A display screen design editing management method and system

Abstract

This invention proposes a display screen design editing and management method and system, relating to the field of display screen design editing and management technology. The method involves displaying requirement information, obtaining process interface display information, and then obtaining the corresponding interface group for the current stage; obtaining interface difference information for the corresponding interface group, determining the display status of the stage interface display information, obtaining stage feedback information, triggering stage feedback instructions, and providing stage feedback; classifying the stage feedback information to obtain stage category feedback information, adjusting the stage interface display information according to the corresponding category to obtain category adjustment information; replacing the preset display requirement interface information with modified interfaces based on the obtained modification requirement information, obtaining interface modification positioning information, modifying the stage display parameters for specific categories in specific stages, and finally obtaining the modified final interface display information. This invention improves the accuracy and efficiency of display screen design editing.

Description

TECHNICAL FIELD

[0001] The application provides a display screen design editing management method and system, and relates to the technical field of display screens, in particular to the technical field of display screen design editing management. BACKGROUND

[0002] In the field of display screen design and editing, traditional management methods often rely on manual operation and subjective judgment, which is not only inefficient but also prone to human error. With the continuous progress of display technology and the increasing diversification of display screen application scenarios, higher requirements are placed on the precision and efficiency of display screen design and editing. Traditional editing methods have been difficult to meet the complexity and dynamics of modern display screen design, especially when dealing with multi-stage display screen design, it is difficult to monitor and modify at stages. SUMMARY

[0003] The application provides a display screen design editing management method and system to solve the above problems:

[0004] The application provides a display screen design editing management method and system, the management method comprising:

[0005] S1, according to the display screen display requirement information, the display requirement information is displayed, the process editing interface and the process interface display information are obtained, and then the corresponding interface group of the current stage is obtained;

[0006] S2, the interface difference information of the corresponding interface group is obtained, the stage interface display information is displayed, the stage feedback information is obtained, and the stage feedback instruction is triggered according to the display state judgment information, and the stage feedback is carried out;

[0007] S3, the stage feedback information is classified to obtain the stage category feedback information, the stage interface display information is adjusted according to the corresponding category to obtain the category adjustment information;

[0008] S4, according to the obtained modification requirement information, the preset display requirement interface information is replaced to obtain the interface modification positioning information, the modification of the stage display parameter of the specific category of the specific stage is carried out, and then the final interface display information after modification is obtained.

[0009] Further, the S1 comprises:

[0010] The display screen display requirement information is obtained, the display requirement information is preprocessed, and the preprocessed display requirement information is obtained;

[0011] The preset display requirement interface information is obtained through the display requirement information;

[0012] The preset display requirement interface information is divided into a plurality of stage target interfaces;

[0013] According to the display requirement information, a plurality of stage interface display information of a plurality of stages are sequentially displayed, process editing interface and process interface display information of the process editing interface are obtained;

[0014] The stage interface display information currently obtained is matched with the stage target interface of the same stage in the plurality of stage target interfaces, and a corresponding interface group is obtained.

[0015] Further, the S2 comprises:

[0016] The interface information of the corresponding interface group corresponding to the stage interface display information currently obtained is compared, and interface difference information of the corresponding interface group is obtained;

[0017] The interface difference information is compared with a preset difference threshold, and interface difference comparison information is obtained;

[0018] According to the interface difference comparison information, the display state of the stage interface display information currently obtained is determined, and display determination information of the stage interface display information currently obtained is obtained;

[0019] According to the interface difference comparison information, stage feedback information is generated;

[0020] According to the display determination information, a stage feedback instruction of the stage interface display information currently obtained is triggered;

[0021] According to the stage feedback instruction, the stage feedback information is obtained.

[0022] Further, the S3 comprises:

[0023] The stage feedback information is classified according to a preset stage feedback category, and stage category feedback information is obtained;

[0024] According to the stage category feedback information, corresponding category adjustment information is generated;

[0025] According to the corresponding category adjustment information, corresponding category adjustment instructions are generated;

[0026] According to the category adjustment instructions, the stage interface display information is adjusted according to the category adjustment information in the corresponding category, and the category adjustment information of the stage interface display information is obtained.

[0027] Further, the S4 comprises:

[0028] The modification requirement information is obtained, the preset display requirement interface information is replaced by the modification interface according to the modification requirement information, and requirement replacement interface information is obtained;

[0029] According to the interface information modification positioning of the requirement replacement interface information, interface modification positioning information is obtained;

[0030] According to the interface modification positioning information, corresponding category information of the corresponding stage is obtained;

[0031] The stage display parameters of the corresponding category of the corresponding stage are modified, and the display of the corresponding category of the corresponding stage is regenerated, and the display information of the remaining stages is sequentially generated, and the final interface display information after modification is obtained.

[0032] Further, the management system comprises:

[0033] The process interface display module is configured to display the display screen display requirement information according to the display requirement information, obtain the process editing interface and the process interface display information, and further obtain the corresponding interface group of the current stage.

[0034] The stage state feedback module is configured to obtain the interface difference information of the corresponding interface group, determine the display state of the stage interface display information, obtain the stage feedback information, trigger the stage feedback instruction according to the display state determination information, and perform stage feedback.

[0035] The stage category adjustment module is configured to classify the stage feedback information to obtain the stage category feedback information, adjust the stage interface display information according to the corresponding category, and obtain the category adjustment information.

[0036] The positioning modification display module is configured to replace the preset display requirement interface information according to the obtained modification requirement information, obtain the interface modification positioning information, modify the stage display parameters of the specific category of the specific stage, and further obtain the final interface display information after modification.

