public void Lexi_Cost_Soft([Values(
ITC_Comp01,
ITC_Comp05,
ITC_Comp06,
ITC_Comp08,
ITC_Comp12,
ITC_Comp11,
ITC_Comp18,
//more
ITC_Comp02,
ITC_Comp03,
ITC_Comp04,
ITC_Comp07
)] string filename, [Values(false)] bool SpecificQual)
{
var algoname = nameof(Lexi_Cost_Soft) + $"_SpecQual_{SpecificQual}";
// if (ConsoleToFile)
// SetConsoleOutputToFile(@"c:\temp\multiobjective\\logs\\" + filename + "\\" + algoname + ".log");
var data = Data.ReadXml(dataPath + filename, "120", "4");
// var newrooms = CreateRooms(data);
var newrooms = CreateRoomsFixedSize(data, 25, 1);
data.SetRoomList(newrooms);
var mipModelParameters = new CCTModel.MIPModelParameters()
{
TuneGurobi = true,
UseStageIandII = false,
// UseStageIandII = true,
UseHallsConditions = true,
UseRoomHallConditions = true,
ConstraintPenalty = null,
UseRoomsAsTypes = true,
};
var solver = new MultiObjectiveSolver(data, _problemFormulation, mipModelParameters)
{
Timelimit = Timelimit,
ExtraTimeOnCornerPointsMultiplier = 8,
UseSpecificObjConstraints = SpecificQual,
};
Console.WriteLine("Algorithm: " + algoname);
DisplayParameterObject(_problemFormulation);
DisplayParameterObject(solver);
DisplayParameterObject(solver.MipParameters);
double minCost;
int maxSoftConsViol;
int minCostBound;
solver.CalcLexMinCostMaxSoft(out minCost, out maxSoftConsViol, out minCostBound);
Console.WriteLine($"MaxSoft: {maxSoftConsViol} MinCost: {minCost}");
}
// [TestCaseSource(nameof(TestMultiObjTestBed))]
public void WeightedSumTest([Values(
ITC_Comp05,
ITC_Comp18)] string filename)
{
var algoname = nameof(WeightedSumTest);
if (ConsoleToFile)
{
SetConsoleOutputToFile(@"c:\temp\multiobjective\\logs\\" + filename + "\\" + algoname + ".log");
}
var data = Data.ReadXml(dataPath + filename, "120", "4");
// var newrooms = CreateRooms(data);
var newrooms = CreateRoomsFixedSize(data, 25, 1);
data.SetRoomList(newrooms);
var mipModelParameters = new CCTModel.MIPModelParameters()
{
TuneGurobi = true,
UseStageIandII = false,
// UseStageIandII = true,
UseRoomsAsTypes = true,
};
//var problemFormulation = ProblemFormulation.EverythingZero;
//problemFormulation.BadTimeslotsWeight = 1;
var solver = new MultiObjectiveSolver(data, _problemFormulation, mipModelParameters)
{
Timelimit = 120,//Timelimit,
ExtraTimeOnCornerPointsMultiplier = 1,
UseEpsilonMethod = false,
Steps = 3
};
Console.WriteLine("Algorithm: " + algoname);
DisplayParameterObject(_problemFormulation);
DisplayParameterObject(solver);
DisplayParameterObject(solver.MipParameters);
var pareto = solver.Run();
WriteSol(@"c:\temp\multiobjective\", filename, data, _problemFormulation, algoname, DateTime.Now.ToString(), pareto);
}
// [TestCaseSource(nameof(TestMultiObjTestBed))]
public void MultiObj3index([Values(
ITC_Comp02)] string filename)
{
var algoname = nameof(MultiObj3index) + "3idx";
if (ConsoleToFile)
{
SetConsoleOutputToFile(@"c:\temp\multiobjective\\logs\\" + filename + "\\" + algoname + ".log");
}
