public CalucationData(int seqNo, double tSumAll, double tEachSumPowEach, int iteration, List <Maintainance> schedules)
{
this.SeqNo = seqNo;
this.T = tSumAll;
this.TT = tEachSumPowEach;
this.Iteration = iteration;
this.K = ComputationUnit.GetK(SigmaT.Value);
this.TZero = Program.UserTZero;
this.AlphaExpoential = Program.UserAlphaExponential;
this.Gramma = Program.UserGramma;
this.Schedules = schedules;
}
public void StartCalculation(double previouTSumAll)
{
this.PreviouseT = previouTSumAll;
this.DeltaT = this.PreviouseT.Value - T;
//For exponentials
this.Exponential = ComputationUnit.Exponential(TZero.Value, AlphaExpoential.Value, K.Value);
this.Logarithmic = ComputationUnit.Logarithmic(TZero.Value, Iteration.Value);
this.Linear = ComputationUnit.Linear(TZero.Value, AlphaExpoential.Value, Iteration.Value);
this.Geometric = ComputationUnit.Geometric(AlphaExpoential.Value, Iteration.Value, TZero.Value);
//For temparatures
this.Adaptive1 = ComputationUnit.Adaptive1(this.PreviouseT.Value, SigmaT.Value);
this.Adaptive2 = ComputationUnit.Adaptive2(this.PreviouseT.Value);
this.Adaptive3 = ComputationUnit.Adaptive3(this.PreviouseT.Value, SigmaT.Value, this.Gramma.Value);
this.Adaptive4 = ComputationUnit.Adaptive4(this.PreviouseT.Value, 0, this.SigmaT.Value);
}
public static CalucationData Simulate(string name, int iteration, List <CalucationData> cCalculation, params Air[] airs)
{
CalucationData prevCalculation = cCalculation.LastOrDefault();
List <MatrixCompare> checkList = new List <MatrixCompare>();
//Init matrix.
List <Maintainance> cMaintain = null;
CalucationData cal = null;
if (iteration == 0)
{
Program.Reset();
Program.TestNo = DateTime.Now.ToString("ddMMyyyy_hhmmss");
List <Air> cAir = new List <Air>(airs);
int countTick = 0;
while ((_EndTime - Program.CurrentTime).TotalMinutes > -1)
{
cAir.ForEach(f =>
{
if (f.DepartureTime >= Program.CurrentTime &&
f.Status != AirStatus.M
)
{
f.UpdateStatus();
}
});
Program.CurrentTime = Program.CurrentTime.AddMinutes(_Tick);
countTick++;
}
cMaintain = Matrix.Fixation(Matrix.MaintainanceCollection);
cal = ComputationUnit.GetRawCalculationData(iteration, cMaintain);
cal.StartCalculation(0);
cCalculation.Add(cal);
FileHelper.AppendText(name.Replace(".", iteration + "."), "First Matrix", cal, checkList);
}
else
{
cMaintain = Program.Clone(prevCalculation.Schedules);
int count = 0;
foreach (var i in cMaintain)
{
for (int j = 0; j < Program.MAX_AIR; j++)
{
if (i.Slot[j] != null)
{
checkList.Add(new MatrixCompare()
{
Before = i.Slot[j].WaitingDurationLog,
Position = string.Format("({0},{1})", count, j)
});
}
}
count++;
}
List <ColumnRank> cPoorRank = Matrix.GetRankedColumns((cMaintain));
//cMaintain = Matrix.FixPoorRank(cMaintain, cPoorRank);
count = 0;
foreach (var i in cMaintain)
{
for (int j = 0; j < Program.MAX_AIR; j++)
{
if (i.Slot[j] != null)
{
MatrixCompare iCompare = checkList.Find(f => f.Position == string.Format("({0},{1})", count, j));
if (iCompare != null)
{
iCompare.After = i.Slot[j].WaitingDurationLog;
}
}
}
count++;
}
Console.WriteLine("========================================");
Console.WriteLine("Iteration No.{0}", iteration);
foreach (var i in checkList.Where(f => f.Changed))
{
Console.WriteLine(string.Format(
"{3}\r\nBefore = {0}, After = {1}, Changed = {2}",
i.Before,
i.After,
i.Changed,
i.Position
));
}
cal = ComputationUnit.GetRawCalculationData(iteration, cMaintain);
string msg = "";
if (prevCalculation.TotalWatingTime < cal.TotalWatingTime)
{
cal = prevCalculation;
}
else
{
msg = "New matrix was better!";
Console.WriteLine(msg);
}
cal.StartCalculation(prevCalculation.SigmaT.Value);
cCalculation.Add(cal);
FileHelper.AppendText(name.Replace(".", iteration + "."), msg, cal, checkList);
}
return(cal);
}
