88 results about "Interface model" patented technology

The invention provides an HIL simulation test system of a commercial vehicle domain controller. The system comprises an HIL system software platform, an HIL system simulation model, an HIL system simulation hardware platform and a vehicle body system special simulation assembly which are electrically connected. The HIL system simulation hardware platform is used for providing hardware support and executing the hardware-in-the-loop simulation test; the HIL system software platform is used for controlling a simulation test process, managing a test task and automatically generating an interface model; the HIL system simulation model is used for constructing a virtual test environment of a controller and performing signal interaction with the HIL system simulation hardware platform; the simulation assembly special for the vehicle body system is used for simulating vehicle body control, air conditioner control, gateway and vehicle control functions so as to improve the test coverage degree, and efficient development and iteration of a commercial vehicle domain controller are facilitated.

The invention relates to a low-code application automatic test system and method based on machine learning, and the method comprises the following key steps: firstly, receiving a test demand of a low-code application, and obtaining an interface element graph; secondly, processing the interface element graph through an image processing and semantic recognition technology, and extracting an interface model; then, automatically generating and executing a test case according to the interface model, and collecting test result data; and finally, analyzing test result data and generating a detailed test report. The invention further relates to construction and use of a framework recognition network and a text extraction network to accurately recognize the category of interface elements and text meanings, and test data are deeply analyzed through clustering analysis and a decision tree algorithm, so that abnormal modes, error reasons and paths are effectively recognized. The method can be widely applied to the field of software development, in particular to application testing of a low-code platform, and the software quality and the testing efficiency are improved.

Touchscreen devices, designed with an assumed range of user abilities and interaction patterns, often present challenges for individuals with diverse abilities to operate independently. Prior efforts to improve accessibility through tools or algorithms necessitated alterations to touchscreen hardware or software, making them inapplicable for the large number of existing legacy devices. This disclosure introduces a hardware interaction proxy that performs physical interactions on behalf of users while allowing them to continue utilizing accessible interfaces, such as screen readers and assistive touch on smartphones, for interface exploration and command input. The proxy maintains an interface model for accurate target localization and utilizes exchangeable actuators for physical actuation across a variety of device types, effectively reducing user workload and minimizing the risk of mistouch. Evaluations reveal that this approach lowers the mistouch rate and empowers visually and motor impaired users to interact with otherwise inaccessible physical touchscreens more effectively.

The invention provides a medical lumen instrument disinfection method which comprises the following steps: acquiring a three-dimensional digital model of a lumen instrument through scanning equipment, extracting lumen data and generating standardized structure parameters; constructing a docking interface template library according to the standardized structure parameters, and generating an initial interface model; loading an initial interface model and inner cavity data through fluid mechanics simulation software, simulating flow distribution of a sterilizing agent and determining flow blocking and leakage positions; geometric parameters of the initial interface model are adjusted according to flow blocking and leakage positions, and a docking system model with enhanced adaptability is generated; calculating the flow velocity and pressure parameters of a sterilizing agent according to the suitability-enhanced docking system model and the inner cavity data, and generating flow parameter configuration; the injection rate and the medium viscosity are adjusted according to the flow parameter configuration and the inner cavity attribute, and a sterilization parameter set is generated; and driving the docking system model to execute a sterilization operation through the sterilization parameter set, collecting coverage distribution data and generating an optimization control scheme.

The invention discloses a development, operation and maintenance platform of a large language model and a model development and deployment method, and the development, operation and maintenance platform adopts a front-end and rear-end separation architecture design, and comprises a front end part and a rear end part, wherein the front end comprises a data set uploading interface, a model training interface, a model evaluation interface, a model deployment interface, a model-adapter merging interface and a model tracing interface; and the rear end comprises a data set management function module, a data set uploading function module, a model training function module, a model evaluation function module, a model deployment function module, a model-adapter merging function module and a model management function module. The data set uploading interface is used for uploading the data set for training and evaluation, the model training interface is used for model training to improve the model performance, the model evaluation interface is used for evaluating the capabilities of the model in different aspects, the model deployment interface is used for providing services for model deployment, and the model development and deployment work is completed.

