44 results about "Graphics Visualization" patented technology

A system, method and article of manufacture for generating graphical representations of data and, more particularly, for generating graphics rendering language for graphical representations of data. One embodiment provides a method of generating a graphical representation of data. The method comprises generating an abstract data structure defining a plurality of abstract attributes representing an abstract graphical representation of the data, and generating, on the basis of the abstract data structure, a concrete data structure defining a concrete graphical representation of the data in a graphics rendering language.

A method for scanning using an MRI, including: providing a display, MRI, object to be scanned in said MRI, and a GUI; connecting said display with said MRI; displaying said GUI on said display; displaying at at least one first region of said GUI, graphic visualization options relating to said object and scanning of object, said visualizations are selected from a group consisting of type of object, object orientation, preferred scanning region of object, preferred scanning quality of object, preferred scanning orientation, preferred scanning type, and a combination thereof; selecting said object characteristics and scanning characteristics via said GUI; scanning said object by means of said MRI in accordance with said determined characteristics; and optionally, selecting a presentation mode of said scanning from a group consisting of single image display, multi-image display, thumbnail display, comparative display and a combination thereof, and displaying the same on said display.

The invention discloses a method for developing configuration of interfaces of numerical control systems. The method includes dividing interface systems into a plurality of modules; dividing the modules into a plurality of basic units, sorting the basic units and generating functional unit sets; carrying abstract processing on the functional unit sets and packaging the functional unit sets to form functional assemblies; constructing corresponding environments for developing the configuration of the interfaces of the numerical control systems and setting management units to manage the functional assemblies of the modules; configuring configuration of the functional assemblies by the management units and constructing configuration interfaces; carrying out simulation running on the constructed configuration interfaces and determining whether functional requirements are met by the configuration interfaces or not; loading configuration scripts and executing the configuration interfaces. According to the technical scheme, the method has the advantages that the numerical control interface systems are divided into the graphic, data and interaction modules, the corresponding independent functional assemblies of the various modules are extracted, can be instantiated in graphic visualization manners and can be combined with assemblies in the graphic visualization manners, and the configuration interfaces of the numerical control systems can be quickly constructed.

The invention discloses a space remote sensing load imaging geometric distortion three-dimensional visualization simulation method which specifically comprises the steps that: (1) a three-dimensional earth model is constructed under a space right-angle coordinate system; (2) a space platform is constructed in the three-dimensional earth model according to the parameters of the space platform; (3)the spatial position and the direction of the light emitted by a sensor are determined according to the parameters of the sensor on the space platform; (4) intersection calculation is carried out on the light emitted by the sensors on a three-dimensional terrain scene and the space platform, and the image geometric distortion of a space remote sensing image in a topographic state; and (5) a result is re-displayed in a virtual environment of a computer through a 3D graphic visualization technology. By the space remote sensing load imaging geometric distortion three-dimensional visualization simulation method, the cause for geometric distortion when the image is captured during the flying process of the space remote sensing platform is analyzed, so that the physical phenomenon in which the geometric distortion of the space remote sensing image is produced is disclosed with an effective graphic. And the space remote sensing load imaging geometric distortion three-dimensional visualization simulation method supports the research on a space remote sensing imaging mechanism through man-machine data and graphic interaction.

The invention discloses a power distribution network equipment visualization auxiliary operation and maintenance method based on a geographic information system. The visual rendering technology of the geographic information system is relied on, and multi-dimensional graphic visualization display is carried out on the spatial position, the electrical connection relationship, the equipment health degree, the importance assessment and the control level of the distribution network power distribution equipment; through the combination with a satellite positioning technology, analog simulation is carried out on a motion track in an inspection task process of the power grid operation and maintenance personnel; a pollution area distribution map, a lightning distribution map, a mountain fire distribution map, a icing distribution map, a bird damage distribution map and a tree growth trend influence map are overlapped; and an auxiliary support means is provided for operation-maintenance analysis and decision and field operation control of the power distribution network, so that a more scientific and reasonable differentiated operation and maintenance plan is formed, weak links of the power distribution network and operation and maintenance of key equipment are ensured, resource waste is avoided, equipment faults are effectively reduced, fault outage time and outage loss are reduced, and power supply reliability of users is improved.

