def __onFrame(self):
dt = player.getFrameDuration() * 0.001
self.__scrollingBg.update(dt)
bullets = self.__player.getActiveBullets()
enemiesActive = False
for e in self.__enemies:
if e.active:
enemiesActive = True
if e.alive:
for b in bullets:
if self.__bulletCollisionDetector.detect(e.pos, b.pos):
self.__scoreCounter.inc()
e.destroy()
b.destroy()
break
if e.alive: # no bullet hit
if (self.__player.alive and self.__playerCollisionDetector.detect(
e.pos, self.__player.pos)):
e.destroy()
if self.__lifeCounter.dec():
player.clearInterval(self.__spawnTimeoutId)
self.__spawnTimeoutId = None
self.__player.destroy()
if e.alive: # no player collision
e.update(dt)
if self.__player.alive:
self.__player.update(dt, self.__keyStates)
elif not self.__player.updateBullets(dt) and not enemiesActive:
# player dead, all bullets and enemies left the screen, all destroy videos
# played
self.__stop()
def __onFrame(self):
dt = player.getFrameDuration() * 0.001
self.__scrollingBg.update(dt)
bullets = self.__player.getActiveBullets()
enemiesActive = False
for e in self.__enemies:
if e.active:
enemiesActive = True
if e.alive:
for b in bullets:
if self.__bulletCollisionDetector.detect(e.pos, b.pos):
self.__scoreCounter.inc()
e.destroy()
b.destroy()
break
if e.alive: # no bullet hit
if (self.__player.alive
and self.__playerCollisionDetector.detect(
e.pos, self.__player.pos)):
e.destroy()
if self.__lifeCounter.dec():
player.clearInterval(self.__spawnTimeoutId)
self.__spawnTimeoutId = None
self.__player.destroy()
if e.alive: # no player collision
e.update(dt)
if self.__player.alive:
self.__player.update(dt, self.__keyStates)
elif not self.__player.updateBullets(dt) and not enemiesActive:
# player dead, all bullets and enemies left the screen, all destroy videos
# played
self.__stop()
def onDrag(self, transform):
frameDuration = player.getFrameDuration()
if frameDuration > 0:
self.__transVel += 0.1*transform.trans/frameDuration
if transform.pivot != avg.Point2D(0,0):
self.__curPivot = transform.pivot
if transform.rot > math.pi:
transform.rot -= 2*math.pi
if frameDuration > 0:
self.__angVel += 0.1*transform.rot/frameDuration
def onDrag(self, transform):
frameDuration = player.getFrameDuration()
if frameDuration > 0:
self.__transVel += 0.1*transform.trans/frameDuration
if transform.pivot != avg.Point2D(0,0):
self.__curPivot = transform.pivot
if transform.rot > math.pi:
transform.rot -= 2*math.pi
if frameDuration > 0:
self.__angVel += 0.1*transform.rot/frameDuration
def __onInertiaFrame(self):
transNorm = self.__transVel.getNorm()
if transNorm - self.__friction > 0:
direction = self.__transVel.getNormalized()
self.__transVel = direction * (transNorm-self.__friction)
curTrans = self.__transVel * player.getFrameDuration()
else:
curTrans = avg.Point2D(0, 0)
if self.__angVel != 0:
angSign = self.__angVel/math.fabs(self.__angVel)
self.__angVel -= angSign * self.__friction / 200
newAngSign = self.__angVel/math.fabs(self.__angVel)
if newAngSign != angSign:
self.__angVel = 0
curAng = self.__angVel * player.getFrameDuration()
self.__curPivot += curTrans
if transNorm - self.__friction > 0 or self.__angVel != 0:
if self.__moveHandler:
self.__moveHandler(Transform(curTrans, curAng, 1, self.__curPivot))
else:
self.__stop()
def __onInertiaFrame(self):
transNorm = self.__transVel.getNorm()
if transNorm - self.__friction > 0:
direction = self.__transVel.getNormalized()
self.__transVel = direction * (transNorm-self.__friction)
curTrans = self.__transVel * player.getFrameDuration()
else:
curTrans = avg.Point2D(0, 0)
if self.__angVel != 0:
angSign = self.__angVel/math.fabs(self.__angVel)
self.__angVel -= angSign * self.__friction / 200
newAngSign = self.__angVel/math.fabs(self.__angVel)
if newAngSign != angSign:
self.__angVel = 0
curAng = self.__angVel * player.getFrameDuration()
self.__curPivot += curTrans
if transNorm - self.__friction > 0 or self.__angVel != 0:
if self.__moveHandler:
self.__moveHandler(Transform(curTrans, curAng, 1, self.__curPivot))
else:
self.__stop()
def __onFrame(self):
delta = player.getFrameDuration()
oldCurFrame = self.__curFrameNum
self.__curFrameNum += (delta * self.__fps) / 1000.
if int(oldCurFrame) != int(self.__curFrameNum):
if self.__curFrameNum > len(self._info) - 1:
if self.__loop:
self.__curFrameNum = 0
else:
self.__curFrameNum = len(self._info) - 1
self.pause()
self.notifySubscribers(self.END_OF_ANIMATION, [])
self._selectSprite(self.__curFrameNum)
def __onFrame(self):
delta = player.getFrameDuration()
oldCurFrame = self.__curFrameNum
self.__curFrameNum += (delta * self.__fps) / 1000.
if int(oldCurFrame) != int (self.__curFrameNum):
if self.__curFrameNum > len(self._info)-1:
if self.__loop:
self.__curFrameNum = 0
else:
self.__curFrameNum = len(self._info)-1
self.pause()
self.notifySubscribers(self.END_OF_ANIMATION, [])
self._selectSprite(self.__curFrameNum)
def checkTime():
self.assertEqual(player.getFrameTime(), 50)
self.assertEqual(player.getFrameDuration(), 50)
self.assertEqual(player.getEffectiveFramerate(), 20)
def checkTime():
self.assertEqual(player.getFrameTime(), 50)
self.assertEqual(player.getFrameDuration(), 50)
self.assertEqual(player.getEffectiveFramerate(), 20)
def onFrame(self):
if self.__shouldMove:
speed = float(self.argvoptions.speed)
self.__runningBlock.pos += (speed * player.getFrameDuration(), 0)
if self.__runningBlock.pos.x > self.size.x:
self.__runningBlock.pos = (0, 100)
def onFrame(self):
if self.__shouldMove:
speed = float(self.argvoptions.speed)
self.__runningBlock.pos += (speed * player.getFrameDuration(), 0)
if self.__runningBlock.pos.x > self.size.x:
self.__runningBlock.pos = (0, 100)
def onFrame(self):
self._text.text = '%06d' % player.getFrameTime()
self._rect.angle += player.getFrameDuration() * 0.001
