/// @return The serialized data
///
public object Serialize()
{
var jsonData = new JsonDictionary()
{
{ k_keyType, m_type.ToString() }
};
if (m_type == ObjectiveType.Chain && m_value > 0)
{
jsonData.Add(k_keyValue, m_value);
}
if (m_type == ObjectiveType.Colour && m_target != TileColour.None)
{
jsonData.Add(k_keyTarget, m_target.ToString());
}
if (m_amount > 0)
{
jsonData.Add(k_keyAmount, m_amount);
}
return(jsonData);
}
/// @param colour
/// The colour of tile to set
/// @param tileView
/// The view of the tile to set
///
public void SetColourForTile(TileColour colour, TileView tileView)
{
// Create the requested colour item
var colourObject = ResourceUtils.LoadAndInstantiateGameObject(string.Format(k_colourPrefabPath, colour.ToString()));
// Link the two
var tileItem = colourObject.GetComponent <TileItemView>();
tileView.m_tileColour = colour;
tileItem.transform.SetParent(tileView.TileItemHolder, false);
tileView.m_tileItem = tileItem;
}
/// @param colour
/// The colour of tile to create
/// @param parent
/// The parent object of the room
/// @param position
/// The position of the tile
///
/// @return The view of the newly created tile
///
public TileView CreateTile(TileColour colour, Transform parent, Vector3 position)
{
// Create the tile holder
var tileObject = ResourceUtils.LoadAndInstantiateGameObject(k_tilePrefabPath, parent, colour.ToString());
var tileView = tileObject.GetComponent <TileView>();
tileObject.transform.position = position;
// Set the colour of that tile
SetColourForTile(colour, tileView);
return(tileView);
}
