<!-- Title: 11:53:48  Sat Jul 29 2006 -->
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<pre>start a new page... after the shutdown...</pre>


<!-- Date: Sat Aug 5 04:15:10 2006 -->
<pre> 
PHYSICS_TEST_4_00 [19,821,643] : 
 
Change WRT PHYSICS_TEST_4_00 [18] is that XFT test triggers  
are on new ROL=6 (for XSFD bank). Otherwise it's similar : 
(i) XFT test triggers (conf. @ L1, L2, L1&&L2) 
(ii) phi-gap test triggers 
(iii) TEST_SUSY_DILEPTON (Run IIb) 
 
Beam test runs :  
221171 (no-silicon) 
221172 (silicon) 
</pre>
<!-- Author: Dave Waters -->


<!-- Date: Mon Aug 7 17:58:39 2006 -->
<pre> 
Prescale changes for next trigger table & estimated rate savings from each : 
 
[A] From Ted's Jan 20th TDWG talk : 
 
[1] L2_PS25_L1_CMX6_PT8_CSX 
     PS25 -> PS50                            : 5 Hz @ 180 
[2] L2_PS10_TRK2_D120_L1_CMUP8_PT4 
     PS10 -> PS40                            : 9 Hz @ 180 
[3] L2_TWO_CMU1.5_PT2_DPHI120_OPPQ_PS2 
     PS2 -> PS5                                : 36 Hz @ 180 
     Q : promote the trigger with MT cut at the same time ? [current "TEST"] 
[4] L2_CMU1.5_PT2_&_CMX1.5_PT2_DPHI120_OPPQ_PS2  
     PS2 -> PS5                                : 27 Hz @ 180 
     Q : no corresponding trigger with MT cut - make one ? 
[5] L2_PS100_L1_CMU1.5_PT1.5_&_CMX1.5_PT2_CSX 
     PS100 -> PS200                        : 2.5 Hz @ 180 
[6] L2_PS100_L1_TWO_CMU1.5_PT1.5 
     PS100 -> PS200                        : 4.5 Hz @ 180 
[7] L2_PS100_L1_MET25 
     PS100 -> PS200                        : 2.5 Hz @ 180 
[8] L2_PS10_TRK2_D120_L1_CMUP6_PT4 
     PS10 -> PS20                            : 6.5 Hz @ 180 
 
[9] L2_B_CHARM_HIGHPT_L1_PS100 
     Shall we do anything with this ? 
 
Overall reduction in L2A (ignoring overlaps) = 93 Hz @ 180 
 
 
[B] From Trigger Survey : 
 
[1] L2_PS10_TRK2_D120_L1_CMUP6_PT4 
     * already identified above* 
     * note that the path B_SEMI_L3PS50_L2_TRK2_D120_L1_CMUP6_PT4 
        that uses this trigger has PS50 @ L3 - change this to PS20  to  
        compensate for increase in L2 PS ? 
 
[2] ELECTRON_CENTRAL_8_&_TRACK8 
     * may be main trigger path for some analyses & not much to gain by 
        pre-scaling * 
     * these comments apply to other electron backup triggers* 
 
[3] L2_PS125_L1_JET10 
     PS125 -> PS250                        : 2 Hz @ 180 
     * not much to gain from other CAL backups * 
 
[4] L2_PS1K_L1_MET15_&_JET5_&_TWO_TRK2 
     PS1K -> PS2K                            : 2.5 Hz @ 180 
 
 
I went through many of the other triggers where prescaling had been indicated as 
as possibility. In all cases it's "small-fry" with <1-2 Hz in savings, or the growth 
terms don't look so bad. 
 
</pre>
<!-- Author: Dave Waters -->
<!-- Comment: Tue Aug  8 11;18;37 comment by...Dave Waters -->
<pre>PLEASE SEE UPDATED ENTRY BELOW</pre>
<!-- Date: Tue Aug 8 11:17:56 2006 -->
<pre> 
 
Prescale changes for next trigger table & estimated rate savings from each :  
 
[A] From Ted's Jan 20th TDWG talk :  
 
[1] L2_PS25_L1_CMX6_PT8_CSX  (11 Hz @ 180E30) 
     PS25 -> PS50                            : saves 5 Hz @ 180E30  
[2] L2_PS10_TRK2_D120_L1_CMUP6_PT4 (14 Hz @ 180E30) 
     PS10 -> PS40                            : saves 10 Hz @ 180E30  
     Will inform Anyes (Trigger Survey) 
[3] L2_TWO_CMU1.5_PT2_DPHI120_OPPQ_PS2  (34 Hz @ 180E30 non-overlapping) 
     PS2 -> PS10                              : saves 27 Hz @ 180  
     promote the trigger with MT cut at the same time 
     Inform Oliver/W-mass (Trigger Survey) 
[4] L2_CMU1.5_PT2_&_CMX1.5_PT2_DPHI120_OPPQ_PS2   
     PS2 -> PS10                                 
     No change yet. Will implement MT version first. 
[5] L2_PS100_L1_CMU1.5_PT1.5_&_CMX1.5_PT2_CSX (6 Hz @ 180E30) 
     PS100 -> PS200                        : saves 3 Hz @ 180  
[6] L2_PS100_L1_TWO_CMU1.5_PT1.5 (10 Hz @ 180E30) 
     PS100 -> PS200                        : saves 5 Hz @ 180  
[7] L2_PS100_L1_MET25 (6 Hz @ 180E30) 
     PS100 -> PS200                        : save 3 Hz @ 180  
[8] L2_B_CHARM_HIGHPT_L1_PS100 (14 Hz @ 180E30) 
     L1_TWO_TRK2.5_OPPQ_DPHI120_MT7_SUMPT6.5_PS100 (1.2 kHz @ 180E30) 
     Change pre-scale @ L1 from 100 -> 250 : save 8 Hz @ 180E30 (@ L2) 
     Will inform SVT people (Stefano) on hadronic trigger PS changes 
[9] L2_TWO_TRK2_D100 (6 Hz @ 180E30) 
      driven by : 
      L1_TWO_TRK2_PS4K (110 Hz @ 180E30) 
      Change PS from 4k -> 20k @ L1 : saves 5 Hz @ 180E30 (@ L2) 
[10] L2_CMUP6_PT4_SVT_&_TRK2_D120_DPHI90 : 20 Hz @ 180E30  
       Will contact Anyes (from Trigger Survey) & work out strategy for this trigger 
[11] L2_BJET15_D120_JET10_ETA1.8 (40 Hz @ 180E30) 
       Will inform Vadim - need to do something about this. 
       No change this time.        
 
Overall reduction in L2A (ignoring overlaps) = 66 Hz @ 180E30  
This should be > 75 Hz @ 200E30. 
Did not get to 100Hz @ 180E30 due to : 
(*) CMX version of J/Psi trigger ([4] above) 
(*) [10] & [11] above 
 
[B] From Trigger Survey :  
 
[1] L2_PS10_TRK2_D120_L1_CMUP6_PT4  
     * already identified above*  
     * note that the path B_SEMI_L3PS50_L2_TRK2_D120_L1_CMUP6_PT4  
        that uses this trigger has PS50 @ L3 - change this to PS20  to   
        compensate for increase in L2 PS ?  
 
[2] ELECTRON_CENTRAL_8_&_TRACK8  
     * may be main trigger path for some analyses & not much to gain by  
        pre-scaling *  
     * these comments apply to other electron backup triggers*  
 
[3] L2_PS125_L1_JET10  
     PS125 -> PS250                        
     Cross section flat - leave for now. 
 
[4] L2_PS1K_L1_MET15_&_JET5_&_TWO_TRK2 (5 Hz @ 180E30) 
     PS1K -> PS4K                            : saves 4 Hz @ 180  
 
 
I went through many of the other triggers where prescaling had been indicated as  
as possibility. In all cases it's "small-fry" with <1-2 Hz in savings, or the growth  
terms don't look so bad.  
 
