private List <AnalysisLayered> PackOptimSolutions(ConstraintSetCasePallet constraintSet, int iNumber)
{
// TODO: better as IEnumerable<>?
var analyses = new List <AnalysisLayered>();
foreach (CaseDefinition caseDefinition in CaseDefinitions(iNumber))
{
try
{
// build pack properties
Vector3D outerDimensions = caseDefinition.OuterDimensions(BoxProperties, ParamSetPackOpt);
var packProperties = new PackProperties(
null,
BoxProperties,
caseDefinition.Arrangement,
PackProperties.Orientation(caseDefinition.Dim0, caseDefinition.Dim1),
PackProperties.EnuRevSolidLayout.ALIGNED,
BuildWrapper(),
BuildTray()
);
packProperties.ForceOuterDimensions(outerDimensions);
// solver
var solver = new SolverCasePallet(packProperties, PalletProperties, constraintSet);
analyses.AddRange(solver.BuildAnalyses(false));
}
catch (Exception ex)
{
_log.Error(ex.Message);
}
}
// sort caseOptimSolution
analyses.Sort(new AnalysisComparer());
return(analyses);
}
private void btAddCasePalletAnalysis_Click(object sender, EventArgs e)
{
try
{
// get selected box
BoxProperties boxProperties = SelectedBox;
// get selected pallet
PalletProperties palletProperties = SelectedPallet;
// get selected caseOptimSolution
CaseOptimSolution sol = SelectedSolution;
PackArrangement arrangement = sol.CaseDefinition.Arrangement;
// build new case name
string name = string.Format("{0}_{1}*{2}*{3}_{4}{5}"
, boxProperties.Name
, arrangement.Length
, arrangement.Width
, arrangement.Height
, sol.CaseDefinition.Dim0
, sol.CaseDefinition.Dim1);
// build new case description
string description = string.Format("Case generated by case optimization for box {0} and pallet {1}"
, boxProperties.Name
, palletProperties.Name);
// analysis name/description
string analysisName = string.Format("OptimAnalysis{0}_{1}*{2}*{3}_{4}{5}"
, boxProperties.Name
, boxProperties.Name
, arrangement.Length
, arrangement.Width
, arrangement.Height
, sol.CaseDefinition.Dim0
, sol.CaseDefinition.Dim1);
string analysisDescription = string.Format("Pallet analysis generated by case optimisation for box {0} and pallet {1}"
, boxProperties.Name
, palletProperties.Name);
// create PackProperties
HalfAxis.HAxis axis = PackProperties.Orientation(sol.CaseDefinition.Dim0, sol.CaseDefinition.Dim1);
double wrapperWeight = WrapperCardboard.EstimateWeight(
SelectedBox
, arrangement
, axis
, NoWalls
, WallThickness
, WallSurfaceMass);
/*
* // add new case
* CaseOfBoxesProperties caseProperties = _document.CreateNewCaseOfBoxes(
* name, description
* , boxProperties
* , sol.CaseDefinition
* , BuildCaseOptimConstraintSet());
* // set color
* caseProperties.SetColor(Color.Chocolate);
* // add new pallet analysis
* List<CasePalletSolution> palletSolutionList = new List<CasePalletSolution>();
* palletSolutionList.Add(sol.PalletSolution);
* Analysis analysis = _document.CreateNewCasePalletAnalysis(
* analysisName
* , analysisDescription
* , caseProperties
* , palletProperties
* , null, null
* , null, null, null
* , BuildCasePalletConstraintSet()
* , palletSolutionList);
*/
}
catch (Exception ex)
{
_log.Error(ex.ToString());
}
}
private void btAddPackPalletAnalysis_Click(object sender, EventArgs e)
{
try
{
// get selected box
BoxProperties boxProperties = SelectedBox;
// get selected pallet
PalletProperties palletProperties = SelectedPallet;
// get selected caseOptimSolution
CaseOptimSolution sol = SelectedSolution;
PackArrangement arrangement = sol.CaseDefinition.Arrangement;
// build new case name
string name = string.Format("{0}_{1}*{2}*{3}_{4}{5}"
, boxProperties.Name
, arrangement.Length
, arrangement.Width
, arrangement.Height
, sol.CaseDefinition.Dim0
, sol.CaseDefinition.Dim1);
// build new case description
string description = string.Format("Case generated by case optimization for box {0} and pallet {1}"
, boxProperties.Name
, palletProperties.Name);
// analysis name/description
string analysisName = string.Format("OptimAnalysis{0}_{1}*{2}*{3}_{4}{5}"
, boxProperties.Name
, boxProperties.Name
, arrangement.Length
, arrangement.Width
, arrangement.Height
, sol.CaseDefinition.Dim0
, sol.CaseDefinition.Dim1);
