Method for automatically typesetting generator 2.0 on AI intelligent UI interface

Abstract

The invention belongs to the technical field of AI intelligent automatic typesetting, and discloses a method for automatically typesetting a generator 2.0 on an A I intelligent U I interface, and the automatic typesetting method comprises the following steps: S1, template language and DSL (Digital Subscriber Language); s2, performing a layout algorithm; s3, defining a component library and a style; s4, response type design support is carried out; s5, theme and style management; s6, user customization and expansibility; s7, data binding and dynamic content; s8, carrying out cross-platform compatibility; s9, performing performance optimization; s10, testing and debugging the tool; and S11, document and training. According to the automatic typesetting technology, common layout and style decisions are intelligently processed, response type design fast adapting to different devices is achieved, the human error rate is reduced, the iteration and testing process is accelerated, designers can more concentrate on creative design tasks by relieving repeated work, and the design efficiency is improved. According to the technology, the maintainability of the application or the website is improved, so that the change of design specifications or user requirements is more easily adapted, and the product development period is shortened.

Description

Technical Field

[0001] This invention belongs to the field of AI intelligent automatic typesetting technology, specifically the method of AI intelligent UI interface automatic typesetting generator 2.0. Background Technology

[0002] Automatic typesetting typically refers to the use of computer programs or algorithms to automatically format elements such as text and images to generate aesthetically pleasing and easy-to-read layouts. Automatic typesetting technology is widely used in printing and publishing, web design, and document processing. Although some UI interface automatic typesetting generators have many advantages in improving design efficiency and consistency, they also have some potential defects and challenges, which may depend on the specific implementation and use case.

[0003] Automatic layout generators may fail to capture the designer's creative and personalized decisions, or fully understand the context and specific scenarios in the design. When dealing with extreme cases or special requirements, automatic layout generators may not provide sufficient adaptability, and the generated UI may lack nuanced user experience adjustments.

[0004] Over-reliance on machine learning to optimize UI generation may require a lot of data and time for training and tuning, making it difficult to ensure that the generated UI renders correctly and works well on all devices and browsers. Automated layout may limit designers from learning and adjusting directly from user feedback, and handling complex UI layouts and interactions may be beyond the capabilities of an automated layout generator. Summary of the Invention

[0005] The purpose of this invention is to provide a method for an AI intelligent UI interface automatic layout generator 2.0 to solve the problems mentioned in the background art.

[0006] To achieve the above objectives, the present invention provides the following technical solution: a method for an AI intelligent UI interface automatic layout generator 2.0, wherein the automatic layout method is as follows:

[0007] S1, a template language and DSL, creates a specialized DSL specifically for defining the structure and style of user interfaces (UIs);

[0008] S2, Layout Algorithm: Develop a layout algorithm that automatically generates UI layouts based on the rules and constraints described in a template language or DSL.

[0009] S3, a component library and style definition, involves building a component library by clarifying requirements and goals, designing components, selecting technology stacks, writing code, writing documentation, and testing.

[0010] S4 supports responsive design, allowing you to define different style rules for different devices and screen sizes by using CSS media queries;

[0011] S5, theme and style management, allows you to define specific CSS styles for different devices and screen sizes through media queries;

[0012] S6 offers user customization and extensibility, allowing for adjustments and optimizations based on specific user needs to provide features and styles that better suit users' actual workflows and usage habits.

[0013] S7, data binding and dynamic content, associates user interface elements with data sources, enabling the UI to update based on dynamic data;

[0014] S8 offers cross-platform compatibility, ensuring that the generated UI layout can function properly on different operating systems, devices, and browsers, while maintaining a good user experience and functional consistency.

[0015] S9, performance optimization, optimizes the performance of the generated UI layout. Through a series of technical means and methods, it improves the rendering speed and performance of the user interface (UI) layout, enabling users to see and interact with the elements and content on the interface faster.

[0016] S10, a test and debug tool, provides a comprehensive suite of test and debug tools.

[0017] S11, Documentation and Training, provides systematic, comprehensive, and continuous document management and training support.

[0018] Preferably, the method steps for creating a specialized DSL in step S1 are as follows:

[0019] A1. Define the goals and scope of DSL. First, identify the problem area and target user group that DSL will solve. Understand the characteristics and needs of the area;

[0020] A2, Design the syntax and semantics of the DSL. Based on domain requirements, design the syntactic structure of the DSL, define explicit semantic rules for each syntactic element, and write the syntactic description of the DSL using a formal language.

