Uses of Interface
org.jacop.constraints.geost.LexicographicalOrder
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Packages that use LexicographicalOrder Package Description org.jacop.constraints.geost -
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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 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)
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