsm.RegularExpressionParser.Literal
-
- toString() - Method in class org.jacop.util.MDD
-
- toString() - Method in class org.jacop.util.SimpleArrayList
-
Check if the given index is in range.
- toString() - Method in class org.jacop.util.SimpleHashSet
-
Returns string representation of the hash set.
- toString() - Method in class org.jacop.util.SparseSet
-
- toStringArray(CarSequencing) - Static method in class org.jacop.examples.fd.carsequencing.CarSequencing
-
It creates a String representation of the problem being supplied.
- toStringChangedEl() - Method in class org.jacop.core.Store
-
This function returns a string representation of the constraints pending
for re-evaluation.
- toStringConstraints() - Method in class org.jacop.core.BoundDomain
-
- toStringConstraints() - Method in class org.jacop.core.Domain
-
It returns string description of the constraints attached to the domain.
- toStringConstraints() - Method in class org.jacop.core.IntervalDomain
-
It returns string description of the constraints attached to the domain.
- toStringConstraints() - Method in class org.jacop.core.SmallDenseDomain
-
- toStringConstraints() - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It returns string description of the constraints attached to the domain.
- toStringConstraints() - Method in class org.jacop.set.core.SetDomain
-
It returns string description of the constraints attached to the domain.
- toStringFull() - Method in class org.jacop.core.BooleanVar
-
- toStringFull() - Method in class org.jacop.core.BoundDomain
-
- toStringFull() - Method in class org.jacop.core.Domain
-
It returns complete string description containing all relevant
information about the domain.
- toStringFull() - Method in class org.jacop.core.IntervalDomain
-
It returns complete string description containing all relevant
information.
- toStringFull() - Method in class org.jacop.core.IntVar
-
It returns the string representation of the variable using the full representation
of the domain.
- toStringFull() - Method in class org.jacop.core.SmallDenseDomain
-
- toStringFull() - Method in class org.jacop.core.Var
-
It returns the string representation of the variable using the full representation
of the domain.
- toStringFull() - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It returns complete string description containing all relevant
information.
- toStringFull() - Method in class org.jacop.floats.core.FloatVar
-
It returns the string representation of the variable using the full representation
of the domain.
- toStringFull() - Method in class org.jacop.set.core.SetDomain
-
not implemented.
- toStringFull() - Method in class org.jacop.set.core.SetVar
-
It returns the string representation of the variable using the full representation
of the domain.
- totalWeight - Variable in class org.jacop.set.constraints.SumWeightedSet
-
Integer variable containing the total weight of all elements within a set variable a.
- toXML(TransformerHandler) - Method in class org.jacop.constraints.ExtensionalConflictVA
-
It writes the content of this object as the content of XML
element so later it can be used to restore the object from
XML.
- toXML(TransformerHandler) - Method in class org.jacop.constraints.ExtensionalSupportSTR
-
It writes the content of this object as the content of XML
element so later it can be used to restore the object from
XML.
- toXML(TransformerHandler) - Method in class org.jacop.constraints.ExtensionalSupportVA
-
It writes the content of this object as the content of XML
element so later it can be used to restore the object from
XML.
- toXML(TransformerHandler) - Method in class org.jacop.core.IntervalDomain
-
It writes the content of this object as the content of XML
element so later it can be used to restore the object from
XML.
- toXML(TransformerHandler) - Method in class org.jacop.floats.core.FloatIntervalDomain
-
It writes the content of this object as the content of XML
element so later it can be used to restore the object from
XML.
- trace - Variable in class org.jacop.constraints.Constraint
-
- trace - Static variable in class org.jacop.core.SwitchesPruningLogging
-
It is a general switch which can be turned off to switch off all printouts.
- trace - Variable in class org.jacop.core.Var
-
- traceAlreadyQueuedConstraint - Static variable in class org.jacop.core.SwitchesPruningLogging
-
This switch enables tracing attempt to add the constraint to a queue when
it is already added.
- traceConsistencyCheck - Static variable in class org.jacop.core.SwitchesPruningLogging
-
This switch enables to trace constraints which are being checked for consistency.
- traceConstraint - Static variable in class org.jacop.core.SwitchesPruningLogging
-
It turns on all trace printouts in constraints.
