def enter():
global isaac, background, is_key_pressed, is_attack_key_pressing, bullet_dir, gushers, is_bullet_create
global BackGround_Width, BackGround_Height, invincibility_time, shot_term, bullets, door, indoor, monster_count
global rocks
game_world.objects = [[], []]
BackGround_Width = 1280
BackGround_Height = 960
isaac = Isaac()
monster_count = 10
gushers = [Gusher() for i in range(monster_count)]
background = BackGround()
door = Door()
door.x = door_position[1]
indoor = InDoor()
indoor.x = door_position[1]
rocks = [Rock(900, 400), Rock(900, 600), Rock(400, 400), Rock(400, 600)]
game_world.add_object(background, 0)
game_world.add_objects(rocks, 0)
game_world.add_object(indoor, 1)
game_world.add_object(door, 1)
game_world.add_object(isaac, 1)
game_world.add_objects(gushers, 1)
is_key_pressed = 0
is_attack_key_pressing = 0
bullet_dir = 0
is_bullet_create = False
invincibility_time = 0
shot_term = 0
bullets = []
pass
def __init__(self):
# Initialize pygame for the game class, as well as initializing the font.
pygame.init()
pygame.font.init()
# Set the display accordingly (x,y) and set the title for the game.
self.screen = pygame.display.set_mode((800, 600))
pygame.display.set_caption("Game")
# Initialize the classes
self.player = Node(0, 580, 3.5)
self.key = Key(600, 0)
self.door = Door(760, 550)
#Current floor values are probably going to be level 1
self.floors = [
Floor(300, 0, 20, 50),
Floor(500, 1, 20, 50),
Floor(100, 2, 20, 50),
Floor(200, 3, 20, 50),
Floor(400, 4, 20, 50),
Floor(250, 5, 20, 50),
Floor(50, 6, 20, 50),
Floor(150, 7, 20, 50),
Floor(550, 8, 20, 50),
Floor(450, 9, 20, 50)
]
self.counter = Counter(675, 10)
self.RUN = True
self.playerFoundKey = False
self.gameOver = False
def addNeighbour(self, room, direction):
"""
Adds a neighbour in the given heading.
Keyword arguments:
room - a Room object to add as a neighbour
direction - the heading of the new room relative to this Room ("N", "E", "S" or "W")
"""
self.__neighbours[direction] = room
if (direction == "N"):
center = Vector((self.__top_right.x + self.__top_left.x) / 2,
self.__top_right.y)
d = Door("N", center)
elif (direction == "E"):
center = Vector(self.__bot_right.x,
(self.__bot_right.y + self.__top_right.y) / 2)
d = Door("E", center)
elif (direction == "S"):
center = Vector((self.__bot_right.x + self.__bot_left.x) / 2,
self.__bot_left.y)
d = Door("S", center)
else:
center = Vector(self.__bot_left.x,
(self.__bot_left.y + self.__top_left.y) / 2)
d = Door("W", center)
self.__doors[d] = direction
def find_doors(door_positions):
size = 0
horizontal_doors = []
horizontal_one_width_doors = []
# determine length of doors by getting count of matching y values
for i in range(0, len(door_positions)):
# continuous door is found
if i + 1 is len(door_positions):
next_door = None
else:
next_door = door_positions[i + 1]
this_door = door_positions[i]
if next_door is not None and this_door[0] == next_door[0] and this_door[1] == next_door[1] - 1:
size = size + 1
else:
# don't count 1 width doors
if size > 0:
door_origin_position = door_positions[i - size]
door = Door(door_origin_position, size + 1)
horizontal_doors.append(door)
size = 0
else:
horizontal_one_width_doors.append(Door(this_door, 1))
# sort doors by y value
door_positions.sort(key=lambda tup: tup[1])
vertical_doors = []
vertical_one_width_doors = []
size = 0
# determine length of doors by getting count of matching x values
for j in range(0, len(door_positions)):
# continuous door is found
if j + 1 == len(door_positions):
next_door = None
else:
next_door = door_positions[j + 1]
this_door = door_positions[j]
if next_door is not None and this_door[1] == next_door[1] and this_door[0] == next_door[0] - 1:
size = size + 1
else:
# don't count 1 width doors
if size > 0:
door_origin_position = door_positions[j - size]
door = Door(door_origin_position, size + 1)
vertical_doors.append(door)
size = 0
else:
vertical_one_width_doors.append(Door(this_door, 1))
one_width_doors = []
for k in range(len(horizontal_one_width_doors)):
for l in range(len(vertical_one_width_doors)):
if horizontal_one_width_doors[k].origin[0] == vertical_one_width_doors[l].origin[0] \
and horizontal_one_width_doors[k].origin[1] == vertical_one_width_doors[l].origin[1]:
one_width_doors.append(horizontal_one_width_doors[k])
return horizontal_doors + vertical_doors + one_width_doors
def __init__(self, director, player):
Level.__init__(self, director, player)
self.player.rect.x = 782
self.player.rect.y = 912
self.dead_sub_boss = 0 #Counts the dead Centurions.
