TileBase GetTile(Object.ObjectType objType)
{
switch (objType)
{
case Object.ObjectType.Floor:
return(m_TileFloor);
case Object.ObjectType.Carpet:
return(m_TileCarpet);
case Object.ObjectType.Bed:
return(m_TileBed);
case Object.ObjectType.Door:
return(m_TileDoor);
case Object.ObjectType.Wardrobe:
return(m_TileWardrobe);
case Object.ObjectType.Table:
return(m_TileTable);
case Object.ObjectType.Wall:
return(m_TileWall);
default:
return(null);
}
}
public Object CreateEntity(Object.ObjectType type)
{
// Debug.Log("CreateEntity " + type);
switch (type)
{
case Object.ObjectType.Wall:
return(new Wall());
case Object.ObjectType.Floor:
return(new Floor());
case Object.ObjectType.Carpet:
return(new Carpet());
case Object.ObjectType.Bed:
return(new Bed());
case Object.ObjectType.Door:
return(new Door());
case Object.ObjectType.Wardrobe:
return(new Wardrobe());
case Object.ObjectType.Table:
return(new Table());
default: return(null);
}
}
void GenerateLevelTileMap()
{
var data = m_MainLogic.GetDataLoader().GetData();
var entittyMan = m_MainLogic.GetEntityManager();
m_Objects.Clear();
Object obj = null;
Object.ObjectType objectType = Object.ObjectType.Wall;
GameData.Location location;
Orientation ori = Orientation.None;
TileBase tile = null;
for (int i = 0; i < data.GetLevel().roomObjects.Count; i++)
{
objectType = (Object.ObjectType)(data.GetLevel().roomObjects[i].type);
obj = entittyMan.CreateEntity(objectType);
m_Objects.Add(obj);
// put object in Location
location = data.GetLevel().roomObjects[i].location;
ori = (Orientation)location.or;
obj.Put(location.st, location.ed, ori);
tile = GetTile((Object.ObjectType)data.GetLevel().roomObjects[i].type);
PaintLocation(obj.GetLocation(), tile);
}
GenerateFloor();
}
// TODO future - set origin to be pe w/2, h/2 of tile map. to put it in the center of the screen
void GenerateFloor()
{
m_Tile.CompressBounds();
Debug.Log("origin " + m_Tile.origin);
Debug.Log("size " + m_Tile.size);
Debug.Log("anchor " + m_Tile.tileAnchor);
TileBase tile;
Object.ObjectType objectType = Object.ObjectType.Floor;
Object obj = null;
Orientation ori = Orientation.None;
var entittyMan = m_MainLogic.GetEntityManager();
int[] start;
int[] end;
int sizeX = m_Tile.origin.x + m_Tile.size.x;
int sizeY = m_Tile.origin.y + m_Tile.size.y;
for (int i = m_Tile.origin.x; i < sizeX; i++)
{
for (int j = m_Tile.origin.y; j < sizeY; j++)
{
m_TilePos.x = i;
m_TilePos.y = j;
m_TilePos.z = 0;
// Debug.Log("p " + m_TilePos);
tile = m_Tile.GetTile(m_TilePos);
// Debug.Log("tile " + tile);
if (tile == null)
{
obj = entittyMan.CreateEntity(objectType);
m_Objects.Add(obj);
start = new int[Location.c_LocationSize];
end = new int[Location.c_LocationSize];
start[0] = end[0] = i;
start[1] = end[1] = j;
// put object in Location
obj.Put(start, end, ori);
tile = GetTile(objectType);
PaintLocation(obj.GetLocation(), tile);
}
}
}
}
static error executeBinaryOperation(Opcode op)
{
Object.Object right = pop();
Object.Object left = pop();
Object.ObjectType leftType = left.Type();
Object.ObjectType rightType = right.Type();
if (leftType == Object.ObjectType.INTEGER_OBJ && rightType == Object.ObjectType.INTEGER_OBJ)
{
return(executeBinaryIntegerOperation(op, left, right));
}
if (leftType == Object.ObjectType.STRING_OBJ && rightType == Object.ObjectType.STRING_OBJ)
{
return(executeBinaryStringOperation(op, left, right));
}
// default:
return(string.Format("unsupported typesfor binary opreation: {0} {1}", leftType, rightType));
}
