def setActive(value):
global isActive;
isActive = value;
keyboardEvent = Keyboard("action");
keyboardEvent.on(actionKeyboard);
if isActive:
Update.on(checkForAction);
def setActive():
leftKey = Keyboard("left");
leftKey.on(moveLeft);
rightKey = Keyboard("right");
rightKey.on(moveRight);
setControlsEnabled(True);
Update.on(lambda: updatePosition());
def setActive():
leftKey = Keyboard("left")
leftKey.on(moveLeft)
rightKey = Keyboard("right")
rightKey.on(moveRight)
setControlsEnabled(True)
Update.on(lambda: updatePosition())
def setActive(value):
global isActive
isActive = value
keyboardEvent = Keyboard("action")
keyboardEvent.on(actionKeyboard)
if isActive:
Update.on(checkForAction)
def cameraUpdate():
global appendToElement
position = cameraToUse.getPosition()
sX = Global.screenSize[0]
sY = Global.screenSize[1]
scale = Global.scale
if isCameraFixed and isCameraShaking == False:
if fixeTarget != None:
targetPosition = fixeTarget.getPosition()
if appendToElement:
targetSize = fixeTarget.getSize()
cameraToUse.setPosition(
(targetPosition[0] + (targetSize[0] / 2)) * scale,
(targetPosition[1] + (targetSize[1] / 4)) * scale)
# check for scene boudaries
if usedScene:
sceneSize = usedScene.getSize()
if (targetPosition[0] * scale <= sX / 2) or (
targetPosition[0] * scale >= sceneSize[0] * scale -
(sX / 2)):
appendToElement = False
else:
appendToElement = True
Update.on(cameraUpdate)
character.useSprite("walking")
drawable = character.getAssignedDrawables()[0]
drawable.setFlip(True)
else:
character.setPosition(
position[0] + (character.getSpeed() * scale),
position[1])
character.useSprite("walking")
drawable = character.getAssignedDrawables()[0]
drawable.setFlip(False)
# hitbox
if (position[0] > 0 and position[0] + size[0] < 512):
character.setDirection("right")
if (position[0] > sceneSize[0] - 384
and position[0] + size[0] < sceneSize[0]):
character.setDirection("left")
else:
if direction == "left":
character.useSprite("static")
drawable = character.getAssignedDrawables()[0]
drawable.setFlip(True)
else:
character.useSprite("static")
drawable = character.getAssignedDrawables()[0]
drawable.setFlip(False)
Update.on(updatePositions)
def setActive(value):
Update.on(updateBackground)
def setActive(value): Update.on(updateBackground);
sceneSize = usedScene.getSize();
if character.isWalking():
if direction == "left":
character.setPosition(position[0] - (character.getSpeed() *scale), position[1]);
character.useSprite("walking");
drawable = character.getAssignedDrawables()[0];
drawable.setFlip(True);
else:
character.setPosition(position[0] + (character.getSpeed() *scale), position[1]);
character.useSprite("walking");
drawable = character.getAssignedDrawables()[0];
drawable.setFlip(False);
# hitbox
if (position[0] > 0 and position[0] + size[0] < 512):
character.setDirection("right");
if (position[0] > sceneSize[0] - 384 and position[0] + size[0] < sceneSize[0]):
character.setDirection("left");
else:
if direction == "left":
character.useSprite("static");
drawable = character.getAssignedDrawables()[0];
drawable.setFlip(True);
else:
character.useSprite("static");
drawable = character.getAssignedDrawables()[0];
drawable.setFlip(False);
Update.on(updatePositions);
# # * Camera behaviour on each frame * # Return : nil # --------------------------------------------------- */ appendToElement = True; def cameraUpdate(): global appendToElement; position = cameraToUse.getPosition(); sX = Global.screenSize[0]; sY = Global.screenSize[1]; scale = Global.scale; if isCameraFixed and isCameraShaking == False: if fixeTarget != None: targetPosition = fixeTarget.getPosition(); if appendToElement: targetSize = fixeTarget.getSize(); cameraToUse.setPosition((targetPosition[0] + (targetSize[0] / 2)) *scale, (targetPosition[1] + (targetSize[1] / 4)) *scale); # check for scene boudaries if usedScene: sceneSize = usedScene.getSize(); if(targetPosition[0]*scale <= sX/2) or (targetPosition[0] *scale >= sceneSize[0] * scale - (sX/2)): appendToElement = False; else: appendToElement = True; Update.on(cameraUpdate);
Global.setScreenSize(infoObject.current_w, infoObject.current_h); Global.screen = pygame.display.set_mode(Global.screenSize, settings); startMenu(); initGame(); startApp(); # --------------------------------------------------- *\ # Main loop # --------------------------------------------------- */ while Global.isApplicationRunning: Render.onUpdate(); Update.onUpdate(); event = pygame.event.poll(); if(event.type == pygame.QUIT): Global.isApplicationRunning = False; pygame.quit(); os._exit(0); # Keyboard events if not (isGameStarting): if(event.type == pygame.KEYDOWN): k=deepcopy(Input.events); for e in k: for key in Input.events[e]['keys']: if(key == event.key):
