def _check_mouseclick(self, mous_pos):
if self.choiceButtons.choice1.rect.collidepoint(
mous_pos
) and self.game_active and self.playerConsole.clicked == False and self.battle_active == False:
battle(self, "Village")
#self.playerConsole.showNextText(self, "None", "", pygame.image.load("CREATE Task Folder\Image Assets\Enemy_images\Goblin Miner.png").convert_alpha())
if self.choiceButtons.choice6.rect.collidepoint(
mous_pos
) and self.game_active and self.playerConsole.clicked == False and self.battle_active == False:
self.playerConsole.showNextText(
self, "Hi", "There",
pygame.image.load(
"CREATE Task Folder\Image Assets\Enemy_images\Goblin Miner.png"
).convert_alpha())
if self.mainMenu.loadButton.rect.collidepoint(
mous_pos) and not self.game_active:
self.loadData()
if self.mainMenu.newGameButton.rect.collidepoint(
mous_pos) and not self.game_active:
self.game_active = True
self.playerConsole.resetConsole()
#self.place.starterVillage(self)
if self.mainMenu.quitButton.rect.collidepoint(
mous_pos) and not self.game_active:
sys.exit()
if self.game_active:
if self.battle_active == True:
self.combatGUI.mouseEvents(mous_pos)
self.swapButton.mouseEvents(mous_pos)
#self.playerConsole.mouseEvents(mous_pos, self)
self.Inventory.mouseEvents(self, mous_pos)
def attackr(inp):
"""Checks if player can attack a bot, and attacks it if they can"""
global PLAYER, BOTS, CURRENT_MAP
m = ai.getPoss(PLAYER.pos)
try:
for i in BOTS.value():
if BOTS[i].level == CURRENT_MAP.value().id:
if tuple(BOTS[i].pos) in m:
combat.battle(PLAYER, BOTS[i], CURRENT_MAP.value(), False, {'printInv':utils.printInv, 'delBot':delBot, 'cls':_cls})
except: pass
def main():
clear_screen()
player = None
try:
with open('saves/_continue.txt') as f:
continue_name = f.read()
except:
continue_name = 'None'
choice = show_options(['Continue - {}'.format(continue_name), 'Load', 'Create', 'Exit'])
if choice == 0:
player = load(continue_name)
elif choice == 1:
player = load_file()
elif choice == 2:
print('hello')
player = create_account()
save(player)
elif choice == 3:
quit_game()
print(player.name, '-', player.level)
for k, v in player.stats.items():
print(k, '-', player.stats[k])
while True:
clear_screen()
choice_num = show_options(['Walk Around', 'Fight', 'Sleep', 'Save'], 'What would you like to do? (Turn {})\n'.format(player.turns))
if choice_num == 0:
player.turns += 1
elif choice_num == 1:
player.turns += 1
enemy = Player('Enemy')
if battle(player, enemy) is True:
cur_lvl = player.level
exp_gain = int(random() * 8) + 1
player.exp += exp_gain
print('You won!', player.name, 'gains', exp_gain, 'exp.')
if player.level > cur_lvl:
print(player.name, 'is now level', player.level)
else:
player = load_file()
elif choice_num == 2:
player.turns += 1
player.full_restore()
show_options(['Continue'], 'You feel well rested.\n')
elif choice_num == 3:
save(player)
show_options(['Continue'], 'Your game was saved.\n')
def _tickBefore():
"""_tick manager for Before events"""
global EVENTS, BOTS, CURRENT_MAP, PLAYER, MAP_ID, GAME
GAME.currentmap = CURRENT_MAP.value().id
if random.randint(1,300) == 150:
amount = random.randint(10,30)
raw_input("You found $%s!" % (amount))
PLAYER.moneyAdd(amount)
def resPos():
print "Player position is BAD. (Hackz?)"