[0037] Further, the process interface display module comprises:

[0038] The requirement preprocessing module is configured to obtain the display screen display requirement information, preprocess the display requirement information, and obtain the preprocessed display requirement information.

[0039] The stage target division module is configured to obtain the preset display requirement interface information through the display requirement information.

[0040] The preset display requirement interface information is divided into a plurality of stage target interfaces.

[0041] The process stage display module is configured to sequentially display the stage interface display information of a plurality of stages according to the display requirement information, obtain the process editing interface and the process interface display information of the process editing interface.

[0042] A same-stage corresponding module is configured to correspond the current acquired stage interface display information with a stage target interface of the same stage in the plurality of stage target interfaces, and obtain a corresponding interface group.

[0043] Further, the stage state feedback module comprises:

[0044] A stage difference comparison module is configured to compare interface information of the corresponding interface group corresponding to the current acquired stage interface display information, and obtain interface difference information of the corresponding interface group.

[0045] The interface difference information is compared with a preset difference threshold, and interface difference comparison information is obtained.

[0046] A stage display state determination module is configured to determine a display state of the current acquired stage interface display information according to the interface difference comparison information, and obtain display determination information of the current acquired stage interface display information.

[0047] An instruction information feedback module is configured to generate stage feedback information according to the interface difference comparison information.

[0048] A stage feedback instruction of the current acquired stage interface display information is triggered according to the display determination information.

[0049] Stage feedback information is acquired according to the stage feedback instruction.

[0050] Further, the stage category adjustment module comprises:

[0051] A category division module is configured to classify the stage feedback information according to a preset stage feedback category, and obtain stage category feedback information.

[0052] An adjustment instruction generation module is configured to generate corresponding category adjustment information according to the stage category feedback information.

[0053] A corresponding category adjustment instruction is generated according to the corresponding category adjustment information.

[0054] A display category adjustment module is configured to adjust the stage interface display information according to the category adjustment information according to the category adjustment instruction, and obtain category adjustment information of the stage interface display information.

[0055] Further, the positioning modification display module comprises:

[0056] A modification replacement module is configured to acquire modification demand information, replace a modified interface of the preset display demand interface information according to the modification demand information, and obtain demand replacement interface information.

[0057] The modification positioning module is used for modifying positioning of interface information according to the requirement to obtain interface modification positioning information.

[0058] According to the interface modification positioning information, corresponding category information of the corresponding stage is obtained.

[0059] The modification display module is used for modifying stage display parameters of the corresponding category of the corresponding stage, re-generating display of the corresponding category of the corresponding stage, sequentially generating display information of remaining stages, and obtaining final interface display information after modification.

[0060] The present application has the following advantages: by acquiring and displaying requirement information in real time, the interface can be adjusted according to actual requirements of the user, thereby providing a more personalized display interface meeting the user's expectation. The system can feed back and adjust according to interface difference information of different stages, which makes the system flexible to deal with various changes and improves the adaptability and stability of the system. By classifying and adjusting stage feedback information, the system can optimize the display effect of the interface, making the interface more beautiful and easy to read. By presetting display requirement interface information and interface modification positioning information, the interface can be conveniently modified and updated, thereby improving the development efficiency and reducing the maintenance cost. The system can deal with multi-stage interface display requirements, display different interface groups according to different current stages, and meet the requirements of complex application scenarios. BRIEF DESCRIPTION OF DRAWINGS

[0061] Figure 1 It is a display screen design editing management method schematic diagram;

[0062] Figure 2 It is a display screen interface display schematic diagram. DETAILED DESCRIPTION

[0063] The preferred embodiments of the present application will be described below in conjunction with the accompanying drawings, and it should be understood that the preferred embodiments described herein are only used to illustrate and explain the present application, and are not used to limit the present application.

[0064] In one embodiment of the present application, the present application provides a display screen design editing management method and system, and the management method comprises:

[0065] S1, display requirement information is displayed according to display screen display requirement information, process editing interface and process interface display information are obtained, and corresponding interface groups of the current stage are obtained;

[0066] S2, interface difference information of the corresponding interface groups is obtained, stage interface display information is displayed and state is determined, stage feedback information is obtained, stage feedback instructions are triggered according to the display state determination information, and stage feedback is performed.

[0067] S3, classify the stage feedback information to obtain stage category feedback information, adjust the stage interface display information according to the corresponding category to obtain category adjustment information;

[0068] S4, according to the obtained modification requirement information, replace the preset display requirement interface information to obtain interface modification positioning information, modify the stage display parameters of a specific category in a specific stage, and further obtain the modified final interface display information, as shown in Figure 1 .

[0069] The working principle of the above technical solution is: display according to the requirement information on the display screen. These requirement information comes from user input, external system interface, etc. The display information of the process interface and the process interface is obtained. These information describes what content needs to be displayed in the current stage. According to these information, the system determines the corresponding interface group of the current stage. The interface difference information of the corresponding interface group is obtained, which includes content change generation, etc. The display state of the stage interface display information is determined, and the stage feedback information is obtained. According to the display state determination information, the system triggers the corresponding stage feedback instruction to perform stage feedback. This includes displaying prompt information to the user, adjusting interface elements, etc. The stage feedback information is classified to obtain stage category feedback information. According to the category feedback information, the stage interface display information is adjusted according to the corresponding category to obtain category adjustment information. These adjustments include color change, font size adjustment, layout optimization, etc. According to the obtained modification requirement information, the preset display requirement interface information is replaced to obtain interface modification positioning information, and the stage display parameters of a specific category in a specific stage are modified. The system generates the modified final interface display information and presents it on the display screen.

