def portal_fairy_behavior():
# That function is our portal fairy controller.
# It works a bit like the whale controller: look around for a player, offer a dialog and ultimately open the portal.
global g
global current_menu
global fairy_gold
fairy = g.current_board().get_movables(type='fairy')
portal = g.current_board().get_immovables(type='portal')
if g.player in g.neighbors(1,fairy[0]):
if portal[0].model == g.current_board().ui_board_void_cell:
# If the player is around the fairy, then we set the menu to the portal fairy dialog
current_menu = 'portal_fairy_dialog'
# And pause the other NPC to refresh the screen
g.pause()
# Before refreshing we update the dialog
update_fairy_dialog()
refresh_screen()
# If the player has gold in his inventory we give the possibility to give it to the fairy.
money_bags = g.player.inventory.search('Money')
# Now we want to get the answer immediately, we don't want that function to return.
# Note: This is going to be a problem when we multithread this code. But it's going to be a good exercise.
key = Utils.get_key()
if key == '1':
print(Sprites.FAIRY+' That is too bad, good bye.')
current_menu = 'default'
refresh_screen()
elif key == '2':
fairy_gold += money_bags[0].value
g.player.inventory.delete_item(money_bags[0].name)
elif key == '3':
fairy_gold += money_bags[0].value
fairy_gold += money_bags[1].value
g.player.inventory.delete_item(money_bags[0].name)
g.player.inventory.delete_item(money_bags[1].name)
elif key == '4':
for b in money_bags:
fairy_gold += b.value
g.player.inventory.delete_item(b.name)
update_fairy_dialog()
refresh_screen()
if fairy_gold >= 300:
refresh_screen()
print(Sprites.FAIRY+' Great! Thank you!! Now let\'s do some magic.')
print(Utils.BLACK_SQUARE+Sprites.CYCLONE+' By my powers, cometh forth dimensional portal'+Sprites.CYCLONE)
portal[0].model = Sprites.CYCLONE
portal[0].set_overlappable(False)
time.sleep(2)
current_menu = 'default'
refresh_screen()
elif fairy_gold < 300 and (key == '1' or key == '2' or key == '3' or key == '4'):
print(Sprites.FAIRY+' Thank you, that is a good start but I still don\'t have enough gold to open a portal.')
# When we are finished we un-pause the game
g.start()
else:
print(Sprites.FAIRY+' I have already opened the only portal I could in this world!')
def model_picker():
global game
while True:
game.clear_screen()
print("What kind of model do you want (you can edit that later)?\n1 - Colored squares and rectangles\n2 - Sprites\n3 - Set your own string of character(s)")
choice = str( Utils.get_key() )
if choice == '1':
picked = game.get_menu_entry('graphics_utils',color_picker())
if picked != None:
return picked['data']
if choice == '2':
picked = game.get_menu_entry('graphics_sprites',sprite_picker())
if picked != None:
return picked['data']
if choice == '3':
return str( input('Enter your string now: ') )
def model_picker():
global game
while True:
game.clear_screen()
print("What kind of model do you want (you can edit that later)?\n"
"1 - Colored squares and rectangles\n"
"2 - Sprites\n"
"3 - Set your own string of character(s)")
choice = str(Utils.get_key())
if choice == "1":
picked = game.get_menu_entry("graphics_utils", color_picker())
if picked is not None:
return picked["data"]
if choice == "2":
picked = game.get_menu_entry("graphics_sprites", sprite_picker())
if picked is not None:
return picked["data"]
if choice == "3":
return str(input("Enter your string now: "))
def create_wizard():
global game
key = ''
while True:
game.clear_screen()
print(Utils.green_bright("\t\tObject creation wizard"))
print('What do you want to create: a NPC or a structure?')
print('1 - NPC (Non Playable Character)')
print('2 - Structure (Wall, Door, Treasure, Portal, Trees, etc.)')
key = Utils.get_key()
if key == '1' or key == '2':
break
if key == '1':
game.clear_screen()
print(
Utils.green_bright("\t\tObject creation wizard: ") +
Utils.cyan_bright("NPC"))
new_object = NPC()
print("First give a name to your NPC. Default value: " +
new_object.name)
r = str(input('(Enter name)> '))
if len(r) > 0:
new_object.name = r
print(
"Then give it a type. A type is important as it allows grouping.\nType is a string. Default value: "
+ new_object.type)
r = str(input('(Enter type)> '))
if len(r) > 0:
new_object.type = r
print("Now we need a model. Default value: " + new_object.model)
input('Hit "Enter" when you are ready to choose a model.')
new_object.model = model_picker()
game.clear_screen()
print(
Utils.green_bright("\t\tObject creation wizard: ") +
Utils.cyan_bright("NPC") + f' - {new_object.model}')
print(
'We now needs to go through some basic statistics. You can decide to go with default by simply hitting the "Enter" key.'
