public ContentItem(Packable p, uint n)
{
Pack = p; Number = n;
}
public ContentItem(Packable p, uint n, bool[] orientations)
{
Pack = p; Number = n; Array.Copy(orientations, _allowOrient, 3);
}
public virtual OptInt OptGlobMaxNumber(Packable packable)
{
OptInt optMaxNumberWeight = new OptInt(OptMaxWeight.Activated, (int)Math.Floor((OptMaxWeight.Value - Container.Weight) / packable.Weight));
return(OptInt.Min(optMaxNumberWeight, OptMaxNumber));
}
public Analysis(Document doc, Packable packable) : base(doc)
{
Content = packable;
_interlayers = new List <InterlayerProperties>();
}
public virtual bool InnerContent(ref Packable innerPackable, ref int number)
{
innerPackable = null;
number = 0;
return(false);
}
protected AnalysisHomo(Document doc, Packable packable) : base(doc)
{
Content = packable;
_interlayers = new List <InterlayerProperties>();
}
public override bool InnerContent(ref Packable innerPackable, ref int number)
{
innerPackable = _innerPackable;
number = Arrangement.Number;
return(true);
}
public ConstraintSetCylinderCase(Packable container)
: base(container)
{
}
protected AnalysisHomo(Document doc, Packable packable) : base(doc)
{
Content = packable;
}
protected AnalysisLayered(Document doc, Packable packable) : base(doc, packable)
{
}
public ConstraintSetBoxCase(Packable container)
: base(container)
{
}
public override bool InnerContent(ref Packable innerPackable, ref int number)
{
innerPackable = ParentAnalysis.Content;
number = ParentSolution.ItemCount;
return(true);
}
public override bool InnerContent(ref Packable innerPackable, ref int number)
{
innerPackable = Content;
number = Number;
return(true);
}
