Uses of Interface
javax.constraints.Constraint

Packages that use Constraint

javax.constraints	This package describes a generic Java programming interface for Constraint Programming (CP API) - see www.jcp.org .
javax.constraints.extra
javax.constraints.impl
javax.constraints.impl.constraint
javax.constraints.impl.search.goal

Uses of Constraint in javax.constraints

Methods in javax.constraints that return Constraint

Constraint	ProblemDelegator.add(Constraint constraint)
Constraint	Problem.add(Constraint constraint) Adds a Constraint "constraint" to the problem, then returns the constraint.
Constraint	ProblemDelegator.allDiff(Var[] vars)
Constraint	Problem.allDiff(Var[] vars) This method create a new Constraint stating that all of the elements of the array of variables "vars" must take different values from each other.
Constraint	ProblemDelegator.allDiff(VarList vars)
Constraint	Problem.allDiff(VarList vars) This method create a new Constraint stating that all of the elements of the list of variables "vars" must take different values from each other.
Constraint	Constraint.and(Constraint c) Returns an "AND" Constraint.
Constraint	ProblemDelegator.getConstraint(java.lang.String name)
Constraint	Problem.getConstraint(java.lang.String name) Returns the Constraint the name "name", or null if no such constraints exists in the problem.
Constraint[]	ProblemDelegator.getConstraints()
Constraint[]	Problem.getConstraints() Returns an array of Constraints previously added to the problem.
Constraint	ProblemDelegator.getFalseConstraint()
Constraint	Problem.getFalseConstraint() Returns the constant constraint that always will fail when it is posted or executed.
Constraint	ProblemDelegator.getTrueConstraint()
Constraint	Problem.getTrueConstraint() Returns the constant constraint that always succeeds when it is posted or executed.
Constraint	Constraint.implies(Constraint c) Returns a Constraint that states the implication: this => c.
Constraint	ProblemDelegator.linear(Var var, java.lang.String oper, int value)
Constraint	Problem.linear(Var var, java.lang.String oper, int value) Creates a constraint: var "oper" value without posting
Constraint	ProblemDelegator.linear(VarString var, java.lang.String oper, java.lang.String value)
Constraint	Problem.linear(VarString var, java.lang.String oper, java.lang.String value)
Constraint	ProblemDelegator.linear(Var var1, java.lang.String oper, Var var2)
Constraint	Problem.linear(Var var1, java.lang.String oper, Var var2) Creates a constraint: var1 "oper" var2 without posting
Constraint	Constraint.negation() Returns a Constraint that is satisfied if and only if this constraint is not satisfied.
Constraint	Constraint.or(Constraint c) Returns an "OR" Constraint.
Constraint	ProblemDelegator.post(int[] array, Var[] vars, java.lang.String oper, int value)
Constraint	Problem.post(int[] array, Var[] vars, java.lang.String oper, int value) Creates and posts a constraint: array*vars value
Constraint	ProblemDelegator.post(int[] array, Var[] vars, java.lang.String oper, Var var)
Constraint	Problem.post(int[] array, Var[] vars, java.lang.String oper, Var var) Creates and posts a constraint: array*vars var
Constraint	ProblemDelegator.post(int[] array, VarList vars, java.lang.String oper, int value)
Constraint	Problem.post(int[] array, VarList vars, java.lang.String oper, int value)
Constraint	ProblemDelegator.post(java.lang.String name, java.lang.String symbolicExpression)
Constraint	Problem.post(java.lang.String name, java.lang.String symbolicExpression) Creates a Constraint based on the symbolicExpression such as "x*y-z<3*r", adds this constraint to the problem, and returns the newly added Constraint.
Constraint	ProblemDelegator.post(Var[] vars, java.lang.String oper, int value)
Constraint	Problem.post(Var[] vars, java.lang.String oper, int value) Creates and posts a constraint: sum of vars value
Constraint	ProblemDelegator.post(Var[] vars, java.lang.String oper, Var var)
Constraint	Problem.post(Var[] vars, java.lang.String oper, Var var) Creates and posts a constraint: sum of vars "oper" var
Constraint	ProblemDelegator.post(VarList vars, java.lang.String oper, int value)
Constraint	Problem.post(VarList vars, java.lang.String oper, int value) Creates and posts a constraint: sum of vars value
Constraint	ProblemDelegator.post(VarList vars, java.lang.String oper, Var var)
Constraint	Problem.post(VarList vars, java.lang.String oper, Var var) Creates and posts a constraint: sum of vars "oper" var
Constraint	ProblemDelegator.post(Var var, java.lang.String oper, int value)
Constraint	Problem.post(Var var, java.lang.String oper, int value) Creates and posts a constraint: var "oper" value
Constraint	ProblemDelegator.post(VarString var, java.lang.String oper, java.lang.String value)
Constraint	Problem.post(VarString var, java.lang.String oper, java.lang.String value)
