/// <summary>
/// Method to create Work Label geometry
/// </summary>
/// <param name="wpGeometry"> WorkPoint geometry</param>
/// <param name="tTVfeature"> Tree trimming feature </param>
/// <param name="cid">cid</param>
private void CreateWorkLabelGeometry(IGTOrientedPointGeometry wpGeometry, IGTKeyObject tTVfeature, short cid)
{
try
{
IGTTextPointGeometry iGtTxtPointGeometry = GTClassFactory.Create <IGTTextPointGeometry>();
IGTPoint textPoint = GTClassFactory.Create <IGTPoint>();
textPoint.X = wpGeometry.Origin.X + Convert.ToDouble(m_Arguments.GetArgument(0));
textPoint.Y = wpGeometry.Origin.Y + Convert.ToDouble(m_Arguments.GetArgument(1));
textPoint.Z = 0;
iGtTxtPointGeometry.Origin = textPoint;
IGTComponent igtComponent = tTVfeature.Components.GetComponent(19006);
if (igtComponent.Recordset.RecordCount != 0)
{
igtComponent.Recordset.MoveLast();
}
igtComponent.Recordset.AddNew("G3E_FID", tTVfeature.FID);
igtComponent.Recordset.Fields["G3E_FNO"].Value = 190;
igtComponent.Recordset.Fields["G3E_CNO"].Value = 19006;
igtComponent.Recordset.Fields["G3E_CID"].Value = cid;
igtComponent.Geometry = iGtTxtPointGeometry;
igtComponent.Recordset.Update(System.Type.Missing, System.Type.Missing);
}
catch (Exception)
{
throw;
}
}
/// <summary>
/// Method to create work point feature
/// </summary>
/// <returns>Work point feature IGTKeyObject</returns>
public IGTKeyObject CreateWorkPointFeature()
{
try
{
IGTKeyObject workPointFeature = m_dataContext.NewFeature(191);
IGTComponents workPointComponents = workPointFeature.Components;
int wpOffsetX = 0;
int wpOffsetY = 0;
GetWorkPointOffset(ref wpOffsetX, ref wpOffsetY);
foreach (IGTComponent component in workPointComponents)
{
Recordset tempRs = component.Recordset;
if (tempRs != null)
{
if (tempRs.RecordCount > 0)
{
if (component.CNO == 19102) // Work point symbol
{
IGTOrientedPointGeometry orientedPtGeometry = GTClassFactory.Create <IGTOrientedPointGeometry>();
IGTPoint point = GTClassFactory.Create <IGTPoint>();
point.X = m_locationX - wpOffsetX;
point.Y = m_locationY - wpOffsetY;
orientedPtGeometry.Origin = point;
component.Geometry = orientedPtGeometry;
}
if (component.CNO == 19103) // Work point Label
{
IGTTextPointGeometry gTTextPointGeometry = GTClassFactory.Create <IGTTextPointGeometry>();
IGTPoint gTPoint = GTClassFactory.Create <IGTPoint>();
gTPoint.X = m_locationX - wpOffsetX;
gTPoint.Y = m_locationY - wpOffsetY;
gTTextPointGeometry.Origin = gTPoint;
gTTextPointGeometry.Alignment = GTAlignmentConstants.gtalBottomCenter;
component.Geometry = gTTextPointGeometry;
component.Recordset.Update();
}
}
}
}
// Leader Line should end at a point 70% of the way toward the structure from center of the Work Point.
