forMainAllDef.py

#!/usr/bin
# -*- coding: utf-8 -*-
import pyperclip
import pyautogui
import time
import os
import io
from poker import poker
from poker.utils import pretty_args
myChips=1500
myNick='7_ee_Zy'



pyperclip.copy('')
def chattx():
	pyautogui.click(x=813, y=496)
	time.sleep(0.5)
	pyautogui.hotkey('ctrl', 'a')
	# time.sleep(0.2)
	pyautogui.hotkey('ctrl', 'c')
	# time.sleep(0.2)
	pyautogui.hotkey('ctrl', 'a')
	# time.sleep(0.2)
	pyautogui.hotkey('ctrl', 'c')
	# time.sleep(1)
def bettx():
	pyautogui.click(x=1317, y=400)
	time.sleep(0.2)
	pyautogui.click(x=1320, y=490)
	time.sleep(3)
def checkkx():
	pyautogui.click(x=1143, y=492)
	time.sleep(3)
def calllx():
	pyautogui.click(x=1233, y=491)
	time.sleep(3)
def pushhx():
	pyautogui.click(x=1342, y=400)
	time.sleep(0.5)
	pyautogui.click(x=1320, y=490)
	time.sleep(3)
def foldsx():
	pyautogui.click(x=1143, y=492)
	time.sleep(3)
chattx()
while len(pyperclip.paste())<20:
	chattx()



text=pyperclip.paste()
text=text.split('\n')
push=[[14,2],[14,3],[14,4],[14,5],[14,6],[14,7],[14,8],[14,9],[14,10],[14,11],[14,12],[14,13],[14,14],[13,8],[13,9],[13,10],[13,11],[13,12],[13,13],[12,9],[12,10],[12,11],[12,12],[11,10],[11,11],[10,10],[9,9],[8,8],[7,7],[6,6],[5,5],[4,4],[3,3],[2,2]]
raiss=[[14, 2], [14, 3], [14, 4], [14, 5], [14, 6], [14, 7], [14, 8], [14, 9], [14, 10], [14, 11], [14, 12], [14, 13], [14, 14],[13, 2], [13, 3], [13, 4], [13, 5], [13, 6], [13, 7], [13, 8], [13, 9], [13, 10], [13, 11], [13, 12], [13, 13],[12, 2], [12, 3], [12, 4], [12, 5], [12, 6], [12, 7], [12, 8], [12, 9], [12, 10], [12, 11], [12, 12],[11, 2], [11, 3], [11, 4], [11, 5], [11, 6], [11, 7], [11, 8], [11, 9], [11, 10], [11, 11],[10,10],[10,9],[9,8],[9,9],[8,8],[7,7],[6,6],[5,5],[4,4],[3,3],[2,2]]
call=[[14, 7], [14, 8], [14, 9], [14, 10], [14, 11], [14, 12], [14, 13], [14, 14],[13, 9], [13, 10], [13, 11], [13, 12], [13, 13],[12, 10], [12, 11], [12, 12],[11, 10], [11, 11],[10,9],[10,10],[9,8],[9,9],[8,8],[7,7],[6,6],[5,5],[4,4]]
powerCall=[[14, 12], [14, 13], [14, 14],[13, 12], [13, 13],[12, 12],[11, 11],[10,10],[9,9],[8,8],[7,7]]
OOP=[[14, 12], [14, 13], [14, 14],[13, 12], [13, 13],[12, 12],[11, 11],[10,10]]

forRaise=[['two'],['trips'],['street'],['flash']]
forCallF=[['pare',0],['pare',1],['pare',2],['pare',3]]
forCallFpower=[['pare',0],['two'],['trips'],['street'],['flash']]
allKom=[['pare',0],['pare',1],['pare',2],['pare',3],['two'],['trips'],['street'],['flash']]
nice=[['pare',0],['two'],['trips'],['street'],['flash'],['kare']]
veryNice=[['two'],['trips'],['flash'],['street'],['kare']]
contBetRange=[['pare',0],['two'],['trips'],['street'],['flash'],['pare',1],['pare',2],['pare']]
def lastHand(x=text):
	lastHand=[]
	for line in text:
		if '#' in line:
			lastHand.append(text.index(line))
	if len(lastHand)>=1:
		lastHand=text[max(lastHand):]			#определение последней руки
		[lastHand.remove(ss) for ss in lastHand if 'left to act' in ss]
		[lastHand.remove(ss) for ss in lastHand if 'System' in ss]
		[lastHand.remove(ss) for ss in lastHand if 'Tournament Director' in ss]
		[lastHand.remove(ss) for ss in lastHand if 'has timed out' in ss]
		[lastHand.remove(ss) for ss in lastHand if 'has reconnected' in ss]
		[lastHand.remove(ss) for ss in lastHand if 'has been disconnected' in ss]
		[lastHand.remove(ss) for ss in lastHand if 'has returned' in ss]
		[lastHand.remove(ss) for ss in lastHand if 'requested TIME' in ss]
		[lastHand.remove(ss) for ss in lastHand if 'is feeling' in ss]
		if not lastHand[-1]:lastHand.pop()

	# if not lastHand[-1]:lastHand.pop()
	return lastHand
if len (lastHand())>3:
	for x in lastHand():
		if 'posts' in x:
			if '7_ee_Zy' not in x:
				nic=x[:x.index(' posts')]
				nic=nic[8:]			
				nic2=nic.replace(' ','') #определение ника противника
	if ' ' in nic:
		text=[x.replace(nic,nic2) for x in text]
if len (lastHand())>3:
	niccx=[x for x in text if 'posts' in x]
	niccx=[x for x in niccx if '7_ee_Zy' not in x]
	niccx=niccx[0]
	niccx=niccx[:niccx.index(' posts')]
	niccx=niccx[8:]
	niccx2=niccx.replace(' ','')
	if ' ' in niccx:
		text=[x.replace(niccx,niccx2) for x in text]
textForStat='\n'.join(text)
textForStat=[textForStat.split('Dealer: Hand #')]
textForStat=[x[y].split('\n') for x in textForStat for y in range(len(x))]

######################################################################
if len(lastHand())>3:
	if 'finishes in' not in lastHand()[-1] and 'stands up' not in lastHand()[-1]:

		class myCards:					#преобразование в числа
			def myCards(self):
				if len(lastHand())>3:
					for line in lastHand():
						if 'You have been dealt' in line:
							myCardsText=line.split(' ')
					myCardsText=myCardsText[-2:]
					myCard1=myCardsText[0].replace('[','')
					myCard2=myCardsText[1].replace(']','')
					myCards=[myCard1,myCard2]
					return myCards
			def myCardsDig(self):	
				if len(lastHand())>3:
					myCardsDig=myCards()
					myCardsDig=myCardsDig.myCards()
					myCardsDig=[z.replace('c','') for z in myCardsDig]
					myCardsDig=[z.replace('d','') for z in myCardsDig]
					myCardsDig=[z.replace('s','') for z in myCardsDig]
					myCardsDig=[z.replace('h','') for z in myCardsDig]
					myCardsDig=[z.replace('A','14') for z in myCardsDig]
					myCardsDig=[z.replace('K','13') for z in myCardsDig]
					myCardsDig=[z.replace('Q','12') for z in myCardsDig]
					myCardsDig=[z.replace('J','11') for z in myCardsDig]
					myCardsDig=[z.replace('T','10') for z in myCardsDig]
					myCardsDig=[int(x) for x in myCardsDig]
					return sorted(myCardsDig,reverse=True)
			def myCardsMast(self): #мои масти
				if len(lastHand())>3:
					myCardsMast=myCards()
					myCardsMast=myCardsMast.myCards()
					myCardsMast=[list(x) for x in myCardsMast]
					myCardsMast=[y for x,y in myCardsMast]
					return myCardsMast					#определение моих карманных карт
		preflopCards=myCards()
		preflopCards=preflopCards.myCardsDig()
		class bord:
			def bord(self):
				def flopCards():
					for line in lastHand():
						if 'The flop is' in line: #определение карт Флопа
							flopCardsText=line.split(' ')
							flopCardsText=flopCardsText[-3:]
							flopCard1=flopCardsText[0].replace('[','')
							flopCard2=flopCardsText[1]
							flopCard3=flopCardsText[2].replace(']','')
							flopCards=[flopCard1,flopCard2,flopCard3]
							return flopCards
					else:return []
				def turnCard():
					for line in lastHand():
						if 'The turn is' in line: #определение карты Терна
							turnCardsText=line.split(' ')
							turnCardsText=turnCardsText[-1:]
							turnCard=[turnCardsText[0].replace('[','')]
							turnCard=[turnCard[0].replace(']','')]
							return turnCard
					else:return []
				def riverCard():
					for line in lastHand():
						if 'The river is' in line: #определение карты Ривера
							riverCardsText=line.split(' ')
							riverCardsText=riverCardsText[-1:]
							riverCard=[riverCardsText[0].replace('[','')]
							riverCard=[riverCard[0].replace(']','')]
							return riverCard
					else:return []
				return flopCards()+turnCard()+riverCard()
			def bordDig(self):		#преобразование карт борда в цифры
				bordDig=bord()
				bordDig=bordDig.bord()
				bordDig=[z.replace('c','') for z in bordDig]
				bordDig=[z.replace('d','') for z in bordDig]
				bordDig=[z.replace('s','') for z in bordDig]
				bordDig=[z.replace('h','') for z in bordDig]
				bordDig=[z.replace('A','14') for z in bordDig]
				bordDig=[z.replace('K','13') for z in bordDig]
				bordDig=[z.replace('Q','12') for z in bordDig]
				bordDig=[z.replace('J','11') for z in bordDig]
				bordDig=[z.replace('T','10') for z in bordDig]
				bordDig=[int(x) for x in bordDig]
				return sorted(bordDig,reverse=True)

