public RectangleOutline(RotatedRectangle rotRect, Color color, int width) : base(5, false)
{
this.color = color;
this.width = width;
lines = new List <Line>();
lines.Add(new Line(color, width, rotRect.LowerLeftCorner(), rotRect.LowerRightCorner(), 5));
lines.Add(new Line(color, width, rotRect.LowerLeftCorner(), rotRect.UpperLeftCorner(), 5));
lines.Add(new Line(color, width, rotRect.LowerRightCorner(), rotRect.UpperRightCorner(), 5));
lines.Add(new Line(color, width, rotRect.UpperLeftCorner(), rotRect.UpperRightCorner(), 5));
}
public RectangleOutline(RotatedRectangle rotRect, Color color, int width)
: base(5, false)
{
this.color = color;
this.width = width;
lines = new List<Line>();
lines.Add(new Line(color, width, rotRect.LowerLeftCorner(), rotRect.LowerRightCorner(), 5));
lines.Add(new Line(color, width, rotRect.LowerLeftCorner(), rotRect.UpperLeftCorner(), 5));
lines.Add(new Line(color, width, rotRect.LowerRightCorner(), rotRect.UpperRightCorner(), 5));
lines.Add(new Line(color, width, rotRect.UpperLeftCorner(), rotRect.UpperRightCorner(), 5));
}
/*
* To-do
* - throw a rectangle in the direction entity is facing (faceDirection)
* - check to see if this invis rectangle or the player intersects with anything
* - use collision manager to get surrounding tiles from where this entity is.
* - speedup: only check tiles that are in the same direction as the player (math here . 3.)
* - once another ENTITY is found, call its action method (pass this entity as a param.) (NOT SURE ABOUT THIS...)
* - closest to the player or first to find?
*/
// Douglas Gliner
// spending too much time on making this versatile, this can only be 32 units away from player.
public void Interact()
{
// ray cast
RotatedRectangle rayCast = new RotatedRectangle(new FloatRectangle((location.Center.X + (((sprite.Texture.Width) * (float)Math.Cos(faceDirection - Math.PI / 2))) - (sprite.Texture.Width / 2)), (location.Center.Y + (((sprite.Texture.Height) * (float)Math.Sin(faceDirection - Math.PI / 2))) - (interactRange / 2)), sprite.Texture.Width, interactRange), faceDirection);
//FloatRectangle rectangleToRotate = new FloatRectangle(location.X + 5 + (sprite.Texture.Width * (float)Math.Cos(faceDirection - Math.PI / 2)), location.Y + 5 + (sprite.Texture.Height * (float)Math.Sin(faceDirection - Math.PI / 2)), sprite.Texture.Width, interactRange);
//FloatRectangle rectangleToRotate = new FloatRectangle(location.Center.X - sprite.Texture.Width / 2, location.Center.Y - interactRange / 2, sprite.Texture.Width, interactRange);
//RotatedRectangle rayCast = new RotatedRectangle(rectangleToRotate, faceDirection);
//Console.WriteLine("Radius: {0}", Vector2.Distance(location.Location, rayCast.UpperLeftCorner()));
//Console.WriteLine("X: {0}, Y: {1} Theta: {2}", rayCast.X - location.X, rayCast.Y - location.Y, faceDirection);
//Console.Write("ThisX: {0}, ThisY: {1}", location.X, locat)
// tiles to do a check for entities
CollisionTile[] intersectingTiles = CurrentCollisionTile.GetAdjacentTilesFromIntersection(rayCast);
// foreach through each tile, foreach through each ent list and find ent closest to this ent.
// starts with distance from edge midpoint closest to player to top left corner.
// the closer items are to player, that item will be acted upon.
//float shortestDistance = (float)Math.Sqrt((rayCast.Height * rayCast.Height) + ((rayCast.Width * rayCast.Width) / 4));
// start with longest distance possible which in this case is from center of player to a corner of raycast
float shortestDistance = Vector2.Distance(this.location.Center, rayCast.UpperLeftCorner());
Entity entityToInteract = null;
foreach (CollisionTile tile in intersectingTiles)
{
// only look at entities that interset with raycast bounds!!
foreach (Entity ent in tile.EntitiesInTile.Where(ent => rayCast.Intersects(ent.location)))
{
if (ent == this)
{
continue;
}
// want to make sure ATLEAST more than the center is inside the check box!!
float tmpDist = Vector2.Distance(ent.location.Center, this.location.Center);
if (tmpDist < shortestDistance && ent.interactData != null)
{
entityToInteract = ent;
shortestDistance = tmpDist;
}
}
}
// debug
// if entity is null, return
if (entityToInteract == null)
{
return;
}
//We need to fix this.
entityToInteract.Action(this, "");
// do interact method here... (events or method?)
