def __init__(self, winDimensions, remoteGame):
super().__init__()
# Set state
self.maxX = winDimensions[0]/2
self.minX = -self.maxX
self.maxY = winDimensions[1]/2
self.minY = -self.maxY
# Load Setting
rm = ResourceManager.activeManager
self._background = ParallaxBackground(\
rm.request("PlanetBackgroundSmall.jpg"), \
[rm.request("ParallaxStarsSmall.png")], [-300])
# Load Setting Music
p = self._musicPlayer = pyglet.media.Player()
p.queue(rm.request("ABeautifulMind.mp3", pyglet.media.load))
p.eos_action = 'loop'
p.play()
# Establish Remote Game Connection
self.remoteGame = remoteGame
# Initialize the Game
self.initGame()
self.beginWaiting()
def __init__( self ): self.bg = ParallaxBackground( "sprites/worlds/"+str(Game.level)+"/background-fore.png", "sprites/worlds/"+str(Game.level)+"/background-middle.png", "sprites/worlds/"+str(Game.level)+"/background-far.png", "sprites/worlds/"+str(Game.level)+"/background-back.png" ) self.platforms.append( Platform( [(Game.screen_width/2)-50, 200] ) )
class GameWorld(object):
activeWorld = None
def __init__(self, winDimensions, remoteGame):
super().__init__()
# Set state
self.maxX = winDimensions[0]/2
self.minX = -self.maxX
self.maxY = winDimensions[1]/2
self.minY = -self.maxY
# Load Setting
rm = ResourceManager.activeManager
self._background = ParallaxBackground(\
rm.request("PlanetBackgroundSmall.jpg"), \
[rm.request("ParallaxStarsSmall.png")], [-300])
# Load Setting Music
p = self._musicPlayer = pyglet.media.Player()
p.queue(rm.request("ABeautifulMind.mp3", pyglet.media.load))
p.eos_action = 'loop'
p.play()
# Establish Remote Game Connection
self.remoteGame = remoteGame
# Initialize the Game
self.initGame()
self.beginWaiting()
''''''''''''''''''''''''''''''''''''''''''''''''
def draw(self):
if self._gameState == "PlayAgain?":
self._endText.draw()
self._endText2.draw()
def update(self, dt):
# Handle any events; ie. Loss of Connection, New Game, etc..
self.handleEvents()
# Handle special state
self.handleGameState()
# Update background and health bar
self._background.update(dt)
self._player.getHB().update(dt)
# Update All Entities
self.remoteGame.update(dt)
for localEnt in self._entities:
localEnt.update(dt)
if(self._gameState == "Playing"):
self.remoteGame.sendEntity(localEnt)
self.checkGameOver()
''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''
# Handle Events, such as Disconnets, New Games, Etc..
def handleEvents(self):
if(self.remoteGame.hasConnected()):
self.beginNewGame()
if(self.remoteGame.hasDisconnected()):
self.endGame()
self.beginWaiting()
if(self.remoteGame.willPlayAgain() and self.willPlayAgain()):
self.beginNewGame()
if(self.isDefeated() or self.remoteGame.isDefeated()):
self.endGame()
self.askPlayAgain()
def handleGameState(self):
if(self._gameState == "PlayAgain?"):
if(Keyboard.localKeyboard._releasedKeys[pyglet.window.key.Y]):
self._gameState == "PlayAgain"
self.remoteGame.sendEvent("PlayAgain")
''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''
def beginNewGame(self):
# Set the ship position and remove bullets
self._player.getShip().setTranslation2f(0, -200)
# Set the Game State
self._gameState = "Playing"
def endGame(self):
# Destroy All Local and Remote Entities
self.remoteGame.removeEntities()
for ent in self._entities:
ent.removeFromWorld()
# Remove the Player's HealthBar
self._player.removeFromWorld()
# Reinitialize the Game
self.initGame()
self._gameState = "Ended"
def initGame(self):
# Get Scene Graph
sg = Renderer.getRenderer().getSceneGraph()
# Create the Player at 0, -200
self._player = Player(Keyboard.localKeyboard, 1, t=sg.newTransform(t=vec(0, -200)))
# Create Entities
self._entities = []
self.addEntity(self._player.getShip())
# Create End-Text Display
self._endText = None
self._endText2 = None
def beginWaiting(self):
self._gameState = "Waiting"
def askPlayAgain(self):
# Set Game State
self._gameState = "PlayAgain?"
