public CommonSetCUStandardAttributes(IGTComponents p_component, string p_componentName)
{
m_oApp = GTClassFactory.Create <IGTApplication>();
m_oDataContext = m_oApp.DataContext;
m_oComponents = p_component;
m_componentName = p_componentName;
}
private void SynchronizeWP()
{
try
{
foreach (IGTDDCKeyObject ddcObject in m_selectedObjects)
{
m_oGTTransactionManager.Begin("Process Synchronize WorkPoints for Copy Ancillary =" + ddcObject.FNO.ToString() + " FID = " + ddcObject.FID.ToString());
IGTKeyObject feature = m_dataContext.OpenFeature(ddcObject.FNO, ddcObject.FID);
IGTComponents CUComponentsFeature = GTClassFactory.Create <IGTComponents>();
foreach (IGTComponent item in feature.Components)
{
if (item.CNO == 22)
{
CUComponentsFeature.Add(item);
}
}
WorkPointOperations obj = new WorkPointOperations(CUComponentsFeature, feature, m_dataContext);
obj.DoWorkpointOperations();
m_oGTTransactionManager.Commit();
m_oGTTransactionManager.RefreshDatabaseChanges();
}
}
catch
{
throw;
}
}
/// <summary>
/// UpdateWorkpointComponents : Update Workpoint feature components.
/// </summary>
/// <param name="fno">Workpoint Fno</param>
/// <param name="fid">Workpoint FID</param>
/// <param name="workPointFeature">Workpoint Feature</param>
/// <param name="geoUpdate">Bool value indicates the updation of geometry.</param>
/// <param name="strStructureID">StructureID of Active Key Object</param>
private void UpdateWorkpointComponents(short fno, int fid, IGTKeyObject workPointFeature, bool geoUpdate,
string strStructureID, int ownerCount, bool isLinear)
{
IGTComponents workPointComponents = workPointFeature.Components;
foreach (IGTComponent component in workPointComponents)
{
if (component.Name == "WORKPOINT_N" && geoUpdate)
{
UpdateWorkPointAttributes(component, strStructureID);
}
else if (component.Name == "WORKPOINT_CU_N" && ownerCount == 0 && isLinear == true)
{
UpdateWorkpointCUAttributes(workPointFeature.FID, component);
}
else if (component.Name == "WORKPOINT_CU_N" && isLinear == false)
{
UpdateWorkpointCUAttributes(workPointFeature.FID, component);
}
}
IGTKeyObject oKeyObject = m_dataContext.OpenFeature(fno, fid);
IGTGeometry gTGeometry = oKeyObject.Components.GetComponent(m_gtcommonFunctions.GetPrimaryGraphicCno(fno, true)).Geometry;
customWorkPointCreator workPointCreator = new customWorkPointCreator(m_dataContext, gTGeometry.FirstPoint.X, gTGeometry.FirstPoint.Y);
workPointCreator.SynchronizeWPCuLabel(workPointFeature);
}
private void SynchronizeWP(IGTKeyObject p_KeyObjectFeature)
{
try
{
m_oGTTransactionManager.Begin("Synchronize WorkPoints for Repeat Reconductoring Feature =" + p_KeyObjectFeature.FNO.ToString() + " FID = " + p_KeyObjectFeature.FID.ToString());
IGTComponents CUComponentsOldFeature = GTClassFactory.Create <IGTComponents>();
foreach (IGTComponent item in p_KeyObjectFeature.Components)
{
if (item.CNO == 21 || item.CNO == 22)
{
CUComponentsOldFeature.Add(item);
}
}
WorkPointOperations obj = new WorkPointOperations(CUComponentsOldFeature, p_KeyObjectFeature, m_iGtApplication.DataContext);
obj.DoWorkpointOperations();
m_oGTTransactionManager.Commit();
m_oGTTransactionManager.RefreshDatabaseChanges();
}
catch (Exception ex)
{
if (m_oGTTransactionManager.TransactionInProgress)
{
m_oGTTransactionManager.Rollback();
}
throw ex;
}
}
private void ProcessWPSync(IGTDDCKeyObject selectedObject)
{
try
{
WorkPointOperations oWorkPointOperations = null;
IGTComponents gTComponents = GTClassFactory.Create <IGTComponents>();
IGTKeyObject feature = m_iGtApplication.DataContext.OpenFeature(selectedObject.FNO, selectedObject.FID);
Recordset cuComponentRs = feature.Components.GetComponent(21).Recordset;
if (cuComponentRs != null && cuComponentRs.RecordCount > 0)
{
gTComponents.Add(feature.Components.GetComponent(21));
}
// Set Activity in Ancillary CU attributes
if (feature.Components.GetComponent(22) != null)
{
Recordset acuComponentRs = feature.Components.GetComponent(22).Recordset;
if (acuComponentRs != null && acuComponentRs.RecordCount > 0)
{
gTComponents.Add(feature.Components.GetComponent(22));
}
}
// Synchronize the workpoint
oWorkPointOperations = new WorkPointOperations(gTComponents, feature, m_DataContext);
oWorkPointOperations.DoWorkpointOperations();
}
catch (Exception)
{
throw;
}
}
/// <summary>
/// Method for Workpoint operations after command execution
/// </summary>
private void SynchronizeWP()
{
IGTComponents allCUComponents = null;
try
{
foreach (IGTDDCKeyObject ddcobject in m_ooddcKeyObjects)
{
m_ofeature = m_oGTApp.Application.DataContext.OpenFeature(ddcobject.FNO, ddcobject.FID);
allCUComponents = GTClassFactory.Create <IGTComponents>();
if (m_ofeature != null)
{
GetAllCUComponents(m_ofeature, ref allCUComponents);
if (allCUComponents.Count > 0)
{
WorkPointOperations oWorkPointOperations = new WorkPointOperations(allCUComponents, m_ofeature, m_oGTApp.Application.DataContext);
oWorkPointOperations.DoWorkpointOperations();
}
}
}
}
catch
{
throw;
}
}
/// <summary>
/// Method to Get Component Values Of Differnt Feature
/// </summary>
/// <param name="m_trgComponents">Target Component Number</param>
/// <param name="m_srcComponent">Source Component Number</param>
/// <param name="k"> Edit index</param>
/// <returns></returns>
private void GetComponentValuesOfDifferntFeature(IGTComponents m_trgComponents, IGTComponent m_srcComponent, int k)
{
try
{
foreach (IGTComponent m_trgComponent in m_trgComponents)
{
//check if target component type is same as source component type
if ((GetGeometryType(m_trgComponent.CNO) == (GetGeometryType(m_srcComponent.CNO))) && (m_trgComponent.TableName != m_srcComponent.TableName) && (GetDetail(m_trgComponent.CNO) == 0))