string analysisDescription = string.Format("Pallet analysis generated by case optimisation for box {0} and pallet {1}"
, boxProperties.Name
, palletProperties.Name);
// create PackProperties
HalfAxis.HAxis axis = PackProperties.Orientation(sol.CaseDefinition.Dim0, sol.CaseDefinition.Dim1);
double wrapperWeight = WrapperCardboard.EstimateWeight(
SelectedBox
, arrangement
, axis
, NoWalls
, WallThickness
, WallSurfaceMass);
// cardboard wrapper
WrapperCardboard wrapper = new WrapperCardboard(WallThickness, wrapperWeight, Color.Chocolate);
wrapper.SetNoWalls(NoWalls[0], NoWalls[1], NoWalls[2]);
// pack
PackProperties pack = _document.CreateNewPack(
name, description
, boxProperties, arrangement, axis
, wrapper);
// constraint set
ConstraintSetCasePallet constraintSet = new ConstraintSetCasePallet()
{
Overhang = new Vector2D(OverhangX, OverhangY)
};
constraintSet.SetMaxHeight(new OptDouble(true, MaximumPalletHeight));
constraintSet.OptMaxWeight = new OptDouble(false, 0);
// interlayer
List <InterlayerProperties> listInterlayers = new List <InterlayerProperties>();
// layer desc
List <LayerDesc> layerDescs = new List <LayerDesc>();
// create analysis
Analysis analysis = _document.CreateNewAnalysisCasePallet(
analysisName, analysisDescription
, pack, palletProperties
, listInterlayers
, null, null, null
, constraintSet, layerDescs
);
/*
* // constraint set
* PackPalletConstraintSet constraintSet = new PackPalletConstraintSet();
* constraintSet.OverhangX = OverhangX;
* constraintSet.OverhangY = OverhangY;
* constraintSet.MaximumPalletHeight = new OptDouble(true, MaximumPalletHeight);
* // create analysis
* _document.CreateNewPackPalletAnalysis(
* analysisName
* , analysisDescription
* , pack
* , palletProperties
* , null
* , constraintSet
* , new PackPalletSolver());
*/
}
catch (Exception ex)
{
_log.Error(ex.ToString());
}
}
private void btAddPackPalletAnalysis_Click(object sender, EventArgs e)
{
try
{
// get selected box
BoxProperties boxProperties = SelectedBox;
// get selected pallet
PalletProperties palletProperties = SelectedPallet;
// get selected caseOptimSolution
CaseOptimSolution sol = SelectedSolution;
PackArrangement arrangement = sol.CaseDefinition.Arrangement;
// build new case name
string name = string.Format("{0}_{1}*{2}*{3}_{4}{5}"
, boxProperties.Name
, arrangement._iLength
, arrangement._iWidth
, arrangement._iHeight
, sol.CaseDefinition.Dim0
, sol.CaseDefinition.Dim1);
// build new case description
string description = string.Format("Case generated by case optimization for box {0} and pallet {1}"
, boxProperties.Name
, palletProperties.Name);
// analysis name/description
string analysisName = string.Format("OptimAnalysis{0}_{1}*{2}*{3}_{4}{5}"
, boxProperties.Name
, boxProperties.Name
, arrangement._iLength
, arrangement._iWidth
, arrangement._iHeight
, sol.CaseDefinition.Dim0
, sol.CaseDefinition.Dim1);
string analysisDescription = string.Format("Pallet analysis generated by case optimisation for box {0} and pallet {1}"
, boxProperties.Name
, palletProperties.Name);
// create PackProperties
HalfAxis.HAxis axis = PackProperties.Orientation(sol.CaseDefinition.Dim0, sol.CaseDefinition.Dim1);
double wrapperWeight = WrapperCardboard.EstimateWeight(
SelectedBox
, arrangement
, axis
, NoWalls
, WallThickness
, WallSurfaceMass);
// cardboard wrapper
WrapperCardboard wrapper = new WrapperCardboard(WallThickness, wrapperWeight, Color.Chocolate);
wrapper.SetNoWalls(NoWalls[0], NoWalls[1], NoWalls[2]);
// pack
PackProperties pack = _document.CreateNewPack(
name, description
, boxProperties, arrangement, axis
, wrapper);
// constraint set
PackPalletConstraintSet constraintSet = new PackPalletConstraintSet();
constraintSet.OverhangX = OverhangX;
constraintSet.OverhangY = OverhangY;
constraintSet.MaximumPalletHeight = new OptDouble(true, MaximumPalletHeight);
// create analysis
_document.CreateNewPackPalletAnalysis(
analysisName
, analysisDescription
, pack
, palletProperties
, null
, constraintSet
, new PackPalletSolver());
}
catch (Exception ex)
{
_log.Error(ex.ToString());
}
}