[0070] The technical effect of the above technical solution is: by real-time acquisition and display of requirement information, the interface can be adjusted according to the actual needs of the user, so as to provide a more personalized display interface that meets the user's expectations. The system can feedback and adjust according to the interface difference information of different stages, which makes the system flexible to deal with various changes and improves the adaptability and stability of the system. Through the classification and adjustment of stage feedback information, the system can optimize the display effect of the interface, making the interface more beautiful and easy to read. Through the preset display requirement interface information and the interface modification positioning information, the interface can be easily modified and updated, thereby improving the development efficiency and reducing the maintenance cost, which can handle the interface display requirements of multiple stages, display different interface groups according to the different stages, and meet the needs of complex application scenarios.

[0071] In an embodiment of the present application, the S1 comprises:

[0072] Obtaining display requirement information of a display screen, preprocessing the display requirement information to obtain preprocessed display requirement information;

[0073] Obtaining preset display requirement interface information through the display requirement information;

[0074] Dividing the preset display requirement interface information into multiple stage target interfaces;

[0075] Generating stage interface display information of multiple stages in sequence according to the display requirement information to obtain a process editing interface and process interface display information of the process editing interface;

[0076] Corresponding the currently obtained stage interface display information to stage target interfaces of the same stage in the multiple stage target interfaces to obtain a corresponding interface group.

[0077] The working principle of the above technical solution is as follows: Through user input, external device or software interface and other means, display requirement information on the display screen is obtained. These information includes content to be displayed, format, layout, etc. The obtained display requirement information is preprocessed. This includes data cleaning (removing invalid or redundant information), format conversion (ensuring that the information meets the system processing requirements), data integration (integrating scattered information into structured data) and other steps. The preprocessed display requirement information is used to obtain preset display requirement interface information. These preset interface information may be stored in the database or configuration file of the system, which defines the interface elements and layout that should be displayed in different situations. The system divides the preset display requirement interface information into multiple stage target interfaces. These stage target interfaces represent different stages or steps of the display screen content display, and each stage has its specific display content and requirements. According to the display requirement information, the system generates stage interface display information of multiple stages in sequence. This includes creating a process editing interface and generating process interface display information of the interface in the display process. The currently obtained stage interface display information is corresponding to the stage target interfaces of the same stage in the multiple stage target interfaces to form a corresponding interface group. This corresponding process monitors whether the actual display content of each stage is consistent with the preset target interface.

[0078] The technical effects of the above technical solutions are: by preprocessing the display requirement information, the system can remove invalid or redundant information to ensure the accuracy and effectiveness of the display content. The introduction of the preset display requirement interface information enables the system to flexibly adjust the display content according to different display requirements, and meets the diversified needs of users or application scenarios. By dividing the display requirement information into multiple stage target interfaces, the display process is clearer and more orderly, which helps to improve the display efficiency and user experience. By dividing multiple stages, the deviation of each display stage from the target can be monitored, and when deviation occurs, it can be corrected to avoid greater losses. The system can dynamically update the display content according to the current acquired stage interface display information, ensuring that the content on the display screen is always the latest. By structuring and storing the display requirement information and processing it in stages, the system is more convenient to maintain and manage, reducing the error rate and maintenance cost. The method enables the system to efficiently process the display screen display requirement information, generate display content that meets the requirements, and provide flexible and accurate display services.

[0079] In one embodiment of the present application, the S2 comprises:

[0080] Comparing the interface information corresponding to the corresponding interface group of the current acquired stage interface display information obtains interface difference information of the corresponding interface group;

[0081] Comparing the interface difference information with the preset difference threshold obtains interface difference comparison information;

[0082] According to the interface difference comparison information, the display state of the current acquired stage interface display information is determined, and display determination information of the current acquired stage interface display information is obtained;

[0083] When the interface difference information is greater than the preset difference threshold, the stage interface display information is determined to be unqualified, and when the interface difference information is less than or equal to the preset difference threshold, the stage interface display information is determined to be qualified;

[0084] According to the interface difference comparison information, stage feedback information is generated;

[0085] According to the display determination information, a stage feedback instruction of the current acquired stage interface display information is triggered;

[0086] When the stage interface display information is unqualified, the stage feedback instruction is triggered, and the stage feedback information is fed back;

[0087] According to the stage feedback instruction, the stage feedback information is acquired.

[0088] According to the stage feedback information, a stage display abnormality coefficient is calculated;

[0089] The calculation formula of the stage feedback abnormal coefficient is:

[0090]

[0091] Wherein, JK is the stage feedback abnormal coefficient, C jm is the interface difference information data, C yz is the preset difference threshold, and a is the abnormal sensitivity adjustment factor, with a value range of 0-2.

[0092] Stage abnormal display warning is performed according to the stage feedback abnormal coefficient.

[0093] The working principle of the above technical solution is: comparing the current acquired stage interface display information with the corresponding interface group corresponding thereto. This step aims to find the differences between the two, including content, layout, color, etc. After comparison, the system generates interface difference information of the corresponding interface group. These information details the differences between the actual display interface and the preset target interface. The system compares the interface difference information with the preset difference threshold. According to the interface difference comparison information, the system determines the display state of the current acquired stage interface display information. If the interface difference information is greater than the preset difference threshold, it is determined as unqualified state; if it is less than or equal to the preset difference threshold, it is determined as qualified display. The system generates stage feedback information according to the interface difference comparison information. These information includes the specific content, position, severity of the difference, etc. According to the display determination information, the system triggers the stage feedback instruction of the current acquired stage interface display information. If the stage interface display information is unqualified display, the feedback instruction is triggered, and the stage feedback information is prepared for feedback. The system acquires specific stage feedback information according to the stage feedback instruction, which will be used for subsequent processing or optimization.

