44 results about "Project structure" patented technology

The invention relates to the technical field of material storage management, in particular to a BIM-based construction site material monitoring management method and system. The method comprises the following steps: obtaining a construction project drawing; performing drawing information extraction on the construction project drawing to obtain construction project material information data and construction project structure data; performing construction project three-dimensional modeling on the construction project material information data and the construction project structure data to generate construction project three-dimensional modeling data; obtaining total construction material data; and carrying out material information modeling on the total construction material data by using a BIM technology to generate total construction material modeling data. According to the invention, accurate three-dimensional modeling, intelligent marking, regionalized storage and real-time allocation of the construction site materials are realized through the BIM technology, and the accuracy of construction site material monitoring management and the emergency response real-time performance are improved.

The invention relates to a method and equipment for generating a code map for a project and a storage medium, and belongs to the technical field of software engineering. The method comprises the following steps: segmenting a code file in a code library into code snippets, generating a corresponding vector representation for each code snippet, and storing the code snippets and the vector representations thereof into a vector database; extracting a project structure tree, and adopting a large language model to generate a UML generation plan according to the project structure tree; generating a UML graph of the current project by adopting a large language model based on the UML generation plan and codes in the code library; displaying the UML diagram of the current item on a graphic interaction interface through a rendering engine; and responding to an instruction that a user clicks a selected node in the global UML graph, returning a code snippet related to the selected node, and generating a detailed view related to the selected node. On the basis of the method, the UML diagram of the whole project can be generated through one key, and the relation between the complete structure and the function module of the project can be quickly and visually known.

The invention relates to an operation information prediction method and device based on enterprise project informatization data. The method comprises the steps of obtaining project structured data, project unstructured data and project field standard data of an enterprise project; taking the project field standard data as a causal relationship constraint condition, and constructing a project causal graph of the enterprise project according to the project structured data and the project unstructured data; reasoning the operation information of the enterprise project according to a causal relationship among variables in the project causal graph to obtain operation information reasoning data; and performing causal intervention analysis on the operation information reasoning data to obtain operation information prediction data of the enterprise project. By adopting the method, the adaptive capacity of sudden changes and complex market environments can be effectively improved, so that refinement and intelligentization of project management are realized, and enterprises are promoted to improve the overall operation efficiency and market competitiveness.

The invention relates to the technical field of intelligent project management, in particular to a real-time data intelligent association calculation method applied to a project management system, and the method comprises the following steps: constructing a project management knowledge graph, and carrying out the structural storage of historical projects; when the new software development project is started, extracting feature information of the new project; synthesizing the graph structure similarity and the semantic similarity to determine a historical software development project most similar to the new project; generating an initial association rule set according to a matching result; adopting a transfer learning technology to generate a self-adaptive association rule suitable for a new project; and adjusting the association rule according to the change of the real-time monitoring data, and reallocating resources or adjusting the task dependency relationship. According to the method, association rules, risk cases, task dependency relationships and resource allocation strategies of historical projects are stored in a structured manner by constructing the project management knowledge graph, and hidden experience in unstructured data is mined by using a natural language processing technology, so that repeated occurrence of similar problems is avoided.

The invention discloses a visualization method for an Android dependency relationship, and relates to the field of mobile applications. Comprising the following steps: establishing a Gradle task, stipulating a dependency relationship output format for visualizing a project dependency relationship, and executing the Gradle task: initializing a treeMap, creating a LinkedHashMap to store all modules and the dependency relationship thereof, traversing a project structure, starting from rootProject, using a queue breadth to preferentially traverse all sub-projects, calling a collection function to collect the current module for each sub-project, and executing the Gradle task; the method comprises the following steps of: traversing all dependency items of a current module, collecting dependency relationships, adding the current module and the dependency relationships thereof into a dependency node list of a current project, traversing all modules in a treeMap, removing redundant dependencies, generating a. Dot file, generating a PNG image, outputting a path of the. Dot file, and converting the dot file into a visual graph through a Mermaid Live Editor service.

