class App( ):
# -------- Init --------
# Constructor, creates the app and sets it to running.
#
# @return App
def __init__( self ):
# Set the app to running
self.running = True
# Create the event manager
self.events = EventManager( )
self.events.registerListener( AppListener() )
# Set the default app mode
self.mode = 'menu'
self.updateableObjects = {
'game': [],
'menu': []
}
self.colliders = []
# -------- Tick --------
# Process a single tick of the game loop.
#
# @param int frameTime Number of milliseconds passed since the previous tick.
# @param int lifeTime Number of milliseconds since pygame initialised.
# @return None
def tick( self, frameTime, lifeTime ):
if 'game' == self.mode:
self.tickGame( frameTime, lifeTime )
else:
self.tickMenu( frameTime, lifeTime )
# -------- Tick Game --------
# Process a single tick within the game mode.
#
# @param int frameTime Number of milliseconds passed since the previous tick.
# @param int lifeTime Number of milliseconds since pygame initialised.
# @return None
def tickGame( self, frameTime, lifeTime ):
# Fill with black
config.screen.fill( config.settings['screen_fill'] )
# Update sprites
print len(self.updateableObjects['game'])
for obj in self.updateableObjects['game']:
obj.update( int(frameTime), int(lifeTime) )
# Run checks on colliders
for collider in self.colliders:
collider.check( )
# Draw sprites
rects = config.sprites.draw( config.screen )
#pygame.display.update( rects )
pygame.display.flip( )
# -------- Tick Menu --------
# Process a single tick within the menu mode.
#
# @param int frameTime Number of milliseconds passed since the previous tick.
# @param int lifeTime Number of milliseconds since pygame initialised.
# @return None
def tickMenu( self, frameTime, lifeTime ):
for obj in self.updateableObjects['menu']:
pass
def addUpdateableObject( self, mode, obj ):
if obj not in self.updateableObjects[mode]:
self.updateableObjects[mode].append( obj )
def removeUpdateableObject( self, mode, obj ):
if obj in self.updateableObjects[mode]:
self.updateableObjects[mode].remove( obj )
def addCollider( self, collider ):
self.colliders.append( collider )
def setMode( self, mode ):
self.mode = mode
def setWorld( self, world ):
self.world = world
class App( ):
# -------- Init --------
# Constructor, creates the app and sets it to running.
#
# @return App
def __init__( self ):
# Set the app to running
self.running = True
# Create the event manager
self.events = EventManager( )
self.events.registerListener( AppListener() )
# Set the default app mode
self.mode = 'menu'
self.updateableObjects = {
'game': [],
'menu': []
}
# -------- Tick --------
# Process a single tick of the game loop.
#
# @param int frameTime Number of milliseconds passed since the previous tick.
# @param int lifeTime Number of milliseconds since pygame initialised.
# @return None
def tick( self, frameTime, lifeTime ):
if 'game' == self.mode:
self.tickGame( frameTime, lifeTime )
else:
self.tickMenu( frameTime, lifeTime )
# -------- Tick Game --------
# Process a single tick within the game mode.
#
# @param int frameTime Number of milliseconds passed since the previous tick.
# @param int lifeTime Number of milliseconds since pygame initialised.
# @return None
def tickGame( self, frameTime, lifeTime ):
# Fill with black
config.screen.fill( config.settings['screen_fill'] )
# Update sprites
for obj in self.updateableObjects['game']:
obj.update( int(frameTime), int(lifeTime) )
# Draw sprites
rects = config.sprites.draw( config.screen )
#pygame.display.update( rects )
pygame.display.flip( )
# -------- Tick Menu --------
# Process a single tick within the menu mode.
#
# @param int frameTime Number of milliseconds passed since the previous tick.
# @param int lifeTime Number of milliseconds since pygame initialised.
# @return None
def tickMenu( self, frameTime, lifeTime ):
for obj in self.updateableObjects['menu']:
pass
def addUpdateableObject( self, mode, obj ):
self.updateableObjects[mode].append( obj )
def setMode( self, mode ):
self.mode = mode
def setWorld( self, world ):
self.world = world
