def simulate(myHand, boardCards, numBoardCards, numSimulations):
if (numBoardCards == 3):
wins = 0
for x in range(0, numSimulations):
cardSet = set(boardCards)
for card in myHand:
cardSet.add(card)
newCards = []
for i in range(0, 6):
card = PP.pickRandomCard(cardSet)
cardSet.add(card)
newCards.append(card)
fakeBoard = boardCards + newCards[0:2]
fakeOpponent = newCards[2:]
myBest = PP.findBestHand(myHand, fakeBoard)
opponentBest = PP.findBestHand(fakeOpponent, fakeBoard)
if PP.isBetterHand(myBest[0], opponentBest[0]) == 1: wins += 1
winPercentage = 1.0 * wins / numSimulations
return winPercentage
if (numBoardCards == 4):
wins = 0
for x in range(0, numSimulations):
cardSet = set(boardCards)
for card in myHand:
cardSet.add(card)
newCards = []
for i in range(0, 5):
card = PP.pickRandomCard(cardSet)
cardSet.add(card)
newCards.append(card)
fakeBoard = boardCards + newCards[0:1]
fakeOpponent = newCards[1:]
myBest = PP.findBestHand(myHand, fakeBoard)
opponentBest = PP.findBestHand(fakeOpponent, fakeBoard)
if PP.isBetterHand(myBest[0], opponentBest[0]) == 1: wins += 1
winPercentage = 1.0 * wins / numSimulations
return winPercentage
if (numBoardCards == 5):
wins = 0
myBest = PP.findBestHand(myHand, boardCards)
for x in range(0, numSimulations):
cardSet = set(boardCards)
for card in myHand:
cardSet.add(card)
fakeOpponent = []
for i in range(0, 4):
card = PP.pickRandomCard(cardSet)
cardSet.add(card)
fakeOpponent.append(card)
opponentBest = PP.findBestHand(fakeOpponent, boardCards)
if PP.isBetterHand(myBest[0], opponentBest[0]) == 1: wins += 1
winPercentage = 1.0 * wins / numSimulations
return winPercentage
def simulate(myHand, boardCards, numBoardCards, numSimulations):
if(numBoardCards == 3):
wins = 0
for x in range(0,numSimulations):
cardSet = set(boardCards)
for card in myHand: cardSet.add(card)
newCards = []
for i in range(0,6):
card = PP.pickRandomCard(cardSet)
cardSet.add(card)
newCards.append(card)
fakeBoard = boardCards + newCards[0:2]
fakeOpponent = newCards[2:]
myBest = PP.findBestHand(myHand, fakeBoard)
opponentBest = PP.findBestHand(fakeOpponent, fakeBoard)
if PP.isBetterHand(myBest[0], opponentBest[0]) == 1 : wins+=1
winPercentage = 1.0*wins/numSimulations
return winPercentage
if(numBoardCards == 4):
wins = 0
for x in range(0,numSimulations):
cardSet = set(boardCards)
for card in myHand: cardSet.add(card)
newCards = []
for i in range(0,5):
card = PP.pickRandomCard(cardSet)
cardSet.add(card)
newCards.append(card)
fakeBoard = boardCards + newCards[0:1]
fakeOpponent = newCards[1:]
myBest = PP.findBestHand(myHand, fakeBoard)
opponentBest = PP.findBestHand(fakeOpponent, fakeBoard)
if PP.isBetterHand(myBest[0], opponentBest[0]) == 1 : wins+=1
winPercentage = 1.0*wins/numSimulations
return winPercentage
if(numBoardCards == 5):
wins = 0
myBest = PP.findBestHand(myHand, boardCards)
for x in range(0,numSimulations):
cardSet = set(boardCards)
for card in myHand: cardSet.add(card)
fakeOpponent = []
for i in range(0,4):
card = PP.pickRandomCard(cardSet)
cardSet.add(card)
fakeOpponent.append(card)
opponentBest = PP.findBestHand(fakeOpponent, boardCards)
if PP.isBetterHand(myBest[0], opponentBest[0]) == 1 : wins+=1
winPercentage = 1.0*wins/numSimulations
return winPercentage