The invention relates to a park micro-grid distributed power supply and energy storage coordinated optimization configuration method, and belongs to the field of power system computer software application. The method comprises the steps that original data collection and import design is carried out, and a user interaction visual interface is created and used for importing and visualizing original data needed by micro-grid planning; establishing and designing a distributed power generation model, namely establishing a wind power generation model and a photovoltaic power generation model; establishing and designing an energy storage model, and adopting a KiBaM quasi-steady-state battery simulation model; time-of-use electricity price setting design: designing a time-of-use electricity price setting interface; model control and target optimization design, including micro-grid power balance and storage battery charging and discharging power control design; designing a micro-grid operation program, and optimizing system configuration and a scheduling strategy; and carrying out simulation calculation and result data analysis, verifying the effectiveness of a system optimization configuration scheme, and realizing park micro-grid distributed power supply and energy storage coordinated optimal configuration.

The invention discloses a model-based electronic information product interface definition and mapping method and device, and the method comprises the steps: defining a logic layer interface model of a single machine according to the logic function of an interface, decomposing and refining a black box function logic interface of a subsystem and a flow item borne by the black box function logic interface, and capturing all external interfaces of the concerned single machine; defining a physical layer interface model of the single machine, describing physical node information in the interface, and replacing the type of the external interface of the single machine from the logic layer interface model to the corresponding physical layer interface model; defining an equipment layer interface of the single machine, and generating single machine external electrical connector node information based on a mapping relation between the physical layer interface and the equipment layer interface; obtaining a user-defined interface information table, and generating an interface data list containing single-machine external connectors and connector node information based on the incidence relation of the model information; and analyzing a structured text which is exported by the SysML model and contains detailed information of a single-machine interface through a schematic diagram design tool, and automatically creating a schematic diagram design model of a corresponding interface connector.

The invention provides an automatic software testing method combining natural language processing (NLP) and natural graphics processing (NGP). According to the method, a demand document is analyzed through NLP, key functions are extracted, test case description is generated, meanwhile, a software user interface is recognized and analyzed through NGP, interface elements and interaction logic are extracted, and an interface model is constructed. And automatically generating a test case and a script based on a demand analysis and interface modeling result, executing, recording and analyzing a test result through an automatic test framework, identifying defects, and proposing optimization suggestions. Experiments show that the method can significantly improve the test coverage rate and efficiency, and is suitable for automatic testing and complex interface interaction verification in a continuous integration environment. Through combination of NLP and NGP, intelligence and automation of software testing are realized, and the method has a wide application prospect.

The invention provides a user interface updating method and device, electronic equipment and a readable storage medium, and the method comprises the steps: obtaining a target domain specific language which indicates the characteristics of a target user interface; converting the target domain specific language into a user interface model; and calling a server interface to send the user interface model to a target client, so that the target client performs user interface updating through the user interface model. The dynamic user interface is realized by converting the target domain specific language into the target interface model, so that updating does not need to be performed depending on an installation package, and meanwhile, the user interface model is sent to the target client by calling the server interface; therefore, pushing of user interface updating can be efficiently achieved on the basis that packaging is not needed, and waste of resources is reduced.

The invention discloses a multi-algorithm-driven behavior simulation model construction method. The method comprises the following steps: compiling a military conceptual model; developing a meta-action model; developing a state transition model; developing an intelligent algorithm model; and integrated debugging of the interactive interface model. The invention provides a model algorithm process (including model state transition conditions, environment interaction conditions, algorithm operation conditions and the like) driven by various algorithms based on a military conceptual model, in combination with a typical combat scene and by applying a state transition method, a visual meta-action sequence combination is constructed according to the process, a visual action sequence file is generated, and the visual action sequence file is stored in a database. The action sequence file and a man-machine collaborative algorithm model are subjected to interface integration, various combat simulation platforms can be accessed through serial port communication, a shared database or a shared memory, and an innovative normal form of intelligent combat behavior design visualization, construction visualization and operation visualization is formed.

The invention discloses an interface test method and device for generating a test case based on an interface description document. The method comprises the following steps: generating an interface model and a parameter model according to an obtained interface description document; generating a plurality of test cases based on the interface model and the parameter model, and setting a parameter value of each test case; according to the interface model and the parameter model, generating a test step for each test case, and setting an expected result and an assertion rule; all the test cases and the corresponding interface models and parameter models are stored in a case library; and obtaining a test report based on all the test cases and the case library. According to the method, the interface description document is automatically collected and analyzed, the test case is generated and executed to obtain the test report, high automation of the whole interface test process is achieved, and the test frequency and quality are greatly improved.