self.enemyGroup.add([Legionnaire(987, 768, self.player, director),
Legionnaire(1083, 768, self.player, director),
Legionnaire(1119, 768, self.player, director),
Legionnaire(987, 834, self.player, director),
Legionnaire(477, 747, self.player, director),
Legionnaire(645, 738, self.player, director),
Legionnaire(477, 891, self.player, director),
Legionnaire(645, 788, self.player, director),
Centurion(150, 288, self.player, director),
Centurion(1455, 288, self.player, director),
Centurion(1329, 1248, self.player, director)])
self.door = Door(760, 575, 'door_sheet.png', -1, 'coordDoor.txt', [2], 'door_open.wav')
self.doorGroup = EntityGroup([])
self.doorGroup.add(self.door)
self.groups.append(self.doorGroup)
self.bg = load_image("map_caesar_a_img.png", Constants.MAP_DIR)
self.collisionBg = load_image(
"map_caesar_a_bg.png", Constants.BG_MAP_DIR)
load_music("level_one.it")
pygame.mixer.music.set_volume(1)
pygame.mixer.music.play(-1)
player.setWeapons([WpnBlade("wpns2.png", -1, pygame.Rect(344, 342, 28, 28), "blade_swing.wav", 0.5), \
WpnBow("items-1.png", None, pygame.Rect(0, 24, 24, 24))])
class LevelOneA(Level):
def __init__(self, director, player):
Level.__init__(self, director, player)
self.player.rect.x = 782
self.player.rect.y = 912
self.dead_sub_boss = 0 #Counts the dead Centurions.
self.enemyGroup.add([Legionnaire(987, 768, self.player, director),
Legionnaire(1083, 768, self.player, director),
Legionnaire(1119, 768, self.player, director),
Legionnaire(987, 834, self.player, director),
Legionnaire(477, 747, self.player, director),
Legionnaire(645, 738, self.player, director),
Legionnaire(477, 891, self.player, director),
Legionnaire(645, 788, self.player, director),
Centurion(150, 288, self.player, director),
Centurion(1455, 288, self.player, director),
Centurion(1329, 1248, self.player, director)])
self.door = Door(760, 575, 'door_sheet.png', -1, 'coordDoor.txt', [2], 'door_open.wav')
self.doorGroup = EntityGroup([])
self.doorGroup.add(self.door)
self.groups.append(self.doorGroup)
self.bg = load_image("map_caesar_a_img.png", Constants.MAP_DIR)
self.collisionBg = load_image(
"map_caesar_a_bg.png", Constants.BG_MAP_DIR)
load_music("level_one.it")
pygame.mixer.music.set_volume(1)
pygame.mixer.music.play(-1)
player.setWeapons([WpnBlade("wpns2.png", -1, pygame.Rect(344, 342, 28, 28), "blade_swing.wav", 0.5), \
WpnBow("items-1.png", None, pygame.Rect(0, 24, 24, 24))])
def processEvent(self, event):
if event.type == pygame.KEYDOWN and event.key == pygame.K_RETURN:
nextLevel = LevelTwo(self.director, self.player)
self.director.setScene(nextLevel)
if event.type == pygame.KEYDOWN and event.key == pygame.K_F1:
self.door.setActive(True)
# nextLevel = LevelOneB(self.director, self.player)
# self.director.setScene(nextLevel)
Level.processEvent(self, event)
def update(self, time):
Level.update(self, time)
if not self.door.active and self.dead_sub_boss == 3:
#When all Centurions are dead we open the door
self.door.setActive(True)
if len(pygame.sprite.spritecollide(self.player,self.doorGroup,False)) == 1:
if self.door.active == False:
m = MessageScene(self.director, self, 'Warning', 'You shall not pass!', 'Press to continue')
self.director.setScene(m)
self.player.rect.y+=25
if self.door.active == True:
nextLevel = LevelOneB(self.director, self.player)
