}/*
* C3DPoint newPt = pt;
* newPt.Offset(OrigineCliente.X, OrigineCliente.Y, OrigineCliente.Z);
* newPt.Offset(Position.X, Position.Y, Position.Z);
* if (Parent != null)
* return Parent.ClientToGlobal(newPt);
* else
* return newPt;
* }*/
//--------------------------------------
public C3DPoint GlobalToClient(C3DPoint pt)
{
CTransformation3D t = CTransformation3D.Identity;
PushTransformationGlobalToChild(t);
return(t.Transforme(pt));
}
public C3DPoint Transforme(C3DPoint point)
{
CVecteur3D vecteur = new CVecteur3D(point.X, point.Y, point.Z, 1.0);
vecteur = this * vecteur;
return(new C3DPoint((int)vecteur[0], (int)vecteur[1], (int)vecteur[2]));
}
//--------------------------------------
public C3DPoint ClientToGlobal(C3DPoint pt)
{
CTransformation3D t = CTransformation3D.Identity;
PushTransformationChildToGlobal(t);
return(t.Transforme(pt));
}/*
//-----------------------------------------------
public Point ConvertTo2D(C3DPoint pt)
{
switch (FaceVisible)
{
default:
case EFaceVueDynamique.Front:
return(new Point(pt.X,
pt.Y));
case EFaceVueDynamique.Left:
return(new Point(
pt.Z,
pt.Y));
case EFaceVueDynamique.Top:
return(new Point(
pt.X,
pt.Z));
case EFaceVueDynamique.Rear:
return(new Point(
pt.X,
pt.Y));
case EFaceVueDynamique.Right:
return(new Point(
pt.Z,
pt.Y));
case EFaceVueDynamique.Bottom:
return(new Point(
pt.X,
pt.Z));
}
}
//--------------------------------------------------
public C3DPrimitiveQuad(C3DPoint point1, C3DPoint point2, C3DPoint point3, C3DPoint point4,
Color couleur)
{
m_points = new C3DPoint[4]
{
point1,
point2,
point3,
point4
};
m_couleur = couleur;
}
//-----------------------------------------------
public C3DPoint ConvertTo3D(Point pt, C3DPoint dimensionsManquantes)
{
C3DPoint pt3D = new C3DPoint();
switch (FaceVisible)
{
case EFaceVueDynamique.Front:
pt3D = new C3DPoint(
pt.X,
pt.Y,
dimensionsManquantes.Z);
break;
case EFaceVueDynamique.Left:
pt3D = new C3DPoint(
dimensionsManquantes.X,
pt.Y,
pt.X);
break;
case EFaceVueDynamique.Top:
pt3D = new C3DPoint(
pt.X,
dimensionsManquantes.Y,
pt.Y);
break;
case EFaceVueDynamique.Rear:
pt3D = new C3DPoint(
pt.X,
pt.Y,
dimensionsManquantes.Z);
break;
case EFaceVueDynamique.Right:
pt3D = new C3DPoint(
dimensionsManquantes.X,
pt.Y,
pt.X);
break;
case EFaceVueDynamique.Bottom:
m_composant3D.Position = new C3DPoint(
pt.X,
dimensionsManquantes.Y,
pt.Y);
break;
default:
break;
}
return(pt3D);
}
//-----------------------------------------------
public System.Drawing.Point GlobalToClient(System.Drawing.Point pt, C3DPoint dimensionManquante)
{
C2i3DEn2D parent = this;
while (parent.Parent != null)
{
parent = parent.Parent as C2i3DEn2D;
}
C3DPoint pt3D = parent.ConvertTo3D(pt, dimensionManquante);
pt3D = m_composant3D.GlobalToClient(pt3D);
return(ConvertTo2D(pt3D));
}
//-----------------------------------------------
public Point ClientToGlobal(Point pt, C3DPoint dimensionsManquantes)
{
C3DPoint pt3D = ConvertTo3D(pt, dimensionsManquantes);
pt3D = m_composant3D.ClientToGlobal(pt3D);
C2i3DEn2D parent = this;
while (parent.Parent != null)
{
parent = parent.Parent as C2i3DEn2D;
}
return(parent.ConvertTo2D(pt3D));
}
//-----------------------------------------------------
private void DockChilds()
{
if (m_bIsDocking)
{
return;
}
m_bIsDocking = true;
C3DPoint offset = new C3DPoint(0, 0, 0);
C3DSize size = Size;
foreach (C2iComposant3D composantFils in Childs)
{
CDockStyle dockStyle = composantFils.LocationInParent as CDockStyle;
if (dockStyle != null)
{
switch (dockStyle.DockStyle)
{
case E3DDockStyle.Top:
composantFils.Size = new C3DSize(
size.With,
composantFils.Size.Height,
size.Depth);
composantFils.Position = new C3DPoint(
offset.X,
offset.Y + size.Height - composantFils.Size.Height,
offset.Z);
size.Inflate(
0,
-composantFils.Size.Height,
0);
break;
case E3DDockStyle.Bottom:
composantFils.Size = new C3DSize(
size.With,
composantFils.Size.Height,
size.Depth);
composantFils.Position = new C3DPoint(
offset.X,
offset.Y,
offset.Z);
size.Inflate(
0,
-composantFils.Size.Height,
0);
offset.Offset(
0,
composantFils.Size.Height,
0);
break;
case E3DDockStyle.Left:
composantFils.Size = new C3DSize(
composantFils.Size.With,
size.Height,
size.Depth);
composantFils.Position = new C3DPoint(
offset.X,
offset.Y,
offset.Z);
size.Inflate(
-composantFils.Size.With,
0,
0);
offset.Offset(
composantFils.Size.With,
0,
0);
break;
case E3DDockStyle.Right:
composantFils.Size = new C3DSize(
composantFils.Size.With,
size.Height,
size.Depth);
composantFils.Position = new C3DPoint(
offset.X + size.With - composantFils.Size.With,
offset.Y,
offset.Z);
size.Inflate(
-composantFils.Size.With,
0,
0);
break;
case E3DDockStyle.Back:
composantFils.Size = new C3DSize(
size.With,
size.Height,
composantFils.Size.Depth);
composantFils.Position = new C3DPoint(
offset.X,
offset.Y,
offset.Z);
size.Inflate(0,
0,
-composantFils.Size.Depth);
offset.Offset(0, 0, composantFils.Size.Depth);
break;
case E3DDockStyle.Front:
composantFils.Size = new C3DSize(
size.With,
size.Height,
composantFils.Size.Depth);
composantFils.Position = new C3DPoint(
offset.X,
offset.Y,
offset.Z + size.Depth - composantFils.Size.Depth);
size.Inflate(
0,
0,
-composantFils.Size.Depth);
break;
case E3DDockStyle.Fill:
composantFils.Position = offset;
composantFils.Size = size;
break;
default:
break;
}
}
}
m_bIsDocking = false;
}
//--------------------------------------------------
public C3DPrimitiveCube(C3DPoint position, C3DSize size, Color couleur)
{
m_position = position;
m_size = size;
m_couleur = couleur;
}