The invention discloses a non-linear constraint coupling driven implicit modeling optimization method and system and a memory. The method comprises the steps of firstly obtaining nonlinear constraint data of a target geological interface, then generating initial implicit function representation through a Hermite radial basis function based on an initial control point of the target geological interface, and then obtaining a nonlinear coupling driving optimization objective function about implicit function representation of the target geological interface according to the data type of nonlinear constraint, and optimizing through an implicit gradient flow algorithm to obtain a geological interface reconstruction model and a global optimization target geological interface model. The invention further provides a computer readable memory, the memory contains a computer program for realizing the implicit modeling optimization method for nonlinear constraint coupling driving, the computer program can be read and executed, and the computer program, a programmable logic controller and a processor form an optimization system. According to the system, nonlinear constraint data of a large number of geological interfaces are fully coupled, an implicit modeling framework is constrained, and therefore high-precision modeling of the three-dimensional geological interfaces is achieved.

The invention relates to the technical field of printer interaction optimization, and particularly discloses a user operation habit-based printer interaction interface adjustment method, which comprises the following steps of: 1, acquiring user operation data in real time by utilizing a high-precision sensor and a log recording module, comprehensively analyzing the function use frequency, the operation path, the time interval distribution, the equipment connection state and the environment parameters; 2, interface layout is dynamically adjusted based on the analysis result, high-frequency function preposition, operation path optimization and scenarized adaptation are achieved, and the scenarized adaptation comprehensively considers the use time period, the equipment connection state and the user identity factor; 3, memorizing historical parameters of the user, and providing intelligent recommendation based on a collaborative filtering algorithm and a deep learning recommendation algorithm; and 4, iteratively optimizing the interface model based on user feedback, and regularly updating the user operation model. And through high-frequency function preposition and path automatic filling, the click frequency of the user is reduced, and the working efficiency is improved.

The invention discloses a virtual power plant coupling multi-market operation optimization and risk evaluation method, and relates to the technical field of virtual power plants. Comprising the steps of 1, establishing a resource model in a virtual power plant; 2, establishing corresponding market models for different participated markets, and establishing an interface model of the virtual power plant and the markets; 3, designing a virtual power plant overall operation optimization model; 4, establishing a risk evaluation model, and considering various risks possibly faced by the virtual power plant participating in the market; 5, coupling the overall operation optimization model and the risk evaluation model to form a comprehensive model; 6, a real-time scheduling system is established, and market changes and resource states are monitored; and 7, performing system simulation verification by using actual data, adjusting model parameters, and optimizing an algorithm. According to the invention, the overall operation problem of the virtual power plant in a complex market environment is solved, including the technical problems in the aspects of resource scheduling, market transaction and risk management.

This invention discloses a link encapsulation method and apparatus based on unified device monitoring modeling encapsulation. The method includes: acquiring link information between various types of devices to be monitored; determining a graphical monitoring interface, preset link algorithms, and communication interfaces based on the link information; constructing a device graphical model, a backup switching model, a combined usage model, a batch control model, a southbound communication interface model, a northbound communication interface model, and an external call interface model based on the graphical monitoring interface, preset link algorithms, and communication interfaces; and encapsulating the device graphical model, backup switching model, combined usage model, batch control model, southbound communication interface model, northbound communication interface model, and external call interface model into a link driver file based on object-oriented programming encapsulation and polymorphism techniques. This invention can greatly simplify the complexity of device monitoring construction, shorten the construction cycle, reduce investment costs, and provide customized device monitoring functions.

The invention discloses a virtual relay protection interface automatic modeling method, and relates to the field of power system relay protection. The method comprises the following steps: establishing a virtual relay protection interface database based on a standardized relay protection interface, customizing a modeling function according to an interface model to be established, and calling the modeling function by reading variable information of a corresponding interface of the interface database in MATLAB / Simulink to realize automatic modeling of the virtual relay protection interface. According to the method, the virtual protection interface model is generated by one key based on the user-defined Excel file, and when an interface signal is changed, parameters in the Excel file are modified, so that the virtual relay protection interface model is quickly generated; the modeling efficiency and accuracy of the virtual relay protection interface are improved, and errors of manual operation are reduced; quickly constructing different types of relay protection device interface models; the design flexibility and expandability of the relay protection system are improved; the interface characteristics of the relay protection device can be better understood, and a basis is provided for optimization and improvement of a relay protection system.

