def color_display(goban):
"""Affiche dans le terminal le goban"""
# Affichage des lettres des colonnes
cprint(' ', bg="brown", end='')
for i in range(len(goban.cell[0])):
cprint(chr(65 + i) + ' ', bg="brown", end='')
print('')
# Première ligne de verticaux
cprint(' ', bg="brown", end='')
for i in goban.cell[0]:
cprint(VR_LINE + ' ', bg="brown", end='')
print('')
nb_ligne = 1
# Pour chaque ligne
for ligne in goban.cell:
# Affichages des numéros de ligne
cprint(repr(nb_ligne).rjust(2), bg="brown", end='')
nb_ligne += 1
# Lignes horizontales
cprint(HR_LINE * 2, bg="brown", end='')
# Affichage des intersections
for colonne in ligne:
# Intersection
if colonne == None:
cprint(INTERSE + HR_LINE * 2, bg="brown", end='')
# Pion
else:
# Le joueur blanc
if colonne == 1:
cprint("0", bg="brown", end='')
cprint(HR_LINE * 2, fg="white", bg="brown", end='')
# Le joueur noir
else:
cprint("0", fg="black", bg="brown", end='')
cprint(HR_LINE * 2, fg="white", bg="brown", end='')
print("")
cprint(' ', bg="brown", end='')
# Lignes verticales
for colonne in ligne:
cprint(VR_LINE + ' ', bg="brown", end='')
print('')
def round_display(partie):
# On affiche le numéro du tour
cprint("\n\n\n - Tour numéro", str(partie.tour + 1), "-", fg="blue")
cprint("----------------------------------", fg="blue")
# Score du joueur noir
cprint(" Joueur noir: " + str(partie.player1.score),
fg="black",
bg="blue",
end="")
# Score du joueur blanc
cprint(" Joueur blanc: " + str(partie.player2.score) + " ",
fg="white",
bg="blue",
end="")
cprint("\n----------------------------------\n", fg="blue")
# Affichage du goban
color_display(partie.goban)
print()
# Affichage de la ligne d'input
cprint(" Au tour du joueur ", bg="blue", end="")
# Tour du joueur noir
if partie.tour % 2 == 0:
cprint("noir ", fg="black", bg="blue", end="")
# Tour du joueur blanc
else:
cprint("blanc ", fg="white", bg="blue", end="")
cprint(">> ", fg="white", bg="blue", end="")
sys.stdout.flush()
def display_end_game(partie):
print("\n\n")
cprint(" ---------------------------------- ", fg="blue")
cprint("| ", fg="black", end="|\n")
cprint("|", fg="black", end="")
cprint(" FIN DE PARTIE ", fg="blue", end="")
cprint("|", fg="white", end="\n")
cprint("| ", fg="black", end="|\n")
# Score du joueur noir
cprint("| Joueur noir: " + str(partie.player1.score),
fg="black",
bg="blue",
end="")
# Score du joueur blanc
cprint(" Joueur blanc: " + str(partie.player2.score) + " |",
fg="white",
bg="blue",
end="\n")
cprint("| ", fg="black", end="|\n")
cprint("| ", fg="black", end="|\n")
# Territoire du joueur noir
cprint("| Terr. noir: " + str(len(partie.player1.territory)) + " ",
fg="black",
bg="blue",
end="")
# Territoire du joueur blanc
cprint(" Terr. blanc: " + str(len(partie.player2.territory)) + " |",
fg="white",
bg="blue",
end="\n")
cprint("| ", fg="black", end="|\n")
cprint("| ", fg="black", end="|\n")
# Territoire du joueur noir
cprint("| Score noir: " +
str(len(partie.player1.territory) + partie.player1.score) + " ",
fg="black",
bg="blue",
end="")
# Territoire du joueur blanc
cprint(" Score blanc: " +
str(len(partie.player2.territory) + partie.player2.score) + " |",
fg="white",
bg="blue",
end="\n")
cprint("| ", fg="black", end="|\n")
cprint("|", fg="black", end="")
if (len(partie.player1.territory) + partie.player1.score <
len(partie.player2.territory) + partie.player2.score):
cprint(" VICTOIRE JOUEUR BLANC ", fg="blue", end="")
elif (len(partie.player1.territory) + partie.player1.score >
len(partie.player2.territory) + partie.player2.score):
cprint(" VICTOIRE JOUEUR NOIR ", fg="blue", end="")
else:
cprint(" EGALITE ", fg="blue", end="")
cprint("|", fg="white", end="\n")
cprint("| ", fg="black", end="|\n")
cprint("| ", fg="black", end="|\n")
cprint("| ", fg="black", end="|\n")
cprint(" ---------------------------------- ", fg="blue")
