/usr/share/doc/freefem++/examples/examples-bamg/NACA012/adap.sh is in freefem++-doc 3.19.1-1.
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1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 | #!/bin/sh -eu
# the -e option to stop on error
# we are with awk to do real operation in the shell
#
bamg=../../bamg
NSC2KE=s/NSC2KE
# for awk because in french the number 1/1000 is written 0,001 not 0.001
# to be sure the RADIXCHAR is '.' (cf. Native Language Support)
LANG=C
export LANG
# some VAR
ifin=20
j=0
INIT=0
LastIteration=0
NBITER=500
# ---------
HMIN=1e-6
HMINGLOBAL=$HMIN
HCOEF=1
# -------
ERR=0.1
ERRCOEF=0.8608916593317348
ERRGLOBAL=0.01
# -----------
# end of some parameters
# ----------
# clean of the output file
rm -f [A-Z]*
# create the geometry file
awk -f naca.awk </dev/null >MESH_g.msh
# create the initial mesh MESH_0.amdba
$bamg -g MESH_g.msh -o MESH_$j.msh -hmax 1 -oamdba MESH_$j.amdba
while [ $j -lt $ifin ] ; do
# i = j + 1
i=`expr $j + 1`
# LastIteration = LastIteration + NBITER
LastIteration=`expr $LastIteration + $NBITER`
## set the current MESH
rm -f MESH
ln -s MESH_$j.amdba MESH
## create the DATA file for NSC2KE form file data
## change 2 lines for initialisation
rm -f DATA
sed -e "s/^INIT/$INIT/" -e "s/^LastIteration/$LastIteration/" <data >DATA
echo "--------- NSC2KE iteration $j -----------"
$NSC2KE
## find the nb of vertices in the file MESH
nbv=`head -1 MESH|awk '{print $1}'`
## create the bb file for interpolation
echo "2 4 $nbv 2" > SOL_$j.bb
cat SOL_NS >> SOL_$j.bb
## create the bb file for metric construction
## in file SOL_NS on each line i we have ro ro*u ro*v energy
## at vertex i
## + a last line with 2 number last iteration and last time
echo "2 1 $nbv 2" > MACH.bb
awk 'NF==4 { print sqrt($2*$2+$3*$3)/$1}' SOL_NS >> MACH.bb
## put all the residual in one file
cat RESIDUAL >>RESIDU
## set HMIN = MAX($HMINGLOBAL,$HMIN*$HCOEF)
HMIN=`awk "END {c=$HMIN*$HCOEF;c=c<$HMINGLOBAL ?$HMINGLOBAL:c; print c};" </dev/null`
ERR=`awk "END {c=$ERR*$ERRCOEF;c=c<$ERRGLOBAL ?$ERRGLOBAL:c; print c};" </dev/null`
echo " -b MESH_$j.msh -err $ERR -errg 0.05 -AbsError
-hmin $HMIN -hmax 1 -Mbb SOL_$j.bb -o MESH_$i.msh
-oamdba MESH_$i.amdba -raison 2.5 -rbb SOL_$j.bb
-splitpbedge -maxsubdiv 1.8
-wbb INIT_$i.bb -v 4 ">DATA_bamg
echo --- bamg parameters ---
cat DATA_bamg
echo ----------------------
$bamg
## creation of the INIT_NS for NSC2KE
## remove fisrt line form bb file and add the last line of SOL_NS
sed 1d <INIT_$i.bb >INIT_NS
tail -1 SOL_NS >>INIT_NS
# change i and not initialisation
j=$i
INIT=1
done
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