<!-- Title: 16:49:53  Tue Jan 28 2003 -->
<!-- Crewchief: Johnathon Lewis -->
<!-- Op1: Luciano Ristori -->
<!-- Op2: &nbsp; -->
<!-- Op3: &nbsp; -->
<!-- Op4: &nbsp; -->
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<!-- Notes: -->
<center> 
<h1>Without trigger tables, DAQ would be impossible</h1> 
</center>


<!-- Date: Tue Jan 28 17:43:43 2003 -->
<table border=0><td><tr><td bgcolor=#e0e030><pre>Woo-hoo!</pre></td></tr></td></table>
<!-- Author: RGF -->


<!-- Date: Mon Feb 3 12:39:42 2003 -->
In the case of actual emergency, run in circles, scream and shout.  
<!-- Author: Steve Hahn -->
<!-- Comment: Tue Feb 11 11;25;29 comment by...David -->
But NO riverdancing, Steve.
<!-- Date: Wed Feb 5 15:38:13 2003 -->
 
<div style="text-align: center;"> 
<div style="text-align: left;"> 
<h2><br> 
Readout lists</h2> 
Here is a table for the relevant versions and L2 tagsets for all 
default trigger tables, with and without readout lists.<br> 
<br> 
</div> 
<br> 
<br> 
<table cellpadding="2" cellspacing="2" border="1" 
 style="text-align: left; margin-left: auto; margin-right: auto; width: 75%; background-color: rgb(255, 255, 255);"> 
  <caption align="bottom"> </caption><tbody> 
    <tr> 
      <th style="vertical-align: top; text-align: left;" align="center">Trigger 
Table<br> 
      </th> 
      <th style="vertical-align: top; text-align: left;" align="center">L1/L2 
tagset w/o readout lists<br> 
      </th> 
      <th style="vertical-align: top; text-align: left;" align="center">L1/L2 
Tagset with readout lists<br> 
      </th> 
    </tr> 
    <tr> 
      <td style="vertical-align: top;">PHYSICS_1_03<br> 
      </td> 
      <td style="vertical-align: top;">2,194<br> 
      </td> 
      <td style="vertical-align: top;">2,214<br> 
      </td> 
    </tr> 
    <tr> 
      <td style="vertical-align: top;">PHYSICS_1_04<br> 
      </td> 
      <td style="vertical-align: top;">3,224<br> 
      </td> 
      <td style="vertical-align: top;">3,227<br> 
      </td> 
    </tr> 
    <tr> 
      <td style="vertical-align: top;">COSMICS<br> 
      </td> 
      <td style="vertical-align: top;">8,200<br> 
      </td> 
      <td style="vertical-align: top;">8,226<br> 
      </td> 
    </tr> 
    <tr> 
      <td style="vertical-align: top;">COSMICS_NOTRACKS<br> 
      </td> 
      <td style="vertical-align: top;">5,201<br> 
      </td> 
      <td style="vertical-align: top;">5,245<br> 
      </td> 
    </tr> 
    <tr> 
      <td style="vertical-align: top;">SUMET5<br> 
      </td> 
      <td style="vertical-align: top;">3,231<br> 
      </td> 
      <td style="vertical-align: top;">3,243<br> 
      </td> 
    </tr> 
    <tr> 
      <td style="vertical-align: top;">MINIMUM_BIAS_1<br> 
      </td> 
      <td style="vertical-align: top;">8,202<br> 
      </td> 
      <td style="vertical-align: top;">8,244<br> 
      </td> 
    </tr> 
    <tr> 
      <td style="vertical-align: top;">L2_TORTURE<br> 
      </td> 
      <td style="vertical-align: top;">10,236<br> 
      </td> 
      <td style="vertical-align: top;">12,247<br> 
      </td> 
    </tr> 
  </tbody> 
</table> 
Trigger tables with and without readout lists. </div>
<!-- Author: Peter & Greg -->
<!-- Comment: Tue Feb 11 11;34;29 comment by...PW -->
Note that except L2_TORTURE[10,326], all tables above have inclusive triggers.
<!-- Date: Tue Feb 11 08:36:42 2003 -->
MINIMUM_BIAS_1[9,251,318] is a new minimum bias table which is the same as the previous one except that the L2 triggers are rate-limited to ~60Hz. This should prevent the CSL from getting clobbered. 
 