)
r = input_digit(
f'Number of cell crossed in one turn. Default: {new_object.step}(type: int) > '
)
if len(r) > 0:
new_object.step = int(r)
else:
# If it's 0 it means it's going to be a static NPC so to prevent python to pass some random pre-initialized default, we explicitly set the Actuator to a static one
new_object.actuator = SimpleActuators.RandomActuator(moveset=[])
r = input_digit(
f'Max HP (Health Points). Default: {new_object.max_hp}(type: int) > '
)
if len(r) > 0:
new_object.max_hp = int(r)
new_object.hp = new_object.max_hp
r = input_digit(
f'Max MP (Mana Points). Default: {new_object.max_mp}(type: int) > '
)
if len(r) > 0:
new_object.max_mp = int(r)
new_object.mp = new_object.max_mp
r = input_digit(
f'Remaining lives (it is advised to set that to 1 for a standard NPC). Default: {new_object.remaining_lives}(type: int) > '
)
if len(r) > 0:
new_object.remaining_lives = int(r)
r = input_digit(
f'AP (Attack Power). Default: {new_object.attack_power}(type: int) > '
)
if len(r) > 0:
new_object.attack_power = int(r)
r = input_digit(
f'DP (Defense Power). Default: {new_object.defense_power}(type: int) > '
)
if len(r) > 0:
new_object.defense_power = int(r)
r = input_digit(
f'Strength. Default: {new_object.strength}(type: int) > ')
if len(r) > 0:
new_object.strength = int(r)
r = input_digit(
f'Intelligence. Default: {new_object.intelligence}(type: int) > ')
if len(r) > 0:
new_object.intelligence = int(r)
r = input_digit(
f'Agility. Default: {new_object.agility}(type: int) > ')
if len(r) > 0:
new_object.agility = int(r)
game.clear_screen()
print(
"We now need to give some life to that NPC. What kind of movement should it have:"
)
print("1 - Randomly chosen from a preset of directions")
print("2 - Following a predetermined path")
r = Utils.get_key()
if r == '1':
new_object.actuator = SimpleActuators.RandomActuator(moveset=[])
print(
'Random it is! Now choose from which preset of movements should we give it:'
)
print('1 - UP,DOWN,LEFT, RIGHT')
print('2 - UP,DOWN')
print('3 - LEFT, RIGHT')
print('4 - UP,DOWN,LEFT, RIGHT + all DIAGONALES')
print(
'5 - DIAGONALES (DIAG UP LEFT, DIAG UP RIGHT, etc.) but NO straight UP, DOWN, LEFT and RIGHT'
)
print('6 - No movement')
r = Utils.get_key()
if r == '1':
new_object.actuator.moveset = [
Constants.UP, Constants.DOWN, Constants.LEFT,
Constants.RIGHT
]
elif r == '2':
new_object.actuator.moveset = [Constants.UP, Constants.DOWN]
elif r == '3':
new_object.actuator.moveset = [Constants.RIGHT, Constants.LEFT]
elif r == '4':
new_object.actuator.moveset = [
Constants.UP, Constants.DOWN, Constants.LEFT,
Constants.RIGHT, Constants.DLDOWN, Constants.DLUP,
Constants.DRDOWN, Constants.DRUP
]
elif r == '5':
new_object.actuator.moveset = [
Constants.DLDOWN, Constants.DLUP, Constants.DRDOWN,
Constants.DRUP
]
elif r == '6':
new_object.actuator.moveset = []
else:
Utils.warn(
f'"{r}" is not a valid choice. Movement set is now empty.')
new_object.actuator.moveset = []
elif r == '2':
new_object.actuator = SimpleActuators.PathActuator(path=[])
print("Great, so what path this NPC should take:")
print('1 - UP/DOWN patrol')
print('2 - DOWN/UP patrol')
print('3 - LEFT/RIGHT patrol')
print('4 - RIGHT/LEFT patrol')
print('5 - Circle patrol: LEFT, DOWN, RIGHT, UP')
print('6 - Circle patrol: LEFT, UP, RIGHT, DOWN')
print('7 - Circle patrol: RIGHT, DOWN, LEFT, UP')
print('8 - Circle patrol: RIGHT, UP, LEFT, DOWN')
print('9 - Write your own path')
r = Utils.get_key()
if r == '1':
print(
"How many steps should the NPC go in one direction before turning back ?"
