private void checkCurrentState(flightData data)
{
switch (currentState)
{
case FSECONOMY_STATES.IDLE:
break;
case FSECONOMY_STATES.STARTED_GROUND:
if (data.onground == 0)
{
switchToState(FSECONOMY_STATES.AIRBORNE);
}
break;
case FSECONOMY_STATES.AIRBORNE:
if (data.onground != 0 && data.groundVelocity < 20)
{
switchToState(FSECONOMY_STATES.LANDED);
}
break;
case FSECONOMY_STATES.LANDED:
if (data.onground != 0 && data.parkingBreak != 0 && data.wheelRpm == 0)
{
switchToState(FSECONOMY_STATES.FINISHED);
}
break;
}
}
public void receiveData(SIMCONNECT_RECV_SIMOBJECT_DATA data)
{
int diffSeconds = latestData.zuluTime;
latestData = (flightData)data.dwData[0];
if (!flightDataValid)
{
// First reception of data
initialFuel = latestData.totalFuel;
flightDataValid = true;
return;
}
diffSeconds = latestData.zuluTime - diffSeconds;
if (diffSeconds <= 0)
{
return;
}
int envBonusFactor = latestData.altitude_agl <= 1000 ? 5 : latestData.altitude_agl < 2000 ? 3 : 1;
envBonusTime += envBonusFactor * diffSeconds;
envBonus += envBonusFactor * diffSeconds * weatherSeverity();
if (isTacho)
{
rentalTicker += diffSeconds * latestData.rpmPercentage / 36.0f;
}
else
{
engineTime += diffSeconds;
}
if (latestData.timeOfDay != 1)
{
nightTime += diffSeconds;
}
if (engines.Length > 0)
{
engines[0].feed(diffSeconds, latestData.combustion1 != 0, latestData.rpm1, latestData.cht1, latestData.mixture1, latestData.altitude);
}
if (engines.Length > 1)
{
engines[1].feed(diffSeconds, latestData.combustion2 != 0, latestData.rpm2, latestData.cht2, latestData.mixture2, latestData.altitude);
}
if (engines.Length > 2)
{
engines[2].feed(diffSeconds, latestData.combustion3 != 0, latestData.rpm3, latestData.cht3, latestData.mixture3, latestData.altitude);
}
if (engines.Length > 3)
{
engines[3].feed(diffSeconds, latestData.combustion4 != 0, latestData.rpm4, latestData.cht4, latestData.mixture4, latestData.altitude);
}
}