Constraint	ProblemDelegator.post(VarString var1, java.lang.String oper, VarString var2)
Constraint	Problem.post(VarString var1, java.lang.String oper, VarString var2)
Constraint	ProblemDelegator.post(Var var1, java.lang.String oper, Var var2)
Constraint	Problem.post(Var var1, java.lang.String oper, Var var2) Creates and posts a constraint: var1 "oper" var2
Constraint	ProblemDelegator.post(Var var1, Var var2, java.lang.String oper, int value)
Constraint	Problem.post(Var var1, Var var2, java.lang.String oper, int value) Creates and posts a constraint: (var1 + var2) "oper" value
Constraint	ProblemDelegator.post(Var var1, Var var2, java.lang.String oper, Var var)
Constraint	Problem.post(Var var1, Var var2, java.lang.String oper, Var var) Creates and posts a constraint: (var1 + var2) "oper" var
Constraint	ProblemDelegator.postAllDiff(java.util.ArrayList<Var> vars)
Constraint	Problem.postAllDiff(java.util.ArrayList<Var> vars) Similar to postAllDiff for variables saved in the ArrayList vars
Constraint	ProblemDelegator.postAllDiff(Var[] vars)
Constraint	Problem.postAllDiff(Var[] vars) This constraint is a synonym for constraintAllDifferent
Constraint	ProblemDelegator.postAllDifferent(java.util.ArrayList<Var> vars)
Constraint	Problem.postAllDifferent(java.util.ArrayList<Var> vars) Similar to postAllDifferent for variables saved in the ArrayList vars
Constraint	ProblemDelegator.postAllDifferent(java.util.List vars)
Constraint	Problem.postAllDifferent(java.util.List vars)
Constraint	ProblemDelegator.postAllDifferent(Var[] vars)
Constraint	Problem.postAllDifferent(Var[] vars) Creates and posts a new Constraint stating that all of the elements of the array of variables "vars" must take different values from each other.
Constraint	ProblemDelegator.postAllDifferent(VarList vars)
Constraint	Problem.postAllDifferent(VarList vars)
Constraint	ProblemDelegator.postAnd(Constraint c1, Constraint c2)
Constraint	Problem.postAnd(Constraint c1, Constraint c2) Creates and posts a constraint an "AND" Constraint.
Constraint	ProblemDelegator.postCardinality(Var[] vars, int cardValue, java.lang.String oper, int value)
Constraint	Problem.postCardinality(Var[] vars, int cardValue, java.lang.String oper, int value) This method creates and posts a new cardinality constraint “cardinality(vars,cardValue) < value”.
Constraint	ProblemDelegator.postCardinality(Var[] vars, int cardValue, java.lang.String oper, Var var)
Constraint	Problem.postCardinality(Var[] vars, int cardValue, java.lang.String oper, Var var) This method is similar to the one above but instead of “value” the “cardinality(vars,cardValue)” is being constrained by “var”.
Constraint	ProblemDelegator.postCardinality(Var[] vars, Var cardVar, java.lang.String oper, int value)
Constraint	Problem.postCardinality(Var[] vars, Var cardVar, java.lang.String oper, int value) This method is similar to the one above but instead of “var” it uses "value"
Constraint	ProblemDelegator.postCardinality(Var[] vars, Var cardVar, java.lang.String oper, Var var)
Constraint	Problem.postCardinality(Var[] vars, Var cardVar, java.lang.String oper, Var var) This method is similar to the one above but instead of “cardValue” it uses "cardVar"
Constraint	ProblemDelegator.postCardinality(VarList vars, int cardValue, java.lang.String oper, int value)
Constraint	Problem.postCardinality(VarList vars, int cardValue, java.lang.String oper, int value)
Constraint	ProblemDelegator.postCardinality(VarList vars, int cardValue, java.lang.String oper, Var var)
Constraint	Problem.postCardinality(VarList vars, int cardValue, java.lang.String oper, Var var)
Constraint	ProblemDelegator.postCardinality(VarList vars, Var cardVar, java.lang.String oper, int value)
Constraint	Problem.postCardinality(VarList vars, Var cardVar, java.lang.String oper, int value)
Constraint	ProblemDelegator.postCardinality(VarList vars, Var cardVar, java.lang.String oper, Var var)
Constraint	Problem.postCardinality(VarList vars, Var cardVar, java.lang.String oper, Var var)
Constraint	ProblemDelegator.postElement(int[] array, Var indexVar, java.lang.String oper, int value)
Constraint	Problem.postElement(int[] array, Var indexVar, java.lang.String oper, int value) Creates and posts a new constraint: array[indexVar] value Here "array[indexVar]" denotes a constrained integer variable, which domain consists of integers array[i] where i is within domain of the "indexVar".
Constraint	ProblemDelegator.postElement(int[] array, Var indexVar, java.lang.String oper, Var var)
Constraint	Problem.postElement(int[] array, Var indexVar, java.lang.String oper, Var var) Creates and posts a constraint: array[indexVar] var Here "array[indexVar]" denotes a constrained integer variable, which domain consists of integers array[i] where i is within domain of the "indexVar".
Constraint	ProblemDelegator.postElement(java.util.Set[] arrayOfSets, Var indexVar, java.lang.String oper, VarSet var)