{
//check if source geometry is valid, if so add to edit service
if ((m_srcComponent.Geometry != null && m_trgComponent.Geometry == null))
{
m_oEditService.AddGeometry(m_srcComponent.Geometry, m_styleID);
m_EditObjects.Add(k, m_trgComponent.CNO);
m_iEditIndex++;
break;
}
}
}
}
catch
{
throw;
}
}
/// <summary>
/// Set Right Node Values
/// </summary>
/// <param name="m_gtComponents"></param>
/// <param name="m_gtRelativePoint"></param>
/// <param name="m_gtLineGeometry"></param>
/// <returns></returns>
private IGTPoint GetRightOriginPoint(IGTComponents m_gtComponents, IGTKeyObject m_gtRelativePoint, IGTGeometry m_gtLineGeometry)
{
try
{
IGTPoint m_gtRightOriginPoint = null;
//set the node value for Bypass point placed at Right
if ((m_rlnode1 != 0) && (m_rlnode1 == m_rpnode2))
{
m_gtRightOriginPoint = PointAtDistanceBetweenTwoPoints(m_gtLineGeometry.LastPoint, m_gtLineGeometry.FirstPoint, xOffset, 0);
m_gtComponents.GetComponent(ConnectivityCNO).Recordset.Fields["NODE_2_ID"].Value = m_rlnode1;
m_gtRelativePoint.Components.GetComponent(ConnectivityCNO).Recordset.Fields["NODE_2_ID"].Value = 0;
m_gtComponents.GetComponent(ConnectivityCNO).Recordset.Update();
m_gtRelativePoint.Components.GetComponent(ConnectivityCNO).Recordset.Update();
}
else
{
m_gtRightOriginPoint = PointAtDistanceBetweenTwoPoints(m_gtLineGeometry.FirstPoint, m_gtLineGeometry.LastPoint, -xOffset, 0);
m_gtComponents.GetComponent(ConnectivityCNO).Recordset.Fields["NODE_2_ID"].Value = 0;
m_gtRelativePoint.Components.GetComponent(ConnectivityCNO).Recordset.Fields["NODE_2_ID"].Value = 0;
m_gtComponents.GetComponent(ConnectivityCNO).Recordset.Update();
m_gtRelativePoint.Components.GetComponent(ConnectivityCNO).Recordset.Update();
}
return(m_gtRightOriginPoint);
}
catch
{
throw;
}
}
/// <summary>
/// Get Left Origin Point
/// </summary>
/// <param name="m_gtComponents"></param>
/// <param name="m_gtRelativePoint"></param>
/// <param name="m_gtLineGeometry"></param>
/// <returns></returns>
private IGTPoint GetLeftOriginPoint(IGTKeyObject m_KeyObject, IGTComponents m_gtComponents, IGTKeyObject m_gtRelativePoint, IGTGeometry m_gtLineGeometry, IGTKeyObjects m_gtRelativeLines)
{
try
{
//Get Left Origin Point
IGTPoint m_gtLeftOriginPoint = null;
IGTRelationshipService m_gtRelationshipService = GTClassFactory.Create <IGTRelationshipService>();
m_gtRelationshipService.DataContext = m_gtApplication.DataContext;
if (m_rlnode2 != 0)
{
m_gtLeftOriginPoint = PointAtDistanceBetweenTwoPoints(m_gtLineGeometry.FirstPoint, m_gtLineGeometry.LastPoint, xOffset, 0);
m_gtRelativeLines[0].Components.GetComponent(ConnectivityCNO).Recordset.Fields["NODE_2_ID"].Value = 0;
m_gtRelativeLines[0].Components.GetComponent(ConnectivityCNO).Recordset.Update();
//establish the relationship
m_gtRelationshipService.ActiveFeature = m_KeyObject;
m_gtRelationshipService.SilentEstablish(iRNO, m_gtRelativeLines[0], GTRelationshipOrdinalConstants.gtrelRelationshipOrdinal1, GTRelationshipOrdinalConstants.gtrelRelationshipOrdinal2);
m_gtRelativeLines[0].Components.GetComponent(ConnectivityCNO).Recordset.Update();
m_gtComponents.GetComponent(ConnectivityCNO).Recordset.Update();
}
else
{
m_gtLeftOriginPoint = PointAtDistanceBetweenTwoPoints(m_gtLineGeometry.LastPoint, m_gtLineGeometry.FirstPoint, -xOffset, 0);
m_gtRelativeLines[0].Components.GetComponent(ConnectivityCNO).Recordset.Fields["NODE_2_ID"].Value = 0;
m_gtRelativeLines[0].Components.GetComponent(ConnectivityCNO).Recordset.Update();
m_gtComponents.GetComponent(ConnectivityCNO).Recordset.Update();
}
m_gtRelationshipService = null;
return(m_gtLeftOriginPoint);
}
catch
{
throw;
}
}
private void ModifiedCUComponentCollection()
{
try
{
foreach (KeyValuePair <IGTKeyObject, IGTComponents> gtKeyObject in m_gTKeyObjects)
{
IGTComponents gTCUComponents = GTClassFactory.Create <IGTComponents>();
m_gtAllCUComponents = GTClassFactory.Create <IGTComponents>();
m_activeKeyObject = gtKeyObject.Key;
m_gtActiveFno = m_activeKeyObject.FNO;
m_gtAllCUComponents = gtKeyObject.Value;
if (m_gtAllCUComponents.Count > 0 &&
m_gtcommonFunctions.ISPrimaryGraphicComponentExist(m_activeKeyObject.FNO, m_activeKeyObject.FID))
{
m_CUCompModified = true;
ProcessModifiedCUComponents();
}
}
}
catch
{
throw;
}
}
public void SetComponentsChanged(IGTComponents gTChangedComponents)
{
Recordset rs = null;
try
{
foreach (IGTComponent gtComp in gTChangedComponents)
{
rs = gtComp.Recordset;
if (rs != null && rs.RecordCount > 0)
{
rs.MoveFirst();
while (!rs.EOF)
{
foreach (Field field in rs.Fields)
{
if (field.OriginalValue.ToString() != field.Value.ToString())
{
if (!m_gtAllCUComponents.Contains(gtComp))//Added by Prathyusha
{
m_gtAllCUComponents.Add(gtComp);
}
break;
}
}
rs.MoveNext();
}
}
}
}
catch
{
throw;
}
}
public Dictionary <IGTKeyObject, IGTComponents> GetComponentsChangedCollection(IGTKeyObjects p_KeyObjects)
{
Dictionary <IGTKeyObject, IGTComponents> dicReturn = new Dictionary <IGTKeyObject, IGTComponents>();
IGTComponents gTCUComponents = GTClassFactory.Create <IGTComponents>();
try
{
foreach (IGTKeyObject oKeyObject in p_KeyObjects)
{
if (oKeyObject.Components.GetComponent(21) != null)
{
gTCUComponents.Add(oKeyObject.Components.GetComponent(21));
}
if (oKeyObject.Components.GetComponent(22) != null)
{
gTCUComponents.Add(oKeyObject.Components.GetComponent(22));
}
IGTComponents oCompCollection = SetComponentsChanged(gTCUComponents);
if (oCompCollection.Count > 0)
{
dicReturn.Add(oKeyObject, oCompCollection);
}
}
}
catch
{
throw;
}
return(dicReturn);
}
/// <summary>
/// Method to check if the feature is an Isolation Scenario feature.
