def test_scientific_16(self):
small_exponent = -17
large_exponent = 17
nums = (
[0.,
0.000034, -0.000034] +
[9./11 * 10**x for x in range(small_exponent, large_exponent+1)] +
[-9./11 * 10**x for x in range(small_exponent, large_exponent+1)])
expected = [
' 0.',
' 3.4-5', ' -3.4-5',
'8.18181818182-18', '8.18181818182-17', '8.18181818182-16', '8.18181818182-15',
'8.18181818182-14', '8.18181818182-13', '8.18181818182-12', '8.18181818182-11',
'8.18181818182-10', '8.181818181818-9', '8.181818181818-8', '8.181818181818-7',
'8.181818181818-6', '8.181818181818-5', '8.181818181818-4', '8.181818181818-3',
'8.181818181818-2', '8.181818181818-1', '8.181818181818+0',
'8.181818181818+1', '8.181818181818+2', '8.181818181818+3', '8.181818181818+4',
'8.181818181818+5', '8.181818181818+6', '8.181818181818+7', '8.181818181818+8',
'8.181818181818+9', '8.18181818182+10', '8.18181818182+11', '8.18181818182+12',
'8.18181818182+13', '8.18181818182+14', '8.18181818182+15', '8.18181818182+16',
'-8.1818181818-18', '-8.1818181818-17', '-8.1818181818-16', '-8.1818181818-15',
'-8.1818181818-14', '-8.1818181818-13', '-8.1818181818-12', '-8.1818181818-11',
'-8.1818181818-10', '-8.18181818182-9', '-8.18181818182-8', '-8.18181818182-7',
'-8.18181818182-6', '-8.18181818182-5', '-8.18181818182-4', '-8.18181818182-3',
'-8.18181818182-2', '-8.18181818182-1', '-8.18181818182+0',
'-8.18181818182+1', '-8.18181818182+2', '-8.18181818182+3', '-8.18181818182+4',
'-8.18181818182+5', '-8.18181818182+6', '-8.18181818182+7', '-8.18181818182+8',
'-8.18181818182+9', '-8.1818181818+10', '-8.1818181818+11', '-8.1818181818+12',
'-8.1818181818+13', '-8.1818181818+14', '-8.1818181818+15', '-8.1818181818+16', ]
for x, expectedi in zip(nums, expected):
output = print_scientific_16(x)
self.assertEqual(len(output), 16, msg='output=%r len(output)=%i' % (output, len(output)))
self.assertEqual(output, expectedi, msg='num=%s output=%r expected=%r' % (x, output, expectedi))
def test_scientific_16(self):
small_exponent = -17
large_exponent = 17
nums = (
[0.,
0.000034, -0.000034] +
[9./11 * 10**x for x in range(small_exponent, large_exponent+1)] +
[-9./11 * 10**x for x in range(small_exponent, large_exponent+1)])
expected = [
' 0.',
' 3.4-5', ' -3.4-5',
'8.18181818182-18', '8.18181818182-17', '8.18181818182-16', '8.18181818182-15',
'8.18181818182-14', '8.18181818182-13', '8.18181818182-12', '8.18181818182-11',
'8.18181818182-10', '8.181818181818-9', '8.181818181818-8', '8.181818181818-7',
'8.181818181818-6', '8.181818181818-5', '8.181818181818-4', '8.181818181818-3',
'8.181818181818-2', '8.181818181818-1', '8.181818181818+0',
'8.181818181818+1', '8.181818181818+2', '8.181818181818+3', '8.181818181818+4',
'8.181818181818+5', '8.181818181818+6', '8.181818181818+7', '8.181818181818+8',
'8.181818181818+9', '8.18181818182+10', '8.18181818182+11', '8.18181818182+12',
'8.18181818182+13', '8.18181818182+14', '8.18181818182+15', '8.18181818182+16',
'-8.1818181818-18', '-8.1818181818-17', '-8.1818181818-16', '-8.1818181818-15',
'-8.1818181818-14', '-8.1818181818-13', '-8.1818181818-12', '-8.1818181818-11',
'-8.1818181818-10', '-8.18181818182-9', '-8.18181818182-8', '-8.18181818182-7',
'-8.18181818182-6', '-8.18181818182-5', '-8.18181818182-4', '-8.18181818182-3',
'-8.18181818182-2', '-8.18181818182-1', '-8.18181818182+0',
'-8.18181818182+1', '-8.18181818182+2', '-8.18181818182+3', '-8.18181818182+4',
'-8.18181818182+5', '-8.18181818182+6', '-8.18181818182+7', '-8.18181818182+8',
'-8.18181818182+9', '-8.1818181818+10', '-8.1818181818+11', '-8.1818181818+12',
'-8.1818181818+13', '-8.1818181818+14', '-8.1818181818+15', '-8.1818181818+16', ]
for x, expectedi in zip(nums, expected):
output = print_scientific_16(x)
self.assertEqual(len(output), 16, msg='output=%r len(output)=%i' % (output, len(output)))
self.assertEqual(output, expectedi, msg='num=%s output=%r expected=%r' % (x, output, expectedi))