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main_8.py
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#!/usr/bin
# -*- coding: utf-8 -*-
import time
from imp import reload
import forMainAllDef
def action():
diapazonx=[]
indicator=forMainAllDef.lastHand()[0].split(' ')
indicator=indicator[-1]
reload(forMainAllDef)
diapazonx=forMainAllDef.diapazonPreFlop()
diapazon1=diapazon2=diapazon3=diapazonx
while forMainAllDef.rounddd()==0 and forMainAllDef.lastHand()[0].split(' ')[-1]==indicator:
reload(forMainAllDef)
if forMainAllDef.didI():
diapazonx=forMainAllDef.diapazonPreFlop()
if forMainAllDef.position()=='oop':
if forMainAllDef.lineIP:
try:
eval(forMainAllDef.lineIP)
except NameError:
diapazonx=forMainAllDef.diapazonPercent(diapazonx,0.5)
# print(forMainAllDef.evaluatePreFlop(diapazonx))
if forMainAllDef.lineIP and forMainAllDef.lineIP[-1]=='c':
if forMainAllDef.evaluatePreFlop(diapazonx)>=0.5:forMainAllDef.bettx()
else:forMainAllDef.checkkx()
elif forMainAllDef.lineIP and forMainAllDef.lineIP[-1]=='r':
if forMainAllDef.evaluatePreFlop(diapazonx)>=0.75:
if forMainAllDef.stack<=float(forMainAllDef.toCallx):forMainAllDef.calllx()
else:forMainAllDef.bettx()
elif forMainAllDef.evaluatePreFlop(diapazonx)>=float(forMainAllDef.toCallx)/(forMainAllDef.potx+float(forMainAllDef.toCallx)):forMainAllDef.calllx()
else:forMainAllDef.foldsx()
else:
diapazonx=forMainAllDef.diapazonPercent(diapazonx,eval(forMainAllDef.lineIP))
# print(forMainAllDef.evaluatePreFlop(diapazonx))
if forMainAllDef.lineIP and forMainAllDef.lineIP[-1]=='c':
if forMainAllDef.evaluatePreFlop(diapazonx)>=0.5:forMainAllDef.bettx()
else:forMainAllDef.checkkx()
elif forMainAllDef.lineIP and forMainAllDef.lineIP[-1]=='r':
if forMainAllDef.evaluatePreFlop(diapazonx)>=0.75:
if forMainAllDef.stack<=float(forMainAllDef.toCallx):forMainAllDef.calllx()
else:forMainAllDef.bettx()
elif forMainAllDef.evaluatePreFlop(diapazonx)>=float(forMainAllDef.toCallx)/(forMainAllDef.potx+float(forMainAllDef.toCallx)):forMainAllDef.calllx()
else:forMainAllDef.foldsx()
if forMainAllDef.position()=='ip':
if not forMainAllDef.lineIP:
# print(forMainAllDef.evaluatePreFlop(diapazonx))
if forMainAllDef.evaluatePreFlop(diapazonx)>=0.5:
if 0.5*float(forMainAllDef.potx)>forMainAllDef.stack:forMainAllDef.pushhx()
else:forMainAllDef.bettx()
else:forMainAllDef.checkkx()
else:
try:eval(forMainAllDef.lineIP)
except NameError:
# print(forMainAllDef.evaluatePreFlop(diapazonx))
diapazonx=forMainAllDef.diapazonPercent(diapazonx,0.5)
if forMainAllDef.lineIP and forMainAllDef.lineIP[-1]=='r':
if forMainAllDef.evaluatePreFlop(diapazonx)>=0.75:
if forMainAllDef.stack<=float(forMainAllDef.toCallx):forMainAllDef.calllx()
else:forMainAllDef.pushhx()
elif forMainAllDef.evaluatePreFlop(diapazonx)>=float(forMainAllDef.toCallx)/(forMainAllDef.potx+float(forMainAllDef.toCallx)):forMainAllDef.calllx()
else:forMainAllDef.foldsx()
