All Classes and Interfaces

Class	Description
Axis	Identifies axis in a Cartesian coordinate system.
AxisConversionException	When converting another type to a corresponding Axis fails.
AxisConverter	Converts to/from Axis to a String and int representations, checking for invalid input.
BoundedList<T>	One or more elements, each with an individual bounding-box, and collectively with a bounding-box that fully contains them all.
BoundingBox	A bounding-box in two or three dimensions.
BoundingBoxContains	Does a bounding box contain other objects?
BoundingBoxDistance	Calculates distance between two bounding boxes.
BoundingBoxFactory	Utility methods to create a BoundingBox.
BoundingBoxIntersection	Methods for checking intersection between a particular bounding-box and others.
BoundingBoxMerger	Merges one or more BoundingBox together, to create a single BoundingBox that spans them all.
BoundingBoxRTree<T>	An R-Tree that contains items, each with an associated bounding-box in three dimensions.
BoundingBoxUnion	Performs union of a bounding-box with other entities
Comparator3d<T>	Imposes an ordering on any sub-type of Tuple3d.
Comparator3i<T>	Imposes an ordering on any sub-type of Tuple3i.
Contour	A path of successively-neighbored points.
DirectionVector	A vector indicating a direction in space.
Extent	The sizes: width, height, depth etc.
IntersectionOverUnion	Calculates the intersection-over-union score for a pair of bounding-boxes.
IntervalRTree<T>	An R-Tree that contains items, each with an associated one-dimensional interval.
OffsettedPointTwoDimensionalConsumer	Like a PointTwoDimensionalConsumer but also has a buffer offset.
OffsettedScalarTwoDimensionalConsumer<E>	Like a ScalarTwoDimensionalConsumer but accepts two coordinates of a point and an offset value.
Orientation	The orientation (direction) in 2D or 3D Euclidean space.
Orientation2D	A simple angular orientation the 2D plane, relative to the x-axis.
Orientation3DEulerAngles	An orientation using three angle parameters for the rotation.
OrientationAxisAngle	An orientation in axis-angle representation.
OrientationRotationMatrix	Orients an object by rotating anti-clockwise with an explicit RotationMatrix.
Point2d	A two-dimensional point of double values.
Point2f	A two-dimensional point of float values.
Point2i	A two-dimensional point of int values.
Point3d	A three-dimensional point of double values.
Point3f	A three-dimensional point of float values.
Point3i	A three-dimensional point of int values.
PointConverter	Conversion utilities between points with different types and dimensionalities.
PointRange	Tracks the range experienced by points in the X, Y and Z dimensions.
PointsNeighborChecker	Checks if two or more points fulfill certain neighbor relations to each other.
PointTwoDimensionalConsumer	Like a IntConsumer but accepts two coordinates of a point as scalar arguments.
ReadableTuple3i	A tuple with three-values, respectively for the X, Y and Z dimensions.
RelativeScaleCalculator	Determine the scaling-factor needed to scale an Extent to become equal in size to another Extent.
RotationMatrix	A matrix that performs a rotation in Euclidean space.
RTree<T>	Bases class for implementations of R-Trees that store objects with associated geometry.
RunningSumPoint	A running sum for tracking points separately in each dimension.
ScalarThreeDimensionalConsumer	Like a IntConsumer but accepts three coordinates of a point as scalar arguments.
ScalarTwoDimensionalConsumer	Like a IntConsumer but accepts two coordinates of a point as scalar arguments.
ScaleFactor	What to scale X and Y dimensions by.
ScaleFactorInt	Like ScaleFactor but only allows integer scaling-factors in each dimension.
Scaler	Scales different types of entities with a ScaleFactor.
SpatiallySeparate<T>	Splits a collection of elements into spatially separate clusters.
Tuple3d	A three-dimensional tuple of double values.
Tuple3f	A three-dimensional tuple of float values.
Tuple3i	A three-dimensional tuple of int values.
Vector3d	A three-dimensional vector of double values.