void Clock::AdvanceTime(float deltaSecs)
{
deltaSecs = min(m_maximumDelta, deltaSecs);
deltaSecs *= m_timeScale;
if (m_paused) {
deltaSecs = 0.f;
}
m_currentTime += deltaSecs;
m_deltaSeconds = deltaSecs;
for (auto it = m_children.begin(); it != m_children.end(); ++it) {
Clock* childClock = *it;
childClock->AdvanceTime(deltaSecs);
}
for (auto it = m_alarms.begin(); it != m_alarms.end();) {
Alarm* alarm = it->second;
alarm->elapsedTime += deltaSecs;
if (alarm->elapsedTime >= alarm->timeToFire) {
it = m_alarms.erase(it);
alarm->onAlarmFire(alarm->name, alarm->alarmFunctionData);
}
else {
++it;
}
}
}
void Clock::AdvanceTime(double deltaTime)
{
if(m_pause)
return;
if(deltaTime > m_maxDeltaTimeStep)
deltaTime = m_maxDeltaTimeStep;
std::vector<Clock*>::iterator clock_it = m_childClocks.begin();
for( ; clock_it != m_childClocks.end(); ++clock_it)
{
Clock* currentClock = *clock_it;
currentClock->AdvanceTime(deltaTime);
}
std::vector<Alarm*>::iterator alarm_it = m_alarms.begin();
while(alarm_it != m_alarms.end())
{
Alarm* currentAlarm = *alarm_it;
currentAlarm->AdvanceTime(deltaTime);
if(currentAlarm->m_destroy)
{
alarm_it = m_alarms.erase(alarm_it);
delete currentAlarm;
currentAlarm = nullptr;
}
else
++alarm_it;
}
m_currentTimeSeconds += deltaTime * m_timeScale;
m_lastTimeStep = deltaTime;
}
void Clock::AdvanceTime(double deltaSeconds){
//timescale it first
deltaSeconds *= m_timeScale;
//set to 0
if (m_isPaused)
deltaSeconds = 0.0;
m_deltaSeconds = deltaSeconds;
//advance time
m_currentTime += m_deltaSeconds;
UpdateTimers(m_deltaSeconds, m_timers);
for (ClocksIterator it = m_children.begin(); it != m_children.end(); ++it){
Clock* clock = (*it);
if (clock) {
//advance time on children
clock->AdvanceTime(m_deltaSeconds);
}
}
}
