Uses of Class
org.xcsp.common.predicates.XNode

Packages that use XNode

Package	Description
org.xcsp.common.predicates
org.xcsp.modeler.api
org.xcsp.modeler.definitions
org.xcsp.modeler.implementation
org.xcsp.parser.callbacks
org.xcsp.parser.entries

Uses of XNode in org.xcsp.common.predicates

Subclasses of XNode in org.xcsp.common.predicates

Modifier and Type	Class	Description
class	XNodeLeaf<V extends IVar>	The class used for representing a leaf node in a syntactic tree.
class	XNodeParent<V extends IVar>	The class used for representing a parent node in a syntactic tree.
class	XNodeParentSpecial<V extends IVar>

Fields in org.xcsp.common.predicates declared as XNode

Modifier and Type	Field	Description
XNode<V>[]	XNode.sons	The sons (children) of the node.

Methods in org.xcsp.common.predicates that return XNode

Modifier and Type	Method	Description
abstract XNode<V>	XNode.abstraction(List<Object> args, boolean abstractIntegers, boolean multiOccurrences)	Returns a new tree representing an abstraction of the tree rooted by this node.
XNode<V>	XNodeLeaf.abstraction(List<Object> args, boolean abstractIntegers, boolean multiOccurrences)
XNode<V>	XNodeParent.abstraction(List<Object> args, boolean abstractIntegers, boolean multiOccurrences)
abstract XNode<V>	XNode.canonization()	Returns a new tree, equivalent to the tree rooted by this node, and in canonical form.
XNode<V>	XNodeLeaf.canonization()
XNode<V>	XNodeParent.canonization()
abstract XNode<V>	XNode.concretization(Object[] args)	Returns a new tree representing a concretization of the tree rooted by this node.
XNode<V>	XNodeLeaf.concretization(Object[] args)
XNode<V>	XNodeParent.concretization(Object[] args)
abstract XNode<V>	XNode.firstNodeSuchThat(java.util.function.Predicate<XNode<V>> p)	Returns the first node accepted by the specified predicate in the tree rooted by this node, or null otherwise.
XNode<V>	XNodeLeaf.firstNodeSuchThat(java.util.function.Predicate<XNode<V>> p)
XNode<V>	XNodeParent.firstNodeSuchThat(java.util.function.Predicate<XNode<V>> p)
XNode<V>	XNode.logicalInversion()
abstract XNode<V>	XNode.replaceLeafValues(java.util.function.Function<Object,Object> f)	a new tree, obtained from the tree rooted by this node by replacing values of leaves, as defined by the specified function
XNode<V>	XNodeLeaf.replaceLeafValues(java.util.function.Function<Object,Object> f)
XNode<V>	XNodeParent.replaceLeafValues(java.util.function.Function<Object,Object> f)
abstract XNode<V>	XNode.replacePartiallyParameters(Object[] valueParameters)
XNode<V>	XNodeLeaf.replacePartiallyParameters(Object[] valueParameters)
XNode<V>	XNodeParent.replacePartiallyParameters(Object[] valueParameters)
abstract XNode<V>	XNode.replaceSymbols(Map<String,Integer> mapOfSymbols)	Returns a new tree, obtained from the tree rooted by this node by replacing symbols with integers, as defined by the specified map.
XNode<V>	XNodeLeaf.replaceSymbols(Map<String,Integer> mapOfSymbols)
XNode<V>	XNodeParent.replaceSymbols(Map<String,Integer> mapOfSymbols)
static XNode<IVar>	XNodeParent.set(int[] operands)
static XNode<IVar>	XNodeParent.set(Object... operands)
XNode<IVar>	MatcherInterface.Matcher.target()
XNode<IVar>	MatcherInterface.target()	Returns the target tree, which may possibly involve some form of abstraction by means of special nodes.

