public void cubing_FFD()
{
var testBoxes = new List <Box>(Boxes);
foreach (var box in testBoxes)
{
var newAvailableOption = new List <Option>();
box.availableOption = box.availableOption.OrderBy(o => o.x * o.y).Reverse().Take(2).ToList();
}
testBoxes = testBoxes.OrderBy(box => Math.Max(Math.Max(box.x * box.y, box.x * box.z), Math.Max(box.y * box.z, box.x * box.y))).Reverse().ToList();
var testLoadUnit = new LoadUnit(loadUnit.x, loadUnit.y, loadUnit.z);
loadUnits = new List <LoadUnit>();
loadUnits.Add(testLoadUnit);
foreach (var box in testBoxes)
{
var i = 0;
while (!loadUnits[i].place_box(box))
{
i = i + 1;
if (loadUnits.Count() < i + 1)
{
loadUnits.Add(new LoadUnit(loadUnit.x, loadUnit.y, loadUnit.z));
}
}
}
}
public void cubing()
{
var NoOfPallet = 1;
var testBoxes = new List <Box>(Boxes);
testBoxes = testBoxes.OrderBy(box => box.x * box.y * box.z).Reverse().ToList();
var testLoadUnit = new LoadUnit(loadUnit.x, loadUnit.y, loadUnit.z);
loadUnits = new List <LoadUnit>();
testLoadUnit.place_boxes(testBoxes);
loadUnits.Add(testLoadUnit);
while (loadUnits.Sum(loadUnit => loadUnit.PlacedBoxes.Count()) < Boxes.Count())
{
loadUnits = new List <LoadUnit>();
testBoxes = new List <Box>(Boxes);
NoOfPallet = NoOfPallet + 1;
var splitedList = split(testBoxes, NoOfPallet);
for (int i = 0; i < NoOfPallet; i++)
{
var newLU = new LoadUnit(loadUnit.x, loadUnit.y, loadUnit.z);
loadUnits.Add(newLU);
testBoxes = splitedList[i].OrderBy(box => box.x * box.y * box.z).Reverse().ToList();
newLU.place_boxes(testBoxes);
}
}
}
