Online PHP editor | perf for Pl71M

@ 2014-10-05T21:40:44Z

<?php
if (function_exists("date_default_timezone_set")) {
	date_default_timezone_set("UTC");
}

function simple() {
  $a = 0;
  for ($i = 0; $i < 1000000; $i++) 
    $a++;

  $thisisanotherlongname = 0;
  for ($thisisalongname = 0; $thisisalongname < 1000000; $thisisalongname++) 
    $thisisanotherlongname++;
}

/****/

function simplecall() {
  for ($i = 0; $i < 1000000; $i++) 
    strlen("hallo");
}

/****/

function hallo($a) {
}

function simpleucall() {
  for ($i = 0; $i < 1000000; $i++) 
    hallo("hallo");
}

/****/

function simpleudcall() {
  for ($i = 0; $i < 1000000; $i++) 
    hallo2("hallo");
}

function hallo2($a) {
}

/****/

function mandel() {
  $w1=50;
  $h1=150;
  $recen=-.45;
  $imcen=0.0;
  $r=0.7;
  $s=0;  $rec=0;  $imc=0;  $re=0;  $im=0;  $re2=0;  $im2=0;
  $x=0;  $y=0;  $w2=0;  $h2=0;  $color=0;
  $s=2*$r/$w1;
  $w2=40;
  $h2=12;
  for ($y=0 ; $y<=$w1; $y=$y+1) {
    $imc=$s*($y-$h2)+$imcen;
    for ($x=0 ; $x<=$h1; $x=$x+1) {
      $rec=$s*($x-$w2)+$recen;
      $re=$rec;
      $im=$imc;
      $color=1000;
      $re2=$re*$re;
      $im2=$im*$im;
      while( ((($re2+$im2)<1000000) && $color>0)) {
        $im=$re*$im*2+$imc;
        $re=$re2-$im2+$rec;
        $re2=$re*$re;
        $im2=$im*$im;
        $color=$color-1;
      }
      if ( $color==0 ) {
        print "_";
      } else {
        print "#";
      }
    }
    print "<br>";
    flush();
  }
}

/****/

function mandel2() {
  $b = " .:,;!/>)|&IH%*#";
  //float r, i, z, Z, t, c, C;
  for ($y=30; printf("\n"), $C = $y*0.1 - 1.5, $y--;){
    for ($x=0; $c = $x*0.04 - 2, $z=0, $Z=0, $x++ < 75;){
      for ($r=$c, $i=$C, $k=0; $t = $z*$z - $Z*$Z + $r, $Z = 2*$z*$Z + $i, $z=$t, $k<5000; $k++)
        if ($z*$z + $Z*$Z > 500000) break;
      echo $b[$k%16];
    }
  }
}

/****/

function Ack($m, $n){
  if($m == 0) return $n+1;
  if($n == 0) return Ack($m-1, 1);
  return Ack($m - 1, Ack($m, ($n - 1)));
}

function ackermann($n) {
  $r = Ack(3,$n);
  print "Ack(3,$n): $r\n";
}

/****/

function ary($n) {
  for ($i=0; $i<$n; $i++) {
    $X[$i] = $i;
  }
  for ($i=$n-1; $i>=0; $i--) {
    $Y[$i] = $X[$i];
  }
  $last = $n-1;
  print "$Y[$last]\n";
}

/****/

function ary2($n) {
  for ($i=0; $i<$n;) {
    $X[$i] = $i; ++$i;
    $X[$i] = $i; ++$i;
    $X[$i] = $i; ++$i;
    $X[$i] = $i; ++$i;
    $X[$i] = $i; ++$i;

    $X[$i] = $i; ++$i;
    $X[$i] = $i; ++$i;
    $X[$i] = $i; ++$i;
    $X[$i] = $i; ++$i;
    $X[$i] = $i; ++$i;
  }
  for ($i=$n-1; $i>=0;) {
    $Y[$i] = $X[$i]; --$i;
    $Y[$i] = $X[$i]; --$i;
    $Y[$i] = $X[$i]; --$i;
    $Y[$i] = $X[$i]; --$i;
    $Y[$i] = $X[$i]; --$i;

