#!/usr/bin/python

#######################################################

# Copyright (c) 2015, ArrayFire

# All rights reserved.

#

# This file is distributed under 3-clause BSD license.

# The complete license agreement can be obtained at:

# http://arrayfire.com/licenses/BSD-3-Clause

########################################################

import arrayfire as af

import array as host

a = af.array([1, 2, 3])

af.display(a)

print(a.elements(), a.type(), a.dims(), a.numdims())

print(a.is_empty(), a.is_scalar(), a.is_column(), a.is_row())

print(a.is_complex(), a.is_real(), a.is_double(), a.is_single())

print(a.is_real_floating(), a.is_floating(), a.is_integer(), a.is_bool())

a = af.array(host.array('i', [4, 5, 6]))

af.display(a)

print(a.elements(), a.type(), a.dims(), a.numdims())

print(a.is_empty(), a.is_scalar(), a.is_column(), a.is_row())

print(a.is_complex(), a.is_real(), a.is_double(), a.is_single())

print(a.is_real_floating(), a.is_floating(), a.is_integer(), a.is_bool())

a = af.array(host.array('l', [7, 8, 9] * 3), (3,3))

af.display(a)

print(a.elements(), a.type(), a.dims(), a.numdims())

print(a.is_empty(), a.is_scalar(), a.is_column(), a.is_row())

print(a.is_complex(), a.is_real(), a.is_double(), a.is_single())

print(a.is_real_floating(), a.is_floating(), a.is_integer(), a.is_bool())

af.display(af.transpose(a))

af.transpose_inplace(a)

af.display(a)

c = a.to_ctype()

for n in range(a.elements()):

print(c[n])

c,s = a.to_ctype(True, True)

for n in range(a.elements()):

print(c[n])

print(s)

arr = a.to_array()

lst = a.to_list(True)

print(arr)

print(lst)