[Compbench-web-devel] compbenchmarks-web/cgi-bin browse.cgi, 1.30, 1.31

[Frederic T. <xf...@us...>]

Update of /cvsroot/compbench/compbenchmarks-web/cgi-bin
In directory sc8-pr-cvs4.sourceforge.net:/tmp/cvs-serv5040

Modified Files:
	browse.cgi 
Log Message:
Icons uses $LT_WEB_ICONS.

Index: browse.cgi
===================================================================
RCS file: /cvsroot/compbench/compbenchmarks-web/cgi-bin/browse.cgi,v
retrieving revision 1.30
retrieving revision 1.31
diff -C2 -d -r1.30 -r1.31
*** browse.cgi	20 Sep 2006 16:31:42 -0000	1.30
--- browse.cgi	26 Sep 2006 21:06:19 -0000	1.31
***************
*** 869,873 ****
  <h3>Raw results</h3>
  <p>To the CompilerBenchs' package, each raw benchmark B (Drysthone, Whetstone...) gives a single result R for a on a given C context :</p>
! <img src='/icons/maths-package-bench.png' alt='?' class='math'>
  <p>
  Basically benchmark's context can be see as a N dimensions' array (of strings or number). Context includes informations like host's and benchmark's names, date &amp; time, compiler, compiler version, OS, optimisation flags, and so on, and a real positive value (the result, R) gives the raw performance of the benchmark B according to that context. For convience I'll reference results (.txt files) from benchmark package as raw results or as raw benchmark.
--- 869,873 ----
  <h3>Raw results</h3>
  <p>To the CompilerBenchs' package, each raw benchmark B (Drysthone, Whetstone...) gives a single result R for a on a given C context :</p>
! <img src='$LT_WEB_ICONS/maths-package-bench.png' alt='?' class='math'>
  <p>
  Basically benchmark's context can be see as a N dimensions' array (of strings or number). Context includes informations like host's and benchmark's names, date &amp; time, compiler, compiler version, OS, optimisation flags, and so on, and a real positive value (the result, R) gives the raw performance of the benchmark B according to that context. For convience I'll reference results (.txt files) from benchmark package as raw results or as raw benchmark.
***************
*** 878,885 ****
  <h3>Relative results</h3>
  <p>To provide more flexibily (hopefuly), CompilerBenchmarks uses a particular viewing mechanism based on benchmark <b>relatives</b> results. For a raw benchmark B, two entries E(n) and R(n) are created in database DB (only if informations don't exist yet) :</p>
! <img src='/icons/maths-package-db.png' alt='?' class='math'>
  <p>
  So each entry in database presents a result relatively to the miminum raw
! value for a given benchmark (not context). Database holds <img src='/icons/maths-package-beta.png' alt='?'> entries, and <i>minima</i> gets a performance weight of 1.0.
  </p>
  <p>Relative values are computed hourly, and results aren't shown before.</p>
--- 878,885 ----
  <h3>Relative results</h3>
  <p>To provide more flexibily (hopefuly), CompilerBenchmarks uses a particular viewing mechanism based on benchmark <b>relatives</b> results. For a raw benchmark B, two entries E(n) and R(n) are created in database DB (only if informations don't exist yet) :</p>
! <img src='$LT_WEB_ICONS/maths-package-db.png' alt='?' class='math'>
  <p>
  So each entry in database presents a result relatively to the miminum raw
! value for a given benchmark (not context). Database holds <img src='$LT_WEB_ICONS/maths-package-beta.png' alt='?'> entries, and <i>minima</i> gets a performance weight of 1.0.
  </p>
  <p>Relative values are computed hourly, and results aren't shown before.</p>
***************
*** 889,904 ****
  common part S of their contexts.
  </p>
! <img src='/icons/maths-package-select.png' alt='?' class='math'>
  
  <h3>What's displayed</h3>
  <p>
! The <img src='/icons/maths-package-delta.png' alt='?'> previous
  results are used. Then, a function D may be applied on them to get a
  2D-array that could be easily displayed (using a chart) according to a specific c context item :
  </p>
  <p>
! <img src='/icons/maths-package-display.png' alt='?' class='math'>
  <p>Finally, the average values of (relative) results that hold c in their
! contexts are shown by the portal, as well as the number <img src='/icons/maths-package-beta.png' alt='?'> of DB entries matching C.
  </p>";
  } elsif ($tab eq 'export') {
--- 889,904 ----
  common part S of their contexts.
  </p>
! <img src='$LT_WEB_ICONS/maths-package-select.png' alt='?' class='math'>
  
  <h3>What's displayed</h3>
  <p>
! The <img src='$LT_WEB_ICONS/maths-package-delta.png' alt='?'> previous
  results are used. Then, a function D may be applied on them to get a
  2D-array that could be easily displayed (using a chart) according to a specific c context item :
  </p>
  <p>
! <img src='$LT_WEB_ICONS/maths-package-display.png' alt='?' class='math'>
  <p>Finally, the average values of (relative) results that hold c in their
! contexts are shown by the portal, as well as the number <img src='$LT_WEB_ICONS/maths-package-beta.png' alt='?'> of DB entries matching C.
  </p>";
  } elsif ($tab eq 'export') {