4-Iteration - raw tower spectra for sector 1-12
<br><b> Final absolute tower gains for sectors 1-4, 9-12</b>
<p>
<li> events from the selected runs with TPC in the data were added together, <a href="listSlow"> runList</a>
<li> any minB triggered events are used (fast & slow), total 1.5M accepted eve

<li>Goal-1: look for pathologies & DB inconsistency
<li> Goal-2: fit slopes for all towers <br>


<hr>
<p> Tower spectra. 5 plots per row for subsec A-E. 6 rows per plot for eta bins 1-6 or 7-12.
<br>ADC-ped range: tower [-20,100],
Fit range : tower [15,50]

<table border=1>
<tr> <th>detector  <th> eta bin<th colspan=2> plot 
<th> already<br> masked <th>6 new fatal (F) <br> problems,
<br> will be marked in DB <th> slopes + integral

<tr> <td rowspan=2>
                 sector 1
<td> 1-6 <td> <a href="01TA-E01+6.gif"> GIF </a> 
         <td> <a href="01TA-E01+6.ps.gz"> PS.gz </a>
 <td> - <td> -            <td rowspan=2> 
           <a href="sect1.txt"> ASCII table </a><tr>
<td> 7-12<td> <a href="01TA-E07+6.gif"> GIF </a> 
         <td> <a href="01TA-E07+6.ps.gz"> PS.gz </a> 
<td>- <td> A09 -only ped (F)


<tr> <td rowspan=2>
                 sector 2
<td> 1-6 <td> <a href="02TA-E01+6.gif"> GIF </a> 
         <td> <a href="02TA-E01+6.ps.gz"> PS.gz </a>
 <td> - <td> -            <td rowspan=2> 
           <a href="sect2.txt"> ASCII table </a><tr>
<td> 7-12<td> <a href="02TA-E07+6.gif"> GIF </a> 
         <td> <a href="02TA-E07+6.ps.gz"> PS.gz </a> 
<td> -  <td>  B10 -only ped (F)


<tr> <td rowspan=2>
                 sector 3
<td> 1-6 <td> <a href="03TA-E01+6.gif"> GIF </a> 
         <td> <a href="03TA-E01+6.ps.gz"> PS.gz </a>
 <td> - <td> -            <td rowspan=2> 
           <a href="sect3.txt"> ASCII table </a><tr>
<td> 7-12<td> <a href="03TA-E07+6.gif"> GIF </a> 
         <td> <a href="03TA-E07+6.ps.gz"> PS.gz </a> 
<td> -  <td> -


<tr> <td rowspan=2>
                 sector 4
<td> 1-6 <td> <a href="04TA-E01+6.gif"> GIF </a> 
         <td> <a href="04TA-E01+6.ps.gz"> PS.gz </a>
<td> B07 - sticky bit,OK           <td> -   <td rowspan=2> 
           <a href="sect4.txt"> ASCII table </a><tr>
<td> 7-12<td> <a href="04TA-E07+6.gif"> GIF </a> 
         <td> <a href="04TA-E07+6.ps.gz"> PS.gz </a> 
<td> -  <td>  B10 -only ped  (F)


<tr> <td rowspan=2>
                 sector 5
<td> 1-6 <td> <a href="05TA-E01+6.gif"> GIF </a> 
         <td> <a href="05TA-E01+6.ps.gz"> PS.gz </a>
<td>  E03 -only ped  (F)  <td> -           <td rowspan=2> 
           <a href="sect5.txt"> ASCII table </a><tr>
<td> 7-12<td> <a href="05TA-E07+6.gif"> GIF </a> 
         <td> <a href="05TA-E07+6.ps.gz"> PS.gz </a> 
<td>  D10 -only ped  (F)  <td> -


<tr> <td rowspan=2>
                 sector 6
<td> 1-6 <td> <a href="06TA-E01+6.gif"> GIF </a> 
         <td> <a href="06TA-E01+6.ps.gz"> PS.gz </a>
 <td rowspan=2> A03 - broken FEE (F)<br>
 D11 is hot (F)  <br>
   A07 - sticky bit,OK  <br > D01-03 & D08-12 have 
<br> wide ped base, OK       <td>-
     <td rowspan=2> 
           <a href="sect6.txt"> ASCII table </a><tr>
<td> 7-12<td> <a href="06TA-E07+6.gif"> GIF </a> 
         <td> <a href="06TA-E07+6.ps.gz"> PS.gz </a> 
  <td> -


<tr> <td rowspan=2>
                 sector 7
<td> 1-6 <td> <a href="07TA-E01+6.gif"> GIF </a> 
         <td> <a href="07TA-E01+6.ps.gz"> PS.gz </a>
 <td> - <td> -            <td rowspan=2> 
           <a href="sect7.txt"> ASCII table </a><tr>
<td> 7-12<td> <a href="07TA-E07+6.gif"> GIF </a> 
         <td> <a href="07TA-E07+6.ps.gz"> PS.gz </a> 
<td> B09 -only ped (F) <td> -


<tr> <td rowspan=2>
                 sector 8
<td> 1-6 <td> <a href="08TA-E01+6.gif"> GIF </a> 
         <td> <a href="08TA-E01+6.ps.gz"> PS.gz </a>
 <td> B07 - sticky bits,OK <td> -            <td rowspan=2> 
           <a href="sect8.txt"> ASCII table </a><tr>
<td> 7-12<td> <a href="08TA-E07+6.gif"> GIF </a> 
         <td> <a href="08TA-E07+6.ps.gz"> PS.gz </a> 
<td> D04 fee w/ negat ped  (F)<td> -


