private void ApplyAdjustmentSettings(ICadastralAdjustment pCadAdj, ICadastralAdjustment3 pCadAdjEx)
{
pCadAdj.DistanceTolerance = m_dDistToleranceReport;
pCadAdj.BearingTolerance = m_dBearingToleranceReport;
pCadAdj.ClosePointsTolerance = m_dClosePointsToleranceReport;
pCadAdj.LinePointsTolerance = m_dLinePtsOffsetToleranceReport;
if (m_iReportType == 0)
{
pCadAdj.ListingDetailLevel = enumGSLSAListingDetailLevel.enumGSAdjustmentSimple;
}
if (m_iReportType == 1)
{
pCadAdj.ListingDetailLevel = enumGSLSAListingDetailLevel.enumGSAdjustmentStandard;
}
if (m_iReportType == 2)
{
pCadAdj.ListingDetailLevel = enumGSLSAListingDetailLevel.enumGSAdjustmentExtended;
}
//Main Line point Check-control
pCadAdjEx.IncludeLinePoint = chkUseLinePoints.Checked;
if (chkUseLinePoints.Checked)
{
pCadAdj.ForceLinePoints = m_bSnapLinePointsToLines;
pCadAdj.ForceLinePointsTolerance = m_dSnapLinePointTolerance;
pCadAdjEx.FlexLinesOutOfLinePointTolerance = m_bBendLines;
pCadAdjEx.FlexLinePointTolerance = m_dBendLinesTolerance;
}
else
{
pCadAdj.ForceLinePoints = false;
pCadAdj.ForceLinePointsTolerance = m_dSnapLinePointTolerance;
pCadAdjEx.FlexLinesOutOfLinePointTolerance = false;
pCadAdjEx.FlexLinePointTolerance = m_dBendLinesTolerance;
}
pCadAdj.ForceStraights = m_bStraightenRoadFrontages;
pCadAdj.ForceStraightsAngleTolerance = m_dStraightRoadAngleTolerance;
pCadAdj.ForceStraightsTolerance = m_dStraightRoadOffsetTolerance;
pCadAdj.IncludeEasements = m_bIncludeDependentLines;
}
private bool RunAdjustment(ICadastralPacketManager pCadastralPacketManager,
ICadastralAdjustment pCadAdj, ICadastralAdjustment3 pCadAdjEx, int Iteration, out double MaxShift, out string Summary)
{
esriCadastralDistanceUnits eDistUnits =esriCadastralDistanceUnits.esriCDUUSSurveyFoot;
esriDirectionType eDirectType =esriDirectionType.esriDTNorthAzimuth;
esriCadastralAreaUnits eAreaUnits = esriCadastralAreaUnits.esriCAUAcre;
ICadastralPlan pCadPlan = (ICadastralPlan)pCadAdj;
IEnumGSPlans pGSPlans =pCadPlan.GetPlans(enumGSPlansType.enumGSPlansWithParcels);
pGSPlans.Reset();
IGSPlan pGSPlan=pGSPlans.Next();
while (pGSPlan!=null)
{
eDistUnits = pGSPlan.DistanceUnits;
eDirectType = pGSPlan.DirectionFormat;
eAreaUnits = esriCadastralAreaUnits.esriCAUAcre;
break; //just use the first one
}
double dMaxShift=-999;
string sSummary="";
MaxShift=dMaxShift;
try
{
//get the units from the map plan
sSummary=
pCadAdj.PerformAdjustment(false,m_sBrowseFilePath,null,eDistUnits, eDirectType,eAreaUnits);
double dMaxEast=-999;
double dMaxNorth=-999;
int iPt=-999;
pCadAdjEx.GetMaxShiftData(ref iPt, ref dMaxEast, ref dMaxNorth);
double dDistEast=-999;
double dDistNorth=-999;
IMetricUnitConverter pUnitConversion = (IMetricUnitConverter)pCadastralPacketManager;
pUnitConversion.ConvertDistance(esriCadastralUnitConversionType.esriCUCFromMetric,
dMaxEast, ref dDistEast);
pUnitConversion.ConvertDistance(esriCadastralUnitConversionType.esriCUCFromMetric,
dMaxNorth, ref dDistNorth);
dMaxShift = Math.Sqrt((dDistEast * dDistEast) + (dDistNorth * dDistNorth));
return true;
}
catch(Exception ex)
{
MessageBox.Show(ex.Message);
return false;
}
finally
{
MaxShift = dMaxShift;
Summary=sSummary;
}
}
private void ApplyAdjustmentSettings(ICadastralAdjustment pCadAdj,ICadastralAdjustment3 pCadAdjEx)
{
pCadAdj.DistanceTolerance=m_dDistToleranceReport;
pCadAdj.BearingTolerance=m_dBearingToleranceReport;
pCadAdj.ClosePointsTolerance=m_dClosePointsToleranceReport;