/// </summary>
/// <param name="gtComps">IGTComponents used to check for specific attribute values</param>
/// <param name="fno">Feature number to check</param>
/// <param name="isIsolationScenario">Indicates if feature takes part in an Isolation Scenario</param>
/// <param name="isolationScenarioType">Type of Isolation Scenario. Set if isIsolationScenario is true</param>
/// <returns>Boolean indicating method execution status</returns>
private bool CheckIsoScenarioFeature(IGTComponents gtComps, short fno, ref bool isIsolationScenario, ref IsolationScenarios isolationScenarioType)
{
try
{
string feedType = string.Empty;
if (fno == 59 && gtComps.GetComponent(5901).Recordset != null && gtComps.GetComponent(5901).Recordset.RecordCount > 0)
{
gtComps.GetComponent(5901).Recordset.MoveFirst();
feedType = Convert.ToString(gtComps.GetComponent(5901).Recordset.Fields["FEED_TYPE"].Value);
}
else if (fno == 60 && gtComps.GetComponent(6002).Recordset != null && gtComps.GetComponent(6002).Recordset.RecordCount > 0)
{
gtComps.GetComponent(6002).Recordset.MoveFirst();
feedType = Convert.ToString(gtComps.GetComponent(6002).Recordset.Fields["FEED_TYPE"].Value);
}
//ISODUAL
if (fno == 34) //Autotransformer
{
isIsolationScenario = true;
isolationScenarioType = IsolationScenarios.ISODUAL;
}
//ISOSINGLE
else if (fno == 4 || fno == 12 || fno == 59 || (fno == 60 && feedType.ToUpper() == "RADIAL"))
{
isIsolationScenario = true;
isolationScenarioType = IsolationScenarios.ISOSINGLE;
}
//ISOSINGLE NETWORK FEATURES
else if (fno == 99 || fno == 98)
{
isIsolationScenario = true;
isolationScenarioType = IsolationScenarios.ISOSINGLE;
}
//ELBOW
else if (fno == 5 || (fno == 60 && feedType.ToUpper() == "LOOP"))
{
isIsolationScenario = true;
isolationScenarioType = IsolationScenarios.ELBOW;
}
//BYPASS
else if (fno == 14 || fno == 15 || fno == 36)
{
isIsolationScenario = true;
isolationScenarioType = IsolationScenarios.BYPASS;
}
else
{
isIsolationScenario = false;
}
return(true);
}
catch (Exception ex)
{
throw new Exception("Error from Isolation Scenario FI:CheckIsoScenarioFeature: " + ex.Message);
}
}
/// <summary>
/// Get Left Origin Point
/// </summary>
/// <param name="m_gtComponents"></param>
/// <param name="m_gtRelativePoint"></param>
/// <param name="m_gtLineGeometry"></param>
/// <returns></returns>
private IGTPoint GetLeftOriginPoint(IGTComponents m_gtComponents, IGTKeyObject m_gtRelativePoint, IGTGeometry m_gtLineGeometry, IGTKeyObjects m_gtRelativeLines)
{
try
{
//Get Left Origin Point
IGTPoint m_gtLeftOriginPoint = null;
IGTRelationshipService m_gtRelationshipService = GTClassFactory.Create <IGTRelationshipService>();
if ((m_gtRelativePoint.FNO == transformerUGFNO) || (m_gtRelativePoint.FNO == AutotransfomerFNO))
{
//establish the connectivity for Relative point with Linear feature
EstablishRelationship(m_gtRelativePoint, m_gtRelativeLines);
}
else
{
//set the node value for Bypass point placed at top
if (m_KeyObjectCollection[1] != null)
{
m_gtRelationshipService.DataContext = m_gtApplication.DataContext;
m_gtRelationshipService.ActiveFeature = m_KeyObjectCollection[1];
m_gtRelationshipService.SilentDelete(iRNO);
IGTComponent m_gtBypassComp = m_KeyObjectCollection[1].Components.GetComponent(ConnectivityCNO);
m_gtBypassComp.Recordset.Fields["NODE_1_ID"].Value = 0;
m_gtBypassComp.Recordset.Fields["NODE_2_ID"].Value = 0;
m_gtBypassComp.Recordset.Update();
}
}
//set the node value for Bypass point placed at Left
if ((m_rlnode2 != 0) && (m_rlnode2 == m_rpnode1))
{
m_gtLeftOriginPoint = PointAtDistanceBetweenTwoPoints(m_gtLineGeometry.FirstPoint, m_gtLineGeometry.LastPoint, xOffset, 0);
m_gtComponents.GetComponent(ConnectivityCNO).Recordset.Fields["NODE_1_ID"].Value = m_rlnode2;
m_gtRelativePoint.Components.GetComponent(ConnectivityCNO).Recordset.Fields["NODE_1_ID"].Value = 0;
m_gtComponents.GetComponent(ConnectivityCNO).Recordset.Update();
m_gtRelativePoint.Components.GetComponent(ConnectivityCNO).Recordset.Update();
}
else
{
m_gtLeftOriginPoint = PointAtDistanceBetweenTwoPoints(m_gtLineGeometry.LastPoint, m_gtLineGeometry.FirstPoint, -xOffset, 0);
m_gtComponents.GetComponent(ConnectivityCNO).Recordset.Fields["NODE_1_ID"].Value = 0;
m_gtRelativePoint.Components.GetComponent(ConnectivityCNO).Recordset.Fields["NODE_2_ID"].Value = m_rlnode1;
m_gtRelativePoint.Components.GetComponent(ConnectivityCNO).Recordset.Fields["NODE_1_ID"].Value = 0;
m_gtComponents.GetComponent(ConnectivityCNO).Recordset.Update();
m_gtRelativePoint.Components.GetComponent(ConnectivityCNO).Recordset.Update();
}
m_gtRelationshipService = null;
return(m_gtLeftOriginPoint);
}
catch
{
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;
}
}
/// <summary>
/// Method to set the activity attribute of the CU and ACU components
/// </summary>
/// <param name="selectedObject">Selected feature on map window</param>
private void SetActivity(IGTDDCKeyObject selectedObject)
{
Recordset cuComponentRs = null;
Recordset acuComponentRs = null;
