摘要
Abstract
Addressing the challenges in design runoff calculation for ungauged regions,including cumbersome data retrieval,inaccurate parameter selection,susceptibility of results to human influence,and low computational efficiency,this study explored methods and approaches for constructing a rapid calculation system.Aiming for rapid design runoffcalculations in ungauged regions,the study leveraged modern information technology.Using the C#programming language,a series of development processes,including program flow design,computational logic structuring,framework construction,functional module division,and database design,were carried out to successfully develop a rapid calculation system for design runoff.Application results indicated that the rapid calculation system for design runoffwas efficient,and provided accurate calculation results,effectively meeting the demands of design runoff calculations.It offeres robust computational support for water conservancy project planning and design,while also providing new perspectives and methodologies for enhancing hydrological and water conservancy rapid computation capabilities in ungauged regions.关键词
设计径流/快速计算/系统开发/C#/无资料地区Key words
design runoff/rapid calculation/system development/C#/ungauged regions分类
计算机与自动化
