def __init__(self, screen, col_life):
x = 0
y = 770
self.col_life = col_life
self.lis = list()
for i in range(20):
self.lis.append(floor_class.Floor(x, y, screen))
x += 75
self.lis.append(start.Start(75, 748, screen))
self.lis.append(fire.Fire(200, 737, screen))
self.lis.append(fire.Fire(900, 737, screen))
self.lis.append(fire.Fire(981, 737, screen))
self.lis.append(cube.Cube(500, 684, screen))
self.lis.append(cube.Cube(586, 684, screen))
self.lis.append(cube.Cube(586, 598, screen))
self.lis.append(cube.Cube(672, 684, screen))
self.lis.append(cube.Cube(672, 598, screen))
self.lis.append(cube.Cube(758, 684, screen))
self.lis.append(fire.Fire(758, 655, screen))
self.lis.append(flat.Flat(930, 500, screen))
if self.col_life == 3:
self.lis.append(life.Life(230, 30, screen))
self.lis.append(life.Life(130, 30, screen))
self.lis.append(life.Life(30, 30, screen))
elif self.col_life == 2:
self.lis.append(life.Life(130, 30, screen))
self.lis.append(life.Life(30, 30, screen))
elif self.col_life == 1:
self.lis.append(life.Life(30, 30, screen))
self.lis.append(die_player.DPlayer(2000, 2000, screen))
self.lis.append(green_door.GDoor(2000, 2000, screen))
self.lis.append(door.Door(1300, 581, screen))
self.lis.append(green_button.GreenButton(2000, 2000, screen))
self.lis.append(red_button.RedButton(1005, 452, screen))
self.lis.append(player_class.Player(100, 465, screen))
def test_init(self):
# set object state
# execute method
test_start = start.Start()
# assert expected outcome
# server and mq are none
self.assertIsNone(test_start.db)
self.assertIsNone(test_start.mq)
self.assertIsNone(test_start.server)
def set_start(self, circuit, x, y, image_code, orientation, car_angle):
'''
@brief Método que situa la linea de salida y los coches en meta
@param x Posición x
@param y Posición y
@param image_code Código de la imagen
@param orientation Orientación de la linea de salida
@param circuit_width Ancho del circuito
@param car_angle Angulo de los coches
'''
self.start = start.Start(self, circuit, x, y, image_code, orientation,
car_angle)
def __init__(self):
super(App , self).__init__()
self.title = 'Driver DISTRACTION'
self.left = 25
self.top = 25
self.width = 1000
self.height = 700
self.strt = start.Start()
self.training_datasets = self.strt.loadDataSets()
self.cnn_model = self.strt.loadModel()
self.con_matrix = self.strt.confusionMatrix(self.cnn_model)
self.initUI()
def __init__(self):
self.screen = pygame.display.set_mode(self.SCREEN)
self.black = pygame.image.load(self.black_img)
pygame.display.set_caption('Kafkahoi')
icon = pygame.image.load(self.icon)
pygame.display.set_icon(icon)
pygame.font.init()
self.clock = pygame.time.Clock()
self.sound = snd.Sound()
self._bug()
self.start = start.Start(self.screen, self.black)
self.start.set_start(self.sound, self.bug_group)
self.game = game.Game(self.screen, self.black)
self.action = 0
self.go = 1
self.main()
def __init__(self, screen):
x = 0
y = 770
self.lis = list()
for i in range(20):
self.lis.append(floor_class.Floor(x, y, screen))
x += 75
self.lis.append(start.Start(75, 748, screen))
self.lis.append(life.Life(230, 30, screen))
self.lis.append(life.Life(130, 30, screen))
self.lis.append(floor_class.Floor(-75, 697, screen))
self.lis.append(life.Life(30, 30, screen))
self.lis.append(green_door.GDoor(2000, 2000, screen))
self.lis.append(door.Door(1200, 581, screen))
self.lis.append(green_button.GreenButton(2000, 2000, screen))
self.lis.append(red_button.RedButton(400, 728, screen))
self.lis.append(player_class.Player(100, 465, screen))
def __init__(self, screen, col_life):
self.lis = []
self.col_life = col_life
self.lis.append(floor_class.Floor(0, 600, screen))
self.lis.append(floor_class.Floor(75, 600, screen))
self.lis.append(floor_class.Floor(150, 600, screen))
self.lis.append(floor_class.Floor(225, 600, screen))
self.lis.append(floor_class.Floor(225, 675, screen))
self.lis.append(floor_class.Floor(225, 750, screen))
self.lis.append(floor_class.Floor(300, 750, screen))
x = 300
for i in range(11):
self.lis.append(floor_class.Floor(x, 750, screen))
x += 75
self.lis.append(floor_class.Floor(x, 750, screen))
self.lis.append(floor_class.Floor(x, 675, screen))
self.lis.append(floor_class.Floor(x, 600, screen))
for i in range(5):
self.lis.append(floor_class.Floor(x, 600, screen))
x += 75
self.lis.append(fire.Fire(300, 717, screen))
self.lis.append(fire.Fire(381, 717, screen))
self.lis.append(cube.Cube(462, 664, screen))
self.lis.append(cube.Cube(548, 664, screen))
self.lis.append(cube.Cube(773, 664, screen))
self.lis.append(cube.Cube(859, 664, screen))
self.lis.append(cube.Cube(945, 664, screen))
self.lis.append(fire.Fire(945, 635, screen))
self.lis.append(cube.Cube(859, 578, screen))
self.lis.append(flat.Flat(640, 430, screen))
self.lis.append(start.Start(75, 578, screen))
if self.col_life == 3:
self.lis.append(life.Life(230, 30, screen))
self.lis.append(life.Life(130, 30, screen))
self.lis.append(life.Life(30, 30, screen))
elif self.col_life == 2:
