def main():
# Question 1
sol1 = create_array()
print 'The 2-D array is \n', sol1.array
print '\n'
print 'The new array for question 1a is \n', sol1.picking_row()
print '\n'
print 'The new array for question 1b is \n', sol1.picking_column()
print '\n'
print 'The new array for question 1c is \n', sol1.picking_section()
print '\n'
print 'The new array for question 1d is \n', sol1.picking_range()
print '\n'
# Question 2
print 'The array for question 2 is \n', divide_array()
print '\n'
# Question 3
generate_randArray()
print '\n'
# Question 4
candidate_set = mandelbrot(500)
candidate_set.mandelbrot_iter()
candidate_set.form_mask()
def main():
# Question 1
sol1 = create_array()
print 'The 2-D array is \n', sol1.array
print '\n'
print 'The new array for question 1a is \n', sol1.picking_row()
print '\n'
print 'The new array for question 1b is \n', sol1.picking_column()
print '\n'
print 'The new array for question 1c is \n', sol1.picking_section()
print '\n'
print 'The new array for question 1d is \n', sol1.picking_range()
print '\n'
# Question 2
print 'The array for question 2 is \n', divide_array()
print '\n'
# Question 3
generate_randArray()
print '\n'
# Question 4
candidate_set = mandelbrot(500)
candidate_set.mandelbrot_iter()
candidate_set.form_mask()
def test_divide_array(self):
ans = divide_array()
# correct answer for some elements in the array calculated manually
correct_cordinate_1_2 = 1.4
correct_cordinate_4_3 = 1.15
self.assertEqual(correct_cordinate_1_2,ans[1,2])
self.assertEqual(correct_cordinate_4_3,ans[4,3])
def test_divide_array(self):
ans = divide_array()
# correct answer for some elements in the array calculated manually
correct_cordinate_1_2 = 1.4
correct_cordinate_4_3 = 1.15
self.assertEqual(correct_cordinate_1_2, ans[1, 2])
self.assertEqual(correct_cordinate_4_3, ans[4, 3])
