public DialogResult ShowDialog(PlotVM plot, PlotStratum stratum, bool allowEdit)
{
_plot = plot as Plot3PPNT;
_BS_plot.DataSource = _plot;
_stratum = stratum;
this.DialogResult = DialogResult.OK;
this._kz3ppnt_lbl.Text = stratum.KZ3PPNT.ToString();
return this.ShowDialog();
}
public void RefreshTreeView(PlotVM currentPlot)
{
if (currentPlot != null)
{
this._dataGrid.Enabled = true;
//this._dataGrid.Focus();
}
else //no plot is selected
{
this._dataGrid.Enabled = false; //disable data grid
}
}
public System.Windows.Forms.DialogResult ShowPlotInfo(PlotVM plotInfo, PlotStratum stratum, bool allowEdit)
{
throw new NotImplementedException();
}
//public int? ShowNumericValueInput(int? min, int? max, int? initialValue, bool acceptNullInput)
//{
// this.NumPadDialog.ShowDialog(min, max, initialValue, acceptNullInput);
// return this.NumPadDialog.UserEnteredValue;
//}
public DialogResult ShowPlotInfo(PlotVM plot, PlotStratum stratum, bool isNewPlot)
{
System.Diagnostics.Debug.Assert(plot != null);
System.Diagnostics.Debug.Assert(stratum != null);
if (stratum.Is3PPNT && isNewPlot)
{
using (var view = new Form3PPNTPlotInfo(this))
{
#if !NetCF
view.Owner = this._dataEntryView;
view.StartPosition = FormStartPosition.CenterParent;
#endif
return view.ShowDialog(plot, stratum, isNewPlot);
}
}
else
{
using (var view = new FormPlotInfo())
{
#if !NetCF
view.Owner = this._dataEntryView;
view.StartPosition = FormStartPosition.CenterParent;
#endif
return view.ShowDialog(plot, stratum, isNewPlot);
}
}
}
protected void OnTally(CountTreeVM count, PlotVM plot)
{
System.Diagnostics.Debug.Assert(plot != null);
TreeVM tree = null;
if (Stratum.Method == CruiseMethods.FIX
|| Stratum.Method == CruiseMethods.PNT)
{
tree = plot.CreateNewTreeEntry(count, true);
this.Controller.ViewController.ShowCruiserSelection(tree);
tree.TrySave();
CurrentPlot.AddTree(tree);
SelectLastTree();
return;
}
SampleGroupDO sg = count.SampleGroup;
//if ((sg.TallyMethod & CruiseDAL.Enums.TallyMode.Manual) == CruiseDAL.Enums.TallyMode.Manual)
//{
// TreeVM newTree;
// newTree = Controller.CreateNewTreeEntry(count, plot, true);
// count.TreeCount += sg.SamplingFrequency;
// this.Controller.TrySaveTree(newTree);
// Controller.OnTally();
// return;
//}
SampleSelecter sampler = (SampleSelecter)count.SampleGroup.Sampler;
if (count.SampleGroup.Stratum.Is3P)
{
int kpi = 0;
int? value = ViewController.AskKPI((int)count.SampleGroup.MinKPI, (int)count.SampleGroup.MaxKPI);
if (value == null)
{
return;
}
else
{
kpi = value.Value;
}
//if kpi == -1 then tree is sure to measure
if (kpi != -1)
{
ThreePItem item = (ThreePItem)((ThreePSelecter)sampler).NextItem();
if (item != null && kpi > item.KPI)
{
//because the three p sample selector doesn't select insurance trees for us
//we need to select them our selves
if (sampler.IsSelectingITrees)
{
item.IsInsuranceItem = sampler.InsuranceCounter.Next();
}
if (item.IsInsuranceItem)
{
this.ViewController.SignalInsuranceTree();
tree = plot.CreateNewTreeEntry(count, true);
