ICone GetHighestIce(ICone startIce)
{
Transform myStickyParent = transform;
ICone stickyIce = startIce;
int x;
for (x = 0; x < 20; x++)
{
if (stickyIce.Get_attribute().stickyParent == null)
{
break;
}
myStickyParent = stickyIce.Get_attribute().stickyParent;
if (myStickyParent.GetComponent <ICone>() == null)
{
break;
}
stickyIce = myStickyParent.GetComponent <ICone>();
}
if (x == 20)
{
Debug.Log("Error: overload (no runback)");
}
return(stickyIce);
}
void OrderStickyIce(Transform t_other, ICone stickyOrigin)
{
_attribute.runSim = false;
Transform myStickyParent = transform;
ICone otherIce = t_other.GetComponent <ICone>();
IceAttribute stickyOrigin_Attribute = stickyOrigin.Get_attribute();
stickyOrigin_Attribute.stickyParent = t_other;
stickyOrigin.Set_posInCone(stickyOrigin.Get_transform().position - t_other.position);
stickyOrigin_Attribute.onGround |= otherIce == null || otherIce.Get_attribute().onGround;
stickyOrigin_Attribute.runSim &= !stickyOrigin_Attribute.onGround && stickyOrigin == this;//false;
if (stickyOrigin_Attribute.onGround)
{
return;
}
//Setze Impuls und entsprechend der Position zum Zentrum und setze anschließend das Zentrum neu:
IceAttribute otherIce_Attribute = otherIce.Get_attribute();
//Geschwindigkeit und Dreh-impuls:
Vector2 diff = ((Vector2)(otherIce.Get_transform().position - stickyOrigin.Get_transform().position)).normalized;
Vector2 velocity = otherIce.Get_rb().velocity - stickyOrigin.Get_rb().velocity;
//Debug.Log("diff_vel: " + velocity + "\nother_vel: " + otherIce.Get_rb().velocity + ", vel: " + stickyOrigin.Get_rb().velocity);
float diff_angle = Mathf.Atan2(velocity.y, velocity.x) - Mathf.Atan2(diff.y, diff.x);
float vel_mag = stickyOrigin.Get_rb().velocity.magnitude;
float countFactor = stickyOrigin_Attribute.stickyCount / (float)(stickyOrigin_Attribute.stickyCount + otherIce_Attribute.stickyCount);
float otherCountFactor = 1 - countFactor;
t_other.GetComponent <ICone>().Get_rb().velocity = t_other.GetComponent <ICone>().Get_rb().velocity *otherCountFactor - diff * vel_mag * Mathf.Cos(diff_angle) * countFactor;
//otherIce_Attribute.stickyRotation += Mathf.Sin(diff_angle) * vel_mag * countFactor * 0.05f;//Drehimpuls
//Update des Zentrums:
otherIce_Attribute.stickyCenter = otherIce_Attribute.stickyCenter * otherCountFactor + stickyOrigin_Attribute.stickyCenter * countFactor;
otherIce_Attribute.stickyCount += stickyOrigin_Attribute.stickyCount;
}
private void OnTriggerEnter2D(Collider2D other)
{
int _layer = other.gameObject.layer;
if (isGettingDestroyed || _layer == 19 /*iceOnly*/)
{
return;
}
if (id > 0)//Eis ist auf der Waffel
{
if (other.tag == "Col" || _layer == 8 || (_layer > 11 && _layer < 20))
{
return; //Falls von einem anderen Eis/Waffel getroffen, dann ignoriere es: Eingehendes Eis handelt sich selbst
}
//Eis wird runtergeschubst:
//Debug.Log(name + " leaving: posInCone: " + posInCone);
if (_attribute.explosionRange > 0)
{
GameObject explsn = Instantiate(iceManager.explosionPrefab, transform.position, Quaternion.identity);
explsn.transform.localScale = Vector3.one * _attribute.explosionRange * transform.localScale.x * .5f;
