[Met_help] [rt.rap.ucar.edu #68637] History for cannot find libgsl.so.0
John Halley Gotway via RT
met_help at ucar.edu
Wed Aug 13 16:07:16 MDT 2014
----------------------------------------------------------------
Initial Request
----------------------------------------------------------------
Hi,
I have installed METv4.1 with Grib2 successfully. However, when I ran
./test_all.sh under "scripts" folder, I am getting the following errors :
../bin/gen_poly_mask: error while loading shared libraries: libgsl.so.0:
cannot open shared object file: No such file or directory
../bin/mode: error while loading shared libraries: libgsl.so.0: cannot open
shared object file: No such file or directory
../bin/mode: error while loading shared libraries: libgsl.so.0: cannot open
shared object file: No such file or directory
../bin/mode: error while loading shared libraries: libgsl.so.0: cannot open
shared object file: No such file or directory
../bin/grid_stat: error while loading shared libraries: libgsl.so.0: cannot
open shared object file: No such file or directory
../bin/grid_stat: error while loading shared libraries: libgsl.so.0: cannot
open shared object file: No such file or directory
../bin/grid_stat: error while loading shared libraries: libgsl.so.0: cannot
open shared object file: No such file or directory
../bin/grid_stat: error while loading shared libraries: libgsl.so.0: cannot
open shared object file: No such file or directory
../bin/pb2nc: error while loading shared libraries: libgsl.so.0: cannot
open shared object file: No such file or directory
../bin/plot_point_obs: error while loading shared libraries: libgsl.so.0:
cannot open shared object file: No such file or directory
It did not show any error while compiling MET. I have attached user_defs.mk,
MET log file along with this email. libgsl.so.0 resides in
"/u/Partha.Bhattacharjee/GSL/gsl-1.16/lib".
Thanks.
Partha
----------------------------------------------------------------
Complete Ticket History
----------------------------------------------------------------
Subject: cannot find libgsl.so.0
From: John Halley Gotway
Time: Wed Aug 13 14:16:15 2014
Partha,
When you compiled MET, you did so using "dynamic" linking, as opposed
to
"static" linking (which is specified by the "-static" flag on the
CXX_FLAGS
line of user_defs.mk). Dynamic linking means that rather than
checking for
required libraries at compilation time, the tools should check for
them at
run time. When you run the gen_poly_mask tool, it's looking for the
GSL
shared object library file named libgsl.so.0, as well as a bunch of
other
shared object files. It's erroring out telling you that it can't find
the
GSL shared object library file.
Hopefully, we can just set the LD_LIBRARY_PATH environment variable to
tell
the tool where to look. The tools will by default look in common
areas,
like /usr/lib, /usr/local/lib and perhaps some others. Try doing the
following (assuming c-shell here):
cd METv4.1/scripts
echo $LD_LIBRARY_PATH
setenv LD_LIBRARY_PATH
/u/Partha.Bhattacharjee/GSL/gsl-1.16/lib:$LD_LIBRARY_PATH
setenv TEST_OUT_DIR ../out
../bin/gen_poly_mask
../data/sample_fcst/2005080700/wrfprs_ruc13_24.tm00_G212
../data/poly/CONUS.poly ${TEST_OUT_DIR}/gen_poly_mask/CONUS_poly.nc -v
2
If that call to gen_poly_mask works, then this will fix the problem.
Just
edit your shell configuration file (.cshrc or .profile) and include
the
locations of the GSL library in your LD_LIBRARY_PATH setting.
Please let me know how it goes.
Thanks,
John Halley Gotway
met_help at ucar.edu
On Wed, Aug 13, 2014 at 1:26 PM, Partha Bhattacharjee - NOAA Affiliate
via
RT <met_help at ucar.edu> wrote:
>
> Wed Aug 13 13:26:25 2014: Request 68637 was acted upon.
> Transaction: Ticket created by partha.bhattacharjee at noaa.gov
> Queue: met_help
> Subject: cannot find libgsl.so.0
> Owner: Nobody
> Requestors: partha.bhattacharjee at noaa.gov
> Status: new
> Ticket <URL:
https://rt.rap.ucar.edu/rt/Ticket/Display.html?id=68637 >
>
>
> Hi,
>
> I have installed METv4.1 with Grib2 successfully. However, when I
ran
> ./test_all.sh under "scripts" folder, I am getting the following
errors :
>
> ../bin/gen_poly_mask: error while loading shared libraries:
libgsl.so.0:
> cannot open shared object file: No such file or directory
> ../bin/mode: error while loading shared libraries: libgsl.so.0:
cannot open
> shared object file: No such file or directory
> ../bin/mode: error while loading shared libraries: libgsl.so.0:
cannot open
> shared object file: No such file or directory
> ../bin/mode: error while loading shared libraries: libgsl.so.0:
cannot open
> shared object file: No such file or directory
> ../bin/grid_stat: error while loading shared libraries: libgsl.so.0:
cannot
> open shared object file: No such file or directory
> ../bin/grid_stat: error while loading shared libraries: libgsl.so.0:
cannot
> open shared object file: No such file or directory
> ../bin/grid_stat: error while loading shared libraries: libgsl.so.0:
cannot
> open shared object file: No such file or directory
> ../bin/grid_stat: error while loading shared libraries: libgsl.so.0:
cannot
> open shared object file: No such file or directory
> ../bin/pb2nc: error while loading shared libraries: libgsl.so.0:
cannot
> open shared object file: No such file or directory
> ../bin/plot_point_obs: error while loading shared libraries:
libgsl.so.0:
> cannot open shared object file: No such file or directory
>
> It did not show any error while compiling MET. I have attached
> user_defs.mk,
> MET log file along with this email. libgsl.so.0 resides in
> "/u/Partha.Bhattacharjee/GSL/gsl-1.16/lib".
>
> Thanks.
> Partha
>
>
------------------------------------------------
Subject: cannot find libgsl.so.0
From: Partha Bhattacharjee - NOAA Affiliate
Time: Wed Aug 13 14:55:55 2014
Thanks John. That is strange, because after installing Gsl, I had
included
the library path in .bashrc (which is I am using)
export
LD_LIBRARY_PATH=/u/Partha.Bhattacharjee/GSL/gsl-
1.16/lib:$LD_LIBRARY_PATH
but got error message like I mentioned before (even after doing
source
~/.bashrc):
../bin/gen_poly_mask: error while loading shared libraries:
libgsl.so.0:
cannot open shared object file: No such file or directory
../bin/mode: error while loading shared libraries: libgsl.so.0: cannot
open
shared object file: No such file or directory
However, if I manually type export
LD_LIBRARY_PATH=/u/Partha.Bhattacharjee/GSL/gsl-
1.16/lib:$LD_LIBRARY_PATH
before running ./test_all.sh > test6.txt in "scripts" folder, it runs
perfectly. Attached it the output from running test_all.sh.
Partha
On Wed, Aug 13, 2014 at 4:16 PM, John Halley Gotway via RT <
met_help at ucar.edu> wrote:
> Partha,
>
> When you compiled MET, you did so using "dynamic" linking, as
opposed to
> "static" linking (which is specified by the "-static" flag on the
CXX_FLAGS
> line of user_defs.mk). Dynamic linking means that rather than
checking
> for
> required libraries at compilation time, the tools should check for
them at
> run time. When you run the gen_poly_mask tool, it's looking for the
GSL
> shared object library file named libgsl.so.0, as well as a bunch of
other
> shared object files. It's erroring out telling you that it can't
find the
> GSL shared object library file.
>
> Hopefully, we can just set the LD_LIBRARY_PATH environment variable
to tell
> the tool where to look. The tools will by default look in common
areas,
> like /usr/lib, /usr/local/lib and perhaps some others. Try doing
the
> following (assuming c-shell here):
>
> cd METv4.1/scripts
> echo $LD_LIBRARY_PATH
> setenv LD_LIBRARY_PATH
> /u/Partha.Bhattacharjee/GSL/gsl-1.16/lib:$LD_LIBRARY_PATH
> setenv TEST_OUT_DIR ../out
> ../bin/gen_poly_mask
> ../data/sample_fcst/2005080700/wrfprs_ruc13_24.tm00_G212
> ../data/poly/CONUS.poly ${TEST_OUT_DIR}/gen_poly_mask/CONUS_poly.nc
-v 2
>
> If that call to gen_poly_mask works, then this will fix the problem.
Just
> edit your shell configuration file (.cshrc or .profile) and include
the
> locations of the GSL library in your LD_LIBRARY_PATH setting.
>
> Please let me know how it goes.
>
> Thanks,
> John Halley Gotway
> met_help at ucar.edu
>
>
>
> On Wed, Aug 13, 2014 at 1:26 PM, Partha Bhattacharjee - NOAA
Affiliate via
> RT <met_help at ucar.edu> wrote:
>
> >
> > Wed Aug 13 13:26:25 2014: Request 68637 was acted upon.
> > Transaction: Ticket created by partha.bhattacharjee at noaa.gov
> > Queue: met_help
> > Subject: cannot find libgsl.so.0
> > Owner: Nobody
> > Requestors: partha.bhattacharjee at noaa.gov
> > Status: new
> > Ticket <URL:
https://rt.rap.ucar.edu/rt/Ticket/Display.html?id=68637 >
> >
> >
> > Hi,
> >
> > I have installed METv4.1 with Grib2 successfully. However, when I
ran
> > ./test_all.sh under "scripts" folder, I am getting the following
errors
> :
> >
> > ../bin/gen_poly_mask: error while loading shared libraries:
libgsl.so.0:
> > cannot open shared object file: No such file or directory
> > ../bin/mode: error while loading shared libraries: libgsl.so.0:
cannot
> open
> > shared object file: No such file or directory
> > ../bin/mode: error while loading shared libraries: libgsl.so.0:
cannot
> open
> > shared object file: No such file or directory
> > ../bin/mode: error while loading shared libraries: libgsl.so.0:
cannot
> open
> > shared object file: No such file or directory
> > ../bin/grid_stat: error while loading shared libraries:
libgsl.so.0:
> cannot
> > open shared object file: No such file or directory
> > ../bin/grid_stat: error while loading shared libraries:
libgsl.so.0:
> cannot
> > open shared object file: No such file or directory
> > ../bin/grid_stat: error while loading shared libraries:
libgsl.so.0:
> cannot
> > open shared object file: No such file or directory
> > ../bin/grid_stat: error while loading shared libraries:
libgsl.so.0:
> cannot
> > open shared object file: No such file or directory
> > ../bin/pb2nc: error while loading shared libraries: libgsl.so.0:
cannot
> > open shared object file: No such file or directory
> > ../bin/plot_point_obs: error while loading shared libraries:
libgsl.so.0:
> > cannot open shared object file: No such file or directory
> >
> > It did not show any error while compiling MET. I have attached
> > user_defs.mk,
> > MET log file along with this email. libgsl.so.0 resides in
> > "/u/Partha.Bhattacharjee/GSL/gsl-1.16/lib".
> >
> > Thanks.
