綜合練習
# 0.前置知識
'''
a_list = [1,2,3]
print(sum(a_list))
'''
'''
import random ????#python內(nèi)置的庫，用于生成隨機數(shù)
point1 = random.randrange(1,7)
point2 = random.randrange(1,7)
point3 = random.randrange(1,7)
print(point1,point2,point3)
'''
# 1.寫一個用戶猜大小的游戲，并根據(jù)輸入的數(shù)據(jù)輸出相應(yīng)的結(jié)果
答案：個人版
'''
Demo 10 寫一個猜大小的游戲import random
def shake_dce():
????print("<<<<>>>>")
????number = input("Big or Small:")
????list = []
????for dce in range(1,4):
????????dce = random.randrange(1,7)
????????list.append(dce)
? ? ????list_all = list[0]+list[1]+list[2] #list下標從0開始
????????if (11 <= list_all <= 18) and number=="Small":
????????????print("You Lose!")
????????elif (11 <= list_all <= 18) and number=="Big":
????????????print("You Win!")
????????elif (3<=list_all<=10) and number=="Small":
????????????print("You Win!")
????????elif (3<=list_all<=10) and number=="Big":
????????????print("You Lose")
????????else:
????????????print("Wrong Tings")
????????????print("<<<<>>>>")
????????????print("The points are " +str(list))
shake_dce()
'''
答案：參考答案版
import random
def roll_dice(numbers = 3 , points = None): #numbers:篩子數(shù)量 points：點數(shù)列表
? ? print("<<< ROLL THE DICE ! >>>")#告知用戶搖篩子
? ? if points is None :#參數(shù)中未指定points，為points創(chuàng)建一個空列表
? ? points = []
????while numbers > 0:
????????point = random.randrange(1,7)
????????points.append(point)
????????numbers = numbers - 1#搖動篩子三次，每搖動一次數(shù)量-1，直到小于0
????return points#返回結(jié)果列表
def roll_result(total):#創(chuàng)建參數(shù)，必要的參數(shù)是篩子的總點數(shù)
? ? isBig = 11 <= total <= 18 #定義”大“的標準
? ? isSmall = 3 <= total <=10#定義”小“的標準
? ? if isBig:
? ? ? ? return 'Big'
????elif isSmall:
? ? ????return 'Small' #在不同的條件下返回不同的結(jié)果
def start_game():#建立函數(shù)
????print("<<< GAME STARTS !>>>")#告知用戶游戲開始
? ? choices = ['Big','Small']#規(guī)定正確的輸入
? ? your_choice = input("Big or Small :")#用戶輸入的字符放在your_choice中
? ? if your_choice in choices:#如果符合規(guī)定就繼續(xù)向下執(zhí)行
? ? ? ? points = roll_dice()##調(diào)用roll_dice函數(shù)，返回列命名為points
? ? ? ? total = sum(points)#點數(shù)求和
? ? ? ? youWin = your_choice = roll_result(total)#所選結(jié)果和計算機所選結(jié)果相同
? ? ? ? if youWIn:#成立告知勝利
? ? ? ? ? ? print('The points are',points,'you win !')
? ? ? ? else:#不成立告知失敗
? ? ? ? ? ? print(' The points are',points,'You lose !')
? ? else：#輸入不符合規(guī)定則告知不符合規(guī)定
? ? ? ? ?print(”Invalid Words“)
? ? ? ? start_game()
start_game()
-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
#2.
