public Vector3[] GetSegmentPoints(Vector3 worldPoint)
{
Vector3[] res = new Vector3[2];
Vector3 initSegment = Vector3.zero;
Vector3 endSegment = Vector3.zero;
BranchPoint nearestPoint = GetNearestPointFrom(worldPoint);
BranchPoint nextPoint = nearestPoint.GetNextPoint();
BranchPoint previousPoint = nearestPoint.GetPreviousPoint();
if (nextPoint != null && previousPoint != null)
{
float distanceToNextPoint = (worldPoint - nextPoint.point).magnitude;
float distanceToPreviousPoint = (worldPoint - previousPoint.point).magnitude;
if (distanceToNextPoint <= distanceToPreviousPoint)
{
initSegment = nearestPoint.point;
endSegment = nextPoint.point;
}
else
{
initSegment = previousPoint.point;
endSegment = nearestPoint.point;
}
}
res[0] = initSegment;
res[1] = endSegment;
return(res);
}
public void AddBranchPoint(Vector3 point, Vector3 grabVector, bool isNewBranch, int newBranchIndex)
{
BranchPoint newBranchPoint = new BranchPoint(point, grabVector,
branchPoints.Count, isNewBranch, newBranchIndex, totalLenght, this);
branchPoints.Add(newBranchPoint);
}
public List <LeafPoint> GetLeavesInSegment(BranchPoint initSegment)
{
List <LeafPoint> res = new List <LeafPoint>();
GetLeavesInSegment(initSegment, res);
return(res);
}
/*BORRAR - Borrar este metodo!!!*/
public void AddBranchPoint(BranchPoint branchPoint, float length, float stepSize)
{
branchPoint.branchContainer = this;
branchPoints.Add(branchPoint);
//totalLenght += stepSize;
}
//private Vector3 GetNewLeafUpward()
//{
// Vector3 oldForward = leaves[i].lpForward;
// Vector3 newLeafPosition = Vector3.LerpUnclamped(previousPoint.point, nextPoint.point, leaves[i].displacementFromInitSegment);
// float angle = Vector3.Angle(oldForward, newForward);
// Vector3 axis = cameraForward;
// Vector3 crossNewForwardOldForward = Vector3.Cross(newForward, oldForward);
// float sign = Mathf.Sign(Vector3.Dot(crossNewForwardOldForward, cameraForward));
// Vector3 newUpward = Quaternion.AngleAxis(angle * -sign, axis) * leaves[i].lpUpward;
// return newUpward;
//}
public void RepositionLeavesAfterAdd02(BranchPoint newPoint)
{
BranchPoint previousPoint = newPoint.GetPreviousPoint();
BranchPoint nextPoint = newPoint.GetNextPoint();
List <LeafPoint> leaves = new List <LeafPoint>();
GetLeavesInSegment(previousPoint, leaves);
//leaves.AddRange(GetLeavesInSegment(removedPoint));
Vector3 dirSegment01 = (newPoint.point - previousPoint.point).normalized;
Vector3 dirSegment02 = (nextPoint.point - newPoint.point).normalized;
for (int i = 0; i < leaves.Count; i++)
{
Vector3 oldLeafVector01 = leaves[i].point - branchPoints[leaves[i].initSegmentIdx].point;
Vector3 oldLeafVector02 = leaves[i].point - branchPoints[leaves[i].endSegmentIdx].point;
Vector3 projectionOnSegment01 = previousPoint.point + dirSegment01 * Vector3.Dot(oldLeafVector01, dirSegment01);
Vector3 projectionOnSegment02 = nextPoint.point + dirSegment02 * Vector3.Dot(oldLeafVector02, dirSegment02);
Vector3 newLeafPositionToNewPoint = newPoint.point - projectionOnSegment01;
if (Vector3.Dot(newLeafPositionToNewPoint, dirSegment01) >= 0)
{
leaves[i].SetValues(projectionOnSegment01, leaves[i].lpLength, dirSegment01, leaves[i].lpUpward, leaves[i].chosenLeave, previousPoint, newPoint);
}
else
{
leaves[i].SetValues(projectionOnSegment02, leaves[i].lpLength, dirSegment02, leaves[i].lpUpward, leaves[i].chosenLeave, newPoint, nextPoint);
}
}
}
//Si no encontramos muro en el paso anterior, entonces buscamos si tenemos suelo. tiramos el rayo y si da positivo, añadimos punto, calculamos growdirection y decimos al sistema que no estamos cayendo. Si por el contrario no
//hemos encontrado suelo, intenamos agarrarnos al otro lado de la posible esquina.