<table border=0><tr><td bgcolor="yellow"><font color="red">NOTE</font>: Unless otherwise noted, all trigger tables from now on will have readout lists enabled.</td></td></table> 
 
Peter
<!-- Author: Peter Wittich -->




<!-- Date: Thu Apr 3 16:16:34 2003 -->
<h2>PHYSICS_TEST_1_04_v11</h2><p> 
Based on PHYSICS_1_04_v4<p> 
<bl> 
<li> Include Level3Summary object (flat list of quantities used in filters) 
<li> Test filters for hadronic B channels using reconstructed SVX info.  Paths TEST_B_CHARM...,etc. 
<li> Test BMU+Jet trigger with large prescale 
<li> Test L2 dynamic prescale for some triggers that have been rate limited  
</bl>
<!-- Author: Jonathan Lewis -->


<!-- Date: Thu Apr 3 16:20:31 2003 -->
<b>CCAL_TEST_v1</b><p> 
Decoupled table for Myron mode running to study Central Calorimeter gain.  All L1 triggers have large L1 prescale so user can dial in desired mix at run time.  Auto accept in L2. <p> Triggers:<p><bl> 
<li>L1_MB_CLC 
<li>L1_CEM8 
<li>L1_CJET5 
<li>L1_CJET10 
</bl>
<!-- Author: jdl -->


<!-- Date: Wed Apr 9 16:13:38 2003 -->
<h2>PHYSICS_1_04_v6</h2> 
<p> 
Changes from PHYSICS_1_04_v4:<p> 
<bl> 
<li> Level 2 dynamic prescale instead of rate limit for 4 GeV muon, 12 GeV CEM photon, 8 GeV electron 
<li> Level3Summary object 
<li> Test triggers for hadronic B channels with silicon reconstruction 
</bl><p> 
For the first time in a year, I burned an integer.  PHYSICS_1_04_v5 is not good.
<!-- Author: jdl -->


<!-- Date: Tue May 6 16:52:46 2003 -->
<h2></h2><P> 
This table is the same as PHYSICS_1_04_v6, except that it uses the new muon FPGA design.  This design uses high-pt stubs for BMU and includes new options of Monopoles and CMP-only crack muons.  For the BMU triggers, we have increased the stub and track thresholds.  The BMU with XFT trigger no longer has a prescale.  There is also an unprescaled trigger for a rear BMU in conincidence with a central jet.  The global parameter set to include the new muon design is 10.<P> 
Note that PHYSICS_1_04_v7 was never used.  It was created when we were having DB problems.<P>
<!-- Author: jdl -->
<!-- Comment: Tue May  6 16;56;27 comment by...jdl -->
Oops.  I deleted my header.  This note is for <b>PHYSICS_1_04_v8</b>


<!-- Date: Tue May 6 17:19:04 2003 -->
<b>New Decoupled Tables</b><P> 
I've made new decoupled tables to go with the new muon fpga.  As yet we have only one of the L3 decoupled tables built with the latest greatest patch list.  The list for testing is:<P> 
<bl> 
<li> COSMICS[11,284,318] 
<LI> COSMICS_NOTRACKS[6,280,318] 
<LI> SUMET5[4,281,269] 
<LI> L2_TORTURE[13,282,356] 
<LI> MINIMUM_BIAS_1[11,283,318]  
</bl><p> 
The cosmics and min-bias tables include the spike killer.  The others do not.  L3 tagset 269 is the only one in 4.8.4.  The rest will show up tomorrow. 
<!-- Author: jdl -->
<!-- Comment: Tue May  6 21;12;27 comment by...jdl -->
Oops, that is 369 for the null exe used with SUMET5.  Also, tagset 370 should now replace 356 with L2_TORTURE.


<!-- Date: Thu May 8 15:11:29 2003 -->
<b>PHYSICS_TEST_1_04_v15</b><p> 
This table is based on PHYSICS_1_04_v6 and takes advantage of new capabilities of the EM filter in 4.8.4 such as 3-tower had/em and using the track for cot(theta) for electrons.  Also the threshold for the CMUP-based J/psi trigger was lowered for the 2nd leg.
<!-- Author: jdl -->


<!-- Date: Tue May 20 14:09:47 2003 -->
<b>PHYSICS_1_04_v9</B><P> 
Add 0.7Hz rate limit in L2 for inclusive BMU path (fed by L1_BMU10_PT11_BSU).  Also add corresponding muon + central jet trigger.  This was necessitated when the XTRP code was fixed so that now we really are triggering on 3 or 4 layer tracks for BMU.
<!-- Author: jdl -->


<!-- Date: Tue May 20 14:31:28 2003 -->
<b>PHYSICS_1_05_v1</b><p> 
Many, many changes.<p> 
<bl> 
<li> Cutting on L3 silicon info for hadronic and rare B trigger paths 
<li> Nearly all electron and photon L3 triggers tightened.  Using sin(theta) from track for electrons, etc. 
<li> Added TOF triggers for monopoles and MIP multiplicity 
<li> SVT drops XFT tracks on input with PT<2 GeV.  Change is reflected in new global parameters set. 
<li> Added 15 &lt dphi &lt 105 degree two-track cut to L1 J/psi->ee trigger 
</li><p> 
Also made first attempt to drop L3 reconstructed objects for streams B,C,E,G,H,J.  L3 tagset 374 still keeps the objects.  375 had a tcl error and kept for Stream A things that should have been dropped and caused a memory leak for the consumers.  376 fixed the tcl problem, but still shows a memory leak.
<!-- Author: jdl -->


