Spack-Stack (MPAS-JEDI)

spack-stack

Spack-stack is a framework for installing software libraries to support NOAA's Unified Forecast System (UFS) applications and the Joint Effort for Data assimilation Integration (JEDI) coupled to several Earth system prediction models (MPAS, NEPTUNE, UM, FV3, GEOS, UFS).

Spack-stack provides a practical framework for setting up and managing software libraries that support the Unified Forecast System (UFS) and Joint Effort for Data assimilation Integration (JEDI) projects, along with several other Earth system prediction models, such as the Model for Prediction Across Scales (MPAS), the Navy Environmental Prediction System Utilizing a Nonhydrostatic Engine (NEPTUNE), the Unified Model (UM), and the Goddard Earth Observing System (GEOS). This project results from collaboration among the Joint Center for Satellite Data Assimilation (JCSDA), the National Oceanic and Atmospheric Administration’s (NOAA’s) Environmental Modeling Center (EMC) and Earth Prediction Innovation Center (EPIC), and the U.S. Naval Research Laboratory (NRL). Spack-stack utilizes the Spack package manager, originally developed at Lawrence Livermore National Laboratory to cater to scientific high-performance computing (HPC) workflows.

SPACK-STACK 1.5.0 > That started changing in 2021, when JCSDA and NOAA EMC began exploring Spack as an option for creating a single software stack that could be used for both the JEDI DA software environment and the Unified Forecast System (UFS) ecosystem.

github spack-stack

spack-stack.readthedocs.io

Spack-stack

ONE STACK TO BUILD THEM ALL: THE NOAA-EMC/JCSDA SPACK-STACK (PPT)

spack-stack: A reproducible, many-platform software stack for operational weather applications (PPT)

spack-stack is a set of Spack configurations and extensions

spack-stack is mainly a collection of Spack configuration files, but provides a Spack extension to simplify the installation process

Prerequisites (Micromamba Env)

Prerequisites: Ubuntu (one-off)

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sudo su
apt-get update
apt-get upgrade

Compilers
apt install -y gcc g++ gfortran gdb

Environment module support
Note: lmod is available in 22.04, but is out of date: https://github.com/JCSDA/spack-stack/issues/593
apt install -y environment-modules

Misc
apt install -y build-essential
apt install -y libkrb5-dev
apt install -y m4
apt install -y git
apt install -y git-lfs
apt install -y bzip2
apt install -y unzip
apt install -y automake
apt install -y autopoint
apt install -y gettext
apt install -y texlive
apt install -y libcurl4-openssl-dev
apt install -y libssl-dev
apt install -y wget

Note - only needed for running JCSDA's
JEDI-Skylab system (using R2D2 localhost)
apt install -y mysql-server
apt install -y libmysqlclient-dev

Exit root session
exit

New spack-stack directory structure

To generate a new spack-stack directory structure,

run 

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git clone --recurse-submodules https://github.com/JCSDA/spack-stack

optionally with, e.g., '-b release/1.4.1' to specify the version

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source \<path to spack-stack directory\>/setup.sh

New environment

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$ spack stack create env --site <site name> --template <template name> --name <environment name>
$ cd ${SPACK_STACK_DIR}/envs/<environment name>/
$ spack env activate .

# If not using an existing site configuration, you may wish to modify config files and/or populate them using commands
# such as 'spack external find' and 'spack compiler find'.
# See https://spack-tutorial.readthedocs.io/en/latest/tutorial_configuration.html

$ spack concretize 2>&1 | tee log.concretize
$ spack install [--verbose] [--fail-fast] 2>&1 | tee log.install
$ spack module lmod refresh
$ spack stack setup-meta-modules

MPAS-JDEI

Ref:Welcome to the MPAS-JEDI tutorial practice guide

For example, if default is gcc@8.5.0.

