24 results about "Material editing" patented technology

The embodiment of the invention provides a multimedia material editing processing method and device, electronic equipment and a storage medium. The method comprises the steps that when a target editing task is switched from a first editing state to a second editing state, editing state description information stored corresponding to a third editing state is determined, and the third editing state is a first type editing state which is not triggered after the second editing state in all editing states of a preset editing state sequence; the preset editing state sequence contains editing state description information of which the stored editing state description information corresponding to at least one reference editing state belongs to a second type; and presenting the editing effect corresponding to the second editing state according to the editing state description information correspondingly stored in the third editing state. According to the scheme, when the data backups in the editing states are stored, the data backups in each editing state do not need to be fully stored, only the description information difference quantity between the editing states needs to be stored, and redundant memory occupation is reduced.

The invention provides a standard declaration-oriented multi-Agent dynamic collaborative material editing system, which solves the pain point of the existing mode and realizes'efficient, compliant, collaborative and dynamic 'standard declaration material editing through multi-Agent collaboration (Agents such as demand analysis, content generation and compliance inspection), a standard knowledge base (structured standard data) and an intelligent editing tool (automatic generation and real-time collaboration).

The present invention proposes a method and device for detecting fake news videos guided by the perspective of the creative process, through feature modeling inspired by material selection behavior. The material selection behavior of video creation is analyzed from the two aspects of emotion and semantics, and the news authenticity prediction result inspired by the material selection behavior is obtained. Feature modeling inspired by material editing behavior. The material editing behavior of video creation is analyzed from the two aspects of spatial editing behavior and temporal editing behavior, and the news video authenticity prediction result inspired by the material editing behavior is obtained. A dual-perspective fake news video detection method guided by the creative process is used to obtain the news video authenticity prediction result from the two perspectives of comprehensive material selection and material editing. The present invention no longer only analyzes the shallow pattern of the content presented in the fake news video, but analyzes and speculates the creation process of the fake news video.

1. The name of the design product: live director material editing graphical user interface for electronic equipment. 2. The use of the design product: for electronic equipment. 3. The design points of the design product: the interface interaction mode and content of the graphical user interface in the screen. 4. The picture or photo that best indicates the design points: design 1 front view. 5. Design 1 is designated as the basic design. 6. The use of the graphical user interface: used to build on devices with screens or projection devices, display information and human-computer interaction interface, the main function is to edit live director material. 7. Other circumstances that need to be explained: design 1 front view is the initial interface of the live director video material editing graphical user interface, click the left director table signal source "video set addition" in design 1 front view, the interface is shown in design 1 interface change state diagram 1, click the corresponding video to add material, the interface is shown in design 1 interface change state diagram 2. Design 2 front view is the initial interface of the live director picture material editing graphical user interface, click the left director table signal source "picture set addition" in design 2 front view, the interface is shown in design 2 interface change state diagram 1, click the corresponding picture to add material, the interface is shown in design 2 interface change state diagram 2. Design 3 front view is the initial interface of the live director document material editing graphical user interface, click the left director table signal source "document set addition" in design 3 front view, the interface is shown in design 3 interface change state diagram 1, click the corresponding document to add material, the interface is shown in design 3 interface change state diagram 2.

The application provides a three-dimensional scene geometry, material and light decoupling and editing system, the system comprises: a geometry remodeling module, a decoding module and an editing module, wherein: the geometry remodeling module is used for reconstructing the geometry of a three-dimensional scene in an explicit triangular mesh according to a group of images with camera poses collected for the three-dimensional scene, and establishing the position relationship between the input images, their cameras and the triangular mesh; the decoding module is configured to determine the signed distance of a sampling point to the triangular mesh and the color of the sampling point according to the geometry features and material features on the vertices of the triangular mesh, and to render, update the geometry features, material features and learnable display environment light map on each vertex according to the pixel color of the input image and the rendering color of the corresponding pixel; the editing module is configured to obtain a user's custom view angle, and provide the user with: a geometry editing function, a material editing function and a light editing function.

The present disclosure provides a multimedia material editing and processing method, an electronic device and a computer readable storage medium. The method includes: determining editing state description information that is stored corresponding to a third editing state when a target editing task is switched from a first editing state to a second editing state, wherein the third editing state is a first type of editing state that is not triggered after the second editing state among editing states in a preset editing state sequence; there is at least one reference editing state in the preset editing state sequence, editing state description information that is stored corresponding to which belongs to a second type of editing state description information; and presenting an editing effect corresponding to the second editing state, according to editing state description information that is stored corresponding to the third editing state.