		bordx=bord()
		bordx=bordx.bord()
		class Mast: 					#количество карт одной масти на борде
			def Mast(self):
				Mast=bord()
				Mast=Mast.bord()
				myMast=myCards()
				myMast=myMast.myCardsMast()
				Mast=[list(x) for x in Mast]
				Mast=[y for x,y in Mast]
				if Mast:Mast=Mast+myMast
				else:Mast=myMast
				MastH=[1 for x in Mast if x=='h']
				MastH=len(MastH)
				MastS=[1 for x in Mast if x=='s']
				MastS=len(MastS)
				MastD=[1 for x in Mast if x=='d']
				MastD=len(MastD)
				MastC=[1 for x in Mast if x=='c']
				MastC=len(MastC)
				Mast=[MastH,MastS,MastD,MastC]
				return 	Mast
		class myStackMinus:				#минус от стэка
			def blind(self): #все проставленные блайнды
				blind=[line for line in lastHand() if '7_ee_Zy posts the' in line]
				blind=[x.split(' ') for x in blind]
				
				blind=[x[7] for x in blind]
				blind=[x.replace(',','') for x in blind]
				blind=[int(x) for x in blind]
				return(sum(blind))
			def call(self):	#все мои коллы
				call=[line for line in lastHand() if '7_ee_Zy calls' in line]
				call=[x.split(' ') for x in call]
				call=[x[3] for x in call]
				call=[x.replace(',','') for x in call]
				call=[int(x) for x in call]
				return(sum(call))
			def rais(self):	#все мои рейзы
				rais=[]
				for x in lastHand():
					if '7_ee_Zy raises to' in x:
						if '7_ee_Zy posts the' in lastHand()[lastHand().index(x)-3]:
							rai=x.split(' ')
							rai=rai[4]	
							rai=rai.replace(',','')
							rai=int(rai)
							bli=lastHand()[lastHand().index(x)-3].split(' ')
							bli=bli[-1]
							bli=bli.replace(',','')
							bli=int(bli)
							rai=rai-bli
							rais.append(rai)
						else:
							rai=x.split(' ')
							rai=rai[4]
							rai=rai.replace(',','')
							rai=int(rai)
							rais.append(rai)
				return sum(rais)
			def bet(self):	#все мои беты
				bet=[x for x in lastHand() if '7_ee_Zy bets' in x]
				bet=[x.split(' ') for x in bet]
				bet=[x[3] for x in bet]
				bet=[x.replace(',','') for x in bet]
				bet=[int(x) for x in bet]
				return(sum(bet))
			def myStackMinus(self): #все вклады в пот
				blind=myStackMinus()
				blind=blind.blind()
				call=myStackMinus()
				call=call.call()
				rais=myStackMinus()
				rais=rais.rais()
				bet=myStackMinus()
				bet=bet.bet()
				return blind+call+rais+bet 	

		# def myStackPlus(): 				#плюс к стэку
		# 	myStackPlus=
			# def wins(self): #выигрыш
			# 	wins=[line for line in text if '7_ee_Zy wins the pot' in line]
			# 	wins=[x.split(' ') for x in wins]
			# 	wins=[x[5] for x in wins]
			# 	wins=[x.replace(',','') for x in wins]
			# 	wins=[x.replace('(','') for x in wins]
			# 	wins=[x.replace(')','') for x in wins]
			# 	wins=[int(x) for x in wins]
			# 	return(sum(wins))
			# def returned(self): #возврат
			# 	returned=[line for line in text if 'returned to 7_ee_Zy' in line]
			# 	returned=[x.split(' ') for x in returned]
			# 	returned=[x[4] for x in returned]
			# 	returned=[x.replace(',','') for x in returned]
			# 	returned=[int(x) for x in returned]
			# 	return(sum(returned))
			# def myStackPlus(self): #Общий плюс
			# 	wins=myStackPlus()
			# 	wins=wins.wins()
			# 	returned=myStackPlus()
			# 	returned=returned.returned()
			# 	return wins+returned				
		class myStack:					#размер моего стэка
			def myStack(self,value=myChips):
				myStackPluss=myStackPlus()
				myStackPluss=myStackPluss.myStackPlus()
				myStackMinuss=myStackMinus()
				myStackMinuss=myStackMinuss.myStackMinus()
				myStack=value-myStackMinuss+myStackPluss
				return 	myStack	

				
			
			
		class allkards:					#комбинации
			def allkards(self):
				myCard=myCards()
				myCard=myCard.myCardsDig()
				myMastk=Mast()
				myMastk=myMastk.Mast()
				bordK=bord()
				bordK=bordK.bordDig()
				bordMast=Mast()
				bordMast=bordMast.Mast()
				allkards=sorted(myCard+bordK,reverse=True)
				for x in myMastk:
					if x>=5: allkards.append(True)
				return allkards	#виды комбинаций	
		class highCard(allkards): 			
			def highCard(self):			#старшая карта
				highCard=allkards()
				highCard=highCard.allkards()
				return ['highCard',sorted(highCard,reverse=True)[:2]]			
		class pare(allkards):			#пара
			def pare(self):
				xxx=bord()
				xxx=xxx.bordDig()
				if len(xxx)!=len(set(xxx)):
					bords=bord()
					bords=bords.bordDig()
					bords=set(bords)
					bords=list(bords)
					bords=sorted(bords,reverse=True)
					pare=myCards()
					pare=pare.myCardsDig()
					pare=pare+bords
					if preflopCards[0]!=preflopCards[1]:
						pare14=[1 for x in pare if x==14]
						if sum(pare14)==2:return ['pare',bords.index(14)]
						pare13=[1 for x in pare if x==13]
						if sum(pare13)==2:return ['pare',bords.index(13)]
						pare12=[1 for x in pare if x==12]
						if sum(pare12)==2:return ['pare',bords.index(12)]
						pare11=[1 for x in pare if x==11]
						if sum(pare11)==2:return ['pare',bords.index(11)]
						pare10=[1 for x in pare if x==10]
						if sum(pare10)==2:return ['pare',bords.index(10)]
						pare9=[1 for x in pare if x==9]
						if sum(pare9)==2:return ['pare',bords.index(9)]
						pare8=[1 for x in pare if x==8]
						if sum(pare8)==2:return ['pare',bords.index(8)]
						pare7=[1 for x in pare if x==7]
						if sum(pare7)==2:return ['pare',bords.index(7)]
						pare6=[1 for x in pare if x==6]
						if sum(pare6)==2:return ['pare',bords.index(6)]
						pare5=[1 for x in pare if x==5]
						if sum(pare5)==2:return ['pare',bords.index(5)]
						pare4=[1 for x in pare if x==4]
						if sum(pare4)==2:return ['pare',bords.index(4)]
						pare3=[1 for x in pare if x==3]
						if sum(pare3)==2:return ['pare',bords.index(3)]
						pare2=[1 for x in pare if x==2]
						if sum(pare2)==2:return ['pare',bords.index(2)]	
					else:return ['pare',pare.index(preflopCards[0])]
				else:
					pare=allkards()
					pare=pare.allkards()
					bords=bord()
					bords=bords.bordDig()
					if preflopCards[0]!=preflopCards[1]:
						pare14=[1 for x in pare if x==14]
						if sum(pare14)==2:return ['pare',bords.index(14)]
						pare13=[1 for x in pare if x==13]
						if sum(pare13)==2:return ['pare',bords.index(13)]
						pare12=[1 for x in pare if x==12]
						if sum(pare12)==2:return ['pare',bords.index(12)]
						pare11=[1 for x in pare if x==11]
						if sum(pare11)==2:return ['pare',bords.index(11)]
						pare10=[1 for x in pare if x==10]
						if sum(pare10)==2:return ['pare',bords.index(10)]
						pare9=[1 for x in pare if x==9]
						if sum(pare9)==2:return ['pare',bords.index(9)]
						pare8=[1 for x in pare if x==8]
						if sum(pare8)==2:return ['pare',bords.index(8)]
						pare7=[1 for x in pare if x==7]
						if sum(pare7)==2:return ['pare',bords.index(7)]
						pare6=[1 for x in pare if x==6]
						if sum(pare6)==2:return ['pare',bords.index(6)]
						pare5=[1 for x in pare if x==5]
						if sum(pare5)==2:return ['pare',bords.index(5)]
						pare4=[1 for x in pare if x==4]
						if sum(pare4)==2:return ['pare',bords.index(4)]
						pare3=[1 for x in pare if x==3]
						if sum(pare3)==2:return ['pare',bords.index(3)]
						pare2=[1 for x in pare if x==2]
						if sum(pare2)==2:return ['pare',bords.index(2)]	
					else:return ['pare',pare.index(preflopCards[0])]

