public float GetDefinedFactor()
{
List <CTreePoint> topTreePoints = TreePoints;
if (topTreePoints.Count == 0)
{
return(0);
}
if (TreePoints.Count < CTreeManager.MIN_BRANCH_POINT_COUNT)
{
int allTreePointsCount = tree.GetAllPoints().Count;
if (allTreePointsCount < CTreeManager.MIN_TREE_POINT_COUNT)
{
return(0);
}
}
float height = tree.GetTreeHeight();
float distLowestToPeak = Vector3.Distance(TreePoints.Last().Center, tree.peak.Center);
float lowestPointRatio = (distLowestToPeak + GetMinDefinedHeightOffset(height)) / height;
int treePointCount = TreePoints.Count;
const int minPointsPerMeter = 3;
//float pointCountRatio = treePointCount / (height * minPointsPerMeter);
float pointCountRatio = treePointCount / (distLowestToPeak * minPointsPerMeter);
pointCountRatio = Math.Min(pointCountRatio, 1);
float factor = (lowestPointRatio + pointCountRatio) / 2;
return(factor);
}
private Vector3 GetLastPoint()
{
return(TreePoints.Count == 0 ? tree.peak.Center : TreePoints.Last().Center);
}