public override bool collides(CollisionShape a_cs)
{
if (a_cs is CollisionRectangle)
{
CollisionRectangle a_cr = (CollisionRectangle)a_cs;
foreach(Vector2 v in a_cr.getFivePoints())
{
if (contains(v))
{
return true;
}
}
foreach(Vector2 v in getFourPoints())
{
if (a_cr.contains(v))
{
return true;
}
}
}
else if (a_cs is CollisionLine)
{
return collidesWithLineSegment(((CollisionLine)a_cs).getPosition().getGlobalCartesian(), ((CollisionLine)a_cs).getEndPosition().getGlobalCartesian());
}
return false;
}
public override bool collides(CollisionShape a_cs)
{
if (a_cs is CollisionRectangle)
{
return a_cs.collidesWithLineSegment(m_position.getGlobalCartesian(), m_endPosition.getGlobalCartesian());
}
else if (a_cs is CollisionLine)
{
return collidesWithLineSegment(((CollisionLine)a_cs).getPosition().getGlobalCartesian(), ((CollisionLine)a_cs).getEndPosition().getGlobalCartesian());
}
return false;
}
public override bool Collides(CollisionShape a_cs)
{
if (a_cs is CollisionRectangle)
{
CollisionRectangle t_cr = (CollisionRectangle)a_cs;
return (m_xOffset + m_position.getGlobalX() < t_cr.m_xOffset + t_cr.m_position.getGlobalX() + t_cr.m_width &&
m_xOffset + m_position.getGlobalX() + m_width > t_cr.m_xOffset + t_cr.m_position.getGlobalX() &&
m_yOffset + m_position.getGlobalY() < t_cr.m_yOffset + t_cr.m_position.getGlobalY() + t_cr.m_height &&
m_yOffset + m_position.getGlobalY() + m_height > t_cr.m_yOffset + t_cr.m_position.getGlobalY());
}
else if (a_cs is CollisionTriangle)
{
return a_cs.Collides(this);
}
return false;
}
public override bool collides(CollisionShape a_cs)
{
if (a_cs is CollisionRectangle)
{
CollisionRectangle t_cr = (CollisionRectangle)a_cs;
return (m_xOffset + m_position.getGlobalX() < t_cr.m_xOffset + t_cr.m_position.getGlobalX() + t_cr.m_width &&
m_xOffset + m_position.getGlobalX() + m_width > t_cr.m_xOffset + t_cr.m_position.getGlobalX() &&
m_yOffset + m_position.getGlobalY() < t_cr.m_yOffset + t_cr.m_position.getGlobalY() + t_cr.m_height &&
m_yOffset + m_position.getGlobalY() + m_height > t_cr.m_yOffset + t_cr.m_position.getGlobalY());
}
else if (a_cs is CollisionTriangle)
{
return a_cs.collides(this);
}
else if (a_cs is CollisionLine)
{
return collidesWithLineSegment(((CollisionLine)a_cs).getPosition().getGlobalCartesian(), ((CollisionLine)a_cs).getEndPosition().getGlobalCartesian());
}
return false;
}
public override bool Collides(CollisionShape a_cs)
{
if (a_cs is CollisionRectangle)
{
CollisionRectangle a_cr = (CollisionRectangle)a_cs;
foreach(Vector2 v in a_cr.getFivePoints())
{
if (contains(v))
{
return true;
}
}
foreach(Vector2 v in getFourPoints())
{
if (a_cr.contains(v))
{
return true;
}
}
}
return false;
}
public abstract bool Collides(CollisionShape a_cs2);
public override void loadContent()
{
base.loadContent();
m_collisionShape = new CollisionRectangle(0, 0, m_img.getSize().X, m_img.getSize().Y, m_position);
}
public static bool Contains(CollisionShape a_cs1, Vector2 a_cs2)
{
return a_cs1.contains(a_cs2);
}
public static bool Collides(CollisionShape a_cs1, CollisionShape a_cs2)
{
return a_cs1.collides(a_cs2);
}
