Uses of Class
math.geom2d.line.AbstractLine2D

Packages that use AbstractLine2D

math.geom2d.line

Implementations of 'linear shapes', i.e. curves which can be embedded into a straight lines, like straight lines, line segments, or rays.

Uses of AbstractLine2D in math.geom2d.line

Subclasses of AbstractLine2D in math.geom2d.line

class	InvertedRay2D Inverted ray is defined from an origin and a direction vector.
class	LineArc2D LineArc2D is a generic class to represent edges, straight lines, and rays.
class	LineSegment2D Line segment, defined as the set of points located between the two end points.
class	Ray2D Ray, or half-line, defined from an origin and a direction vector.
class	StraightLine2D Implementation of a straight line.

Methods in math.geom2d.line that return AbstractLine2D

abstract AbstractLine2D	AbstractLine2D.clone() Ensures public declaration of clone(), and ensures valid return type.
AbstractLine2D	AbstractLine2D.subCurve(double t0, double t1) Returns a new AbstractLine2D, which is the portion of this AbstractLine2D delimited by parameters t0 and t1.
abstract AbstractLine2D	AbstractLine2D.transform(AffineTransform2D transform)

Methods in math.geom2d.line that return types with arguments of type AbstractLine2D

CurveSet2D<? extends AbstractLine2D>	AbstractLine2D.clip(Box2D box)
java.util.Collection<? extends AbstractLine2D>	AbstractLine2D.continuousCurves() Returns a collection of lines containing only this line.
java.util.Collection<? extends AbstractLine2D>	AbstractLine2D.smoothPieces() Returns a collection of lines containing only this line.

Methods in math.geom2d.line with parameters of type AbstractLine2D

static Point2D	AbstractLine2D.getIntersection(AbstractLine2D line1, AbstractLine2D line2) Returns the unique intersection of two straight objects.
static boolean	AbstractLine2D.isColinear(AbstractLine2D line1, AbstractLine2D line2) Tests if the two linear objects are located on the same straight line.
static boolean	AbstractLine2D.isParallel(AbstractLine2D line1, AbstractLine2D line2) Tests if the two linear objects are parallel.