50 results about "Composite graph" patented technology

The embodiment of the application discloses a picture synthesis processing method, a device and a system, wherein, the system comprises: a first interface module for receiving a composition template file submitted by a composition template providing terminal; A template information processing module, configured to analyze the file, obtain display attribute information of a plurality of composite graph elements in the composite graph template, and store the display attribute information; The second interface module is configured to receive the composite graph request submitted by the material providing end and the material content submitted for the target composite graph template. The picture composition processing module is configured to associate the display attribute information for thematerial content by using the display attribute information of the corresponding composition element in the target composition template, and perform picture composition processing according to the material content and the display attribute information to obtain a composition result. As shown in that embodiment of the present application, the normalization of the resultant composite graph result can be ensured, and the dependence on manual audit can be avoided.

Provided is a pen interaction method based on handwriting input state adaptive judgment processing. In the process of carrying out hand-printed graphic inputting and hand-written character inputting by a user, the current input state of the user is automatically judged, real-time processing feedback is carried out, the user does not need to use a mouse or a keyboard or other interaction device to intervene, display state switching is not needed, and the interactive intention is expressed smoothly. The method defines the character input gesture, and the gesture not only differs from other basic graphs, but also has the ambiguous definition with the basic graphs forming the composite graph. The designed character input state judgment processing method and the note position judgment method can automatically judge the note input states and the note positions of the independent character object or the aiming symbol. The method can simplify the user operation procedures, the user can finish the pen interaction naturally and efficiently, certain universality and extendibility are achieved, and the method can be applied to the professional fields such as pen-interactive-based mechanical aided design and command and control.

Methods and apparatus are provided for business outcome-based personalized ranking of information objects. Information objects in outcome-based business processes are ranked by recording information objects generated during a creation of the outcome-based business processes. At least one business process comprises an outcome attribute, and at least one business process comprises in-process information objects. A composite graph is generated of the information objects and business processes. Each node in the graph corresponds to an information object or a business process. Links between two of the information object nodes have a strength based on a content similarity and a social network distance. The in-process information object node connects to a corresponding business process node, and two business process nodes have a link if they are indicated as related in the business process information system. The information objects are ranked based on the link strengths (for example, in response to a query for a given user and a given business process).

A method for adjusting the best viewing distance of a naked eye 3D display relates to the adjustment technology for the best viewing distance of the naked eye 3D display and solves problems that the increase amplitude of the best viewing distance is small, the cost is high and the adjustment is tedious in the conventional adjusting method. The method is characterized in that an angle [beta] of a derivative lens is firstly selected, wherein the derivative lens is a derivative lens of an original cylindrical lens, and the angle [beta] is required to guarantee acquisition of a clear 2D picture; then an arrangement mode of composite graphs in a player is adjusted according to the value of -[beta], a pixel arrangement sequence is adjusted into a reverse order, and a parallax graph reading sequence of the player is adjusted into a reverse order. With the adoption of the method provided by the invention, the best viewing distance of the naked eye 3D display can be doubled or further by adjustment while a lens with a variable focal length is not required, the cost is low, and the adjustment process is simple to operate. The method is suitable for adjusting the best viewing distance of the naked eye 3D display.

The invention discloses a rectangular spherical grating 4D picture design method and random center dot printing technology, and provides a more comprehensive solution to the 4D picture design, processing and material problems. A 4D picture is composed of a rectangular spherical grating and a 4D composite graph, and can be classified into three types which are 360-degree stereoscopic image, an active stereoscopic image and an overturning stereoscopic image. A new type of product is provided for printing, stationery and especially ground advertising industries. Compared with a lenticular stereoscopic picture, the rectangular spherical grating 4D picture has a higher degree of freedom in the viewing direction, and has a prominent advantage of presenting an active stereoscopic image on one picture.

The invention discloses a viewpoint synthesis method, device and equipment and a computer readable storage medium, and the method comprises the following steps: obtaining a plurality of input images,and inputting the input images to a compression resolution network, so as to carry out the compression resolution operation of the input images, and obtaining an intermediate image; inputting the intermediate image into a viewpoint synthesis network to obtain a viewpoint synthesis image; and inputting the viewpoint composite graph into a super-resolution network to perform resolution reconstruction operation on the viewpoint composite graph, and outputting a high-resolution target viewpoint composite graph, the compression resolution network being symmetrical with the network structure of thesuper-resolution network. According to the invention, the operand of viewpoint synthesis data is reduced by compressing the resolution network and the super-resolution network, so that the operand ofa computer system is reduced, the operation efficiency of the computer is improved, and the technical problem of low operand of viewpoint synthesis by the computer system is solved.

