17 results about "Component object" patented technology

The invention discloses a dynamic hierarchical decoupling type three-dimensional model data construction method and device and a medium. The method comprises the steps that a three-dimensional model file is preprocessed; constructing a dynamic hierarchical structure of the three-dimensional model, and establishing a mapping relationship between each component object in the model and the hierarchy; the extracted part objects and attribute information thereof are stored according to a preset data structure, and a three-dimensional model database is constructed; according to the obtained model reconstruction sequence information, based on the three-dimensional model data obtained through retrieval, reconstruction is carried out step by step from the top level to the bottom level to obtain reconstructed three-dimensional model data. By optimizing the construction process, the management and processing efficiency of the three-dimensional model file is improved, the accuracy and reliability of the model can be enhanced, powerful technical support is provided for links such as engineering design, production and manufacturing, quality control and the like, and the overall working efficiency and data management capability are remarkably improved.

The invention relates to the technical field of constructional engineering quantity calculation, and discloses an engineering quantity statistical method and device based on component objects, which are used for improving the working efficiency of quantity calculation. The component object-based engineering quantity statistical method comprises the steps of constructing a BIM model based on a preset component library; component instances of the BIM model are extracted, mapping is carried out based on a component library, and a structured component data list is obtained; performing engineering quantity calculation based on the structured component data list to obtain an engineering quantity calculation result; and performing standardized export according to the project quantity calculation result to obtain a standardized project quantity list.

Methods, apparatuses, or computer program products provide for providing interaction vectors related to a component management system. An interaction vector data structure request for a component management system may be received from a client device. The interaction vector data structure request may include one or more interaction vector identifiers and one or more component identifiers. Additionally, metadata associated with the one or more component identifiers may be retrieved. The metadata may include respective component object identifiers for the one or more component identifiers. A component dependency work graph structure may be traversed based on the respective component object identifiers to generate one or more interaction vector data structures based on one or more dependencies between component object data associated with the respective component object identifiers. Furthermore, one or more interaction vector interface elements representative of the one or more interaction vector data structures may be transmitted to the client device.

The application provides an interactive component assembly module design method, a simulation software construction method and device, and the interactive component assembly module design method comprises the following steps: constructing a data structure class diagram describing the correlation relationship between a geometric component object and a component instance object; determining the method interface required to be provided by the object in the interactive diagram when the component instance object realizes the component assembly function based on the data structure class diagram, and designing an interactive component assembly module based on the interactive diagram and the method interface. The data structure class diagram and the interactive diagram provided by the application meet the cross-module data correlation requirements of the geometric modeling, component assembly and meshing and other modules in the finite element modeling process, realize the assembly function development based on the geometric component object, and effectively improve the expansibility and maintainability of the designed interactive component assembly module.

The embodiment of the invention provides a code development method and device, electronic equipment and a readable storage medium, and the method comprises the steps: in response to a code development request of any target user, creating a twin module corresponding to a to-be-arranged module indicated by the code development request for the target user; the twin module is only provided for a target user to perform code editing; according to a preset merging rule, performing merging processing on the at least two first editing operations generated by each target user in each twin module to obtain a target editing operation for the first component object; component objects of the at least two first editing operations are the same and are the first component objects; based on the target editing operation and the second editing operation, updating the to-be-arranged module to obtain a target module; the component objects of the second editing operations are not the first component objects, and the second component objects of the second editing operations are different. The code development efficiency is improved, the reliability and stability of code development are enhanced, and the data consistency and the code development quality are ensured.

A method for producing a multi-component object (100) comprising a first component (101) and a second component (102) assembled thereto, the method comprising: supplying the first component (101) to a loading station (S2) and supplying the second component (102) to the loading station (S2), and then assembling them to produce the multi-component object (100).

The embodiment of the application provides a component instance generation method and device, electronic equipment and computer storage medium, the method comprises the following steps: in response to starting a component in a host application, according to whether the operating system running the host application provides a component creation interface, two ways are used to generate a component object, a component instance is generated according to the component object, and the component instance is run in the host application. The first way is to set a custom implementation mode for the started component through the component creation interface, and the component object corresponding to the started component is created through the custom implementation mode. The second way is to obtain the loading process of the class of the started component, load the component class through the plug-in class loader to generate a component class instance, and create the component object corresponding to the started component according to the component class instance. The above two ways do not need to modify the underlying code of the operating system, and the compatibility and flexibility of dynamically loading the component are improved.

The application discloses a method and device for changing component states by visual data driving engine, wherein the method comprises the following steps: a data driving engine abstracts data objects into a dragable layer object, and presents the data objects in a user component layer tree in groups, and defines component layer tree model attributes for the data objects; when the data objects participate in binding between component objects, a json data object structure is defined; the data driving engine generates a corresponding event tree through a component object binding relationship recorded in the json data object structure, and completes interaction through a method defined in the component object for interacting with external component objects; and the data driving engine combines an event tree with an abstract syntax tree, and dynamically generates business codes. The method and device realize centralized management subscription, avoid single event binding, and can dynamically generate project source codes through engine compilation.

The invention particularly relates to a software instrument development method based on a Qt framework. The software instrument development method comprises the steps of obtaining instrument demand data; wherein the instrument demand data comprises at least one of an instrument application scene parameter, an in-instrument data monitoring demand parameter and an in-instrument data control demand parameter; determining a component object of the instrument according to the instrument demand data; wherein the component objects are used for being combined to form a custom software instrument; configuring a corresponding control component class according to the type of each component object; calling a parameter setting method corresponding to the control component class to carry out object setting on the control component class so as to realize a target display function; and calling a drawing function, and drawing each control component class to obtain the custom software instrument. According to the method, efficient development of the instrument can be realized, so that the self-defined instrument has good cross-platform performance.

