下面我将放出tobraille的程序了，虽然做得一塌糊涂。
# -*- coding:utf-8 -*-
# !/usr/bin/python
import re
import sys
from xpinyin import Pinyin
from dotsBraille import braille2dots
class KanjiToPinyin(object):
def __init__(self):
self.shengmu = None
self.yunmu = None
self.tone = None
self.character = None
self.pinyin = None
self.braille = str
self.break_flag = False
self.tone_table = [
(0, u"aoeiuv"),
(1, u"\u0101\u014d\u0113\u012b\u016b\u01d6\u01d6"),
(2, u"\u00e1\u00f3\u00e9\u00ed\u00fa\u01d8\u01d8"),
(3, u"\u01ce\u01d2\u011b\u01d0\u01d4\u01da\u01da"),
(4, u"\u00e0\u00f2\u00e8\u00ec\u00f9\u01dc\u01dc"),
]
self.yunmu_table = ['a', 'o', 'e', 'i', 'u', 'v', 'ai', 'ei', 'ui', 'ao', 'ou', 'iu', 'ie', 'ue', 'er', 'an', 'en', 'in', 'un',
'vn', 'ang', 'eng', 'ing', 'ong', 'ia', 'ian', 'iang', 'iao', 'iong', 'uai', 'ua', 'ue', 'uan', 'uang', 'uo', 'van']
def get_pinyin(self, character):
self.__init__()
my_re = re.compile(r'[A-Za-z]', re.S)
res = re.findall(my_re, character)
my_re2 = re.compile(r'[0-9]', re.S)
res2 = re.findall(my_re2, character)
if len(res) or len(res2):
return
else:
pass
self.break_flag = False
p = Pinyin()
self.character = Character(character)
pinyin_with_tone = p.get_pinyin(self.character.string, show_tone_marks=True, convert='lower')
self.character.pinyin = pinyin_with_tone
for letter in self.character.pinyin:
n = 1
for tones in self.tone_table[1:]:
if letter in tones[1]:
self.character.tone = tones[0]
i = self.character.pinyin.index(letter)
j = tones[1].index(letter)
if i != 0:
if i + 1 != len(self.character.pinyin):
self.character.pinyin_notone = self.character.pinyin[0:i] + self.tone_table[0][1][j] + self.character.pinyin[i+1:]
else:
self.character.pinyin_notone = self.character.pinyin[0:i] + self.tone_table[0][1][j]
else:
if i + 1 != len(self.character.pinyin):
self.character.pinyin_notone = self.tone_table[0][1][j] +self.character.pinyin[i+1:]
else:
self.character.pinyin_notone = self.tone_table[0][1][j]
self.pinyin = self.character.pinyin_notone
self.break_flag = True
if self.break_flag:
break
n = n + 1
if self.break_flag:
break
if n == 5:
self.pinyin = self.character.pinyin
self.tone = 0
else:
self.tone = n
def divide_pinyin(self):
if self.pinyin is None:
return
else:
pass
for letter in self.pinyin:
if letter in self.yunmu_table:
pos = self.pinyin.index(letter)
break
if pos != 0:
self.shengmu = self.pinyin[0: pos]
self.yunmu = self.pinyin[pos:]
else:
self.yunmu = self.pinyin
def get_modified(self):
if self.pinyin is None:
return
else:
pass
if self.character.string == '是':
self.shengmu = 'sh'
self.yunmu = None
self.tone = None
elif self.character.string == '的':
self.shengmu = 'd'
self.yunmu = None
self.tone = None
if self.shengmu == 'y':
self.shengmu = None
if self.yunmu[0] == 'u':
self.yunmu = 'v'
elif self.yunmu[0] == 'i':
pass
else:
self.yunmu = 'i' + self.yunmu
elif self.shengmu == 'w':
self.shengmu = None
if self.yunmu[0] == 'u':
pass
else:
self.yunmu = 'u' + self.yunmu
if self.yunmu in ['iou', 'uei', 'uen']:
self.yunmu = self.yunmu[0] + self.yunmu[2]
if self.yunmu == 'u':
if self.shengmu in ['j', 'q', 'x']:
self.yunmu = 'v'
else:
pass
try:
self.pinyin = self.shengmu + self.yunmu
except:
if self.shengmu is None:
self.pinyin = self.yunmu
elif self.yunmu is None:
self.pinyin = self.shengmu
else:
pass
def transfer(self, character):
if character != '':
self.get_pinyin(character)
self.divide_pinyin()
self.get_modified()
else:
print('The word in empty!')
