//---------------------------------------------------------------------------
void TTestControlTank::Send()
{
lockQtSend();
//----------------------------
UpdateAngle();
TBreakPacket bp;
bp.PushFront((char*)mDesc.get(), sizeof(TDesc));
TDevTool_Share::TComponent* pComponent = TDevTool_Share::Singleton()->GetComponent();
PrototypeMMOBaseServer* pBS = (PrototypeMMOBaseServer*)pComponent->mNet.Base;
std::list<unsigned int> listKey;
//###
// рассылка всем клиентам
PrototypeMMOSlave::TDescDownSlave descDown;
int sizeDesc = sizeof(descDown);
int countClient = pComponent->mNet.Slave->GetCountDown();
for( int iClient = 0 ; iClient < countClient ; iClient++)
{
//if(pComponent->mNet.Slave->GetDescDown(iClient, (void*)&descDown, sizeDesc))
//pBS->SendDown( descDown.id_session, bp);
if(pComponent->mNet.Slave->GetDescDown(iClient, (void*)&descDown, sizeDesc))
{
unsigned int id_client;
if(pComponent->mNet.Slave->FindClientKeyBySession(descDown.id_session,id_client))
listKey.push_back(id_client);
}
}
pBS->SendByClientKey( listKey, bp);
//###
//----------------------------
unlockQtSend();
}
void Fire()
{
mHasFired = true;
mGuidanceOn = true;
UpdateAngle();
SetRotation(mDesiredAngle);
}
void Ghost::Update()
{
UpdateCoord();
if (objType != GOT_PLAYER)
{
UpdateAngle();
UpdateAI(1, true); // in order to ghosts don't stop
// updating AI after moving to the next cell
if (!(i == mi && j == mj))
{
if (pGame->IsDifficultyHard() && pGame->GetMode() == "rl")
{
if (Velocity == pGame->cGhostList().cbegin()->Velocity)
UpdateAI(0.4, false); //0.3
else
UpdateAI(0.8, false); //0.2
}
else if (pGame->GetCell(i, j) == 4 || pGame->GetCell(i, j) == 5)
{
if (pGame->GetMode() == "s")
UpdateAI(0.8, false);
else
{
double call_prob = 0.8; //0.5 0.8
if (pGame->GetMode() == "rl")
call_prob = 0.3; //0.4 0.8 0.2
if (pGame->IsDifficultyHard())
// for labyrinth mode
UpdateAI(call_prob, false);
else
{
if (RANDOM < 0.7)
UpdateAI(call_prob, false);
else
UpdateAI(call_prob);
}
}
}
}
}
Update_mij(); // isn't used if (objType == GOT_PLAYER) -> for future needs
}
void Update(sf::Time& deltaTime)
{
mTimeSinceLast = deltaTime.asMilliseconds() - mTimeSinceLast;
sf::IntRect screen(0, 0, 1280, 720);
if (!screen.contains((int)this->GetPosition().x, (int)this->GetPosition().y))
SetAlive(false);
if (mHasFired)
{
if (mElapsed > mAimpointUpdateDelayMs)
{
mCurrentAimpoint = mFinalAimpoint;
mElapsed = 0;
mAimpointUpdated = true;
UpdateAngle();
}
else
{
mElapsed += mTimeSinceLast;
}
if ((GetRotation() > mDesiredAngle + 1) || (GetRotation() < mDesiredAngle - 1))
{
if (mGuidanceOn)
{
if (mDesiredAngle > GetRotation())
SetRotation(GetRotation() + 0.25f);
else
SetRotation(GetRotation() - 0.25f);
}
}
else
{
if (mAimpointUpdated)
mGuidanceOn = false;
}
float velx = (float)(cos(Math::ToRadians(GetRotation() - 90.0f)) * mSpeed);
float vely = (float)(sin(Math::ToRadians(GetRotation() - 90.0f)) * mSpeed);
SetVelocity(sf::Vector2f(velx, vely));
}
Sprite::Update(deltaTime);
}
double TiltSensor::GetAngle()
{
m_angle = UpdateAngle();
return (m_angle*180.0/3.14159);
}