- traceConstraintFailure - Static variable in class org.jacop.core.SwitchesPruningLogging
-
It traces all constraints have failed.
- traceConstraintImposition - Static variable in class org.jacop.core.SwitchesPruningLogging
-
This switch enables to traces the constraints which are being imposed.
- tracedVar - Variable in class org.jacop.search.TraceGenerator
-
It specifies the list of variables that are being traced.
- traceFailedConstraint - Static variable in class org.jacop.core.SwitchesPruningLogging
-
It informs what traced constraints failed.
- TraceGenerator<T extends Var> - Class in org.jacop.search
-
TODO
TraceGenerator should accept as input to constructor a Search object.
- TraceGenerator(Search<T>, SelectChoicePoint<T>) - Constructor for class org.jacop.search.TraceGenerator
-
It creates a CPviz trace generator around proper select choice point object.
- TraceGenerator(Search<T>, SelectChoicePoint<T>, String, String) - Constructor for class org.jacop.search.TraceGenerator
-
It creates a CPviz trace generator around proper select choice point object.
- TraceGenerator(Search<T>, SelectChoicePoint<T>, Var[]) - Constructor for class org.jacop.search.TraceGenerator
-
It creates a CPviz trace generator around proper select choice point object.
- TraceGenerator(Search<T>, SelectChoicePoint<T>, Var[], String, String) - Constructor for class org.jacop.search.TraceGenerator
-
It creates a CPviz trace generator around proper select choice point object.
- traceLevelRemoval - Static variable in class org.jacop.core.SwitchesPruningLogging
-
This switch enables to trace remove level operation.
- traceOperationsOnLevel - Static variable in class org.jacop.core.SwitchesPruningLogging
-
This switch enables to trace set the store level.
- traceQueueingConstraint - Static variable in class org.jacop.core.SwitchesPruningLogging
-
This switch enables tracing the constraint added to the constraint queue.
- traceSearch - Static variable in class org.jacop.core.SwitchesPruningLogging
-
It specifies if the search traces are active.
- traceSearchTree - Static variable in class org.jacop.core.SwitchesPruningLogging
-
It traces the decisions within search.
- traceStore - Static variable in class org.jacop.core.SwitchesPruningLogging
-
The switch which enables to switch on/off the switches concerning Store operation.
- traceStoreRemoveLevel - Static variable in class org.jacop.core.SwitchesPruningLogging
-
This switch enables to trace removal of the store level.
- traceVar - Static variable in class org.jacop.core.SwitchesPruningLogging
-
It turns on all trace printouts in variables.
- traceVariableCreation - Static variable in class org.jacop.core.SwitchesPruningLogging
-
This switch enables to trace creation of the variable.
- trailContainsAllChanges - Variable in class org.jacop.core.SimpleBacktrackableManager
-
It specifies if for the current level the all changes are already
stored in the trail.
- trailManager - Variable in class org.jacop.core.Store
-
It allows to manage information about changed variables in
efficient/specialized/tailored manner.
- transformDirectlyIntoMDD(IntVar[]) - Method in class org.jacop.util.fsm.FSM
-
It generates one by one tuples allowed by a Regular constraint, which are added
to the MDD being built.
- TransformExtensional - Class in org.jacop.search
-
It defines an intialize listener which transforms part of the problem
into an extensional constraint by searching for all partial solutions
given the scope of the variables of interest.
- TransformExtensional() - Constructor for class org.jacop.search.TransformExtensional
-
- transformIntoMDD(IntVar[]) - Method in class org.jacop.util.fsm.FSM
-
It generates one by one tuples allowed by a Regular constraint, which are added
to the MDD being built.
- transformIntoTuples(IntVar[]) - Method in class org.jacop.util.fsm.FSM
-
It creates an array of tuples representing this Regular context.
- transientInstances - Static variable in class org.jacop.constraints.geost.DBox
-
TODO, finish the comment.
- transitions - Variable in class org.jacop.examples.fd.muca.MUCA
-
It specifies the sequence of transitions used by an auctioneer.
- transitions - Variable in class org.jacop.util.fsm.FSMState
-
It specifies the list of transitions outgoing from this state.
