def run_game(world):
new_turn = True
while not world.quit:
for c in world.companies:
if (((not new_turn) and (not c.turn_finished)) or new_turn):
c.get_command()
a = c.director.last_command.split(' ')
cmd = a[0]
if len(a) == 2:
value = a[1]
else:
value = 1
if cmd in commands.commands_list.keys():
commands.commands_list[cmd](world, c, int(value))
else:
strings.send_text(strings.COMMAND_IS_NOT_EXIST % c.name)
if not c.turn_finished:
new_turn = False
new_turn = True
for c in world.companies:
if not c.turn_finished:
new_turn = False
if new_turn:
world.ontime()
for c in world.companies:
c.turn_finished = False
def chklose(self):
for c in self.companies:
if c.credit > 100:
if c.show_messages:
strings.send_text(strings.LOSE % c.name)
self.winner_is_here = False
self.quit = True
def chkwin(self):
for c in self.companies:
if (c.money > 100) and (c.credit == 0):
if (c.show_messages):
strings.send_text(strings.WIN % c.name)
self.winner_is_here = True
self.quit = True
def buy(world, company, value=1):
if company.money < (value * world.price):
if company.show_messages:
strings.send_text(strings.INSUFFICIENT_MONEY % company.name)
return
company.money -= (value * world.price)
company.goody += value
company.turn_finished = True
def return_money(world, company, value=1):
if company.money < value:
if company.show_messages:
strings.send_text(strings.INSUFFICIENT_MONEY % company.name)
return
if company.credit < value:
value = company.credit
company.money -= value
company.credit -= value
company.turn_finished = True
def calc(player, nruns, parameters):
logfile = open('lastresults.log', 'w')
keys = []
current_val = {}
for key in parameters.keys():
keys.append(key)
top_plays = recur_calc(keys, 0, parameters, current_val, nruns, logfile,
player)
logfile.write(strings.BEST_AI_RESULT % (str(top_plays), '\n'))
strings.send_text(strings.BEST_AI_RESULT % (str(top_plays), ''))
logfile.close()
def sell(world, company, value=None):
count = 0
sell_price = 0
while (randint(0, 3) != 0) and (company.goody > 0):
company.goody -= 1
sell_price = int(world.price * 1.2) + 1
company.money += sell_price
count += 1
if company.show_messages:
strings.send_text(
strings.SUCCESS_TRADE %
(company.name, count, sell_price, count * sell_price))
company.turn_finished = True
def info(self, forced=False):
if self.show_messages or forced:
strings.send_text(strings.MONEY % (self.name, self.money))
strings.send_text(strings.CREDIT % (self.name, self.credit))
strings.send_text(strings.PRODUCTS % (self.name, self.goody))
strings.send_text(strings.LAST_TURN %
(self.name, self.director.last_command))
def recur_calc(parameters_list,
pos,
parameters,
current_val,
nrun,
logfile,
player,
top_score=[]):
top_plays = top_score
min_value = parameters[parameters_list[pos]][0]
max_value = parameters[parameters_list[pos]][1]
for i in range(min_value, max_value):
current_val[parameters_list[pos]] = i
if len(parameters_list) - 1 != pos:
top_plays = recur_calc(parameters_list, pos + 1, parameters,
current_val, nrun, logfile, player,
top_plays)
else:
n = nrun
wins = 0
loses = 0
while n != 0:
world = World([Company(Director(player, current_val))],
hideoutput=True)
run_game(world)
if world.winner_is_here:
wins += 1
else:
loses += 1
n -= 1
strings.send_text(strings.AI_WIN_RESULT %
(wins, nrun, str(current_val), ''))
logfile.write(strings.AI_WIN_RESULT %
(wins, nrun, str(current_val), '\n'))
if top_plays:
if wins < top_plays[0]:
pass
else:
if len(top_plays) < 10:
top_plays.append(wins)
else:
top_plays[0] = wins
else:
top_plays.append(wins)
top_plays.sort()
return top_plays
def info(self, forced=False):
if not self.hideoutput:
strings.send_text(strings.DATE % self.date)
strings.send_text(strings.CREDIT_PERCENT % self.percent)
strings.send_text(strings.PRODUCT_PRICE % self.price)
for c in self.companies:
c.info(forced)
from game import run_game
import players
import strings
from world import World
answer = input(strings.MAINMENU_TEXT)
if answer == '1':
player_count = input(strings.PLAYER_COUNT)
company_list = []
for i in range(0, int(player_count)):
strings.send_text(strings.PLAYER_SELECT % (i + 1))
for j in range(0, len(players.players_list)):
strings.send_text('%d) %s' % (j + 1, players.players_list[j]))
selected_player = int(input(strings.INPUT_NUMBER)) - 1
visible_info = input(strings.SHOW_HIS_TURNS)
if visible_info == '1':
visible_info = True
else:
visible_info = False
company_list.append(
Company(Director(players.func_list[selected_player]),
visible_info))
world = World(company_list)
run_game(world)
elif answer == '2':
def help_game(world, company, value=None):
strings.send_text(strings.HELP_TEXT)