/// <summary>
/// Luo uuden tyhjän rakenteen.
/// </summary>
public PhysicsStructure()
{
centerObject = new PhysicsObject(1, 1)
{
IgnoresPhysicsLogics = true, IsVisible = false
};
objects = new List <PhysicsObject>();
Joints = new List <IAxleJoint>();
_collisionIgnorer = new ObjectIgnorer();
AssociatedListeners = new List <Listener>();
AddedToGame += AddJoints;
Removed += RemoveJoints;
Add(centerObject); // Tämä pitää lisätä, sillä muuten jossain tilanteissa structuren ensimmäinen kappale pyörii keskiakselinsa ympäri.
}
public void SetCollisionIgnorer(Ignorer ignorer)
{
if (ignorer is null)
{
FSBody.JypeliGroupIgnorer = null;
FSBody.ObjectIgnorer = null;
return;
}
if (ignorer is JypeliGroupIgnorer)
{
JypeliGroupIgnorer ign = ignorer as JypeliGroupIgnorer;
FSBody.JypeliGroupIgnorer = ign;
}
else if (ignorer is ObjectIgnorer || ignorer is null)
{
ObjectIgnorer ign = ignorer as ObjectIgnorer;
FSBody.ObjectIgnorer = ign;
}
else
{
throw new NotImplementedException("Annettu Ignore ei ole toteutettu.");
}
}
public override bool CanCollide(IPhysicsBody thisBody, IPhysicsBody otherBody, Ignorer other)
{
AdvGroupIgnorer value = other as AdvGroupIgnorer;
return
(value == null ||
CanCollideInternal(value));
}
/// <summary>
/// Voivatko kappaleet törmätä toisiinsa
/// </summary>
/// <param name="thisBody"></param>
/// <param name="otherBody"></param>
/// <param name="other"></param>
/// <returns></returns>
public override bool CanCollide(IPhysicsBody thisBody, IPhysicsBody otherBody, Ignorer other)
{
return(other != this);
}
public abstract bool CanCollide(IPhysicsBody thisBody, IPhysicsBody otherBody, Ignorer other);
public override bool CanCollide(IPhysicsBody thisBody, IPhysicsBody otherBody, Ignorer other)
{
JypeliGroupIgnorer jOther = other as JypeliGroupIgnorer;
if (jOther == null)
{
return(true);
}
return((this.LegacyGroup == 0 || jOther.LegacyGroup == 0 || this.LegacyGroup != jOther.LegacyGroup) && (this.IgnoreMask & jOther.IgnoreMask) == 0);
}
private bool CanCollideInternal(IPhysicsBody thisBody, IPhysicsBody otherBody, Ignorer other)
{
return(isInverted ^ CanCollide(thisBody, otherBody, other));
}
protected Ignorer(Ignorer copy)
{
this.isInverted = copy.isInverted;
}
internal static bool CanCollide(IPhysicsBody leftBody, IPhysicsBody rightBody, Ignorer left, Ignorer right)
{
return(left.CanCollideInternal(leftBody, rightBody, right));
}
public CollisionIgnorerAdapter(Jypeli.Ignorer adaptee)
{
this.innerIgnorer = adaptee;
}
public void SetCollisionIgnorer(Ignorer ignorer)
{
this.Body.CollisionIgnorer = new CollisionIgnorerAdapter(ignorer);
}