public static List <Vector2Object> LineVsMap(MapTreeHolder map, LineObject segment)
{
List <Vector2Object> temp = new List <Vector2Object>();
temp.AddRange(linevsRecs(LineBoundaryVsMap(map, segment), segment));
return(temp);
}
protected bool RemoveOnMapCollision(MapTreeHolder map, IProjectile projectile, out Vector2Object hit)
{
hit = null;
if (CompareF.LineVsMap(map, _track).Count > 0)
{
hit = CompareF.NearestVector(_track.Line.Start, CompareF.LineVsMap(map, _track));
Game1.mapLive.MapProjectiles.Remove(projectile);
return(true);
}
return(false);
}
//Test
public static List <Vector2Object> LineVsMapRecReturn(MapTreeHolder map, LineObject segment)
{
List <Vector2Object> vectors = new List <Vector2Object>();
for (int Y = (int)(Math.Max(0, (segment.Line.LineBoundingBox().Position.Y / 1024f) - 1)); Y < (int)Math.Ceiling(Math.Min((segment.Line.LineBoundingBox().CornerRightTop.Y / 1024f) + 1, map.Trees.GetLength(1))); Y++)
{
for (int X = (int)(Math.Max(0, (segment.Line.LineBoundingBox().Position.X / 1024f) - 1)); X < (int)Math.Ceiling(Math.Min((segment.Line.LineBoundingBox().CornerRightTop.X / 1024f) + 1, map.Trees.GetLength(0))); X++)
{
if (LineIntersectionRectangle(map.Trees[X, Y].Boundary, segment).Count > 0 || RectangleVsVector2(map.Trees[X, Y].Boundary, segment.Line.End))
{
vectors.AddRange(map.Trees[X, Y].FindIntersectLine(segment.Line));
}
}
}
return(vectors);
}
public static List <RectangleF> LineBoundaryVsMap(MapTreeHolder map, LineObject segment)
{
List <RectangleF> rectangles = new List <RectangleF>();
for (int Y = (int)(Math.Max(0, (segment.Line.LineBoundingBox().Position.Y / 1024f) - 1)); Y < (int)Math.Ceiling(Math.Min((segment.Line.LineBoundingBox().CornerRightTop.Y / 1024f) + 1, map.Trees.GetLength(1))); Y++)
{
for (int X = (int)(Math.Max(0, (segment.Line.LineBoundingBox().Position.X / 1024f) - 1)); X < (int)Math.Ceiling(Math.Min((segment.Line.LineBoundingBox().CornerRightTop.X / 1024f) + 1, map.Trees.GetLength(0))); X++)
{
if (RectangleFVsRectangleF(map.Trees[X, Y].Boundary, segment.Line.LineBoundingBox()) == true)
{
rectangles.AddRange(map.Trees[X, Y].FindIntersectRec(segment.Line.LineBoundingBox()));
}
}
}
return(rectangles);
}
public void GenerateMapFunctionTrees()
{
MapTree = new MapTreeHolder((int)MapBoundary.Size.X, (int)MapBoundary.Size.Y);
WaterTree = new MapTreeHolder((int)MapBoundary.Size.X, (int)MapBoundary.Size.Y);
for (int y = 0; y < FunctionTileMap.GetLength(1); y++)
{
for (int x = 0; x < FunctionTileMap.GetLength(0); x++)
{
if (FunctionTileMap[x, y] == "block")
{
MapTree.AddRectangle32(new Vector2(x, y) * Globals.TileSize);
}
if (FunctionTileMap[x, y] == "water")
{
WaterTree.AddRectangle32(new Vector2(x, y) * Globals.TileSize);
}
}
}
}
public static List <RectangleF> VectorVsWater(MapTreeHolder water, Vector2 vector)
{
List <RectangleF> rectangles = new List <RectangleF>();
if (water != null)
{
for (int Y = 0; Y < water.Trees.GetLength(1); Y++)
{
for (int X = 0; X < water.Trees.GetLength(0); X++)
{
if (RectangleVsVector2NotEq(water.Trees[X, Y].Boundary, vector) == true)
{
rectangles.AddRange(water.Trees[X, Y].FindRecWithVector(vector));
}
}
}
}
return(rectangles);
}
public static List <RectangleF> RectangleVsMap(MapTreeHolder map, RectangleF rectangle)
{
List <RectangleF> rectangles = new List <RectangleF>();
if (map != null)
{
for (int Y = 0; Y < map.Trees.GetLength(1); Y++)
{
for (int X = 0; X < map.Trees.GetLength(0); X++)
{
if (RectangleFVsRectangleF(map.Trees[X, Y].Boundary, rectangle) == true)
{
rectangles.AddRange(map.Trees[X, Y].FindIntersectRec(rectangle));
}
}
}
}
return(rectangles);
}
private void Explode(MapTreeHolder map, List <Inpc> npcs)
{
Explosion.Explode(Boundary.Origin, _damage);
Game1.mapLive.MapProjectiles.Remove(this);
}
