Expanding SolidEdge Capabilities SolidEdge provides a powerful data architecture that allows SolidEdge to act as a data server for ActiveXAu-tomation applications. It provides a rich application development interface that can fully extend SolidEdge functionality or integrate SolidEdge functionality into client applications. in. ActivexAutomation is a COM-based technology standard proposed by Microsoft Corporation. It was formerly called OLE technology. Its purpose is to coordinate different applications under the unified management of Windows system, allowing applications to communicate with each other and control each other. Each application can determine which information is exposed and the exposed information can be manipulated by other programs. So using the programming tools to enable users to quickly customize or automatically operate SolidEdge by using ActiveXAutomation technology, so that SolidEdge can adapt to different functional needs of users. According to the method of developing an application, there are several ways to use the data structure of SolidEdge.
(1) The SolidEdge Software Development Kit provides a range of COM interfaces that allow applications to be developed in VB or VC++ to extend SolidEdge functionality or integrate SolidEdge functionality into applications.
(2) Using OLE programming operations, customize and extend the SolidEdge function when needed. At this point, you can use all of SolidEdge's API interfaces, including OLE's DM interface and automatically programmed APIs. When using OLE's DM interface to query SolidEdge data in a process, SolidEdge can be executed out-of-process as a separately executed program.
(3) Other extended SolidEdge methods: including the use of AddIn to use SolidEdge as an application container, add other software to the application, use a kernel-like method, etc. to extend the SolidEdge function.
It can be seen that the PartDocument supports Model Models. In SolidEdge, a model is a set of graphics that contains a set of features to form a single entity. In addition to the objects in the object hierarchy described above, the part document also supports methods and properties such as Sketches, SelectSet, AttributeQuery, Con-structions, Properties, DocumentEvents, Fam-ilyMembers, Hightlightsets, SummaryInfo, U-nitsOfMeasure, and so on. In interactive modeling, the definition of the model is completed by starting with the basic features and then creating subsequent features based on them. When programming automatically creates features, the same workflow is followed, and basic features must be created by stretching or rotating.
The hierarchy of SolidEdge's hierarchical feature objects is as follows: Hierarchy of feature objects Model objects can be created using the add method in Models. The first time you use the add method in the model set, you can also create basics. Features, while using the add method of the feature set (Features) can create subsequent features. The model object is the parent of each feature in part 1. The features of the part can be accessed through the model object. It should be noted that although the add method used to create the feature belongs to the model collection object, the basic feature itself does not belong to the model object, but is a member of the feature set. For example, the stretch basic feature is a member of the ExtrudedPro-trusion set, and the basic feature of the swivel stretch is a member of the Revolved Protrusion set, so the base feature can only be accessed through the corresponding feature set, and it cannot be accessed from the model collection.
Standard parts 3D modeling research Standard part data management When using VB for the secondary development of SolidEdge, the standard part modeling needs to call the national standards and specifications, the program should be able to automatically find its standard data, to reduce the trouble for designers to find design manuals. . However, for a certain standard, data management and query are relatively more important and more difficult to implement due to the large number of series and large data. To do this, the database can be used to manage the data in the design manual. When the system makes a logical judgment, it only needs to query the corresponding standard library name according to the standard type, and then access the relevant standard library, query the records that meet the conditions, select the drawing field, and complete the query of the standard data.
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