public void Report_results(ref SolutionArray solArray)
{
pallet.Variant = best_variant;
double packed_box_percentage = (double)best_solution_volume * 100 / (double)total_box_volume;
pallet_volume_used_percentage = (double)best_solution_volume * 100 / (double)pallet.Vol;
double elapsed_time = (TimeStop - TimeStart).TotalMilliseconds * 0.001;
List_candidate_layers(false);
packedvolume = 0;
packedy = 0;
packing = true;
layerThickness = layers[best_iteration].LayerDim;
remainpy = pallet.Pallet_y;
remainpz = pallet.Pallet_z;
foreach (BoxInfo bi in boxList)
{
bi.Is_packed = false;
}
bool hundredpercent = false;
do
{
layerinlayer = 0;
layerdone = false;
Pack_layer(true, ref hundredpercent);
packedy += layerThickness;
remainpy = pallet.Pallet_y - packedy;
if (0 != layerinlayer)
{
prepackedy = packedy;
preremainpy = remainpy;
remainpy = layerThickness - prelayer;
packedy = packedy - layerThickness + prelayer;
remainpz = lilz;
layerThickness = layerinlayer;
layerdone = false;
Pack_layer(true, ref hundredpercent);
packedy = prepackedy;
remainpy = preremainpy;
remainpz = pallet.Pallet_z;
}
System.Diagnostics.Debug.Assert(remainpy >= 0);
Find_layer(remainpy, pallet);
}while (packing);
Solution sol = new Solution()
{
Variant = best_variant, Iteration = best_iteration
};
foreach (BoxInfo bi in boxList)
{
if (bi.Is_packed)
{
sol.ItemsPacked.Add(bi.ToSolItem(best_variant));
}
else
{
sol.ItemsUnpacked.Add(bi.ToSolItem(best_variant));
}
}
solArray.Solutions.Add(sol);
/*
* foreach (BoxInfo bi in boxList)
* {
* if (bi.Is_packed)
* bi.WriteToFile(fso, best_variant, best_iteration);
* }
*/
Console.WriteLine("ELAPSED TIME : Almost {0:0.000} s", elapsed_time);
Console.WriteLine("TOTAL NUMBER OF ITERATIONS DONE : {0}", number_of_iterations);
Console.WriteLine("BEST SOLUTION FOUND AT : ITERATION: {0} OF VARIANT: {1}", best_iteration, best_variant);
Console.WriteLine("TOTAL NUMBER OF BOXES : {0}", boxList.Count);
Console.WriteLine("PACKED NUMBER OF BOXES : {0}", number_packed_boxes);
Console.WriteLine("TOTAL VOLUME OF ALL BOXES : {0}", total_box_volume);
Console.WriteLine("PALLET VOLUME : {0}", pallet.Vol);
Console.WriteLine("BEST SOLUTION'S VOLUME UTILIZATION : {0} OUT OF {1}", best_solution_volume, pallet.Vol);
Console.WriteLine("PERCENTAGE OF PALLET VOLUME USED : {0:0.000}", pallet_volume_used_percentage);
Console.WriteLine("PERCENTAGE OF PACKEDBOXES (VOLUME) : {0:0.000}", packed_box_percentage);
Console.WriteLine("WHILE PALLET ORIENTATION : X={0}; Y={1}; Z= {2}", pallet.Pallet_x, pallet.Pallet_y, pallet.Pallet_z);
Console.WriteLine();
foreach (var variant in best_iterations.Keys)
{
Console.WriteLine("{0} {1} -> {2}", variant, best_iterations[variant].Key, best_iterations[variant].Value);
}
}
public void Run(BoxItem[] listBoxItem, decimal palletLength, decimal palletWidth, decimal palletHeight, ref SolutionArray solArray)
{
packing = true;
// boxes
foreach (BoxItem bi in listBoxItem)
{
for (int i = 0; i < bi.N; ++i)
{
boxList.Add(new BoxInfo()
{
ID = bi.ID, Dim1 = bi.Boxx, Dim2 = bi.Boxy, Dim3 = bi.Boxz, N = bi.N
});
}
}
// pallet
pallet = new PalletInfo(palletLength, palletWidth, palletHeight);
// output file
if (string.IsNullOrEmpty(OutputFilePath))
{
fso = null;
}
else
{
fso = new StreamWriter(OutputFilePath, true);
}
TimeStart = DateTime.Now;
Initialize();
Execute_iterations();
TimeStop = DateTime.Now;
Report_results2(ref solArray);
}