					



		class twopare(allkards):		#две пары
			def twopare(self):
				bordd=bord()
				bordd=bordd.bordDig()
				twopare=allkards()
				twopare=twopare.allkards()	
				twopareFin=[]
				twopare14=[1 for x in twopare if x==14]
				if sum(twopare14)==2:
					twopareFin.append(14)
				twopare13=[1 for x in twopare if x==13]
				if sum(twopare13)==2:
					twopareFin.append(13)
				twopare12=[1 for x in twopare if x==12]
				if sum(twopare12)==2:
					twopareFin.append(12)
				twopare11=[1 for x in twopare if x==11]
				if sum(twopare11)==2:
					twopareFin.append(11)
				twopare10=[1 for x in twopare if x==10]
				if sum(twopare10)==2:
					twopareFin.append(10)
				twopare9=[1 for x in twopare if x==9]
				if sum(twopare9)==2:
					twopareFin.append(9)
				twopare8=[1 for x in twopare if x==8]
				if sum(twopare8)==2:
					twopareFin.append(8)
				twopare7=[1 for x in twopare if x==7]
				if sum(twopare7)==2:
					twopareFin.append(7)
				twopare6=[1 for x in twopare if x==6]
				if sum(twopare6)==2:
					twopareFin.append(6)
				twopare5=[1 for x in twopare if x==5]
				if sum(twopare5)==2:
					twopareFin.append(5)
				twopare4=[1 for x in twopare if x==4]
				if sum(twopare4)==2:
					twopareFin.append(4)
				twopare3=[1 for x in twopare if x==3]
				if sum(twopare3)==2:
					twopareFin.append(3)
				twopare2=[1 for x in twopare if x==2]
				if sum(twopare2)==2:
					twopareFin.append(2)
				if len(twopareFin)>=2: 
					if twopareFin[0]==preflopCards[0] and twopareFin[1]==preflopCards[1]:return ['two']
				if preflopCards[0]==preflopCards[1]:return ['pare',twopare.index(preflopCards[0])]
				# if len(bordd)==3:
				# 	if preflopCards[0]==bordd[0] or preflopCards[0]==bordd[1] or preflopCards[0]==bordd[2] or preflopCards[1]==bordd[0] or preflopCards[1]==bordd[1] or preflopCards[1]==bordd[2]:return 'pare'
				# if len(bordd)==4:
				# 	if preflopCards[0]==bordd[0] or preflopCards[0]==bordd[1] or preflopCards[0]==bordd[2] or preflopCards[0]==bordd[3] or preflopCards[1]==bordd[0] or preflopCards[1]==bordd[1] or preflopCards[1]==bordd[2] or preflopCards[0]==bordd[3]:return 'pare'
				# if len(bordd)==5:
				# 	if preflopCards[0]==bordd[0] or preflopCards[0]==bordd[1] or preflopCards[0]==bordd[2] or preflopCards[0]==bordd[3] or preflopCards[0]==bordd[4] or preflopCards[1]==bordd[0] or preflopCards[1]==bordd[1] or preflopCards[1]==bordd[2] or preflopCards[0]==bordd[3] or preflopCards[0]==bordd[4]:return 'pare'


					
					
		class trips:					#трипс
			def trips(self):
				trips=allkards()
				trips=trips.allkards()
				trips14=[1 for x in trips if x==14]
				if sum(trips14)==3:return ['trips']
				trips13=[1 for x in trips if x==13]
				if sum(trips13)==3:return ['trips']
				trips12=[1 for x in trips if x==12]
				if sum(trips12)==3:return ['trips']
				trips11=[1 for x in trips if x==11]
				if sum(trips11)==3:return ['trips']
				trips10=[1 for x in trips if x==10]
				if sum(trips10)==3:return ['trips']
				trips9=[1 for x in trips if x==9]
				if sum(trips9)==3:return ['trips']
				trips8=[1 for x in trips if x==8]
				if sum(trips8)==3:return ['trips']
				trips7=[1 for x in trips if x==7]
				if sum(trips7)==3:return ['trips']
				trips6=[1 for x in trips if x==6]
				if sum(trips6)==3:return ['trips']
				trips5=[1 for x in trips if x==5]
				if sum(trips5)==3:return ['trips']
				trips4=[1 for x in trips if x==4]
				if sum(trips4)==3:return ['trips']
				trips3=[1 for x in trips if x==3]
				if sum(trips3)==3:return ['trips']
				trips2=[1 for x in trips if x==2]
				if sum(trips2)==3:return ['trips']					#трипс
		class kare:					#трипс
			def kare(self):
				kare=allkards()
				kare=kare.allkards()
				kare14=[1 for x in kare if x==14]
				if sum(kare14)==4:return ['kare']
				kare13=[1 for x in kare if x==13]
				if sum(kare13)==4:return ['kare']
				kare12=[1 for x in kare if x==12]
				if sum(kare12)==4:return ['kare']
				kare11=[1 for x in kare if x==11]
				if sum(kare11)==4:return ['kare']
				kare10=[1 for x in kare if x==10]
				if sum(kare10)==4:return ['kare']
				kare9=[1 for x in kare if x==9]
				if sum(kare9)==4:return ['kare']
				kare8=[1 for x in kare if x==8]
				if sum(kare8)==4:return ['kare']
				kare7=[1 for x in kare if x==7]
				if sum(kare7)==4:return ['kare']
				kare6=[1 for x in kare if x==6]
				if sum(kare6)==4:return ['kare']
				kare5=[1 for x in kare if x==5]
				if sum(kare5)==4:return ['kare']
				kare4=[1 for x in kare if x==4]
				if sum(kare4)==4:return ['kare']
				kare3=[1 for x in kare if x==3]
				if sum(kare3)==4:return ['kare']
				kare2=[1 for x in kare if x==2]
				if sum(kare2)==4:return ['kare']	
		class street:
			def street(self):
				street=allkards()
				street=street.allkards()
				street=set(street)
				street=list(street)	
				street=sorted(street,reverse=True)


