void
MsgChannel::eventPingTimeout(void)
{
auto diff(this->getDiffFromLastRead());
PWLOGLIB("eventPingTimeout: diff:%jd this:%p type:%s", diff, this, typeid(*this).name());
setExpired();
}
GpsConnection::GpsConnection (QObject *parent)
: QObject (parent)
, isExpired_ (true)
, gpsPort_ (AbstractGpsPort::createGpsPort (ComPortSettings::isMockPort ()
? AbstractGpsPort::MOCK_GPS_PORT
: AbstractGpsPort::REAL_GPS_PORT))
{
constexpr int currentCoordinatesExpireTime = 1500;
coordinatesExpireTimer_.setInterval (currentCoordinatesExpireTime);
connect (&coordinatesExpireTimer_, SIGNAL (timeout ()), SLOT (setExpired ()));
connect (gpsPort_.get (), SIGNAL (ggaSentenceReceived (GgaSentence)),
SLOT (rememberCoordinates (GgaSentence)));
connect (gpsPort_.get (), SIGNAL (sentenceReady (QString)), SLOT (showSentence (QString)));
}
void Bullet::update(
void
)
{
Rectf boundary;
if(m_velocity.lengthSquared() > 0)
{
m_orientation = atan2f(m_velocity.y, m_velocity.x);
}
m_position += m_velocity;
Grid::getInstance()->applyExplosiveForce(0.5f *m_velocity.length(), m_position, 80);
// Check if the bullet is still in boundary.
boundary = Rectf(0, 0, (float) constants::WINDOW_WIDTH, (float) constants::WINDOW_HEIGHT);
if(!boundary.contains(Vector2f(m_position.x, m_position.y)))
{
setExpired();
}
}
//----[ releaseScenery ]-----------------------------------------------------
void SceneryBinding::releaseScenery() {
scenery_ = NULL;
setExpired();
}
