def question_1():
"""Outputs responses to Question 1"""
array = sa.wrapped_array(1, 15, 3)
print "\n\nInitial Array:\n", array
def question_1a(superarray):
print superarray.select_rows((1, 3))
def question_1b(superarray):
print superarray.select_cols([1])
def question_1c(superarray):
print superarray.select((1, 0), (3, 2))
def question_1d(superarray):
print superarray.filter_array(lambda x: 3 <= x <= 11)
print "\n\nQuestion 1a:\n"
question_1a(array)
print "\n\nQuestion 1b:\n"
question_1b(array)
print "\n\nQuestion 1c:\n"
question_1c(array)
print "\n\nQuestion 1d:\n"
question_1d(array)
def question_1():
'''Outputs responses to Question 1'''
array = sa.wrapped_array(1, 15, 3)
print "\n\nInitial Array:\n", array
def question_1a(superarray):
print superarray.select_rows((1, 3))
def question_1b(superarray):
print superarray.select_cols([1])
def question_1c(superarray):
print superarray.select((1, 0), (3, 2))
def question_1d(superarray):
print superarray.filter_array(lambda x: 3 <= x <= 11)
print "\n\nQuestion 1a:\n"
question_1a(array)
print "\n\nQuestion 1b:\n"
question_1b(array)
print "\n\nQuestion 1c:\n"
question_1c(array)
print "\n\nQuestion 1d:\n"
question_1d(array)
def test_wrapped_array(self): test_array = sa.wrapped_array(1, 15, 3) success = sa.SuperArray( [[1, 6, 11], [2, 7, 12], [3, 8, 13], [4, 9, 14], [5, 10, 15]] ) # Assert all elements of arrays are equal self.assertTrue((test_array==success).all())