The invention provides an interactive component assembly module design method and a simulation software construction method and device. The interactive component assembly module design method comprises the following steps: constructing a data structure class diagram for describing an association relationship between a geometric component object and a component instance object; based on the data structure class diagram, determining a method interface which is required to be provided by the object in the interaction diagram when the component instance object realizes a component assembling function, and designing an interactive component assembling module based on the interaction diagram and the method interface. The data structure class diagram and the interaction diagram provided by the invention meet the cross-module data association requirements of modules such as geometric modeling, component assembly and grid division in the finite element modeling process, assembly function development based on geometric component objects is realized, and the expansibility and maintainability of the designed interactive component assembly module are effectively improved.

The invention discloses an embedded user interface system, a design method and intelligent equipment, and the system comprises an application layer which is used for integrating an SFC source file at a source code level through a single file UI component, and is also used for compiling and packaging the SFC source file to obtain a JS byte code; a QuickJS engine is embedded in the runtime framework layer, and the runtime framework layer is used for analyzing and executing JS byte codes; the virtual data layer is used for converting the JS byte code into a virtual node tree through a specified programming language and generating a minimum UI updating instruction set through a differentiation algorithm; the graphics library rendering layer is used for generating a corresponding graphics library component object tree based on the minimum UI updating instruction set, completing drawing of an interface and controlling updating of a graphical user interface; and the operating system layer is used for providing an access mechanism for bottom-layer external equipment through the embedded system kernel, and is also used for receiving a user instruction to perform task scheduling and memory management.

The present invention relates to a method, system, electronic device and storage medium for integrating GIS data information into a BIM design platform, belonging to the field of BIM software design. It includes: creating a component class and component subclasses including a first component for managing the geometric information and attribute information of component objects and implementing operations on component objects; creating a layer class and layer subclasses for managing the geospatial data of layer objects; creating a layer component class inheriting from the component class, creating an object of the layer class or layer subclasses through the layer component class, and calling the corresponding interface method to implement the loading of GIS data; and operating on the loaded GIS data by calling the interface method of the first component through the object of the layer component class. This method realizes the operation on the loaded GIS data by calling the interface method of the first component through the object of the layer component class, and solves the problem that the GIS data loaded by the BIM design platform does not have the capabilities of capturing, placing, editing, etc.

Methods, apparatuses, or computer program products provide for providing interaction vectors related to a component management system. An interaction vector data structure request for a component management system may be received from a client device. The interaction vector data structure request may include one or more interaction vector identifiers and one or more component identifiers. Additionally, metadata associated with the one or more component identifiers may be retrieved. The metadata may include respective component object identifiers for the one or more component identifiers. A component dependency work graph structure may be traversed based on the respective component object identifiers to generate one or more interaction vector data structures based on one or more dependencies between component object data associated with the respective component object identifiers. Furthermore, one or more interaction vector interface elements representative of the one or more interaction vector data structures may be transmitted to the client device.

The application discloses a component linkage system, and belongs to the technical field of computers. The system provides a displayable and programmable programming interface on a terminal device display screen, for users to perform component linkage operation by themselves. The system comprises a condition component, a variety of selectable condition objects in the condition component are provided for action conditions in component interconnection operation; an event component, a variety of selectable result objects in the event component are provided for executed actions in component interconnection operation; and a result component, after the condition objects and the result objects are programmed by the user, linkage relations are established between the condition objects and the result objects, one or more events are formed, and when the action conditions of the condition component are met, the executed actions of the result component are executed. The component linkage system provided by the application provides a programming interface which is easy to understand and program for the user, the user can customize linkage relations between various component objects in the programming interface, programming setting of conditions and results is facilitated, and operability of the system is improved.

This invention discloses an automatic tool space detection method and apparatus developed using NX secondary development. The automatic tool space detection method includes: inputting a BOP (Browser Object Structure) structure tree and extracting BOP structure information as input; automatically filtering tool and component objects and excluding irrelevant information, and recreating the BOP based on the filtering results; loading data; calculating the distance between components and completed assemblies; loading standard parts as assembly objects, reading entity and / or sheet data within the assembly, and determining the model of the standard parts; loading assemblies and peripheral parts for the process according to the model; and outputting the detection results. The beneficial effects of this invention are: utilizing automated software to achieve rapid initial tool space inspection, and allowing manual confirmation of NG (Not From Good) items under software guidance, greatly reducing missed inspections and repetitive operations. In practical applications, this can achieve an efficiency improvement of over 80%, while also providing a high degree of automation, reducing the CAD skill requirements for users.

This invention discloses a dynamic hierarchical decoupled 3D model data construction method, device, and medium, comprising: 3D model file preprocessing; constructing a dynamic hierarchical structure of the 3D model and establishing a mapping relationship between each component object in the model and the hierarchy; storing the extracted part objects and their attribute information according to a preset data structure to construct a 3D model database; and reconstructing the reconstructed 3D model data by rebuilding from the top level down based on the retrieved 3D model data according to the obtained model reconstruction sequence information. This invention, by optimizing the construction process, not only improves the management and processing efficiency of 3D model files but also enhances the accuracy and reliability of the model, providing strong technical support for engineering design, manufacturing, and quality control, and significantly improving overall work efficiency and data management capabilities.