self.director.setScene(nextLevel)
def main():
door = Door(19, 26, 16, 20)
try:
doorStatus = door.getDoorStatus()
print doorStatus
except KeyboardInterrupt, e:
pass
def createDoors(self, width, height):
door1 = Door(0,2,False, True)
door2 = Door(4,3, True)
door3 = Door(7,8)
door4 = Door(7,12)
self.doors = [door1, door2, door3, door4]
# Clean positions of doors
for wall in self.Walls:
for door in self.doors:
if ((wall.x == door.x) and (wall.y == door.y )):
self.Walls.remove(wall)
def __init__(self, center, width, height, type="none"):
self.__center = center
self.__width = width
self.__height = height
self.__top_left = Vector(self.__center.x - self.__width / 2,
self.__center.y - self.__height / 2)
self.__top_right = Vector(self.__center.x + self.__width / 2,
self.__center.y - self.__height / 2)
self.__bot_left = Vector(self.__center.x - self.__width / 2,
self.__center.y + self.__height / 2)
self.__bot_right = Vector(self.__center.x + self.__width / 2,
self.__center.y + self.__height / 2)
self.__walls = [
Wall(self.__top_left, self.__top_right, "N"),
Wall(self.__top_right, self.__bot_right, "E"),
Wall(self.__bot_right, self.__bot_left, "S"),
Wall(self.__bot_left, self.__top_left, "W")
]
self.__type = type
self.__characters = []
self.__neighbours = {"N": None, "E": None, "S": None, "W": None}
self.__doors = {}
self.__enemies = []
self.__tileset = simplegui.load_image(
"https://i.imgur.com/a55akyp.png")
self.__wall_sprite_size = (32, 32)
self.__wall_sprite_pos_dict = {
"N": (16, (64 + self.__wall_sprite_size[1] / 2)),
"E": ((32 + self.__wall_sprite_size[0] / 2),
(64 + self.__wall_sprite_size[1] / 2)),
"S": ((96 + self.__wall_sprite_size[0] / 2),
(64 + self.__wall_sprite_size[1] / 2)),
"W": ((64 + self.__wall_sprite_size[0] / 2),
(64 + self.__wall_sprite_size[1] / 2))
}
self.__corner_sprite_pos_dict = {
"NW": ((128 + 16), (64 + 16)),
"NE": (16, (96 + 16)),
"SE": ((32 + 16), (96 + 16)),
"SW": ((64 + 16), (96 + 16))
}
self.__door_sprite_size = (64, 32)
self.__door_sprite_pos = ((128),
(128 + self.__door_sprite_size[1] / 2))
if (type == "end"):
self.__ladder_pos = ((96 + 16), (96 + 16))
self.__ladder_size = (32, 32)
self.__level_door = Door("C", self.__center)
def loadEnvironment(self):
"""Loads the environment model into the world"""
#Load the environment
self.env = loader.loadModel("models/level")
self.env.reparentTo(render)
self.env.setScale(2)
self.env.setPos(0, 0, 0)
self.env.setP(270)
self.doorModel=loader.loadModel("models/door")
self.doors=[]
self.doors.append(Door(self.doorModel,1,38,-12,0))
self.doors.append(Door(self.doorModel,2,20,-6,90))
self.doors.append(Door(self.doorModel,3,4,18,0))
def Step1(self):
while self.step1_finisher:
for event in pygame.event.get(): #종료 이벤트
if event.type == pygame.QUIT:
pygame.quit()
exit(0)
pygame.display.update()
self.screen.fill((135, 135, 135))
self.screen.blit(self.board, (50, 100))
for i in range(3):
for j in range(3):
self.desk = Desk(self.screen, 275 + self.width / 5 * i,
340 + self.height / 5 * j)
self.desk.draw()
self.desks.append(self.desk)
self.study.study()
self.door = Door(self.screen, 1050, 600)
self.door.draw()
self.player.move()
if self.face_timer == 0:
if self.face == "front":
self.face_timer = 500
self.face = "back"
elif self.face == "back":