- transpose(double[][]) - Method in class org.jacop.util.Matrix
-
- tree - Variable in class org.jacop.constraints.knapsack.Knapsack
-
The tree for the storing information about the maximalWeight,
sum of weights and sum of profits.
- Tree - Class in org.jacop.constraints.knapsack
-
This tree is a main data structure used and required by Knapsack constraint.
- Tree(TreeNode) - Constructor for class org.jacop.constraints.knapsack.Tree
-
Create a single node tree.
- Tree(Tree) - Constructor for class org.jacop.constraints.knapsack.Tree
-
It creates a tree by making a shallow copy.
- Tree(KnapsackItem[], HashMap<IntVar, TreeLeaf>, TreeLeaf[], IntVar) - Constructor for class org.jacop.constraints.knapsack.Tree
-
It constructs a tree out of the list of items and creates
proper supporting structures.
- TREE_ARC - Static variable in class org.jacop.constraints.netflow.simplex.NetworkSimplex
-
- treeFilename - Variable in class org.jacop.search.TraceGenerator
-
The file containing information about tree for CPviz format.
- TreeLeaf - Class in org.jacop.constraints.knapsack
-
It contains information required by the leaf node of the item tree.
- TreeLeaf(IntVar, int, int, int) - Constructor for class org.jacop.constraints.knapsack.TreeLeaf
-
It creates a leaf in the tree of items.
- TreeNode - Class in org.jacop.constraints.knapsack
-
It contains information required by an internal node of the item tree.
- TreeNode() - Constructor for class org.jacop.constraints.knapsack.TreeNode
-
The constructor used by tree leaves.
- TreeNode(TreeNode, TreeNode) - Constructor for class org.jacop.constraints.knapsack.TreeNode
-
It constructs a node of the item tree.
- treeSwap(Node, Node, Node) - Method in class org.jacop.constraints.netflow.simplex.NetworkSimplex
-
TODO prove (or disprove) correctness
TODO can be 'inlined' in updateTree (but that would decrease readability)
Changes the parent of a node and updates the thread data structure (This
operation invalidates the depth values in the subtree)
Runs in O(T2) amortized time over all treeSwaps performed by an
updateTree operation where T2 is the size of the subtree that is being
reversed.
- trim() - Method in class org.jacop.core.Store
-
This function trims the store.
- trimToSize() - Method in class org.jacop.util.SimpleArrayList
-
Trims the capacity of this ArrayList instance to be the list's
current size.
- TRUE - Static variable in interface org.jacop.fz.ParserConstants
-
RegularExpression Id.
- TSP - Class in org.jacop.examples.fd
-
It models Travelling Salesman Problem (TSP).
- TSP() - Constructor for class org.jacop.examples.fd.TSP
-
- Tunapalooza - Class in org.jacop.examples.fd
-
It solves a simple logic puzzle about music concert.
- Tunapalooza() - Constructor for class org.jacop.examples.fd.Tunapalooza
-
- tuples - Variable in class org.jacop.constraints.ExtensionalSupportSTR
-
- tuplesFromConstructor - Variable in class org.jacop.constraints.ExtensionalConflictVA
-
It specifies the tuples given in the constructor.
- type() - Method in class org.jacop.fz.SearchItem
-
- x - Variable in class org.jacop.constraints.AbsXeqY
-
It contains variable x.
- x - Variable in class org.jacop.constraints.Assignment
-
It specifies a list of variables x.
- x - Variable in class org.jacop.constraints.Distance
-
It specifes variable x in constraint |x-y|=z.
- x - Variable in class org.jacop.constraints.GCC
-
It specifies variables x whose values are counted.
- x - Variable in class org.jacop.constraints.IfThenBool
-
It specifies variable x in constraint ( X => Y ) <=> Z.
- x - Variable in class org.jacop.constraints.In
-
It specifies variable x whose domain must lie within a specified domain.
- x - Variable in class org.jacop.constraints.Lex
-
A two dimensional array containing arrays which have to be lexicographically ordered.
- x - Variable in class org.jacop.constraints.LexOrder
-
Two vectors that have to be lexicographically ordered.
- x - Variable in class org.jacop.constraints.XdivYeqZ
-
It specifies variable x in constraint x / y = z.