Constraint	Problem.postElement(java.util.Set[] arrayOfSets, Var indexVar, java.lang.String oper, VarSet var) Creates and posts a constraint: arrayOfSets[indexVar] setVar Here "arrayOfSets[indexVar]" denotes a constrained set variable, which domain consists of sets of integers arrayOfSets[i] where i is within domain of the "indexVar".
Constraint	ProblemDelegator.postElement(Var[] vars, Var indexVar, java.lang.String oper, int value)
Constraint	Problem.postElement(Var[] vars, Var indexVar, java.lang.String oper, int value) Posts a constraint: vars[indexVar] value
Constraint	ProblemDelegator.postElement(Var[] vars, Var indexVar, java.lang.String oper, Var var)
Constraint	Problem.postElement(Var[] vars, Var indexVar, java.lang.String oper, Var var) Posts a new constraint: vars[indexVar] var
Constraint	ProblemDelegator.postGlobalCardinality(Var[] vars, int[] values, int[] cardMin, int[] cardMax)
Constraint	Problem.postGlobalCardinality(Var[] vars, int[] values, int[] cardMin, int[] cardMax) Creates and posts a new global cardinality constraint that states:
Constraint	ProblemDelegator.postGlobalCardinality(Var[] vars, int[] values, Var[] cardinalityVars)
Constraint	Problem.postGlobalCardinality(Var[] vars, int[] values, Var[] cardinalityVars) Creates and posts a new global cardinality constraint that states:
Constraint	ProblemDelegator.postGlobalCardinality(VarList vars, int[] values, int[] cardMin, int[] cardMax)
Constraint	Problem.postGlobalCardinality(VarList vars, int[] values, int[] cardMin, int[] cardMax)
Constraint	ProblemDelegator.postGlobalCardinality(VarList vars, int[] values, Var[] cardinalityVars)
Constraint	Problem.postGlobalCardinality(VarList vars, int[] values, Var[] cardinalityVars)
Constraint	ProblemDelegator.postIfThen(Constraint constraint1, Constraint constraint2)
Constraint	Problem.postIfThen(Constraint constraint1, Constraint constraint2) Creates and posts a constraint that states the implication: constraint1 => constraint2.
Constraint	ProblemDelegator.postLinear(int[] array, Var[] vars, java.lang.String oper, int value)
Constraint	Problem.postLinear(int[] array, Var[] vars, java.lang.String oper, int value) Synonym for constraint(int[] array, Var[] vars, String oper, int value)
Constraint	ProblemDelegator.postLinear(int[] array, Var[] vars, java.lang.String oper, Var var)
Constraint	Problem.postLinear(int[] array, Var[] vars, java.lang.String oper, Var var) Synonym for constraint(int[] array, Var[] vars, String oper, Var var)
Constraint	ProblemDelegator.postLinear(int[] array, VarList vars, java.lang.String oper, int value)
Constraint	Problem.postLinear(int[] array, VarList vars, java.lang.String oper, int value)
Constraint	ProblemDelegator.postLinear(Var[] vars, java.lang.String oper, int value)
Constraint	Problem.postLinear(Var[] vars, java.lang.String oper, int value) Synonym for constraint(Var[] vars, String oper, int value)
Constraint	ProblemDelegator.postLinear(Var[] vars, java.lang.String oper, Var var)
Constraint	Problem.postLinear(Var[] vars, java.lang.String oper, Var var) Synonym for constraint(Var[] vars, String oper, Var var)
Constraint	ProblemDelegator.postLinear(Var var, java.lang.String oper, int value)
Constraint	Problem.postLinear(Var var, java.lang.String oper, int value) Synonym for constraint(Var var, String oper, int value)
Constraint	ProblemDelegator.postLinear(Var var1, java.lang.String oper, Var var2)
Constraint	Problem.postLinear(Var var1, java.lang.String oper, Var var2) Synonym for constraint(Var var1, String oper, Var var2)
Constraint	ProblemDelegator.postMax(Var[] vars, java.lang.String oper, int value)
Constraint	Problem.postMax(Var[] vars, java.lang.String oper, int value) Creates and posts a constraint: max(vars) "oper" value where max(vars) is a maximal variable in the array "vars" when they are all instantiated.
Constraint	ProblemDelegator.postMax(Var[] vars, java.lang.String oper, Var var)
Constraint	Problem.postMax(Var[] vars, java.lang.String oper, Var var) Creates and posts a constraint: max(vars) "oper" var where max(vars) is a maximal variable in the array "vars" when they are all instantiated.
Constraint	ProblemDelegator.postMin(Var[] vars, java.lang.String oper, int value)
Constraint	Problem.postMin(Var[] vars, java.lang.String oper, int value) Creates and posts a constraint: min(vars) "oper" value where max(vars) is a minimal variable in the array "vars" when they are all instantiated.
Constraint	ProblemDelegator.postMin(Var[] vars, java.lang.String oper, Var var)
Constraint	Problem.postMin(Var[] vars, java.lang.String oper, Var var) Creates and posts a constraint: min(vars) "oper" var where max(vars) is a minimal variable in the array "vars" when they are all instantiated.
Constraint	ProblemDelegator.postOr(Constraint c1, Constraint c2)
Constraint	Problem.postOr(Constraint c1, Constraint c2) Creates and posts a constraint an "OR" Constraint.

