public WabeLayout(Wabe wabe, WabeDirection direction)
{
if (wabe == null)
throw new ArgumentNullException(nameof(wabe));
_wabe = wabe;
Direction = direction;
GenerateFieldArray();
}
public WabeLayout(Wabe wabe, WabeDirection direction)
{
if (wabe == null)
{
throw new ArgumentNullException(nameof(wabe));
}
_wabe = wabe;
Direction = direction;
GenerateFieldArray();
}
public WabeLayout(Wabe wabe, Vector2 position)
{
if (wabe == null)
{
throw new ArgumentNullException(nameof(wabe));
}
_wabe = wabe;
Direction = CalculateDirection(position);
GenerateFieldArray();
}
private WabeFieldType CalculateFieldType(WabeType type, WabeDirection direction, int index)
{
if (index == 4)
{
return(WabeFieldType.Center);
}
if (0 != ((index + 1) & 1))
{
return(WabeFieldType.Unused);
}
switch (type)
{
case WabeType.TwoWabe:
switch (direction)
{
case WabeDirection.Up | WabeDirection.Left:
return((0 == (index & 4)) ? WabeFieldType.Unused : WabeFieldType.Unpowered);
case WabeDirection.Down | WabeDirection.Right:
return((0 != (index & 4)) ? WabeFieldType.Unused : WabeFieldType.Unpowered);
case WabeDirection.Down | WabeDirection.Left:
return((0 != (index & 2)) ? WabeFieldType.Unused : WabeFieldType.Unpowered);
case WabeDirection.Up | WabeDirection.Right:
return((0 == (index & 2)) ? WabeFieldType.Unused : WabeFieldType.Unpowered);
}
break;
case WabeType.ThreeWabe:
switch (direction)
{
case WabeDirection.Left:
return(index == 3 ? WabeFieldType.Unused : WabeFieldType.Unpowered);
case WabeDirection.Right:
return(index == 5 ? WabeFieldType.Unused : WabeFieldType.Unpowered);
case WabeDirection.Up:
return(index == 1 ? WabeFieldType.Unused : WabeFieldType.Unpowered);
case WabeDirection.Down:
return(index == 7 ? WabeFieldType.Unused : WabeFieldType.Unpowered);
}
break;
case WabeType.FourWabe:
if (direction == WabeDirection.Mid)
{
return(WabeFieldType.Unpowered);
}
break;
}
throw new ArgumentException("The given index or direction does not match any field type.", nameof(index));
}
private WabeFieldType CalculateFieldType(WabeType type, WabeDirection direction, int index)
{
if (index == 4) return WabeFieldType.Center;
if (0 != ((index + 1) & 1)) return WabeFieldType.Unused;
switch (type)
{
case WabeType.TwoWabe:
switch (direction)
{
case WabeDirection.Up | WabeDirection.Left:
return (0 == (index & 4)) ? WabeFieldType.Unused : WabeFieldType.Unpowered;
case WabeDirection.Down | WabeDirection.Right:
return (0 != (index & 4)) ? WabeFieldType.Unused : WabeFieldType.Unpowered;
case WabeDirection.Down | WabeDirection.Left:
return (0 != (index & 2)) ? WabeFieldType.Unused : WabeFieldType.Unpowered;
case WabeDirection.Up | WabeDirection.Right:
return (0 == (index & 2)) ? WabeFieldType.Unused : WabeFieldType.Unpowered;
}
break;
case WabeType.ThreeWabe:
switch (direction)
{
case WabeDirection.Left:
return index == 3 ? WabeFieldType.Unused : WabeFieldType.Unpowered;
case WabeDirection.Right:
return index == 5 ? WabeFieldType.Unused : WabeFieldType.Unpowered;
case WabeDirection.Up:
return index == 1 ? WabeFieldType.Unused : WabeFieldType.Unpowered;
case WabeDirection.Down:
return index == 7 ? WabeFieldType.Unused : WabeFieldType.Unpowered;
}
break;
case WabeType.FourWabe:
if (direction == WabeDirection.Mid) return WabeFieldType.Unpowered;
break;
}
throw new ArgumentException("The given index or direction does not match any field type.", nameof(index));
}
