class floatTrap():
traps = list()
model = 0
index = 0
def __init__(self, ppos, world, worldNP):
self.world = world
if floatTrap.model==0:
floatTrap.model = Model("../assets/3d/Actors/beartrap2.egg")
h = deg2Rad(camera.getH())
p = deg2Rad(camera.getP())
dir = (-cos(p)*sin(h), cos(p)*cos(h), sin(p))
npos = map(lambda i: ppos[i]+dir[i]*25, range(3))
self.instance = floatTrap.model.createInstance(pos=npos,hpr=(0,0,0))
self.index = floatTrap.index
pmin = LPoint3()
pmax = LPoint3()
self.instance.calcTightBounds(pmin,pmax)
norm = pmin-pmax
self.off = (norm[0]*.5,norm[1]*.5,norm[2]*.5)
r = max(norm)
shape = BulletSphereShape(.7*r)
self.sphere = BulletGhostNode('TrapSphere')
self.sphere.addShape(shape)
self.sphere.setDeactivationEnabled(False)
self.np = worldNP.attachNewNode(self.sphere)
self.np.setPos(LVecBase3(npos[0],npos[1],npos[2]))
self.np.setCollideMask(BitMask32.allOn())
world.attachGhost(self.sphere)
#taskMgr.add(self.check,"floatTrap"+str(self.index)+"Check")
floatTrap.traps.append(self)
floatTrap.index = floatTrap.index + 1
#pos = self.instance.getPos()
#self.np.setPos(pos[0]-self.off[0],pos[1]-self.off[1],pos[2]-self.off[2])
def kill(self):
floatTrap.traps.remove(self)
self.world.removeGhost(self.sphere)
self.instance.detachNode()
def check(self,contacts,human,players):
if len(contacts)>0:
contactObject = contacts[0].getNode0()
if contacts[0].getNode0().getName()=="TrapSphere":
contactObject = contacts[0].getNode1()
name = contactObject.getName()
print contactObject
if name==human.character.getName():
human.trap1()
self.kill()
return
for i in range(len(players)):
if name==players[i].character.getName():
players[i].trap1()
self.kill()
return
class clawTrap():
traps = list()
model = 0
index = 0
def __init__(self, world, worldNP):
self.failed = 1
self.world = world
if clawTrap.model==0:
clawTrap.model = Model("../assets/3d/Actors/claw3.egg")
h = deg2Rad(camera.getH())
p = deg2Rad(camera.getP())
dir = (-cos(p)*sin(h), cos(p)*cos(h), sin(p))
cpos = camera.getPos()
vec = map(lambda i: cpos[i]+dir[i]*200, range(3))
rayHit = world.rayTestClosest(cpos,LPoint3(vec[0],vec[1],vec[2]))
if not rayHit.hasHit():
return
npos = rayHit.getHitPos()
n = rayHit.getHitNormal()
print n
npos = map(lambda i: npos[i]+n[i]*5, range(3))
self.instance = clawTrap.model.createInstance(pos=npos,hpr=(-90*n.x,180*(n.z==1)+90*(abs(n.x)+n.y),0))
self.index = clawTrap.index
pmin = LPoint3()
pmax = LPoint3()
self.instance.calcTightBounds(pmin,pmax)
norm = pmin-pmax
self.off = (norm[0]*.5,norm[1]*.5,norm[2]*.5)
r = max(norm)
shape = BulletSphereShape(.7*r)
self.sphere = BulletGhostNode('TrapSphere')
self.sphere.addShape(shape)
self.sphere.setDeactivationEnabled(False)
self.np = worldNP.attachNewNode(self.sphere)
self.np.setPos(LVecBase3(npos[0],npos[1],npos[2]))
self.np.setCollideMask(BitMask32.allOn())
world.attachGhost(self.sphere)
#taskMgr.add(self.check,"floatTrap"+str(self.index)+"Check")
clawTrap.traps.append(self)
clawTrap.index = clawTrap.index + 1
self.failed = 0
#pos = self.instance.getPos()
#self.np.setPos(pos[0]-self.off[0],pos[1]-self.off[1],pos[2]-self.off[2])
def kill(self):
clawTrap.traps.remove(self)
self.world.removeGhost(self.sphere)
self.instance.detachNode()
def check(self,contacts,human,players):