<tr> <td rowspan=2>
                 sector 9
<td> 1-6 <td> <a href="09TA-E01+6.gif"> GIF </a> 
         <td> <a href="09TA-E01+6.ps.gz"> PS.gz </a>
 <td> -<td> E03  - ped only   (F)          <td rowspan=2> 
           <a href="sect9.txt"> ASCII table </a><tr>
<td> 7-12<td> <a href="09TA-E07+6.gif"> GIF </a> 
         <td> <a href="09TA-E07+6.ps.gz"> PS.gz </a> 
<td> -  <td> B07 - only ped  (F)


<tr> <td rowspan=2>
                 sector 10
<td> 1-6 <td> <a href="10TA-E01+6.gif"> GIF </a> 
         <td> <a href="10TA-E01+6.ps.gz"> PS.gz </a>
 <td> -  <td> D06 ped only    (F)         <td rowspan=2> 
           <a href="sect10.txt"> ASCII table </a><tr>
<td> 7-12<td> <a href="10TA-E07+6.gif"> GIF </a> 
         <td> <a href="10TA-E07+6.ps.gz"> PS.gz </a> 
<td> -  <td> -


<tr> <td rowspan=2>
                 sector 11
<td> 1-6 <td> <a href="11TA-E01+6.gif"> GIF </a> 
         <td> <a href="11TA-E01+6.ps.gz"> PS.gz </a>
 <td rowspan=2> C01-03 & C08 double 
<br>ped (not seen here), OK <td> B04 sticky bits, OK            <td rowspan=2> 
           <a href="sect11.txt"> ASCII table </a><tr>
<td> 7-12<td> <a href="11TA-E07+6.gif"> GIF </a> 
         <td> <a href="11TA-E07+6.ps.gz"> PS.gz </a> 
<td> -  <td> -


<tr> <td rowspan=2>
                 sector 12
<td> 1-6 <td> <a href="12TA-E01+6.gif"> GIF </a> 
         <td> <a href="12TA-E01+6.ps.gz">  PS.gz </a>
 <td> - <td> -            <td rowspan=2> 
           <a href="sect12.txt"> ASCII table </a><tr>
<td> 7-12<td> <a href="12TA-E07+6.gif"> GIF </a> 
         <td> <a href="12TA-E07+6.ps.gz"> PS.gz </a> 
<td> -  <td> -



</table>
<br> Note:
<br> * 10E08 has double ped,slope is fine, ped was fixed later in DB.
<br> * Slope for 11TB04 (sticky bits) was refitted by hand.

<p>
<hr> <hr>
<br><b> Final absolute tower gains for sectors 1-4, 9-12</b>

<p> the slopes (listed in ASCII tables) were used to calculate abolute gains.
<br><b> Formula : g(ch/GeV) =fac(eta)/slope was used.</b>
<br> The eta-dependent factor was found based on MIP peak using UxV method for sector 5-8, as described in iteration 5 (the next one).



<li> 6 out of 480 towers have no gains: 
<br> - ped only: 01TA09 , 02TB10, 04TB10, 09TE03, 09TB07, 10TD06  

<hr>
<b> FINAL GAINS FOR 2004 DATA </b> <br>
<li> DB format {name, gain, error} 
<a href="gains01tower.dat"> gains01tower.dat </a> ,
<a href="gains02tower.dat"> gains02tower.dat </a> ,
<a href="gains03tower.dat"> gains03tower.dat </a> ,
<a href="gains04tower.dat"> gains04tower.dat </a> ,
<a href="gains09tower.dat"> gains09tower.dat </a> ,
<a href="gains10tower.dat"> gains10tower.dat </a> ,
<a href="gains11tower.dat"> gains11tower.dat </a> ,
<a href="gains12tower.dat"> gains12tower.dat </a>.

<li> Suggested HV change for 2005 run.
 <br> For towers with gain deviation above +/- 10% from the goal gains it is worth change HV. The detailed list of towers with 
<a href="hvChange14_912.lis"> desire gain change factor </a>. 
Table below summaries # of towers in sectors 1-4 and 9-12  with low/high/ok HV vs. eta bin.
<table border=1>
<tr> <th>eta bin <th> high HV <th> low HV <th> OK HV <th> dead in pp200
<tr><th> 1 <td>0 <td>20 <td>20 <td>- 
<tr><th> 2 <td>4 <td>7 <td>29 <td>- 
<tr><th> 3 <td>3 <td>3 <td>33 <td>1
<tr><th> 4 <td>0 <td>17 <td>23 <td>- 
<tr><th> 5 <td>0 <td>26 <td>14 <td>- 
<tr><th> 6 <td>0 <td>17 <td>22 <td>1 
<tr><th> 7 <td>0 <td>17 <td>22 <td>1 
<tr><th> 8 <td>1 <td>26 <td>13 <td>- 
<tr><th> 9 <td>1 <td>13 <td>25 <td>1 
<tr><th> 10 <td>1 <td>6 <td>31 <td>2 
<tr><th> 11 <td>2 <td>9 <td>29 <td>- 
<tr><th> 12 <td>2 <td>9 <td>29 <td>- 
<tr> <th>sum <th> 14 <th> 170 <th> 290 <th> 6 <th> total=480
</table>

<hr>
<ol>
 <li><b> Comparison of  Y=gains(MIP UxV)  vs. X=gain(slopes).</b>
One plot for each eta bin. Green diagonal line is Y=X. Blue horizontal line shows ideal gain, dashed +/- 10 %. The range of both axis is the same, fixed to [0,50] ch/GeV. (<a href="aa.ps"> PS </a> ).
<br><img src="aa.gif">

<hr><li>The ratio of  gains(MIP UxV)  to gain( slope AuAu200).(<a href="gMip2sgSl.ps"> PS </a> ).
<br><img src="bb.gif">


<hr>
<br> Jan's code to display all this plots <a href="twGmult.C"> twGmult.C </a>