Methods in org.xcsp.common.predicates that return types with arguments of type XNode

Modifier and Type	Method	Description
LinkedList<XNode<V>>	XNode.allNodesSuchThat(java.util.function.Predicate<XNode<V>> p)	Returns a list containing all nodes accepted by the specified predicate in the tree rooted by this node.
abstract LinkedList<XNode<V>>	XNode.allNodesSuchThat(java.util.function.Predicate<XNode<V>> p, LinkedList<XNode<V>> list)	Adds to the specified list all nodes accepted by the specified predicate in the tree rooted by this node.
LinkedList<XNode<V>>	XNodeLeaf.allNodesSuchThat(java.util.function.Predicate<XNode<V>> p, LinkedList<XNode<V>> list)
LinkedList<XNode<V>>	XNodeParent.allNodesSuchThat(java.util.function.Predicate<XNode<V>> p, LinkedList<XNode<V>> list)

Methods in org.xcsp.common.predicates with parameters of type XNode

Modifier and Type	Method	Description
int	XNodeLeaf.compareTo(XNode<V> obj)
int	XNodeParent.compareTo(XNode<V> obj)
default boolean	MatcherInterface.matches(XNode<? extends IVar> tree)	Returns true if the predefined target tree matches the specified (source) tree.
default boolean	MatcherInterface.matching(XNode<? extends IVar> source, XNode<IVar> target, int level)	Returns true if the specified source tree matches the specified target tree (at the specified level).
static <V extends IVar> XNodeParent<V>	XNode.node(MatcherInterface.AbstractOperation type, XNode<V> son)
static <V extends IVar> XNodeParent<V>	XNode.node(MatcherInterface.AbstractOperation type, XNode<V> left, XNode<V> right)
static <V extends IVar> XNodeParent<V>	XNode.node(Types.TypeExpr type, XNode<V> son)
static <V extends IVar> XNodeParent<V>	XNode.node(Types.TypeExpr type, XNode<V>[] sons)
static <V extends IVar> XNodeParent<V>	XNode.node(Types.TypeExpr type, XNode<V> left, XNode<V> right)
boolean	MatcherInterface.Matcher.validForSpecialTargetNode(XNode<? extends IVar> node, int level)
boolean	MatcherInterface.validForSpecialTargetNode(XNode<? extends IVar> node, int level)	Returns true if the specified node (considered at the specified level/depth) is valid with respect to the target tree when assuming that the corresponding node in the target tree is a special node.

Method parameters in org.xcsp.common.predicates with type arguments of type XNode

Modifier and Type	Method	Description
LinkedList<XNode<V>>	XNode.allNodesSuchThat(java.util.function.Predicate<XNode<V>> p)	Returns a list containing all nodes accepted by the specified predicate in the tree rooted by this node.
abstract LinkedList<XNode<V>>	XNode.allNodesSuchThat(java.util.function.Predicate<XNode<V>> p, LinkedList<XNode<V>> list)	Adds to the specified list all nodes accepted by the specified predicate in the tree rooted by this node.
abstract LinkedList<XNode<V>>	XNode.allNodesSuchThat(java.util.function.Predicate<XNode<V>> p, LinkedList<XNode<V>> list)	Adds to the specified list all nodes accepted by the specified predicate in the tree rooted by this node.
LinkedList<XNode<V>>	XNodeLeaf.allNodesSuchThat(java.util.function.Predicate<XNode<V>> p, LinkedList<XNode<V>> list)
LinkedList<XNode<V>>	XNodeLeaf.allNodesSuchThat(java.util.function.Predicate<XNode<V>> p, LinkedList<XNode<V>> list)
LinkedList<XNode<V>>	XNodeParent.allNodesSuchThat(java.util.function.Predicate<XNode<V>> p, LinkedList<XNode<V>> list)
LinkedList<XNode<V>>	XNodeParent.allNodesSuchThat(java.util.function.Predicate<XNode<V>> p, LinkedList<XNode<V>> list)
abstract XNode<V>	XNode.firstNodeSuchThat(java.util.function.Predicate<XNode<V>> p)	Returns the first node accepted by the specified predicate in the tree rooted by this node, or null otherwise.
XNode<V>	XNodeLeaf.firstNodeSuchThat(java.util.function.Predicate<XNode<V>> p)
XNode<V>	XNodeParent.firstNodeSuchThat(java.util.function.Predicate<XNode<V>> p)
static <V extends IVar> XNodeParent<V>	XNode.node(Types.TypeExpr type, List<XNode<V>> sons)
static <V extends IVar> XNodeParent<V>	XNode.node(Types.TypeExpr type, java.util.stream.Stream<XNode<V>> sons)