if len(contacts)>0:
contactObject = contacts[0].getNode0()
if contacts[0].getNode0().getName()=="TrapSphere":
contactObject = contacts[0].getNode1()
name = contactObject.getName()
print contactObject
if name==human.character.getName():
human.trap2()
self.kill()
return
for i in range(len(players)):
if name==players[i].character.getName():
players[i].trap2()
self.kill()
return
class Projectile():
projectiles = list()
model = 0
index = 0
def __init__(self, ppos, h, p, parent, parentVel, world, worldNP):
self.world=world
if Projectile.model==0:
Projectile.model = Model("../assets/3d/Actors/ball_proj2.egg")
h = deg2Rad(camera.getH())
p = deg2Rad(camera.getP())
dir = (-cos(p)*sin(h), cos(p)*cos(h), sin(p))
ppos = map(lambda i: ppos[i]+dir[i]*20, range(3))
self.instance = Projectile.model.createInstance(pos=ppos,hpr=(h,p,0),scale=3)
self.dhpr = [random.random(),random.random(),random.random()]
pmin = LPoint3()
pmax = LPoint3()
self.instance.calcTightBounds(pmin,pmax)
norm = pmin-pmax
self.off = (norm[0]*.5,norm[1]*.5,norm[2]*.5)
r = max(norm)
pos = ppos
shape = BulletSphereShape(.5*r)
self.sphere = BulletGhostNode('ProjectileSphere')
self.sphere.addShape(shape)
self.sphere.setDeactivationEnabled(False)
self.np = worldNP.attachNewNode(self.sphere)
self.np.setPos(LVecBase3f(ppos[0],ppos[1],ppos[2]))
self.np.setCollideMask(BitMask32.allOn())
world.attachGhost(self.sphere)
dir = (-cos(p)*sin(h), cos(p)*cos(h), sin(p))
self.vel = parentVel
self.vel = map(lambda i: dir[i]*100, range(3))
self.index = Projectile.index
self.parent = parent
Projectile.index = Projectile.index + 1
taskMgr.add(self.move,"Proj"+str(Projectile.index)+"MoveTask")
self.prevTime = 0
self.lifeTime = 0
Projectile.projectiles.append(self)
self.TIMEDLIFE = 120
self.dead = 0
def kill(self):
self.instance.removeNode()
self.parent.projectiles.remove(self)
self.world.removeGhost(self.sphere)
Projectile.projectiles.remove(self)
self.dead = 1
def check(self,contacts,human,players):
if len(contacts)==0:
return
contactObject = contacts[0].getNode0()
if contacts[0].getNode0().getName()=="ProjectileSphere":
contactObject = contacts[0].getNode1()
name = contactObject.getName()
#print name
if name==human.character.getName():
human.impact(self.vel)
self.kill()
return
for i in range(len(players)):
if name==players[i].character.getName():
players[i].impact(self.vel)
self.kill()
return
return
def move(self,task):
if self.dead==1:
return
dt = task.time-self.prevTime
#If the projectile exceeds its maximum lifetime or burns out on the arena bounds -
self.lifeTime += dt
if(self.lifeTime >= self.TIMEDLIFE):
#kill projectile
self.instance.removeNode()
self.parent.projectiles.remove(self)
self.world.removeGhost(self.sphere)
Projectile.projectiles.remove(self)
return
#print "Projectile removed"
if(self.lifeTime < self.TIMEDLIFE):
#get the position
pos = self.instance.getPos()
#get the displacement
dis = (self.vel[0]*dt,self.vel[1]*dt,self.vel[2]*dt)
#set the new position
self.np.setPos(pos[0]+dis[0],pos[1]+dis[1],pos[2]+dis[2])
self.instance.setPos(pos[0]+dis[0],pos[1]+dis[1],pos[2]+dis[2])
hpr = self.instance.getHpr()
hpr = map(lambda i: hpr[i]+dt*100*self.dhpr[i], range(3))
self.instance.setHpr(hpr[0],hpr[1],hpr[2])
return task.cont
