class Game:
Game = None
def __init__(self):
Game = self
pygame.init()
self.__previousState = GameState()
Config.Init()
Display.Init()
self.__screen = Display.GetDisplay()
Display.SetCaption(Config.Get("GameSettings")["Caption"])
self.Clock = Clock().SetTick(int(Config.Get("GameSettings")["Fps"]))
self.__gameObjects = []
def AddGameObjects(self, *objects):
for obj in objects:
InstanceOf(obj, GameObject.GameObject)
self.__gameObjects.append(obj)
def Start(self):
while True:
previousMode = self.__previousState.GetMode()
heldKeys = self.__previousState.GetKeys()
pressedKeys = pygame.key.get_pressed()
currentState = GameState(previousMode, pressedKeys)
for event in pygame.event.get():
if event.type == pygame.QUIT:
self.Quit()
# Setting different modes
if (event.type == pygame.KEYDOWN):
if (previousMode == GameState.PAUSED):
if (event.key == pygame.K_ESCAPE
and not heldKeys[pygame.K_ESCAPE]):
currentState.SetMode(GameState.PLAYING)
if (previousMode == GameState.INVENTORY):
if (event.key == pygame.K_e
and not heldKeys[pygame.K_e]):
Inventory.Close()
currentState.SetMode(GameState.PLAYING)
if (previousMode == GameState.PLAYING):
if (event.key == pygame.K_ESCAPE
and not heldKeys[pygame.K_ESCAPE]):
currentState.SetMode(GameState.PAUSED)
elif (event.key == pygame.K_e
and not heldKeys[pygame.K_e]):
Inventory.Open()
currentState.SetMode(GameState.INVENTORY)
self.CheckCollisions()
self.Draw()
self.__previousState = currentState
self.Clock.Tick()
def Draw(self):
for obj in self.__gameObjects:
obj.Draw()
Display.Update()
def CheckCollisions(self):
objs = self.__gameObjects
for firstObject in range(len(objs)):
for secondObject in range(firstObject + 1, len(objs)):
collisionState = CollisionState()
if (objs[firstObject].x > objs[secondObject].x
and objs[firstObject].x <
objs[secondObject].x + objs[secondObject].width):
collisionState.Left = True
elif (objs[firstObject].x + objs[firstObject].width >
objs[secondObject].x
and objs[firstObject].x + objs[firstObject].width <
objs[secondObject].x + objs[secondObject].width):
collisionState.Right = True
# We must not be colliding on the left or right
if (collisionState.Left or collisionState.Right):
continue
if (objs[firstObject].y > objs[secondObject].y
and objs[secondObject].y <
objs[secondObject].y + objs[secondObject].height):
collisionState.Top = True
elif (objs[firstObject].y + objs[firstObject].height >
objs[secondObject].y
and objs[firstObject].y + objs[firstObject].height <
objs[secondObject].y + objs[secondObject].height):
collisionState.Bottom = True
# We must not be colliding on the top or bottom
if (collisionState.Top or collisionState.Bottom):
continue
objs[firstObject].Collides(objs[secondObject], collisionState)
def GetGameState(self):
return self.__previousState
def Quit(self):
pygame.quit()
quit()
Paused = not Paused
if (event.key == pygame.K_KP_ENTER):
try:
val = float(input("Enter new update rate per second: "))
UpdateRate = 1.0 / val
except ValueError:
print("Couldn't convert input to usable value.")
if (event.key == pygame.K_ESCAPE):
Running = False
break
if (Paused == False and (CurrentTime - LastTime) >= UpdateRate):
Window.fill((255, 255, 255))
Timer.Tick()
TheTime = Timer.ReturnTime()
LastTime = CurrentTime
TextSurf, TextRect = text_object(TheTime, largeText)
TextRect.topright = (TheMessenger.Display_Width - 10, 10)
Window.blit(TextSurf, TextRect)
if (len(TheMessenger.ListOfPeople) == 0):
break
for k in TheMessenger.ListOfLocations:
pygame.draw.rect(Window, k[5], ((k[1] - k[3] / 2),
(k[2] - k[4] / 2), k[3], k[4]))
TextSurf, TextRect = text_object(k[0], smallText)
