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NumberBaseball.py
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NumberBaseball.py
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import random
class CommonBasic:
dicScoreTr = {300:"3S0B", 120:"1S2B", 30:"0S3B",
200:"2S0B", 110:"1S1B", 20:"0S2B",
100:"1S0B", 10:"0S1B", 0:"OUT"}
dicStBallTr = {"3S0B":300, "1S2B":120, "0S3B":30,
"2S0B":200, "1S1B":110, "0S2B":20,
"1S0B":100, "0S1B": 10, "OUT": 0}
# make number list in normal order
lst1000 = [
[i]*3 for i in range(1000)
]
lst720 = [
[i]*3 for i in range(720)
]
def __init__(self):
print("commonbasic init")
for i in range(1000):
self.lst1000[i][0] = divmod(i,100)[0] # 100's place
self.lst1000[i][1] = divmod(divmod(i,10)[0],10)[1] # 10's place
self.lst1000[i][2] = divmod(i,10)[1] # 1's place
tup1000 = tuple(self.lst1000)
j=0
for i in range(1000):
if self.lst1000[i][0] == self.lst1000[i][1]: pass
elif self.lst1000[i][0] == self.lst1000[i][2]: pass
elif self.lst1000[i][1] == self.lst1000[i][2]: pass
else:
self.lst720[j] = self.lst1000[i]
j += 1
# decide Strike or ball
# example input : list1 [ 0, 1, 2 ] , list2 [ 1, 2, 3]
# example output : tuple ( 20, 0S2B )
def CalculateDecision(self, list1, list2):
Score = 0
StBall = self.dicScoreTr[Score]
for i in range(3):
for j in range(3):
if list1[i] == list2[j]:
if i == j: Score += 100
else: Score += 10
StBall = self.dicScoreTr[Score]
return Score,StBall
class Referee(CommonBasic):
def __init__(self):
super().__init__()
pass
def CreateTarget(self):
pass
def CheckInput(self):
pass
class Pitcher(CommonBasic):
# list of each Score Case
def __init__(self):
super().__init__()
print("pitcher init")
self.lstScore_300 = [ ]
self.lstScore_120 = [ ]
self.lstScore_30 = [ ]
self.lstScore_200 = [ ]
self.lstScore_110 = [ ]
self.lstScore_20 = [ ]
self.lstScore_100 = [ ]
self.lstScore_10 = [ ]
self.lstScore_0 = [ ]
'''
Count the case
input : lst ( list of group to test ) , ask1 ( trial input )
'''
def CountCase (self, lst, lstnum, ask1, makeScore = False ):
dicCountCase = {300:0, 120:0, 30:0,
200:0, 110:0, 20:0,
100:0, 10:0, 0:0}
# initialize the global list
if makeScore:
del self.lstScore_0[:]
del self.lstScore_10[:]
del self.lstScore_100[:]
del self.lstScore_20[:]
del self.lstScore_110[:]
del self.lstScore_200[:]
del self.lstScore_30[:]
del self.lstScore_120[:]
del self.lstScore_300[:]
for i in range(lstnum):
dicCountCase[self.CalculateDecision(lst[i],ask1)[0]] += 1
if makeScore:
if self.CalculateDecision(lst[i], ask1)[0] == 0: self.lstScore_0.append(lst[i])
elif self.CalculateDecision(lst[i], ask1)[0] == 10: self.lstScore_10.append(lst[i])
elif self.CalculateDecision(lst[i], ask1)[0] == 100: self.lstScore_100.append(lst[i])
elif self.CalculateDecision(lst[i], ask1)[0] == 20: self.lstScore_20.append(lst[i])
elif self.CalculateDecision(lst[i], ask1)[0] == 110: self.lstScore_110.append(lst[i])
elif self.CalculateDecision(lst[i], ask1)[0] == 200: self.lstScore_200.append(lst[i])
elif self.CalculateDecision(lst[i], ask1)[0] == 30: self.lstScore_30.append(lst[i])
elif self.CalculateDecision(lst[i], ask1)[0] == 120: self.lstScore_120.append(lst[i])
elif self.CalculateDecision(lst[i], ask1)[0] == 300: self.lstScore_300.append(lst[i])
return dicCountCase
def SetTrial(self,trialnumber):
if trialnumber == 1:
self.trial = self.lst720[random.randrange(0,720)]
self.CountCase(self.lst720,720,self.trial,True)
print("trial :",self.trial)
def Copylist(self,srclst,tgtlst):
for i in range(len(srclst)):
tgtlst.append(srclst[i])
def FindNextTrial(self,result):
lstResult = []
# select list
if result == 300: self.Copylist(self.lstScore_300,lstResult)
elif result == 120: self.Copylist(self.lstScore_120,lstResult)
elif result == 30: self.Copylist(self.lstScore_30 ,lstResult)
elif result == 200: self.Copylist(self.lstScore_200,lstResult)
elif result == 110: self.Copylist(self.lstScore_110,lstResult)
elif result == 20: self.Copylist(self.lstScore_20 ,lstResult)
elif result == 100: self.Copylist(self.lstScore_100,lstResult)
elif result == 10: self.Copylist(self.lstScore_10 ,lstResult)
elif result == 0: self.Copylist(self.lstScore_0 ,lstResult)
print("lstResult",len(lstResult),len(self.lstScore_200))
maxCol = []
zeroCntCol = []
lstTest = []
for i in range(len(self.lst720)):
dic = self.CountCase(lstResult,len(lstResult),self.lst720[i])
val = list(dic.values())
lstTest.append([self.lst720[i],dic,max(val),val.count(0)])
maxCol.append(max(val))
zeroCntCol.append(val.count(0))
print(min(maxCol),maxCol.index(min(maxCol)))
print(min(zeroCntCol),zeroCntCol.index(min(zeroCntCol)))
lstNext = []
for i in range(len(self.lst720)):
if lstTest[i][2] == min(maxCol):
lstNext.append([self.lst720[i],lstTest[i][1]])
print(len(lstNext))
for i in range(10):
print(i, lstNext[i])
self.trial = lstNext[random.randrange(0,len(lstNext))]
print(self.trial)
class GameManager:
def __init__(self):
pass
def SetGameMode(self, mode):
pass
def CheckInput(self):
pass
def DisplayResult(self):
pass
pitcher01 = Pitcher()
referee01 = Referee()
print(type(pitcher01))
print(type(referee01))
manager01 = GameManager()
pitcher01.SetTrial(1)
pitcher01.FindNextTrial(200)