/// <summary>
/// Rotates input geometry relative to the reference geom
/// </summary>
/// <param name="ogeom"></param>
/// <returns></returns>
private void RotateGeom(IGTGeometry refGeom, ref IGTPolygonGeometry inpGeom)
{
double dAngle = 0;
IGTPolygonGeometry oPolyGeom = null;
IGTMatrix tmpTMatrix = null;
IGTVector transVec;
try
{
if (refGeom == null || inpGeom == null)
{
return;
}
if (refGeom.GetType().ToString() == "Intergraph.GTechnology.Private.GTOrientedPointGeometry")
{
dAngle = AngleBetweenTwoPoints(((IGTOrientedPointGeometry)refGeom).Orientation);
}
else if (refGeom.GetType().ToString() == "Intergraph.GTechnology.Private.GTPolygonGeometry")
{
oPolyGeom = (IGTPolygonGeometry)refGeom.Stroke();
dAngle = AngleBetweenTwoPoints(oPolyGeom.Points[0], oPolyGeom.Points[1]);
}
transVec = GTClassFactory.Create <IGTVector>();
if (inpGeom.GetType().ToString() == "Intergraph.GTechnology.Private.GTPolygonGeometry")
{
oPolyGeom = (IGTPolygonGeometry)inpGeom.Stroke();
// move and rotate the geometry to the correct position
transVec.I = oPolyGeom.Points[0].X * -1;
transVec.J = oPolyGeom.Points[0].Y * -1;
transVec.K = oPolyGeom.Points[0].Z * -1;
}
tmpTMatrix = GTClassFactory.Create <IGTMatrix>();
tmpTMatrix = TranslationTransform(transVec);
inpGeom = (IGTPolygonGeometry)inpGeom.Multiply(inpGeom, tmpTMatrix);
// rotate the geometry to the angle of the
tmpTMatrix = GTClassFactory.Create <IGTMatrix>();
tmpTMatrix = RotateZTransform(dAngle, 'D');
inpGeom = (IGTPolygonGeometry)inpGeom.Multiply(inpGeom, tmpTMatrix);
transVec = transVec.NegateVector(transVec);
tmpTMatrix = GTClassFactory.Create <IGTMatrix>();
tmpTMatrix = TranslationTransform(transVec);
inpGeom = (IGTPolygonGeometry)inpGeom.Multiply(inpGeom, tmpTMatrix);
}
catch (Exception ex)
{
MessageBox.Show(ex.Message);
}
finally
{
}
}
/// <summary>
/// Rotates input geometry relative to the reference geom
/// </summary>
/// <param name="ogeom"></param>
/// <returns></returns>
private void RotateGeom(IGTGeometry refGeom, ref IGTPolygonGeometry inpGeom)
{
double dAngle = 0;
IGTPolygonGeometry oPolyGeom = null;
try
{
if (refGeom == null || inpGeom == null)
{
return;
}
if (refGeom.GetType().ToString() == "Intergraph.GTechnology.Private.GTOrientedPointGeometry")
{
dAngle = AngleBetweenTwoPoints(((IGTOrientedPointGeometry)refGeom).Orientation);
}
else if (refGeom.GetType().ToString() == "Intergraph.GTechnology.Private.GTPolygonGeometry")
{
oPolyGeom = (IGTPolygonGeometry)refGeom.Stroke();
dAngle = AngleBetweenTwoPoints(oPolyGeom.Points[0], oPolyGeom.Points[1]);
}
if (dAngle < -90.0 || dAngle > 90.0)
{
dAngle = dAngle + 180.0;
}
IGTVector transVec = GTClassFactory.Create <IGTVector>();
if (inpGeom.GetType().ToString() == "Intergraph.GTechnology.Private.GTPolygonGeometry")
{
// move and rotate the geometry to the correct position
if (m_ActiveMapWindow.DetailID == 0)
{
transVec.I = refGeom.FirstPoint.X * -1;
transVec.J = refGeom.FirstPoint.Y * -1;
transVec.K = refGeom.FirstPoint.Z * -1;
}
else
{
if (m_CentriodPoint != null)
{
transVec.I = m_CentriodPoint.X * -1;
transVec.J = m_CentriodPoint.Y * -1;
transVec.K = m_CentriodPoint.Z * -1;
}
}
}
IGTMatrix tmpTMatrix = GTClassFactory.Create <IGTMatrix>();
tmpTMatrix = TranslationTransform(transVec);
inpGeom = (IGTPolygonGeometry)inpGeom.Multiply(inpGeom, tmpTMatrix);