    $Y[$i] = $X[$i]; --$i;
    $Y[$i] = $X[$i]; --$i;
    $Y[$i] = $X[$i]; --$i;
    $Y[$i] = $X[$i]; --$i;
    $Y[$i] = $X[$i]; --$i;
  }
  $last = $n-1;
  print "$Y[$last]\n";
}

/****/

function ary3($n) {
  for ($i=0; $i<$n; $i++) {
    $X[$i] = $i + 1;
    $Y[$i] = 0;
  }
  for ($k=0; $k<1000; $k++) {
    for ($i=$n-1; $i>=0; $i--) {
      $Y[$i] += $X[$i];
    }
  }
  $last = $n-1;
  print "$Y[0] $Y[$last]\n";
}

/****/

function fibo_r($n){
    return(($n < 2) ? 1 : fibo_r($n - 2) + fibo_r($n - 1));
}

function fibo($n) {
  $r = fibo_r($n);
  print "$r\n";
}

/****/

function hash1($n) {
  for ($i = 1; $i <= $n; $i++) {
    $X[dechex($i)] = $i;
  }
  $c = 0;
  for ($i = $n; $i > 0; $i--) {
    if ($X[dechex($i)]) { $c++; }
  }
  print "$c\n";
}

/****/

function hash2($n) {
  for ($i = 0; $i < $n; $i++) {
    $hash1["foo_$i"] = $i;
    $hash2["foo_$i"] = 0;
  }
  for ($i = $n; $i > 0; $i--) {
    foreach($hash1 as $key => $value) $hash2[$key] += $value;
  }
  $first = "foo_0";
  $last  = "foo_".($n-1);
  print "$hash1[$first] $hash1[$last] $hash2[$first] $hash2[$last]\n";
}

/****/

function gen_random ($n) {
    global $LAST;
    return( ($n * ($LAST = ($LAST * IA + IC) % IM)) / IM );
}

function heapsort_r($n, &$ra) {
    $l = ($n >> 1) + 1;
    $ir = $n;

    while (1) {
	if ($l > 1) {
	    $rra = $ra[--$l];
	} else {
	    $rra = $ra[$ir];
	    $ra[$ir] = $ra[1];
	    if (--$ir == 1) {
		$ra[1] = $rra;
		return;
	    }
	}
	$i = $l;
	$j = $l << 1;
	while ($j <= $ir) {
	    if (($j < $ir) && ($ra[$j] < $ra[$j+1])) {
		$j++;
	    }
	    if ($rra < $ra[$j]) {
		$ra[$i] = $ra[$j];
		$j += ($i = $j);
	    } else {
		$j = $ir + 1;
	    }
	}
	$ra[$i] = $rra;
    }
}

function heapsort($N) {
  global $LAST;

  define("IM", 139968);
  define("IA", 3877);
  define("IC", 29573);

  $LAST = 42;
  for ($i=1; $i<=$N; $i++) {
    $ary[$i] = gen_random(1);
  }
  heapsort_r($N, $ary);
  printf("%.10f\n", $ary[$N]);
}

/****/

function mkmatrix ($rows, $cols) {
    $count = 1;
    $mx = array();
    for ($i=0; $i<$rows; $i++) {
	for ($j=0; $j<$cols; $j++) {
	    $mx[$i][$j] = $count++;
	}
    }
    return($mx);
}

function mmult ($rows, $cols, $m1, $m2) {
    $m3 = array();
    for ($i=0; $i<$rows; $i++) {
	for ($j=0; $j<$cols; $j++) {
	    $x = 0;
	    for ($k=0; $k<$cols; $k++) {
		$x += $m1[$i][$k] * $m2[$k][$j];
	    }
	    $m3[$i][$j] = $x;
	}
    }
    return($m3);
}

function matrix($n) {
  $SIZE = 30;
  $m1 = mkmatrix($SIZE, $SIZE);
  $m2 = mkmatrix($SIZE, $SIZE);
  while ($n--) {
    $mm = mmult($SIZE, $SIZE, $m1, $m2);
  }
  print "{$mm[0][0]} {$mm[2][3]} {$mm[3][2]} {$mm[4][4]}\n";
}

