public static ISolver GenerateSolver(string name, Warehouse w, IPickings p)
{
switch (name)
{
case SShapeSolver.SolverName:
return(new SShapeSolver(w, p));
case SShapeSolverV2.SolverName:
return(new SShapeSolverV2(w, p));
case ReturnSolver.SolverName:
return(new ReturnSolver(w, p));
case LargestGapSolver.SolverName:
return(new LargestGapSolver(w, p));
case DummySolver.SolverName:
return(new DummySolver(w, p));
case CompositeSolver.SolverName:
return(new CompositeSolver(w, p));
default:
Console.WriteLine("Could not recognize algo " + name + ". Default to dummy");
return(new DummySolver(w, p));
}
}
public void DrawPickingObjectif(IPickings pickings)
{
if (_alreadyDrawedWishes.Contains(pickings))
{
return;
}
foreach (var pickingPos in pickings.PickingList)
{
var blueBrush = new SolidBrush(Color.Blue);
int x = DefaultUpperLeftAngleX + pickingPos.UpperLeftX * _horizontalLineLenght;
int y = DefaultUpperLeftAngleY + pickingPos.UpperLeftY * _verticalLineLenght;
var rect = new Rectangle(x, y, _horizontalLineLenght, _verticalLineLenght);
Action <PaintEventArgs> draw = e => e.Graphics.FillRectangle(blueBrush, rect);
_drawList.Add(draw);
}
_alreadyDrawedWishes.Add(pickings);
}
private void generate_Click(object sender, EventArgs e)
{
var rnd = new Random();
//const int nbBlock = 1;
int nbBlock = rnd.Next(1, 5);
int nbAisles = rnd.Next(1, 20);
int aisleLenght = rnd.Next(5, 25);
//int nbBlock = 2;
//int nbAisles = 6;
//int aisleLenght = 1;
if (_drawer == null)
{
_drawer = new Drawer();
}
else
{
_drawer.Clear();
}
int wishSize = rnd.Next(1, nbBlock * nbAisles * aisleLenght) / 1;
var problem = WarehousePickingCoreGenerator.GenerateProblem(nbBlock, nbAisles, aisleLenght, wishSize);
var warehouse = problem.Item1;
IPickings pickings = problem.Item2;
_drawer.DrawWarehouse(warehouse);
Paint += _drawer.Drawing_handler;
_drawer.DrawPickingObjectif(pickings);
Refresh();
_currentWarehouse = warehouse;
_currentPickings = pickings;
_dummySolver = null;
_sShapeSolver = null;
_sShapeSolverV2 = null;
_largestGapSolver = null;
_returnSolver = null;
_compositeSolver = null;
}
internal CompositeSolver(Warehouse currentWarehouse, IPickings currentPickings)
{
Warehouse = currentWarehouse;
Pickings = currentPickings;
}
internal LargestGapSolver(Warehouse currentWarehouse, IPickings currentPickings)
{
Warehouse = currentWarehouse;
Pickings = currentPickings;
}
internal DummySolver(Warehouse warehouse, IPickings pickings)
{
Pickings = pickings;
Warehouse = warehouse;
}
internal SShapeSolver(Warehouse currentWarehouse, IPickings currentPickings)
{
Warehouse = currentWarehouse;
Pickings = currentPickings;
}
internal ReturnSolver(Warehouse currentWarehouse, IPickings currentPickings)
{
Warehouse = currentWarehouse;
Pickings = currentPickings;
}
