def equity(card1,card2,card3,card4,simulations=1000000):
'''Equates the equity of one specified hand,
versus another specified hand. Monte Carlo style.'''
one = 0.0
two = 0.0
tie = 0.0
# create a dictionary of flops to use randomly
# This seems effecient, but I've pondered about using instead
# random.choice(deck) for each of the remaining 5 cards
# I think, though, that dictionary lookup may prove to be faster
flops = createboards(card1,card2,card3,card4)
# How many times you want to run the hand versus the other hand
# Default value is 30000
for i in range(simulations):
# choose a flop to use, randomly
flop = random.choice(flops)
# evaluate the two hands against eachother
x = evaluate(card1,card2,card3,card4,flop)
if x == 1:
one+=1.0
elif x == 2:
two+=1.0
else:
tie+=1.0
total = one+two+tie
print total
print("One is winning ",float(one/total))
print("Two is winning ",float(two/total))
print("And they are tying ",float(tie/total))
def equity(card1, card2, card3, card4, simulations=1000000):
'''Equates the equity of one specified hand,
versus another specified hand. Monte Carlo style.'''
one = 0.0
two = 0.0
tie = 0.0
# create a dictionary of flops to use randomly
# This seems effecient, but I've pondered about using instead
# random.choice(deck) for each of the remaining 5 cards
# I think, though, that dictionary lookup may prove to be faster
flops = createboards(card1, card2, card3, card4)
# How many times you want to run the hand versus the other hand
# Default value is 30000
for i in range(simulations):
# choose a flop to use, randomly
flop = random.choice(flops)
# evaluate the two hands against eachother
x = evaluate(card1, card2, card3, card4, flop)
if x == 1:
one += 1.0
elif x == 2:
two += 1.0
else:
tie += 1.0
total = one + two + tie
print total
print("One is winning ", float(one / total))
print("Two is winning ", float(two / total))
print("And they are tying ", float(tie / total))
def equityVsrandom(card1, card2, flop=None, simulations=10000):
'''Equates the equity of one specified hand, versus another
Random Hand.'''
ranrange = randomrange(card1, card2)
one = 0.0
two = 0.0
tie = 0.0
if flop == None:
flops = createboards(card1, card2)
for i in range(simulations):
flop = random.choice(flops)
card3, card4 = random.choice(ranrange)
x = evaluate(card1, card2, card3, card4, flop)
if x == 1:
one += 1.0
elif x == 2:
two += 1.0
else:
tie += 1.0
else:
flops = createboards(card1,
card2,
card3=None,
card4=None,
flop1=flop[0],
flop2=flop[1],
flop3=flop[2])
for i in range(simulations):
card3, card4 = random.choice(ranrange)
x = random.choice(flops)
x = evaluate(card1, card2, card3, card4,
random.choice(flops) + flop)
if x == 1:
one += 1.0
elif x == 2:
two += 1.0
else:
tie += 1.0
total = one + two + tie
results = (one / total * 100), (two / total * 100), (tie / total * 100)
return results
def equityVsrandom(card1,card2,flop=None,simulations=10000):
'''Equates the equity of one specified hand, versus another
Random Hand.'''
ranrange = randomrange(card1,card2)
one = 0.0
two = 0.0
tie = 0.0
if flop == None:
flops = createboards(card1,card2)
for i in range(simulations):
flop = random.choice(flops)
card3,card4 = random.choice(ranrange)
x = evaluate(card1,card2,card3,card4,flop)
if x == 1:
one+=1.0
elif x == 2:
two+=1.0
else:
tie+=1.0
else:
flops = createboards(card1,card2,card3=None,card4=None,flop1=flop[0],
flop2=flop[1],flop3=flop[2])
for i in range(simulations):
card3,card4 = random.choice(ranrange)
x = random.choice(flops)
x = evaluate(card1,card2,card3,card4,random.choice(flops)+flop)
if x == 1:
one+=1.0
elif x == 2:
two+=1.0
else:
tie+=1.0
total = one+two+tie
results = (one/total*100),(two/total*100),(tie/total*100)
return results