/****/

function nestedloop($n) {
  $x = 0;
  for ($a=0; $a<$n; $a++)
    for ($b=0; $b<$n; $b++)
      for ($c=0; $c<$n; $c++)
        for ($d=0; $d<$n; $d++)
          for ($e=0; $e<$n; $e++)
            for ($f=0; $f<$n; $f++)
             $x++;
  print "$x\n";
}

/****/

function sieve($n) {
  $count = 0;
  while ($n-- > 0) {
    $count = 0;
    $flags = range (0,8192);
    for ($i=2; $i<8193; $i++) {
      if ($flags[$i] > 0) {
        for ($k=$i+$i; $k <= 8192; $k+=$i) {
          $flags[$k] = 0;
        }
        $count++;
      }
    }
  }
  print "Count: $count\n";
}

/****/

function strcat($n) {
  $str = "";
  while ($n-- > 0) {
    $str .= "hello\n";
  }
  $len = strlen($str);
  print "$len\n";
}

/*****/

function getmicrotime()
{
  $t = gettimeofday();
  return ($t['sec'] + $t['usec'] / 1000000);
}

function start_test()
{
	ob_start();
  return getmicrotime();
}

function end_test($start, $name)
{
  global $total;
  $end = getmicrotime();
  ob_end_clean();
  $total += $end-$start;
  $num = number_format($end-$start,3);
  $pad = str_repeat(" ", 24-strlen($name)-strlen($num));

  echo $name.$pad.$num."\n";
	ob_start();
  return getmicrotime();
}

function total()
{
  global $total;
  $pad = str_repeat("-", 24);
  echo $pad."\n";
  $num = number_format($total,3);
  $pad = str_repeat(" ", 24-strlen("Total")-strlen($num));
  echo "Total".$pad.$num."\n";
}

$t0 = $t = start_test();
simple();
$t = end_test($t, "simple");
simplecall();
$t = end_test($t, "simplecall");
simpleucall();
$t = end_test($t, "simpleucall");
simpleudcall();
$t = end_test($t, "simpleudcall");
mandel();
$t = end_test($t, "mandel");
mandel2();
$t = end_test($t, "mandel2");
ackermann(7);
$t = end_test($t, "ackermann(7)");
ary(50000);
$t = end_test($t, "ary(50000)");
ary2(50000);
$t = end_test($t, "ary2(50000)");
ary3(2000);
$t = end_test($t, "ary3(2000)");
fibo(30);
$t = end_test($t, "fibo(30)");
hash1(50000);
$t = end_test($t, "hash1(50000)");
hash2(500);
$t = end_test($t, "hash2(500)");
heapsort(20000);
$t = end_test($t, "heapsort(20000)");
matrix(20);
$t = end_test($t, "matrix(20)");
nestedloop(12);
$t = end_test($t, "nestedloop(12)");
sieve(30);
$t = end_test($t, "sieve(30)");
strcat(200000);
$t = end_test($t, "strcat(200000)");
total($t0, "Total");
?>

Here you find the average performance (time & memory) of each version. A grayed out version indicates it didn't complete successfully (based on exit-code).

