HV for towers set v_D, relative matching  CuCu slopes

<ol type="A">

<hr> INPUT: HV set v_C~= first used in CuCu 2005  <hr>

<li> Gains determined from slopes from CuCu. Timing was approximate. Used runs:<br>
crate 1+2 : R6020038<br>
crate 3+4 : R6020043<br>
crate 5+6 : R6020047<br>

<p>Note,  The CuCu data are of questionable quality (different runs & timings).

<br> <a href="gain_v_Ca.csv"> table <a/> with gains from slopes. Format:
towerName, gain,eGain, integral. Slope & integral range [ped+10, ped+40]. Gain = -1/slope, errGain=errSlope/slope^2

<p><hr> INTRMEDIATE RESULTS AND PLOTS <hr>
<P> PROCEDURE: 
<br> <a href="plots/GainAverage.C"> GainAverage.C </a>   Run this file first. 
 <br> The input file is  <a href="plots/TowerGain.dat"> TowerGain.dat </a> and is from Jan's table. 
 The output of this file is <a href="plots/ratio.dat"> ratio.dat </a>.  This tells you the ratio of the tube's gain to the average gain for it's corresponding tower as well as flagA, flagB and flagC.

<br> <b>flagC = 1 </b> if PMT & CW & HV was not changed from 2004 in HV set V_C. it is 0 otherwise.

 	    <br> <br> <a href="plots/ChangeVolt.C"> ChangeVolt.C </a>  Run this file second.

<br>   The input file is the previous programs output (ratio.dat) and the output is the new .epics files (find below). Tower were changed if the gain was outside 10% of the average.

<p><li> Plots
<ol type="1">
<li>  Gain of Towers sorted by etabin 
<br> <a href="plots/plot1.ps">(PS)  </a>   <a href="plots/plot1.jpg"> (.jpg) </a>
<br> Blue points are the gain of the towers.  The red dot with bar is the average for that bin.

<li>  HV change  
<br> <a href="plots/plot2a.ps"> (PS)</a> <a href="plots/plot2a.jpg"> (.jpg) </a>
<br> <a href="plots/plot2b.ps"> (PS)</a> <a href="plots/plot2b.jpg"> (.jpg) </a>

<br> First plot is average HV change vs etabin.  
<br> Second plot is number of PMT's changed vs etabin.

<li>  Width of HV change  
<br> <a href="plots/plot3.ps"> (PS)</a> <a href="plots/plot3.jpg"> (.jpg) </a>  
<br> The width is the average of the absolute value of high_voltage change.  

<li>  Gain Distribution 
<br> <a href="plots/plot4a.ps"> (PS) </a> <a href="plots/plot4a.jpg"> (jpg) </a> 
<br> <a href="plots/plot4b.ps"> (PS) </a> <a href="plots/plot4b.jpg"> (jpg) </a> 
<br> Gain Distribution for various eta bins.  Old gain distribution is in brown.  New gain distribution is the plot directly below and is in red.									     <li> ....</ol>

<p><li> Tables
<ol type="1">
<li> <a href="plots/average.dat"> Averages </a>
<br> Table with average gain, etabin, # of towers used, gain spread
<li>  The <a href="plots/C2Dsummary.csv"> summary CSV table </a> with old/new HV for 720 towers in sectors 1-12, showing what has been changed.
</ol>
</ol>
<br>

<hr> OUTPUT: new HV set v_D (towers only)  <hr>
<p><li> HV files in the epics format
<ol type="1">
<li>  <a href="plots/sector-1.epics"> sector 1 </a>
<li>  <a href="plots/sector-2.epics"> sector 2 </a>
<li>  <a href="plots/sector-3.epics"> sector 3 </a>
<li>  <a href="plots/sector-4.epics"> sector 4 </a>
<li>  <a href="plots/sector-5.epics"> sector 5 </a>
<li>  <a href="plots/sector-6.epics"> sector 6 </a>
<li>  <a href="plots/sector-7.epics"> sector 7 </a>
<li>  <a href="plots/sector-8.epics"> sector 8 </a>
<li>  <a href="plots/sector-9.epics"> sector 9 </a>
<li>  <a href="plots/sector-10.epics"> sector 10 </a>
<li>  <a href="plots/sector-11.epics"> sector 11 </a>
<li>  <a href="plots/sector-12.epics"> sector 12 </a>
	      
</ol>


<br> Physical location of this page:
/star/u/balewski/WWW-E/high_voltage/2005/hvTw_v_D