This invention relates to the field of
traffic system analysis technology, and more particularly to a method,
system, device, and storage medium for optimizing complex WebGIS front-ends for
traffic system analysis. The method constructs a WebGIS front-end
data optimization framework for
traffic system analysis, uniformly schedules geospatial data, and implements targeted optimizations at the levels of
data transmission, data organization, data caching, and data rendering. It builds a dynamic component-based architecture based on the Vue.js progressive framework, enabling dynamic configuration and generation of
traffic analysis functions through
JSON configuration files. Simultaneously, it extracts the mapping requirements of traffic
system analysis tasks, establishes a mapping relationship between general traffic symbols and preset mapping templates, and constructs a dual-engine rendering
adaptation model based on style expressions and style container objects to achieve efficient
visualization output of analysis results. This invention can improve the operating efficiency,
scalability, and
maintainability of WebGIS front-ends in traffic
system analysis scenarios.