# Demo 11 加上功能：下注金額和賠率
#初始金額 1000元
#金額為 0 時游戲結(jié)束
#押對了會獲得相應(yīng)的金額，押錯了會輸?shù)粝鄳?yīng)的金額
import random
def roll_dice(numbers =3,points =None):#numbers:篩子數(shù)量 points:點數(shù)列表
? ? print("<<<ROLL THE DICE! >>>")#告知用戶搖篩子
? ? if pointsis None:#參數(shù)中未指定points.為points創(chuàng)建一個空列表
? ? ? ? points = []
????while numbers >0:
????????point = random.randrange(1,7)
????????points.append(point)
????????numbers = numbers -1? #搖動三次篩子，每搖動一次數(shù)量-1.直到小于等于0
? ? ????return points#返回結(jié)果列表
def roll_result(total):#創(chuàng)建參數(shù)，必要的參數(shù)是篩子的總點數(shù)
? ? isBig =11 <= total <=18 #定義‘大’的標準
? ? isSmall =3 <= total <=10 #定義‘小’的標準
? ? if isBig:
????????return 'Big'
? ? elif isSmall:
????????return 'Small' #在不同的條件下返回不同的結(jié)果
def start_game():#創(chuàng)建函數(shù)
? ? your_money =1000 #本金1000元
while your_money >0:
????????print('<<<<< GAME STARTS !>>>>>')#告知用戶游戲開始
? ? ? ? choices = ['Big','Small']#規(guī)定正確的輸入
? ? ? ? your_choice =input("Big or Small :")#用戶輸入的字符串放在 your_choice中
? ? ? ? your_bet_money =int(input('How money you wanna bet? -'))#輸入想要進行打賭的金額
? ? ? ? if your_bet_money <=1000:#參與打賭的錢要小于本金
? ? ? ? ? ? if your_choice in choices:#如果符合規(guī)定繼續(xù)向下執(zhí)行
? ? ? ? ? ? ? ? points = roll_dice()###調(diào)用roll_Dice函數(shù)，返回的列命名為points
? ? ? ? ? ? ? ? total =sum(points)#點數(shù)求和
? ? ? ? ? ? ? ? youWin =your_choice = roll_result(total)#所選結(jié)果和計算機生成結(jié)果相同
? ? ? ? ? ? ? ? if youWin:#成立告知勝利
? ? ? ? ? ? ? ? ? ? print('The points are',points,'You win !')
????????????????????money_now = (your_bet_money*2)+(your_money-your_bet_money)
????????????????????print(' you gained ' +str(your_bet_money)+','+' you have '+str(money_now) +' know ' )#獲得打賭贏得的錢
? ? ? ? ? ? ? ? ? ? your_money = money_now
????????????????else:#不成立告知失敗
? ? ? ? ? ? ? ? ? ? print('The points are',points,'You lose !')
????????????????????money_now = ((-1)*your_bet_money)+ (your_money - your_bet_money)
????????????????????print(' you lost ' +str(your_bet_money) +',' +' you have ' +str(money_now) +' know ')# 失去打賭輸?shù)玫腻X
? ? ? ? ? ? ? ? ? ? your_money = money_now
????????????else:#不符合規(guī)定則提示不符合規(guī)定
? ? ? ? ? ? ????? ? print('Invalid Words')
????????????????????#start_game()
? ? ? ? else:#大于本金會提示錢不夠
? ? ? ? ? ? print('Invalid Money')
else:#退出游戲
? ? print("GAME OVER")
start_game()
CN_mobile = [134,135,136,137,138,139,150,151,152,157,158,159,182,183,184,187,188,147,178,1705]
CN_union = [130,131,132,155,156,185,186,145,176,1709]
CN_telecom = [133,153,180,181,189,177,1700]
CN_aLL = CN_mobile + CN_union + CN_telecom
#print(CN_aLL)
for i in CN_aLL:
????string =str(input("Enter Your Number :"))# 告知用戶輸入數(shù)字
? ? first_three =int(string[0:3])#字符串前3位,要轉(zhuǎn)換成int類型
? ? first_four =int(string[0:4])#字符串前4位，要轉(zhuǎn)換成int類型
? ? if(len(string) ==11):#print("valid length")
? ? ? ? if first_threein CN_mobileor first_fourin CN_mobile:#或者條件 用 or連接
? ? ? ? ? ? ? ? print("China Moile")
????????????????print("We're sending verification code via test to your phone:"+ string)
????????????????break #找到后用break跳出，不然會循環(huán)多次
? ? ? ? elif first_threein CN_unionor first_fourin CN_mobile:#同上
? ? ? ? ? ? ? ? print("China Telecom")
????????????????print("We're sending verification code via test to your phone:" + string)
????????????????break
? ? ? ? elif first_threein CN_telecomor first_fourin CN_telecom:#同上上
? ? ? ? ? ? ? ? print("China Telecom")
????????????????print("We're sending verification code via test to your phone:" + string)
????????????????break
? ? ? ? else:
????????????????print("Not such operator")
????else:
? ? ? ? print("Invalid length,your number should be in 11 digits")
