# #!

NTHREADS=80
NSTAT=1


# FILE1=make_tbbtime.dat
FILE1="make_tbbtime"$1".dat"
PREF0=`pwd`
PREF1=$PREF0/../"bin"
FILE1=$PREF0/$FILE1

echo -e "$NTHREADS $NSTAT 1\n" > $FILE1
echo -e " --- single  ---" >> $FILE1
echo -e "Prep[us], CPU fit/tr[us], Real fit/tr[us], CPU[sec], Real[sec] = 0	0.38335	0.38337	76.67	76.6746" >> $FILE1

echo -e " --- tbb  ---" >> $FILE1
cd $PREF0/..;
make
cd $PREF0

for iProc in {0..3}
do
    for ii in {0..7}
    do
      threadNumberToCpuMap[$(( 2 * ii + 0 + iProc*20))]=$((4 * ii + iProc)); 
      threadNumberToCpuMap[$(( 2 * ii + 1 + iProc*20))]=$((4*$ii + 32 + $iProc));
    done
    for ii in {0..1}
    do
      threadNumberToCpuMap[$((2*ii + 0 + 16 + iProc*20))]=$((4*ii + iProc + 64)); 
      threadNumberToCpuMap[$((2*ii + 1 + 16 + iProc*20))]=$((4*ii + 8 + iProc + 64));
    done
done

# for iProc in {0..79}
# do
#   echo ${threadNumberToCpuMap[ $iProc ]}
# done

i=1
while [ $i -le $NTHREADS ]
do
  j=1
  while [ $j -le $NSTAT ]
  do
    echo -e " tbb $i - $j\n"
    echo -e "$i: \t" >> $FILE1
    cd $PREF0;
    cd ..
    CoreList="${threadNumberToCpuMap[0]}"
    iProc=1
    while [ $iProc -le $((i-1)) ]
    do
      CoreList=$CoreList,${threadNumberToCpuMap[iProc]}
      iProc=`expr $iProc + 1`
    done
echo     $CoreList
    taskset -c $CoreList env ARBB_OPT_LEVEL=O3 bin/fit -nThreads $i >> $FILE1
    j=`expr $j + 1`
  done
  i=`expr $i + 1`
done