)
r = int(input_digit("(please enter an integer)> "))
new_object.actuator.path += [
Constants.UP for i in range(0, r, 1)
]
new_object.actuator.path += [
Constants.DOWN for i in range(0, r, 1)
]
elif r == '2':
print(
"How many steps should the NPC go in one direction before turning back ?"
)
r = int(input_digit("(please enter an integer)> "))
new_object.actuator.path += [
Constants.DOWN for i in range(0, r, 1)
]
new_object.actuator.path += [
Constants.UP for i in range(0, r, 1)
]
elif r == '3':
print(
"How many steps should the NPC go in one direction before turning back ?"
)
r = int(input_digit("(please enter an integer)> "))
new_object.actuator.path += [
Constants.LEFT for i in range(0, r, 1)
]
new_object.actuator.path += [
Constants.RIGHT for i in range(0, r, 1)
]
elif r == '3':
print(
"How many steps should the NPC go in one direction before turning back ?"
)
r = int(input_digit("(please enter an integer)> "))
new_object.actuator.path += [
Constants.RIGHT for i in range(0, r, 1)
]
new_object.actuator.path += [
Constants.LEFT for i in range(0, r, 1)
]
elif r == '4':
print(
"How many steps should the NPC go in one direction before turning back ?"
)
r = int(input_digit("(please enter an integer)> "))
new_object.actuator.path += [
Constants.DOWN for i in range(0, r, 1)
]
new_object.actuator.path += [
Constants.UP for i in range(0, r, 1)
]
elif r == '5':
print(
"How many steps should the NPC go in EACH direction before changing ?"
)
r = int(input_digit("(please enter an integer)> "))
new_object.actuator.path += [
Constants.LEFT for i in range(0, r, 1)
]
new_object.actuator.path += [
Constants.DOWN for i in range(0, r, 1)
]
new_object.actuator.path += [
Constants.RIGHT for i in range(0, r, 1)
]
new_object.actuator.path += [
Constants.UP for i in range(0, r, 1)
]
elif r == '6':
print(
"How many steps should the NPC go in EACH direction before changing ?"
)
r = int(input_digit("(please enter an integer)> "))
new_object.actuator.path += [
Constants.LEFT for i in range(0, r, 1)
]
new_object.actuator.path += [
Constants.UP for i in range(0, r, 1)
]
new_object.actuator.path += [
Constants.RIGHT for i in range(0, r, 1)
]
new_object.actuator.path += [
Constants.DOWN for i in range(0, r, 1)
]
elif r == '7':
print(
"How many steps should the NPC go in EACH direction before changing ?"
)
r = int(input_digit("(please enter an integer)> "))
new_object.actuator.path += [
Constants.RIGHT for i in range(0, r, 1)
]
new_object.actuator.path += [
Constants.DOWN for i in range(0, r, 1)
]
new_object.actuator.path += [
Constants.LEFT for i in range(0, r, 1)
]
new_object.actuator.path += [
Constants.UP for i in range(0, r, 1)
]
elif r == '8':
print(
"How many steps should the NPC go in EACH direction before changing ?"
)
r = int(input_digit("(please enter an integer)> "))
new_object.actuator.path += [
Constants.RIGHT for i in range(0, r, 1)
]
new_object.actuator.path += [
Constants.UP for i in range(0, r, 1)
]
new_object.actuator.path += [
Constants.LEFT for i in range(0, r, 1)
]
new_object.actuator.path += [
Constants.DOWN for i in range(0, r, 1)
]
elif r == '9':
print(
"Write your own path using only words from this list: UP, DOWN, LEFT, RIGHT, DLDOWN, DLUP, DRDOWN, DRUP."
)
print('Each direction has to be separated by a coma.')
r = str(input('Write your path: ')).upper()
new_object.actuator.path = r.split(',')
else:
Utils.warn(f'"{r}" is not a valid choice. Path is now empty.')
new_object.actuator.path = []
return new_object
elif key == '2':
while True:
game.clear_screen()
print(
Utils.green_bright("\t\tObject creation wizard: ") +
Utils.magenta_bright("Structure"))
print("What kind of structure do you want to create:")
print(
'1 - A wall like structure (an object that cannot be picked-up and is not overlappable). Ex: walls, trees, non moving elephant (try to go through an elephant or to pick it up in your backpack...)'
