Navigation Tree View Updates for Accurate Component Classification
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Solution Overview
Problem
Existing production tools for interfaces and scenes lack accurate management of component data sets, leading to inaccurate classification and subsequent operational issues due to manual and subjective division of component data sets, which can cause execution problems when systems process these data sets for uniform content categories.
Innovation Solution
A management method and apparatus for navigation tree view that automatically updates and manages component sets based on interactive operations, ensuring accurate classification and division of component data sets by analyzing operation behavior events and applying predefined policies for updating root and sub-component sets.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Measurement precision
If component data sets are manually divided and classified in existing production tools, then the navigation tree view can be constructed, but the classification accuracy deteriorates due to subjective manual division
Solution Approach 1:
The system automatically divides and classifies component data sets based on predefined policies and interaction behavior events, eliminating the need for manual subjective classification. The production tool itself performs the classification service by analyzing component attributes and organizing them into appropriate root component sets and sub-component sets automatically.
Solution Approach 2:
The manual mechanical process of dragging and dropping component data sets is replaced with an automated system that uses predefined policies and interaction analysis to perform classification. The system substitutes human judgment with algorithmic processing based on component attributes and interaction patterns.
2Reliability
If component data sets are manually organized into root and sub-component sets, then the navigation tree structure can be formed, but operational reliability deteriorates due to incorrect classification
Solution Approach 1:
The system performs preliminary classification of component data sets by analyzing their attributes and assigning them to appropriate root component sets before they are needed for production. This advance organization ensures that when components are accessed, they are already correctly classified and ready for use, improving operational reliability.
Solution Approach 2:
The system monitors interaction behavior events and uses this feedback to dynamically adjust and optimize the classification of component data sets. By continuously analyzing how components are used and organized, the system refines its classification accuracy and maintains reliable navigation tree structures.
3Productivity
If manual classification of component data sets is performed, then the navigation tree view can be created, but time consumption increases due to subjective division processes
Solution Approach 1:
The system automatically performs the classification task without requiring manual intervention. The production tool itself services the classification need by continuously analyzing component data sets and organizing them according to predefined policies, eliminating the time-consuming manual process entirely.
Solution Approach 2:
The classification process operates continuously in the background as components are added or modified, rather than requiring discrete manual classification sessions. This continuous automated organization maintains the navigation tree structure without interrupting the production workflow, maximizing productivity.
Data Source
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AI summary
The present embodiments provides management method and apparatus for navigation tree view, device, and storage medium. The method displays an object production interface of a target object production tool, the object production interface includes a navigation tree view, a root component set presented in the navigation tree view represents an object content category of a target object, and a sub-component set under the root component set belongs to the object content category; receive an interactive operation performed on the object production interface; and in response to the interactive operation meeting a set division update condition in the navigation tree view, update a target sub-component set associated with the interactive operation and/or update the root component set to which the target sub-component set belongs, and present it on the navigation tree view.