def makeAnims():
avg.ParallelAnim([
avg.LinearAnim(self.__node, "x", 200, 0, 60),
avg.LinearAnim(self.__node, "y", 200, 0, 120)
]).start()
avg.LinearAnim(self.__node, "x", 300, 0, 100, False, None).start()
def startTimedAnim():
self.anim = avg.ParallelAnim([
avg.LinearAnim(self.nodes[0], "x", 200, 0, 60),
avg.LinearAnim(self.nodes[1], "x", 400, 0, 120),
], None, animStopped, 200)
self.__endCalled = False
self.anim.start()
def startAnim():
self.anim = avg.ParallelAnim([
avg.LinearAnim(self.nodes[0], "x", 200, 0, 60),
avg.LinearAnim(self.nodes[1], "x", 400, 0, 120),
avg.EaseInOutAnim(self.nodes[2], "x", 400, 0, 120, 100, 100)
], None, animStopped)
self.__endCalled = False
self.anim.start()
def show(self):
s = self.getMediaSize()
assert s.x and s.y
# initial size and position (scaled to screen size and centered)
self.size = scaleMax(s, self.parent.size)
self.pos = (self.parent.size - self.size) * 0.5
# random final size and position (center moved by (dx, dy) and scaled up accordingly)
dx = float(randint(-ANIM_MAX_MOVE, ANIM_MAX_MOVE))
dy = float(randint(-ANIM_MAX_MOVE, ANIM_MAX_MOVE))
size = scaleMin(s, self.size + avg.Point2D(abs(dx), abs(dy)) * 2.0)
pos = self.pos + avg.Point2D(dx, dy) + (self.size - size) * 0.5
# start in-transition
avg.Anim.fadeIn(self, TRANS_INTERVAL)
# start move/scale animation
avg.ParallelAnim([
avg.LinearAnim(self, 'size', ANIM_INTERVAL, self.size, size),
avg.LinearAnim(self, 'pos', ANIM_INTERVAL, self.pos, pos)]).start()
def startFireForgetAnim():
avg.ParallelAnim([
avg.LinearAnim(self.nodes[0], "x", 200, 0, 60),
avg.LinearAnim(self.nodes[1], "x", 200, 0, 120)
]).start()