bool CreateObject (LONG &rlONr, ULONG lIdent, long sta[],
long mi[], long lgi, double gxi[], double gyi[])
{
HPROJECT hPr = DEX_GetDataSourceHandle();
_ASSERTE(NULL != hPr);
if (sta[0] == K_OBJEKT)
return r_flag ? CreateKomplexObject (hPr, rlONr, lIdent, mi) : true;
// Objekt erzeugen oder wiederfinden, Geometrie schreiben
long lONr = 0L;
char *pUIdent = NULL;
TX_ASSERT(!(g_fAbglGeom && g_fAbglAttr)); // nie gleichzeitig Attribs und Geometrie abgleichen!
if (!m_flag || g_fAbglOks || g_fAbglGeom || g_fAbglAttr || 0 != g_ulOksToAttr) {
// versuchen über GUID zu finden
if ('\0' != guid[0]) {
OBJECTGUID OUID;
INITSTRUCT (OUID, OBJECTGUID);
if (SUCCEEDED(CLSIDFromString (WideString(guid), &OUID.guid))) {
if (SUCCEEDED(DEX_FindObjectFromGuid (OUID)))
lONr = OUID.lONr;
}
}
// versuchen, über Unique Ident zu finden
if (0 == lONr && RetrieveText (g_ulUniqueId, mi, &pUIdent, false, !g_fImportObj) > 0)
lONr = FindObject (g_ulUniqueId, pUIdent);
}
DELETE_OBJ(pUIdent);
TEXTGEOMETRIEEX TG;
OBJGEOMETRIE *pOG = (OBJGEOMETRIE *)&TG;
ULONG lIgnore = 0L;
int iFlags = OGForceGeometry|OGNoMemoryObject|OGConverted;
bool fRet = true;
if (0 == lONr) { // nicht wiedergefunden
// Objekt neu erzeugen
iFlags |= OGNewObject;
fRet = ImportGeometry (hPr, pOG, sta, lIdent, gxi, gyi, iFlags, rlONr, lIgnore);
} else {
// Abgleich durchführen
if (g_fAbglGeom) {
// Geometrie abgleichen
iFlags |= OGModObject;
fRet = ImportGeometry (hPr, pOG, sta, lIdent, gxi, gyi, iFlags, rlONr, lIgnore);
} else {
// bisherigen Oks wegschreiben
if (0 != g_ulOksToAttr) {
long lOldIdent = DEX_GetObjIdent(lONr);
char cbOKS[MAX_OKS_LENX+1];
if (S_OK == ClassFromIdentX (lOldIdent, cbOKS))
WriteTextMerkmal (lONr, (ULONG)g_ulOksToAttr, cbOKS, strlen(cbOKS));
}
// Oks abgleichen
if (g_fAbglOks) {
if (0 == g_ulOksFromAttr) {
// Oks vom EingabeOks nehmen
MODOBJIDENT MOI;
INITSTRUCT(MOI, MODOBJIDENT);
MOI.lONr = lONr;
MOI.lNewIdent = lIdent;
MOI.iMode = GetMOIMode (sta);
DEX_ModObjectIdent(MOI);
} else {
// Oks aus EingabeAttribut verwenden
char *pOks = NULL;
if (RetrieveText (g_ulOksFromAttr, mi, &pOks, false, !g_fImportObj) > 0) {
// Ident über Oks besorgen
long lNewIdent = 0;
HRESULT hr = IdentFromClassX (hPr, pOks, (ULONG *)&lNewIdent);
if (S_FALSE == hr) {
ErrCode RC = IdentIsDefined(lNewIdent);
if (RC != EC_OKAY && !DEX_isIdentUsedEx(hPr, lNewIdent))
// neu erzeugen, wenn keine Objekte mit diesem Ident existieren
hr = IdentFromClassX (hPr, pOks, (ULONG *)&lNewIdent, true);
}
if (0 != lNewIdent) {
// jetzt Ident modifizieren
MODOBJIDENT MOI;
INITSTRUCT(MOI, MODOBJIDENT);
MOI.lONr = lONr;
MOI.lNewIdent = lNewIdent;
MOI.iMode = GetMOIMode (sta);
DEX_ModObjectIdent(MOI);
lIdent = lNewIdent;
}
}
DELETE_OBJ(pOks);
}
}
// evtl. doch noch neues Objekt erzeugen
if (g_fImportObj) {
iFlags |= OGNewObject;
fRet = ImportGeometry (hPr, pOG, sta, lIdent, gxi, gyi, iFlags, rlONr, lIgnore);
} else
rlONr = lONr;
}
}
if (!fRet) {
if (0 == pOG -> lONr) {
g_lNotImported++;
return false;
} else {
if (pOG -> iFlags & OGObjectHasGeometryErrors)
g_lWithErrors++; // mit Fehlern importiert
}
}
CountObjects (sta[1]); // Objekte zählen
// Merkmale erzeugen
if (m_flag || g_fAbglAttr)
return CreateFeatures (rlONr, mi, lIdent, lIgnore);
return true;
}
void QCSXCAD::BuildToolBar()
{
QToolBar *mainTB = addToolBar(tr("General"));
mainTB->setObjectName("General_ToolBar");
QSize TBIconSize(16,16);
mainTB->setIconSize(TBIconSize);
if (QCSX_Settings.GetEdit())
mainTB->addAction(QIcon(":/images/filenew.png"),tr("New"),this,SLOT(New()));
if (QCSX_Settings.GetEdit())
mainTB->addAction(QIcon(":/images/down.png"),tr("Import"),this,SLOT(ImportGeometry()));
