def hero_menu():
while True:
clear_screen()
hero_selected = False
choice = 0
print_slow("-" * 25)
print_slow(
"Welcome to Dungeon run now it's time to choose your hero: ")
print_slow("The available options are as follows :")
print_slow("# 1 for Knight")
print_slow("# 2 for Wizard")
print_slow("# 3 for Rogue")
print_slow("# 9 To Go Back")
print_slow("-" * 25)
hero_select = validate_int()
if (hero_select == 1):
hero_selected = True
choice, hero_name, hero_instance = choose_hero("Knight")
elif (hero_select == 2):
hero_selected = True
choice, hero_name, hero_instance = choose_hero("Wizard")
elif (hero_select == 3):
hero_selected = True
choice, hero_name, hero_instance = choose_hero("Rouge")
if choice == "9":
continue
if hero_select == 9:
return False, "hero_name", "hero_instance"
if hero_selected is True:
return True, hero_name, hero_instance
def start_game(hero, grid_select, spawn_coordinates, hero_name, oscars_hotfix):
game_loop = True
current_run = map(grid_size=grid_select)
current_run.update_room(coordinate=spawn_coordinates, update="is_here")
current_run.print_map()
while game_loop is True:
old_position = ask_player_to_move(current_run, hero_name)
clear_screen()
current_run.print_map()
position = current_run.where_am_i(option="return")
is_not_outside = check_if_outside(
position, current_run
) # returns True for not outside and False for is outside
if not is_not_outside: # if not True/False, outside of map == False
return "end"
x, y = position
current_room = current_run.grid[y][x]
if oscars_hotfix == 0: # om det är första rundan i spelet så kommer den att sätta första rummet som neutraliserat
current_room.fight == False
oscars_hotfix += 1
if current_room.fight == False:
# if the room is already "finished" or if it is "edge", if edge should be picked up a few lines above doe
fight_outcome = "win" # this is only so it will go down a few lines into the "elif fight_outcome == "win":" section
else:
# if the room is "unfinished" or "untouched"
current_fight = current_run.grid[y][x].fight_generator(
hero
) # genererar en fight instans för dem x,y coordinates som anges
fight_outcome = current_fight.run_fight(
) # kör den fighteninstansen och ska returnera outcome för fighten
# försöka få mapen att uppdatera sig utifrån hur fight outcome blir
if fight_outcome == "escaped":
current_run.update_room(coordinate=old_position,
update="unfinished")
elif fight_outcome == "win":
score = current_room.total_loot
hero.score_list.append(score)
print("Your points from this round: {}".format(score))
update_score(hero_name, hero)
current_room.total_loot = 0
current_room.fight = False
elif fight_outcome == "died":
break
current_run.print_map()
return
def ai_won_game_or_done(self):
clear_screen()
self.arnold()
print()
print(self.theme_lyrics)
print()
stats = self.return_game_stats()
for stat in stats:
print(stat, " ", stats[stat])
print()
self.api_theme_song_open_in_browser()
print()
input("Press enter to continue...")