The invention discloses an unmanned aerial vehicle data processing method, device and equipment, and a storage medium. The method comprises the following steps of acquiring onboard data when an unmanned aerial vehicle is in a working state; acquiring image information and geographic position information collected when the unmanned aerial vehicle is in the working state; and using a graphic visualization mode to play back the working process of the unmanned aerial vehicle according to the onboard data, the image information, and the geographic position information. In the technical scheme of the invention, a work site can be restored, the working process is analyzed and played back, flight work is guided through a big data statistical prediction function, work efficiency is improved, and complicated operation steps are reduced.

The invention relates to a method for graphic visualization of a propulsion energy level gauge relative to a vehicle range meter that is implemented by a user interface system. The interface system determines a current range of the vehicle based on a current remaining propulsion energy level of an energy storage device of the vehicle, and determines at least one hypothetical range of the vehicle based on at least one hypothetical level of remaining propulsion energy of the energy storage device. The graphic visualization is provided on a display, where the propulsion energy level gauge conveys the current remaining propulsion energy level and the hypothetical level of remaining propulsion energy, and the vehicle range meter conveys the current vehicle range and the hypothetical vehicle range. In the graphic visualization, the current remaining propulsion energy level is graphically associated with the current vehicle range, and the hypothetical level of remaining propulsion energy is graphically associated with the hypothetical vehicle range. Accordingly, a driver may glance at the presented hypothetical vehicle range for consideration of a presumably desirable timing of refueling / recharging, without confusing the hypothetical vehicle range with the current vehicle range. The invention also relates to the interface system and a vehicle comprising the interface system.

The invention relates to a complex signal sorting method based on visual graphic features. Directed at the current situation that complex system radar signals with carrier frequency and repetition frequency changing rapidly are difficult to sort, priori knowledge is provided for signal sorting based on recognition signal parameters of graphic visualization features. And according to the preprocessed multi-dimensional visual features of the radiation source description word (PDW) information in the time domain and the frequency domain, Hough transformation is utilized to quickly and automatically extract graphic parameters, and multi-dimensional feature parameter association processing in the time domain is adopted to realize complex signal sorting of specified parameters. According to themethod, complex signal sorting based on visual graphic feature information parameters overcomes the difficulty that frequency domains in conventional sorting are difficult to cluster, and hidden features, categories, relations and trends can be effectively found from graphic visualization feature information. The method has good universality and practicability.

A computer-implemented method for authenticating an online user includes steps including receiving, from a requestor server in communication with a merchant website, an authentication request message including authentication data collected from a user computing device during an online interaction with the merchant website. The steps also include extracting the authentication data from the authentication request message, and applying a risk-based authentication (RBA) engine to the authentication data to obtain RBA result data including a reason code that includes no more than three bytes of data. The steps further include causing the reason code to be embedded in an authorization request message generated during the online interaction and routed to a decisioning server via a payment network. The authorization request message is formatted according to a set of proprietary communications standards promulgated by the payment network for exchange of data between institutions that are members of the payment network.

The invention provides a method for constructing and displaying a multi-modal emotion knowledge graph, and relates to the technical field of multi-modal knowledge management. The method comprises thesteps: firstly, collecting and downloading emotion vocabulary bodies or dictionaries, facial expression and animal expression images and emoticons commonly used by social media platforms; respectivelypreprocessing the acquired text and image data resources to enable the data resources to meet the requirements of a unified abstract ontology model; then constructing a multi-modal emotion knowledgegraph capable of expressing different modal entities and relationships between the entities based on preprocessing results of the text emotion words, the expression images and the social media emoticons; and finally, achieving display and rendering of nodes of the multi-modal emotion knowledge graph, edges of the graph and graph entity attribute information by adopting programming of a text markuplanguage of a front end and an element rendering language of a front end page. On the basis, a user interaction function of the map is achieved; and meanwhile, the dynamic effect of the knowledge graph is improved through the graphic visualization library.