def game_loop(game):
global args
global options
player_passed = False
while True:
valid = False
# Si c'est le tour du joueur 1
if game.tour % 2 == 0:
current_id = 0
current_player = game.player1
# Si c'est le tour du joueur 2
else:
current_id = 1
current_player = game.player2
# On recompte les scores
game.player1.update_score()
game.player2.update_score()
# Affichage du goban
if options.quiet_mode == True:
pass
elif options.minim == True:
round_display_min(game)
else:
round_display(game)
# Entrée des coordonnées
coord = current_player.choose_move()
# On parse l'entrée
if current_player.isHuman == True:
ret = parse_coord(coord)
else:
ret = coord
# S'il faut quitter
if ret == True:
print()
sys.exit(0)
# Si l'entree est incorrecte
elif ret == False:
cprint("Erreur: entrée incorrecte", fg="red")
# Si le joueur passe
elif ret == "pass":
# Si le joueur précédent a passé
if player_passed == True:
#TODO Affichage de fin de partie
end_game(game)
print()
sys.exit(0)
else:
player_passed = True
valid = True
else:
player_passed = False
try:
(col, lgn) = ret
# Si le coup est possible
ret = game.goban.test_move(col, lgn, current_player)
# S'il y a capture
if not ret == False:
game.goban.cell = make_capture(game.goban.cell, ret)
for group in ret:
current_player.captures += len(group)
# On pose le pion
game.goban.make_move(col, lgn, current_id)
# On enregistre la configuration actuelle
tmp_goban = []
for old_lines in game.goban.cell:
tmp_goban.append(list(old_lines))
game.goban.save_goban(tmp_goban)
# On enregistre le coup du joueur
current_player.save_move(lgn, col)
valid = True
except Forbidden_move as e:
cprint("Erreur: coup interdit,", str(e), fg="red")
valid = False
if options.test_mode == True:
sys.exit(1)
# Si c'est valide
if valid == True:
# On passe au tour suivant
game.tour += 1
def round_display(partie):
# On affiche le numéro du tour
cprint("\n\n\n - Tour numéro", str(partie.tour + 1), "-", fg = "blue")
cprint("----------------------------------", fg = "blue")
# Score du joueur noir
cprint(" Joueur noir: " + str(partie.player1.score), fg = "black", bg = "blue", end = "")
# Score du joueur blanc
cprint(" Joueur blanc: " + str(partie.player2.score) + " ", fg = "white", bg = "blue", end = "")
cprint("\n----------------------------------\n", fg = "blue")
# Affichage du goban
color_display(partie.goban)
print()
# Affichage de la ligne d'input
cprint(" Au tour du joueur ", bg = "blue", end = "")
# Tour du joueur noir
if partie.tour % 2 == 0:
cprint("noir ", fg = "black", bg = "blue", end = "")
# Tour du joueur blanc
else:
cprint("blanc ", fg = "white", bg = "blue", end = "")
cprint(">> ", fg = "white", bg = "blue", end = "")
sys.stdout.flush()
def color_display(goban):
"""Affiche dans le terminal le goban"""
# Affichage des lettres des colonnes
cprint(' ', bg = "brown", end = '')
for i in range(len(goban.cell[0])):
cprint(chr(65 + i) + ' ', bg = "brown", end = '')
print('')
# Première ligne de verticaux
cprint(' ', bg = "brown", end = '')
for i in goban.cell[0]:
cprint(VR_LINE + ' ', bg = "brown", end = '')
print('')
nb_ligne = 1
# Pour chaque ligne
for ligne in goban.cell:
# Affichages des numéros de ligne
cprint(repr(nb_ligne).rjust(2), bg = "brown", end = '')
nb_ligne += 1
# Lignes horizontales
cprint(HR_LINE * 2, bg = "brown", end = '')
# Affichage des intersections
for colonne in ligne:
# Intersection
if colonne == None:
cprint(INTERSE + HR_LINE * 2, bg = "brown", end = '')
# Pion
else:
# Le joueur blanc
if colonne == 1:
cprint("0", bg = "brown", end = '')
cprint(HR_LINE * 2, fg = "white", bg = "brown", end = '')
# Le joueur noir
else:
cprint("0", fg = "black", bg = "brown", end = '')
cprint(HR_LINE * 2, fg = "white", bg = "brown", end = '')
print("")
cprint(' ', bg = "brown", end = '')
# Lignes verticales
for colonne in ligne:
cprint(VR_LINE + ' ', bg = "brown", end = '')