Methods in javax.constraints with parameters of type Constraint

Constraint	ProblemDelegator.add(Constraint constraint)
Constraint	Problem.add(Constraint constraint) Adds a Constraint "constraint" to the problem, then returns the constraint.
Constraint	Constraint.and(Constraint c) Returns an "AND" Constraint.
Constraint	Constraint.implies(Constraint c) Returns a Constraint that states the implication: this => c.
Constraint	Constraint.or(Constraint c) Returns an "OR" Constraint.
void	ProblemDelegator.post(Constraint c)
void	Problem.post(Constraint c) Posts the constraint "c".
Constraint	ProblemDelegator.postAnd(Constraint c1, Constraint c2)
Constraint	Problem.postAnd(Constraint c1, Constraint c2) Creates and posts a constraint an "AND" Constraint.
Constraint	ProblemDelegator.postIfThen(Constraint constraint1, Constraint constraint2)
Constraint	Problem.postIfThen(Constraint constraint1, Constraint constraint2) Creates and posts a constraint that states the implication: constraint1 => constraint2.
Constraint	ProblemDelegator.postOr(Constraint c1, Constraint c2)
Constraint	Problem.postOr(Constraint c1, Constraint c2) Creates and posts a constraint an "OR" Constraint.

Uses of Constraint in javax.constraints.extra

Classes in javax.constraints.extra that implement Constraint

class	ConstraintElementAtOnSets
class	ConstraintTraceVar This constraint allows a user to trace a variable logging a given event every time when it occurs