x = raw_input()
if x == "skip": return None
else: PLAYER.pos = [2,2]
if PLAYER.health[0] < 1:
print "You died! DEBUG: ", PLAYER.health
raw_input("[Exit]")
sys.exit()
if hax(PLAYER.pos) is True: resPos()
#Fire events/objects
if tuple(PLAYER.pos) in CURRENT_MAP.value().obj: CURRENT_MAP.value().obj[tuple(PLAYER.pos)]['exec'](CURRENT_MAP.value().obj[tuple(PLAYER.pos)]['obj'])
if tuple(PLAYER.pos) in EVENTS.value().keys(): EVENTS.e[tuple(PLAYER.pos)].fire()
for i in BOTS.value():
if BOTS[i].level == CURRENT_MAP.value().id and BOTS[i].pr == True and BOTS[i].alive is True:
BOTS[i].move()
for i in BOTS.value():
if BOTS[i].level == CURRENT_MAP.value().id:
if tuple(BOTS[i].pos) in ai.getPoss(PLAYER.pos) or BOTS[i].pos == PLAYER.pos:
if BOTS[i].atk is True and BOTS[i].alive is True:
combat.battle(PLAYER, BOTS[i], CURRENT_MAP.value(), True, {'printInv':utils.printInv, 'delBot':delBot, 'cls':_cls})
break #@DEV If more then one bot attacks, should we let it happen? Or ignore one like we are doing now?
def mainmenu():
print "MAIN MENU:\n"
choice = raw_input(
"What do you wish to do:\n1. new game\n2. load game\n3. save current game\n4. exit\n"
)
if choice == '1':
config.clear()
newgame()
elif choice == '2':
config.clear()
memorycard.loadgame()
elif choice == '3':
config.clear()
memorycard.savefile()
elif choice == '4':
config.clear()
exit()
elif choice == '5':
print "Which function do you want to jump to:"
call = raw_input("\n1. quests\n2. combat\n3. storyline\n")
if call == '1':
config.clear()
quests.main()
elif call == '2':
config.clear()
combat.battle(c)
elif call == '3':
config.clear()
storyline.story()
else:
config.clear()
mainmenu()
else:
print "Error with your choice. Exiting."
time.sleep(5)
exit()
def fight(current_board, eng_type, scot_type):
"""
does all the fights in contested regions
computer_role is scottish or english
"""
contested_regions = list()
for region in current_board.regions:
if region.is_contested():
contested_regions.append(region)
first_played = current_board.who_goes_first
if first_played == 'ENGLAND':
order_decider_type = eng_type
elif first_played == 'SCOTLAND':
order_decider_type = scot_type
if order_decider_type == 'comp':
while len(contested_regions) > 0:
try:
region_index_to_fight = random.randint(
0,
len(contested_regions) - 1)
'''
if current_board.who_goes_first == 'SCOTLAND':
region_index_to_fight = random.randint(0, len(contested_regions) - 1)
else:
print('contested regions:')
for i, region in enumerate(contested_regions):
print(region.name + '[' + str(i) + ']', end = '\t')
bad_input = True
while bad_input:
try:
region_index_to_fight = int(input('Which region do you want to fight now (type index)'))
except ValueError:
print('type a number')
continue
if region_index_to_fight not in range(len(contested_regions)):
print('type a valid index')
else:
bad_input = False
'''
except AttributeError:
raise Exception(
'error in cardplay not assigning who_goes_first to board')
for block in contested_regions[
region_index_to_fight].blocks_present:
if block.allegiance == 'ENGLAND':
contested_regions[region_index_to_fight].combat_dict[
'Defending'].append(block)
else:
contested_regions[region_index_to_fight].combat_dict[
'Attacking'].append(block)
attack = contested_regions[region_index_to_fight].combat_dict[
'Attacking']
defense = contested_regions[region_index_to_fight].combat_dict[
'Defending']
if type(attack) != list or type(defense) != list:
raise Exception('attack and defense are not lists')
combat.battle(attack, defense, list(), list(), current_board,
eng_type, scot_type)
contested_regions = list()
for region in current_board.regions:
if region.is_contested():
contested_regions.append(region)
else: #Human picks which regions to contest first
while len(contested_regions) > 0:
try:
if current_board.who_goes_first == 'SCOTLAND':
print('contested regions:')
for i, region in enumerate(contested_regions):
print(region.name + '[' + str(i) + ']', end='\t')
bad_input = True
while bad_input:
try:
region_index_to_fight = int(
input(
'Which region do you want to fight now (type index)'
))
except ValueError:
print('type a number')
continue
if region_index_to_fight not in range(
len(contested_regions)):
print('type a valid index')
else:
bad_input = False
else:
region_index_to_fight = random.randint(
0,
len(contested_regions) - 1)
except AttributeError:
raise Exception(
'error in cardplay not assigning who_goes_first to board')
for block in contested_region[
region_index_to_fight].blocks_present:
if block.allegiance == 'ENGLAND':
contested_regions[region_index_to_fight].combat_dict[
'Defending'].append(block)
else:
conteseted_regions[region_index_to_fight].combat_dict[
'Attacking'].append(block)
attack = contested_regions[region_index_to_fight].combat_dict[
'Attacking']
defense = contested_regions[region_index_to_fight].combat_dict[
'Defending']
if type(attack) != list or type(defense) != list:
raise Exception('attack and defense are not lists')
combat.battle(attack, defense, list(), list(), current_board,
eng_type, scot_type)
contested_regions = list()
for region in current_board.regions:
if region.is_contested():
contested_regions.append(region)
def storyline(name, stats):
# Loop to keep the game running when the player is alive
print(
name,
', you are a human. You have been captured by an elven/dwarven faction and sent to prison, ',
sep='',
end='')
print('sentenced to death by combat.')
