class Game:
def __init__(self, *args):
"""Constructor for the Game class,ensures that the Game class starts on the correct state
state: The phase the game is running in, determines what world and entities should be created
"""
self.world = World(startup_screen_backdrop)
self.world.state = "startup"
def startup(self):
"""Creates a new startup textbox, with specified text, and places it in the location on the specified world
world: Essentially the window to which entities are added to,
should be a World object
entity: Arbitrary label to hold a new TextBox Entity
"""
self.world = World(startup_screen_backdrop)
hordelogo = MainImage(self.world)
hordelogo.location = Vector((screen_size[0]/2),(screen_size[1]/3))
self.world.add_entity(hordelogo)
btn_new = ButtonImageNew(self.world)
w,h = hordelogo.image.get_size()
btn_new.location = Vector(hordelogo.location.get_x(), hordelogo.location.get_y() +h)
self.world.add_entity(btn_new)
btn_quit = ButtonImageQuit(self.world)
w,h = btn_new.image.get_size()
btn_quit.location = Vector(btn_new.location.get_x(), btn_new.location.get_y() + h)
self.world.add_entity(btn_quit)
def playerDead(self):
text = DeadText(self.world)
text.location = Vector((screen_size[0]/2),(screen_size[1]/3))
self.world.add_entity(text)
self.world.state = "idle"
def completed(self):
"""Creates a new startup textbox, with specified text, and places it in the location on the specified world
world: Essentially the window to which entities are added to,
should be a World object
entity: Arbitrary label to hold a new TextBox Entity
"""
self.world = World(startup_screen_backdrop)
hordelogo = MainImage(self.world)
hordelogo.location = Vector((screen_size[0]/2),(screen_size[1]/3))
self.world.add_entity(hordelogo)
btn_new = ButtonImageNew(self.world)
w,h = hordelogo.image.get_size()
btn_new.location = Vector(hordelogo.location.get_x(), hordelogo.location.get_y() +h)
self.world.add_entity(btn_new)
btn_quit = ButtonImageQuit(self.world)
w,h = btn_new.image.get_size()
btn_quit.location = Vector(btn_new.location.get_x(), btn_new.location.get_y() + h)
self.world.add_entity(btn_quit)
text = CompletedText(self.world)
text.location = Vector(220,120)
self.world.add_entity(text)
def runGame(self):
"""Creates the sprites essential to playing the game.
places the sprites in a specified location on the specified world
zombie_count: determines how many zombie entities will be created
food_count: determines how many food entities will be created
entity: Arbitrary label to hold a new entity. Should create a specified
entity and place on the specified world
Within the first if statement this function also specifies the state
that the zombie object should adopt (AI)
"""
self.world = World(startup_screen_backdrop)
i = 0
while i < zombie_count:
entity = Zombie(self.world)
entity.location = Vector(randint(80, w), randint(80, h))
entity.brain.set_state("exploring")
self.world.add_entity(entity)
i += 1
i = 0
while i < food_count:
entity = Food(self.world)
entity.location = Vector(randint(100, w), randint(100, h))
self.world.add_entity(entity)
i += 1
i = 0
while i < trapdoor_count:
entity = Trapdoor(self.world)
entity.location = Vector(50,50)
entity.brain.set_state("trapdoor_open")
self.world.add_entity(entity)
i += 1
i = 0
while i < player_count:
entity = Player(self.world)
entity.location = Vector(50,50)
entity.brain.set_state("playing")
self.world.add_entity(entity)
i += 1
i = 0
self.state = "idle"
def handleEvent(self, event):
"""Returns a new state for the Game object.
based on the previous state and input from the user,
which essentially depends on what world is currently being displayed
pressed_keys: The keys pressed by the user. Determined by the
pygame.key.get_pressed module
"""
pressed_keys = pygame.key.get_pressed()
mouse_pressed = pygame.mouse.get_pos()
if event == MOUSEBUTTONDOWN:
self.world.state = self.world.get_clickable_entity(mouse_pressed)
elif self.world.state == "idle" and pressed_keys[K_ESCAPE]:
self.world.state = "startup"
elif event == pygame.QUIT: exit()
def run(self):
"""Function that controls the whole running of the Game.
Determines which world should be presented to the user, along with the
required entities and display's them on the screen
world: used to store the currently displaying world. Should
be a World object
time_passed: stores the update of the clock object, running at 20fps
screen: Specifies the screen to which the world and its entities
should be displayed
"""
# initialise pygame
pygame.init()
# The animation loop (infinite)
while 1:
if self.world.state == "startup":
self.startup()
elif self.world.state == "newGame":
self.runGame()
elif self.world.state == "completed":
self.completed()
elif self.world.state == "dead":
self.playerDead()
elif self.world.state == "quitGame":
exit()
# checks to see if there are any events occuring in pygame
for event in pygame.event.get():
# passes the event type to the handleEvent function which determines what shall be done
self.handleEvent(event.type)
time_passed= clock.tick(30)
self.world.processEntities(time_passed)
self.world.renderEntities(screen)
# flips display from buffer onto the screen
pygame.display.flip()
