Uses of Interface
math.geom2d.transform.Bijection2D

Packages that use Bijection2D

math.geom2d.transform

Hieararchy of planar transforms, and implementation of common transforms like rotations, translations, reflections or scalings.

Uses of Bijection2D in math.geom2d.transform

Subinterfaces of Bijection2D in math.geom2d.transform

interface	AffineTransform2D Represents any transform which can be expressed via a 3x3 matrix with the last row equal to [0 0 1].
interface	Isometry2D Represents an affine planar transform which preserves length ratios and (unoriented) angles.
interface	LinearTransform2D An affine transform without translation part, i.e. the last column equals [0 0 0 1].
interface	Motion2D Represents an affine planar transform which preserves distances and oriented angles.
interface	Similarity2D A similarity is a transformation which conserves lengths ratios and angles (not necessarily oriented).

Classes in math.geom2d.transform that implement Bijection2D

class	AbstractAffineTransform2D Base class for generic affine transforms in the plane.
static class	AbstractAffineTransform2D.Identity2D
class	GenericAffineTransform2D An implementation of IAffineTransform2D which uses an internal matrix for storing transform parameters.
class	GlideReflection2D A glide reflection is generated by applying first a reflection along a line, then a translation in the direction given by the line.
class	Homothecy2D Defines a homothetic transform.
class	LinearHomothecy2D Defines a homothetic transform centered on the origin.
class	LinearLineReflection2D
class	LinearRotation2D A rotation without translation part.
class	LineReflection2D interface for projections in the plane : projections on a line, on a circle, ...
class	PointSymmetry2D Transform each point with its symmetric with respect to a point.
class	Rotation2D Rotate a shape around a point with a given angle.
class	Scaling2D Scales a shape in the 2 main directions of the axis, centered at the origin.
class	Translation2D Transform each point by translating it by a given vector.

Methods in math.geom2d.transform that return Bijection2D

Bijection2D

Bijection2D.getInverseTransform()