Uses of Class
com.digt.trusted.math.ec.ECPoint

Packages that use ECPoint
com.digt.trusted.asn1.x9 Support classes useful for encoding and supporting X9.62 elliptic curve. 
com.digt.trusted.math.ec   
 

Uses of ECPoint in com.digt.trusted.asn1.x9
 

Methods in com.digt.trusted.asn1.x9 that return ECPoint
 ECPoint X9ECParameters.getG()
           
 ECPoint X9ECPoint.getPoint()
           
 

Constructors in com.digt.trusted.asn1.x9 with parameters of type ECPoint
X9ECParameters(ECCurve curve, ECPoint g, java.math.BigInteger n)
           
X9ECParameters(ECCurve curve, ECPoint g, java.math.BigInteger n, java.math.BigInteger h)
           
X9ECParameters(ECCurve curve, ECPoint g, java.math.BigInteger n, java.math.BigInteger h, byte[] seed)
           
X9ECPoint(ECPoint p)
           
 

Uses of ECPoint in com.digt.trusted.math.ec
 

Subclasses of ECPoint in com.digt.trusted.math.ec
static class ECPoint.F2m
          Elliptic curve points over Fp
static class ECPoint.Fp
          Elliptic curve points over Fp
 

Methods in com.digt.trusted.math.ec that return ECPoint
abstract  ECPoint ECPoint.add(ECPoint b)
           
 ECPoint ECPoint.Fp.add(ECPoint b)
           
 ECPoint ECPoint.F2m.add(ECPoint b)
           
abstract  ECPoint ECCurve.decodePoint(byte[] encoded)
           
 ECPoint ECCurve.Fp.decodePoint(byte[] encoded)
          decode a point on this curve which has been encoded using point compression (X9.62 s 4.2.1 pg 17) returning the point.
 ECPoint ECCurve.F2m.decodePoint(byte[] encoded)
           
abstract  ECPoint ECPoint.multiply(java.math.BigInteger b)
           
 ECPoint ECPoint.Fp.multiply(java.math.BigInteger k)
           
 ECPoint ECPoint.F2m.multiply(java.math.BigInteger b)
           
abstract  ECPoint ECPoint.subtract(ECPoint b)
           
 ECPoint ECPoint.Fp.subtract(ECPoint p2)
           
 ECPoint ECPoint.F2m.subtract(ECPoint b)
           
abstract  ECPoint ECPoint.twice()
           
 ECPoint ECPoint.Fp.twice()
           
 ECPoint ECPoint.F2m.twice()
           
 

Methods in com.digt.trusted.math.ec with parameters of type ECPoint
abstract  ECPoint ECPoint.add(ECPoint b)
           
 ECPoint ECPoint.Fp.add(ECPoint b)
           
 ECPoint ECPoint.F2m.add(ECPoint b)
           
abstract  ECPoint ECPoint.subtract(ECPoint b)
           
 ECPoint ECPoint.Fp.subtract(ECPoint p2)
           
 ECPoint ECPoint.F2m.subtract(ECPoint b)