167results about How to "Fast rendering" patented technology

The invention relates to the field of browsers for mobile communication equipment terminals, in particular to a web page rendering and browsing system for mobile communication equipment terminals and an application method thereof. The invention provides a web page browsing system for mobile communication equipment terminals, which comprises a rendering module which is installed at a mobile communication equipment terminal and is used for rendering web page data. The rendering module processes the received web page according to the following steps: (11) judging the contents of the web page, and firstly rendering the literal contents with smaller data quantity; (12) spacing a corresponding rendering position for the contents with larger data quantity; and (13) displaying the web page at themobile communication equipment terminal, and continuing to load the contents with larger rendering data quantity in a pre-spaced loading position. In the invention, a mode that characters are first rendered and then pictures are rendered is used for preventing the page from being at a standstill by loading pictures, thereby greatly improving the browsing experience of users.

The invention discloses a remote rendering method and a cloud rendering platform. The method comprises the following steps: receiving source files uploaded by a user through a browser and rendering parameters arranged by the user through the browser; calling nodes from a cloud cluster rendering node group and performing rendering operation according to the rendering parameters and the source files; and performing downloading operation to a rendered result through the browser. Through the adoption of the technical scheme, the remote rendering method and the cloud rendering platform solve the problem that the rendering efficiency cannot be effectively improved when only a single machine is relied on.

The invention provides a method for rendering a terrain based on a graphic processing unit (GPU). The method comprises the following steps of: organizing elevation texture data, and arranging the elevation texture data with different resolutions stage by stage; acquiring an elevation value of the elevation texture organized data from the corresponding layer according to a vertex position; mixing vertex elevation data of transition zones to acquire elevation mixed data of multiple transition zones; calculating a normal vector and a detail texture in a pixel shader; rendering an image to a screen to achieve an image rendering effect displayed on the screen; and detecting whether a viewpoint is updated or not, and performing corresponding operation. By the method for quickly rendering the terrain, the acquired three-dimensional image is continuously displayed.

The invention relates to the field of software application, and in particular relates to a video playing control method, a video playing control device and a corresponding terminal. The method comprises the steps of configuring a video component that slides transversely in a list control that slides vertically; acquiring video data, and displaying a content image of a video corresponding to the video data in a card included by the video component; when any card of the video component is at a preset position, determining the video corresponding to the card to be the target video; and playing the target video. According to the method, the device and the corresponding terminal provided by the invention, the list control for displaying the content page of a client and the video component for displaying the video are independently controlled, the video playing control logic is better achieved, and the watching experience of the user is improved.

The invention relates to a method for cross-document seamless roaming browsing of a PDF map. A traditional PDF map browser is mainly directed to daily document reading, only one PDF page can be rendered each time and cross-map browsing cannot be achieved. The method comprises the steps of expanding functions of a map set, making the map set record geographic coordinates of various maps at the same time and taking a map document set organized by the map set as a seamless geographic range; during map browsing, directly mapping an electronic map screen to the geographic range represented by the map set and forming a logic window representing the browsing range; completing rendering of the electronic map by taking the logic window as a rendering range; during roaming and zooming, calculating the position of the logic window again and triggering a new round of map rendering. According to the method, cross-map seamless roaming, document cache, fast rendering and automatic adaptation of a multi-scale map set are achieved; and high-quality map product of publishing an original map set is brought while the routine operation habits of a map user are met.

The invention relates to an image storage method based on face detection, comprising: inputing an image; processing the face detection for the image, wherein, if the face is detected, making face region as a reference image, or making the image as the reference image; scaling the reference image to gain a thumbnail with expected size; and combining the image and the thumbnail and saving. The method of the invention can easily find out related picture according to the face in the thumbnail when using thumbnail model to quick browse a plurality of pictures.

A method is provided for optimizing rendering and display of HTML data by a wireless trans-receiving device. The method includes receiving a portion of the data, and parsing the portion of the data where the parsing begins when a minimum amount of the portion of data has been received. The method also includes laying out the portion of the data for display, and displaying the portion of data in a web page form.