print('')
def display_end_game(partie):
print("\n\n")
cprint(" ---------------------------------- ", fg = "blue")
cprint("| ", fg = "black", end = "|\n")
cprint("|", fg = "black", end = "")
cprint(" FIN DE PARTIE ", fg = "blue", end = "")
cprint("|", fg = "white", end = "\n")
cprint("| ", fg = "black", end = "|\n")
# Score du joueur noir
cprint("| Joueur noir: " + str(partie.player1.score), fg = "black", bg = "blue", end = "")
# Score du joueur blanc
cprint(" Joueur blanc: " + str(partie.player2.score) + " |", fg = "white", bg = "blue", end = "\n")
cprint("| ", fg = "black", end = "|\n")
cprint("| ", fg = "black", end = "|\n")
# Territoire du joueur noir
cprint("| Terr. noir: " + str(len(partie.player1.territory)) + " ", fg = "black", bg = "blue", end = "")
# Territoire du joueur blanc
cprint(" Terr. blanc: " + str(len(partie.player2.territory)) + " |", fg = "white", bg = "blue", end = "\n")
cprint("| ", fg = "black", end = "|\n")
cprint("| ", fg = "black", end = "|\n")
# Territoire du joueur noir
cprint("| Score noir: " + str(len(partie.player1.territory) + partie.player1.score) + " ", fg = "black", bg = "blue", end = "")
# Territoire du joueur blanc
cprint(" Score blanc: " + str(len(partie.player2.territory) + partie.player2.score) + " |", fg = "white", bg = "blue", end = "\n")
cprint("| ", fg = "black", end = "|\n")
cprint("|", fg = "black", end = "")
if (len(partie.player1.territory) + partie.player1.score < len(partie.player2.territory) + partie.player2.score):
cprint(" VICTOIRE JOUEUR BLANC ", fg = "blue", end = "")
elif (len(partie.player1.territory) + partie.player1.score > len(partie.player2.territory) + partie.player2.score):
cprint(" VICTOIRE JOUEUR NOIR ", fg = "blue", end = "")
else:
cprint(" EGALITE ", fg = "blue", end = "")
cprint("|", fg = "white", end = "\n")
cprint("| ", fg = "black", end = "|\n")
cprint("| ", fg = "black", end = "|\n")
cprint("| ", fg = "black", end = "|\n")
cprint(" ---------------------------------- ", fg = "blue")
def game_loop(game):
global args
global options
player_passed = False
while True:
valid = False
# Si c'est le tour du joueur 1
if game.tour % 2 == 0:
current_id = 0
current_player = game.player1
# Si c'est le tour du joueur 2
else:
current_id = 1
current_player = game.player2
# On recompte les scores
game.player1.update_score()
game.player2.update_score()
# Affichage du goban
if options.quiet_mode == True:
pass
elif options.minim == True:
round_display_min(game)
else:
round_display(game)
# Entrée des coordonnées
coord = current_player.choose_move()
# On parse l'entrée
if current_player.isHuman == True:
ret = parse_coord(coord)
else:
ret = coord
# S'il faut quitter
if ret == True:
print()
sys.exit(0)
# Si l'entree est incorrecte
elif ret == False:
cprint("Erreur: entrée incorrecte", fg = "red")
# Si le joueur passe
elif ret == "pass":
# Si le joueur précédent a passé
if player_passed == True:
#TODO Affichage de fin de partie
end_game(game)
print()
sys.exit(0)
else:
player_passed = True
valid = True
else:
player_passed = False
try:
(col, lgn) = ret
# Si le coup est possible
ret = game.goban.test_move(col, lgn, current_player)
# S'il y a capture
if not ret == False:
game.goban.cell = make_capture(game.goban.cell, ret)
for group in ret:
current_player.captures += len(group)
# On pose le pion
game.goban.make_move(col, lgn, current_id)
# On enregistre la configuration actuelle
tmp_goban = []
for old_lines in game.goban.cell:
tmp_goban.append(list(old_lines))
game.goban.save_goban(tmp_goban)
# On enregistre le coup du joueur
current_player.save_move(lgn, col)
valid = True
except Forbidden_move as e:
cprint("Erreur: coup interdit,", str(e), fg = "red")
valid = False
if options.test_mode == True:
sys.exit(1)
# Si c'est valide
if valid == True:
# On passe au tour suivant
game.tour += 1
