def play_hand(self, feedback_file_name, action):
date_time = datetime.datetime.now().strftime("%m-%d-%y %H:%M:%S")
deck = Deck()
deck.create()
deck.shuffle()
hand = Hand()
hand.get_hand(deck)
hand.order_hand()
hand_type = hand.hand_type()
position = Position()
position.current_position(self.num_players)
position_min = position.min_open()
r = Range(self.hand_range)
correct_decision, hand_percent, total_cards = r.correct_decision(
hand_type, position_min)
min_open_hand = r.min_open_card(position_min)
decision = Decision(action).decision()
if self.show_feedback:
if decision == correct_decision:
feedback = "Correct" # report feedback
self.score += 1
else:
feedback = "Incorrect" # report feedback
feedback_file_name.save_hand(self.hand_num, date_time,
self.hand_range, feedback, position,
position_min, min_open_hand, hand,
hand_type, hand_percent, decision,
correct_decision, self.score)
self.hand_num += 1
else:
self.hand_num += 1
return self.hand_num
def test_hand_has_2_cards(self):
from app.deck import Deck
deck = Deck()
deck.create()
deck.shuffle()
before_deal = str(deck)
hand = Hand()
hand.get_hand(deck)
card1, card2 = hand.hole_cards
assert str(card1) == before_deal[:2]
assert str(card2) == before_deal[3:5]
assert str(deck) == before_deal[6:]
def test_new_hand(self):
"""The two starting cards for each player consist of their pre-flop hand. Also, called the hole cards."""
from app.deck import Deck
deck = Deck()
deck.create()
deck.shuffle()
before_deal = str(deck)
hand = Hand()
hand.get_hand(deck)
assert str(
hand
) == before_deal[:
6] # See the test_deck module for an explanation of the number of characters.
def play_hand(self, feedback_file_name):
date_time = datetime.datetime.now().strftime("%m-%d-%y %H:%M:%S")
print("Hand number: " + str(self.hand_num))
deck = Deck()
deck.create()
deck.shuffle()
hand = Hand()
hand.get_hand(deck)
print(hand)
hand.order_hand()
hand_type = hand.hand_type()
position = Position()
position.current_position(self.num_players)
print(position)
position_min = position.min_open()
r = Range(self.hand_range)
correct_decision, hand_percent, total_cards = r.correct_decision(
hand_type, position_min)
# Leaving the following several print statements for reference in case someone else isn't that familiar with hand range calculations.
# print(correct_decision)
# print(hand_percent)
# print(total_cards) # To confirm the hand percentage is correct: total_cards / 1326 = hand_percent
min_open_hand = r.min_open_card(position_min)
# print(min_open_hand)
action = int(input("What is your decision? (4=Open, 6=Fold): ")
) # For faster keyboard input
decision = Decision(action).decision()
if decision != "stop":
if self.show_feedback:
if decision == correct_decision:
# screen feedback
print(
"Good job! You should", correct_decision,
"because you want to play the top {0:.2f}".format(
position_min * 100) +
"% of your range; which ends at " +
str(min_open_hand) + ".\n" + str(hand) +
"is in the top {0:.2f}".format(hand_percent * 100) +
"% of starting hands for the " + self.hand_range +
" range.")
feedback = "Correct" # report feedback
self.score += 1
else:
print(
"Sorry, you should", correct_decision,
"because you want to play the top {0:.2f}".format(
position_min * 100) +
"% of your range; which ends at " +
str(min_open_hand) + ".\n" + str(hand) +
"is in the top {0:.2f}".format(hand_percent * 100) +
"% of starting hands for the " + self.hand_range +
" range.")
feedback = "Incorrect" # report feedback
feedback_file_name.save_hand(self.hand_num, date_time,
self.hand_range, feedback,
position, position_min,
min_open_hand, hand, hand_type,
hand_percent, decision,
correct_decision, self.score)
self.hand_num += 1
print("Score: " + str(self.score) + "\n")
else:
self.hand_num += 1
print()
else:
print("Thanks for playing.")
return action
