def victory(s):
"""Won by chance, let's try again"""
s = ui.victory(s)
s.ui.end_text = """RANDOM VICTORY.
This will not happen everytime.
Try again and see for yourself."""
s.ui.story_text = """You got lucky : the red robot walked into the
trap by chance."""
s.ui.obj_text = """Click on the "Retry" button"""
s.ui.active["retry"] = True
#g.BUTTONS["retry"][-1] = lambda: g._state(step_9)
return s
def main():
ui.clear_screen()
ui.print_mainmenu()
implementation.init_deck()
implementation.distr_cards(ui.player_count)
global victory
# Main part of game
while not victory:
# if the player is human:
if ui.player_types[ui.current_player]: # HUMAN
card_there = True
before_asking = True
while card_there:
ui.clear_screen()
ui.show_main_interface()
# Saves detected quartets in a list. list can be empty
quartets = implementation.filter_quartets(ui.current_player)
# Prints the hand of the player in a nice layout
print(ui.show_hand(implementation.player_hands[ui.current_player]))
if not before_asking:
# Only shown if the player got a card from another player
print("Graaaaatz! You got the card you wanted!\n")
if len(quartets) != 0:
# displaying the dropped quartet
# (it's already removed from implementation.player_hands)
print("You dropped a quartet:")
print(ui.show_hand(quartets))
ui.quartets_counter[ui.current_player] += 1
input("Press 'enter' to continue.\n")
ui.clear_screen()
ui.show_main_interface()
print(ui.show_hand(implementation.player_hands[ui.current_player]))
if [] in implementation.player_hands:
# Detects end of game
victory = True
ui.victory()
break
# card_there gets True, when the player successfully
# asked for a card
card_there = ui.ask_for_cards()
# Used earlier in an if-condition
before_asking = False
if victory:
break
print("\nYou did not get the card you asked for.")
if len(implementation.deck) != 0:
# Automaticly draws a card for the player if he failed to ask
# for the right card and shows it to him
print("But I got one from the deck for you:")
print(ui.show_hand([implementation.draw_card(ui.current_player)]))
input("Press 'enter' for next turn.\n")
# switches the player
if ui.current_player == ui.player_count - 1:
ui.current_player = 0
ui.turn_counter += 1
else:
ui.current_player += 1
else: # AI
while ai.ask_for_card(ui.current_player):
# Asking for cards part for the ai.
# Ai asks for cards in the while condition
implementation.filter_quartets(ui.current_player)
if [] in implementation.player_hands:
# tests for victory condition
victory = True
ui.victory()
break
if victory:
break
if len(implementation.deck) != 0:
# AI draws a card if it failed to ask for the right card
implementation.draw_card(ui.current_player)
# switches the player
if ui.current_player == ui.player_count - 1:
ui.current_player = 0
ui.turn_counter += 1
else:
ui.current_player += 1
variables.stash["Food"] -= 1
# Every 4 days player and all indentured servants accumulate gold
if days % 4 == 0:
variables.stash["Gold"] = variables.stash[
"Gold"] + 1 + variables.indentured_count
# Advertising is good for 14 days and adds 20% to sale prices
# Subtract 1 from the counter every day it's above 0
if variables.advertising_duration > 0:
variables.advertising_duration -= 1
variables.advertising_boost = 1.2
else:
variables.advertising_boost = 1
# Every 30 days one indentured servant retires
if days % 30 == 0 and variables.indentured_count > 0:
variables.indentured_count -= 1
print("An indentured servant has paid off his debt and retired.")
# Every subsequent day has a random event
if days > 1:
ui.update_display(events.random_event())
# You win if you collect 1000 gold
if variables.stash["Gold"] >= 1000:
ui.victory(days)
print(actions.action_menu(ui.get_action()))
