我编写了一个将数字翻译成文本的代码:
num = raw_input("Insert a number > ")
numbers = {'0': '', '1': 'One ', '2': 'Two ', '3': 'Three ', '4': 'Four ',
'5': 'Five ', '6': 'Six ', '7': 'Seven ', '8': 'Eight ', '9': 'Nine '}
tens = {'0': '', '1': 'Ten ', '2': 'Twenty ', '3': 'Thirty ', '4': 'Forty ',
'5': 'Fifty ', '6': 'Sixty ', '7': 'Seventy ', '8': 'Eighty ', '9': 'Ninety '}
numbers_teens = {'0': '','1': 'Eleven ', '2': 'Twelve ', '3': 'Thirteen ',
'4': 'Fourteen ', '5': 'Fifteen ', '6': 'Sixteen ', '7': 'Seventeen ',
'8': 'Eighteen ', '9': 'Nineteen '}
numbers_teeens = {'0' : '', '1': 'One', '2': 'Two', '3': 'Three', '4': 'Four',
'5': 'Five', '6': 'Six', '7': 'Seven', '8': 'Eight', '9': 'Nine',
'11': 'Eleven', '12': 'Twelve', '13': 'Thirteen', '14': 'Fourteen',
'15': 'Fifteen', '16': 'Sixteen', '17': 'Seventeen', '18': 'Eighteen',
'19': 'Nineteen'}
numbers_hundreds = {}
numbers_thousands = {}
numbers_ten_thousands = {}
numbers_teen_thousands = {}
numbers_hundred_thousands = {}
#Creates dicts
for k,v in numbers.items():
numbers_hundreds.update({k: v.title() + 'Hundred '})
if k == 0:
numbers_hundreds.update({k: v.title() + ''})
if '0' in numbers_thousands:
numbers_thousands.update({k: v.title() + ''})
numbers_thousands.update({k: v.title() + 'Thousand, '})
for k1,v1 in tens.items():
numbers_ten_thousands.update({k1: v1.title()})
for kt,vt in numbers_teens.items():
numbers_teen_thousands.update({kt: vt.title() + 'Thousand '})
if kt == 0:
numbers_teen_thousands.update({kt: vt.title() + ''})
for k2,v2 in numbers_hundreds.items():
numbers_hundred_thousands.update({k2: v2.title() + ''})
p = len(num)
i = p - 2
if p == 1:
print numbers[num]
if p == 2:
print tens[num[0]] + numbers_teeens[num[1]]
if p == 3:
print numbers_hundreds[num[0]] + tens[num[1]] + numbers_teeens[num[2]]
if p == 4:
print (numbers_thousands[num[0]] + numbers_hundreds[num[1]] + tens[num[2]]
+ numbers_teeens[num[3]])
if p == 5:
print (numbers_ten_thousands[num[0]] + numbers_thousands[num[1]]
+ numbers_hundreds[num[2]] + tens[num[3]] + numbers_teeens[num[4]])
if p == 6:
print (numbers_hundred_thousands[num[0]] + numbers_ten_thousands[num[1]]
+ numbers_thousands[num[2]]+ numbers_hundreds[num[3]] + tens[num[4]]
+ numbers_teeens[num[5]])
但是当我的输入为112
时,我的输出为One Hundred Ten Two
,(同样适用于所有青少年,{11,12,13,14,15,16,17,18,19}
)。它应该是One Hundred Eleven
,但我不知道该怎么做......
