def verify_prediction(self, hands, limit, turn, trump, predictions, row,
score):
while hands == limit or not CLI.is_number(hands):
CLI.overview(turn, trump, predictions, row, score, self._cards)
print('You are the last, '+ self._name + ', \
select number, different from ', limit, ': ')
hands = input('==> ')
self._prediction = int(hands)
return int(hands)
def give_card(self, cards_on_table, trump, turn, row, score):
CLI.situation(cards_on_table, trump, turn, row, score, self._cards)
print('Please, select a card to give, ' + self._name + ': ')
selected_card = input('==> ')
card = self.verify_choice(selected_card, cards_on_table, trump, turn,
row, score)
self._cards.remove(card)
return card
def give_card(self, cards_on_table, trump, turn, row, score):
CLI.situation(cards_on_table, trump, turn, row, score, self._cards)
print('Please, select a card to give, ' + self._name + ': ')
selected_card = input('==> ')
card = self.verify_choice(selected_card, cards_on_table, trump, turn,
row, score)
self._cards.remove(card)
return card
def prediction_without_limit(self, turn, trump, predictions, row, score):
CLI.overview(turn, trump, predictions, row, score, self._cards)
print('How many hands you think you will make, ' + self._name + '?')
hands = input('==> ')
while not CLI.is_number(hands):
CLI.overview(turn, trump, predictions, row, score, self._cards)
print('Please, enter a number,' + self._name + '!')
hands = input('==> ')
self._prediction = int(hands)
return int(hands)
def verify_prediction(self, hands, limit, turn, trump, predictions, row,
score):
while hands == limit or not CLI.is_number(hands):
CLI.overview(turn, trump, predictions, row, score, self._cards)
print(
'You are the last, ' + self._name + ', \
select number, different from ', limit, ': ')
hands = input('==> ')
self._prediction = int(hands)
return int(hands)
def prediction_without_limit(self, turn, trump, predictions, row, score):
CLI.overview(turn, trump, predictions, row, score, self._cards)
print('How many hands you think you will make, ' + self._name + '?')
hands = input('==> ')
while not CLI.is_number(hands):
CLI.overview(turn, trump, predictions, row, score, self._cards)
print('Please, enter a number,' + self._name + '!')
hands = input('==> ')
self._prediction = int(hands)
return int(hands)
def single_deal(self, row, trump, turn):
cards_on_table = OrderedDict()
for player in row:
card = player.give_card(cards_on_table, trump, turn, row,
self._score)
cards_on_table[card] = player
winner = self.define_winner(cards_on_table, trump)
CLI.end_of_turn(cards_on_table, trump, turn, row, self._score, [],
winner)
winner._hands += 1
self._last_hand = winner
def prediction_with_limit(self, turn, trump, predictions, row, score):
all_hands = sum(
[value for value in predictions.values() if value != None])
if all_hands > turn:
limit = -1
else:
limit = turn - all_hands
if limit == -1:
return self.prediction_without_limit(turn, trump, predictions, row,
score)
CLI.overview(turn, trump, predictions, row, score, self._cards)
hands = input('==> ')
while not CLI.is_number(hands):
CLI.overview(turn, trump, predictions, row, score, self._cards)
print('Please, enter a number, ' + self._name + '!')
hands = input('==> ')
return self.verify_prediction(int(hands), limit, turn, trump,
predictions, row, score)
def prediction_with_limit(self, turn, trump, predictions, row, score):
all_hands = sum([value for value in predictions.values()
if value != None])
if all_hands > turn:
limit = -1
else:
limit = turn - all_hands
if limit == -1:
return self.prediction_without_limit(turn, trump, predictions,
row, score)
CLI.overview(turn, trump, predictions, row, score, self._cards)
hands = input('==> ')
while not CLI.is_number(hands):
CLI.overview(turn, trump, predictions, row, score, self._cards)
print('Please, enter a number, ' + self._name + '!')
