71 results about "Online visualization" patented technology

The invention relates to the energy monitoring and management technology field particularly relates to the online visual energy audit management system. It includes the electric demand energy auditing system, electric demand energy audit management system, mainly consisting of the following parts: the power monitoring main station; the power monitor; the data communication channel; the management application platform; the power monitor sends the collected information to the power monitoring main station through the data communication channel, and the data is processed by the management application platform and output to display. The government energy audit management system summaries the information received by the power monitoring main station. According to the summary information, the invention provides electric demand network reform scheme, which building the multi-level energy management system for the towns, counties, cities, provinces, based on industry, products, electricity nature; it has a better application effect and is easy to use.

An open type BIM cross-platform online visualization method based on WebGL comprises the following steps of traversing IFC file data segment entity information, and obtaining all objects forming a building model; obtaining all data information associated with the object by quoting and inheriting the relationship; carrying out geometric data processing on an object with geometric information, obtaining geometric information of a Revit geometry, carrying out calculation of geometric data, local coordinates and a matrix, and converting the Revit geometry into a parameterized geometry; conductingtriangularization processing on the surface of the parameterized geometry through a triangulation method, and finally converting the parameterized geometry into a triangular geometry; further carryingout lightweight processing on the triangular geometries, classifying all the triangular geometries according to the principle of dividing the members with the same geometrical shape and different positions into the same kind of members, and setting geometrical identifiers for the same kind of members; performing webGL data rendering.

The invention relates to a lightweight BIM big data online visualization method and system. The method includes the following steps that lightweight analysis based on semantic guidance is conducted on a BIM scenario component set to obtain a lightweight component base; the interior structure of a BIM building is automatically partitioned to generate multiple relatively independent spaces and a relation structure chart of the relatively independent spaces; a multilayer data index structure with multi-granularity decomposition is established according to the relation structure chart and the component set in each space; the lightweight component base is called according to the multilayer data index structure to achieve progressive visualization of the BIM building, and in the visualization process, with each space as the unit, data in the next space relative to the current space is cached and data in the last space is deleted. Compared with the prior art, the method and system have the advantages of automation, lightweight, fine granularity and the like.

There is provided an autonomic software system and method for normalizing a profile collected for an executing application to account for one or more actions applied to the executing application after the profile was collected, comprising: predicting an impact of applying the one or more actions to the executing application by utilizing the profile and the one or more actions; and adjusting the profile to form a normalized profile according to the predicted impact. A plurality of different a profile consumers, such as, a phase shift detector, an action evaluator as well as a normalizing controller, may utilize the normalized profile to improve the behavior of the executing application. In addition, online visualization tools may be implemented to graphically depict the normalized profiles, as well as differences between the collected profiles and the normalized profiles.

The invention provides an online visible bridge monitoring creating and managing platform which comprises a bridge monitoring sensing module, a bridge monitoring analyzing module and a bridge monitoring three-dimensional visible module. The bridge monitoring sensing module is used for performing remote configuration on a frontend acquisition sensor. The bridge monitoring analyzing module is used for performing preprocessing, analyzing and early-warning on monitoring data which are acquired by the frontend sensor, thereby evaluating the safety state of the bridge. The bridge monitoring three-dimensional visible module is used for displaying a bridge three-dimensional model and displaying real-time data state. The online visible bridge monitoring creating and managing platform according to the invention has advantages of realizing simple setting and high convenience in use, greatly improving creating speed of a bridge monitoring system, improving maintenance efficiency and realizing relatively high practicability.

The invention discloses a vector data stream transmission method oriented to Web visualization. According to the method, the transmission sequence of space elements is determined according to the level of importance in vector space element visualization, and the application purpose of on-line and real-time display of vector data is achieved due to the fact the data are transmitted to a client in batches. The method comprises the first step of server vector data stream transmission block organization, the second step of vector data stream transmission based on real-time transmission protocols, and the third step of unpacking and reconstruction of the client vector data, wherein the first step is used for forming a block unit suitable for stream transmission, the second step is used for data reciprocating transmission and quality control, and the third step is used for vector data browser visualization. The invention further provides a vector data stream transmission and visualization system under a Web environment, wherein the system is used for guaranteeing that the method is achieved in actual application. According to the requirement for Web on-line visualization oriented to massive vector data, the experience for browsing the vector data online by Web client users is effectively improved.