</pre>
<!-- Author: Dave Waters -->



<!-- Date: Thu Aug 10 13:07:28 2006 -->
<pre>from main shift e-log: 
 
Thu Aug 10 13:05:51 
 
I have increased the L2A limits by 150Hz, will be 
effective when the next run starts. The details:  
 
 
L2A highrange max: 600 + 150 = 750 Hz  
L2A highrange min: 570 + 150 = 720 Hz  
L2A low range max: 565 + 150 = 715 Hz  
L2A low range min: 535 + 150 = 685 Hz  
 
we know that we can run at 800Hz with ~ 10 % deadtime...will run the system with these limits for a 
while, and may increase even more later.    
 
 
shift crew, you may observe higher L2A rate (say ~700Hz) 10-30 mins into a run, that is expected.  
 
I will be in meetings this afternoon. if there is any problem,  
call my cell phone (630-988-9986) as well as email (thliu@fnal.gov). 
 
 - Ted</pre>
<!-- Author: Ted -->


<!-- Date: Thu Aug 24 16:49:14 2006 -->
<pre>Run 222113 ACTIVATE: RunSet: AAA_NOSILICON Trigger: PHYSICS_TEST_4_00 [22,823,645]  
-- Thu Aug 24 16:22:50 comment by...Donatella and Ted --  The trigger table test is successful. We are done and happy (Donatella has done a great job fixing a tough database related problem). 
 
reminder: check the name for L2_CEM4_PT4_CES3_&CMPU6_PT8.(why not TEST). 
</pre>
<!-- Author: Ted -->


<!-- Date: Fri Aug 25 22:40:24 2006 -->
<pre>-- Fri Aug 25 18:00:42 comment by...Ted and Donatella --   
The new table PHYSICS_4_00[6,824,646] beam test summary: 
 
This new trigger table was designed to handle higher initial luminosity, up to 200E30, by increase 
the prescale values for many backup triggers (which have high growth terms).  Overall, the testing 
went well with beam. 
 
 
However, in this table, we also added the long waited phi-gap trigger (to increase CMUP acceptance 
by ~15% for high Pt muons). We have tested this trigger at 33E30 before, and the rate at that 
luminosity was very low (2.5Hz). Today we ran at 55E30, and its rate is close to ~70Hz!  I talked to 
Eric on the phone about this, and he suggested to look for any CMP problem. Our SciCo pointed out 
that indeed there was antry about this earlier today (see previous shift e-log). 
 
 
This could explain the HUGE growth term with luminosity for this new trigger. Before this CMP 
problem is fixed, we cannot use this new table at high luminosity (we are lucky we found this 
problem now because CMP does have a problem at the time we tested this new table).  Eric will look 
into this over the weekend. We need to find out how often this type of CMP problem occured in the 
past. Since this trigger is much more sensitive to CMP problems than CMUP, we need to think how to 
deal with it operationally when we really use this trigger in the default table.  
 
 
Because of the CMP phi spike problem, we will not declare the new table as default yet. However, we 
did request to use this new table for the rest of the store (as the extra rate is low at this 
luminosity). For the next store, please go back to the existing default table. 
 
-- Fri Aug 25 21:59:25 comment by...Ted --  forgot to make it clear: the corresponding L2 trigger rate is runing at almost the same rate... 50/70 Hz at 55E30 for L2A/L1A. it is the L2 rate that really first cause trouble at high lumi of course.  
 
 
 
</pre>
<!-- Author: Ted -->


<!-- Date: Sun Aug 27 21:25:20 2006 -->
<pre>tonight, the initial luminosity went beyond 200E30. 
 
To give people some idea about this high luminosity run, here are a few examples of high rate triggers at L2, and they are all  important triggers.  If one naively takes the scaler sum of all 5 of them (i.e. ignore overlaps), the total is ~840Hz @200E30. remember our current bandwidth is about ~850-900 Hz for L2A (i.e. beyond which we get high deadtime,  limited by available bandwidth downstream of L2 system).    All of the five examples have HIGH growth term, so would get even worse at higher luminosity. The numbers are based on run 222271 (with initial luminosity above 200E30!  the machine guys are doing a great job). 
 
(1) L2_CMX6_PT8_TRK5:   1700 nb @200E30 or would run at  340 Hz at 200 E30 IF there is enough bandwidth. 
 
(its two sisters also gone wild, but mostly overlap:  L2_CMX6_PT15 and L2_CMX6PT8_TRK8) 
 
(2) L2_CJET10_JET10_L1_MET25: 900 nb@ 200E30, or would run at 180 Hz at 200E30 
 
(3) L2_TWO_CMU1.5_PT2_DPHI120_OPPQ_PS2:  510 nb@200E30,  or would run at 120 Hz at 200 E30 
J/Psi trigger (CMU, PS2 version):   
 
(4) L2_CMU1.5_PT2_CMX1.5_PT2_DPHI120_OPPQ_PS2: 520 nb @200E30,  or would run at 140 Hz at 200E30 
 
J/Psi trigger (CMX, PS2 version):  
 
(5) L2_BJET15_D120_JET10_ETA1.8:   320 nb @200E30,  or 64 Hz at 200E30 
 
anyway, just some examples. many more at ~30-50Hz level. </pre>
<!-- Author: Ted -->


<!-- Date: Mon Aug 28 16:27:02 2006 -->
<pre>Mon Aug 28 16:24:11 
 
for the rest of the current store, we will run with the new table v6, to check again the 
phi-gap trigger rate (which had high rate last Friday when we first tested this table). We swtiched 
to the new table this afternoon.  
 
 
I have talked to Peter/Jonathan/Willis/Tom in the control room, the plan is to keep this new table 
in for the rest of this store. From the intial rate, the phi-gap trigger seems to be lower than last 
time.  at luminosity around 43E30, it is about  8/5/0.25Hz now at L1/L2/L3, while it was 35/25/0.28 
Hz last Friday.  (note that this trigger is bit 45 at L1 and ,  bit 109 at L2, in case one needs to 
prescale it at L2 or disable it at L1 by hand).  
 
 
At this point, TDWG is not ready to declare this table the new default. But we will leave it to the 
operation heads to decide a plan for the next store. It is agreed that Tom will instruct the shift 
crew on how to prescale or disable this phi-gap trigger if the rate is too high at BOS for next 
store. Peter will try to find experts (Phil and Eric) to see how to deal with hot channels.  
 
 
Note that the new table saves only about ~60Hz L2A at 200E30 (not including the extra rate from the 
new phi-gap trigger, which we do not know exactly the rate at 200E30... estimates from expert are 
about ~25Hz extra. could be higher. will see.). So one should not expect much deadtime reduction at 
~200E30 with this table. In this table, a few 2 track B triggers are enabled earlier, so the L1A 
rate will be higher than the previous table at lower luminosity range.  
 
 
 - Ted :: (run 222279</pre>
<!-- Author: Ted -->


<!-- Date: Tue Aug 29 14:08:08 2006 -->
<center><a href='/cgi/elog/det-system-elog.pl?nb=trigtest&action=view&page=-140&button=yes' target='xxx' onclick='jswindow()'><img src='/cgi/elog/det-system-elog.pl?nb=trigtest&action=view&page=-140' width='300'></a><a href='/cgi/elog/det-system-elog.pl?nb=trigtest&action=view&page=-139&button=yes' target='xxx' onclick='jswindow()'><img src='/cgi/elog/det-system-elog.pl?nb=trigtest&action=view&page=-139' width='300'></a></center>
<!-- Author: Ted  -->
<!-- Comment: Tue Aug 29 14;09;06 comment by...Ted  -->
<pre>this is the rate vs luminosity for the phi-gap trigger. Note that L2 trigger has a PS = 10 already.</pre>


<!-- Date: Thu Aug 31 12:55:09 2006 -->
<pre>Run 222413 ACTIVATE: RunSet: AAA_CURRENT Trigger: PHYSICS_4_00 [6,824,646]  - artur 
-- Thu Aug 31 12:44:03 comment by...Ted --   
for this special run, I disabled the ScalerMon so that I can drive the system by hand. 
The idea is to put heavy prescales on a few known highest rate triggers at L2, so that we can take 
some data with reasonable deadtime, and map out the cross sections vs luminosity for all triggers at 
much higher luminosity.  
 
 
we have never been there before (above 200E30), and the results are *extremely* useful for us... to 
guide future trigger improvements.  Some trigger cross section grows with luminosity amazingly fast 
above 200E30.... more details  at TDWG meeting tomorrow. 
 