)
print('2 - A door (player and/or NPC can go through)')
print(
'3 - A treasure (can be picked up, take space in the inventory, give points to the player)'
)
print(
'4 - A generic object (you can set the properties to make it pickable or overlappable)'
)
print(
'5 - A generic actionable object (to make portals, heart to replenish life, etc.)'
)
key = Utils.get_key()
new_object = None
if key == '1':
new_object = Structures.Wall()
new_object.name = str(uuid.uuid1())
new_object.model = model_picker()
break
elif key == '2':
new_object = Structures.Door()
new_object.name = str(uuid.uuid1())
new_object.model = model_picker()
break
elif key == '3':
new_object = Structures.Treasure()
print("First give a name to your Treasure. Default value: " +
new_object.name)
r = str(input('(Enter name)> '))
if len(r) > 0:
new_object.name = r
print(
"Then give it a type. A type is important as it allows grouping (in this case probably in the inventory).\nType is a string. Default value: "
+ new_object.type)
r = str(input('(Enter type)> '))
if len(r) > 0:
new_object.type = r
print("Now we need a model. Default value: " +
new_object.model)
input('Hit "Enter" when you are ready to choose a model.')
new_object.model = model_picker()
break
elif key == '4' or key == '5':
if key == '4':
new_object = Structures.GenericStructure()
else:
new_object = Structures.GenericActionableStructure()
new_object.set_overlappable(False)
new_object.set_pickable(False)
print("First give a name to your structure. Default value: " +
new_object.name)
r = str(input('(Enter name)> '))
if len(r) > 0:
new_object.name = r
print(
"Then give it a type. \nType is a string. Default value: "
+ new_object.type)
r = str(input('(Enter type)> '))
if len(r) > 0:
new_object.type = r
print("Now we need a model. Default value: " +
new_object.model)
input('Hit "Enter" when you are ready to choose a model.')
new_object.model = model_picker()
print(
'Is this object pickable? (can it be picked up by the player)?'
)
print('0 - No')
print('1 - Yes')
r = Utils.get_key()
if r == '1':
new_object.set_pickable(True)
print(
'Is this object overlappable? (can it be walked over by player?'
)
print('0 - No')
print('1 - Yes')
r = Utils.get_key()
if r == '1':
new_object.set_overlappable(True)
break
return new_object
#Placeholder
return BoardItemVoid()
if edit_mode:
print(Utils.green_bright("EDIT"), end='')
else:
print(Utils.red_bright('DELETE'), end='')
print(
f' | Board: {game.current_board().name} - {game.current_board().size} | Cursor @ {game.player.pos}'
)
game.display_board()
if len(object_history) > 10:
del (object_history[0])
if current_menu == 'main':
print('Item history:')
cnt = 0
for o in object_history:
print(f"{cnt}: {o.model}", end=' ')
cnt += 1
print('')
print(f'Current item: {current_object.model}')
if not (current_menu == 'main' and menu_mode == 'hidden'):
game.display_menu(current_menu, Constants.ORIENTATION_VERTICAL, 15)
for m in dbg_messages:
Utils.debug(m)
for m in info_messages:
Utils.info(m)
for m in warn_messages:
Utils.warn(m)
if current_menu == 'boards_list':
key = input('Enter your choice (and hit ENTER): ')
else:
key = Utils.get_key()
print(Utils.green('OK'))
except FileNotFoundError as e:
print(Utils.red('KO'))
if len(hmaps) > 0:
map_num = 0
game.add_menu_entry('boards_list',None,"Choose a map to edit")
for m in hmaps:
print(f"{map_num} - edit hac-maps/{m}")
game.add_menu_entry('boards_list',str(map_num),f"edit hac-maps/{m}",f"hac-maps/{m}")
map_num += 1
else:
print("No pre-existing map found.")
print("n - create a new map")
print("q - Quit the editor")
choice = str( Utils.get_key() )
if choice == "q":
print("Good Bye!")
