25 results about "WYSIWYG" patented technology

The invention provides a construction method, device and system, a storage medium and a computer program product, and relates to the technical field of engineering assistance, the construction method is used for a server, and the construction method comprises the following steps: receiving current ground pipe buried line information and current geographic position information of a construction area uploaded by a construction terminal; updating an underground pipeline three-dimensional map according to the current underground pipeline embedding information and the current geographic position information; and sending the updated underground pipeline three-dimensional map to a construction terminal, so that the construction terminal displays the updated underground pipeline three-dimensional map. According to the method, the three-dimensional map of the underground pipeline is updated by utilizing the current underground pipeline burying information and the current geographic position information acquired by adopting a high-precision positioning technology, so that the pipeline is displayed in real time in a manner that what you see is what you get; therefore, the technical problems of extremely low positioning precision, response lag and limited coverage range of the mode of detecting the position of the underground pipeline during movable soil operation are effectively solved.

The invention discloses a virtuality and reality combined circuit board maintenance and diagnosis method, device and system. The method comprises the following steps: acquiring a current circuit board real-time video stream acquired by video acquisition equipment, and displaying the current circuit board real-time video stream on a unified interactive interface; acquiring a point location map coordinate of the current circuit board in the point location map coordinate system; querying from the maintenance learning knowledge graph to obtain a transformation matrix of the current circuit board, and according to the transformation matrix of the current circuit board, converting a point location map coordinate of the current circuit board in the point location map coordinate system to obtain a target pixel point coordinate of the current circuit board in the video stream pixel coordinate system; and superposing the target pixel point coordinates of the current circuit board under the video stream pixel coordinate system on the real-time video stream picture of the current circuit board in real time, and visually displaying on a unified interaction interface. Therefore, seamless information superposition is realized through a real-time superposition technology of augmented reality, real WYSIWYG is realized, the operation speed and accuracy are improved, and the maintenance efficiency is improved.

An executable in a user-readable format that corresponds to a workflow function is received. The workflow function can be a stepwise process within a workflow. The executable is converted using one of natural language processing or a graph parsing algorithm and then an executable file is accessed. The executable file corresponds to the executable where the workflow function is associated with a task library function created by a machine-level language and stored at the executable file. The executable file is converted using the other of the natural language processing and the graph parsing algorithm. The converted executable file is then linked to a second user interface that is configured to present the workflow function in the user-readable format according to the stepwise process within the workflow.

The embodiment of the present disclosure discloses a product BOM structure-based relationship modeling management method, device and system, the method comprises: importing product design data generated from a product design tool, extracting type information of each component in the product design and relationship information between each component; defining related information of a plurality of object models, which is used for structured representation of each component type of the product, contained attributes, and a life cycle of each component type and a life cycle state thereof, and defining an entity storage structure based on the related information of the object models for structured storage of product data; defining related information of a relationship model between the plurality of object models; based on the related information of the object models and the related information of the relationship model, creating a page model using a visual what-you-see-is-what-you-get page modeling tool, the page model being used for showing related information of business data generated by the object models and the relationship model.

Computer program products, systems and methods provide a guided user interface on a mobile computing device for generating an asset-descriptive electronic document (e.g., an inspection report or a brochure) with image and text components depicting and describing an asset. In one method, a touchscreen of a mobile computing device display a document generation interface having image placeholder areas. In response to detecting a touch input at one of the image place holder areas, the touchscreen displays an image acquisition interface, which may be a digital camera interface. The touchscreen displays an updated document generation interface with an image acquired using the image acquisition interface and positioned in the touched mage placeholder areas. The asset-descriptive electronic document is generated and stored, with at least a portion of the updated document generation interface being a what-you-see-is what-you-get (WYSIWYG) representation of at least a portion of the generated asset-descriptive electronic document.

The invention discloses a word processing method and device. The method comprises the following steps: reconstructing a document structure into one or more article units; in response to the triggered target article unit, displaying an editing page of the target article unit; in response to a triggered typesetting editing operation of the editing page, performing typesetting editing on the target article unit by using a WYSIWYG editing mode and a LaTeX fragment to generate fusion content; the fusion content is rendered in a compiling rendering mode, a rendering result is obtained, and a final document is generated. By splitting the document into the plurality of article units and combining with the LaTeX fragments to realize typesetting editing, the limitation of an existing WYSIWYG character processor in processing complex typesetting requirements is solved, the typesetting effect of a single LaTeX fragment or the whole unit can be previewed in real time when the article units are written, and adjustment is carried out according to the typesetting effect, so that the typesetting efficiency is improved, and the typesetting efficiency is improved. Therefore, the consistency and high-quality output of the final document format are ensured, and professional typesetting requirements are met.

