stop=792, test_len=120, ) for lead_time in [1, 3, 5, 7, 9]: gen_one_step_forecast_samples( station="Xianyang", decomposer="vmd", lags_dict=variables['lags_dict'], input_columns=[ 'IMF1', 'IMF2', 'IMF3', 'IMF4', 'IMF5', 'IMF6', 'IMF7', 'IMF8', ], output_column=['ORIG'], start=553, stop=792, test_len=120, mode='PACF', lead_time=lead_time, ) for lead_time in [3, 5, 7, 9]: gen_one_step_forecast_samples( station="Xianyang", decomposer="vmd",
], output_column=['ORIG'], start=673, stop=792, test_len=120, ) for lead_time in [1, 3, 5, 7, 9]: gen_one_step_forecast_samples( station='Zhangjiashan', decomposer="dwt", lags_dict=variables['lags_dict'], input_columns=[ 'D1', 'D2', 'A2', ], output_column=['ORIG'], start=553, stop=792, test_len=120, mode='PACF', lead_time=lead_time, ) for lead_time in [3, 5, 7, 9]: gen_one_step_forecast_samples( station='Zhangjiashan', decomposer="dwt", lags_dict=variables['lags_dict'], input_columns=[ 'D1',