Grassroots water affair system realizing grid refined management

Abstract

The invention relates to a grassroots water affair system realizing grid refined management. The system comprises a basic environment layer, a data resource layer, an application support layer, a service application layer, and a system service layer. Grid display of water affair information is realized according to the following steps: S1, determining the basic unit of grid partitioning according to an information base and a to-be-detected water affair target, and grid-partitioning administrative regions; S2, using arcmap to make data layers, importing the grid information obtained from partitioning to the arcmap software, and carrying out fine-tuning to generate a grid layer file; S3, using a leaflet component to call GeoServer service for grid layer overlaying, using the leaflet component again to call GeoServer service for overlaid display of grid layers according to the grid layer file made with arcmap in S3, and performing visual display through a map; and S4, clicking the grids on the map to display water affair information concerned and grid elements of the grids.

Description

technical field [0001] The invention relates to the application field of the water conservancy industry, in particular to a grass-roots water system for realizing fine grid management. Background technique [0002] The existing system of the water conservancy department has accumulated many data resources such as meteorology, water regime, rainfall regime, work condition, water quality, water consumption, groundwater and geographic information, but there are scattered data resources, lack of unified standards, difficulty in sharing a single application, and poor quality of spatial data. Not high enough, not enough precision and so on. It is impossible to provide more accurate decision-making for grassroots water affairs management according to actual business. Through gridding, the basic unit of grid division is determined according to the characteristics of the information base and the research objectives. The grid division can be based on the area, irrigation area, admini...

AI Technical Summary

Problems solved by technology

[0002] The existing system of the water conservancy department has accumulated many data resources such as meteorology, water regime, rainfall regime, work condition, water quality, water consumption, groundwater and geographic information, but there are scattered data resources, lack of unified standards, difficulty in sharing a single application, and poor quality of spatial data. Not high enough, not enough precision, etc.

Unable to provide more accurate decision-making for grassroots water affairs management based on actual business

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