def radicalTags(atom):
if atom >= '\u4e00' and atom <= '\u9fff':
radical = Radical()
rad = radical.get_radical(atom)
return rad
else:
return '-'
def sin(theta):
while theta < 0:
theta += 360
theta = theta % 360
refa = utility.RefAngle(theta)
bNeg = theta > 180
if refa == 0: return Radical(0, 0, 0)
elif refa == 30: return Radical(-1 if bNeg else 1, 2, 1)
elif refa == 45: return Radical(-1 if bNeg else 1, 2, 2)
elif refa == 60: return Radical(-1 if bNeg else 1, 2, 3)
else: return Radical(-1 if bNeg else 1, 1, 1)
def build_radical_features(texts):
radical = Radical(RunOption.Radical)
radicals_feature = []
distinct_radicals = set()
for txt in texts:
radical_txt = []
for w in txt:
ra = radical.trans_ch(w)
if ra is not None:
radical_txt.append(ra)
radicals_feature.append(' '.join(radical_txt))
distinct_radicals.update(radical_txt)
return len(distinct_radicals), radicals_feature
def arcsin(rad):
if rad == Radical(-1, 1, 1): return -90
if rad == Radical(-1, 2, 3): return -60
if rad == Radical(-1, 2, 2): return -45
if rad == Radical(-1, 2, 1): return -30
if rad == Radical(0, 1, 1): return 0
if rad == Radical(1, 2, 1): return 30
if rad == Radical(1, 2, 2): return 45
if rad == Radical(1, 2, 3): return 60
if rad == Radical(1, 1, 1): return 90
return -1
def arccos(rad):
if rad == Radical(-1, 1, 1): return 180
if rad == Radical(-1, 2, 3): return 150
if rad == Radical(-1, 2, 2): return 135
if rad == Radical(-1, 2, 1): return 120
if rad == Radical(0, 1, 1): return 90
if rad == Radical(1, 2, 1): return 60
if rad == Radical(1, 2, 2): return 45
if rad == Radical(1, 2, 3): return 30
if rad == Radical(1, 1, 1): return 0
return -1
def cot(theta):
stan = tan(theta)
return Radical(stan.co.denominator, stan.co.numerator * stan.rad, stan.rad)
def csc(theta):
ssin = sin(theta)
return Radical(ssin.co.denominator, ssin.co.numerator * ssin.rad, ssin.rad)
def sec(theta):
scos = cos(theta)
return Radical(scos.co.denominator, scos.co.numerator * scos.rad, scos.rad)
def shape(string):
return Radical.to_radical(string)
import os, re, sys
from langconv import *
def Simplified2Traditional(sentence):
'''
将sentence中的简体字转为繁体字
:param sentence: 待转换的句子
:return: 将句子中简体字转换为繁体字之后的句子
'''
sentence = Converter('zh-hant').convert(sentence)
return sentence
if __name__ == '__main__':
radical = Radical()
#duti_dict={}
#优先显示偏旁列表 26个常用偏旁 出现在60%汉字
pry_pp = [
'人', '亻', '女', '忄', '犭', '纟', '走', '辶', '鸟', '鱼', '钅', '月', '肉', '目', '食',
'饣', '口', '足', '虫', '木', '言', '讠', '扌', '氵', '火', '灬', '土', '艹', '日', '山',
'疒', '日', '石'
]
#偏旁笔画
dutizi = {}
#汉字起源图片 {汉字:汉字图片url}
hzorig = {}
#汉字偏旁 {汉字偏旁:汉字}
hzpp = {}
def shape(string):
return Radical.to_radical(string)
def to_radical(src, des):
with open(src) as s, open(des, 'w') as d:
for line in s:
for c in line:
d.write(Radical.to_radical(c))
def getBushou(word):
radical = Radical()
res=radical.get_radical(word)
return res
# encoding=utf-8
from radical import Radical
if __name__ == '__main__':
radical = Radical()
# 如果需要查找的字在字典中，则直接返回其偏旁部首
print radical.get_radical('好')
# 本地词典查不到，则从百度汉语中查找
print radical.get_radical('淥')
# 可通过下面操作保存新加入的字
# radical.save()