input(
'The guards bring you to an arena, forced to fight another human. Press enter to continue.'
)
print()
health = combat.battle_tutorial(stats)
if health == 'game_over':
gameover()
print('You have won your first battle. You will fight again tomorrow.')
print('You will now be brought back to your cell.')
input('Press enter to continue.')
print()
print('*** Sleeping ***')
input('Press enter to continue.')
print()
print('A spirit has come to your cell and gives you a sword and shield!')
print('But you must immediately fight a dwarf...')
input('Press enter to continue.')
health = combat.battle('dwarf', stats, health)
if health == 'game_over':
gameover()
print('You defeated the dwarf, but the battle is far from over...')
print('You must now find/fight your way out of the prison.')
# Goes to prison hallway sequence
print(
'From your cell there are two hallways you can choose from: Hallway 1 or Hallway 2. One of these has an enemy'
' while the other provides safe passage to the next part of the prison.'
)
hallway = choice('1', '2')
# First hallway choice is 1.
if hallway == '1':
print(
'You chose correctly. From here there are two hallways you can choose from: Hallway 3 or Hallway 4. One '
'of these has an enemy while the other provides safe passage to the next part of the prison.'
)
hallway = choice('3', '4')
if hallway == '3':
print(
'You chose correctly. You can see light near the end of both of the next hallways. From here there '
'are two hallways you can choose from: Hallway 7 or Hallway 8. One of these has an enemy while the '
'other allows you to escape the prison without facing an enemy.'
)
hallway = choice('7', '8')
if hallway == '7':
print(
'Congratulations on escaping the prison! But you still have one enemy left: the final boss!'
)
health = combat.battle('boss', stats, health)
if health == 'game_over':
gameover()
else:
print(
'Congratulations, you have reached the end of Prison Escape!'
)
print('Thank you! We hope you\'ll play again!')
input('Press enter to end the game.')
if hallway == '8':
rand = encounter()
if rand <= 50:
print('You have encountered a dwarf.')
health = combat.battle('dwarf', stats, health)
if health == 'game_over':
gameover()
elif rand > 50:
print('You have encountered an elf.')
health = combat.battle('elf', stats, health)
if health == 'game_over':
gameover()
print(
'Congratulations on escaping the prison! But you still have one enemy left: the final boss!'
)
health = combat.battle('boss', stats, health)
if health == 'game_over':
gameover()
else:
print(
'Congratulations, you have reached the end of Prison Escape!'
)
print('Thank you! We hope you\'ll play again!')
input('Press enter to end the game.')
if hallway == '4':
rand = encounter()
if rand <= 50:
print('You have encountered a dwarf.')
health = combat.battle('dwarf', stats, health)
if health == 'game_over':
gameover()
elif rand > 50:
print('You have encountered an elf.')
health = combat.battle('elf', stats, health)
if health == 'game_over':
gameover()
print(
'You can see light near the end of both of the next hallways. From here there are two hallways you '
'can choose from: Hallway 9 or Hallway 10. One of these has an enemy while the other provides safe '
'passage to the next part of the prison.')
hallway = choice('9', '10')
if hallway == '9':
print(
'Congratulations on escaping the prison! But you still have one enemy left: the final boss!'