The invention relates to a sausage fast grading method based on an olfactory visualization array, and relates to the technical field of quality detection of meat products. The sausage fast grading method comprises the steps: sausage feature volatile gas components of different grades in multiple producing areas are analyzed, corresponding gas-sensitive materials are screened, and a color sensitivesensing array is constructed; images of the sensor array before and after a reaction are obtained through an image acquisition device, the gray average of all channels of all sensing units in the sensor array before and after the reaction is subjected to feature extraction, that is, a smell feature matrix of a measured sample is obtained; and a distinguishing model is constructed based on the feature matrix, and the sausage grade is quickly distinguished. The advantages of quickness, non-destruction and on-line visualization are achieved, and the sausage grade can be quickly distinguished.

The present invention discloses a supply chain finance engine system, a system establishment method and a server. The system establishment method comprises the following steps of establishing a process definition file, which can be recognized and executed, by utilization of an on-line visual process design method; developing a business process execution engine, reading and analyzing the process definition file, and generating an execution class model; operating the execution class model, generating a process instance, executing process nodes, and generating a process task; and developing an on-line visual information presentation mode, and presenting the process operation conditions in a graphical mode during the process operation process. According to the supply chain finance engine system, participants such as core enterprises, upstream and downstream enterprises, banks and storage logistics service providers can be integrated, seamless combination with a supply chain business system is achieved, enterprise supply chain business activities can be organically combined with finance service activities, and huge income caused by supply chain management upgrade can be shared.

The invention provides a human-computer interaction safety early warning and control method based on digital twinning. The method comprises the following steps: identifying a worker in an image shot by a binocular camera and a human body key point position of the worker based on a deep learning algorithm; adhering a label to a moving joint of the robot, and identifying the position of the label inthe image through Canny edge detection and Hough circle detection algorithms to obtain the position of the robot; based on a binocular vision distance measurement principle, measuring space coordinates of key points and labels of a human body of a worker, and calculating a distance between the worker and the robot; building a man-machine interaction safety early warning twinning system, achievinginteraction co-fusion and iterative optimization of a man-machine interaction physical scene and a virtual scene, and visually monitoring the safety of the man-machine interaction process online in real time. The man-machine interaction safety early warning twinning system is driven by real-time data, the optimal work space can be optimized, the safety of the man-machine interaction process is guaranteed, and the man-machine cooperative work efficiency is improved.

The invention discloses a method of customizing a bill template and a system. The method includes: preparing a control set, which includes a first plurality of controls covering data owned by a targetbill, preparing a canvas, on which page layout design can be carried out by using an online visualization design manner, dragging a second plurality of the controls to the canvas, and editing attribute styles of the second plurality of the controls applied to the target bill; and previewing and saving the above-mentioned bill template. The method realizes bill template addition and modification through a manner of dragging the controls and editing attributes of the controls, and greatly shortens a development cycle and reduces operation difficulty as compared with previous realizing manners of the need for defining the template and then newly adding a page by a developer. For a user, only customizing the template by the user is needed to realize an effect, which the user wants to present,without the need for redesigning the template and then sending the same to a technology company for revision and modification at every time. Needed revision costs and needed revision time are shortened, and an effect of real-time modification use is met.

The invention discloses an extension form design integrating method.The method includes the following steps of providing a template module, wherein the template module can conduct page layout design by means of an online visual design mode; providing a data definition module, wherein the data definition module is used for supporting self-definition of page form data items; providing an online layout design module, wherein the online layout design module is combined with the self-definition page form data items to achieve the page form layout design; converting the page form layout into a template file and storing the template file in a database; providing a presenting module, wherein the presenting module is used for presenting a page form by calling the template file to be combined with the self-definition data items; providing a data storing module, wherein the data storing module is used for storing data of the self-definition form.Service function extension can be achieved without offline code development or compilation or deployment and can be bound with the service process, and conventional service form application and approval are achieved.

The invention provides an online visual programming method and device. The method comprises the following steps of: configuring a service processing flow according to a service scene demand, acquiringnodes required by the service processing flow, constructing a directed graph corresponding to the service processing flow, and traversing the nodes in the directed graph by utilizing a flow traversalalgorithm to complete online visual programming of the service processing flow. Data of a plurality of data sources, a third-party application, a third-party interface and other nodes can be arrangedin series to form an emergency scheme capable of meeting demands of various different business scenes. The flexibility of the service processing flow is improved, and the method can be suitable for processing of various complex service scenes.