tree.CountOrMeasure = "I";
}
else
{
this.ViewController.SignalMeasureTree(true);
tree = plot.CreateNewTreeEntry(count, true);
//tree.CountOrMeasure = "M";
}
}
else
{
tree = plot.CreateNewTreeEntry(count, false);
//tree.CountOrMeasure = "C";
}
tree.KPI = kpi;
}
else
{
tree = plot.CreateNewTreeEntry(count, true);
tree.STM = "Y";
}
}
else
{
//count.TreeCount++; tree count doesn't get incremented for plots
boolItem item = (sampler != null) ? (boolItem)sampler.NextItem() : (boolItem)null;
if (item != null && !item.IsInsuranceItem)
{
this.ViewController.SignalMeasureTree(true);
tree = plot.CreateNewTreeEntry(count, true);
//tree.CountOrMeasure = "M";
}
else if (item != null && item.IsInsuranceItem)
{
this.ViewController.SignalInsuranceTree();
tree = plot.CreateNewTreeEntry(count, true);
tree.CountOrMeasure = "I";
}
else
{
tree = plot.CreateNewTreeEntry(count, false);
}
}
tree.TreeCount = 1;
tree.TrySave();
plot.AddTree(tree);
}
private void _BS_Plots_CurrentChanged(object sender, EventArgs e)
{
if (!_disableCheckPlot && _prevPlot != null && _prevPlot != CurrentPlot)
{
if (!this.CheckPlot(_prevPlot) && !this.SavePlotTrees(_prevPlot))
{
this.CurrentPlot = _prevPlot;
}
}
this.UpdateCurrentPlot();
_prevPlot = CurrentPlot;
}
public bool SavePlotTrees(PlotVM plot)
{
bool goOn = true;
this.EndEdit();
try
{
plot.SaveTrees();
}
catch (FMSC.ORM.SQLException)
{
if (!this.Controller.ViewController.AskYesNo("Can not save all trees in the plot, Would you like to continue?", "Continue?", MessageBoxIcon.Asterisk, true))
{
goOn = false;
}
}
return goOn;
}
public bool CheckPlot(PlotVM pInfo)
{
if (pInfo != null)
{
this.EndEdit();
if (!pInfo.ValidateTrees())
{
return this.View.AskContinueOnCurrnetPlotTreeError();
}
}
return true;
}
public bool ShowLimitingDistanceDialog(StratumModel stratum, PlotVM plot)
{
string logMessage = String.Empty;
bool isVariableRadius = Array.IndexOf(CruiseDAL.Schema.CruiseMethods.VARIABLE_RADIUS_METHODS, stratum.Method) > -1;
float bafOrFixedPlotSize = (isVariableRadius) ? stratum.BasalAreaFactor : stratum.FixedPlotSize;
DialogResult dResult = ViewController.ShowLimitingDistanceDialog(bafOrFixedPlotSize, isVariableRadius, out logMessage);
if (dResult == DialogResult.OK)
{
plot.Remarks += logMessage;
return true;
}
return false;
}
private void _plotInfo_BTN_Click(object sender, EventArgs e)
{
var stratum = new PlotStratum();
var plot = new PlotVM() { Stratum = stratum };
using (var view = new FormPlotInfo())
{
view.ShowDialog(plot, stratum, false);
}
}
public void RefreshTreeView(PlotVM currentPlot)
{
if (currentPlot != null)
{
this._dataGrid.ReadOnly = !this._isGridExpanded;
this._dataGrid.Enabled = true;
//if (this.StratumInfo.Method != "3PPNT")
//{
// this._dataGrid.AllowUserToAddRows = !this.CurrentPlotInfo.IsNull;
//}
//else
//{
// this._dataGrid.AllowUserToAddRows = this.CurrentPlotInfo.Trees.Count > 0;
//}
this._dataGrid.Focus();
}
else //no plot is selected
{
this._dataGrid.Enabled = false; //disable data grid
}
}