inline void grenade_StoC::handle()
{
#if DC_CLIENT
if (owner == ClientState::player_agent.agent_id) return;
Grenade* g = Particle::grenade_list->create();
if (g == NULL) return;
g->set_state(p, m);
g->owner = AgentID(this->owner);
g->ttl_max = int(ttl_max);
g->type = int(type);
#endif
}
void GrenadeWeapon::fireMissile(float_t angle, float_t power, Vector2 playerLocation)
{
Grenade *grenade = new Grenade();
grenade->setDamage(20);
grenade->setExplosionRadius(50);
grenade->setGravity(.15);
grenade->setNumberOfBounces(GRENADE_BOUNCES);
grenade->setWidth(2);
grenade->setHeight(2);
grenade->setPosition(playerLocation.getX() + (grenade->getMissileRadius() + 50) * cos(angle / 180 * M_PI), playerLocation.getY() + (grenade->getMissileRadius() + 50) * sin(angle / 180 * M_PI));
grenade->setVelocity(mMaxShotPower * power * cos(angle / 180 * M_PI), mMaxShotPower * power * sin(angle / 180 * M_PI));
MissileManager::GetInstance()->AddMissile(grenade);
}
void
Player::update_stand()
{
if(controller.button_was_pressed(USE_BUTTON))
{
Entity* obj = find_useable_entity();
if (obj)
obj->use();
return;
}
if(controller.button_was_pressed(JUMP_BUTTON)
&& controller.get_axis_state(Y_AXIS) > 1.0f)
{
set_jump_up_begin();
}
else if (controller.button_was_pressed(AIM_BUTTON))
{
// TODO remove me later, just here for testing
Grenade* grenade = new Grenade();
grenade->set_pos(get_pos() + Vector(50, -300));
grenade->set_velocity(Vector(20, -10));
Sector::current()->add(grenade);
sprite.set_action("PullGun");
state = PULL_GUN;
}
else if (controller.get_axis_state(X_AXIS) < 0)
{
if(get_direction() == WEST)
set_walk(WEST);
else
set_turnaround();
}
else if (controller.get_axis_state(X_AXIS) > 0)
{
if(get_direction() == EAST)
set_walk(EAST);
else
set_turnaround();
}
}
void World::Advance(float dt) {
SPADES_MARK_FUNCTION();
for(size_t i = 0; i < players.size(); i++)
if(players[i])
players[i]->Update(dt);
std::vector<std::list<Grenade *>::iterator> removedGrenades;
for(std::list<Grenade *>::iterator it = grenades.begin();
it != grenades.end(); it++){
Grenade *g = *it;
if(g->Update(dt)){
removedGrenades.push_back(it);
}
}
for(size_t i = 0; i < removedGrenades.size(); i++)
grenades.erase(removedGrenades[i]);
time += dt;
}
//グレネード生成
int CharacterScriptInterface::GrenadeGenerate( lua_State * l_)
{
Character* character = static_cast< Character* >( lua_touserdata( l_, 1 ) );
//printf("aaaa\n");
float spx = lua_tonumber(l_, 2);
float spy = lua_tonumber(l_, 3);
float svx= lua_tonumber(l_, 4);
float svy= lua_tonumber(l_, 5);
float fs = lua_tonumber(l_, 6);
int da = lua_tonumber(l_, 7);
u32 ra = lua_tonumber(l_, 8);
u32 cr = lua_tonumber(l_, 9);
float bvx = lua_tonumber(l_, 10);
float bvy = lua_tonumber(l_, 11);
u32 sf = lua_tonumber(l_, 12);
int rbx = lua_tonumber(l_, 13);
int rby = lua_tonumber(l_, 14);
u32 rs = lua_tonumber(l_, 15);
Grenade *gre;
gre = new Grenade();
gre->Initialize();
gre->setGeneObjType(character->getObjType());
gre->setPosition(LVector3(spx,spy,0));
gre->setVelocity(LVector3(svx,svy,0));
gre->setFallSpeed(fs);
gre->setDirection(character->getDirection());
gre->setAttackParam(da,ra,cr,LVector3(bvx,bvy,0),sf);
gre->setRandBrow(rbx,rby);
gre->setRandStun(rs);
return 0;
}
