void TeleportTo(Vector3* position)
{
IPlayer* me = GetMe();
if (!me) return;
Player* playerMe = me->GetPlayer();
if (!playerMe) return;
IActor* actorMe = me->vfptr->GetActorInterface(me);
if (!actorMe) return;
IUE4Actor* ue4actor = playerMe->baseclass_0.m_target;
if (!ue4actor) return;
World* GameWorld = GetWorldObject();
if (!GameWorld) return;
//auto const logMsg = boost::str(boost::format("TeleportTo(%.2f,%.2f,%.2f)")
// % position->x % position->y % position->z);
//Chat(logMsg);
Rotation rot{ 0, 0, 0 };
ue4actor->vfptr->GetRotation(ue4actor, &rot);
GameWorld->vfptr->SendRespawnEvent(GameWorld, me->GetPlayer(), position, &rot);
ue4actor->vfptr->LocalRespawn(ue4actor, position, &rot);
}
void TeleportForward(float distance)
{
IPlayer* me = GetMe();
if (!me) return;
Player* playerMe = me->GetPlayer();
if (!playerMe) return;
IActor* actorMe = me->vfptr->GetActorInterface(me);
if (!actorMe) return;
IUE4Actor* ue4actor = playerMe->baseclass_0.m_target;
if (!ue4actor) return;
Vector3 position;
Rotation rotation;
ue4actor->vfptr->GetPosition(ue4actor, &position);
ue4actor->vfptr->GetRotation(ue4actor, &rotation);
// Their angles go from [0, 180) and [-0, -180), convert to [0, 360).
float facing = rotation.yaw;
if (facing < 0.0f)
{
facing += 360.0f;
}
facing = facing * static_cast<float>(M_PI) / 180.0f;
float const x = std::cos(facing);
float const y = std::sin(facing);
// TODO: z
position.x += distance * x;
position.y += distance * y;
TeleportTo(&position);
}