var data = Data.ReadXml(dataPath + filename, "120", "4");
// var newrooms = CreateRooms(data);
var newrooms = CreateRoomsFixedSize(data, 25, 1);
data.SetRoomList(newrooms);
var mipModelParameters = new CCTModel.MIPModelParameters()
{
TuneGurobi = false, //notice
//UseStageIandII = false,
UseStageIandII = true,
UseHallsConditions = true,
UseRoomHallConditions = true,
ConstraintPenalty = null,
UseRoomsAsTypes = true,
};
var solver = new MultiObjectiveSolver(data, ProblemFormulation.UD2, mipModelParameters)
{
Timelimit = 60,
EpsilonOnQuality = false,
ExtraTimeOnCornerPointsMultiplier = 1,
};
Console.WriteLine("Algorithm: " + algoname);
DisplayParameterObject(_problemFormulation);
DisplayParameterObject(solver);
DisplayParameterObject(solver.MipParameters);
var pareto = solver.RunExhaustiveMethod();
WriteSol(@"c:\temp\multiobjective\", filename, data, _problemFormulation, algoname, DateTime.Now.ToString(), pareto);
}
private void btnExecute_Click(object sender, EventArgs e)
{
InitGlobalValue();
Assembly assembly = Assembly.GetExecutingAssembly();
MultiObjectiveSolver impl = (MultiObjectiveSolver)assembly.CreateInstance("MOEAPlat.Algorithms." + GlobalValue.AlgName);
impl.div = GlobalValue.Popsize;
impl.TotalItrNum = GlobalValue.MaxGeneration;
impl.neighbourSize = 20;
//if ((string)this.combDimension.SelectedItem == "") this.txtObjDimension.Text = "0";
int obj = GlobalValue.Dimension;
object[] parameters = null;
if (obj != 0)
{
parameters = new object[1];
parameters[0] = obj;
}
Type t = Type.GetType("MOEAPlat.Problems." + GlobalValue.MOPName, true);
MultiObjectiveProblem problem;
try
{
problem = (MultiObjectiveProblem)t.InvokeMember("GetInstance", BindingFlags.Static | BindingFlags.Public | BindingFlags.InvokeMethod,
null, null, parameters);
}
catch (Exception ex)
{
problem = (MultiObjectiveProblem)t.InvokeMember("GetInstance", BindingFlags.Static | BindingFlags.Public | BindingFlags.InvokeMethod,
null, null, null);
}
//if(problem.getObjectiveSpaceDimension() > 3 && problem.getName().IndexOf("DTLZ") == -1)
//{
// MessageBox.Show("only support 2-objective problems");
// return;
//}
//MultiObjectiveProblem problem = (MultiObjectiveProblem)assembly.CreateInstance("MOEAPlat.Problems."+this.comBoxMOP.SelectedItem,
// true, BindingFlags.Default, null, parameters, null, null); ;
//MultiObjectiveProblem problem = Problems.WFG4_M.GetInstance(15);
impl.Solve(problem);
List <double[]> list = FileTool.ReadData("obj");
if (problem.GetObjectiveSpaceDimension() == 2)
{
List <double[]> pof = POF.POF.GetPOF(problem.GetName());
plot(pof, 0);
plot(list, 1);
}
else
{
Mchart.Legends.Clear();
coordinateplot(list);
}
IGDCurve(FileTool.ReadIndicatorData("igdCurve"));
table(list);
list.Clear();
}
// [TestCaseSource(nameof(TestMultiObjTestBed))]
public void MultiObjSolveWeighted([Values(
ITC_Comp01,
ITC_Comp02,
ITC_Comp03,
ITC_Comp04,
ITC_Comp05,
ITC_Comp06,
ITC_Comp07,
ITC_Comp08,
ITC_Comp09,
ITC_Comp10,
ITC_Comp11,
ITC_Comp12,
ITC_Comp13,
ITC_Comp14,
