using NumSharp.Backends;

using System;

using System.Collections.Generic;

using System.Numerics;

using System.Text;

namespace NumSharp

{

/// <summary>

/// API bridge between NumSharp and Python NumPy

/// </summary>

public static partial class np

{

public static BackendType BackendEngine { get; set; }

// https://docs.scipy.org/doc/numpy-1.16.0/user/basics.types.html

public static readonly Type bool_ = typeof(bool);

public static readonly Type bool8 = bool_;

public static readonly Type @bool = bool_;

public static readonly Type @char = typeof(char);

public static readonly Type @byte = typeof(byte);

public static readonly Type uint8 = typeof(byte);

public static readonly Type ubyte = uint8;

public static readonly Type int16 = typeof(short);

public static readonly Type uint16 = typeof(ushort);

public static readonly Type int32 = typeof(int);

public static readonly Type uint32 = typeof(uint);

public static readonly Type int_ = typeof(long);

public static readonly Type int64 = int_;

public static readonly Type intp = int_; //TODO! IntPtr?

public static readonly Type int0 = int_;

public static readonly Type uint64 = typeof(ulong);

public static readonly Type uint0 = uint64;

public static readonly Type @uint = uint64;

public static readonly Type float32 = typeof(float);

public static readonly Type float_ = typeof(double);

public static readonly Type float64 = float_;

public static readonly Type @double = float_;

public static readonly Type complex_ = typeof(Complex);

public static readonly Type complex128 = complex_;

public static readonly Type complex64 = complex_;

public static readonly Type @decimal = typeof(decimal);

public static Type chars => throw new NotSupportedException("Please use char with extra dimension.");

public static NumPyRandom random { get; } = new NumPyRandom();

// np.nan

public static double nan => double.NaN;

}

}