Plot graphs with cairo - it is faster and nicer

[can-benchmark.git] / gw-tests / nop-time.sh

diff --git a/gw-tests/nop-time.sh b/gw-tests/nop-time.sh
index 552f3f03af919c756f7a1c019c9e9af1d27092ee..bb179adcf176c8348d0905af51f84980540fb558 100755 (executable)
--- a/gw-tests/nop-time.sh
+++ b/gw-tests/nop-time.sh
@@ -3,20 +3,20 @@
 . lib.sh
 
 main() {
-       :
+       ln -s ../nop-highprio/*.txt .
 }
 
 plot_cmds() {
     cat <<'EOF'
-set title "Single GW, no modifications, no filters"
+set title "Single GW job for all messages, no modifications"
 set grid
 set xlabel "Time [s]"
-set ylabel "Latency [{/Symbol m}s]"
-plot [:] [:500] \
-          "../nop/time2.dat" using 2:(1000000*$14) with points title "2 byte messages", \
-          "../nop/time4.dat" using 2:(1000000*$14) with points title "4 byte messages", \
-          "../nop/time6.dat" using 2:(1000000*$14) with points title "6 byte messages", \
-          "../nop/time8.dat" using 2:(1000000*$14) with points title "8 byte messages"
+set ylabel "Latency [ms]"
+plot [:] [:0.5] \
+          "len2-msgs.txt" using 2:(1000*$14) with points title "2 byte messages", \
+          "len4-msgs.txt" using 2:(1000*$14) with points title "4 byte messages", \
+          "len6-msgs.txt" using 2:(1000*$14) with points title "6 byte messages", \
+          "len8-msgs.txt" using 2:(1000*$14) with points title "8 byte messages"
 EOF
 }