Version	System time (s)	User time (s)	Memory (MiB)
8.3.6	0.013	0.595	21.97
8.3.5	0.017	0.604	24.01
8.3.4	0.020	0.547	23.85
8.3.3	0.020	0.572	24.23
8.3.2	0.010	0.306	25.31
8.3.1	0.003	0.307	24.55
8.3.0	0.010	0.287	23.75
8.2.18	0.017	0.570	21.57
8.2.17	0.023	0.578	23.85
8.2.16	0.020	0.541	25.53
8.2.15	0.013	0.331	24.18
8.2.14	0.013	0.320	24.66
8.2.13	0.013	0.332	26.16
8.2.12	0.000	0.339	26.32
8.2.11	0.020	0.511	25.43
8.2.10	0.013	0.390	22.63
8.2.9	0.010	0.398	24.39
8.2.8	0.013	0.419	22.54
8.2.7	0.000	0.411	22.75
8.2.6	0.007	0.399	22.94
8.2.5	0.007	0.393	22.63
8.2.4	0.007	0.384	23.29
8.2.3	0.007	0.365	24.32
8.2.2	0.010	0.388	22.68
8.2.1	0.010	0.395	23.14
8.2.0	0.010	0.390	22.82
8.1.28	0.003	0.578	25.92
8.1.27	0.010	0.341	28.68
8.1.26	0.010	0.327	26.78
8.1.25	0.010	0.316	28.73
8.1.24	0.003	0.536	29.86
8.1.23	0.013	0.391	27.37
8.1.22	0.013	0.402	24.27
8.1.21	0.007	0.403	23.86
8.1.20	0.003	0.404	23.98
8.1.19	0.013	0.391	23.85
8.1.18	0.013	0.403	24.06
8.1.17	0.007	0.381	25.27
8.1.16	0.000	0.375	28.49
8.1.15	0.013	0.408	25.41
8.1.14	0.003	0.406	23.97
8.1.13	0.007	0.386	24.36
8.1.12	0.003	0.385	23.97
8.1.11	0.003	0.413	23.97
8.1.10	0.003	0.415	23.98
8.1.9	0.010	0.459	23.90
8.1.8	0.007	0.382	23.82
8.1.7	0.003	0.394	23.95
8.1.6	0.007	0.522	24.07
8.1.5	0.013	0.520	23.96
8.1.4	0.007	0.520	23.95
8.1.3	0.007	0.522	23.95
8.1.2	0.010	0.519	24.09
8.1.1	0.003	0.527	24.00
8.1.0	0.007	0.519	23.82
8.0.30	0.003	0.378	23.30
8.0.29	0.000	0.410	23.13
8.0.28	0.007	0.401	24.92
8.0.27	0.007	0.407	23.66
8.0.26	0.000	0.403	23.64
8.0.25	0.003	0.391	23.26
8.0.24	0.007	0.395	23.22
8.0.23	0.013	0.386	23.26
8.0.22	0.013	0.396	23.25
8.0.21	0.007	0.381	23.17
8.0.20	0.000	0.435	23.18
8.0.19	0.010	0.520	23.29
8.0.18	0.013	0.518	23.23
8.0.17	0.013	0.515	23.22
8.0.16	0.010	0.520	23.05
8.0.15	0.003	0.524	23.07
8.0.14	0.007	0.520	23.25
8.0.13	0.007	0.528	19.79
8.0.12	0.010	0.516	23.15
8.0.11	0.013	0.512	23.24
8.0.10	0.007	0.524	23.20
8.0.9	0.010	0.517	23.17
8.0.8	0.021	0.789	23.21
8.0.7	0.022	0.731	23.16
8.0.6	0.013	0.773	23.11
8.0.5	0.013	0.723	23.07
8.0.3	0.025	0.753	23.47
8.0.2	0.025	0.736	23.44
8.0.1	0.023	0.791	23.29
8.0.0	0.026	0.703	23.19
7.4.33	0.003	0.466	21.03
7.4.32	0.010	0.434	22.80
7.4.30	0.003	0.446	22.70
7.4.29	0.007	0.569	22.88
7.4.28	0.000	0.581	22.79
7.4.27	0.003	0.576	22.77
7.4.26	0.010	0.567	22.75
7.4.25	0.003	0.573	22.85
7.4.24	0.003	0.575	22.89