- x - Variable in class org.jacop.constraints.XeqC
-
It specifies the variable which is constrained to be equal to the specified value.
- x - Variable in class org.jacop.constraints.XeqY
-
It specifies a left hand variable in equality constraint.
- x - Variable in class org.jacop.constraints.XexpYeqZ
-
It specifies the variable x in equation x^y = z.
- x - Variable in class org.jacop.constraints.XgtC
-
It specifies variable x which must be greater than a given constraint.
- x - Variable in class org.jacop.constraints.XgteqC
-
It specifies variables x which must be greater or equal to a given constant.
- x - Variable in class org.jacop.constraints.XgteqY
-
It specifies variable x which must be greater or equal to variable Y.
- x - Variable in class org.jacop.constraints.XgtY
-
It specifies variable x which must be greater than variable y.
- x - Variable in class org.jacop.constraints.XltC
-
It specifies variable x to be lower than a given constant.
- x - Variable in class org.jacop.constraints.XlteqC
-
It specifies variable x which must be smaller or equal to a given constant.
- x - Variable in class org.jacop.constraints.XlteqY
-
It specifies variable x in the constraint x <= y.
- x - Variable in class org.jacop.constraints.XltY
-
It specifies x variable in constraint x < y.
- x - Variable in class org.jacop.constraints.XmodYeqZ
-
It specifies variable x in constraint x mod y = z.
- x - Variable in class org.jacop.constraints.XmulCeqZ
-
It specifies variable x in constraint x * c = z.
- x - Variable in class org.jacop.constraints.XmulYeqC
-
It specifies variable x in constraint x * y = c.
- x - Variable in class org.jacop.constraints.XmulYeqZ
-
It specifies variable x in constraint x * y = z.
- x - Variable in class org.jacop.constraints.XneqC
-
It specifies variable x in constraint x != c.
- x - Variable in class org.jacop.constraints.XneqY
-
It specifies variable x in the constraint x != y.
- x - Variable in class org.jacop.constraints.XorBool
-
It specifies variables x for the constraint.
- x - Variable in class org.jacop.constraints.XplusCeqZ
-
It specifies variable x in constraint x+c=z.
- x - Variable in class org.jacop.constraints.XplusClteqZ
-
It specifies variable x in constraint x+c<=z.
- x - Variable in class org.jacop.constraints.XplusYeqC
-
It specifies variable x in constraint x+y=c.
- x - Variable in class org.jacop.constraints.XplusYeqZ
-
It specifies variable x in constraint x+y=z.
- x - Variable in class org.jacop.constraints.XplusYgtC
-
It specifies variable x in constraint x + y > c.
- x - Variable in class org.jacop.constraints.XplusYlteqZ
-
It specifies variable x in constraint x + y <= z.
- x - Variable in class org.jacop.constraints.XplusYplusQeqZ
-
It specifies variable x in constraint x + y + q = z.
- x - Variable in class org.jacop.constraints.XplusYplusQgtC
-
It specifies variable x in constraint x+y+q > c.
- x - Variable in class org.jacop.examples.fd.DeBruijn
-
- x - Variable in class org.jacop.examples.fd.Diet
-
- X - Static variable in class org.jacop.examples.fd.MineSweeper
-
It represents the unknown value in the problem matrix.
- x - Variable in class org.jacop.floats.constraints.XeqP
-
It specifies a left hand variable in equality constraint.
- x - Variable in class org.jacop.set.constraints.XeqA
-
It specifies variable a.
- x - Variable in class org.jacop.set.constraints.XinA
-
It specifies variable a.
- xCellsShift - Variable in class org.jacop.constraints.geost.BoxDisplay
-
It defines the shift in x dimension for drawing.
- XdivYeqZ - Class in org.jacop.constraints
-
Constraint X div Y #= Z
- XdivYeqZ(IntVar, IntVar, IntVar) - Constructor for class org.jacop.constraints.XdivYeqZ
-
It constructs a constraint X div Y = Z.
- XeqA - Class in org.jacop.set.constraints
-
It creates a constraint that makes sure that the value assigned to the integer variable x
is the only element of the set assigned to a set variable a.
- XeqA(IntVar, SetVar) - Constructor for class org.jacop.set.constraints.XeqA
-
It constructs an XeqA constraint to restrict the domain of the integer variables x and set variable a.