				if len(street)==5:
					if street[0]-street[1]==1 and street[1]-street[2]==1 and street[2]-street[3]==1 and street[3]-street[4]==1:return ['street']
					if street[-1]==2 and street[-2]==3 and street[-3]==4 and street[-4]==5 and street[0]==14:return ['street']
				if len(street)==6:
					if street[0]-street[1]==1 and street[1]-street[2]==1 and street[2]-street[3]==1 and street[3]-street[4]==1:return ['street']
					if street[1]-street[2]==1 and street[2]-street[3]==1 and street[3]-street[4]==1 and street[4]-street[5]==1:return ['street']
					if street[-1]==2 and street[-2]==3 and street[-3]==4 and street[-4]==5 and street[0]==14:return ['street']
				if len(street)==7:
					if street[0]-street[1]==1 and street[1]-street[2]==1 and street[2]-street[3]==1 and street[3]-street[4]==1:return ['street']
					if street[1]-street[2]==1 and street[2]-street[3]==1 and street[3]-street[4]==1 and street[4]-street[5]==1:return ['street']
					if street[2]-street[3]==1 and street[3]-street[4]==1 and street[4]-street[5]==1 and street[5]-street[6]==1:return ['street']
					if street[-1]==2 and street[-2]==3 and street[-3]==4 and street[-4]==5 and street[0]==14:return ['street']
		class flash:						
			def flash(self):			#флэш
				flash=allkards()
				flash=flash.allkards()
				if flash[-1]==True: return ['flash']			#флэш
		class whatKomb:	
			def whatKomb(self):			#определение комбинации
				highCardx=highCard()
				highCardx=highCardx.highCard()
				parex=pare()
				parex=parex.pare()
				twoparex=twopare()
				twoparex=twoparex.twopare()
				tripsx=trips()
				tripsx=tripsx.trips()
				karex=kare()
				karex=karex.kare()
				streetx=street()
				streetx=streetx.street()
				flashx=flash()
				flashx=flashx.flash()
				if karex:return karex
				if flashx:return flashx
				if streetx:return streetx
				if tripsx:return tripsx
				if twoparex:return twoparex
				if parex:return parex
				if highCardx:return highCardx#определение комбинации			




		def rounddd():			#определение текущего раунда
			doska=bord()
			doska=doska.bord()
			if len(doska)==0:return 0
			if len(doska)==3:return 1
			if len(doska)==4:return 2
			if len(doska)==5:return 3 
						#действие
		def position():
			last=lastHand()
			pos=[x for x in last if '7_ee_Zy posts' in x]
			if pos:
				pos=pos[0].split(' ')
				if pos[-4]=='small':return 'ip'
				else:return 'oop'










		# roundx=rounddd()
		# roundx=roundx.rounddd()
		# pos=action()
		# pos=pos.position()
		
		
		last=lastHand()
		
		cards=whatKomb()
		cards=cards.whatKomb()
		def mystack():
			whoesStack=0
			if os.popen('ls ~/.wine/drive_c/Program\ Files\ \(x86\)/Full\ Tilt\ Poker/HandHistory/7_ee_Zy/*em.txt').readlines():
				directory=[x[:-1] for x in os.popen('ls ~/.wine/drive_c/Program\ Files\ \(x86\)/Full\ Tilt\ Poker/HandHistory/7_ee_Zy/*em.txt').readlines()]
				lasthand=io.open(directory[-1],'r',encoding='utf16')
				lasthand=[x for x in lasthand]
				lasthand=''.join(lasthand)
				lasthand=lasthand.split('Full Tilt Poker Game #')
				lasthand=lasthand[-1]
				lasthand=lasthand.split('\n')
				mystack=[x for x in lasthand if 'Seat 2: 7_ee_Zy' in x or 'Seat 1: 7_ee_Zy' in x]
				mystack=mystack[0]
				mystack=mystack.split(' ')
				mystack=mystack[3]
				mystack=mystack.replace('(','')
				mystack=mystack.replace(')','')
				mystack=mystack.replace(',','')
				mystack=int(mystack)
				blind=[x for x in lasthand if '7_ee_Zy posts the' in x]
				blind=blind[-1]
				blind=blind.split(' ')
				blind=blind[6]
				blind=blind.replace(',','')
				blind=int(blind)
				collectedLost=0
				wonLost=0
				won=0
				collected=0
				for x in lasthand: 
					if 'collected' in x:
						if myNick in x:
							collected=x.split(' ')
							collectedx=collected.index('collected')
							collected=collected[collectedx+1]
							collected=collected.replace('(','')
							collected=collected.replace(')','')
							collected=collected.replace(',','')
							collected=int(collected)
						else:
							collectedLost=x.split(' ')
							collectedLostx=collectedLost.index('collected')
							collectedLost=collectedLost[collectedLostx+1]
							collectedLost=collectedLost.replace('(','')
							collectedLost=collectedLost.replace(')','')
							collectedLost=collectedLost.replace(',','')
							collectedLost=int(collectedLost)

				for x in lasthand: 
					if 'and won' in x:
						if myNick in x:
							won=x.split(' ')
							wonx=won.index('won')
							won=won[wonx+1]
							won=won.replace('(','')
							won=won.replace(')','')
							won=won.replace(',','')
							won=int(won)
						else:
							wonLost=x.split(' ')
							wonLostx=wonLost.index('won')
							wonLost=wonLost[wonLostx+1]
							wonLost=wonLost.replace('(','')
							wonLost=wonLost.replace(')','')
							wonLost=wonLost.replace(',','')
							wonLost=int(wonLost)

				mystack=mystack+0.5*won+0.5*collected-0.5*wonLost-0.5*collectedLost
				myStackNow=myStackMinus()
				myStackNow=myStackNow.myStackMinus()

				myStackNow=mystack-myStackNow
			else:myStackNow=myChips
			return myStackNow
		
		class pot: 						#размер пота
			def blind(self):
				last=lastHand()
				blind=[line for line in last if 'posts the' in line]
				blind=[x.split(' ') for x in blind]
				blind=[x[7] for x in blind]
				blind=[x.replace(',','') for x in blind]
				blind=[int(x) for x in blind]
				return(sum(blind))
			def rais(self):
				pot=[]
				last=lastHand()
				for x in last:
					if 'raises to' in x:
						if 'posts the small' in last[last.index(x)-3]:
							rai=x.split(' ')
							rai=rai[4]	#извл. блайнда
							rai=rai.replace(',','')
							rai=int(rai)
							if rai>mystack():rai=mystack()
							# if rai>effectiveStack():
							# 	rai=effectiveStack()
							bli=last[last.index(x)-3].split(' ')
							bli=bli[7]
							bli=bli.replace(',','')
							bli=int(bli)
							rai=rai-bli
							pot.append(rai)
						else:
							rai=x.split(' ')
							rai=rai[4]
							rai=rai.replace(',','')
							rai=int(rai)
							if rai>mystack():rai=mystack()
							pot.append(rai)
				return sum(pot)
			def call(self):
				last=lastHand()
				call=[]
				for x in last:
					if 'calls' in x:
						last=x.split(' ')
						call.append(last[3])
						call=[x.replace(',','') for x in call]
				call=[int(x) for x in call]
				return sum(call)
			def bet(self):
				last=lastHand()
				bet=[]
				for x in last:
					if 'bets' in x:
						last=x.split(' ')
						betx=last[3]
						betx=betx.replace(',','')
						betx=int(betx)
						if betx>mystack():betx=mystack()
						bet.append(betx)
				return sum(bet)

			def pot(self):
				blind=pot()
				blind=blind.blind()
				rais=pot()
				rais=rais.rais()
				call=pot()
				call=call.call()
				bet=pot()
				bet=bet.bet()
				return blind+rais+call+bet	
		xx=pot()
		xx=xx.bet()
		potx=pot()
		potx=potx.pot()
		def effectiveStack():
			effectiveStack=myChips*2-mystack()-potx
			if effectiveStack>mystack():effectiveStack=mystack()
			return effectiveStack
		stack=mystack()



		class callSize: 				#фишек для колла при бете
			def callSize(self):			
				last=lastHand()
				mySta=mystack()

				if 'bets' in last[-1]:
					callSize=last[-1].split(' ')
					callSize=callSize[3]
					callSize=callSize.replace(',','')
					callSize=int(callSize)
					if callSize>mySta:return mySta
					return callSize		
		class raiseSize: 				#сумма для колла при рейзе
			def raiseSize(self):
				last=lastHand() 
				mySta=mystack()