void CheckFloor(BranchContainer branch, BranchPoint potentialPoint, Vector3 oldSurfaceNormal)
{
Ray ray = new Ray(potentialPoint.point, -oldSurfaceNormal);
RaycastHit RC;
if (Physics.Raycast(ray, out RC, branch.currentHeight * 2f, infoPool.ivyParameters.layerMask.value))
{
AddPoint(branch, RC.point, RC.normal);
NewGrowDirection(branch);
branch.fallIteration = 0f;
branch.falling = false;
}
else
{
if (Random.value < infoPool.ivyParameters.grabProvabilityOnFall)
{
CheckCorner(branch, potentialPoint, oldSurfaceNormal);
}
else
{
AddFallingPoint(branch);
branch.fallIteration += 1f - infoPool.ivyParameters.stiffness;
branch.falling = true;
branch.currentHeight = 0f;
branch.heightParameter = -45f;
}
}
}
/*public List<LeafPoint> FilterLeavesByLengthRT(List<LeafPoint> leaves, float maxLength)
* {
* List<LeafPoint> res = new List<LeafPoint>();
* for (int i = 0; i < leaves.Count; i++)
* {
* if(leaves[i].lpLength <= maxLength * 1.15f)
* {
* res.Add(leaves[i]);
* }
* }
*
* return res;
* }*/
public void GetLeavesInSegment(BranchPoint initSegment, List <LeafPoint> res)
{
for (int i = 0; i < leaves.Count; i++)
{
if (leaves[i].initSegmentIdx == initSegment.index)
{
res.Add(leaves[i]);
}
}
}
public void AddBranchPoint(BranchPoint branchPoint)
{
branchPoint.index = branchPoints.Count;
branchPoint.newBranch = false;
branchPoint.newBranchNumber = -1;
branchPoint.branchContainer = this;
branchPoint.length = totalLenght;
branchPoints.Add(branchPoint);
}
public LeafPoint InsertLeaf(Vector3 leafPoint, float lpLength, Vector3 lpForward, Vector3 lpUpward,
int chosenLeave, int leafIndex, BranchPoint initSegment, BranchPoint endSegment)
{
LeafPoint newLeaf = new LeafPoint(leafPoint, lpLength, lpForward, lpUpward, chosenLeave, initSegment, endSegment);
int clampedLeafIndex = Mathf.Clamp(leafIndex, 0, int.MaxValue);
leaves.Insert(clampedLeafIndex, newLeaf);
return(newLeaf);
}
private void AddLeaf(LeafInfo leafInfo)
{
BranchPoint branchPoint = overBranch.GetNearestPointFrom(mousePoint);
LeafPoint nextLeaf = GetNextLeaf(leafInfo);
int leafIndex = overBranch.leaves.IndexOf(nextLeaf);
lastLeafPoint = overBranch.AddRandomLeaf(leafInfo.pointWS, overSegment[0], overSegment[1], leafIndex, infoPool);
RefreshMesh(true, true);
}
public void RepositionLeaves02(List <LeafPoint> leaves, bool updatePosition)
{
for (int i = 0; i < leaves.Count; i++)
{
BranchPoint previousPoint = null;
BranchPoint nextPoint = null;
if (leaves[i].initSegmentIdx > branchPoints.Count - 1 || leaves[i].endSegmentIdx > branchPoints.Count - 1)
{
previousPoint = branchPoints[leaves[i].initSegmentIdx];
nextPoint = branchPoints[leaves[i].endSegmentIdx - 1];
}
else
{
previousPoint = branchPoints[leaves[i].initSegmentIdx];
nextPoint = branchPoints[leaves[i].endSegmentIdx];
}
Vector3 newForward = (nextPoint.point - previousPoint.point).normalized;
Vector3 oldForward = leaves[i].lpForward;
leaves[i].forwarRot = Quaternion.FromToRotation(oldForward, newForward);
Vector3 newLeafPosition = Vector3.LerpUnclamped(previousPoint.point, nextPoint.point, leaves[i].displacementFromInitSegment);
float angle = Vector3.Angle(oldForward, newForward);
//Vector3 axis = SceneView.currentDrawingSceneView.camera.transform.forward;
Vector3 cameraForward = SceneView.currentDrawingSceneView.camera.transform.forward;
/*Vector3 axis = -leaves[i].left.normalized;*/
Vector3 axis = cameraForward;
Vector3 crossNewForwardOldForward = Vector3.Cross(newForward, oldForward);
float sign = Mathf.Sign(Vector3.Dot(crossNewForwardOldForward, cameraForward));
//float sign = Mathf.Sign(Vector3.Dot(newForward, oldForward));
//Vector3 newUpward = Vector3.Cross(-newForward, -leaves[i].left.normalized).normalized;
//Vector3 newUpward = Quaternion.AngleAxis(angle * -sign, axis) * leaves[i].lpUpward;
//newUpward = newUpward.normalized;*/
if (updatePosition)
{
leaves[i].point = newLeafPosition;
