Plot graphs with cairo - it is faster and nicer

[can-benchmark.git] / gw-tests / vcans.sh

diff --git a/gw-tests/vcans.sh b/gw-tests/vcans.sh
index 6c3cada2f0d58fe4125e603b985820cf7012a0ac..e49bfdac4bc0b62362cc4b38d5f128aa332800a2 100755 (executable)
--- a/gw-tests/vcans.sh
+++ b/gw-tests/vcans.sh
@@ -15,22 +15,22 @@ main() {
        done
        sshgw cangw -A -s $lastif -d can1 -f $(printf %x:C00007FF $((i-1)))
 
        done
        sshgw cangw -A -s $lastif -d can1 -f $(printf %x:C00007FF $((i-1)))
 

-       latester -d can0 -d can1 -d can2 -o -c $COUNT -i 0 -h hist-$i.dat -f time-$i.dat
+       latester -d can0 -d can1 -d can2 -c $COUNT -i 0 $(traffic_and_length 2) -n hops$i

     done
 }
 
 plot_cmds() {
     cat <<EOF
     done
 }
 
 plot_cmds() {
     cat <<EOF

-set title "Chained GWs on multiple VCAN interfaces"
+set title "Chained GW jobs on multiple VCAN interfaces"

 set logscale y
 set grid
 set logscale y
 set grid

-set xlabel "Time [{/Symbol m}s]"
+set xlabel "Time [ms]"

 set ylabel "Latency profile [messages]"
 set ylabel "Latency profile [messages]"

-plot [0:1000] [1:$COUNT] \\
+plot [0:1] [1:$COUNT] \\

 EOF
     lt=1
     for i in $numjobs; do
 EOF
     lt=1
     for i in $numjobs; do

-       echo_plot "\"hist-$i.dat\" with lp lt $lt title \"$i GW jobs, $((i-1)) vcans\""
+       echo_plot "\"hops$i-hist.txt\" with lp lt $lt title \"$i GW jobs, $((i-1)) vcans\""

         lt=$((lt+1))
     done
 }
         lt=$((lt+1))
     done
 }