WorkPointOperations oWorkPointOperations = null;
IGTComponents gTComponents = GTClassFactory.Create <IGTComponents>();
try
{
IGTKeyObject feature = m_iGtApplication.DataContext.OpenFeature(selectedObject.FNO, selectedObject.FID);
// Set Activity in CU attributes
cuComponentRs = feature.Components.GetComponent(21).Recordset;
if (cuComponentRs != null && cuComponentRs.RecordCount > 0)
{
gTComponents.Add(feature.Components.GetComponent(21));
cuComponentRs.MoveFirst();
while (!cuComponentRs.EOF)
{
cuComponentRs.Fields["ACTIVITY_C"].Value = "A";
cuComponentRs.MoveNext();
}
}
// Set Activity in Ancillary CU attributes
if (feature.Components.GetComponent(22) != null)
{
acuComponentRs = feature.Components.GetComponent(22).Recordset;
if (acuComponentRs != null && acuComponentRs.RecordCount > 0)
{
gTComponents.Add(feature.Components.GetComponent(22));
acuComponentRs.MoveFirst();
while (!acuComponentRs.EOF)
{
string retiremenType = Convert.ToString(acuComponentRs.Fields["RETIREMENT_C"].Value);
if (retiremenType == "1" || retiremenType == "2")
{
acuComponentRs.Fields["ACTIVITY_C"].Value = "R";
}
acuComponentRs.MoveNext();
}
}
}
//// Synchronize the workpoint
//oWorkPointOperations = new WorkPointOperations(gTComponents, feature, m_DataContext);
//oWorkPointOperations.DoWorkpointOperations();
}
catch (Exception)
{
throw;
}
}
/// <summary>
/// Gets the values to pre-populate on the report.
/// </summary>
/// <param name="fno">G3E_FNO of the selected conductor</param>
/// <param name="fid">G3E_FID of the selected conductor</param>
/// <returns>Boolean indicating status</returns>
private bool GetReportData(short fno, int fid)
{
bool returnValue = false;
try
{
string cu = string.Empty;
string location = string.Empty;
if (fid != 0)
{
IGTKeyObject oGTKey = m_Application.DataContext.OpenFeature(fno, fid);
IGTComponents oGTComponents = oGTKey.Components;
Recordset componentRS = oGTComponents.GetComponent(ConstantsDT.CNO_COMPUNIT).Recordset;
if (componentRS.RecordCount > 0)
{
cu = componentRS.Fields[ConstantsDT.FIELD_COMPUNIT_CU].Value.ToString();
}
componentRS = oGTComponents.GetComponent(ConstantsDT.CNO_COMMON).Recordset;
if (componentRS.RecordCount > 0)
{
location = componentRS.Fields[ConstantsDT.FIELD_COMMON_LOCATION].Value.ToString();
}
}
m_EmbeddedDT.ReportName = ConstantsDT.COMMAND_NAME_SAG_CLEARANCE + " " + m_Application.DataContext.ActiveJob + "-" + fid + ".pdf";
List <KeyValuePair <string, string> > reportValues = new List <KeyValuePair <string, string> >();
// Add report values
reportValues.Add(new KeyValuePair <string, string>(ConstantsDT.REPORT_PARAMETER_SAG_PROJECT, CommonDT.WrDescription));
reportValues.Add(new KeyValuePair <string, string>(ConstantsDT.REPORT_PARAMETER_SAG_LOCATION, location));
reportValues.Add(new KeyValuePair <string, string>(ConstantsDT.REPORT_PARAMETER_SAG_DESIGNER, Environment.UserName));
reportValues.Add(new KeyValuePair <string, string>(ConstantsDT.REPORT_PARAMETER_SAG_DATE, DateTime.Now.ToShortDateString()));
reportValues.Add(new KeyValuePair <string, string>(ConstantsDT.REPORT_PARAMETER_SAG_CONDUCTOR, cu));
m_EmbeddedDT.ReportValues = reportValues;
returnValue = true;
}
catch (Exception ex)
{
MessageBox.Show(m_Application.ApplicationWindow, ConstantsDT.ERROR_RETRIEVING_REPORT_DATA + ": " + ex.Message, ConstantsDT.APPLICATION_NAME, MessageBoxButtons.OK, MessageBoxIcon.Exclamation);
return(false);
}
return(returnValue);
}
private void SetStructureID()
{
string sOldFeatureStructureID = string.Empty;
IGTComponents oldFeatureComponents = m_dataContext.OpenFeature(m_oldFeature.FNO, m_oldFeature.FID).Components;
if (oldFeatureComponents.GetComponent(1).Recordset != null)
{
if (oldFeatureComponents.GetComponent(1).Recordset.RecordCount > 0)
{
oldFeatureComponents.GetComponent(1).Recordset.MoveFirst();
sOldFeatureStructureID = Convert.ToString(oldFeatureComponents.GetComponent(1).Recordset.Fields["STRUCTURE_ID"].Value);
m_newFeature.Components.GetComponent(1).Recordset.Fields["STRUCTURE_ID"].Value = sOldFeatureStructureID;
}
}
}
public void SynchronizeWP(IGTKeyObject p_keyObject)
{
IGTComponents CUComponentsNewFeature = GTClassFactory.Create <IGTComponents>();
foreach (IGTComponent item in p_keyObject.Components)
{
if (item.CNO == 21 || item.CNO == 22)
{
CUComponentsNewFeature.Add(item);
}
}
WorkPointOperations obj = new WorkPointOperations(CUComponentsNewFeature, p_keyObject, m_dataContext);
obj.DoWorkpointOperations();
}
/// <summary>
/// Object initialization for the WorkPointOperations class
/// </summary>
/// <param name="AllCUComponents"> This is collection of Primary and Ancillary CUs component that are chabnged for which Workpoints oprtaiton is needed</param>
/// <param name="ActiveKeyObject"> Active Object</param>
/// <param name="DataContext"> Data Context</param>
public WorkPointOperations(IGTComponents AllCUComponents, IGTKeyObject ActiveKeyObject, IGTDataContext DataContext, Dictionary <IGTKeyObject, IGTComponents> p_FeaturesCollection = null)
{
