public void ClosestApproachAsync(CorrectionData correctionData, CalcCallback calcCallback)
{
correctionData.gravityState.isAsync = true;
this.calcCallback = calcCallback;
calcState = CalcState.CLOSEST_APPROACH;
// setup Mutex
threadCountMutex.WaitOne();
threadsPending++;
threadCountMutex.ReleaseMutex();
System.Threading.ThreadPool.QueueUserWorkItem(
new System.Threading.WaitCallback(CalcCorrectionThread),
new object[] { correctionData, CreateUnityAdapter(), (JobResultHandler)CalcResultHandler });
}
public string CorrectionCalcAsync(double targetDistance,
double targetAccuracy,
double approachDistance,
double maxTime,
CalcCallback calcCallback)
{
this.calcCallback = calcCallback;
double[] corrections = { -0.001, 0, 0.001 };
this.targetDistance = targetDistance;
this.targetAccuracy = targetAccuracy;
threadsPending = 0;
calcState = CalcState.NOT_STARTED;
string s = "";
GravityEngine ge = GravityEngine.Instance();
correctionData = new CorrectionData[corrections.Length];
int i = 0;
foreach (double correction in corrections)
{
// Run each computation as a dedicated thread
correctionData[i] = new CorrectionData();
correctionData[i].gravityState = ge.GetGravityStateCopy();
correctionData[i].approachDistance = approachDistance;
correctionData[i].maxPhysTime = maxTime;
correctionData[i].correction = correction;
threadCountMutex.WaitOne();
threadsPending++;
threadCountMutex.ReleaseMutex();
System.Threading.ThreadPool.QueueUserWorkItem(
new System.Threading.WaitCallback(CalcCorrectionThread),
new object[] { correctionData[i], CreateUnityAdapter(), (JobResultHandler)CalcResultHandler });
i++;
}
calcState = CalcState.INITIAL_THREE;
return(s);
}
