The application discloses a kind of multi-dimensionally regulated city high-density block
health effect optimal path exploration method, comprising first obtaining the social dimension, economic dimension and material form dimension data of city high-density block, and the data is standardized
processing;On this basis, social dimension function SD, economic dimension function ED and material form dimension function PMD are constructed;Further, a
health effect comprehensive model H is established;Combined with
population density, green coverage, road structure and building intensity and other constraint conditions, the optimal regulation path of
health effect maximization is solved by using multi-objective optimization
algorithm;And the model is updated in real time through dynamic feedback mechanism, realize the
continuous optimization of path.The present application realizes the change from health effect evaluation to regulation path decision by constructing multi-dimensionally coupled model and path optimization mechanism, can provide scientific, quantifiable
technical support for urban high-density block
human settlement environment design and management, and has good application prospect.