public void solver_SA(ParametersOfSolver parameter)
{
Console.WriteLine("-------------solver_SA---------------");
parameter.generateNeighbor = queens.constructNeighbor();
parameter.acceptNeighbor = queens.registerNeighborAsCurrent();
Console.WriteLine("-------------solver_passo Simulated_A---------------");
SimulatedAnnealing simulated_Annealing = new SimulatedAnnealing(parameter, queens);
Console.WriteLine($"Energia do Sistema: {simulated_Annealing.getEnergySystem()} ---------------");
bool done = false;
while (!done)
{
Console.WriteLine("-------------Realizando Tentativa---------------");
done = simulated_Annealing.simulationStep();
Console.WriteLine($"Energia do Sistema: {simulated_Annealing.getEnergySystem()} ---------------");
Console.WriteLine($"Energia do Sistema: {simulated_Annealing.getTemperatureSystem()} ---------------");
if (done)
{
break;
}
}
Console.WriteLine("-------------Concluido---------------");
}
public bool simulationStep()
{
if (parameterSA.currentSystemTemperature > parameterSA.freezingTemperature)
{
for (int i = 0; i < parameterSA.currentStabilizer; i++)
{
Console.WriteLine("-------------Tentativa SA---------------");
double newEnergy = QueensUtil.constructNeighbor();
double energyDelta = newEnergy - parameterSA.currentSystemEnergy;
if (probability(parameterSA.currentSystemEnergy, energyDelta))
{
QueensUtil.registerNeighborAsCurrent();
parameterSA.currentSystemEnergy = newEnergy;
}
}
parameterSA.currentSystemTemperature = parameterSA.currentSystemTemperature - parameterSA.coolingFactor;
parameterSA.currentStabilizer = parameterSA.currentStabilizer * parameterSA.stabilizingFactor;
Console.WriteLine("---------**---- currentStabilizer ---**------------");
return(false);
}
parameterSA.currentSystemTemperature = parameterSA.freezingTemperature;
return(true);
}