The invention discloses a novel intelligent washing machine mode, and belongs to the technical field of intelligent household appliance control. The invention aims to solve the problems that the program of the traditional washing machine is fixed and the personalized and complex washing and care requirements of users cannot be met. The method comprises the following steps: firstly, establishing an atomic operation library containing independent actions such as water feeding, washing and dehydration; through a graphical visual construction interface, a user is allowed to freely select atomic instructions, configure specific parameters and recombine the atomic instructions into a self-defined program instruction queue according to actual requirements; and analyzing and executing the instructions in the queue one by one by utilizing a dynamic interpretation engine. And in the execution process, the system tracks the completion, execution and waiting states of the instruction in real time through a text list, and feeds back equipment operation data through a physical instrument. The black box limitation of a traditional washing program is broken through, washing process programming of WYSIWYG is achieved, and the user is endowed with the complete definition right and control right for the washing process.

This invention discloses a system and method for dynamic semantic mapping and secure pass-through of big data supporting AI context protocols. The system includes a data acquisition module, a semantic knowledge graph construction module, a context generation module, an identity authentication module, an SQL processing module, and a feedback optimization module. The method includes: Step S1: Multi-source metadata fusion and semantic graph construction; Step S2: Intent-based dynamic context resource generation; Step S3: Dynamic pass-through of user identity and session binding; Step S4: Context-based query rewriting and security interception; Step S5: Feedback closed-loop optimization. This invention achieves "what you see is what you get" secure data querying, ensuring data security while improving query efficiency.

An integrated user interface platform development system and method which include a user interface platform development system having a development tool which provides a what you see is what you get (WYSIWYG) screen file development environment and generates a screen file source in which a user interface platform is composed of structured components; a server which provides resources for screen file development using the development tool and on which developed screen file sources are registered; and a client which includes a client engine that loads the screen file source requested of and received from the server, and which provides the user interface platform executed in a browser window and corresponding to a linked device, wherein the development tool includes a design system module for maintaining design consistency.

To provide a WYSIWYG editor, a system, and a method for creating and editing a feature control frame for geometric dimensioning and tolerancing.SOLUTION: The method includes: displaying a cell of a FCF 218 for a geometric feature of a model in a graphics area 214 of a CAD program; displaying a context menu 224 comprising a plurality of first user-selectable input options associated with GD&T information for the geometric feature so as to be adjacent to the cell of the FCF; receiving a user selection for one of the plurality of first user-selectable input options; and subsequently presenting a plurality of second user-selectable input options associated with GD&T information for the geometric feature. Options included in the plurality of second user-selectable input options depend, at least in part, on which of the plurality of first user-selectable input options a user selected.SELECTED DRAWING: Figure 2

Computer program products, systems and methods provide a guided user interface on a mobile computing device for generating an asset-descriptive electronic document (e.g., an inspection report or a brochure) with image and text components depicting and describing an asset. In one method, a touchscreen of a mobile computing device display a document generation interface having image placeholder areas. In response to detecting a touch input at one of the image place holder areas, the touchscreen displays an image acquisition interface, which may be a digital camera interface. The touchscreen displays an updated document generation interface with an image acquired using the image acquisition interface and positioned in the touched mage placeholder areas. The asset-descriptive electronic document is generated and stored, with at least a portion of the updated document generation interface being a what-you-see-is what-you-get (WYSIWYG) representation of at least a portion of the generated asset-descriptive electronic document.

This invention provides an online software development platform and method. The online software development platform includes: a page designer for designing page content through multiple drag-and-drop controls; a dataset configuration module for configuring data sources, configuring various business-related data models on the configured data sources, and associating and organizing the various data models to form a dataset; a dataset binding module for allowing users to select a dataset from at least one dataset and bind it to the page's drag-and-drop controls to populate the page with data; a code enhancement module providing front-end enhancement APIs, back-end enhancement APIs, and back-end enhancement APIs for users to configure business enhancement code online to enhance control events; and a saving module for saving all page configuration information and setting it as a menu. This invention allows for fully online configuration, supports multi-user collaborative configuration, and provides a WYSIWYG experience, thus overcoming the shortcomings of traditional software development platforms.

The application discloses a structured content-based document generation method and system, an electronic device and a storage medium. The method receives user creation or modification operations on predefined structured content units with semantic types through an interactive interface; the structured content units and the content data carried thereby are converted into intermediate data irrelevant to final forms; a mapping relationship between semantic types and style parameters in a target document format is established through a format template configuration interface separate from a document content creation interface; and in response to a generation instruction, the intermediate data and the mapping relationship are read by a document processing engine, and the structured content units and the content data are converted and rendered programmatically, so that an electronic document file conforming to a preset specification is finally generated and output. The application decouples visual content creation from programmed format layout, retains the ease of use of a what-you-see-is-what-you-get editor, and ensures absolute specification and consistency of output document formats.