> > Partha
> >
> >
>
>
------------------------------------------------
Subject: cannot find libgsl.so.0
From: Partha Bhattacharjee - NOAA Affiliate
Time: Wed Aug 13 14:55:55 2014
*** Testing the Model Evaluation Tools Project ***
*** Testing Gen-Poly-Mask application ***
*** Running Gen-Poly-Mask to generate a polyline mask file for the
Continental United States ***
DEBUG 1: Input Data File:
../data/sample_fcst/2005080700/wrfprs_ruc13_24.tm00_G212
DEBUG 1: Input Mask File: ../data/poly/CONUS.poly
DEBUG 2: Parsed Input Grid: Lambert Conformal (185 x 129)
DEBUG 2: Parsed Polyline: CONUS containing 243 points
DEBUG 2: Points Inside Mask: 5479 of 23865
DEBUG 1: Output NetCDF File: ../out/gen_poly_mask/CONUS_poly.nc
*** Testing PCP-Combine application ***
*** Running PCP-Combine to combine 3-hourly APCP accumulation
forecasts into a single 12 hour accumulation forecast ***
DEBUG 1: [1] File
../data/sample_fcst/2005080700/wrfprs_ruc13_12.tm00_G212 matches valid
time of 20050807_120000
DEBUG 1: [2] File
../data/sample_fcst/2005080700/wrfprs_ruc13_09.tm00_G212 matches valid
time of 20050807_090000
DEBUG 1: [3] File
../data/sample_fcst/2005080700/wrfprs_ruc13_06.tm00_G212 matches valid
time of 20050807_060000
DEBUG 1: [4] File
../data/sample_fcst/2005080700/wrfprs_ruc13_03.tm00_G212 matches valid
time of 20050807_030000
DEBUG 1: [1] Reading input file:
../data/sample_fcst/2005080700/wrfprs_ruc13_12.tm00_G212
DEBUG 1: [2] Reading input file:
../data/sample_fcst/2005080700/wrfprs_ruc13_09.tm00_G212
DEBUG 1: [3] Reading input file:
../data/sample_fcst/2005080700/wrfprs_ruc13_06.tm00_G212
DEBUG 1: [4] Reading input file:
../data/sample_fcst/2005080700/wrfprs_ruc13_03.tm00_G212
DEBUG 1: Writing output file:
../out/pcp_combine/sample_fcst_12L_2005080712V_12A.nc
*** Running PCP-Combine to combine 3-hourly APCP accumulation
forecasts into a single 12 hour accumulation forecast ***
DEBUG 1: [1] File
../data/sample_fcst/2005080700/wrfprs_ruc13_24.tm00_G212 matches valid
time of 20050808_000000
DEBUG 1: [2] File
../data/sample_fcst/2005080700/wrfprs_ruc13_21.tm00_G212 matches valid
time of 20050807_210000
DEBUG 1: [3] File
../data/sample_fcst/2005080700/wrfprs_ruc13_18.tm00_G212 matches valid
time of 20050807_180000
DEBUG 1: [4] File
../data/sample_fcst/2005080700/wrfprs_ruc13_15.tm00_G212 matches valid
time of 20050807_150000
DEBUG 1: [1] Reading input file:
../data/sample_fcst/2005080700/wrfprs_ruc13_24.tm00_G212
DEBUG 1: [2] Reading input file:
../data/sample_fcst/2005080700/wrfprs_ruc13_21.tm00_G212
DEBUG 1: [3] Reading input file:
../data/sample_fcst/2005080700/wrfprs_ruc13_18.tm00_G212
DEBUG 1: [4] Reading input file:
../data/sample_fcst/2005080700/wrfprs_ruc13_15.tm00_G212
DEBUG 1: Writing output file:
../out/pcp_combine/sample_fcst_12L_2005080800V_12A.nc
*** Running PCP-Combine to combine 3-hourly APCP accumulation
forecasts into a single 24 hour accumulation forecast ***
DEBUG 1: [1] File
../data/sample_fcst/2005080700/wrfprs_ruc13_24.tm00_G212 matches valid
time of 20050808_000000
DEBUG 1: [2] File
../data/sample_fcst/2005080700/wrfprs_ruc13_21.tm00_G212 matches valid
time of 20050807_210000
DEBUG 1: [3] File
../data/sample_fcst/2005080700/wrfprs_ruc13_18.tm00_G212 matches valid
time of 20050807_180000
DEBUG 1: [4] File
../data/sample_fcst/2005080700/wrfprs_ruc13_15.tm00_G212 matches valid
time of 20050807_150000
DEBUG 1: [5] File
../data/sample_fcst/2005080700/wrfprs_ruc13_12.tm00_G212 matches valid
time of 20050807_120000
DEBUG 1: [6] File
../data/sample_fcst/2005080700/wrfprs_ruc13_09.tm00_G212 matches valid
time of 20050807_090000
DEBUG 1: [7] File
../data/sample_fcst/2005080700/wrfprs_ruc13_06.tm00_G212 matches valid
time of 20050807_060000
DEBUG 1: [8] File
../data/sample_fcst/2005080700/wrfprs_ruc13_03.tm00_G212 matches valid
time of 20050807_030000
DEBUG 1: [1] Reading input file:
../data/sample_fcst/2005080700/wrfprs_ruc13_24.tm00_G212
DEBUG 1: [2] Reading input file:
../data/sample_fcst/2005080700/wrfprs_ruc13_21.tm00_G212
DEBUG 1: [3] Reading input file:
../data/sample_fcst/2005080700/wrfprs_ruc13_18.tm00_G212
DEBUG 1: [4] Reading input file:
../data/sample_fcst/2005080700/wrfprs_ruc13_15.tm00_G212
DEBUG 1: [5] Reading input file:
../data/sample_fcst/2005080700/wrfprs_ruc13_12.tm00_G212
DEBUG 1: [6] Reading input file:
../data/sample_fcst/2005080700/wrfprs_ruc13_09.tm00_G212
DEBUG 1: [7] Reading input file:
../data/sample_fcst/2005080700/wrfprs_ruc13_06.tm00_G212
DEBUG 1: [8] Reading input file:
../data/sample_fcst/2005080700/wrfprs_ruc13_03.tm00_G212
DEBUG 1: Writing output file:
../out/pcp_combine/sample_fcst_24L_2005080800V_24A.nc
*** Running PCP-Combine to combine 1-hourly APCP accumulation
observations into a single 12 hour accumulation observation ***
DEBUG 1: [1] File ../data/sample_obs/ST2ml/ST2ml2005080712.Grb_G212
matches valid time of 20050807_120000
DEBUG 1: [2] File ../data/sample_obs/ST2ml/ST2ml2005080711.Grb_G212
matches valid time of 20050807_110000
DEBUG 1: [3] File ../data/sample_obs/ST2ml/ST2ml2005080710.Grb_G212
matches valid time of 20050807_100000
DEBUG 1: [4] File ../data/sample_obs/ST2ml/ST2ml2005080709.Grb_G212
matches valid time of 20050807_090000
DEBUG 1: [5] File ../data/sample_obs/ST2ml/ST2ml2005080708.Grb_G212
matches valid time of 20050807_080000
DEBUG 1: [6] File ../data/sample_obs/ST2ml/ST2ml2005080707.Grb_G212
matches valid time of 20050807_070000
DEBUG 1: [7] File ../data/sample_obs/ST2ml/ST2ml2005080706.Grb_G212
matches valid time of 20050807_060000
DEBUG 1: [8] File ../data/sample_obs/ST2ml/ST2ml2005080705.Grb_G212
matches valid time of 20050807_050000
DEBUG 1: [9] File ../data/sample_obs/ST2ml/ST2ml2005080704.Grb_G212
matches valid time of 20050807_040000
DEBUG 1: [10] File ../data/sample_obs/ST2ml/ST2ml2005080703.Grb_G212
matches valid time of 20050807_030000
DEBUG 1: [11] File ../data/sample_obs/ST2ml/ST2ml2005080702.Grb_G212
matches valid time of 20050807_020000
DEBUG 1: [12] File ../data/sample_obs/ST2ml/ST2ml2005080701.Grb_G212
matches valid time of 20050807_010000
DEBUG 1: [1] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080712.Grb_G212
DEBUG 1: [2] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080711.Grb_G212
DEBUG 1: [3] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080710.Grb_G212
DEBUG 1: [4] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080709.Grb_G212
DEBUG 1: [5] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080708.Grb_G212
DEBUG 1: [6] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080707.Grb_G212
DEBUG 1: [7] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080706.Grb_G212
DEBUG 1: [8] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080705.Grb_G212
DEBUG 1: [9] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080704.Grb_G212
DEBUG 1: [10] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080703.Grb_G212
DEBUG 1: [11] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080702.Grb_G212
DEBUG 1: [12] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080701.Grb_G212
DEBUG 1: Writing output file:
../out/pcp_combine/sample_obs_2005080712V_12A.nc
*** Running PCP-Combine to combine 1-hourly APCP accumulation
observations into a single 12 hour accumulation observation ***
DEBUG 1: [1] File ../data/sample_obs/ST2ml/ST2ml2005080800.Grb_G212
matches valid time of 20050808_000000
DEBUG 1: [2] File ../data/sample_obs/ST2ml/ST2ml2005080723.Grb_G212
matches valid time of 20050807_230000
DEBUG 1: [3] File ../data/sample_obs/ST2ml/ST2ml2005080722.Grb_G212
matches valid time of 20050807_220000
DEBUG 1: [4] File ../data/sample_obs/ST2ml/ST2ml2005080721.Grb_G212
matches valid time of 20050807_210000
DEBUG 1: [5] File ../data/sample_obs/ST2ml/ST2ml2005080720.Grb_G212
matches valid time of 20050807_200000
DEBUG 1: [6] File ../data/sample_obs/ST2ml/ST2ml2005080719.Grb_G212
matches valid time of 20050807_190000
DEBUG 1: [7] File ../data/sample_obs/ST2ml/ST2ml2005080718.Grb_G212
matches valid time of 20050807_180000
DEBUG 1: [8] File ../data/sample_obs/ST2ml/ST2ml2005080717.Grb_G212
matches valid time of 20050807_170000
DEBUG 1: [9] File ../data/sample_obs/ST2ml/ST2ml2005080716.Grb_G212
matches valid time of 20050807_160000
DEBUG 1: [10] File ../data/sample_obs/ST2ml/ST2ml2005080715.Grb_G212
matches valid time of 20050807_150000
DEBUG 1: [11] File ../data/sample_obs/ST2ml/ST2ml2005080714.Grb_G212
matches valid time of 20050807_140000
DEBUG 1: [12] File ../data/sample_obs/ST2ml/ST2ml2005080713.Grb_G212
matches valid time of 20050807_130000
DEBUG 1: [1] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080800.Grb_G212
DEBUG 1: [2] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080723.Grb_G212
DEBUG 1: [3] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080722.Grb_G212
DEBUG 1: [4] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080721.Grb_G212
DEBUG 1: [5] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080720.Grb_G212
DEBUG 1: [6] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080719.Grb_G212
DEBUG 1: [7] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080718.Grb_G212
DEBUG 1: [8] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080717.Grb_G212
DEBUG 1: [9] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080716.Grb_G212
DEBUG 1: [10] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080715.Grb_G212
DEBUG 1: [11] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080714.Grb_G212
DEBUG 1: [12] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080713.Grb_G212
DEBUG 1: Writing output file:
../out/pcp_combine/sample_obs_2005080800V_12A.nc
*** Running PCP-Combine to combine 1-hourly APCP accumulation
observations into a single 24 hour accumulation observation ***
DEBUG 1: [1] File ../data/sample_obs/ST2ml/ST2ml2005080800.Grb_G212
matches valid time of 20050808_000000
DEBUG 1: [2] File ../data/sample_obs/ST2ml/ST2ml2005080723.Grb_G212
matches valid time of 20050807_230000
DEBUG 1: [3] File ../data/sample_obs/ST2ml/ST2ml2005080722.Grb_G212
matches valid time of 20050807_220000
DEBUG 1: [4] File ../data/sample_obs/ST2ml/ST2ml2005080721.Grb_G212
matches valid time of 20050807_210000
DEBUG 1: [5] File ../data/sample_obs/ST2ml/ST2ml2005080720.Grb_G212
matches valid time of 20050807_200000
DEBUG 1: [6] File ../data/sample_obs/ST2ml/ST2ml2005080719.Grb_G212
matches valid time of 20050807_190000
DEBUG 1: [7] File ../data/sample_obs/ST2ml/ST2ml2005080718.Grb_G212
matches valid time of 20050807_180000
DEBUG 1: [8] File ../data/sample_obs/ST2ml/ST2ml2005080717.Grb_G212
matches valid time of 20050807_170000
DEBUG 1: [9] File ../data/sample_obs/ST2ml/ST2ml2005080716.Grb_G212
matches valid time of 20050807_160000
DEBUG 1: [10] File ../data/sample_obs/ST2ml/ST2ml2005080715.Grb_G212
matches valid time of 20050807_150000
DEBUG 1: [11] File ../data/sample_obs/ST2ml/ST2ml2005080714.Grb_G212
matches valid time of 20050807_140000
DEBUG 1: [12] File ../data/sample_obs/ST2ml/ST2ml2005080713.Grb_G212
matches valid time of 20050807_130000
DEBUG 1: [13] File ../data/sample_obs/ST2ml/ST2ml2005080712.Grb_G212
matches valid time of 20050807_120000
DEBUG 1: [14] File ../data/sample_obs/ST2ml/ST2ml2005080711.Grb_G212
matches valid time of 20050807_110000
DEBUG 1: [15] File ../data/sample_obs/ST2ml/ST2ml2005080710.Grb_G212
matches valid time of 20050807_100000
DEBUG 1: [16] File ../data/sample_obs/ST2ml/ST2ml2005080709.Grb_G212
matches valid time of 20050807_090000
DEBUG 1: [17] File ../data/sample_obs/ST2ml/ST2ml2005080708.Grb_G212
matches valid time of 20050807_080000
DEBUG 1: [18] File ../data/sample_obs/ST2ml/ST2ml2005080707.Grb_G212
matches valid time of 20050807_070000
DEBUG 1: [19] File ../data/sample_obs/ST2ml/ST2ml2005080706.Grb_G212
matches valid time of 20050807_060000
DEBUG 1: [20] File ../data/sample_obs/ST2ml/ST2ml2005080705.Grb_G212
matches valid time of 20050807_050000
DEBUG 1: [21] File ../data/sample_obs/ST2ml/ST2ml2005080704.Grb_G212
matches valid time of 20050807_040000
DEBUG 1: [22] File ../data/sample_obs/ST2ml/ST2ml2005080703.Grb_G212
matches valid time of 20050807_030000
DEBUG 1: [23] File ../data/sample_obs/ST2ml/ST2ml2005080702.Grb_G212
matches valid time of 20050807_020000
DEBUG 1: [24] File ../data/sample_obs/ST2ml/ST2ml2005080701.Grb_G212
matches valid time of 20050807_010000
DEBUG 1: [1] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080800.Grb_G212
DEBUG 1: [2] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080723.Grb_G212
DEBUG 1: [3] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080722.Grb_G212
DEBUG 1: [4] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080721.Grb_G212
DEBUG 1: [5] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080720.Grb_G212
DEBUG 1: [6] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080719.Grb_G212
DEBUG 1: [7] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080718.Grb_G212
DEBUG 1: [8] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080717.Grb_G212
DEBUG 1: [9] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080716.Grb_G212
DEBUG 1: [10] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080715.Grb_G212
DEBUG 1: [11] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080714.Grb_G212
DEBUG 1: [12] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080713.Grb_G212
DEBUG 1: [13] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080712.Grb_G212
DEBUG 1: [14] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080711.Grb_G212
DEBUG 1: [15] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080710.Grb_G212
DEBUG 1: [16] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080709.Grb_G212
DEBUG 1: [17] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080708.Grb_G212
DEBUG 1: [18] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080707.Grb_G212
DEBUG 1: [19] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080706.Grb_G212
DEBUG 1: [20] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080705.Grb_G212
DEBUG 1: [21] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080704.Grb_G212
DEBUG 1: [22] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080703.Grb_G212
DEBUG 1: [23] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080702.Grb_G212
DEBUG 1: [24] Reading input file:
../data/sample_obs/ST2ml/ST2ml2005080701.Grb_G212
DEBUG 1: Writing output file:
../out/pcp_combine/sample_obs_2005080800V_24A.nc
*** Testing MODE application ***
*** Running MODE on APCP using netCDF input for both forecast and
observation ***
DEBUG 1: Default Config File:
/gpfs/gd1/emc/global/save/Partha.Bhattacharjee/MET/METv4.1/data/config/MODEConfig_default
DEBUG 1: Match Config File: config/MODEConfig_APCP_12
DEBUG 1: Merge Config File: config/MODEConfig_APCP_12
DEBUG 1: Forecast File:
../out/pcp_combine/sample_fcst_12L_2005080712V_12A.nc
DEBUG 1: Observation File:
../out/pcp_combine/sample_obs_2005080712V_12A.nc
DEBUG 1: Forecast Field: APCP_12 at A12
DEBUG 1: Observation Field: APCP_12 at A12
DEBUG 2: Identifying objects in the forecast and observation fields...
DEBUG 2: Computing contingency table statistics...
DEBUG 2: Identified: 7 forecast objects and 4 observation objects.
DEBUG 2: Performing merging (THRESH) in the forecast field.
DEBUG 2: Performing merging (THRESH) in the observation field.
DEBUG 2: Remaining: 7 forecast objects and 4 observation objects.
DEBUG 2: Performing matching (MERGE_BOTH) between the forecast and
observation fields.
