def both(allletters=''):
if allletters == '':
allletters = genletters()
ref = player0(difficulty)
numwords = len(ref.possible(allletters))
biggestlength = max(len(x) for x in ref.possible(allletters))
#logger.info(allletters + ' - number of possible words: ' +str(numwords))
#logger.info(allletters + ' - longest word length: ' +str(biggestlength))
g1res,g1len,b1time,r1time,fnwithpath = game(allletters,True)
logger.info('result: '+g1res+' '+str(g1len) +' words played')
#datetime,whowentfirst,whowon,gamelength,allletters,biggestwordlength,possiblewords,
if g1res == 'blue':
winner = 'player0'
elif g1res == 'red':
winner = 'player1'
else:
winner = 'tie'
logtable.info('%s,%s,%s,%d,%d,%d,%s','player0',winner,allletters,g1len,biggestlength,numwords,fnwithpath)
g2res,g2len,b2time,r2time,fnwithpath = game(allletters,False)
logger.info('result: '+g2res+' '+str(g2len) +' words played')
if g2res == 'blue':
winner = 'player1'
elif g2res == 'red':
winner = 'player0'
else:
winner = 'tie'
logtable.info('%s,%s,%s,%d,%d,%d,%s','player1',winner,allletters,g2len,biggestlength,numwords,fnwithpath)
p0time = b1time+r2time
p1time = r1time+b2time
p0wins = 0
p1wins = 0
p0len = 0
p1len = 0
if g1res == 'blue':
p0wins += 1
p0len += g1len
elif g1res == 'red':
p1wins += 1
p1len += g1len
else:
p0len += g1len
p1len += g1len
if g2res == 'blue':
p1wins += 1
p1len += g2len
elif g2res == 'red':
p0wins += 1
p0len += g2len
else:
p0len += g2len
p1len += g2len
if p0wins > p1wins:
logger.info('player0 won both games')
return (2,0,'player0',p0time,p1time)
elif p1wins > p0wins:
logger.info('player1 won both games')
return (0,2,'player1',p0time,p1time)
else:
temp = 'players tied 1-1. '
if p0len < p1len:
logger.info(temp+'however player0 won faster')
return (1,1,'player0',p0time,p1time)
elif p1len < p0len:
logger.info(temp+'however player1 won faster')
return (1,1,'player1',p0time,p1time)
else:
logger.info(temp+'they both played the same amount of moves to win')
return (1,1,'tie',p0time,p1time)
## cnt = b.count('1')
## #cnt = sum([1<<i & map > 0 for i in range(25)]) #slower than counting the ones in the string representation
## #x = sum([i*c for i,c in enumerate([b[row:row+5].count('1') for row in range(0,25,5)])]) / cnt
## #y = sum([i*c for i,c in enumerate([b[col:col+21:5].count('1') for col in range(0,5)])]) / cnt
## return (x,y)
if __name__ == '__main__':
#pool = multiprocessing.Pool(3)
centroidmemory = dict()
beg = time()
p = player0()
for x in range(2**20):
y = centroid(x)
print(time()-beg,'seconds')
#outlst = pool.map(centroid,inputlst)
#print(time()-beg,'seconds to get outlst')
## beg = time()
## for x,y in zip(inputlst,outlst):
## centroidmemory[x] = y
## print(time()-beg,'seconds to get centroidmemory')
## print(len(centroidmemory))
##
## beg = time()
def game(allletters='',player0blue=False):
if allletters == '':
allletters = genletters()
logger.info(allletters)
allletters = allletters.upper()
filename = ''
if player0blue:
b = player0(difficulty)
logger.debug('player0 plays blue')
r = player1(difficulty)
logger.debug('player1 plays red')
filename = strftime('%Y_%m_%d_%H_%M_%S_b0r1.cgd')
else:
b = player1(difficulty)
logger.debug('player1 plays blue')
r = player0(difficulty)
logger.debug('player0 plays red')
filename = strftime('%Y_%m_%d_%H_%M_%S_b1r0.cgd')
datadir = os.path.dirname(inspect.stack()[0][1]) +os.sep+'tests'
fnwithpath = os.path.join(datadir, filename)
logger.info(fnwithpath)
saveList = list()
saveDict = dict()
b.cache = dict()
r.cache = dict()
b.possible(allletters)
r.possible(allletters)
turn = 'blue'
board = '----- ----- ----- ----- -----'
saveList.append(('I001','[Initial Position]','',board.replace(' ',''), allletters, ''))
playedwords = list()
bluePassed = redPassed = False
btime = rtime = 0
score = 0
early = False
while board.find('-') != -1:
if turn == 'blue':
start = time()
oldscore = score
word,board,score = b.turn(allletters,board,1)
blue,blued,red,redd = numscore(board)
playedwords.append(word)
r.playword(allletters,word)
t = round(time() - start,2)
btime += t
logger.debug(' '.join(('blue plays',word.ljust(25),board,str(len(playedwords)),'blue:',blue+'('+str(blued)+')','red:',red+'('+str(redd)+')','time:',str(t),'seconds',str(round(score,4)))))
if word == '':
bluePassed = True
else:
bluePassed = False
num = len(playedwords)+1
saveList.append(('I%03d' % num,word,round(score,4),board.replace(' ',''),allletters, turn))
turn = 'red'
else:
start = time()
oldscore = score
word,board,score = r.turn(allletters,board,-1)
blue,blued,red,redd = numscore(board)
playedwords.append(word)
b.playword(allletters,word)
t = round(time() - start,2)
rtime += t
logger.debug(' '.join((' red plays',word.ljust(25),board,str(len(playedwords)),'blue:',blue+'('+str(blued)+')','red:',red+'('+str(redd)+')','time:',str(t),'seconds',str(round(score,4)))))
if word == '':
redPassed = True
else:
redPassed = False
num = len(playedwords)+1
saveList.append(('I%03d' % num,word,round(score,4),board.replace(' ',''),allletters, turn))
turn = 'blue'
if len(playedwords) > 100 and ((oldscore < 0 and score < 0) or (oldscore > 0 and score > 0)):
early = True
break
if bluePassed and redPassed:
break
saveDict['history'] = saveList
saveDict['letters'] = allletters
saveDict['colors'] = '-'*25
saveDict['selected'] = 'I001'
f = open(fnwithpath,'wb')
pickle.dump(saveDict,f)
f.close()
if not early:
if blue > red:
logger.debug('Blue wins!')
return ('blue', len(playedwords), btime, rtime, fnwithpath)
elif red > blue:
logger.debug('Red wins!')
return ('red', len(playedwords), btime, rtime, fnwithpath)
else:
logger.debug('Tie')
return ('', len(playedwords), btime, rtime, fnwithpath)
else:
if score > 0:
logger.debug('Blue wins!')
return ('blue', len(playedwords), btime, rtime, fnwithpath)
else:
logger.debug('Red wins!')
return ('red', len(playedwords), btime, rtime, fnwithpath)