// rotate the geometry to the angle of the
tmpTMatrix = GTClassFactory.Create <IGTMatrix>();
tmpTMatrix = RotateZTransform(dAngle, 'D');
inpGeom = (IGTPolygonGeometry)inpGeom.Multiply(inpGeom, tmpTMatrix);
transVec = transVec.NegateVector(transVec);
tmpTMatrix = GTClassFactory.Create <IGTMatrix>();
tmpTMatrix = TranslationTransform(transVec);
inpGeom = (IGTPolygonGeometry)inpGeom.Multiply(inpGeom, tmpTMatrix);
}
catch (Exception)
{
throw;
}
finally
{
}
}
//public string node1Structure
public bool ProcessSelectSet()
{
bool bReturnValue = false;
try
{
m_aSortedPoints = new CablePullPoint[1];
m_aSegments = new CablePullSegment[1];
IGTDDCKeyObjects oGTDCKeys = GTClassFactory.Create <IGTDDCKeyObjects>();
oGTDCKeys = m_Application.SelectedObjects.GetObjects();
relationshipService.DataContext = m_Application.DataContext;
int index = 0;
m_SelectedFID = oGTDCKeys[index].FID;
m_SelectedFNO = oGTDCKeys[index].FNO;
relationshipService.ActiveFeature = m_Application.DataContext.OpenFeature(m_SelectedFNO, m_SelectedFID);
if (relationshipService.ActiveFeature.Components.GetComponent(1).Recordset.Fields["FEATURE_STATE_C"].Value != null)
{
m_featureState = relationshipService.ActiveFeature.Components.GetComponent(1).Recordset.Fields["FEATURE_STATE_C"].Value.ToString();
}
if (relationshipService.ActiveFeature.Components.GetComponent(21).Recordset.RecordCount > 0)
{
relationshipService.ActiveFeature.Components.GetComponent(21).Recordset.MoveFirst();
m_CU = relationshipService.ActiveFeature.Components.GetComponent(21).Recordset.Fields["CU_C"].Value.ToString();
}
if (CommonDT.AllowCUEdit(relationshipService.ActiveFeature))
{
m_AllowCUEdit = true;
}
else
{
m_AllowCUEdit = false;
}
int ductBankFID = 0;
try
{
IGTKeyObjects relatedDuctKOs = relationshipService.GetRelatedFeatures(6);
if (relatedDuctKOs.Count > 0)
{
relationshipService.ActiveFeature = relatedDuctKOs[0];
IGTKeyObjects relatedFormationKOs = relationshipService.GetRelatedFeatures(6);
if (relatedFormationKOs.Count > 0)
{
relationshipService.ActiveFeature = relatedFormationKOs[0];
IGTKeyObjects relatedDuctBankKOs = relationshipService.GetRelatedFeatures(3);
if (relatedDuctBankKOs.Count > 0)
{
ductBankFID = relatedDuctBankKOs[0].FID;
relationshipService.ActiveFeature = relatedDuctBankKOs[0];
IGTKeyObjects structure1 = relationshipService.GetRelatedFeatures(122, GTRelationshipOrdinalConstants.gtrelRelationshipOrdinal1);
IGTKeyObjects structure2 = relationshipService.GetRelatedFeatures(122, GTRelationshipOrdinalConstants.gtrelRelationshipOrdinal2);
if (structure1.Count > 0)
{
IGTKeyObject thing = structure1[0];
thing.Components.GetComponent(1).Recordset.MoveFirst();
if (!thing.Components.GetComponent(1).Recordset.BOF&& !thing.Components.GetComponent(1).Recordset.EOF)
{
m_node1Stucture = thing.Components.GetComponent(1).Recordset.Fields["STRUCTURE_ID"].Value.ToString();
}
}
if (structure2.Count > 0)
{
IGTKeyObject thing = structure2[0];
thing.Components.GetComponent(1).Recordset.MoveFirst();
if (!thing.Components.GetComponent(1).Recordset.BOF&& !thing.Components.GetComponent(1).Recordset.EOF)
{
m_node2Stucture = thing.Components.GetComponent(1).Recordset.Fields["STRUCTURE_ID"].Value.ToString();
}
}
}
}
}
else
{
MessageBox.Show(m_Application.ApplicationWindow, ConstantsDT.ERROR_CPT_NO_RELATED_DUCTBANK, ConstantsDT.COMMAND_NAME_CABLE_PULL_TENSION, MessageBoxButtons.OK, MessageBoxIcon.Exclamation);