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$ git clone -b release/1.5.1 --recurse-submodules https://github.com/JCSDA/spack-stack

$ cd spack-stack

$ git status
On branch release/1.5.1
Your branch is up to date with 'origin/release/1.5.1'.

nothing to commit, working tree clean

$ source setup.sh

$ spack stack create env --site linux.default --name jedi_gccv850_linux
Configuring basic directory information ...
  ... script directory: /home/wpsze/spack-stack/spack-stack/spack/lib/jcsda-emc/spack-stack/stack
  ... base directory: /home/wpsze/spack-stack/spack-stack/spack/lib/jcsda-emc/spack-stack
  ... spack directory: /home/wpsze/spack-stack/spack-stack/spack
Creating environment from command-line args
Successfully wrote environment at /home/wpsze/spack-stack/spack-stack/envs/jedi_gccv850_linux/spack.yaml

WARNING! User umask is neither 0022 nor 0027, check before proceeding

==> Created environment /home/wpsze/spack-stack/spack-stack/envs/jedi_gccv850_linux

$ spack env activate envs/jedi_gccv850_linux

$ spack find
==> In environment /home/wpsze/spack-stack/spack-stack/envs/jedi_gccv850_linux
==> No root specs
==> 0 installed packages


## MPAS-JEDI
$ spack add ecbuild eigen udunits gsl-lite environment-modules
$ spack add mpich
$ spack add hdf5^mpich parallelio^mpich
$ spack add ecmwf-atlas@0.31.1^mpich

$ spack install

# all are successful.

 $ spack find
==> In environment /home/wpsze/spack-stack/spack-stack/envs/jedi_gccv850_linux
==> Root specs
ecbuild   ecmwf-atlas@0.31.1   eigen   environment-modules   gsl-lite   hdf5   mpich   parallelio   udunits 

==> Installed packages
-- linux-rocky8-haswell / gcc@8.5.0 -----------------------------
autoconf@2.69                       diffutils@3.9              fiat@1.2.0       libfabric@1.18.1   m4@1.4.19               pigz@2.7                util-macros@1.19.3
automake@1.16.5                     ecbuild@3.7.2              findutils@4.9.0  libffi@3.4.4       mpich@4.1.1             pkg-config@0.29.2       xz@5.4.1
berkeley-db@18.1.40                 eckit@1.23.1               flex@2.6.3       libiconv@1.17      ncurses@6.4             python@3.10.8           yaksa@0.2
bison@3.8.2                         ecmwf-atlas@0.31.1         gdbm@1.23        libmd@1.0.4        netcdf-c@4.9.2          readline@8.2            zlib@1.2.13
boost@1.78.0                        ectrans@1.2.0              gettext@0.21.1   libpciaccess@0.17  netcdf-fortran@4.6.0    snappy@1.1.10           zstd@1.5.2
bzip2@1.0.8                         eigen@3.4.0                gmake@4.4.1      libsigsegv@2.14    openblas@0.3.19         sqlite@3.42.0
c-blosc@1.21.4                      environment-modules@5.3.1  gsl-lite@0.37.0  libtool@2.4.7      openssl@1.1.1u          tar@1.34
ca-certificates-mozilla@2023-01-10  expat@2.5.0                hdf5@1.14.0      libxcrypt@4.4.35   parallel-netcdf@1.12.2  tcl@8.6.12
cmake@3.23.1                        fckit@0.10.1               libaec@1.0.6     libxml2@2.10.3     parallelio@2.5.10       udunits@2.2.28
curl@8.1.2                          fftw@3.3.10                libbsd@0.11.7    lz4@1.9.4          perl@5.38.0             util-linux-uuid@2.38.1
==> 65 installed packages

$ spack module tcl refresh
==> You are about to regenerate tcl module files for:

-- linux-rocky8-haswell / gcc@8.5.0 -----------------------------
kmosf2b autoconf@2.69                       owkksle expat@2.5.0       o5fm2ib libpciaccess@0.17       zzdldzz pkg-config@0.29.2
3zzqcqa automake@1.16.5                     z5frtgj fckit@0.10.1      bcnervk libsigsegv@2.14         vu7mzai python@3.10.8
rksajpa berkeley-db@18.1.40                 dyhv6t6 fftw@3.3.10       oi52wco libtool@2.4.7           nbav53o readline@8.2
k4yohcw bison@3.8.2                         abwhtim fiat@1.2.0        dh3pgna libxcrypt@4.4.35        awehs3f snappy@1.1.10
3zcm66d boost@1.78.0                        th5cmuq findutils@4.9.0   56a6xgk libxml2@2.10.3          xmupg6k sqlite@3.42.0
yd6i5au bzip2@1.0.8                         hjgtmaq flex@2.6.3        rwcgkls lz4@1.9.4               vetdjwa tar@1.34
at3s3ei c-blosc@1.21.4                      lisu52h gdbm@1.23         uwicvjw m4@1.4.19               m3xviog tcl@8.6.12
edma3gu ca-certificates-mozilla@2023-01-10  wzfhnm7 gettext@0.21.1    jefb5lu mpich@4.1.1             uadvmuz udunits@2.2.28
h5p5rs7 cmake@3.23.1                        ba4vudd gmake@4.4.1       dzxkixc ncurses@6.4             wdfeec7 util-linux-uuid@2.38.1
jf7usug curl@8.1.2                          t4udhou gsl-lite@0.37.0   6d2z7tb netcdf-c@4.9.2          evqjofh util-macros@1.19.3
32jm5xp diffutils@3.9                       fja7tdm hdf5@1.14.0       3ltfgi2 netcdf-fortran@4.6.0    72t2yvx xz@5.4.1
pzidwlf ecbuild@3.7.2                       vbf3elz libaec@1.0.6      u5n5zri openblas@0.3.19         iyrk2i7 yaksa@0.2
wov4yva eckit@1.23.1                        65boafj libbsd@0.11.7     mgcs3tx openssl@1.1.1u          x54v3wn zlib@1.2.13
v45ibbv ecmwf-atlas@0.31.1                  63u4otp libfabric@1.18.1  56vql6d parallel-netcdf@1.12.2  bteldyo zstd@1.5.2
kb6u64z ectrans@1.2.0                       frf3blg libffi@3.4.4      efx7bmd parallelio@2.5.10
t4jxg3j eigen@3.4.0                         pnmrtbc libiconv@1.17     se4zvg5 perl@5.38.0
om7l5xf environment-modules@5.3.1           vgtevgl libmd@1.0.4       l3xczgm pigz@2.7

==> Do you want to proceed? [y/n] y
==> Regenerating tcl module files

$ spack stack setup-meta-modules
...
Metamodule generation completed successfully in /home/wpsze/spack-stack/spack-stack/envs/jedi_gccv850_linux/install/modulefiles/Core

Error: > Error: eigen-3.4.0-t4jxg3j727pxxsr75zstl2eblmkzapfz: timeout: The read operation timed out >> rerun: $ spack install

==> Installing krb5-1.20.1-muktx57itqz6x2z74afwncpub2higpei msgfmt: error while opening "en_US.mo" for writing: Permission denied msgfmt: error while opening "de.mo" for writing: Permission denied > No install git-lfs

Error: git-lfs-3.3.0-6ilwlfqmm7ud5crbugmcskju5gtkgk4j: Package was not installed > $ micromamba activate git-lfs > $ micromamba install git-lfs

Remark: Git Large File Storage (LFS) replaces large files such as audio samples, videos, datasets, and graphics with text pointers inside Git, while storing the file contents on a remote server like GitHub.com or GitHub Enterprise.

source env,

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#source ${SPACK_DIR}/setup.sh
#spack env activate ${SPACK_ENV}

** do above on local PC because git-lfs fails on workstation/cluster.

mpas_bundle

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$ source spack/share/spack/setup-env.sh
$ source spack-stack/setup.sh
$ spack env activate spack-stack/envs/jedi_gcc_linux
$ spack find