sys.exit()
return (self.shengmu, self.yunmu, self.tone)
class Pinyin2Braille:
def __init__(self):
self.shengmu = None
self.shengmu_symbol = None
self.yunmu = None
self.yunmu_symbol = None
self.tone = None
self.tone_symbol = None
self.braille = None
self.dots = None
self.shengmu_trans_table = [
('b', 'b'), ('p', 'p'), ('m', 'm'), ('f', 'f'), ('d', 'd'), ('t', 't'), ('n', 'n'), ('l', 'l'), ('g', 'g'),
('k', 'k'), ('h', 'h'), ('j', 'g'), ('q', 'k'), ('x', 'h'), ('zh', '/'), ('ch', 'q'), ('sh', ':'),
('r', 'j'), ('z', 'z'), ('c', 'c'), ('s', 's'), ('y', 'i'), ('w', 'u'),
]
self.yunmu_trans_table = [
('a', '9'), ('o', '5'), ('e', '5'), ('i', 'i'), ('u', 'u'), ('v', '+'), ('ai', '['), ('ei', '!'),
('ui', 'w'), ('ao', '6'), ('ou', '('), ('iu', '\\'), ('ie', 'e'), ('ue', ')'), ('er', 'r'), ('an', 'v'),
('en', '0'), ('in', '<'), ('un', '3'), ('vn', '_'), ('ang', '8'), ('eng', '#'), ('ing', '*'),
('ong', '4'), ('ian', '%'),('ia', '$'), ('iang', 'x'), ('iao', '>'), ('iong', '?'), ('uai', 'y'), ('ua', '='),
('uan', ']'), ('uang', '7'), ('uo', 'o'), ('van', '&'),
]
self.tone_trans_table = [(0, ''), (1, 'a'), (2, '1'), (3, '3'), (4, '2')]
self.figure_dots_table = [
('a', '1'), ('1', '2'), ('b', '12'), ("'", '3'), ('k', '13'), ('2', '23'), ('l', '123'), ('`', '4'),
('c', '14'), ('i', '24'), ('f', '124'), ('/', '34'), ('m', '134'), ('s', '234'), ('p', '1234'), ('"', '5'),
('e', '15'), ('3', '25'), ('h', '125'), ('9', '35'), ('o', '135'), ('6', '235'), ('r', '1235'), ('^', '45'),
('d', '145'), ('j', '245'), ('g', '1245'), ('>', '345'), ('n', '1345'), ('t', '2345'), ('q', '12345'),
(',', '6'), ('*', '16'), ('5', '26'), ('<', '126'), ('-', '36'), ('u', '136'), ('8', '236'), ('v', '1236'),
('.', '46'), ('%', '146'), ('[', '246'), ('$', '1246'), ('+', '346'), ('x', '1346'), ('!', '2346'),
('&', '12346'), (';', '56'), (':', '156'), ('4', '256'), ('\\', '1256'), ('0', '356'), ('z', '1356'),
('7', '2356'), ('(', '12356'), ('_', '456'), ('?', '1456'), ('w', '2456'), (']', '12456'), ('#', '3456'),
('y', '13456'), (')', '23456'), ('=', '123456'),
]
self.figure_table = ['a', '1', 'b', "'", 'k', '2', 'l', '`', 'c', 'i', 'f', '/', 'm', 's', 'p', '"', 'e', '3', 'h', '9', 'o', '6', 'r', '^', 'd', 'j', 'g', '>', 'n', 't', 'q', ',', '*', '5', '<', '-', 'u', '8', 'v', '.', '%', '[', '$', '+', 'x', '!', '&', ';', ':', '4', '\\', '0', 'z', '7', '(', '_', '?', 'w', ']', '#', 'y', ')', '=']
def handle(self):
shengmu_table = []
for group in self.shengmu_trans_table:
shengmu_table.append(group[0])
yunmu_table = []
for group in self.yunmu_trans_table:
yunmu_table.append(group[0])