[0021] A3 is the parser or compiler for the DSL. The appropriate implementation method is selected based on the complexity of the DSL and the target platform. You can choose to write the parser or compiler manually, or use existing tools to generate it automatically.

[0022] A4 integrates the DSL interpreter or compiler into the target application, writes comprehensive test cases for the DSL, and finally tests the performance of the DSL.

[0023] A5, Documentation and Support: Write detailed user manuals and developer documentation for the DSL, explaining language features, syntax rules, usage methods and best practices; establish support channels and communities for the DSL to help users solve problems, share experiences and contribute code; and continuously iterate and optimize the design and implementation of the DSL based on user feedback and actual application, improving its quality and adaptability.

[0024] Preferably, the rules and constraints of the DSL in S2 are as follows:

[0025] Clear domain scope, simplicity and readability, consistency, scalability, integration with the host language, tool support, documentation and tutorials.

[0026] Preferably, the layout result of B7 is a graphical interface, a data file, or other forms of representation.

[0027] Preferably, the steps for S5 theme and style management are as follows:

[0028] C1, Define the concepts of theme and style, determine the goals and requirements of theme and style management, and create the concepts of theme and style;

[0029] C2, design the theme and style architecture, select appropriate themes and style management technologies according to project requirements, create style variables, and build the theme structure;

[0030] C3 enables theme and style management. Based on the designed theme and style architecture, corresponding CSS or preprocessor code is written to achieve the function of dynamically loading and switching themes.

[0031] C4, Integration and Testing, integrates theme and style management features into an application or website and performs detailed testing;

[0032] C5, Documentation and Support, provides users with documentation on how to use theme and style management features, offers support and assistance, and resolves problems they encounter when using theme and style management features;

[0033] C6, maintenance and updates, continuously maintains theme and style management functions, and regularly updates and upgrades the libraries or frameworks related to theme and style management.

[0034] Preferably, the step of adjusting the layout of B5 is as follows:

[0035] D1, Analyze the current layout. Conduct a comprehensive analysis of the current layout, including understanding its purpose, target users, content structure, and interaction methods.

[0036] D2. Determine the design principles based on the analysis results;

[0037] D3. Develop an adjustment plan. Based on the design principles, develop a detailed adjustment plan.

[0038] D4, Implementing Adjustments: After determining the adjustment plan, the layout adjustment will begin to be implemented;

[0039] D5, Testing and Optimization: After the layout adjustments are completed, testing and optimization are required.

[0040] D6, Release and Maintenance: Release the layout adjustment results and perform continuous maintenance and updates.

[0041] Preferably, the design principles of D2 include: consistency, clarity, ease of use, aesthetics, and accessibility.

[0042] The beneficial effects of this invention are as follows:

[0043] Automatic layout technology significantly improves design efficiency by intelligently handling common layout and style decisions, allowing designers to focus more on creative and strategic aspects. It ensures high consistency between different parts and pages of an application or website, thereby enhancing the overall brand image and user experience. In addition, automatic layout technology enables responsive design that quickly adapts to different devices, reduces human error rates, and accelerates iteration and testing processes. By reducing repetitive work, designers can focus more on creative design tasks. Ultimately, this technology improves the maintainability of applications or websites, making it easier to adapt to changes in design specifications or user needs, thereby shortening product development cycles. Attached Figure Description

[0044] Figure 1 This is a schematic diagram of the overall process of the present invention;

[0045] Figure 2 A flowchart for creating a specific DSL method for this invention is provided.

[0046] Figure 3 This is a flowchart of the layout algorithm of the present invention. Detailed Implementation

[0047] The technical solutions of the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings. Obviously, the described embodiments are only some embodiments of the present invention, and not all embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those skilled in the art without creative effort are within the scope of protection of the present invention.

[0048] like Figures 1 to 3 As shown, this embodiment of the invention provides a method for an AI intelligent UI interface automatic layout generator 2.0, the automatic layout method being as follows:

[0049] S1, a template language and DSL, creates a specialized DSL specifically for defining the structure and style of user interfaces (UIs);

[0050] S2, Layout Algorithm: Develop a layout algorithm that automatically generates UI layouts based on the rules and constraints described in a template language or DSL.

[0051] S3, a component library and style definition, involves building a component library by clarifying requirements and goals, designing components, selecting technology stacks, writing code, writing documentation, and testing.

[0052] S4 supports responsive design, allowing you to define different style rules for different devices and screen sizes by using CSS media queries;

[0053] S5, theme and style management, allows you to define specific CSS styles for different devices and screen sizes through media queries;

[0054] S6 offers user customization and extensibility, allowing for adjustments and optimizations based on specific user needs to provide features and styles that better suit users' actual workflows and usage habits.

