//public static IHas<IQuboidLogic> ScaleCopy(this IHas<IQuboidLogic> quboid, double x, double y, double z)
//{
// if (x < 0 || y < 0 || z < 0)
// throw new ArgumentException("Negative scaling not allowed.");
// var qplace = new LWQuboid();
// qplace.Width(quboid.Width() * x);
// qplace.Length(quboid.Length() * y);
// qplace.Height(quboid.Height() * z);
// return qplace;
//}
//public static LWQuboid ScaleCopy(this IHas<IQuboidLogic> quboid, double factor)
//{
// if (factor < 0)
// throw new ArgumentException("Negative scaling not allowed.");
// LWQuboid qplace = new LWQuboid();
// qplace.Width(quboid.Width() * factor);
// qplace.Length(quboid.Length() * factor);
// qplace.Height(quboid.Height() * factor);
// return qplace;
//}
public static void Scale(this IHas <IQuboidLogic> quboid, double factor)
{
if (factor < 0)
{
throw new ArgumentException("Negative scaling not allowed.");
}
quboid.Width(quboid.Width() * factor);
quboid.Length(quboid.Length() * factor);
quboid.Height(quboid.Height() * factor);
}
public static void Scale(this IHas <IQuboidLogic> quboid, double x, double y, double z)
{
if (x < 0 || y < 0 || z < 0)
{
throw new ArgumentException("Negative scaling not allowed.");
}
quboid.Width(quboid.Width() * x);
quboid.Length(quboid.Length() * y);
quboid.Height(quboid.Height() * z);
}
public static double Space(this IHas <IQuboidLogic> quboid)
{
if (quboid == null)
{
return(0.0);
}
return(quboid.Length() * quboid.Width() * quboid.Height());
}
public LWQuboidPlace(IHas <IQuboidPlaceLogic> model)
{
//this.TakeSimpleValues<IQuboidPlaceLogic>(model);
Left = model.Left();
Width = model.Width();
Back = model.Back();
Length = model.Length();
Down = model.Down();
Height = model.Height();
}
public static bool Contains(this IHas <IQuboidLogic> quboid, IHas <IQuboidLogic> other)
{
if (quboid.Length() >= other.Length() &&
quboid.Width() >= other.Width() &&
quboid.Height() >= other.Height())
{
return(true);
}
return(false);
}
//public static void Rotate(this IHas<IQuboidPlaceLogic> place, int direction)
//{
// var left = place.Left;
// var back = place.Back;
// var length = place.Length;
// switch (direction)
// {
// case 0:
// break;
// case 1:
// place.Back = -left - place.Width;
// place.Left = back;
// place.Length = place.Width;
// place.Width = length;
// break;
// case 2:
// place.Back = -back - place.Length;
// place.Left = -left - place.Width;
// break;
// case 3:
// place.Back = left;
// place.Left = -back - place.Length;
// place.Length = place.Width;
// place.Width = length;
// break;
// default:
// break;
// }
//}
public static void Enclose(this IHas <IQuboidPlaceLogic> quboidplace, IHas <IQuboidPlaceLogic> placeToEnclose)
{
double right = quboidplace.Right();
double front = quboidplace.Front();
double up = quboidplace.Up();
quboidplace.Left(Math.Min(quboidplace.Left(), placeToEnclose.Left()));
quboidplace.Back(Math.Min(quboidplace.Back(), placeToEnclose.Back()));
quboidplace.Down(Math.Min(quboidplace.Down(), placeToEnclose.Down()));
quboidplace.Width(Math.Max(right, placeToEnclose.Right()) - quboidplace.Left());
quboidplace.Length(Math.Max(front, placeToEnclose.Front()) - quboidplace.Back());
quboidplace.Height(Math.Max(up, placeToEnclose.Up()) - quboidplace.Down());
}
public static void Move(this IHas <IPosition3D> quboidPlace, IHas <IQuboidLogic> offset)
{
quboidPlace.Left(quboidPlace.Left() + offset.Width());
quboidPlace.Back(quboidPlace.Back() + offset.Length());
quboidPlace.Down(quboidPlace.Down() + offset.Height());
}
public static double Up(this IHas <IQuboidPlaceLogic> qplace)
{
return(qplace.Down() + qplace.Height());
}
public static string DimensionToString(this IHas <IQuboidLogic> quboid)
{
return("(" + Math.Round(quboid.Length(), 2) + "x" + Math.Round(quboid.Width(), 2) + "x" + Math.Round(quboid.Height(), 2) + ")");
}