m_locationX = m_locationX - wpOffsetX * .3;
m_locationY = m_locationY - wpOffsetY * .3;
CreateLeaderLine(workPointFeature, m_locationX, m_locationY);
return(workPointFeature);
}
catch (Exception)
{
throw;
}
}
public void SynchronizeWPCuLabel(IGTKeyObject p_WPKeyObject)
{
try
{
int wpOffsetX = 0;
int wpOffsetY = 0;
GetWorkPointOffset(ref wpOffsetX, ref wpOffsetY);
double Owner_X = m_locationX;
double Owner_Y = m_locationY;
IGTComponent CuLabelcomponent = p_WPKeyObject.Components.GetComponent(19105);
if (CuLabelcomponent.Recordset.RecordCount == 0)
{
CuLabelcomponent.Recordset.AddNew();
CuLabelcomponent.Recordset.Fields["G3E_FID"].Value = p_WPKeyObject.FID;
CuLabelcomponent.Recordset.Fields["G3E_FNO"].Value = 191;
CuLabelcomponent.Recordset.Fields["G3E_CNO"].Value = 19105;
IGTTextPointGeometry gTTextPointGeometry = GTClassFactory.Create <IGTTextPointGeometry>();
IGTPoint gTPoint = GTClassFactory.Create <IGTPoint>();
gTPoint.X = m_locationX - wpOffsetX * (1.6);
gTPoint.Y = Owner_Y - wpOffsetY * (1.3);
gTTextPointGeometry.Origin = gTPoint;
gTTextPointGeometry.Alignment = GTAlignmentConstants.gtalTopLeft;
CuLabelcomponent.Geometry = gTTextPointGeometry;
CuLabelcomponent.Recordset.Update();
}
}
catch (Exception)
{
throw;
}
}
public bool GeneratePlot(string strPlot, string strCity, string strDivision)
{
IGTNamedPlot gTNewNamedPlot = GTClassFactory.Create <IGTNamedPlot>();
IGTPlotFrame gTNewPlotFrame = GTClassFactory.Create <IGTPlotFrame>();
IGTPlotWindow gTPlotWindow = GTClassFactory.Create <IGTPlotWindow>();
IGTPlotMap gtNewPlotMap = GTClassFactory.Create <IGTPlotMap>();
IGTPlotRedlines gTPlotRedlines = null;
//Recordset rs = null;
object objectValue = null;
string strNewPlotName = "";
try
{
if (!IsPlotNameExist(strPlot))
{
strNewPlotName = strPlot;
if (m_gTNamedPlot != null && !string.IsNullOrEmpty(strNewPlotName))
{
gTNewNamedPlot = m_gTNamedPlot.CopyPlot(strNewPlotName);
gTPlotWindow = m_gTApplication.NewPlotWindow(gTNewNamedPlot);
gTPlotWindow.BackColor = System.Drawing.Color.White;
gTPlotWindow.Caption = gTPlotWindow.NamedPlot.Name;
if (!String.IsNullOrEmpty(m_gTNamedPlot.FieldsQuery))
{
gTPlotWindow.NamedPlot.FieldsQuery = m_gTNamedPlot.FieldsQuery;
}
//rs = gTDataContext.OpenRecordset(gTPlotWindow.NamedPlot.FieldsQuery, ADODB.CursorTypeEnum.adOpenStatic, ADODB.LockTypeEnum.adLockReadOnly,
// (int)ADODB.CommandTypeEnum.adCmdText, gTDataContext.ActiveJob);
gTPlotRedlines = gTPlotWindow.NamedPlot.GetRedlines(GTPlotRedlineCollectionConstants.gtprcTextOnly);
foreach (IGTPlotRedline prl in gTPlotRedlines)
{
IGTTextPointGeometry gTTextPointGeometry = (IGTTextPointGeometry)prl.Geometry.Copy();
if (prl.AutomaticTextSource == GTPlotAutomaticTextSourceConstants.gtpatPlotByQuery)
{
string currentVal = String.IsNullOrEmpty(gTTextPointGeometry.Text) ? " " : gTTextPointGeometry.Text;
if (prl.AutomaticTextField.ToString() == "WR")
{
objectValue = m_gTApplication.DataContext.ActiveJob;
}
else if (prl.AutomaticTextField.ToString() == "StreetLightESILocation")
{
string esiLocations = "";
foreach (string esiL in m_SelectedEsiLocations)
{
if (!string.IsNullOrEmpty(esiLocations))
{
esiLocations = esiLocations + ",'" + esiL + "'";
}
else
{
esiLocations = "'" + esiL + "'";
}
}
objectValue = esiLocations;
}
else if (prl.AutomaticTextField.ToString() == "CountofStreetLightsinselectset")
{
objectValue = m_SelectedEsiLocations.Length + " Street Lights";
}
else if (prl.AutomaticTextField.ToString() == "Subdivision")
{
objectValue = strDivision;
}
else if (prl.AutomaticTextField.ToString() == "City")
{
objectValue = strCity;
}
gTTextPointGeometry.Text = (objectValue == null) ? " " : objectValue.ToString();
prl.Geometry = gTTextPointGeometry;
}
}
foreach (IGTPlotFrame plf in gTNewNamedPlot.Frames)
{
if (plf.Type == GTPlotFrameTypeConstants.gtpftMap)
{
gTNewPlotFrame = plf;
}
}
if (gTNewPlotFrame != null)
{
gtNewPlotMap = gTNewPlotFrame.PlotMap;
gTNewPlotFrame.Activate();
gTNewPlotFrame.PlotMap.FitSelectedObjects(1.2);
gTNewPlotFrame.Deactivate();
m_gTApplication.RefreshWindows();
return(true);
}
}
}
else
{