The invention relates to a figure virtual clothes changing method, terminal equipment and a storage medium, and the method comprises the steps: firstly carrying out the affine transformation of a human body image, obtaining a new image, feeding an original image and the new image into different pooling mechanisms and feature splicing mechanisms, extracting the whole body features of a human body from multiple aspects, and achieving the semantic segmentation of the human body; secondly, designing a human body posture heat map regression method based on a bounding box and Transform to assist the network in better realizing human body posture estimation, so as to relieve the influence of complex human body postures and character image overlapping on subsequent virtual clothes changing; then generating segmentation masks of clothes in the figure picture and a rough composite graph by using a generative model of the generative adversarial network; then, outputting a clothes picture conforming to the posture and figure information of a person through TPS thin plate spline transformation, and outputting a refined composite image through a full convolutional network, so that the composite image contains more clothes details; and finally, calculating and outputting a virtual clothes changing result by utilizing the matrix.

The invention provides a graphical generation method and device of an industrial index component and electronic equipment, and the method comprises the steps: displaying a single graph making page according to a graph adding operation triggered by a user, wherein the single graph making page comprises a data source and a basic graph component; performing attribute configuration on the target basic chart component selected by the user through the target data source selected by the user to obtain a single chart index component; continuing to execute the chart adding operation in the page of the single chart index component to generate a plurality of chart index components in the page of the chart editor so as to obtain a composite chart index component; and packaging the composite chart index component to generate an industrial index component. According to the method, manufacturing of the industrial index component can be completed through the visual chart editor, the technical threshold for developing the industrial index component is greatly reduced, the process is simple and convenient, and reusability is high.

The invention provides a method and device for splitting a violation composite graph, and a computer storage medium. The method for splitting the violation composite graph comprises the steps: obtaining the violation composite graph; splitting the violation composite graph according to a preset row and column combination to obtain at least two sub-graphs arranged according to the preset row and column combination; determining a close-up graph and a position graph in the violation composite graph under a preset row and column combination, including: taking a sub-graph at a preset position in the preset row and column combination as a close-up sub-graph, and taking a sub-graph at a non-preset position as a position sub-graph; calculating the close-up difference degree of the close-up sub-graph and the position sub-graph, and obtaining the close-up difference degree corresponding to each preset position; and comparing the close-up difference degrees corresponding to all the preset positions, determining the sub-graph at the preset position corresponding to the maximum close-up difference degree as a close-up graph in the violation composite graph, and taking other sub-graphs as position graphs. According to the splitting method of the violation composite graph, autonomous violation penalty is realized.

Business outcome-based personalized ranking of information objects is provided. Information objects in outcome-based business processes are ranked by recording information objects generated during a creation of the outcome-based business processes. At least one business process comprises an outcome attribute, and at least one business process comprises in-process information objects. A composite graph is generated of the information objects and business processes. Each node in the graph corresponds to an information object or a business process. Links between two information object nodes have a strength based on a content similarity and a social network distance. The in-process information object node connects to a corresponding business process node, and two business process nodes have a link if they are indicated as related in the business process information system. The information objects are ranked based on the link strengths.

The invention discloses a method for obtaining a naked-eye 3D composite graph based on normalized infinite viewpoint, wherein the method comprises the steps: calculating a maximum parallax matrix anda normalized viewpoint matrix according to an input 2D image and a depth-of-field image; traversing the synthesized image pixel point, comparing the normalized viewpoint value of the synthesized imagepixel point with the reference viewpoint, and determining the virtual viewpoint as the left/right extension of the reference viewpoint; calculating the parallax coefficient of the pixel points of thesynthesized image according to the relationship between the normalized viewpoint matrix and the reference viewpoint; obtaining a maximum absolute value in the matrix according to the maximum parallaxmatrix; and carrying out region traversal on the 2D image according to the parallax coefficient, and carrying out pixel filling by adopting an addressing matching method to realize naked eye 3D composite image acquisition. According to the method, the synthetic graph for naked-eye 3D display is obtained by combining the normalized infinite viewpoint and inverse matching based on local traversal,so that the occupied space of an algorithm on a computer memory is reduced, and the processing speed is increased. The method can be effectively applied to a three-dimensional display in which a cylindrical lens array is not matched with pixels.

The invention provides a method and device for judging a particle defect source in a semiconductor manufacturing process, and the method comprises the steps: extracting a JDV pattern of an NMOS region and a JDV pattern of a PMOS region of a photoetching layer of an ion implantation region in a wafer photoetching process, respectively carrying out the comparison with a plurality of layers of JDV patterns with opposite development, and generating two groups of JDV graphs with respective specific positions through the same parameter, and fitting the two groups of JDV graphs together to form a JDV fitting graph; extracting the JDV pattern of the ion implantation layer; fitting the JDV fitting graph and the JDV graph of the ion implantation layer together to form a JDV composite graph, and marking the specific position of the JDV graph of each layer; scanning a wafer through a defect detection machine to obtain particle defect information, comparing the obtained overlay of the particle defect with the JDV composite graph, and determining the source of the particle defect according to the mark of the particle defect in the overlay falling into the specific position of the JDV composite graph. The method has the advantages of rapidness, high efficiency and accuracy.