DEBUG 1: Creating Fcst-Obs Object Statistics file:
../out/mode/mode_120000L_20050807_120000V_120000A_obj.txt
DEBUG 1: Creating Contingency Table Statistics file:
../out/mode/mode_120000L_20050807_120000V_120000A_cts.txt
DEBUG 1: Creating Object NetCDF file:
../out/mode/mode_120000L_20050807_120000V_120000A_obj.nc
DEBUG 1: Loading forecast raw color table:
/gpfs/gd1/emc/global/save/Partha.Bhattacharjee/MET/METv4.1/data/colortables/met_default.ctable
DEBUG 1: Loading observation raw color table:
/gpfs/gd1/emc/global/save/Partha.Bhattacharjee/MET/METv4.1/data/colortables/met_default.ctable
DEBUG 1: Creating postscript file:
../out/mode/mode_120000L_20050807_120000V_120000A.ps
*** Running MODE on APCP using a GRIB forecast and netCDF observation
***
DEBUG 1: Default Config File:
/gpfs/gd1/emc/global/save/Partha.Bhattacharjee/MET/METv4.1/data/config/MODEConfig_default
DEBUG 1: Match Config File: config/MODEConfig_APCP_24
DEBUG 1: Merge Config File: config/MODEConfig_APCP_24
DEBUG 1: Forecast File:
../data/sample_fcst/2005080700/wrfprs_ruc13_24.tm00_G212
DEBUG 1: Observation File:
../out/pcp_combine/sample_obs_2005080800V_24A.nc
DEBUG 1: Forecast Field: APCP_24 at A24
DEBUG 1: Observation Field: APCP_24 at A24
DEBUG 2: Identifying objects in the forecast and observation fields...
DEBUG 2: Computing contingency table statistics...
DEBUG 2: Identified: 4 forecast objects and 6 observation objects.
DEBUG 2: Performing merging (NONE) in the forecast field.
DEBUG 2: Performing merging (NONE) in the observation field.
DEBUG 2: Remaining: 4 forecast objects and 6 observation objects.
DEBUG 2: Performing matching (MERGE_BOTH) between the forecast and
observation fields.
DEBUG 1: Creating Fcst-Obs Object Statistics file:
../out/mode/mode_240000L_20050808_000000V_240000A_obj.txt
DEBUG 1: Creating Contingency Table Statistics file:
../out/mode/mode_240000L_20050808_000000V_240000A_cts.txt
DEBUG 1: Creating Object NetCDF file:
../out/mode/mode_240000L_20050808_000000V_240000A_obj.nc
DEBUG 1: Loading forecast raw color table:
/gpfs/gd1/emc/global/save/Partha.Bhattacharjee/MET/METv4.1/data/colortables/met_default.ctable
DEBUG 1: Loading observation raw color table:
/gpfs/gd1/emc/global/save/Partha.Bhattacharjee/MET/METv4.1/data/colortables/met_default.ctable
DEBUG 1: Creating postscript file:
../out/mode/mode_240000L_20050808_000000V_240000A.ps
*** Running MODE on RH at 500mb using GRIB input for both forecast and
observation ***
DEBUG 1: Default Config File:
/gpfs/gd1/emc/global/save/Partha.Bhattacharjee/MET/METv4.1/data/config/MODEConfig_default
DEBUG 1: Match Config File: config/MODEConfig_RH
DEBUG 1: Merge Config File: config/MODEConfig_RH
DEBUG 1: Forecast File:
../data/sample_fcst/2005080700/wrfprs_ruc13_12.tm00_G212
DEBUG 1: Observation File:
../data/sample_fcst/2005080712/wrfprs_ruc13_00.tm00_G212
DEBUG 1: Forecast Field: RH at P500
DEBUG 1: Observation Field: RH at P500
DEBUG 2: Identifying objects in the forecast and observation fields...
DEBUG 2: Computing contingency table statistics...
DEBUG 2: Identified: 8 forecast objects and 12 observation objects.
DEBUG 2: Performing merging (NONE) in the forecast field.
DEBUG 2: Performing merging (NONE) in the observation field.
DEBUG 2: Remaining: 8 forecast objects and 12 observation objects.
DEBUG 2: Performing matching (MERGE_BOTH) between the forecast and
observation fields.
DEBUG 1: Creating Fcst-Obs Object Statistics file:
../out/mode/mode_120000L_20050807_120000V_000000A_obj.txt
DEBUG 1: Creating Contingency Table Statistics file:
../out/mode/mode_120000L_20050807_120000V_000000A_cts.txt
DEBUG 1: Creating Object NetCDF file:
../out/mode/mode_120000L_20050807_120000V_000000A_obj.nc
DEBUG 1: Loading forecast raw color table:
/gpfs/gd1/emc/global/save/Partha.Bhattacharjee/MET/METv4.1/data/colortables/mode_raw.ctable
DEBUG 1: Loading observation raw color table:
/gpfs/gd1/emc/global/save/Partha.Bhattacharjee/MET/METv4.1/data/colortables/mode_raw.ctable
DEBUG 1: Creating postscript file:
../out/mode/mode_120000L_20050807_120000V_000000A.ps
*** Testing Grid-Stat application ***
*** Running Grid-Stat on APCP using netCDF input for both forecast and
observation ***
DEBUG 1: Default Config File:
/gpfs/gd1/emc/global/save/Partha.Bhattacharjee/MET/METv4.1/data/config/GridStatConfig_default
DEBUG 1: User Config File: config/GridStatConfig_APCP_12
DEBUG 1: Forecast File:
../out/pcp_combine/sample_fcst_12L_2005080712V_12A.nc
DEBUG 1: Observation File:
../out/pcp_combine/sample_obs_2005080712V_12A.nc
DEBUG 2:
DEBUG 2:
--------------------------------------------------------------------------------
DEBUG 2:
DEBUG 2: Processing APCP_12(*,*) versus APCP_12(*,*), for
interpolation method UW_MEAN(1), over region DTC165, using 2651 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Processing APCP_12(*,*) versus APCP_12(*,*), for
interpolation method UW_MEAN(1), over region DTC166, using 3804 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Processing APCP_12(*,*) versus APCP_12(*,*), for
interpolation method UW_MEAN(1), over region CONUS, using 5414 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Processing APCP_12(*,*) versus APCP_12(*,*), for
interpolation method UW_MEAN(1), over region LMV, using 524 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Processing APCP_12(*,*) versus APCP_12(*,*), for
interpolation method NBRHD(9), raw thresholds of >0.000 and >0.000,
over region LMV, using 2361 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing APCP_12(*,*) versus APCP_12(*,*), for
interpolation method NBRHD(9), raw thresholds of >0.000 and >0.000,
over region DTC165, using 3498 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing APCP_12(*,*) versus APCP_12(*,*), for
interpolation method NBRHD(9), raw thresholds of >0.000 and >0.000,
over region DTC166, using 5276 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing APCP_12(*,*) versus APCP_12(*,*), for
interpolation method NBRHD(9), raw thresholds of >0.000 and >0.000,
over region CONUS, using 524 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing APCP_12(*,*) versus APCP_12(*,*), for
interpolation method NBRHD(9), raw thresholds of >=5.000 and >=5.000,
over region LMV, using 2361 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing APCP_12(*,*) versus APCP_12(*,*), for
interpolation method NBRHD(9), raw thresholds of >=5.000 and >=5.000,
over region DTC165, using 3498 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing APCP_12(*,*) versus APCP_12(*,*), for
interpolation method NBRHD(9), raw thresholds of >=5.000 and >=5.000,
over region DTC166, using 5276 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing APCP_12(*,*) versus APCP_12(*,*), for
interpolation method NBRHD(9), raw thresholds of >=5.000 and >=5.000,
over region CONUS, using 524 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing APCP_12(*,*) versus APCP_12(*,*), for
interpolation method NBRHD(25), raw thresholds of >0.000 and >0.000,
over region LMV, using 2071 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing APCP_12(*,*) versus APCP_12(*,*), for
interpolation method NBRHD(25), raw thresholds of >0.000 and >0.000,
over region DTC165, using 3205 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing APCP_12(*,*) versus APCP_12(*,*), for
interpolation method NBRHD(25), raw thresholds of >0.000 and >0.000,
over region DTC166, using 5025 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing APCP_12(*,*) versus APCP_12(*,*), for
interpolation method NBRHD(25), raw thresholds of >0.000 and >0.000,
over region CONUS, using 524 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing APCP_12(*,*) versus APCP_12(*,*), for
interpolation method NBRHD(25), raw thresholds of >=5.000 and >=5.000,
over region LMV, using 2071 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing APCP_12(*,*) versus APCP_12(*,*), for
interpolation method NBRHD(25), raw thresholds of >=5.000 and >=5.000,
over region DTC165, using 3205 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing APCP_12(*,*) versus APCP_12(*,*), for
interpolation method NBRHD(25), raw thresholds of >=5.000 and >=5.000,
over region DTC166, using 5025 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing APCP_12(*,*) versus APCP_12(*,*), for
interpolation method NBRHD(25), raw thresholds of >=5.000 and >=5.000,
over region CONUS, using 524 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2:
DEBUG 2:
--------------------------------------------------------------------------------
DEBUG 2:
DEBUG 1: Output file:
../out/grid_stat/grid_stat_APCP_12_120000L_20050807_120000V.stat
DEBUG 1: Output file:
../out/grid_stat/grid_stat_APCP_12_120000L_20050807_120000V_fho.txt
DEBUG 1: Output file:
../out/grid_stat/grid_stat_APCP_12_120000L_20050807_120000V_ctc.txt
DEBUG 1: Output file:
../out/grid_stat/grid_stat_APCP_12_120000L_20050807_120000V_cts.txt
DEBUG 1: Output file:
../out/grid_stat/grid_stat_APCP_12_120000L_20050807_120000V_cnt.txt
DEBUG 1: Output file:
../out/grid_stat/grid_stat_APCP_12_120000L_20050807_120000V_sl1l2.txt
DEBUG 1: Output file:
../out/grid_stat/grid_stat_APCP_12_120000L_20050807_120000V_vl1l2.txt
DEBUG 1: Output file:
../out/grid_stat/grid_stat_APCP_12_120000L_20050807_120000V_nbrctc.txt
DEBUG 1: Output file:
../out/grid_stat/grid_stat_APCP_12_120000L_20050807_120000V_nbrcts.txt
DEBUG 1: Output file:
../out/grid_stat/grid_stat_APCP_12_120000L_20050807_120000V_nbrcnt.txt
DEBUG 1: Output file:
../out/grid_stat/grid_stat_APCP_12_120000L_20050807_120000V_pairs.nc
*** Running Grid-Stat on POP using a GRIB forecast and netCDF
observation ***
DEBUG 1: Default Config File:
/gpfs/gd1/emc/global/save/Partha.Bhattacharjee/MET/METv4.1/data/config/GridStatConfig_default
DEBUG 1: User Config File: config/GridStatConfig_POP_12
DEBUG 1: Forecast File:
../data/sample_fcst/2005080312/pop5km_2005080312F096.grib_G212
DEBUG 1: Observation File:
../out/pcp_combine/sample_obs_2005080800V_12A.nc
DEBUG 2:
DEBUG 2:
--------------------------------------------------------------------------------
DEBUG 2:
DEBUG 2: Processing POP/L0 versus APCP_12(*,*), for interpolation
method UW_MEAN(1), over region DTC165, using 2698 pairs.
DEBUG 2: Computing Probabilistic Statistics.
DEBUG 2: Processing POP/L0 versus APCP_12(*,*), for interpolation
method UW_MEAN(1), over region DTC166, using 3807 pairs.
DEBUG 2: Computing Probabilistic Statistics.
