public MapShape AddVisitedItem(IMultiTileShape shape)
{
if (VisitedShapes.Contains(shape))
{
return(null);
}
else
{
Point position = new Point(shape.Rect.Location.X * Constants.TilePx / Scale.X, shape.Rect.Location.Y * Constants.TilePx / Scale.Y);
Size size = new Size(shape.Rect.Size.Width * Constants.TilePx / Scale.X, shape.Rect.Size.Height * Constants.TilePx / Scale.Y);
//position = new Point(position.X + Engine.MapWindow.Canvas_MiniMap.Margin.Left,position.Y +Engine.MapWindow.Canvas_MiniMap.Margin.Top);
Rect rectangle = new Rect(position, size);
MapShape t = new MapShape((Vector)position, size, shape is RoomModule ? MapShape.TypeEnum.Room : MapShape.TypeEnum.Road);
Tiles.Add(t);
VisitedShapes.Add(shape);
if (shape is RoomModule)
{
RoomModule s = (RoomModule)shape;
s.Roads.ForEach(road => AddVisitedItem(road));
}
return(t);
}
}
/*public void AddTile( Vector Position, Tile.TypeEnum type,MultiTileShape multiTileShape)
* {
* Tile t = new Tile(Position,multiTileShape, type);
* //t.InitialiseRect();
* if (this.Tiles.ContainsKey(t.Position)) return;
*
* this.Tiles.Add(t.Position, t);
*
* if (t.Type == Tile.TypeEnum.Wall)
* {
* this.WallTiles.Add(t);
* }
* }*/
public Vector CalculateAngle(RoomModule roomModule)
{
List <Vector> Positions = new List <Vector>
{
new Vector(roomModule.Rect.X, roomModule.Rect.Y),
new Vector(roomModule.Rect.X + roomModule.Rect.Width, roomModule.Rect.Y),
new Vector(roomModule.Rect.X, roomModule.Rect.Y + roomModule.Rect.Height),
new Vector(roomModule.Rect.X + roomModule.Rect.Width, roomModule.Rect.Y + roomModule.Rect.Height)
};
List <double> Angles = new List <double>();
Positions.ForEach(pos =>
{
double angle = Vector.AngleBetween((Vector)this.Rect.Location, pos);
Angles.Add(angle);
});
return(new Vector(Angles.Min(), Angles.Max()));
}