self.face_timer = 300
self.face = "front"
if self.face == "front":
self.screen.blit(self.front, (700, 50))
elif self.face == "back":
self.screen.blit(self.back, (700, 50))
self.face_timer -= 1
if self.face == "front":
if self.study.invincibility_flag == True:
pass
else:
self.wl.print()
if self.player.colliderect(self.door):
self.step1_finisher = False
def main():
# Call getLogger with no args to set up the handler
logger = logging.getLogger()
logger.setLevel(logging.DEBUG)
fh = logging.FileHandler('/home/pi/doorLog.log', mode='a')
fh.setLevel = logging.DEBUG
formatter = logging.Formatter('%(asctime)s:%(message)s')
fh.setFormatter(formatter)
logger.addHandler(fh)
door = Door(19, 26, 16, 20)
try:
result = door.closeDoor()
logger.info(result)
except KeyboardInterrupt, e:
pass
def __init__(self,
room,
floor,
building,
host,
port,
command_topic,
status_topic,
actuator_pin,
pin_numbering='BCM',
activeState=1,
CS=8,
MOSI=10,
MISO=9,
SCLK=11):
self.room = room
self.floor = floor
self.building = building
self.id = str(self.room) + str(building)
self.mqtt = MQTT_Client(
room,
floor,
building,
host,
port,
command_topic,
status_topic,
)
self.door = Door(actuator_pin=actuator_pin,
numbering=pin_numbering,
activeState=activeState)
self.rfid = RFID_Reader(CS=CS, MOSI=MOSI, MISO=MISO, SCLK=SCLK)
self.available_commands = {b'open': self.door.open}
def test():
w = Window(2)
d = Door(2.0)
l = Light(95)
r = Rad(3000)
r = Room("Living room", 12, 15, 10, 10.5, r, d, l, w)
print(r.get_length())
print(r.get_width())
print(r.get_height())
print(r.getSqrFt())
print(r.get_area())
r.set_length(9)
r.set_width(15)
r.set_height(12)
print(r.get_length())
print(r.get_width())
print(r.get_height())
print(r.getSqrFt())
print(r.get_area())
r.change_temp(-1)
print(r.get_temp())
print(r)
def enter():
global isaac, background, is_key_pressed, is_attack_key_pressing, bullet_dir, gushers, is_bullet_create
global BackGround_Width, BackGround_Height, invincibility_time, shot_term, bullets, door, monster_count
global flies, big_flies, enemy_bullets, is_enemy_bullet_create, is_bullet_upgrade, is_black_bullet_create
global duke,is_monster_create
game_world.objects = [[],[]]
BackGround_Width = 1280
BackGround_Height = 960
isaac = Isaac()
isaac.x = 200
isaac.y = BackGround_Height//2
isaac.body_x, isaac.body_y = isaac.x - 5, isaac.y - 50
isaac.now_health = main_state_4.hp
isaac.body_is_move = False
duke = Duke()
monster_count = 0
background = BackGround(1)
entrance_door = Door()
entrance_door.x = door_position[0]
entrance_indoor = InDoor()
entrance_indoor.x = door_position[0]
game_world.add_object(background,0)
game_world.add_object(isaac, 1)
game_world.add_object(duke,1)
game_world.add_object(entrance_door, 1)
game_world.add_object(entrance_indoor, 1)
is_key_pressed = 0
is_attack_key_pressing = 0
bullet_dir = 0
is_bullet_create = False
is_enemy_bullet_create = False
is_bullet_upgrade = main_state_4.is_bullet_upgrade
is_black_bullet_create = False
is_monster_create = False
invincibility_time = 100
shot_term = 0
flies = []
big_flies = []
bullets = []
enemy_bullets = []
pass
def enter():
global isaac, background, is_key_pressed, is_attack_key_pressing, bullet_dir, gushers, is_bullet_create
global BackGround_Width, BackGround_Height, invincibility_time, shot_term, bullets, door, indoor, monster_count
