public T Invoke(T val)
{
return(NumOps <T> .Negate(val));
}
public T Invoke(T left, T right)
{
return(NumOps <T> .And(left, right));
}
static NumOps()
{
One = NumOps <int, T> .Convert(1);
}
public bool Invoke(T left, T right)
{
return(NumOps <T> .Less(left, right));
}
public T Invoke(T left, T right)
{
return(NumOps <T> .Divide(left, right));
}
public T Invoke(T val)
{
return(NumOps <double, T> .Convert(Math.Sqrt(NumOps <T, double> .Convert(val))));
}
public T Invoke(T val)
{
return(NumOps <T> .Abs(val));
}
public bool Invoke(T left, T right)
{
return(NumOps <T> .Greater(left, right));
}
public T Invoke(T val)
{
return(NumOps <T> .Not(val));
}
public static T Average <F1, F2>(ReadOnlySpan <T> span, F1 vSelector, F2 selector)
where F1 : struct, IFunc <Vector <T>, Vector <T> >
where F2 : struct, IFunc <T, T>
{
return(NumOps <T> .Divide(Sum(span, vSelector, selector), NumOps <int, T> .Convert(span.Length)));
}
public T Invoke(T left, T right)
{
return(NumOps <T> .Multiply(left, right));
}
