The ABAQUS C++ API provides a set of utilities that allow a user to access certain commonly used functionality (such as strings, sequences (lists), and repositories) quickly and easily using a set of supported and maintained interfaces.
The following topics are covered:
The following interface classes are provided:
Strings
The odb_String object provides a convenient means of storing and passing strings. The odb_String object also provides a simple interface to append and modify the data stored in the string.
Sequences
An odb_Sequence class is a container used to hold an ordered list of objects of a specific type. Data can be appended and retrieved from the sequence.
The following odb_Sequence objects are provided to store integer, float, and enumeration data:
odb_SequenceInt
odb_SequenceFloat
odb_SequenceString
odb_SequenceInvariant
odb_SequenceElementFace
odb_SequenceSequenceFloat
odb_SequenceSequenceSequenceFloat
odb_SequenceSequenceInt
odb_SequenceSequenceElementFace
odb_SequenceNode
odb_SequenceElement
odb_SequenceFieldValue
odb_SequenceFrame
odb_SequenceSectionPoint
odb_SequenceLoadCase
odb_SequenceFieldOutput
Repositories
Repositories are provided to store objects retrieved by name. Both the repositories and the content of the repositories are created by the API; the user can only retrieve objects from repositories. Iterators are provided to navigate the repositories.
The following ABAQUS repositories are provided:
odb_PartRepository
odb_FieldOutputRepository
odb_SectionCategoryRepository
odb_HistoryRegionRepository
odb_SetRepository
odb_HistoryOutputRepository
odb_StepRepository
odb_InstanceRepository
The following examples demonstrate the utility interface for each of the utility interface classes discussed:
Strings
odb_String type = stressField.baseElementTypes()[0]; odb_String elementType = odb_String("Element type is ") + type; cout << elementType << endl;
Sequences
odb_Set& mySurface = rootAssy.surfaces()["TARGET"]; const odb_String instanceName = "PART-1-1"; const odb_SequenceElementFace allFaces = mySurface.faces(instanceName); odb_SequenceSequenceElementFace newFaces; int allFaces_size = allFaces.size(); for (int i=0; i<allFaces_size; i++) { const odb_SequenceElementFace fList = allFaces[i]; odb_SequenceElementFace newList; int fList_size = fList.size(); for (int j=0; j<fList_size; j++) { const odb_Enum::odb_ElementFaceEnum face = fList[j]; newList.append(face); } newFaces.append(newList); }
Repositories
odb_StepRepository stepCon = odb.steps(); odb_StepRepositoryIT iter (stepCon); for (iter.first(); !iter.isDone(); iter.next()) { cout << "step name : " << iter.currentKey() << endl; const odb_Step& step = iter.currentValue(); cout << "step description : " << step.description(); cout << endl; }