global flies, big_flies, enemy_bullets, is_enemy_bullet_create, needles, rocks
game_world.objects = [[], []]
BackGround_Width = 1280
BackGround_Height = 960
isaac = Isaac()
isaac.x = 200
isaac.y = BackGround_Height // 2
isaac.body_x, isaac.body_y = isaac.x - 5, isaac.y - 50
isaac.velocity_x = main_state.isaac.velocity_x
isaac.velocity_y = main_state.isaac.velocity_y
isaac.now_health = main_state.hp
isaac.body_is_move = False
monster_count = 12
background = BackGround()
needles = [
Needle(400, 500),
Needle(300, 700),
Needle(600, 200),
Needle(900, 700),
Needle(750, 400)
]
rocks = [Rock(850, 400), Rock(1000, 600), Rock(400, 300), Rock(600, 600)]
door = Door()
door.x = door_position[1]
entrance_door = Door()
entrance_door.x = door_position[0]
indoor = InDoor()
indoor.x = door_position[1]
entrance_indoor = InDoor()
entrance_indoor.x = door_position[0]
flies = [Fly() for i in range(7)]
big_flies = [BigFly() for i in range(5)]
game_world.add_object(background, 0)
game_world.add_objects(needles, 0)
game_world.add_objects(rocks, 0)
game_world.add_object(indoor, 1)
game_world.add_object(door, 1)
game_world.add_object(isaac, 1)
game_world.add_object(entrance_door, 1)
game_world.add_object(entrance_indoor, 1)
game_world.add_objects(flies, 1)
game_world.add_objects(big_flies, 1)
is_key_pressed = 0
is_attack_key_pressing = 0
bullet_dir = 0
is_bullet_create = False
is_enemy_bullet_create = False
invincibility_time = 100
shot_term = 0
bullets = []
enemy_bullets = []
pass
def __init__(self, config: Config):
self.config = config
self.initChoiceStrategy: ChoiceStrategy = config.initChoiceStrategy(
self)
self.openingStrategy: ChoiceStrategy = config.openingStrategy(self)
self.choiceStrategy: ChoiceStrategy = config.strategy(self)
self.positioningStrategy: ChoiceStrategy = config.positioningStrategy(
self)
self.openDoors = []
self.doors = [Door(i) for i in range(config.totalDoors)]
self.closedDoors = self.doors.copy()
self.chosenDoors = []
self.chosenDoor = None
self.rewardDoor = None
def main():
try:
os.nice(-15)
except OSError:
print("Process priority could not be decreased!")
EntryHR = OuterHandReader.OHandReader(12, 18, 1)
print("Entry Hand Reader Initialized!")
ExitHR = ExitHandReader.ExitHandReader(32, 31)
print("Exit Hand Reader Initialized!")
MD = MaskDetector.MaskDetector(headless=False)
print("Mask Detector Initialized!")
door = Door()
print("Door Initialized!")
B = Buzzer(33)
while True:
controller.STATE = controller.DORMANT
while controller.STATE == controller.DORMANT:
if (ExitHR.read()):
controller.STATE = controller.UNLOCKED
print("The door is unlocked!")
B.positiveresponse()
door.exit()
sleep(1)
sleep(0.1)
controller.STATE = controller.VERIFICATION
print("Verification state")
MD.start_display()
while controller.STATE == controller.VERIFICATION:
result = EntryHR.read()
if (HAND_APPROVED == result):
print("Checking face mask.")
result = MD.last_label()
if result == "Mask":
print("Greetings. The door is unlocked.")
#controller.STATE = controller.UNLOCKED
B.positiveresponse()
door.entrance()
elif result == "Improper Mask":
print(
"Please wear your mask properly. When you do, have your hand measured again. Thank you!"
)
B.ringwarning()
else:
print(
"You do not have a mask on! Please leave the door front area!"