The invention discloses an intelligent data extraction and thematic map generation engine based on the geographic information technology. The intelligent data extraction and thematic map generation engine based on the geographic information technology comprises a data access module, a data extraction module, a thematic data making module and a map presentation module, wherein the data access module extracts relevant data needed for making a thematic map from the data access module, the thematic data making module completes the making of the thematic map, and the map presentation module presents the made thematic map in a visualized manner. The intelligent data extraction and thematic map generation engine based on the geographic information technology has the advantages that since a distributed data extraction engine is adopted for data extraction and cache preprocessing of data sources, the system efficiency can be obviously improved aiming at mass data; since multidimensional analysis is conducted to the data by means of combining multiple analysis methods and overlay analysis and representation are conducted to the thematic map, the diversification of the presentation of the thematic map is realized.

The invention discloses a method and a device for realizing a three-dimensional rotating interface based on the Android system. The method comprises the steps as follows: feature information of a to-be-realized three-dimensional interface of a target object is extracted, a three-dimensional coordinate system is selected according to the extracted three-dimensional interface feature information, and a mathematical model mapping the three-dimensional interface feature information is constructed; the target object is loaded to the mathematical model; the mathematical model on which texture mapping is performed is subjected to coordinate transformation, and an inclined mathematical model matched with the feature of the to-be-realized three-dimensional interface is acquired; the inclined mathematical model is triggered to rotate, so that a rotating mathematical model is obtained; the rotating mathematical model is subjected to perspective projection according to a preset viewpoint, so that sight plane coordinate information corresponding to the rotating mathematical model is obtained; and the sight plane coordinate information is converted into screen plane coordinate information, and the three-dimensional rotating interface is presented according to the converted screen plane coordinate information. With the application of the method and the device, the interface display effect can be improved, and the computational cost for realizing the three-dimensional rotating interface is reduced.

The invention provides a fast rendering method for a three-dimensional noise map of a large-area network. A large-area network is segmented into a plurality of small-area maps according to a TMS segmentation rule; basic data of the large area are stored into data block units corresponding to the small areas according to a geographical location; before rendering, with a tile map service function, basic data of a corresponding tile region are loaded according to a map browsing range; and when rendering is carried out, color values are given to all noise receiving points according to different noise values, filling is carried out on the color inside a rectangular grid by using an interpolation method, and other grids on the same surface are drawn by using the same rendering control method. According to the invention, because of the way of storing the basic data by means of a map tile, data can be read and inquired rapidly; and with the method of loading the basic data of the map tile based on needs, the data volume and work load of rendering and drawing within the same time can be reduced and a three-dimensional noise map of a network can be drawn rapidly and smoothly.

The invention discloses a point cloud data three-dimensional visualization rendering method and calculation method, and particularly comprises the following steps: S1, generating point cloud data witha standardized definition format through a conversion means without excluding other data, and relates to the technical field of point cloud data three-dimensional visualization. The method comprisesthe following steps of after normalizing and classifying data, performing point cloud rendering; performing vertex rendering, mapping rendering based on a three-dimensional grid, grid reconstruction rendering based on a triangulation algorithm, point cloud motion animation and point cloud particle animation. Multiple rendering algorithms of point cloud data are realized, rendering modes and effects of algorithms are different, the algorithms have different application directions, the method can supplement each other. Operation is more reliable, the rapid rendering of the point cloud data is realized through an efficient algorithm, and the rendering time of more than ten minutes is reduced to several minutes or dozens of seconds.

The invention relates to a browser front-end rendering display method under a BS architecture. The method comprises the following steps: step 1, constructing a virtual DOM tree; Step 2, defining a DOMtree construction function Element; Step 3, presenting a virtual DOM tree at the front end of the browser; 4, comparing each level in one DOM with the same level in another DOM by using a comparisondiff algorithm of the virtual DOM and the real DOM; and 5, updating the real DOM tree to realize quick rendering of the front end of the browser. According to the invention, the problems of high-performance rendering and rapid display of the browser front end are solved.

