基于.NET的地质灾害危险性评估报告自动生成系统设计与实现
发布时间：2019-01-07 13:54
【摘要】：本文旨在全面收集一般建设项目用地地质灾害危险性评估报告的基础上,通过对现有地质灾害危险性评估报告通用格式的总结,并针对报告基础地质资料数据库的初步建设,对报告特有部分内容的凝练,开发出有针对性的地质灾害危险性评估报告自动生成系统,减少了地灾报告编制中的重复性工作。本设计以C#.NET开发语言以及ACCESS数据库技术为基础,结合地质灾害危险性评估报告架构要求,设计并实现了地质灾害危险性评估报告自动生成系统。本系统各功能模块包括以下四个部分：1、地质环境分析系统：2、地质灾害危险性现状评估系统：3、地质灾害危险性预测评估系统；4、地质灾害危险性综合分区评估系统。本系统具有以下特点：1、运营维护时成本较低；2、针对后续开发的模块预留的接口对接简单；3、系统管理及操作方便：4、形成、检查和管理地质灾害评估报告内容简单,工作量小。由于本软件现状功能还较不完善,功能模块的数据库支撑系统还有欠缺,但本平台系统,为后续开发出功能完善的地质灾害危险性评估报告生产系统打下了初步的基础。
[Abstract]:The purpose of this paper is to collect the geological hazard risk assessment report of the general construction project land in an all-round way, through summing up the common format of the present geological hazard assessment report, and aiming at the preliminary construction of the basic geological data database of the report. By condensing some special contents of the report, an automatic generation system of geological hazard risk assessment report is developed, which reduces the repetitive work in the compilation of the geological disaster report. This design is based on C#.NET development language and ACCESS database technology. Combined with the requirements of geological hazard risk assessment report structure, the automatic generation system of geological hazard risk assessment report is designed and realized. Each function module of this system includes the following four parts: 1, geological environment analysis system: 2, geological hazard risk assessment system: 3, geological hazard risk prediction and assessment system; 4. Comprehensive zonal assessment system of geological hazard risk. The system has the following characteristics: 1, the cost of operation and maintenance is relatively low; 2, the interface reserved for the subsequent development module is simple; 3, system management and operation convenience: 4, formation, inspection and management of geological hazard assessment report content is simple, the workload is small. Because the present function of the software is not perfect, the database supporting system of the function module is still lacking, but this platform system has laid a preliminary foundation for the subsequent development of the geological hazard risk assessment report production system with perfect function.
【学位授予单位】：昆明理工大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：P694
[Abstract]:The purpose of this paper is to collect the geological hazard risk assessment report of the general construction project land in an all-round way, through summing up the common format of the present geological hazard assessment report, and aiming at the preliminary construction of the basic geological data database of the report. By condensing some special contents of the report, an automatic generation system of geological hazard risk assessment report is developed, which reduces the repetitive work in the compilation of the geological disaster report. This design is based on C#.NET development language and ACCESS database technology. Combined with the requirements of geological hazard risk assessment report structure, the automatic generation system of geological hazard risk assessment report is designed and realized. Each function module of this system includes the following four parts: 1, geological environment analysis system: 2, geological hazard risk assessment system: 3, geological hazard risk prediction and assessment system; 4. Comprehensive zonal assessment system of geological hazard risk. The system has the following characteristics: 1, the cost of operation and maintenance is relatively low; 2, the interface reserved for the subsequent development module is simple; 3, system management and operation convenience: 4, formation, inspection and management of geological hazard assessment report content is simple, the workload is small. Because the present function of the software is not perfect, the database supporting system of the function module is still lacking, but this platform system has laid a preliminary foundation for the subsequent development of the geological hazard risk assessment report production system with perfect function.
【学位授予单位】：昆明理工大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：P694
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