public static void ReadfromFile(out int NoJob, out int NoMc, out int[] NoOp, out job[] Job)
{
//Reading input data from a file
char[] Dividers = { ',', ' ' };
StreamReader InputSR;
ReadInput.OpenFile(out InputSR);
ReadInput.ReadFile1NoJobMc(InputSR, Dividers, out NoJob, out NoMc);
NoOp = new int[NoJob];
Job = new job[NoJob];
ReadInput.ReadFile2ProcessTimeMachineNo(InputSR, NoJob, ref NoOp, ref Job, Dividers);
//For MaxWeightedTardiness & MaxWeightedEaeliness
ReadInput.ReadFile3ReadyTime(InputSR, ref Job, Dividers);
//For MaxWeightedTardiness & MaxWeightedEaeliness
ReadInput.ReadFile4DueDate(InputSR, ref Job, Dividers, NoJob);
//For MaxWeightedTardiness & MaxWeightedEaeliness
ReadInput.ReadFile5WeightTardy1Line(InputSR, ref Job, Dividers, NoJob);
InputSR.Close();
//Ending for reading input data from a file
}
public static void DE(double[] DEparas, int strategy, bool aniEnable, out double[] index, out ArrayList Pareto, out ArrayList Ani, out ArrayList AniS, out ArrayList Average)
{
// modification = criterion to join unexplored group is the range > 0.01*maxrange (excel)
// trap=100 steps
#region Read input from file
int NoJob;
int NoMc;
int[] NoOp;
job[] Job;
ReadInput.ReadfromFile(out NoJob, out NoMc, out NoOp, out Job);
#endregion
#region calculateDimension
int[] NoOpPerMc = new int[NoMc];
machine[] Machine = new machine[NoMc];
ReadInput.MachineInfo(NoJob, NoOp, ref NoOpPerMc, Job);
JSPdata JD = new JSPdata(NoJob, NoMc, NoOp, Job, NoOpPerMc, Machine);
int Dimension = 0;
//To calculate Dimension = Sum of all NoOp
for (int j = 0; j < NoJob; j++)
{
Dimension += NoOp[j];
}
#endregion
#region Animation Storage
ArrayList PFront;
ArrayList sAni;
ArrayList sAni2;
ArrayList[] AvgVal;
ArrayList vMix = new ArrayList();
string oFile = "MyDE_strategy" + strategy.ToString() + ".xls";
PFront = new ArrayList();
sAni = new ArrayList();
sAni2 = new ArrayList();
#endregion
#region set DE parameters
//parameter setting
int noIter = Convert.ToInt32(DEparas[0]);
int noVec = Convert.ToInt32(DEparas[1]);
double FMin = DEparas[2];
double FMax = DEparas[3];
int noNB = Convert.ToInt32(DEparas[4]);
double COx = DEparas[5];
double COn = DEparas[6];
double cL = DEparas[7];
double cN = DEparas[8];
int maxE = Convert.ToInt32(DEparas[9]);
double TopEp = DEparas[10] / 100;
double BotEp = DEparas[11] / 100;
double GapUnexplore = DEparas[12] / 100;
int moveStrategy = strategy;
int rSeed = (int)DEparas[17];
int noRep = (int)DEparas[18];
// end parameter setting
if (moveStrategy == 5)
{
vMix.Add(0); vMix.Add((double)DEparas[13] / 100);
vMix.Add(1); vMix.Add((double)DEparas[14] / 100);
vMix.Add(2); vMix.Add((double)DEparas[15] / 100);
vMix.Add(3); vMix.Add((double)DEparas[16] / 100);
}
#endregion
// starting time and finish time using DateTime datatype
DateTime start, finish;
// elapsed time using TimeSpan datatype
TimeSpan elapsed;
#region Write parameter to text
// opening output file
TextWriter tw = new StreamWriter(oFile);
tw.WriteLine("{0} Number of Vectors ", noVec);
tw.WriteLine("{0} Number of Iteration ", noIter);
tw.WriteLine("{0} Number of Neighbor ", noNB);
tw.WriteLine("{0} Parameter Fmax ", FMax);
tw.WriteLine("{0} Parameter Fmin ", FMin);
tw.WriteLine("{0} Parameter crox ", COx);
tw.WriteLine("{0} Parameter cron ", COn);
tw.WriteLine("{0} Parameter cl ", cL);
tw.WriteLine("{0} Parameter cn ", cN);
tw.WriteLine("{0} Output File Name ", oFile);
tw.WriteLine("Number of replications" + "\t" + "{0}", noRep);
tw.WriteLine("");
#endregion
AvgVal = new ArrayList[noRep];
for (int i = 0; i < noRep; i++)
{
rSeed++;
AvgVal[i] = new ArrayList();
Console.WriteLine("Replication {0}", i + 1);
tw.WriteLine("Replication {0}", i + 1);
// get the starting time from CPU clock
start = DateTime.Now;
// main program ...
M2DE GlobalPop = new spM2DE(noVec, noIter, noNB, FMax, FMin, COx, COn, Dimension, JD, maxE, moveStrategy, vMix, TopEp, BotEp, GapUnexplore);
GlobalPop.SetRSeed(rSeed);
GlobalPop.Run(tw, true, aniEnable, AvgVal[i], out sAni, out sAni2);
// get the finishing time from CPU clock
finish = DateTime.Now;
elapsed = finish - start;
// display the elapsed time in hh:mm:ss.milli
tw.WriteLine("{0} is the computational time", elapsed.Duration());
tw.WriteLine("");
if (i == 0)
{
PFront = GlobalPop.ElististP;
}
}
tw.Close();
#region Finalize animation data
Average = new ArrayList();
index = new double[AvgVal[0].Count];
for (int i = 0; i < AvgVal[0].Count; i++)
{
index[i] = (double)i;
}
for (int o = 0; o < ((double[])(AvgVal[0])[0]).Length; o++)
{
double[] Avg = new double[AvgVal[0].Count];
for (int i = 0; i < AvgVal[0].Count; i++)
{
Avg[i] = (double)(((double[])(AvgVal[0])[i])[o]);
}
Average.Add(Avg);
}
Pareto = PFront;
Ani = sAni;
AniS = sAni2;
#endregion
}