ITC_Comp15,
ITC_Comp16,
ITC_Comp17,
ITC_Comp18,
ITC_Comp19,
ITC_Comp20,
ITC_Comp21)] string filename,
[Values(false)] bool classSizeWeightedPenalty)
{
var algoname = nameof(MultiObjSolveEpsilon) + $"Weighted_classsizepenalty_{classSizeWeightedPenalty}";
if (ConsoleToFile)
{
SetConsoleOutputToFile(@"c:\temp\multiobjective\\logs\\" + filename + "\\" + algoname + ".log");
}
var data = Data.ReadXml(dataPath + filename, "120", "4");
// var newrooms = CreateRooms(data);
var newrooms = CreateRoomsFixedSize(data, 25, 1);
data.SetRoomList(newrooms);
var mipModelParameters = new CCTModel.MIPModelParameters()
{
TuneGurobi = true,
UseStageIandII = false,
// UseStageIandII = true,
UseHallsConditions = true,
UseRoomHallConditions = true,
ConstraintPenalty = 50,
UseRoomsAsTypes = true,
ScalePenaltyWithCourseSize = classSizeWeightedPenalty,
};
var solver = new MultiObjectiveSolver(data, _problemFormulation, mipModelParameters)
{
Timelimit = Timelimit,
UseEpsilonMethod = false,
ExtraTimeOnCornerPointsMultiplier = 2,
DoubleSweep = false,
};
Console.WriteLine("Algorithm: " + algoname);
DisplayParameterObject(_problemFormulation);
DisplayParameterObject(solver);
DisplayParameterObject(solver.MipParameters);
var pareto = solver.Run();
WriteSol(@"c:\temp\multiobjective\", filename, data, _problemFormulation, algoname, DateTime.Now.ToString(), pareto);
}
// [TestCaseSource(nameof(TestMultiObjTestBed))]
public void MultiObjSolveEpsilon([Values(
ITC_Comp01,
ITC_Comp02,
ITC_Comp03,
ITC_Comp04,
ITC_Comp05,
ITC_Comp06,
ITC_Comp07,
ITC_Comp08,
ITC_Comp09,
ITC_Comp10,
ITC_Comp11,
ITC_Comp12,
ITC_Comp13,
ITC_Comp14,
ITC_Comp15,
ITC_Comp16,
ITC_Comp17,
ITC_Comp18,
ITC_Comp19,
ITC_Comp20,
ITC_Comp21
)] string filename,
[Values(false, true)] bool EpsilonOnQuality,
[Values(false)] bool EpsilonRelaxing,
[Values(false)] bool DoubleSweep)
{
var algoname = nameof(MultiObjSolveEpsilon) + $"EpsOnQual_{EpsilonOnQuality}_EpsRelax_{EpsilonRelaxing}_doublesweep_{DoubleSweep}";
if (ConsoleToFile)
{
SetConsoleOutputToFile(@"c:\temp\multiobjective\\logs\\" + filename + "\\" + algoname + ".log");
}
var data = Data.ReadXml(dataPath + filename, "120", "4");
// var newrooms = CreateRooms(data);
var newrooms = CreateRoomsFixedSize(data, 25, 1);
data.SetRoomList(newrooms);
var mipModelParameters = new CCTModel.MIPModelParameters()
{
TuneGurobi = true,
UseStageIandII = false,
// UseStageIandII = true,
UseHallsConditions = true,
UseRoomHallConditions = true,
ConstraintPenalty = 50,
UseRoomsAsTypes = true,
ScalePenaltyWithCourseSize = false,
};
var solver = new MultiObjectiveSolver(data, _problemFormulation, mipModelParameters)
{
Timelimit = (DoubleSweep ? Timelimit / 2 : Timelimit),
EpsilonOnQuality = EpsilonOnQuality,
EpsilonRelaxing = EpsilonRelaxing,
ExtraTimeOnCornerPointsMultiplier = 2,
DoubleSweep = DoubleSweep,
Steps = 10, //TODO: only zero steps
};
Console.WriteLine("Algorithm: " + algoname);
DisplayParameterObject(_problemFormulation);
