def getHandCode(herohand, table):
handscore = 0
herohandplus = herohand.list_rep() + table.list_rep()
evaluated = hands.evaluate_hand(herohandplus)
if evaluated[2] > 3:
handscore = evaluated[2]
elif evaluated[2] == 3:
high_pair = evaluated[1][0]
highest_card = True
for e in evaluated[1]:
if high_pair < e:
highest_card = False
if highest_card:
handscore = features['2-pair-good']
else:
handscore = features['2-pair-bad']
elif evaluated[2] == 2:
high_pair = evaluated[1][0]
num_card_greater = 0
for e in evaluated[1]:
if high_pair < e:
num_card_greater += 1
if num_card_greater == 0:
handscore = features['high-pair']
elif num_card_greater == 1:
handscore = features['middle-pair']
else:
handscore = features['low-pair']
elif evaluated[2] == 1:
straightchance = checkstraight(herohandplus)
# evaluating for flush draw
if checkflush4(herohandplus):
handscore = features['flush-draw-4']
# evaluating for straight draw
elif straightchance >= 2:
handscore = features['straight-draw-good']
elif straightchance == 1:
handscore = features['straight-draw-bad']
else:
hand_strength = preflop_sim.getPreflopStrength(herohand)
win_ratio = hand_strength[0] / (hand_strength[0] + hand_strength[2])
if win_ratio > REALLYGOODHAND:
handscore = features['really-good-high']
elif win_ratio > GOODHAND:
handscore = features['good-high']
elif win_ratio > MIDDLEHAND:
handscore = features['middle-high']
elif win_ratio > BADHAND:
handscore = features['bad-high']
else:
handscore = features['really-bad-high']
return handscore
def getHandCode(herohand, table):
handscore = 0
herohandplus = herohand.list_rep() + table.list_rep()
evaluated = hands.evaluate_hand(herohandplus)
if evaluated[2] > 3:
handscore = evaluated[2]
elif evaluated[2] == 3:
high_pair = evaluated[1][0]
highest_card = True
for e in evaluated[1]:
if high_pair < e:
highest_card = False
if highest_card:
handscore = afterflop_sim.features['2-pair-good']
else:
handscore = afterflop_sim.features['2-pair-bad']
elif evaluated[2] == 2:
high_pair = evaluated[1][0]
num_card_greater = 0
for e in evaluated[1]:
if high_pair < e:
num_card_greater += 1
if num_card_greater == 0:
handscore = afterflop_sim.features['high-pair']
elif num_card_greater == 1:
handscore = afterflop_sim.features['middle-pair']
else:
handscore = afterflop_sim.features['low-pair']
elif evaluated[2] == 1:
hand_strength = preflop_sim.getPreflopStrength(herohand)
win_ratio = hand_strength[0] / (hand_strength[0] + hand_strength[2])
if win_ratio > afterflop_sim.REALLYGOODHAND:
handscore = features['really-good-high']
elif win_ratio > afterflop_sim.GOODHAND:
handscore = features['good-high']
elif win_ratio > afterflop_sim.MIDDLEHAND:
handscore = features['middle-high']
elif win_ratio > afterflop_sim.BADHAND:
handscore = features['bad-high']
else:
handscore = features['really-bad-high']
return handscore