<!-- Date: Wed Jun 11 22:03:06 2003 -->
<h3>PHYSICS_1_05_v2</h3><p> 
<bl> 
<li> Silicon tracks in L3 to confirm SVT for HIGH_PT_BJET, PHOTON_BJET and MET_BJET paths. 
<li> Add CLC to L1 multiplicity>=14 trigger 
<li> Lower PT cut in L3 for second muon is JPSI_CMUP* paths to better map L1 turn on 
<li> Raise prescales for JET*_NO_L2 backup paths to match single-tower triggers 
</bl><p>
<!-- Author: jdl -->


<!-- Date: Wed Jun 11 22:05:45 2003 -->
<h3>PHYSICS_1_05_v3</h3><p> 
Same as v3, but indicate in Global Parameters table that SVT is now using 4 out-of 5.  That was actually done for a few runs with v2.  Best bet for SVT configuration is probably the hardware DB.<p>
<!-- Author: jdl -->


<!-- Date: Tue Jul 15 14:08:04 2003 -->
<h2>PHYSICS_1_05_v4</h2> 
Same as v3, except include compressed tracking raw banks 
<hr> 
<h2>PHYSICS_TEST_1_05_v10</h2> 
Same as PHYSICS_1_05_v3, except built with new L2 code that allows composite triggers 
<hr> 
<h2>PHYSICS_TEST_1_05_v11</h2> 
Same as PHYSICS_1_05_v3, except has SVX fit fix and IMU reconstruction for L3 
<p>
<!-- Author: jdl -->


<!-- Date: Mon Aug 18 12:12:31 2003 -->
<h3><b>PHYSICS_1_05_v5</h3></b><p> 
Add PadTrackMaker to default reconstruction path.  This module uses the full offline fit for silicon tracks and corrects problems at the 50 micron level that were observed in d0 vs phi distributions from the Level 3 Silicon tracks.
<!-- Author: jdl -->


<!-- Date: Fri Jan 30 14:13:42 2004 -->
<b><big><big>PHYSICS_1_05_v6</big></big><br> 
</b> 
<ul> 
  <li><b>Add READOUTLIST=3 to muon L2 triggers for COT FADCs</b></li> 
  <ul> 
    <li>BBBAR_TWO_CMUP3_v4</li> 
    <li>DIMUON_CMUP4_CMX4_v7</li> 
    <li>DIMUON_CMUPCMUP4_v4</li> 
    <li>DIMUON_L3PS200_L1_CMU1.5_PT1.5_&amp;_CMX1.5_PT2_v7</li> 
    <li>DIMUON_L3PS200_L1_TWO_CMU1.5_PT1.5_v4</li> 
    <li>EXPRESS_JPSI_CMUCMU_v4</li> 
    <li>JPSI_CMU1.5_CMX2_v10</li> 
    <li>JPSI_CMU1.5_CMX2_ALLPHI_v5</li> 
    <li>JPSI_CMU1.5_CMX2_HIGHPT_v5</li> 
    <li>JPSI_CMUCMU1.5_v5</li> 
    <li>JPSI_CMUCMU1.5_ALLPHI_v4</li> 
    <li>JPSI_CMUCMU1.5_HIGHPT_v4</li> 
    <li>MUON_CMUP18_v6</li> 
    <li>MUON_CMUP8_v8</li> 
    <li>RAREB_CMUCMU_LXY_v2</li> 
    <li>RAREB_CMUCMU_SUMPT_v4</li> 
    <li>RAREB_CMUCMX_LXY_v2</li> 
    <li>RAREB_CMUCMX_SUMPT_v8</li> 
    <li>RAREB_CMUPCMU_v5</li> 
    <li>RAREB_CMUPCMX_v7</li> 
    <li>TAU_CMUP8_TRACK5_ISO_v6</li> 
    <li>UPSILON_CMUP_CMU_v4</li> 
    <li>UPSILON_CMUP_CMX_v7</li> 
  </ul> 
  <li><b>Use L1_CEM8 instead of EM8 to tighten L2 prerequisites</b></li> 
  <ul> 
    <li>PHOTON_15_TIGHT_L2_DPS_v3</li> 
    <li> PHOTON_B_JET_v9</li> 
    <li> PHOTON_DIJET_L2_DPS_v3</li> 
  </ul> 
  <li><b>Add missing path</b><br> 
  </li> 
  <ul> 
    <li>EXO_TWO_TRACK_L1_SEVEN_TRK2_v1</li> 
  </ul> 
  <li><b>New paths to insure SVT monitoring when SVT aborts based on Level 
1 trigger mask</b></li> 
  <ul> 
    <li>MONITOR_CMUCMU_L2_SVT_PS0_v1</li> 
    <li>MONITOR_CMUCMX_L2_SVT_PS0_v1</li> 
  </ul> 
  <li><b>New Physics path </b><br> 
  </li> 
  <ul> 
    <li>MONOPOLE_v1 (was L1_TEST_L1_TOF20_PT0)</li> 
  </ul> 
</ul> 
<hr width="100%" size="2"><b><big><big>PHYSICS_1_05_v7</big></big></b><br> 
<ul> 
  <li><b>Add COT and Silicon data compression to reconstruction trigger in 
Level 3 for good.</b></li> 
  <li><b>Add MONITOR_DAQ_ERROR_v1 to find problems like BC miss match using 
new filter</b></li> 
</ul> 
<hr width="100%" size="2"><br> 
<b><big><big>PHYSICS_1_05_v8</big></big></b><br> 
 
