//----------------------------------------------
public bool AddFilsWithIndex(C2iComposant3D composant, int nIndex)
{
CGraduateCoordinate coord = new CGraduateCoordinate(composant);
coord.Position = nIndex;
composant.LocationInParent = coord;
AddFils(composant);
return(true);
}
protected override void MyRepositionneChilds()
{
int nCoordMin = 0;
List <C2iComposant3D> lst = new List <C2iComposant3D>(Childs);
EOrientationAxe axe = GetAxeAlignement();
lst.Sort(delegate(C2iComposant3D c1, C2iComposant3D c2)
{
CPositionneurDansParentAutoFill p1 = new CPositionneurDansParentAutoFill(c1, axe);
CPositionneurDansParentAutoFill p2 = new CPositionneurDansParentAutoFill(c2, axe);
switch (GraduationOrientation)
{
case EGraduationOrientation.HorizMinToMax:
case EGraduationOrientation.VertMinToMax:
return(p1.ValeurAxe.CompareTo(p2.ValeurAxe));
case EGraduationOrientation.VertMaxToMin:
case EGraduationOrientation.HorizMaxToMin:
return(p2.ValeurAxe.CompareTo(p1.ValeurAxe));
}
return(0);
}
);
int nTaille = new CPositionneurDansParentAutoFill(this, axe).TailleOccupee;
foreach (C2iComposant3D fils in lst)
{
CPositionneurDansParentAutoFill p = new CPositionneurDansParentAutoFill(fils, axe);
int nPos = 0;
switch (GraduationOrientation)
{
case EGraduationOrientation.HorizMinToMax:
case EGraduationOrientation.VertMinToMax:
nPos = (int)(p.ValeurAxe / m_nEspaceGraduations);
break;
case EGraduationOrientation.HorizMaxToMin:
case EGraduationOrientation.VertMaxToMin:
nPos = (int)((nTaille - p.ValeurAxe) / m_nEspaceGraduations);
break;
}
if (nPos < nCoordMin)
{
nPos = nCoordMin;
}
AjustePosition(fils, nPos);
CGraduateCoordinate coord = new CGraduateCoordinate(fils);
coord.Position = nPos;
fils.LocationInParent = coord;
nCoordMin = 0;// nPos + Math.Max(1, ((int)(p.TailleOccupee / m_nEspaceGraduations)) + 1);
}
}
public override CEmplacementDansParent GetNewEmplacementForChild(C2iComposant3D composantFils)
{
CGraduateCoordinate coord = new CGraduateCoordinate(composantFils);
return(coord);
}
protected override void MyRepositionneChilds()
{
List <C2iComposant3D> lst = GetChildsTries();
int nPos = 0;
int nIndex = 0;
EOrientationAxe axe = GetAxeAlignement();
int nTailleTotale = new CPositionneurDansParentAutoFill(this, axe).TailleOccupee;
foreach (C2iComposant3D fils in lst)
{
int nX = fils.Position.X;
int nY = fils.Position.Y;
int nZ = fils.Position.Z;
switch (HorizontalAlignment)
{
case E3DAlignement.Min:
nX = 0;
break;
case E3DAlignement.Max:
nX = Size.With - fils.Size.With;
break;
case E3DAlignement.Center:
nX = (Size.With - fils.Size.With) / 2;
break;
}
switch (VerticalAlignment)
{
case E3DAlignement.Min:
nY = 0;
break;
case E3DAlignement.Max:
nY = Size.Height - fils.Size.Height;
break;
case E3DAlignement.Center:
nY = (Size.Height - fils.Size.Height) / 2;
break;
}
switch (DepthAlignment)
{
case E3DAlignement.Min:
nZ = 0;
break;
case E3DAlignement.Max:
nZ = Size.Depth - fils.Size.Depth;
break;
case E3DAlignement.Center:
nZ = (Size.Depth - fils.Size.Depth) / 2;
break;
}
fils.Position = new C3DPoint(nX, nY, nZ);
CPositionneurDansParentAutoFill p = new CPositionneurDansParentAutoFill(fils, axe);
switch (FillOrientation)
{
case EGraduationOrientation.HorizMinToMax:
case EGraduationOrientation.VertMinToMax:
p.ValeurAxe = nPos;
nPos += p.TailleOccupee;
break;
case EGraduationOrientation.HorizMaxToMin:
case EGraduationOrientation.VertMaxToMin:
p.ValeurAxe = nTailleTotale - nPos;
nPos += p.TailleOccupee;
break;
default:
break;
}
CGraduateCoordinate coord = new CGraduateCoordinate();
coord.Position = nIndex;
coord.ComposantAssocie = fils;
fils.LocationInParent = coord;
nIndex++;
}
}