The invention provides a load prediction and diagnosis method based on power distribution network protection and equipment real-time data, which is characterized by comprising the following steps of: setting and calculating equipment real-time data based on a local power grid distribution network, and storing the equipment real-time data in a database; based on a KMP algorithm, multi-level equipment cooperative calculation is realized, time of a corresponding fixed value is analyzed to facilitate cooperative relationship matching, and the time is displayed on the system through a graphic visualization technology; image-text recognition is carried out, then load prediction is carried out, and a protection diagnosis strategy is provided; by means of the image-text recognition technology, images are converted into characters, structural data are output and automatically recorded to the background, labor can be greatly saved, and efficiency is improved; the method comprises the following steps of: processing, analyzing and understanding images by using a computer through an integrated image-text recognition technology so as to recognize targets and objects in various different modes, realize recognition of basic parameters and setting value sheets of equipment into characters, and store the characters in a database; and the speed and effectiveness of the load prediction and diagnosis method are greatly improved.

The invention discloses a visual detection system for a dynamic graph of wire harness ribbons. The system comprises a detection device; a test board is arranged on the detection device; a test case adapter plate and a test case are arranged in a machine table above the test table; a table top is arranged on the upper surface of the machine table, and a detection jig, upper computer software and anairtight lock module are arranged on the table top; an RS232 serial port line is arranged between the upper computer software and the test case. The visual detection system for the wire harness ribbons is composed of the test board, a set of detection case based on an embedded technology and the graphic visualization upper computer software, automatic detection of the number, direction and positioning of the wire harness ribbons is achieved, an upper computer can upload detection data of the wire harness ribbons in real time, it is convenient for problematic wiring harness ribbons to be traced and positioned easily during reworking, the detection system remarkably improves the detection efficiency of the ribbons, the manual detection cost is reduced, and the ribbon detection accuracy is 100%.

The invention relates to a flexible configurable simulation system. The system comprises a model system framework specification module which comprises an IOCE model integration standard and an IOCE model framework integration; a modular modeling and model management service tool comprising a modular modeling service and a model management service, a multi-level graphic visualization model assembling tool comprising a model assembling service, a matching verification service, a parameter configuration service and a plug-in management service, and a database; the model system framework specification module is used for providing IOCE specifications for the modular modeling and model management service tool and the multi-level graphic visualization model assembly tool; and the modular modelingand model management service tool and the multi-level graphic visualization model assembly tool carry out model information, port information and configuration information interaction. By adopting the method, the efficiency of the simulation model can be improved.

A method performed by a user interface system (2) is disclosed for adapting a graphic visualization (13) of a virtual element (14) on a display (3) to render a corresponding fictitious physical element. The user interface system determines surrounding light characteristics (401) of surrounding light associated with the display, and determines light adjusted characteristics (403) of the virtual element based on the surrounding light characteristics. The user interface system adapts the graphic visualization based on the light adjusted characteristics, such that the graphic visualization resembles the fictitious physical element (405) should the fictitious physical element have been subjected to the surrounding light. The invention also relates to the above user interface system, and includes a transport (1) of the above user interface system. By considering surrounding light conditions prior to adapting the graphic visualization, the graphic visualization may change appearance depending on surrounding light conditions. The rendering may accordingly change dynamically when the surrounding light conditions change, similar to the appearance of true physical elements, thus providing a more realistic appearance of the graphic visualization.

The invention discloses a cutting method of a profiling stone cutting robot using intelligent visual. According to the profiling stone cutting robot using intelligent visual, the machine vision, the robot technology and the image graphic visualization operation technology are introduced, the traditional profiling machine is structurally modified and upgraded, and a set of intelligent equipment isadded to the original machine, which is equivalent to adding "eyes" and "brain", and the traditional profiling machine turns into a visual profiling stone cutting robot. According to the invention, the image graphic is visualized,the operation is simple, one person can manage and operate a plurality of machines at the same time, the dependence on workers, particularly skilled workers, is reduced,the multi-section double-sided complex special-shaped machining is supported, the machining precision is improved, and the workload of a subsequent polishing link is effectively reduced.