 
Below are the prescale settings for this run: 
 
(1) L2_BJET15_D120_JET10_ETA1.8  bit 6:   
PS50 at before the run. ScalerMon shows it correctly, but somehow the system didn't take it!  this 
is strange. (Tom says that it is because this is his trigger). 
 
 
(2) Three CMX triggers (L2_CMUP6_PT15 etc):  
 
bit 53,54,55: PS 50 before run started,  then PS 200 for all of them 
 
(3) J/psi: CMX bit 43  PS 50 before run started 
 
(4) J/psi CMU bit 122:  didn't change it...  
 
(5) L2_CJET10_JET10_L1_MET25: bit 39: PS50 first, then 200.</pre>
<!-- Author: Ted  -->


<!-- Date: Sat Sep 9 16:27:33 2006 -->
<pre>the test run with silicon is Run 222796, for PHYSICS_TEST_4_00[24,826,647]. Overall, the test went well and the L2 lumi_enables work as expected, and the rates seem ok too. 
 
I then went through the most important changes one by one by hand (check against the spreadsheet), and I then noticed that the CMX6_PT8_TRK5 case was not taken care of. 
 
(1) L2_CMX6_PT8_TRK5: 
 
not lumi_enabled. 
no PS10 backup 
no PS200_ROXFT 
no 3D_PS200_ROXFT 
 
 for L2_CMX6_PT8_TRK5_3D_PS200_ROXFT, the idea is to confirm for muon and track.... 
 
I think that we can tune this TEST table to PHYSICS with (1) taken care of. 
 
cheers! 
 
Ted 
</pre>
<!-- Author: Ted -->


<!-- Date: Tue Sep 12 12:29:22 2006 -->
<pre>Mon Sep 11 18:31:43 
We now have a new TEST version of the next trigger table for beam test. 
PHYSICS_TEST_4_00[25,827,648]. This was based on v24, with some minor changes.  
 
The problem we had on Sat. with v24 was that it crashed TrigMon and ObjectMon... the problem is very 
strange and not FULLY understood yet. So the most important test today is to see if it crashes 
TrigMon again (the chance is probably 50:50, if you ask me).   
 - Ted 
</pre>
<!-- Author: Ted -->


<!-- Date: Tue Sep 12 12:30:27 2006 -->
<pre> Mon Sep 11 18:45:31 Run 222853 ACTIVATE: RunSet: AAA_NOSILICON Trigger: PHYSICS_TEST_4_00 [25,827,648]  - Varsha 
-- Mon Sep 11 18:54:34 comment by...Ted and Kaori --  Kaori is also here, watching the test. Turns out that both TrigMon and XMon crashed for this run... Kaori is looking into the XMon log file to see if we can learn anything new there.</pre>
<!-- Author: Ted -->


<!-- Date: Tue Sep 12 12:31:49 2006 -->
<pre>Tiehui Liu wrote: 
Donatella and Tom: 
Thanks so much for finding and solving the problem.  suprised to learn that TrigMon still has 128-bit based code. the only puzzle left for me tonight is:  the current PHYSICS table (v6) for data taking has 136 L2 trigger bits. how come it doesn't crash the 128-bit based TrigMon?  did XMON crash for the same reason tonight? 
 
anyway, let's fix the TrigMon tomorrow...  while we are at it, we should also do a "global search" to see if there is any other hardcoded 128-bit for L2... 
 
 
DBaccess.hh:  std::string l1_trigger_name[64], l2_trigger_name[128]; 
L1TriggerMonitor.hh:  std::string prefred_trigger_name[128]; 
L1TriggerMonitor.hh:  std::string l1_trigger_name[128]; 
L1TriggerMonitor.hh:  std::string l2_trigger_name[128]; 
L1TriggerMonitor.hh:  unsigned long   sl1d_w[128]; 
SVTDMonitor.hh:  AbsParmGeneral&lt;bool&gt; _path128; 
TFRDMonitor.hh:  std::string l1_trigger_name[128]; 
TFRDMonitor.hh:  int l1_trigger_tag[128]; 
TL1DMonitor.hh:  std::string prefred_trigger_name[128], l1_trigger_name[128], 
TL1DMonitor.hh:    l2_trigger_name[128]; 
 
307 &gt; grep 128 *.cc 
DBaccess.cc:  for(int i = 0; i &lt; 128; i++) l2_trigger_name[i] = "NULL"; 
DBaccess.cc:  for(int i = 0; i &lt; 128; i++) l2_trigger_name[i] = "NULL"; 
HATDMonitor.cc:                  if (module_ID&gt;=12 && module_ID&lt;=15 && lidchan== 
128) chan = 32; 
L1TriggerMonitor.cc:         for(int ibit = 0; ibit &lt; 128; ibit++){ 
L1TriggerMonitor.cc:         for(int ibit = 0; ibit &lt; 128; ibit++){ 
L1TriggerMonitor.cc:         for(int ibit = 0; ibit &lt; 128; ibit++){ 
PMTMonitor.cc:  for(int i = 0; i&lt;128; i++){ 
SVTDMonitor.cc:   _path128("path128",module,false),             //JNB 
SVTDMonitor.cc:  _menu-&gt;commands()-&gt;append( &_path128); // JNB 
SVTDMonitor.cc:  _path128.addDescription(std::string("Use 32K or upgraded 128K paths")); 
SVTDMonitor.cc:  if(_path128.value()){ 
TFRDMonitor.cc:   for(int trig_bit = 0; trig_bit &lt; 128; trig_bit++){ 
TL1DMonitor.cc:  for(int i = 0; i &lt; 128; i++){ 
TL1DMonitor.cc:      for(int ibit = 0; ibit &lt; 128; ibit++){ 
TL1DMonitor.cc:      for(int ibit = 0; ibit &lt; 128; ibit++){ 
TL1DMonitor.cc:      for(int ibit = 0; ibit &lt; 128; ibit++){ 
TL2DMonitor.cc:  char htitle[128]; 
XTCDMonitor.cc:         unsigned int chID = channel_ID%128; 
XTRDMonitor.cc:  char htitle[128]; 
 
 
Of course l1_trigger_name needs only to be dimensioned to 64.  It looks like there are only a few things that need to be fixed here.  But who knows if further dangers lurk in other packages. 
 
	Regards, 
 
	Jonathan 
 
Ted 
----- Original Message ----- 
From: Donatella Torretta &lt;torretta@fnal.gov&gt; 
Date: Tuesday, September 12, 2006 1:19 am 
Subject: Re: beam test result for PHYSICS_TEST_4_00[25,827,648] *problem solved* 
thank you  Tom, that was the problem. 
 
Changing the L2_trigger_names array  dimension from 128 to 192 (new max allowed) in L1TriggerMonitor.hh, fixes everything. 
My private copy of  TrigMon ran happily on the  data file Kaori provided yesterday. 
 
Cheers, 
Donatella 
 
----- Original Message ----- 
From: Thomas Wright &lt;trwright@umich.edu&gt; 
Date: Monday, September 11, 2006 11:07 pm 
Subject: Re: beam test result for PHYSICS_TEST_4_00[25,827,648] 
 
Hi Ted, in Consumer/TrigMon/L1TriggerMonitor.hh, the l2_trigger_names array is only dimensioned out to 128, and that table has more  
than 128 L2 triggers.  Unless you are using a private version online with  
a bigger array I think this could be the problem. 
 
</pre>
<!-- Author: Ted -->


<!-- Date: Tue Sep 12 13:52:16 2006 -->
<pre>Hi all, 
 
Veronique did exhaustive L3 checks when we moved to 192 bits also, so I'm not really worried about code we are running online in the trigger. Hopefully this problem is restricted to monitors/offline. 
 
Cheers, Dave. 
 
On Sep 12, 2006, at 1:08 PM, Daniel Whiteson wrote: 
 
Hi all, 
 
A global L2 parameter which describes the maximum number of trigger bits does in fact exist: 
 
  static const int NumberOfL2DecisionWords = 6; 
  static const int MaxL2Triggers = 192; 
  static const int MaxL1Triggers = 64; 
 
which is part of the l2pulsar_algo package. 
 
