def on_client_shoot(self, client, shot_id, gun, fx, fy, fz, tx, ty, tz, hits):
if client.state.lastshot == -1:
wait = time.time() - client.state.lastshot
else:
wait = client.state.gunwait
pfrom = vec(fx, fy, fz).div(DMF)
pto = vec(tx, ty, tz).div(DMF)
if not client.state.alive or wait < client.state.gunwait: return
if gun < weapon_types.GUN_FIST or gun > weapon_types.GUN_PISTOL: return
if client.state.ammo[gun] <= 0: return
if guns[gun].range and (pfrom.dist(pto) > guns[gun].range + 1): return
if gun != weapon_types.GUN_FIST:
client.state.ammo[gun] -= 1
client.state.lastshot = time.time()
client.state.gunwait = float(guns[gun].attackdelay)/1000.0
with self.broadcastbuffer(1, True, [client]) as cds:
swh.put_shotfx(cds, client, gun, shot_id, fx, fy, fz, tx, ty, tz)
if gun == weapon_types.GUN_RL:
client.state.rockets[shot_id] = gun
elif gun == weapon_types.GUN_GL:
client.state.grenades[shot_id] = gun
else:
for hit in hits:
self.on_client_hit(client, gun, **hit)