# Create PlayAgain Text
if not self._endText:
self._endText = pyglet.text.Label("Play Again - Y", font_name = "Times New Roman", font_size = 24,
anchor_x='center', anchor_y='center', color=(255, 255, 255, 255))
self._endText2 = pyglet.text.Label("Exit - Esc", font_name = "Times New Roman", font_size = 24,
y=-40, anchor_x='center', anchor_y='center', color=(255, 255, 255, 255))
def checkGameOver(self):
if(self._player.getShip().explosionEnded()):
self._gameState = "isDefeated"
self.remoteGame.sendEvent("isDefeated")
''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''
def willPlayAgain(self):
return self._gameState == "PlayAgain"
def isDefeated(self):
return self._gameState == "isDefeated"
''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''
def addEntity(self, ent):
CollisionWorld.activeWorld.addPrimitive(ent.getCollisionPrimitive())
self._entities.append(ent)
def removeEntity(self, ent):
CollisionWorld.activeWorld.removePrimitive(ent.getCollisionPrimitive())
self._entities.remove(ent)
class World: bg = None platforms = [] tinyworlds = [] enemies = [] last_tinyworld = 0 last_platform = 0 def __init__( self ): self.bg = ParallaxBackground( "sprites/worlds/"+str(Game.level)+"/background-fore.png", "sprites/worlds/"+str(Game.level)+"/background-middle.png", "sprites/worlds/"+str(Game.level)+"/background-far.png", "sprites/worlds/"+str(Game.level)+"/background-back.png" ) self.platforms.append( Platform( [(Game.screen_width/2)-50, 200] ) ) #self.tinyworlds.append( TinyWorld( [random.randint(100, 800), random.randint(300, 600)] ) ) def clearLevel( self ): for i in range(0, len(self.platforms)): self.platforms[i].kill( ) for i in range(0, len(self.tinyworlds)): self.tinyworlds[i].kill( ) for i in range(0, len(self.enemies)): self.enemies[i].kill( ) self.platforms = [] self.tinyworlds = [] self.enemies = [] self.last_tinyworld = 0 self.last_platform = 0 def clearBg( self ): for s in Game.sprites["background"]: s.kill( ) #for i in range(0, len(self.bg.layers)): # for t in range(0, len(self.bg.layers[i].tiles)): # self.bg.layers[i].tiles[t].kill( ) # self.bg.layers[i].tile.kill( ) self.bg.layers = [] self.bg = None def resetLevel( self ): self.clearLevel( ) self.platforms.append( Platform( [(Game.screen_width/2)-50, 200] ) ) #self.tinyworlds.append( TinyWorld( [random.randint(100, 800), random.randint(300, 600)] ) ) def update( self, player ): # update background self.bg.update( player ) # randomly add baddies randomiser = random.randint( 0, 1000 ) if randomiser <= 10: self.enemies.append( FloatyTurp( [Game.screen_width, random.randint(100, Game.screen_height - 100)] ) ) if randomiser > 10 and randomiser <= 15: self.enemies.append( BulletTurp( [Game.screen_width, random.randint(100, Game.screen_height - 100)] ) ) # Randomly add platforms and tiny worlds if player.pos[0] > Game.screen_width - Game.screen_move_x: if self.last_tinyworld == 0: if randomiser > 15 and randomiser <= 20: self.tinyworlds.append( TinyWorld( [random.randint(Game.screen_width, Game.screen_width * 2), random.randint(100, Game.screen_height - 100)] ) ) self.last_tinyworld = 100 else: self.last_tinyworld -= 1 if self.last_platform == 0: if randomiser > 20 and randomiser <= 30: self.platforms.append( Platform( [random.randint(Game.screen_width, Game.screen_width * 2), random.randint(100, Game.screen_height - 100)] ) ) self.last_platform = 100 else: self.last_platform -= 1 # move platforms for i in range(0, len(self.platforms)): if player.move_X < 0: if player.pos[0] < Game.screen_move_x: self.platforms[i].pos[0] -= player.move_X elif player.move_X > 0: if player.pos[0] > Game.screen_width - Game.screen_move_x: self.platforms[i].pos[0] -= player.move_X # move tiny worlds for i in range(0, len(self.tinyworlds)): if player.move_X < 0: if player.pos[0] < Game.screen_move_x: self.tinyworlds[i].pos[0] -= player.move_X elif player.move_X > 0: if player.pos[0] > Game.screen_width - Game.screen_move_x: self.tinyworlds[i].pos[0] -= player.move_X # move enemies for i in range(0, len(self.enemies)): if player.move_X < 0: if player.pos[0] < Game.screen_move_x: self.enemies[i].pos[0] -= player.move_X elif player.move_X > 0: if player.pos[0] > Game.screen_width - Game.screen_move_x: self.enemies[i].pos[0] -= player.move_X