The application provides an AlN / HfO2 interface structure design method and device, comprising: establishing a first interface model of AlN / HfO2; optimizing the interface structure of the first interface model to obtain a preset number of second interface models; wherein the oxygen content in the interface structure corresponding to each second interface model is different; optimizing the interface structure corresponding to each second interface model to obtain an energy value corresponding to each second interface model; calculating the electron capture energy and the hole capture energy corresponding to each second interface model; and determining the interface structure corresponding to a third interface model with high electron capture energy according to the electron capture energy and the hole capture energy. The application determines the interface structure corresponding to the third interface model with high electron capture energy by calculating the electron capture energy and the hole capture energy of the second interface model with different oxygen contents, solves the problem that the interface structure with high electron capture capacity cannot be quickly screened, and causes experimental data to be difficult to analyze and a large amount of time to be wasted.

1. Name of this design: Prototype dynamic display area for generating graphical user interface for intelligent agents of electronic devices. 2. Purpose of this design: An electronic device. 3. The key design features of this product are its graphical user interface content. 4. The picture or photo that best illustrates the key design points: Design 1 front view. 5. Design 1 is designated as the basic design. 6. Purpose of the graphical user interface: The overall purpose of this graphical user interface is to display the progress information of the autonomous generation of the intelligent agent, and the specific purpose is to display the loading dynamics of the prototype interface generated by the autonomous intelligent agent. 7. Human-computer interaction method of graphical user interface: The main views of Design 1 to Design 3 are all prototype display interfaces of autonomous intelligent agents, and the interface displays the model diagram of the prototype interface. When the autonomous intelligent agent generates the prototype interface, the interface will display dynamic changes as shown in Figure 2, which shows the change from the main view of Design 4 to the interface of Design 4. The prototype interface model in the prototype display area of ​​the interface will be fully displayed gradually. When the autonomous intelligent agent generates the prototype interface, the interface will display dynamic changes as shown in Figure 2, which shows the change from the main view of Design 5 to the interface of Design 5. The prototype interface model in the prototype display area of ​​the interface will gradually disappear. When the autonomous intelligent agent generates the prototype interface, the interface will display dynamic changes as shown in Figure 3, which shows the change from the main view of Design 6 to the interface of Design 6. The prototype interface model in the prototype display area of ​​the interface will be fully displayed gradually. When the autonomous intelligent agent generates the prototype interface, the interface will display dynamic changes as shown in Figure 3, which shows the change from the main view of Design 7 to the interface of Design 7. The prototype interface model in the prototype display area of ​​the interface will gradually disappear. When the autonomous intelligent agent generates the prototype interface, the interface will display dynamic changes as shown in Figure 6, which shows the change from the main view of Design 8 to the interface of Design 8. The prototype interface model in the prototype display area of ​​the interface will be fully displayed gradually. When the autonomous intelligent agent generates the prototype interface, the interface will display dynamic changes as shown in Figure 6, which shows the change from the main view of Design 9 to the interface of Design 9. The prototype interface model in the prototype display area of ​​the interface will gradually disappear. The "X" in the interface represents text, numbers, or symbols. 8. Other situations requiring explanation: This patent requests partial design protection: the part covered by the red semi-transparent color block in the interface does not constitute the part for which partial appearance protection is sought.

A kind of zirconium alloy water environment corrosion microscopic mechanism analysis method based on ab initio molecular dynamics, 1, construct the multi-phase interface model of metal substrate model and corrosion medium layer model combination, obtain the size information of simulation box;2, set simulation parameters for multi-phase interface model;3, carry out geometry structure optimization to multi-phase interface model and eliminate local internal stress, then carry out ab initio molecular dynamics simulation, obtain atomic evolution track and corrosion product structure;4, carry out data post-processing and statistical analysis to ab initio molecular dynamics simulation result, obtain corrosion elementary reaction path and calculate reaction energy barrier, the interaction mechanism of corrosion group and surface is analyzed by DFT method.The method can complete accurate zirconium alloy corrosion process dynamic simulation under periodic boundary condition, has higher calculation precision and is more reasonable to the description of interatomic force in system, and can also analyze the interaction mechanism between alloy and corrosion medium from atomic electronic scale.