$ mkdir mpas_bundle_v2
$ cd mpas_bundle_v2
$ git clone -b release/2.0.0 https://github.com/JCSDA/mpas-bundle.git code

$ mkdir build
$ cd build

# (no need) $ module list

MPAS-JEDI uses cmake to automatically download the code from various github repositories, listed in CMakeLists.txt under ~code. Now type the command below under the build directory:

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$ git lfs install

and then, 

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spack load ecbuild@3.7.2
spack load eigen@3.4.0 gsl-lite@0.37.0 hdf5@1.14.0 udunits@2.2.28 netcdf-c@4.9.2 netcdf-fortran@4.6.0 parallel-netcdf@1.12.2 parallelio@2.5.10
spack load openblas@0.3.19
spack load eckit@1.23.1
spack load fckit@0.10.1
spack load ecmwf-atlas@0.31.1
spack load cmake@3.23.1 mpich@4.1.1

$ cmake ../code

......
-- Configuring done
-- Generating done
-- Build files have been written to: /home/wpsze/mpas_bundle_v2/build

After it completes, you will see the actual source code of various reporitories (e.g., oops, saber, ufo, ioda, crtm, mpas-jedi, and MPAS) is now under the code directory. Meanwhile, Makefile files to build executables are generated under the build directory. Now it is ready to compile MPAS-JEDI under 'build' using the standard make. However, it is NOT recommended to compile the code on the login node at the same time.

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$ make -j14

.......
[100%]

This requests xx min walltime of a login node with 14 cores. {:.info}

Once we reach 100% of the compilation, we can check mpas-jedi related executables:

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$ ls bin/mpas*

bin/mpas_atmosphere                       bin/mpasjedi_forecast.x
bin/mpas_atmosphere_build_tables          bin/mpasjedi_gen_ens_pert_B.x
bin/mpas_data_checker.py                  bin/mpasjedi_hofx3d.x
bin/mpas_data_downloader.py               bin/mpasjedi_hofx.x
bin/mpas_init_atmosphere                  bin/mpasjedi_rtpp.x
bin/mpasjedi_convertstate.x               bin/mpasjedi_staticbinit.x
bin/mpasjedi_dirac.x                      bin/mpasjedi_variational.x
bin/mpasjedi_eda.x                        bin/mpas_namelist_gen
bin/mpasjedi_enkf.x                       bin/mpas_parse_atmosphere
bin/mpasjedi_enshofx.x                    bin/mpas_parse_init_atmosphere
bin/mpasjedi_error_covariance_training.x  bin/mpas_streams_gen

$ ls bin/ioda-up*
bin/ioda-upgrade-v1-to-v2.x  bin/ioda-upgrade-v2-to-v3.x

The last step is to ensure that the code was compiled properly by running the MPAS-JEDI ctests, with two lines of simple command:

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$ cd mpas-jedi
$ ctest

100% tests passed, 0 tests failed out of 47

Label Time Summary:
executable    =  54.21 sec*proc (13 tests)
mpasjedi      = 380.26 sec*proc (47 tests)
mpi           = 287.59 sec*proc (43 tests)
script        = 326.05 sec*proc (34 tests)

Total Test time (real) = 380.91 sec

To determine if a test passes or fails, a comparison of the test log and reference file is done internally taking as reference a tolerance value. This tolerance is specified via YAML file. These files can be found under mpas-jedi/test/testoutput in the build folder.

Converting NCEP BUFR observation into IODA-HDF5 format

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$ cd mpas_jedi_tutorial 
$ git clone https://github.com/NCAR/obs2ioda
$ cd obs2ioda/obs2ioda-v2/src/

NCEP BUFR library (https://github.com/NOAA-EMC/NCEPLIBS-bufr) is required to compile obs2ioda-v2.x. Edit obs2ioda-v2/src/Makefile to set proper BUFR_LIB before make. Here we have pre-build BUFR_LIB on Taiwania-3 and we put the pre-build BUFR_LIB path in Makefile.

