January 2009, mirin

Created using an updated version of CAM's interpic code (interpic_new):

On bangkok:

cd models/atm/cam/tools/interpic_new
gmake
set dir=/fs/cgd/csm/inputdata/atm/cam
interpic -v -t $dir/coords/fv_0.23x0.31.nc $dir/dst/dst_1x1.25_c060901.nc dst_0.23x0.31_c090117.nc
 define dim from template file: lat len= 768
 define dim from template file: lon len= 1152
 define dim from template file: slat len= 767
 define dim from template file: slon len= 1152
 copy CVS_Id = $Id$
 copy creation_date = 2006/08/22 11:35:36.159
 copy prg_ID = Source file unknown Version unknown Date unknown
 copy cmd_ln = bds --bsn_fct_hrz=F --flg_cst_tpr=T --flg_rgn_xcl=T --bkf_itr_nbr=1 -x 288 -y 181 -m 33 -t 19801980 -o /data/zender/data/dst_1x1.25.nc
 copy history = Fri Sep  1 12:52:09 2006: ncrename -v rdb_fct_gmr,mbl_bsn_fct_geo dst_1x1.25.nc
Fri Sep  1 12:52:09 2006: ncks -v rdb_fct_gmr from_charlie/dst_1x1.25.nc dst_1x1.25.nc
Tue Aug 22 11:39:12 2006: ncap -O -s mbl_bsn_fct=rdb_fct_gmr /data/zender/data/dst_1x1.25.nc /data/zender/data/dst_1x1.25.nc
Tue Aug 22 11:39:12 2006: ncks -O -v area,bsn_enm,bsn_sz,lat_grd,lon_grd,lat,lat_fv,lon,lon_sz,lat_sz,oro,lnd_frc,lnd_msk,rdb_fct_gmr,rdb_fct_unity,rdb_fct_tpg,rdb_fct_hyd,rdb_fct_rfl_mds_lnr,rdb_fct_rfl_mds_sqr,slat,slon /data/zender/data/dst_1x1.25.nc /data/zender/data/dst_1x1.25.nc
Tue Aug 22 11:39:12 2006: ncap -O -s rdb_fct_unity=0.0*mbl_bsn_fct+0.1614 -s rdb_fct_tpg=mbl_bsn_fct -s rdb_fct_gmr=5.707*sfc_acm_fct -s rdb_fct_hyd=22.429*flw_acm_fct -s rdb_fct_rfl_mds_lnr=rfl_sfc_lnd_nrm_mds_lnr -s rdb_fct_rfl_mds_sqr=rfl_sfc_lnd_nrm_mds_sqr /data/zender/data/dst_1x1.25.nc /data/zender/data/dst_1x1.25.nc
 handle_special_cases from template file:
 Copying special var gw
 Copying special var lat
 Copying special var lon
 Copying special var slat
 Copying special var slon
 Copying special var w_stag
 skipping special case var lat
 skipping special case var lon
 create var mbl_bsn_fct_geo ndims= 2  dids= 2 1  vid= 7
 fillvar: mbl_bsn_fct_geo(lon= 288 lat= 181 )
 fillvar: mbl_bsn_fct_geo(lon= 1152 lat= 768 )
 Copy and interpolate from input to output.  ntime= 1
 Starting time sample  1
 Interpolating mbl_bsn_fct_geo
  input:  shape= xy  nx=   288  ny=   181  nz=     1
  output: shape= xy  nx=  1152  ny=   768  nz=     1
   input min, avg, max =  0.000000000000000E+00 1.865315806208183E-02 5.707000000000000
   doing horizontal interpolation
   output min, avg, max=  0.000000000000000E+00 1.864974213400789E-02 5.677375118411894
 Finished.