DisplayParameterObject(solver);
DisplayParameterObject(solver.MipParameters);
var pareto = solver.Run();
WriteSol(@"c:\temp\multiobjective\", filename, data, _problemFormulation, algoname, DateTime.Now.ToString(), pareto);
}
public void MultiObjectiveRoomStabilityFixedTime(string filename)
{
var algoname = nameof(MultiObjectiveRoomStabilityFixedTime);
if (ConsoleToFile)
{
SetConsoleOutputToFile(@"c:\temp\multiobjective\\logs\\" + filename + "\\" + algoname + ".log");
}
var data = Data.ReadXml(dataPath + filename, "120", "4");
var newrooms = CreateRoomsFixedSize(data, 25, 3);
data.SetRoomList(newrooms);
var formulation = ProblemFormulation.MinimizeRoomCost;
// formulation.OverbookingAllowed = 0.25;
var startmodel = new CCTModel(data, formulation, new CCTModel.MIPModelParameters()
{
UseStageIandII = false,
TuneGurobi = true,
UseHallsConditions = true,
UseRoomHallConditions = true,
});
startmodel.Optimize(300);
var fixedTimeSlotAssignments = startmodel.GetAssignments();
var stageIsol = new Solution(data, formulation);
stageIsol.SetAssignments(fixedTimeSlotAssignments);
Console.WriteLine("Assignments of timeslots:");
Console.WriteLine(stageIsol.AnalyzeSolution());
// var newrooms = CreateRooms(data,5);
// var newrooms = CreateRoomsFixedSize(data, 20);fr
var problemFormulation = ProblemFormulation.EverythingZero;
problemFormulation.RoomStabilityWeight = 1;
//problemFormulation.OverbookingAllowed = 1;
var mipModelParameters = new CCTModel.MIPModelParameters()
{
TuneGurobi = true,
UseStageIandII = true,
// UseStageIandII = true,
UseHallsConditions = false,
UseRoomHallConditions = false,
NSols = 100,
ConstraintPenalty = 50,
UseRoomsAsTypes = false,
};
var solver = new MultiObjectiveSolver(data, problemFormulation, mipModelParameters)
{
Timelimit = Timelimit,
MIPGap = 0.0,
Steps = 10,
LocalBranching = 0,
EpsilonOnQuality = false,
FixedTimeSlotAssignments = fixedTimeSlotAssignments
};
Console.WriteLine("Algorithm: " + algoname);
DisplayParameterObject(problemFormulation);
DisplayParameterObject(solver);
DisplayParameterObject(solver.MipParameters);
var pareto = solver.Run();
WriteSol(@"c:\temp\multiobjective\", filename, data, problemFormulation, algoname, DateTime.Now.ToString(), pareto);
}
public void MultiObjOneObjetive([Values(
ITC_Comp01,
ITC_Comp02,
ITC_Comp03,
ITC_Comp04,
ITC_Comp05,
ITC_Comp06,
ITC_Comp07,
ITC_Comp08,
ITC_Comp09,
ITC_Comp10,
ITC_Comp11,
ITC_Comp12,
ITC_Comp13,
ITC_Comp14,
ITC_Comp15,
ITC_Comp16,
ITC_Comp17,
ITC_Comp18,
ITC_Comp19,
ITC_Comp20,
ITC_Comp21
)]
string filename,
[Values(ProblemFormulation.Objective.MinimumWorkingDaysWeight,
ProblemFormulation.Objective.CurriculumCompactnessWeight,
ProblemFormulation.Objective.BadTimeslots,
ProblemFormulation.Objective.StudentMinMaxLoadWeight)]
ProblemFormulation.Objective objective)
{
//ProblemFormulation.Objective objective = ProblemFormulation.Objective.BadTimeslots;
var algoname = nameof(MultiObjOneObjetive) + "_" + Enum.GetName(objective.GetType(), objective);