explsn.GetComponent <ExplosionScript>().exclusions.Add(gameObject);
}
cone.blockCone();
cone.RemoveIce(id);
RemoveFromCone();
StartCoroutine(PushIceOut());
cScript.DoShake(2000);
return;
}
else//Eis fliegt durch die Gegend
{
if (block_ice_enter || _layer == 13 || _layer == 14)
{
return; //ist in der nicht-berühr-Phase oder von einem Effekt betroffen
}
//Weder Eis noch Cone getroffen:
if (_layer != 8 && _layer != 12)
{
//Hier den Code einfügen, der beschreibt, was passiert, wenn fliegendes Eis in Kontakt mit der Umgebung kommt:
if (_attribute.reactOnImpact)
{
if (_attribute.life_current > 1)
{
//Growth
if (_attribute.growing != 0 && Mathf.Sign(_attribute.growing) == Mathf.Sign(_attribute.endScale - transform.localScale.x))
{
_attribute.scale += _attribute.growing * 50;
transform.localScale = Vector3.one * _attribute.scale;
}
//Explosion:
GameObject explsn = null;
if (_attribute.explosionRange > 0)
{
explsn = Instantiate(iceManager.explosionPrefab, transform.position, Quaternion.identity);
explsn.transform.localScale = Vector3.one * _attribute.explosionRange * transform.localScale.x * .5f;
explsn.GetComponent <ExplosionScript>().exclusions.Add(gameObject);
}
//Split:
if (_attribute.splitCount > 0)
{
IceScript splitIce = Instantiate(gameObject).GetComponent <IceScript>();
splitIce.Set_Attribute(_attribute);
splitIce.Get_attribute().ResetIce();
splitIce.Get_attribute().life_current = _attribute.life_current;
rb.velocity = -prevVel;
_attribute.life_current = _attribute.life;
_attribute.reactOnImpact = false;
_attribute.splitCount--;
_attribute.scale *= .75f;
_attribute.mass *= .75f;
transform.localScale *= .75f;
rb.mass = _attribute.mass;
if (explsn != null)
{
explsn.GetComponent <ExplosionScript>().exclusions.Add(splitIce.gameObject);
}
Rigidbody2D split_rb = splitIce.GetComponent <Rigidbody2D>();
split_rb.constraints = RigidbodyConstraints2D.FreezeRotation;
split_rb.velocity = prevVel;
iceManager.SplitIgnore(splitIce.gameObject, transform.GetChild(0).gameObject);
}
}
}
//Sticking on ground:
ICone iceOrigin = GetHighestIce(this);
if (_attribute.sticky && !_attribute.onGround)
{
_attribute.onGround = true;
rb.constraints = RigidbodyConstraints2D.FreezeAll;
OrderStickyIce(other.transform, iceOrigin);
/*
* Debug.Log(name + " hits ground");
* Debug.Log("pos: " + transform.position + ", calcPos: " + (other.transform.position + (Vector3)posInCone));
* Debug.Log("posInCone: " + posInCone);
* Debug.Break();
* //*/
return;
}
//Ground- Bounce einer Gruppe:
if (!(_attribute.stickyParent == null || iceOrigin.Get_attribute().reflecting))
{
StartCoroutine(iceOrigin.Get_attribute().SetReflectBlock());
iceOrigin.Get_rb().velocity *= -1;//simple reflection (pls dont kill me XP)
}
_attribute.life_current--;
return;
}
ICone other_Ice = other.GetComponent <ICone>();
//falls das getroffene Eis nicht auf der waffel ist:
if (other_Ice.GetID() < 0)
{
//sticky:
if (((_attribute.sticky)) && //!_attribute.onGround)) &&// || (other_Ice.Get_attribute().sticky && !other_Ice.Get_attribute().onGround)) && //Falls sticky und nicht auf Boden berührt Eis und
((_attribute.stickyParent == null) ||
(_attribute.stickyParent != other_Ice.Get_attribute().stickyParent) //Origin ungleich other.Origin (gegen doppelkontakt)