DEBUG 2:
DEBUG 2:
--------------------------------------------------------------------------------
DEBUG 2:
DEBUG 1: Output file:
../out/grid_stat/grid_stat_POP_12_1080000L_20050808_000000V.stat
DEBUG 1: Output file:
../out/grid_stat/grid_stat_POP_12_1080000L_20050808_000000V_pct.txt
DEBUG 1: Output file:
../out/grid_stat/grid_stat_POP_12_1080000L_20050808_000000V_pstd.txt
DEBUG 1: Output file:
../out/grid_stat/grid_stat_POP_12_1080000L_20050808_000000V_pjc.txt
DEBUG 1: Output file:
../out/grid_stat/grid_stat_POP_12_1080000L_20050808_000000V_prc.txt
DEBUG 1: Output file:
../out/grid_stat/grid_stat_POP_12_1080000L_20050808_000000V_pairs.nc
*** Running Grid-Stat on APCP using a GRIB forecast and netCDF
observation ***
DEBUG 1: Default Config File:
/gpfs/gd1/emc/global/save/Partha.Bhattacharjee/MET/METv4.1/data/config/GridStatConfig_default
DEBUG 1: User Config File: config/GridStatConfig_APCP_24
DEBUG 1: Forecast File:
../data/sample_fcst/2005080700/wrfprs_ruc13_24.tm00_G212
DEBUG 1: Observation File:
../out/pcp_combine/sample_obs_2005080800V_24A.nc
DEBUG 2:
DEBUG 2:
--------------------------------------------------------------------------------
DEBUG 2:
DEBUG 2: Processing APCP/A24 versus APCP_24(*,*), for interpolation
method UW_MEAN(1), over region DTC165, using 2646 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Multi-Category Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Processing APCP/A24 versus APCP_24(*,*), for interpolation
method UW_MEAN(1), over region DTC166, using 3761 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Multi-Category Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Processing APCP/A24 versus APCP_24(*,*), for interpolation
method UW_MEAN(1), over region CONUS, using 5414 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Multi-Category Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Processing APCP/A24 versus APCP_24(*,*), for interpolation
method UW_MEAN(1), over region LMV, using 524 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Multi-Category Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Processing APCP/A24 versus APCP_24(*,*), for interpolation
method NBRHD(9), raw thresholds of >0.000 and >0.000, over region LMV,
using 2361 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing APCP/A24 versus APCP_24(*,*), for interpolation
method NBRHD(9), raw thresholds of >0.000 and >0.000, over region
DTC165, using 3463 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing APCP/A24 versus APCP_24(*,*), for interpolation
method NBRHD(9), raw thresholds of >0.000 and >0.000, over region
DTC166, using 5273 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing APCP/A24 versus APCP_24(*,*), for interpolation
method NBRHD(9), raw thresholds of >0.000 and >0.000, over region
CONUS, using 524 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing APCP/A24 versus APCP_24(*,*), for interpolation
method NBRHD(9), raw thresholds of >5.000 and >5.000, over region LMV,
using 2361 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing APCP/A24 versus APCP_24(*,*), for interpolation
method NBRHD(9), raw thresholds of >5.000 and >5.000, over region
DTC165, using 3463 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing APCP/A24 versus APCP_24(*,*), for interpolation
method NBRHD(9), raw thresholds of >5.000 and >5.000, over region
DTC166, using 5273 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing APCP/A24 versus APCP_24(*,*), for interpolation
method NBRHD(9), raw thresholds of >5.000 and >5.000, over region
CONUS, using 524 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing APCP/A24 versus APCP_24(*,*), for interpolation
method NBRHD(9), raw thresholds of >10.000 and >10.000, over region
LMV, using 2361 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing APCP/A24 versus APCP_24(*,*), for interpolation
method NBRHD(9), raw thresholds of >10.000 and >10.000, over region
DTC165, using 3463 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing APCP/A24 versus APCP_24(*,*), for interpolation
method NBRHD(9), raw thresholds of >10.000 and >10.000, over region
DTC166, using 5273 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing APCP/A24 versus APCP_24(*,*), for interpolation
method NBRHD(9), raw thresholds of >10.000 and >10.000, over region
CONUS, using 524 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing APCP/A24 versus APCP_24(*,*), for interpolation
method NBRHD(25), raw thresholds of >0.000 and >0.000, over region
LMV, using 2071 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing APCP/A24 versus APCP_24(*,*), for interpolation
method NBRHD(25), raw thresholds of >0.000 and >0.000, over region
DTC165, using 3178 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing APCP/A24 versus APCP_24(*,*), for interpolation
method NBRHD(25), raw thresholds of >0.000 and >0.000, over region
DTC166, using 5017 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing APCP/A24 versus APCP_24(*,*), for interpolation
method NBRHD(25), raw thresholds of >0.000 and >0.000, over region
CONUS, using 524 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing APCP/A24 versus APCP_24(*,*), for interpolation
method NBRHD(25), raw thresholds of >5.000 and >5.000, over region
LMV, using 2071 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing APCP/A24 versus APCP_24(*,*), for interpolation
method NBRHD(25), raw thresholds of >5.000 and >5.000, over region
DTC165, using 3178 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing APCP/A24 versus APCP_24(*,*), for interpolation
method NBRHD(25), raw thresholds of >5.000 and >5.000, over region
DTC166, using 5017 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing APCP/A24 versus APCP_24(*,*), for interpolation
method NBRHD(25), raw thresholds of >5.000 and >5.000, over region
CONUS, using 524 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing APCP/A24 versus APCP_24(*,*), for interpolation
method NBRHD(25), raw thresholds of >10.000 and >10.000, over region
LMV, using 2071 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing APCP/A24 versus APCP_24(*,*), for interpolation
method NBRHD(25), raw thresholds of >10.000 and >10.000, over region
DTC165, using 3178 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing APCP/A24 versus APCP_24(*,*), for interpolation
method NBRHD(25), raw thresholds of >10.000 and >10.000, over region
DTC166, using 5017 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing APCP/A24 versus APCP_24(*,*), for interpolation
method NBRHD(25), raw thresholds of >10.000 and >10.000, over region
CONUS, using 524 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2:
DEBUG 2:
--------------------------------------------------------------------------------
DEBUG 2:
DEBUG 1: Output file:
../out/grid_stat/grid_stat_APCP_24_240000L_20050808_000000V.stat
DEBUG 1: Output file:
../out/grid_stat/grid_stat_APCP_24_240000L_20050808_000000V_fho.txt
DEBUG 1: Output file:
../out/grid_stat/grid_stat_APCP_24_240000L_20050808_000000V_ctc.txt
DEBUG 1: Output file:
../out/grid_stat/grid_stat_APCP_24_240000L_20050808_000000V_cts.txt
DEBUG 1: Output file:
../out/grid_stat/grid_stat_APCP_24_240000L_20050808_000000V_mctc.txt
DEBUG 1: Output file:
../out/grid_stat/grid_stat_APCP_24_240000L_20050808_000000V_mcts.txt
DEBUG 1: Output file:
../out/grid_stat/grid_stat_APCP_24_240000L_20050808_000000V_cnt.txt
DEBUG 1: Output file:
../out/grid_stat/grid_stat_APCP_24_240000L_20050808_000000V_sl1l2.txt
DEBUG 1: Output file:
../out/grid_stat/grid_stat_APCP_24_240000L_20050808_000000V_vl1l2.txt
DEBUG 1: Output file:
../out/grid_stat/grid_stat_APCP_24_240000L_20050808_000000V_nbrctc.txt
DEBUG 1: Output file:
../out/grid_stat/grid_stat_APCP_24_240000L_20050808_000000V_nbrcts.txt
DEBUG 1: Output file:
../out/grid_stat/grid_stat_APCP_24_240000L_20050808_000000V_nbrcnt.txt
DEBUG 1: Output file:
../out/grid_stat/grid_stat_APCP_24_240000L_20050808_000000V_pairs.nc
*** Running Grid-Stat using GRIB input for both forecast and
observation ***
DEBUG 1: Default Config File:
/gpfs/gd1/emc/global/save/Partha.Bhattacharjee/MET/METv4.1/data/config/GridStatConfig_default
DEBUG 1: User Config File: config/GridStatConfig_all
DEBUG 1: Forecast File:
../data/sample_fcst/2005080700/wrfprs_ruc13_12.tm00_G212
DEBUG 1: Observation File:
../data/sample_fcst/2005080712/wrfprs_ruc13_00.tm00_G212
DEBUG 2:
DEBUG 2:
--------------------------------------------------------------------------------
DEBUG 2:
DEBUG 2: Processing TMP/Z2 versus TMP/Z2, for interpolation method
UW_MEAN(1), over region DTC165, using 5558 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Processing TMP/Z2 versus TMP/Z2, for interpolation method
UW_MEAN(1), over region DTC166, using 6862 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Processing TMP/Z2 versus TMP/Z2, for interpolation method
UW_MEAN(1), over region CONUS, using 5479 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Processing TMP/Z2 versus TMP/Z2, for interpolation method
UW_MEAN(1), over region LMV, using 524 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Processing TMP/Z2 versus TMP/Z2, for interpolation method
NBRHD(9), raw thresholds of <300.000 and <300.000, over region LMV,
using 5558 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing TMP/Z2 versus TMP/Z2, for interpolation method
NBRHD(9), raw thresholds of <300.000 and <300.000, over region DTC165,
using 6862 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing TMP/Z2 versus TMP/Z2, for interpolation method
NBRHD(9), raw thresholds of <300.000 and <300.000, over region DTC166,
using 5479 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing TMP/Z2 versus TMP/Z2, for interpolation method
NBRHD(9), raw thresholds of <300.000 and <300.000, over region CONUS,
using 524 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing TMP/Z2 versus TMP/Z2, for interpolation method
NBRHD(9), raw thresholds of >=300.000 and >=300.000, over region LMV,
using 5558 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing TMP/Z2 versus TMP/Z2, for interpolation method
NBRHD(9), raw thresholds of >=300.000 and >=300.000, over region
DTC165, using 6862 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing TMP/Z2 versus TMP/Z2, for interpolation method
NBRHD(9), raw thresholds of >=300.000 and >=300.000, over region
DTC166, using 5479 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing TMP/Z2 versus TMP/Z2, for interpolation method
NBRHD(9), raw thresholds of >=300.000 and >=300.000, over region
CONUS, using 524 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing TMP/Z2 versus TMP/Z2, for interpolation method
NBRHD(25), raw thresholds of <300.000 and <300.000, over region LMV,
using 5558 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing TMP/Z2 versus TMP/Z2, for interpolation method
NBRHD(25), raw thresholds of <300.000 and <300.000, over region
DTC165, using 6862 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing TMP/Z2 versus TMP/Z2, for interpolation method
NBRHD(25), raw thresholds of <300.000 and <300.000, over region
DTC166, using 5479 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing TMP/Z2 versus TMP/Z2, for interpolation method
NBRHD(25), raw thresholds of <300.000 and <300.000, over region CONUS,
using 524 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing TMP/Z2 versus TMP/Z2, for interpolation method
NBRHD(25), raw thresholds of >=300.000 and >=300.000, over region LMV,
using 5558 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing TMP/Z2 versus TMP/Z2, for interpolation method
NBRHD(25), raw thresholds of >=300.000 and >=300.000, over region
DTC165, using 6862 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing TMP/Z2 versus TMP/Z2, for interpolation method
NBRHD(25), raw thresholds of >=300.000 and >=300.000, over region
DTC166, using 5479 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing TMP/Z2 versus TMP/Z2, for interpolation method
NBRHD(25), raw thresholds of >=300.000 and >=300.000, over region
CONUS, using 524 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2:
DEBUG 2:
--------------------------------------------------------------------------------
DEBUG 2:
DEBUG 2: Processing RH/Z2 versus RH/Z2, for interpolation method
UW_MEAN(1), over region DTC165, using 5558 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Processing RH/Z2 versus RH/Z2, for interpolation method
UW_MEAN(1), over region DTC166, using 6862 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Processing RH/Z2 versus RH/Z2, for interpolation method
UW_MEAN(1), over region CONUS, using 5479 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Processing RH/Z2 versus RH/Z2, for interpolation method
UW_MEAN(1), over region LMV, using 524 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Processing RH/Z2 versus RH/Z2, for interpolation method
NBRHD(9), raw thresholds of >=80.000 and >=80.000, over region LMV,
using 5558 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing RH/Z2 versus RH/Z2, for interpolation method
NBRHD(9), raw thresholds of >=80.000 and >=80.000, over region DTC165,
using 6862 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing RH/Z2 versus RH/Z2, for interpolation method
NBRHD(9), raw thresholds of >=80.000 and >=80.000, over region DTC166,
using 5479 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing RH/Z2 versus RH/Z2, for interpolation method
NBRHD(9), raw thresholds of >=80.000 and >=80.000, over region CONUS,
using 524 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing RH/Z2 versus RH/Z2, for interpolation method
NBRHD(25), raw thresholds of >=80.000 and >=80.000, over region LMV,
using 5558 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing RH/Z2 versus RH/Z2, for interpolation method
NBRHD(25), raw thresholds of >=80.000 and >=80.000, over region
DTC165, using 6862 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing RH/Z2 versus RH/Z2, for interpolation method
NBRHD(25), raw thresholds of >=80.000 and >=80.000, over region
DTC166, using 5479 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing RH/Z2 versus RH/Z2, for interpolation method
NBRHD(25), raw thresholds of >=80.000 and >=80.000, over region CONUS,
using 524 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2:
DEBUG 2:
--------------------------------------------------------------------------------
DEBUG 2:
DEBUG 2: Processing UGRD/Z10 versus UGRD/Z10, for interpolation method
UW_MEAN(1), over region DTC165, using 5558 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Processing UGRD/Z10 versus UGRD/Z10, for interpolation method
UW_MEAN(1), over region DTC166, using 6862 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Processing UGRD/Z10 versus UGRD/Z10, for interpolation method
UW_MEAN(1), over region CONUS, using 5479 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Processing UGRD/Z10 versus UGRD/Z10, for interpolation method
UW_MEAN(1), over region LMV, using 524 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Processing UGRD/Z10 versus UGRD/Z10, for interpolation method
NBRHD(9), raw thresholds of >=2.000 and >=2.000, over region LMV,
using 5558 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing UGRD/Z10 versus UGRD/Z10, for interpolation method
NBRHD(9), raw thresholds of >=2.000 and >=2.000, over region DTC165,
using 6862 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing UGRD/Z10 versus UGRD/Z10, for interpolation method
NBRHD(9), raw thresholds of >=2.000 and >=2.000, over region DTC166,
using 5479 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing UGRD/Z10 versus UGRD/Z10, for interpolation method
NBRHD(9), raw thresholds of >=2.000 and >=2.000, over region CONUS,
using 524 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing UGRD/Z10 versus UGRD/Z10, for interpolation method
NBRHD(9), raw thresholds of >=5.000 and >=5.000, over region LMV,
using 5558 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing UGRD/Z10 versus UGRD/Z10, for interpolation method
NBRHD(9), raw thresholds of >=5.000 and >=5.000, over region DTC165,
using 6862 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing UGRD/Z10 versus UGRD/Z10, for interpolation method
NBRHD(9), raw thresholds of >=5.000 and >=5.000, over region DTC166,
using 5479 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing UGRD/Z10 versus UGRD/Z10, for interpolation method
NBRHD(9), raw thresholds of >=5.000 and >=5.000, over region CONUS,
using 524 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing UGRD/Z10 versus UGRD/Z10, for interpolation method
NBRHD(25), raw thresholds of >=2.000 and >=2.000, over region LMV,
using 5558 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing UGRD/Z10 versus UGRD/Z10, for interpolation method
NBRHD(25), raw thresholds of >=2.000 and >=2.000, over region DTC165,
using 6862 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing UGRD/Z10 versus UGRD/Z10, for interpolation method
NBRHD(25), raw thresholds of >=2.000 and >=2.000, over region DTC166,
using 5479 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing UGRD/Z10 versus UGRD/Z10, for interpolation method
NBRHD(25), raw thresholds of >=2.000 and >=2.000, over region CONUS,
using 524 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing UGRD/Z10 versus UGRD/Z10, for interpolation method
NBRHD(25), raw thresholds of >=5.000 and >=5.000, over region LMV,
using 5558 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing UGRD/Z10 versus UGRD/Z10, for interpolation method
NBRHD(25), raw thresholds of >=5.000 and >=5.000, over region DTC165,
using 6862 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing UGRD/Z10 versus UGRD/Z10, for interpolation method
NBRHD(25), raw thresholds of >=5.000 and >=5.000, over region DTC166,
using 5479 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing UGRD/Z10 versus UGRD/Z10, for interpolation method
NBRHD(25), raw thresholds of >=5.000 and >=5.000, over region CONUS,
using 524 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2:
DEBUG 2:
--------------------------------------------------------------------------------
DEBUG 2:
DEBUG 2: Processing VGRD/Z10 versus VGRD/Z10, for interpolation method
UW_MEAN(1), over region DTC165, using 5558 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Computing Vector Partial Sums, for forecast wind speed NA,
for observation wind speed NA, using 5558 pairs.
DEBUG 2: Processing VGRD/Z10 versus VGRD/Z10, for interpolation method
UW_MEAN(1), over region DTC166, using 6862 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Computing Vector Partial Sums, for forecast wind speed NA,
for observation wind speed NA, using 6862 pairs.
DEBUG 2: Processing VGRD/Z10 versus VGRD/Z10, for interpolation method
UW_MEAN(1), over region CONUS, using 5479 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Computing Vector Partial Sums, for forecast wind speed NA,
for observation wind speed NA, using 5479 pairs.
