lmdze/trunk/compar_sampl.sh

# This is a script in Bash.

# This script produces vertical distributions for all sampling
# methods, for a given value of "llm". Run this script from the
# directory containing "test_disvert". The Fortran program needs to be
# recompiled when "llm" changes.

trap 'echo -e \\a; exit 1' ERR

read -p "llm = ? " llm
# (only used to name the output files in this script, not used by the
# Fortran program)

set -x

for s_sampling in param LMD5 strato1 strato2
  do
  test_disvert <<EOF
&disvert_nml S_SAMPLING="$s_sampling" /
EOF
  mv test_disvert.csv test_disvert_${llm}_$s_sampling.csv
  ln -sf test_disvert_${llm}_$s_sampling.csv \
      test_disvert_$s_sampling.csv
done
1	guez	3	# This is a script in Bash.
2
3			# This script produces vertical distributions for all sampling
4	guez	15	# methods, for a given value of "llm". Run this script from the
5	guez	17	# directory containing "test_disvert". The Fortran program needs to be
6			# recompiled when "llm" changes.
7	guez	3
8			trap 'echo -e \\a; exit 1' ERR
9
10			read -p "llm = ? " llm
11			# (only used to name the output files in this script, not used by the
12			# Fortran program)
13
14			set -x
15
16	guez	15	for s_sampling in param LMD5 strato1 strato2
17	guez	3	do
18	guez	15	test_disvert <<EOF
19			&disvert_nml S_SAMPLING="$s_sampling" /
20	guez	3	EOF
21	guez	15	mv test_disvert.csv test_disvert_${llm}_$s_sampling.csv
22			ln -sf test_disvert_${llm}_$s_sampling.csv \
23			test_disvert_$s_sampling.csv
24	guez	3	done