exit()
elif choice == "n":
create_board_wizard()
break
elif choice.isdigit() and int(choice) < len(hmaps):
game.load_board('hac-maps/'+hmaps[int(choice)],1)
break
game.change_level(1)
if len(game.object_library)>0:
object_history += game.object_library
def title_screen(g):
global logo, current_state, term_res
menu_index = 0
key = None
while current_state == "title":
g.clear_screen()
for logo_line in logo:
print(logo_line, end="\r")
print("\r")
print(
Utils.blue(f"{' '*int(term_res/2-10)}Welcome {g.player.name}!\r"))
for i in range(0, len(title_screen_menu)):
if i == menu_index:
print(
Utils.green_bright(
f"{' '*int(term_res/2-10)}{menu_indicator_left}"
f"{title_screen_menu[i]}{menu_indicator_right}\r"))
else:
print(f" {' '*int(term_res/2-10)}{title_screen_menu[i]}\r")
key = Utils.get_key()
if key == Utils.key.DOWN:
menu_index += 1
if menu_index >= len(title_screen_menu):
menu_index = 0
elif key == Utils.key.UP:
menu_index -= 1
if menu_index < 0:
menu_index = len(title_screen_menu) - 1
elif key == Utils.key.ENTER:
if menu_index == 0:
g.clear_screen()
print(term.bold_underline_green("How to play"))
print(
"\nThe arrow " +
term.bold_underline("(\u2190/\u2191/\u2193/\u2192)") +
" keys move the panda.\n\n" + "The " +
term.bold_underline("p") + " key, pause the game.\n\n"
"The " + term.bold_underline("space") +
" key is for jump. You can move while jumping.\n\n" +
term.bold_underline("w(z)/a(q)/s/d") +
" keys are for shooting seeds that sprouts trees.\n"
" Sprouted trees can be used as platforms but:\n"
" - You can only have 2 trees at the same time.\n"
" - Shooting a seed cost you 3 secondes of time!\n"
"\nRunning forward earn you some time (depending on difficulty).\n"
"\nYour goal is to reach the end of a level as quickly as "
"possible without falling into radioactive wastes.\n"
"If you do fall into the radioactive wastes, the game will revive "
"you up the nearest safe platform. You can move during that time.\n"
"It is up to you to try your luck and trick the game or respawn "
"safely. You have 3 lives to complete your run.\n"
"\nAt the end of a level look for the portal to the next level. "
"It looks like a cyclone: " + Graphics.Sprites.CYCLONE +
"\n"
"\nTo increase your score, just move forward! The higher the level"
" the higher the score. Difficulty also inscrease as you earn less"
" time.\n"
"\nOh... there's also treasures that gives you time and/or points "
"and traps that takes times or score (or your life...)\n"
"\n\nGOOD LUCK PANDA!!\n\n" + Graphics.Sprites.WARNING +
" This game relies on emojis for its "
"user interface. If you don't see a panda face between the "
"parenthesis (" + Graphics.Sprites.PANDA +
"), it means that your terminal fonts do NOT support "
"emojis. This game won't display correctly. Try other fonts.\n\n"
)
input("Press ENTER when done reading.")
elif menu_index == 1:
current_state = "game"
# We need to start over so back to level 1
g.current_level = 0
# Let's make sure the player is correctly placed by the engine
g.player.pos = [None, None]
# And lives, score and timer are reset
g.timer = 60
g.score = 0
g.player.remaining_lives = 3
# Then reset the player model in case he died
g.player.model = (bg_color + Graphics.Sprites.PANDA +
Graphics.Style.RESET_ALL)
g.clear_screen()
change_level([g])
elif menu_index == 2:
g.clear_screen()
print(
Utils.blue(f"{' '*int(term_res/2-10)}" +
term.bold_underline("Hall of fame") + "\r"))
ranking = 1
for el in sorted(g.config("settings")["hiscores"],
reverse=True,
key=lambda x: x[1]):
extra = ""
if ranking == 1:
extra = Graphics.Sprites.FIRST_PLACE_MEDAL
elif ranking == 2:
extra = Graphics.Sprites.SECOND_PLACE_MEDAL
elif ranking == 3:
extra = Graphics.Sprites.THIRD_PLACE_MEDAL
print(f"{' '*int(term_res/2-10)}{el[0]} : {el[1]} {extra}")
ranking += 1
input("\n\nHit the ENTER key to return to the main menu.\n")
elif menu_index == 3:
# Switch resolution
if term_res == 80:
term_res = 140
else:
term_res = 80
load_logo()
g.partial_display_viewport = [10, int(term_res / 4)]
elif menu_index == 4:
g.player.name = input(
"\n\nPlease enter your name (it will be used for high scores)> "
)
g.config("settings")["player_name"] = g.player.name
elif menu_index == (len(title_screen_menu) - 1):
# Quit
current_state = "eop"
def create_wizard():
global game
key = ""
while True:
game.clear_screen()
print(Utils.green_bright("\t\tObject creation wizard"))
print("What do you want to create: a NPC or a structure?")
