void neb::phx::core::actor::base::init(parent_t * const & p)
{
printv_func(DEBUG);
create_physics();
init_physics();
}
void phx::core::scene::base::init() {
BOOST_LOG_CHANNEL_SEV(lg, "phx core scene", debug) << __PRETTY_FUNCTION__;
neb::core::scene::base::init();
create_physics();
}
void THIS::init(parent_t * const & p)
{
printf("%s\n", __PRETTY_FUNCTION__);
printv_func(DEBUG);
setParent(p);
create_physics();
}
void THIS::create_physics()
{
printv_func(DEBUG);
auto fnd_app = get_fnd_app();
if(!fnd_app->is_valid()) return;
auto actor = neb::could_be<parent_t, neb::phx::core::actor::base>(getParent());
assert(actor);
if(px_shape_) return;
if(actor) {
auto rigidactor = actor->isPxActorRigidActorBase();//std::dynamic_pointer_cast<neb::fnd::actor::Rigid_Actor>(parent_.lock());
assert(rigidactor);
if(rigidactor) {
if(!rigidactor->px_actor_) rigidactor->create_physics();
assert(rigidactor->px_actor_);
auto px_rigidactor = rigidactor->px_actor_->isRigidActor();
assert(px_rigidactor);
physx::PxMaterial* px_mat[2];
auto app = dynamic_cast<neb::phx::app::base*>(get_fnd_app());
assert(app);
px_mat[0] = app->px_physics_->createMaterial(1,1,1);
px_mat[1] = app->px_physics_->createMaterial(1,1,1);
px_shape_ = px_rigidactor->createShape(*(to_geo()), px_mat, 2);
}
}
}
void THIS::__init(THIS::parent_t * const & p)
{
printv_func(DEBUG);
create_physics();
}
