/*
* @param temperature : temperatur awal
* @param cooling_rate : cooling rate temperatur
* Menjalankan simulated annealing dan menuliskan jumlah konflik yang terjadi
*/
public void execute(float temperature, float cooling_rate)
{
this.solution = new KelasManagement(this.kelasManagement.getArrayKelas());
Console.WriteLine("Initial conflict: " + this.solution.getConflict());
solution.printall();
Console.WriteLine();
Console.WriteLine("Temperature: " + temperature);
Console.WriteLine("Cooling rate: " + cooling_rate);
Console.WriteLine("---------");
while (temperature > 1)
{
for (int i = 0; i < 200; i++)
{
int random = myRandom.GetRandomNumber(0, this.kelasManagement.getArrayKelas().Count - 1);
this.kelasManagement.setRandomValue(random);
int newConflict = this.kelasManagement.getConflict();
int currentConflict = this.solution.getConflict();
if (newConflict < currentConflict)
{
this.solution = new KelasManagement(this.kelasManagement.getArrayKelas());
Console.WriteLine("Found better: " + newConflict);
}
else
{
if (myRandom.GetRandomFloat(0, 100) <= Math.Exp((currentConflict - newConflict) / temperature))
{
this.solution = new KelasManagement(this.kelasManagement.getArrayKelas());
Console.WriteLine("Assign worse: " + newConflict);
}
}
}
temperature *= cooling_rate;
}
//solution.printall();
this.solution.printall();
Console.WriteLine("---------");
Console.WriteLine("Last conflict: " + this.solution.getConflict());
}
