//optMin = getInitialReduction();
	optMin = getInitialGreedy(bestRoute);
	cout << "optMin = " << optMin << endl;
	currentRoute = bestRoute;
	displayRoute(currentRoute);
	Czas onboardClock;
	int currentCost = optMin;
	amountRandomNodes = 5;
	onboardClock.start();

	double temperature = CalculateTemperature();
	currentOptMin = optMin;

	do
	{
		//getInitialReductionAndRandom(currentRoute);

		for (auto i = 0; i < matrixSize*matrixSize; i++)
		{
			vector<unsigned> shuffled = currentRoute;

			currentCost = currentCost + swapTwoRandomNodes(shuffled);

			if (currentCost < currentOptMin)
			{
				currentRoute = shuffled;
				currentOptMin = currentCost;
			}

			///*
			else if (static_cast<float>(rand()) / RAND_MAX < CalculateProbability(currentOptMin, currentCost, temperature)) // Metropolis condition
			{
				currentRoute = shuffled;
				currentOptMin = currentCost;
			}
			//*/

		}
		static_cast<double>(temperature = temperature * 0.95);
		//cout << "Temperatura " << temperature << endl;
		onboardClock.stop();
		//-----sprawdzenie czy uplynal czas------
	} while (onboardClock.read() <= 2);

	bestRoute = currentRoute;
	optMin = currentOptMin;

	cout << endl;
	cout << "Min: " << optMin << endl;
	cout << "Czas wykonania:" << endl;
	cout << "10s" << endl;