m_gtcommonFunctions = new CommonFunctions();
m_NewWorkpointFidList = new Dictionary <int, int>();
m_gtAllCUComponents = AllCUComponents;
m_activeKeyObject = ActiveKeyObject;
m_dataContext = DataContext;
if (ActiveKeyObject != null)
{
m_gtActiveFno = ActiveKeyObject.FNO;
}
m_gTKeyObjects = p_FeaturesCollection;
// m_calledFromCC = p_CalledFromCC;
}
/// <summary>
/// Method Create new feature
/// </summary>
/// <param name="srcFno">Source Feature Number</param>
/// <param name="trgFno">Traget Feature Number</param>
/// <returns></returns>
private bool CopyFeature(short srcFno, short trgFno)
{
try
{
IGTComponents m_srcComponents = m_oGTApplication.DataContext.OpenFeature(srcFno, m_sourceFID).Components;
m_otrgFeature = m_oGTApplication.DataContext.NewFeature(trgFno);
IGTComponents m_trgComponents = m_oGTApplication.DataContext.OpenFeature(trgFno, m_otrgFeature.FID).Components;
foreach (IGTComponent m_srcComponent in m_srcComponents)
{
Recordset rsOldFeature = m_srcComponent.Recordset;
//Get target component if target component is same as source component
m_trgComponent = m_otrgFeature.Components.GetComponent(m_srcComponent.CNO);
//if target component is null for different feature type
if (m_trgComponent == null)
{
if (GetComponentType(m_srcComponent.CNO) != 1)
{
GetComponentValuesOfDifferntFeature(m_trgComponents, m_srcComponent, m_iEditIndex);
}
}
//if target component is not null
else
{
Recordset rsNewFeature = m_trgComponent.Recordset;
//check if target component is 3 if so then set the values
if (rsNewFeature != null)
{
if (m_trgComponent.CNO == 3)
{
int m_newG3eId = Convert.ToInt32(rsNewFeature.Fields["G3E_ID"].Value);
rsNewFeature.Fields["CREATED_BY"].Value = m_oGTApplication.DataContext.DatabaseUserName;
rsNewFeature.Fields["CREATED_DATE"].Value = System.DateTime.Today;
rsNewFeature.Fields["SOURCE"].Value = rsOldFeature.Fields["SOURCE"].Value;
rsNewFeature.Fields["STAGE"].Value = "Accepted";
}
else
{
GetComponentValuesOfSameFeature(rsNewFeature, rsOldFeature, m_trgComponent, m_srcComponent, m_iEditIndex);
}
}
}
}
return(true);
}
catch { throw; }
}
public Dictionary <IGTKeyObject, IGTComponents> GetFeatureComponentCollection()
{
Dictionary <IGTKeyObject, IGTComponents> oReturnCollection = new Dictionary <IGTKeyObject, IGTComponents>();
IGTJobManagementService oJobManagement = GTClassFactory.Create <IGTJobManagementService>();
try
{
oJobManagement.DataContext = m_oApp.DataContext;
ADODB.Recordset rs = oJobManagement.FindPendingEdits();
if (rs != null && rs.RecordCount > 0)
{
foreach (IGTKeyObject item in m_featureKeyObject)
{
Feature obj = new Feature(item, m_oApp);
rs.Filter = "g3e_fid = " + item.FID;
if (rs != null && rs.RecordCount > 0)
{
IGTComponents oFeatureEditedComp = obj.GetEditedCUComponents(item, rs);
if (oFeatureEditedComp.Count > 0 && (!oReturnCollection.Contains(new KeyValuePair <IGTKeyObject, IGTComponents>(item, oFeatureEditedComp))))
{
oReturnCollection.Add(item, oFeatureEditedComp);
}
}
rs.Filter = ADODB.FilterGroupEnum.adFilterNone;
}
}
}
catch (Exception ex)
{
string exMsg = string.Format("Error occurred in {0} of {1}.{2}{3}", System.Reflection.MethodBase.GetCurrentMethod().Name, this.ToString(), Environment.NewLine, ex.Message);
throw new Exception(exMsg);
}
return(oReturnCollection);
}
private void GetAllCUComponents(IGTKeyObject feature, ref IGTComponents allCUComponents)
{
try
{
foreach (IGTComponent component in feature.Components)
{
if (component.CNO == 21 || component.CNO == 22)
{
if (component != null)
{
if (component.Recordset != null && component.Recordset.RecordCount > 0)
{
allCUComponents.Add(component);
}
}
}
}
}
catch
{
throw;
}
}
/// <summary>
/// Get Origin point of point feature
/// </summary>
/// <param name="m_gtComponents"></param>
/// <param name="gtRelativeComponent"></param>
/// <param name="xOffset"></param>
/// <param name="pointLocation"></param>
/// <returns></returns>
private IGTPoint GetOrigin(IGTKeyObject m_KeyObject, IGTComponents m_gtComponents, IGTGraphicComponent m_gtRelativeComponent, double xOffset, string pointLocation)
{
try
{
IGTPoint m_gtOriginPoint = null;
IGTGeometry m_gtLineGeometry = GTClassFactory.Create <IGTGeometry>();
m_gtApplication.SetStatusBarText(GTStatusPanelConstants.gtaspcMessage, currentKeyObject + " Point placement is in Progress......");
//Get Relative Component
IGTKeyObject m_gtRelativePoint = m_gtApplication.DataContext.OpenFeature(m_gtRelativeComponent.FNO, m_gtRelativeComponent.FID);
//get the related Linear features
IGTKeyObjects m_gtRelativeLines = GetRelatedFeature(m_gtRelativePoint, iRNO, linearFNO);
//get the related Linear features in case they are not connected to relativepoint
if (m_gtRelativeLines.Count == 0)
{
IGTKeyObjects m_gtBypasspt = GetRelatedFeature(m_gtRelativePoint, iRNO, m_KeyObject.FNO);
if (m_gtBypasspt.Count > 0)
{
m_gtRelativeLines = GetRelatedFeature(m_gtBypasspt[0], iRNO, linearFNO);
}
}
//Check if related line geometry is not null
if (m_gtRelativeLines != null && m_gtRelativeLines.Count > 0)
