void CheckIfIAmInsideAnyVoid()
{
iAmInsideThisVoid_test = false;
foreach (Void_Cn voidEntry in voidsAllInfo)
{
if (voidEntry.boundingQbits_convexHullOrder_allInfo != null)
{
if (voidEntry.isOpen == true)
{
iAmInsideThisVoid_test = CheckIfIAmInsideThisVoid(voidEntry.boundingQbits_convexHullOrder_positions, new Vector2(this.transform.position.x, this.transform.position.z));
if (iAmInsideThisVoid_test == true && iAmInsideThisVoid_id == -1)
{
iAmInsideThisVoid_id = voidEntry.id;
// report hit ONCE until exit void and re-enter
if (report_hit == true)
{
VoidMesh voidMeshScript = GameObject.Find("void_" + iAmInsideThisVoid_id).GetComponent <VoidMesh>();
voidMeshScript.aud_static_state = "igniter event";
voidMeshScript.aud_hitby_igniter = true;
voidMeshScript.hitby_voidIgniterType = self_voidIgniterType;
report_hit = false;
}
break;
}
}
}
}
if (iAmInsideThisVoid_test == false)
{
iAmInsideThisVoid_id = -1;
report_hit = true;
}
}
void SpawnVoid(int newVoidId)
{
qbitsBoundingMe = new List <BoundingQbit_AllInfo>();
foundBoundingQbitsCounter = 0;
foreach (GameObject qbit in qbitsAll_obj)
{
if (foundBoundingQbitsCounter == 8)
{
break;
}
foundABoundingQbit = false;
Vector2 thisQbitPosition = new Vector2(qbit.transform.position.x, qbit.transform.position.z);
for (int t = 0; t < testVoidTriangles.Count; t++)
{
if (foundABoundingQbit == true)
{
break;
}
for (int p = 0; p < 3; p++)
{
if (thisQbitPosition == testVoidTriangles[t].sites[p].Coord)
{
bool qbitAddedAlready = false;
QbitMovement qbitMovementScript = qbit.GetComponent <QbitMovement>();
int thisQbitId = qbitMovementScript.self_id;
foreach (BoundingQbit_AllInfo qbitEntry in qbitsBoundingMe)
{
if (qbitEntry.id == thisQbitId)
{
qbitAddedAlready = true;
break;
}
}
if (qbitAddedAlready == false)
{
qbitsBoundingMe.Add(new BoundingQbit_AllInfo {
id = thisQbitId, transform = qbit.transform, qbitMovementScript = qbitMovementScript
});
foundABoundingQbit = true;
foundBoundingQbitsCounter++;
break;
}
}
}
}
}
// spawn and set self_voidAllInfo of the spawned GO
GameObject goVoid = Instantiate(voidMeshPrefab, new Vector3(0, .01f, 0), Quaternion.identity);
goVoid.transform.SetParent(voidContainer, true);
goVoid.name = "void_" + newVoidId;
VoidMesh voidMeshScript = goVoid.GetComponent <VoidMesh>();
voidMeshScript.self_voidAllInfo = new Void_Cn {
id = newVoidId, initialTrianglesFromDelaunay = testVoidTriangles, boundingQbits_allInfo = qbitsBoundingMe, area = testVoidArea, centroid = thisTestVoidCentroid
};
}
void Update()
{
voidGOsAll = GameObject.FindGameObjectsWithTag("void");
voidsAllInfo = new List <Void_Cn>();
foreach (GameObject voidGO in voidGOsAll)
{
VoidMesh voidMeshScript = voidGO.GetComponent <VoidMesh>();
voidsAllInfo.Add(voidMeshScript.self_voidAllInfo);
}
}
void Start()
{
voidMeshScript = GetComponent <VoidMesh>();
particleSystem1 = GetComponent <ParticleSystem>();
shapeModule = particleSystem1.shape;
mainModule = particleSystem1.main;
emissionModule = particleSystem1.emission;
rendererModule = GetComponent <ParticleSystemRenderer>();
self_id = voidMeshScript.self_id;
globalEvolution_script = GameObject.Find("globalEvolution").GetComponent <GlobalEvolution>();
voidsAllInfo_script = GameObject.Find("voidsAllInfo").GetComponent <VoidsAllInfo>();
oscOutScript = GameObject.Find("osc").GetComponent <OscOut>();
mixer = new Mixer();
MixerValues_Init();
}
