83 lines
1.9 KiB
Python
83 lines
1.9 KiB
Python
import random
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class GameNumber():
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# create game's numbers
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#s = {}
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#s = set()
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# create number set for game
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def createNumberSet(self, amount, gamesize):
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s = {}
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s = set()
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while len(s) < gamesize:
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# add set as gamesize
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s.add(random.randint(0, amount-1))
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print(s)
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return s
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# create game number list
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def createGameNumber(self, gameSet):
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numbers = []
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for k in gameSet:
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numbers.append(k)
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print(k)
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return numbers
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class CheckNumber():
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# check number whether it is right
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#strike = 0
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#ball = 0
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# compare number between a guess answer and a right answer
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def compareNumber(self, gameNumber, guessNumber):
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result = []
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strike = 0
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ball = 0
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for i in range(len(gameNumber)):
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print(guessNumber)
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if guessNumber[i] == gameNumber[i]:
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# check number of strke
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strike += 1
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elif guessNumber[i] in gameNumber:
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# check number of ball
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ball += 1
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# add results of strike and ball
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result.append(strike)
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result.append(ball)
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return result
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class InputNumber():
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# user inputs numbers
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#userGuess = []
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#amountNumber = []
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def getGameSize(self):
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amountNumber = []
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amountNumber.append(int(input('put a game size : ')))
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amountNumber.append(int(input('put a max of number : ')))
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return amountNumber
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def getNumber(self, gameSize):
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userGuess = []
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for i in range(gameSize):
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print('put ', i+1, ' of numbers : ', end='')
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userGuess.append(int(input()))
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return userGuess
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class PrintResult():
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# print result
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def printResult(self, result):
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print(result[0], ' strike, ', result[1], ' ball')
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