Optimization Algorithm of Green Building Landscape Space Environment Based on Geographic Information System: Fid-Bau Portal

Optimization Algorithm of Green Building Landscape Space Environment Based on Geographic Information System

Wang, Hongying / Wang, Wen

Traditional architectural landscapes often suffer from issues like subpar visual appeal and inadequate resident satisfaction. Additionally, their approach to green environmental protection in design is often deemed unsatisfactory. With the improvement of people's living standards, environmental protection awareness has begun to penetrate into the community construction level. The green community that advocates conservation, health, environment, humanity and emphasizes integrity, openness, efficiency and intelligence has entered the public eye, and there is a wave of building green communities across the country. Therefore, this paper proposes a green building landscape spatial environment optimization design scheme based on GIS (Geographic Information System) genetic algorithm. According to GIS genetic algorithm, the multi-objective optimization of architectural landscape size is carried out. The optimization goals encompass the expenses associated with constructing both buildings and public amenities like green spaces. The results show that the proposed scheme can optimize the architectural landscape environment, and the satisfaction of residents is improved.