)
health = combat.battle('boss', stats, health)
if health == 'game_over':
gameover()
else:
print(
'Congratulations, you have reached the end of Prison Escape!'
)
print('Thank you! We hope you\'ll play again!')
input('Press enter to end the game.')
if hallway == '10':
rand = encounter()
if rand <= 50:
print('You have encountered a dwarf.')
health = combat.battle('dwarf', stats, health)
if health == 'game_over':
gameover()
elif rand > 50:
print('You have encountered an elf.')
health = combat.battle('elf', stats, health)
if health == 'game_over':
gameover()
print(
'Congratulations on escaping the prison! But you still have one enemy left: the final boss!'
)
health = combat.battle('boss', stats, health)
if health == 'game_over':
gameover()
else:
print(
'Congratulations, you have reached the end of Prison Escape!'
)
print('Thank you! We hope you\'ll play again!')
input('Press enter to end the game.')
# First hallway choice is 2.
if hallway == '2':
rand = encounter()
if rand <= 50:
print('You have encountered a dwarf.')
health = combat.battle('dwarf', stats, health)
if health == 'game_over':
gameover()
elif rand > 50:
print('You have encountered an elf.')
health = combat.battle('elf', stats, health)
if health == 'game_over':
gameover()
print(
'From here there are two hallways you can choose from: Hallway 5 or Hallway 6. One of these has an enemy '
'while the other provides safe passage to the next part of the prison.'
)
hallway = choice('5', '6')
if hallway == '5':
print(
'You chose correctly. You can see light near the end of both of the next hallways. From here there '
'are two hallways you can choose from: Hallway 11 or Hallway 12. One of these has an enemy while the '
'other allows you to escape the prison without facing an enemy.'
)
hallway = choice('11', '12')
if hallway == '11':
print(
'Congratulations on escaping the prison! But you still have one enemy left: the final boss!'
)
health = combat.battle('boss', stats, health)
if health == 'game_over':
gameover()
else:
print(
'Congratulations, you have reached the end of Prison Escape!'
)
print('Thank you! We hope you\'ll play again!')
input('Press enter to end the game.')
if hallway == '12':
rand = encounter()
if rand <= 50:
print('You have encountered a dwarf.')
health = combat.battle('dwarf', stats, health)
if health == 'game_over':
gameover()
elif rand > 50:
print('You have encountered an elf.')
health = combat.battle('elf', stats, health)
if health == 'game_over':
gameover()
print(
'Congratulations on escaping the prison! But you still have one enemy left: the final boss!'
)
health = combat.battle('boss', stats, health)
if health == 'game_over':
gameover()
else:
print(
'Congratulations, you have reached the end of Prison Escape!'
)
print('Thank you! We hope you\'ll play again!')
input('Press enter to end the game.')
if hallway == '6':
rand = encounter()
if rand <= 50:
print('You have encountered a dwarf.')
health = combat.battle('dwarf', stats, health)
if health == 'game_over':
gameover()
elif rand > 50:
print('You have encountered an elf.')
health = combat.battle('elf', stats, health)
if health == 'game_over':
gameover()
print(
'You can see light near the end of both of the next hallways. From here there are two hallways you '
'can choose from: Hallway 13 or Hallway 14. One of these has an enemy while the other provides safe '
'passage to the next part of the prison.')
hallway = choice('13', '14')
if hallway == '13':
print(
'Congratulations on escaping the prison! But you still have one enemy left: the final boss!'
)
health = combat.battle('boss', stats, health)
if health == 'game_over':
gameover()
else:
print(
'Congratulations, you have reached the end of Prison Escape!'
)
print('Thank you! We hope you\'ll play again!')
input('Press enter to end the game.')
if hallway == '14':
rand = encounter()
if rand <= 50:
print('You have encountered a dwarf.')
health = combat.battle('dwarf', stats, health)
if health == 'game_over':
gameover()
elif rand > 50:
print('You have encountered an elf.')
health = combat.battle('elf', stats, health)
if health == 'game_over':
gameover()
print(
'Congratulations on escaping the prison! But you still have one enemy left: the final boss!'
)
combat.battle('boss', stats, health)
if health == 'game_over':
gameover()
else:
print(
'Congratulations, you have reached the end of Prison Escape!'