7.4.23	0.007	0.564	22.89
7.4.22	0.013	1.008	22.82
7.4.21	0.011	0.931	22.88
7.4.20	0.016	0.828	22.83
7.4.19	0.030	0.899	22.79
7.4.18	0.023	0.878	22.89
7.4.16	0.015	0.805	22.80
7.4.15	0.023	0.823	22.95
7.4.14	0.032	0.841	22.80
7.4.13	0.025	0.813	22.79
7.4.12	0.027	0.878	22.92
7.4.11	0.021	0.818	22.86
7.4.10	0.020	0.777	22.75
7.4.9	0.020	0.860	22.74
7.4.8	0.036	0.938	22.90
7.4.7	0.026	1.020	22.86
7.4.6	0.023	0.897	22.93
7.4.5	0.010	0.648	22.81
7.4.4	0.016	0.833	22.70
7.4.3	0.077	0.727	22.81
7.4.2	0.023	0.779	22.82
7.4.1	0.023	0.832	22.68
7.4.0	0.010	0.885	22.73
7.3.33	0.013	0.675	19.62
7.3.32	0.007	0.597	19.86
7.3.31	0.010	0.600	22.66
7.3.30	0.010	0.605	22.64
7.3.29	0.019	0.977	22.69
7.3.28	0.023	1.094	22.71
7.3.27	0.021	1.029	22.76
7.3.26	0.032	1.057	22.81
7.3.25	0.021	0.975	22.73
7.3.24	0.023	0.992	22.69
7.3.23	0.020	0.977	22.75
7.3.22	0.025	0.956	22.65
7.3.21	0.028	0.973	22.69
7.3.20	0.019	1.013	22.70
7.3.19	0.024	0.948	22.80
7.3.18	0.016	0.996	22.75
7.3.17	0.028	1.013	22.56
7.3.16	0.026	0.971	22.69
7.3.15	0.016	1.069	22.66
7.3.14	0.036	1.037	22.72
7.3.13	0.026	0.953	22.67
7.3.12	0.023	0.951	22.70
7.3.11	0.016	0.897	22.52
7.3.10	0.026	0.921	22.53
7.3.9	0.022	0.947	22.96
7.3.8	0.029	1.076	22.57
7.3.7	0.026	0.902	22.67
7.3.6	0.016	0.932	22.77
7.3.5	0.016	1.110	22.78
7.3.4	0.022	1.076	22.77
7.3.3	0.026	0.891	22.70
7.3.2	0.274	0.815	21.97
7.3.1	0.152	0.794	22.30
7.3.0	0.174	0.783	22.28
7.2.34	0.027	0.978	22.31
7.2.33	0.020	0.997	22.46
7.2.32	0.047	1.159	22.39
7.2.31	0.026	1.050	22.32
7.2.30	0.026	0.945	22.51
7.2.29	0.023	0.938	22.46
7.2.28	0.026	1.051	22.29
7.2.27	0.016	1.078	22.26
7.2.26	0.040	0.955	22.32
7.2.25	0.033	0.960	22.15
7.2.24	0.023	0.930	22.33
7.2.23	0.023	1.083	22.31
7.2.22	0.040	1.015	22.25
7.2.21	0.043	0.864	22.36
7.2.20	0.026	0.905	22.49
7.2.19	0.033	0.955	22.27
7.2.18	0.027	0.919	22.34
7.2.17	0.026	0.944	22.45
7.2.16	0.023	0.919	22.52
7.2.15	0.360	0.831	21.56
7.2.14	0.313	0.821	21.94
7.2.13	0.173	0.866	22.28
7.2.12	0.151	0.862	22.40
7.2.11	0.221	0.909	22.36
7.2.10	0.130	0.816	22.33
7.2.9	0.191	0.864	22.34
7.2.8	0.201	0.855	22.29
7.2.7	0.159	0.811	22.39
7.2.6	0.156	0.802	22.29
7.2.5	0.234	0.859	22.36
7.2.4	0.214	0.826	22.28
7.2.3	0.231	0.856	22.35
7.2.2	0.185	0.860	22.29
7.2.1	0.185	0.788	22.14
7.2.0	0.182	0.783	22.25
7.1.33	0.032	1.165	21.57
7.1.32	0.030	1.153	21.39
7.1.31	0.052	1.579	21.57
7.1.30	0.030	1.157	21.54
