Uses of Interface
math.geom2d.domain.SmoothOrientedCurve2D

Packages that use SmoothOrientedCurve2D

math.geom2d.circulinear	Definition of circulinear shapes and some implementations.
math.geom2d.conic	Definition of various conic curves like circles, ellipses, parabolas and hyperbolas, and their resepctive arcs.
math.geom2d.domain	Curves interface hierarchy, and implementations of curve sets and various poly-curves.
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.
math.geom2d.polygon	Definitions and implementations of shapes composed several line segments: polylines, rings, polygons.

Uses of SmoothOrientedCurve2D in math.geom2d.circulinear

Subinterfaces of SmoothOrientedCurve2D in math.geom2d.circulinear

interface	CircleLine2D Tagging interface to be able to consider in a same way circles and lines.
interface	CirculinearElement2D Circulinear elements are lowest level of circulinear curve: each circulinear curve can be divided into a set of circulinear elements.

Uses of SmoothOrientedCurve2D in math.geom2d.conic

Subinterfaces of SmoothOrientedCurve2D in math.geom2d.conic

interface

CircularShape2D Tagging interface for grouping Circle2D and CircleArc2D.

Classes in math.geom2d.conic that implement SmoothOrientedCurve2D

class	Circle2D A circle in the plane, defined as the set of points located at an equal distance from the circle center.
class	CircleArc2D A circle arc, defined by the center and the radius of the containing circle, by a starting angle, and by a (signed) angle extent.
class	Ellipse2D An ellipse in the plane.
class	EllipseArc2D An arc of ellipse.
class	HyperbolaBranch2D Branch of an Hyperbola2D.
class	HyperbolaBranchArc2D An arc of hyperbola, defined from the parent hyperbola branch, and two positions on the parent curve.
class	ParabolaArc2D An arc of parabola, defined by a parent parabola, and two limits for the parametrization.

Methods in math.geom2d.conic that return types with arguments of type SmoothOrientedCurve2D

CurveSet2D<? extends SmoothOrientedCurve2D>

Ellipse2D.clip(Box2D box) Clip the ellipse by a box.

Uses of SmoothOrientedCurve2D in math.geom2d.domain

Subinterfaces of SmoothOrientedCurve2D in math.geom2d.domain

interface

SmoothBoundary2D Tagging interface to represent in unified way smooth curves which are boundaries.

Uses of SmoothOrientedCurve2D in math.geom2d.line

Classes in math.geom2d.line that implement SmoothOrientedCurve2D

class	AbstractLine2D Base class for straight curves, such as straight lines, rays, or edges.
class	InvertedRay2D Inverted ray is defined from an origin and a direction vector.
class	Line2D Line object defined from 2 points.
class	LineArc2D LineArc2D is a generic class to represent edges, straight lines, and rays.
class	LineObject2D Deprecated. use Line2D instead
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 types with arguments of type SmoothOrientedCurve2D

static BoundaryPolyCurve2D<SmoothOrientedCurve2D>	Polyline2DUtils.createClosedParallel(ClosedPolyline2D polyline, double d) Deprecated. Creates a curve parallel to the given polyline, at a distance d.
static PolyOrientedCurve2D<SmoothOrientedCurve2D>	Polyline2DUtils.createParallel(Polyline2D polyline, double d) Deprecated. Creates a curve parallel to the given polyline, at a distance d.

Uses of SmoothOrientedCurve2D in math.geom2d.polygon

Methods in math.geom2d.polygon that return types with arguments of type SmoothOrientedCurve2D

static BoundaryPolyCurve2D<SmoothOrientedCurve2D>	Polyline2DUtils.createClosedParallel(LinearRing2D polyline, double d) Creates a curve parallel to the given polyline, at a distance d.
static PolyOrientedCurve2D<SmoothOrientedCurve2D>	Polyline2DUtils.createParallel(Polyline2D polyline, double d) Creates a curve parallel to the given polyline, at a distance d.