ODA Mechanical SDK works with symbol libraries, which allow you to save frequently used symbols in a library and insert them in a drawing with preconfigured values. In addition to adding and removing symbols from a library, you can also edit and rename symbols. You can also set a symbol library as the default.
The following symbols support a symbol library:
To access the symbol libraries, use the following global functions (listed in the order of the symbols above):
include "AmdtEdgeLibrary.h"
bool getAcmEdgeLibrary(OdDbObjectId& libId, OdDbDatabase* pDb, bool bCreateIfNotExist = true);
include "AmdtFCFLibrary.h"
bool getAcmFCFLibrary(OdDbObjectId& libId, OdDbDatabase* pDb, bool bCreateIfNotExist = true);
include "AmdtSurfTextLibrary.h"
bool getAcmSurfaceTextureLibrary(OdDbObjectId& libId, OdDbDatabase* pDb, bool bCreateIfNotExist = true);
include "AmdtWeldingLibrary.h"
bool getAcmWeldingLibrary(OdDbObjectId& libId, OdDbDatabase* pDb, bool bCreateIfNotExist = true);
Where:
libId
— Object ID of the symbol library to be returned
if successful.
pDb
— Pointer to a database.bCreateIfNotExist
— If this flag is true, the symbol library
is created if it does not exist.
Example of creating a new library object based on a feature control frame:
OdDbDatabasePtr pDb = ... // get the database
OdDbObjectId libId;
// find and get the ID of the library
if (!getAcmFCFLibrary(libId, pDb, true))
return;
AmdtFCFLibraryPtr pFCFLib = AmdtFCFLibrary::cast(libId.openObject(OdDb::kForWrite));
if (pFCFLib.isNull())
return;
// create and initialize an AcmFCF symbol for saving it to the library as a template
AcmFCFPtr pFCF = AcmFCF::createObject();
pFCF->setSymbolDefaults(pDb);
pFCF->setAllAround(true);
pFCF->setSymbol(Acm::kProfileLine);
pFCF->setSymbol2(Acm::kStraightness);
// add a new item to the library
OdDbObjectId itemId;
pFCFLib->appendItem(L"FCFSymbTemplate", pFCF, itemId, true);
Example of creating a new library object in an alternative way:
AmdtFCFLibraryPtr pFCFLib = ... // get the library as in previous code example
// create and initialize an AcmFCF symbol for saving it to the library as a template
AcmFCFPtr pFCF = AcmFCF::createObject();
pFCF->setSymbolDefaults(pDb);
pFCF->setAllAround(true);
pFCF->setSymbol(Acm::kCylindricity);
pFCF->setValue(Acm::FCFProjectedZone, L"projectedZone");
// create and initialize AmdtFCFLibObject using settings from AcmFCF
AmdtFCFLibObjectPtr pFCFLibObj = AmdtFCFLibObject::createObject();
pFCFLibObj->set(pFCF->subSymbol(), L"FCFSymbTemplate2", L"ISO", L"AcmFCFStdISO");
// add a new item to the library
OdDbObjectId itemId;
pFCFLib->appendItem(pFCFLibObj, itemId, false);
pFCFLib->appendItem(L"FCFSymbTemplate", pFCF, itemId, true);
Example of updating a symbol library object:
AmdtFCFLibraryPtr pFCFLib = ... // get the library as in previous code example
// find symbol
OdDbObjectId libObjId;
if (!pFCFLib->find(L"FCFSymbTemplate", L"ISO", L"AcmFCFStdISO", libObjId, false))
return;
AmdtFCFLibObjectPtr pFCFLibObj = AmdtFCFLibObject::cast(libObjId.openObject(OdDb::kForWrite));
if (pFCFLibObj.isNull())
return;
// create a new AcmFCF for updating the symbol library object
AcmFCFPtr pFCF2 = AcmFCF::createObject();
pFCF2->setSymbolDefaults(pDb);
pFCF2->setAllAround(false);
pFCF2->setSymbol(Acm::kCircularity);
// update the symbol library object
pFCFLibObj->setObject(pFCF2->subSymbol());
Example of creating an AcmFCF symbol based on a library object:
OdDbObjectId libObjId = ... // get the library object ID as in previous code example
AmdtFCFLibObjectPtr pFCFLibObj = AmdtFCFLibObject::cast(libObjId.openObject(OdDb::kForWrite));
if (pFCFLibObj.isNull())
return;
// create a new AcmFCF symbol
AcmFCFPtr pFCF = AcmFCF::createObject();
pFCF->setSymbolDefaults(pDb);
// load template settings
pFCFLib->loadItem(L"FCFSymbTemplate", pFCF);
Example of setting a symbol library as the default:
AmdtFCFLibraryPtr pFCFLib = .. // get the library as in the first code example
pFCFLib->setIsDefaultItem(L"FCFSymbTemplate", L"ISO", L"AcmFCFStdISO", true);
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