31 results about "Layout engine" patented technology

The invention relates to the technical field of intelligent printing and typesetting, in particular to a printed matter typesetting system and method based on intelligent recognition, and the system comprises a spatial relation extractor, a potential energy field layout engine, a morphology adapter and an intelligent recognition module; wherein the spatial relationship extractor generates a semantic topological graph through a graph neural network, nodes comprise content types and medium affinity features, and edge weights are compositely calculated by semantic association strength and spatial dependency coefficients; the potential energy field layout engine solves node coordinates through a gradient descent method based on the gravitational potential energy item and the repulsive potential energy item; the morphological adapter executes topological transformation according to a medium type, a printing medium adopts position locking, and an electronic medium starts an associated node folding constraint; the intelligent identification module integrates a multi-mode identification model and outputs a content feature vector with confidence. Therefore, the problems of weak content association, low layout optimization efficiency, poor medium adaptability, insufficient intelligence and the like in the prior art are solved.

The invention discloses an AI-based child memory atlas generation method, system and device and a medium, and the method specifically comprises the steps: calculating the visual display priority of each memory event through an attention distribution model, and generating a differential typesetting strategy in combination with a preset template corresponding to the scene type of each memory event; extracting an artistic style feature vector of a reference image set in the children's memory data by adopting a style migration network, and carrying out joint coding on a memory event and the artistic style feature vector by adopting a conditional generative adversarial network to generate a stylized illustration conforming to user preferences; and executing a differential typesetting strategy through a dynamic layout engine, and performing spatial distribution optimization on the stylized illustration and the associated text according to a dynamic emotion concentration weight to generate an interactive electronic atlas. The method can automatically and efficiently generate the child memory photo album conforming to the user preference, effectively fills the memory blank, and improves the photo album manufacturing efficiency and quality.

The invention provides a dynamic human-machine interface generation system for a power conversion device, and the system comprises a configuration file which is used for defining interface elements, attributes and layout rules of an HMI in a structured language; the configuration analysis module is used for reading and analyzing the configuration file and converting the configuration file into a structured object model containing control types, attributes and layout information; the control factory module is connected to the configuration analysis module and is used for dynamically creating a corresponding control instance according to the control type information in the structured object model and injecting the analyzed attribute information into the control instance; the layout engine module is connected to the control factory module and is used for automatically arranging and positioning the control instances according to the layout information in the structured object model; and the rendering output module is connected to the layout engine module and is used for rendering and outputting the interface of which the layout is completed to display equipment. According to the method, diversified HMIs are dynamically generated according to different requirements, and the purpose of improving code quality and development efficiency is achieved.

The invention relates to the technical field of computer data processing, in particular to a multi-language display method and system and wearable intelligent equipment. The method comprises the following steps: segmenting the content of a display text based on language types of various font sub-files cached in advance; all the segments are reset based on a typesetting engine, font contour information of all the characters is output, and the font contour information comprises deformation and connected characters; typesetting information is determined on the basis of line width limitation of the lightweight general graphics library, and the typesetting information comprises line tail broken lines, word spacing and self-adaptive zooming; and based on the typesetting information and the font contour information of all the characters, selecting a dot matrix font drawing mode / vector font drawing mode for rendering. By means of the method, multi-language compatibility can be achieved, and meanwhile the problems of line breaking errors, character pattern dislocation or extremely low rendering speed and the like occurring when mixed text rendering is processed are solved.

The invention relates to the technical field of front-end page layout, in particular to a user behavior driven virtual power plant front-end layout dynamic optimization method and system, and the method comprises the steps: generating a dynamic behavior tag through clustering analysis based on interactive behavior data and in combination with predefined static business role information of a user, establishing a user interface preference model, and forming a unified multi-level user portrait containing static roles and dynamic behaviors at the same time; and executing the following operations through the dynamic layout engine to generate and output a personalized front-end layout: calculating the display priority of each menu item and functional component; automatically matching an interface layout template which is most adaptive to the current user portrait from a preset layout template library; and according to the display priority, carrying out differential explicit and implicit control and arrangement optimization on the functional components in the interface. The problems that an existing system is rigid in interface, low in operation efficiency and lack of intelligent perception and evolutionary ability are solved.

