public static GameObject BuildRoom(DefaultNamespace.VREM.Model.Room roomData)
{
Material[] mats =
{
TexturingUtility.LoadMaterialByName(roomData.floor),
TexturingUtility.LoadMaterialByName(roomData.ceiling),
GetMaterialForWallOrientation(WallOrientation.NORTH, roomData),
GetMaterialForWallOrientation(WallOrientation.EAST, roomData),
GetMaterialForWallOrientation(WallOrientation.SOUTH, roomData),
GetMaterialForWallOrientation(WallOrientation.WEST, roomData)
};
var modelData = new CuboidRoomModel(CalculateRoomPosition(roomData), roomData.size.x, roomData.size.y,
mats[0], mats[1], mats[2], mats[3], mats[4], mats[5]);
var room = ModelFactory.CreateCuboidRoom(modelData);
var er = room.AddComponent <CuboidExhibitionRoom>();
er.RoomModel = modelData;
er.Model = room;
er.RoomData = roomData;
var na = CreateAnchor(WallOrientation.NORTH, room, modelData);
var ea = CreateAnchor(WallOrientation.EAST, room, modelData);
var sa = CreateAnchor(WallOrientation.SOUTH, room, modelData);
var wa = CreateAnchor(WallOrientation.WEST, room, modelData);
var nw = CreateExhibitionWall(WallOrientation.NORTH, roomData, na);
var ew = CreateExhibitionWall(WallOrientation.EAST, roomData, ea);
var sw = CreateExhibitionWall(WallOrientation.SOUTH, roomData, sa);
var ww = CreateExhibitionWall(WallOrientation.WEST, roomData, wa);
er.Walls = new List <ExhibitionWall>(new[] { nw, ew, sw, ww });
er.Populate();
var light = new GameObject("RoomLight");
var l = light.AddComponent <Light>();
l.type = LightType.Point;
l.range = 8;
l.color = Color.white;
l.intensity = 1.5f;
l.renderMode = LightRenderMode.ForcePixel;
//l.lightmapBakeType = LightmapBakeType.Mixed; // Build fails with this line uncommented, even though unity automatically upgrades to this one.
//l.lightmappingMode = LightmappingMode.Mixed; // Build fails with this line uncommented. it is obsolete
// Results in mode Realtime (in Unity editor inspector)
l.transform.parent = room.transform;
l.transform.localPosition = new Vector3(0, 2.5f, 0);
room.name = "Room";
var teleportArea = new GameObject("TeleportArea");
var col = teleportArea.AddComponent <BoxCollider>();
col.size = new Vector3(modelData.Size, 0.01f, modelData.Size);
teleportArea.AddComponent <MeshRenderer>();
var tpa = teleportArea.AddComponent <TeleportArea>();
tpa.transform.parent = room.transform;
tpa.transform.localPosition = new Vector3(0, 0.01f, 0);
return(room);
}
public static Vector3 CalculateRoomPosition(DefaultNamespace.VREM.Model.Room room)
{
// TODO exhibition-dependet calculation
float x = room.position.x, y = room.position.y, z = room.position.z;
var off = Settings.RoomOffset;
return(new Vector3(x * room.size.x + x * off, y * room.size.y + y * off, z * room.size.z + z * off));
}
private static ExhibitionWall CreateExhibitionWall(WallOrientation orientation,
DefaultNamespace.VREM.Model.Room room, GameObject anchor)
{
var wall = anchor.AddComponent <ExhibitionWall>();
wall.Anchor = anchor;
wall.WallModel = null;
wall.WallData = room.GetWall(orientation);
return(wall);
}
private static Material GetMaterialForWallOrientation(WallOrientation orientation,
DefaultNamespace.VREM.Model.Room roomData)
{
foreach (DefaultNamespace.VREM.Model.Wall wallData in roomData.walls)
{
WallOrientation wor = (WallOrientation)Enum.Parse(typeof(WallOrientation), wallData.direction, true);
if (wor.Equals(orientation))
{
Debug.Log("Material " + wallData.texture + " for room " + roomData.position);
return(TexturingUtility.LoadMaterialByName(wallData.texture, true));
}
}
throw new ArgumentException("Couldn't find material for orientation " + orientation + " in room at " +
roomData.position);
}