- XeqC - Class in org.jacop.constraints
-
Constraints X #= C
Domain consistency is used.
- XeqC(IntVar, int) - Constructor for class org.jacop.constraints.XeqC
-
It constructs the constraint X = C.
- XeqP - Class in org.jacop.floats.constraints
-
Constraints X #= P for X and P floats
Domain consistency is used.
- XeqP(IntVar, FloatVar) - Constructor for class org.jacop.floats.constraints.XeqP
-
It constructs constraint X = P.
- XeqY - Class in org.jacop.constraints
-
Constraints X #= Y
Domain consistency is used.
- XeqY(IntVar, IntVar) - Constructor for class org.jacop.constraints.XeqY
-
It constructs constraint X = Y.
- XexpYeqZ - Class in org.jacop.constraints
-
Constraint X ^ Y #= Z
Boundary consistecny is used.
- XexpYeqZ(IntVar, IntVar, IntVar) - Constructor for class org.jacop.constraints.XexpYeqZ
-
It constructs constraint X^Y=Z.
- XgtC - Class in org.jacop.constraints
-
Constraint X #> C
- XgtC(IntVar, int) - Constructor for class org.jacop.constraints.XgtC
-
It constructs constraint X > C.
- XgteqC - Class in org.jacop.constraints
-
Constraints X #>= C
- XgteqC(IntVar, int) - Constructor for class org.jacop.constraints.XgteqC
-
It constructs constraint X >= C.
- XgteqY - Class in org.jacop.constraints
-
Constraints X #>= Y
- XgteqY(IntVar, IntVar) - Constructor for class org.jacop.constraints.XgteqY
-
It constructs constraint X >= Y.
- XgtY - Class in org.jacop.constraints
-
Constraint X #> Y
- XgtY(IntVar, IntVar) - Constructor for class org.jacop.constraints.XgtY
-
It constructs a constraint X > Y.
- XinA - Class in org.jacop.set.constraints
-
It creates a constraint that makes sure that the value assigned to integer variable x is
included in the set assigned to the set variable a.
- XinA(IntVar, SetVar, boolean) - Constructor for class org.jacop.set.constraints.XinA
-
It constructs an XinY constraint to restrict the domain of the variables X and Y.
- XinA(IntVar, SetVar) - Constructor for class org.jacop.set.constraints.XinA
-
It constructs an XinA constraint to restrict the domain of the variables X and A.
- XltC - Class in org.jacop.constraints
-
Constraint X #< C
- XltC(IntVar, int) - Constructor for class org.jacop.constraints.XltC
-
It constructs constraint X < C.
- XlteqC - Class in org.jacop.constraints
-
Constraint X #<= C
- XlteqC(IntVar, int) - Constructor for class org.jacop.constraints.XlteqC
-
It constructs constraint X <= C.
- XlteqY - Class in org.jacop.constraints
-
Constraint X #<= Y
- XlteqY(IntVar, IntVar) - Constructor for class org.jacop.constraints.XlteqY
-
It constructs the constraint X <= Y.
- XltY - Class in org.jacop.constraints
-
Constraint X #< Y
- XltY(IntVar, IntVar) - Constructor for class org.jacop.constraints.XltY
-
It constructs the constraint X < Y.