Constructors in org.xcsp.common.predicates with parameters of type XNode

Constructor	Description
Matcher(XNode<IVar> target)	Builds a Matcher object with the specified target tree.
Matcher(XNode<IVar> target, java.util.function.BiPredicate<XNode<? extends IVar>,Integer> p)	Builds a Matcher object with the specified target tree.
TreeEvaluator(XNode<? extends IVar> tree)
TreeEvaluator(XNode<? extends IVar> tree, Map<String,Integer> mapOfSymbols)
XNode(Types.TypeExpr type, XNode<V>[] sons)	Builds a node for a syntactic tree, with the specified type and the specified sons (children).
XNodeParent(Types.TypeExpr type, XNode<V> son)	Builds a parent node for a syntactic tree, with the specified type and the specified son.
XNodeParent(Types.TypeExpr type, XNode<V>[] sons)	Builds a parent node for a syntactic tree, with the specified type and the specified sons.
XNodeParent(Types.TypeExpr type, XNode<V> son1, XNode<V> son2)	Builds a parent node for a syntactic tree, with the specified type and the two specified sons.
XNodeParentSpecial(String specialName, XNode<V> son)
XNodeParentSpecial(String specialName, XNode<V> son1, XNode<V> son2)

Constructor parameters in org.xcsp.common.predicates with type arguments of type XNode

Constructor	Description
Matcher(XNode<IVar> target, java.util.function.BiPredicate<XNode<? extends IVar>,Integer> p)	Builds a Matcher object with the specified target tree.
XNodeParent(Types.TypeExpr type, List<XNode<V>> sons)	Builds a parent node for a syntactic tree, with the specified type and the specified sons.

Uses of XNode in org.xcsp.modeler.api

Methods in org.xcsp.modeler.api that return XNode

Modifier and Type	Method	Description
default XNode<IVar>	ProblemAPI.set(int[] operands)	Returns the node of a syntactic tree built with the operator set applied to the integers from the specified array.
default XNode<IVar>	ProblemAPI.set(Object... operands)	Returns the root of a syntactic tree built with the operator set applied to the specified operands.

Methods in org.xcsp.modeler.api that return types with arguments of type XNode

Modifier and Type	Method	Description
default java.util.stream.Stream<XNode<IVar>>	ProblemAPI.treesFrom(int[] t, java.util.function.Function<Integer,XNode<IVar>> f)	Returns a stream of syntactic trees (predicates) built by applying the specified function to each integer of the specified array.
default java.util.stream.Stream<XNode<IVar>>	ProblemAPI.treesFrom(Collection<Integer> c, java.util.function.Function<Integer,XNode<IVar>> f)	Returns a stream of syntactic trees (predicates) built by applying the specified function to each integer of the specified collection.
default java.util.stream.Stream<XNode<IVar>>	ProblemAPI.treesFrom(java.util.stream.IntStream stream, java.util.function.Function<Integer,XNode<IVar>> f)	Returns a stream of syntactic trees (predicates) built by applying the specified function to each integer of the specified stream.
default java.util.stream.Stream<XNode<IVar>>	ProblemAPI.treesFrom(IVar[] t, java.util.function.Function<IVar,XNode<IVar>> f)	Returns a stream of syntactic trees (predicates) built by applying the specified function to each variable of the specified array.
default java.util.stream.Stream<XNode<IVar>>	ProblemAPI.treesFrom(Range r, java.util.function.Function<Integer,XNode<IVar>> f)	Returns a stream of syntactic trees (predicates) built by applying the specified function to each integer of the specified range.

