# ========================================
# ============= EXPERIMENTATION 5 ========
# Compute the quality by the threshold with multicore1

# parameters
NT=8
NP=8
TCU=50
NHI=50
NME=25
coef=2
R=1
TQ=1

# copy from eval6
echo "===> create data"

				
# copy amc fil with different threshold
for i in  50  ; do
	for TQ in 1 2 3 4; do
		# iteration
		for ((iter=1; iter<=1000; ++iter)); do
			if (( iter < 10 ))
			then
				var='0'$iter
				# change the multicore protocol
				sed -i "s/JOB_LEVEL_MIGRATION_TYPE/NO_MIGRATION_TYPE/" ./generated/"anytime_coef_${i}_threshold_${TQ}_iter${var}.xmlv3"
				
				# change the multicore protocol
				sed -i "s/JOB_LEVEL_MIGRATION_TYPE/NO_MIGRATION_TYPE/" ./generated/"amc_coef_${i}_threshold_${TQ}_iter${var}.xmlv3"
				
				
										
			else
				
				# change the multicore protocol
				sed -i "s/JOB_LEVEL_MIGRATION_TYPE/NO_MIGRATION_TYPE/" ./generated/"amc_coef_${i}_threshold_${TQ}_iter${var}.xmlv3"
				
				# change the multicore protocol
				sed -i "s/JOB_LEVEL_MIGRATION_TYPE/NO_MIGRATION_TYPE/" ./generated/"anytime_coef_${i}_threshold_${TQ}_iter${var}.xmlv3"
			fi
			
		done
	done
done

k=1

echo "rajouter les coeurs"
for i in 50; do
	for TQ in 1 2 3 4; do
		# iteration
		for ((iter=1; iter<=1000; ++iter)); do
			for j in 92 161 230 299 368 437 506 575; do
				if [ $((k % 2)) -eq 0 ]
				then
					core="<core_name>c1</core_name>"
				else
					core="<core_name>c2</core_name>"
				fi 
				if (( iter < 10 ))
				then
					var='0'$iter
					
					sed -i $j'i'$core ./generated/"amc_coef_${i}_threshold_${TQ}_iter${var}.xmlv3"
					sed -i $j'i'$core ./generated/"anytime_coef_${i}_threshold_${TQ}_iter${var}.xmlv3"
											
				else
					
					sed -i $j'i'$core ./generated/"amc_coef_${i}_threshold_${TQ}_iter${var}.xmlv3"
					sed -i $j'i'$core ./generated/"anytime_coef_${i}_threshold_${TQ}_iter${var}.xmlv3"
				fi
				k=$k+1
			done
			k=1
		done
	done
done