I've written some code to add fixed workplanes in an assembly, offset from one of the std workplanes of that assembly.
At the end of the function I change the name of the workplane, I can see the name change in the browser, but not in the 3D View. And when I get the name in the code just to check I correctly get the newly changed name.
Is this a bug or am I doing something wrong? Here is the code:
bool AddFixedWorkPlaneInAsm (CComPtr<AssemblyComponentDefinition>& pAsmCompDef, // where the plane will be added
const int ikPlaneIdx, // Which of the standard planes to base the new one on
const double kOffsetMm, // Offset,
const wchar_t* const pszPlaneName) // Name of the newly created plane
{
gLogger.Printf (ekLogMsg,L"AFWPIA %d <%s> starting",ikPlaneIdx,pszPlaneName) ;
// Get WorkPlanes
CComPtr<WorkPlanes> pWorkPlanes ;
HRESULT hRes = pAsmCompDef->get_WorkPlanes(&pWorkPlanes);
if (FAILED(hRes)) {
ShowCOMError (hRes,L"AFWPIA, get_WorkPlanes failed") ;
return false ;
}
// Get hold of one of the WorkPlanes. Valid indices are 1 2 3 for standard workplanes
CComPtr<WorkPlane> pAsmStdWorkPlane ;
hRes = pWorkPlanes->get_Item(CComVariant(ikPlaneIdx),&pAsmStdWorkPlane);
if (FAILED(hRes) || (pAsmStdWorkPlane==nullptr)) {
ShowCOMError (hRes,L"AFWPIA, get_Item (workplane %d) failed",ikPlaneIdx) ;
return false ;
}
// Get the standard plane to use as a base for the offset plane
PlanePtr ThePlane = pAsmStdWorkPlane->GetPlane() ;
PointPtr StdPlaneOrigin = ThePlane->RootPoint ;
CComPtr<TransientGeometry> pTransGeo = GetTransGeomPtr () ;
// Internally Inventor always uses cm, so convert...
const double kOffsetInCm = kOffsetMm/10.0 ;
CComPtr<Point> pOrigin ;
hRes = pTransGeom->CreatePoint (StdPlaneOrigin->X,StdPlaneOrigin->Y,StdPlaneOrigin->Z,&pOrigin);
if (FAILED(hRes) || (pOrigin == nullptr)) {
ShowCOMError (hRes,L"AFWPIA, could not create origin point") ;
return false ;
}
CComPtr<UnitVector> uVector;
CComPtr<UnitVector> vVector;
switch (ikPlaneIdx) {
case gikXYPlaneIndex :
pTransGeo->CreateUnitVector (1.0, 0.0, 0.0, &uVector) ;
pTransGeo->CreateUnitVector (0.0, 1.0, 0.0, &vVector) ;
pOrigin->PutZ (kOffsetInCm) ;
break ;
case gikXZPlaneIndex :
pTransGeo->CreateUnitVector (1.0, 0.0, 0.0, &uVector) ;
pTransGeo->CreateUnitVector (0.0, 0.0, 1.0, &vVector) ;
pOrigin->PutY (kOffsetInCm) ;
break ;
case gikYZPlaneIndex :
pTransGeo->CreateUnitVector (0.0, 1.0, 0.0, &uVector) ;
pTransGeo->CreateUnitVector (0.0, 0.0, 1.0, &vVector) ;
pOrigin->PutX (kOffsetInCm) ;
break ;
default :
gLogger.Printf (ekErrMsg,L"AFWPIA unhandled index:%d", ikPlaneIdx) ;
// Do something anyway...
pTransGeo->CreateUnitVector (1.0, 0.0, 0.0, &uVector) ;
pTransGeo->CreateUnitVector (0.0, 1.0, 0.0, &vVector) ;
pOrigin->PutZ (kOffsetInCm) ;
break ;
}
CComPtr<WorkPlane> pOffsetWorkPlane;
hRes = pWorkPlanes->AddFixed(pOrigin,uVector,vVector, VARIANT_FALSE,&pOffsetWorkPlane);
if (FAILED(hRes) || pOffsetWorkPlane == nullptr) {
ShowCOMError (hRes,L"AFWPIA, Could not AddFixed plane %d",ikPlaneIdx) ;
return false ;
}
CComBSTR bstrName = CString (pszPlaneName) ;
hRes = pOffsetWorkPlane->put_Name (bstrName) ;
if (FAILED(hRes)) {
ShowCOMError (hRes,L"AFWPIA, Could not set plane name") ;
return false ;
}
CComBSTR bstrNameTest ;
pOffsetWorkPlane->get_Name (&bstrNameTest) ;
gLogger.Printf (ekLogMsg,L"AFWPIA <%s> <%s> ending ok",pszPlaneName,(LPWSTR)bstrNameTest) ;
return true ;
}
Follow pszPlaneName in the code above to see what I do...
