// Update is called once per frame
void Update()
{
if (Tree_Master.treeTrunkList.Count != 0)
{
topBranch = Tree_Master.treeTrunkList[(CustomExtensions.GetHighestPoint(Tree_Master.treeTrunkList))];
}
float wiggle = Mathf.Sin(Time.time) * 2;
//Dynamic Angle Placement of Current Segments Based on User Input
if (Tree_Master.allTreeSegment.Count != 0)
{
for (int i = 0; i < Tree_Master.allTreeSegment.Count; i++)
{
Tree_Segment_Script trunk = Tree_Master.allTreeSegment[i].GetComponent <Tree_Segment_Script>();
if (trunk != null && trunk.GetComponent <Tree_Segment_Script>().masterSegment != null)
{
if (trunk.GetComponent <Tree_Segment_Script>().masterSegment.GetComponent <Tree_Segment_Script>().masterSegGroup != null)
{
GameObject masterSegGroup = trunk.GetComponent <Tree_Segment_Script>().masterSegment.GetComponent <Tree_Segment_Script>().masterSegGroup;
if (trunk.GetComponent <Segment_GrowthState>().hitEnd)
{
trunk.updatePos = CustomExtensions.TrunkPositionUpdate(trunk.angle, new Vector2(trunk.transform.localScale.x, trunk.transform.localScale.y), trunk.transform);
}
else if (trunk.transform.parent == masterSegGroup.transform)
{
trunk.updatePos = CustomExtensions.TrunkPositionUpdate(trunk.angle, new Vector2(trunk.transform.localScale.x * masterSegGroup.transform.localScale.x,
trunk.transform.localScale.y * masterSegGroup.transform.localScale.y), trunk.transform);
}
}
else
{
trunk.updatePos = CustomExtensions.TrunkPositionUpdate(trunk.angle, new Vector2(trunk.transform.localScale.x, trunk.transform.localScale.y), trunk.transform);
}
if (trunk.pos != null && trunk.transform.parent != trunk.GetComponent <Tree_Segment_Script>().masterSegment.GetComponent <Tree_Segment_Script>().masterSegGroup.transform)
{
trunk.transform.position = trunk.pos.position;
}
else if (trunk.prevSeg != null)
{
trunk.transform.position = trunk.prevSeg.GetComponent <Tree_Segment_Script>().updatePos;
}
trunk.inputAngle = Tree_Input_Manager.treeInputAngle;
Quaternion rot = new Quaternion();
if (trunk.treeSegmentTypes == Tree_Segment_Script.TreeSegmentType.TRUNK)
{
rot = Quaternion.Euler(0, 0, trunk.angle + (Tree_Input_Manager.treeInputAngle / 4) * trunk.depth + wiggle);
rot = Quaternion.Lerp(trunk.transform.rotation, rot, 0.05f);
trunk.transform.rotation = rot;
}
else if (trunk.isMasterBranch && trunk.pos != null && trunk.prevSeg != null)
{
rot = Quaternion.Euler(0, 0, trunk.angle + trunk.prevSeg.GetComponent <Tree_Segment_Script>().angle + (Tree_Input_Manager.treeInputAngle / 2) * trunk.depth + wiggle);
rot = Quaternion.Lerp(trunk.pos.transform.rotation, rot, 0.05f);
trunk.pos.transform.rotation = rot;
}
}
}
}
if (Tree_Master.anchorList.Count != 0)
{
for (int i = 0; i < Tree_Master.anchorList.Count; i++)
{
PositionManager posMan = Tree_Master.anchorList[i].GetComponent <PositionManager>();
if (posMan.prevSegment != null)
{
posMan.transform.position = CustomExtensions.AdjustPosition(posMan.prevSegment);
}
if (anchorList.Count > 1)
{
}
}
}
}
// Update is called once per frame
void Update()
{
if (Tree_Master.treeTrunkList.Count != 0)
{
topTrunk = Tree_Master.treeTrunkList[(CustomExtensions.GetHighestPoint(Tree_Master.treeTrunkList))];
}
if (Tree_Master.creatorListMaster.Count != 0)
{
for (int i = 0; i < Tree_Master.creatorListMaster.Count; i++)
{
Tree_Segment_Script trunk = Tree_Master.creatorListMaster[i].GetComponent <Tree_Segment_Script>();
//==========================================
//Creation of Random Branches
//==========================================
if (trunk.GetComponent <Segment_GrowthState>().treeStages == Segment_GrowthState.TreeStage.GROWING && trunk.treeSegmentTypes == Tree_Segment_Script.TreeSegmentType.BRANCH)
{
if (Random.value <= spawnChance && !trunk.randomSegment && trunk.depth >= 5)
{
trunk.randomSegment = true;
CreateBranchSegment(trunk.startPos, trunk.angle, new Vector2(trunk.scale.x, trunk.scale.y), trunk.depth, trunk.gameObject);
}
}
if (trunk.createBranch)
{
if (trunk.transform.parent == trunk.GetComponent <Tree_Segment_Script>().masterSegment.GetComponent <Tree_Segment_Script>().masterSegment)
{
GameObject masterSeg = trunk.GetComponent <Tree_Segment_Script>().masterSegment.GetComponent <Tree_Segment_Script>().masterSegment;
CreateBranchSegment(trunk.transform.position, trunk.angle, new Vector2(trunk.scale.x * masterSeg.transform.localScale.x,
trunk.scale.y * masterSeg.transform.localScale.y), 0, trunk.gameObject);
Tree_Master.creatorListMaster.Remove(trunk.gameObject);
}
else
{
CreateBranchSegment(trunk.transform.position, trunk.angle, new Vector2(trunk.scale.x, trunk.scale.y), 0, trunk.gameObject);
Tree_Master.creatorListMaster.Remove(trunk.gameObject);
}
trunk.createBranch = false;
}
if (!trunk.nextSegmentMade)
{
//==========================================
//Creates Next Brnach Gen of Tree
//==========================================
//Create 2 Branches
//Create a Branch to the Left
//Create a Branch to the Right
//Create Continuation of Current Branch/Trunk
//No Branch is Created
trunk.nextSegmentMade = true;
if (trunk.treeSegmentTypes == Tree_Segment_Script.TreeSegmentType.TRUNK || trunk.treeSegmentTypes == Tree_Segment_Script.TreeSegmentType.ROOT)
{
CreateTrunkSegment(trunk.transform.position, trunk.angle, new Vector2(trunk.scale.x, trunk.scale.y), trunk.depth, Tree_Input_Manager.treeInputAngle, trunk.gameObject);
}
else
{
CreateBranchSegment(trunk.transform.position, trunk.angle, new Vector2(trunk.scale.x, trunk.scale.y), trunk.depth, trunk.gameObject);
}
}
Tree_Master.creatorListMaster.Remove(trunk.gameObject);
}
}
}