print("1 - NPC (Non Playable Character)")
print("2 - Structure (Wall, Door, Treasure, Portal, Trees, etc.)")
key = Utils.get_key()
if key == "1" or key == "2":
break
if key == "1":
game.clear_screen()
print(
Utils.green_bright("\t\tObject creation wizard: ") +
Utils.cyan_bright("NPC"))
new_object = NPC()
print("First give a name to your NPC. Default value: " +
new_object.name)
r = str(input("(Enter name)> "))
if len(r) > 0:
new_object.name = r
print(
"Then give it a type. A type is important as it allows grouping.\n"
"Type is a string. Default value: " + new_object.type)
r = str(input("(Enter type)> "))
if len(r) > 0:
new_object.type = r
print("Now we need a model. Default value: " + new_object.model)
input('Hit "Enter" when you are ready to choose a model.')
new_object.model = model_picker()
game.clear_screen()
print(
Utils.green_bright("\t\tObject creation wizard: ") +
Utils.cyan_bright("NPC") + f" - {new_object.model}")
print("We now needs to go through some basic statistics. "
"You can decide to go with default by simply hitting "
'the "Enter" key.')
r = input_digit(f"Number of cell crossed in one turn. "
f"Default: {new_object.step}(type: int) > ")
if len(r) > 0:
new_object.step = int(r)
else:
# If it's 0 it means it's going to be a static NPC so to prevent
# python to pass some random pre-initialized default, we explicitly
# set the Actuator to a static one
new_object.actuator = SimpleActuators.RandomActuator(moveset=[])
r = input_digit(f"Max HP (Health Points). "
f"Default: {new_object.max_hp}(type: int) > ")
if len(r) > 0:
new_object.max_hp = int(r)
new_object.hp = new_object.max_hp
r = input_digit(f"Max MP (Mana Points). "
f"Default: {new_object.max_mp}(type: int) > ")
if len(r) > 0:
new_object.max_mp = int(r)
new_object.mp = new_object.max_mp
r = input_digit(
f"Remaining lives (it is advised to set that to 1 for a "
f"standard NPC). "
f"Default: {new_object.remaining_lives}(type: int) > ")
if len(r) > 0:
new_object.remaining_lives = int(r)
r = input_digit(f"AP (Attack Power). "
f"Default: {new_object.attack_power}(type: int) > ")
if len(r) > 0:
new_object.attack_power = int(r)
r = input_digit(f"DP (Defense Power). "
f"Default: {new_object.defense_power}(type: int) > ")
if len(r) > 0:
new_object.defense_power = int(r)
r = input_digit(
f"Strength. Default: {new_object.strength}(type: int) > ")
if len(r) > 0:
new_object.strength = int(r)
r = input_digit(
f"Intelligence. Default: {new_object.intelligence}(type: int) > ")
if len(r) > 0:
new_object.intelligence = int(r)
r = input_digit(
f"Agility. Default: {new_object.agility}(type: int) > ")
if len(r) > 0:
new_object.agility = int(r)
game.clear_screen()
print("We now need to give some life to that NPC. "
"What kind of movement should it have:")
print("1 - Randomly chosen from a preset of directions")
print("2 - Following a predetermined path")
print("3 - Following a predetermined path back and forth")
print(
"4 - Automatically finding it's way from one point to another (no"
" pre-determined path, you will set the points on the map).")
