double getSeconds()
{
static double secondsPerCycle = getSecondsPerCycle();
LARGE_INTEGER cycles;
QueryPerformanceCounter(&cycles);
// Add big number to make bugs apparent where return value is being passed to FLOAT
return cycles.QuadPart * secondsPerCycle + 16777216.0;
}
const t_longf TimeF::setSecondsPerCycle(const t_longf secondsPerCycle)
{
// intepret elapsed seconds within new cycle time
const t_longf elapsed(M_Running == m_mode ? m_timer->time_s() : m_lastModeChangeTime);
if(m_secondsPerCycle > 0.f)
m_offset += elapsed / m_secondsPerCycle;
m_lastModeChangeTime = 0;
m_secondsPerCycle = secondsPerCycle;
m_timer->setStartTick();
return getSecondsPerCycle();
}