				if 'raises to' in last[-1] and 'been dealt' not in last[-2]:
					if '7_ee_Zy posts' not in last[-3]:
						my=last[-2].split(' ')
						my=my[-1]
						my=my.replace(',','')
						my=int(my)
						his=last[-1].split(' ')
						his=his[4]
						his=his.replace(',','')
						his=int(his)
						toCall=his-my
						if toCall>mySta:return mySta
					if toCall:return toCall
					return 0
				if 'raises to' in last[-1]:
					my=last[-3].split(' ')
					my=my[-1]
					my=my.replace(',','')
					my=int(my)
					his=last[-1].split(' ')
					his=his[4]
					his=his.replace(',','')
					his=int(his)
					toCall=his-my
					if toCall>mySta:return mySta
					if toCall:return toCall
					return 0	
				if 'bets' in last[-1]:
					callSize=last[-1].split(' ')
					callSize=callSize[3]
					callSize=callSize.replace(',','')
					callSize=int(callSize)
					if callSize>mySta:return mySta
					if callSize: return callSize
					return 0
		
		toCallx=raiseSize()
		toCallx=toCallx.raiseSize()
		def statsOvTest(text):
			statsOvTest=[]
			for x in text:
				if 'bets' in x:statsOvTest.append('b')
				if 'raises to' in x:statsOvTest.append('r')
				if 'checks' in x:statsOvTest.append('0') 
				if 'calls' in x:statsOvTest.append('c') 
				if 'folds' in x:statsOvTest.append('f') 
			return statsOvTest

		#СТатистика
		###########
		# r +
		# rf +
		# rc0b+
		# rc0bf +
		# rc0bc0b+
		# rc0bc0bf+
		# rrcbr+
		# rrcbrf+
		# rrc0b+
		# rrc0bf+
		# rrc0bc0b+
		# rrc0bc0bf+

		# rri+
		# rrfi+
		# rrcbi+
		# rrcbfi+
		# rcbi+
		# rcbfi+
		# rc0bri+
		# rc0brfi+
		# rc00bi+
		# rc00bfi+
		# rc00bcbi
		# rc00bcbfi






		










		statsOOP=[statsOvTest(x) for x in textForStat if len(x)>3 and niccx in x[1]]
		statsOOP=[''.join(x) for x in statsOOP]
		statsIP=[statsOvTest(x) for x in textForStat if len(x)>3 and niccx not in x[1]]
		statsIP=[''.join(x) for x in statsIP]
		



		


		
		c0_OOP=0.5
		c_OOPx=[x for x in statsOOP if 'c' in x[:1]]
		if len(c_OOPx)>=3:
			c_OOPx=c_OOPx[-3:]
			c0_OOP=sum([1 for x in c_OOPx if 'c0' in x[:2]])/float(3)
		crcbcbf_OOP=0.5
		crcbcb_OOPx=[x for x in statsOOP if 'crcbcb' in x[:6]]
		if len(crcbcb_OOPx)>=3:
			crcbcb_OOPx=crcbcb_OOPx[-3:]
			crcbcbf_OOP=sum([1 for x in crcbcb_OOPx if 'crcbcbf' in x[:7]])/float(3)
		crcbf_OOP=0.5
		rrcbc_OOP=0.5
		crcb_OOPx=[x for x in statsOOP if 'crcb' in x[:4]]
		if len(crcb_OOPx)>=3:
			crcb_OOPx=crcb_OOPx[-3:]
			crcbf_OOP=sum([1 for x in crcb_OOPx if 'crcbf' in x[:5]])/float(3)
			rrcbc_OOP=sum([1 for x in crcb_OOPx if 'crcbc' in x[:5]])/float(3)
		crf_OOP=0.5
		crr_OOP=0.5
		cr_OOPx=[x for x in statsOOP if 'cr' in x[:2]]
		if len(cr_OOPx)>=3:
			cr_OOPx=cr_OOPx[-3:]
			crf_OOP=sum([1 for x in cr_OOPx if 'crf' in x[:3]])/float(3)
			crr_OOP=sum([1 for x in cr_OOPx if 'cr' in x[:3]])/float(3)
		rrf_OOP=0.5
		rr_OOPx=[x for x in statsOOP if 'rr' in x[:2]]
		if len(rr_OOPx)>=3:
			rr_OOPx=rr_OOPx[-3:]
			rrf_OOP=sum([1 for x in rr_OOPx if 'rrf' in x[:3]])/float(3)
		rrcbf_OOP=0.5
		rrcb_OOPx=[x for x in statsOOP if 'rrcb' in x[:4]]
		if len(rrcb_OOPx)>=3:
			rrcb_OOPx=rrcb_OOPx[-3:]
			rrcbf_OOP=sum([1 for x in rrcb_OOPx if 'rrcbf' in x[:5]])/float(3)
		rcbf_OOP=0.5
		rcb_OOPx=[x for x in statsOOP if 'rcb' in x[:3]]
		if len(rcb_OOPx)>=3:
			rcb_OOPx=rcb_OOPx[-3:]
			rcbf_OOP=sum([1 for x in rcb_OOPx if 'rcbf' in x[:4]])/float(3)
		rc0brf_OOP=0.5
		rc0br_OOPx=[x for x in statsOOP if 'rc0br' in x[:5]]
		if len(rc0br_OOPx)>=3:
			rc0br_OOPx=rc0br_OOPx[-3:]
			rc0brf_OOP=sum([1 for x in rc0br_OOPx if 'rc0brf' in x[:6]])/float(3)
		rc00bf_OOP=0.5
		rc00b_OOPx=[x for x in statsOOP if 'rc00b' in x[:5]]
		if len(rc00b_OOPx)>=3:
			rc00b_OOPx=rc00b_OOPx[-3:]
			rc00bf_OOP=sum([1 for x in rc00b_OOPx if 'rc00bf' in x[:6]])/float(3)
		rc00bcbf_OOP=0.5
		rc00bcb_OOPx=[x for x in statsOOP if 'rc00bcb' in x[:7]]
		if len(rc00bcb_OOPx)>=3:
			rc00bcb_OOPx=rc00bcb_OOPx[-3:]
			rc00bcbf_OOP=sum([1 for x in rc00bcb_OOPx if 'rc00bcbf' in x[:8]])/float(3)
		c0bf_OOP=0.5
		c0b_OOPx=[x for x in statsOOP if 'c0b' in x[:3]]
		if len(c0b_OOPx)>=3:
			c0b_OOPx=c0b_OOPx[-3:]
			c0bf_OOP=sum([1 for x in c0b_OOPx if 'c0bf' in x[:4]])/float(3)
		c0bcbf_OOP=0.5
		c0bcb_OOPx=[x for x in statsOOP if 'c0bcb' in x[:5]]
		if len(c0bcb_OOPx)>=3:
			c0bcb_OOPx=c0bcb_OOPx[-3:]
			c0bcbf_OOP=sum([1 for x in c0bcb_OOPx if 'c0bcbf' in x[:6]])/float(3)
		c00bf_OOP=0.5
		c00b_OOPx=[x for x in statsOOP if 'c00b' in x[:4]]
		if len(c00b_OOPx)>=3:
			c00b_OOPx=c00b_OOPx[-3:]
			c00bf_OOP=sum([1 for x in c00b_OOPx if 'c00bf' in x[:5]])/float(3)
		rf_OOP=0.5
		r_OOPx=[x for x in statsOOP if 'r' in x[:1]]
		if len(r_OOPx)>=3:
			r_OOPx=r_OOPx[-3:]
			rf_OOP=sum([1 for x in r_OOPx if 'rf' in x[:5]])/float(3)
		rrc_OOP=0.5
		rr_OOPx=[x for x in statsOOP if 'rr' in x[:2]]
		if len(rr_OOPx)>=3:
			rr_OOPx=rr_OOPx[-3:]
			rrc_OOP=sum([1 for x in rr_OOPx if 'rrc' in x[:3]])/float(3)
		crc_OOP=0.5
		cr_OOPx=[x for x in statsOOP if 'cr' in x[:2]]
		if len(cr_OOPx)>=3:
			cr_OOPx=cr_OOPx[-3:]
			crc_OOP=sum([1 for x in cr_OOPx if 'crc' in x[:3]])/float(3)
		crcbc_OOP=0.5
		crcb_OOPx=[x for x in statsOOP if 'crcb' in x[:4]]
		if len(crcb_OOPx)>=3:
			crcb_OOPx=crcb_OOPx[-3:]
			crcbc_OOP=sum([1 for x in crcb_OOPx if 'crcbc' in x[:5]])/float(3)
		