Methods in org.xcsp.modeler.api with parameters of type XNode

Modifier and Type	Method	Description
default CtrEntities.CtrEntity	ProblemAPI.allDifferent(XNode<IVar>[] trees)	Builds a constraint allDifferent on the specified syntactic trees (predicates): the predicates, when evaluated, must all take different values.
default ObjEntities.ObjEntity	ProblemAPI.maximize(XNode<IVar> tree)
default ObjEntities.ObjEntity	ProblemAPI.maximize(Types.TypeObjective type, XNode<IVar>[] trees)
default ObjEntities.ObjEntity	ProblemAPI.maximize(Types.TypeObjective type, XNode<IVar>[] trees, int[] coeffs)
default ObjEntities.ObjEntity	ProblemAPI.minimize(XNode<IVar> tree)
default ObjEntities.ObjEntity	ProblemAPI.minimize(Types.TypeObjective type, XNode<IVar>[] trees)
default ObjEntities.ObjEntity	ProblemAPI.minimize(Types.TypeObjective type, XNode<IVar>[] trees, int[] coeffs)
default CtrEntities.CtrEntity	ProblemAPI.sum(XNode<IVar>[] trees, int[] coeffs, Condition condition)	Builds a constraint sum from the specified arguments: the weighted sum must respect the specified condition.
default CtrEntities.CtrEntity	ProblemAPI.sum(XNode<IVar>[] trees, int[] coeffs, Types.TypeConditionOperatorRel op, long limit)	Builds a constraint sum from the specified arguments: the weighted sum must respect the condition expressed by the specified operator and the specified limit.
default CtrEntities.CtrEntity	ProblemAPI.sum(XNode<IVar>[] trees, int[] coeffs, Types.TypeConditionOperatorRel op, IVar.Var limit)	Builds a constraint sum from the specified arguments: the weighted sum must respect the condition expressed by the specified operator and the specified limit.
default CtrEntities.CtrEntity	ProblemAPI.sum(XNode<IVar>[] trees, Condition condition)	Builds a constraint sum from the specified arguments: the (simple) sum must respect the specified condition.
default CtrEntities.CtrEntity	ProblemAPI.sum(XNode<IVar>[] trees, Types.TypeConditionOperatorRel op, long limit)	Builds a constraint sum from the specified arguments: the (simple) sum must respect the condition expressed by the specified operator and the specified limit.
default CtrEntities.CtrEntity	ProblemAPI.sum(XNode<IVar>[] trees, Types.TypeConditionOperatorRel op, IVar.Var limit)	Builds a constraint sum from the specified arguments: the (simple) sum must respect the condition expressed by the specified operator and the specified limit.