)
print('Thank you! We hope you\'ll play again!')
input('Press enter to end the game.')
def her_execution(board, position, role, eng_type, scot_type):
'''
Activates the HERALD card.
position: 'opp' or 'comp' - ai or player
board: Board object
'''
#List of available nobles to steal
enemy_nobles = []
if role == 'SCOTLAND':
enemy_role = 'ENGLAND'
else:
enemy_role = 'SCOTLAND'
for enemy_region in board.get_controlled_regions(enemy_role):
for block in enemy_region.blocks_present:
if type(block) == blocks.Noble and block.name != 'MORAY' and block.allegiance != role:
enemy_nobles.append(block)
if position == 'opp':
#Print out available nobles
for noble in enemy_nobles:
print(noble.name)
#Take input
valid_input = False
while not valid_input:
name_input = input('Which noble will you try to take?: ').strip().upper()
#Check if the input is valid
for noble in enemy_nobles:
if name_input == noble.name:
valid_input = True
noble_to_steal = noble
if not valid_input:
print('Invalid input. Please try again.')
elif position == 'comp':
###
###
### PICK A RANDOM NOBLE - TEMPORARY
###
###
num_nobles = len(enemy_nobles)
rand_selection = random.randint(0,num_nobles-1)
noble_to_steal = enemy_nobles[rand_selection]
print('Computer picked ' + noble_to_steal.name)
###
###
###
###
###
#Roll the die and take the number from the list
print('Roll a die to take the noble. 1-4 = success, 5-6 = failure.\n>')
rand_num = dice.roll(1)[0]
print('DIE ROLL: ' + str(rand_num))
if rand_num <= 4:
#STEAL NOBLE
noble_to_steal.change_allegiance()
print('Success')
print(noble_to_steal.name, 'changed allegiance.' )
#Find the noble's region
noble_region = combat.find_location(board, noble_to_steal)
if len(board.regions[noble_region.regionID].blocks_present) > 1:
for block in noble_region.blocks_present:
if block == noble_to_steal:
print(block.name + ' added to attacking dict')
board.regions[noble_region.regionID].combat_dict['Attacking'].append(block)
else:
print(block.name + ' added to defending dict')
board.regions[noble_region.regionID].combat_dict['Defending'].append(block)
print('DID HERALD BATTLE IN HERALD FUNCTION')
board.regions[noble_region.regionID].combat_dict['Attacking'][0].change_allegiance()
combat.battle(board.regions[noble_region.regionID].combat_dict['Attacking'], board.regions[noble_region.regionID].combat_dict['Defending'], list(), list(), board, eng_type, scot_type)
#Move the noble to its own region - will sort it into attacker/defender
#board.move_block(noble_to_steal, noble_region.regionID, noble_region.regionID, position)
else:
print('Failure')
def play_game():
#Determine scenario
#scenario = prompt_scenario()
scenario = 'CAMPAIGN'
#Determine which side the computer plays:
#computer_role, opp_role = prompt_ai_side()
eng_type = 'comp'
scot_type = 'comp'
#Create list of blocks
block_list = initialize_blocks.initialize_blocks()
#Initialize board
current_board = board.Board()
#Fill board with pieces
current_board.fill_board(block_list, scenario)
for block in current_board.all_blocks:
if type(block) == blocks.Noble:
current_board.all_nobles.append(block)
#Initialize table with known probabilities
#location_prob_table = location_prob.init_probability_table(current_board, block_list)
#Initialize card deck
deck = cards.Deck()
"""GAME START"""
game_playing = True
if scenario == 'BRUCE':
year = 1306
else:
year = 1297
winter.levy(current_board, 'start')
edward_prev_winter = [False]
if scenario == 'BRUCE':
if current_board.all_blocks[28] in current_board.scot_pool:
current_board.scot_pool.remove(current_board.all_blocks[28])
if current_board.all_blocks[21] in current_board.scot_pool:
current_board.scot_pool.remove(current_board.all_blocks[21])
while game_playing:
"""INITIALIZE YEAR - deal, etc"""
#print('Year: ' + str(year))
deck.reset()
eng_hand, scot_hand = deck.deal_hands()
#When this gets to 5, end the year
turn_counter = 0
play_turn = True
while play_turn:
print('Year: ' + str(year))
turn_counter += 1
current_board.turn = turn_counter
#Reference to cards visible to the computer
#known_cards = computer_hand
#probabilites of cards
