public static double norm(RowVector256 <double> X) => CBLAS.cblas_dnrm2(X.Length, ref head(X), 1);
public static int iamin(RowVector256 <float> X) => (int)CBLAS.cblas_isamin(X.Length, ref head(X), 1);
public static int iamin(RowVector256 <double> X) => (int)CBLAS.cblas_idamin(X.Length, ref head(X), 1);
public static ref RowVector256 <float> log10(RowVector256 <float> src, ref RowVector256 <float> dst)
{
VmlImport.vsLog10(src.Length, ref head(src), ref head(dst));
return(ref dst);
}
public static ref RowVector256 <float> erfcInv(RowVector256 <float> src, ref RowVector256 <float> dst)
{
VmlImport.vsErfcInv(src.Length, ref head(src), ref head(dst));
return(ref dst);
}
public static ref RowVector256 <float> sub(RowVector256 <float> lhs, RowVector256 <float> rhs, ref RowVector256 <float> dst)
{
VmlImport.vsSub(length(lhs, rhs), ref head(lhs), ref head(rhs), ref head(dst));
return(ref dst);
}
public static ref RowVector256 <double> pow(RowVector256 <double> src, double exp, ref RowVector256 <double> dst)
{
VmlImport.vdPowx(length(src, dst), ref head(src), exp, ref head(dst));
return(ref dst);
}
public static ref RowVector256 <float> cdfNorm(RowVector256 <float> src, ref RowVector256 <float> dst)
{
VmlImport.vsCdfNorm(src.Length, ref head(src), ref head(dst));
return(ref dst);
}
public static ref RowVector256 <double> cdfNormInv(RowVector256 <double> src, ref RowVector256 <double> dst)
{
VmlImport.vdCdfNormInv(src.Length, ref head(src), ref head(dst));
return(ref dst);
}
public static void axpy(double a, RowVector256 <double> X, RowVector256 <double> Y, ref RowVector256 <double> Z)
{
Y.CopyTo(ref Z);
CBLAS.cblas_daxpy(length(X, Y), a, ref head(X), 1, ref head(Z), 1);
}
public static double asum(RowVector256 <double> X) => CBLAS.cblas_dasum(X.Length, ref head(X), 1);
public static void axpy(float a, RowVector256 <float> X, RowVector256 <float> Y, ref RowVector256 <float> Z)
{
Y.CopyTo(ref Z);
CBLAS.cblas_saxpy(length(X, Y), a, ref head(X), 1, ref head(Z), 1);
}
public static double dot(RowVector256 <double> x, RowVector256 <double> y) => dot(x.Unblocked, y.Unblocked);
public static float dot(RowVector256 <float> x, RowVector256 <float> y) => dot(x.Unblocked, y.Unblocked);
public static ref RowVector256 <double> copySign(RowVector256 <double> a, RowVector256 <double> b, ref RowVector256 <double> dst)
{
VmlImport.vdCopySign(dst.Length, ref head(a), ref head(b), ref head(dst));
return(ref dst);
}
public static ref RowVector256 <float> hypot(RowVector256 <float> a, RowVector256 <float> b, ref RowVector256 <float> dst)
{
VmlImport.vsHypot(dst.Length, ref head(a), ref head(b), ref head(dst));
return(ref dst);
}
public static ref RowVector256 <double> next(RowVector256 <double> src, ref RowVector256 <double> dst)
{
VmlImport.vdNextAfter(dst.Length, ref head(src), ref head(src), ref head(dst));
return(ref dst);
}
public static ref RowVector256 <double> hypot(RowVector256 <double> a, RowVector256 <double> b, ref RowVector256 <double> dst)
{
VmlImport.vdHypot(dst.Length, ref head(a), ref head(b), ref head(dst));
return(ref dst);
}
public static ref RowVector256 <float> pow(RowVector256 <float> src, float exp, ref RowVector256 <float> dst)
{
VmlImport.vsPowx(length(src, dst), ref head(src), exp, ref head(dst));
return(ref dst);
}
public static ref RowVector256 <float> truncRem(RowVector256 <float> src, RowVector256 <float> trunc, ref RowVector256 <float> rem)
{
VmlImport.vsModf(length(src, trunc), ref head(src), ref head(trunc), ref head(rem));
return(ref rem);
}
public static ref RowVector256 <double> sub(RowVector256 <double> lhs, RowVector256 <double> rhs, ref RowVector256 <double> dst)
{
VmlImport.vdSub(length(lhs, rhs), ref head(lhs), ref head(rhs), ref head(dst));
return(ref dst);
}
public static ref RowVector256 <double> truncRem(RowVector256 <double> lhs, RowVector256 <double> rhs, ref RowVector256 <double> dst)
{
VmlImport.vdModf(length(lhs, rhs), ref head(lhs), ref head(rhs), ref head(dst));
return(ref dst);
}
public static ref RowVector256 <double> erfc(RowVector256 <double> src, ref RowVector256 <double> dst)
{
VmlImport.vdErfc(src.Length, ref head(src), ref head(dst));
return(ref dst);
}
public static ref RowVector256 <float> minAbs(RowVector256 <float> a, RowVector256 <float> b, ref RowVector256 <float> dst)
{
VmlImport.vsMinMag(dst.Length, ref head(a), ref head(b), ref head(dst));
return(ref dst);
}
public static void scale(float a, RowVector256 <float> X) => CBLAS.cblas_sscal(X.Length, a, ref head(X), 1);
public static ref RowVector256 <double> minAbs(RowVector256 <double> a, RowVector256 <double> b, ref RowVector256 <double> dst)
{
VmlImport.vdMinMag(dst.Length, ref head(a), ref head(b), ref head(dst));
return(ref dst);
}
public static float amin(RowVector256 <float> X) => X[iamin(X)];
public static ref RowVector256 <float> copySign(RowVector256 <float> a, RowVector256 <float> b, ref RowVector256 <float> dst)
{
VmlImport.vsCopySign(dst.Length, ref head(a), ref head(b), ref head(dst));
return(ref dst);
}
public static double amin(RowVector256 <double> X) => X[iamin(X)];
public static float norm(RowVector256 <float> X) => CBLAS.cblas_snrm2(X.Length, ref head(X), 1);