The reality is, however, that much code was written before the move to Pulsar.  We hammered at people to look at their code, to test it with the &gt;128bit data, and did a global text search for "128".       Perhaps this one slipped through because the filename says "L1"... 
 
Cheers, 
Daniel 
 
On Sep 12, 2006, at 12:45 PM, Tiehui Ted Liu wrote: 
 
Dave: 
 
yes, this is scary... it looks like all the validation done in the past on 128-&gt;192 bits may not be good enough, esp. offline.... 
 
while waiting for new TrigMon, let's turn the TEST table into PHYSICS table... as soon as TrigMon is ready, let's try again. 
 
cheers, 
 
Ted 
 
 
On Sep 12, 2006, at 11:47 AM, David Waters wrote: 
 
Hi Ted, 
 
It's a question of luck that previous tables with &gt; 128 bits didn't crash the monitors. The further beyond the end of an allocated array you write, the more likely you are to cause a crash ... sometimes it causes no problems at all. It's machine & compiler dependent. 
 
From Jonathan's email it sounds like we need some global L2 parameters defined in a single place and used throughout; I'm surprised this doesn't already exist. 
 
Cheers, Dave.</pre>
<!-- Author: Ted -->


<!-- Date: Tue Sep 12 22:31:08 2006 -->
<pre> 
Tue Sep 12 20:29:06 Run 222885 ACTIVATE: RunSet: AAA_CURRENT Trigger: PHYSICS_4_00 [7,828,649]  - ford 
-- Tue Sep 12 20:48:06 comment by...Ted --   
 
  
The new table (v7) is now running, the new TrigMon 
is happy (not crashing).  So we will leave this new table in for the rest of the store. but we will 
not declare this table the new default officially yet.... will do so only after we see a high lumi 
store with this table (hopefully the coming store).  
 
 
With this new table, it is no longer necessary to prescale by hand at the beginning of the run! please pass this information to other ACEs.... this is VERY important.  
 
For the rest of the store, please keep using this new trigger table for data 
taking.  
 
  
 
 
 
</pre>
<!-- Author: Ted -->


<!-- Date: Wed Sep 13 14:59:38 2006 -->
<pre> Wed Sep 13 14:08:34 Run 222946 ACTIVATE: RunSet: AAA_CURRENT Trigger: PHYSICS_4_00 [7,828,649]  - Hugo x2080 
-- Wed Sep 13 14:52:00 comment by...Dave and Ted --   
This is the first time this new trigger table sees 
"high" luminosity. the store came in at 167E30 when this run was activated. The rates look ok, and 
all the new L2 lumi_enabled triggers kick in ok. We are now declaring this table the new default. 
 
 
This table is designed for up to 220E30 (next version we will push for 250E30). The main features 
are: 
 
 
(1) a few high rate L2 triggers are on lumi_enable at L2; 
(2) added test triggers for MET+2JETs and CMX_JET10; 
(3) switch to the new J/Psi triggers (on DPS); 
(4) added a set of test triggers to study XFT upgrade performance:  
high Pt electrons, muon as well as low Pt tracks. 
(5) added muon gap test triggers 
 
there are tons of new information for us to digest. details will be shown at this Friday TDWG 
meeting. 
 
 
ACES, from now on, there is NO need to adjust the prescale by hand. 
 
ACES: please update the RUN configurations for this new table (already done for 
AAA_CURRENT). 
 
-- Wed Sep 13 14:54:47 comment by...m mattson --  The default run configurations AAA_CURRENT, AAA_NOSILICON, and AAA_SHOTSETUP all use this table now.  
-- Wed Sep 13 14:58:58 comment by...Ted and Dave --  We noticed that the ScalerMon L2RateLowrangeMin has been changed from 685Hz to 600Hz by someone (likely Willis/Jonathan tried to adjust it last week when there was a TDC problem). We changed it back to 685Hz, at 14:57 pm, or about ~2700 seconds into this run.</pre>
<!-- Author: Dave and Ted -->
<!-- Comment: Wed Sep 13 16;16;21 comment by...Ted and Dave -->
<pre> Wed Sep 13 16:11:41 comment by...Ted and Dave --  
Turns out that the XMON problem is much deeper than
we thought. This new table has 153 L2 triggers, which means the TL2D bank size will be increased a
lot for the Scaler information. In the current L2 code, there is a upper limit for the maxmimal
number of words, and we may have gone beyond that limit therefore truncate the Scaler information
for some events. Jonathan and Bill learned about this by dumping the TL2D bank. We have Vadim on the
phone and he checked the code, and confirmed this. 


So we will have to back out this new table. The plan is that Vadim will increase the limit in the
code, and we will need to recompile the table again with the new code, and then try again sometime
tomorrow, and see what other problem we may encounter.... </pre>


<!-- Date: Thu Sep 14 12:43:56 2006 -->
<pre>This is the executive summary of the meeting with the action items: 
 
1) The L2 code pads with zero for the L2trigger words in the L2 trigger card (card 9 in 4152). We have to remove that, since that gain in number of words will be equal to the number of triggers in the table 
      - I changed the L2 code and the new table is PHYSICS_4_00[7,830,649] 
      - When we tested it we realized that the offline checks with an assert statement that this zero padding is there. The L3 will stop on this assert. 
      - To fix this we need to zero pad the bank in the fer code. I will send a detailed email to Bill and I'll track him down this afternoon so we can sit down and implement it 
2) The Prescale remainder part of the scaler card in the TL2D (card10) is not used by anybody. Even if it were, I just realized this morning that the piece of code that does it is not what we wanted anyway, it has a bug. Given the fact that this bug was not caught for 5 years it is safe to assume that nobody uses this part of TL2D. The proposed approach is similar to above: 
   - take it off form the L2 code (I'll do that later) 
   - zero pad the TL2D bank in the fer code. Will talk to Bill about this too. 
 
 
Those two items will make us able to run all the way to 220 trigger bits. If we need more than that, it means that our trigger table design has issues. 
 
I think changing the hardware configuration and firmware at this stage is just unrealistic (to be read - ain't gonna happen) 
 
I hope we can implement both changes by tomorrow. 
 
Vadim 
</pre>
<!-- Author: Ted  -->


<!-- Date: Fri Sep 15 00:07:07 2006 -->
<html> 
 
<br><br>   
<font size=+2><b>PHYSICS_4_00 v7  [identical to PHYSICS_TEST_4_00 v25] </b></font>   
<br><br>   
<b>Changes from PHYSICS_4_00 v6:</b><br><br>   
<b><font color = red> CMX Trigger Changes :</font> <UL> 
                 <li> lumi enable current triggers at 200E30 at L2 </li> 
                 <li> PS10 existing versions all the way up  </li> 
                 <li> include XFT stereo test triggers              </li> 
                 <li> include CMX + JET10 test trigger       </li> 
                 </UL> 
 
<br> 
<b><font color = red> J/Psi Trigger Changes :</font> <UL> 
                 <li> implement PHYSICS_TEST_BPHYS asymmetric pT and 1.7-MT-7 cut triggers on DPS 40:1:1 </li> 
                 <li> remove existing test trigger (1.7-MT-4.5)   </li> 
                 <li> move existing PS2 triggers to PS50               </li> 
                 </UL> 
 
<br> 
<b><font color = red> Multijet/Jet+Met Trigger Changes :</font> <UL> 
                 <li> lumi enable MET+2-JET at 190E30 at L2 </li> 
                 <li> PS10 existing version all the way up   </li> 
                 <li> test versions with MET25->MET27 and JET10->JET25 at L2  </li> 
                 <li> lumi enable HIGGS_HIGH_PT_BJET at 180E30 at L2 </li> 
                 <li> lumi enable MET+BJET trigger at 150E30 at L1; remove DPS at L2 </li> 
                 </UL> 
</b><br>   
Details :  
<pre> 
</pre> 
 