The invention discloses a VR driving game making and experiencing system based on online visual programming. The VR driving game making and experiencing system mainly comprises a visual driving scene editing unit in HTML language, as well as an operation feedback unit and a processing unit, wherein a user completes the making of a VR driving game scene through the visual driving scene editing unit; the user completes the data correction and experience of the driving game scene through the operation feedback unit; the visual driving scene editing unit comprises a graphic logic block library for storing logic graphic blocks for controlling the movement of dynamic elements in a virtual scene, and an operation display module having a graphic logic block editing combination region and a virtual space editing region, wherein a graphic block sequence for controlling changes of the movements and states of the dynamic elements in the virtual scene is formed by dragging and combining the graphic logic blocks according to a certain rule; a user moves the graphic logic blocks from an interface of the graphic logic block library to an interface region of the unit in a dragging way, so as to form the graphic block sequence.

The invention provides a dragging type data visualization system for multi-component hybrid application. A simple dragging mode is adopted; a component library which can be used for visual differenceconfiguration and self-defined introduction is utilized; data modeling and visualization processes which originally need to be carried out respectively are simplified, systematized and centralized; the data online visualization service system is simple in operation, good in display effect and high in personality degree, helps operators to quickly construct data visualization applications such as adata large screen, a data statistical analysis report and a Chinese style data report, and responds to data display and adjustment requirements in time.

The invention provides a terrain multi-scale TIN (Triangulated Irregular Network) online visualization method oriented to the virtual earth. The method comprises the following steps of global multi-scale TIN scale parameter mathematical model construction, terrain multi-scale TIN automatic construction and virtual segmentation under characteristic constraints, the online visualization of a multi-scale TIN topography spherical surface and real-time crack elimination, wherein the step of the terrain multi-scale TIN automatic construction and virtual segmentation under characteristic constraintsis realized as follows; the step of the online visualization of the multi-scale TIN topography spherical surface comprises the step of carrying out calculation to obtain visual terrain blocks of different levels according to point-of-sight information; and the step of the real-time crack elimination comprises the following step of carrying out quick decoding during real-time visualization to finish the edge connection of the adjacent boundary of terrain blocks of different levels. By use of the method, while the structural flexibility of the TIN is kept, the multi-scale irregular modeling andthe quadtree segmentation of a large-scale terrain are realized, meanwhile, the seamless real-time rendering of a mixed scale TIN terrain is supported, the terrain data processing and expression accuracy of the virtual earth can be greatly improved, a seamless fusion ability for irregular GF spatial data is also greatly improved, so that the high-fidelity expression requirement of a geographical environment can be met, and each category of reliable geographical analysis application can be supported.

There is provided an autonomic software system and method for normalizing a profile collected for an executing application to account for one or more actions applied to the executing application after the profile was collected, comprising: predicting an impact of applying the one or more actions to the executing application by utilizing the profile and the one or more actions; and adjusting the profile to form a normalized profile according to the predicted impact. A plurality of different a profile consumers, such as, a phase shift detector, an action evaluator as well as a normalizing controller, may utilize the normalized profile to improve the behavior of the executing application. In addition, online visualization tools may be implemented to graphically depict the normalized profiles, as well as differences between the collected profiles and the normalized profiles.

The invention discloses a regional agricultural key farming season online visualization prediction method. The method comprises the following steps that: step 1, a regional agricultural map base is produced through utilizing ArcMap and is issued; step 2, a geographic information processing model of key farming seasons is established, and geoprocessing services are issued; step 3, key farming season regions are drawn; step 4, distance and area measurement and calculation are performed; step 5, the boundaries of the drawn key farming season regions are adjusted; and step 6, a final key farming season visualization result map is determined and outputted. With the method of the invention adopted, the change of farming seasons with time and space can be intuitively demonstrated in a diagram and map-combined manner; and agricultural planting can be arranged more efficiently and reasonably by means of advanced network technologies and geoprocessing technologies. The regional agricultural key farming season online visualization prediction method has the advantages of high efficiency, convenience and visualization.

The invention discloses a fine-grained Web3D online visualization method for a large-scale building scene, and the method comprises the steps: firstly, carrying out the lightweight preprocessing in a model-level fine-grained mode and a file-level fine-grained mode in a BIM model lightweight preprocessing stage; secondly, in the network end pre-rendering and transmission scheduling processing flow, including loading preprocessing, optimal initial viewpoint selection, visual increment list calculation, interestingness calculation, file packaging and the like; and finally, in a Web end multi-thread asynchronous loading and rendering process, firstly performing incremental downloading on visual component data in a scene through multiple threads, performing online efficient analysis on a file package by using a WebAssembly technology, then performing instantiation rendering by using reuse information of the component, and performing component loading and removal management by using a cache scheduling mechanism based on interestingness. Through the process processing, a set of progressive lightweight online visualization solution for a large-scale BIM scene is completely realized.

