public void SetValues(LogDO obj)
{
if(obj == null) { return; }
Log_GUID = obj.Log_GUID;
LogNumber = obj.LogNumber;
Grade = obj.Grade;
SeenDefect = obj.SeenDefect;
PercentRecoverable = obj.PercentRecoverable;
Length = obj.Length;
ExportGrade = obj.ExportGrade;
SmallEndDiameter = obj.SmallEndDiameter;
LargeEndDiameter = obj.LargeEndDiameter;
GrossBoardFoot = obj.GrossBoardFoot;
NetBoardFoot = obj.NetBoardFoot;
GrossCubicFoot = obj.GrossCubicFoot;
NetCubicFoot = obj.NetCubicFoot;
BoardFootRemoved = obj.BoardFootRemoved;
CubicFootRemoved = obj.CubicFootRemoved;
DIBClass = obj.DIBClass;
BarkThickness = obj.BarkThickness;
}
public LogDO(LogDO obj) : this()
{
SetValues(obj);
}
public int getReconData(StratumStatsDO curStrStats, SampleGroupStatsDO curSgStats, DAL rDAL, DAL fsDAL, List<PlotDO> myPlots, List<TreeDO> myTree, List<LogDO> myLogs, long? sampleGroupCN, bool first, int measHit)
{
TreeDO fsTree;
LogDO fsLog;
long? plotCN = 0;
var myTreeList = myTree;
var myLogList = myLogs;
int treeCnt = 1;
curStrStats.Stratum.CuttingUnits.Populate();
curSgStats.TreeDefaultValueStats.Populate();
// loop through design units
foreach (CuttingUnitDO curUnit in curStrStats.Stratum.CuttingUnits)
{
// get number of plots for stratum and cutting unit
var myPlotList = (from plt in myPlots
where plt.CuttingUnit_CN == curUnit.CuttingUnit_CN
select plt).ToList();
// loop through plots
foreach (PlotDO curPlot in myPlotList)
{
// if first time for stratum, save plots
plotCN = savePlots(curPlot, curStrStats.Stratum_CN, first);
foreach (TreeDefaultValueDO curTdv in curSgStats.TreeDefaultValueStats)
{
if (curSgStats.MinDbh > 0 && curSgStats.MaxDbh > 0)
{
double maxDbh = curSgStats.MaxDbh + 0.0499;
double minDbh = curSgStats.MinDbh - 0.0500;
myTreeList = (from tcv in myTree
where tcv.SampleGroup.PrimaryProduct == curSgStats.PrimaryProduct
&& tcv.Plot_CN == curPlot.Plot_CN
&& tcv.Species == curTdv.Species
&& tcv.LiveDead == curTdv.LiveDead
&& tcv.DBH >= minDbh
&& tcv.DBH <= maxDbh
select tcv).ToList();
}
else
{
myTreeList = (from tcv in myTree
where tcv.SampleGroup.PrimaryProduct == curSgStats.PrimaryProduct
&& tcv.Plot_CN == curPlot.Plot_CN
&& tcv.Species == curTdv.Species
&& tcv.LiveDead == curTdv.LiveDead
select tcv).ToList();
}
foreach (TreeDO rTree in myTreeList)
{
fsTree = new TreeDO(fsDAL);
fsTree.Stratum_CN = thisStrCN;
fsTree.TreeDefaultValue_CN = curTdv.TreeDefaultValue_CN;
fsTree.SampleGroup_CN = sampleGroupCN;
fsTree.Plot_CN = plotCN;
fsTree.CuttingUnit_CN = curUnit.CuttingUnit_CN;
fsTree.TreeNumber = rTree.TreeNumber;
fsTree.Species = rTree.Species;
if (curStrStats.Method == "PCM" || curStrStats.Method == "FCM")
{
if (radioButton1.Checked)
{
// use frequency
// check hit
if (treeCnt == measHit)
{
fsTree.CountOrMeasure = "M";