<ul> 
  <li><b>Add L3 silicon cuts to semileptonic B triggers and adjust prescales 
for backups</b></li> 
  <ul> 
    <li>B_SEMI_CEM4_TRACK2_D120_v15 </li> 
    <li>B_SEMI_CMUP4_TRACK2_D120_v14 </li> 
    <li>B_SEMI_L2_TRK2_D120_L1_CEM_4_PT4_v3 </li> 
    <li>B_SEMI_L3PS50_L2_TRK2_D120_L1_CMUP6_PT4_v1 </li> 
    <li>ELECTRON_CENTRAL_4_v11 </li> 
    <li>ELECTRON_CENTRAL_4_NOL2_v6 </li> 
    <li>ELECTRON_CENTRAL_PS5K_L1_CEM4_PT4_v4 </li> 
    <li>MUON_CMUP4_v7 </li> 
    <li>MUON_PS1000_L1_CMUP6_PT4_v3 </li> 
  </ul> 
  <li><b>Use composite Level 2 trigger</b></li> 
  <ul> 
    <li>HIGH_PT_BJET_v6 </li> 
  </ul> 
  <li><b>Change to isolated track to 4 GeV to conserve L1 track trigger bits</b></li> 
  <ul> 
    <li>JET_CAL_TRACK4_ISO_v1 </li> 
  </ul> 
  <li><b>New SUSY Dilepton paths to use 4 GeV CMU rather than restricting 
to CMUP</b></li> 
  <ul> 
    <li>CEM4_CMU4_v1 </li> 
    <li>CMU4_PEM8_v1 </li> 
    <li>DIMUON_CMU4_CMX4_v1 </li> 
    <li>DIMUON_CMUCMU4_v1 </li> 
  </ul> 
  <li><b>Lower CEM to 4 GeV to match other SUSY paths</b></li> 
  <ul> 
    <li>CEM4_PEM8_v1 </li> 
  </ul> 
  <li><b>New SUSY Dilepton backup paths</b></li> 
  <ul> 
    <li>CEM4_CMU4_L2_CEM8_PT8_CES2_&amp;_TRK8_v1 </li> 
    <li>CEM4_CMU4_L2_TRK8_L1_CMUP6_PT4_v1 </li> 
    <li>CEM4_CMX4_L2_CEM8_PT8_CES2_&amp;_TRK8_v1 </li> 
    <li>CEM4_PEM8_L2_CEM12_PT8_v1 </li> 
    <li>CMU4_PEM8_L2_TRK8_L1_CMUP6_PT4_v1 </li> 
    <li>DIELECTRON_CENTRAL_4_L2_CEM12_PT8_v1 </li> 
    <li>DIELECTRON_CENTRAL_4_L2_CEM8_PT8_CES2_&amp;_TRK8_v1 </li> 
    <li>DIMUON_CMU4_CMX4_L2_TRK8_L1_CMUP6_PT4_v2 </li> 
    <li>DIMUON_CMUCMU4_L2_TRK8_L1_CMUP6_PT4_v1 </li> 
    <li>ELECTRON_4_LOOSE_v1 </li> 
  </ul> 
  <li><b>Try Level 3 filter for BMU</b> </li> 
  <ul> 
    <li>TEST_BMU9_L1_BMU10_BSUR_TSUO_v1 </li> 
    <li>TEST_BMU9_L1_BMU10_BSU_PT11_v1</li> 
  </ul> 
  <li><b>Test paths with new cuts </b></li> 
  <ul> 
    <li>TEST_HIGGS_MULTI_JET_v2 </li> 
    <li>TEST_HIGH_PT_BJET_v1 </li> 
    <li>TEST_PHOTON_B_JET_v1 </li> 
    <li>TEST_Z_BB_v1<br> 
    </li> 
  </ul> 
</ul> 
<p>  
<!-- Author: jdl -->