public List <HSolution> BuildSolutions(AnalysisHetero analysis) { // dim container + offset Vector3D dimContainer = analysis.DimContainer(0), offset = analysis.Offset(0); // content items List <ContentItem> contentItems = new List <ContentItem>(analysis.Content); // solutions List <HSolution> solutions = new List <HSolution>(); // *** Sharp3DBinPacking : begin // create cuboid list List <Cuboid> listCuboids = new List <Cuboid>(); bool bAllowAllOrientations = true; foreach (ContentItem ci in contentItems) { for (int i = 0; i < ci.Number; ++i) { if (!ci.AllowOrientX && !ci.AllowOrientY && !ci.AllowOrientZ) { continue; } if (ci.Pack is BoxProperties b) { listCuboids.Add( new Cuboid((decimal)b.Length, (decimal)b.Width, (decimal)b.Height) { Tag = b , AllowOrientX = ci.AllowOrientX , AllowOrientY = ci.AllowOrientY , AllowOrientZ = ci.AllowOrientZ } ); } } if (!ci.AllowOrientX || !ci.AllowOrientY || !ci.AllowOrientZ) { bAllowAllOrientations = false; } } // Create a bin packer instance // The default bin packer will test all algorithms and try to find the best result // BinPackerVerifyOption is used to avoid bugs, it will check whether the result is correct var binPacker = BinPacker.GetDefault(BinPackerVerifyOption.BestOnly, bAllowAllOrientations); // The result contains bins which contains packed cuboids whith their coordinates var parameter = new BinPackParameter( (decimal)dimContainer.X, (decimal)dimContainer.Y, (decimal)dimContainer.Z, listCuboids.ToArray()) { }; var binPackResult = binPacker.Pack(parameter); { HSolution sol = new HSolution("Sharp3DBinPacking") { Analysis = analysis }; foreach (var bins in binPackResult.BestResult) { HSolItem hSolItem = sol.CreateSolItem(); foreach (var cuboid in bins) { CuboidToSolItem(contentItems, offset, cuboid, out int index, out BoxPosition pos); hSolItem.InsertContainedElt(index, pos); } } solutions.Add(sol); } // *** Sharp3DBinPacking : end // *** BoxoLogic : begin List <BoxItem> listItems = new List <BoxItem>(); foreach (ContentItem ci in contentItems) { for (int i = 0; i < ci.Number; ++i) { if (ci.Pack is BoxProperties b) { listItems.Add( new BoxItem() { ID = BoxToID(b), Boxx = (decimal)b.Length, Boxy = (decimal)b.Width, Boxz = (decimal)b.Height, AllowX = ci.AllowOrientX, AllowY = ci.AllowOrientY, AllowZ = ci.AllowOrientZ, N = 1 } ); } } } var bl = new Boxlogic() { OutputFilePath = string.Empty }; var solArray = new SolutionArray(); bl.Run(listItems.ToArray(), (decimal)dimContainer.X, (decimal)dimContainer.Y, (decimal)dimContainer.Z, ref solArray); foreach (var solution in solArray.Solutions) { HSolution sol = new HSolution($"Boxologic - Variant {solution.Variant}") { Analysis = analysis }; HSolItem hSolItem = sol.CreateSolItem(); Transform3D transform; switch (solution.Variant) { case 1: transform = Transform3D.Translation(new Vector3D(0.0, dimContainer.Y, 0.0)) * Transform3D.RotationX(90.0); break; case 2: transform = Transform3D.Translation(new Vector3D(dimContainer.X, 0.0, 0.0)) * Transform3D.RotationZ(90.0); break; case 3: transform = Transform3D.Translation(new Vector3D(dimContainer.X, 0.0, 0.0)) * Transform3D.RotationZ(90.0); break; case 4: transform = Transform3D.Translation(new Vector3D(dimContainer.X, 0.0, 0.0)) * Transform3D.RotationY(-90.0); break; case 5: transform = Transform3D.Translation(new Vector3D(0.0, dimContainer.Y, 0.0)) * Transform3D.RotationX(90.0); break; default: transform = Transform3D.Identity; break; } foreach (var item in solution.ItemsPacked) { BoxInfoToSolItem(contentItems, offset, item, transform, out int index, out BoxPosition pos); hSolItem.InsertContainedElt(index, pos.Adjusted(new Vector3D((double)item.DimX, (double)item.DimY, (double)item.DimZ))); } solutions.Add(sol); } // *** BoxoLogic : end return(solutions); }
public List <HSolution> BuildSolutions(AnalysisHetero analysis) { // dim container + offset Vector3D dimContainer = analysis.DimContainer(0), offset = analysis.Offset(0); // content items List <ContentItem> contentItems = new List <ContentItem>(analysis.Content); // solutions List <HSolution> solutions = new List <HSolution>(); // *** Sharp3DBinPacking : begin // create cuboid list List <Cuboid> listCuboids = new List <Cuboid>(); bool bAllowAllOrientations = true; foreach (ContentItem ci in contentItems) { for (int i = 0; i < ci.Number; ++i) { if (!ci.AllowOrientX && !ci.AllowOrientY && !ci.AllowOrientZ) { continue; } if (ci.Pack is BoxProperties b) { listCuboids.Add( new Cuboid((decimal)b.Length, (decimal)b.Width, (decimal)b.Height) { Tag = BoxToID(ci.Pack as BoxProperties) , AllowOrientX = ci.AllowOrientX , AllowOrientY = ci.AllowOrientY , AllowOrientZ = ci.AllowOrientZ , PriorityLevel = ci.PriorityLevel } ); } } if (!ci.AllowOrientX || !ci.AllowOrientY || !ci.AllowOrientZ) { bAllowAllOrientations = false; } } // Create a bin packer instance // The default bin packer will test all algorithms and try to find the best result // BinPackerVerifyOption is used to avoid bugs, it will check whether the result is correct var binPacker = BinPacker.GetDefault(BinPackerVerifyOption.BestOnly, bAllowAllOrientations); // The result contains bins which contains packed cuboids whith their coordinates var parameter = new BinPackParameter( (decimal)dimContainer.X, (decimal)dimContainer.Y, (decimal)dimContainer.Z, listCuboids.ToArray()) { ShuffleCount = 0 }; var binPackResult = binPacker.Pack(parameter); { HSolution sol = new HSolution("Sharp3DBinPacking") { Analysis = analysis }; foreach (var bins in binPackResult.BestResult) { HSolItem hSolItem = sol.CreateSolItem(); foreach (var cuboid in bins) { CuboidToSolItem(contentItems, offset, cuboid, out int index, out BoxPosition pos); hSolItem.InsertContainedElt(index, pos); } } solutions.Add(sol); } // *** Sharp3DBinPacking : end // *** BoxoLogic : begin bool singleSol = true; for (int variant = singleSol? 5 : 1; variant < 6; ++variant) { HSolution sol = new HSolution($"Boxologic - Variant {variant}") { Analysis = analysis }; RunBoxologic(variant, sol, dimContainer, offset, contentItems); solutions.Add(sol); } // for // *** BoxoLogic : end return(solutions); }