		r_OOP=[x for x in statsOOP]
		if len(r_OOP)>=3:
			r_OOPx=r_OOPx[-3:]
			r_OOP=sum([1 for x in r_OOPx if 'r' in x[:1]])/float(3)
		rrr_OOP=0.5
		rr_OOPx=[x for x in statsOOP]
		if len(rr_OOPx)>=3:
			rr_OOPx=rr_OOPx[-3:]
			rrr_OOP=sum([1 for x in rr_OOPx if 'rrr' in x[:3]])/float(3)
		rrcbcb_OOP=0.5
		rrcbc_OOPx=[x for x in statsOOP if 'rrcbc' in x[:5]]
		if len(rrcbc_OOPx)>=3:
			rrcbc_OOPx=rrcbc_OOPx[-3:]
			rrcbcb_OOP=sum([1 for x in rrcbc_OOPx if 'rrcbcb' in x[:6]])/float(3)
		rrcbr_OOP=0.5
		rrcb_OOPx=[x for x in statsOOP if 'rrcb' in x[:4]]
		if len(rrcb_OOPx)>=3:
			rrcb_OOPx=rrcb_OOPx[-3:]
			rrcbr_OOP=sum([1 for x in rrcb_OOPx if 'rrcbr' in x[:5]])/float(3)
		rrcbcbr_OOP=0.5
		rrcbcb_OOPx=[x for x in statsOOP if 'rrcbcb' in x[:6]]
		if len(rrcbcb_OOPx)>=3:
			rrcbcb_OOPx=rrcbcb_OOPx[-3:]
			rrcbcbr_OOP=sum([1 for x in rrcbcb_OOPx if 'rrcbcbr' in x[:7]])/float(3)
		rrcbcbc_OOP=0.5
		rrcbcb_OOPx=[x for x in statsOOP if 'rrcbcb' in x[:6]]
		if len(rrcbcb_OOPx)>=3:
			rrcbcb_OOPx=rrcbcb_OOPx[-3:]
			rrcbcbc_OOP=sum([1 for x in rrcbcb_OOPx if 'rrcbcbc' in x[:7]])/float(3)
		rrcbcbf_OOP=0.5
		rrcbcb_OOPx=[x for x in statsOOP if 'rrcbcb' in x[:6]]
		if len(rrcbcb_OOPx)>=3:
			rrcbcb_OOPx=rrcbcb_OOPx[-3:]
			rrcbcbf_OOP=sum([1 for x in rrcbcb_OOPx if 'rrcbcbf' in x[:7]])/float(3)
		rrcbcbcbf_OOP=0.5
		rrcbcbcb_OOPx=[x for x in statsOOP if 'rrcbcbcb' in x[:8]]
		if len(rrcbcbcb_OOPx)>=3:
			rrcbcbcb_OOPx=rrcbcbcb_OOPx[-3:]
			rrcbcbcbf_OOP=sum([1 for x in rrcbcbcb_OOPx if 'rrcbcbcbf' in x[:9]])/float(3)
		c_OOP=0.5
		c_OOPx=[x for x in statsOOP]
		if len(c_OOPx)>=3:
			c_OOPx=c_OOPx[-3:]
			c_OOP=sum([1 for x in c_OOPx if 'c' in x[:1]])/float(3)

		rf=0.5
		rr=0.5
		rc=0.5
		rx=[x for x in statsIP if 'r' in x[:1]]
		if len(rx)>=3:
			rx=rx[-3:]
			rf=sum([1 for x in rx if 'rf' in x[:2]])/float(3)
			rr=sum([1 for x in rx if 'rr' in x[:2]])/float(3)
			rc=sum([1 for x in rx if 'rc' in x[:2]])/float(3)

		

		rcbrr=0.5
		rcbrx=[x for x in statsIP if 'rcbr' in x[:4]]
		if len(rcbrx)>=3:
			rcbrx=rcbrx[-3:]
			rcbrr=sum([1 for x in rcbrx if 'rcbrr' in x[:5]])/float(3)


		


		rcbrf=0.5
		rcbrx=[x for x in statsIP if 'rcbr' in x[:4]]
		if len(rcbrx)>=3:
			rcbrx=rcbrx[-3:]
			rcbrf=sum([1 for x in rcbrx if 'rcbrf' in x[:5]])/float(3)
		rcb=0.5
		rcx=[x for x in statsIP if 'rc' in x[:2]]
		if len(rcx)>=3:
			rcx=rcx[-3:]
			rcb=sum([1 for x in rcx if 'rcb' in x[:3]])/float(3)
		rc0=0.5
		rcx=[x for x in statsIP if 'rc' in x[:2]]
		if len(rcx)>=3:
			rcx=rcx[-3:]
			rc0=sum([1 for x in rcx if 'rc0' in x[:3]])/float(3)
		rc0bc=0.5
		rc0bx=[x for x in statsIP if 'rc0b' in x[:4]]
		if len(rc0bx)>=3:
			rc0bx=rc0bx[-3:]
			rc0bc=sum([1 for x in rc0bx if 'rc0bc' in x[:5]])/float(3)

		rc0bf=0.5
		rc0bx=[x for x in statsIP if 'rc0b' in x[:4]]
		if len(rc0bx)>=3:
			rc0bx=rc0bx[-3:]
			rc0bf=sum([1 for x in rc0bx if 'rc0bf' in x[:5]])/float(3)
		rc0bc0bf=0.5
		rc0bc0bx=[x for x in statsIP if 'rc0bc0b' in x[:7]]
		if len(rc0bc0bx)>=3:
			rc0bc0bx=rc0bc0bx[-3:]
			rc0bc0bf=sum([1 for x in rc0bc0bx if 'rc0bc0bf' in x[:8]])/float(3)
		rrcbrf=0.5
		rrcbrx=[x for x in statsIP if 'rrcbr' in x[:5]]
		if len(rrcbrx)>=3:
			rrcbrx=rrcbrx[-3:]
			rrcbrf=sum([1 for x in rrcbrx if 'rrcbrf' in x[:6]])/float(3)
		rrc0bf=0.5
		rrc0bx=[x for x in statsIP if 'rrc0b' in x[:5]]
		if len(rrc0bx)>=3:
			rrc0bx=rrc0bx[-3:]
			rrc0bf=sum([1 for x in rrc0bx if 'rrc0bf' in x[:6]])/float(3)
		rrc0bc0bf=0.5
		rrc0bc0bx=[x for x in statsIP if 'rrc0bc0b' in x[:8]]
		if len(rrc0bc0bx)>=3:
			rrc0bc0bx=rrc0bc0bx[-3:]
			rrc0bc0bf=sum([1 for x in rrc0bc0bx if 'rrc0bc0bf' in x[:9]])/float(3)
		rc0bc0=0.5
		rc0bcx=[x for x in statsIP if 'rc0bc' in x[:5]]
		if len(rc0bcx)>=3:
			rc0bcx=rc0bcx[-3:]
			rc0bc0=sum([1 for x in rc0bcx if 'rc0bc0' in x[:6]])/float(3)
		rc0bc0bc=0.5
		rc0bc0bx=[x for x in statsIP if 'rc0bc0b' in x[:7]]
		if len(rc0bc0bx)>=3:
			rc0bc0bx=rc0bc0bx[-3:]
			rc0bc0bc=sum([1 for x in rc0bc0bx if 'rc0bc0bc' in x[:8]])/float(3)
		rc0br=0.5
		rc0bx=[x for x in statsIP if 'rc0b' in x[:4]]
		if len(rc0bx)>=3:
			rc0bx=rc0bx[-3:]
			rc0br=sum([1 for x in rc0bx if 'rc0br' in x[:5]])/float(3)
		rc0bc0br=0.5
		rc0bc0bx=[x for x in statsIP if 'rc0bc0b' in x[:7]]
		if len(rc0bc0bx)>=3:
			rc0bc0bx=rc0bc0bx[-3:]
			rc0bc0br=sum([1 for x in rc0bc0bx if 'rc0bc0br' in x[:8]])/float(3)
		rc0b=0.5
		rc0x=[x for x in statsIP if 'rc0' in x[:3]]
		if len(rc0x)>=3:
			rc0x=rc0x[-3:]
			rc0b=sum([1 for x in rc0x if 'rc0b' in x[:4]])/float(3)