(Required) NCEP BUFR library

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$ git clone https://github.com/NOAA-EMC/NCEPLIBS-bufr

$ mkdir build && cd build

# $ cmake -DCMAKE_INSTALL_PREFIX=path1 -DMASTER_TABLE_DIR=path2 .. # path1=./
$ cmake -DCMAKE_INSTALL_PREFIX=./ .. 
-- Build files have been written to: /home/wpsze/mpas_jedi_tutorial/NCEPLIBS-bufr/build

$ make -j4
......
[100%] Built target outtest6_8

$ ctest
......
100% tests passed, 0 tests failed out of 94
Total Test time (real) =  30.62 sec

$ make install
......
-- Installing: /home/wpsze/mpas_jedi_tutorial/NCEPLIBS-bufr/build/bin/debufr

Both path1 and path2 may be full or relative pathnames on the system, up to a maximum of 90 characters each.

Installation of the library and utilities will be under path1. Installation of the master BUFR tables will be under path2, or under path1 if -DMASTER_TABLE_DIR=path2 is omitted from the above cmake command.

If Python interoperability is desired, -DENABLE_PYTHON=ON can also be added to the above cmake command. However, version 3 of Python must be installed and available on the system.

Go back to IODA

obs2ioda-v2.x

https://github.com/jamiebresch/obs2ioda/blob/main/obs2ioda-v2/README.md

NCEP BUFR library (https://github.com/NOAA-EMC/NCEPLIBS-bufr) is required to compile obs2ioda-v2.x. Edit obs2ioda-v2/src/Makefile to set proper BUFR_LIB before make. Here we have pre-build BUFR_LIB on Taiwania-3 and we put the pre-build BUFR_LIB path in Makefile. We have to build one as above and put the build BUFR_LIB path in Makefile.

Default Makefile includes,

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#--------------
#INTEL compiler
#--------------
FC = ifort
#BUFR_LIB = -L/glade/u/home/hclin/extlib/intel -lbufr
#FFLAGS = -mcmodel medium # needed for intel error message "failed to convert GOTPCREL relocation"
BUFR_LIB = -L/glade/campaign/mmm/parc/ivette/pandac/converters/WRFDA_3DVAR_dmpar/var/external/bufr -lbufr
FFLAGS = -mcmodel medium # needed for intel error message "failed to convert GOTPCREL relocation" # -g -traceback -debug all -check all

LIBS = -L$(NETCDF)/lib -lnetcdff -lnetcdf ${BUFR_LIB}
INCS = -I$(NETCDF)/include
```   

then,

```sh
BUFR_LIB = -L/home/wpsze/mpas_jedi_tutorial/NCEPLIBS-bufr/build/lib -lbufr
export NETCDF=/home/wpsze/spack-stack/envs/jedi_gcc_linux/install/gcc/9.4.0/netcdf-fortran-4.6.0-gwqak4i/
export NETCDF=/home/wpsze/micromamba/envs/obs2ioda/x86_64-conda-linux-gnu/

Then compile the converter by using make command:

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$ cd obs2ioda/obs2ioda-v2/src/
$ make
# $ make clean

If the compilation is successful, the executable file obs2ioda-v2.x will be generated.

Error 1

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hsd.f90:306:11:

  306 |       if ( fexist(ij) == .false. ) then
      |           1
Error: Logicals at (1) must be compared with .eqv. instead of ==
make: *** [Makefile:67: hsd.o] Error 1

check, and then replace with "eqv"

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$ grep -rin "==" hsd.f90 
306:      if ( fexist(ij) == .false. ) then
...

to

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 $ grep -rin "eqv" hsd.f90 
306:      if ( fexist(ij) .eqv. .false. ) then

