Optimization of Architectural Landscape Space Based on Fuzzy algorithm

This study proposes a design method for architectural landscape space based on fuzzy theory to solve the problems of poor visual effect and low user satisfaction in traditional visual-based methods. The method implements three-dimensional greening fuzzy form processing of straight wall container type greening system or vertical module type greening system for architectural landscape. This achieves overall coverage of building walls and ceilings, ensures that different architectural landscape spaces form the same whole, and completes the fuzzy operation of architectural landscape space. Using a fuzzy comprehensive evaluation method, the spatial effect of the shaped architectural landscape is evaluated, and the scale ratio of the architectural landscape setting is improved through the optimization method of architectural landscape facilities based on niche genetic algorithm. This creates high-quality architectural landscape effects. The experimental results indicate that the proposed method can achieve optimal design of architectural landscape space with high user satisfaction.