measHit += (int)curSgStats.SamplingFrequency;
}
else
fsTree.CountOrMeasure = "C";
}
else if (radioButton2.Checked)
{
fsTree.CountOrMeasure = "C";
}
else
fsTree.CountOrMeasure = "M";
}
else
fsTree.CountOrMeasure = rTree.CountOrMeasure;
treeCnt++;
fsTree.TreeCount = 1;
fsTree.SeenDefectPrimary = rTree.SeenDefectPrimary;
fsTree.SeenDefectSecondary = rTree.SeenDefectSecondary;
fsTree.RecoverablePrimary = rTree.RecoverablePrimary;
fsTree.Initials = rTree.Initials;
fsTree.LiveDead = rTree.LiveDead;
fsTree.Grade = rTree.Grade;
fsTree.HeightToFirstLiveLimb = rTree.HeightToFirstLiveLimb;
fsTree.DBH = rTree.DBH;
fsTree.DRC = rTree.DRC;
fsTree.TotalHeight = rTree.TotalHeight;
fsTree.MerchHeightPrimary = rTree.MerchHeightPrimary;
fsTree.MerchHeightSecondary = rTree.MerchHeightSecondary;
fsTree.FormClass = rTree.FormClass;
fsTree.UpperStemHeight = rTree.UpperStemHeight;
fsTree.TopDIBPrimary = rTree.TopDIBPrimary;
fsTree.TopDIBSecondary = rTree.TopDIBSecondary;
//fsTree.CreatedBy = rTree.CreatedBy;
//fsTree.CreatedDate = rTree.CreatedDate;
fsTree.Save();
// save logs
myLogList = (from lcv in myLogs
where lcv.Tree_CN == rTree.Tree_CN
select lcv).ToList();
foreach (LogDO rLog in myLogList)
{
fsLog = new LogDO(fsDAL);
fsLog.Tree_CN = rLog.Tree_CN;
fsLog.LogNumber = rLog.LogNumber;
fsLog.Grade = rLog.Grade;
fsLog.SeenDefect = rLog.SeenDefect;
fsLog.PercentRecoverable = rLog.PercentRecoverable;
fsLog.Length = rLog.Length;
fsLog.ExportGrade = rLog.ExportGrade;
fsLog.SmallEndDiameter = rLog.SmallEndDiameter;
fsLog.LargeEndDiameter = rLog.LargeEndDiameter;
fsLog.GrossBoardFoot = rLog.GrossBoardFoot;
fsLog.NetBoardFoot = rLog.NetBoardFoot;
fsLog.GrossCubicFoot = rLog.GrossCubicFoot;
fsLog.NetCubicFoot = rLog.NetCubicFoot;
fsLog.DIBClass = rLog.DIBClass;
fsLog.BarkThickness = rLog.BarkThickness;
fsLog.Save();
}
}
}
}
}
return (0);
}
LogDO AddLogRec()
{
LogDO newLog = new LogDO(this.Controller._cDal);
newLog.Tree_CN = _currentTree.Tree_CN;
newLog.LogNumber = (GetHighestLogNum() + 1).ToString();
this._logs.Add(newLog);
this._dataGrid.CurrentRowIndex = this._dataGrid.RowCount - 1;
this._dataGrid.MoveFirstEmptyCell();
return newLog;
}
//private void _DGV_Logs_UserDeletingRow(object sender, DataGridViewRowCancelEventArgs e)
//{
// var log = e.Row.DataBoundItem as LogDO;
// if (log == null) { e.Cancel = true; return; }
// e.Cancel = !this.TryDeleteLog(log);
//}
protected bool TryDeleteLog(LogDO log)
{
try
{
log.Delete();
return true;
}
catch
{
return false;
}
}
private LogDO AddLogRec()
{
LogDO newLog = new LogDO(this.Controller._cDal);
newLog.Tree_CN = _currentTree.Tree_CN;
newLog.LogNumber = (GetHighestLogNum() + 1).ToString();
this._logs.Add(newLog);
this._dataGrid.GoToLastRow();
this._dataGrid.GoToFirstColumn();
return newLog;
}