r = Utils.get_key()
if r == "1":
new_object.actuator = SimpleActuators.RandomActuator(moveset=[])
print("Random it is! Now choose from which preset "
"of movements should we give it:")
print("1 - UP,DOWN,LEFT, RIGHT")
print("2 - UP,DOWN")
print("3 - LEFT, RIGHT")
print("4 - UP,DOWN,LEFT, RIGHT + all DIAGONALES")
print("5 - DIAGONALES (DIAG UP LEFT, DIAG UP RIGHT, etc.) "
"but NO straight UP, DOWN, LEFT and RIGHT")
print("6 - No movement")
r = Utils.get_key()
if r == "1":
new_object.actuator.moveset = [
Constants.UP,
Constants.DOWN,
Constants.LEFT,
Constants.RIGHT,
]
elif r == "2":
new_object.actuator.moveset = [Constants.UP, Constants.DOWN]
elif r == "3":
new_object.actuator.moveset = [Constants.RIGHT, Constants.LEFT]
elif r == "4":
new_object.actuator.moveset = [
Constants.UP,
Constants.DOWN,
Constants.LEFT,
Constants.RIGHT,
Constants.DLDOWN,
Constants.DLUP,
Constants.DRDOWN,
Constants.DRUP,
]
elif r == "5":
new_object.actuator.moveset = [
Constants.DLDOWN,
Constants.DLUP,
Constants.DRDOWN,
Constants.DRUP,
]
elif r == "6":
new_object.actuator.moveset = []
else:
Utils.warn(
f'"{r}" is not a valid choice. Movement set is now empty.')
new_object.actuator.moveset = []
elif r == "2" or r == "3":
if r == "2":
new_object.actuator = SimpleActuators.PathActuator(path=[])
elif r == "3":
new_object.actuator = SimpleActuators.PatrolActuator(path=[])
print("Great, so what path this NPC should take:")
print("1 - UP/DOWN patrol")
print("2 - DOWN/UP patrol")
print("3 - LEFT/RIGHT patrol")
print("4 - RIGHT/LEFT patrol")
print("5 - Circle patrol: LEFT, DOWN, RIGHT, UP")
print("6 - Circle patrol: LEFT, UP, RIGHT, DOWN")
print("7 - Circle patrol: RIGHT, DOWN, LEFT, UP")
print("8 - Circle patrol: RIGHT, UP, LEFT, DOWN")
print("9 - Write your own path")
r = Utils.get_key()
if r == "1":
print("How many steps should the NPC go in one direction "
"before turning back ?")
r = int(input_digit("(please enter an integer)> "))
new_object.actuator.path += ([
Constants.UP for i in range(0, r, 1)
], )
new_object.actuator.path += [
Constants.DOWN for i in range(0, r, 1)
]
elif r == "2":
print("How many steps should the NPC go in one "
"direction before turning back ?")
r = int(input_digit("(please enter an integer)> "))
new_object.actuator.path += [
Constants.DOWN for i in range(0, r, 1)
]
new_object.actuator.path += [
Constants.UP for i in range(0, r, 1)
]
elif r == "3":
print("How many steps should the NPC go in one "
"direction before turning back ?")
r = int(input_digit("(please enter an integer)> "))
new_object.actuator.path += [
Constants.LEFT for i in range(0, r, 1)
]
new_object.actuator.path += [
Constants.RIGHT for i in range(0, r, 1)
]
elif r == "3":
print("How many steps should the NPC go in one direction "
"before turning back ?")
r = int(input_digit("(please enter an integer)> "))
new_object.actuator.path += [
Constants.RIGHT for i in range(0, r, 1)
]
new_object.actuator.path += [
Constants.LEFT for i in range(0, r, 1)
]
elif r == "4":
print("How many steps should the NPC go in one "
"direction before turning back ?")
r = int(input_digit("(please enter an integer)> "))
new_object.actuator.path += [
Constants.DOWN for i in range(0, r, 1)
]
new_object.actuator.path += [
Constants.UP for i in range(0, r, 1)
]
elif r == "5":
print("How many steps should the NPC go in EACH "
"direction before changing ?")
r = int(input_digit("(please enter an integer)> "))
new_object.actuator.path += [
Constants.LEFT for i in range(0, r, 1)
]
new_object.actuator.path += [
Constants.DOWN for i in range(0, r, 1)
]
new_object.actuator.path += [
Constants.RIGHT for i in range(0, r, 1)
]
new_object.actuator.path += [
Constants.UP for i in range(0, r, 1)
]
elif r == "6":
print("How many steps should the NPC go in EACH "
"direction before changing ?")
r = int(input_digit("(please enter an integer)> "))
new_object.actuator.path += [
Constants.LEFT for i in range(0, r, 1)
]
new_object.actuator.path += [
Constants.UP for i in range(0, r, 1)
]
new_object.actuator.path += [
Constants.RIGHT for i in range(0, r, 1)
]
new_object.actuator.path += [
Constants.DOWN for i in range(0, r, 1)
]
elif r == "7":
print("How many steps should the NPC go in EACH "
"direction before changing ?")