{
//Get node values
m_gtRelativeLines = GetNodeValues(m_gtRelativePoint, m_gtRelativeLines);
m_gtLineGeometry = m_gtRelativeLines[0].Components.GetComponent(primaryCNO).Geometry;
//Get Line segment and its angle
m_gtLineGeometry = GetSegmentAndAngle(m_gtLineGeometry, m_gtRelativeComponent.Geometry.FirstPoint);
if (m_gtLineGeometry != null)
{
switch (pointLocation)
{
case "L":
//Get Left Origin Point
m_gtOriginPoint = GetLeftOriginPoint(m_gtComponents, m_gtRelativePoint, m_gtLineGeometry, m_gtRelativeLines);
break;
case "R":
//Get Right Origin Point
m_gtOriginPoint = GetRightOriginPoint(m_gtComponents, m_gtRelativePoint, m_gtLineGeometry);
break;
case "T":
//Get Top Origin Point
m_gtOriginPoint = GetTopOriginPoint(m_gtLineGeometry);
//establish the connectivity for Relative point with Linear feature
EstablishRelationship(m_gtRelativePoint, m_gtRelativeLines);
break;
default:
break;
}
if (m_gtOriginPoint == null)
{
m_gtOriginPoint = m_gtRelativeComponent.Geometry.FirstPoint;
}
}
else
{
if (pointLocation == "R")
{
MessageBox.Show("Error: Unable to place " + currentKeyObject + " Points as the linear feature is not selected properly", "G/Technology", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
}
}
return(m_gtOriginPoint);
}
catch
{
throw;
}
}
public IGTComponents GetEditedCUComponents(IGTKeyObject p_KeyObject, ADODB.Recordset p_RecordSet)
{
IGTComponents oEditedComponentCollection = GTClassFactory.Create <IGTComponents>();
Dictionary <Int32, Int16> oDic = new Dictionary <Int32, Int16>();
bool bPrimaryGeoemtryEdited = false;
bool bCommonComponentEdited = false;
string sStrcurure_ID = string.Empty;
bool bAncillaryEdited = false;
bool bPrimaryCUEdited = false;
try
{
if (p_RecordSet != null)
{
if (p_RecordSet.RecordCount > 0)
{
p_RecordSet.MoveFirst();
while (p_RecordSet.EOF == false)
{
int FID = Convert.ToInt32(p_RecordSet.Fields["g3e_fid"].Value);
Int16 FNO = Convert.ToInt16(p_RecordSet.Fields["g3e_fno"].Value);
int CNO = Convert.ToInt32(p_RecordSet.Fields["g3e_cno"].Value);
if (CNO == 22)
{
oEditedComponentCollection.Add(p_KeyObject.Components.GetComponent(22));
bAncillaryEdited = true;
}
if (CNO == 21)
{
oEditedComponentCollection.Add(p_KeyObject.Components.GetComponent(21));
bPrimaryCUEdited = true;
}
if (CNO == 1)
{
bCommonComponentEdited = true;
p_KeyObject.Components.GetComponent(1).Recordset.MoveFirst();
sStrcurure_ID = Convert.ToString(p_KeyObject.Components.GetComponent(1).Recordset.Fields["STRUCTURE_ID"].Value);
}
if (CNO.Equals(IsPrimaryGraphic(FNO)))
{
bPrimaryGeoemtryEdited = true;
}
p_RecordSet.MoveNext();
}
if (bCommonComponentEdited && bPrimaryGeoemtryEdited && IsWPExist(sStrcurure_ID))
{
if (p_KeyObject.Components.GetComponent(22) != null)
{
if (!bAncillaryEdited)
{
oEditedComponentCollection.Add(p_KeyObject.Components.GetComponent(22));
}
}
if (p_KeyObject.Components.GetComponent(21) != null)
{
if (!bPrimaryCUEdited)
{
oEditedComponentCollection.Add(p_KeyObject.Components.GetComponent(21));
}
}
}
}
}
}
catch (Exception ex)
{
string exMsg = string.Format("Error occurred in {0} of {1}.{2}{3}", System.Reflection.MethodBase.GetCurrentMethod().Name, this.ToString(), Environment.NewLine, ex.Message);
throw new Exception(exMsg);
}
return(oEditedComponentCollection);
}
/// <summary>
/// Set Attribute value
/// </summary>
/// <param name="m_gtComponents"></param>
/// <param name="m_gtKeyObject"></param>
/// <param name="m_gtRelativeComponent"></param>
/// <returns></returns>
protected void SetAttributeValues(IGTComponents m_gtComponents, IGTKeyObject m_gtKeyObject, IGTGraphicComponent m_gtRelativeComponent)
{
try
{
foreach (IGTComponent m_gtComponent in m_gtComponents)
{
switch (m_gtComponent.CNO)
{
case VirtualPointCNO:
if (m_gtComponent.Recordset.RecordCount == 0)
{
m_gtComponent.Recordset.AddNew();
m_gtComponent.Recordset.Fields["G3E_FID"].Value = m_gtKeyObject.FID;
m_gtComponent.Recordset.Fields["G3E_FNO"].Value = m_gtKeyObject.FNO;
m_gtComponent.Recordset.Fields["G3E_CNO"].Value = m_gtComponent.CNO;
m_gtComponent.Recordset.Fields["G3E_CID"].Value = 1;
}
else
{
m_gtComponent.Recordset.MoveFirst();
}
break;
case ConnectivityCNO:
if (m_gtComponent.Recordset.RecordCount == 0)
{
m_gtComponent.Recordset.AddNew();
m_gtComponent.Recordset.Fields["G3E_FID"].Value = m_gtKeyObject.FID;
m_gtComponent.Recordset.Fields["G3E_FNO"].Value = m_gtKeyObject.FNO;
m_gtComponent.Recordset.Fields["G3E_CNO"].Value = m_gtComponent.CNO;
m_gtComponent.Recordset.Fields["G3E_CID"].Value = 1;
m_gtComponent.Recordset.Fields["STATUS_NORMAL_C"].Value = statusNormal;
}
else
{
m_gtComponent.Recordset.MoveFirst();
m_gtComponent.Recordset.Fields["STATUS_NORMAL_C"].Value = statusNormal;
}
break;
case VirtualAttributeCNO:
if (m_gtComponent.Recordset.RecordCount == 0)
{
m_gtComponent.Recordset.AddNew();
m_gtComponent.Recordset.Fields["G3E_FID"].Value = m_gtKeyObject.FID;
m_gtComponent.Recordset.Fields["G3E_FNO"].Value = m_gtKeyObject.FNO;
m_gtComponent.Recordset.Fields["G3E_CNO"].Value = m_gtComponent.CNO;