)
B.ringerror()
#controller.STATE = controller.LOCKED
sleep(5)
def from_xml_local(cls, xml_tree):
arena = Arena()
locs = []
rooms = []
doors = []
for child in xml_tree.getchildren():
if child.tag == 'LOCATION':
locs.append(Location.from_xml_local(child))
elif child.tag == 'ROOM':
rooms.append(Room.from_xml_local(child))
elif child.tag == 'DOOR':
doors.append(Door.from_xml_local(child))
arena.locations = locs
arena.rooms = rooms
arena.doors = doors
return arena
def GenerateDoor(self, room1ID, room2JSON):
room2ID = room2JSON["Room"]
room2Direction = room2JSON["Direction"]
room1Direction = "N"
if (room2Direction == "N"):
room1Direction = "S"
elif (room2Direction == "L"):
room1Direction = "E"
elif (room2Direction == "E"):
room1Direction = "L"
door = Door(room1ID, room1Direction, room2ID, room2Direction,
room2JSON["Opened"] == "True")
self.DoorsList.append(door)
return door
def __init__(self, x, y, spritesheet, maze_sprite_group, void_sprite_group,
door_sprite_group, tile_scale):
self.pillar_sprite = Sprite(spritesheet, (32, 16, 16, 16),
scale=tile_scale)
self.door_sprite = Door(spritesheet, (0, 32, 16, 26), scale=tile_scale)
self.void_sprite = Sprite(spritesheet, (48, 64, 16, 16),
scale=tile_scale)
self.floor_sprites = {
0: Sprite(spritesheet, (32, 0, 16, 16), scale=tile_scale),
1: Sprite(spritesheet, (0, 16, 16, 16), scale=tile_scale),
2: {
0:
Sprite(spritesheet, (16, 0, 16, 16),
scale=tile_scale,
rotation=1),
1:
Sprite(spritesheet, (0, 0, 16, 16),
scale=tile_scale,
rotation=2)
},
3: Sprite(spritesheet, (48, 0, 16, 16),
scale=tile_scale,
rotation=2),
4: Sprite(spritesheet, (64, 0, 16, 16), scale=tile_scale)
}
self.x = x
self.y = y
self.maze_sprite_group = maze_sprite_group
self.void_sprite_group = void_sprite_group
self.door_sprite_group = door_sprite_group
self.tile_type = self.TYPE_VOID
self.tile_size = tile_scale * 16
self.sprite = None
self.step_neighbours = {}
self.direct_neighbours = {}
# Pathfinding variables
self.h_score = 0
self.g_score = 0
self.is_seen = False
self.is_visited = False
self.parent = None
def generate_objects(self, surface, layer, camera, group):
terms = {'Oxygen': O2Term, 'Energy': EnergyTerm, 'Main': MainTerm}
for obj in layer:
if layer.name == 'walls':
Wall(obj.image, obj.x, obj.y, group['walls'])
elif layer.name == 'doors':
Door(obj.image, obj.x, obj.y, group['doors'],
obj.properties['condition'])
elif layer.name == 'player':
pass
elif layer.name == 'terminals' and obj.name != None:
if obj.name == 'Energy':
terms[obj.name](obj.image, obj.name, obj.x, obj.y,
group['terms'], obj.properties['text'],
obj.properties['answer'],
obj.properties['improved_text'],
obj.properties['task'],
obj.properties['broken'])
else:
terms[obj.name](obj.image, obj.name, obj.x, obj.y,
group['terms'], obj.properties['text'],
obj.properties['answer'],
obj.properties['improved_text'],
obj.properties['broken'])
elif layer.name == 'volvo':
Valve(obj.image, group['valves'], obj.x, obj.y,
obj.properties['waste'])
elif layer.name == 'shattle':
Shattle(obj.image, group['shattle'], obj.x, obj.y)
else:
Wall(obj.image, obj.x, obj.y, group['other'])
def test():
w1 = Window(2)
w2 = Window(2)
w3 = Window(2)
w4 = Window(2)
w5 = Window(2)
w6 = Window(2)
d1 = Door(1.5)
d2 = Door(1.5)
d3 = Door(1.5)
d4 = Door(1.5)
d5 = Door(1.5)
d6 = Door(1.5)
r1 = Room("Kitchen", 12, 10, 8, 10.7, True, d1, w1)
r2 = Room("Kitchen", 12, 10, 8, 11.1, True, d2, w2)
r3 = Room("Kitchen", 12, 10, 8, 10.3, True, d3, w3)
r4 = Room("Kitchen", 12, 10, 8, 10.9, True, d4, w4)
r5 = Room("Kitchen", 12, 10, 8, 11.3, True, d5, w5)
r6 = Room("Kitchen", 12, 10, 8, 11.7, True, d6, w6)
b = Heater([r1, r2, r3])
h = House(True, [r1, r2, r3], b, -25.004, 30.032)
h.insulate()
h.is_insulated()
print(h.get_rooms())
h.set_rooms([r4, r5, r6])
h.add_room("Living room")
print(h.get_rooms())
print(h.get_lat())
h.set_lon(12.651)
print(h.get_lon())
print(h.get_average_temp())
print(h)
from Monitor import Monitor
from Oven import Oven
from Rad import Rad
from Room import Room
from Toaster import Toaster
from UtilityRoom import UtilityRoom