DEBUG 2: Processing VGRD/Z10 versus VGRD/Z10, for interpolation method
UW_MEAN(1), over region LMV, using 524 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Computing Vector Partial Sums, for forecast wind speed NA,
for observation wind speed NA, using 524 pairs.
DEBUG 2: Processing VGRD/Z10 versus VGRD/Z10, for interpolation method
NBRHD(9), raw thresholds of >=2.000 and >=2.000, over region LMV,
using 5558 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing VGRD/Z10 versus VGRD/Z10, for interpolation method
NBRHD(9), raw thresholds of >=2.000 and >=2.000, over region DTC165,
using 6862 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing VGRD/Z10 versus VGRD/Z10, for interpolation method
NBRHD(9), raw thresholds of >=2.000 and >=2.000, over region DTC166,
using 5479 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing VGRD/Z10 versus VGRD/Z10, for interpolation method
NBRHD(9), raw thresholds of >=2.000 and >=2.000, over region CONUS,
using 524 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing VGRD/Z10 versus VGRD/Z10, for interpolation method
NBRHD(9), raw thresholds of >=5.000 and >=5.000, over region LMV,
using 5558 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing VGRD/Z10 versus VGRD/Z10, for interpolation method
NBRHD(9), raw thresholds of >=5.000 and >=5.000, over region DTC165,
using 6862 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing VGRD/Z10 versus VGRD/Z10, for interpolation method
NBRHD(9), raw thresholds of >=5.000 and >=5.000, over region DTC166,
using 5479 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing VGRD/Z10 versus VGRD/Z10, for interpolation method
NBRHD(9), raw thresholds of >=5.000 and >=5.000, over region CONUS,
using 524 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing VGRD/Z10 versus VGRD/Z10, for interpolation method
NBRHD(25), raw thresholds of >=2.000 and >=2.000, over region LMV,
using 5558 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing VGRD/Z10 versus VGRD/Z10, for interpolation method
NBRHD(25), raw thresholds of >=2.000 and >=2.000, over region DTC165,
using 6862 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing VGRD/Z10 versus VGRD/Z10, for interpolation method
NBRHD(25), raw thresholds of >=2.000 and >=2.000, over region DTC166,
using 5479 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing VGRD/Z10 versus VGRD/Z10, for interpolation method
NBRHD(25), raw thresholds of >=2.000 and >=2.000, over region CONUS,
using 524 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing VGRD/Z10 versus VGRD/Z10, for interpolation method
NBRHD(25), raw thresholds of >=5.000 and >=5.000, over region LMV,
using 5558 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing VGRD/Z10 versus VGRD/Z10, for interpolation method
NBRHD(25), raw thresholds of >=5.000 and >=5.000, over region DTC165,
using 6862 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing VGRD/Z10 versus VGRD/Z10, for interpolation method
NBRHD(25), raw thresholds of >=5.000 and >=5.000, over region DTC166,
using 5479 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2: Processing VGRD/Z10 versus VGRD/Z10, for interpolation method
NBRHD(25), raw thresholds of >=5.000 and >=5.000, over region CONUS,
using 524 pairs.
DEBUG 2: Computing Neighborhood Categorical Statistics.
DEBUG 2: Computing Neighborhood Continuous Statistics.
DEBUG 2:
DEBUG 2:
--------------------------------------------------------------------------------
DEBUG 2:
DEBUG 1: Output file:
../out/grid_stat/grid_stat_120000L_20050807_120000V.stat
DEBUG 1: Output file:
../out/grid_stat/grid_stat_120000L_20050807_120000V_fho.txt
DEBUG 1: Output file:
../out/grid_stat/grid_stat_120000L_20050807_120000V_ctc.txt
DEBUG 1: Output file:
../out/grid_stat/grid_stat_120000L_20050807_120000V_cts.txt
DEBUG 1: Output file:
../out/grid_stat/grid_stat_120000L_20050807_120000V_cnt.txt
DEBUG 1: Output file:
../out/grid_stat/grid_stat_120000L_20050807_120000V_sl1l2.txt
DEBUG 1: Output file:
../out/grid_stat/grid_stat_120000L_20050807_120000V_vl1l2.txt
DEBUG 1: Output file:
../out/grid_stat/grid_stat_120000L_20050807_120000V_nbrctc.txt
DEBUG 1: Output file:
../out/grid_stat/grid_stat_120000L_20050807_120000V_nbrcts.txt
DEBUG 1: Output file:
../out/grid_stat/grid_stat_120000L_20050807_120000V_nbrcnt.txt
DEBUG 1: Output file:
../out/grid_stat/grid_stat_120000L_20050807_120000V_pairs.nc
*** Testing PB2NC application ***
*** Running PB2NC on a PREPBUFR file ***
DEBUG 1: Default Config File:
/gpfs/gd1/emc/global/save/Partha.Bhattacharjee/MET/METv4.1/data/config/PB2NCConfig_default
DEBUG 1: User Config File: config/PB2NCConfig_G212
DEBUG 1: Creating NetCDF File: ../out/pb2nc/sample_pb.nc
DEBUG 1: Processing PrepBufr File:
../data/sample_obs/prepbufr/ndas.t00z.prepbufr.tm12.20070401.nr
DEBUG 1: Blocking PrepBufr file to: /tmp/tmp_pb2nc_blk_25094_0
DEBUG 2: PrepBufr Time Center: 20070331_120000
DEBUG 2: Searching Time Window: 20070331_113000 to 20070331_123000
DEBUG 2: Processing 69833 PrepBufr messages...
5% 10% 15% 20% 25% 30% 35% 40% 45% 50% 55% 60% 65% 70% 75% 80% 85% 90%
95%
DEBUG 2: Total PrepBufr Messages processed = 69833
DEBUG 2: Rejected based on message type = 0
DEBUG 2: Rejected based on station id = 0
DEBUG 2: Rejected based on valid time = 42784
DEBUG 2: Rejected based on masking grid = 14617
DEBUG 2: Rejected based on masking polygon = 0
DEBUG 2: Rejected based on elevation = 0
DEBUG 2: Rejected based on pb report type = 0
DEBUG 2: Rejected based on input report type = 0
DEBUG 2: Rejected based on instrument type = 0
DEBUG 2: Rejected based on zero observations = 3036
DEBUG 2: Total PrepBufr Messages retained = 9396
DEBUG 2: Total observations retained or derived = 87752
*** Testing PLOT_POINT_OBS application ***
*** Running PLOT_POINT_OBS on a sample netCDF observation file ***
DEBUG 2: Using default global grid.
DEBUG 1: Opening netCDF file: ../out/pb2nc/sample_pb.nc
DEBUG 2: Processing 87752 observations at 9396 locations.
DEBUG 2: Observation GRIB codes: ALL
DEBUG 2: Observation message types: ALL
DEBUG 1: Creating postscript file: ../out/plot_point_obs/sample_pb.ps
DEBUG 2: Finished plotting 9396 locations.
DEBUG 2: Skipped 0 locations off the grid.
*** Testing ASCII2NC application ***
*** Running ASCII2NC to reformat ASCII point observations into NetCDF
***
DEBUG 2: Processing observations for 5 headers.
DEBUG 1: Creating NetCDF Observation file:
../out/ascii2nc/sample_ascii.nc
DEBUG 2: Finished processing 2140 observations for 5 headers.
*** Running ASCII2NC to reformat ASCII rain gauge observations into
NetCDF ***
DEBUG 2: Processing observations for 1836 headers.
DEBUG 1: Creating NetCDF Observation file:
../out/ascii2nc/precip24_2010010112.nc
DEBUG 2: Finished processing 1836 observations for 1836 headers.
*** Testing MADIS2NC application ***
*** Running MADIS2NC to reformat MADIS point observations into NetCDF
***
DEBUG 1: Reading MADIS File:
../data/sample_obs/madis/metar/metar_2012040912_F000.nc
DEBUG 1: Writing MET File: ../out/madis2nc/metar_2012040912_F000.nc
DEBUG 2: Processing METAR recs = 4000
DEBUG 2: Rejected based on QC = 0
DEBUG 2: Rejected based on fill = 35746
DEBUG 2: Retained or derived = 27894
*** Testing Point-Stat application ***
*** Running Point-Stat on sample NAM data ***
DEBUG 1: Default Config File:
/gpfs/gd1/emc/global/save/Partha.Bhattacharjee/MET/METv4.1/data/config/PointStatConfig_default
DEBUG 1: User Config File: config/PointStatConfig
DEBUG 1: Forecast File:
../data/sample_fcst/2007033000/nam.t00z.awip1236.tm00.20070330.grb
DEBUG 1: Climatology File: none
DEBUG 1: Observation File: ../out/pb2nc/sample_pb.nc
DEBUG 1: Observation File: ../out/ascii2nc/sample_ascii.nc
DEBUG 2:
DEBUG 2:
--------------------------------------------------------------------------------
DEBUG 2:
DEBUG 2: Reading data for TMP/P900-750.
DEBUG 2: For TMP/P900-750 found 4 forecast levels and 0 climatology
levels.
DEBUG 2:
DEBUG 2:
--------------------------------------------------------------------------------
DEBUG 2:
DEBUG 2: Reading data for UGRD/Z10.
DEBUG 2: For UGRD/Z10 found 1 forecast levels and 0 climatology
levels.
DEBUG 2:
DEBUG 2:
--------------------------------------------------------------------------------
DEBUG 2:
DEBUG 2: Reading data for VGRD/Z10.
DEBUG 2: For VGRD/Z10 found 1 forecast levels and 0 climatology
levels.
DEBUG 2:
DEBUG 2:
--------------------------------------------------------------------------------
DEBUG 2:
DEBUG 2: Searching 87752 observations from 9396 messages.
DEBUG 2: Searching 2140 observations from 5 messages.
DEBUG 2:
DEBUG 2:
--------------------------------------------------------------------------------
DEBUG 2:
DEBUG 2: Processing TMP/P900-750 versus TMP/P900-750, for observation
type ADPUPA, over region DTC165, for interpolation method UW_MEAN(1),
using 155 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Computing Scalar Partial Sums.
DEBUG 2: Processing TMP/P900-750 versus TMP/P900-750, for observation
type ADPUPA, over region DTC165, for interpolation method MEDIAN(9),
using 155 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Computing Scalar Partial Sums.
DEBUG 2: Processing TMP/P900-750 versus TMP/P900-750, for observation
type ADPUPA, over region DTC165, for interpolation method DW_MEAN(9),
using 155 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Computing Scalar Partial Sums.
DEBUG 2: Processing TMP/P900-750 versus TMP/P900-750, for observation
type ADPUPA, over region DTC166, for interpolation method UW_MEAN(1),
using 334 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Computing Scalar Partial Sums.
DEBUG 2: Processing TMP/P900-750 versus TMP/P900-750, for observation
type ADPUPA, over region DTC166, for interpolation method MEDIAN(9),
using 334 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Computing Scalar Partial Sums.
DEBUG 2: Processing TMP/P900-750 versus TMP/P900-750, for observation
type ADPUPA, over region DTC166, for interpolation method DW_MEAN(9),
using 334 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Computing Scalar Partial Sums.
DEBUG 2: Processing TMP/P900-750 versus TMP/P900-750, for observation
type ADPUPA, over region LMV, for interpolation method UW_MEAN(1),
using 13 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Computing Scalar Partial Sums.
DEBUG 2: Processing TMP/P900-750 versus TMP/P900-750, for observation
type ADPUPA, over region LMV, for interpolation method MEDIAN(9),
using 13 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Computing Scalar Partial Sums.
DEBUG 2: Processing TMP/P900-750 versus TMP/P900-750, for observation
type ADPUPA, over region LMV, for interpolation method DW_MEAN(9),
using 13 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Computing Scalar Partial Sums.
DEBUG 2: Processing TMP/P900-750 versus TMP/P900-750, for observation
type ADPSFC, over region DTC165, for interpolation method UW_MEAN(1),
using 312 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Computing Scalar Partial Sums.
DEBUG 2: Processing TMP/P900-750 versus TMP/P900-750, for observation
type ADPSFC, over region DTC165, for interpolation method MEDIAN(9),
using 312 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Computing Scalar Partial Sums.
DEBUG 2: Processing TMP/P900-750 versus TMP/P900-750, for observation
type ADPSFC, over region DTC165, for interpolation method DW_MEAN(9),
using 312 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Computing Scalar Partial Sums.
DEBUG 2: Processing TMP/P900-750 versus TMP/P900-750, for observation
type ADPSFC, over region DTC166, for interpolation method UW_MEAN(1),
using 8 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Computing Scalar Partial Sums.
DEBUG 2: Processing TMP/P900-750 versus TMP/P900-750, for observation
type ADPSFC, over region DTC166, for interpolation method MEDIAN(9),
using 8 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Computing Scalar Partial Sums.
DEBUG 2: Processing TMP/P900-750 versus TMP/P900-750, for observation
type ADPSFC, over region DTC166, for interpolation method DW_MEAN(9),
using 8 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Computing Scalar Partial Sums.
DEBUG 2: Processing TMP/P900-750 versus TMP/P900-750, for observation
type ADPSFC, over region LMV, for interpolation method UW_MEAN(1),
using 0 pairs.
DEBUG 2: Processing TMP/P900-750 versus TMP/P900-750, for observation
type ADPSFC, over region LMV, for interpolation method MEDIAN(9),
using 0 pairs.
DEBUG 2: Processing TMP/P900-750 versus TMP/P900-750, for observation
type ADPSFC, over region LMV, for interpolation method DW_MEAN(9),
using 0 pairs.
DEBUG 2:
DEBUG 2:
--------------------------------------------------------------------------------
DEBUG 2:
DEBUG 2: Processing UGRD/Z10 versus UGRD/Z10, for observation type
ADPUPA, over region DTC165, for interpolation method UW_MEAN(1), using
0 pairs.
DEBUG 2: Processing UGRD/Z10 versus UGRD/Z10, for observation type
ADPUPA, over region DTC165, for interpolation method MEDIAN(9), using
0 pairs.
DEBUG 2: Processing UGRD/Z10 versus UGRD/Z10, for observation type
ADPUPA, over region DTC165, for interpolation method DW_MEAN(9), using
0 pairs.
DEBUG 2: Processing UGRD/Z10 versus UGRD/Z10, for observation type
ADPUPA, over region DTC166, for interpolation method UW_MEAN(1), using
0 pairs.