Method parameters in org.xcsp.modeler.api with type arguments of type XNode

Modifier and Type	Method	Description
default CtrEntities.CtrEntity	ProblemAPI.allDifferent(java.util.stream.Stream<XNode<IVar>> trees)	Builds a constraint allDifferent on the specified (stream of) syntactic trees (predicates): the predicates, when evaluated, must all take different values.
default ObjEntities.ObjEntity	ProblemAPI.maximize(Types.TypeObjective type, java.util.stream.Stream<XNode<IVar>> trees)
default ObjEntities.ObjEntity	ProblemAPI.maximize(Types.TypeObjective type, java.util.stream.Stream<XNode<IVar>> trees, int[] coeffs)
default ObjEntities.ObjEntity	ProblemAPI.minimize(Types.TypeObjective type, java.util.stream.Stream<XNode<IVar>> trees)
default ObjEntities.ObjEntity	ProblemAPI.minimize(Types.TypeObjective type, java.util.stream.Stream<XNode<IVar>> trees, int[] coeffs)
default CtrEntities.CtrEntity	ProblemAPI.sum(java.util.stream.Stream<XNode<IVar>> trees, int[] coeffs, Condition condition)	Builds a constraint sum from the specified arguments: the weighted sum must respect the specified condition.
default CtrEntities.CtrEntity	ProblemAPI.sum(java.util.stream.Stream<XNode<IVar>> trees, int[] coeffs, Types.TypeConditionOperatorRel op, long limit)	Builds a constraint sum from the specified arguments: the weighted sum must respect the condition expressed by the specified operator and the specified limit.
default CtrEntities.CtrEntity	ProblemAPI.sum(java.util.stream.Stream<XNode<IVar>> trees, int[] coeffs, Types.TypeConditionOperatorRel op, IVar.Var limit)	Builds a constraint sum from the specified arguments: the weighted sum must respect the condition expressed by the specified operator and the specified limit.
default CtrEntities.CtrEntity	ProblemAPI.sum(java.util.stream.Stream<XNode<IVar>> trees, Condition condition)	Builds a constraint sum from the specified arguments: the (simple) sum must respect the specified condition.
default CtrEntities.CtrEntity	ProblemAPI.sum(java.util.stream.Stream<XNode<IVar>> trees, Types.TypeConditionOperatorRel op, long limit)	Builds a constraint sum from the specified arguments: the (simple) sum must respect the condition expressed by the specified operator and the specified limit.
default CtrEntities.CtrEntity	ProblemAPI.sum(java.util.stream.Stream<XNode<IVar>> trees, Types.TypeConditionOperatorRel op, IVar.Var limit)	Builds a constraint sum from the specified arguments: the (simple) sum must respect the condition expressed by the specified operator and the specified limit.
default java.util.stream.Stream<XNode<IVar>>	ProblemAPI.treesFrom(int[] t, java.util.function.Function<Integer,XNode<IVar>> f)	Returns a stream of syntactic trees (predicates) built by applying the specified function to each integer of the specified array.
default java.util.stream.Stream<XNode<IVar>>	ProblemAPI.treesFrom(Collection<Integer> c, java.util.function.Function<Integer,XNode<IVar>> f)	Returns a stream of syntactic trees (predicates) built by applying the specified function to each integer of the specified collection.
default java.util.stream.Stream<XNode<IVar>>	ProblemAPI.treesFrom(java.util.stream.IntStream stream, java.util.function.Function<Integer,XNode<IVar>> f)	Returns a stream of syntactic trees (predicates) built by applying the specified function to each integer of the specified stream.
default java.util.stream.Stream<XNode<IVar>>	ProblemAPI.treesFrom(IVar[] t, java.util.function.Function<IVar,XNode<IVar>> f)	Returns a stream of syntactic trees (predicates) built by applying the specified function to each variable of the specified array.
default java.util.stream.Stream<XNode<IVar>>	ProblemAPI.treesFrom(Range r, java.util.function.Function<Integer,XNode<IVar>> f)	Returns a stream of syntactic trees (predicates) built by applying the specified function to each integer of the specified range.

Uses of XNode in org.xcsp.modeler.definitions

Methods in org.xcsp.modeler.definitions with parameters of type XNode

Modifier and Type	Method	Description
static IObj.IObjFunctional	IObj.IObjFunctional.buildFrom(IVar[] scope, boolean minimize, XNode<IVar> tree)

