/// <summary>
/// Txt line for 1 point.
/// byte = unsigned char
/// </summary>
private static string GetPointLine(CVector3D pPoint, int pClass, byte pUserData, string pColor)
{
//todo: make string method
string output = $"{pPoint.X.ToString(NUM_FORMAT)} {pPoint.Y.ToString(NUM_FORMAT)} {pPoint.Z.ToString(NUM_FORMAT)} "; //x y z (swap Y Z)
output += $"{pClass} {pUserData} "; //class, id
output += pColor; //R G B
return(output);
}
public override bool Equals(object obj)
{
CVector3D item = obj as CVector3D;
if (item == null)
{
return(false);
}
return(item.X == X && item.Y == Y && item.Z == Z);
}
/// <summary>
/// Generates point feature representing position of the tree.
/// Attributes:
/// id, X, Y, height, DBH, AGB, type
/// </summary>
private static Feature GetTreePosition(CTree pTree, ref StringBuilder pString)
{
CVector3D globalTreepos = CUtils.GetGlobalPosition(pTree.peak.Center);
IPoint myPoint = factory.CreatePoint(new Coordinate(globalTreepos.X, globalTreepos.Y));
AttributesTable attributesTable = new AttributesTable();
attributesTable.Add(ATTR_ID, pTree.treeIndex);
pString.Append(pTree.treeIndex + SEP);
shpInfoMain.Append(pTree.treeIndex + SEP);
attributesTable.Add(ATTR_X, globalTreepos.X.ToString(NUM_FORMAT));
attributesTable.Add(ATTR_Y, globalTreepos.Y.ToString(NUM_FORMAT));
pString.Append(globalTreepos.X.ToString(NUM_FORMAT) + SEP);
shpInfoMain.Append(globalTreepos.X.ToString(NUM_FORMAT) + SEP);
pString.Append(globalTreepos.Y.ToString(NUM_FORMAT) + SEP);
shpInfoMain.Append(globalTreepos.Y.ToString(NUM_FORMAT) + SEP);
float treeHeight = pTree.GetTreeHeight();
attributesTable.Add(ATTR_HEIGHT, treeHeight.ToString(NUM_FORMAT));
pString.Append(treeHeight.ToString(NUM_FORMAT) + SEP);
shpInfoMain.Append(treeHeight.ToString(NUM_FORMAT) + SEP);
if (CParameterSetter.GetBoolSettings(ESettings.calculateDBH))
{
double stemDiameter = CBiomassController.GetTreeStemDiameter(treeHeight);
attributesTable.Add(ATTR_DBG, stemDiameter.ToString(NUM_FORMAT));
pString.Append(stemDiameter.ToString(NUM_FORMAT) + SEP);
shpInfoMain.Append(stemDiameter.ToString(NUM_FORMAT) + SEP);
if (CParameterSetter.GetBoolSettings(ESettings.calculateAGB))
{
double biomass = CBiomassController.GetTreeBiomass(stemDiameter, treeHeight);
attributesTable.Add(ATTR_AGB, biomass.ToString(NUM_FORMAT));
pString.Append(biomass.ToString(NUM_FORMAT) + SEP);
shpInfoMain.Append(biomass.ToString(NUM_FORMAT) + SEP);
}
}
//251 - Finalizace produktu
//attributesTable.Add(ATTR_TYPE, pTree.assignedRefTree.RefTreeTypeName);
//pString.Append(pTree.assignedRefTree.RefTreeTypeName + SEP);
Feature feature = new Feature(myPoint, attributesTable);
pString.AppendLine();
shpInfoMain.AppendLine();
return(feature);
}
/// <summary>
/// </summary>
private static string GetTreeLines(CTree pTree)
{
string output = "";
foreach (Vector3 p in pTree.Points)
{
string color = pTree.isValid ?
pTree.assignedMaterial.ToString255() :
CMaterialManager.GetInvalidMaterial().ToString255();
//int treeIndex = pTree.isValid ? pTree.assignedRefTree.treeIndex : 0;
int treeIndex = pTree.treeIndex;
CVector3D globalP = CUtils.GetGlobalPosition(p);
output += GetPointLine(globalP, 5, (byte)treeIndex, color) + newLine;
}
return(output);
}
/// <summary>
///
/// </summary>
private static Feature GetTreeBorder(CTree pTree)
{
List <Vector3> furthestPoints = pTree.GetFurthestPoints();
List <Coordinate> pointsCoords = new List <Coordinate>();
foreach (Vector3 p in furthestPoints)
{
CVector3D globalP = CUtils.GetGlobalPosition(p);
pointsCoords.Add(new Coordinate(globalP.X, globalP.Y));
}
pointsCoords.Add(pointsCoords[0]); //to close polygon
IPolygon polygon = factory.CreatePolygon(pointsCoords.ToArray());
//id
AttributesTable attributesTable = new AttributesTable();
attributesTable.Add(ATTR_ID, pTree.treeIndex);
//position
CVector3D globalTreepos = CUtils.GetGlobalPosition(pTree.peak.Center);
attributesTable.Add(ATTR_X, globalTreepos.X.ToString(NUM_FORMAT));
attributesTable.Add(ATTR_Y, globalTreepos.Y.ToString(NUM_FORMAT));
//area
attributesTable.Add(ATTR_AREA, pTree.GetArea());
//tree height
float treeHeight = pTree.GetTreeHeight();
attributesTable.Add(ATTR_HEIGHT, treeHeight.ToString(NUM_FORMAT));
//reftree type
//attributesTable.Add(ATTR_TYPE, pTree.assignedRefTree.RefTreeTypeName);
Feature feature = new Feature(polygon, attributesTable);
return(feature);
}
/// <summary>
/// Add points from given class to the output and main output
/// </summary>
private static void AddPointsTo(ref StringBuilder pOutput, EClass pClass, ref DateTime start)
{
List <Vector3> points = CProjectData.Points.GetPoints(pClass);
string res;
DateTime lastDebug = DateTime.Now;
for (int i = 0; i < points.Count; i++)
{
if (CProjectData.backgroundWorker.CancellationPending)
{
return;
}
CDebug.Progress(i, points.Count, DEBUG_FREQUENCY, ref lastDebug, start, "Export las (ground points)");
Vector3 p = points[i];
CVector3D globalP = CUtils.GetGlobalPosition(p);
res = GetPointLine(globalP, 1, 0, GetClassColor(pClass)) + newLine;
pOutput.Append(res);
}
//mainOutput.Append(pOutput);
}
private void SetValues(Vector3 pScaleFactor, Vector3 pOffset, CVector3D pMin, CVector3D pMax)
{
ScaleFactor = pScaleFactor;
Offset = pOffset;
//Offset.Z = 0; //given Z offset will not be used
Min_orig = pMin;
CVector3D minDouble = Min_orig - Offset;
Min = (Vector3)minDouble;
Max_orig = pMax;
CVector3D maxDouble = Max_orig - Offset;
Max = (Vector3)maxDouble;
if (Min == Vector3.Zero && Max == Vector3.Zero)
{
CDebug.Error("Invalid header. Creating default header.");
const int defaultArraySize = 15;
Min = new Vector3(-defaultArraySize, -defaultArraySize, 0);
Max = new Vector3(defaultArraySize, defaultArraySize, 0);
Offset = Vector3.Zero;
}
}
public static double Distance(CVector3D v1, CVector3D v2)
{
return(Math.Sqrt(Math.Pow(v1.X - v2.X, 2) + Math.Pow(v1.Y - v2.Y, 2) + +Math.Pow(v1.Z - v2.Z, 2)));
}