MessageBox.Show("Plot name already exists in workspace. Please enter a different plot name", "G/Technology", MessageBoxButtons.OK, MessageBoxIcon.Information,
MessageBoxDefaultButton.Button1);
return(false);
}
}
catch
{
throw;
}
return(false);
}
/// <summary>
/// Method to apply offset to removal feature / old feature
/// </summary>
/// <param name="sqlString"></param>
/// <returns></returns>
private void ApplyOffSetToGraphicComponents(short featureFNO, int featureFID)
{
IGTPoint point = null;
try
{
IGTKeyObject feature = m_iGtApplication.DataContext.OpenFeature(featureFNO, featureFID);
IGTComponents allComponents = feature.Components;
feature.Components.GetComponent(1).Recordset.MoveFirst();
string sStructureID = Convert.ToString(feature.Components.GetComponent(1).Recordset.Fields["STRUCTURE_ID"].Value);
foreach (IGTComponent component in allComponents)
{
if (!IsGraphicGeoComp(component.CNO))
{
continue;
}
if (component.Geometry == null)
{
continue;
}
switch (component.Geometry.Type)
{
case GTGeometryTypeConstants.gtgtOrientedPointGeometry:
IGTOrientedPointGeometry orientedPtGeometry = GTClassFactory.Create <IGTOrientedPointGeometry>();
point = GTClassFactory.Create <IGTPoint>();
point.X = component.Geometry.FirstPoint.X + m_offSetX;
point.Y = component.Geometry.FirstPoint.Y + m_offSetY;
orientedPtGeometry.Origin = point;
orientedPtGeometry.Orientation = ((IGTOrientedPointGeometry)component.Geometry).Orientation;
component.Geometry = orientedPtGeometry;
break;
case GTGeometryTypeConstants.gtgtTextPointGeometry:
IGTTextPointGeometry textPtGeometry = GTClassFactory.Create <IGTTextPointGeometry>();
point = GTClassFactory.Create <IGTPoint>();
point.X = component.Geometry.FirstPoint.X + m_offSetX;
point.Y = component.Geometry.FirstPoint.Y + m_offSetY;
textPtGeometry.Origin = point;
textPtGeometry.Normal = ((IGTOrientedPointGeometry)component.Geometry).Orientation;
component.Geometry = textPtGeometry;
break;
case GTGeometryTypeConstants.gtgtPolylineGeometry:
IGTPolylineGeometry newFtPlineGeo = GTClassFactory.Create <IGTPolylineGeometry>();
for (int k = 0; k <= component.Geometry.KeypointCount - 1; k++)
{
point = GTClassFactory.Create <IGTPoint>();
point.X = component.Geometry.GetKeypointPosition(k).X + m_offSetX;
point.Y = component.Geometry.GetKeypointPosition(k).Y + m_offSetY;
newFtPlineGeo.Points.Add(point);
}
component.Geometry = newFtPlineGeo;
break;
case GTGeometryTypeConstants.gtgtCompositePolylineGeometry:
IGTCompositePolylineGeometry newFtCpline = GTClassFactory.Create <IGTCompositePolylineGeometry>();
IGTPolylineGeometry polylineGeometrytemp = GTClassFactory.Create <IGTPolylineGeometry>();
foreach (IGTGeometry subgeom in (IGTCompositePolylineGeometry)component.Geometry)
{
switch (subgeom.Type)
{
case GTGeometryTypeConstants.gtgtPointGeometry:
case GTGeometryTypeConstants.gtgtOrientedPointGeometry:
point.X = component.Geometry.FirstPoint.X + m_offSetX;
point.Y = component.Geometry.FirstPoint.Y + m_offSetY;
polylineGeometrytemp.Points.Add(point);
break;
case GTGeometryTypeConstants.gtgtLineGeometry:
point.X = component.Geometry.FirstPoint.X + m_offSetX;
point.Y = component.Geometry.FirstPoint.Y + m_offSetY;
polylineGeometrytemp.Points.Add(point);
point.X = component.Geometry.LastPoint.X + m_offSetX;
point.Y = component.Geometry.LastPoint.Y + m_offSetY;
polylineGeometrytemp.Points.Add(point);
break;
case GTGeometryTypeConstants.gtgtPolylineGeometry:
for (int k = 0; k < subgeom.KeypointCount; k++)
{
point.X = component.Geometry.FirstPoint.X + m_offSetX;
point.Y = component.Geometry.FirstPoint.Y + m_offSetY;
polylineGeometrytemp.Points.Add(point);
}
break;
}
}
break;
default:
break;
}
}
feature.Components.GetComponent(1).Recordset.Fields["STRUCTURE_ID"].Value = sStructureID; //Reset the Structure ID to original value. The update is needed as Set Structure Locaiton FI changed the original Structure ID
UpdateAssociatedWorkPointsStructureId(feature.FNO, feature.FID, sStructureID); //Update all the WP associated with the feature
}
catch (Exception)
{
throw;
}
}
/// <summary>
/// Method to create a Plot window with given template and exports the plot window to create a PDF.