The invention discloses a distributed brain-computer interface system based on photon labels and a decoding method, and belongs to the technical field of brain-computer interfaces, the distributed brain-computer interface system comprises a distributed brain-computer interface system and a self-adaptive Riemann decoding algorithm, the system is composed of a plurality of discrete photon labels, electroencephalogram signal acquisition equipment and an edge computing terminal, a hidden stroboscopic stimulation normal form of'high-frequency carrier wave + pseudorandom sequence 'is adopted by a photon label to solve visual fatigue, and efficient decoding of electroencephalogram signals is achieved through Riemannian manifold preprocessing, Transform deep decoding and meta-learning zero sample calibration by means of an algorithm. According to the method, the problems of screen dependence, visual fatigue, difficulty in high-frequency signal decoding and tedious calibration of a traditional brain-computer interface are solved, natural interaction of what you see is what you get under the scene of the Internet of Things is realized, the decoding accuracy and usability are improved, and the method is suitable for application of consumer-level brain-computer interfaces.

This application provides a page interaction method, apparatus, computer device, computer-readable storage medium, and computer program product, belonging to the field of software development technology. The page interaction method includes: determining whether content overflow exists in a target layout container when content changes within the container; determining the overflow direction of the overflow container when overflow exists; generating and displaying a floating overflow interaction control based on the overflow direction, wherein the overflow interaction control at least indicates the presence of overflow content in the overflow direction and can interact according to received interaction instructions. The technical solution of this application embodiment can achieve WYSIWYG without disrupting visual design, while preventing users from ignoring content outside the visible area.

The invention relates to a lightweight model design method based on modular combination, and the method comprises the steps: classifying carrier rocket modules according to the structural characteristics and application; based on structural characteristics of various modules, module composition is defined, and a module model drawing method is determined; defining a module attribute interface, and designing a module extension method; a single-module data storage mode or a module library organization mode is adopted to carry out module storage management so as to realize modular multiplexing; configuring each configuration module based on a module combination configuration mode; and according to a rocket configuration structure geometric position constraint module combination sequence order, dynamically generating a lightweight configuration geometric model according to a module assembly constraint rule based on the sequence order. According to the method, rapid modeling of the carrier rocket based on modular combination can be rapidly realized, parameter design is carried out on the model, a design result can be fed back in real time, what you see is what you get, and the design efficiency of the carrier rocket is greatly improved.

The invention provides a debugging system and method based on an X bus and a storage medium, in the system, the debugging system formed by a debugging upper computer at a host computer end and debugging protocol firmware on a target MCU through the X bus (serial port / CAN / Ethernet) is constructed, a special simulator is completely separated, and the debugging efficiency is greatly improved. The debugging capability after remote, cross-network and equipment deployment is realized, full-life-cycle debugging of an embedded system is supported, a debugging scene is greatly expanded, a debugging upper computer is integrated with an MAP file analysis module, debugging symbols (a memory address of a global variable, a data type, an entry address of a function and a parameter list) are automatically extracted, and the debugging efficiency is improved. The WYSIWYG symbolization debugging is realized, a user does not need to care about a bottom layer address, the debugging threshold is greatly reduced, the debugging efficiency and accuracy are improved, and the data processing capability is greatly improved.

The combination generation method provided by the invention comprises the following steps: in response to a trigger operation of quickly generating a combination, displaying a top view interface which comprises a building structure on a current constructable area; determining at least one independent building module on the constructable area; displaying a pre-selected frame corresponding to the at least one independent building module on the top view interface; determining a target combination area in response to a selection operation on the preselection box; and in response to the storage operation, storing the building structures in the target combination area as a combination preset scheme. Thus, through top view intelligent pre-selection and WYSIWYG frame editing, large-scale building combination creation and storage operation is simplified, and efficiency and accuracy are improved.

This invention discloses a control system and method for Internet of Things (IoT) devices based on steady-state visual evoked potentials (SSVEP) and augmented reality (AR). The system is applied to wearable AR devices and includes an SSVEP signal acquisition module, an AR display and stimulus presentation module, a processing and recognition module, a wireless communication and control module, and an AR feedback presentation module. The AR module renders a virtual control object with a specific flickering frequency in the user's field of vision, while the acquisition module acquires EEG signals from the user's occipital cortex in real time. The processing and recognition module decodes the user's gaze intent and generates control commands using CCA or deep learning algorithms. Furthermore, the system integrates eye tracking for dual intent verification and utilizes a context-aware module to adaptively switch scene modes. This invention achieves "what you see is what you get" hands-free, silent interaction, effectively solving the control challenges of IoT devices under conditions of hand-occupancy and environmental noise interference, and possesses the advantages of high robustness and low cognitive load.

