void buildMark()
{
M = Matrix <double> .Build.Dense(petriNet.Places, 1);
Buffers.ForEach(b => b.clearConnected());
//machines and buffers
for (int m = 0; m < Machines; m++)
{
M[firstMachineAddress + m, 0] = 1;
M[firstMachineAddress + Machines + m, 0] = Buffers.First(i => i.Number == m + 1).Capacity;
Buffers.First(b => b.Number == m + 1).Address = firstMachineAddress + Machines + m;
}
//inputs
int place = 0;
foreach (var process in Processes)
{
var output = getCorrespondingOutput(process.Number);
M[place, 0] = Inputs.First(i => i.Number == process.Number).Value;
Inputs.First(i => i.Number == process.Number).Address = place;
Inputs.First(i => i.Number == process.Number).CorrespondingOutput = output;
place += process.Operations.Count * 3 + 2;
foreach (var o in process.Operations)
{
Buffers.First(i => i.Number == o.MachineNumber).Connect(process, o.Number);
}
}
}
private void Init(List <sortAlgorithm> sort)
{
Buffers.ForEach(b => b.clerarActive());
buildPetriNet();
buildMark();
timer = new TimerController(Machines);
transitionController = new TransistionController(petriNet, Buffers, Processes, Machines, firstMachineAddress, sort);
t = 0;
PreparedTransitions = transitionController.getPreparedTransitions(t, timer, M);
stopped = false;
machinesPercentage = printMachinesPercentage();
}