The invention relates to the technical field of computer-aided engineering, in particular to an instant mode and retention mode mixed interface display interaction method and system, equipment and a medium, and the method mainly comprises the steps that a main interface is constructed, and an event bus and a data bus are constructed; all modules are initialized and loaded, each module comprises a basic control library, a layout engine and a resource management and memory management module, the basic control library comprises a retention mode and an instant mode, the retention mode is used as a main frame, the instant mode is integrated as a dynamic element, and the instant mode and retention mode mixed interface display interaction method and system are formed. The method can give full play to the advantages of the two, guarantees the stability and layout capability of the whole interface, achieves the high-performance refreshing of a local region, and achieves the efficient cooperation effect of the whole system.

The present disclosure relates to a card interface generation method, device, system and related equipment, and relates to the field of computer technology. The method includes: receiving layout information of a card interface, the layout information including one or more components; generating a virtual view tree including one or more virtual nodes according to the layout information; generating a layout engine node tree according to the virtual view tree, and assigning the view attribute information corresponding to each virtual node in the virtual view tree to the corresponding node of the layout engine node tree; using a cross-platform layout calculation engine to calculate the view attribute information applicable to each node in the native view tree according to the layout engine node tree; generating a native view tree according to the virtual view tree, and assigning the calculated view attribute information applicable to each node in the native view tree to the corresponding node of the native view tree; and rendering and generating a card interface according to the native view tree. The present disclosure can realize the dynamic update of the card interface layout style without modifying the code.

The present application relates to the field of intelligent printing and typesetting technology, and in particular to a printed matter typesetting system and method based on intelligent recognition, which includes: a spatial relationship extractor, a potential field layout engine, a morphological adapter, and an intelligent recognition module; wherein the spatial relationship extractor generates a semantic topological graph through a graph neural network, wherein the nodes contain content type and media affinity features, and the edge weights are calculated by a composite of semantic association strength and spatial dependency coefficient; the potential field layout engine solves node coordinates through a gradient descent method based on gravitational potential energy terms and repulsive potential energy terms; the morphological adapter performs topological transformation according to the media type, with position locking applied to printed media and associated node folding constraints enabled for electronic media; and the intelligent recognition module integrates a multimodal recognition model and outputs a content feature vector with confidence. Thus, the system solves the problems of weak content association, low layout optimization efficiency, poor media adaptability, and insufficient intelligence in the prior art.

The invention discloses an intelligent application recommendation and aggregation method and device based on scene perception, and relates to the technical field of mobile computing and human-computer interaction. The method comprises the steps of inputting multi-dimensional data of a current user scene into a pre-trained intention recognition model, and outputting a current task type of a user and an associated application function demand; screening application components meeting all application function requirements; constructing a cross-application API bus, and generating a data flow diagram; generating a dynamic aggregation interface through an adaptive layout engine; in the interaction process, data field change is monitored in real time, and preloading and data updating of downstream application components are triggered through an API bus; if the user leaves the current task scene, unused application components are automatically unloaded. By adopting the technical scheme provided by the invention, the task completion steps can be reduced by more than half; the cross-application data synchronization delay is maintained at a hundred millisecond level; and a multi-mode input triggering aggregation service is supported.

The invention provides an image-text typesetting intelligent optimization method and system combined with digital multimedia, and relates to the technical field of digital multimedia, and the method comprises the steps: firstly obtaining a to-be-optimized image-text set, and displaying environment parameters and audience behavior intention data in real time; performing space-time collaborative modeling on the image-text units, and establishing an image-text collaborative model; constructing a dynamic adaptive typesetting engine comprising a plurality of modules; performing typesetting parameter dynamic calculation on an image unit and a text unit in the digital multimedia image-text set to be optimized by applying the dynamic adaptive typesetting engine to generate an initial typesetting scheme, and adjusting to obtain an intermediate scheme; after the intermediate scheme is deployed, the engine is driven to evolve continuously in combination with real-time data, the target image-text typesetting optimization scheme is generated and output for display, typesetting can be optimized dynamically according to the environment and audience requirements, and the display effect and the user experience are improved.