The invention relates to a WYSIWYG (what you see is what you get) user-defined test data monitoring software interface configuration system, which belongs to the field of monitoring software system design, and comprises a control operation interface used for a user to operate a user-defined monitoring software interface through a graphical interface in the whole test process; the display configuration module is used for analyzing graphical interface operation of a user and generating a monitoring software interface configuration file, the monitoring software interface configuration file is used for storing configuration information, and the configuration information comprises monitoring software interface content, layout and control attribute parameters; the content of the monitoring software interface comprises the types and the number of controls on the monitoring software interface; each control attribute parameter comprises a control shape, a size, position information and a binding parameter; the binding parameter is used for associating the control with the parameter data; the data display module dynamically loads the configuration information to form and display a monitoring software interface, and updates the monitoring software interface in real time according to the configuration information; and the data receiving module is used for receiving test data generated in the test process, storing the test data in a data pool, obtaining theme data subscribed by a user from the data pool, analyzing the theme data to obtain binding parameter data of each control, and transmitting the binding parameter data to a monitoring software interface for display.

The application discloses a visual programming method suitable for power distribution Internet of Things. The visual programming language takes the programming idea of "what you see is what you get" as a principle, and tries to realize the visualization of programming work, that is, the result can be seen at any time, and the adjustment of the program and the result is synchronous. A drag-and-drop programming mode is adopted to realize the one-key issuing of the completed business process to the end and the side operation, so that the burden of the developer is reduced, and the work efficiency is greatly improved. The designer can complete the design of the application program without writing or only writing a small amount of program code, so that the work efficiency of the designer is greatly improved.

This invention relates to the field of software testing technology, specifically to an embedded software verification method based on simulation technology. The method includes model building, knowledge base construction, determining the existence of test case sets, concurrent execution of a multi-core simulation engine and data acquisition, simulation running, interactive linking, and hybrid verification. This invention improves the efficiency of embedded industrial software verification and reduces verification costs. In particular, it allows for testing the working state of embedded software by repeatedly inputting and adjusting data. This invention supports rapid construction of test data, enabling the creation of complex scenario test cases through fuzzy analysis, thereby improving test case generation efficiency. This invention also supports hybrid verification, achieving a WYSIWYG (What You See Is What You Get) result, thus enhancing verification reliability.

Disclosed are an integrated development system and method for a user interface platform for responsive or adaptive web implementation. The integrated development system for the user interface platform may comprise: a development tool which provides a screen file development environment using a WYSIWYG method to create a screen file source in which a user interface platform is constructed with structured components; a server which provides a resource for screen file development to the development tool and in which the developed screen file source is registered; and a client which includes a client engine for loading the screen file source which has been requested and received from the server, and is executed in a browser window to provide the user interface platform corresponding to a linked device, wherein the development tool may include a layout manager which supports screen development according to a responsive or adaptive web.

The invention provides a product type selection interface display method and device, electronic equipment and a storage medium, and relates to the field of intelligent cabins. The technical problem that a website cannot meet the real-time display requirement of personalized matching of a user in the prior art is solved. The product type selection interface display method comprises the steps that in response to a product selection and matching event, selection and purchase configuration information is acquired; and rendering and displaying a decorative picture at a position corresponding to the product model on the product selection and purchase display page in response to the decorative picture configuration included in the selection and purchase configuration information. Under the condition that a user triggers a selection and matching event, the system immediately obtains selection and purchase configuration information. And if the purchase configuration information comprises the decorative picture, the system renders and displays the decorative picture at the corresponding position of the product model. The experience that what you see is what you get is provided, and the real-time display requirement of personalized matching of the user is met. And in addition, the page loading time is shortened in a rendering mode, and the interaction fluency is kept.

The invention provides a multi-mode voice question-answering system and method for an industrial process, and relates to the technical field of man-machine interaction, and the method comprises the steps: receiving a natural language query about the industrial process input by a user; performing entity recognition and linking on the natural language query, and determining at least one process entity pointed by the natural language query; based on a preset industrial process knowledge graph, relation traversal and reasoning are carried out on the at least one process entity, at least one associated element implicitly related to the query is obtained through expansion, and the associated element comprises one or more of associated equipment, associated parameters and associated graph numbers; fusing the natural language query with the associated elements obtained by expansion to generate enhanced query; retrieving is performed in parallel using the enhanced query. According to the method, the retrieval precision ratio is relatively high; delivery of pictures and texts in a WYSIWYG mode; the operation cost is zero, and the streaming voice interaction enables a worker to obtain guidance without taking off a glove and typing when operating a machine tool or assembling.