		statsIPMas=[['rf',rf],['rc0bf',rc0bf],
					['rc0bc0bf',rc0bc0bf],['rrcbrf',rrcbrf],
					['rrc0bc0bf',rrc0bc0bf],
					['rcbrf',rcbrf],['rc',rc],['rcb',rcb],
					['rc0bc',rc0bc],['rc0',rc0],
					['rcbrr',rcbrr],['rc0br',rc0br],
					['rc0bc0bc',rc0bc0bc],['rc0bc0',rc0bc0],['rr',rr]]
		statsOOPMas=[['rrf',rrf_OOP],['rrcbf',rrcbf_OOP],
					 ['rcbf',rcbf_OOP],
					 ['rc0brf',rc0brf_OOP],['rc00bf',rc00bf_OOP],
					 ['rc00bcbf',rc00bcbf_OOP],
					 ['crcbcbf',crcbcbf_OOP],['crcbf',crcbf_OOP],
					 ['crf',crf_OOP],
					 ['c0bf',c0bf_OOP],
					 ['c0bcbf',c0bcbf_OOP],
					 ['r',r_OOP],['rrc',rrc_OOP],['c',c_OOP],['c0',c0_OOP],
					 ['crc',crc_OOP],['crcbc',crcbc_OOP],['rrcbc',rrcbc_OOP],
					 ['rrcbr',rrcbr_OOP],['rrcbcb',rrcbcb_OOP],['rrr',rrr_OOP],
					 ['rrcbcbr',rrcbcbr_OOP],['rrcbcbc',rrcbcbc_OOP],['rrcbcbf',rrcbcbf_OOP],
					 ['rrcbcbcbf',rrcbcbcbf_OOP]]

		#Линия розыгрыша

		lineIP=''.join(statsOvTest(textForStat[-1]))
		
		def didI():
			last=lastHand()
			pos=position()
			if pos:
				if len(last)>=3:
					if '7_ee_Zy posts the' in last[-3] and 'folds'  not in last[-1]:return 1
					if pos=='oop' and 'is [' in last [-1]and 'folds'  not in last[-1]:return 1
					if 'raises to' in last[-1] and '7_ee_Zy' not in last[-1]and 'folds'  not in last[-1]:return 1
					if 'bets' in last[-1] and '7_ee_Zy' not in last[-1]and 'folds'  not in last[-1]:return 1
					if 'checks' in last[-1] and '7_ee_Zy' not in last[-1] and 'is [' in last[-2]: return  1

			return 0




		myCardss=myCards()
		myCardss=myCardss.myCards()

################################################################
		def hisCardsDig(cardsFromDiapazon):	
			cardsFromDiapazon=[cardsFromDiapazon[:2],cardsFromDiapazon[2:]]
			cardsFromDiapazon=[z.replace('c','') for z in cardsFromDiapazon]
			cardsFromDiapazon=[z.replace('d','') for z in cardsFromDiapazon]
			cardsFromDiapazon=[z.replace('s','') for z in cardsFromDiapazon]
			cardsFromDiapazon=[z.replace('h','') for z in cardsFromDiapazon]
			cardsFromDiapazon=[z.replace('A','14') for z in cardsFromDiapazon]
			cardsFromDiapazon=[z.replace('K','13') for z in cardsFromDiapazon]
			cardsFromDiapazon=[z.replace('Q','12') for z in cardsFromDiapazon]
			cardsFromDiapazon=[z.replace('J','11') for z in cardsFromDiapazon]
			cardsFromDiapazon=[z.replace('T','10') for z in cardsFromDiapazon]
			cardsFromDiapazon=[int(x) for x in cardsFromDiapazon]
			return sorted(cardsFromDiapazon,reverse=True)
		def hisCardsMast(cardsFromDiapazon): #мои масти
			cardsFromDiapazon=[cardsFromDiapazon[:2],cardsFromDiapazon[2:]]
			cardsFromDiapazon=[list(x) for x in cardsFromDiapazon]
			cardsFromDiapazon=[y for x,y in cardsFromDiapazon]
			return cardsFromDiapazon

		def hisMast(his):
			Mastt=bordx
			myMastt=hisCardsMast(his)
			Mastt=[list(x) for x in Mastt]
			Mastt=[y for x,y in Mastt]
			
			if Mastt:Mastt=Mastt+myMastt
			else:Mastt=myMastt
			MastH=[1 for x in Mastt if x=='h']
			MastH=len(MastH)
			MastS=[1 for x in Mastt if x=='s']
			MastS=len(MastS)
			MastD=[1 for x in Mastt if x=='d']
			MastD=len(MastD)
			MastC=[1 for x in Mastt if x=='c']
			MastC=len(MastC)
			Mast=[MastH,MastS,MastD,MastC]
			return 	Mast
		def allkardss(his):
				hiss=hisCardsDig(his)
				myMastk=hisMast(his)
				bordK=bord()
				bordK=bordK.bordDig()
				allkards=sorted(hiss+bordK,reverse=True)
				for x in myMastk:
					if x>=5: allkards.append(True)
				return allkards	#виды комбинаций


				

		def pare(his):
			pare=allkardss(his)
			pare14=[1 for x in pare if x==14]
			if sum(pare14)==2:return his
			pare13=[1 for x in pare if x==13]
			if sum(pare13)==2:return his
			pare12=[1 for x in pare if x==12]
			if sum(pare12)==2:return his
			pare11=[1 for x in pare if x==11]
			if sum(pare11)==2:return his
			pare10=[1 for x in pare if x==10]
			if sum(pare10)==2:return his
			pare9=[1 for x in pare if x==9]
			if sum(pare9)==2:return his
			pare8=[1 for x in pare if x==8]
			if sum(pare8)==2:return his
			pare7=[1 for x in pare if x==7]
			if sum(pare7)==2:return his
			pare6=[1 for x in pare if x==6]
			if sum(pare6)==2:return his
			pare5=[1 for x in pare if x==5]
			if sum(pare5)==2:return his
			pare4=[1 for x in pare if x==4]
			if sum(pare4)==2:return his
			pare3=[1 for x in pare if x==3]
			if sum(pare3)==2:return his
			pare2=[1 for x in pare if x==2]
			if sum(pare2)==2:return his
				


		def twopare(his):
			twopare=allkardss(his)
			twopareFin=[]
			twopare14=[1 for x in twopare if x==14]
			if sum(twopare14)==2:
				twopareFin.append(14)
			twopare13=[1 for x in twopare if x==13]
			if sum(twopare13)==2:
				twopareFin.append(13)
			twopare12=[1 for x in twopare if x==12]
			if sum(twopare12)==2:
				twopareFin.append(12)
			twopare11=[1 for x in twopare if x==11]
			if sum(twopare11)==2:
				twopareFin.append(11)
			twopare10=[1 for x in twopare if x==10]
			if sum(twopare10)==2:
				twopareFin.append(10)
			twopare9=[1 for x in twopare if x==9]
			if sum(twopare9)==2:
				twopareFin.append(9)
			twopare8=[1 for x in twopare if x==8]
			if sum(twopare8)==2:
				twopareFin.append(8)
			twopare7=[1 for x in twopare if x==7]
			if sum(twopare7)==2:
				twopareFin.append(7)
			twopare6=[1 for x in twopare if x==6]
			if sum(twopare6)==2:
				twopareFin.append(6)
			twopare5=[1 for x in twopare if x==5]
			if sum(twopare5)==2:
				twopareFin.append(5)
			twopare4=[1 for x in twopare if x==4]
			if sum(twopare4)==2:
				twopareFin.append(4)
			twopare3=[1 for x in twopare if x==3]
			if sum(twopare3)==2:
				twopareFin.append(3)
			twopare2=[1 for x in twopare if x==2]
			if sum(twopare2)==2:
				twopareFin.append(2)
			if len(twopareFin)>=2: return his
							