The invention relates to the technical field of electric power automation, and discloses a method, a system, equipment and a medium for constructing an electric power cloud edge collaborative interface capable of being debugged autonomously, and the method comprises the steps: based on a multi-level rule engine and context mode matching technology, extracting interface parameters and interface data entities, and constructing an interface model knowledge graph; based on a hierarchical structured mapping analysis method, establishing a mapping relationship between the interface data entity and the data source system entity, and storing the mapping relationship in the knowledge graph; generating a universal interface program according to the mapping relation, and dynamically scheduling an interface test sequence; executing interface debugging according to a scheduling sequence, obtaining historical data from a data source system to generate a test case, and sending the test case to a consumption end system for verification; if an error is reported, traceability is wrong, and a test report is generated. And through an automatic means, the two debugging parties do not need to wait for the other party to carry out interface joint debugging, so that the communication and coordination processes are greatly reduced, and the working efficiency is integrally improved.

The present invention discloses a distribution network dynamic cluster planning and control method and system based on electrical indicators, which relates to the field of cluster collaborative control technology, and includes the following steps: obtaining device response data, and constructing a device dynamic response model, extracting the characteristics of the device under different adjustment signals through the model and generating a device flexibility index set; constructing a cluster boundary flexible layer state mapping matrix according to the device flexibility index set, and coupling it with the cluster external control interface to generate an inter-layer flexibility response interface model; based on the response interface model, constructing a hierarchical decoupling control strategy with upper and lower layer strategy linkage, and driving controllers at all levels to execute consistent control actions according to the control strategy; the present invention solves the problems of inconsistent control granularity, strategy conflict and control failure inside and outside the cluster by constructing a flexible state mapping matrix and using the response interface model as an intermediary to achieve flexible capability matching and control strategy linkage between the upper and lower layers, thereby improving the dynamic adjustment capability of the cluster.

An Interface System and a method for connecting hardware based data sources with a System for producing biochemical compounds comprising the following components: • An User Interface to configure the Interface System; • An Input Interface for receiving data from the hardware based data sources including at least one standard hardware connector; • At least one software based model configured to process the received data from the hardware based data sources to calculate biochemical process parameters for the system; • An Output Interface to provide the processed digital data provided by the at least one software based model to the System for producing biochemical compounds, including at least one standard hardware connector; and • At least one computer to host the User Interface, the model and control the input and output interfaces.

The utility model discloses an interface converter which comprises a first interface part and a second interface part, and two ends of the first interface part are respectively provided with a first connecting end and a second connecting end which are communicated with each other; a second connector part is connected to the first connector part in a sleeving mode and can move and be locked in the axial direction of the first connector part, and a third connecting end is formed at one end of the second connector part; the movement path of the third connecting end has a first state in which the second connecting end extends out of the third connecting end and a second state in which the second connecting end retracts to the third connecting end, and the third connecting end and the second connecting end are matched with different interface models; according to the device, quick switching among various interfaces can be realized, the replacement time is effectively shortened, and the water supply efficiency is improved.

The application provides a connection code generation method and device, electronic equipment, computer readable storage medium and computer program product; the method comprises the following steps: determining a plurality of uniform interface models in the memory for a plurality of source heterogeneous source files corresponding to a plurality of hardware modules; based on each uniform interface model, a hierarchical signal tree is constructed for each hardware module; based on a plurality of signal trees, determine the signal pair to be matched, and determine the bit width topology characteristics of the interface signal in the signal pair to be matched; calculate the similarity between the names of the interface signals in the signal pair to be matched, and the compatibility score of the direction; based on the bit width topology characteristics, the similarity and the compatibility score, determine the consistency score of the signal pair to be matched, and when the consistency score is greater than the score threshold, it is determined that the signal pair to be matched has a connection matching relationship; based on the connection matching relationship, a first connection code is generated. Through the application, the generation accuracy of the connection code of the interface signal can be improved.

The invention relates to a method for performing static inspection on hardware description language codes, which is characterized in that an accurate chip object model is constructed and a submodule interface model is utilized to perform efficient cross-module analysis, so that the inspection speed is effectively improved, and time consumption caused by complete analysis of whole design details in a traditional method is avoided; meanwhile, deep semantic level analysis is carried out based on the object model, so that the false report rate and the missing report rate are effectively reduced, and the problem positioning accuracy is improved; besides, by carrying out intelligent classification and priority ranking on inspection results and supporting unified inspection on design and verification codes, user experience is greatly optimized, the error correction time of engineers is shortened, and therefore the efficiency and quality of chip design early-stage defect discovery are comprehensively improved.