))
{
//Ermittle höchstes Eis:
Transform myStickyParent = transform;
ICone iceOrigin = GetHighestIce(this);
ICone iceOrigin_other = GetHighestIce(other_Ice);
if (iceOrigin == iceOrigin_other)
{
return; //haben schon die gleiche Quelle
}
if (iceOrigin.Get_attribute().onGround) //Wenn die ein am Boden klebendes Eis ist, dann wird das andere eis diesem zugeordnet
{
iceOrigin_other.Get_rb().constraints = RigidbodyConstraints2D.FreezeAll;
OrderStickyIce(transform, iceOrigin_other);
StartCoroutine(Set_sticky(iceOrigin_other.Get_attribute()));
return;
}
//Debug.Log("origin: " + iceOrigin.Get_transform() + "\nother: " + other.transform);
/*
* //Debug.Log("sticky pre-parent: " + _attribute.stickyParent);
* if (_attribute.stickyParent != null)
* {
* Debug.Log("parent: " + _attribute.stickyParent + ", parent-origin: " + _attribute.stickyParent.GetComponent<ICone>().Get_attribute().stickyParent
+ "\nother: " + other.transform);
+ Debug.Log("connect: " + ((_attribute.stickyParent != other.transform) && (_attribute.stickyParent.GetComponent<ICone>().Get_attribute().stickyParent != other.transform)));
+ }
+ //*/
iceOrigin.Get_rb().constraints = RigidbodyConstraints2D.FreezeAll;
OrderStickyIce(other.transform, iceOrigin);
/*
* Debug.Log(name + " hits " + other.name);
* //Debug.Log("other: " + other.transform.position + ", self: " + transform.position + "\ndiff: " + (transform.position - _attribute.stickyParent.position) + "posInCone: " + posInCone);
* Debug.Log("runSim of parent: " + _attribute.stickyParent.GetComponent<ICone>().Get_attribute().runSim);
* Debug.Log("sticky parent " + _attribute.stickyParent + " follows " + _attribute.stickyParent.GetComponent<ICone>().Get_attribute().stickyParent);
* //Debug.Log("is already paired to it: " + (_attribute.stickyParent == other.transform));
* Debug.Break();
* //*/
StartCoroutine(Set_sticky(_attribute));
return;
}
//*
//Bounce
else if (!_attribute.sticky && !other_Ice.Get_attribute().sticky&& other_Ice.Get_attribute().stickyParent != null && _attribute.stickyParent == null)
{
ICone iceOrigin = GetHighestIce(other_Ice);
if (iceOrigin.Get_attribute().onGround)
{
Vector2 diff = ((Vector2)(transform.position - other.transform.position)).normalized;
rb.velocity = rb.velocity.magnitude * diff;
}
else
{
Debug.Log(name + " bounced " + other.name);
Vector2 vel = iceOrigin.Get_rb().velocity;
iceOrigin.Get_rb().velocity += rb.velocity;// / iceOrigin.Get_attribute().stickyCount;
rb.velocity = vel;
//rb.velocity = (vel * iceOrigin.Get_attribute().stickyCount + rb.velocity) / (iceOrigin.Get_attribute().stickyCount + 1);
}
}
//*/
return;
}
//Eis wird in den Turm integriert:
//Update den Turm:
rb.constraints = RigidbodyConstraints2D.FreezeRotation;
transform.parent = cone.transform;
//id = other_Ice.GetID()+1;
SetID(other_Ice.GetID() + 1);
_attribute.ResetIce();
_attribute.AddToCone();
cScript.offset = new Vector2(0, ++coneIceCount * .3f);
Camera.main.orthographicSize = cone.camSize + .3f * coneIceCount;
cone.iceTower.Insert(id, this);
cone.UpdateConeTower(id);
StartCoroutine(TriggerBlink());//Damit Gruppen aufgelöst werden können
}
}