DEBUG 2: Processing UGRD/Z10 versus UGRD/Z10, for observation type
ADPUPA, over region DTC166, for interpolation method MEDIAN(9), using
0 pairs.
DEBUG 2: Processing UGRD/Z10 versus UGRD/Z10, for observation type
ADPUPA, over region DTC166, for interpolation method DW_MEAN(9), using
0 pairs.
DEBUG 2: Processing UGRD/Z10 versus UGRD/Z10, for observation type
ADPUPA, over region LMV, for interpolation method UW_MEAN(1), using 0
pairs.
DEBUG 2: Processing UGRD/Z10 versus UGRD/Z10, for observation type
ADPUPA, over region LMV, for interpolation method MEDIAN(9), using 0
pairs.
DEBUG 2: Processing UGRD/Z10 versus UGRD/Z10, for observation type
ADPUPA, over region LMV, for interpolation method DW_MEAN(9), using 0
pairs.
DEBUG 2: Processing UGRD/Z10 versus UGRD/Z10, for observation type
ADPSFC, over region DTC165, for interpolation method UW_MEAN(1), using
934 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Processing UGRD/Z10 versus UGRD/Z10, for observation type
ADPSFC, over region DTC165, for interpolation method MEDIAN(9), using
934 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Processing UGRD/Z10 versus UGRD/Z10, for observation type
ADPSFC, over region DTC165, for interpolation method DW_MEAN(9), using
934 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Processing UGRD/Z10 versus UGRD/Z10, for observation type
ADPSFC, over region DTC166, for interpolation method UW_MEAN(1), using
2955 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Processing UGRD/Z10 versus UGRD/Z10, for observation type
ADPSFC, over region DTC166, for interpolation method MEDIAN(9), using
2955 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Processing UGRD/Z10 versus UGRD/Z10, for observation type
ADPSFC, over region DTC166, for interpolation method DW_MEAN(9), using
2955 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Processing UGRD/Z10 versus UGRD/Z10, for observation type
ADPSFC, over region LMV, for interpolation method UW_MEAN(1), using
364 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Processing UGRD/Z10 versus UGRD/Z10, for observation type
ADPSFC, over region LMV, for interpolation method MEDIAN(9), using 364
pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Processing UGRD/Z10 versus UGRD/Z10, for observation type
ADPSFC, over region LMV, for interpolation method DW_MEAN(9), using
364 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2:
DEBUG 2:
--------------------------------------------------------------------------------
DEBUG 2:
DEBUG 2: Processing VGRD/Z10 versus VGRD/Z10, for observation type
ADPUPA, over region DTC165, for interpolation method UW_MEAN(1), using
0 pairs.
DEBUG 2: Processing VGRD/Z10 versus VGRD/Z10, for observation type
ADPUPA, over region DTC165, for interpolation method MEDIAN(9), using
0 pairs.
DEBUG 2: Processing VGRD/Z10 versus VGRD/Z10, for observation type
ADPUPA, over region DTC165, for interpolation method DW_MEAN(9), using
0 pairs.
DEBUG 2: Processing VGRD/Z10 versus VGRD/Z10, for observation type
ADPUPA, over region DTC166, for interpolation method UW_MEAN(1), using
0 pairs.
DEBUG 2: Processing VGRD/Z10 versus VGRD/Z10, for observation type
ADPUPA, over region DTC166, for interpolation method MEDIAN(9), using
0 pairs.
DEBUG 2: Processing VGRD/Z10 versus VGRD/Z10, for observation type
ADPUPA, over region DTC166, for interpolation method DW_MEAN(9), using
0 pairs.
DEBUG 2: Processing VGRD/Z10 versus VGRD/Z10, for observation type
ADPUPA, over region LMV, for interpolation method UW_MEAN(1), using 0
pairs.
DEBUG 2: Processing VGRD/Z10 versus VGRD/Z10, for observation type
ADPUPA, over region LMV, for interpolation method MEDIAN(9), using 0
pairs.
DEBUG 2: Processing VGRD/Z10 versus VGRD/Z10, for observation type
ADPUPA, over region LMV, for interpolation method DW_MEAN(9), using 0
pairs.
DEBUG 2: Processing VGRD/Z10 versus VGRD/Z10, for observation type
ADPSFC, over region DTC165, for interpolation method UW_MEAN(1), using
934 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Computing Vector Partial Sums, for forecast wind speed NA,
for observation wind speed NA, using 934 pairs.
DEBUG 2: Processing VGRD/Z10 versus VGRD/Z10, for observation type
ADPSFC, over region DTC165, for interpolation method MEDIAN(9), using
934 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Computing Vector Partial Sums, for forecast wind speed NA,
for observation wind speed NA, using 934 pairs.
DEBUG 2: Processing VGRD/Z10 versus VGRD/Z10, for observation type
ADPSFC, over region DTC165, for interpolation method DW_MEAN(9), using
934 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Computing Vector Partial Sums, for forecast wind speed NA,
for observation wind speed NA, using 934 pairs.
DEBUG 2: Processing VGRD/Z10 versus VGRD/Z10, for observation type
ADPSFC, over region DTC166, for interpolation method UW_MEAN(1), using
2955 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Computing Vector Partial Sums, for forecast wind speed NA,
for observation wind speed NA, using 2955 pairs.
DEBUG 2: Processing VGRD/Z10 versus VGRD/Z10, for observation type
ADPSFC, over region DTC166, for interpolation method MEDIAN(9), using
2955 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Computing Vector Partial Sums, for forecast wind speed NA,
for observation wind speed NA, using 2955 pairs.
DEBUG 2: Processing VGRD/Z10 versus VGRD/Z10, for observation type
ADPSFC, over region DTC166, for interpolation method DW_MEAN(9), using
2955 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Computing Vector Partial Sums, for forecast wind speed NA,
for observation wind speed NA, using 2955 pairs.
DEBUG 2: Processing VGRD/Z10 versus VGRD/Z10, for observation type
ADPSFC, over region LMV, for interpolation method UW_MEAN(1), using
364 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Computing Vector Partial Sums, for forecast wind speed NA,
for observation wind speed NA, using 364 pairs.
DEBUG 2: Processing VGRD/Z10 versus VGRD/Z10, for observation type
ADPSFC, over region LMV, for interpolation method MEDIAN(9), using 364
pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Computing Vector Partial Sums, for forecast wind speed NA,
for observation wind speed NA, using 364 pairs.
DEBUG 2: Processing VGRD/Z10 versus VGRD/Z10, for observation type
ADPSFC, over region LMV, for interpolation method DW_MEAN(9), using
364 pairs.
DEBUG 2: Computing Categorical Statistics.
DEBUG 2: Computing Continuous Statistics.
DEBUG 2: Computing Vector Partial Sums, for forecast wind speed NA,
for observation wind speed NA, using 364 pairs.
DEBUG 2:
DEBUG 2:
--------------------------------------------------------------------------------
DEBUG 2:
DEBUG 1: Output file:
../out/point_stat/point_stat_360000L_20070331_120000V.stat
DEBUG 1: Output file:
../out/point_stat/point_stat_360000L_20070331_120000V_fho.txt
DEBUG 1: Output file:
../out/point_stat/point_stat_360000L_20070331_120000V_ctc.txt
DEBUG 1: Output file:
../out/point_stat/point_stat_360000L_20070331_120000V_cts.txt
DEBUG 1: Output file:
../out/point_stat/point_stat_360000L_20070331_120000V_cnt.txt
DEBUG 1: Output file:
../out/point_stat/point_stat_360000L_20070331_120000V_sl1l2.txt
DEBUG 1: Output file:
../out/point_stat/point_stat_360000L_20070331_120000V_sal1l2.txt
DEBUG 1: Output file:
../out/point_stat/point_stat_360000L_20070331_120000V_vl1l2.txt
DEBUG 1: Output file:
../out/point_stat/point_stat_360000L_20070331_120000V_val1l2.txt
DEBUG 1: Output file:
../out/point_stat/point_stat_360000L_20070331_120000V_mpr.txt
*** Testing Wavelet-Stat application ***
*** Running Wavelet-Stat on APCP using a GRIB forecast and netCDF
observation ***
DEBUG 1: Default Config File:
/gpfs/gd1/emc/global/save/Partha.Bhattacharjee/MET/METv4.1/data/config/WaveletStatConfig_default
DEBUG 1: User Config File: config/WaveletStatConfig_APCP_12
DEBUG 1: Forecast File:
../data/sample_fcst/2005080700/wrfprs_ruc13_12.tm00_G212
DEBUG 1: Observation File:
../out/pcp_combine/sample_obs_2005080712V_12A.nc
DEBUG 2:
DEBUG 2: Tiling Method: Apply 1 tile(s) automatically computed with
dimension = 128 and lower-left (x, y) = (29.00, 1.00)
DEBUG 2:
DEBUG 2:
--------------------------------------------------------------------------------
DEBUG 2:
DEBUG 2: Processing APCP/A12 versus APCP_12(*,*).
DEBUG 2: Forecast field: Replaced 9703 bad data values out of 23865
points with fill value of 0.
DEBUG 2: Observation field: Replaced 17405 bad data values out of
23865 points with fill value of 0.
DEBUG 2: Loading forecast raw color table:
/gpfs/gd1/emc/global/save/Partha.Bhattacharjee/MET/METv4.1/data/colortables/met_default.ctable
DEBUG 2: Loading observation raw color table:
/gpfs/gd1/emc/global/save/Partha.Bhattacharjee/MET/METv4.1/data/colortables/met_default.ctable
DEBUG 2: Loading wavelet color table:
/gpfs/gd1/emc/global/save/Partha.Bhattacharjee/MET/METv4.1/data/colortables/NCL_colortables/BlWhRe.ctable
DEBUG 2: Retrieving data for tile 1 with dimension = 128 and lower-
left (x, y) = (29, 1)
DEBUG 2: Computing Intensity-Scale decomposition for APCP/A12 gt0.000
versus APCP_12(*,*) gt0.000.
DEBUG 2: Computing Intensity-Scale decomposition for APCP/A12 ge5.000
versus APCP_12(*,*) ge5.000.
DEBUG 2:
DEBUG 2:
--------------------------------------------------------------------------------
DEBUG 2:
DEBUG 1: Output file:
../out/wavelet_stat/wavelet_stat_120000L_20050807_120000V.stat
DEBUG 1: Output file:
../out/wavelet_stat/wavelet_stat_120000L_20050807_120000V_isc.txt
DEBUG 1: Output file:
../out/wavelet_stat/wavelet_stat_120000L_20050807_120000V.nc
DEBUG 1: Output file:
../out/wavelet_stat/wavelet_stat_120000L_20050807_120000V.ps
*** Running Wavelet-Stat on APCP using netCDF input for both forecast
and observation ***
DEBUG 1: Default Config File:
/gpfs/gd1/emc/global/save/Partha.Bhattacharjee/MET/METv4.1/data/config/WaveletStatConfig_default
DEBUG 1: User Config File: config/WaveletStatConfig_APCP_12_NC
DEBUG 1: Forecast File:
../out/pcp_combine/sample_fcst_12L_2005080800V_12A.nc
DEBUG 1: Observation File:
../out/pcp_combine/sample_obs_2005080800V_12A.nc
DEBUG 2:
DEBUG 2: Tiling Method: Apply 1 tile(s) automatically computed with
dimension = 128 and lower-left (x, y) = (29.00, 1.00)
DEBUG 2:
DEBUG 2:
--------------------------------------------------------------------------------
DEBUG 2:
DEBUG 2: Processing APCP_12(*,*) versus APCP_12(*,*).
DEBUG 2: Forecast field: Replaced 9703 bad data values out of 23865
points with fill value of 0.
DEBUG 2: Observation field: Replaced 17318 bad data values out of
23865 points with fill value of 0.
DEBUG 2: Loading forecast raw color table:
/gpfs/gd1/emc/global/save/Partha.Bhattacharjee/MET/METv4.1/data/colortables/met_default.ctable
DEBUG 2: Loading observation raw color table:
/gpfs/gd1/emc/global/save/Partha.Bhattacharjee/MET/METv4.1/data/colortables/met_default.ctable
DEBUG 2: Loading wavelet color table:
/gpfs/gd1/emc/global/save/Partha.Bhattacharjee/MET/METv4.1/data/colortables/NCL_colortables/BlWhRe.ctable
DEBUG 2: Retrieving data for tile 1 with dimension = 128 and lower-
left (x, y) = (29, 1)
DEBUG 2: Computing Intensity-Scale decomposition for APCP_12(*,*)
gt0.000 versus APCP_12(*,*) gt0.000.
DEBUG 2: Computing Intensity-Scale decomposition for APCP_12(*,*)
ge5.000 versus APCP_12(*,*) ge5.000.
DEBUG 2:
DEBUG 2:
--------------------------------------------------------------------------------
DEBUG 2:
DEBUG 1: Output file:
../out/wavelet_stat/wavelet_stat_240000L_20050808_000000V.stat
DEBUG 1: Output file:
../out/wavelet_stat/wavelet_stat_240000L_20050808_000000V_isc.txt
DEBUG 1: Output file:
../out/wavelet_stat/wavelet_stat_240000L_20050808_000000V.nc
DEBUG 1: Output file:
../out/wavelet_stat/wavelet_stat_240000L_20050808_000000V.ps
*** Testing Ensemble-Stat application ***
*** Running Ensemble-Stat on APCP using GRIB forecasts, point
observations, and gridded observations ***
DEBUG 1: Default Config File:
/gpfs/gd1/emc/global/save/Partha.Bhattacharjee/MET/METv4.1/data/config/EnsembleStatConfig_default
DEBUG 1: User Config File: config/EnsembleStatConfig
DEBUG 1: Ensemble Files[6]:
DEBUG 1: ../data/sample_fcst/2009123112/arw-fer-
gep1/d01_2009123112_02400.grib
DEBUG 1: ../data/sample_fcst/2009123112/arw-fer-
gep5/d01_2009123112_02400.grib
DEBUG 1: ../data/sample_fcst/2009123112/arw-sch-
gep2/d01_2009123112_02400.grib
DEBUG 1: ../data/sample_fcst/2009123112/arw-sch-
gep6/d01_2009123112_02400.grib
DEBUG 1: ../data/sample_fcst/2009123112/arw-tom-
gep3/d01_2009123112_02400.grib
DEBUG 1: ../data/sample_fcst/2009123112/arw-tom-
gep7/d01_2009123112_02400.grib
DEBUG 1: Gridded Observation Files[1]:
DEBUG 1: ../data/sample_obs/ST4/ST4.2010010112.24h
DEBUG 1: Point Observation Files[1]:
DEBUG 1: ../out/ascii2nc/precip24_2010010112.nc
DEBUG 2:
DEBUG 2:
--------------------------------------------------------------------------------
DEBUG 2:
DEBUG 2: Processing ensemble field: APCP/A24
DEBUG 2:
DEBUG 2:
--------------------------------------------------------------------------------
DEBUG 2:
DEBUG 2: Processing ensemble field: REFC/L0
DEBUG 2:
DEBUG 2:
--------------------------------------------------------------------------------
DEBUG 2:
DEBUG 2: Processing ensemble field: UGRD/Z10
DEBUG 2:
DEBUG 2:
--------------------------------------------------------------------------------
DEBUG 2:
DEBUG 2: Processing ensemble field: VGRD/Z10
DEBUG 2:
DEBUG 2:
--------------------------------------------------------------------------------
DEBUG 2:
DEBUG 2: Processing ensemble field: WIND/Z10
DEBUG 2:
DEBUG 2:
--------------------------------------------------------------------------------
DEBUG 2:
DEBUG 2: Processing point observation file:
../out/ascii2nc/precip24_2010010112.nc
DEBUG 2: Searching 1836 observations from 1836 header messages.
