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regTest_intel_Cheyenne.wtf
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regTest_intel_Cheyenne.wtf
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##
## WRF SOFTWARE TEST SUITE CONFIGURATION FILE
##
## The WRF Software Test Suite is designed to automatically build and run WRF under a variety of
## configurations. People contributing changes to WRF are encouraged to run a small set of tests given in the
## "testNamelists/contributors" directory, as a way of confirming that their changes do not break existing code.
## This file should be the only one that requires modification by the test suite user.
##
## STEPS TO RUNNING THE TEST SUITE:
##
## 1) Familiarize yourself with the directory structure of the test suite by reading the README file in
## the top-level directory of the test suite.
## 2) Place one or more WRF source tar-files in the top-level "tarballs" directory. These tar-files
## must have the case-sensitive suffix ".tar". The rest of each tar-file name is used to label builds and test results.
## 3) Modify the variables in this WRF Test File. Variables near the top are most likely to require modification.
## 4) After checking the settings in this file to confirm they are correct for your needs, type the following at the command
## line: "scripts/run_WRF_Tests.ksh -R <this_file> >& run.log &".
##
## Author: Brian Bonnlander
##
## A helpful check to make sure that the compiler is ready to use on Cheyenne.
export COMPILER_WTF=intel
CHECK_MODULES=true
if $CHECK_MODULES; then
$WRF_TEST_ROOT/scripts/checkModules ${COMPILER_WTF}
if [ $? != 0 ]; then
echo "WTF: ${COMPILER_WTF} compiler not loaded; aborting."
exit 255
fi
fi
# Specify which WRF target executables to build and test. Choose some or all of the following:
# "em_real em_real8 em_hill2d_x nmm_nest em_chem em_chem_kpp em_move em_b_wave em_quarter_ss em_quarter_ss8". The final three cases are
# idealized cases, and if any are specified, then "em_real" or "em_real8" (respectively) must also be included earlier in the list.
export BUILD_TYPES="em_real"
export BUILD_TYPES="em_real em_real8 em_hill2d_x nmm_nest em_chem em_chem_kpp em_b_wave em_quarter_ss em_quarter_ss8 nmm_hwrf wrfda_3dvar em_move em_fire"
export BUILD_TYPES="em_real em_real8 em_hill2d_x nmm_nest em_chem em_b_wave em_quarter_ss em_quarter_ss8 nmm_hwrf em_move em_fire"
# Select one of the directories below. This is the parent directory for all namelist.input files to be used for
# the tests. Below this directory should be subdirectories "em_real", "nmm_nest", etc with namelist.input files
# that should be run for that flavor of WRF.
#
# Code contributors: select the directory ending in "contributors".
#export NAMELIST_DIR=$WRF_TEST_ROOT/Namelists/contributors
#export NAMELIST_DIR=$WRF_TEST_ROOT/Namelists/internal
export NAMELIST_DIR=$WRF_TEST_ROOT/Namelists/weekly
#export NAMELIST_DIR=$WRF_TEST_ROOT/Namelists/caseStudies
#export NAMELIST_DIR=$WRF_TEST_ROOT/Namelists/cheyenne_test
# Choose the options that should be passed to the "configure" script used to build WRF. Each specified option
# builds a separate WRF executable that will be tested. Each option indicates a Fortran compiler to use for
# building WRF and a communication framework (serial, mpi, or openmp) to use
# when running WRF. If you are unsure of which options you need, unpack the WRF source code, start a terminal
# session, go to the top-level directory of the WRF source code, and type "./configure". The available options
# will be displayed. For example, on bluefire, the three options "1 2 3" specify the xlf compiler with the
# "serial", "openmp", and "mpi" communication frameworks, respectively. Leave a blank string for any options
# that you do not wish to build and test.
export CONFIGURE_SERIAL="13"
export CONFIGURE_OPENMP="14"
export CONFIGURE_MPI="15"
# If set to true, the tasks associated with building WRF and/or running tests using WRF will be submitted to a
# batch queue. All logically independent WRF builds (em_real, em_real8, em_hill2d_x, nmm_nest, em_chem, em_chem_kpp,
# em_move will be built concurrently, each using NUM_PROC_BUILDS processors to build WRF. Then the remaining builds
# (em_b_wave, em_quarter_ss, em_quarter_ss8) will be built consecutively in the em_real or em_real8 directory tree; these
# depend on the existence of the "em_real" or "em_real8" version of the WRF executable. If BATCH_COMPILE is set to false, then each