The application discloses a kind of layout and running management method, system and electronic equipment of entity in two-dimensional scene, the system includes layout engine module, physics engine module and dynamic scheduling manager module, the method includes: layout engine module is in the scene design period of two-dimensional scene, based on the layout engine performance parameter corresponding to layout engine module, layout processing is carried out to entity in two-dimensional scene, to obtain the initial scene interface of two-dimensional scene, layout engine performance parameter is dynamically adjusted according to layout engine performance configuration instruction information by dynamic scheduling manager module;Physics engine module is in the scene running period of two-dimensional scene, based on the physical engine performance parameter corresponding to physics engine module, running management processing is carried out to entity in two-dimensional scene, to update the scene interface of two-dimensional scene, physical engine performance parameter is dynamically adjusted according to physical engine performance configuration instruction information by dynamic scheduling manager module.Such that, entity layout, running is more reasonable.

This application discloses a method, apparatus, device, and storage medium for generating SCADA configuration screens based on generative AI, relating to the field of industrial control technology. The method includes: collecting natural language design requirements using an intent understanding module and the perception layer in an AI Agent cognitive architecture; obtaining state acquisition data and integrating it before inputting it to the cognitive layer; the inference engine and large language model in the cognitive layer decompose the configuration design task of the integrated data, generating a configuration design operation instruction set and inputting it to the execution layer; the execution layer processes the operation instruction set to obtain each component to be laid out in the configuration screen and its configuration data; the layout engine determines the component layout result in the configuration canvas; the variable binding engine binds and maps each component to the real-time data points of the SCADA system; and the target configuration screen is generated by combining the Shell command security module and the security layered architecture to improve the efficiency of generating SCADA configuration screens.

The invention discloses a swan gap component library and a construction method and a calling method thereof. According to the method provided by the invention, the standardized component interfaces are defined for different types of the gap components, so that the problems of calling difference and compatibility among the components can be reduced when a developer uses the components in the gap component library. And the self-adaptive layout engine and the function support detection engine can be automatically triggered when the components in the swan gap component library are called. The availability of the component in the terminal equipment is verified through the function supportability detection engine, the abnormity caused by the fact that the equipment does not support the function of the component is avoided, and the system stability is improved. Through the self-adaptive layout engine, the typesetting and display effects of the component can be automatically adjusted according to parameters such as screen size, resolution and direction of terminal equipment to which the development application belongs, presentation on different equipment is more coordinated, and the problem of layout disorder or poor interface adaptation is reduced.

The invention relates to the technical field of computers, discloses an information visualization and interactive management method and system, and aims at solving the technical problems that an existing visualization system is static in information expression, single in interaction mode, high in cognitive load and weak in logic association. The method comprises the following steps: constructing a five-dimensional information node model fusing space-time coordinates and task contexts; carrying out visual arrangement by adopting a dynamic layout algorithm with mixed force guiding and grid constraint; the intention of a user is perceived through fusion of three channels of eye movement, touch control and gestures, and detail expansion, path highlighting and view zooming of a focus area are realized; the system comprises a multi-source data access module, a semantic map construction module, a context enhancement module, a dynamic layout engine module, a multi-modal interactive perception module, a causal chain deduction module and the like. According to the scheme, collaborative optimization of context awareness, layout stability and interaction naturalness of information expression is realized, and cognitive efficiency and decision support capability in a complex service scene are remarkably improved.