[0094] The technical effect of the above technical solution is: by comparing the actual display interface with the preset target interface, the system can timely find and correct the difference, thereby improving the display quality of the display screen. The introduction of the preset difference threshold enables the system to quantitatively evaluate the interface difference, enhancing the stability and reliability of the system. Timely feedback and adjustment can ensure that the content on the display screen always meets the user's expectations, thereby improving the user experience. The generation and acquisition of stage feedback information provide data support for the continuous improvement of the system, which helps to continuously optimize the display effect and user experience. Through the automatic comparison and determination mechanism, the system can reduce manual intervention and reduce maintenance cost. This method enables the system to efficiently process the comparison, determination and feedback of the display screen display demand information, ensures that the display quality of the display screen meets the user's expectations, reduces the maintenance cost, and improves the user experience. Stage abnormal display warning according to the stage feedback abnormal coefficient can improve the abnormal monitoring sensitivity of the display stage, realize timely intervention of abnormal conditions, avoid the expansion of abnormal display conditions, and cause loss.

[0095] In one embodiment of the present application, the S3 comprises:

[0096] Classify the stage feedback information according to the preset stage feedback category, to obtain stage category feedback information;

[0097] Generate corresponding category adjustment information according to the stage category feedback information;

[0098] Generate corresponding category adjustment instructions according to the corresponding category adjustment information;

[0099] Adjust the stage interface display information according to the category adjustment instructions and the category adjustment information to obtain the category adjustment information of the stage interface display information.

[0100] Calculate the adjustment coefficient of the corresponding category according to the corresponding category adjustment information of the stage category feedback information;

[0101] The calculation formula of the adjustment coefficient of the corresponding category is:

[0102]

[0103] Wherein, T lb is the adjustment coefficient of the corresponding category, n is the total number of categories of the corresponding stage, W fo is the display error rate of the corresponding category (the number of error display tasks divided by the total number of display tasks), M fo is the display feedback rate of the corresponding category (the number of feedback divided by the total number of monitoring), W lo is the preset weight value of the corresponding category, W li is the preset weight value of the i-th category in the corresponding stage;

[0104] Adjust the corresponding category adjustment information according to the adjustment coefficient and the corresponding coefficient adjustment degree.

[0105] The working principle of the above technical solution is as follows: the stage feedback information is classified according to the preset stage feedback categories. These preset categories may include content errors, improper layout, color mismatch, etc., and the specific categories are determined according to system requirements or user expectations. After classification, the system obtains stage category feedback information, which indicates the specific type and nature of the feedback problem. According to the stage category feedback information, corresponding category adjustment information is generated. These adjustment information may include modification suggestions, adjustment parameters, replacement content, etc., aiming to guide how to optimize the stage interface display information. The system further generates category adjustment instructions according to the corresponding category adjustment information. These instructions are specific operation commands for guiding the system or user to perform adjustment operations. According to the category adjustment instructions and the corresponding adjustment information, the stage interface display information is adjusted according to the corresponding category. This step may involve modifying interface elements, adjusting layout, changing color, etc., to optimize the display effect. After adjustment, the system generates category adjustment information of the stage interface display information, which records the results and effects of the adjustment.

[0106] The technical effect of the above technical solution is that through classification processing and generation of specific adjustment instructions, the system can more efficiently perform adjustment operations and reduce unnecessary repetition and errors. Targeted adjustment can more accurately solve display problems, improve display effects, and make the content on the display screen more consistent with user expectations. The preset stage feedback categories and adjustment information enable the system to flexibly cope with different types of display problems, enhancing the adaptability and flexibility of the system. The generation and recording of category adjustment information provide data support for continuous improvement of the system, helping to continuously optimize display effects and user experience. Through the automated classification, adjustment, and optimization mechanism, the system can reduce manual intervention, reduce maintenance costs, and improve overall operational efficiency. The corresponding category adjustment information is adjusted according to the corresponding coefficient adjustment degree.

[0107] In one embodiment of the present application, the S4 comprises:

[0108] Obtain modification requirement information, and replace the preset display requirement interface information according to the modification requirement information to obtain requirement replacement interface information;

[0109] Perform interface information modification positioning according to the requirement replacement interface information to obtain interface modification positioning information;

[0110] Obtain corresponding category information of the corresponding stage according to the interface modification positioning information;

[0111] Modify the stage display parameters of the corresponding category of the corresponding stage, and then regenerate the display of the corresponding category of the corresponding stage, sequentially generate the display information of the remaining stages, and obtain the modified final interface display information, as shown in Figure 2 .

[0112] The working principle of the above technical solution is as follows: obtaining modification requirement information, which may come from user feedback, system detection or other sources, indicating which modifications are needed for the preset display requirement interface information. According to the modification requirement information, the system replaces the modification interface of the preset display requirement interface information. This step may involve modifying the content, layout, color and other interface elements to obtain new requirement replacement interface information. The system performs interface information modification positioning on the requirement replacement interface information. This step aims to determine the specific location, range and nature of the modification to obtain interface modification positioning information. The system obtains corresponding category information of the corresponding stage according to the interface modification positioning information. These information indicates the specific stage and category affected by the modification, such as content stage, layout stage or color stage. The system modifies the stage display parameters of the corresponding category of the corresponding stage. These parameters may include font size, color code, layout rule, etc., which are used to control the display effect of the interface. After modification, the system regenerates the display of the corresponding stage of the corresponding category to ensure that the modified interface elements are displayed correctly. The system continues to generate the display information of the remaining stages in turn. These stages may include stages not affected by the modification or stages that have been adjusted according to the modification requirement. Through the display information of all stages, the final interface display information after modification is generated. These information will be used to update the display content on the display screen.

