def get_change(value):
value = value * 100
result = {}
for i in COINAGE_LIST:
nom = i[1]
count = value // nom
if count:
value = value % nom
key = list(COINAGE.keys())[list(COINAGE.values()).index(nom)]
result[key] = int(count)
return result
def get_change(amount):
result = {}
amount *= 100
for coin_name, coin_value in sorted(COINAGE.items(),
key=lambda pair: -pair[1]):
count = int(amount // coin_value)
result[coin_name] = count
amount -= count * coin_value
return result
def get_change(valuee):
result = {}
new_value = valuee * 100
for note, value in sorted(COINAGE.items(), reverse=True, key=lambda i: i[1]):
count = int(new_value / value)
if count:
result[note] = count
new_value -= count * value
return result
def get_change(amount):
result = {}
xxx = amount * 100
for coin_name, coin_value in sorted(COINAGE.items(), key=lambda pair: -pair[1]):
count = int(xxx / coin_value)
if count:
result[coin_name] = count
xxx -= count * coin_value
return result
def get_change(amount):
bills = {}
amount *= 100
for note, cost in sorted(COINAGE.items(), key=lambda i: -i[1]):
number = int(amount // cost)
bills[note] = number
amount -= cost * number
return bills
def get_change(mon):
mon *= 100
res = {}
for note, val in sorted(COINAGE.items(), key=lambda pair: -pair[1]):
count = int(mon / val)
if count:
res[note] = count
mon -= count * val
return res
from project.consts import COINAGE
COINAGE = list(reversed(list(COINAGE.items())))
def get_change(money):
money *= 100
result = {}
for i in COINAGE:
if money < i[1]:
pass
elif money >= i[1]:
result[i[0]] = 0
while money >= i[1]:
money -= i[1]
result[i[0]] += 1
return result
from project.consts import COINAGE
_coinage_reversed = {_value: _coin for _coin, _value in COINAGE.items()}
def get_change(amount):
rest = int(amount * 100)
coinage = {}
while rest:
nominal, name = max((value, name)
for value, name in _coinage_reversed.items()
if value <= rest)
items, rest = divmod(rest, nominal)
coinage[name] = items
return coinage
from project.consts import COINAGE
COINAGE_LIST = sorted(COINAGE.items(), key=lambda x: x[1], reverse=True)
def get_change(value):
value = value * 100
result = {}
for i in COINAGE_LIST:
nom = i[1]
count = value // nom
if count:
value = value % nom
key = list(COINAGE.keys())[list(COINAGE.values()).index(nom)]
result[key] = int(count)
return result