//called by passing through a node's collider (or automatically in a coroutine to test)
public void SpawnInNextNode()
{
//if(currentNodeIndex >= nodeLimit){return;}
//Calculate the offset from the last transform
Transform lastTransform = (currentNodeIndex < 1) ? this.transform : activeNodes[activeNodes.Count - 1].transform;
float spawnOffsetH = seededGradient.GetHorizontalValueAtPixel(currentNodeIndex);
float spawnOffsetV = seededGradient.GetVerticalValueAtPixel(currentNodeIndex);
spawnOffsetH = ReedsUtils.Remap(spawnOffsetH, 0, 1, -amplitudeDelta, amplitudeDelta);
spawnOffsetV = ReedsUtils.Remap(spawnOffsetV, 0, 1, -amplitudeDelta, amplitudeDelta);
Vector3 totalOffsetFromLast = lastTransform.position + lastTransform.right * spawnOffsetH + lastTransform.up * spawnOffsetV;
totalOffsetFromLast += lastTransform.forward * spacing;
//Instantiate new node
LinkedNode newNode = Instantiate(template, totalOffsetFromLast, Quaternion.identity);
Quaternion lookatRot = Quaternion.LookRotation(newNode.transform.position - lastTransform.position, Vector3.up);
newNode.transform.rotation = Quaternion.Slerp(lastTransform.rotation, lookatRot, bendFactor);
newNode.SetMeshRot(lookatRot);
newNode.SetMaterial(ref availibleKits[currentKitIndex].material);
//Append to activenodes, and set links
if (activeNodes.Count > 0) // else this is the first node
{
activeNodes[activeNodes.Count - 1].previous = newNode;
newNode.previous = activeNodes[activeNodes.Count - 1];
}
activeNodes.Add(newNode);
currentNodeIndex++;
//if trackedNodesList len >= recyclethreshold
//recycle oldest node(at index 0)
if (activeNodes.Count >= recycleThreshold)
{
//Debug.Log("Recycling");
GameObject toDestroy = activeNodes[0].gameObject;
activeNodes.RemoveAt(0);
GameObject.Destroy(toDestroy);
}
CheckForNewZone();
CheckPositionOffset(lastTransform);
}
private IEnumerator SpawnChildrenCoroutine()
{
float sampleGradientPoint = GlobalVars.worldGradient.GetHorizontalValueAtPixel((int)(indexInChain * rotationalChaos));
;
//float sampleGradientPointB = GlobalVars.worldGradient.GetVerticalValueAtPixel(indexInChain);
int generations = (int)(sampleGradientPoint * childrenDensity);
System.Random r = new System.Random(indexInChain);
for (int i = 0; i < generations; i++)
{
int offset = i + indexInChain;
offset = i * (int)transform.position.magnitude;
//Debug.Log(indexInChain);
//offset = (int)(GlobalVars.worldGradient.GetVerticalValueAtPixel(offset) * 100);
float forwardPos = 0;
forwardPos = GlobalVars.worldGradient.GetHorizontalValueAtPixel(offset * samplRate);
forwardPos = r.Next(100);
//Debug.Log($"Sample point at {forwardPos} with sample pos at {offset * samplRate}");
//Debug.Log($"Raw pos is {forwardPos}");
forwardPos = ReedsUtils.Remap(forwardPos, 0, 100, -maxForwardDelta, maxForwardDelta);
//Debug.Log($"mapped pos is {forwardPos}");
float zRotation = GlobalVars.worldGradient.GetHorizontalValueAtPixel(offset * samplRate);
//zRotation = GlobalVars.worldGradient.GetNoiseAtPixel(offset * samplRate * 33333, offset * samplRate * 33333);
//Debug.Log($"Raw zrot is {zRotation}");
zRotation = r.Next(100);
zRotation = ReedsUtils.Remap(zRotation, 0, 100, 0, 720);
//Debug.Log($"mapped zrot is {zRotation}");
//float kitOffset = GlobalVars.worldGradient.GetNoiseAtPixel(offset * samplRate, offset);
//float kitOffset = GlobalVars.worldGradient.GetHorizontalValueAtPixel(offset * samplRate);
int kitOffset = r.Next(0, localKit.kitObjects.Count);
//int kitIndex = (int)ReedsUtils.Remap(kitOffset, 0, 100, 0, currentKit.kitObjects.Count - .1f);
GameObject kitPiece = Instantiate(localKit.kitObjects[kitOffset], transform.GetChild(0), false);
kitPiece.transform.localEulerAngles = new Vector3(0, 0, zRotation);
kitPiece.transform.localPosition = new Vector3(0, 0, forwardPos);
//Debug.Log(kitOffset);
yield return(null);
}
}