public static Room RoomWithTiltedRoof(double radius)
{
var firstRightBottom = (0D, 0d, 0d);
var firstRightTop = (0D, 0d, HeightLower);
var firstLeftBottom = (0D, Width, 0d);
var firstLeftTop = (0d, Width, HeightLower);
var secondRightBottom = (Distance, 0d, 0d);
var secondRightTop = (Distance, 0d, HeightHigher);
var secondLeftBottom = (Distance, Width, 0d);
var secondLeftTop = (Distance, Width, HeightHigher);
var frontWall = new Wall(new Vector3D[] { firstRightBottom, firstRightTop, firstLeftTop, firstLeftBottom });
var oppositeWall = new Wall(new Vector3D[]
{ secondRightBottom, secondRightTop, secondLeftTop, secondLeftBottom });
var rightWall =
new Wall(new Vector3D[] { firstRightBottom, secondRightBottom, secondRightTop, firstRightTop });
var leftWall = new Wall(new Vector3D[] { firstLeftBottom, secondLeftBottom, secondLeftTop, firstLeftTop });
var roof = new Wall(new Vector3D[] { firstRightTop, secondRightTop, secondLeftTop, firstLeftTop });
var floor = new Wall(
new Vector3D[] { firstRightBottom, secondRightBottom, secondLeftBottom, firstLeftBottom });
var walls = new ITrackBoundary[] { frontWall, oppositeWall, rightWall, leftWall, roof, floor }.ToList();
walls = CreateCylinders(walls.ToList(), radius);
walls = CreateSpheres(walls.ToList(), radius);
return(new Room(walls, radius));
}
public static int Selector(ITrackBoundary trackBoundary)
{
switch (trackBoundary)
{
case Sphere _: return(0);
case Cylinder _: return(1);
case Wall _: return(2);
default: throw new NotSupportedException();
}
}
