void() teleport_touch =
{
   local entity destination;
   local vector org;
   local float    random_angle;
   local vector   original_angles;
   
   if (other.teleport_time > time)
   {
      return;  // Can't teleport before time is up
      // efc note - this keeps things from getting sucked back through in the case of two linked teleports.
   }
   
   // Apply the time exclusion here, early, so the projectile doesn't constantly teleport in some situations
   other.teleport_time = time + 0.7;
   
   if (
      (other.classname != "missile") && (other.classname != "grenade") &&
      (other.classname != "player") && (other.classname != "spike") &&
      (other.classname != "gib") &&
      (other.classname != "item_artifact_super_damage") &&
      (other.classname != "item_artifact_envirosuit") &&
      (other.classname != "item_artifact_invulnerability") &&
      (other.classname != "item_artifact_invisibility") &&
      (other.classname != "weapon_supershotgun") &&   
      (other.classname != "weapon_grenadelauncher") &&
      (other.classname != "weapon_supernailgun") &&
      (other.classname != "weapon_nailgun") &&
      (other.classname != "weapon_lightning") &&
      (other.classname != "weapon_rocketlauncher") &&
      (other.classname != "item_armor1") &&
      (other.classname != "item_armor2") &&
      (other.classname != "item_armorInv") &&
      (other.classname != "weapon_airfist") &&
      (other.classname != "weapon_grapgun") &&
      (other.classname != "weapon_chainlg") &&
      (other.classname != "item_painkeep_gwell") &&
      (other.classname != "item_painkeep_turret") &&
      (other.classname != "item_painkeep_can") &&
      (other.classname != "item_painkeep_beartrap") &&
      (other.classname != "item_painkeep_expshells") && 
      (other.classname != "") &&
      (other.classname != "gravity") &&
      (other.classname != "beartrap") &&     
      (other.classname != "turret") && (other.classname != "turret_base")
      )
    {     
       return;
    }

if (self.targetname)
{
if (self.nextthink < time)
{
return; // not fired yet
}
}

if ((other.health <= 0) && (other.solid == SOLID_NOT))
      return;
   if (other.classname == "trigger_teleport")
      return;

SUB_UseTargets ();

   // put a tfog where the player was
// PAINKEEP Use the new teleport sounds
//spawn_tfog (other.origin);
//if (other.classname == "player") {       // efc - only spawn fog thingy for players
   spawn_tfog2(other.origin);   
//}

destination = find (world, targetname, self.target);
if (!destination)
objerror ("couldn't find target");

ClearSpawnPoint(destination);

// spawn a tfog flash in front of the destination
makevectors (destination.mangle);
org = destination.origin + 32 * v_forward;
spawn_tfog (org);

// Don't let anything but players telefrag players
if (other.classname == "player")
   {    
   spawn_tdeath(destination.origin, other);
}

   
   // Move the object
setorigin (other, destination.origin);
if (other.classname == "turret")                      // special case for turret
   setorigin (other.turret_base, destination.origin); // Move the base, too, or the head will yank back to the base
other.angles = destination.mangle;

   other.fixangle = 1; // turn this way immediately (efc - this forces a reliable update, I think)   
   
   // PAINKEEP_BEARTRAP_START
   other.bt_immune_time = time + BT_BUFFER;
   // PAINKEEP_BEARTRAP_END
   
if (other.flags & FL_ONGROUND) {
other.flags = other.flags - FL_ONGROUND;
}

// Players get the boot out of the port. Other stuff keeps its old velocity
//original_speed = vlen(other.velocity);
if (other.classname == "player") {
   other.velocity = v_forward * 300;

}else
{ 
   // Turrets need a boost or they pile up in front
   if ((other.classname == "turret") || (other.classname == "turret_base")) {
      other.velocity = other.velocity * 2.0;
   }
   original_angles = destination.mangle;    
   
   random_angle = (random()*30.0) - 15.0;
   original_angles_x = original_angles_x + random_angle;
   random_angle = (random()*30.0) - 15.0;
   original_angles_y = original_angles_y + random_angle;
   
   makevectors (original_angles);
   other.velocity = v_forward * vlen(other.velocity);
}


other.flags = other.flags - other.flags & FL_ONGROUND;
};