DEBUG 2:
DEBUG 2:
--------------------------------------------------------------------------------
DEBUG 2:
DEBUG 2: Processing ensemble file: ../data/sample_fcst/2009123112/arw-
fer-gep1/d01_2009123112_02400.grib
DEBUG 2: For APCP/A24 found 1 forecast levels.
DEBUG 2:
DEBUG 2:
--------------------------------------------------------------------------------
DEBUG 2:
DEBUG 2: Processing ensemble file: ../data/sample_fcst/2009123112/arw-
fer-gep5/d01_2009123112_02400.grib
DEBUG 2: For APCP/A24 found 1 forecast levels.
DEBUG 2:
DEBUG 2:
--------------------------------------------------------------------------------
DEBUG 2:
DEBUG 2: Processing ensemble file: ../data/sample_fcst/2009123112/arw-
sch-gep2/d01_2009123112_02400.grib
DEBUG 2: For APCP/A24 found 1 forecast levels.
DEBUG 2:
DEBUG 2:
--------------------------------------------------------------------------------
DEBUG 2:
DEBUG 2: Processing ensemble file: ../data/sample_fcst/2009123112/arw-
sch-gep6/d01_2009123112_02400.grib
DEBUG 2: For APCP/A24 found 1 forecast levels.
DEBUG 2:
DEBUG 2:
--------------------------------------------------------------------------------
DEBUG 2:
DEBUG 2: Processing ensemble file: ../data/sample_fcst/2009123112/arw-
tom-gep3/d01_2009123112_02400.grib
DEBUG 2: For APCP/A24 found 1 forecast levels.
DEBUG 2:
DEBUG 2:
--------------------------------------------------------------------------------
DEBUG 2:
DEBUG 2: Processing ensemble file: ../data/sample_fcst/2009123112/arw-
tom-gep7/d01_2009123112_02400.grib
DEBUG 2: For APCP/A24 found 1 forecast levels.
DEBUG 2:
DEBUG 2:
--------------------------------------------------------------------------------
DEBUG 2:
DEBUG 2: Processing mean file:
../out/ensemble_stat/ensemble_stat_20100101_120000V_ens.nc
DEBUG 2: For APCP_24_A24_ENS_MEAN(*,*) found 1 forecast levels.
DEBUG 2:
DEBUG 2:
--------------------------------------------------------------------------------
DEBUG 2:
DEBUG 2: Processing point verification APCP/A24 versus APCP/A24, for
observation type ADPSFC, over region FULL, for interpolation method
UW_MEAN(1), using 1125 pairs.
DEBUG 2: Processing point verification APCP/A24 versus APCP/A24, for
observation type ADPSFC, over region HUC4_1605, for interpolation
method UW_MEAN(1), using 35 pairs.
DEBUG 2: Processing point verification APCP/A24 versus APCP/A24, for
observation type ADPSFC, over region HUC4_1803, for interpolation
method UW_MEAN(1), using 64 pairs.
DEBUG 2: Processing point verification APCP/A24 versus APCP/A24, for
observation type ADPSFC, over region HUC4_1804, for interpolation
method UW_MEAN(1), using 79 pairs.
DEBUG 2: Processing point verification APCP/A24 versus APCP/A24, for
observation type ADPSFC, over region HUC4_1805, for interpolation
method UW_MEAN(1), using 45 pairs.
DEBUG 2: Processing point verification APCP/A24 versus APCP/A24, for
observation type ADPSFC, over region HUC4_1806, for interpolation
method UW_MEAN(1), using 78 pairs.
DEBUG 2:
DEBUG 2:
--------------------------------------------------------------------------------
DEBUG 2:
DEBUG 2:
DEBUG 2:
--------------------------------------------------------------------------------
DEBUG 2:
DEBUG 2: Processing ensemble mean file:
../out/ensemble_stat/ensemble_stat_20100101_120000V_ens.nc
DEBUG 2: Processing gridded verification APCP/A24 versus APCP/A24, for
observation type MC_PCP, over region FULL, for interpolation method
UW_MEAN(1), using 15480 pairs.
DEBUG 2: Processing gridded verification APCP/A24 versus APCP/A24, for
observation type MC_PCP, over region HUC4_1605, for interpolation
method UW_MEAN(1), using 398 pairs.
DEBUG 2: Processing gridded verification APCP/A24 versus APCP/A24, for
observation type MC_PCP, over region HUC4_1803, for interpolation
method UW_MEAN(1), using 540 pairs.
DEBUG 2: Processing gridded verification APCP/A24 versus APCP/A24, for
observation type MC_PCP, over region HUC4_1804, for interpolation
method UW_MEAN(1), using 503 pairs.
DEBUG 2: Processing gridded verification APCP/A24 versus APCP/A24, for
observation type MC_PCP, over region HUC4_1805, for interpolation
method UW_MEAN(1), using 161 pairs.
DEBUG 2: Processing gridded verification APCP/A24 versus APCP/A24, for
observation type MC_PCP, over region HUC4_1806, for interpolation
method UW_MEAN(1), using 491 pairs.
DEBUG 2:
DEBUG 2:
--------------------------------------------------------------------------------
DEBUG 2:
DEBUG 1: Output file:
../out/ensemble_stat/ensemble_stat_20100101_120000V.stat
DEBUG 1: Output file:
../out/ensemble_stat/ensemble_stat_20100101_120000V_rhist.txt
DEBUG 1: Output file:
../out/ensemble_stat/ensemble_stat_20100101_120000V_orank.txt
DEBUG 1: Output file:
../out/ensemble_stat/ensemble_stat_20100101_120000V_ssvar.txt
DEBUG 1: Output file:
../out/ensemble_stat/ensemble_stat_20100101_120000V_ens.nc
DEBUG 1: Output file:
../out/ensemble_stat/ensemble_stat_20100101_120000V_orank.nc
*** Testing STAT-Analysis application ***
*** Running STAT-Analysis ***
DEBUG 1: Creating STAT-Analysis output file
"../out/stat_analysis/stat_analysis.out"
DEBUG 1: Default Config File:
/gpfs/gd1/emc/global/save/Partha.Bhattacharjee/MET/METv4.1/data/config/STATAnalysisConfig_default
DEBUG 1: User Config File: config/STATAnalysisConfig
DEBUG 2: STAT Lines read = 8061
DEBUG 2: STAT Lines retained = 8061
DEBUG 2:
DEBUG 2: Processing Job 1: -job filter -vx_mask DTC165 -line_type
SL1L2 -dump_row ../out/stat_analysis/job_filter_SL1L2.stat
DEBUG 1: Creating STAT output file
"../out/stat_analysis/job_filter_SL1L2.stat"
DEBUG 2: Job 1 used 4 out of 8061 STAT lines.
DEBUG 2:
DEBUG 2: Processing Job 2: -job summary -fcst_var TMP -alpha 0.05
-line_type CNT -column ME -dump_row
../out/stat_analysis/job_summary_ME.stat -out_alpha 0.05
DEBUG 1: Creating STAT output file
"../out/stat_analysis/job_summary_ME.stat"
DEBUG 2: Computing output for 1 case(s).
DEBUG 2: Job 2 used 4 out of 8061 STAT lines.
DEBUG 2:
DEBUG 2: Processing Job 3: -job aggregate -fcst_var TMP -vx_mask
DTC165 -vx_mask DTC166 -line_type SL1L2 -dump_row
../out/stat_analysis/job_aggregate_SL1L2.stat
DEBUG 1: Creating STAT output file
"../out/stat_analysis/job_aggregate_SL1L2.stat"
DEBUG 2: Computing output for 1 case(s).
DEBUG 2: Job 3 used 2 out of 8061 STAT lines.
DEBUG 2:
DEBUG 2: Processing Job 4: -job aggregate_stat -fcst_var TMP -vx_mask
DTC165 -vx_mask DTC166 -line_type SL1L2 -dump_row
../out/stat_analysis/job_aggregate_stat_SL1L2_CNT.stat -out_line_type
CNT -out_alpha 0.05 -rank_corr_flag 1
DEBUG 1: Creating STAT output file
"../out/stat_analysis/job_aggregate_stat_SL1L2_CNT.stat"
DEBUG 2: Computing output for 1 case(s).
DEBUG 2: Job 4 used 2 out of 8061 STAT lines.
DEBUG 2:
DEBUG 2: Processing Job 5: -job aggregate -fcst_var TMP -vx_mask
DTC165 -vx_mask DTC166 -fcst_thresh <300.000 -line_type FHO -dump_row
../out/stat_analysis/job_aggregate_FHO.stat
DEBUG 1: Creating STAT output file
"../out/stat_analysis/job_aggregate_FHO.stat"
DEBUG 2: Computing output for 1 case(s).
DEBUG 2: Job 5 used 2 out of 8061 STAT lines.
DEBUG 2:
DEBUG 2: Processing Job 6: -job aggregate_stat -fcst_var TMP -vx_mask
DTC165 -vx_mask DTC166 -fcst_thresh <300.000 -line_type FHO -dump_row
../out/stat_analysis/job_aggregate_stat_FHO_CTS.stat -out_line_type
CTS -out_alpha 0.05
DEBUG 1: Creating STAT output file
"../out/stat_analysis/job_aggregate_stat_FHO_CTS.stat"
DEBUG 2: Computing output for 1 case(s).
DEBUG 2: Job 6 used 2 out of 8061 STAT lines.
DEBUG 2:
DEBUG 2: Processing Job 7: -job aggregate_stat -fcst_var APCP_24
-vx_mask DTC165 -vx_mask DTC166 -line_type MCTC -column_min N_CAT 4.00
-column_max N_CAT 4.00 -dump_row
../out/stat_analysis/job_aggregate_stat_MCTC_MCTS.stat -out_line_type
MCTS -out_alpha 0.05
DEBUG 1: Creating STAT output file
"../out/stat_analysis/job_aggregate_stat_MCTC_MCTS.stat"
DEBUG 2: Computing output for 1 case(s).
DEBUG 2: Job 7 used 2 out of 8061 STAT lines.
DEBUG 2:
DEBUG 2: Processing Job 8: -job aggregate -vx_mask DTC165 -vx_mask
DTC166 -line_type PCT -dump_row
../out/stat_analysis/job_aggregate_PCT.stat
DEBUG 1: Creating STAT output file
"../out/stat_analysis/job_aggregate_PCT.stat"
DEBUG 2: Computing output for 1 case(s).
DEBUG 2: Job 8 used 2 out of 8061 STAT lines.
DEBUG 2:
DEBUG 2: Processing Job 9: -job aggregate_stat -vx_mask DTC165
-vx_mask DTC166 -line_type PCT -dump_row
../out/stat_analysis/job_aggregate_stat_PCT_PSTD.stat -out_line_type
PSTD -out_alpha 0.05
DEBUG 1: Creating STAT output file
"../out/stat_analysis/job_aggregate_stat_PCT_PSTD.stat"
DEBUG 2: Computing output for 1 case(s).
DEBUG 2: Job 9 used 2 out of 8061 STAT lines.
DEBUG 2:
DEBUG 2: Processing Job 10: -job aggregate -fcst_var APCP_12 -vx_mask
TILE_TOT -fcst_thresh >0.000 -line_type ISC -dump_row
../out/stat_analysis/job_aggregate_ISC.stat
DEBUG 1: Creating STAT output file
"../out/stat_analysis/job_aggregate_ISC.stat"
DEBUG 2: Computing output for 1 case(s).
DEBUG 2: Job 10 used 18 out of 8061 STAT lines.
DEBUG 2:
DEBUG 2: Processing Job 11: -job aggregate -obtype MC_PCP -vx_mask
HUC4_1605 -vx_mask HUC4_1803 -vx_mask HUC4_1804 -vx_mask HUC4_1805
-vx_mask HUC4_1806 -line_type RHIST -dump_row
../out/stat_analysis/job_aggregate_RHIST.stat
DEBUG 1: Creating STAT output file
"../out/stat_analysis/job_aggregate_RHIST.stat"
DEBUG 2: Computing output for 1 case(s).
DEBUG 2: Job 11 used 5 out of 8061 STAT lines.
DEBUG 2:
DEBUG 2: Processing Job 12: -job aggregate_stat -obtype ADPSFC
-vx_mask HUC4_1605 -vx_mask HUC4_1803 -vx_mask HUC4_1804 -vx_mask
HUC4_1805 -vx_mask HUC4_1806 -line_type ORANK -dump_row
../out/stat_analysis/job_aggregate_stat_ORANK_RHIST.stat
-out_line_type RHIST
DEBUG 1: Creating STAT output file
"../out/stat_analysis/job_aggregate_stat_ORANK_RHIST.stat"
DEBUG 2: Computing output for 1 case(s).
DEBUG 2: Job 12 used 301 out of 8061 STAT lines.
