C# Class R3.Geometry.H3Models

Afficher le fichier Open project: roice3/Honeycombs

Méthodes publiques

Méthode	Description
BallToKlein ( Sphere s ) : Sphere	Transform a geodesic sphere in the ball model to the Klein model. Output will be a plane.
BallToUHS ( Circle3D c ) : Circle3D
BallToUHS ( Sphere s ) : Sphere
BallToUHS ( Vector3D v ) : Vector3D
SizeFuncConst ( Vector3D v, double scale ) : double
TransformHelper ( Vector3D v, Mobius m ) : Vector3D	NOTE! This should only be used if m is a transform that preserves the imaginary axis!
TransformInBall ( Sphere s, Mobius m ) : Sphere	This applies the same Mobius transform to all vertical planes through the z axis. NOTE: m must therefore be a mobius transform that keeps the imaginary axis constant! NOTE: s must be geodesic! (orthogonal to boundary).
TransformInBall2 ( Sphere s, Mobius m ) : void
TransformInUHS ( Sphere s, Mobius m ) : Sphere	This applies the the Mobius transform to the plane at infinity. Any Mobius is acceptable. NOTE: s must be geodesic! (orthogonal to boundary).
TransformInUHS2 ( Sphere s, Mobius m ) : void
UHSToBall ( Sphere s ) : Sphere	NOTE: s must be geodesic! (orthogonal to boundary).
UHSToBall ( Vector3D v ) : Vector3D

Private Methods

Méthode	Description
FromUpperHalfPlaneMobius ( ) : Mobius
ToUpperHalfPlaneMobius ( ) : Mobius

Method Details

BallToKlein() public static méthode

Transform a geodesic sphere in the ball model to the Klein model. Output will be a plane.

public static BallToKlein ( Sphere s ) : Sphere
s	Sphere
Résultat	Sphere

BallToUHS() public static méthode

public static BallToUHS ( Circle3D c ) : Circle3D
c	Circle3D
Résultat	Circle3D

BallToUHS() public static méthode

public static BallToUHS ( Sphere s ) : Sphere
s	Sphere
Résultat	Sphere

BallToUHS() public static méthode

public static BallToUHS ( Vector3D v ) : Vector3D
v	Vector3D
Résultat	Vector3D

SizeFuncConst() public static méthode

public static SizeFuncConst ( Vector3D v, double scale ) : double
v	Vector3D
scale	double
Résultat	double

TransformHelper() public static méthode

NOTE! This should only be used if m is a transform that preserves the imaginary axis!

public static TransformHelper ( Vector3D v, Mobius m ) : Vector3D
v	Vector3D
m	R3.Math.Mobius
Résultat	Vector3D

TransformInBall() public static méthode

This applies the same Mobius transform to all vertical planes through the z axis. NOTE: m must therefore be a mobius transform that keeps the imaginary axis constant! NOTE: s must be geodesic! (orthogonal to boundary).

public static TransformInBall ( Sphere s, Mobius m ) : Sphere
s	Sphere
m	R3.Math.Mobius
Résultat	Sphere

TransformInBall2() public static méthode

public static TransformInBall2 ( Sphere s, Mobius m ) : void
s	Sphere
m	R3.Math.Mobius
Résultat	void

TransformInUHS() public static méthode

This applies the the Mobius transform to the plane at infinity. Any Mobius is acceptable. NOTE: s must be geodesic! (orthogonal to boundary).

public static TransformInUHS ( Sphere s, Mobius m ) : Sphere
s	Sphere
m	R3.Math.Mobius
Résultat	Sphere

TransformInUHS2() public static méthode

public static TransformInUHS2 ( Sphere s, Mobius m ) : void
s	Sphere
m	R3.Math.Mobius
Résultat	void

UHSToBall() public static méthode

NOTE: s must be geodesic! (orthogonal to boundary).

public static UHSToBall ( Sphere s ) : Sphere
s	Sphere
Résultat	Sphere

UHSToBall() public static méthode

public static UHSToBall ( Vector3D v ) : Vector3D
v	Vector3D
Résultat	Vector3D