- xmlAttributes - Static variable in class org.jacop.constraints.AbsXeqY
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.Alldiff
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.Alldifferent
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.Alldistinct
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.Among
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.AmongVar
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.And
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.AndBool
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.Assignment
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.binpacking.Binpacking
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.Circuit
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.Count
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.Cumulative
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.Diff
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.Diff2
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.Disjoint
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.DisjointConditional
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.Distance
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.ElementInteger
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.ElementVariable
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.Eq
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.EqBool
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.ExtensionalConflictVA
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.ExtensionalSupportMDD
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.ExtensionalSupportSTR
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.ExtensionalSupportVA
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.GCC
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.geost.DBox
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.geost.Geost
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.geost.GeostObject
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.geost.InArea
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.geost.NonOverlapping
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.geost.Shape
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.IfThen
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.IfThenBool
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.IfThenElse
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.In
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.knapsack.Knapsack
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.knapsack.KnapsackItem
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.Linear
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.Max
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.Min
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.NoGood
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.Not
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.Or
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.OrBool
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.Rectangle
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.regular.Regular
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.Reified
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.Subcircuit
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.Sum
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.SumWeight
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.SumWeightDom
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.Values
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.XdivYeqZ
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.XeqC
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.XeqY
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.XexpYeqZ
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.XgtC
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.XgteqC
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.XgteqY
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.XgtY
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.XltC
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.XlteqC
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.XlteqY
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.XltY
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.XmodYeqZ
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.XmulCeqZ
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.XmulYeqC
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.XmulYeqZ
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.XneqC
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.XneqY
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.Xor
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.XorBool
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.XplusCeqZ
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.XplusClteqZ
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.XplusYeqC
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.XplusYeqZ
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.XplusYgtC
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.XplusYlteqZ
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.XplusYplusCeqZ
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.XplusYplusQeqZ
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.constraints.XplusYplusQgtC
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.core.BooleanVar
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.core.IntervalDomain
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.core.IntVar
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.floats.constraints.AbsPeqR
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.floats.constraints.CosPeqR
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.floats.constraints.ElementFloat
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.floats.constraints.EquationSystem
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.floats.constraints.ExpPeqR
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.floats.constraints.linear.Linear
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.floats.constraints.Max
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.floats.constraints.Min
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.floats.constraints.PeqQ
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.floats.constraints.PgtC
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.floats.constraints.PgteqC
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.floats.constraints.PgteqQ
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.floats.constraints.PgtQ
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.floats.constraints.PltC
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.floats.constraints.PlteqC
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.floats.constraints.PlteqQ
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.floats.constraints.PltQ
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.floats.constraints.PmulCeqR
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.floats.constraints.PmulQeqR
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.floats.constraints.PneqQ
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.floats.constraints.PplusCeqR
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.floats.constraints.PplusQeqR
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.floats.constraints.SinPeqR
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.floats.constraints.TanPeqR
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.floats.constraints.XeqP
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.floats.core.FloatIntervalDomain
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.floats.core.FloatVar
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.set.constraints.AdiffBeqC
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.set.constraints.AdisjointB
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.set.constraints.AeqB
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.set.constraints.AeqS
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.set.constraints.AinB
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.set.constraints.AinS
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.set.constraints.AintersectBeqC
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.set.constraints.AunionBeqC
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.set.constraints.CardA
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.set.constraints.CardAeqX
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.set.constraints.EinA
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.set.constraints.ElementSet
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.set.constraints.Lex
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.set.constraints.Match
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.set.constraints.SinA
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.set.constraints.SumWeightedSet
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.set.constraints.XeqA
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.set.constraints.XinA
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.set.core.BoundSetDomain
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.set.core.SetVar
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.util.fsm.FSM
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.util.fsm.FSMState
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.util.fsm.FSMTransition
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- xmlAttributes - Static variable in class org.jacop.util.MDD
-
It specifies the arguments required to be saved by an XML format as well as
the constructor being called to recreate an object from an XML format.
- XMLSaveSupport - Class in org.jacop.core
-
- XMLSaveSupport() - Constructor for class org.jacop.core.XMLSaveSupport
-
- XmodYeqZ - Class in org.jacop.constraints
-
Constraint X mod Y = Z
- XmodYeqZ(IntVar, IntVar, IntVar) - Constructor for class org.jacop.constraints.XmodYeqZ
-
It constructs a constraint X mod Y = Z.
- XmulCeqZ - Class in org.jacop.constraints
-
Constraint X * C #= Z
Boundary consistency is used.
- XmulCeqZ(IntVar, int, IntVar) - Constructor for class org.jacop.constraints.XmulCeqZ
-
It constructs a constraint X * C = Z.
- XmulYeqC - Class in org.jacop.constraints
-
Constraint X * Y #= C
Boundary consistency is used.
- XmulYeqC(IntVar, IntVar, int) - Constructor for class org.jacop.constraints.XmulYeqC
-
It constructs constraint X * Y = C.
- XmulYeqZ - Class in org.jacop.constraints
-
Constraint X * Y #= Z
Boundary consistency is used.