[0055] S7, data binding and dynamic content, associates user interface elements with data sources, enabling the UI to update based on dynamic data;

[0056] S8 offers cross-platform compatibility, ensuring that the generated UI layout can function properly on different operating systems, devices, and browsers, while maintaining a good user experience and functional consistency.

[0057] S9, performance optimization, optimizes the performance of the generated UI layout. Through a series of technical means and methods, it improves the rendering speed and performance of the user interface (UI) layout, enabling users to see and interact with the elements and content on the interface faster.

[0058] S10, a test and debug tool, provides a comprehensive suite of test and debug tools;

[0059] S11, Documentation and Training, provides systematic, comprehensive, and continuous document management and training support.

[0060] The steps for S1 to create a specialized DSL are as follows:

[0061] A1. Define the goals and scope of DSL. First, identify the problem area and target user group that DSL will solve. Understand the characteristics and needs of the area;

[0062] A2, Design the syntax and semantics of the DSL. Based on domain requirements, design the syntactic structure of the DSL, define explicit semantic rules for each syntactic element, and write the syntactic description of the DSL using a formal language.

[0063] A3 is the parser or compiler for the DSL. The appropriate implementation method is selected based on the complexity of the DSL and the target platform. You can choose to write the parser or compiler manually, or use existing tools to generate it automatically.

[0064] A4 integrates the DSL interpreter or compiler into the target application, writes comprehensive test cases for the DSL, and finally tests the performance of the DSL.

[0065] A5, Documentation and Support: Write detailed user manuals and developer documentation for the DSL, explaining language features, syntax rules, usage methods and best practices; establish support channels and communities for the DSL to help users solve problems, share experiences and contribute code; and continuously iterate and optimize the design and implementation of the DSL based on user feedback and actual application, improving its quality and adaptability.

[0066] The rules and constraints of DSL in S2 are as follows:

[0067] Clear domain scope, simplicity and readability, consistency, scalability, integration with the host language, tool support, documentation and tutorials.

[0068] The layout result of B7 can be a graphical interface, a data file, or other forms of representation.

[0069] The steps for S5 theme and style management are as follows:

[0070] C1, Define the concepts of theme and style, determine the goals and requirements of theme and style management, and create the concepts of theme and style;

[0071] C2, design the theme and style architecture, select appropriate themes and style management technologies according to project requirements, create style variables, and build the theme structure;

[0072] C3 enables theme and style management. Based on the designed theme and style architecture, corresponding CSS or preprocessor code is written to achieve the function of dynamically loading and switching themes.

[0073] C4, Integration and Testing, integrates theme and style management features into an application or website and performs detailed testing;

[0074] C5, Documentation and Support, provides users with documentation on how to use theme and style management features, offers support and assistance, and resolves problems they encounter when using theme and style management features;

[0075] C6, maintenance and updates, continuously maintains theme and style management functions, and regularly updates and upgrades the libraries or frameworks related to theme and style management.

[0076] The steps for adjusting the layout of B5 are as follows:

[0077] D1, Analyze the current layout. Conduct a comprehensive analysis of the current layout, including understanding its purpose, target users, content structure, and interaction methods.

[0078] D2. Determine the design principles based on the analysis results;

[0079] D3. Develop an adjustment plan. Based on the design principles, develop a detailed adjustment plan.

[0080] D4, Implementing Adjustments: After determining the adjustment plan, the layout adjustment will begin to be implemented;

[0081] D5, Testing and Optimization: After the layout adjustments are completed, testing and optimization are required.

[0082] D6, Release and Maintenance: Release the layout adjustment results and perform continuous maintenance and updates.

[0083] D2's design principles include: consistency, clarity, usability, aesthetics, and accessibility.

[0084] It should be noted that, in this document, relational terms such as "first" and "second" are used only to distinguish one entity or operation from another, and do not necessarily require or imply any such actual relationship or order between these entities or operations. Furthermore, the terms "comprising," "including," or any other variations thereof are intended to cover non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements includes not only those elements but also other elements not expressly listed, or elements inherent to such process, method, article, or apparatus.

[0085] Although embodiments of the invention have been shown and described, it will be understood by those skilled in the art that various changes, modifications, substitutions and alterations can be made to these embodiments without departing from the principles and spirit of the invention, the scope of which is defined by the appended claims and their equivalents.