if self.shengmu is None and self.yunmu is None:
self.braille = ''
elif self.shengmu is None:
self.shengmu_symbol = ''
self.yunmu_symbol = self.yunmu_trans_table[yunmu_table.index(self.yunmu)][1]
self.tone_symbol = self.tone_trans_table[self.tone][1]
self.braille = self.yunmu_symbol + self.tone_symbol
elif self.shengmu in shengmu_table:
if self.yunmu is None:
self.shengmu_symbol = self.shengmu_trans_table[shengmu_table.index(self.shengmu)][1]
self.braille = self.shengmu_symbol
else:
if (self.shengmu in ['zh', 'ch', 'sh', 'z', 'c', 's']) and (self.yunmu == 'i'):
self.shengmu_symbol = self.shengmu_trans_table[shengmu_table.index(self.shengmu)][1]
self.tone_symbol = self.tone_trans_table[self.tone][1]
self.braille = self.shengmu_symbol + self.tone_symbol
else:
self.shengmu_symbol = self.shengmu_trans_table[shengmu_table.index(self.shengmu)][1]
self.yunmu_symbol = self.yunmu_trans_table[yunmu_table.index(self.yunmu)][1]
self.braille = self.shengmu_symbol + self.yunmu_symbol
def set_dots(self):
self.dots = ''
for i in self.braille:
self.dots = self.dots + braille2dots(i) + '-'
def transfer(self, combination = (None, None, None)):
self.__init__()
self.shengmu = combination[0]
self.yunmu = combination[1]
self.tone = combination[2]
self.handle()
self.set_dots()
return (self.braille, self.dots)
class Character(object):
def __init__(self, character):
self.string = character
self.pinyin = str
self.tone = 0
self.pinyin_notone = str
def toBraille(string=''):
punctuation_dict = {
'。': '"2',
'，': '"',
'？': '"\'',
'！': ';1',
'：': '-',
'、': '`',
'；': ';',
'——': '36',
'（': ';\'',
'）': '\';',
'【': ';2',
'】': '2;',
'“': '^',
'”': '^',
'’': '^^',
'‘': '^^',
'《': '"-',
'》': '-"',
'<': '"\'',
'>': '\'"',
'.': '"2',
',': '"',
'?': '"\'',
'!': ';1',
':': '-',
';': ';',
'--': '36',
'(': ';\'',
')': '\';',
'[': ';2',
']': '2;',
'"': '^',
'': '^^',
}
output_string = ''
output_dots = ''
k = KanjiToPinyin()
p = Pinyin2Braille()
for character in string:
if character in punctuation_dict.keys():
output_string += punctuation_dict[character]
t = punctuation_dict[character]
for i in t:
output_dots += braille2dots(i) + '-'
elif character == ' ':
output_string += character
output_dots += 'blank-'
else:
output_string += p.transfer(k.transfer(character))[0]
output_dots += p.transfer(k.transfer(character))[1]
return output_string, output_dots[0:-1]
def toPinyin(string = ''):
output_string = []
k = KanjiToPinyin()
for character in string:
if character == ' ':
output_string.append(character)
else:
output_string.append(k.transfer(character))
return output_string
if __name__ == '__main__':
print(toBraille('猫2sfaf'))