Uses of XNode in org.xcsp.modeler.implementation

Methods in org.xcsp.modeler.implementation with parameters of type XNode

Modifier and Type	Method	Description
abstract CtrEntities.CtrEntity	ProblemIMP.allDifferent(XNode<IVar>[] trees)
CtrEntities.CtrEntity	ProblemIMP3.allDifferent(XNode<IVar>[] trees)
abstract ObjEntities.ObjEntity	ProblemIMP.maximize(XNode<IVar> tree)
abstract ObjEntities.ObjEntity	ProblemIMP.maximize(Types.TypeObjective type, XNode<IVar>[] trees)
abstract ObjEntities.ObjEntity	ProblemIMP.maximize(Types.TypeObjective type, XNode<IVar>[] trees, int[] coeffs)
ObjEntities.ObjEntity	ProblemIMP3.maximize(XNode<IVar> tree)
ObjEntities.ObjEntity	ProblemIMP3.maximize(Types.TypeObjective type, XNode<IVar>[] trees)
ObjEntities.ObjEntity	ProblemIMP3.maximize(Types.TypeObjective type, XNode<IVar>[] trees, int[] coeffs)
abstract CtrEntities.CtrEntity	ProblemIMP.maximum(XNode<IVar>[] trees, Condition condition)
CtrEntities.CtrEntity	ProblemIMP3.maximum(XNode<IVar>[] trees, Condition condition)
abstract ObjEntities.ObjEntity	ProblemIMP.minimize(XNode<IVar> tree)
abstract ObjEntities.ObjEntity	ProblemIMP.minimize(Types.TypeObjective type, XNode<IVar>[] trees)
abstract ObjEntities.ObjEntity	ProblemIMP.minimize(Types.TypeObjective type, XNode<IVar>[] trees, int[] coeffs)
ObjEntities.ObjEntity	ProblemIMP3.minimize(XNode<IVar> tree)
ObjEntities.ObjEntity	ProblemIMP3.minimize(Types.TypeObjective type, XNode<IVar>[] trees)
ObjEntities.ObjEntity	ProblemIMP3.minimize(Types.TypeObjective type, XNode<IVar>[] trees, int[] coeffs)
abstract CtrEntities.CtrEntity	ProblemIMP.minimum(XNode<IVar>[] trees, Condition condition)
CtrEntities.CtrEntity	ProblemIMP3.minimum(XNode<IVar>[] trees, Condition condition)
abstract CtrEntities.CtrEntity	ProblemIMP.sum(XNode<IVar>[] trees, int[] coeffs, Condition condition)
CtrEntities.CtrEntity	ProblemIMP3.sum(XNode<IVar>[] trees, int[] coeffs, Condition condition)

