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Combined with the characteristics of post evaluation of water conservancy projects, this paper presents an integrated comprehensive evaluation method based on the combination of fuzzy comprehensive evaluation and network analysis, namely ANP-PCE method. Then the applicability and scientificity of the ANP-PCE method are verified by taking a water conservancy project in Shaanxi Province as an example. The research shows that: in the post evaluation of water conservancy project, the ANP-PCE method has strong accuracy and reliability, the evaluation method shows strong applicability, and has a certain promotion value.

Due to the lack of technology, the post-evaluation system of spatial syntax has the limitations of inexperience, 3D vision and spatial problems prediction. The paper focuses on: (1) combined with the layout evaluation case of Nanning No.2 Middle School, the application of dynamic post-evaluation system in the evaluation process is refined, and the rationality of the system is verified; (2) combined with sDNA and GIS, a isovist model is built to expand the spatial syntax in 3D; (3) the simulation model is integrated into the post-evaluation system to solve the problem of dynamic feedback space, which enriches the dynamic post-evaluation system and improves the efficiency of campus layout.

Space syntax has injected new vitality into quantitative and parameterized planning and design of middle school campus. Although, there are extensive interpretative problems in space syntax that need to be clarified during engineering planning and design of campus. This paper focuses on: (1) the parameters and models of space syntax are clarified from the perspectives of planning and design; (2) the specific application of space syntax in campus planning and design is discussed from the four stages of preliminary research, scheme analysis, scheme design and scheme optimization; (3) a relatively reliable quantitative, visual and procedural post-evaluation system of campus planning and design is provided with GIS spatial analysis technology and dynamic simulation means.