The invention discloses an Android commodity list display method and system. The method comprises the steps of self-defining a style provision component adapter; defining rules of a data structure; transmitting layout data of a commodity list to a front end according to the defined rules of the data structure by a back end; receiving the data and transmitting the data to the adapter by the front end, analyzing the received data by the adapter, and calculating the spacing and position, displayed on a screen, of each style; and according to a calculation result of the adapter, performing drawing display by using a native drawing control. The method and the system have the beneficial effects that by using the native drawing control, complex layout calculation is simplified and a graph is quickly rendered, so that the drawing performance is improved, the browsing operation of a user is fluent, and the display is quick; and commodity flow and advertisement of any style are supported by self-defining a formatted data structure, and the display screen of the front end can perform actual display as long as a server is configured with data of an interface effect hoped to be displayed, without any change by a client, so that flexibility and diversity are greatly improved.

The invention discloses a rendering method and system for AR virtual glasses textures or mappings. The method comprises: several kinds of image data of a product are obtained; a three-dimensional model is established based on the several kinds of image data; a texture or mapping is made based on the three-dimensional model; a view angle of a user is obtained; and according to the view angle of theuse, physical rendering is carried out on the texture or mapping by using a PBR physical rendering mode and a PBS physical material coloring device. The rendering speed is fast; the rendering effectcan be simulated at any time with high fidelity; and the real-time rendering effect with different colors are realized with different observation angles.

The invention provides a real-time refining three-dimensional modeling and rendering method for massive road networks. The method comprises the following steps: (S1) constructing a road network three-dimensional submodel database, a model attribute database, a three-dimensional terrain model database and a three-dimensional terrain paging database; (S2) calculating a laying length, space coordinates and a space attitude of the road network three-dimensional submodel database, so as to obtain precise submodel three-dimensional preset information; (S3) presetting three-dimensional subnode models in a three-dimensional terrain model along a road network vector route according to the precise submodel three-dimensional preset information and an attribute character value of each section of road network model; (S4) regulating three-dimensional space attitude of a road network three-dimensional submodel; (S5) carrying out real-time binding on the regulated road network three-dimensional submodel to obtain massive road network models; and (S6) optimizing and rendering massive road network three-dimensional models. By virtue of the method, a professional modeling worker and a large-scale scene designer can assist to rapidly construct massive road network three-dimensional models.

The invention relates to a method and a system for generation of human body models and clothes models, a fitting method and a fitting system. The fitting method includes generating human body mesh models according to pictures of human bodies and body type data, generating clothes mesh models according to pictures and dimensions of clothes, combining and aligning the human body mesh models and the clothes mesh models to generate fitting mesh models, and rendering fitting models according to the fitting mesh models. Therefore, fitting effects of users can be generated and displayed quickly and vividly, and the users can judge whether the dimensions of the clothes are fit or not visually.

The invention discloses a device provided for a user to conduct remote rendering. The device comprises a human-computer interface unit and a network communication unit, wherein the human-computer interface unit is provided with a human-computer operation window, control items are arranged in the human-computer operation window, the control items include a rendering control item, the rendering control item comprises a rendering task submitting item and a rendering result downloading item, the rendering task submitting item is used for being provided for the user to conduct submitting operation on a rendering task, the rendering result downloading item is used for being provided for the user to conduct downloading operation on a rendering result, and the network communicated unit is used for transmitting the rendering task provided by the user to a cloud rendering platform, downloading the rendering result form the cloud rendering platform and receiving a source document uploaded by the user through a browser. Due to the adoption of the technical scheme, the problem that rendering efficiency can be not effectively improved only by relying on a single computer is solved.

The invention provides a high-performance rendering method of three dimensional (3D) point sampling data, comprising the following steps of: estimating normal direction information of a 3D sampling point by constructing a local implicit surface of the nearest neighborhood set of the 3D sampling point in combination with a differential geometry theory; determining oval expression of the 3D sampling point on a tangent plane through analyzing the neighborhood set via covariance; drawing the 3D sampling point data by oval weighting filtering with excellent anti-aliasing effect so as to acquire a data rendering effect with high quality; and designing a single-pass drawing algorithm of the 3D point sampling data according to order of depth values of the sampling points under the current visual angle so as to accelerate rendering speed. By using the method, the 3D sampling data are rendered in high performance and high quality.