from UtilityRoomController import UtilityRoomController
from Window import Window
import threading
#import tkinter
livingRoomWindow = Window(3)
livingRoomRad = Rad(3000)
livingRoomLight = Light(90)
livingRoomDoor = Door(1.5)
livingRoom = Room("Living Room", 16, 20, 8, 12.0, livingRoomRad,
livingRoomDoor, livingRoomLight, livingRoomWindow)
kitchenWindow = Window(1)
kitchenRad = Rad(2000)
kitchenLight = Light(80)
kitchenDoor = Door(1.5)
kettle = Kettle(2, 100)
oven = Oven(300)
toaster = Toaster(10)
kitchen = Kitchen("Kitchen", 10, 16, 8, 12.0, kitchenRad, kitchenDoor, kitchenLight, kitchenWindow, \
kettle, oven, toaster)
bedroom1Window = Window(3)
bedroom1Rad = Rad(2500)
pir_taller = DigitalInput(26,
'Taller',
active_high=True,
nSamples=3,
interval=5)
pir_hall = DigitalInput(27, 'Saleta', active_high=True, nSamples=3, interval=5)
pir_sala = DigitalInput(14, 'Sala', active_high=True, nSamples=3, interval=5)
vbat = VoltMeter(33)
powermeter = PowerMeter(39)
ldr_taller = LDR(36)
door = Door(34)
cfg = Settings(1)
pump = Pump(bomba, powermeter, cfg)
light_taller = Light(pir_taller, lamp_taller, ldr=ldr_taller)
alarm = Alarm(buzzer, door, [pir_sala], [pir_hall], cfg)
def get_events(req, resp):
yield from picoweb.jsonify(resp, alarm.getEvents())
def clear_events(req, resp):
def load_level(nombre): mapa, fondo, musica, pared, graviswitch = Read_File(nombre) sprite_list = pygame.sprite.Group() updatable_list = pygame.sprite.Group() #Un grupo por tipo de accion a sprites. wall_list = pygame.sprite.Group() box_list = pygame.sprite.Group() col_list = pygame.sprite.Group() door_list = pygame.sprite.Group() bfilter_list = pygame.sprite.Group() checkpoint_list = pygame.sprite.Group() id_given = 0 door_id = 0 pos_y = 0 for linea in mapa: pos_x = 0 for cuadro in linea: if cuadro == 'W': wall = Wall(pos_x*BLOCK_SIZE, pos_y*BLOCK_SIZE) sprite_list.add(wall) col_list.add(wall) wall_list.add(wall) wall.ID = id_given #Cada bloque va a tener su propio ID, para comparar colisiones. id_given += 1 elif cuadro == 'P': p_inicio = (pos_x*BLOCK_SIZE, pos_y*BLOCK_SIZE) p_id = id_given id_given += 1 elif cuadro == 'B': box = Box(pos_x*BLOCK_SIZE, pos_y*BLOCK_SIZE) sprite_list.add(box) col_list.add(box) updatable_list.add(box) box_list.add(box) box.ID = id_given #Cada bloque va a tener su propio ID, para comparar colisiones. id_given += 1 elif cuadro == 'J': box = JumpBox(pos_x*BLOCK_SIZE, pos_y*BLOCK_SIZE) sprite_list.add(box) col_list.add(box) updatable_list.add(box) box_list.add(box) box.ID = id_given #Cada bloque va a tener su propio ID, para comparar colisiones. id_given += 1 elif cuadro == 'S': spike = Spike(pos_x*BLOCK_SIZE, pos_y*BLOCK_SIZE) sprite_list.add(spike) col_list.add(spike) spike.ID = id_given id_given += 1 elif cuadro == 'D': door = Door(pos_x*BLOCK_SIZE, pos_y*BLOCK_SIZE) door.exitID = door_id door_list.add(door) door_id += 1 elif cuadro == 'F': bfilter = Box_Filter(pos_x*BLOCK_SIZE, pos_y*BLOCK_SIZE) bfilter_list.add(bfilter) bfilter.ID = id_given id_given += 1 elif cuadro == 'C': checkpoint = Checkpoint(pos_x*BLOCK_SIZE, pos_y*BLOCK_SIZE) checkpoint_list.add(checkpoint) checkpoint.ID = id_given id_given += 1 pos_x += 1 pos_y += 1 grupos =[col_list, box_list, wall_list, door_list, updatable_list, sprite_list, bfilter_list, checkpoint_list] info = [p_id, p_inicio, fondo, musica, pared, graviswitch] return (info, grupos)
Do you have a better chance of finding the car if you stay or switch?""" #Import door class, switch class, and random module from Door import Door from Switch import switch import random #set number of simulations trials = 100000 #create variable to count number of times found the car when switch doors switchWins = 0 #run the simulation a number of times for i in range(trials): #create 3 door objectts doorOne = Door() doorTwo = Door() doorThree = Door() #put car behind a random door x = random.randint(1,3) for case in switch(x): if case(1): doorOne.setCar(True) break if case(2): doorTwo.setCar(True) break if case(): doorThree.setCar(True)
class Game():
def __init__(self):