Methods, systems, and computer program products for managing interactions between a content management system (CMS) and a large language model (LLM) system. The semantics of user questions can be considered before prompting an LLM, or alternatively, before querying datasets that are local to the CMS. Given a user question to be answered, the embedding of the user question can be matched against preconfigured sample question embeddings to determine a best match. A prompt corresponding to the determined best match is then configured based on identification of the class or classes that correspond to the matched question. Prompts for provision to LLMs can be synthesized based on a particular user's identity and / or based on the particular user's historical collaboration activities over objects of the CMS. The LLM can be hosted by a third-party provider. Alternatively all or portions of a large language model system can be hosted within the CMS.

The invention discloses an interface generation method based on multiplexing. The method comprises the following steps: 1) inputting an interface screenshot of a mobile application and a layout information file corresponding to the screenshot as input of the method; 2) extracting interface element features, and designing an abstract data structure representing mobile application interface layout features; 3) constructing a mobile application interface structure model represented by the screenshot and the layout information file; 4) designing an interface element similarity comparison rule, including comparison of component elements and comparison of container elements; 5) designing a plurality of strategies for reconstructing the data structure model of the mobile application interface, and providing a random number-based model conversion method; and step 6) realizing a generation method from the interface model to the picture. According to the method, the user interface of the mobile application can be modeled, one interface model can be converted into more interface models by adjusting the sequence of similar interface elements on the interface, and pictures are reversely generated from the models.

The invention provides a Web front-end interface adaptive generation method and system, and the method comprises the steps: collecting multi-modal original behavior data correspondingly generated by a user in an interface interaction process, and carrying out the intention feature separation of the multi-modal original behavior data, so as to create a corresponding dual-path feature extraction network; projecting the dominant intention vector and the implicit demand vector to a unified semantic vector space through a preset mapping module so as to perform weighted fusion on the dominant intention vector and the implicit demand vector according to the dynamic confidence of the current interaction scene and generate a corresponding dynamic user portrait; reasoning an interface element attribute adjustment instruction and an interaction logic optimization strategy corresponding to the dynamic user portrait through a preset generative interface model, applying the interface element attribute adjustment instruction and the interaction logic optimization strategy to a current Web interface in combination with a front-end rendering engine, and correspondingly adjusting node attributes and cascading style sheet rules of a preset document object model to generate a corresponding target interaction interface. The interface generation efficiency can be effectively improved.

The application relates to an interface contract optimization adjustment method and device, a terminal and a computer readable storage medium. The interface contract optimization adjustment method comprises the following steps: after a spring bean is initialized, a tool class is used for interception and scanning; if the rest&rpc interface model in the scanning result contains an annotation swagger, the interface protocol on the arena is automatically covered, so that the interface protocol on the arena can be kept consistent with the interface protocol in the code without manual configuration of the interface protocol on the arena; if the rest&rpc interface model in the scanning result does not contain the swagger annotation, the rest&rpc interface model without the swagger annotation is reported to an interface protocol management system for subsequent processing; the interface protocol management system scans an arena interface list according to a preset period, and judges whether the interface data of the arena interface list matches the interface model data; if the interface data of the arena interface list does not match the interface model data, automatic rectification and release are performed in the swagger mode, the automatic monitoring and updating of the interface protocol can be realized, and the research and development efficiency and the interface protocol test efficiency can be improved.

The invention relates to the technical field of high-entropy alloy model construction. The invention provides a simulation modeling method, system and equipment for a high-entropy alloy coating interface and a storage medium. The method comprises the following steps: determining element types, contents and basic structures of a high-entropy alloy system according to application requirements; a special quasi-random structure file is generated by adopting a Monte Carlo simulated annealing algorithm, and a surface model is constructed through format conversion and crystal face cutting; specific atom pairs needing to be preferentially considered are recognized based on the atomic radius and the enthalpy formation criterion, and a surface structure model containing the specific atom pairs is constructed by exchanging the positions of surface atoms and block atoms; constructing a matrix surface model according to the actual matrix material parameters; the two are combined, and coordinates are calculated by setting interface spacing and layer number parameters so as to construct a coating interface model. The problem that in existing numerical simulation of the high-entropy alloy coating interface, a microstructure model cannot be accurately established due to the fact that specific atoms are difficult to recognize and position is solved.