A graphic visualization layer in an interactive development environment is displayed and used to create an application on a node of a computer network. The graphic visualization layer includes graphical shapes manipulated by a user to generate program language code for lifecycle stages of the application. The graphical shapes include an application graphical shape representing the application, a resource graphical shape representing a resource for the application, an action graphical shape representing an action for the application and a task graphical shape representing a task of the action. A selection of the application graphical shape is received. An application value for the application is received in an entry field of the application graphical shape. Program language code is generated based on the selection of the application graphical shape and the application value. The program language code is executable to install the application on a node of the computer network.

The invention discloses a multi-channel user clustering method. The method comprises the following steps of: 1, acquiring user data; 2, carrying out one-hot coding on the information of the user datato obtain a string of 0-1 values to describe the user; 3, performing dimension reduction on the data, and describing the user by using a point in a three-dimensional space; 4, modeling the user information by using a DBSCAN algorithm, and adjusting parameters to enable an evaluation index to be a local optimal solution; and 5, performing graphic visualization, and displaying the data. The multi-channel user clustering method provided by the invention is a multi-channel user clustering algorithm, the basic attribute information of the users can be clustered by utilizing the DBSCAN algorithm, and the users can be well clustered after the algorithm is adjusted, so that the users can be better understood.

The invention discloses an online analysis system for spatiotemporal expression patterns of human brain genes and a method thereof. A reference database platform includes a human brain gene spatiotemporal expression normal pattern, a thousand-person genome database, an Ensembl database and a dbSNP database; the human brain gene spatiotemporal expression normal pattern is used for, based on a constructed spatiotemporal framework of each brain region and each developmental stage, forming matrix expression patterns of genes or gene modules between each brain region and each developmental stage aswell as enrichment matrix expression patterns between the gene modules and cell types; a data analysis module is arranged in a server; a gene set data input module and a graphic visualization moduleare arranged in a client, the server is used for analyzing the spatiotemporal patterns of input gene set data, and the gene analysis results are graphically presented through the graphical visualization module. By using the online analysis system for the spatiotemporal expression patterns of the human brain genes and the method thereof, user-friendly and easy-to-understand visualization results are generated at the client to help to clarify the complex spatiotemporal expression patterns of the genes and reflect the relationship between the analyzed genes.

The invention relates to a voice integrated circuit simulation method, a system, a storage media with the system and a generation method of a software code and the like. The voice integrated circuit simulation method is used for obtaining a voice integrated circuit project simulation result and comprises the following steps: a voice integrated circuit project is established and compiled in a wizard-guided interface, then an online simulator graphic configuration corresponding to the voice integrated circuit project is set and interactively displayed on a visualization configuration setting interface if the project needs to be modified, and finally a system drive event corresponding to an executive command segment is set in a visualization command editing and event setting interface. In addition, the software code generated by compiling the voice integrated circuit project can be output by output ports such as a USB port or a printer port and the like or burned to a memory of a hardware circuit simulator. The voice integrated circuit simulation method, the system, the storage media and the generation method of the software code are guided by graphic visualization to reduce error rate of program editing and debugging burden at a development stage, and the automatic generation of the software code can shorten the simulation and development time of an application system.

The invention belongs to the technical field of electric power marketing, in particular to a method and a system for auxiliary generation of a power supply scheme based on graphics visualization, which are applied to an electric power marketing system to realize data generation, modification and maintenance operation of electric power customer files. The method and the system graphically display customer file data of the electric power marketing system as electrical apparatuses such as power sources, courts, transformers, high voltage motors, measuring points, electric energy meters, mutual inductors, negative control terminals, distribution transformer terminals and lines according to electric power logic relation and provide a configurable guide menu for the apparatuses to complete the specific operation of electricity business, so that power marketing system operators can quickly complete the generation and change of customer profile data and other maintenance functions of the customer file data through the equipment menu.