pCadAdj.LinePointsTolerance = m_dLinePtsOffsetToleranceReport;
if (m_iReportType == 0)
pCadAdj.ListingDetailLevel = enumGSLSAListingDetailLevel.enumGSAdjustmentSimple;
if (m_iReportType==1)
pCadAdj.ListingDetailLevel = enumGSLSAListingDetailLevel.enumGSAdjustmentStandard;
if (m_iReportType == 2)
pCadAdj.ListingDetailLevel = enumGSLSAListingDetailLevel.enumGSAdjustmentExtended;
//Main Line point Check-control
pCadAdjEx.IncludeLinePoint = chkUseLinePoints.Checked;
if (chkUseLinePoints.Checked)
{
pCadAdj.ForceLinePoints=m_bSnapLinePointsToLines;
pCadAdj.ForceLinePointsTolerance=m_dSnapLinePointTolerance;
pCadAdjEx.FlexLinesOutOfLinePointTolerance = m_bBendLines;
pCadAdjEx.FlexLinePointTolerance = m_dBendLinesTolerance;
}
else
{
pCadAdj.ForceLinePoints = false;
pCadAdj.ForceLinePointsTolerance = m_dSnapLinePointTolerance;
pCadAdjEx.FlexLinesOutOfLinePointTolerance = false;
pCadAdjEx.FlexLinePointTolerance = m_dBendLinesTolerance;
}
pCadAdj.ForceStraights=m_bStraightenRoadFrontages;
pCadAdj.ForceStraightsAngleTolerance=m_dStraightRoadAngleTolerance;
pCadAdj.ForceStraightsTolerance = m_dStraightRoadOffsetTolerance;
pCadAdj.IncludeEasements=m_bIncludeDependentLines;
}
private bool RunAdjustment(ICadastralPacketManager pCadastralPacketManager,
ICadastralAdjustment pCadAdj, ICadastralAdjustment3 pCadAdjEx, int Iteration, out double MaxShift, out string Summary)
{
esriCadastralDistanceUnits eDistUnits = esriCadastralDistanceUnits.esriCDUUSSurveyFoot;
esriDirectionType eDirectType = esriDirectionType.esriDTNorthAzimuth;
esriCadastralAreaUnits eAreaUnits = esriCadastralAreaUnits.esriCAUAcre;
ICadastralPlan pCadPlan = (ICadastralPlan)pCadAdj;
IEnumGSPlans pGSPlans = pCadPlan.GetPlans(enumGSPlansType.enumGSPlansWithParcels);
pGSPlans.Reset();
IGSPlan pGSPlan = pGSPlans.Next();
while (pGSPlan != null)
{
eDistUnits = pGSPlan.DistanceUnits;
eDirectType = pGSPlan.DirectionFormat;
eAreaUnits = esriCadastralAreaUnits.esriCAUAcre;
break; //just use the first one
}
double dMaxShift = -999;
string sSummary = "";
MaxShift = dMaxShift;
try
{
//get the units from the map plan
sSummary =
pCadAdj.PerformAdjustment(false, m_sBrowseFilePath, null, eDistUnits, eDirectType, eAreaUnits);
double dMaxEast = -999;
double dMaxNorth = -999;
int iPt = -999;
pCadAdjEx.GetMaxShiftData(ref iPt, ref dMaxEast, ref dMaxNorth);
double dDistEast = -999;
double dDistNorth = -999;
IMetricUnitConverter pUnitConversion = (IMetricUnitConverter)pCadastralPacketManager;
pUnitConversion.ConvertDistance(esriCadastralUnitConversionType.esriCUCFromMetric,
dMaxEast, ref dDistEast);
pUnitConversion.ConvertDistance(esriCadastralUnitConversionType.esriCUCFromMetric,
dMaxNorth, ref dDistNorth);
dMaxShift = Math.Sqrt((dDistEast * dDistEast) + (dDistNorth * dDistNorth));
return(true);
}
catch (Exception ex)
{
MessageBox.Show(ex.Message);
return(false);
}
finally
{
MaxShift = dMaxShift;
Summary = sSummary;
}
}
private void btnRun_Click(object sender, EventArgs e)
{
double dConvTol = 0.003;
int iRepeatCount = 2;
double dMaxShift = 0;
double dVal = 0;
if (Double.TryParse(this.txtMainDistResReport.Text, out dVal))
{
//write to registry
Utilities FabUTILS = new Utilities();
string sVersion = FabUTILS.GetDesktopVersionFromRegistry();
FabUTILS.WriteToRegistry(RegistryHive.CurrentUser,
"Software\\ESRI\\Desktop" + sVersion + "\\ArcMap\\Cadastral\\AddIn.ParcelEditHelper",
"LSADistanceToleranceReport", this.txtMainDistResReport.Text, true);