The invention discloses a visual data large screen generation method based on model driving, a medium and equipment, and the method comprises the steps: receiving a natural language demand and a data source, analyzing visual intention information through a large language model, carrying out the cleaning and standardization of the data source, and outputting a structured data set; on the basis of the data set field and the visualization intention, matching with a pre-constructed configurable component library is carried out, and candidate visualization components are determined; taking the candidate components as layout elements, and adopting a layout engine fused with a reinforcement learning algorithm to generate an initial visual layout; rendering the initial layout and performing adjustment operation in response to user interaction feedback to obtain a final layout scheme; and finally, binding the layout scheme with the structured data set, rendering to generate an interactive visual data large screen, and outputting the visual data large screen. According to the method, the end-to-end intelligent generation from the natural language requirement to the interactive data large screen is realized, and the development efficiency and the layout quality are remarkably improved.

The invention discloses a BIM-based construction three-dimensional visualization drawing intelligent generation system and method. The system comprises a data access and processing module, a rule base management module, an intelligent view processing engine, an automatic information labeling engine, an image-text integration and typesetting engine and an output and safety management module. The method comprises the following steps: preparing a BIM model and data; configuring a three-dimensional drawing rule through the rule base management module; generating an intelligent view through an intelligent view processing engine; automatically labeling the information through an automatic information labeling engine; integrating a construction scheme through image-text integration and a typesetting engine; and automatically typesetting and outputting drawings through the output and safety management module. The invention relates to the technical field of building informatization, and can solve the problems that in the prior art, three-dimensional drawings are low in drawing efficiency, low in standardization degree, insufficient in information integration level and difficult to update and maintain.

The invention relates to a display content generation method and device, computer equipment, a computer readable storage medium and a computer program product. The method comprises the following steps: receiving target text content and a target template sent by a client; analyzing and processing the target text content and the target template through a typesetting engine, and planning a target typesetting format to obtain target typesetting content; performing rendering processing on the target typesetting content to obtain target display content; the target display content is associated with a picture display parameter, and the target display content and the picture display parameter are configurable display content; and feeding back the target display content and the picture display parameters to the client. By adopting the method, the editing flexibility of the display content is improved, and the generation efficiency of the display content is further improved.

This invention provides a method and apparatus for intelligent detection of hidden links on web pages based on the CSSOMY engine. The method includes: constructing a core architecture of the CSSOMY engine comprising a DOM tree parsing module, a CSS parser module, a style calculation engine, a layout engine, and a hidden link detection module; performing lightweight DOM parsing on the HTML source code of the web page to construct a node tree, while simultaneously extracting CSS rules; executing CSS cascading, specificity, and inheritance algorithms to calculate the complete calculated style and layout information of the DOM nodes; applying a dual-feature detection algorithm to simultaneously analyze the invisibility and illegal content characteristics of the link element, determining it as a hidden link only when the link element simultaneously meets both the conditions of being invisible and containing illegal content; calculating a risk score and applying a YAML rule engine to execute custom detection rules; and calling a local AI large-scale model for threat assessment and analysis. This invention eliminates dependence on a complete browser environment, significantly improves detection efficiency and accuracy, and significantly reduces resource consumption.

The invention discloses an intelligent visualization generation method driven by data features, and aims at solving the problems that an existing tool depends on manual configuration, the data feature analysis depth is insufficient, layout optimization is limited, and the effect is not quantitatively evaluated. The method comprises the following steps: S1, automatically extracting statistical characteristics, distribution rules, time characteristics and association relationships of data through a multi-dimensional data analysis module to form quantitative characteristic vectors; s2, based on an intelligent decision algorithm, automatically selecting an optimal visual component in combination with data features, user requirements and a display scene; and S3, by means of a dynamic layout engine and an effect evaluation system, generating a visual scheme which is reasonable in layout and optimal in effect. According to the method and the device, full-process automation from data to visualization is realized, and the efficiency, the accuracy and the user experience of visualization generation are remarkably improved.