Claims

1. The method of AI intelligent UI interface automatic layout generator 2.0, characterized by: The automatic formatting method is as follows: S1, a template language and DSL, creates a specialized DSL specifically for defining the structure and style of user interfaces (UIs); S2, Layout Algorithm: Develop a layout algorithm that automatically generates UI layouts based on the rules and constraints described in a template language or DSL. S3, a component library and style definition, involves building a component library by clarifying requirements and goals, designing components, selecting technology stacks, writing code, writing documentation, and testing. S4 supports responsive design by using CSS media queries to define different style rules for different devices and screen sizes. S5, theme and style management, defines specific CSS styles for different devices and screen sizes through media queries; S6 offers user customization and extensibility, allowing for adjustments and optimizations based on specific user needs to provide features and styles that better suit users' actual workflows and usage habits. S7, data binding and dynamic content, associates user interface elements with data sources, enabling the UI to update based on dynamic data; S8 offers cross-platform compatibility, ensuring that the generated UI layout can function properly on different operating systems, devices, and browsers, while maintaining a good user experience and functional consistency. S9, performance optimization, optimizes the performance of the generated UI layout. Through a series of technical means and methods, it improves the rendering speed and performance of the user interface (UI) layout, enabling users to see and interact with the elements and content on the interface faster. S10, a test and debug tool, provides a comprehensive suite of test and debug tools; S11, Documentation and Training, provides systematic, comprehensive, and continuous document management and training support.

2. The method of the AI ​​intelligent UI interface automatic layout generator 2.0 according to claim 1, characterized in that: The steps of the method for creating a specialized DSL in S1 are as follows: A1. Define the goals and scope of DSL, identify the problem areas and target user groups that DSL will solve, and understand the characteristics and needs of the areas; A2, Design the syntax and semantics of the DSL. Based on domain requirements, design the syntactic structure of the DSL, define explicit semantic rules for each syntactic element, and write the syntactic description of the DSL using a formal language. A3, the parser or compiler that implements the DSL, selects the appropriate implementation method based on the complexity of the DSL and the target platform; A4 integrates the DSL interpreter or compiler into the target application, writes comprehensive test cases for the DSL, and finally tests the performance of the DSL. A5, Documentation and Support: Write detailed user manuals and developer documentation for the DSL, explaining language features, syntax rules, usage methods and best practices, and establish support channels and communities for the DSL.

3. The method of the AI ​​intelligent UI interface automatic layout generator 2.0 according to claim 1, characterized in that: The rules and constraints of DSL in S2 are as follows: Clear domain scope, simplicity and readability, consistency, scalability, integration with the host language, tool support, documentation and tutorials.

4. The method of the AI ​​intelligent UI interface automatic layout generator 2.0 according to claim 3, characterized in that: The layout result of B7 is a graphical interface, a data file, and other forms of representation.

5. The method of the AI ​​intelligent UI interface automatic layout generator 2.0 according to claim 1, characterized in that: The steps for managing S5 themes and styles are as follows: C1, Define the concepts of theme and style, determine the goals and requirements of theme and style management, and create the concepts of theme and style; C2, design the theme and style architecture, select appropriate themes and style management technologies according to project requirements, create style variables, and build the theme structure; C3 enables theme and style management. Based on the designed theme and style architecture, corresponding CSS or preprocessor code is written to achieve dynamic loading and switching of themes. C4, Integration and Testing, integrates theme and style management features into an application or website and performs detailed testing; C5, Documentation and Support, provides users with documentation on how to use theme and style management features, offering support and assistance; C6, maintenance and updates, continuously maintains theme and style management functions, and regularly updates and upgrades the libraries or frameworks related to theme and style management.

6. The method of the AI ​​intelligent UI interface automatic layout generator 2.0 according to claim 3, characterized in that: The steps for adjusting the layout of B5 are as follows: D1, Analyze the current layout. Conduct a comprehensive analysis of the current layout, including understanding its purpose, target users, content structure, and interaction methods. D2. Determine the design principles based on the analysis results; D3. Develop an adjustment plan. Based on the design principles, develop a detailed adjustment plan. D4, Implementing Adjustments: After determining the adjustment plan, the layout adjustment will begin to be implemented; D5, Testing and Optimization: After the layout adjustments are completed, testing and optimization are required. D6, Release and Maintenance: Release the layout adjustment results and perform continuous maintenance and updates.

7. The method of the AI ​​intelligent UI interface automatic layout generator 2.0 according to claim 6, characterized in that: The design principles of D2 include: consistency, clarity, ease of use, aesthetics, and accessibility.

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