[0113] The technical effect of the above technical solution is that through clear modification requirement information and positioning information, the system can quickly find the part that needs to be modified, improving the modification efficiency. Targeted modification and regeneration can ensure that the modified interface elements are displayed correctly, avoiding errors or omissions. The system can flexibly adjust the display parameters and interface elements according to the modification requirement, enhancing the flexibility and adaptability of the system. The modified interface display information can more accurately reflect the user's expectation or system requirement, improving the display effect and user experience. Through the automatic modification, positioning and regeneration mechanism, the system can reduce manual intervention and reduce maintenance cost. This method enables the system to efficiently handle the modification requirements of the display screen display requirement information, through positioning, modification and regeneration, to ensure that the display effect of the display screen meets the user's expectation or system requirement, while reducing maintenance cost, improving user experience and operation efficiency.

[0114] In an embodiment of the present application, the management system comprises:

[0115] The process interface display module is configured to display the requirement information according to the display screen display requirement information, obtain the process editing interface and the process interface display information, and further obtain the corresponding interface group of the current stage.

[0116] a stage state feedback module configured to obtain interface difference information of a corresponding interface group, determine a display state of stage interface display information, obtain stage feedback information, and trigger a stage feedback instruction based on the display state determination information to perform stage feedback;

[0117] a stage category adjustment module configured to classify stage feedback information to obtain stage category feedback information, and adjust stage interface display information according to the category feedback information to obtain category adjustment information;

[0118] a positioning modification display module configured to replace a preset display requirement interface information with a modified interface according to obtained modification requirement information, obtain interface modification positioning information, modify stage display parameters of a specific category in a specific stage, and obtain final modified interface display information.

[0119] The working principle of the above technical solution is as follows: display information on the display screen is displayed according to the display requirements. These requirements come from user input, external system interface, etc. The display information of the process interface and the process interface is obtained. These information describes what content needs to be displayed in the current stage. According to this information, the system determines the corresponding interface group of the current stage. Obtain the interface difference information of the corresponding interface group. These differences include changes in generated content, etc. Determine the display state of stage interface display information, and obtain stage feedback information. According to the display state determination information, the system triggers the corresponding stage feedback instruction to perform stage feedback. This includes displaying prompt information to the user, adjusting interface elements, etc. Classify stage feedback information to obtain stage category feedback information. According to the category feedback information, adjust the stage interface display information of the corresponding category to obtain the category adjustment information. These adjustments include color changes, font size adjustments, layout optimizations, etc. According to the obtained modification requirement information, replace the preset display requirement interface information with the modified interface. Obtain the interface modification positioning information, modify the stage display parameters of the specific category in the specific stage. The system generates the final modified interface display information and presents it on the display screen.

[0120] The technical effects of the above technical solution are as follows: By obtaining and displaying requirement information in real time, the system can adjust the interface according to the actual needs of the user, thereby providing a more personalized and user-expected display interface. The system can feedback and adjust according to the interface difference information of different stages, which makes the system flexible to deal with various changes and improves the adaptability and stability of the system. By classifying and adjusting the stage feedback information, the system can optimize the display effect of the interface, making the interface more beautiful and easy to read. By presetting the display requirement interface information and the interface modification positioning information, the interface can be easily modified and updated, thereby improving the development efficiency and reducing the maintenance cost. The system can handle multi-stage interface display requirements and display different interface groups according to the different stages, thereby meeting the requirements of complex application scenarios.

[0121] In one embodiment of the present application, the process interface display module comprises:

[0122] A requirement preprocessing module for obtaining display screen display requirement information, preprocessing the display requirement information, and obtaining preprocessed display requirement information;

[0123] A stage target division module for obtaining preset display requirement interface information through the display requirement information;

[0124] Dividing the preset display requirement interface information into multiple stage target interfaces;

[0125] A process stage display module for sequentially generating stage interface display information of multiple stages according to the display requirement information, obtaining a process editing interface and process interface display information of the process editing interface;

[0126] A same stage corresponding module for corresponding the currently obtained stage interface display information with the stage target interface of the same stage in the multiple stage target interfaces, and obtaining a corresponding interface group.

[0127] The working principle of the above technical solution is as follows: Through user input, external device or software interface, etc., display requirement information on the display screen is obtained. These information includes content to be displayed, format, layout, etc. The obtained display requirement information is preprocessed. This includes data cleaning (removing invalid or redundant information), format conversion (ensuring that the information meets the system processing requirements), data integration (integrating scattered information into structured data), etc. The preprocessed display requirement information is used to obtain preset display requirement interface information. These preset interface information may be stored in the database or configuration file of the system, which defines the interface elements and layout that should be displayed in different situations. The system divides the preset display requirement interface information into multiple stage target interfaces. These stage target interfaces represent different stages or steps of the display screen content display, each stage has its specific display content and requirements. According to the display requirement information, the system sequentially generates stage interface display information of multiple stages. This includes creating a process editing interface, and generating process interface display information of the interface in the display process. The currently obtained stage interface display information is corresponding to the stage target interface of the same stage in the multiple stage target interfaces, forming a corresponding interface group. This corresponding process monitors whether the actual display content of each stage is consistent with the preset target interface.

