std::auto_ptr<OrientationMessage> OrientationMessageSenderSystem::GenerateOrientationMessage( Actor& actor )
{
Opt<IPositionComponent> positionC = actor.Get<IPositionComponent>();
if ( !positionC.IsValid() )
{
return std::auto_ptr<OrientationMessage>();
}
std::auto_ptr<OrientationMessage> orientationMessage( new OrientationMessage );
orientationMessage->mOrientation = std::floor( positionC->GetOrientation() * PRECISION );
orientationMessage->mActorGUID = actor.GetGUID();
return orientationMessage;
}
void WeaponItemSubSystem::AddProjectiles( Actor& actor, Projectiles_t& projectiles, Scatter& scatter, bool alt/*=false*/ )
{
double actorOrientation = actor.Get<IPositionComponent>()->GetOrientation();
int scat = int( scatter.GetCalculated() * 1000 );
if( scat )
{
double realScatter = ( RandomGenerator::global()() % ( scat + 1 ) - scat / 2. );
L2( "realScatter:%f\n", realScatter );
actorOrientation += ( RandomGenerator::global()() % ( scat + 1 ) - scat / 2. ) * 0.001 * boost::math::double_constants::pi;
}
L2( "calculated and updated scatter:%f\n", scatter.GetCalculated() );
Opt<IPositionComponent> actorPositionC = actor.Get<IPositionComponent>();
for( Projectiles_t::iterator i = projectiles.begin(), e = projectiles.end(); i != e; ++i )
{
Actor& Proj = **i;
SetProjectilePosition( Proj, actor );
Opt<ShotCollisionComponent> shotCC = Proj.Get<ICollisionComponent>();
if ( shotCC.IsValid() )
{
shotCC->SetParentGUID( actor.GetGUID() );
}
Opt<IOwnerComponent> ownerC = Proj.Get<IOwnerComponent>();
if ( ownerC.IsValid() && ownerC->GetOwnerGUID() == -1 ) //if proj owner is set, then not the given actor is the owner
{
ownerC->SetOwnerGUID( actor.GetGUID() );
}
Opt<IPositionComponent> projPositionC = Proj.Get<IPositionComponent>();
projPositionC->SetOrientation( projPositionC->GetOrientation() + actorOrientation );
Opt<IMoveComponent> moveC( Proj.Get<IMoveComponent>() );
if ( moveC.IsValid() )
{
moveC->SetHeading( projPositionC->GetOrientation() );
}
mScene.AddActor( &Proj );
}
}
void WeaponItemSubSystem::SetProjectilePosition(Actor& projectile, Actor& actor)
{
Opt<IPositionComponent> projPositionC = projectile.Get<IPositionComponent>();
Opt<IPositionComponent> actorPositionC = actor.Get<IPositionComponent>();
glm::vec2 rvec(0.0, 0.0);
Opt<IInventoryComponent> inventoryC = actor.Get<IInventoryComponent>();
if (inventoryC.IsValid())
{
Opt<Weapon> weapon = inventoryC->GetSelectedWeapon();
if (weapon.IsValid())
{
rvec.x += weapon->GetPositionX();
rvec.y -= weapon->GetPositionY();
}
}
rvec=glm::rotate(rvec, float(actorPositionC->GetOrientation()));
projPositionC->SetX( projPositionC->GetX() + actorPositionC->GetX() + rvec.x );
projPositionC->SetY( projPositionC->GetY() + actorPositionC->GetY() + rvec.y );
}
void WeaponItemSubSystem::Update( Actor& actor, double DeltaTime )
{
Opt<IInventoryComponent> inventoryC = actor.Get<IInventoryComponent>();
Opt<Weapon> weapon = inventoryC->GetSelectedWeapon();
if ( !weapon.IsValid() )
{
return;
}
double cd = weapon->GetCooldown();
cd -= DeltaTime;
if( cd < 0 )
{
cd = 0;
}
weapon->SetCooldown( cd );
//scatter updated on client
Opt<IAccuracyComponent> accuracyC = actor.Get<IAccuracyComponent>();
weapon->GetScatter().Update( DeltaTime, accuracyC.IsValid() ? accuracyC->GetAccuracy().Get() : 0 );
if ( weapon->CanReload()
//Not enough bullet for current shot Need to see if the player wants to shoot alt:
&& ( weapon->GetShoot() && weapon->GetBullets() < weapon->GetShotCost()
&& weapon->GetCooldown() <= 0
//Not enough bullet for current alt shot. Need to see if the player wants to shoot normal:
|| weapon->GetShootAlt() && weapon->GetBullets() < weapon->GetShotCostAlt()
