def tick(self, dtime):
if self.shots <= 0:
self.shooting = False
self.shotClock = self.shotFrequency
if self.shooting == False:
self.reloadClock -= dtime
if self.reloadClock < 0:
self.shooting = True
self.shots = self.clip
self.reloadClock = self.reload
else:
self.shotClock -= dtime
if self.shooting == True and self.shotClock < 0:
self.targetLoc = self.engine.entityMgr.hero.pos
diffZ = self.targetLoc.z - self.pos.z
diffX = self.targetLoc.x - self.pos.x
desiredHeading = -ogre.Math.ATan2(diffZ, diffX).valueRadians()
self.engine.entityMgr.addComm(self, command.fireWhiteBullet(self, desiredHeading))
self.shotClock = self.shotFrequency
self.shots -= 1
for aspect in self.aspects:
aspect.tick(dtime)
self.checkCollision()
self.checkHealth()
def tick(self, dtime):
self.shotClock -= dtime
if self.shotClock < 0:
self.targetLoc = self.engine.entityMgr.hero.pos
diffZ = self.targetLoc.z - self.pos.z
diffX = self.targetLoc.x - self.pos.x
desiredHeading = -ogre.Math.ATan2(diffZ, diffX).valueRadians()
self.engine.entityMgr.addComm(self, command.fireWhiteBullet(self, desiredHeading))
self.engine.entityMgr.addComm(self, command.fireWhiteBullet(self, desiredHeading+ogre.Degree(22).valueRadians()))
self.engine.entityMgr.addComm(self, command.fireWhiteBullet(self, desiredHeading+ogre.Degree(44).valueRadians()))
self.engine.entityMgr.addComm(self, command.fireWhiteBullet(self, desiredHeading-ogre.Degree(22).valueRadians()))
self.engine.entityMgr.addComm(self, command.fireWhiteBullet(self, desiredHeading-ogre.Degree(44).valueRadians()))
self.shotClock = self.shotFrequency
for aspect in self.aspects:
aspect.tick(dtime)
self.checkCollision()
self.checkHealth()