 
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</head> 
 
<body link=blue vlink="#993366"> 
 
<table border=0 cellpadding=0 cellspacing=0 width=1518 style='border-collapse: 
 collapse;table-layout:fixed'> 
 <col width=119> 
 <col width=34> 
 <col width=200> 
 <col width=299> 
 <col width=40> 
 <col width=63> 
 <col width=147> 
 <col width=47> 
 <col width=269> 
 <col width=48> 
 <col width=217> 
 <col width=35> 
 <tr height=12> 
  <td colspan=11 height=12 class=xl30 width=1483>NEW TRIGGERS/PATHS/DATASETS 
  (yellow= new dataset versions; blue = new triggers/paths)</td> 
  <td width=35></td> 
 </tr> 
 <tr class=xl25 height=12> 
  <td height=12 class=xl25>Dataset</td> 
  <td class=xl25></td> 
  <td class=xl25>ACTION:</td> 
  <td class=xl25>Path</td> 
  <td class=xl25></td> 
  <td class=xl25>Path PS</td> 
  <td class=xl25>Level 3</td> 
  <td class=xl25></td> 
  <td class=xl25>Level 2</td> 
  <td class=xl25></td> 
  <td class=xl25>Level 1</td> 
  <td class=xl25></td> 
 </tr> 
 <tr class=xl25 height=12> 
  <td height=12 class=xl25></td> 
  <td class=xl25></td> 
  <td class=xl25></td> 
  <td class=xl25></td> 
  <td class=xl25></td> 
  <td class=xl25></td> 
  <td class=xl25></td> 
  <td class=xl25></td> 
  <td class=xl25></td> 
  <td class=xl25></td> 
  <td class=xl25></td> 
  <td class=xl25></td> 
 </tr> 
 <tr height=13> 
  <td colspan=4 height=13 class=xl25>CMX TRIGGER CHANGES :</td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
 </tr> 
 <tr height=13> 
  <td height=13 class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>HIGH_PT_MUON_1</td> 
  <td class=xl26>&nbsp;</td> 
  <td class=xl24>lumi enable</td> 
  <td class=xl29>MUON_CMX18_L2_PT15_LUMI_200</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L3_MUON_CMX18</td> 
  <td class=xl24 align=right>2</td> 
  <td class=xl29>L2_CMX6_PT15_LUMI_200</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24>L1_CMX6_PT8_CSX</td> 
  <td class=xl24 align=right>2</td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>HIGH_PT_MUON_1</td> 
  <td class=xl26>&nbsp;</td> 
  <td class=xl28>NEW (PS10)</td> 
  <td class=xl29>MUON_CMX18_L2_PT15_PS10</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L3_MUON_CMX18</td> 
  <td class=xl24 align=right>2</td> 
  <td class=xl29>L2_CMX6_PT15_PS10</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24>L1_CMX6_PT8_CSX</td> 
  <td class=xl24 align=right>2</td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>HIGH_PT_MUON_1</td> 
  <td class=xl26>&nbsp;</td> 
  <td class=xl28>NEW (PS200, ROL6)</td> 
  <td class=xl29>MUON_CMX18_L2_PT15_PS200_L3TAG</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L3_NULL</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl29>L2_CMX6_PT15_PS200_ROXFT</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24>L1_CMX6_PT8_CSX</td> 
  <td class=xl24 align=right>2</td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>HIGH_PT_MUON_1</td> 
  <td class=xl26>&nbsp;</td> 
  <td class=xl28>NEW (PS200, ROL6)</td> 
  <td class=xl29>TEST_MUON_CMX18_L2_PT15_L23D_PS200</td> 
  <td class=xl29 align=right>2</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L3_MUON_CMX18</td> 
  <td class=xl24 align=right>2</td> 
  <td class=xl29>L2_TEST_CMX6_PT15_3D_PS200_ROXFT</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24>L1_CMX6_PT8_CSX</td> 
  <td class=xl24 align=right>2</td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl28></td> 
  <td class=xl25></td> 
  <td class=xl25></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl25></td> 
  <td class=xl25></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
 </tr> 
 <tr height=13> 
  <td height=13 class=xl24>HIGH_PT_MUON_1</td> 
  <td class=xl26>&nbsp;</td> 
  <td class=xl28>NEW (PS10)</td> 
  <td class=xl29>TEST_MUON_CMX18_L2_PT15_&amp;_JET10_PS10</td> 
  <td class=xl29 align=right>2</td> 
  <td class=xl24></td> 
  <td class=xl24>L3_MUON_CMX18</td> 
  <td class=xl24 align=right>2</td> 
  <td class=xl29>L2_TEST_CMX6_PT15_&amp;_JET10_PS10</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24>L1_CMX6_PT8_CSX</td> 
  <td class=xl24 align=right>2</td> 
 </tr> 
 <tr height=13> 
  <td height=13 class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>EXPRESS_4</td> 
  <td class=xl26>&nbsp;</td> 
  <td class=xl24>lumi enable</td> 
  <td class=xl29>EXPRESS_MUON_CMX22_L2_PT15_LUMI_200</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L3_MUON_CMX22</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl29>L2_CMX6_PT15_LUMI_200</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24>L1_CMX6_PT8_CSX</td> 
  <td class=xl24 align=right>2</td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>HIGH_PT_MUON_1</td> 
  <td class=xl26>&nbsp;</td> 
  <td class=xl24>lumi enable</td> 
  <td class=xl29>EXPRESS_MUON_CMX22_L2_PT15_LUMI_200</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L3_MUON_CMX22</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl29>L2_CMX6_PT15_LUMI_200</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24>L1_CMX6_PT8_CSX</td> 
  <td class=xl24 align=right>2</td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>SUSY_DILEPTON_4</td> 
  <td class=xl26>&nbsp;</td> 
  <td class=xl24>lumi enable</td> 
  <td class=xl29>MUON_CMX15_LUMI_200</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L3_CMX12</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl29>L2_CMX6_PT15_LUMI_200</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24>L1_CMX6_PT8_CSX</td> 
  <td class=xl24 align=right>2</td> 
 </tr> 
 <tr height=13> 
  <td height=13 class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>TAU_LEPTON_4</td> 
  <td class=xl26>&nbsp;</td> 
  <td class=xl24>lumi enable</td> 
  <td class=xl29>TAU_CMX8_LUMI_200</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L3_CMX8_TAU5</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl29>L2_CMX6_PT8_&amp;_TRK5_LUMI_200</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24>L1_CMX6_PT8_CSX</td> 
  <td class=xl24 align=right>2</td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>TAU_LEPTON_4</td> 
  <td class=xl26>&nbsp;</td> 
  <td class=xl28>NEW (PS10)</td> 
  <td class=xl29>TAU_CMX8_PS10</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L3_CMX8_TAU5</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl29>L2_CMX6_PT8_&amp;_TRK5_PS10</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>TAU_LEPTON_4</td> 
  <td class=xl26>&nbsp;</td> 
  <td class=xl28>NEW (PS200, ROL6)</td> 
  <td class=xl29>TAU_CMX8_PS200_L3TAG</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L3_NULL</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl29>L2_CMX6_PT8_&amp;_TRK5_PS200_ROXFT</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>TAU_LEPTON_4</td> 
  <td class=xl26>&nbsp;</td> 
  <td class=xl28>NEW (PS200, ROL6)</td> 
  <td class=xl29>TEST_TAU_CMX8_L23D_PS200</td> 
  <td class=xl29 align=right>2</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L3_CMX8_TAU5</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl29>L2_TEST_CMX6_PT8_&amp;_TRK5_3D_PS200_ROXFT</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl28></td> 
  <td class=xl25></td> 
  <td class=xl25></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl25></td> 
  <td class=xl25></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>TAU_LEPTON_4</td> 
  <td class=xl26>&nbsp;</td> 
  <td class=xl24>lumi enable</td> 
  <td class=xl29>TAU_CMX8_TRACK5_ISO_LUMI_200</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L3_CMX8_TRACK5_ISO</td> 
  <td class=xl24 align=right>4</td> 
  <td class=xl29>L2_CMX6_PT8_&amp;_TRK5_LUMI_200</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24>L1_CMX6_PT8_CSX</td> 
  <td class=xl24 align=right>2</td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>SUSY_DILEPTON_4</td> 
  <td class=xl26>&nbsp;</td> 
  <td class=xl24>lumi enable</td> 
  <td class=xl29>MUON_CMX8_&amp;_TRACK8_LUMI_200</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L3_CMX8_TWO_TRACK8</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl29>L2_CMX6_PT8_&amp;_TRK8_LUMI_200</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24>L1_CMX6_PT8_CSX</td> 
  <td class=xl24 align=right>2</td> 
 </tr> 
 <tr height=13> 
  <td height=13 class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
 </tr> 
 <tr height=13> 
  <td height=13 class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
 </tr> 
 <tr height=13> 
  <td colspan=4 height=13 class=xl31>J/PSI TRIGGER CHANGES :</td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
 </tr> 
 <tr height=13> 
  <td height=13 class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>JPSIMUMU_2</td> 
  <td class=xl26>&nbsp;</td> 
  <td class=xl24>PS2 -&gt; PS50</td> 
  <td class=xl29>JPSI_CMU2_CMX2_PS50</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L3_JPSI_CMUCMX</td> 
  <td class=xl24 align=right>5</td> 
  <td class=xl29>L2_CMU1.5_PT2_&amp;_CMX1.5_PT2_DPHI120_OPPQ_PS50</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24>L1_CMU1.5_PT1.5_&amp;_CMX1.5_PT2_CSX</td> 
  <td class=xl24 align=right>3</td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>B_RARE_2</td> 
  <td class=xl26>&nbsp;</td> 
  <td class=xl24>PS2 -&gt; PS50</td> 
  <td class=xl29>RAREB_CMU2CMX_LXY_PS50</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L3_RAREB_CMUCMX_LXY</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl29>L2_CMU1.5_PT2_&amp;_CMX1.5_PT2_DPHI120_OPPQ_PS50</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24>L1_CMU1.5_PT1.5_&amp;_CMX1.5_PT2_CSX</td> 
  <td class=xl24 align=right>3</td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>B_RARE_2</td> 