The invention discloses a novel field geological survey method based on digital outcrops. The method includes following basic steps that: oblique photogrammetry is adopted to obtain the picture of a field geological outcrop; the three-dimensional model of the geological outcrop is constructed indoors; the outcrop model is visualized online; online rock stratum attitude element measurement is performed; lithologic marking, fault plane marking, special structural marking, sedimentary facies division and other geological information extraction processing are performed online; and geological mapping is performed, and a geological map is exported. The method provided by the invention is scientific and reasonable, and adopts advanced technologies. According to the novel field geological survey method based on digital outcrops of the invention, the oblique photogrammetry is adopted to acquire the picture of the outcrop, the three-dimensional digital outcrop model is established indoors, and online attitude element measurement and information extraction are performed.

The invention discloses an online visual programming based VR (virtual reality) armed fighting game production experience system. The system mainly comprises an HTML 5 language based virtual armed fighting object scene editing unit, a remote server and an operation feedback unit, and the operation feedback unit is worn by a user to realize game control and programming information correction. The virtual armed fighting object scene editing unit comprises a virtual space editing region, a graphic logic block library, an operation display module and a graphic logic block editing combination region. The virtual space editing region at least comprises camera position points, a view distance, dynamic elements and a spherical environmental fitting space. Graphic logic blocks controlling motion of dynamic elements in a virtual scene are stored in the graphic logic block library, and the graphic logic blocks are dragged and combined according to a certain rule to form a graphic block sequence to control changes of the camera positions, the view distance, the dynamic elements and the fitting space in the virtual scene.

The invention discloses a knowledge model serviceability and process customization system, comprising: a knowledge model, which is used for carrying out statistical analysis according to different numerical statistics indexes and carrying out spatial analysis on data sets participating in spatial analysis to determine an optimal spatial analysis result; a knowledge model, which is used for carrying out statistical analysis according to different numerical statistics indexes and carrying out spatial analysis on data sets participating in spatial analysis. A knowledge service pool, comprising aknowledge service container and a knowledge service component, for providing services to the outside through the knowledge service component; The knowledge engine is used for combining different business scenarios with different knowledge models to form a knowledge chain by using a process engine, and calculating the knowledge chain to obtain an operation result; A visualization layer for presenting the results of the operation. On the basis of realizing the serviceability of the spatio-temporal knowledge model, the embodiment of the invention establishes an online visualization customizationframework of the knowledge service, which can expand a plurality of knowledge models, and by assembling the knowledge models of the atomic granularity on demand, helps users to complete online big data analysis, and meets the analysis and application requirements of the spatio-temporal big data under a plurality of application scenarios.

The invention discloses an intelligent substation virtual loop comprehensive monitoring system based on multidimensional information acquisition. The monitoring system comprises a multidimensional information acquisition unit, a monitoring data processing unit and a visualization monitoring unit. The multidimensional information acquisition unit is used for obtaining and transmitting multidimensional comprehensive information to the monitoring data processing unit from a secondary device and a secondary virtual loop of a substation. The monitoring data processing unit is used for carrying out objectification modeling on the secondary device and the secondary loop of the intelligent substation, establishing a secondary virtual loop object and a network link topology connection model thereof, then carrying out automatic graph making of a second virtual loop graph and a network link graph on the multidimensional comprehensive information, and constructing and transmitting graphical interfaces displayed in a visualized manner to the visualization monitoring unit. The visualization monitoring unit is used for carrying out real-time on-line visualization display on the graphical interfaces via a human-computer interface. Thus, problems are solved that a secondary virtual loop of the intelligent substation is unobservable, unviewable and inconvenient to diagnose and maintain; operation and maintenance efficiency and automation level are increased.

The invention discloses an online integrated aircraft aerodynamic modeling system, and relates to the technical field of aircraft modeling. The system comprises: a source data module provided with a data supplement port for supplementing data in a multi-source data set; a data accounting module used for obtaining an aircraft prototype application data set; a cube construction module used for constructing a complete data cube of the aircraft; a model construction module used for constructing an aircraft aerodynamic force model after cutting, meshing data, incremental calculation and incrementalfitting are carried out on the complete data cube of the aircraft; and a data storage and online visualization module used for storing and displaying the data. The system can meet accounting requirements under aircraft coupling characteristics under the limitation of test equipment, solves the problem that modeling cannot be performed due to complex, repeated and missing data under multi-source data, and meets related requirements and difficulties of automatic modeling, traceability, comparable analysis and the like of an integrated aircraft along with a research period.

