Uses of Record Class
dk.jonaslindstrom.ruffini.elliptic.elements.AffinePoint

Packages that use AffinePoint

Package	Description
dk.jonaslindstrom.ruffini.elliptic.algorithms
dk.jonaslindstrom.ruffini.elliptic.elements
dk.jonaslindstrom.ruffini.elliptic.structures
dk.jonaslindstrom.ruffini.elliptic.structures.bls12381
dk.jonaslindstrom.ruffini.elliptic.structures.bn254

Uses of AffinePoint in dk.jonaslindstrom.ruffini.elliptic.algorithms

Methods in dk.jonaslindstrom.ruffini.elliptic.algorithms with parameters of type AffinePoint

Modifier and Type	Method	Description
E	MillersAlgorithm.apply(AffinePoint<E> P, AffinePoint<E> Q, BigInteger m)
E	WeilPairing.apply(AffinePoint<E> P, AffinePoint<E> Q, AffinePoint<E> S, int m)
E	WeilPairing.apply(AffinePoint<E> P, AffinePoint<E> Q, AffinePoint<E> S, BigInteger m)	Assume S is not in {O, P, -Q, P-Q}.
ET	OptimalAtePairing.lineFunction(AffinePoint<E2> Q1, AffinePoint<E2> Q2, AffinePoint<E1> P)
ET	OptimalAtePairing.pairing(AffinePoint<E1> P, AffinePoint<E2> Q, List<Integer> ci)

Uses of AffinePoint in dk.jonaslindstrom.ruffini.elliptic.elements

Methods in dk.jonaslindstrom.ruffini.elliptic.elements that return AffinePoint

Modifier and Type	Method	Description
<F> AffinePoint<F>	AffinePoint.apply(java.util.function.Function<E,F> function)
static <F> AffinePoint<F>	AffinePoint.pointAtInfinity()
AffinePoint<E>	JacobianPoint.toAffinePoint(Field<E> field)
AffinePoint<E>	ProjectivePoint.toAffinePoint(Field<E> field)

Uses of AffinePoint in dk.jonaslindstrom.ruffini.elliptic.structures

Fields in dk.jonaslindstrom.ruffini.elliptic.structures declared as AffinePoint

Modifier and Type	Field	Description
static AffinePoint<BigInteger>	Curve25519.BASE_POINT

Methods in dk.jonaslindstrom.ruffini.elliptic.structures that return AffinePoint

Modifier and Type	Method	Description
AffinePoint<E>	MontgomeryCurve.add(AffinePoint<E> p, AffinePoint<E> q)
AffinePoint<E>	ShortWeierstrassCurveAffine.add(AffinePoint<E> p, AffinePoint<E> q)
AffinePoint<BigInteger>	Curve25519.decodePoint(byte[] bytes)
AffinePoint<E>	MontgomeryCurve.negate(AffinePoint<E> p)
AffinePoint<E>	ShortWeierstrassCurveAffine.negate(AffinePoint<E> p)
AffinePoint<E>	MontgomeryCurve.zero()
AffinePoint<E>	ShortWeierstrassCurveAffine.zero()

Methods in dk.jonaslindstrom.ruffini.elliptic.structures that return types with arguments of type AffinePoint

Modifier and Type	Method	Description
Pair<MontgomeryCurve<E,F>,java.util.function.Function<EdwardsPoint<E>,AffinePoint<E>>>	EdwardsCurve.getCorrespondingMontgomeryCurve()	Return an elliptic curve in Montgomery form which is birationally equivalent to this curve and a mapping from points on this curve to points on the Montgomery curve.
Pair<ShortWeierstrassCurveAffine<E,F>,java.util.function.UnaryOperator<AffinePoint<E>>>	MontgomeryCurve.getCorrespondingWeierstrassCurve()

Methods in dk.jonaslindstrom.ruffini.elliptic.structures with parameters of type AffinePoint