}
}
}
public LeafPoint AddRandomLeaf(Vector3 pointWS, BranchPoint initSegment, BranchPoint endSegment, int leafIndex, InfoPool infoPool)
{
int chosenLeave = UnityEngine.Random.Range(0, infoPool.ivyParameters.leavesPrefabs.Length);
Vector3 forward = initSegment.initialGrowDir;
float lpLength = initSegment.length + Vector3.Distance(pointWS, initSegment.point);
LeafPoint res = InsertLeaf(pointWS, lpLength, forward,
-initSegment.grabVector, chosenLeave, leafIndex,
initSegment, endSegment);
return(res);
}
public BranchPoint GetNearestPointSSFrom(Vector2 from)
{
BranchPoint res = null;
float minDistance = float.MaxValue;
for (int i = 0; i < branchPoints.Count; i++)
{
float newSqrDst = (branchPoints[i].pointSS - from).sqrMagnitude;
if (newSqrDst <= minDistance)
{
res = branchPoints[i];
minDistance = newSqrDst;
}
}
return(res);
}
public BranchPoint InsertBranchPoint(Vector3 point, Vector3 grabVector, int index)
{
//float newPointLength = branchPoints[index].length + Vector3.Distance(branchPoints[index].point, point);
float newPointLength = Mathf.Lerp(branchPoints[index - 1].length, branchPoints[index].length, 0.5f);
BranchPoint newBranchPoint = new BranchPoint(point, grabVector, index, newPointLength, this);
branchPoints.Insert(index, newBranchPoint);
//Debug.Log("LENGTHS: " + branchPoints[index].length.ToString("F10") + " - " + newPointLength.ToString("F10") + " - " + branchPoints[index + 1].length.ToString("F10"));
for (int i = index + 1; i < branchPoints.Count; i++)
{
branchPoints[i].index += 1;
}
return(newBranchPoint);
}
public void SetValues(Vector3 point, float lpLength, Vector3 lpForward, Vector3 lpUpward,
int chosenLeave, BranchPoint initSegment, BranchPoint endSegment)
{
this.point = point;
this.lpLength = lpLength;
this.lpForward = lpForward;
this.lpUpward = lpUpward;
this.chosenLeave = chosenLeave;
this.initSegmentIdx = initSegment.index;
this.endSegmentIdx = endSegment.index;
this.forwarRot = Quaternion.identity;
float segmentDistance = (initSegment.point - endSegment.point).magnitude;
float t = (point - initSegment.point).magnitude / segmentDistance;
this.displacementFromInitSegment = Mathf.Clamp(t, 0.01f, 0.99f);
this.left = Vector3.Cross(lpForward, lpUpward).normalized;
//this.verticesLeaves = new List<RTVertexData>();
}
public void SetValues(Vector3 growDirection, float randomizeHeight,
float currentHeight, float heightParameter, int branchSense, BranchPoint originPointOfThisBranch)
{
this.branchPoints = new List <BranchPoint>(1000);
this.growDirection = growDirection;
this.leaves = new List <LeafPoint>(1000);
this.totalLenght = 0f;
this.fallIteration = 0f;
this.falling = false;
this.rotationOnFallIteration = Quaternion.identity;
this.branchSense = branchSense;
this.heightParameter = heightParameter;
this.randomizeHeight = randomizeHeight;
this.heightVar = 0f;
this.currentHeight = currentHeight;
this.deltaHeight = 0f;
this.newHeight = 0f;
this.originPointOfThisBranch = originPointOfThisBranch;
this.branchNumber = -1;
}
public void RepositionLeavesAfterRemove02(BranchPoint removedPoint)
{
BranchPoint previousPoint = removedPoint.GetPreviousPoint();
BranchPoint nextPoint = removedPoint.GetNextPoint();
List <LeafPoint> leaves = GetLeavesInSegment(previousPoint);
leaves.AddRange(GetLeavesInSegment(removedPoint));
for (int i = 0; i < leaves.Count; i++)
{
Vector3 pointToLeaf = leaves[i].point - previousPoint.point;
Vector3 newSegmentDir = (nextPoint.point - previousPoint.point).normalized;
float dotProduct = Vector3.Dot(pointToLeaf, newSegmentDir);
Vector3 newLeafPosition = previousPoint.point + newSegmentDir * dotProduct;
//leaves[i].point = newLeafPosition;
leaves[i].SetValues(newLeafPosition, leaves[i].lpLength, previousPoint.initialGrowDir,
-previousPoint.grabVector, leaves[i].chosenLeave, previousPoint, nextPoint);
//leaves[i].lpLength = 0f;
}
}