The invention discloses a form generation and form data processing method and system. The method comprises the steps of defining at least one form control based on a preset form description protocol;identifying a form definition operation of a user, generating a form control description according to the operation, and generating a complete form description file; sending the form description fileto a mobile device terminal; the mobile terminal receiving the form description file sent by the server side; analyzing the form description file, generating a form, and rendering a form interface; receiving filling information input by a user, generating form data according to the filling information, and uploading the form data to the server for processing; the server receiving the form fillingdata; and analyzing form data based on the form description protocol. According to the form data processing method, form generation, rendering and intelligent filling based on user terminal equipmentare realized, the development time cost of a system service layer is reduced, and the complex and variable data collection scene requirements in the field of intelligent supervision are met.

The invention discloses a single page building and loading method. The method comprises the following steps of building a development environment; compiling a configuration file for the dependent resource file; compiling a task script of the source file; configuring a routing file according to the business requirements of the project; receiving an access request, analyzing the request and skippingto a specified request page; analyzing and obtaining routing configuration and a path according to the configuration file; loading a routing specified file according to the routing file; executing arouting path, triggering a data request method, and executing to achieve final page display. Only one JSP page is provided, loaded files cannot be repeatedly loaded, the rendering speed of the browseris high, and the number of requests for the server is small; compiled instructions and templates can be repeatedly utilized, front and rear ends of data requests are separated, and the development efficiency is improved.

The invention discloses a method, client side and system for providing image-text pages for a mobile terminal. The method comprises the steps that when the mobile terminal receives an instruction of requesting to load the image-text HTML pages, script style compressed data in the image-text HTML pages are acquired from a CDN system; the script style compressed data of the image-text HTML pages are analyzed, and the text part of the image-text HTML pages is obtained and displayed in the display area of the mobile terminal; thumbnails corresponding to one or more picture elements existing in the image-text HTML pages are loaded from an image-text server, and the thumbnails are shown at the reserved positions of the display area. Through the technical scheme, due to the fact that the text part and the thumbnails of the image-text HTML pages in the display area are loaded firstly and the quantity of loaded data is small, the HMTL pages can be presented for a user fast, and user experience is improved.

The invention belongs to the technical field of electronic invoice printing equipment manufacturing, relates to equipment for converting an electronic invoice into a paper invoice, and in particular relates to a self-service electronic invoice printing device. Conversion of the electronic invoice to the paper invoice with real red stamps can be achieved through set word blocks and a mechanical arm together with an electronic invoice cloud platform in match. The main body structure of the self-service electronic invoice printing device comprises the electronic invoice cloud platform, a shell, a display touch screen, a printer, an invoice table, a motor, a sliding strip, a processor, a micro stepper motor, a word block mechanical arm, a stamp mechanical arm, an electromagnet, word blocks, digit blocks, word block holes, an inkpad plate, invoice paper, a code scanner, an ellipse stamp frame and an invoice outlet. Due to arrangement of the word blocks, the digit blocks and the ellipse stamp frame together with the mechanical arms, accurate pressing of the real red stamps can be achieved; due to arrangement of the touch display screen and the code scanner, rapid electronic invoice recognition and checking can be achieved; and the self-service electronic invoice printing device is simple in principle, reasonable in structure, high in printed invoice usability, accurate in real red stamp impression, and friendly in application environment.

The invention discloses a method for exporting reports on the basis of neutral formats, and belongs to the field of technologies for processing data. The method has the advantages that the neutral report formats are described and displayed by the aid of XML (extensive markup language), developers only need to develop export programs for the neutral report formats by the aid of the method, and parsers corresponding to different export file formats can be implemented for the neutral report formats, so that a function of exporting multiple third-party files from the reports can be implemented; when front-end report elements, layout designs and the like change, the developers only need to modify parsing engine portions without modifying rear-end export programs, so that the latest report pages can be exported in various formats, the developers do not need to repeatedly develop export portions in parsing engines, the reusability of existing codes and the development efficiency can be improved, and 'one-coding and multiple-outputting' effects of the report engines can be realized.