r = int(input_digit("(please enter an integer)> "))
new_object.actuator.path += [
Constants.RIGHT for i in range(0, r, 1)
]
new_object.actuator.path += [
Constants.DOWN for i in range(0, r, 1)
]
new_object.actuator.path += [
Constants.LEFT for i in range(0, r, 1)
]
new_object.actuator.path += [
Constants.UP for i in range(0, r, 1)
]
elif r == "8":
print("How many steps should the NPC go in EACH direction "
"before changing ?")
r = int(input_digit("(please enter an integer)> "))
new_object.actuator.path += [
Constants.RIGHT for i in range(0, r, 1)
]
new_object.actuator.path += [
Constants.UP for i in range(0, r, 1)
]
new_object.actuator.path += [
Constants.LEFT for i in range(0, r, 1)
]
new_object.actuator.path += [
Constants.DOWN for i in range(0, r, 1)
]
elif r == "9":
print("Write your own path using only words from this list: "
"UP, DOWN, LEFT, RIGHT, DLDOWN, DLUP, DRDOWN, DRUP.")
print("Each direction has to be separated by a coma.")
r = str(input("Write your path: ")).upper()
new_object.actuator.path = r.split(",")
else:
Utils.warn(f'"{r}" is not a valid choice. Path is now empty.')
new_object.actuator.path = []
elif r == "4":
new_object.actuator = AdvancedActuators.PathFinder(
parent=new_object, circle_waypoints=True)
print(
"Do you want the NPC to go through your way points once and stop or"
" to cycle through all of them infinitely ?")
print("1 - Cycle once")
print("2 - Cycle infinitely (default value)")
r = Utils.get_key()
if r == "1":
new_object.actuator.circle_waypoints = False
return new_object
elif key == "2":
while True:
game.clear_screen()
print(
Utils.green_bright("\t\tObject creation wizard: ") +
Utils.magenta_bright("Structure"))
print("What kind of structure do you want to create:")
print(
"1 - A wall like structure (an object that cannot be picked-up "
"and is not overlappable). Ex: walls, trees, non moving "
"elephant (try to go through an elephant or to pick it up "
"in your backpack...)")
print("2 - A door (player and/or NPC can go through)")
print("3 - A treasure (can be picked up, take space in the "
"inventory, give points to the player)")
print("4 - A generic object (you can set the properties to "
"make it pickable or overlappable)")
print("5 - A generic actionable object (to make portals, heart "
"to replenish life, etc.)")
key = Utils.get_key()
new_object = None
if key == "1":
new_object = Structures.Wall()
new_object.name = str(uuid.uuid1())
new_object.model = model_picker()
break
elif key == "2":
new_object = Structures.Door()
new_object.name = str(uuid.uuid1())
new_object.model = model_picker()
break
elif key == "3":
new_object = Structures.Treasure()
print("First give a name to your Treasure. Default value: " +
new_object.name)
r = str(input("(Enter name)> "))
if len(r) > 0:
new_object.name = r
print("Then give it a type. A type is important as it allows "
"grouping (in this case probably in the inventory).\n"
"Type is a string. Default value: " + new_object.type)
r = str(input("(Enter type)> "))
if len(r) > 0:
new_object.type = r
print("Now we need a model. Default value: " +
new_object.model)
input('Hit "Enter" when you are ready to choose a model.')
new_object.model = model_picker()
break
elif key == "4" or key == "5":
if key == "4":
new_object = Structures.GenericStructure()
else:
new_object = Structures.GenericActionableStructure()
new_object.set_overlappable(False)
new_object.set_pickable(False)
print("First give a name to your structure. Default value: " +
new_object.name)
r = str(input("(Enter name)> "))
if len(r) > 0:
new_object.name = r
print(
"Then give it a type. \nType is a string. Default value: "
+ new_object.type)
r = str(input("(Enter type)> "))
if len(r) > 0:
new_object.type = r
print("Now we need a model. Default value: " +
new_object.model)
input('Hit "Enter" when you are ready to choose a model.')
new_object.model = model_picker()
print("Is this object pickable? (can it be picked up "
"by the player)?")
print("0 - No")
print("1 - Yes")
r = Utils.get_key()
if r == "1":
new_object.set_pickable(True)
print("Is this object overlappable? (can it be walked "
"over by player?")
print("0 - No")
print("1 - Yes")
r = Utils.get_key()
if r == "1":
new_object.set_overlappable(True)
break
return new_object
# Placeholder
return BoardItemVoid()