答案 0 :(得分:0)
试试这个:
num = raw_input("Insert a number > ")
tens = {'0': '', '1': 'Ten ', '2': 'Twenty ', '3': 'Thirty ', '4': 'Forty ',
'5': 'Fifty ', '6': 'Sixty ', '7': 'Seventy ', '8': 'Eighty ', '9': 'Ninety '}
numbers_teens = {'0': '','1': 'Eleven ', '2': 'Twelve ', '3': 'Thirteen ',
'4': 'Fourteen ', '5': 'Fifteen ', '6': 'Sixteen ', '7': 'Seventeen ',
'8': 'Eighteen ', '9': 'Nineteen '}
numbers_teeens = {'0' : '', '1': 'One ', '2': 'Two ', '3': 'Three ', '4': 'Four ',
'5': 'Five ', '6': 'Six ', '7': 'Seven ', '8': 'Eight ', '9': 'Nine ',
'11': 'Eleven ', '12': 'Twelve ', '13': 'Thirteen ', '14': 'Fourteen ',
'15': 'Fifteen ', '16': 'Sixteen ', '17': 'Seventeen ', '18': 'Eighteen ',
'19': 'Nineteen '}
def two_numbers(num):
if int(num) < 20:
out_ans = numbers_teeens[num]
else:
out_ans = tens[num[0]] + numbers_teeens[num[1]]
return out_ans
def three_numbers(num):
out_ans = ''
if int(num) > 99:
out_ans += two_numbers(num[0]) + 'Hundred '
out_ans += two_numbers(num[-2:])
return out_ans
def num2text(num):
out_ans = ''
if int(num) > 999:
out_ans += three_numbers(num[:-3]) + 'Thousand, '
out_ans += three_numbers(num[-3:])
print out_ans
return out_ans
num2text(num)
仅适用于小于999999的数字。
您可以参考two_numbers()
修改您的代码。
答案 1 :(得分:0)
你可以解决这个问题:
print numbers_teens[num[0]+num[1]]
加号,我不明白为什么你需要另一个numbers_teeens
(3 e)
我应用了这些更改,请尝试以下代码:
numbers = {'0': '', '1': 'One ', '2': 'Two ', '3': 'Three ', '4': 'Four ',
'5': 'Five ', '6': 'Six ', '7': 'Seven ', '8': 'Eight ', '9': 'Nine '}
tens = {'0': '', '1': 'Ten ', '2': 'Twenty ', '3': 'Thirty ', '4': 'Forty ',
'5': 'Fifty ', '6': 'Sixty ', '7': 'Seventy ', '8': 'Eighty ', '9': 'Ninety '}
# 1- changed keys in numbers_teens:
numbers_teens = {'0': '','11': 'Eleven ', '12': 'Twelve ', '13': 'Thirteen ',
'14': 'Fourteen ', '15': 'Fifteen ', '16': 'Sixteen ', '17': 'Seventeen ',
'18': 'Eighteen ', '19': 'Nineteen '}
# removed number_teeens from here
#Creates dicts
for k,v in numbers.items():
numbers_hundreds.update({k: v.title() + 'Hundred '})
if k == 0:
numbers_hundreds.update({k: v.title() + ''})
if '0' in numbers_thousands:
numbers_thousands.update({k: v.title() + ''})
numbers_thousands.update({k: v.title() + 'Thousand, '})
for k1,v1 in tens.items():
numbers_ten_thousands.update({k1: v1.title()})
for kt,vt in numbers_teens.items():
numbers_teen_thousands.update({kt: vt.title() + 'Thousand '})
if kt == 0:
numbers_teen_thousands.update({kt: vt.title() + ''})
for k2,v2 in numbers_hundreds.items():
numbers_hundred_thousands.update({k2: v2.title() + ''})
if p == 1:
print numbers[num]
if p == 2:
# 2- condition to check if tens digits == '1'
if num[0] == '1':
# print numbers_teens[the concatenation of the two digits]
print numbers_teens[num[0]+num[1]]
# if it is not == '1'
else:
print tens[num[0]] + numbers[num[1]]
if p == 3:
# check if tens digits == '1'
if num[1] == '1':
print numbers_hundreds[num[0]] + numbers_teens[num[1]+num[2]]
else:
print numbers_hundreds[num[0]] + tens[num[1]] + numbers[num[2]]
if p == 4:
# check if tens digits == '1'
if num[2] == '1':
print numbers_thousands[num[0]]+ numbers_hundreds[num[1]] + numbers_teens[num[2]+num[3]]
else:
print numbers_thousands[num[0]]+ numbers_hundreds[num[1]] + tens[num[2]] + numbers[num[3]]
if p == 5:
# check if tens digits == '1'
if num[3] == '1':
print numbers_ten_thousands[num[0]] + numbers_thousands[num[1]]+ numbers_hundreds[num[2]] + numbers_teens[num[3]+num[4]]
else:
print numbers_ten_thousands[num[0]] + numbers_thousands[num[1]]+ numbers_hundreds[num[2]] + tens[num[3]] + numbers[num[4]]
if p == 6:
# check if tens digits == '1'
if num[4] == '1':
print numbers_hundred_thousands[num[0]] + numbers_ten_thousands[num[1]] + numbers_thousands[num[2]]+ numbers_hundreds[num[3]] + numbers_teens[num[4]+num[5]]
else:
print numbers_hundred_thousands[num[0]] + numbers_ten_thousands[num[1]] + numbers_thousands[num[2]]+ numbers_hundreds[num[3]] + tens[num[4]] + numbers[num[5]]
现在当输入= 112
时
输出为:One Hundred Twelve