  <td class=xl26>&nbsp;</td> 
  <td class=xl24>PS2 -&gt; PS50</td> 
  <td class=xl29>RAREB_CMU2CMX_SUMPT_PS50</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L3_LOWMASS_CMUCMX_SUMPT</td> 
  <td class=xl24 align=right>3</td> 
  <td class=xl29>L2_CMU1.5_PT2_&amp;_CMX1.5_PT2_DPHI120_OPPQ_PS50</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24>L1_CMU1.5_PT1.5_&amp;_CMX1.5_PT2_CSX</td> 
  <td class=xl24 align=right>3</td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>EXPRESS_4</td> 
  <td class=xl26>&nbsp;</td> 
  <td class=xl24>PS2 -&gt; PS50</td> 
  <td class=xl29>JPSI_CMU2_CMX2_PS50</td> 
  <td class=xl29>&nbsp;</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L3_JPSI_CMUCMX</td> 
  <td class=xl24 align=right>5</td> 
  <td class=xl29>L2_CMU1.5_PT2_&amp;_CMX1.5_PT2_DPHI120_OPPQ_PS50</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24>L1_CMU1.5_PT1.5_&amp;_CMX1.5_PT2_CSX</td> 
  <td class=xl24 align=right>3</td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>JPSIMUMU_2</td> 
  <td class=xl26>&nbsp;</td> 
  <td class=xl24>PS2 -&gt; PS50</td> 
  <td class=xl29>JPSI_CMUCMU2_PS50</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L3_JPSI_CMU2CMU1.5</td> 
  <td class=xl24 align=right>2</td> 
  <td class=xl29>L2_TWO_CMU1.5_PT2_DPHI120_OPPQ_PS50</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24>L1_TWO_CMU1.5_PT1.5</td> 
  <td class=xl24 align=right>4</td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>B_RARE_2</td> 
  <td class=xl26>&nbsp;</td> 
  <td class=xl24>PS2 -&gt; PS50</td> 
  <td class=xl29>RAREB_CMUCMU_LXY_PS50</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L3_RAREB_CMUCMU_LXY</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl29>L2_TWO_CMU1.5_PT2_DPHI120_OPPQ_PS50</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24>L1_TWO_CMU1.5_PT1.5</td> 
  <td class=xl24 align=right>4</td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>B_RARE_2</td> 
  <td class=xl26>&nbsp;</td> 
  <td class=xl24>PS2 -&gt; PS50</td> 
  <td class=xl29>RAREB_CMUCMU_SUMPT_PS50</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L3_LOWMASS_CMUCMU_SUMPT</td> 
  <td class=xl24 align=right>3</td> 
  <td class=xl29>L2_TWO_CMU1.5_PT2_DPHI120_OPPQ_PS50</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24>L1_TWO_CMU1.5_PT1.5</td> 
  <td class=xl24 align=right>4</td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>EXPRESS_4</td> 
  <td class=xl26>&nbsp;</td> 
  <td class=xl24>PS2 -&gt; PS50</td> 
  <td class=xl29>JPSI_CMUCMU2_PS50</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L3_JPSI_CMU2CMU1.5</td> 
  <td class=xl24 align=right>2</td> 
  <td class=xl29>L2_TWO_CMU1.5_PT2_DPHI120_OPPQ_PS50</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24>L1_TWO_CMU1.5_PT1.5</td> 
  <td class=xl24 align=right>4</td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl25></td> 
  <td class=xl25></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl25></td> 
  <td class=xl25></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>JPSIMUMU_2</td> 
  <td class=xl24 align=right>4</td> 
  <td class=xl28>REMOVE</td> 
  <td class=xl24>TEST_JPSI_CMUCMU_L2_MT</td> 
  <td class=xl24 align=right>2</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L3_JPSI_CMU2CMU1.5</td> 
  <td class=xl24 align=right>2</td> 
  <td class=xl24>L2_TEST_CMU1.5_PT1.7_&amp;_CMU1.5_PT2.5_1.7MT4.5</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L1_TWO_CMU1.5_PT1.5</td> 
  <td class=xl24 align=right>4</td> 
 </tr> 
 <tr height=13> 
  <td height=13 class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>JPSIMUMU_2</td> 
  <td class=xl26>&nbsp;</td> 
  <td class=xl28>NEW (FROM TEST) DPS 40:1:1</td> 
  <td class=xl29>JPSI_CMUCMU_MT_DPS</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L3_JPSI_CMU2CMU1.5</td> 
  <td class=xl24 align=right>2</td> 
  <td class=xl29>L2_CMU1.5_PT1.7_&amp;_CMU1.5_PT3_1.7MT7_DPS</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24>L1_TWO_CMU1.5_PT1.5</td> 
  <td class=xl24 align=right>4</td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>JPSIMUMU_2</td> 
  <td class=xl26>&nbsp;</td> 
  <td class=xl28>NEW (FROM TEST)</td> 
  <td class=xl29>JPSI_CMUCMX3_MT_DPS</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L3_JPSI_CMUCMX</td> 
  <td class=xl24 align=right>5</td> 
  <td class=xl29>L2_CMU1.5_PT1.7_&amp;_CMX1.5_PT3_1.7MT7_DPS</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24>L1_CMU1.5_PT1.5_&amp;_CMX1.5_PT2_CSX</td> 
  <td class=xl24 align=right>3</td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>JPSIMUMU_2</td> 
  <td class=xl26>&nbsp;</td> 
  <td class=xl28>NEW (FROM TEST)</td> 
  <td class=xl29>JPSI_CMXCMU3_MT_DPS</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L3_JPSI_CMUCMX</td> 
  <td class=xl24 align=right>5</td> 
  <td class=xl29>L2_CMX1.5_PT2_&amp;_CMU1.5_PT3_1.7MT7_DPS</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24>L1_CMU1.5_PT1.5_&amp;_CMX1.5_PT2_CSX</td> 
  <td class=xl24 align=right>3</td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>B_RARE_2</td> 
  <td class=xl26>&nbsp;</td> 
  <td class=xl28>NEW (FROM TEST)</td> 
  <td class=xl29>JPSI_CMUCMU_MT_DPS</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L3_JPSI_CMU2CMU1.5</td> 
  <td class=xl24 align=right>2</td> 
  <td class=xl29>L2_CMU1.5_PT1.7_&amp;_CMU1.5_PT3_1.7MT7_DPS</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24>L1_TWO_CMU1.5_PT1.5</td> 
  <td class=xl24 align=right>4</td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>B_RARE_2</td> 
  <td class=xl26>&nbsp;</td> 
  <td class=xl28>NEW (FROM TEST)</td> 
  <td class=xl29>JPSI_CMUCMX3_MT_DPS</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L3_JPSI_CMUCMX</td> 
  <td class=xl24 align=right>5</td> 
  <td class=xl29>L2_CMU1.5_PT1.7_&amp;_CMX1.5_PT3_1.7MT7_DPS</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24>L1_CMU1.5_PT1.5_&amp;_CMX1.5_PT2_CSX</td> 
  <td class=xl24 align=right>3</td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>B_RARE_2</td> 
  <td class=xl26>&nbsp;</td> 
  <td class=xl28>NEW (FROM TEST)</td> 
  <td class=xl29>JPSI_CMXCMU3_MT_DPS</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L3_JPSI_CMUCMX</td> 
  <td class=xl24 align=right>5</td> 
  <td class=xl29>L2_CMX1.5_PT2_&amp;_CMU1.5_PT3_1.7MT7_DPS</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24>L1_CMU1.5_PT1.5_&amp;_CMX1.5_PT2_CSX</td> 
  <td class=xl24 align=right>3</td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>EXPRESS_4</td> 
  <td class=xl26>&nbsp;</td> 
  <td class=xl28>NEW (FROM TEST)</td> 
  <td class=xl29>JPSI_CMUCMU_MT_DPS</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L3_JPSI_CMU2CMU1.5</td> 
  <td class=xl24 align=right>2</td> 
  <td class=xl29>L2_CMU1.5_PT1.7_&amp;_CMU1.5_PT3_1.7MT7_DPS</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24>L1_TWO_CMU1.5_PT1.5</td> 
  <td class=xl24 align=right>4</td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>EXPRESS_4</td> 
  <td class=xl26>&nbsp;</td> 
  <td class=xl28>NEW (FROM TEST)</td> 
  <td class=xl29>JPSI_CMUCMX3_MT_DPS</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L3_JPSI_CMUCMX</td> 
  <td class=xl24 align=right>5</td> 
  <td class=xl29>L2_CMU1.5_PT1.7_&amp;_CMX1.5_PT3_1.7MT7_DPS</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24>L1_CMU1.5_PT1.5_&amp;_CMX1.5_PT2_CSX</td> 
  <td class=xl24 align=right>3</td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>EXPRESS_4</td> 
  <td class=xl26>&nbsp;</td> 
  <td class=xl28>NEW (FROM TEST)</td> 
  <td class=xl29>JPSI_CMXCMU3_MT_DPS</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L3_JPSI_CMUCMX</td> 
  <td class=xl24 align=right>5</td> 
  <td class=xl29>L2_CMX1.5_PT2_&amp;_CMU1.5_PT3_1.7MT7_DPS</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24>L1_CMU1.5_PT1.5_&amp;_CMX1.5_PT2_CSX</td> 
  <td class=xl24 align=right>3</td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl28></td> 
  <td class=xl25></td> 
  <td class=xl25></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl25></td> 
  <td class=xl25></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
 </tr> 
 <tr height=13> 
  <td height=13 class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
 </tr> 
 <tr height=13> 
  <td colspan=4 height=13 class=xl25>MULTIJET/JET+MET CHANGES :</td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
 </tr> 
 <tr height=13> 
  <td height=13 class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>MET_2</td> 
  <td class=xl26>&nbsp;</td> 
  <td class=xl24>lumi enable</td> 
  <td class=xl29>MET35_&amp;_CJET_&amp;_JET_LUMI_190</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L3_MET35</td> 
  <td class=xl24 align=right>2</td> 
  <td class=xl29>L2_CJET10_JET10_L1_MET25_LUMI_190</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24>L1_MET25</td> 
  <td class=xl24 align=right>6</td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>MET_2</td> 
  <td class=xl26>&nbsp;</td> 
  <td class=xl28>NEW (PS10)</td> 
  <td class=xl29>MET35_&amp;_CJET_&amp;_JET_PS10</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L3_MET35</td> 
  <td class=xl24 align=right>2</td> 
  <td class=xl29>L2_CJET10_JET10_L1_MET25_PS10</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24>L1_MET25</td> 
  <td class=xl24 align=right>6</td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>MET_2</td> 
  <td class=xl26>&nbsp;</td> 
  <td class=xl28>NEW (PS10)</td> 
  <td class=xl29>TEST_MET35_&amp;_CJET10_&amp;_JET10_PS10</td> 