A method for operating a data processing system to provide a graphic visualization of a function is disclosed. The method includes causing the data processing system to present a first GUI to a user on a display associated with the data processing system, causing the data processing system to receive a text string that defines the function in terms of variable parameters and elementary functions, causing the data processing system to provide a list of the variable parameters, receiving user input specifying row and column parameters selected from the list of variable parameters, and generating a grid plot of the function on the display.

The present invention provides a power quality evaluation method based on cloud graph visualization output, which includes: determining the power quality evaluation index that needs to be visualized to form a power quality comprehensive evaluation index system; using the analytic hierarchy process to calculate and determine each index in the index system. The size of the impact of the final evaluation result, that is, the weight of the index; calculate the normalized value of the original data of each evaluation index; calculate the visual output parameters of the power quality evaluation result; substitute the parameters into the Gaussian function and use the Gaussian function after the parameter substitution in the computer Commonly used mathematical software is used to draw function images, and the drawn images are the visualized cloud graphics of the final evaluation results. This method establishes a power quality assessment model based on the visual output of cloud graphics, which overcomes the problems of inconsistent measurement standards and obscure data of traditional power data, and can help power users intuitively and specifically grasp the power quality status of their own electricity consumption. .

The invention discloses a method for developing configuration of interfaces of numerical control systems. The method includes dividing interface systems into a plurality of modules; dividing the modules into a plurality of basic units, sorting the basic units and generating functional unit sets; carrying abstract processing on the functional unit sets and packaging the functional unit sets to form functional assemblies; constructing corresponding environments for developing the configuration of the interfaces of the numerical control systems and setting management units to manage the functional assemblies of the modules; configuring configuration of the functional assemblies by the management units and constructing configuration interfaces; carrying out simulation running on the constructed configuration interfaces and determining whether functional requirements are met by the configuration interfaces or not; loading configuration scripts and executing the configuration interfaces. According to the technical scheme, the method has the advantages that the numerical control interface systems are divided into the graphic, data and interaction modules, the corresponding independent functional assemblies of the various modules are extracted, can be instantiated in graphic visualization manners and can be combined with assemblies in the graphic visualization manners, and the configuration interfaces of the numerical control systems can be quickly constructed.

The invention discloses a main and distribution network real-time listing information summary analysis method and system, feeder switch listing information is obtained from a main network master station system and a distribution network master station system, the feeder switch listing information of the main network master station system is in an Outputsome.DT file format, and the feeder switch listing information of the distribution network master station system is in a devTag.txt file format; storing feeder switch listing information of the main network master station system and the distribution network master station system in a specified file directory of a web system in an xml format; calling feeder switch listing information files of the main network master station system and the distribution network master station system from a specified file directory of the web system, and analyzing the feeder switch listing information files to obtain main network listing information and distribution network listing information; and storing the main network listing information and the distribution network listing information, and displaying the listing statistical information of the main network and the distribution network in a graphic visualization mode. The technical problems of large workload and low efficiency due to the fact that a corresponding master station diagram needs to be opened to check the listing condition in the existing mode of checking the listing and de-listing information of the feeder switch of the power distribution network are solved.

The invention discloses a space remote sensing load imaging geometric distortion three-dimensional visualization simulation method which specifically comprises the steps that: (1) a three-dimensional earth model is constructed under a space right-angle coordinate system; (2) a space platform is constructed in the three-dimensional earth model according to the parameters of the space platform; (3) the spatial position and the direction of the light emitted by a sensor are determined according to the parameters of the sensor on the space platform; (4) intersection calculation is carried out on the light emitted by the sensors on a three-dimensional terrain scene and the space platform, and the image geometric distortion of a space remote sensing image in a topographic state; and (5) a result is re-displayed in a virtual environment of a computer through a 3D graphic visualization technology. By the space remote sensing load imaging geometric distortion three-dimensional visualization simulation method, the cause for geometric distortion when the image is captured during the flying process of the space remote sensing platform is analyzed, so that the physical phenomenon in which the geometric distortion of the space remote sensing image is produced is disclosed with an effective graphic. And the space remote sensing load imaging geometric distortion three-dimensional visualization simulation method supports the research on a space remote sensing imaging mechanism through man-machine data and graphic interaction.

