 (left figure) and cost (right figure) screening of SVM models based on Bayesian optimization methodology and FT-MIR full spectra data, Figure S0. The *K* value screening of KNN models based on Bayesian optimization methodology, Figure S0. The *n~tree~* (left figure) and *m~try~* (right figure) screening of RF models based on Bayesian optimization methodology and NIR feature variables, Figure S0. The kernel (left figures) and cost (right figures) screening of SVM models based on Bayesian optimization methodology and NIR feature variables, Figure S0. The *K* value screening of KNN models based on Bayesian optimization methodology and NIR feature variables, Figure S0. The *n~tree~* (left figures) and *m~try~* (right figures) screening of RF models based on Bayesian optimization methodology and FT-MIR feature variables, Figure S00. The kernel (left figures) and cost (right figures) screening of SVM models based on Bayesian optimization methodology and FT-MIR feature variables, Figure S00. The *K* value screening of KNN models based on Bayesian optimization methodology and FT-MIR feature variables, Figure S00. The *n~tree~* (left figures) and *m~try~* (right figures) screening of RF models based on Bayesian optimization methodology and data fusion strategy, Figure S00. The 