Error 2

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/usr/bin/ld: cannot find -lbufr
collect2: error: ld returned 1 exit status
make: *** [Makefile:46: obs2ioda] Error 1

check,

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NCEPLIBS-bufr/build/include/ is bufr_4
NCEPLIBS-bufr/build/lib/ is libbufr_4.a

Error 3

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/usr/bin/ld: warning: libnetcdf.so.19, needed by /home/wpsze/spack-stack/envs/jedi_gcc_linux/install/gcc/9.4.0/netcdf-fortran-4.6.0-gwqak4i/lib/libnetcdff.so, may conflict with libnetcdf.so.15

Export,

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export NETCDF=/home/wpsze/spack-stack/envs/jedi_gcc_linux/install/gcc/9.4.0/netcdf-c-4.9.2-yhizvd3/
export NETCDFF=/home/wpsze/spack-stack/envs/jedi_gcc_linux/install/gcc/9.4.0/netcdf-fortran-4.6.0-gwqak4i/

and, modify in Makefile

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LIBS = -L$(NETCDF)/lib -L$(NETCDFF)/lib -lnetcdff -lnetcdf ${BUFR_LIB}
INCS = -I$(NETCDF)/include -I$(NETCDFF)/include

Error 4

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hsd.o: in function `__ahi_hsd_mod_MOD_hisd_radiance_to_tbb':
hsd.f90:(.text+0x19ed): relocation truncated to fit: R_X86_64_PC32 against symbol `__ahi_hsd_mod_MOD_header' defined in .bss section in hsd.o
hsd.f90:(.text+0x1a06): relocation truncated to fit: R_X86_64_PC32 against symbol `__ahi_hsd_mod_MOD_header' defined in .bss section in hsd.o
hsd.f90:(.text+0x1a1a): relocation truncated to fit: R_X86_64_PC32 against symbol `__ahi_hsd_mod_MOD_header' defined in .bss section in hsd.o
hsd.f90:(.text+0x1a50): relocation truncated to fit: R_X86_64_PC32 against symbol `__ahi_hsd_mod_MOD_header' defined in .bss section in hsd.o
hsd.f90:(.text+0x1a58): relocation truncated to fit: R_X86_64_PC32 against symbol `__ahi_hsd_mod_MOD_header' defined in .bss section in hsd.o
hsd.f90:(.text+0x1a64): relocation truncated to fit: R_X86_64_PC32 against symbol `__ahi_hsd_mod_MOD_header' defined in .bss section in hsd.o
hsd.f90:(.text+0x1ad1): relocation truncated to fit: R_X86_64_PC32 against symbol `__ahi_hsd_mod_MOD_header' defined in .bss section in hsd.o
hsd.f90:(.text+0x1ad9): relocation truncated to fit: R_X86_64_PC32 against symbol `__ahi_hsd_mod_MOD_header' defined in .bss section in hsd.o
hsd.f90:(.text+0x1aea): relocation truncated to fit: R_X86_64_PC32 against symbol `__ahi_hsd_mod_MOD_header' defined in .bss section in hsd.o
hsd.o: in function `__ahi_hsd_mod_MOD_pixlin_to_lonlat':
hsd.f90:(.text+0x1eca): relocation truncated to fit: R_X86_64_PC32 against symbol `__ahi_hsd_mod_MOD_header' defined in .bss section in hsd.o
hsd.f90:(.text+0x1eed): additional relocation overflows omitted from the output
/usr/bin/ld: failed to convert GOTPCREL relocation; relink with --no-relax
collect2: error: ld returned 1 exit status
make: *** [Makefile:46: obs2ioda] Error 1

We use gfortran, 

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#------------
#GNU compiler
#------------
FC = gfortran
BUFR_LIB = -L/home/wpsze/mpas_jedi_tutorial/NCEPLIBS-bufr/build/lib -lbufr_4

FFLAGS = -ffree-line-length-none -mcmodel=medium

Finally, modified Makefile

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#! /bin/sh -v

#------------
#GNU compiler
#------------
FC = gfortran
BUFR_LIB = -L/home/wpsze/mpas_jedi_tutorial/NCEPLIBS-bufr/build/lib -lbufr_4

