def handleinto(self, entry):
        fromNode = entry.getFromNode().getName()
        intoNode = entry.getIntoNode().getName()
        timeEntry = entry.getT





        tempStr = fromNode.split('-')
        shooterID = tempStr[0]
        tempStr = intoNode.split('-')
        victimID = tempStr[0]


    def handleagain(self, entry):
        fromNode = entry.getFromNode().getName()
        intoNode = entry.getIntoNode().getName()

        print (fromNode)
        print (intoNode)

    def firing(self):

        shipPosVec = self.ship.getPos(self.origin)
        hudPosVec = self.hud.getPos(self.origin)
        fsolution = hudPosVec - shipPosVec

        fsolution.normalize()
        fsolution = (fsolution * 1000) + hudPosVec
        duration = 2
        self.cntMissiles += 1
        basename = 'missile'
        idTag = "missile-" + str(self.cntMissiles)


        # Check for the completion of the Interval task, which means no
        # collisions were encountered.

        self.FireModels[idTag] = loader.loadModel('./Phaser/phaser.x')
        self.FireModels[idTag].setScale(.6)
        self.FireModels[idTag].setPos(hudPosVec)
        self.FireModels[idTag].reparentTo(render)
        self.CSP[idTag] = CollisionSphere(0, 0, 0, 0.5)

        self.Cnodes[idTag] = self.FireModels[idTag].attachNewNode(CollisionNode(idTag))
        self.Cnodes[idTag].node().addSolid(self.CSP[idTag])

        self.traverser.addCollider(self.Cnodes[idTag], self.handler)


        self.Intervals[idTag] = LerpPosInterval(self.FireModels[idTag], duration,
                                               Vec3(fsolution), Vec3(hudPosVec), fluid = 1)
        self.Intervals[idTag].start()