def Num2Chinese(Num):
# 判断输入的值是否为数字，如果不是数字，直接报错！
if (not isinstance(Num, (int, float, str))):
return 'The type is not a Number, cannot to transform !'
else:
NumString = str(Num)
# 如果是小数，则将整数部分与小数部分分开
Num_int = NumString
Num_dec = ''
for i in range(len(NumString)):
if (NumString[i] == '.'):
Num_int = NumString[0:i]
Num_dec = NumString[i + 1:]
break
# 输出小数部分
if (Num_dec != ''):
dec_string = Num_List['.']
while (1):
if (Num_dec[-1] == '0'):
Num_dec = String_func.Str_del_letter(-1, Num_dec)
else:
break
for strN in Num_dec:
dec_string = dec_string + Num_List[strN]
else:
dec_string = Num_dec
# 输出整数部分
IntNum = str2int.str2int(Num_int)
int_string = Int2Chinese(IntNum)
# 合并整数和小数部分，并输出
return int_string + dec_string
def get_area(province):
Area = {
'East': ['zhejiang', 'shanghai', 'jiangsu', 'fujian', 'anhui'],
'SouthEast': ['guangdong', 'guangxi', 'yunnan', 'guizhou'],
'NorthEast': ['beijing', 'tianjing', 'hebei', 'henan', 'shangdong']
}
DisArea = Dict_deal.Key2Value(Area) # 取得省份与区域对应的dict
YourArea = 'others'
for key in DisArea:
# 把省份都转成小写字母并比较
# print(key, DisArea[key])
if (String_func.StringLower(province) == key):
YourArea = DisArea[key]
return YourArea
def Numin4(Num, zerotag=0):
NumStrList = ['']
errorinfo = 'The Bit of Number is longer than 5, cannot transform !'
if (isinstance(Num, int)):
NumString = str(Num)
elif (isinstance(Num, str)):
NumString = Num
else:
return errorinfo
deltag = 0
while (1):
if (NumString[0] == '0'):
NumString = String_func.Str_del_letter(0, NumString)
deltag = 1
else:
break
Numlen = len(NumString)
if (Numlen > 4):
return errorinfo
elif (str2int.str2int(NumString) == 0):
Num2String = Num_List['0']
else:
i = -1
j = 0
while (i >= -Numlen):
if (NumString[i] == '0' and NumStrList[0] == ''):
NumStrTemp = ''
elif (NumString[i] == '0' and NumStrList[0] == Num_List['0']):
NumStrTemp = ''
elif (NumString[i] == '0'):
NumStrTemp = Num_List['0']
else:
NumStrTemp = Num_List[NumString[i]] + Unit_List[j]
NumStrList.insert(0, NumStrTemp)
i = i - 1
j = j + 1
if (zerotag != 0 and deltag == 1):
Num2String = Num_List['0']
else:
Num2String = ''
for Strkey in NumStrList:
Num2String = Num2String + Strkey
return Num2String
# 对模块的使用测试
# -*- coding: utf-8 -*-
import sys
import math
import functools
from LearnModule import Module_test
from LearnModule import StringSplit
from LearnModule import String_func
print('the module\'s note is :', Module_test.__doc__)
print('the module\'s author is :', Module_test.__author__)
print('the module\' edit time is : ', StringSplit.__edittime__)
# Module_test.test()
StrList = 'aaa,acb.923asd,88sdfffdd.,sdfk__sldf,1sdfjjj,asiw2,ddd,AFD'
# 先进行字符串拆分
StrNList = StringSplit.stringsplit(StrList, (',', 's'))
# 给每个字符串加上分隔符
for StrN in StrNList:
print(String_func.StringAddVal(StrN, '***'))
datafilepath1 = r'F:\documents\python\learning2017\program data\高校相关数据\2016年全国高等学校名单.csv'
datafilepath2 = r'F:\documents\python\learning2017\program data\高校相关数据\985 and 211名单.csv'
datafilepath3 = r'F:\documents\python\learning2017\program data\高校相关数据\中西部高校基础能力建设工程.csv'
datafilepath4 = r'F:\documents\python\learning2017\program data\高校相关数据\高等学校学科创新引智计划.dat'
datafilepath5 = r'F:\documents\python\learning2017\program data\高校相关数据\教育部与地方共建高校.dat'
datafilepath6 = r'F:\documents\python\learning2017\program data\高校相关数据\教育部直属高等学校名单.dat'
datafilepath7 = r'F:\documents\python\learning2017\program data\高校相关数据\全国高校名录.dat'
# ========== 读取大学名称及其英文全称 ==========
HighSchoolNameList = {}
with open(datafilepath7, mode = 'r', encoding= 'utf-8') as infile:
for aline in infile.readlines():
aline_str = aline.strip()
# print(aline_str)
for i in range(len(aline_str)):
if(String_func.if_enletter(aline_str[i])):
if(i == 0):
break
else:
# print(aline_str[i])
HighSchoolNameList[aline_str[:i].strip()] = aline_str[i:].strip()
break
HighSchoolNamekeys = HighSchoolNameList.keys()
# for key in HighSchoolNameList:
# print('%s:%s' %(key,HighSchoolNameList[key]))
# ========== 读取中西部高校基础能力建设工程高校信息 ==========
# NBACcount = 0
NBACSchoolList = []
# i = 1
for Aschool in readCSV(datafilepath3,'GBK'):
def if_huishu(n):
return str(n) == String_func.str_reverse(str(n))
def readCSV(filepath, reqcode='utf-8'):
with open(filepath, mode='r', encoding=reqcode) as infile:
datalist = []
for aline in csv.reader(infile):
datalist.append(aline)
return datalist
DataDistrList = []
for aline in readCSV(filepath):
DataRec = {}
if (not aline[0].isdigit()):
DataDistr = StringSplit.stringsplit(aline[0], ('（', '）'))
try:
DataRec[DataDistr[0]] = String_func.StrExtractNum(DataDistr[1],
1)[0]
except IndexError:
continue
DataDistrList.append(DataRec)
with open(r'F:\documents\python\learning2017\program data\高校相关数据\高校按省分布.dat',
mode='w',
encoding='utf-8') as outfile:
for Arec in DataDistrList:
for key in Arec:
outfile.write('%s\t%d' % (key, Arec[key]))
outfile.write('\n')