  <td class=xl29 align=right>2</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L3_MET35</td> 
  <td class=xl24 align=right>2</td> 
  <td class=xl29>L2_TEST_CJET10_JET10_L2_MET27_PS10</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24>L1_MET25</td> 
  <td class=xl24 align=right>6</td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>MET_2</td> 
  <td class=xl26>&nbsp;</td> 
  <td class=xl28>NEW (PS10)</td> 
  <td class=xl29>TEST_MET35_&amp;_CJET25_&amp;_JET10_PS10</td> 
  <td class=xl29 align=right>2</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L3_MET35</td> 
  <td class=xl24 align=right>2</td> 
  <td class=xl29>L2_TEST_CJET25_JET10_L1_MET25_PS10</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24>L1_MET25</td> 
  <td class=xl24 align=right>6</td> 
 </tr> 
 <tr height=13> 
  <td height=13 class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
 </tr> 
 <tr height=13> 
  <td height=13 class=xl24>HIGH_PT_BJET_3</td> 
  <td class=xl26>&nbsp;</td> 
  <td class=xl24>lumi enable</td> 
  <td class=xl29>HIGGS_HIGH_PT_BJET_LUMI_180</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L3_HIGHPT_B_JET</td> 
  <td class=xl24 align=right>4</td> 
  <td class=xl29>L2_BJET15_D120_JET10_ETA1.8_LUMI_180</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24>L1_TWO_TRK2_&amp;_TWO_CJET5</td> 
  <td class=xl24 align=right>4</td> 
 </tr> 
 <tr height=13> 
  <td height=13 class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl25></td> 
  <td class=xl25></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl25></td> 
  <td class=xl25></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>MET_2</td> 
  <td class=xl26>&nbsp;</td> 
  <td class=xl24>lumi enable at L1; remove DPS</td> 
  <td class=xl29>MET_BJET_LUMI_150</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L3_MET20_TWO_TRACK</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl29>L2_TWO_TRK2_D100_&amp;_BJET15_&amp;_MET15</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl29>L1_MET15_&amp;_JET5_&amp;_TWO_TRK2_LUMI_150</td> 
  <td class=xl29 align=right>1</td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>MET_2</td> 
  <td class=xl27>&nbsp;</td> 
  <td class=xl24>lumi enable at L1</td> 
  <td class=xl29>MET_L2PS4K_L1_MET15_&amp;_JET5_&amp;_TWO_TRK2_LUMI_150</td> 
  <td class=xl29 align=right>1</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L3_NULL</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L2_PS4K_L1_MET15_&amp;_JET5_&amp;_TWO_TRK2</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl29>L1_MET15_&amp;_JET5_&amp;_TWO_TRK2_LUMI_150</td> 
  <td class=xl29 align=right>1</td> 
 </tr> 
 <tr height=13> 
  <td height=13 class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
 </tr> 
 <tr height=13> 
  <td colspan=4 height=13 class=xl25>OTHER TEST TRIGGER CHANGES :</td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
 </tr> 
 <tr height=13> 
  <td height=13 class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
 </tr> 
 <tr height=13> 
  <td height=13 class=xl24>B_BACKUP_3</td> 
  <td class=xl24 align=right>4</td> 
  <td class=xl28>ADD (XFT TEST)</td> 
  <td class=xl24>B_HAD_TEST_XFT_L1_TWO_TRK2</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L3_NULL</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L2_RL1HZ_ROLXFT_L1_TWO_TRK2</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L1_TWO_TRK2_PS20K</td> 
  <td class=xl24 align=right>1</td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>HIGH_PT_ELECTRON_2</td> 
  <td class=xl24 align=right>5</td> 
  <td class=xl28>ADD (XFT TEST)</td> 
  <td class=xl24>TEST_ELECTRON_CENTRAL_ROLXFT</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24 align=right>10</td> 
  <td class=xl24>L3_NULL</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L2_CEM16_PT8_RL2HZ_ROLXFT</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L1_CEM8_PT8</td> 
  <td class=xl24 align=right>5</td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>HIGH_PT_ELECTRON_2</td> 
  <td class=xl24 align=right>4</td> 
  <td class=xl28>REMOVE</td> 
  <td class=xl24>TEST_ELECTRON_CENTRAL_L13D_L2CEM16_L3PS10</td> 
  <td class=xl24 align=right>3</td> 
  <td class=xl24 align=right>10</td> 
  <td class=xl24>L3_NULL</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L2_TEST_CEM16_PT8_L13D</td> 
  <td class=xl24 align=right>2</td> 
  <td class=xl24>L1_TEST_CEM8_PT8_3D</td> 
  <td class=xl24 align=right>1</td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>HIGH_PT_ELECTRON_2</td> 
  <td class=xl24 align=right>4</td> 
  <td class=xl28>REMOVE</td> 
  <td class=xl24>TEST_ELECTRON_CENTRAL_L23D_L2CEM16_L3PS10</td> 
  <td class=xl24 align=right>2</td> 
  <td class=xl24 align=right>10</td> 
  <td class=xl24>L3_NULL</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L2_TEST_CEM16_PT8_3D</td> 
  <td class=xl24 align=right>2</td> 
  <td class=xl24>L1_CEM8_PT8</td> 
  <td class=xl24 align=right>5</td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>HIGH_PT_MUON_1</td> 
  <td class=xl24 align=right>14</td> 
  <td class=xl28>ADD (PHIGAP v2; HEAVY PRESCALE)</td> 
  <td class=xl24>TEST_MUON_CMP18_PHIGAP</td> 
  <td class=xl24 align=right>2</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L3_TEST_MUON_CMP18</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L2_TEST_CMP3_PT15_PHIGAP_RL1HZ</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L1_TEST_CMP3_PT15_PHIGAP_PS4K</td> 
  <td class=xl24 align=right>1</td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>HIGH_PT_MUON_1</td> 
  <td class=xl24 align=right>14</td> 
  <td class=xl28>ADD (PHIGAP v2; HEAVY PRESCALE)</td> 
  <td class=xl24>TEST_MUON_CMP18_PHIGAP_L3TAG</td> 
  <td class=xl24 align=right>2</td> 
  <td class=xl24 align=right>10</td> 
  <td class=xl24>L3_NULL</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L2_TEST_CMP3_PT15_PHIGAP_RL1HZ</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L1_TEST_CMP3_PT15_PHIGAP_PS4K</td> 
  <td class=xl24 align=right>1</td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>HIGH_PT_MUON_1</td> 
  <td class=xl24 align=right>14</td> 
  <td class=xl28>ADD (ETA-GAP)</td> 
  <td class=xl24>TEST_MUON_L2_CMU6_PT15_3D</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L3_NULL</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L2_TEST_CMU6_PT15_3D_RL1HZ</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L1_TEST_CMU6_PT4_&amp;_TRK15_PS250</td> 
  <td class=xl24 align=right>1</td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24>MONITOR_1</td> 
  <td class=xl24 align=right>23</td> 
  <td class=xl28>ADD (FOR SCALERMON WORK)</td> 
  <td class=xl24>TEST_DAQ_RATE_THROTTLE</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L3_JET_100</td> 
  <td class=xl24 align=right>3</td> 
  <td class=xl24>L2_PS10K_L1_TRK5.5_TRK2.5_&amp;_CJET5</td> 
  <td class=xl24 align=right>1</td> 
  <td class=xl24>L1_TRK5.5_TRK2.5_&amp;_CJET5_LUMI_150</td> 
  <td class=xl24 align=right>1</td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
 </tr> 
 <tr class=xl24 height=12> 
  <td height=12 class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
 </tr> 
 <tr height=13> 
  <td colspan=9 height=13 class=xl25>AFFECTED DATASETS &amp; NEW VERSIONS :</td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
 </tr> 
 <tr height=13> 
  <td height=13 class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
 </tr> 
 <tr height=13> 
  <td height=13 class=xl28>HIGH_PT_MUON_1</td> 
  <td class=xl28>v14</td> 
  <td colspan=2 class=xl24>start from v13</td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
 </tr> 
 <tr height=13> 
  <td height=13 class=xl28>EXPRESS_4</td> 
  <td class=xl28>v4</td> 
  <td colspan=2 class=xl24>start from v3</td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
 </tr> 
 <tr height=13> 
  <td height=13 class=xl28>SUSY_DILEPTON_4</td> 
  <td class=xl28>v4</td> 
  <td colspan=2 class=xl24>start from v3</td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
 </tr> 
 <tr height=13> 
  <td height=13 class=xl28>TAU_LEPTON_4</td> 
  <td class=xl28>v4</td> 
  <td colspan=2 class=xl24>start from v3</td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
 </tr> 
 <tr height=13> 
  <td height=13 class=xl28>JPSIMUMU_2</td> 
  <td class=xl28>v5</td> 
  <td colspan=2 class=xl24>start from v4; remember to remove existing asym trig</td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
 </tr> 
 <tr height=13> 
  <td height=13 class=xl28>B_RARE_2</td> 
  <td class=xl28>v3</td> 
  <td colspan=2 class=xl24>start from v2</td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
 </tr> 
 <tr height=13> 
  <td height=13 class=xl28>MET_2</td> 
  <td class=xl28>v5</td> 
  <td colspan=2 class=xl24>start from v4</td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
 </tr> 
 <tr height=13> 
  <td height=13 class=xl28>HIGH_PT_BJET_3</td> 
  <td class=xl28>v3</td> 
  <td colspan=2 class=xl24>start from v2</td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
 </tr> 
 <tr height=13> 
  <td height=13 class=xl28>B_BACKUP_3</td> 
  <td class=xl28>v4</td> 
  <td colspan=2 class=xl24>start from v3</td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
 </tr> 
 <tr height=13> 
  <td height=13 class=xl28>HIGH_PT_ELECTRON_2</td> 
  <td class=xl28>v5</td> 
  <td colspan=2 class=xl24>start from v4</td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
 </tr> 
 <tr height=13> 
  <td height=13 class=xl28>MONITOR_1</td> 
  <td class=xl28>v23</td> 
  <td colspan=2 class=xl24>start from v22</td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
  <td class=xl24></td> 
 </tr> 
</table> 
 