FFLAGS = -ffree-line-length-none -mcmodel=medium #-fbacktrace -ggdb -fcheck=bounds,do,mem,pointer -ffpe-trap=invalid,zero,overflow

#GNU10 = -fallow-argument-mismatch -fallow-invalid-boz
#FFLAGS = -mcmodel=medium -fpic -ffree-line-length-none ${GNU10} -fbacktrace -ggdb -fcheck=bounds,do,mem,pointer -ffpe-trap=invalid,zero,overflow

#GNU10 = #-fallow-argument-mismatch -fallow-invalid-boz
#FFLAGS = -ffree-line-length-none ${GNU10} #-fbacktrace -ggdb -fcheck=bounds,do,mem,pointer -ffpe-trap=invalid,zero,overflow

#--------------
#INTEL compiler
#--------------
#FC = ifort
#BUFR_LIB = -L/glade/u/home/hclin/extlib/intel -lbufr
#FFLAGS = -mcmodel medium # needed for intel error message "failed to convert GOTPCREL relocation"
#BUFR_LIB = -L/home/wpsze/mpas_jedi_tutorial/NCEPLIBS-bufr/build/lib -lbufr
#FFLAGS = -mcmodel medium # needed for intel error message "failed to convert GOTPCREL relocation" # -g -traceback -debug all -check all

LIBS = -L$(NETCDF)/lib -L$(NETCDFF)/lib -lnetcdff -lnetcdf ${BUFR_LIB}
INCS = -I$(NETCDF)/include -I$(NETCDFF)/include

JEDI-MPAS Test and Application Files

https://gdex.ucar.edu/dataset/147b_jcsda.html

JEDI-MPAS is the interface between the generic components of the Joint Effort for Data assimilation Integration (JEDI) system and the atmospheric core of the Model for Prediction Across Scales (MPAS). The JEDI software package is a unified, innovative data assimilation system for Earth System Prediction. Developed and distributed by UCP’s Joint Center for Satellite Data Assimilation (JCSDA), JEDI is versatile and sophisticated enough for a variety of applications, from operational weather forecasting and atmospheric research on High Performance Computing (HPC), to learning the fundamentals of data assimilation by running idealized toy models on your laptop. The atmospheric component of MPAS is a non-hydrostatic model using an unstructured centroidal Voronoi mesh with smoothly varying resolution for global or regional domains. The primary development partners for MPAS are Los Alamos National Laboratory and the National Center for Atmospheric Research.

This data set provides example observation files, model backgrounds, and other input files needed to run a variety of JEDI-MPAS applications, including the comprehensive suite of unit tests and example activities that are described in online tutorials. This data set accompanies JEDI-MPAS, version 1.0.0, released 24 September 20.

Wget shell script - Download all files using Wget, preferred for Linux.

Specific Issue (cluster)

git-lfs issue Ran patch() for krb5 & error while opening "en_US.mo" for writing: Permission denied

If copy whole mpas_bundle_v2 (e.g. local PC) that includes build and code to workstation or cluster,

  1. if your workstation/cluster has spack-stack (for jedi-mpas)
  2. remove build/CMakeCache.txt
  3. remove build/_deps/mpas_data-subbuild/CMakeCache.txt
  4. run $ cmake ../code
  5. it will re-generate your curren config

Reference error: 

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CMake Error: The current CMakeCache.txt directory /xxx/mpas_bundle_v2_temp/build/CMakeCache.txt is different than the directory /home/wpsze/mpas_bundle_v2/build where CMakeCache.txt was created. This may result in binaries being created in the wrong place. If you are not sure, reedit the CMakeCache.txt
CMake Error: The source "/home/wpsze/MPAS/MPAS-MPAS-JEDI/DA-obs2ioda-EM/mpas_bundle_v2_temp/code/CMakeLists.txt" does not match the source "/home/wpsze/mpas_bundle_v2/code/CMakeLists.txt" used to generate cache.  Re-run cmake with a different source directory.
CMake Error: The current CMakeCache.txt directory /xxx/mpas_bundle_v2_temp/build/_deps/mpas_data-subbuild/CMakeCache.txt is different than the directory /home/wpsze/mpas_bundle_v2/build/_deps/mpas_data-subbuild where CMakeCache.txt was created. This may result in binaries being created in the wrong place. If you are not sure, reedit the CMakeCache.txt

