6 results about "External reference" patented technology

The application belongs to the technical field of UML model fragment reuse, and relates to a UML model fragment reuse method, which filters out non-packable elements and external reference elements according to UML elements selected or input in other manners, recursively queries reference elements associated with valid packable elements, and completely collects all elements required to express a UML model fragment, thereby solving the core problems that the prior art cannot completely process associated metadata and reference relationships and cannot reuse UML model fragments across scenes. In addition, the UML model fragment template created is stored in an EMF resource, and relies on the standardized storage characteristics of EMF, so that the template can be conveniently managed and called across projects, and is compatible with other modeling tools. Finally, the UML model fragment is conveniently reused, and modeling efficiency, model quality and maintainability are significantly improved.

The application discloses a kind of electronic file control method, device, electronic equipment and medium, the method includes: in response to the configuration file of header or footer contained in the decompression content of electronic file, write tracking interface link in the configuration file of header or footer, and the access mode of the tracking interface link is modified to allow external reference;The decompression content after writing the tracking interface link is compressed, and the target electronic file is obtained;According to the access information of the tracking interface link received, the target electronic file is tracked.The technical scheme of the application, by writing tracking interface link in the configuration file of header or footer in the electronic file after decompression, once electronic file is triggered, access information to the tracking interface link can be obtained, so as to track electronic file according to the access information, improve the efficiency of file tracking and tracing, and user is not perceived, with universality.

The invention belongs to the technical field of software communication, and relates to an SCA model automatic migration method and terminal.The complete structure information of a to-be-migrated old version model is automatically loaded and analyzed through a model analyzer, then elements are automatically replaced by a mapping engine according to a preset mapping rule, a dependency relationship is rebuilt, and external reference is recorded; the method comprises the following steps of: firstly, distributing unique identifiers for new and old version models and recording change information through a version controller to realize visual tracking of change content, time and range, and finally, sequentially executing new version SCA grammar rule verification and UML grammar semantic verification through a verifier after the models are generated, so as to realize visual tracking of the change content, time and range. According to the method, the compatibility problem is found and fed back in time, a large amount of subsequent debugging work caused by lack of systematic verification in a traditional method is avoided, automation, process and standardization of SCA model migration are integrally achieved, migration efficiency and reliability are remarkably improved, and meanwhile version management experience is optimized.

The invention discloses a digital human editing agent based on artificial intelligence. The digital human editing agent comprises an area anchoring module; a geometric completion module; a texture completion module; a style constraint module; a fusion optimization module; and an AI control unit. According to the digital human editing agent based on artificial intelligence, local accurate processing is achieved, and efficiency and original feature reservation are both considered; the style unification precision is high, and external reference dependence is avoided; the complementation precision is controllable, and the physical and structural consistency is good; the method is low in computing power and high in adaptability, and supports real-time interaction; the seamless fusion effect is good, and the visual integrity is high; the method is high in practicability and flexibility, and adapts to a multi-scene low-quality model.

This invention discloses a startup optimization method for a domestic operating system based on a dynamic loading mechanism, comprising the following steps: module-level trimming of the operating system kernel; using the graphical configuration interface provided by Linux itself to perform overall trimming of functional modules, determining the configuration items of the minimum operating system kernel under the dynamic loading mechanism; designing a dynamic loading method for target modules and interrupt service routines, downloading modules not found in the loaded module chain to the local machine through a communication mechanism; completing the dynamic linking operation after the target file is read into memory using dependency analysis, symbol resolution, and relocation methods for the target module; and designing a dynamic unloading method for specified modules, reclaiming the storage space allocated to the module in the operating system and canceling its external references, thus achieving the reverse operation of dynamic linking. This invention can clearly define the coupled data and behaviors that need to be loaded during module startup and runtime in the operating system, shortening startup time.

The invention relates to the technical field of part cutting, and provides a positioning tool and a disk saw positioning method.The positioning tool is composed of a fixing tool used for clamping a pipe fitting and a reference column capable of being switched between two positions, the first position of the reference column is a working reference position, and the end face of the reference column is flush with the cutting face of a part to be cut; and the second position is an avoiding position and is retracted or staggered so as not to interfere with cutting. The tool can be quickly matched with an original tool through the additionally-connected bottom plate, the modularized heightening block, the additionally-connected block and the positioning guide block, high-precision base formation is achieved, the reference column slides in the guide hole, and reliable two-position positioning is achieved through a pin, a clamping groove and other mechanisms. According to the positioning method, the axial end face of the saw blade serves as an external reference, and the process of placing, lowering the tool till the axial projection of the reference column is overlapped with 40%-60% of the saw blade, extending the reference column to a first position, enabling the overall tool to be attached to the saw blade and then retreating to a preset gap, and enabling the reference column to return to a second position to complete in-place is carried out.