public override void init(string name, Vector2 position, string dataType, int compAddress, params string[] additional)
{
base.init(name, position, dataType, compAddress, additional);
additional[1] = "16";
_hitBox = new CHitBox(this, 0, 0, Convert.ToInt32(additional[0]), 8);
_moveToLayer = 3;
}
public override void init(string name, Vector2 position, string dataType, int compAddress, params string[] additional)
{
base.init(name, position, dataType, compAddress, additional);
_width = Convert.ToInt32(additional[0]);
_height = Convert.ToInt32(additional[1]);
_hitBox = new CHitBox(this, 0, 0, _width, _height);
//determine corner angles and magnitudes
Vector2 center = _hitBox.center + position;
_angleTopLeft = MathExt.MathExt.angle(center, position);
_angleTopRight = MathExt.MathExt.angle(center, position + new Vector2(_width, 0));
_angleBottomRight = MathExt.MathExt.angle(center, position + new Vector2(_width, _height));
_angleBottomLeft = MathExt.MathExt.angle(center, position + new Vector2(0, _height));
_distToTopLeft = MathExt.MathExt.distance(center, position);
_distToTopRight = MathExt.MathExt.distance(center, _position + new Vector2(_width, 0));
_distToBottomRight = MathExt.MathExt.distance(center, _position + new Vector2(_width, _height));
_distToBottomLeft = MathExt.MathExt.distance(center, _position + new Vector2(0, _height));
//calculate triangles
_leftTri = MathExt.MathExt.buildTriangle(180.0, _angleBottomLeft - _angleTopLeft, (double)center.X - _width / 2.0, center);
_rightTri = MathExt.MathExt.buildTriangle(0, (_angleTopRight + 360) - _angleBottomRight, (double)center.X + _width / 2.0, center);
_topTri = MathExt.MathExt.buildTriangle(90.0, _angleTopLeft - _angleTopRight, (double)center.X - _height / 2.0, center);
_bottomTri = MathExt.MathExt.buildTriangle(270.0, _angleBottomLeft - _angleBottomRight, (double)center.X + _height / 2.0, center);
}
public CSolidTile(int x, int y, int width, int height)
: base()
{
_hitBox = new CHitBox(this, x, y, width, height);
_width = width;
_height = height;
_followRoot = false;
}
public override void init(string name, Microsoft.Xna.Framework.Vector2 position, string dataType, int compAddress, params string[] additional)
{
base.init(name, position, dataType, compAddress, additional);
_height = Convert.ToInt32(additional[1]);
_width = Convert.ToInt32(additional[0]);
_hitBox = new CHitBox(this, 0, 0, _width, _height);
_toLayer = Convert.ToInt32(additional[2]);
_imageIndex.Add(_MAP_ICON, null);
}
public virtual void destroy(object sender)
{
if (_hitBox != null)
{
_hitBox.destroy();
_hitBox = null;
}
Dispose();
}
public override void init(string name, Vector2 position, string dataType, int compAddress, params string[] additional)
{
base.init(name, position, dataType, compAddress, additional);
_hitBox = new CHitBox(this, 0, 0, Convert.ToInt32(additional[0]), Convert.ToInt32(additional[1]));
_airTime = Convert.ToInt32(additional[2]);
_vaultDirection = new Vector2(Convert.ToInt32(additional[3]), Convert.ToInt32(additional[4]));
_layerSwap = Convert.ToInt32(additional[5]);
}
public override void init(string name, Microsoft.Xna.Framework.Vector2 position, string dataType, int compAddress, params string[] additional)
{
base.init(name, position, dataType, compAddress, additional);
if (additional != null)
{
_hitBox = new CHitBox(this, 0, 0, Convert.ToInt32(additional[0]), Convert.ToInt32(additional[1]));
_width = (int)(_hitBox.halfWidth * 2f);
_height = (int)(_hitBox.halfHeight * 2f);
}
_imageIndex.Add("debug:redBox", new Graphics.CSprite("debug:redBox"));
}
protected void solidCollide(CActor collider, bool knockBack = false)
{
//Calculate How much to move to get out of collision moving towards last collisionless point
Collision.CHitBox otherbox = collider.hitBox;
//Calculate how far in we went
float distx = (collider.position.X + otherbox.center.X) - (position.X + hitBox.center.X);
distx = (float)Math.Sqrt(distx * distx);
float disty = (position.Y + hitBox.center.Y) - (collider.position.Y + otherbox.center.Y);
disty = (float)Math.Sqrt(disty * disty);
float lenx = hitBox.halfWidth + otherbox.halfWidth;
float leny = hitBox.halfHeight + otherbox.halfHeight;
int px = 1;
int py = 1;
if (collider.position.X + otherbox.center.X < position.X + hitBox.center.X)
{
px = -1;
}
if (collider.position.Y + otherbox.center.Y < position.Y + hitBox.center.Y)
{
py = -1;
}
float penx = px * (distx - lenx);
float peny = py * (disty - leny);
//Resolve closest to previous position
float diffx = (position.X + penx) - _oldPosition.X;
diffx *= diffx;
float diffy = (position.Y + peny) - _oldPosition.Y;
diffy *= diffy;
if (!knockBack)
{
_escapeCollide(diffx, diffy, penx, peny);
}
else
{
_knockBack(diffx, diffy, px, py);
}
}
public bool checkCollision(CActor sender)
{
float distance = 0;
float length = 0;
CHitBox otherBox = sender.hitBox;
distance = Math.Abs((actor.position.X + _center.X) - (sender.position.X + otherBox._center.X));
length = _halfSize.X + otherBox._halfSize.X;
if (distance < length)
{
distance = Math.Abs((actor.position.Y + _center.Y) - (sender.position.Y + otherBox._center.Y));
length = _halfSize.Y + otherBox._halfSize.Y;
return(distance < length);
}
return(false);
}
public CMapChanger() :
base()
{
_hitBox = new CHitBox(this, 0, 0, 16, 16);
}
public CSolidTile() : base()
{
_hitBox = new CHitBox(this, 0, 0, 16, 16);
_followRoot = false;
_width = 16; _height = 16;
}
public CSolidTile() : base()
{
_hitBox = new CHitBox(this, 0, 0, 16, 16);
_followRoot = false;
}