The embodiment of the invention discloses an intelligent identification based anti-misoperation system and method for a robot, which is used for switching operation. The anti-misoperation system comprises an intelligent recognizer, an intelligent shutting controller, an intelligent identification signboard, an intelligent anti-misoperation robot and a data storage device, wherein the intelligent anti-misoperation robot comprises a robot wireless communicator, a voice recognizer, an image recognizer, an anti-misoperation logic judgment device, an image processor, a voice processor and a command output device. With the arrangement of the intelligent anti-misoperation robot, an on-line visual switching operation mode of a power plant and a substation electrical device in which a single operator and the intelligent anti-misoperation robot are combined can be achieved, the workload of the operator is reduced, and the working efficiency of the switching operation is effectively improved; and meanwhile, the site operation step is monitored in real time, and the switching operation is more safe and reliable.

The invention discloses a fine-grained Web3D online visualization method for a large-scale building scene, and the method comprises the steps: firstly, carrying out lightweight preprocessing in a model-level fine-grained mode and a file-level fine-grained mode in a BIM model lightweight preprocessing stage; secondly, in the network end pre-rendering and transmission scheduling processing flow, loading preprocessing, optimal initial viewpoint selection, visual increment list calculation, interestingness calculation, file packaging and the like are included; and finally, in a Web end multi-thread asynchronous loading and rendering process, firstly performing incremental downloading on visual component data in a scene through multiple threads, making online efficient analysis on a file package by a WebAssembly technology, then carrying out instantiation rendering by using reuse information of the component, and carrying out component loading and removal management by a cache scheduling mechanism based on interestingness. Through the process processing, a set of progressive lightweight online visualization solution for a large-scale BIM scene is completely realized.

The invention discloses a VR comprehensive game system with an on-line visual editing function. The VR comprehensive game system comprises a scene editing unit with an HTML5 protocol, and a user completes editing and producing of a VR scene and a game through the scene editing unit; the scene editing unit at least comprises a logical block storing unit and an operation display unit, wherein logical graph blocks representing movement of dynamic elements in the VR virtual scene are stored in the logical block storing unit, the user drags the logical graph blocks to a designated area in the operation display unit to form a logical block sequence meeting the game procedure, and then editing and producing of the VR comprehensive game are completed. The VR comprehensive game system further comprises a universal walking mechanism and a sensor unit arranged on the universal walking mechanism, and the sensor unit is used for recording the walking distance of a player on the mechanism; a main control unit controls movement of a virtual target in the VR virtual scene according to moving parameters, and then the game is completed.

The invention relates to an online visual interaction system and method based on an electronic product, and solves the technical problem that interaction data cannot be efficiently and accurately processed due to the fact that interaction instructions and interaction results are displayed separately. The interactive output unit can output visual signals; the execution of the interaction instruction processing operation unit comprises the following steps: s1, receiving an interaction instruction, and analyzing the interaction instruction; s2, calling a program for controlling the electronic product to run according to the interaction instruction to obtain a program feedback scene; s3, fusing the interaction instruction scene and the program feedback scene into a feedback chain virtual scene, wherein the feedback chain virtual scene can simultaneously represent the interaction instruction and an electronic product operation feedback result; and s4, outputting the feedback chain virtual scene subjected to virtual fusion, so that the problem is well solved, and the method can be applied to online visual interaction of electronic products.

The invention discloses a method for generating webpack configuration online, which is characterized by comprising the following steps that: 1) enabling a cloud to generate an initialized webpack visual configuration interface; 2) submitting the online visual configuration result to a cloud end by a user, (3) generating coded configuration by the cloud end according to the visual configuration result submitted by the user, and (4) downloading the coded configuration by the user. The method has the advantages that the establishment efficiency of a service development basic framework can be improved under the condition of high-complexity configuration, and meanwhile, the learning cost can be greatly reduced.

A form design and operation processing method and device are used for generating and maintaining an information system form and comprise the steps that an application interaction module receives online visual form configuration of a user and sends a first request to a service control module, and the form configuration comprises list configuration and query configuration; and the service control module responds to the first request, controls the operation button permission configured by the list, controls the data query permission configured by query, analyzes the parameters configured by queryinto standard SQL and sends a second request of database operation to the data persistence module. And the data persistence module responds to the second request, operates the database and returns anoperation result to the service control module. According to the method, online visual form configuration of the user can be processed, traditional software coding is replaced, and design and operation of the form become simple and easy to implement for the user.