The invention discloses an entity layout and operation management method and system in a two-dimensional scene, and electronic equipment, the system comprises a layout engine module, a physical engine module and a dynamic scheduling manager module, and the method comprises the following steps: the layout engine module, based on layout engine performance parameters corresponding to the layout engine module, in a scene design period of the two-dimensional scene; performing layout processing on entities in the two-dimensional scene to obtain an initial scene interface of the two-dimensional scene, and dynamically adjusting layout engine performance parameters by a dynamic scheduling manager module according to layout engine performance configuration indication information; and the physical engine module performs operation management processing on entities in the two-dimensional scene based on physical engine performance parameters corresponding to the physical engine module in a scene operation period of the two-dimensional scene so as to update a scene interface of the two-dimensional scene. The physical engine performance parameters are dynamically adjusted by the dynamic scheduling manager module according to the physical engine performance configuration indication information. Therefore, the entity layout and operation are more reasonable.

The invention discloses an agent-based form and process generation system, which is characterized by comprising an intelligent form design module, a process center module and an agent design module, the intelligent form design module is used for analyzing a form design demand input by a user, extracting form demand information and generating a form layout through a component layout engine; the flow center module is used for generating node configuration information based on visual operation of flow nodes and mapping the node configuration information into a flow definition object; a standard process definition file is generated through deployment of a process packaging engine, and execution of a process instance is driven; the agent design module is used for receiving a module design request and matching in a pre-registered model library and a preset business library to obtain a target model and adaptive business knowledge; and generating recommended content. The design process is visualized through dragging operation, design suggestions are automatically given by the AI intelligent agent, and the difficulty and period of enterprise-level application development are simplified.

The invention provides a graphical user interface interaction method of electronic equipment and a related device, and relates to the technical field of artificial intelligence interaction. The interface self-adaptive display of a cross-device platform is realized, the display consistency from the mobile terminal to the desktop device is ensured, and the phenomenon of element overlapping or function missing is eliminated. Through cooperation of a dynamic layout engine and a resolution detection mechanism, the operability and visual hierarchical relationship of interface elements is maintained, so that card contents can completely display operation controls and information elements under different screen sizes, and the problem of typesetting disorder occurring during traditional interface multi-terminal adaptation is effectively solved.

The application discloses a method and device for generating a graph supporting interaction, an equipment and a storage medium, relates to the technical field of data processing, and realizes automatic generation of a structure graph supporting interaction adjustment. The method comprises the following steps: adding an internal data structure pointer of a graph visualization tool to a graph element of a QT framework as a base class, and creating an extended graph element; analyzing a layout script of the graph visualization tool for generating a target structure graph, and extracting structure data of the target structure graph; the structure data comprises edge information, graph element information, node attributes and subgraph information; calling a scene graph object generated by the QT framework according to the structure data; running a layout engine of the graph visualization tool in the scene graph object, and generating a basic layout graph; positioning a to-be-replaced position in the basic layout graph by using the internal data structure pointer, updating the to-be-replaced position into the extended graph element, and obtaining a structured graph.

The invention discloses a novel texture character creating method and device, equipment and a storage medium. The method comprises the steps that character file data and texture picture data are acquired; forming structural data by the character file data and the texture picture data, and transmitting the structural data into a character rendering engine; in a character rendering engine, mask data are obtained from the character file data through a text shaping engine and a font rendering engine, and a character drawing area is determined; the mask data and the character drawing area are transmitted into a typesetting engine for paragraph layout, and a mask character pattern set is obtained; generating a color mask glyph set by copy construction based on the mask glyph set; setting the texture picture data into texture filling effect attributes of the paintbrush structural body, and configuring a rendering mode of the paintbrush structural body; generating a color image set based on the color mask font set and the configured paintbrush structural body; and rendering and outputting the color image set to obtain texture characters. According to the method, the reusability of textures and characters is enhanced.

The invention discloses a graph generation method and device supporting interaction, equipment and a storage medium, relates to the technical field of data processing, and realizes automatic generation of a structure graph supporting interaction adjustment. The method comprises the following steps: adding an internal data structure pointer of a graphic visualization tool by taking a primitive of a QT framework as a base class, and creating to obtain an expanded primitive; analyzing the graph visualization tool to generate a layout script of the target structure diagram, and extracting structure data of the target structure diagram; the structural data comprises side information, graph element information, node attributes and sub-graph information; calling a scene graph object generated by the QT framework according to the structural data; running a layout engine of a graph visualization tool in the scene graph object to generate a basic layout graph; and positioning a to-be-replaced position in the basic layout map by using the internal data structure pointer, and updating the to-be-replaced position into the expansion primitive to obtain a structured graph.