return(false);
}
}
catch
{
}
// Get the primary geographic and primary detail componentviews from metadata
// Get the selected object matching the primary geographic or primary detail componentviews in that order
Recordset metadataRS = m_Application.DataContext.MetadataRecordset("G3E_FEATURES_OPTABLE", "g3e_fno = " + ConstantsDT.FNO_DUCTBANK);
short primaryGeographicCNO = 0;
short primaryDetailCNO = 0;
if (metadataRS.RecordCount > 0)
{
if (!Convert.IsDBNull(metadataRS.Fields["G3E_PRIMARYGEOGRAPHICCNO"].Value))
{
primaryGeographicCNO = Convert.ToInt16(metadataRS.Fields["G3E_PRIMARYGEOGRAPHICCNO"].Value);
}
if (!Convert.IsDBNull(metadataRS.Fields["G3E_PRIMARYDETAILCNO"].Value))
{
primaryDetailCNO = Convert.ToInt16(metadataRS.Fields["G3E_PRIMARYDETAILCNO"].Value);
}
}
IGTDDCKeyObjects oDuctBankGTDCKeys = GTClassFactory.Create <IGTDDCKeyObjects>();
oDuctBankGTDCKeys = m_Application.DataContext.GetDDCKeyObjects(ConstantsDT.FNO_DUCTBANK, ductBankFID, GTComponentGeometryConstants.gtddcgAllPrimary);
metadataRS = m_Application.DataContext.MetadataRecordset("G3E_COMPONENTVIEWS_OPTABLE");
string filter = "(g3e_fno = " + ConstantsDT.FNO_DUCTBANK + " and g3e_cno = " + primaryGeographicCNO + ") or (g3e_fno = " + ConstantsDT.FNO_DUCTBANK + " and g3e_cno = " + primaryDetailCNO + ")";
metadataRS.Filter = filter;
if (metadataRS.RecordCount > 0)
{
metadataRS.Sort = "g3e_detail";
while (!metadataRS.EOF)
{
if (metadataRS.Fields["G3E_VIEW"].Value.ToString() == oDuctBankGTDCKeys[index].ComponentViewName)
{
//m_SelectedFID = oGTDCKeys[index].FID;
//m_SelectedFNO = oGTDCKeys[index].FNO;
break;
}
metadataRS.MoveNext();
index++;
}
IGTGeometry oGeometry = oDuctBankGTDCKeys[index].Geometry;
IGTPolylineGeometry oPolyLineGeom = GTClassFactory.Create <IGTPolylineGeometry>();
if (oGeometry.Type == GTGeometryTypeConstants.gtgtPolylineGeometry || oGeometry.Type == GTGeometryTypeConstants.gtgtLineGeometry)
{
// Geometry is okay to use as it is.
oPolyLineGeom = (IGTPolylineGeometry)oGeometry;
bReturnValue = true;
}
else if (oGeometry.Type == GTGeometryTypeConstants.gtgtCompositePolylineGeometry)
{
// Any arcs must be stroked to line segments
oPolyLineGeom = (IGTPolylineGeometry)oGeometry.Stroke();
bReturnValue = true;
}
else
{
// Invalid geometry type.
MessageBox.Show(m_Application.ApplicationWindow, ConstantsDT.ERROR_CPT_INVALID_GEOMETRY, ConstantsDT.COMMAND_NAME_CABLE_PULL_TENSION, MessageBoxButtons.OK, MessageBoxIcon.Exclamation);
bReturnValue = false;
}
if (bReturnValue)
{
// Store each point of the line in the feature's geometry
StoreLinePoints(oPolyLineGeom, m_SelectedFNO, m_SelectedFID);
//Compute the included angles for each set of three points in the sorted array
ComputeIncludedAngles();
//Build the arrays for the segments and bends that will comprise the pull
if (!BuildSegmentsAndBends())
{
bReturnValue = false;
}
}
}
else
{
MessageBox.Show(m_Application.ApplicationWindow, ConstantsDT.ERROR_CPT_INVALID_COMPONENT_SELECTED, ConstantsDT.COMMAND_NAME_CABLE_PULL_TENSION, MessageBoxButtons.OK, MessageBoxIcon.Exclamation);
bReturnValue = false;
}
}
catch (Exception e)
{
m_aSegments = new CablePullSegment[1];
m_aBends = new double[1];
m_aSortedPoints = new CablePullPoint[1];
}
return(bReturnValue);
}