- XmulYeqZ(IntVar, IntVar, IntVar) - Constructor for class org.jacop.constraints.XmulYeqZ
-
It constructs a constraint X * Y = Z.
- XneqC - Class in org.jacop.constraints
-
Constraints X #\= C
- XneqC(IntVar, int) - Constructor for class org.jacop.constraints.XneqC
-
It constructs x != c constraint.
- XneqY - Class in org.jacop.constraints
-
Constraints X #\= Y
Domain consistency is used.
- XneqY(IntVar, IntVar) - Constructor for class org.jacop.constraints.XneqY
-
It constructs X != Y constraint.
- Xor - Class in org.jacop.constraints
-
Xor constraint - xor("constraint", B).
- Xor(PrimitiveConstraint, IntVar) - Constructor for class org.jacop.constraints.Xor
-
It constructs a xor constraint.
- xor(BooleanVar, BooleanVar, BooleanVar) - Method in class org.jacop.examples.fd.Gates
-
It imposes an extensional constraint enforcing an xor relationship
between two input parameters and an output parameter.
- XorBool - Class in org.jacop.constraints
-
Constraint ( x_0 xor x_1 xor ...
- XorBool(IntVar[], IntVar) - Constructor for class org.jacop.constraints.XorBool
-
It constructs constraint (x_0 xor x_1 xor ...
- XplusCeqZ - Class in org.jacop.constraints
-
Constraint X + C #= Z.
- XplusCeqZ(IntVar, int, IntVar) - Constructor for class org.jacop.constraints.XplusCeqZ
-
It constructs a constraint x+c=z.
- XplusClteqZ - Class in org.jacop.constraints
-
Constraints X + C #<= Z.
- XplusClteqZ(IntVar, int, IntVar) - Constructor for class org.jacop.constraints.XplusClteqZ
-
It constructs constraint X+C<=Z.
- XplusYeqC - Class in org.jacop.constraints
-
Constraint X + Y #= C
- XplusYeqC(IntVar, IntVar, int) - Constructor for class org.jacop.constraints.XplusYeqC
-
It constructs the constraint X+Y=C.
- XplusYeqZ - Class in org.jacop.constraints
-
Constraint X + Y #= Z
Bound consistency is used.
- XplusYeqZ(IntVar, IntVar, IntVar) - Constructor for class org.jacop.constraints.XplusYeqZ
-
It constructs constraint X+Y=Z.
- XplusYgtC - Class in org.jacop.constraints
-
Constraint X + Y #> C
- XplusYgtC(IntVar, IntVar, int) - Constructor for class org.jacop.constraints.XplusYgtC
-
It constructs X+Y>C constraint.
- XplusYlteqZ - Class in org.jacop.constraints
-
Constraint X + Y =< Z
Bound consistency is used.
- XplusYlteqZ(IntVar, IntVar, IntVar) - Constructor for class org.jacop.constraints.XplusYlteqZ
-
It constructs X + Y <= Z constraint.
- XplusYplusCeqZ - Class in org.jacop.constraints
-
Constraints X + Y + C #= Z.
- XplusYplusCeqZ(IntVar, IntVar, int, IntVar) - Constructor for class org.jacop.constraints.XplusYplusCeqZ
-
It constructs constraint X+Y+C=Z.
- XplusYplusQeqZ - Class in org.jacop.constraints
-
Constraint X + Y + Q = Z
Bound consistency is used.
- XplusYplusQeqZ(IntVar, IntVar, IntVar, IntVar) - Constructor for class org.jacop.constraints.XplusYplusQeqZ
-
It constructs X+Y+Q=Z constraint.
- XplusYplusQgtC - Class in org.jacop.constraints
-
Constraint X + Y + Q > C
- XplusYplusQgtC(IntVar, IntVar, IntVar, int) - Constructor for class org.jacop.constraints.XplusYplusQgtC
-
It creates X+Y+Q>=C constraint.
- xVar - Variable in class org.jacop.constraints.netflow.ArcCompanion
-
The FDV for lower and upper capacity
- XVARS - Static variable in class org.jacop.constraints.netflow.Statistics
-
- xVars - Variable in class org.jacop.constraints.SoftAlldifferent
-
- xVars - Variable in class org.jacop.constraints.SoftGCC
-