def __init__(self, mov, xInMap, yInMap):
super(Enemy, self).__init__()
self.xInMap = xInMap
self.yInMap = yInMap
self.x = xInMap * 48
self.y = yInMap * 48
# direction that enemy move towards
self.dir = "up"
# notice that value of stepLength property must be a divisible number of 48
self.stepLength = 8
self.stepIndex = 0
self.stepNum = 48 / self.stepLength
self.fullHp = 150
self.hp = self.fullHp
self.animaSet = AnimationSet()
self.addChild(self.animaSet)
frameList = Animation.divideUniformSizeFrames(48, 96, 1, 2)
# move down
bmpd = BitmapData(mov, 0, 0, 48, 96)
anima = Animation(bmpd, frameList)
self.animaSet.addAnimation("mov_down", anima)
# move up
bmpd = BitmapData(mov, 0, 96, 48, 96)
anima = Animation(bmpd, frameList)
self.animaSet.addAnimation("mov_up", anima)
# move left
bmpd = BitmapData(mov, 0, 192, 48, 96)
anima = Animation(bmpd, frameList)
self.animaSet.addAnimation("mov_left", anima)
# move right
bmpd = BitmapData(mov, 0, 192, 48, 96)
anima = Animation(bmpd, frameList)
anima.mirroring = True
self.animaSet.addAnimation("mov_right", anima)
# uniform treatment of these animations
for n in self.animaSet.animationList:
o = self.animaSet.animationList[n]
o.playMode = AnimationPlayMode.VERTICAL
o.speed = 3
o.addEventListener(AnimationEvent.CHANGE_FRAME, self.step)
self.animaSet.changeAnimation("mov_" + self.dir)
# create hp layer
self.hpLayer = Sprite()
self.hpLayer.x = 8
self.hpLayer.y = -5
self.addChild(self.hpLayer)
self.hpLayer.graphics.beginFill("red")
self.hpLayer.graphics.drawRect(0, 0, 32, 5)
self.hpLayer.graphics.endFill()
def __init__(self, name, mov, atk, xInMap, yInMap, atkValue):
super(AttackCharacter, self).__init__()
self.xInMap = xInMap
self.yInMap = yInMap
self.x = xInMap * 48
self.y = yInMap * 48
self.isAtk = False
self.atkValue = atkValue
self.dir = "down"
self.animaSet = AnimationSet()
self.addChild(self.animaSet)
frameList = Animation.divideUniformSizeFrames(48, 96, 1, 2)
# move down
bmpd = BitmapData(mov, 0, 0, 48, 96)
anima = Animation(bmpd, frameList)
self.animaSet.addAnimation("mov_down", anima)
# move up
bmpd = BitmapData(mov, 0, 96, 48, 96)
anima = Animation(bmpd, frameList)
self.animaSet.addAnimation("mov_up", anima)
# move left
bmpd = BitmapData(mov, 0, 192, 48, 96)
anima = Animation(bmpd, frameList)
self.animaSet.addAnimation("mov_left", anima)
# move right
bmpd = BitmapData(mov, 0, 192, 48, 96)
anima = Animation(bmpd, frameList)
anima.mirroring = True
self.animaSet.addAnimation("mov_right", anima)
frameList = Animation.divideUniformSizeFrames(64, 256, 1, 4)
# atk down
bmpd = BitmapData(atk, 0, 0, 64, 256)
anima = Animation(bmpd, frameList)
self.animaSet.addAnimation("atk_down", anima)
# atk up
bmpd = BitmapData(atk, 0, 256, 64, 256)
anima = Animation(bmpd, frameList)
self.animaSet.addAnimation("atk_up", anima)
# atk left
bmpd = BitmapData(atk, 0, 512, 64, 256)
anima = Animation(bmpd, frameList)
self.animaSet.addAnimation("atk_left", anima)
# atk right
bmpd = BitmapData(atk, 0, 512, 64, 256)
anima = Animation(bmpd, frameList)
anima.mirroring = True
self.animaSet.addAnimation("atk_right", anima)
# uniform treatment of these animations
for n in self.animaSet.animationList:
o = self.animaSet.animationList[n]
o.playMode = AnimationPlayMode.VERTICAL
o.speed = 5
o.addEventListener(AnimationEvent.CHANGE_FRAME, self.step)
# if atk animation...
if n.find("atk") >= 0:
o.loopTimes = 1
o.x -= 8
o.y -= 8
o.addEventListener(AnimationEvent.STOP, self.atkOver)
self.animaSet.changeAnimation("mov_" + self.dir)
def demoInit(result):
global loadingBar, animaSet
loadingBar.remove()
# move image
mov = result["mov"]
# atk image
atk = result["atk"]
###
# create animation set to contain a sort of animations
###
animaSet = AnimationSet()
animaSet.x = animaSet.y = 100
addChild(animaSet)
###
# move animation
###
# get move animation frame list
frameList = Animation.divideUniformSizeFrames(48, 96, 1, 2)
# move down
bmpd = BitmapData(mov, 0, 0, 48, 96)
anima = Animation(bmpd, frameList)
animaSet.addAnimation("move_down", anima)
# move up
bmpd = BitmapData(mov, 0, 96, 48, 96)
anima = Animation(bmpd, frameList)
animaSet.addAnimation("move_up", anima)
# move left
bmpd = BitmapData(mov, 0, 192, 48, 96)
anima = Animation(bmpd, frameList)
animaSet.addAnimation("move_left", anima)
# move right
bmpd = BitmapData(mov, 0, 192, 48, 96)
anima = Animation(bmpd, frameList)
anima.mirroring = True
animaSet.addAnimation("move_right", anima)
###
# attack animation
###
# get atk animation frame list
frameList = Animation.divideUniformSizeFrames(64, 256, 1, 4)
# atk down
bmpd = BitmapData(atk, 0, 0, 64, 256)
anima = Animation(bmpd, frameList)
animaSet.addAnimation("atk_down", anima)
# atk up
bmpd = BitmapData(atk, 0, 256, 64, 256)
anima = Animation(bmpd, frameList)
animaSet.addAnimation("atk_up", anima)
# atk left
bmpd = BitmapData(atk, 0, 512, 64, 256)
anima = Animation(bmpd, frameList)
animaSet.addAnimation("atk_left", anima)
# atk right
bmpd = BitmapData(atk, 0, 512, 64, 256)
anima = Animation(bmpd, frameList)
anima.mirroring = True
animaSet.addAnimation("atk_right", anima)
for n in animaSet.animationList:
o = animaSet.animationList[n]
o.playMode = AnimationPlayMode.VERTICAL
o.speed = 5
# if atk animation... (because atk animation is bigger than move animation)
if n.find("atk") >= 0:
o.x -= 8
o.y -= 8
animaSet.changeAnimation("move_down")
###
# create buttons
###
btnList = [
"move down", "move up", "move right", "move left", "atk down",
"atk up", "atk right", "atk left"
]
btnLayer = Sprite()
btnLayer.x = 200
btnLayer.y = 50
addChild(btnLayer)
for i, n in enumerate(btnList):
btn = ButtonSample(text=n)
btn.label = n
btnLayer.addChild(btn)
btn.addEventListener(MouseEvent.MOUSE_DOWN, onBtnClick)
btn.x = (0 if (4 - i) > 0 else 1) * 150
btn.y = (i % 4) * 50