# WRF executable is built consecutively using NUM_PROC_BUILDS processors. If BATCH_TEST is false, all
# WRF tests are performed consecutively on the local machine.
# Recommended values: both false for personal computers, both true for mainframe computers with batch queues.
export BATCH_COMPILE=true
export BATCH_TEST=true
# Can be set to "LSF", "PBS", or "NQS". Right now, "NQS" has been tested on janus.colorado.edu only.
# Ignored when BATCH_COMPILE and BATCH_TEST are false.
export BATCH_QUEUE_TYPE=PBS
# Names of batch queues to use for building and testing.
# Valid names:
# Yellowstone: caldera, regular, economy, premium
# Cheyenne: share, regular, economy
# Ignored when BATCH_COMPILE and BATCH_TEST are false.
export BUILD_QUEUE=share
export TEST_QUEUE=share
#export TEST_QUEUE=economy
# Account charge code string for queue-managed computers. Ignored when BATCH_COMPILE and BATCH_TEST are false.
export BATCH_ACCOUNT=NMMM0054
# Number of processors/tasks to use for building WRF.
# No reason to set larger than 6 due to diminishing returns on compile time.
export NUM_PROC_BUILD=4
# Memory to request (in GB) for building WRF in batch queue. For PBS job scheduling only. Ignored when BATCH_COMPILE is false.
export MEM_BUILD=20
# Time to request for building WRF in batch queue. Ignored when BATCH_COMPILE is false.
export BATCH_COMPILE_TIME=02:00:00
# Number of processors to use for running MPI-based tests,
# and checking test outcomes. On batch computers, this is not the *total* used at once, but the number
# used for each test or compilation. Recommended value for personal computers: the number of available
# processors on the machine. Recommended value for batch computers: at least 4, and no more than 12.
# NOTE: this value can be overridden by putting "NUM_PROCESSORS=<value>" in an individual test namelist.input file.
export NUM_PROC_TEST=4
# Memory to request (in GB) for each test. For PBS job scheduling only. Ignored when BATCH_TEST is false.
# NOTE: this value can be overridden by putting "MEMORY_REQ=<value>" in an individual test namelist.input file.
export MEM_TEST=4
# If true, all script commands are echoed to the standard error output stream. To capture this output to a file
# "run.log", run the tests using the command "scripts/run_WRF_Tests.ksh -R <this_file> >& run.log &".
# Recommended value: true for at least the first time using the test suite, false once you're confident the
# scripts are working.
export DEBUG_WTF=true
# Whether to build WRF optimized or not. Recommended value: false for code contributors, since turning on full
# optimization can cause bit-for-bit differences when comparing output from serial and non-serial versions of WRF.
export OPTIMIZE_WRF=false
# Whether to build the "em_chem" or "em_chem_kpp" versions of WRF optimized. Recommended value: false, since
# optimizing the large Fortran modules associated with these codes has taken up to 14 hours on some machines.
export OPTIMIZE_WRF_CHEM=false
# If set to true, WRF is built in such a way that checks array bounds, uninitialized variables, and serious
# floating point exceptions. Execution stops when one of these errors is encountered, and a debugger can be
# used to track down the problem. For Intel builds, "idb" is the debugger. For PGI builds, "pgdbg" is the
# debugger. For gfortran builds, "gdb" is the debugger.
#
# Recommended value for contributors: false, because several of the WRF microphysics options
# (e.g., CAM shortwave radiation) have spurious numerical exceptions occur as part of their expected behavior.
export TRAP_ERRORS=false
#
# ========================== STUFF BELOW HERE PROBABLY NEEDS NO MODIFICATION ==============================
#
# Directory where the WRF source tar files should be placed for testing.
export TARFILE_DIR=$WRF_TEST_ROOT/tarballs
# Directory where all the WRF source builds take place.
export BUILD_DIR=$WRF_TEST_ROOT/Builds
# The parent directory for all the regression test runs created and performed by this script.
export TEST_DIR=$WRF_TEST_ROOT/Runs
# The parent directory for all meteorological input data files to be used for the regression tests. Below this directory
# should be subdirectories "em_real", "nmm_nest", etc with data files that should be part of the test for each
# flavor of WRF. For idealized versions of WRF that use no observation data (e.g. em_b_wave), no input data are needed,
# so the directories can be empty.
export METDATA_DIR=$WRF_TEST_ROOT/Data
# Location of the library libfl.a; needed for building em_chem_kpp version of WRF. The location of this library
# is often in /usr/lib, /usr/local/lib, or /lib, but it could be anywhere the computer administrator chooses to
# install it. If unsure of its location, ask your system administrator. This option is ignored if the "em_chem_kpp"
# version of WRF is not built.
export FLEX_LIB_DIR='/usr/lib64'
# This probably does not need to be modified. Most WRF tests expect only basic nesting to be available within WRF.
# Recommended value: 1 (basic nesting).
export NEST_OPTION=1