public void FindScheduleTest3()
{
Graph g = FileHelper.LoadFile("Resources\\test3.txt");
List <Tuple <Edge, Edge> > lst = ScheduleAlgorithm.FindSchedule(g);
Assert.AreEqual(lst.Count, 8);
}
private Result Calculate(Tab tab)
{
var resultTable = new decimal?[4, 2];
//------ input data -------
var jobPalette = tab.DurationByWork;
var mashines = GenerateInputMashines(tab.DeviceProductivities);
//-------- get chains ----------
List <List <int> > chains = ChainsAlgorithm.GetChains(jobPalette);
//------ get jobsScheduling -------
decimal C_1;
decimal?Cmax1;
var jobsScheduling1 = ScheduleAlgorithm.BuildedSchedule(chains, mashines, AlgorithmType.A1, out C_1, out Cmax1);
decimal C_2;
decimal?Cmax2;
var jobsScheduling2 = ScheduleAlgorithm.BuildedSchedule(chains, mashines, AlgorithmType.A2, out C_2, out Cmax2);
decimal C_3;
decimal?Cmax3;
var jobsScheduling3 = ScheduleAlgorithm.BuildedSchedule(chains, mashines, AlgorithmType.A3, out C_3, out Cmax3);
decimal C_4;
decimal?Cmax4;
var jobsScheduling4 = ScheduleAlgorithm.BuildedSchedule(chains, mashines, AlgorithmType.A4, out C_4, out Cmax4);
//----- for result --------
var ChainResult = new decimal[tab.DurationByWork.GetLength(0) * tab.DurationByWork.GetLength(1), 2];
var index = 0;
var chainNumber = 1;
foreach (var job in chains)
{
decimal currentNum = chainNumber;
foreach (var jobDuration in job)
{
currentNum += .1m;
ChainResult[index, 0] = currentNum;
ChainResult[index, 1] = decimal.Round(jobDuration, 0);
index++;
}
chainNumber++;
}
var plot1 = new Plot();
foreach (var val in jobsScheduling1)
{
plot1.Add(val.Key, val.Value);
}
var plot2 = new Plot();
foreach (var val in jobsScheduling2)
{
plot2.Add(val.Key, val.Value);
}
var plot3 = new Plot();
foreach (var val in jobsScheduling3)
{
plot3.Add(val.Key, val.Value);
}
var plot4 = new Plot();
foreach (var val in jobsScheduling4)
{
plot4.Add(val.Key, val.Value);
}
return(new Result
{
Chain = ChainResult,
AlgorithSummaries = new AlgorithSummary[]
{
new AlgorithSummary
{
Type = AlgorithmType.A1,
Cstar = decimal.Round(C_1, 2),
Cmax = decimal.Round((decimal)Cmax1, 2)
},
new AlgorithSummary
{
Type = AlgorithmType.A2,
Cstar = decimal.Round(C_2, 2),
Cmax = decimal.Round((decimal)Cmax2, 2)
},
new AlgorithSummary
{
Type = AlgorithmType.A3,
Cstar = decimal.Round(C_3, 2),
Cmax = decimal.Round((decimal)Cmax3, 2)
},
new AlgorithSummary
{
Type = AlgorithmType.A4,
Cstar = decimal.Round(C_4, 2),
Cmax = decimal.Round((decimal)Cmax4, 2)
},
},
PlotData = new Dictionary <AlgorithmType, Plot>
{
{ AlgorithmType.A1,
plot1 },
{ AlgorithmType.A2,
plot2 },
{ AlgorithmType.A3,
plot3 },
{ AlgorithmType.A4,
plot4 },
}
});
}