This invention provides an AI-powered playback and printing system for television and computer screen blanking technology, relating to the fields of AI intelligent interaction and screen blanking technology. The system comprises a material editing module, an information collection module, a screen blanking AI processing module, a secondary generation module, a printing output module, a function control module, and supporting auxiliary modules. It utilizes screen blanking technology to uncover the underlying materials and background information of traditional broadcast content, combining AI intelligence to achieve content expansion generation, professional review, and multi-format output. Users can trigger screen blanking mode through terminal interaction markers to obtain personalized and professional extended information services. This invention can increase the utilization rate of broadcast content materials by over 80%, meet user personalized needs at a rate of ≥95%, support modular installation and integrated production, and is compatible with various television, computer terminals, and broadcasting systems, providing local broadcasting institutions with new profit growth points and significantly enhancing media content value and user experience.

The embodiment of the invention provides a material processing method and equipment, and the method comprises the steps: obtaining a to-be-edited material according to a predetermined bookmark when the to-be-edited material is detected to be lost in a material editing process; the name of at least one material and the cache path of at least one material are recorded in the bookmark, updating is carried out when the name and / or the cache path of at least one material are / is changed, the to-be-edited material is edited, and a material draft is obtained. In the technical scheme, the bookmark is used for monitoring and recording the possible path or name change of the material, and when the follow-up material is lost, the lost material can be obtained from the corresponding storage space based on the latest path or name in the bookmark, so that the accuracy and efficiency of follow-up material editing are ensured.

Embodiments of the present disclosure provide a multimedia material editing method and device, electronic equipment and storage medium. The method comprises: determining a first detection result and a second detection result of a first multimedia material; determining a second multimedia material according to the first detection result and the second detection result, the second multimedia material being obtained by adjusting the time length of a media stream in the first multimedia material, the minimum starting time of a first type of media stream in the second multimedia material being the same as the minimum starting time of a second type of media stream, and the maximum ending time of the first type of media stream in the second multimedia material being the same as the maximum ending time of the second type of media stream; and presenting a target editing page corresponding to a target editing task based on the second multimedia material. The present application solves the problem that the multimedia file formed after importing a video for editing and processing may be truncated.

The invention relates to a low-frame-rate reason determination method and device, equipment, a storage medium and a program product, and the method comprises the steps: obtaining a plurality of pieces of target draft data corresponding to a plurality of target drafts reported by a terminal which operates a material editing application, the multiple pieces of target draft data respectively comprise time consumption of a plurality of editing modules of a corresponding target draft executing process in a target reporting period, and the plurality of editing modules are respectively associated with a plurality of time consumption factors; the number ratio of target type draft data in the multiple pieces of target draft data is determined, the target type draft data is target draft data of which the time consumption of a target time consumption module is larger than or equal to a target time consumption threshold value, and the target time consumption module is any one of multiple editing modules; and under the condition that the quantity proportion is greater than or equal to a proportion threshold value, determining a target time consumption factor from a plurality of time consumption factors associated with the target time consumption module, so as to determine a low frame rate optimization strategy for the material editing application based on the target time consumption factor.

The invention discloses a component editing method and device in a game, a program product and electronic equipment, and relates to the technical field of computers. The method comprises the following steps: in a game editing stage, displaying a game editing scene and a basic component in the game editing scene on a graphical user interface; in response to the first editing operation, displaying a target texture map corresponding to the basic component and a material editing control arranged corresponding to the target texture map; in response to the second editing operation, determining at least one material parameter set for the target texture map; and in a game running stage, displaying a game running scene on the graphical user interface, and rendering the basic component based on a rendering mode determined by the target texture map and the material parameters. Development of an independent component model is avoided, and the number of resources is reduced.

The application discloses a kind of Word analysis and digital teaching material editing method of one-key import, it is related to digital education technical field.The method includes decompressing the uploaded Word document, extracts core XML file group, establishes memory DOM tree;Iterate memory DOM tree node, according to node type triggers different analysis algorithm, obtains discrete data, and stores discrete data into structured JSON data;Structured JSON data is reconstructed and cleaned, and structured JSON data after cleaning is obtained;Through recursive traversal renderer, structured JSON data after cleaning is rendered into the native component of digital teaching material editing system.The method directly traverses and logically reconstructs the XML structure and binary object of the bottom layer of Word document, establishes a three-layer mapping mechanism, realizes high-fidelity and editable restoration of complex teaching material documents, and supports one-key import into the digital teaching material editing system.

The application discloses a scene reverse rendering method and device based on neural implicit expression, and the method is based on a signed distance field network, a neural radiation field network and a neural material field network to realize joint implicit expression of geometric information, illumination information and material information of a scene, and a ray tracing rendering algorithm based on Monte Carlo sampling is used to obtain a rendering result, a loss function is constructed according to the rendering result to optimize network parameters, and the signed distance field network, the neural radiation field network and the neural material field network capable of accurately predicting the geometric information, the illumination information and the material information are obtained. Meanwhile, the method also supports re-illumination editing and material editing, and achieves an augmented reality function.

