card1, card2 = [[card[:-1], card[-1]] for card in cards]
suits = ['C', 'D', 'H', 'S']
values = ['6', '7', '8', '9', '10', 'J', 'Q', 'K', 'A']
result = 'Error'
value1 = values.index(card1[0])
value2 = values.index(card2[0])
suit1 = card1[1]
suit2 = card2[1]
if suit1 == suit2:
if value1 > value2:
result = 'First'
elif value2 > value1:
result = 'Second'
elif suit1 == trump_suit:
result = 'First'
elif suit2 == trump_suit:
result = 'Second'
helper.write_stdout(result)
# Sample Input 1:
# AH JH
# D
# Sample Output 1:
# First
import helper
lines = helper.read_file('5.15_test.txt')
fraction = lines[0].split('/')
numerator = int(fraction[0])
denominator = int(fraction[1])
def simplified_form(numerator, denominator):
floor_part = numerator // denominator
coef_list = [floor_part]
fraction_part = numerator % denominator
if fraction_part > 0:
coef_list = coef_list + simplified_form(denominator, fraction_part)
return coef_list
result = list(map(str, simplified_form(numerator, denominator)))
# 239/30
# 7 1 29
helper.write_stdout(' '.join(result))
import helper
import numpy as np
# lines = helper.read_stdin()
lines = helper.read_file('5.21_test.txt')
shape = lines[0]
rows = [list(line.split(' ')) for line in lines[1:]]
matrix = np.array(rows)
shape = shape.split(' ')
assert len(shape) == 2, 'the argument shape must be equal to 2'
shape = list(map(int, shape))
assert list(
matrix.shape
) == shape, 'the argument shape is not the same as the actual shape'
join_cols = map(lambda row: ' '.join(row) + '\n', matrix.T)
join_rows = ''.join(list(join_cols))
helper.write_stdout(join_rows)
import helper
lines = helper.read_file('5.4_test.txt')
number_rome = lines[0]
number_decimal_list = []
rome_to_decimal = {
'M': 1000,
'D': 500,
'C': 100,
'L': 50,
'X': 10,
'V': 5,
'I': 1
}
for char in number_rome:
number_decimal_list.append(rome_to_decimal[char])
number_decimal = 0
for num1, num2 in zip(number_decimal_list, number_decimal_list[1:]):
if num1 >= num2:
number_decimal += num1
else:
number_decimal -= num1
number_decimal += num2
helper.write_stdout(str(number_decimal))
{'from': 'km', 'to': 'm', 'factor': 1000},
{'from': 'cm', 'to': 'm', 'factor': 0.01},
{'from': 'mm', 'to': 'm', 'factor': 0.001},
]
conversion_to_meter = {'m': 1}
def to_meter_base():
# first fill all direct conversions
for item in conversion_list:
if (item['from'] != 'm') and (item['to'] == 'm'):
conversion_to_meter[item['from']] = item['factor']
# fill indirect conversions to meter
for item in conversion_list:
if (item['to'] != 'm') and (item['from'] not in conversion_to_meter):
conversion_to_meter[item['from']] = item['factor'] * conversion_to_meter[item['to']]
to_meter_base()
# <number> <unit_from> in <unit_to>
matches = re.search('([\de.]+)\s(\w{,5})\sin\s(\w{,5})[\s]*', lines[0])
if matches:
number, unit_from, unit_to = matches.groups()
number = float(number)
number_m = number * conversion_to_meter[unit_from]
number_to = number_m * (1. / conversion_to_meter[unit_to])
helper.write_stdout('{:.2E}'.format(number_to))
import helper
import numpy as np
lines = helper.read_file('5.9_test.txt')
left, right = [int(num) for num in lines[0].split(' ')]
sequence = np.array(range(left, right + 1))
test_sequence_3 = sequence % 3
test_sequence_5 = sequence % 5
test_sequence_15 = sequence % 15
sequence = sequence.astype(str)
sequence[test_sequence_3 == 0] = 'Fizz'
sequence[test_sequence_5 == 0] = 'Buzz'
sequence[test_sequence_15 == 0] = 'FizzBuzz'
helper.write_stdout('\n'.join(sequence))
# Sample Input:
#
# 8 16
# Sample Output:
#
# 8
# Fizz
# Buzz
# 11
# Fizz
# 13
# 14
# FizzBuzz
# 16