					

		def trips(his):
			trips=allkardss(his)
			trips14=[1 for x in trips if x==14]
			if sum(trips14)==3:return his
			trips13=[1 for x in trips if x==13]
			if sum(trips13)==3:return his
			trips12=[1 for x in trips if x==12]
			if sum(trips12)==3:return his
			trips11=[1 for x in trips if x==11]
			if sum(trips11)==3:return his
			trips10=[1 for x in trips if x==10]
			if sum(trips10)==3:return his
			trips9=[1 for x in trips if x==9]
			if sum(trips9)==3:return his
			trips8=[1 for x in trips if x==8]
			if sum(trips8)==3:return his
			trips7=[1 for x in trips if x==7]
			if sum(trips7)==3:return his
			trips6=[1 for x in trips if x==6]
			if sum(trips6)==3:return his
			trips5=[1 for x in trips if x==5]
			if sum(trips5)==3:return his
			trips4=[1 for x in trips if x==4]
			if sum(trips4)==3:return his
			trips3=[1 for x in trips if x==3]
			if sum(trips3)==3:return his
			trips2=[1 for x in trips if x==2]
			if sum(trips2)==3:return his					#трипс

		def kare(his):
			kare=allkardss(his)

			kare14=[1 for x in kare if x==14]
			if sum(kare14)==4:return his
			kare13=[1 for x in kare if x==13]
			if sum(kare13)==4:return his
			kare12=[1 for x in kare if x==12]
			if sum(kare12)==4:return his
			kare11=[1 for x in kare if x==11]
			if sum(kare11)==4:return his
			kare10=[1 for x in kare if x==10]
			if sum(kare10)==4:return his
			kare9=[1 for x in kare if x==9]
			if sum(kare9)==4:return his
			kare8=[1 for x in kare if x==8]
			if sum(kare8)==4:return his
			kare7=[1 for x in kare if x==7]
			if sum(kare7)==4:return his
			kare6=[1 for x in kare if x==6]
			if sum(kare6)==4:return his
			kare5=[1 for x in kare if x==5]
			if sum(kare5)==4:return his
			kare4=[1 for x in kare if x==4]
			if sum(kare4)==4:return his
			kare3=[1 for x in kare if x==3]
			if sum(kare3)==4:return his
			kare2=[1 for x in kare if x==2]
			if sum(kare2)==4:return his	

		def street(his):
			street=allkardss(his)
			street=set(street)
			street=list(street)	
			street=sorted(street,reverse=True)


			if len(street)==5:
				if street[0]-street[1]==1 and street[1]-street[2]==1 and street[2]-street[3]==1 and street[3]-street[4]==1:return his
				if street[-1]==2 and street[-2]==3 and street[-3]==4 and street[-4]==5 and street[0]==14:return his
			if len(street)==6:
				if street[0]-street[1]==1 and street[1]-street[2]==1 and street[2]-street[3]==1 and street[3]-street[4]==1:return his
				if street[1]-street[2]==1 and street[2]-street[3]==1 and street[3]-street[4]==1 and street[4]-street[5]==1:return his
				if street[-1]==2 and street[-2]==3 and street[-3]==4 and street[-4]==5 and street[0]==14:return his
			if len(street)==7:
				if street[0]-street[1]==1 and street[1]-street[2]==1 and street[2]-street[3]==1 and street[3]-street[4]==1:return his
				if street[1]-street[2]==1 and street[2]-street[3]==1 and street[3]-street[4]==1 and street[4]-street[5]==1:return his
				if street[2]-street[3]==1 and street[3]-street[4]==1 and street[4]-street[5]==1 and street[5]-street[6]==1:return his
				if street[-1]==2 and street[-2]==3 and street[-3]==4 and street[-4]==5 and street[0]==14:return his
								
		def flash(his):			#флэш
			flash=allkardss(his)
			if flash[-1]==True: return his			#флэш

		def diapazonPreFlop():
			xx=['A','K','Q','J','T','9','8','7','6','5','4','3','2']
			yy=['h','d','s','c']
			koloda=[t+m for t in xx for m in yy]
			if myCardss:
				if myCardss[0] in koloda:koloda.remove(myCardss[0])
				if myCardss[1] in koloda:koloda.remove(myCardss[1])
				for x in bordx:
					if x in koloda:koloda.remove(x)
				diapazon=[x+koloda[i] for x in koloda for i in range(koloda.index(x)+1,len(koloda))]
				diapazonPare=[x for x in diapazon if x[0]==x[2]]
				diapazonNonPare=[x for x in diapazon if x[0]!=x[2]]
				diapazon=diapazonPare+diapazonNonPare
				return diapazon
		def diapazonMinus(koloda):
			kolNew=[(x[:2],x[2:]) for x in koloda]
			kolNew=[','.join(x) for x in kolNew]
			kolNew=','.join(kolNew)
			kolNew=kolNew.split(',')
			kolNew=set(kolNew)
			kolNew=list(kolNew)
			kolNew=sorted(kolNew,reverse=True)

			# print(kolNew)

			if myCardss:
				if myCardss[0] in kolNew:kolNew.remove(myCardss[0])
				if myCardss[1] in kolNew:kolNew.remove(myCardss[1])
				for x in bordx:
					if x in kolNew:kolNew.remove(x)
				diapazon=[x+kolNew[i] for x in kolNew for i in range(kolNew.index(x)+1,len(kolNew))]
				diapazonPare=[x for x in diapazon if x[0]==x[2]]
				diapazonNonPare=[x for x in diapazon if x[0]!=x[2]]
				diapazonx=diapazonPare+diapazonNonPare
				diapazon=diapazonPostFlop(diapazonx)
				return diapazon
				

		def diapazonPostFlop(diapazon):
			diapazonPostFlop=[]
			diapazonDel=[]
			diapazonKare=[kare(x) for x in diapazon]
			diapazonKare=[x for x in diapazonKare if x]
			diapazonDel=[diapazonKare.remove(x) for x in diapazonKare if x in diapazon]
			diapazonFlash=[flash(x) for x in diapazon]
			diapazonFlash=[x for x in diapazonFlash if x]
			diapazonDel=[diapazonFlash.remove(x) for x in diapazonFlash if x in diapazon]
			diapazonStreet=[street(x) for x in diapazon]
			diapazonStreet=[x for x in diapazonStreet if x]
			diapazonDel=[diapazonStreet.remove(x) for x in diapazonStreet if x in diapazon]
			diapazonTrips=[trips(x) for x in diapazon]
			diapazonTrips=[x for x in diapazonTrips if x]
			diapazonDel=[diapazonTrips.remove(x) for x in diapazonTrips if x in diapazon]
			diapazonTwoPare=[twopare(x) for x in diapazon]
			diapazonTwoPare=[x for x in diapazonTwoPare if x]
			diapazonDel=[diapazonTwoPare.remove(x) for x in diapazonTwoPare if x in diapazon]
			diapazonPare=[pare(x) for x in diapazon]
			diapazonPare=[x for x in diapazonPare if x]
			diapazonDel=[diapazonPare.remove(x) for x in diapazonPare if x in diapazon]
			diapazonPostFlop=diapazonKare+diapazonFlash+diapazonStreet+diapazonTrips+diapazonTwoPare+diapazonPare
			return diapazonPostFlop
		def evaluatePreFlop(diapazonx):
			evaluatex=[]
			sumEvaluate=[]
			enum = pretty_args(poker.monte_carlo)
			for x in diapazonx:
				evaluatex.append(enum([str(''.join(myCardss)), x], trials=100))
			[sumEvaluate.append(x[0]) for x in evaluatex]
			evaluatex=sum(sumEvaluate)/float(len(sumEvaluate))

			return evaluatex
		def evaluatePostFlop(diapazonx):
			evaluatex=[]
			sumEvaluate=[]
			enum = pretty_args(poker.full_enumeration)
			for x in diapazonx:
				evaluatex.append(enum([str(''.join(myCardss)), x],str(''.join(bordx))))
				# print(x+'	',enum([str(''.join(myCardss)), x],str(''.join(bordx))))
			[sumEvaluate.append(x[0]) for x in evaluatex]
			evaluatex=sum(sumEvaluate)/float(len(sumEvaluate))

			return evaluatex
		def diapazonPercent(diapazon,percent):
			diapazonPercent=int(len(diapazon)*percent)
			diapazonPercent=diapazon[:diapazonPercent]
			return diapazonPercent