diff --git a/specjbb/openmetrics_specjbb_reset.txt b/specjbb/openmetrics_specjbb_reset.txt
new file mode 100644
index 0000000..0da338b
--- /dev/null
+++ b/specjbb/openmetrics_specjbb_reset.txt
@@ -0,0 +1,10 @@
+iteration 0
+running 0
+numthreads 0
+runtime NaN
+throughput NaN
+latency NaN
+JVMs NaN
+Warehouse NaN
+BOPs NaN
+Numa_bound NaN
diff --git a/specjbb/specjbb_run b/specjbb/specjbb_run
index 1cd9f64..ddec7f8 100755
--- a/specjbb/specjbb_run
+++ b/specjbb/specjbb_run
@@ -24,6 +24,7 @@
 #
 # Defined options
 #
+act_jvms=0
 java_version=21
 RESULTSDIR_TOP=""
 rtc=0
@@ -47,6 +48,7 @@ java_exec="/bin/java"
 test_status="Ran"
 start_warehouse=0
 increment_warehouse=0
+pdir=""
 
 tools_git=https://github.com/redhat-performance/test_tools-wrappers
 
@@ -107,20 +109,17 @@ error_out()
 	exit $2
 }
 
-#
-# results_specjbb.csv header
-#
-process_header()
-{
-	echo "Warehouses:Bops" >> $1
-}
-
 #
 # For runs with multiple JVMs, we need to sum everything up.  Note,
 # this includes the WH count, as each JVM is running (Total WH)/# JVMs.
 #
 present_wh_results()
 {
+	in_file=${1}
+	csv_file=${2}
+	jvms=${3}
+	start_time=${4}
+	end_time=${5}
 	last_wh=0
 	total_wh=0
 	total_bops=0
@@ -142,7 +141,23 @@ present_wh_results()
 		# and reset the values.
 		#
 		if [ $last_wh -ne $wh ]; then
-			echo $total_wh:$total_bops >> $2
+			if [[ $to_use_pcp -eq 1 ]]; then
+				results2pcp_add_value "Warehouse:${total_wh}"
+				results2pcp_add_value "BOPs:${total_bops}"
+				results2pcp_add_value "JVMs:${jvms}"
+				if [[ $node_pinning == "y" ]]; then
+					results2pcp_add_value "Numa_bound:1"
+				else
+					results2pcp_add_value "Numa_bound:0"
+				fi
+				results2pcp_add_value_commit
+				#
+				# To prevent WH confusion, reset. Do not reset iterations
+				#
+				reset_pcp_om
+			fi
+			data_string=$(build_data_string "$total_wh" "$total_bops" "$jvms" "${start_time}" "${end_time}")
+			echo $data_string >> $csv_file
 			total_bops=$val
 			total_wh=$wh
 			last_wh=$wh
@@ -153,11 +168,27 @@ present_wh_results()
 		#
 		let "total_wh=$total_wh+$wh"
 		let "total_bops=$total_bops+$val"
-	done < "$1"
+	done < "${in_file}"
 	#
 	# Do not forget the last Warehouse count.
 	#
-	echo $total_wh:$total_bops >> $2
+	data_string=$(build_data_string "$total_wh" "$total_bops" "$jvms" "${start_time}" "${end_time}")
+	echo $data_string >> $csv_file
+	if [[ $to_use_pcp -eq 1 ]]; then
+		results2pcp_add_value "Warehouse:${total_wh}"
+		results2pcp_add_value "BOPs:${total_bops}"
+		results2pcp_add_value "JVMs:${act_jvms}"
+		results2pcp_add_value_commit
+		if [[ $node_pinning == "y" ]]; then
+			results2pcp_add_value "Numa_bound:1"
+		else
+			results2pcp_add_value "Numa_bound:0"
+		fi
+		#
+		# To prevent WH confusion, reset. Do not reset iterations
+		#
+		reset_pcp_om
+	fi
 }
 
 #
@@ -165,6 +196,8 @@ present_wh_results()
 #
 process_specjbb_data()
 {
+	start_time=${1}
+	slart_time=${2}
 	total_data=$(mktemp /tmp/specjbb_data.XXXXXX)
 	#
 	# Locate the last created specjbb results
@@ -180,11 +213,7 @@ process_specjbb_data()
 		pushd $lvl2 > /tmp/null
 		csv_file=`pwd`/results_${test_name}.csv
 		if [ ! -f $csv_file ]; then
-			$TOOLS_BIN/test_header_info --front_matter --results_file $csv_file --host $to_configuration --sys_type $to_sys_type --tuned $to_tuned_setting --results_version $version --test_name $test_name
-			#
-			# Add test meta for the total number of JVMs
-			#
-			$TOOLS_BIN/test_header_info --results_file $csv_file --meta_output "Number of jvms: $node_jvms"
+			$TOOLS_BIN/test_header_info --front_matter --results_file $csv_file --host $to_configuration --sys_type $to_sys_type --tuned $to_tuned_setting --results_version $version --test_name $test_name --field_header "Warehouses,Bops,Numb_JVMs"
 		fi
 		for dir_work in `ls -d SPEC*`; do
 			pushd $dir_work > /dev/null
@@ -205,13 +234,6 @@ process_specjbb_data()
 			# Afterwards we will organize the data.
 			#
 			for file_in in `ls SPEC*txt`; do
-				#
-				# If first time through, we need to provide the header.
-				#
-				if [[ $processed -eq 0 ]]; then
-					process_header $csv_file
-					processed=1
-				fi
 				wh_found=0
 				cat $file_in | sed "s/[*]/ /g" > ${file_in}.out
 				while IFS= read -r data_in
@@ -240,7 +262,7 @@ process_specjbb_data()
 				# to sum the run up.
 				#
 				sort -n $total_data > ${total_data}_sorted
-				present_wh_results ${total_data}_sorted $csv_file
+				present_wh_results ${total_data}_sorted $csv_file $node_jvms ${start_time} ${end_time}
 				rm ${total_data}*
 				popd > /dev/null
 			fi
@@ -424,13 +446,6 @@ execute_specjbb()
 		fi
 	done
 