The invention relates to an intelligent analysis and budgetary calculation method and system.The method comprises the steps that an obtained building engineering drawing is analyzed through a geometric figure recognition algorithm, and project structured data of initial design is obtained; analyzing the obtained user demand instruction through a large language model to obtain a demand structured instruction; based on the demand structured instruction, modifying the project structured data through a large language model to obtain demand structured data; and on the basis of the demand structured data, cost calculation of the constructional engineering after demand modification is carried out through an engineering budget algorithm, and a demand budget report is obtained. According to the method and the device, the LLM can be instructed to modify and obtain the budget report by directly inputting the instruction by a user under the condition that the requirements of the construction project are changed, and budget does not need to be performed after manual modification in professional software again, so that the efficiency of automatic engineering budget is greatly improved, and the problem of how to improve the efficiency of existing construction engineering budget is solved.

This invention discloses a cost control method for comparing and selecting mechanized construction route schemes for overhead power lines. The method involves planning the route based on actual project conditions, determining the initial route length L1, the terrain proportions of the areas traversed by the route, the overall short-distance transport distance, the construction scale, the selection of conductors and ground wires, and the selection of tower modules. It also calculates the cost per kilometer of the project structure under different terrain conditions. The route is then adjusted to be closer to existing rural roads, village roads, and farm roads, reducing the overall short-distance transport distance. The cost per kilometer of the project structure under different terrain conditions is calculated accordingly. Based on the difference in cost per kilometer before and after adjustment, combined with the project route length and the proportions of different terrains, the increased length ΔL of the economical route is calculated. The relationship between the difference between the adjusted route length L2 and the original route length and ΔL is determined. If L2 - L1 ≤ ΔL, the adjusted route is more economical. This method effectively plans more economical and reasonable route schemes that are convenient for mechanized construction.

The invention discloses a science and technology planning landing management method and system based on a project structure portrait, and the method comprises the steps: extracting features of multiple dimensions from science and technology project document data through employing a large language model, and obtaining structured project dimension information; the method comprises the following steps: calculating an inter-dimension incidence matrix by utilizing structured project dimension information, adjusting the weight of each dimension when the similarity of every two projects is calculated by combining the incidence matrix, obtaining the overall similarity score of every two projects, and carrying out the similarity calculation of adaptive graph diffusion fusing expert knowledge based on the overall similarity score of every two projects. The global similarity between the items is obtained; whether the structured project dimension content covers the science and technology project planning requirements or not is compared through a large language model by utilizing the existing project document and the global similarity information between projects, and a planning landing analysis report is obtained; the method has the advantages that the incidence relation between the projects is fully considered, and the projects meeting the requirements are accurately and efficiently screened out.

The invention provides a front-end workflow implementation method and system. The method comprises the following steps: globally installing a BalmJS core development tool for compiling project codes; a balm configuration file is created under a project root directory, parameters are configured according to project requirements, and the parameters are used for controlling compiling behaviors of a BalmJS core development tool so as to adapt to different front-end frames and project structures; and calling a BalmJS core development tool to perform development, construction and debugging operation by using a uniform balm script command so as to realize uniform management of different technology stack projects. The system comprises a script analysis module used for analyzing a balm script command and a configuration file and transmitting the command and a configuration parameter; the task execution module is used for calling a BalmJS core development tool to perform development, construction and debugging operation according to the received command and configuration parameters; and the plug-in management module is used for managing and loading a BalmJS plug-in and expanding system functions. According to the invention, the problems of numerous tools, complex configuration and difficult project maintenance in the existing software front-end development can be solved.

The invention provides a project scale and progress prediction method, electronic equipment and a storage medium, and relates to the technical field of data processing, and the method comprises the steps: obtaining target enterprise project information, carrying out the multi-layer nested analysis of a project according to a plurality of project modules, and constructing a multi-layer nested project structure; on the basis of a multi-layer nested project structure, probability transformation is carried out on the membership relation between the nodes and the clusters, and a soft distribution matrix set is obtained; obtaining a plurality of project module structure entropy values; respectively analyzing the plurality of real-time acquisition data stream sets and the soft distribution matrix sets based on a dual-channel sequential network to obtain a plurality of prediction results of the plurality of optimization project modules; and obtaining a target project scale and progress prediction result. The technical problems that in the prior art, project scale and progress prediction is analyzed from a single dimension, the prediction result deviates from reality, and reliability is low are solved. The technical effects of considering hierarchical dependence between the nodes and improving the prediction accuracy are achieved.