Embodiments of the present disclosure provide a multimedia material editing method and device, electronic equipment and storage medium. The method comprises: in response to an import operation of a first multimedia material corresponding to a target editing task, presenting a target editing page of the target editing task; after presenting the target editing page of the target editing task, starting transcoding and compression on the imported first multimedia material to obtain a third multimedia material; forming a second multimedia clip according to the third multimedia material and replacing a first multimedia clip on an editing track of the target editing page. The application scheme can not only efficiently process the material without affecting the preliminary editing operation, but also avoid the problem of continuous transcoding and compression during the import of multimedia material, so as to quickly present the editing page and affect the editing efficiency of the multimedia material.

The invention relates to the technical field of animation production, and discloses a dynamic material binding and editing system based on AI reasoning, and the system comprises a subtitle importing and recognition module which is used for importing an SRT subtitle file and automatically recognizing and extracting a subtitle text and corresponding time axis track information; the subtitle calibration module is used for carrying out subtitle calibration on the subtitle text; the picture analysis and reasoning module is used for carrying out picture description reasoning based on the split mirror calibration result and screening out a role, scene and article prop list; the material pre-selection and capture module is used for performing intelligent pre-selection on a material library according to the list and capturing materials; and the material editing module is used for dynamically adjusting and editing the grabbed materials. A high-precision subtitle recognition algorithm fusing lexical analysis and syntactic analysis technologies in natural language processing is adopted through the subtitle import and recognition module, and compared with a traditional recognition algorithm, the recognition accuracy is improved by 30% on complex sentence pattern and special character processing.

The invention discloses an illumination controllable material editing method based on a generative model and related equipment. The method comprises the following steps: acquiring an editing image and a material reference image; based on the material reference image, obtaining a first material feature code of each region through visual feature extraction, and performing illumination decoupling on the first material feature codes to obtain a second material feature code; clustering the second material feature codes of all the areas to obtain a homologous material feature set, and generating attention map masks of different material feature categories based on the homologous material feature set; and based on the homologous material feature set and the attention map mask, carrying out material feature migration editing on a local semantic region in the edited image through a reweighting mechanism of a local cross-attention map to obtain a material editing result image. The method can solve the problem that the sense of reality is reduced due to illumination migration in the prior art, can process a multi-material scene, has higher practical value, and can be widely applied to the technical field of image processing.

The embodiment of the invention provides a multimedia material editing processing method and device, electronic equipment and a storage medium. The method comprises the steps of determining first editing task information associated with a first editing state, wherein the first editing state is an initial editing state when a target editing task is just triggered; determining second editing task information associated with a second editing state, wherein the second editing state is an editing state in which an editing operation is continuously triggered for the target editing task in the first editing state; when draft storage is triggered for the target editing task in the second editing state, draft storage is conducted on the second editing state of the target editing task, and the draft of the target editing task in the second editing state is determined based on the editing task information difference between the second editing task information and the first editing task information. According to the scheme, draft storage is performed based on the difference, so that the read-write frequency during draft storage can be greatly reduced, and the draft storage speed is prevented from being influenced by massive read-write storage.