-	if [[ $to_use_pcp -eq 1 ]]; then
-		echo "Send result to PCP archive"
-		out="${test_to_run}_pcp"
-		result2pcp nr_jvms_${nr_jvms}  ${out}
-		stop_pcp_subset
-	fi
-
 	if [[ $node_jvms -gt 1 ]]; then
 		kill $controller_pid > /dev/null 2>&1
 		wait $controller_pid
@@ -459,39 +474,49 @@ run_specjbb()
 	# Prepare things for execution.
 	#
 	file=`/$to_home_root/$to_user/tools_bin/get_params_file -d /$to_home_root/$to_user -c ${to_sysname} -t ${test_name}`
-
 	# Arrays are 0 based
 	let nr_jvms="$nr_jvms-1"
+
+
 	for iterations  in 1 `seq 2 1 $to_times_to_run`; do
 		pindex=0
+		if [[ $to_use_pcp -eq 1 ]]; then
+			start_pcp_subset
+		fi
+
 		if test -f "$file"; then
 			while IFS= read -r specjbb_opts
 			do
 				execute_specjbb $specjbb_opts
 			done < "$file"
 		else
+			start_time=$(retrieve_time_stamp)
 			execute_specjbb $specjbb_opts
+			end_time=$(retrieve_time_stamp)
 		fi
-	done
 
-#
-# We need to process the data
-#
-	pushd /tmp > /dev/null
-	if [[ $RESULTSDIR_TOP == "" ]]; then
-		RESULTSDIR_TOP=results_${test_name}_${tuned_setting}_$(date "+%Y.%m.%d-%H.%M.%S")
-	fi
-	RESULTSDIR=${RESULTSDIR_TOP}/results_${test_name}_${to_tuned_setting}_${node_jvms}_results
-	# We do not want any old data.
-	#
-	mkdir -p ${RESULTSDIR}
-	if [[ -d results_${test_name}_${to_tuned_setting} ]]; then
-		mv results_${test_name}_${to_tuned_setting} ${RESULTSDIR}
-	fi
-	echo $test_status > ${RESULTSDIR}/test_results_report
-	timestamp=`date | sed "s/ /_/g"`
-	mv $run_dir/results_specjbb  ${RESULTSDIR}/results_${test_name}_${timestamp}
-	process_specjbb_data
+		#
+		# We need to process the data
+		#
+		pushd /tmp > /dev/null
+		if [[ $RESULTSDIR_TOP == "" ]]; then
+			RESULTSDIR_TOP=results_${test_name}_${tuned_setting}_$(date "+%Y.%m.%d-%H.%M.%S")
+		fi
+		RESULTSDIR=${RESULTSDIR_TOP}/results_${test_name}_${to_tuned_setting}_${node_jvms}_results
+		# We do not want any old data.
+		#
+		mkdir -p ${RESULTSDIR}
+		if [[ -d results_${test_name}_${to_tuned_setting} ]]; then
+			mv results_${test_name}_${to_tuned_setting} ${RESULTSDIR}
+		fi
+		echo $test_status > ${RESULTSDIR}/test_results_report
+		timestamp=`date | sed "s/ /_/g"`
+		mv $run_dir/results_specjbb  ${RESULTSDIR}/results_${test_name}_${timestamp}
+		process_specjbb_data $start_time $end_time 
+		if [[ $to_use_pcp -eq 1 ]]; then
+			stop_pcp_subset
+		fi
+	done
 }
 
 usage()
@@ -753,9 +778,17 @@ if [[ $to_use_pcp -eq 1 ]]; then
 	source $TOOLS_BIN/pcp/pcp_commands.inc
 	setup_pcp
 	pcp_cfg=$TOOLS_BIN/pcp/default.cfg
-	pdir=/tmp/pcp_`date "+%Y.%m.%d-%H.%M.%S"`
-	echo "Start PCP"
-	start_pcp ${pdir}/ specjbb $pcp_cfg
+	#
+	# Set the pcp file and include the number of jvm nodes doing.
+	#
+	pcp_out=specjbb_jvms_${node_jvms}
+	#
+	# Only set this once.  We want all the pcp files in one directory.
+	#
+	if [[ $pdir == "" ]]; then
+		pdir=/tmp/pcp_`date "+%Y.%m.%d-%H.%M.%S"`
+	fi
+	start_pcp ${pdir}/ $pcp_out $pcp_cfg
 fi
 
 for entry in $nodes; do
@@ -779,7 +812,6 @@ for entry in $nodes; do
 		obtain_nodes
 	fi
 
-
 	run_specjbb
 done
 if [[ $to_use_pcp -eq 1 ]]; then