else:
# print(forMainAllDef.evaluatePreFlop(forMainAllDef.diapazonPercent(diapazonx,eval(forMainAllDef.lineIP))))
diapazonx=forMainAllDef.diapazonPercent(diapazonx,eval(forMainAllDef.lineIP))
if forMainAllDef.lineIP and forMainAllDef.lineIP[-1]=='r':
if forMainAllDef.evaluatePreFlop(forMainAllDef.diapazonPercent(diapazonx,eval(forMainAllDef.lineIP)))>=0.75:
if forMainAllDef.stack<=float(forMainAllDef.toCallx):forMainAllDef.calllx()
else:forMainAllDef.pushhx()
elif forMainAllDef.evaluatePreFlop(forMainAllDef.diapazonPercent(diapazonx,eval(forMainAllDef.lineIP)))>=float(forMainAllDef.toCallx)/(forMainAllDef.potx+float(forMainAllDef.toCallx)):forMainAllDef.calllx()
else:forMainAllDef.foldsx()
reload(forMainAllDef)
while forMainAllDef.rounddd()==1 and forMainAllDef.lastHand()[0].split(' ')[-1]==indicator:
reload(forMainAllDef)
if forMainAllDef.didI():
diapazon1=forMainAllDef.diapazonMinus(diapazonx)
if forMainAllDef.lineIP:
try:eval(forMainAllDef.lineIP)
except NameError:
diapazon1=forMainAllDef.diapazonPercent(diapazon1,0.5)
# print(forMainAllDef.evaluatePostFlop(diapazon1))
if forMainAllDef.lineIP[-1]!='r' and forMainAllDef.lineIP[-1]!='b':
if forMainAllDef.evaluatePostFlop(diapazon1)>=0.5:
if 0.5*float(forMainAllDef.potx)>forMainAllDef.stack:forMainAllDef.pushhx()
else:forMainAllDef.bettx()
else:forMainAllDef.checkkx()
else:
if forMainAllDef.evaluatePostFlop(diapazon1)>=0.75:
if forMainAllDef.stack<=float(forMainAllDef.toCallx):forMainAllDef.calllx()
else:forMainAllDef.pushhx()
elif forMainAllDef.evaluatePostFlop(diapazon1)>=float(forMainAllDef.toCallx)/(forMainAllDef.potx+float(forMainAllDef.toCallx)):forMainAllDef.calllx()
else:forMainAllDef.foldsx()
else:
diapazon1=forMainAllDef.diapazonPercent(diapazon1,eval(forMainAllDef.lineIP))
# print(forMainAllDef.evaluatePostFlop(diapazon1))
if forMainAllDef.lineIP[-1]!='r' and forMainAllDef.lineIP[-1]!='b':
if forMainAllDef.evaluatePostFlop(diapazon1)>=0.5:
if 0.5*float(forMainAllDef.potx)>forMainAllDef.stack:forMainAllDef.pushhx()
else:forMainAllDef.bettx()
else:forMainAllDef.checkkx()
else:
if forMainAllDef.evaluatePostFlop(diapazon1)>=0.75:
if forMainAllDef.stack<=float(forMainAllDef.toCallx):forMainAllDef.calllx()
else:forMainAllDef.pushhx()
elif forMainAllDef.evaluatePostFlop(diapazon1)>=float(forMainAllDef.toCallx)/(forMainAllDef.potx+float(forMainAllDef.toCallx)):forMainAllDef.calllx()
else:forMainAllDef.foldsx()
reload(forMainAllDef)
while forMainAllDef.rounddd()==2 and forMainAllDef.lastHand()[0].split(' ')[-1]==indicator:
reload(forMainAllDef)
if forMainAllDef.didI():
diapazon2=forMainAllDef.diapazonMinus(diapazon1)
if forMainAllDef.lineIP:
try:eval(forMainAllDef.lineIP)
except NameError:
diapazon2=forMainAllDef.diapazonPercent(diapazon2,0.5)
# print(forMainAllDef.evaluatePostFlop(diapazon2))
if forMainAllDef.lineIP[-1]!='r' and forMainAllDef.lineIP[-1]!='b':