This invention relates to the field of software development technology, specifically to a software compilation method, system, device, and storage medium based on Jenkins. The method includes: pre-setting a manifest file describing the project structure and building a base build image encapsulating a complete compilation environment; pulling the full code of each project to a physical server; triggering an automated compilation task when a commit event occurs in the code repository; the task updating the manifest file according to the commit information and generating an updated manifest file with a sequence number; performing incremental pulls on the physical server for the changed projects based on the updated manifest file; synchronizing the code to a container environment started by the base build image via a local Git HTTP server; and finally performing automated compilation within the container. This invention can significantly improve the compilation efficiency of large projects, completely eliminate environmental differences, and enhance the stability and reliability of the automated process.

This invention provides a visual development tool and its usage method based on Vue.js. The tool includes the following steps: S101, creating and managing a Vue project; S102, manipulating the project structure; S103, component-based development; S104, completing the development of static pages. This usage method is a dual-mode development approach for Vue single-page applications, namely visual development and code development. This invention is mainly applicable to application development based on the Vue framework, providing a convenient visual development method for front-end applications. Compared with traditional front-end development models and existing web front-end development tools, this tool manages Vue projects in the cloud, allowing developers to quickly build, automatically deploy, and manage Vue projects in the cloud. The tool integrates mature third-party components and architectures, further improving its functionality and performance. Developers can use this tool to create a complete, customizable Vue application from scratch or import a Vue project for further development.

The present application relates to a method and system for intelligently parsing and estimating construction engineering drawings, wherein the method comprises: parsing the acquired construction engineering drawings through a geometric figure recognition algorithm to obtain the project structured data of the initial design; parsing the acquired user demand instructions through a large language model to obtain demand structured instructions; based on the demand structured instructions, modifying the project structured data through the large language model to obtain demand structured data; based on the demand structured data, calculating the cost of the construction project after the demand is modified through an engineering estimate algorithm to obtain a demand estimate report. Through this application, when the construction project demand changes, the user can directly input instructions to instruct the LLM to make modifications and obtain an estimate report, without having to manually modify and then estimate in professional software, which greatly improves the efficiency of automatic engineering estimates and solves the problem of how to improve the efficiency of existing construction project estimates.

The invention discloses a standardized project file generation method and apparatus, an electronic device and a storage medium. The method comprises the steps of determining a plurality of design models corresponding to a target application service; according to a preset engineering structure specification, respectively establishing a mapping relation from the design model to the package directory, and obtaining an engineering structure of the target application service; converting each entity model into a corresponding code template file according to a preset coding specification, wherein the code template file is stored in an engineering package corresponding to a package directory corresponding to the entity model; obtaining model data of each design model; mapping all the model data into the code template file according to the mapping relation to obtain a code structure; and organizing the code structure into a corresponding package directory according to an engineering structure defined in the mapping relationship to form a project structure of the target application service. By analyzing the design model and establishing accurate mapping with the package directory, disorder of an engineering structure and a code structure is effectively prevented, and development efficiency and code correctness are greatly improved.

The invention provides a multi-node management interaction method for multi-project construction, and relates to the technical field of information, and the method comprises the steps: building an organization structure and carrying out user management; a unit project and a project structure are developed by constructing a project decomposition system, so that division of sub-items of a working face and project amount and pricing of maintenance of the sub-items are realized; daily supervision and recording work is carried out on the divided unit project and the project structure, and the construction site progress is determined; constructing an inspection batch system, and determining whether the inspected and accepted part reaches the standard or not according to the quantity and price summarized by the engineering decomposition system and the daily construction progress; and constructing an inspection pricing system to settle quarterly fees. Through development and based on organization structures such as project structures, unit projects, projects and section lists, the requirement that a user logs in a platform to use multiple systems is met, multi-node management interaction of multi-project construction is achieved, and support and mutual association can be provided for other systems.