Uses of XNode in org.xcsp.parser.callbacks

Methods in org.xcsp.parser.callbacks with parameters of type XNode

Modifier and Type	Method	Description
void	CompetitionValidator.buildCtrAllDifferent(String id, XNode<XVariables.XVarInteger>[] trees)
void	SolutionChecker.buildCtrAllDifferent(String id, XNode<XVariables.XVarInteger>[] trees)
void	XCallbacks.buildCtrAllDifferent(String id, XNode<XVariables.XVarInteger>[] trees)
default void	XCallbacks2.buildCtrAllDifferent(String id, XNode<XVariables.XVarInteger>[] trees)
void	CompetitionValidator.buildCtrAllEqual(String id, XNode<XVariables.XVarInteger>[] trees)
void	SolutionChecker.buildCtrAllEqual(String id, XNode<XVariables.XVarInteger>[] trees)
void	XCallbacks.buildCtrAllEqual(String id, XNode<XVariables.XVarInteger>[] trees)
default void	XCallbacks2.buildCtrAllEqual(String id, XNode<XVariables.XVarInteger>[] trees)
void	CompetitionValidator.buildCtrCount(String id, XNode<XVariables.XVarInteger>[] trees, int[] values, Condition condition)
void	SolutionChecker.buildCtrCount(String id, XNode<XVariables.XVarInteger>[] trees, int[] values, Condition condition)
void	XCallbacks.buildCtrCount(String id, XNode<XVariables.XVarInteger>[] trees, int[] values, Condition condition)
default void	XCallbacks2.buildCtrCount(String id, XNode<XVariables.XVarInteger>[] trees, int[] values, Condition condition)
void	CompetitionValidator.buildCtrMaximum(String id, XNode<XVariables.XVarInteger>[] trees, Condition condition)
void	SolutionChecker.buildCtrMaximum(String id, XNode<XVariables.XVarInteger>[] trees, Condition condition)
void	XCallbacks.buildCtrMaximum(String id, XNode<XVariables.XVarInteger>[] trees, Condition condition)
default void	XCallbacks2.buildCtrMaximum(String id, XNode<XVariables.XVarInteger>[] trees, Condition condition)
void	CompetitionValidator.buildCtrMaximumArg(String id, XNode<XVariables.XVarInteger>[] trees, Types.TypeRank rank, Condition condition)
void	SolutionChecker.buildCtrMaximumArg(String id, XNode<XVariables.XVarInteger>[] trees, Types.TypeRank rank, Condition condition)
void	XCallbacks.buildCtrMaximumArg(String id, XNode<XVariables.XVarInteger>[] trees, Types.TypeRank rank, Condition condition)
default void	XCallbacks2.buildCtrMaximumArg(String id, XNode<XVariables.XVarInteger>[] trees, Types.TypeRank rank, Condition condition)
void	CompetitionValidator.buildCtrMinimum(String id, XNode<XVariables.XVarInteger>[] trees, Condition condition)
void	SolutionChecker.buildCtrMinimum(String id, XNode<XVariables.XVarInteger>[] trees, Condition condition)
void	XCallbacks.buildCtrMinimum(String id, XNode<XVariables.XVarInteger>[] trees, Condition condition)
default void	XCallbacks2.buildCtrMinimum(String id, XNode<XVariables.XVarInteger>[] trees, Condition condition)
void	CompetitionValidator.buildCtrMinimumArg(String id, XNode<XVariables.XVarInteger>[] trees, Types.TypeRank rank, Condition condition)
void	SolutionChecker.buildCtrMinimumArg(String id, XNode<XVariables.XVarInteger>[] trees, Types.TypeRank rank, Condition condition)
void	XCallbacks.buildCtrMinimumArg(String id, XNode<XVariables.XVarInteger>[] trees, Types.TypeRank rank, Condition condition)
default void	XCallbacks2.buildCtrMinimumArg(String id, XNode<XVariables.XVarInteger>[] trees, Types.TypeRank rank, Condition condition)
void	CompetitionValidator.buildCtrNValues(String id, XNode<XVariables.XVarInteger>[] trees, Condition condition)
void	SolutionChecker.buildCtrNValues(String id, XNode<XVariables.XVarInteger>[] trees, Condition condition)
void	XCallbacks.buildCtrNValues(String id, XNode<XVariables.XVarInteger>[] trees, Condition condition)
default void	XCallbacks2.buildCtrNValues(String id, XNode<XVariables.XVarInteger>[] trees, Condition condition)
void	CompetitionValidator.buildCtrSum(String id, XNode<XVariables.XVarInteger>[] trees, int[] coeffs, Condition condition)
