$i = 2;
$xrange = 1;
# generate instructions for gnuplot, with adjusting X-axes ranges
- for ($j = $first_thread; $j <= $thread ; $j = $j + $j) {
+ for ($j = $first_obj; $j <= $obj ; $j = $j + $j) {
printf SCRFILE "$plot \"$file-$rsz-$op.dat\" using 1:$i axes x%dy1 title \"$rwlabel-obj$j\" with line\n", $xrange;
$i++;
$plot = "replot";
# Open .csv/.dat file for writing required columns from log file.
open ( DATAFILE, "> $file-$rsz-$op.dat" ) or die "Can't open csv file for writing";
printf DATAFILE "%-6s", "thrd";
- for ($j = $first_thread; $j <= $thread ; $j = $j + $j) {
+ for ($j = $first_obj; $j <= $obj; $j = $j + $j) {
printf DATAFILE "%-10s", "$op-obj$j";
}
- for ( $i = $first_obj; $i <= $obj; $i = $i + $i ) {
+ for ( $i = $first_thread; $i <= $thread; $i = $i + $i ) {
printf DATAFILE "\n%-6s", $i;
- for ($j = $first_thread; $j <= $thread ; $j = $j + $j) {
+ for ($j = $first_obj; $j <= $obj; $j = $j + $j) {
# switch-case can be used instead if else
if ($op eq "rd") {
if ( $ard{$i}{$j} ) {
}
}
}
- if ($rsz != $line[5]) {
+ if ($rsz ne $line[5]) {
&write_files();
$rsz = $line[5];
$first_obj = $line[7];