Sensor Cabinet Light,Motion Sensor Led Night Lights,Sensor Led Night Lights,Motion Sensor Cabinet Light JIANGMEN MOSCOT OPTOELECTRONIC TECHNOLOGY CO.,LTD. , https://www.sensorsled.com
SolidEdge offers advanced capabilities that allow it to function as a robust data server for ActiveX Automation applications. Its powerful data architecture and rich API enable developers to extend or integrate SolidEdge’s functionality into custom applications. ActiveX Automation, originally known as OLE technology, is a COM-based standard developed by Microsoft. It enables different applications to communicate and interact under the Windows operating system, allowing one application to control another and access its exposed data. This makes it possible for users to customize or automate SolidEdge operations using programming tools, adapting the software to meet diverse user needs.
There are several methods to leverage SolidEdge’s data structure:
1. The SolidEdge Software Development Kit (SDK) provides a comprehensive set of COM interfaces, enabling developers to create applications in VB or VC++ that either extend SolidEdge's features or integrate them into other systems.
2. Using OLE programming, users can customize and expand SolidEdge’s functionality. This approach allows full access to SolidEdge’s API, including OLE’s Data Model (DM) interface and automatically generated APIs. When querying SolidEdge data via the DM interface, the application can run independently as an out-of-process server.
3. Additional extension methods include using Add-Ins to host external software within SolidEdge, or employing kernel-like techniques to enhance its capabilities.
In SolidEdge, a PartDocument supports various model types. A model represents a single entity composed of a set of graphical features. Beyond the objects in the object hierarchy, the part document also includes methods and properties such as Sketches, SelectSets, AttributeQueries, Constructions, Properties, DocumentEvents, FamilyMembers, HighlightSets, SummaryInfo, and UnitsOfMeasure. In interactive modeling, the process begins with basic features, which are then used to build subsequent ones. Similarly, when automating feature creation, basic features like extrusions or rotations must be created first.
The hierarchical structure of feature objects in SolidEdge follows a clear pattern. Model objects can be created using the Add method in the Models collection. The first call to this method may also generate basic features. Subsequent features are added through the Features collection. Each feature is a child of the model, but the base feature itself belongs to a specific feature set (e.g., ExtrudedProtrusion or RevolvedProtrusion), not directly to the model. Thus, base features must be accessed through their respective sets rather than the model collection.
In the context of standard part 3D modeling, effective data management is crucial. When developing SolidEdge with VB, the system should be able to automatically retrieve standard data based on national specifications, reducing the need for manual lookup. Managing large volumes of standard data—such as multiple series and extensive libraries—can be complex. To address this, a database can be used to organize and query the design data efficiently. The system can logically determine the required standard type, access the corresponding library, and retrieve relevant records, streamlining the design process.