mainTB->addAction(QIcon(":/images/up.png"),tr("Export"),this,SLOT(ExportGeometry()));
QToolBar *ItemTB = addToolBar(tr("Item View"));
ItemTB->setIconSize(TBIconSize);
ItemTB->setObjectName("Item_View_ToolBar");
ItemTB->addAction(tr("CollapseAll"),CSTree,SLOT(collapseAll()));
ItemTB->addAction(tr("ExpandAll"),CSTree,SLOT(expandAll()));
ItemTB->addAction(QIcon(":/images/bulb.png"),tr("ShowAll"),this,SLOT(ShowAll()));
ItemTB->addAction(QIcon(":/images/bulb_off.png"),tr("HideAll"),this,SLOT(HideAll()));
QToolBar *newObjct = NULL;
QAction* newAct = NULL;
if (QCSX_Settings.GetEdit())
{
newObjct = addToolBar(tr("add new Primitive"));
newObjct->setObjectName("New_Primitive_ToolBar");
newAct = newObjct->addAction(tr("Box"),this,SLOT(NewBox()));
newAct->setToolTip(tr("add new Box"));
newAct = newObjct->addAction(tr("MultiBox"),this,SLOT(NewMultiBox()));
newAct->setToolTip(tr("add new Multi-Box"));
newAct = newObjct->addAction(tr("Sphere"),this,SLOT(NewSphere()));
newAct->setToolTip(tr("add new Sphere"));
newAct = newObjct->addAction(tr("Cylinder"),this,SLOT(NewCylinder()));
newAct->setToolTip(tr("add new Cylinder"));
newAct = newObjct->addAction(tr("Polygon"),this,SLOT(NewPolygon()));
newAct->setToolTip(tr("add new Polygon"));
newAct = newObjct->addAction(tr("User Defined"),this,SLOT(NewUserDefined()));
newAct->setToolTip(tr("add new User Definied Primitive"));
newObjct = addToolBar(tr("add new Property"));
newObjct->setObjectName("New_Property_ToolBar");
newAct = newObjct->addAction(tr("Material"),this,SLOT(NewMaterial()));
newAct->setToolTip(tr("add new Material-Property"));
newAct = newObjct->addAction(tr("Metal"),this,SLOT(NewMetal()));
newAct->setToolTip(tr("add new Metal-Property"));
newAct = newObjct->addAction(tr("Excitation"),this,SLOT(NewExcitation()));
newAct->setToolTip(tr("add new Excitation-Property"));
newAct = newObjct->addAction(tr("ProbeBox"),this,SLOT(NewChargeBox()));
newAct->setToolTip(tr("add new Probe-Box-Property"));
newAct = newObjct->addAction(tr("ResBox"),this,SLOT(NewResBox()));
newAct->setToolTip(tr("add new Res-Box-Property"));
newAct = newObjct->addAction(tr("DumpBox"),this,SLOT(NewDumpBox()));
newAct->setToolTip(tr("add new Dump-Box-Property"));
}
newObjct = addToolBar(tr("Zoom"));
newObjct->setIconSize(TBIconSize);
newObjct->setObjectName("Zoom_ToolBar");
newAct = newObjct->addAction(QIcon(":/images/viewmagfit.png"),tr("Zoom fit"),this,SLOT(BestView()));
newAct->setToolTip("Zoom to best fit all objects");
viewPlane[0] = newObjct->addAction(GridEditor->GetNormName(0),this,SLOT(setYZ()));
viewPlane[0]->setToolTip(tr("Switch to y-z-plane view (x-normal)"));
viewPlane[1] = newObjct->addAction(GridEditor->GetNormName(1),this,SLOT(setZX()));
viewPlane[1]->setToolTip(tr("Switch to z-x-plane view (y-normal)"));
viewPlane[2] = newObjct->addAction(GridEditor->GetNormName(2),this,SLOT(setXY()));
viewPlane[2]->setToolTip(tr("Switch to x-y-plane view (z-normal)"));
addToolBarBreak();
QActionGroup* ActViewGrp = new QActionGroup(this);
newAct = newObjct->addAction(tr("2D"),this,SLOT(View2D()));
newAct->setToolTip(tr("Switch to 2D view mode"));
ActViewGrp->addAction(newAct);
newAct->setCheckable(true);
newAct = newObjct->addAction(tr("3D"),this,SLOT(View3D()));
newAct->setToolTip(tr("Switch to 3D view mode"));
ActViewGrp->addAction(newAct);
newAct->setCheckable(true);
m_PPview = newObjct->addAction(tr("PP"));
m_PPview->setToolTip(tr("Toggle parallel projection view mode"));
QObject::connect(m_PPview,SIGNAL(toggled(bool)),this,SLOT(SetParallelProjection(bool)));
m_PPview->setCheckable(true);
if (QCSX_Settings.GetEdit())
addToolBar(GridEditor->BuildToolbar());
}