1. Name of the product in this design: Computer with a graphical user interface for managing the entire process of engineering cost indicators. 2. Purpose of this design: This product is used for displaying the interface and running programs. 3. The key design features of this product are the graphical user interface content on the screen. 4. The picture or photo that best illustrates the key design points: Design 1 front view. 5. Other views of the product are standard design, so other views are omitted, including the top view of Design 1 and Design 2; other views of the product are standard design, so other views are omitted, including the bottom view of Design 1 and Design 2; other views of the product are standard design, so other views are omitted, including the rear view of Design 1 and Design 2; other views of the product are standard design, so other views are omitted, including the left view of Design 1 and Design 2; other views of the product are standard design, so other views are omitted, including the right view of Design 1 and Design 2. 6. Design 2 is designated as the basic design. 7. Purpose of the graphical user interface: For the management of engineering cost indicators throughout the entire life cycle of construction projects. 8. The area of ​​the graphical user interface in the product: the entire area of ​​the computer screen. 9. Human-computer interaction method of graphical user interface: Users can perform different functions by clicking different areas, icons or buttons displayed on the interface with the mouse. 10. Description of the changing states of the graphical user interface: The specific description of the changing states of the interface is as follows: The interface shown in the main view of Design 1 is the main interface for the management of the whole process engineering cost indicators. Design 1 Change State Figure 1 shows the interface displayed after the user clicks "Project" in the main view menu. The interface shown in Design 1 Change State Diagram 2 is the interface displayed after the user clicks on "Structure" in the operation column of Design 1 Change State Diagram 1. This interface is for project structure display and cost index rules and project characteristic information management in the budget stage. The interface shown in Design 1 Change State Diagram 3 is the interface displayed after the user clicks on the "Cost Information" tab in Design 1 Change State Diagram 2. This interface is the management interface for cost index rules and project characteristic information for all stages of the project structure except for the preliminary estimate. The interface shown in the main view of Design 2 is the main interface for managing the cost indicators of the entire project process. The interface shown in Figure 1, which represents the change in state of Design 2, is the interface displayed after the user clicks "Project" in the main view menu. This interface contains a list of projects covering all stages of the entire project process. The interface shown in Design 2 Change State Diagram 2 is the interface displayed after the user clicks "View" in the operation column of Design 2 Change State Diagram 1 and then clicks the "Project Features" tab. This interface displays the project structure nodes and their project feature information involved in the project stage of the project. The interface shown in Design 2 Change State Diagram 3 is the interface displayed after the user clicks the "Project Cost List" tab in Design 2 Change State Diagram 2. This interface displays the details of the project cost data in the project cost document and the index attribution information of each cost data component. The interface shown in Design 2 Change State Diagram 4 is the interface displayed after the user clicks the "Engineering Indicators" tab in Design 2 Change State Diagram 3. This interface displays the engineering cost indicator results, which include quantity and price indicator information. The circular gray block in the upper right corner of the main view of Design 1 and Design 2, as well as the various change state diagrams in the design, belongs to the content screen.

According to the GN file automatic generation method and device, the electronic equipment and the storage medium, the GN file can be automatically generated, manual intervention is little, the labor cost is reduced, the development efficiency is improved, human errors can be avoided, it is ensured that the generated GN file is accurate, meanwhile, high universality and expandability are achieved, multiple programming languages and project structures are supported, and the development efficiency is improved. And the requirements of different projects can be met.

The present disclosure provides new and innovative systems and methods for automatically modifying configuration management projects. In an example, a computer-implemented method includes analyzing code from a configuration management project, identifying parallel and duplicate structures in the code, and modifying the code to condense the parallel and duplicate structures into a plurality of roles that can be referenced by a playbook.