The application provides a kind of intelligent optimization method and system of picture-text layout combined with digital multimedia, it is related to digital multimedia technical field, first, obtain the picture-text set to be optimized, real-time display environment parameter and audience behavior intention data;Space-time collaborative modeling is carried out to picture-text unit, and picture-text collaborative model is established;Dynamic adaptive layout engine comprising a plurality of modules is constructed;The dynamic calculation of layout parameter is carried out to the image unit and text unit in the digital multimedia picture-text set to be optimized by applying the dynamic adaptive layout engine, and the initial layout scheme is generated, and the intermediate scheme is obtained after adjustment;After deploying intermediate scheme, continuously evolve in combination with real-time data driving engine, generate target picture-text layout optimization scheme and output for display, can dynamically optimize layout according to environment and audience demand, improve display effect and user experience.

The application provides an efficient intelligent graphical data visualization solution system based on AntV, and belongs to the field of Internet.The application solves the problems of low rendering efficiency of large-scale data, poor adaptability of layout algorithm, insufficient intelligentization of interactive experience, high multi-terminal adaptation cost and the like in the prior art by means of a data preprocessing module, an intelligent layout engine, a dynamic rendering optimization module, a self-adaptive interactive system and a multi-terminal self-adaptive adaptation module.

This application discloses a data pair generation method, apparatus, device, and computer-readable storage medium, comprising: acquiring a page to be processed; generating an initial layout tree describing the overall structure of the page to be processed using a layout engine based on a predefined component library; and filling each node of the initial layout tree with user interface component instances; applying corresponding style information to each user interface component instance using a style engine to obtain a target layout tree; generating source code using a code generator based on the target layout tree; rendering the source code into a user interface image using a rendering engine; and packaging the target layout tree, source code, and user interface image to generate an image-code data pair sample. This application greatly enriches data diversity, the data pair sample is accompanied by structured metadata, it can generate high-quality code, improve synthesis efficiency, and reduce costs.

The invention provides an intelligent webpage hidden link detection method and device based on a CSSOMY engine. The method comprises the steps that a CSSOMY engine core architecture comprising a DOM tree analysis module, a CSS analyzer module, a style calculation engine, a layout engine and a hidden link detection module is constructed; performing lightweight DOM analysis on the webpage HTML source code to construct a node tree, and extracting a CSS rule at the same time; executing CSS cascade, specificity and inheritance algorithms to calculate a complete calculation style and layout information of DOM nodes; a dual-characteristic detection algorithm is applied, the invisibility and illegal content characteristics of the link elements are analyzed at the same time, and the link elements are judged to be hidden links only when the link elements meet the two conditions of invisibility and illegal content containing at the same time; a risk score is calculated, and a user-defined detection rule is executed by applying a YAML rule engine; and calling the local AI large model to carry out threat research and judgment analysis. The method gets rid of dependence on a complete browser environment, greatly improves the detection efficiency and accuracy, and remarkably reduces the resource consumption.

This invention provides a sand table chart visualization system and method based on two-dimensional dynamic process mapping, belonging to the field of data visualization and process management technology. The sand table chart visualization system based on two-dimensional dynamic process mapping includes a data interface module, a sand table view generation module, a dynamic node layout engine, an intelligent path drawing module, and a bidirectional interactive state management module, all connected sequentially. This invention achieves adaptive node layout by constructing a two-dimensional dynamic grid and combines it with an intelligent obstacle avoidance algorithm to draw node-related paths, realizing collaborative visualization of business process and project process data. It can clearly present the cross-mapping relationship of two-dimensional processes, improving the readability and interactivity of complex process visualization, and is suitable for various business process management and data visualization analysis scenarios.