[0128] The technical effects of the above technical solutions are: by preprocessing the display requirement information, the system can remove invalid or redundant information to ensure the accuracy and effectiveness of the display content. The introduction of the preset display requirement interface information enables the system to flexibly adjust the display content according to different display requirements, meeting the diversified needs of users or application scenarios. By dividing the display requirement information into multiple stage target interfaces, the display process is clearer and more orderly, which helps to improve the display efficiency and user experience. By dividing multiple stages, the deviation of each display stage from the target can be monitored, and when deviation occurs, it can be corrected to avoid greater losses. The system can dynamically update the display content according to the current acquired stage interface display information, ensuring that the content on the display screen is always up-to-date. By structuring and storing the display requirement information and processing it in stages, the system is more convenient to maintain and manage, reducing the error rate and maintenance cost. The method enables the system to efficiently process the display screen display requirement information, generate display content that meets the requirements, and provide flexible and accurate display services.

[0129] In an embodiment of the present application, the stage state feedback module comprises:

[0130] A stage difference comparison module is configured to compare the interface information of the corresponding interface group corresponding to the current acquired stage interface display information to obtain interface difference information of the corresponding interface group;

[0131] The interface difference information is compared with a preset difference threshold to obtain interface difference comparison information;

[0132] A stage display state determination module is configured to determine the display state of the current acquired stage interface display information according to the interface difference comparison information to obtain display determination information of the current acquired stage interface display information;

[0133] When the interface difference information is greater than the preset difference threshold, the stage interface display information is determined to be in an unqualified state, and when the interface difference information is less than or equal to the preset difference threshold, the stage interface display information is determined to be in a qualified display state;

[0134] An instruction information feedback module is configured to generate stage feedback information according to the interface difference comparison information;

[0135] A stage feedback instruction of the current acquired stage interface display information is triggered according to the display determination information;

[0136] When the stage interface display information is in an unqualified display state, the stage feedback instruction is triggered to feedback the stage feedback information;

[0137] The stage feedback information is obtained according to the stage feedback instruction.

[0138] A stage display abnormality coefficient is calculated according to the stage feedback information.

[0139] The calculation formula of the stage feedback abnormal coefficient is:

[0140]

[0141] Wherein, JK is the stage feedback abnormal coefficient, C jm is the interface difference information data, C yz is a preset difference threshold, and a is an abnormal sensitivity adjustment factor, with a value range of 0-2.

[0142] According to the stage feedback abnormal coefficient, a stage abnormal display early warning is performed.

[0143] The working principle of the above technical solution is: comparing the current acquired stage interface display information with the corresponding interface group corresponding thereto. This step aims to find the differences between the two, including content, layout, color, etc. After comparison, the system generates interface difference information of the corresponding interface group. These information details the differences between the actual display interface and the preset target interface. The system compares the interface difference information with the preset difference threshold. According to the interface difference comparison information, the system determines the display state of the current acquired stage interface display information. If the interface difference information is greater than the preset difference threshold, it is determined as unqualified state; if it is less than or equal to the preset difference threshold, it is determined as qualified display. The system generates stage feedback information according to the interface difference comparison information. These information includes the specific content, position, severity of the difference, etc. According to the display determination information, the system triggers the stage feedback instruction of the current acquired stage interface display information. If the stage interface display information is unqualified display, the feedback instruction is triggered, and the stage feedback information is prepared for feedback. The system acquires specific stage feedback information according to the stage feedback instruction, which will be used for subsequent processing or optimization.

[0144] The technical effect of the above technical solution is: by comparing the actual display interface with the preset target interface, the system can timely find and correct the difference, thereby improving the display quality of the display screen. The introduction of the preset difference threshold enables the system to quantitatively evaluate the interface difference, enhancing the stability and reliability of the system. Timely feedback and adjustment can ensure that the content on the display screen always meets the user's expectations, thereby improving the user experience. The generation and acquisition of stage feedback information provide data support for the continuous improvement of the system, which helps to continuously optimize the display effect and user experience. Through the automatic comparison and determination mechanism, the system can reduce manual intervention and reduce maintenance cost. This method enables the system to efficiently process the comparison, determination and feedback of the display screen display demand information, ensures that the display quality of the display screen meets the user's expectations, reduces the maintenance cost, and improves the user experience.

[0145] In one embodiment of the present application, the stage category adjustment module comprises:

[0146] A category division module is configured to classify the stage feedback information according to preset stage feedback categories, and obtain stage category feedback information.

[0147] An adjustment instruction generation module is configured to generate corresponding category adjustment information according to the stage category feedback information.

[0148] A corresponding category adjustment instruction is generated according to the corresponding category adjustment information.

[0149] A display category adjustment module is configured to adjust the stage interface display information according to the category adjustment information according to the category adjustment instruction, and obtain the category adjustment information of the stage interface display information.

[0150] A corresponding category adjustment coefficient is calculated according to the corresponding category adjustment information of the stage category feedback information.

[0151] The calculation formula of the corresponding category adjustment coefficient is:

[0152]

[0153] Wherein, T lb is the corresponding category adjustment coefficient, n is the total number of categories of the corresponding stage, W fo is the display error rate of the corresponding category (the number of error display tasks divided by the total number of display tasks), M fo is the display feedback rate of the corresponding category (the number of feedback divided by the total number of monitoring), W lo is the preset weight value of the corresponding category, and W li is the preset weight value of the i-th category in the corresponding stage.