The invention relates to a purchase transportation decision-making method and system based on a construction progress, and the method comprises the steps: generating a BIM model component list needing to be purchased based on the construction progress of a WBS construction task, and driving an enterprise project structure to carry out the resource distribution, and obtaining an EPS business project to which each component in the list belongs; based on a WBS construction task, an EPS business project and a BIM construction space to which the component belongs, multiple constraints of purchase and transportation are constructed; on the basis of multiple constraints of purchase and transportation, a purchase and transportation optimization plan is obtained through a multi-objective optimization model, so that the storage cost consumed by purchase and transportation is minimized, and the transportation cost is minimized. According to the method and the device, a data chain of construction task-model component-resource scheduling is broken through by utilizing ternary mapping, and then a multi-constraint and optimization model is constructed, so that the storage cost and the transportation cost of purchase and transportation are effectively reduced, and the problem of how to improve the economic benefit of a purchase and transportation plan is solved.

The invention discloses a code completion method, a related device, equipment and a storage medium, and the code completion method comprises the steps: obtaining project structure information of a to-be-completed project, the project structure information comprises code units of each file in the to-be-completed project and a relation between the code units, and the to-be-completed project comprises the code units of each file in the to-be-completed project and the relation between the code units; the to-be-complemented item is provided with a to-be-complemented position where codes need to be complemented, code semantic information and code structure information of the to-be-complemented position are determined based on the item structure information, and the code semantic information comprises codes of at least one code unit matched with the semantics of the to-be-complemented position; the code structure information comprises target information of at least one code unit having a target relationship with the to-be-completed position, and generating a to-be-completed code of the to-be-completed position by using the code semantic information and the code structure information of the to-be-completed position. According to the scheme, the code completion efficiency and accuracy can be improved.

The invention discloses a data processing method and electronic equipment, and the method comprises the steps: obtaining at least one piece of project structure data of a target project, determining the evaluation information of each piece of project structure data based on the progress state of the project structure data, and enabling the evaluation information to be used for carrying out the quantitative evaluation of the project structure data; based on the acquired time progress of the target project and the defect state of the target project in a preset time period, determining change information of an influence factor of the target project; and based on the evaluation information and the change information of the influence factors, risk information of each item structure data is determined by using a preset calculation model, and the risk information is used for representing the current risk probability of the target item.

The invention discloses a method for building an automatic development scaffold based on webpack, and relates to the technical field of software development, the method comprises the following steps: S1, environment preparation; s2, installation dependence; s3, creating a project structure; s4, performing project initialization; s5, configuring a file (webpack. Config.js), and carrying out the configuration of the file (webpack. S6, developing a server; s7, constructing and deploying; through the self-defined scaffold, a developer can quickly initialize a new project with optimal practice and preset configuration, so that repeated work is greatly reduced, the development efficiency is improved, meanwhile, the construction process of the project can be better understood and controlled, and various complex development requirements can be better met.

The invention provides a code generation method and device, electronic equipment, a storage medium and a program product. The method comprises the following steps: acquiring a pre-generated standardized project structure; wherein the language adopted by the standardized project structure is a GO language; and on the basis of the standardized project structure, generating a code corresponding to each development component in the project in a declarative manner. According to the method, software development is carried out under the standardized project structure, and automatic generation is carried out in a declarative mode for each development component, so that on one hand, the code generation efficiency is improved, on the other hand, the generated codes are consistent in style, and the readability and maintainability of the codes are improved.

The present application relates to a large model-based multi-GPU network service configuration optimization method and optimization system. The optimization method comprises: obtaining multi-GPU computing resource information; obtaining project background data through a large model based on project basic information; obtaining project picture information through a large model based on the obtained text information, and deriving project structured information; based on user historical data, combining project structured information, predicting the multi-GPU computing resources required by the demand side in different time periods in the future; statistically analyzing the size of the project three-dimensional point cloud data uploaded by the user, matching the three-dimensional point cloud data with the project structured information; based on the analysis and prediction, balancing the multi-GPU computing resource demand, and optimizing the multi-GPU computing resource allocation; after balancing and optimizing, according to the actual required GPU computing resource amount of the user and the prediction result, the multi-GPU computing resource usage in different time periods is priced in stages; real-time monitoring of multi-GPU computing resource usage and alarming when abnormal usage is detected.

