public void SetPhysicsFPS(float value)
{
m_average.Add(value);
//Now fix time dilation
m_scene.TimeDilation = m_average.GetAverage() / m_scene.BaseSimPhysFPS;
if (m_scene.TimeDilation < 0.1) //Limit so that the client (and physics engine) don't go crazy
{
m_scene.TimeDilation = 0.1f;
}
else if (m_scene.TimeDilation > 1.0) //No going over!
{
m_scene.TimeDilation = 1.0f;
}
}
private int GetHeartbeatSleepTime(int timeBeatTook)
{
//Add it to the list of the last 50 heartbeats
m_heartbeatList.Add(timeBeatTook);
int avgHeartBeat = (int)m_heartbeatList.GetAverage();
//The heartbeat sleep time if time dilation is 1
int normalHeartBeatSleepTime = (int)m_updatetimespan;
if (avgHeartBeat + (m_physicstimespan / m_updatetimespan) > normalHeartBeatSleepTime) //Fudge a bit
{
return(0); //It doesn't get any sleep
}
int newAvgSleepTime = normalHeartBeatSleepTime - avgHeartBeat;
return(newAvgSleepTime - (int)(m_physicstimespan / m_updatetimespan)); //Fudge a bit
}
private int GetHeartbeatSleepTime(int timeBeatTook, bool phys)
{
if (phys)
{
//Add it to the list of the last 50 heartbeats
if (timeBeatTook != 0)
{
m_physheartbeatList.Add(timeBeatTook);
}
int avgHeartBeat = (int)m_physheartbeatList.GetAverage();
//The heartbeat sleep time if time dilation is 1
float normalHeartBeatSleepTime = m_physicstimespan;
if (avgHeartBeat > normalHeartBeatSleepTime) //Fudge a bit
{
return(0); //It doesn't get any sleep
}
int newAvgSleepTime = (int)(normalHeartBeatSleepTime - avgHeartBeat);
return(newAvgSleepTime);//Fudge a bit
}
else
{
//Add it to the list of the last 50 heartbeats
m_heartbeatList.Add(timeBeatTook);
int avgHeartBeat = (int)m_heartbeatList.GetAverage();
//The heartbeat sleep time if time dilation is 1
int normalHeartBeatSleepTime = (int)m_updatetimespan;
if (avgHeartBeat > normalHeartBeatSleepTime) //Fudge a bit
{
return(0); //It doesn't get any sleep
}
int newAvgSleepTime = normalHeartBeatSleepTime - avgHeartBeat;
//Console.WriteLine (newAvgSleepTime);
return(newAvgSleepTime);
}
}