&& weapon->GetCooldown() <= 0
//Not enough bullet at all. This time the reload is a sure thing:
|| weapon->GetBullets() < weapon->GetShotCost()
&& weapon->GetBullets() < weapon->GetShotCostAlt() ) )
{
weapon->SetBullets( 0.0 );
weapon->SetReloadTime( weapon->GetReloadTimeMax() );
EventServer<ItemPropertiesChangedEvent>::Get().SendEvent( ItemPropertiesChangedEvent( *weapon ) );
}
weapon->SetReloadTime( weapon->GetReloadTime() - DeltaTime );
if ( weapon->GetBullets() <= 0.0 )
{
if ( weapon->GetReloadTime() <= 0 && weapon->GetStaticReload() == 0.0 )
{
//todo: need to sync reloading with the server (-1 could occur, if a shot comes too fast, then it is reset by the end of the reload missing one bullet)
weapon->SetBullets( weapon->GetBullets() + weapon->GetBulletsMax() );
weapon->SetReloadTime( 0.0 );
}
}
if ( weapon->GetReloadTime() <= 0 && weapon->GetStaticReload() > 0.0 )
{
weapon->SetBullets( std::min(
( weapon->GetBullets() + weapon->GetStaticReload()/**DeltaTime*/ )
, weapon->GetBulletsMax() ) );
weapon->SetReloadTime( weapon->GetReloadTimeMax() );
}
BindIds_t::iterator itemssIt = mSubSystems.get<SubSystemHolder::AllByBindId>().find( weapon->GetId() );
if ( itemssIt != mSubSystems.get<SubSystemHolder::AllByBindId>().end() )
{
itemssIt->mSystem->Update( actor, DeltaTime );
}
if (mProgramState.mMode != core::ProgramState::Client)
{
if (weapon->GetCooldown() <= 0.0) //not synced to client
{
Opt<IPositionComponent> actorPositionC = actor.Get<IPositionComponent>();
if (actorPositionC.IsValid())
{
if (weapon->IsShooting() && weapon->GetBullets() >= weapon->GetShotCost())
{
if (weapon->GetMuzzleId() != -1)
{
std::auto_ptr<Actor> muzzle(mActorFactory(weapon->GetMuzzleId()));
SetProjectilePosition(*muzzle, actor);
BOOST_ASSERT(muzzle->Get<IPositionComponent>().IsValid());
muzzle->Get<IPositionComponent>()->SetOrientation(actorPositionC->GetOrientation());
mScene.AddActor(muzzle.release());
}
EventServer<core::ShotEvent>::Get().SendEvent(core::ShotEvent(actor.GetGUID(), glm::vec2(actorPositionC->GetX(), actorPositionC->GetY()), false));
}
else if (weapon->IsShootingAlt() && weapon->GetBullets() >= weapon->GetShotCostAlt())
{
if (weapon->GetMuzzleAltId() != -1)
{
std::auto_ptr<Actor> muzzle(mActorFactory(weapon->GetMuzzleAltId()));
SetProjectilePosition(*muzzle, actor);
BOOST_ASSERT(muzzle->Get<IPositionComponent>().IsValid());
muzzle->Get<IPositionComponent>()->SetOrientation(actorPositionC->GetOrientation());
mScene.AddActor(muzzle.release());
}
EventServer<core::ShotEvent>::Get().SendEvent(core::ShotEvent(actor.GetGUID(), glm::vec2(actorPositionC->GetX(), actorPositionC->GetY()), true));
}
}
}
}
}
void ParticleSystem::Update( double DeltaTime )
{
for( auto actor: mScene.GetActorsFromMap( GetType_static() ) )
{
Opt<IEmitterComponent> emitterC = actor->Get<IEmitterComponent>();
if (!emitterC.IsValid())
{
continue;
}
Opt<IPositionComponent> positionC = actor->Get<IPositionComponent>();
if( !positionC.IsValid() )
{
continue;
}
Opt<IMoveComponent> moveC = actor->Get<IMoveComponent>();
glm::vec2 distance(0);
if ( moveC.IsValid() && moveC->IsMoving() && !moveC->IsRooted() )
{
distance = glm::vec2(moveC->GetSpeedX()*DeltaTime, moveC->GetSpeedY()*DeltaTime);
}
emitterC->Update( DeltaTime );
std::vector<int32_t> const& emitted = emitterC->GetEmitTypes();
for( std::vector<int32_t>::const_iterator ie = emitted.begin(), ee = emitted.end(); ie != ee; ++ie )
{
static ParticleEngine& pe( ParticleEngine::Get() );
pe.AddParticle( *ie, glm::vec2( positionC->GetX(), positionC->GetY() ), distance, positionC->GetOrientation() );
}
emitterC->Emitted( emitted );
}
}