self.lis.append(life.Life(130, 30, screen))
self.lis.append(life.Life(30, 30, screen))
elif self.col_life == 1:
self.lis.append(life.Life(30, 30, screen))
self.lis.append(die_player.DPlayer(2000, 2000, screen))
self.lis.append(green_door.GDoor(2000, 2000, screen))
self.lis.append(door.Door(1350, 420, screen))
self.lis.append(green_button.GreenButton(2000, 2000, screen))
self.lis.append(red_button.RedButton(670, 381, screen))
self.lis.append(player_class.Player(100, 415, screen))
def __init__(self, screen, col_life):
x = 0
self.col_life = col_life
y = 770
self.lis = list()
for i in range(16):
self.lis.append(floor_class.Floor(x, y, screen))
x += 75
x -= 75
self.lis.append(floor_class.Floor(x, 695, screen))
self.lis.append(floor_class.Floor(x, 620, screen))
self.lis.append(floor_class.Floor(x, 545, screen))
for i in range(4):
x += 75
self.lis.append(floor_class.Floor(x, 545, screen))
self.lis.append(fire.Fire(x - 10, 516, screen))
self.lis.append(cube.Cube(250, 684, screen))
self.lis.append(cube.Cube(336, 684, screen))
self.lis.append(cube.Cube(422, 684, screen))
self.lis.append(cube.Cube(508, 684, screen))
self.lis.append(cube.Cube(336, 598, screen))
self.lis.append(cube.Cube(422, 598, screen))
self.lis.append(fire.Fire(700, 741, screen))
self.lis.append(fire.Fire(771, 741, screen))
self.lis.append(fire.Fire(862, 741, screen))
self.lis.append(fire.Fire(933, 741, screen))
self.lis.append(fire.Fire(1004, 741, screen))
self.lis.append(start.Start(75, 748, screen))
if self.col_life == 3:
self.lis.append(life.Life(230, 30, screen))
self.lis.append(life.Life(130, 30, screen))
self.lis.append(life.Life(30, 30, screen))
elif self.col_life == 2:
self.lis.append(life.Life(130, 30, screen))
self.lis.append(life.Life(30, 30, screen))
elif self.col_life == 1:
self.lis.append(life.Life(30, 30, screen))
self.lis.append(shadow_block.SBlock(600, 500, screen))
self.lis.append(shadow_block.SBlock(860, 400, screen))
self.lis.append(die_player.DPlayer(2000, 2000, screen))
self.lis.append(green_door.GDoor(2000, 2000, screen))
self.lis.append(door.Door(1300, 356, screen))
self.lis.append(green_button.GreenButton(2000, 2000, screen))
self.lis.append(red_button.RedButton(620, 721, screen))
self.lis.append(player_class.Player(100, 465, screen))
def __init__(self):
pygame.init()
self.running = True # Set to false to close the application.
self.num_players = 1 # Number of players in the game.
self.spinsRemaining = 0 # Number of spins remaining in the round.
self.cur_round = 0 # Current round number. 1 Based.
self.players = [] # List of player objects for the current game.
self.game_over = False # Flag to indicate the game has ended.
# Set mode before creating the WoJ screens
self.screen = pygame.display.set_mode(
SCREEN_SIZE) # pygame screen object to draw on
self.start_screen = start.Start(self) # StartScreen
self.game_screen = gamescreen.GameScreen(
self) # GameScreen (contains Board, Wheel, and Scoreboard)
self.editor_screen = data_editor.DataEditor(self) # DataEditor
self.current_screen = self.start_screen # Current screen to display. Initialize to start screen.
self.bankrupt_sound = pygame.mixer.Sound("resources/bankrupt.wav")
self.jeopardy_sound = pygame.mixer.Sound(
"resources/Jeopardy_Music.wav")
self.end_of_round = pygame.mixer.Sound("resources/endofround.wav")
def moveHomeButton(self):
startMove = start.Start(self.kang2)
else:
print "No hope"
return 'Fail'
class Map(object):
# create a Map class connect different scenes with a list of words
scenes = {
'Mom': Mom(),
'PIN': PIN(),
'Gambling': Gambling(),
'Reverse': Reverse(),
'Fail': Fail(),
}
def __init__(self, start_scene):
self.start_scene = start_scene
def next_scene(self, scene_name):
val = Map.scenes.get(scene_name)
return val
def opening_scene(self):
return self.next_scene(self.start_scene)
a_map = Map('Mom')
a_game = start.Start(a_map)
a_game.play()
def moveToStart(self):
Move = start.Start(self.numPeople)
def moveToStart(self):
Move = start.Start(self.dataList)
import moviepy.editor as mp
import start
import random
import json
st = start.Start()
class Editor:
def __init__(self):
self.topic = st.return_topic()
self.default_path = "Pictures/" + self.topic
self.used_files = []
self.name_array = []
self.selected_files = []
self.edited_files = []
self.audio_paths = [
"Cetus", "Why we lose", "On and On", "Time Leap", "Blank",
"Feel Good", "Hellcat", "Heroes Tonight", "Invincible",
"Summer Tune"
]
def open_json(self):
with open('nameray.json') as f:
self.name_array = json.load(f)
def generate_rand_song(self):
num = random.randrange(0, len(self.audio_paths))
return num
def generate_rand_rotate(self):
def moveHomeButton(self):
startMove = start.Start(self.menu2_3)
def moveToStart(self):
Move = start.Start(self.receipt)
def runassembleGUI(self, assemblefilename):
self.assemblewindow = QtGui.QMainWindow(self)
self.assemblewindow.ui = start.Start(self)
self.assemblewindow.ui.create(assemblefilename, self)
self.assemblewindow.ui.compile()
self.assemblewindow.ui.show()