void	CompetitionValidator.buildCtrSum(String id, XNode<XVariables.XVarInteger>[] trees, Condition condition)
void	CompetitionValidator.buildCtrSum(String id, XNode<XVariables.XVarInteger>[] trees, XVariables.XVarInteger[] coeffs, Condition condition)
void	SolutionChecker.buildCtrSum(String id, XNode<XVariables.XVarInteger>[] trees, int[] coeffs, Condition condition)
void	SolutionChecker.buildCtrSum(String id, XNode<XVariables.XVarInteger>[] trees, Condition condition)
void	SolutionChecker.buildCtrSum(String id, XNode<XVariables.XVarInteger>[] trees, XVariables.XVarInteger[] coeffs, Condition condition)
void	XCallbacks.buildCtrSum(String id, XNode<XVariables.XVarInteger>[] trees, int[] coeffs, Condition condition)
void	XCallbacks.buildCtrSum(String id, XNode<XVariables.XVarInteger>[] trees, Condition condition)
void	XCallbacks.buildCtrSum(String id, XNode<XVariables.XVarInteger>[] trees, XVariables.XVarInteger[] coeffs, Condition condition)
default void	XCallbacks2.buildCtrSum(String id, XNode<XVariables.XVarInteger>[] trees, int[] coeffs, Condition condition)
default void	XCallbacks2.buildCtrSum(String id, XNode<XVariables.XVarInteger>[] trees, Condition condition)
default void	XCallbacks2.buildCtrSum(String id, XNode<XVariables.XVarInteger>[] trees, XVariables.XVarInteger[] coeffs, Condition condition)
void	CompetitionValidator.buildObjToMaximize(String id, Types.TypeObjective type, XNode<XVariables.XVarInteger>[] trees)
void	CompetitionValidator.buildObjToMaximize(String id, Types.TypeObjective type, XNode<XVariables.XVarInteger>[] trees, int[] coeffs)
void	SolutionChecker.buildObjToMaximize(String id, Types.TypeObjective type, XNode<XVariables.XVarInteger>[] trees)
void	SolutionChecker.buildObjToMaximize(String id, Types.TypeObjective type, XNode<XVariables.XVarInteger>[] trees, int[] coeffs)
void	XCallbacks.buildObjToMaximize(String id, Types.TypeObjective type, XNode<XVariables.XVarInteger>[] trees)
void	XCallbacks.buildObjToMaximize(String id, Types.TypeObjective type, XNode<XVariables.XVarInteger>[] trees, int[] coeffs)
default void	XCallbacks2.buildObjToMaximize(String id, Types.TypeObjective type, XNode<XVariables.XVarInteger>[] trees)
default void	XCallbacks2.buildObjToMaximize(String id, Types.TypeObjective type, XNode<XVariables.XVarInteger>[] trees, int[] coeffs)
void	CompetitionValidator.buildObjToMinimize(String id, Types.TypeObjective type, XNode<XVariables.XVarInteger>[] trees)
void	CompetitionValidator.buildObjToMinimize(String id, Types.TypeObjective type, XNode<XVariables.XVarInteger>[] trees, int[] coeffs)
void	SolutionChecker.buildObjToMinimize(String id, Types.TypeObjective type, XNode<XVariables.XVarInteger>[] trees)
void	SolutionChecker.buildObjToMinimize(String id, Types.TypeObjective type, XNode<XVariables.XVarInteger>[] trees, int[] coeffs)
void	XCallbacks.buildObjToMinimize(String id, Types.TypeObjective type, XNode<XVariables.XVarInteger>[] trees)
void	XCallbacks.buildObjToMinimize(String id, Types.TypeObjective type, XNode<XVariables.XVarInteger>[] trees, int[] coeffs)
default void	XCallbacks2.buildObjToMinimize(String id, Types.TypeObjective type, XNode<XVariables.XVarInteger>[] trees)
default void	XCallbacks2.buildObjToMinimize(String id, Types.TypeObjective type, XNode<XVariables.XVarInteger>[] trees, int[] coeffs)

Uses of XNode in org.xcsp.parser.entries

Fields in org.xcsp.parser.entries declared as XNode

Modifier and Type	Field	Description
XNode<? extends XVariables.XVar>	XObjectives.OObjectiveExpr.rootNode

Constructors in org.xcsp.parser.entries with parameters of type XNode

Constructor	Description
OObjectiveExpr(boolean minimize, Types.TypeObjective type, XNode<? extends XVariables.XVar> rootNode)	Builds an objective from the specified functional expression (given by the root of a syntactic tree).