FabUTILS = null;
}
bool bAdjResult = true;
string sSummary = "";
#region Setup Adjustment & Verify that there's enough information
ICadastralPacketManager pCadastralPacketManager = null;
ICadastralAdjustment pCadAdj = null;
ICadastralAdjustment3 pCadAdjEx = null;
ICadastralMapEdit pCadMapEdit = null;
LoadValuesFromRegistry();
UID pUID = new UIDClass();
pUID.Value = "{114D685F-99B7-4B63-B09F-6D1A41A4DDC1}";
ICadastralEditor pCadEd = (ICadastralEditor)ArcMap.Application.FindExtensionByCLSID(pUID);
ICadastralFabric pCadFabric = pCadEd.CadastralFabric;
pCadastralPacketManager = (ICadastralPacketManager)pCadEd;
bool open = pCadastralPacketManager.PacketOpen;
ISelectionSet pBeforeSS = null;
IFeatureSelection pParcelSelection = null;
if (!open)
{
ICadastralSelection pSelection = (ICadastralSelection)pCadEd;
IEnumGSParcels pParcels = pSelection.SelectedParcels;
IEnumCEParcels pCEParcels = (IEnumCEParcels)pParcels;
if (pCEParcels != null)
{
long count = pCEParcels.Count;
if (count == 0)
{
MessageBox.Show("There are no parcels selected to adjust." + Environment.NewLine
+ "Please select parcels and try again.", "Fabric Adjustment");
return;
}
}
ICadastralFabricLayer pCFLayer = pCadEd.CadastralFabricLayer;
if (pCFLayer != null)
{
IFeatureLayer pParcelLayer = pCFLayer.get_CadastralSubLayer(esriCadastralFabricRenderer.esriCFRParcels);
pParcelSelection = (IFeatureSelection)pParcelLayer;
if (pParcelSelection != null)
{
pBeforeSS = pParcelSelection.SelectionSet;
}
}
}
pCadMapEdit = (ICadastralMapEdit)pCadEd;
pCadMapEdit.StartMapEdit(esriMapEditType.esriMEParcelSelection, "Fabric Adjustment", false);
ICadastralPacket pCadastralPacket = pCadastralPacketManager.JobPacket;
int cpCount = 0;
ICadastralControlPoints pCPts = (ICadastralControlPoints)pCadastralPacket;
if (pCPts != null)
{
IGeometry pGeom = null;
IEnumGSControlPoints pEnumCPs = pCPts.GetControlPoints(pGeom);
pEnumCPs.Reset();
IGSControlPoint pCP;
if (pEnumCPs != null)
{
pCP = pEnumCPs.Next();
while ((pCP != null) && (cpCount < 2))
{
if (pCP.Active)
{
cpCount++;
}
}
}
}
if (cpCount < 2)
{
MessageBox.Show("Please make sure that at least 2 control points are" +
Environment.NewLine + "attached to the selected parcels.", "Fabric Adjustment");
return;
}
pCadAdj = (ICadastralAdjustment)pCadastralPacket;
pCadAdjEx = (ICadastralAdjustment3)pCadastralPacket;
ApplyAdjustmentSettings(pCadAdj, pCadAdjEx);
#endregion
double dHighestMaxShift = 0;
//// Change display text depending on count
//string itemText = count > 1 ? "items" : "item";
for (int i = 1; i <= iRepeatCount; i++)
{
if (!RunAdjustment(pCadastralPacketManager, pCadAdj, pCadAdjEx, i, out dMaxShift, out sSummary))
{
bAdjResult = false;
break;
}
if (dHighestMaxShift > dMaxShift)
{
dHighestMaxShift = dMaxShift;
}
pCadAdj.AcceptAdjustment();
if (dMaxShift < dConvTol)
{
break;
}
}
if (bAdjResult)
{
lblAdjResult.Text = "Adjustment Complete";
}
else
{
lblAdjResult.Text = "Adjustment Failed";
}
lblAdjResult.Visible = true;
dlgAdjustmentResults AdjResults = new dlgAdjustmentResults();
AdjResults.txtReport.Text = sSummary;
//Display the dialog
DialogResult pDialogResult = AdjResults.ShowDialog();
if (pDialogResult != DialogResult.OK)
{
AdjResults = null;
pCadMapEdit.StopMapEdit(false);
}
else
{
pCadMapEdit.StopMapEdit(true);
}
pParcelSelection.SelectionSet = pBeforeSS;
Utilities FabUTILS2 = new Utilities();
FabUTILS2.RefreshFabricLayers(ArcMap.Document.FocusMap, pCadFabric);
FabUTILS2 = null;
}