*** Testing MODE-Analysis application ***
*** Running MODE-Analysis to compute column summaries for simple
forecast objects ***
DEBUG 1: Default Config File:
/gpfs/gd1/emc/global/save/Partha.Bhattacharjee/MET/METv4.1/data/config/MODEAnalysisConfig_default
DEBUG 1: User Config File: config/MODEAnalysisConfig
DEBUG 2: Total mode lines read = 24
DEBUG 2: Total mode lines kept = 7
*** Running MODE-Analysis to compute column summaries for simple
observation objects ***
DEBUG 1: Default Config File:
/gpfs/gd1/emc/global/save/Partha.Bhattacharjee/MET/METv4.1/data/config/MODEAnalysisConfig_default
DEBUG 1: User Config File: config/MODEAnalysisConfig
DEBUG 2: Total mode lines read = 24
DEBUG 2: Total mode lines kept = 4
*** Running MODE-Analysis to summarize by case ***
DEBUG 2: Total mode lines read = 44
DEBUG 2: Total mode lines kept = 21
*** Testing PLOT_DATA_PLANE application ***
*** Running PLOT_DATA_PLANE on a sample GRIB1 gridded file ***
DEBUG 1: Opening data file:
../data/sample_fcst/2007033000/nam.t00z.awip1236.tm00.20070330.grb
DEBUG 1: Creating postscript file:
../out/plot_data_plane/nam.t00z.awip1236.tm00.20070330_TMPZ2.ps
*** Running PLOT_DATA_PLANE on a sample netCDF file ***
DEBUG 1: Opening data file:
../out/pcp_combine/sample_fcst_12L_2005080712V_12A.nc
DEBUG 1: Creating postscript file:
../out/plot_data_plane/sample_fcst_12L_2005080712V_12A_APCP12_NC_MET.ps
*** Finished Testing the Model Evaluation Tools Project ***
------------------------------------------------
Subject: cannot find libgsl.so.0
From: John Halley Gotway
Time: Wed Aug 13 15:15:24 2014
That file test_all.sh is running the "sh" shell:
#!/bin/sh
I'm guessing that's calling some configuration file that is not
".bashrc" -
so it's not picking up your setting.
You could try changing those references of "sh" to "bash" in that
scripts
directory. Or you could find the configuration file for the "sh"
shell and
setup the LD_LIBRARY_PATH in there. Basically, this is a issue with
your
linux environment.
Hope that helps.
Thanks,
John
On Wed, Aug 13, 2014 at 2:55 PM, Partha Bhattacharjee - NOAA Affiliate
via
RT <met_help at ucar.edu> wrote:
>
> <URL: https://rt.rap.ucar.edu/rt/Ticket/Display.html?id=68637 >
>
> Thanks John. That is strange, because after installing Gsl, I had
included
> the library path in .bashrc (which is I am using)
>
> export
> LD_LIBRARY_PATH=/u/Partha.Bhattacharjee/GSL/gsl-
1.16/lib:$LD_LIBRARY_PATH
>
> but got error message like I mentioned before (even after doing
source
> ~/.bashrc):
>
> ../bin/gen_poly_mask: error while loading shared libraries:
libgsl.so.0:
> cannot open shared object file: No such file or directory
> ../bin/mode: error while loading shared libraries: libgsl.so.0:
cannot open
> shared object file: No such file or directory
>
> However, if I manually type export
> LD_LIBRARY_PATH=/u/Partha.Bhattacharjee/GSL/gsl-
1.16/lib:$LD_LIBRARY_PATH
> before running ./test_all.sh > test6.txt in "scripts" folder, it
runs
> perfectly. Attached it the output from running test_all.sh.
>
> Partha
>
>
>
>
>
>
> On Wed, Aug 13, 2014 at 4:16 PM, John Halley Gotway via RT <
> met_help at ucar.edu> wrote:
>
> > Partha,
> >
> > When you compiled MET, you did so using "dynamic" linking, as
opposed to
> > "static" linking (which is specified by the "-static" flag on the
> CXX_FLAGS
> > line of user_defs.mk). Dynamic linking means that rather than
checking
> > for
> > required libraries at compilation time, the tools should check for
them
> at
> > run time. When you run the gen_poly_mask tool, it's looking for
the GSL
> > shared object library file named libgsl.so.0, as well as a bunch
of other
> > shared object files. It's erroring out telling you that it can't
find
> the
> > GSL shared object library file.
> >
> > Hopefully, we can just set the LD_LIBRARY_PATH environment
variable to
> tell
> > the tool where to look. The tools will by default look in common
areas,
> > like /usr/lib, /usr/local/lib and perhaps some others. Try doing
the
> > following (assuming c-shell here):
> >
> > cd METv4.1/scripts
> > echo $LD_LIBRARY_PATH
> > setenv LD_LIBRARY_PATH
> > /u/Partha.Bhattacharjee/GSL/gsl-1.16/lib:$LD_LIBRARY_PATH
> > setenv TEST_OUT_DIR ../out
> > ../bin/gen_poly_mask
> > ../data/sample_fcst/2005080700/wrfprs_ruc13_24.tm00_G212
> > ../data/poly/CONUS.poly
${TEST_OUT_DIR}/gen_poly_mask/CONUS_poly.nc -v 2
> >
> > If that call to gen_poly_mask works, then this will fix the
problem.
> Just
> > edit your shell configuration file (.cshrc or .profile) and
include the
> > locations of the GSL library in your LD_LIBRARY_PATH setting.
> >
> > Please let me know how it goes.
> >
> > Thanks,
> > John Halley Gotway
> > met_help at ucar.edu
> >
> >
> >
> > On Wed, Aug 13, 2014 at 1:26 PM, Partha Bhattacharjee - NOAA
Affiliate
> via
> > RT <met_help at ucar.edu> wrote:
> >
> > >
> > > Wed Aug 13 13:26:25 2014: Request 68637 was acted upon.
> > > Transaction: Ticket created by partha.bhattacharjee at noaa.gov
> > > Queue: met_help
> > > Subject: cannot find libgsl.so.0
> > > Owner: Nobody
> > > Requestors: partha.bhattacharjee at noaa.gov
> > > Status: new
> > > Ticket <URL:
https://rt.rap.ucar.edu/rt/Ticket/Display.html?id=68637
> >
> > >
> > >
> > > Hi,
> > >
> > > I have installed METv4.1 with Grib2 successfully. However, when
I ran
> > > ./test_all.sh under "scripts" folder, I am getting the
following
> errors
> > :
> > >
> > > ../bin/gen_poly_mask: error while loading shared libraries:
> libgsl.so.0:
> > > cannot open shared object file: No such file or directory
> > > ../bin/mode: error while loading shared libraries: libgsl.so.0:
cannot
> > open
> > > shared object file: No such file or directory
> > > ../bin/mode: error while loading shared libraries: libgsl.so.0:
cannot
> > open
> > > shared object file: No such file or directory
> > > ../bin/mode: error while loading shared libraries: libgsl.so.0:
cannot
> > open
> > > shared object file: No such file or directory
> > > ../bin/grid_stat: error while loading shared libraries:
libgsl.so.0:
> > cannot
> > > open shared object file: No such file or directory
> > > ../bin/grid_stat: error while loading shared libraries:
libgsl.so.0:
> > cannot
> > > open shared object file: No such file or directory
> > > ../bin/grid_stat: error while loading shared libraries:
libgsl.so.0:
> > cannot
> > > open shared object file: No such file or directory
> > > ../bin/grid_stat: error while loading shared libraries:
libgsl.so.0:
> > cannot
> > > open shared object file: No such file or directory
> > > ../bin/pb2nc: error while loading shared libraries: libgsl.so.0:
cannot
> > > open shared object file: No such file or directory
> > > ../bin/plot_point_obs: error while loading shared libraries:
> libgsl.so.0:
> > > cannot open shared object file: No such file or directory
> > >
> > > It did not show any error while compiling MET. I have attached
> > > user_defs.mk,
> > > MET log file along with this email. libgsl.so.0 resides in
> > > "/u/Partha.Bhattacharjee/GSL/gsl-1.16/lib".
> > >
> > > Thanks.
> > > Partha
> > >
> > >
> >
> >
>
>
------------------------------------------------
Subject: cannot find libgsl.so.0
From: Partha Bhattacharjee - NOAA Affiliate
Time: Wed Aug 13 15:21:05 2014
Thanks John. I will figure it out. You may close this ticket now .
Partha
On Wed, Aug 13, 2014 at 5:15 PM, John Halley Gotway via RT <
met_help at ucar.edu> wrote:
> That file test_all.sh is running the "sh" shell:
> #!/bin/sh
>
> I'm guessing that's calling some configuration file that is not
".bashrc" -
> so it's not picking up your setting.
>
> You could try changing those references of "sh" to "bash" in that
scripts
> directory. Or you could find the configuration file for the "sh"
shell and
> setup the LD_LIBRARY_PATH in there. Basically, this is a issue with
your
> linux environment.
>
> Hope that helps.
>
> Thanks,
> John
>
>
> On Wed, Aug 13, 2014 at 2:55 PM, Partha Bhattacharjee - NOAA
Affiliate via
> RT <met_help at ucar.edu> wrote:
>
> >
> > <URL: https://rt.rap.ucar.edu/rt/Ticket/Display.html?id=68637 >
> >
> > Thanks John. That is strange, because after installing Gsl, I had
> included
> > the library path in .bashrc (which is I am using)
> >
> > export
> > LD_LIBRARY_PATH=/u/Partha.Bhattacharjee/GSL/gsl-
1.16/lib:$LD_LIBRARY_PATH
> >
> > but got error message like I mentioned before (even after doing
source
> > ~/.bashrc):
> >
> > ../bin/gen_poly_mask: error while loading shared libraries:
libgsl.so.0:
> > cannot open shared object file: No such file or directory
> > ../bin/mode: error while loading shared libraries: libgsl.so.0:
cannot
> open
> > shared object file: No such file or directory
> >
> > However, if I manually type export
> > LD_LIBRARY_PATH=/u/Partha.Bhattacharjee/GSL/gsl-
1.16/lib:$LD_LIBRARY_PATH
> > before running ./test_all.sh > test6.txt in "scripts" folder, it
runs
> > perfectly. Attached it the output from running test_all.sh.
> >
> > Partha
> >
> >
> >
> >
> >
> >
> > On Wed, Aug 13, 2014 at 4:16 PM, John Halley Gotway via RT <
> > met_help at ucar.edu> wrote:
> >
> > > Partha,
> > >
> > > When you compiled MET, you did so using "dynamic" linking, as
opposed
> to
> > > "static" linking (which is specified by the "-static" flag on
the
> > CXX_FLAGS
> > > line of user_defs.mk). Dynamic linking means that rather than
> checking
> > > for
> > > required libraries at compilation time, the tools should check
for them
> > at
> > > run time. When you run the gen_poly_mask tool, it's looking for
the
> GSL
> > > shared object library file named libgsl.so.0, as well as a bunch
of
> other
> > > shared object files. It's erroring out telling you that it
can't find
> > the
> > > GSL shared object library file.
> > >
> > > Hopefully, we can just set the LD_LIBRARY_PATH environment
variable to
> > tell
> > > the tool where to look. The tools will by default look in
common
> areas,
> > > like /usr/lib, /usr/local/lib and perhaps some others. Try
doing the
> > > following (assuming c-shell here):
> > >
> > > cd METv4.1/scripts
> > > echo $LD_LIBRARY_PATH
> > > setenv LD_LIBRARY_PATH
> > > /u/Partha.Bhattacharjee/GSL/gsl-1.16/lib:$LD_LIBRARY_PATH
> > > setenv TEST_OUT_DIR ../out
> > > ../bin/gen_poly_mask
> > > ../data/sample_fcst/2005080700/wrfprs_ruc13_24.tm00_G212
> > > ../data/poly/CONUS.poly
${TEST_OUT_DIR}/gen_poly_mask/CONUS_poly.nc -v
> 2
> > >
> > > If that call to gen_poly_mask works, then this will fix the
problem.
> > Just
> > > edit your shell configuration file (.cshrc or .profile) and
include the
> > > locations of the GSL library in your LD_LIBRARY_PATH setting.
> > >
> > > Please let me know how it goes.
> > >
> > > Thanks,
> > > John Halley Gotway
> > > met_help at ucar.edu
> > >
> > >
> > >
> > > On Wed, Aug 13, 2014 at 1:26 PM, Partha Bhattacharjee - NOAA
Affiliate
> > via
> > > RT <met_help at ucar.edu> wrote:
> > >
> > > >
> > > > Wed Aug 13 13:26:25 2014: Request 68637 was acted upon.
> > > > Transaction: Ticket created by partha.bhattacharjee at noaa.gov
> > > > Queue: met_help
> > > > Subject: cannot find libgsl.so.0
> > > > Owner: Nobody
> > > > Requestors: partha.bhattacharjee at noaa.gov
> > > > Status: new
> > > > Ticket <URL:
> https://rt.rap.ucar.edu/rt/Ticket/Display.html?id=68637
> > >
> > > >
> > > >
> > > > Hi,
> > > >
> > > > I have installed METv4.1 with Grib2 successfully. However,
when I
> ran
> > > > ./test_all.sh under "scripts" folder, I am getting the
following
> > errors
> > > :
> > > >
> > > > ../bin/gen_poly_mask: error while loading shared libraries:
> > libgsl.so.0:
> > > > cannot open shared object file: No such file or directory
> > > > ../bin/mode: error while loading shared libraries:
libgsl.so.0:
> cannot
> > > open
> > > > shared object file: No such file or directory
> > > > ../bin/mode: error while loading shared libraries:
libgsl.so.0:
> cannot
> > > open
> > > > shared object file: No such file or directory
> > > > ../bin/mode: error while loading shared libraries:
libgsl.so.0:
> cannot
> > > open
> > > > shared object file: No such file or directory
> > > > ../bin/grid_stat: error while loading shared libraries:
libgsl.so.0:
> > > cannot
> > > > open shared object file: No such file or directory
> > > > ../bin/grid_stat: error while loading shared libraries:
libgsl.so.0:
> > > cannot
> > > > open shared object file: No such file or directory
> > > > ../bin/grid_stat: error while loading shared libraries:
libgsl.so.0:
> > > cannot
> > > > open shared object file: No such file or directory
> > > > ../bin/grid_stat: error while loading shared libraries:
libgsl.so.0:
> > > cannot
> > > > open shared object file: No such file or directory
> > > > ../bin/pb2nc: error while loading shared libraries:
libgsl.so.0:
> cannot
> > > > open shared object file: No such file or directory
> > > > ../bin/plot_point_obs: error while loading shared libraries:
> > libgsl.so.0:
> > > > cannot open shared object file: No such file or directory
> > > >
> > > > It did not show any error while compiling MET. I have
attached
> > > > user_defs.mk,
> > > > MET log file along with this email. libgsl.so.0 resides in
> > > > "/u/Partha.Bhattacharjee/GSL/gsl-1.16/lib".
> > > >
> > > > Thanks.
> > > > Partha
> > > >
> > > >
> > >
> > >
> >
> >
>
>
------------------------------------------------
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