  1. config done 

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    -- Configuring done
    -- Generating done
    -- Build files have been written to: /xxx/mpas_bundle_v2_temp/build

  2. make -j12 

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    [100%] Built target mpasjedi_variational.x

  3. cd mpas-jedi & ctest 

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    74% tests passed, 12 tests failed out of 47

    Label Time Summary:
    executable    =  42.47 sec*proc (13 tests)
    mpasjedi      = 680.81 sec*proc (47 tests)
    mpi           = 672.80 sec*proc (43 tests)
    script        = 638.33 sec*proc (34 tests)

    Total Test time (real) = 683.12 sec

    The following tests FAILED:
    	 23 - test_mpasjedi_parameters_bumpcov (Failed)
    	 24 - test_mpasjedi_parameters_bumploc (Failed)
    	 25 - test_mpasjedi_dirac_bumpcov (Failed)
    	 29 - test_mpasjedi_3dvar_bumpcov (Failed)
    	 35 - test_mpasjedi_3dhybrid_bumpcov_bumploc (Failed)
    	 39 - test_mpasjedi_eda_3dhybrid (Failed)
    	 41 - test_mpasjedi_letkf_3dloc_4pe (Failed)
    	 42 - test_mpasjedi_lgetkf_4pe (Failed)
    	 44 - test_mpasjedi_parameters_bumpcov_2pe (Failed)
    	 45 - test_mpasjedi_parameters_bumploc_2pe (Failed)
    	 46 - test_mpasjedi_3dvar_2pe (Failed)
    	 47 - test_mpasjedi_3dhybrid_bumpcov_bumploc_2pe (Failed)
    Errors while running CTest
    Output from these tests are in: /xxx/build/mpas-jedi/Testing/Temporary/LastTest.log
    Use "--rerun-failed --output-on-failure" to re-run the failed cases verbosely.

if git-lfs exists,

Assume your workstation or cluster already has git-lfs, then may skip the error on it. Try below,

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set -v
source /home/wpsze/spack/share/spack/setup-env.sh
source /home/wpsze/spack-stack/spack-stack/setup.sh

spack stack create env --site linux.default --name gcc_mpich

spack env activate /home/wpsze/spack-stack/spack-stack/envs/gcc_mpich
spack add gcc@10.5.0
spack install
spack compiler add `spack location -i gcc@10.5.0`

spack add environment-modules%gcc@10.5.0 ecbuild%gcc@10.5.0 eigen%gcc@10.5.0 udunits%gcc@10.5.0 gsl-lite%gcc@10.5.0
spack add mpich%gcc@10.5.0
spack add hdf5%gcc@10.5.0^mpich parallelio%gcc@10.5.0^mpich 

# Tried atlas v0.31.1 can make successful compilation. Newer version like 0.35.0 fails.
spack add ecmwf-atlas@0.31.1%gcc@10.5.0^mpich
spack install
spack module tcl refresh
#spack stack setup-meta-modules

module load

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module () {
  eval $(${SPACK_ENV}/install/gcc/x.x.x/environment-modules-xxx/bin/modulecmd bash $@)
}

module load xxx
Spack
#MPAS #DA #Spack #Spack-Stack
Spack-Stack (MPAS-JEDI)
https://waipangsze.github.io/2024/06/10/spack_stack_jedi_mpas/
Author
wpsze
Posted on
June 10, 2024
Updated on
March 13, 2025
Licensed under