m_gtComponent.Recordset.Fields["G3E_CID"].Value = 1;
m_gtComponent.Recordset.Fields["ASSOCIATED_FID"].Value = m_gtRelativeComponent.FID;
m_gtComponent.Recordset.Fields["PERMANENT_YN"].Value = "Y";
}
else
{
m_gtComponent.Recordset.MoveFirst();
m_gtComponent.Recordset.Fields["ASSOCIATED_FID"].Value = m_gtRelativeComponent.FID;
m_gtComponent.Recordset.Fields["PERMANENT_YN"].Value = "Y";
}
break;
default:
break;
}
}
}
catch
{
throw;
}
}
/// <summary>
/// Get Origin
/// </summary>
/// <param name="m_gtComponents"></param>
/// <param name="m_gtRelativeComponent"></param>
/// <param name="xOffset"></param>
/// <param name="pointLocation"></param>
/// <returns></returns>
private IGTPoint GetOrigin(IGTKeyObject KeyObject, IGTComponents m_gtComponents, IGTGraphicComponent m_gtRelativeComponent, double xOffset, string pointLocation)
{
try
{
IGTPoint m_gtOriginPoint = null;
m_gtApplication.SetStatusBarText(GTStatusPanelConstants.gtaspcMessage, "Isolation Point placement is in Progress......");
//Get the related Point feature
IGTKeyObject m_gtRelativePoint = m_gtApplication.DataContext.OpenFeature(m_gtRelativeComponent.FNO, m_gtRelativeComponent.FID);
//get the related lines
IGTKeyObjects m_gtRelativeLines = GetRelatedFeature(m_gtRelativePoint, iRNO, linearFNO);
//get the related Linear features in case they are not connected to relativepoint
if (m_gtRelativeLines.Count == 0)
{
IGTKeyObjects m_gtBypasspt = GetRelatedFeature(m_gtRelativePoint, iRNO, KeyobjectFNO);
if (m_gtBypasspt.Count > 0)
{
m_gtRelativeLines = GetRelatedFeature(m_gtBypasspt[0], iRNO, linearFNO);
}
}
//Check if related line geometry is not null
if (m_gtRelativeLines != null && m_gtRelativeLines.Count > 0)
{
EstablishRelationship(m_gtRelativePoint, m_gtRelativeLines);
IGTGeometry m_gtLineGeometry = m_gtRelativeLines[0].Components.GetComponent(primaryCNO).Geometry;
if (m_gtLineGeometry != null)
{
//Get node values
GetNodeValues(m_gtRelativePoint, m_gtRelativeLines);
//create offset geoemtry
if ((m_rlnode2 != 0) && (m_rlnode2 == m_rpnode1))
{
IGTGeometry[] geoms = m_gtLineGeometry.CreateOffsetGeometries(xOffset);
m_gtOriginPoint = geoms[0].LastPoint;
//set the node value
m_gtComponents.GetComponent(ConnectivityCNO).Recordset.Fields["NODE_1_ID"].Value = m_rlnode2;
m_gtRelativePoint.Components.GetComponent(ConnectivityCNO).Recordset.Fields["NODE_1_ID"].Value = 0;
m_gtRelativePoint.Components.GetComponent(ConnectivityCNO).Recordset.Fields["NODE_2_ID"].Value = 0;
m_gtRelativePoint.Components.GetComponent(ConnectivityCNO).Recordset.Update();
m_gtComponents.GetComponent(ConnectivityCNO).Recordset.Update();
//set the node value
if (m_gtRelativePoint.FNO == transformerUGFNO)
{
if (m_gtRelativeLines.Count > 1)
{
m_gtRelativeLines[1].Components.GetComponent(ConnectivityCNO).Recordset.Fields["NODE_1_ID"].Value = m_rlnode2;
m_gtRelativeLines[1].Components.GetComponent(ConnectivityCNO).Recordset.Update();
}
}
}
else
{
IGTGeometry[] geoms = m_gtLineGeometry.CreateOffsetGeometries(xOffset);
m_gtOriginPoint = geoms[0].FirstPoint;
//set the node value
m_gtComponents.GetComponent(ConnectivityCNO).Recordset.Fields["NODE_1_ID"].Value = m_rlnode1;
m_gtRelativePoint.Components.GetComponent(ConnectivityCNO).Recordset.Fields["NODE_1_ID"].Value = 0;
m_gtRelativePoint.Components.GetComponent(ConnectivityCNO).Recordset.Fields["NODE_2_ID"].Value = 0;
m_gtRelativePoint.Components.GetComponent(ConnectivityCNO).Recordset.Update();
m_gtComponents.GetComponent(ConnectivityCNO).Recordset.Update();
//set the node value
if (m_gtRelativePoint.FNO == transformerUGFNO)
{
if (m_gtRelativeLines.Count > 1)
{
m_gtRelativeLines[1].Components.GetComponent(ConnectivityCNO).Recordset.Fields["NODE_1_ID"].Value = m_rlnode1;
m_gtRelativeLines[1].Components.GetComponent(ConnectivityCNO).Recordset.Update();
}
}
}
}
if (m_gtOriginPoint == null)
{
m_gtOriginPoint = m_gtRelativeComponent.Geometry.FirstPoint;
}
}
else
{
if (pointLocation == "R")
{
MessageBox.Show("Error: Unable to place Isolation Points as the linear feature is not selected properly", "G/Technology", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
}
return(m_gtOriginPoint);
}
catch (Exception)
{
throw;
}
}
/// <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>
/// StartPlacement
/// </summary>
/// <param name="PTHelper"></param>
/// <param name="KeyObject"></param>
/// <param name="KeyObjectCollection"></param>
/// <returns></returns>
public override void StartPlacement(IGTPlacementTechniqueHelper PTHelper, IGTKeyObject KeyObject, IGTKeyObjects KeyObjectCollection)
{
try
{
m_PTHelper = PTHelper;
IGTKeyObject m_KeyObject = KeyObject;
IGTPoint m_gtOrigin;
IGTGraphicComponent relativeComponent = GTClassFactory.Create <IGTGraphicComponent>();
m_KeyObjectCollection = KeyObjectCollection;
//get current Key object
currentKeyObject = GetcurrentKeyObject(KeyObject.FNO);
if (bSilent)
{
m_gtApplication.BeginWaitCursor();
// Disable construction aids and status bar prompts for silent placement techinque.
