public static NDArray <T> sin <T>(this NumPy <T> np, NDArray <T> nd)
{
NDArray <T> sinArray = new NDArray <T>();
sinArray.Data = new T[nd.Size];
sinArray.Shape = new Shape(nd.Shape.Shapes);
for (int idx = 0; idx < nd.Size; idx++)
{
switch (nd[idx])
{
case double d:
sinArray[idx] = (T)(object)Math.Sin(d);
break;
case float d:
sinArray[idx] = (T)(object)Math.Sin(d);
break;
case Complex d:
sinArray[idx] = (T)(object)Complex.Sin(d);
break;
}
}
return(sinArray);
}
public static NDArray <T> array <T>(this NumPy <T> np, IEnumerable <T> array, int ndim = 1)
{
var nd = new NDArray <T>();
nd.Data = array.ToArray();
nd.Shape = new Shape(new int[] { nd.Data.Length });
return(nd);
}
public static NDArray <NDArray <T> > sin <T>(this NumPy <T> np, NDArray <NDArray <T> > nd)
{
var sinArray = new NDArray <NDArray <T> >();
sinArray.Data = new NDArray <T> [nd.Size];
sinArray.Shape = new Shape(nd.Shape.Shapes);
for (int idx = 0; idx < nd.Size; idx++)
{
switch (default(T))
{
case double d:
sinArray[idx] = new NDArray <T>
{
Data = new T[] { (T)(object)Math.Sin(d) },
Shape = new Shape(1)
};
break;
}
}
return(sinArray);
}
public static NDArray <T> asarray <T>(this NumPy <T> np, IEnumerable <T> array, int ndim = 1)
{
return(np.array(array));
}
public static NDArray <T> ones_like <T>(this NumPy <T> np, NDArray <T> nd, string order = "C")
{
return(np.ones(new Shape(nd.Shape.Shapes)));
}
