public AttackingUnit(Level initial)
: base(initial)
{
}
public MultiLevelEntity(Level level)
: base()
{
this.Level = level;
}
public MovableUnit(Level initial)
: base(initial)
{
}
public void LoadMultiLevel(string name)
{
// Get a mapping of level instances to tilesets.
Dictionary<Level, string> mapping = this.GetLevelToTilesetMapping(name);
// Perform the actual level switch.
this.m_Levels = mapping.Keys.ToArray();
this.m_Tilesets = TilesetXmlLoader.MultiLoad(Path.Combine(World.BaseDirectory, "Resources/" + name + ".oel"), mapping.Values.ToArray());
for (int i = 0; i < this.m_Levels.Length; i++)
{
foreach (Tile t in this.m_Tilesets[i].AsLinear())
if (t is MultiLevelEntityTile)
{
this.m_Levels[i].Entities.Add(t as MultiLevelEntityTile);
if (t is IMultiLevelEntity)
(t as IMultiLevelEntity).Level = this.m_Levels[i];
}
else if (t is EntityTile)
throw new InvalidOperationException("All entity tiles must derive from MultiLevelEntityTile for MultiLevelWorld.");
else if (t is SolidTile && this.m_Levels[i] is PathFindingLevel)
{
// Mark areas in the level's path finding that are solid.
for (int x = (int)(t as SolidTile).X; x < (int)(t as SolidTile).X + (t as SolidTile).Width; x += Tileset.TILESET_CELL_WIDTH)
for (int y = (int)(t as SolidTile).Y; y < (int)(t as SolidTile).Y + (t as SolidTile).Height; y += Tileset.TILESET_CELL_HEIGHT)
(this.m_Levels[i] as PathFindingLevel).PathMarkTile(x, y, true);
}
}
// Set initial active level.
this.m_ActiveLevel = this.m_Levels[0];
}
public Unit(Level initial)
: base(initial)
{
}