A contact fast searching method based on an android system includes: constructing a cache data structure, acquiring contacts and contact telephone numbers from a database, saving the same to the cache to serve as the initial data for subsequent processing, and converting pinyin and alphabets into T9 data; intelligently matching; customizing priority according the interest degree of a user to pinyin, complete pinyin and telephone number matching results, and by the system, giving a basic value for each different content; performing partial synchronization updating on the contact data in the cache. The method has the advantages efficiency and effect for fast searching contacts and matching telephone numbers during dialing are well improved, and the dialing experience of the user is improved greatly.

The invention discloses a method of displaying an image in a game interface and a device. The displaying method comprises the following steps: 1) fuzzy processing is carried out on a to-be-displayed image, and a fuzzy image is obtained; 2) point product computation is carried out on a pixel value of each pixel point in the fuzzy image obtained in the first step and a pixel value corresponding to a target color, a value obtained after point product computation is carried out on each pixel point is subjected to normalized operation to a range of 0 to 255, and a coloring effect diagram is obtained; and 3) overlapping and displaying are carried out, the coloring effect diagram is overlapped at the bottom part of the original image of the to-be-displayed image for overlapping displaying, and an image with rendering effects is displayed. According to the display method and the device, when different grade states of contents in the image are displayed, consumed resources are few, the processing efficiency is low, and the applicability is wide.

The invention provides a three-dimensional model loading method. The method comprises the steps of loading triangular patch data and first triangular patch data of connection surface data of a three-dimensional model to form a part of the three-dimensional model, wherein the first triangular patch data is triangular patch data capable of reflecting the outline of the three-dimensional model, and the area of each triangular patch is greater than a second threshold T2; and after the first triangular patch data is loaded, requesting for sending second triangular patch data to a remote server through a browsing client, and in response to the request, sending the second triangular patch data to the browsing client by the remote server, wherein the second triangular patch data is triangular patch data capable of reflecting the details of the three-dimensional model, and the area of each triangular patch is smaller than or equal to the second threshold T2.

The embodiment of the invention discloses a game data processing method and device and a storage medium, and the method comprises the steps: determining a hanging point of a target object in response to a node editing operation for M object nodes in a model node view interface; in response to a rotation setting operation for a virtual object model created on the game making interface, controlling the virtual object model to rotate, and exporting a hanging point when controlling the rendering camera to export sequence frame pictures of the target object in N directions; and determining a hanging point file list associated with the hanging point according to the sequence frame position information of the hanging point in the sequence frame pictures in the N directions, and generating a sequence frame animation file used for being played on the mobile terminal based on the hanging point file list, the sequence frame pictures in the N directions and the virtual object model. By adopting the method and the device, the hanging point configuration efficiency can be improved for the intelligently exported sequence frame pictures in multiple directions, and the overhead of a terminal memory can be reduced based on the same set of game resources.

The invention discloses an efficient global light illumination rendering method based on depth learning, which comprises the following steps: 1) selecting or generating a plurality of groups of images, each group comprising k coarse color effect images which are calculated and rendered by using different photon collection radii for light illumination; For each group of images, k color effect images are stacked on three channels as the input of neural network. 2) training that input data by using the neural network to obtain a neural network model and parameter; 3) executing a photon mapping method according to the viewpoint parameters to be rendered and the three-dimensional scene, generating k color rough effect maps and stacking the k color maps on three channels as input data; Then thecurrent input data is processed by using the neural network model trained in step 2) and various parameters thereof to obtain the final composite rendering image. The invention only needs to illuminate the rough image with little light to synthesize the high-quality realistic rendering effect image.

The invention provides a texture-mapping-based visualization method for electromagnetic environment volume data. The method includes determining the space coverage area of an electromagnetic environment data field according to real geographical longitude and latitude coordinates; taking electromagnetic simulation data acquired through calculation based on experimental data or an electromagnetic wave transmission model of a collection system as original data; generating multiple layers of fine textures from bottom to top in the direction parallel to the earth surface through data interpolationcalculation and color mapping, and mapping the textures to corresponding positions in the space through vertex coordinates and vertex indexing; setting transparency effect through Alpha fusion; efficiently and visually displaying the electromagnetic environment volume data at a high speed to reflect internal and integral data distribution thereof.