private void Update()
{
if (filters != null)
{
Random.InitState(seed);
WormholeSettings holeSettings = (WormholeSettings)settings;
RingTransform lastRing = new RingTransform();
Transform lastTransform = transform;
for (int i = 0; i < filters.Length; i++)
{
float noiseOffset = noiseStartOffset + holeSettings.NoiseSampleInterval * holeSettings.Length * i;
filters[i].transform.localPosition = lastTransform.TransformPoint(lastRing.Pos);
Random.InitState(seed);
WormholeResult wormhole = WormholeMeshGenerator.GetWormhole(holeSettings, noiseOffset, true, lastRing.Rot, filters[i].transform);
filters[i].mesh = wormhole.Mesh;
lastRing = wormhole.Rings[wormhole.Rings.Count - 1];
lastTransform = filters[i].transform;
}
}
}
private void GenerateSegment(bool takeFromPool = true)
{
MeshFilter filter = takeFromPool
? filters.Dequeue()
: Instantiate(filterTemplate, transform);
WormholeSettings holeSettings = (WormholeSettings)settings;
float noiseOffset = noiseStartOffset + holeSettings.NoiseSampleInterval * holeSettings.Length * i;
Vector3 globalPos = rings.Count > 0
? rings[rings.Count - 1].GlobalPos
: Vector3.zero;
Quaternion rot = rings.Count > 0
? rings[rings.Count - 1].Rot
: Quaternion.identity;
filter.transform.position = globalPos;
UnityEngine.Random.InitState(seed);
WormholeResult wormholeResult = WormholeMeshGenerator.GetWormhole(holeSettings, noiseOffset, true, rot, filter.transform);
filter.mesh = wormholeResult.Mesh;
i++;
filters.Enqueue(filter);
for (int i = 0; i < wormholeResult.Rings.Count - 1; i++)
{
Transform colliderTransform = takeFromPool
? GetCapsuleFromPool().transform
: CreateNewCapsule(holeSettings).transform;
colliderTransform.parent = filter.transform;
RingTransform ring = wormholeResult.Rings[i];
colliderTransform.position = ring.GlobalPos;
colliderTransform.rotation = ring.GlobalRot;
}
rings.AddRange(wormholeResult.Rings);
rings.RemoveAt(rings.Count - holeSettings.Length);
if (takeFromPool)
{
rings.RemoveRange(0, holeSettings.Length - 1);
}
}