if forMainAllDef.evaluatePostFlop(diapazon2)>=0.5:
if 0.5*float(forMainAllDef.potx)>forMainAllDef.stack:forMainAllDef.pushhx()
else:forMainAllDef.bettx()
else:forMainAllDef.checkkx()
else:
if forMainAllDef.evaluatePostFlop(diapazon2)>=0.75:
if forMainAllDef.stack<=float(forMainAllDef.toCallx):forMainAllDef.calllx()
else:forMainAllDef.pushhx()
elif forMainAllDef.evaluatePostFlop(diapazon2)>=float(forMainAllDef.toCallx)/(forMainAllDef.potx+float(forMainAllDef.toCallx)):forMainAllDef.calllx()
else:forMainAllDef.foldsx()
else:
diapazon2=forMainAllDef.diapazonPercent(diapazon2,eval(forMainAllDef.lineIP))
# print(forMainAllDef.evaluatePostFlop(diapazon2))
if forMainAllDef.lineIP[-1]!='r' and forMainAllDef.lineIP[-1]!='b':
if forMainAllDef.evaluatePostFlop(diapazon2)>=0.5:
if 0.5*float(forMainAllDef.potx)>forMainAllDef.stack:forMainAllDef.pushhx()
else:forMainAllDef.bettx()
else:forMainAllDef.checkkx()
else:
if forMainAllDef.evaluatePostFlop(diapazon2)>=0.75:
if forMainAllDef.stack<=float(forMainAllDef.toCallx):forMainAllDef.calllx()
else:forMainAllDef.pushhx()
elif forMainAllDef.evaluatePostFlop(diapazon2)>=float(forMainAllDef.toCallx)/(forMainAllDef.potx+float(forMainAllDef.toCallx)):forMainAllDef.calllx()
else:forMainAllDef.foldsx()
reload(forMainAllDef)
while forMainAllDef.rounddd()==3 and forMainAllDef.lastHand()[0].split(' ')[-1]==indicator:
reload(forMainAllDef)
if forMainAllDef.didI():
diapazon3=forMainAllDef.diapazonMinus(diapazon2)
if forMainAllDef.lineIP:
try:eval(forMainAllDef.lineIP)
except NameError:
diapazon3=forMainAllDef.diapazonPercent(diapazon3,0.5)
# print(forMainAllDef.evaluatePostFlop(diapazon3))
if forMainAllDef.lineIP[-1]!='r' and forMainAllDef.lineIP[-1]!='b':
if forMainAllDef.evaluatePostFlop(diapazon3)>=0.5:
if 0.5*float(forMainAllDef.potx)>forMainAllDef.stack:forMainAllDef.pushhx()
else:forMainAllDef.bettx()
else:forMainAllDef.checkkx()
else:
if forMainAllDef.evaluatePostFlop(diapazon3)>=0.75:
if forMainAllDef.stack<=float(forMainAllDef.toCallx):forMainAllDef.calllx()
else:forMainAllDef.pushhx()
elif forMainAllDef.evaluatePostFlop(diapazon3)>=float(forMainAllDef.toCallx)/(forMainAllDef.potx+float(forMainAllDef.toCallx)):forMainAllDef.calllx()
else:forMainAllDef.foldsx()
else:
diapazon3=forMainAllDef.diapazonPercent(diapazon3,eval(forMainAllDef.lineIP))
# print(forMainAllDef.evaluatePostFlop(diapazon3))
if forMainAllDef.lineIP[-1]!='r' and forMainAllDef.lineIP[-1]!='b':
if forMainAllDef.evaluatePostFlop(diapazon3)>=0.5:forMainAllDef.bettx()
else:forMainAllDef.checkkx()
else:
if forMainAllDef.evaluatePostFlop(diapazon3)>=0.75:
if forMainAllDef.stack<=float(forMainAllDef.toCallx):forMainAllDef.calllx()
forMainAllDef.pushhx()
elif forMainAllDef.evaluatePostFlop(diapazon3)>=float(forMainAllDef.toCallx)/(forMainAllDef.potx+float(forMainAllDef.toCallx)):forMainAllDef.calllx()
else:forMainAllDef.foldsx()
reload(forMainAllDef)
while True:
action()