Uses of Interface
org.jacop.constraints.geost.LexicographicalOrder

Packages that use LexicographicalOrder

Package	Description
org.jacop.constraints.geost

Uses of LexicographicalOrder in org.jacop.constraints.geost

Classes in org.jacop.constraints.geost that implement LexicographicalOrder

Modifier and Type	Class	Description
class	PredefinedOrder
class	ShiftOrder

Fields in org.jacop.constraints.geost declared as LexicographicalOrder

Modifier and Type	Field	Description
final LexicographicalOrder	Geost.order	It specifies the order between dimensions which is used by the pruning algorithm.

Methods in org.jacop.constraints.geost with parameters of type LexicographicalOrder

Modifier and Type	Method	Description
protected DBox	Geost.findForbiddenDomain(GeostObject o, int currentShape, int[] point, Geost.SweepDirection dir, LexicographicalOrder order)
DBox	AllowedArea.isFeasible(Geost.SweepDirection min, LexicographicalOrder order, GeostObject o, int currentShape, int[] c)
DBox	DomainHoles.isFeasible(Geost.SweepDirection min, LexicographicalOrder order, GeostObject o, int currentShape, int[] c)
DBox	ForbiddenArea.isFeasible(Geost.SweepDirection min, LexicographicalOrder order, GeostObject o, int currentShape, int[] c)
abstract DBox	InternalConstraint.isFeasible(Geost.SweepDirection min, LexicographicalOrder order, GeostObject o, int currentShape, int[] c)	It determines whether the given point is a feasible origin of object o, considering this constraint only.
DBox	ObstacleObject.isFeasible(Geost.SweepDirection min, LexicographicalOrder order, GeostObject o, int currentShape, int[] c)
DBox	ObstacleObjectFrame.isFeasible(Geost.SweepDirection min, LexicographicalOrder order, GeostObject o, int currentShape, int[] c)
protected boolean	ObstacleObjectFrame.timeOnlyCheck(Geost.SweepDirection min, LexicographicalOrder order, GeostObject o, int currentShape, int[] c)