Uses of Constraint in javax.constraints.impl

Classes in javax.constraints.impl that implement Constraint

class

AbstractConstraint This is a base implementation for all

Methods in javax.constraints.impl that return Constraint

Constraint	AbstractProblem.add(Constraint constraint) Adds a Constraint "constraint" to the problem, then returns the constraint.
Constraint	AbstractProblem.add(java.lang.String name, Constraint constraint) Gives a Constraint "constraint" a new name "name", adds the Constraint to the problem and returns the newly added Constraint.
Constraint	AbstractProblem.allDiff(VarList vars)
Constraint	AbstractConstraint.and(Constraint c) Returns an "AND" Constraint.
Constraint	AbstractProblem.and(Constraint[] array) Returns an "AND" Constraint.
Constraint	BasicVarSet.doNotIntersectWith(VarSet varSet)
Constraint	AbstractProblem.getConstraint(java.lang.String name)
Constraint[]	AbstractProblem.getConstraints() Returns an array of Objects containing the Constraints previously added to the problem.
Constraint	AbstractProblem.getFalseConstraint() Returns the constant constraint that always will fail when it is posted or executed.
Constraint	AbstractProblem.getTrueConstraint() Returns the constant constraint that always succeeds when it is posted or executed.
Constraint	AbstractConstraint.implies(Constraint c) Returns a Constraint that states the implication: this => c.
Constraint	AbstractProblem.linear(VarString var, java.lang.String oper, java.lang.String value)
Constraint	AbstractConstraint.negation() Returns a Constraint that is satisfied if and only if this constraint is not satisfied.
Constraint	AbstractConstraint.or(Constraint c) Returns an "OR" Constraint.
Constraint	AbstractProblem.post(int[] array, VarList vars, java.lang.String oper, int value)
Constraint	AbstractProblem.post(int[] array, VarList vars, java.lang.String oper, Var var)
Constraint	AbstractProblem.post(java.lang.String name, java.lang.String symbolicExpression) Creates a Constraint based on the symbolicExpression such as "x*y-z<3*r", adds this constraint to the problem, and returns the newly added Constraint.
Constraint	AbstractProblem.post(VarList vars, java.lang.String oper, int value)
Constraint	AbstractProblem.post(VarList vars, java.lang.String oper, Var var)
Constraint	AbstractProblem.post(VarString var, java.lang.String oper, java.lang.String value)
Constraint	AbstractProblem.post(VarString var1, java.lang.String oper, VarString var2)
Constraint	AbstractProblem.post(Var var1, Var var2, java.lang.String oper, int value) Creates and posts a constraint: (var1 + var2) "oper" value
Constraint	AbstractProblem.post(Var var1, Var var2, java.lang.String oper, Var var) Creates and posts a constraint: (var1 + var2) "oper" var
Constraint	AbstractProblem.postAllDiff(java.util.ArrayList<Var> vars)
Constraint	AbstractProblem.postAllDiff(Var[] vars) This constraint is a synonym for constraintAllDifferent
Constraint	AbstractProblem.postAllDifferent(java.util.ArrayList<Var> vars)
Constraint	AbstractProblem.postAllDifferent(java.util.List vars)
Constraint	AbstractProblem.postAllDifferent(Var[] vars) Creates and posts a new Constraint stating that all of the elements of the array of variables "vars" must take different values from each other.
Constraint	AbstractProblem.postAllDifferent(VarList vars)
Constraint	AbstractProblem.postAnd(Constraint c1, Constraint c2) Creates and posts a constraint an "AND" Constraint.
Constraint	AbstractProblem.postCardinality(Var[] vars, Var cardVar, java.lang.String oper, int value) This method is similar to the one above but instead of “var” it uses "value"
Constraint	AbstractProblem.postCardinality(Var[] vars, Var cardVar, java.lang.String oper, Var var) This method creates a new cardinality constraint “cardinality(vars,cardVar) < value”.
Constraint	AbstractProblem.postCardinality(VarList vars, int cardValue, java.lang.String oper, int value)
Constraint	AbstractProblem.postCardinality(VarList vars, int cardValue, java.lang.String oper, Var var)
Constraint	AbstractProblem.postCardinality(VarList vars, Var cardVar, java.lang.String oper, int value)
Constraint	AbstractProblem.postCardinality(VarList vars, Var cardVar, java.lang.String oper, Var var)
Constraint	AbstractProblem.postElement(java.util.Set[] arrayOfSets, Var indexVar, java.lang.String oper, VarSet var) Creates and posts a constraint: arrayOfSets[indexVar] setVar Here "arrayOfSets[indexVar]" denotes a constrained set variable, which domain consists of sets of integers arrayOfSets[i] where i is within domain of the "indexVar".
Constraint	AbstractProblem.postGlobalCardinality(Var[] vars, int[] values, int[] cardMin, int[] cardMax) For each index i the number of times the value "values[i]" occurs in the array "vars" should be cardMin[i] and cardMax[i] (inclusive)
Constraint	AbstractProblem.postGlobalCardinality(Var[] vars, int[] values, Var[] cardinalityVars)
Constraint	AbstractProblem.postGlobalCardinality(VarList vars, int[] values, int[] cardMin, int[] cardMax)
Constraint	AbstractProblem.postGlobalCardinality(VarList vars, int[] values, Var[] cardinalityVars)
Constraint	AbstractProblem.postIfThen(Constraint constraint1, Constraint constraint2) Creates and posts a constraint that states the implication: constraint1 => constraint2.
Constraint	AbstractProblem.postLinear(int[] array, Var[] vars, java.lang.String oper, int value)
Constraint	AbstractProblem.postLinear(int[] array, Var[] vars, java.lang.String oper, Var var)
Constraint	AbstractProblem.postLinear(int[] array, VarList vars, java.lang.String oper, int value)
Constraint	AbstractProblem.postLinear(int[] array, VarList vars, java.lang.String oper, Var var)
Constraint	AbstractProblem.postLinear(Var[] vars, java.lang.String oper, int value)
Constraint	AbstractProblem.postLinear(Var[] vars, java.lang.String oper, Var var)
Constraint	AbstractProblem.postLinear(Var var, java.lang.String oper, int value)
Constraint	AbstractProblem.postLinear(Var var1, java.lang.String oper, Var var2)
Constraint	AbstractProblem.postMax(Var[] vars, java.lang.String oper, int value) Creates and posts a constraint: max(vars) "oper" value where max(vars) is a maximal variable in the array "vars" when they are all instantiated.
Constraint	AbstractProblem.postMax(Var[] vars, java.lang.String oper, Var var) Creates and posts a constraint: max(vars) "oper" var where max(vars) is a maximal variable in the array "vars" when they are all instantiated.
Constraint	AbstractProblem.postMin(Var[] vars, java.lang.String oper, int value) Creates and posts a constraint: min(vars) "oper" value where max(vars) is a minimal variable in the array "vars" when they are all instantiated.
Constraint	AbstractProblem.postMin(Var[] vars, java.lang.String oper, Var var) Creates and posts a constraint: min(vars) "oper" var where max(vars) is a minimal variable in the array "vars" when they are all instantiated.
Constraint	AbstractProblem.postOr(Constraint c1, Constraint c2) Creates and posts a constraint an "OR" Constraint.

