; --------------------------------------------------------------------------- ;
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;  Program Name: get_nc.ncl                                                   ;
;                                                                             ;
;  National Water Model (NWM) WRF-hydro forcing engine is developed by        ;
;  National Center for Atmospheric Research (NCAR), under the sponsorship     ;
;  of National Water Center (NWC).                                            ;
;                                                                             ;
;   Team Members:                                                             ;
;     NCAR Staff: Linlin Pan, Wei Yu, and David Gochis                        ;
;      NWC/OWP Staff: Brian Cosgrove, Zhengtao Cui, Cham Pham, and James Taft ;
;                                                                             ;
;  This is a ncl program to get T2 and rainrate.                              ;
;                                                                             ;
;  Input: source file, output file                                            ;
;                                                                             ;
;  Output: temperature and rainfall in outfile                                ;
;                                                                             ;
; For non-fatal errors output is witten to $DATA/logs                         ;
;                                                                             ;
; Author(s)/Contact(s): Linlin Pan, lpan@ucar.edu                             ;
; Origination                                                  Sept., 2015    ;
;                                                                             ;
;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;
begin
           cfsFile = getenv("cfsFile") ; u wind data
           tpFile = getenv("tpFile") ; out data
           
           fcfs = addfile(cfsFile + ".nc","r") 
           system("rm -f "+tpFile)

           fout = addfile(tpFile,"c")

           fout->T2D = fcfs->T2D
           fout->RAINRATE = fcfs->RAINRATE
           fout->ProjectionCoordinateSystem = fcfs->ProjectionCoordinateSystem

           fout->reference_time = fcfs->reference_time
;           fout->time_bounds = fcfs->time_bounds


           fout@model_output_valid_time = fcfs@model_output_valid_time
           fout@model_initialization_time = fcfs@model_initialization_time
           fout@model_output_type=fcfs@model_output_type
           fout@model_configuration=fcfs@model_configuration
           fout@model_total_valid_times=fcfs@model_total_valid_times
           fout@NWM_version_number=fcfs@NWM_version_number
end