public IVector GetEncryptedVector(IEnumerable <BigInteger> v, EVectorFormat format)
{
return(new RawVector(v, BlockSize)
{
Format = format
});
}
public IVector GetEncryptedVector(Vector <double> v, EVectorFormat format, double scale)
{
return(new RawVector(v, scale, BlockSize)
{
Format = format
});
}
public IVector GetPlainVector(Vector <double> v, EVectorFormat format, double scale)
{
throw new NotImplementedException();
}
public IVector GetEncryptedVector(IEnumerable <BigInteger> v, EVectorFormat format)
{
throw new NotImplementedException();
}
public IVector GetEncryptedVector(IEnumerable <BigInteger> v, EVectorFormat format)
{
return(Utils.ProcessInEnv((env) =>
new EncryptedSealBfvVector(v, env, EncryptData: true, Format: format), this));
}
public IVector GetEncryptedVector(Vector <double> v, EVectorFormat format, double scale)
{
return(Utils.ProcessInEnv((env) =>
new EncryptedSealBfvVector(v, env, scale, EncryptData: true, Format: format), this));
}
public EncryptedSealBfvVector(IEnumerable <BigInteger> v, IComputationEnvironment env, bool EncryptData = true, EVectorFormat Format = EVectorFormat.dense)
{
this.Scale = Scale;
var leenv = env as EncryptedSealBfvEnvironment;
var splits = SplitBigNumbers(v, leenv);
eVectors = new AtomicSealBfvEncryptedVector[leenv.Environments.Length];
Parallel.For(0, eVectors.Length, i =>
{
eVectors[i] = new AtomicSealBfvEncryptedVector(splits[i], leenv.Environments[i], Scale: 1, SignedNumbers: false, EncryptData: EncryptData, Format: Format);
});
}
