public ISolution GetSolution(List <WorkToDo> workToDos, List <WorkerMan> workerMens)
{
//Solution solution = new Solution();
//int workers = workerMens.Count;
//int work = workToDos.Count;
//for (int i = 0; i < work; i++)
//{
// int cu = this.Position.GetCurrent() % i;
// while (cu >= workers)
// {
// cu -= workers;
// }
// int index = cu;
// solution.SolutionPairs.Add(new SolutionPair() { WorkerMan = workerMens.ElementAt(index), WorkToDo = workToDos.ElementAt(i) });
//}
//return solution;
Solution solution = new Solution();
PositionPS pos = (this.Position as PositionPS);
int[] positions = pos.GetPosition();
for (int i = 0; i < positions.Length; i++)
{
solution.SolutionPairs.Add(new SolutionPair()
{
WorkerMan = workerMens.ElementAt(positions[i]), WorkToDo = workToDos.ElementAt(i)
});
}
return(solution);
}
public IVelocy Minus(IPositionPS position)
{
PositionPS ps = (position as PositionPS);
int[] vect = new int[this.position.Length];
for (int i = 0; i < vect.Length; i++)
{
vect[i] = (this.position[i] - ps.position[i]) % this.numberOfWorkers;
}
return(new Velocy(this.numberOfWorkers, vect));
}
public ISolution GetSolution(IParticleSwarmProblem problem)
{
var wms = problem.GetWorkerMans();
var wtd = problem.GetWorkToDos();
Solution solution = new Solution()
{
SolutionPairs = new List <ISolutionPair>()
};
PositionPS pos = (this.Position as PositionPS);
int[] positions = pos.GetPosition();
for (int i = 0; i < positions.Length; i++)
{
solution.SolutionPairs.Add(new SolutionPair()
{
WorkerMan = wms.ElementAt(positions[i]), WorkToDo = wtd.ElementAt(i)
});
}
return(solution);
//Solution solution = new Solution() { SolutionPairs = new List<ISolutionPair>() };
//int workers = problem.GetWorkerMans().Count;
//int work = problem.GetWorkToDos().Count;
//for (int i = 0; i < work; i++)
//{
// int cu = this.Position.GetCurrent() / (i+1);
// cu += this.Position.GetCurrent();
// if (cu < 0)
// {
// cu = -1 * cu;
// }
// while (cu >= workers)
// {
// cu -= workers;
// }
// int index = cu;
// WorkerMan wm = problem.GetWorkerMans().ElementAt(index);
// WorkToDo wtd = problem.GetWorkToDos().ElementAt(i);
// solution.SolutionPairs.Add(new SolutionPair() { WorkerMan = wm, WorkToDo = wtd });
//}
//return solution;
}
public SolutionPosSpeed(int numberOfJobs, int numberOfWorkers, SolutionPosSpeed localOptimum)
{
Position = new PositionPS(numberOfJobs, numberOfWorkers);
Speed = new Velocy(numberOfJobs, numberOfWorkers);
LocalOptimum = localOptimum;
}