hands = input('==> ')
return self.verify_prediction(int(hands), limit, turn, trump,
predictions, row, score)
def verify_choice(self, card, cards_on_table, trump, turn, row, score):
rank, suite = self.parse_input(card)
while not self.is_card(rank, suite):
CLI.situation(cards_on_table, trump, turn, row, score, self._cards)
print('Please, select a card, ' + self._name + ': ')
selected_card = input('==> ')
return self.verify_choice(selected_card, cards_on_table, trump,
turn, row, score)
while not self.is_card_from_hand(rank, suite):
CLI.situation(cards_on_table, trump, turn, row, score, self._cards)
print('Please, select a card from your hand, ' + \
self._name + ': ')
selected_card = input('==> ')
return self.verify_choice(selected_card, cards_on_table, trump,
turn, row, score)
while not self.is_right_suite(suite, cards_on_table):
CLI.situation(cards_on_table, trump, turn, row, score, self._cards)
print('Please, select a card with proper suite, ' + \
self._name + ': ')
selected_card = input('==> ')
return self.verify_choice(selected_card, cards_on_table, trump,
turn, row, score)
return self.the_card(rank, suite)
def verify_choice(self, card, cards_on_table, trump, turn, row, score):
rank, suite = self.parse_input(card)
while not self.is_card(rank, suite):
CLI.situation(cards_on_table, trump, turn, row, score,
self._cards)
print('Please, select a card, ' + self._name + ': ')
selected_card = input('==> ')
return self.verify_choice(selected_card, cards_on_table, trump,
turn, row, score)
while not self.is_card_from_hand(rank, suite):
CLI.situation(cards_on_table, trump, turn, row, score,
self._cards)
print('Please, select a card from your hand, ' + \
self._name + ': ')
selected_card = input('==> ')
return self.verify_choice(selected_card, cards_on_table, trump,
turn, row, score)
while not self.is_right_suite(suite, cards_on_table):
CLI.situation(cards_on_table, trump, turn, row, score,
self._cards)
print('Please, select a card with proper suite, ' + \
self._name + ': ')
selected_card = input('==> ')
return self.verify_choice(selected_card, cards_on_table, trump,
turn, row, score)
return self.the_card(rank, suite)
def start():
CLI.clear_window()
print()
print('Hi, you might want to play Ohio?!')
print()
print('OK, how many people will play? (from 1 to 4)')
number = input('==> ')
while not CLI.is_number(number) or int(number) not in range(0, 5):
CLI.clear_window()
print()
print('Hi, you might want to play Ohio?!')
print()
print('Please, enter a number from 1 to 4!')
number = input('==> ')
players = []
number = int(number)
for n in range(1, number + 1):
CLI.clear_window()
print()
print('Please, enter a name for the ' + str(n) + ' player: ')
name = input('==> ')
players.append(RealPlayer(name))
for n in range(1, 5 - number):
players.append(AIPlayer('AIRobot' + str(n)))
CLI.clear_window()
print()
print('Players are ready to play!')
print()
for player in players:
print(player._name)
game = Game(players)
print()
ok = input('Press any key to start the game...')
game.start()
def _setup_cli(self):
option_sep = str(self.option_sep)[0]
name_sep = str(self.name_sep)[0]
cli = CLI(option_sep, name_sep)
#Setting home_conf_path to a valid path will enable reading home options
#from a file other than the default file.
#self.home_conf_path = cli.arguments(ui_name.home_conf_path)
self.operation = cli.arguments[ui_name.operation]
self.ui_arguments = cli.arguments
self.ticket_id = cli.arguments.get(ui_name.ticket_id)
self.source_dir = cli.arguments.get(ui_name.source_dir)
self.include = cli.arguments.get(ui_name.include)
self.context = cli.arguments.get(ui_name.context)
self.target = cli.arguments.get(ui_name.target)
project_code = cli.arguments.get(ui_name.project_code)
self.project_code = project_code and project_code.strip().upper()
import numpy as np
import random
from game import Joueur
from game import Jeu
from ui import CLI
if __name__ == "__main__":
###################### Test de la fonction distribuer et de la fonction afficherJeu ################
ui = CLI()
A = Joueur("jen1", 1, 1)
B = Joueur("jen2", 1, 1)
C = Joueur("jen3", 1, 1)
D = Joueur("jen4", 1, 1)
jeu = Jeu(A, B, C, D, ui)
# jeu.distribuerCarte(5)
# jeu.afficherJeu()
jeu.jouer(1)
###################### Fin du Test ########################################
#A faire: Gestion de l'initialisation des joueurs avec la création du jeu (de la partie).