Design and thinking of indoor thermo-optical synthetic evaluation model based on fuzzy theory and decision tree

With the rapid development of science and technology, people’s demands for the quality of building indoor physical environment are increasing day by day. Although relevant scholars at home and abroad have made deep researches on physical factors such as architectural indoor acoustics, optics, and thermals, the research on the combined effects of physical factors in indoor spaces in the true sense is very limited. Based on fuzzy mathematics and decision tree theory, using experimental data, studies the human body response under different combinations of thermo-optical parameters in indoor spaces, and proposes a theoretical model of the integrated effects of building indoor thermo-optical effects.