public new CPeak Clone()
{
CPeak clonePeak = new CPeak(Center, treePointExtent);
clonePeak.Points = Points;
foreach (Vector3 p in Points)
{
OnAddPoint(p);
}
return(clonePeak);
}
public new static CPeak Deserialize(string pLine, float pTreePointExtent)
{
string[] split = pLine.Split(null);
Vector3 _minBB = new Vector3(float.Parse(split[0]), float.Parse(split[1]), float.Parse(split[2]));
Vector3 _maxBB = new Vector3(float.Parse(split[3]), float.Parse(split[4]), float.Parse(split[5]));
CPeak peak = new CPeak((_minBB + _maxBB) / 2, pTreePointExtent);
peak.OnAddPoint(_minBB);
peak.OnAddPoint(_maxBB);
return(peak);
}
public CRefTree(string pFileName, string[] pSerializedLines)
{
DeserialiseMode currentMode = DeserialiseMode.None;
fileName = pFileName;
isValid = true;
branches = new List <CBranch>();
List <CTreePoint> _treepointsOnBranch = new List <CTreePoint>();
//if first line is not version then it is the old version and
//the file needs to be regenerated
if (pSerializedLines.Length == 0 || pSerializedLines[0] != KEY_VERSION)
{
return;
}
foreach (string line in pSerializedLines)
{
switch (line)
{
case KEY_VERSION:
currentMode = DeserialiseMode.Version;
continue;
case KEY_TREE_INDEX:
currentMode = DeserialiseMode.TreeIndex;
continue;
case KEY_TREE_POINT_EXTENT:
currentMode = DeserialiseMode.TreePointExtent;
continue;
case KEY_PEAK:
currentMode = DeserialiseMode.Peak;
continue;
case KEY_BRANCHES:
currentMode = DeserialiseMode.Branches;
continue;
case KEY_STEM:
currentMode = DeserialiseMode.Stem;
branches.Last().SetTreePoints(_treepointsOnBranch);
_treepointsOnBranch = new List <CTreePoint>();
continue;
case KEY_BOUNDING_BOX:
currentMode = DeserialiseMode.BoundingBox;
continue;
}
switch (currentMode)
{
case DeserialiseMode.Version:
version = line;
if (!IsCurrentVersion())
{
CDebug.Warning($"reftree version {version} is not up to date {CURRENT_REFTREE_VERSION}. Generating new file.");
return;
}
break;
case DeserialiseMode.TreeIndex:
treeIndex = int.Parse(line);
break;
case DeserialiseMode.TreePointExtent:
treePointExtent = float.Parse(line);
break;
case DeserialiseMode.Peak:
peak = CPeak.Deserialize(line, treePointExtent);
stem = new CBranch(this, 0, 0);
break;
case DeserialiseMode.Branches:
if (line.Contains(KEY_BRANCH))
{
int branchIndex = branches.Count;
if (branchIndex > 0)
{
branches.Last().SetTreePoints(_treepointsOnBranch);
}
branches.Add(new CBranch(
this,
branchIndex * BRANCH_ANGLE_STEP,
branchIndex * BRANCH_ANGLE_STEP + BRANCH_ANGLE_STEP));
_treepointsOnBranch = new List <CTreePoint>();
}
else
{
CTreePoint treePointOnBranch = CTreePoint.Deserialize(line, treePointExtent);
_treepointsOnBranch.Add(treePointOnBranch);
Points.Add(treePointOnBranch.Center);
}
break;
case DeserialiseMode.Stem:
_treepointsOnBranch.Add(CTreePoint.Deserialize(line, treePointExtent));
break;
case DeserialiseMode.BoundingBox:
string[] split = line.Split(null);
minBB = new Vector3(float.Parse(split[0]), float.Parse(split[1]), float.Parse(split[2]));
maxBB = new Vector3(float.Parse(split[3]), float.Parse(split[4]), float.Parse(split[5]));
break;
}
}
stem.SetTreePoints(_treepointsOnBranch);
LoadObj(pFileName);
}