# Initialize pygame for the game class, as well as initializing the font.
pygame.init()
pygame.font.init()
# Set the display accordingly (x,y) and set the title for the game.
self.screen = pygame.display.set_mode((800, 600))
pygame.display.set_caption("Game")
# Initialize the classes
self.player = Node(0, 580, 3.5)
self.key = Key(600, 0)
self.door = Door(760, 550)
#Current floor values are probably going to be level 1
self.floors = [
Floor(300, 0, 20, 50),
Floor(500, 1, 20, 50),
Floor(100, 2, 20, 50),
Floor(200, 3, 20, 50),
Floor(400, 4, 20, 50),
Floor(250, 5, 20, 50),
Floor(50, 6, 20, 50),
Floor(150, 7, 20, 50),
Floor(550, 8, 20, 50),
Floor(450, 9, 20, 50)
]
self.counter = Counter(675, 10)
self.RUN = True
self.playerFoundKey = False
self.gameOver = False
def startGame(self):
while self.RUN:
pygame.time.delay(12)
for event in pygame.event.get():
if event.type == pygame.QUIT:
self.RUN = False
# Gets the current key pressed
keyPressed = pygame.key.get_pressed()
#Key press event for a
if keyPressed[pygame.K_a] and self.player.x > 0:
self.player.moveLeft()
#Key press event for w
if keyPressed[pygame.K_w] and self.player.y > 0:
self.player.moveUp()
#Key press event for w
if keyPressed[pygame.K_s] and self.player.y >= 0:
if self.player.y < 580:
self.player.moveDown()
# Checks to see if the player has hit a key
if self.player.hitKey(self.key):
self.playerFoundKey = True
# Checks to see if the player is within a range, if the floor is at the end, floorTurn is changed
# The boolean value of floorTurn controls the floor movement
for floor in self.floors:
if self.player.detectCollision(floor):
self.player.color = (255, 0, 0)
self.gameOver = True
self.RUN = False
if floor.x < 800 - floor.length and not floor.floorTurn:
floor.direction = 1
floor.x += floor.velocity
else:
floor.direction = -1
floor.x += floor.velocity * floor.direction
floor.floorTurn = True
if floor.x < 0:
floor.floorTurn = False
#Key press event for d
if keyPressed[
pygame.K_d] and self.player.x < 800 - self.player.sizex:
self.player.moveRight()
# Pygame functions that draw the player and draw the screen, as well as drawing all the floors in the floors dynamic array
self.screen.fill((0, 0, 0))
self.player.drawPlayer(self.screen)
self.door.drawDoor(self.screen)
if not self.playerFoundKey:
self.key.drawKey(self.screen)
for floor in self.floors:
floor.drawFloor(self.screen)
# Displays the X and Y position counters, as well as if they player got the key
self.counter.printXPOS(self.screen, self.player)
self.counter.printYPOS(self.screen, self.player)
self.counter.printKey(self.screen, self.playerFoundKey)
pygame.display.update()
Do you have a better chance of finding the car if you stay or switch?"""
#Import door class, switch class, and random module
from Door import Door
from Switch import switch
import random
#set number of simulations
trials = 100000
#create variable to count number of times found the car when switch doors
switchWins = 0
#run the simulation a number of times
for i in range(trials):
#create 3 door objectts
doorOne = Door()
doorTwo = Door()
doorThree = Door()
#put car behind a random door
x = random.randint(1, 3)
for case in switch(x):
if case(1):
doorOne.setCar(True)
break
if case(2):
doorTwo.setCar(True)
break
if case():
doorThree.setCar(True)
def test_find_password2():
door_id = "abc"
door = Door(door_id)
assert (door.find_password2() == "05ace8e3")
def test_find_password():
door_id = "abc"
door = Door(door_id)
assert (door.find_password() == "18f47a30")