This paper describes the GRAPES Evaluation Tools based on Python(GetPy),a community verification and diagnostic toolfor the evaluation of numerical models.The traditional statistical verification with confidence level...This paper describes the GRAPES Evaluation Tools based on Python(GetPy),a community verification and diagnostic toolfor the evaluation of numerical models.The traditional statistical verification with confidence level test,the comprehensivescorecard,the precipitation skill score such as TS,ETS,diagnostic score SEEPS and the spatial verification techniques areused as verification modules.The Error tracing techniques conducted on the performance with different scales by waveletanalysis.The diurnal cycle of precipitation can also be calculated by Precipitation frequency-intensity method.Based onsimple script architecture GetPy also includes a revised and simplified installation procedure and interactive display system.Users can easily access graphic products and carry out evaluation applications.展开更多
基金funded by the National Key Technologies Research and Development Program of Anhui Province of China grant number(2017YFA0604502).
文摘This paper describes the GRAPES Evaluation Tools based on Python(GetPy),a community verification and diagnostic toolfor the evaluation of numerical models.The traditional statistical verification with confidence level test,the comprehensivescorecard,the precipitation skill score such as TS,ETS,diagnostic score SEEPS and the spatial verification techniques areused as verification modules.The Error tracing techniques conducted on the performance with different scales by waveletanalysis.The diurnal cycle of precipitation can also be calculated by Precipitation frequency-intensity method.Based onsimple script architecture GetPy also includes a revised and simplified installation procedure and interactive display system.Users can easily access graphic products and carry out evaluation applications.