def main_loop(self): while self.game_active: if self.round_count == 0: # sets a random spawn point spawn = self.ai.spawn_select(grid_select=self.map_size) spawn = self.map.get_room(coordinate=spawn) spawn.is_here() self.round_count += 1 clear_screen() #clear self.pmap() #print time.sleep(2) #wait else: # updates old room and sets new room to X current_coordinate = self.where_am_i() # hämta kordinater new_coordinate = self.new_move_coordinate() # ny random kordinat runtomkring self.update_old_room(coordinate=current_coordinate) self.ai.ai_rooms_add(current_coordinate) # statics self.mark_new_room(coordinate=new_coordinate) self.round_count += 1 #add round count room = self.get_room(new_coordinate) clear_screen() #clear self.pmap() #print map time.sleep(2) #wait # fight room.fight_generator(hero_instance=self.hero, is_ai=True) monster_list = room.fight.monsters_list room.fight.ai_choice_number = self.ai.ai_choice(self.ai.fight_or_run(monster_list)) win_or_not = room.fight.run_fight() self.ai.ai_monsters_killed(room.fight.update_monster_killed_number) self.fight_win_or_not(win_or_not) self.ai.ai_treasure_collected(treasure_points=room.total_loot) room.total_loot = 0 if self.hero.health == 0: self.ai.ai_won_game_or_done() self.game_active = False if self.round_count > self.round_max: # max limit, atm för loopen self.game_active = False # för att få stop på loopen self.ai.ai_won_game_or_done() if self.round_count == self.stop_value: self.game_active = False # för att få stop på loopen self.ai.ai_won_game_or_done()
def ai_grid_select():
clear_screen()
print_slow("-" * 25)
print_slow(
"A true AI needs a map to explore, please choose a grid size suitable for SKYNET to destroy"
)
print_slow("The available options are as follows :")
print_slow("# 4 for 4x4 grid")
print_slow("# 5 for 5x5 grid")
print_slow("# 8 for 8x8 grid")
print_slow("-" * 25)
try:
grid_select = int(input('\n --> '))
except ValueError:
print_slow("Bad input")
if grid_select != 4 and grid_select != 5 and grid_select != 8:
print_slow("Wrong input please follow the instructions correctly")
else:
return grid_select
def spawn_menu(grid_select):
clear_screen()
spawn_selected = False
spawn_select = 0
spawn_coordinates = []
print_slow("-" * 25)
print_slow("Pick a spawn point on the map: ")
print_slow("# 1 for NorthWest")
print_slow("# 2 for NorthEast")
print_slow("# 3 for SouthWest")
print_slow("# 4 for SouthEast")
print_slow("-" * 25)
try:
spawn_select = int(input('\n --> '))
except ValueError:
print_slow("Wrong input")
if spawn_select == 1:
spawn_point = "NW"
spawn_selected = True
spawn_coordinates = [1, 1]
elif spawn_select == 2:
spawn_point = "NE"
spawn_selected = True
spawn_coordinates = calc_spawnpoint(grid_select, spawn_point)
elif spawn_select == 3:
spawn_point = "SW"
spawn_selected = True
spawn_coordinates = calc_spawnpoint(grid_select, spawn_point)
elif spawn_select == 4:
spawn_point = "SE"
spawn_selected = True
spawn_coordinates = calc_spawnpoint(grid_select, spawn_point)
if spawn_selected:
return spawn_coordinates
for value in dict_list:
if dict_list[value]["Type"] == "Knight":
knight = Knight(value)
knight.score = dict_list[value]["Score"]
saved_character_list.append(knight)
elif dict_list[value]["Type"] == "Rouge":
rouge = Rouge(value)
rouge.score = dict_list[value]["Score"]
saved_character_list.append(rouge)
elif dict_list[value]["Type"] == "Wizard":
wizard = Wizard(value)
wizard.score = dict_list[value]["Score"]
saved_character_list.append(wizard)
grid_size = 0
clear_screen()
print_slow("""
██████╗ ██╗ ██╗███╗ ██╗ ██████╗ ███████╗ ██████╗ ███╗ ██╗ ██████╗ ██╗ ██╗███╗ ██╗
██╔══██╗██║ ██║████╗ ██║██╔════╝ ██╔════╝██╔═══██╗████╗ ██║ ██╔══██╗██║ ██║████╗ ██║
██║ ██║██║ ██║██╔██╗ ██║██║ ███╗█████╗ ██║ ██║██╔██╗ ██║ ██████╔╝██║ ██║██╔██╗ ██║
██║ ██║██║ ██║██║╚██╗██║██║ ██║██╔══╝ ██║ ██║██║╚██╗██║ ██╔══██╗██║ ██║██║╚██╗██║
██████╔╝╚██████╔╝██║ ╚████║╚██████╔╝███████╗╚██████╔╝██║ ╚████║ ██║ ██║╚██████╔╝██║ ╚████║
╚═════╝ ╚═════╝ ╚═╝ ╚═══╝ ╚═════╝ ╚══════╝ ╚═════╝ ╚═╝ ╚═══╝ ╚═╝ ╚═╝ ╚═════╝ ╚═╝ ╚═══╝
""")
#print_slow(" \n Dungeon Run \n")
print_slow("-" * 50 +
"Welcome to DUNGEON RUN choose an option to continue" +