if (ConsoleToFile)
{
SetConsoleOutputToFile(@"c:\temp\multiobjective\\logs\\" + filename + "\\" + algoname + ".log");
}
var data = Data.ReadXml(dataPath + filename, "120", "4");
//var newrooms = CreateRooms(data);
var newrooms = CreateRoomsFixedSize(data, 25, 1);
data.SetRoomList(newrooms);
var problemFormulation = ProblemFormulation.EverythingZero;
problemFormulation.SetWeight(objective, 1);
//problemFormulation.AvailabilityHardConstraint = false;
var mipModelParameters = new CCTModel.MIPModelParameters()
{
TuneGurobi = true,
UseStageIandII = false,
// UseStageIandII = true,
UseHallsConditions = true,
UseRoomHallConditions = true,
//ConstraintPenalty = null, //1,
ConstraintPenalty = 50,
UseRoomsAsTypes = true,
};
var solver = new MultiObjectiveSolver(data, problemFormulation, mipModelParameters)
{
Timelimit = Timelimit,
EpsilonOnQuality = true,
EpsilonRelaxing = false,
};
Console.WriteLine("Algorithm: " + algoname);
DisplayParameterObject(problemFormulation);
DisplayParameterObject(solver);
DisplayParameterObject(solver.MipParameters);
var pareto = solver.Run();
WriteSol(@"c:\temp\multiobjective\", filename, data, problemFormulation, algoname, DateTime.Now.ToString(), pareto);
}
// [TestCaseSource(nameof(TestMultiObjTestBed))]
public void MultiCornerPointsTest([Values(
/* ITC_Comp01,
* ITC_Comp05,
* ITC_Comp06,
* ITC_Comp08,
* ITC_Comp12,
* ITC_Comp11,
* ITC_Comp18
*/
ITC_Comp01,
ITC_Comp02,
ITC_Comp03,
ITC_Comp04,
ITC_Comp05,
ITC_Comp06,
ITC_Comp07,
ITC_Comp08,
ITC_Comp09,
ITC_Comp10,
ITC_Comp11,
ITC_Comp12,
ITC_Comp13,
ITC_Comp14,
ITC_Comp15,
ITC_Comp16,
ITC_Comp17,
ITC_Comp18,
ITC_Comp19,
ITC_Comp20,
ITC_Comp21
)] string filename,
[Values(true)] bool EpsilonOnQuality,
[Values(true)] bool SpecificQual)
{
var algoname = nameof(MultiCornerPointsTest) + $"EpsOnQual_{EpsilonOnQuality}_SpecQual_{SpecificQual}_4timeinstart";
if (ConsoleToFile)
{
SetConsoleOutputToFile(@"c:\temp\multiobjective\\logs\\" + filename + "\\" + algoname + ".log");
}
var data = Data.ReadXml(dataPath + filename, "120", "4");
// var newrooms = CreateRooms(data);
var newrooms = CreateRoomsFixedSize(data, 25, 1);
data.SetRoomList(newrooms);
var mipModelParameters = new CCTModel.MIPModelParameters()
{
TuneGurobi = true,
UseStageIandII = false,
// UseStageIandII = true,
UseHallsConditions = true,
UseRoomHallConditions = true,
ConstraintPenalty = 50,
UseRoomsAsTypes = true,
};
var solver = new MultiObjectiveSolver(data, _problemFormulation, mipModelParameters)
{
Timelimit = Timelimit,
Steps = 0,
EpsilonOnQuality = EpsilonOnQuality,
UseSpecificObjConstraints = false,
ExtraTimeOnCornerPointsMultiplier = 2,
};
Console.WriteLine("Algorithm: " + algoname);
DisplayParameterObject(_problemFormulation);
DisplayParameterObject(solver);
DisplayParameterObject(solver.MipParameters);
var pareto = solver.Run();
WriteSol(@"c:\temp\multiobjective\", filename, data, _problemFormulation, algoname, DateTime.Now.ToString(), pareto);
}