[0154] The corresponding category adjustment information is adjusted according to the corresponding coefficient adjustment degree of the adjustment coefficient.

[0155] The working principle of the above technical solution is as follows: the stage feedback information is classified according to the preset stage feedback categories. These preset categories may include content errors, improper layout, color mismatch, etc., and the specific categories are determined according to system requirements or user expectations. After classification, the system obtains stage category feedback information, which indicates the specific type and nature of the feedback problem. According to the stage category feedback information, corresponding category adjustment information is generated. These adjustment information may include modification suggestions, adjustment parameters, replacement content, etc., aiming to guide how to optimize the stage interface display information. The system further generates category adjustment instructions according to the corresponding category adjustment information. These instructions are specific operation commands for guiding the system or user to perform adjustment operations. According to the category adjustment instructions and the corresponding adjustment information, the stage interface display information is adjusted according to the corresponding category. This step may involve modifying interface elements, adjusting layout, changing color, etc., to optimize the display effect. After adjustment, the system generates category adjustment information of the stage interface display information, which records the results and effects of the adjustment.

[0156] The technical effect of the above technical solution is that through classification processing and generation of specific adjustment instructions, the system can more efficiently perform adjustment operations and reduce unnecessary repetition and errors. Targeted adjustment can more accurately solve display problems, improve display effects, and make the content on the display screen more consistent with user expectations. The preset stage feedback categories and adjustment information enable the system to flexibly cope with different types of display problems, enhancing the adaptability and flexibility of the system. The generation and recording of category adjustment information provide data support for continuous improvement of the system, helping to continuously optimize display effects and user experience. Through the automated classification, adjustment, and optimization mechanism, the system can reduce manual intervention, reduce maintenance costs, and improve overall operational efficiency.

[0157] In an embodiment of the present application, the positioning modification display module comprises:

[0158] The modification replacement module is configured to obtain modification requirement information, replace the preset display requirement interface information according to the modification requirement information, and obtain requirement replacement interface information.

[0159] The modification positioning module is configured to position the interface information according to the requirement replacement interface information, and obtain interface modification positioning information.

[0160] According to the interface modification positioning information, corresponding category information of the corresponding stage is obtained.

[0161] The modification display module is configured to modify the stage display parameters of the corresponding category of the corresponding stage, and then regenerate the display of the corresponding category of the corresponding stage, sequentially generate the display information of the remaining stages, and obtain the final interface display information after modification.

[0162] The working principle of the above technical solution is as follows: obtaining modification requirement information, which may come from user feedback, system detection or other sources, indicating which modifications are needed for the preset display requirement interface information. According to the modification requirement information, the system replaces the modification interface of the preset display requirement interface information. This step may involve modifying the content, layout, color and other interface elements to obtain new requirement replacement interface information. The system locates the interface information modification according to the requirement replacement interface information. This step aims to determine the specific location, range and nature of the modification to obtain interface modification positioning information. The system obtains corresponding category information of the corresponding stage according to the interface modification positioning information. These information indicates the specific stage and category affected by the modification, such as content stage, layout stage or color stage. The system modifies the stage display parameters of the corresponding category of the corresponding stage. These parameters may include font size, color code, layout rule, etc., which are used to control the display effect of the interface. After modification, the system regenerates the display of the corresponding stage of the corresponding category to ensure that the modified interface elements are displayed correctly. The system continues to generate the display information of the remaining stages in turn. These stages may include stages not affected by the modification or stages that have been adjusted according to the modification requirement. Through the display information of all stages, the final interface display information after modification is generated. These information will be used to update the display content on the display screen.

[0163] The technical effect of the above technical solution is that through clear modification requirement information and positioning information, the system can quickly find the part that needs to be modified, improving the modification efficiency. Targeted modification and regeneration can ensure that the modified interface elements are displayed correctly, avoiding errors or omissions. The system can flexibly adjust the display parameters and interface elements according to the modification requirement, enhancing the flexibility and adaptability of the system. The modified interface display information can more accurately reflect the user's expectation or system requirement, improving the display effect and user experience. Through the automatic modification, positioning and regeneration mechanism, the system can reduce manual intervention and reduce maintenance cost. This method enables the system to efficiently handle the modification requirements of the display screen display requirement information, through positioning, modification and regeneration, to ensure that the display effect of the display screen meets the user's expectation or system requirement, while reducing maintenance cost, improving user experience and operation efficiency.

[0164] Obviously, those skilled in the art can make various modifications and changes to the present application without departing from the spirit and scope of the present application. Thus, if these modifications and changes of the present application fall within the scope of the claims of the present application and their equivalent technologies, the present application also intends to include these modifications and changes.

Claims

1. A display screen design editing management method, characterized by, The management method comprises: S1, displaying the demand information according to the display screen display demand information, obtaining the process editing interface and the process interface display information, and then obtaining the corresponding interface group of the current stage; S2, obtaining the interface difference information of the corresponding interface group, determining the display state of the stage interface display information, obtaining the stage feedback information, and triggering the stage feedback instruction according to the display state determination information to perform stage feedback; S3, classifying the stage feedback information to obtain the stage category feedback information, adjusting the stage interface display information according to the corresponding category to obtain the category adjustment information; S4, replacing the preset display demand interface information according to the obtained modification demand information, obtaining the interface modification positioning information, modifying the stage display parameters of the specific category of the specific stage, and then obtaining the final interface display information after modification; Wherein, the S2 comprises: Comparing the interface information of the corresponding interface group corresponding to the current obtained stage interface display information to obtain the interface difference information of the corresponding interface group; Comparing the interface difference information with the preset difference threshold to obtain the interface difference comparison information; According to the interface difference comparison information, the display state of the current obtained stage interface display information is determined to obtain the display determination information of the current obtained stage interface display information; According to the interface difference comparison information, the stage feedback information is generated; According to the display determination information, the stage feedback instruction of the current obtained stage interface display information is triggered; According to the stage feedback instruction, the stage feedback information is obtained.