7.1.29	0.036	1.311	21.54
7.1.28	0.026	1.069	21.52
7.1.27	0.045	1.205	21.57
7.1.26	0.056	1.174	21.52
7.1.25	0.185	1.243	21.29
7.1.24	0.328	0.916	20.72
7.1.23	0.265	0.888	20.76
7.1.22	0.320	0.887	20.85
7.1.21	0.367	0.926	20.71
7.1.20	0.261	0.878	20.83
7.1.19	0.281	0.875	20.92
7.1.18	0.386	0.831	20.71
7.1.17	0.346	0.906	20.86
7.1.16	0.361	0.865	20.89
7.1.15	0.333	0.869	20.86
7.1.14	0.328	0.868	20.87
7.1.13	0.412	0.878	20.78
7.1.12	0.356	0.861	20.88
7.1.11	0.400	0.819	20.87
7.1.10	0.423	0.806	20.88
7.1.9	0.427	0.905	20.79
7.1.8	0.300	0.815	20.75
7.1.7	0.281	0.835	20.84
7.1.6	0.305	0.894	20.88
7.1.5	0.261	0.871	20.93
7.1.4	0.225	0.869	20.64
7.1.3	0.334	0.903	20.75
7.1.2	0.270	0.862	20.82
7.1.1	0.043	1.132	21.78
7.1.0	0.026	1.084	21.68
7.0.33	0.316	0.966	20.37
7.0.32	0.281	1.007	20.40
7.0.31	0.336	0.914	20.58
7.0.30	0.344	0.910	20.22
7.0.29	0.361	0.908	20.34
7.0.28	0.411	0.889	20.25
7.0.27	0.428	0.936	20.33
7.0.26	0.398	0.960	20.38
7.0.25	0.389	0.956	20.36
7.0.24	0.420	0.950	20.49
7.0.23	0.315	0.920	20.45
7.0.22	0.308	0.920	20.50
7.0.21	0.323	0.902	20.38
7.0.20	0.286	0.847	20.34
7.0.19	0.291	0.867	20.40
7.0.18	0.194	0.898	20.35
7.0.17	0.294	0.936	20.39
7.0.16	0.289	0.938	20.28
7.0.15	0.033	1.160	21.13
7.0.14	0.035	1.239	21.19
7.0.13	0.033	1.204	21.30
7.0.12	0.023	1.142	21.25
7.0.11	0.036	1.124	21.20
7.0.10	0.019	1.165	21.31
7.0.9	0.046	1.177	21.04
7.0.8	0.026	1.107	21.11
7.0.7	0.030	1.227	21.21
7.0.6	0.040	1.188	21.18
7.0.5	0.017	1.171	21.16
7.0.4	0.046	1.135	21.24
7.0.3	0.029	1.133	21.25
7.0.2	0.036	1.204	21.20
7.0.1	0.040	1.144	21.22
7.0.0	0.026	1.112	21.14
5.6.40	0.033	1.963	28.38
5.6.39	0.020	1.986	28.25
5.6.38	0.038	1.895	27.40
5.6.37	0.025	1.854	27.59
5.6.36	0.036	1.774	27.35
5.6.35	0.036	1.752	27.55
5.6.34	0.038	1.832	27.42
5.6.33	0.043	1.806	27.37
5.6.32	0.025	1.767	27.27
5.6.31	0.038	1.939	27.48
5.6.30	0.045	1.946	28.27
5.6.29	0.045	1.968	28.38
5.6.28	0.049	1.949	28.30
5.6.27	0.043	1.961	28.38
5.6.26	0.033	1.962	28.43
5.6.25	0.026	1.973	28.42
5.6.24	0.026	1.975	28.56
5.6.23	0.043	1.960	28.42
5.6.22	0.043	1.955	28.45
5.6.21	0.043	1.953	28.49
5.6.20	0.033	1.979	28.34
5.6.19	0.023	1.983	28.50
5.6.18	0.043	1.959	28.60
5.6.17	0.043	1.955	28.45
5.6.16	0.020	1.986	28.37
5.6.15	0.036	1.959	28.46
5.6.14	0.036	1.967	28.30
5.6.13	0.046	1.955	28.27
5.6.12	0.026	1.981	28.47
5.6.11	0.030	1.980	28.20
5.6.10	0.026	1.974	28.32
5.6.9	0.033	1.974	28.34