The invention discloses a method for displaying data visualization design of an intelligent operation management center. The method comprises the following steps: preparing a corresponding visualization component according to data requirements; dragging the corresponding visual component to the design canvas; adjusting data parameters of a visual component in the canvas; and editing and previewing through data visualization and generating a data visualization page. According to the method, the data visualization preview can be quickly established, the reusability and the usability are improved, and the human resource cost is saved while the data visualization display efficiency is improved; a graphic visualization operation interface is provided for business personnel, demand personnel and developers in the data visualization project development process, the development process is simplified, the technology development difficulty is reduced, repeated communication is reduced, and the project delivery efficiency is improved; a datamation design display method is provided for smart cities, smart parks and smart buildings, and modularized and efficient project delivery is realized.

The invention relates to a manufacturing method of a fabric with stepless gradient textures and the fabric. The manufacturing method comprises the following steps: S1, according to a design theme, designing and generating a gradient graphic bit matrix by using a graphic visualization language or image software, and presenting the gradient graphic bit matrix in a binary image file; s2, generating a graceful pattern satin tissue texture network, writing codes by using an algorithm technology, superposing the graceful pattern satin tissue texture network and the gradual change graphic file in a program language environment, and generating a graphic file with stepless gradual change textures, wherein the longitude and latitude pixel points are completely equal to the graphic file, and the graceful pattern satin tissue texture network and the gradual change graphic file are superposed in a program language environment; s3, reading the graphic file on the texturing CAD software, and directly generating a pattern card file; s4, preparing a loom, and adjusting loom parameters according to the designed fabric specification requirements; and S5, importing the pattern card file into a jacquard rapier loom, and weaving on the jacquard rapier loom to obtain the fabric with the stepless gentle gradient texture. According to the invention, the fabric with stepless gentle gradient textures is woven by using a modern algorithm technology.

The invention discloses a human-computer interface configuration development method of a motion controller. The human-computer interface configuration development method comprises the steps that an operation process and monitoring data of the motion controller are abstracted and packaged; a configuration control is designed according to the operation process and the monitoring data of the motion controller; the development environment configures and designs an operation interface through a graphic visualization method; the development environment correlates the configuration control, the operation process and the monitoring information through a graphic visualization method; the development environment manages configuration interface information in an engineering form; human-computer interface engineering data is compiled and configured by the development environment; and the motion controller executes the human-computer interface data after motion compilation. According to the development method, the function development of the configuration human-computer interface is integrated in the motion controller; the complete cost of the motion controller is reduced; the human-computer interface flexibility of the motion controller is improved; and the design difficulty of a human-computer interface of the motion controller is reduced.

A visualization method for a collection of pictures and texts, which processes text collections containing pictures to obtain feature words and weights of feature words, feature pictures, and weights of feature pictures in the picture-text collection, and then uses feature words and feature pictures to compare text and text The collection is visualized; the present invention also provides a visualization device for a collection of pictures and texts, including: a preprocessing module, which is used to preprocess the raw data to be visualized, and obtain the feature words of the collection of pictures and texts and the weights and features of the feature words. The weight of pictures and feature pictures; the visualization module is used to use the above result data to visualize information and present the characteristics of graphic and text collections; the present invention displays the feature words and feature pictures of graphic and text collections through a graphical interface, so as to enable users Intuitively and quickly understand the purpose of the content of the graphic collection.

The invention provides a bank system fund flow scenarized analysis method and device. The method comprises the steps: obtaining target flow data which comprises a plurality of flows; processing each part of running water by using a pre-collected scenarized rule to obtain a corresponding scenario; analyzing all the flows in each scene to obtain corresponding fund flow detail data; sending the fundflow detail data to an Hbase cluster; loading metadata and control configuration information corresponding to the fund flow detail data to the Oracle; the big data distributed technology is utilized,processing, analysis and query of mass data are supported on the basis of Hbase + Oracle, analysis result data are further displayed in a customized graphic visualization mode, and the problem of datastorage capacity is solved.