rmb.rar_人民币_人民币大小写转换_账单

#!/usr/bin/env python # encoding: utf-8 from __future__ import print_function import sys import re import base64 import time import os import getpass reload(sys) sys.setdefaultencoding("utf-8") char_arr_01 = [u"零".decode("utf8"), u"壹".decode("utf8"), u"贰".decode("utf8"), u"叁".decode("utf8"), u"肆".decode( "utf8"), u"伍".decode("utf8"), u"陆".decode("utf8"), u"柒".decode("utf8"), u"捌".decode("utf8"), u"玖".decode("utf8")]; char_arr_02 = [u"圆".decode("utf8"), u"拾".decode("utf8"), u"佰".decode("utf8"), u"仟".decode("utf8"), u"万".decode("utf8"), u"拾".decode("utf8"), u"佰".decode("utf8"), u"仟".decode( "utf8"), u"亿".decode("utf8"), u"拾".decode("utf8"), u"佰".decode("utf8"), u"仟".decode("utf8"), u"万".decode("utf8"), u"拾".decode("utf8"), u"佰".decode("utf8")] char_arr_03 = [u"分".decode("utf8"), u"角".decode("utf8")] def calcRMB(): sum_arr = [] in_str_dot = "" in_str_Big = "" flag = 0 dot_count = 0 in_str = raw_input("Please input number : ") for i in in_str: if i == '.': dot_count += 1 elif ord(i) <= ord('z') and ord(i) >= ord('A'): print("Error") return if len(in_str) > 12 or dot_count > 1: print("Error") return in_str = unicode(in_str).decode("utf8") out_str = "" if in_str.find('.') != -1: flag = 1 sum_arr = in_str.split('.') in_str_Big = sum_arr[0] if flag==1: in_str_dot = sum_arr[1] for i in range(len(in_str_Big)): if cmp(in_str_Big[i],'0') == 0 and (len(in_str_Big)-1-i)%4 != 0: out_str = out_str + char_arr_01[ord(in_str_Big[i])-ord('0')] else: out_str = out_str + char_arr_01[ord(in_str_Big[i])-ord('0')] out_str = out_str + char_arr_02[len(in_str_Big)-1-i] while out_str.find(u"零零".decode("utf8")) != -1: out_str = out_str.replace(u"零零".decode("utf8"), u"零".decode("utf8")) out_str = out_str.replace(u"零亿".decode("utf8"),u"亿".decode("utf8")) out_str = out_str.replace(u"零万".decode("utf8"),u"万".decode("utf8")) if out_str != u"零元".decode("utf8"): out_str = out_str.replace(u"零圆".decode("utf8"),u"圆".decode("utf8")) if len(in_str_dot) > 2 and flag == 1: print("False !!") return if flag == 1: for i in range(len(in_str_dot)): out_str = out_str + char_arr_01[ord(in_str_dot[i])-ord('0')] out_str = out_str + char_arr_03[len(in_str_dot)-1-i] print(out_str) def main(): while 1: os.system("cls") calcRMB() print() end_flag = raw_input("Try Again ? (y/n)") if end_flag == 'y' or end_flag == 'Y': continue elif end_flag == 'n' or end_flag == 'N': break else: print("\nError!!") break if __name__ == '__main__': main()