def __init__(self):
GameObject.__init__(self, image = Image('graphics/title.bmp', permeate = False), position = (400, 300))
pass
def draw(self, screen):
if not self.unit.checkAlive():
return
ration = self.unit.getHp() / self.maxHp
# print(ration, self.position)
if ration < 0:
ration = 0
if ration > 1:
ration = 1
screen.draw(self.image.getSubImage((0, 0), (self.imageSize.getX() * ration, self.imageSize.getY())), self.position - self.imageSize / 2)
def __init__(self, unit, maxHp, position):
RunnableList.__init__(self)
self.append(GameObject(image = 'graphics/lifeBox.bmp', position = position))
self.append(self.Bar(unit, maxHp, position))
class UnitStatusViewer(RunnableList):
def __init__(self, unit, maxHp, position = Coordinate(0, 0)):
RunnableList.__init__(self)
self.unit = unit
self.position = Coordinate(position)
unitImage = unit.getImage()
self.append(GameObject(image = unitImage,
position = self.position - Coordinate(60, 0)))
self.append(LifeBar(unit, maxHp, self.position + Coordinate(20, 0)))
if __name__ == '__main__':
unit = GameObject(image = Image('lifeBar.bmp', permeate = False))
unit.hp = 80
run(UnitStatusViewer(unit, 100, (400, 300)))
def step(self):
GameObject.step(self)
if any(Manager.getKeyStatus(key) for key in (Manager.K_SPACE,
Manager.K_z)):
return PlayMode()