Game1.Instance.renderManager.EmitParticle(new RectangleOutline(new RotatedRectangle(entityToInteract.location, 0), Color.Purple, 1));
Game1.Instance.renderManager.EmitParticle(new RectangleOutline(rayCast, Color.White, 1));
foreach (CollisionTile t in intersectingTiles)
{
Game1.Instance.renderManager.EmitParticle(new RectangleOutline(new RotatedRectangle(t.Rectangle, 0), Color.Red, 1));
}
}
/*
* To-do
* - throw a rectangle in the direction entity is facing (faceDirection)
* - check to see if this invis rectangle or the player intersects with anything
* - use collision manager to get surrounding tiles from where this entity is.
* - speedup: only check tiles that are in the same direction as the player (math here . 3.)
* - once another ENTITY is found, call its action method (pass this entity as a param.) (NOT SURE ABOUT THIS...)
* - closest to the player or first to find?
*/
// Douglas Gliner
// spending too much time on making this versatile, this can only be 32 units away from player.
public void Interact()
{
// ray cast
RotatedRectangle rayCast = new RotatedRectangle(new FloatRectangle((location.Center.X + (((sprite.Texture.Width) * (float)Math.Cos(faceDirection - Math.PI / 2))) - (sprite.Texture.Width / 2)), (location.Center.Y + (((sprite.Texture.Height) * (float)Math.Sin(faceDirection - Math.PI / 2))) - (interactRange / 2)), sprite.Texture.Width, interactRange), faceDirection);
//FloatRectangle rectangleToRotate = new FloatRectangle(location.X + 5 + (sprite.Texture.Width * (float)Math.Cos(faceDirection - Math.PI / 2)), location.Y + 5 + (sprite.Texture.Height * (float)Math.Sin(faceDirection - Math.PI / 2)), sprite.Texture.Width, interactRange);
//FloatRectangle rectangleToRotate = new FloatRectangle(location.Center.X - sprite.Texture.Width / 2, location.Center.Y - interactRange / 2, sprite.Texture.Width, interactRange);
//RotatedRectangle rayCast = new RotatedRectangle(rectangleToRotate, faceDirection);
//Console.WriteLine("Radius: {0}", Vector2.Distance(location.Location, rayCast.UpperLeftCorner()));
//Console.WriteLine("X: {0}, Y: {1} Theta: {2}", rayCast.X - location.X, rayCast.Y - location.Y, faceDirection);
//Console.Write("ThisX: {0}, ThisY: {1}", location.X, locat)
// tiles to do a check for entities
CollisionTile[] intersectingTiles = CurrentCollisionTile.GetAdjacentTilesFromIntersection(rayCast);
// foreach through each tile, foreach through each ent list and find ent closest to this ent.
// starts with distance from edge midpoint closest to player to top left corner.
// the closer items are to player, that item will be acted upon.
//float shortestDistance = (float)Math.Sqrt((rayCast.Height * rayCast.Height) + ((rayCast.Width * rayCast.Width) / 4));
// start with longest distance possible which in this case is from center of player to a corner of raycast
float shortestDistance = Vector2.Distance(this.location.Center, rayCast.UpperLeftCorner());
Entity entityToInteract = null;
foreach (CollisionTile tile in intersectingTiles) {
// only look at entities that interset with raycast bounds!!
foreach (Entity ent in tile.EntitiesInTile.Where(ent => rayCast.Intersects(ent.location))) {
if (ent == this)
continue;
// want to make sure ATLEAST more than the center is inside the check box!!
float tmpDist = Vector2.Distance(ent.location.Center, this.location.Center);
if (tmpDist < shortestDistance && ent.interactData != null) {
entityToInteract = ent;
shortestDistance = tmpDist;
}
}
}
// debug
// if entity is null, return
if (entityToInteract == null)
return;
//We need to fix this.
entityToInteract.Action(this, "");
// do interact method here... (events or method?)
Game1.Instance.renderManager.EmitParticle(new RectangleOutline(new RotatedRectangle(entityToInteract.location, 0), Color.Purple, 1));
Game1.Instance.renderManager.EmitParticle(new RectangleOutline(rayCast, Color.White, 1));
foreach (CollisionTile t in intersectingTiles)
Game1.Instance.renderManager.EmitParticle(new RectangleOutline(new RotatedRectangle(t.Rectangle, 0), Color.Red, 1));
}