m_PTHelper.ConstructionAidsEnabled = GTConstructionAidsEnabledConstants.gtptConstructionAidsNone;
m_PTHelper.ConstructionAidDynamicsEnabled = false;
m_PTHelper.StatusBarPromptsEnabled = true;
m_gtApplication.SetStatusBarText(GTStatusPanelConstants.gtaspcMessage, currentKeyObject + " Point placement is in Progress......");
IGTComponents gtComponents = KeyObject.Components;
m_PTHelper.StartPlacement(KeyObject, KeyObjectCollection);
//Read arguments
ReadArgument();
//Find the relative component defined in the placement technique arguments.
if ((Convert.ToString(m_GComp.Arguments.GetArgument(0)) != "") && (m_GComps.Count > 0) && (m_GComp != null))
{
relativeComponent = AccessRelativeComponent.RetrieveRelativeComponent(Convert.ToString(m_GComp.Arguments.GetArgument(0)), m_GComps, m_GComp);
//get the origin
m_gtOrigin = GetOrigin(m_KeyObject, gtComponents, relativeComponent, xOffset, pointLocation);
if ((m_gtOrigin != null) && (relativeComponent != null))
{
//Set Attribute values
SetAttributeValues(gtComponents, m_KeyObject, relativeComponent);
//Create new point geometry aligned to the linear feature
IGTOrientedPointGeometry newPointGeometry = (IGTOrientedPointGeometry)PTHelper.CreateGeometry();
//newPointGeometry.Orientation = VectorByAngle(ang);
newPointGeometry.Origin = m_gtOrigin;
m_PTHelper.SetGeometry(newPointGeometry);
m_PTHelper.EndPlacement();
}
else
{
AbortPlacement();
}
}
else
{
if (pointLocation == "R")
{
MessageBox.Show("Error: Unable to place " + currentKeyObject + " Points", "G/Technology", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
AbortPlacement();
}
}
}
catch (Exception ex)
{
MessageBox.Show("Error: Unable to place " + currentKeyObject + " Points \n" + ex.Message, "G/Technology", MessageBoxButtons.OK, MessageBoxIcon.Error);
AbortPlacement();
}
finally
{
m_KeyObjectCollection = null;
m_GComps = null;
m_GComp = null;
if (pointLocation == "R")
{
m_gtApplication.EndWaitCursor();
m_gtApplication.SetStatusBarText(GTStatusPanelConstants.gtaspcMessage, "Feature Placement Completed");
m_gtApplication.ActiveMapWindow.MousePointer = GTMousePointerConstants.gtmwmpNWArrow;
m_PTHelper.ConstructionAidsEnabled = GTConstructionAidsEnabledConstants.gtptConstructionAidsNone;
m_PTHelper.ConstructionAidDynamicsEnabled = false;
}
Exitcommand();
}
}
//public RestrictedArea(short Fno, int Fid)
//{
// m_fno = Fno;
// m_fid = Fid;
// m_iGtApplication = GTClassFactory.Create<IGTApplication>();
// m_iGtDataContext = m_iGtApplication.DataContext;
//}
/// <summary>
/// Process Restricted Area validation
/// </summary>
/// <returns>true if the process is complete without errors, else returns false</returns>
public bool Process()
{
IGTGeometry featureGeometry = null;
IGTSpatialService gTSpatialService = null;
IGTComponent restrictedAreaAttributes = null;
try
{
foreach (IGTKeyObject feature in m_features)
{
m_fno = feature.FNO;
m_fid = feature.FID;
IGTComponents selectedfeatureComponents = m_iGtDataContext.OpenFeature(m_fno, m_fid).Components;
CommonFunctions commonFunctions = new CommonFunctions();
short primaryCno = commonFunctions.GetPrimaryGraphicCno(m_fno, true);
// If the CNO is zero (not defined), then try the detail CNO
if (0 == primaryCno)
{
primaryCno = commonFunctions.GetPrimaryGraphicCno(m_fno, false);
}
IGTComponent primaryGraphicComponent = selectedfeatureComponents.GetComponent(primaryCno);
if (primaryGraphicComponent != null)
{
Recordset graphicCompRs = primaryGraphicComponent.Recordset;
if (graphicCompRs != null && graphicCompRs.RecordCount > 0)
{
graphicCompRs.MoveFirst();
// Retrieve the geometry of the primary graphic component
featureGeometry = primaryGraphicComponent.Geometry;
// Find any Restricted Area features whose area component overlaps the retrieved geometry; if none are found, return with a successful status.
gTSpatialService = GTClassFactory.Create <IGTSpatialService>();
gTSpatialService.DataContext = m_iGtDataContext;
gTSpatialService.Operator = GTSpatialOperatorConstants.gtsoEntirelyContainedBy;
gTSpatialService.FilterGeometry = featureGeometry;
Recordset restrictedAreaFeaturesRs = gTSpatialService.GetResultsByFNO(new short[] { RestrictedAreaFno });
if (restrictedAreaFeaturesRs != null && restrictedAreaFeaturesRs.RecordCount > 0)
{
//Prathyusha
//if (restrictedAreaFeaturesRs.RecordCount == 0)
//{
// return false;
//}
restrictedAreaFeaturesRs.MoveFirst();
while (!restrictedAreaFeaturesRs.EOF)
{
int fid = Convert.ToInt32(restrictedAreaFeaturesRs.Fields["G3E_FID"].Value);
restrictedAreaAttributes = m_iGtDataContext.OpenFeature(RestrictedAreaFno, fid).Components.GetComponent(RestrictedAreaAttributesCno);
if (!ValidateRestrictedAreaFeature(restrictedAreaAttributes))
{
return(false);
}
restrictedAreaFeaturesRs.MoveNext();
}
return(true);
}
}
}
}
return(true);// Prathyusha: return false;
}
catch (Exception)
{
throw;
}
}
