def serverUpdate(self, aiWorld, entityGroup, packetUpdate):
p = Gun.serverUpdate(self, aiWorld, entityGroup, packetUpdate)
if self.active and self.firing:
self.addCriticalPacket(p, packetUpdate)
p.add(net.Boolean(True))
vector = self.actor.controller.targetPos - self.actor.getPosition()
pos = vector.cross(Vec3(0, 0, 1))
pos.normalize()
origin = self.actor.getPosition() + (pos *
(self.actor.radius + 0.1))
direction = self.actor.controller.targetPos - origin
direction.normalize()
if self.zoomed:
angleX = uniform(-0.5, 0.5)
angleY = uniform(-0.5, 0.5)
else:
angleX = uniform(-2, 2)
angleY = uniform(-2, 2)
mat = Mat3()
mat.setRotateMatNormaxis(
angleX, render.getRelativeVector(self.node, Vec3(0, 0, 1)))
direction = mat.xformVec(direction)
mat = Mat3()
mat.setRotateMatNormaxis(
angleY, render.getRelativeVector(self.node, Vec3(1, 0, 0)))
direction = mat.xformVec(direction)
p.add(net2.StandardVec3(direction))
entity = None
hitPos = None
if direction.length() > 0:
entity, hitPos, normal, queue = self.bulletTest(
aiWorld, entityGroup, origin, direction)
if hitPos == None:
p.add(net.Boolean(False)) # Bullet didn't hit anything
else:
p.add(net.Boolean(True)) # Bullet hit something
p.add(net2.StandardVec3(hitPos))
if entity != None:
p.add(net.Boolean(True))
p.add(net.Uint8(entity.getId()))
p.add(
net.Uint16(self.damage *
max(0, 1 - (vector.length() / 70)) *
max(0,
normal.dot(-direction) + 0.1)))
else:
p.add(net.Boolean(False))
else:
p.add(net.Boolean(False))
self.firing = False
return p
def serverUpdate(self, aiWorld, entityGroup, packetUpdate):
p = Gun.serverUpdate(self, aiWorld, entityGroup, packetUpdate)
if self.active and self.firing:
self.addCriticalPacket(p, packetUpdate)
p.add(net.Boolean(True))
vector = self.actor.controller.targetPos - self.actor.getPosition()
pos = vector.cross(Vec3(0, 0, 1))
pos.normalize()
origin = self.actor.getPosition() + (pos *
(self.actor.radius + 0.1))
direction = self.actor.controller.targetPos - origin
direction.normalize()
p.add(net2.StandardVec3(direction))
entity = None
hitPos = None
if direction.length() > 0:
entity, hitPos, normal, queue = self.bulletTest(
aiWorld, entityGroup, origin, direction)
if hitPos == None:
p.add(net.Boolean(False)) # Bullet didn't hit anything
else:
p.add(net.Boolean(True)) # Bullet hit something
p.add(net2.StandardVec3(hitPos))
if entity != None:
p.add(net.Boolean(True))
p.add(net.Uint8(entity.getId()))
vector = entity.getPosition() - self.getPosition()
range = self.range
if self.zoomed:
range *= 1.5
p.add(
net.Uint16(self.damage * max(
0, 1 - (vector.length() / range) *
max(0,
normal.dot(-direction) * 1.25))))
else:
p.add(net.Boolean(False))
else:
p.add(net.Boolean(False))
self.firing = False
return p
def serverUpdate(self, aiWorld, entityGroup, packetUpdate):
p = Gun.serverUpdate(self, aiWorld, entityGroup, packetUpdate)
if self.active and self.firing:
self.addCriticalPacket(p, packetUpdate)
p.add(net.Boolean(True))
vector = self.actor.controller.targetPos - self.actor.getPosition()
pos = vector.cross(Vec3(0, 0, 1))
pos.normalize()
origin = self.actor.getPosition() + (pos *
(self.actor.radius + 0.1))
direction = self.actor.controller.targetPos - origin
direction.normalize()
inaccuracy = 0.5 if self.zoomed else 1.5
angleX = uniform(-inaccuracy, inaccuracy)
angleY = uniform(-inaccuracy, inaccuracy)
mat = Mat3()
mat.setRotateMatNormaxis(
angleX, render.getRelativeVector(self.node, Vec3(0, 0, 1)))
direction = mat.xformVec(direction)
mat = Mat3()
mat.setRotateMatNormaxis(
angleY, render.getRelativeVector(self.node, Vec3(1, 0, 0)))
direction = mat.xformVec(direction)
p.add(net2.StandardVec3(direction))
entity = None
hitPos = None
if direction.length() > 0:
entity, hitPos, normal, queue = self.bulletTest(
aiWorld, entityGroup, origin, direction)
if hitPos == None:
p.add(net.Boolean(False)) # Bullet didn't hit anything
else:
p.add(net.Boolean(True)) # Bullet hit something
p.add(net2.StandardVec3(hitPos))
if entity != None:
p.add(net.Boolean(True))
p.add(net.Uint8(entity.getId()))
totalDamage = self.damage * max(
0, 1 - (vector.length() / 200)) * max(
0,
normal.dot(-direction) + 0.1)
p.add(net.Uint16(totalDamage))
pinned = False
if isinstance(entity, entities.BasicDroid):
for i in range(queue.getNumEntries()):
entry = queue.getEntry(i)
pos = entry.getSurfacePoint(render)
testEntity = entityGroup.getEntityFromEntry(entry)
if testEntity == None and (pos -
hitPos).length() < 5:
p.add(net.Boolean(True))
p.add(net2.HighResVec3(pos))
pinned = True
break
if not pinned:
p.add(net.Boolean(False))
p.add(net2.HighResVec3(hitPos))
else:
p.add(net.Boolean(False))
else:
p.add(net.Boolean(False))
self.firing = False
return p