Methods in javax.constraints.impl with parameters of type Constraint

Constraint	AbstractProblem.add(Constraint constraint) Adds a Constraint "constraint" to the problem, then returns the constraint.
Constraint	AbstractProblem.add(java.lang.String name, Constraint constraint) Gives a Constraint "constraint" a new name "name", adds the Constraint to the problem and returns the newly added Constraint.
Constraint	AbstractConstraint.and(Constraint c) Returns an "AND" Constraint.
Constraint	AbstractProblem.and(Constraint[] array) Returns an "AND" Constraint.
Constraint	AbstractConstraint.implies(Constraint c) Returns a Constraint that states the implication: this => c.
void	AbstractProblem.log(Constraint[] constraints) Logs all Constraints contained in the array "constraints".
Constraint	AbstractConstraint.or(Constraint c) Returns an "OR" Constraint.
abstract void	AbstractProblem.post(Constraint constraint) This method takes a constraint's implementation and uses its own implementation-specific post-method.
Constraint	AbstractProblem.postAnd(Constraint c1, Constraint c2) Creates and posts a constraint an "AND" Constraint.
Constraint	AbstractProblem.postIfThen(Constraint constraint1, Constraint constraint2) Creates and posts a constraint that states the implication: constraint1 => constraint2.
Constraint	AbstractProblem.postOr(Constraint c1, Constraint c2) Creates and posts a constraint an "OR" Constraint.

Uses of Constraint in javax.constraints.impl.constraint

Classes in javax.constraints.impl.constraint that implement Constraint

class	ConstraintFalse This is a constant constraint that always will fail when it is posted or executed.
class	ConstraintGlobalCardinality
class	ConstraintMax This is a linear constraints for a constrained integer variable that is equal to the maximal variable in the array "vars" when they are all instantiated.
class	ConstraintMin This is a linear constraint for a constrained integer variable that is equal to the minimal variable in the array "vars" when they are all instantiated.
class	ConstraintNotAllEqual This constraint states that not all elements within an array of vars should be the same
class	ConstraintTable
class	ConstraintTrue This is a constant constraint that always will be successfully posted and executed without changing anything in its environment.

Uses of Constraint in javax.constraints.impl.search.goal

Constructors in javax.constraints.impl.search.goal with parameters of type Constraint

GoalConstraint(Constraint constraint)