/// </summary>
/// <param name="p_template">Specified plot template using which need to create a new named plot </param>
/// <param name="p_newTreeTrimmingfeature">Current placed feature</param>
private void CreatePlotWindowAndPlotPDF(IGTNamedPlot p_template, IGTKeyObject p_newTreeTrimmingfeature)
{
Recordset oPlotRS = null;
IGTPlotRedlines oRLs = null;
IGTPlotFrame gTPlotFrame = GTClassFactory.Create <IGTPlotFrame>();
IGTPlotMap gtPlotMap = GTClassFactory.Create <IGTPlotMap>();
IGTNamedPlot namedPlot = GTClassFactory.Create <IGTNamedPlot>();
IGTPlotWindow gTPlotWindow = GTClassFactory.Create <IGTPlotWindow>();
string plotName = null;
object autoVal = null;
try
{
plotName = GetPlotName();
namedPlot = p_template.CopyPlot(plotName);
gTPlotWindow = m_oGTApplication.NewPlotWindow(namedPlot);
gTPlotWindow.BackColor = System.Drawing.Color.White;
gTPlotWindow.Caption = gTPlotWindow.NamedPlot.Name;
foreach (IGTPlotFrame apf in namedPlot.Frames)
{
if (apf.Type == GTPlotFrameTypeConstants.gtpftMap)
{
gTPlotFrame = apf;
}
}
if (gTPlotFrame != null)
{
gtPlotMap = gTPlotFrame.PlotMap;
if (!String.IsNullOrEmpty(p_template.FieldsQuery))
{
gTPlotWindow.NamedPlot.FieldsQuery = p_template.FieldsQuery;
}
else
{
gTPlotWindow.NamedPlot.FieldsQuery = "Select WR_NBR,G3E_IDENTIFIER,DESIGNER_UID,G3E_DATECREATED,WR_CREW_HQ_C from g3e_job where g3e_identifier='" + m_oGTApplication.DataContext.ActiveJob + "'";
}
oPlotRS = m_oGTApplication.DataContext.OpenRecordset(gTPlotWindow.NamedPlot.FieldsQuery, ADODB.CursorTypeEnum.adOpenStatic, ADODB.LockTypeEnum.adLockReadOnly, (int)ADODB.CommandTypeEnum.adCmdText);
oRLs = gTPlotWindow.NamedPlot.GetRedlines(GTPlotRedlineCollectionConstants.gtprcTextOnly);
foreach (IGTPlotRedline oRL in oRLs)
{
IGTTextPointGeometry oTPG = (IGTTextPointGeometry)oRL.Geometry.Copy();
if (oRL.AutomaticTextSource == GTPlotAutomaticTextSourceConstants.gtpatPlotByQuery)
{
if (oRL.AutomaticTextField.ToString() == "WR Number")
{
autoVal = oPlotRS.Fields["WR_NBR"].Value;
}
else if (oRL.AutomaticTextField.ToString() == "WR Name")
{
autoVal = oPlotRS.Fields["G3E_IDENTIFIER"].Value;
}
else if (oRL.AutomaticTextField.ToString() == "Designer Name")
{
autoVal = oPlotRS.Fields["DESIGNER_UID"].Value;
}
else if (oRL.AutomaticTextField.ToString() == "Date")
{
autoVal = oPlotRS.Fields["G3E_DATECREATED"].Value;
}
else if (oRL.AutomaticTextField.ToString() == "Crew HQ")
{
autoVal = oPlotRS.Fields["WR_CREW_HQ_C"].Value;
}
oTPG.Text = (autoVal == null) ? " " : autoVal.ToString();
oRL.Geometry = oTPG;
}
}
gTPlotFrame.Activate();
gTPlotFrame.PlotMap.ZoomArea(p_newTreeTrimmingfeature.Components.GetComponent(19002).Geometry.Range);
ZoomToExtents(gTPlotFrame, p_newTreeTrimmingfeature.Components.GetComponent(19002).Geometry.Range, 1.2);
gTPlotFrame.ClipGeometry = WorldToPaper(gtPlotMap, (IGTPolygonGeometry)p_newTreeTrimmingfeature.Components.GetComponent(19002).Geometry);
gTPlotFrame.IsClipped = true;
gTPlotFrame.Deactivate();
m_oGTApplication.RefreshWindows();
m_oPlotPDFName = plotName.Replace('/', '_').Replace('\\', '_').Replace(' ', '_');
ExportToPDF(Path.GetTempPath(), m_oPlotPDFName, false, gTPlotWindow);
}
}
catch
{
throw;
}
finally
{
oPlotRS = null;
}
}