2. The method of claim 1, wherein, The S1 comprises: Obtaining the display screen display demand information, preprocessing the display demand information to obtain the preprocessed display demand information; Obtaining the preset display demand interface information through the display demand information; The preset display demand interface information is divided into a plurality of stage target interfaces; According to the display demand information, the stage interface display information of a plurality of stages is obtained in sequence to obtain the process editing interface and the process interface display information of the process editing interface; The current obtained stage interface display information is corresponding to the stage target interface of the same stage in the plurality of stage target interfaces to obtain the corresponding interface group.

3. The method of claim 1, wherein the display screen design editing management method is characterized by, The S3 comprises: According to the preset stage feedback category, the stage feedback information is classified to obtain the stage category feedback information; According to the stage category feedback information, the corresponding category adjustment information is generated; According to the corresponding category adjustment information, the corresponding category adjustment instruction is generated; According to the category adjustment instruction, the stage interface display information is adjusted according to the category adjustment information to obtain the category adjustment information of the stage interface display information.

4. The method of claim 1, wherein the display screen design editing management method is characterized by, The S4 comprises: Obtaining the modification demand information, replacing the modification interface of the preset display demand interface information according to the modification demand information to obtain the demand replacement interface information; According to the demand replacement interface information, the interface information modification positioning is obtained to obtain the interface modification positioning information; According to the interface modification positioning information, the corresponding category information of the corresponding stage is obtained; The stage display parameter of the corresponding category of the corresponding stage is modified, and the display of the corresponding category of the corresponding stage is regenerated, and the display information of the remaining stages is sequentially generated, and the final interface display information after modification is obtained.

5. A display screen design editing management system characterized by comprising: The management system comprises: A process interface display module is configured to display the display screen display requirement information according to the display requirement information, obtain the process editing interface and the process interface display information, and then obtain the corresponding interface group of the current stage. A stage state feedback module is configured to obtain the interface difference information of the corresponding interface group, determine the display state of the stage interface display information, obtain the stage feedback information, trigger the stage feedback instruction according to the display state determination information, and perform stage feedback. A stage category adjustment module is configured to classify the stage feedback information, obtain the stage category feedback information, adjust the stage interface display information according to the corresponding category, and obtain the category adjustment information. A positioning modification display module is configured to replace the preset display requirement interface information according to the obtained modification requirement information, obtain the interface modification positioning information, modify the stage display parameter of the specific category of the specific stage, and then obtain the final interface display information after modification. The stage state feedback module comprises: A stage difference comparison module is configured to compare the interface information of the corresponding interface group corresponding to the currently obtained stage interface display information, and obtain the interface difference information of the corresponding interface group. The interface difference information is compared with a preset difference threshold to obtain interface difference comparison information. A stage display state determination module is configured to determine the display state of the currently obtained stage interface display information according to the interface difference comparison information, and obtain the display determination information of the currently obtained stage interface display information. An instruction information feedback module is configured to generate the stage feedback information according to the interface difference comparison information. The stage feedback instruction of the currently obtained stage interface display information is triggered according to the display determination information. The stage feedback information is obtained according to the stage feedback instruction.

6. The display screen design editing and management system according to claim 5, wherein The process interface display module comprises: A requirement preprocessing module is configured to obtain the display screen display requirement information, preprocess the display requirement information, and obtain the preprocessed display requirement information. A stage target division module is configured to obtain the preset display requirement interface information through the display requirement information. The preset display requirement interface information is divided into a plurality of stage target interfaces. A process stage display module is configured to sequentially display the stage interface display information of the plurality of stages according to the display requirement information, obtain the process editing interface and the process interface display information of the process editing interface. A same stage corresponding module is configured to correspond the currently obtained stage interface display information with the stage target interface of the same stage in the plurality of stage target interfaces, and obtain the corresponding interface group.

7. The display screen design editing and management system according to claim 5, wherein The stage category adjustment module comprises: A category division module is configured to classify the stage feedback information according to a preset stage feedback category, and obtain the stage category feedback information. An adjustment instruction generation module is configured to generate the corresponding category adjustment information according to the stage category feedback information. According to the corresponding category adjustment information, generate corresponding category adjustment instructions; The display category adjustment module is configured to adjust the stage interface display information according to the category adjustment information according to the category adjustment instructions, and obtain the category adjustment information of the stage interface display information.

8. The display screen design editing and management system according to claim 5, wherein The positioning modification display module comprises: The modification replacement module is configured to obtain modification requirement information, replace the modification interface according to the modification requirement information, and obtain the requirement replacement interface information; The modification positioning module is configured to position the interface information according to the requirement replacement interface information, and obtain the interface modification positioning information; According to the interface modification positioning information, obtain the corresponding category information of the corresponding stage; The modification display module is configured to modify the stage display parameters of the corresponding category of the corresponding stage, and then regenerate the display of the corresponding category of the corresponding stage, sequentially generate the display information of the remaining stages, and obtain the final interface display information after modification.

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