public void MouseClick(Intergraph.GTechnology.API.IGTMapWindow MapWindow, Intergraph.GTechnology.API.IGTPoint UserPoint, int Button, int ShiftState, Intergraph.GTechnology.API.IGTDDCKeyObjects LocatedObjects, Intergraph.GTechnology.API.IGTPlacementTechniqueEventMode EventMode)
{
try
{
string ownerFeatureName = m_ActiveMapWindow.DetailID == 0 ? "Pad" : "Vault";
if (0 == LocatedObjects.Count)
{
// If there are no linear objects in the collection, then there is nothing to use to create
// the new geometry. Beep to notify the user and display a message in the status bar.
System.Console.Beep();
m_GTApplication.SetStatusBarText(GTStatusPanelConstants.gtaspcMessage, "There is no existing " + ownerFeatureName + " symbol feature to Own the Primary switch gear which is to be placed adjacent to it.");
}
else
{
if (1 == LocatedObjects.Count && ((LocatedObjects[0].FNO == 108 && LocatedObjects[0].ComponentViewName == "V_PAD_S" && m_ActiveMapWindow.DetailID == 0) || (LocatedObjects[0].FNO == 117 && LocatedObjects[0].ComponentViewName == "V_VAULT_DP" && m_GTApplication.ActiveMapWindow.DetailID != 0)))
{
// There is exactly 1 linear object in the collection, so use it to creat the new geometry.
this.PlacePrimarySwitchGear(LocatedObjects[0]);
MapWindow.HighlightedObjects.Clear();
}
else
{
m_GTApplication.SetStatusBarText(GTStatusPanelConstants.gtaspcMessage, "Please identify only " + ownerFeatureName + " symbol feature to Own the Primary switch gear which is to be placed adjacent to it.");
}
}
}
catch (Exception ex)
{
MessageBox.Show(ex.Message);
}
}
public virtual void MouseMove(IGTMapWindow MapWindow, Intergraph.GTechnology.API.IGTPoint UserPoint, int ShiftState, Intergraph.GTechnology.API.IGTDDCKeyObjects LocatedObjects, Intergraph.GTechnology.API.IGTPlacementTechniqueEventMode EventMode)
{
if (!bSilent)
{
if (m_PTHelper != null)
{
m_PTHelper.MouseMove(UserPoint, ShiftState);
}
if (m_gtApplication != null)
{
m_gtApplication.SetStatusBarText(GTStatusPanelConstants.gtaspcMessage, "Please click on related Primary Conductor feature.");
}
}
}
public virtual void MouseDblClick(IGTMapWindow MapWindow, Intergraph.GTechnology.API.IGTPoint UserPoint, int ShiftState, Intergraph.GTechnology.API.IGTDDCKeyObjects LocatedObjects)
{
try
{
if (!bSilent)
{
if (m_PTHelper != null)
{
m_PTHelper.MouseDblClick(UserPoint, ShiftState);
}
}
}
catch
{
throw;
}
}
public void MouseMove(Intergraph.GTechnology.API.IGTMapWindow MapWindow, Intergraph.GTechnology.API.IGTPoint UserPoint, int ShiftState, Intergraph.GTechnology.API.IGTDDCKeyObjects LocatedObjects, Intergraph.GTechnology.API.IGTPlacementTechniqueEventMode EventMode)
{
}
public virtual void MouseClick(Intergraph.GTechnology.API.IGTMapWindow MapWindow, Intergraph.GTechnology.API.IGTPoint UserPoint, int Button, int ShiftState, Intergraph.GTechnology.API.IGTDDCKeyObjects LocatedObjects, Intergraph.GTechnology.API.IGTPlacementTechniqueEventMode EventMode)
{
if (!bSilent)
{
if (m_PTHelper != null)
{
m_PTHelper.MouseClick(UserPoint, Button, ShiftState);
}
}
}
public override void MouseClick(IGTMapWindow MapWindow, Intergraph.GTechnology.API.IGTPoint UserPoint, int Button, int ShiftState, Intergraph.GTechnology.API.IGTDDCKeyObjects LocatedObjects, Intergraph.GTechnology.API.IGTPlacementTechniqueEventMode EventMode)
{
try
{
if (!bSilent)
{
bool pointSelected = false;
bool lineSelected = false;
IGTPoint m_gtOrientedPoint = null;
//verify if the located object is point feature
for (int i = 0; i < LocatedObjects.Count; i++)
{
if (LocatedObjects[i].Geometry.Type == "OrientedPointGeometry")
{
pointSelected = true;
break;
}
else
{
for (int indx = 0; indx < linearFNOs.Count; indx++)
{
if (linearFNOs[indx] == LocatedObjects[i].FNO)
{
if (!lineSelected)
{
//Get point and angle of the located linear feature
m_gtOrientedPoint = GetPointAndAngle(LocatedObjects[i].Geometry, UserPoint);
lineSelected = true;
//Add Property "LinearFno" to Session to hold value located Linear fno and used by ByPassSPT Placement Technique
//ByPassSPT Placement Technique get located Linear Fno
AddProperty("LinearFno", linearFNOs[indx]);
break;
}
}
}
}
}
if ((!pointSelected) && (m_gtOrientedPoint != null))
{
pointSelected = true;
m_GComp.Geometry.FirstPoint.X = m_gtOrientedPoint.X;
m_GComp.Geometry.FirstPoint.Y = m_gtOrientedPoint.Y;
m_gtPointGeometry = (IGTOrientedPointGeometry)m_GComp.Geometry;
m_gtPointGeometry.Origin = m_gtOrientedPoint;
//set the orientation of the point feature same as located linear feature
m_gtPointGeometry.Orientation = VectorByAngle(ang);
m_PTHelper.SetGeometry(m_gtPointGeometry);
m_PTHelper.EndPlacement();
flag = true;
}
else
{
MessageBox.Show("Please click on related Primary Conductor feature.", "G/Technology", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
}
}
catch (Exception ex)
{
MessageBox.Show("Please click on related Primary Conductor feature. \n" + ex.Message, "G/Technology", MessageBoxButtons.OK, MessageBoxIcon.Error);
AbortPlacement();
}
finally
{
if (flag)
{
Exitcommand();
}
}
}