1. The name of the design product: corresponding timeline material sorting interaction graphical user interface for electronic device. 2. The use of the design product: an electronic device. 3. The design points of the design product: in the graphical user interface. 4. The picture or photo that best indicates the design points: design 1 front view. 5. Design 1 is designated as the basic design. 6. The use of the graphical user interface: the claimed design is used for video material editing, adjusting the sorting position of video material in different timelines, and quick dragging of video material. 7. The human-computer interaction mode of the graphical user interface: in the design 1 front view, the interface below is the video material editing function area, and the recognized text track and corresponding timeline are displayed above the video material area. The user can long press any segment of video material in the interface to enter the material sorting state, and can also click any control in the interface to perform corresponding operations. The human-computer interaction mode of design 2 is the same as that of design 1. The design 3 front view is the video material sorting state entered by the user long pressing. The selected material appears as a fixed-size square. The user can drag the segment to the left or right to sort. The design 4 front view is the state when the user long presses and drags the selected video material to the left, and selects the sorting position (highlights the starting point of the segment). The user can continue to drag the segment to the left or right to sort, or can drop the segment into the selected sorting position by releasing the hand. The design 5 front view is the state when the user long presses and drags the selected video material to the right, and selects the sorting position (highlights the ending point of the segment). The user can continue to drag the segment to the left or right to sort, or can drop the segment into the selected sorting position by releasing the hand. In the design 6 front view, when the user long presses any segment of video material in the video material area below the interface, the segment is selected and enters the sorting state. The function controls at the bottom of the interface are hidden, and the interface changes from design 6 front view to design 6 interface change state diagram. In the design 7 front view, when the user long presses any segment of video material in the video material area below the interface, the segment is selected and enters the sorting state. The function controls at the bottom of the interface are hidden, and the interface changes from design 7 front view to design 7 interface change state diagram 1. When the user drags the selected material to the left, the starting point of the segment is highlighted, and the alignment with the text and timeline is identified, and the interface changes from design 7 interface change state diagram 1 to design 7 interface change state diagram 2. In the design 8 main view, when the user long-presses any one piece of video material in the video material area below the interface, the piece of material is selected and enters the sorting state, the function control at the bottom of the interface is hidden, and the interface changes from the design 8 main view to the design 8 interface change state diagram 1. When the user drags the selected material to the right, the end point position of the piece of material is highlighted, and the alignment with the text and the timeline is indicated, and the interface changes from the design 8 interface change state diagram 1 to the design 8 interface change state diagram 2. The human-computer interaction mode of the design 9 main view to the design 9 interface change state diagram 2 is the same as that of the design 7 main view to the design 7 interface change state diagram 2. In the design 9 interface change state diagram 2, when the user releases the hand, the selected material falls into the newly selected position, the function control at the bottom of the interface is displayed, and the interface changes from the design 9 interface change state diagram 2 to the design 9 interface change state diagram 3. The human-computer interaction mode of the design 10 main view to the design 10 interface change state diagram 2 is the same as that of the design 8 main view to the design 8 interface change state diagram 2. In the design 10 interface change state diagram 2, the user drags the selected material to the right to the edge position of the interface, the material module triggers leftward sliding (during the process of dragging the material module to slide, the user can stop the sliding of the material module by dragging in the opposite direction), and when the user continuously drags the selected material to the right, the material module slides faster, and the farthest position is the end position of the material, and the interface changes from the design 10 interface change state diagram 2 to the design 10 interface change state diagram 3. In each design interface, the gray-coated rectangle local area is a content picture, such as a video material, a picture / photo, etc.

A multimedia processing method includes: obtaining, in response to an editing operation for a multimedia file, a material editing mode and an interaction template corresponding to a type of a material in the multimedia file; identifying the material in the multimedia file according to the material editing mode, and applying the interaction template to the identified material; and displaying the multimedia file after the interaction template is applied.

This invention discloses a structured semantic-driven method and system for generating garden architecture scenes, relating to the field of artificial intelligence technology. This invention replaces the traditional process of material collection, 3D modeling, material editing, detail optimization, and manual rendering by using natural language demand-driven, large-model automatic parsing, and diffusion model end-to-end generation. It achieves full automation from text input to high-definition garden image output. Under the same hardware conditions, traditional garden rendering production takes several hours to several days. This method can shorten the generation cycle of garden scene images, greatly improve the speed of early-stage design iteration, and meet the practical needs of rapid rendering and multi-scheme comparison.

The invention belongs to the field of intelligent household appliances, and particularly relates to a material editing method and device and a program product, and the method comprises the steps: receiving a target material editing request sent by a user terminal; the target material editing request comprises at least one target material identifier; obtaining each target material according to each target material identifier, and determining a material type corresponding to each target material; determining an editing page corresponding to each target material according to the corresponding material type; the editing page is an operable page configured on a material management system in advance according to a material type; and importing each target material into the corresponding editing page, and displaying each imported editing page, so that a user edits each target material based on a display result of the user terminal.

The embodiment of the invention relates to a media content generation method and device, equipment and a storage medium. The method provided by the invention comprises the following steps: acquiring an access address identifier through an address input control in an editing interface; presenting a group of candidate media materials in a material editing control in the editing interface, wherein the group of candidate media materials are determined by analyzing a target page corresponding to the access address identifier; determining configuration information for generating the media content via the editing interface, wherein the configuration information at least indicates a group of target media materials determined based on the group of candidate media materials; and providing at least one item of media content generated based on the configuration information. According to the embodiment of the invention, the media content generation efficiency can be improved.

The invention relates to an application information interaction method and device, electronic equipment and a storage medium, and the method comprises the steps that a task interaction page is displayed in a target application, the task interaction page comprises an information recommendation task, the target application is an application for creating media content, and the information recommendation task is a task for recommending preset information by releasing the media content; under the condition that the target information recommendation task is received, displaying a task detail page in the target application; the creation interaction area is displayed on a task detail page, in response to the condition that a target control in the task detail page is triggered, a material editing interface of a corresponding target material is displayed, and the material editing interface is used for creating target media content by executing editing operation corresponding to the target control on the target material. The target media content is the media content meeting the task requirement corresponding to the target information recommendation task, and the target material is the material corresponding to the target information recommendation task and managed by the target application. Operation paths are saved, and creation efficiency is improved.