5.6.8	0.043	1.955	28.24
5.6.7	0.027	1.983	28.43
5.6.6	0.020	1.986	28.31
5.6.5	0.020	1.987	28.11
5.6.4	0.053	1.957	28.32
5.6.3	0.049	1.948	28.53
5.6.2	0.043	1.967	28.12
5.6.1	0.039	2.069	27.30
5.6.0	0.047	2.008	27.28
5.5.38	0.043	1.950	28.51
5.5.37	0.020	1.981	28.43
5.5.36	0.059	1.946	28.26
5.5.35	0.043	1.950	28.39
5.5.34	0.036	1.966	28.26
5.5.33	0.033	1.965	28.27
5.5.32	0.030	1.954	28.26
5.5.31	0.043	1.953	28.36
5.5.30	0.048	1.934	28.19
5.5.29	0.062	1.923	28.33
5.5.28	0.049	1.943	28.29
5.5.27	0.029	1.955	28.14
5.5.26	0.050	1.971	28.29
5.5.25	0.033	1.961	28.43
5.5.24	0.033	1.963	28.42
5.5.23	0.049	1.929	28.27
5.5.22	0.033	1.951	28.45
5.5.21	0.033	1.963	28.35
5.5.20	0.029	1.943	28.34
5.5.19	0.059	1.943	28.14
5.5.18	0.045	1.931	28.19
5.5.17	0.028	1.978	27.17
5.5.16	0.056	1.950	25.71
5.5.15	0.030	1.984	25.70
5.5.14	0.043	2.020	25.54
5.5.13	0.026	1.972	19.79
5.5.12	0.026	2.151	25.60
5.5.11	0.039	1.928	25.60
5.5.10	0.035	2.055	25.76
5.5.9	0.034	2.143	25.49
5.5.8	0.039	2.133	25.77
5.5.7	0.044	2.147	25.73
5.5.6	0.045	2.032	25.90
5.5.5	0.047	2.008	25.78
5.5.4	0.028	2.093	25.65
5.5.3	0.046	2.039	25.61
5.5.2	0.036	2.045	25.69
5.5.1	0.030	2.072	25.59
5.5.0	0.035	1.998	25.57
5.4.45	0.036	1.968	24.73
5.4.44	0.039	1.957	24.77
5.4.43	0.039	1.952	24.74
5.4.42	0.033	1.963	24.76
5.4.41	0.048	1.976	24.68
5.4.40	0.020	1.982	13.39
5.4.39	0.033	1.970	24.80
5.4.38	0.039	1.957	24.64
5.4.37	0.036	1.967	24.73
5.4.36	0.033	1.965	24.65
5.4.35	0.039	1.959	24.72
5.4.34	0.039	1.964	24.69
5.4.33	0.031	2.041	23.95
5.4.32	0.052	1.925	23.80
5.4.31	0.033	2.076	24.01
5.4.30	0.036	1.971	23.90
5.4.29	0.039	2.170	23.84
5.4.28	0.036	2.133	23.83
5.4.27	0.039	2.098	23.87
5.4.26	0.037	1.953	23.81
5.4.25	0.032	2.007	23.91
5.4.24	0.039	2.165	23.77
5.4.23	0.046	2.027	23.64
5.4.22	0.040	2.006	23.87
5.4.21	0.038	2.166	23.76
5.4.20	0.040	2.037	23.65
5.4.19	0.043	2.183	23.67
5.4.18	0.044	2.134	23.75
5.4.17	0.032	2.060	23.87
5.4.16	0.026	2.028	23.79
5.4.15	0.025	2.105	23.76
5.4.14	0.036	1.991	23.87
5.4.13	0.043	2.029	23.91
5.4.12	0.028	2.117	23.79
5.4.11	0.045	2.007	23.93
5.4.10	0.033	2.127	23.90
5.4.9	0.027	1.944	23.92
5.4.8	0.045	1.894	23.99
5.4.7	0.049	1.900	23.89
5.4.6	0.038	2.083	24.04
5.4.5	0.030	2.131	23.79
5.4.4	0.039	2.005	23.87
5.4.3	0.036	2.085	23.87
5.4.2	0.041	2.165	23.95
5.4.1	0.026	2.157	24.03
5.4.0	0.025	2.090	23.74

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