#probability_cards = deck.count_probabilities(known_cards)
#Find out what england wants to play
if eng_type == 'opp':
eng_card = eng_hand[opp_card_choice(eng_hand)]
eng_parameter = 0
elif eng_type == 'comp':
eng_card, eng_parameter = cardplay.select_comp_card(current_board, eng_hand, 'ENGLAND')
#Find out what scotland wants to play
if scot_type == 'opp':
scot_parameter = 0
scot_card = scot_hand[opp_card_choice(scot_hand)]
elif scot_type == 'comp':
scot_card, scot_parameter = cardplay.select_comp_card(current_board, scot_hand, 'SCOTLAND')
#Remove card from hands
eng_hand.remove(eng_card)
#Remove card from computer hand
scot_hand.remove(scot_card)
#Figure out who goes first, if it is true then Computer goes first - also resolves cards
who_goes_first, year_cut_short = cardplay.compare_cards(current_board, eng_card, scot_card, eng_type, scot_type, eng_parameter, scot_parameter)
#Get a list all the regions that are contested
contested_regions = current_board.get_contested_regions()
for i,region in enumerate(contested_regions):
contested_regions[i] = clean_up_dict(contested_regions[i])
current_board.regions[contested_regions[i].regionID] = contested_regions[i]
current_board = clean_up_board(current_board)
contested_regions = current_board.get_contested_regions()
#If the human goes first find out what region they want to battle in
while len(contested_regions) > 0:
if who_goes_first == False:
battle_region = contested_regions[opp_battle_choice(contested_regions)]
battle_region = set_up_combat_dict(current_board, battle_region)
if battle_region.is_contested():
combat.battle(battle_region.combat_dict['Attacking'], battle_region.combat_dict['Defending'], battle_region.combat_dict['Attacking Reinforcements'], battle_region.combat_dict['Defending Reinforcements'],current_board, eng_type, scot_type)
contested_regions.remove(battle_region)
current_board.regions[battle_region.regionID] = battle_region
else:
battle_region = contested_regions[random.randint(0, len(contested_regions)-1)]
battle_region = set_up_combat_dict(current_board, battle_region)
if battle_region.is_contested():
combat.battle(battle_region.combat_dict['Attacking'], battle_region.combat_dict['Defending'], battle_region.combat_dict['Attacking Reinforcements'], battle_region.combat_dict['Defending Reinforcements'],current_board, eng_type, scot_type)
contested_regions.remove(battle_region)
current_board.regions[battle_region.regionID] = battle_region
border_raids.border_raid(current_board, eng_type, scot_type)
update_roster.update_roster(block_list, current_board)
if year_cut_short or turn_counter >= 5:
play_turn = False
year += 1
if win(block_list, year, scenario, current_board):
print(win(block_list, year, scenario, current_board))
return 'game over'
for i,region in enumerate(current_board.regions):
current_board.regions[i].enterers = {'ENGLAND':dict(), 'SCOTLAND':dict()}
input_toggle.toggle_input('other')
winter.update_roster(current_board)
#moray_loca = combat.find_location(current_board, search.block_name_to_object(current_board.all_blocks, 'MORAY'))
winter.initialize_winter(current_board, block_list, eng_type, scot_type,edward_prev_winter)
winter.winter_builds(current_board, eng_type, scot_type)
winter.update_roster(current_board)
input_toggle.toggle_input('other')
def showHelp():
clear()
print("go <direction> -- moves you in the given direction")
print("inventory -- opens your inventory")
print("pickup <item> -- picks up the item")
print()
input("Press enter to continue...")
create_world()
playing = True
while playing:
if player.location.monsters != []:
player.refresh_derived()
battle([player], player.location.monsters)
print_situation()
commandSuccess = False
while not commandSuccess:
commandSuccess = True
command = input("What now? ")
commandWords = command.split()
if commandWords[0].lower(
) == "go": #cannot handle multi-word directions
player.go_direction(commandWords[1])
elif commandWords[0].lower(
) == "pickup": #can handle multi-word objects
targetName = command[7:]
target = player.location.getItemByName(targetName)
if target != False:
player.pickup(target)
