Uses of Class
org.jacop.constraints.geost.DBox

Packages that use DBox

Package	Description
org.jacop.constraints.geost

Uses of DBox in org.jacop.constraints.geost

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

Modifier and Type	Field	Description
DBox	InArea.allowedArea	It specifies the allowed area in which the objects can reside.
DBox	Shape.boundingBox	It specifies the smallest bounding box which encapsulates all boxes constituting the shape.
private DBox	ObstacleObjectFrame.frameBoundingBox	It specifies the bounding box of the frame.

Fields in org.jacop.constraints.geost with type parameters of type DBox

Modifier and Type	Field	Description
java.util.Collection<DBox>	Shape.boxes	The collection of DBoxes that constitute the shape.
private SimpleArrayList<DBox>	ObstacleObjectFrame.extendedHoles	the collection of holes that are included in all possible shapes, enlarged to include the whole domain that can be covered for any feasible choice of the origin
java.util.LinkedList<DBox>	ObstacleObjectFrame.frame	the frame is the area that is ensured to be covered by the obstacle, given the domain of its origin variables
static SimpleArrayList<SimpleArrayList<DBox>>	DBox.freeBoxes	static store of available boxes, accessible by dimension.
java.util.Collection<DBox>	InArea.holes	It specifies the holes within the allowed area in which the objects can not be placed.
private SimpleArrayList<DBox>	Shape.holes
(package private) SimpleArrayList<DBox>	ObstacleObject.preshiftedElems	It shifts boxes of the given shape as required by the frame.
(package private) SimpleArrayList<DBox>	Geost.workingList	A temporary list to collect bounding boxes for each shape of the given object to compute one bounding box whatever the shape of the object.

Methods in org.jacop.constraints.geost that return DBox

Modifier and Type	Method	Description
static DBox	DBox.boundingBox(java.util.Collection<DBox> boxes)	computes the bounding box of the given collection of boxes
DBox	Shape.boundingBox()	It returns previously computed bounding box of the shape.
private DBox	Shape.computeBoundingBox()	It computes the bounding box of the given shape.
DBox	DBox.copyInto(DBox box)	It copies this DBox into given DBox.
protected DBox	Geost.findForbiddenDomain(GeostObject o, int currentShape, int[] point, Geost.SweepDirection dir, LexicographicalOrder order)
static DBox	DBox.getAllocatedInstance(int dimension)	It returns an instance of DBox of the corresponding dimension, using a previously allocated one if possible
DBox	DBox.intersectWith(int[] offset, DBox other, int[] otherOffset)	It intersects this DBox with a view of the given DBox that was shifted according to the given offset.
DBox	DBox.intersectWith(DBox other)	It intersects this DBox with the given DBox.
DBox	DBox.intersectWith(DBox other, int[] otherOffset)	It intersects this DBox with the given DBox, but the other DBox is shifted by the specified offset.
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)
static DBox	DBox.newBox(int dimension)	It returns an usable box, reusing a box from the pool if possible.

Methods in org.jacop.constraints.geost that return types with arguments of type DBox

Modifier and Type	Method	Description
java.util.Collection<DBox>	Shape.components()	It returns the dboxes defining the shape.
java.util.Collection<DBox>	Shape.holes()	It returns the set of holes of this shape.
java.util.Collection<DBox>	Shape.noOverlapRepresentation()	It computes a collection of DBoxes that form the same shape, but that are certain to not overlap
java.util.Collection<DBox>	DBox.subtract(DBox hole, java.util.Collection<DBox> difference)	computes the difference between this box and the given box.
java.util.Collection<DBox>	DBox.subtractAll(java.util.Collection<DBox> others, java.util.Collection<DBox> result)	It computes the result of a subtraction from this box of all the boxes given.
static java.util.Collection<DBox>	DBox.subtractAll(java.util.Collection<DBox> source, java.util.Collection<DBox> holes, java.util.Collection<DBox> result)	It computes the result of a subtraction from the given collection of boxes of all the boxes given in the subtracting collection.

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

Modifier and Type	Method	Description
DBox	DBox.copyInto(DBox box)	It copies this DBox into given DBox.
static void	DBox.dispatchBox(DBox unusedBox)	It allows the system to reuse the given box by placing it into the pool of allocated boxes.
void	BoxDisplay.display2DBox(DBox b)	It displays a given dbox in a black color.
void	BoxDisplay.display2DBox(DBox b, java.awt.Color color)	It displays a given dbox using a given color.
void	BoxDisplay.display2DBox(DBox b, java.awt.Color color, boolean fill)	It draws dboxes given color.
DBox	DBox.intersectWith(int[] offset, DBox other, int[] otherOffset)	It intersects this DBox with a view of the given DBox that was shifted according to the given offset.
DBox	DBox.intersectWith(DBox other)	It intersects this DBox with the given DBox.
DBox	DBox.intersectWith(DBox other, int[] otherOffset)	It intersects this DBox with the given DBox, but the other DBox is shifted by the specified offset.
java.util.Collection<DBox>	DBox.subtract(DBox hole, java.util.Collection<DBox> difference)	computes the difference between this box and the given box.

Method parameters in org.jacop.constraints.geost with type arguments of type DBox

Modifier and Type	Method	Description
static DBox	DBox.boundingBox(java.util.Collection<DBox> boxes)	computes the bounding box of the given collection of boxes
java.util.Collection<DBox>	DBox.subtract(DBox hole, java.util.Collection<DBox> difference)	computes the difference between this box and the given box.
java.util.Collection<DBox>	DBox.subtractAll(java.util.Collection<DBox> others, java.util.Collection<DBox> result)	It computes the result of a subtraction from this box of all the boxes given.
static java.util.Collection<DBox>	DBox.subtractAll(java.util.Collection<DBox> source, java.util.Collection<DBox> holes, java.util.Collection<DBox> result)	It computes the result of a subtraction from the given collection of boxes of all the boxes given in the subtracting collection.

Constructors in org.jacop.constraints.geost with parameters of type DBox

Constructor	Description
InArea(DBox area, java.util.Collection<DBox> holes)	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.
Shape(int id, DBox box)	It constructs a shape from only one DBox.

Constructor parameters in org.jacop.constraints.geost with type arguments of type DBox

Constructor	Description
InArea(DBox area, java.util.Collection<DBox> holes)	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.
Shape(int no, java.util.Collection<DBox> boxes)	It constructs a shape with a given id based on a specified collection of Dboxes.