Modifier and Type	Method	Description
AffinePoint<E>	MontgomeryCurve.add(AffinePoint<E> p, AffinePoint<E> q)
AffinePoint<E>	ShortWeierstrassCurveAffine.add(AffinePoint<E> p, AffinePoint<E> q)
static byte[]	Curve25519.encodePoint(AffinePoint<BigInteger> point)
boolean	MontgomeryCurve.equals(AffinePoint<E> a, AffinePoint<E> b)
boolean	ShortWeierstrassCurveAffine.equals(AffinePoint<E> a, AffinePoint<E> b)
AffinePoint<E>	MontgomeryCurve.negate(AffinePoint<E> p)
AffinePoint<E>	ShortWeierstrassCurveAffine.negate(AffinePoint<E> p)
String	MontgomeryCurve.toString(AffinePoint<E> a)
String	ShortWeierstrassCurveAffine.toString(AffinePoint<E> a)

Uses of AffinePoint in dk.jonaslindstrom.ruffini.elliptic.structures.bls12381

Fields in dk.jonaslindstrom.ruffini.elliptic.structures.bls12381 declared as AffinePoint

Modifier and Type	Field	Description
static AffinePoint<BigInteger>	BLS12381.G1_GENERATOR	Generator for the G1 subgroup of order q.
static AffinePoint<Polynomial<BigInteger>>	BLS12381.G2_GENERATOR

Fields in dk.jonaslindstrom.ruffini.elliptic.structures.bls12381 with type parameters of type AffinePoint

Modifier and Type	Field	Description
static java.util.function.BiFunction<AffinePoint<BigInteger>,AffinePoint<Polynomial<BigInteger>>,Polynomial<Polynomial<Polynomial<BigInteger>>>>	BLS12381.PAIRING	The optimal Ate pairing which is a bilinear function e: G1 x G2 → GT.
static java.util.function.BiFunction<AffinePoint<BigInteger>,AffinePoint<Polynomial<BigInteger>>,Polynomial<Polynomial<Polynomial<BigInteger>>>>	BLS12381.PAIRING	The optimal Ate pairing which is a bilinear function e: G1 x G2 → GT.

Methods in dk.jonaslindstrom.ruffini.elliptic.structures.bls12381 that return AffinePoint

Modifier and Type	Method	Description
static AffinePoint<BigInteger>	Serialization.deserializeG1(byte[] bytes)
static AffinePoint<Polynomial<BigInteger>>	Serialization.deserializeG2(byte[] bytes)

Methods in dk.jonaslindstrom.ruffini.elliptic.structures.bls12381 with parameters of type AffinePoint

Modifier and Type	Method	Description
static byte[]	Serialization.serializeG1(AffinePoint<BigInteger> point, boolean compress)
static byte[]	Serialization.serializeG2(AffinePoint<Polynomial<BigInteger>> point, boolean compressed)
static SamePair<Polynomial<Polynomial<Polynomial<BigInteger>>>>	BLS12381.twist(AffinePoint<BigInteger> p)

Uses of AffinePoint in dk.jonaslindstrom.ruffini.elliptic.structures.bn254

Fields in dk.jonaslindstrom.ruffini.elliptic.structures.bn254 declared as AffinePoint

Modifier and Type	Field	Description
static AffinePoint<BigInteger>	BN254.G1_GENERATOR	Generator for the G1 subgroup of order q.
static AffinePoint<Polynomial<BigInteger>>	BN254.G2_GENERATOR

Fields in dk.jonaslindstrom.ruffini.elliptic.structures.bn254 with type parameters of type AffinePoint

Modifier and Type	Field	Description
static java.util.function.BiFunction<AffinePoint<BigInteger>,AffinePoint<Polynomial<BigInteger>>,Polynomial<Polynomial<Polynomial<BigInteger>>>>	BN254.PAIRING	The optimal Ate pairing which is a bilinear function e: G1 x G2 → GT.
static java.util.function.BiFunction<AffinePoint<BigInteger>,AffinePoint<Polynomial<BigInteger>>,Polynomial<Polynomial<Polynomial<BigInteger>>>>	BN254.PAIRING	The optimal Ate pairing which is a bilinear function e: G1 x G2 → GT.

Methods in dk.jonaslindstrom.ruffini.elliptic.structures.bn254 with parameters of type AffinePoint

Modifier and Type	Method	Description
static SamePair<Polynomial<Polynomial<Polynomial<BigInteger>>>>	BN254.twist(AffinePoint<BigInteger> p)