def color_number_for(steal, fold_percentage, hand):
three_bet_value = three_bet_equity(hand,
steal=steal,
fold_percentage=fold_percentage)
fold_value = -1
call_value = call_equity(hand, steal)
return color_number(fold_value, call_value, three_bet_value)
def diff_three_bet_with_fold(steal, fold_percentage):
three_bet_value = three_bet_equity(Hand(name='54o', combos=16),
steal=steal,
fold_percentage=fold_percentage)
if three_bet_value is None:
return None
return three_bet_value - fold_equity()
def generate_hand_properties(steal, fold_percentage):
for card1, card2, possible_suit in possible_hands():
index1 = possible_cards.index(card1)
index2 = possible_cards.index(card2)
if possible_suit == 's':
index1, index2 = index2, index1
hand = Hand(name=card1 + card2 + possible_suit,
combos=combos_of[possible_suit])
yield {
"name":
hand.name,
"i":
13 - index1,
"j":
13 - index2,
"call_value":
call_equity(hand, steal=steal),
"three_bet_value":
three_bet_equity(hand=hand,
steal=steal,
fold_percentage=fold_percentage),
"steal":
steal,
"fold_percentage":
fold_percentage,
}
def equities(steal, fold_percentage, hand):
three_bet_value = three_bet_equity(hand,
steal=steal,
fold_percentage=fold_percentage)
fold_value = -1
call_value = call_equity(hand, steal)
return fold_value, call_value, three_bet_value
def test_call_equity():
for s in range(5, 100, 5):
call_value = call_equity(Hand(name='54o', combos=16), steal=s)
assert call_value < 0
three_bet_value = three_bet_equity(Hand(name='54o', combos=16),
steal=s,
fold_percentage=100)
assert three_bet_value == 2.5
def hover_text_of(hand, steal, fold_percentage):
call_value = round(call_equity(hand=hand, steal=steal), 3)
three_bet_value = round(
three_bet_equity(hand=hand,
steal=steal,
fold_percentage=fold_percentage), 3)
return f'Steal: {str(steal)}%<br>' \
f'Fold to 3bet: {str(fold_percentage)}%<br>' \
f'<br>' \
f'Call equity: {str(call_value)}<br>' \
f'3bet equity: {str(three_bet_value)}'
def text_of(hand, steal, fold_percentage):
three_bet_value = three_bet_equity(hand,
steal=steal,
fold_percentage=fold_percentage)
fold_value = -1
call_value = call_equity(hand, steal)
if call_value >= -1 and call_value >= three_bet_value:
return 'C'
elif three_bet_value >= -1 and three_bet_value >= call_value:
return '3B'
else:
return 'F'
def equities_of(hand_name, steal, fold3bet, fourbet, oop_penalty, steal_size,
threebet_size):
fold_equity = -1
hand = Hand(name=hand_name, combos=combos_of[hand_name[2:]])
return {
"x":
call_equity(hand, steal, oop_penalty, steal_size) - fold_equity,
"y":
three_bet_equity(hand=hand,
steal=steal,
fold_percentage=fold3bet,
fourbet=fourbet,
oop_penalty=oop_penalty,
steal_size=steal_size,
threebet_size=threebet_size) - fold_equity,
"hand":
hand_name
}
f_range = range(20, 80, 2)
s_range = range(40, 100, 4)
z_values = [[
round(equities(steal=s, fold_percentage=f, hand=hand)[2] + 1, 3)
for f in f_range
] for s in s_range]
z_text = [[
str(round(equities(steal=s, fold_percentage=f, hand=hand)[2] + 1, 1))
for f in f_range
] for s in s_range]
hover_text = [[
'Call equity: ' + str(round(call_equity(hand=hand, steal=s), 3)) +
'3bet equity: ' +
str(round(three_bet_equity(hand=hand, steal=s, fold_percentage=f), 3))
for f in f_range
] for s in s_range]
data = [
go.Scatter(x=[f for f in f_range for s in s_range],
y=[s for f in f_range for s in s_range],
text=[str(f + s) for f in f_range for s in s_range],
hoveron='points',
hoverinfo='all',
mode='markers+')
]
layout = go.Layout(title='',
xaxis=dict(title='Pourcentage de fold au 3bet', ),
yaxis=dict(title='Pourcentage de raise au bouton', ))
fig = go.Figure(data=data, layout=layout)