public void CreateBranchSegment(Vector3 n_startPosTemp, float n_angleTemp, Vector2 n_scaleTemp, int n_depthTemp, GameObject n_thisOBJ)
{
int Tempint;
Tempint = Random.Range(1, 4);
Quaternion rot = Quaternion.Euler(0, 0, n_angleTemp);
Vector3 topPos = n_startPosTemp + (rot * (TreeParms.trunkTopOffset * (n_scaleTemp.y)));
//THE 4 TREE RULES OF ISENGARD
float angleLeft = CustomExtensions.ClampAngle(n_angleTemp - TreeParms.branchAngle + Random.Range(-TreeParms.angleRandom, TreeParms.angleRandom));
float angleRight = CustomExtensions.ClampAngle(n_angleTemp + TreeParms.branchAngle + Random.Range(-TreeParms.angleRandom, TreeParms.angleRandom));
switch (Tempint)
{
case 1:
//Create Left Side
TreeParms.CreateSegment(topPos, n_startPosTemp,
angleLeft,
new Vector2(n_scaleTemp.x,
n_scaleTemp.y - (TreeParms.scaleChange + Random.Range(0, TreeParms.scaleRandom))),
n_depthTemp + 1, "Main_Left_Branch", n_thisOBJ, Tree_Master.treeMasterGameOBJ, Tree_Master.trunkPrefab,
Tree_Segment_Script.TreeSegmentType.BRANCH);
break;
case 2:
//Create Right Side
TreeParms.CreateSegment(topPos, n_startPosTemp,
angleRight,
new Vector2(n_scaleTemp.x,
n_scaleTemp.y - (TreeParms.scaleChange + Random.Range(0, TreeParms.scaleRandom))),
n_depthTemp + 1, "Main_Right_Branch", n_thisOBJ, Tree_Master.treeMasterGameOBJ, Tree_Master.trunkPrefab,
Tree_Segment_Script.TreeSegmentType.BRANCH);
break;
case 3:
//Create Left Side
TreeParms.CreateSegment(topPos, n_startPosTemp,
angleLeft,
new Vector2(n_scaleTemp.x,
n_scaleTemp.y - (TreeParms.scaleChange + Random.Range(0, TreeParms.scaleRandom))),
n_depthTemp + 1, "Twin_Left_Branch", n_thisOBJ, Tree_Master.treeMasterGameOBJ, Tree_Master.trunkPrefab,
Tree_Segment_Script.TreeSegmentType.BRANCH);
//Create Right Side
TreeParms.CreateSegment(topPos, n_startPosTemp,
angleRight,
new Vector2(n_scaleTemp.x,
n_scaleTemp.y - (TreeParms.scaleChange + Random.Range(0, TreeParms.scaleRandom))),
n_depthTemp + 1, "Twin_Right_Branch", n_thisOBJ, Tree_Master.treeMasterGameOBJ, Tree_Master.trunkPrefab,
Tree_Segment_Script.TreeSegmentType.BRANCH);
break;
}
}
public void CreateTrunkSegment(Vector3 n_startPosTemp, float n_angleTemp, Vector2 n_scaleTemp, int n_depthTemp, float n_inputangle, GameObject n_thisOBJ)
{
Quaternion rot = Quaternion.Euler(0, 0, n_angleTemp);
Vector3 topPos = n_startPosTemp + (rot * (TreeParms.trunkTopOffset * (n_scaleTemp.y)));
TreeParms.CreateSegment(topPos, n_startPosTemp,
n_angleTemp + n_inputangle,
new Vector2(n_scaleTemp.x,
n_scaleTemp.y - (TreeParms.scaleChange + Random.Range(0, TreeParms.scaleRandom))),
n_depthTemp + 1, "Trunk_Segment" + n_depthTemp, n_thisOBJ, Tree_Master.treeMasterGameOBJ, Tree_Master.trunkPrefab,
Tree_Segment_Script.TreeSegmentType.TRUNK);
}