The embodiment of the invention provides an application development method based on Flutter. The method is applied to application development. The method comprises the following steps: configuring a Flutter development environment, and setting a project structure and a project configuration file; creating a Flutter project according to the project structure and the project configuration file; wherein the Flutter item comprises a directory corresponding to each service module; compiling service function codes corresponding to the service modules according to a preset implementation method under the catalogues corresponding to the service modules, and generating the service modules; establishing a UI interface according to a pre-established UI component library by utilizing a responsive design method; and packaging each service module and the UI interface to generate an application installation package and issuing the application installation package to each platform. In this way, the development process of the multi-user real-time cooperation application is simplified, the development efficiency and the application performance are improved, and the user privacy and the data security are guaranteed.

The invention provides a multi-platform office system building method, which comprises the steps of building a scaffold of office software based on Electron in a local development environment, and generating a project basic structure through the scaffold to build a project framework with an Electron basic operation environment; defining a template, a script and a style of each component in the Vue3 project structure to construct a user interface; an SQLite3 module is installed and configured in an Electron project, and data operation codes are written, so that local data storage and reading functions applied to different systems are realized. According to the invention, multi-platform compatibility and stable operation of the office system can be realized, the development and maintenance cost is reduced, and the cross-platform office efficiency of users is improved.

The invention relates to the field of bridge construction, in particular to a bridge construction standard visualization method, device and equipment and a medium. The method comprises the following steps: obtaining the name of the current construction project and loading the corresponding plane construction model to realize the visual display of the construction project, so that each constructor can more visually understand the project structure, layout and details. After the standard query operation on the plane construction model is received, the target construction sub-region is determined, the BIM sub-model corresponding to the region and the construction standard of the BIM sub-model are obtained, and the BIM sub-model and the construction standard of the BIM sub-model are displayed to constructors together according to the preset display rule, so that the accuracy and pertinence of construction management are further enhanced, and the construction efficiency is improved. According to the method, construction errors caused by understanding deviation are reduced, the construction quality and efficiency are improved, meanwhile, the BIM sub-models and the construction standards are automatically associated and displayed to related personnel in real time, and visual display of the bridge construction standards is improved.

The invention belongs to the technical field of software engineering and artificial intelligence, and provides a programming language conversion method, system and device, and the method comprises the steps: reading a project, analyzing a project structure and a source code, extracting project elements, and carrying out structuralization to obtain analysis information; constructing a conversion request based on the analysis information, and converting the analysis information into intermediate representation which can be understood by the generative code model; and generating the intermediate representation into a target language code through a generative code model. According to the method, the labor cost of software reconstruction and migration is remarkably reduced, the conversion efficiency and precision are improved, the business logic consistency is ensured, and enterprises are helped to quickly adapt to the requirements of modern distributed and cloud native architectures.

This invention discloses a method for engineering cost accounting and omission early warning based on multi-dimensional working condition matching, belonging to the field of construction engineering cost control technology. This invention constructs a multi-dimensional working condition database containing information such as project structure, site geology, cold-region winter construction measures, hidden procedures, and quota rates. It intelligently matches and calibrates on-site construction conditions with local quota items in Heilongjiang Province. Then, through a full-process traversal, it automatically screens for omissions, missing items, and duplicate charges. Combined with real-time changes in material, labor, and machinery costs, it performs dynamic cost accounting and compliance verification, and finally archives the entire process data to form traceable results. This invention can reduce cost accounting deviation from over 10% to within 1.5%, effectively solving the problems of large deviations, numerous omissions, reliance on manual experience, and inability to adapt to cold-region construction in traditional cost methods. It significantly improves the accuracy, compliance, and efficiency of cost accounting, and is applicable to cost control, settlement auditing, and cost management scenarios in various construction and municipal engineering projects.