</body> 
 
</html>  
<!-- Author: Dave Waters -->


<!-- Date: Fri Sep 15 22:15:34 2006 -->
<pre>Dear Ops, 
 
Vadim & Bill have implemented a "fix" to the current TL2D bank   
problems in the FER code that means we could now in principle move to the next physics table. However the fix is backwards compatible (will still work with full-size TL2D, it simply won't insert the extra padding) and we'd like to make sure it works with the current well understood physics table first. So : 
 
(1) Start of this store : stick with PHYSICS_4_00[6,824,646]. 
 
(2) We'll do another end-of-store test with PHYSICS_4_00[7,831,649] before declaring it current. 
 
Many thanks, 
 
  - Ted & Dave. 
 
P.S. We have the back-up plan already in place - a high luminosity table that drops datasets to reduce the number the L2 trigger bits. But it looks like we won't have to go to the backup plan. 
 
  
  
</pre>
<!-- Author: Ted -->
<!-- Comment: Fri Sep 15 22;19;27 comment by...Dave and Ted -->
<pre>the backup plan table is: PHYSICS_4_00[8,832,650]</pre>


<!-- Date: Tue Sep 19 02:21:02 2006 -->
<pre>Sun Sep 17 18:00:15  
hi, ACEs:  
 
When the system is all working, please take a ~30 mins run each using AAA_SHOTSETUP configuration 
with the following tables:  
 
(1) PHYSICS_4_00[7,833,649]  
 
* this new version has the code fix for the problem saw last night.  
* email me when you finish (1), thliu@fnal.gov, vrusu@fnal.gov  
 
(2) PHYSICS_4_00[8,832,650]  
 
* this is a backup table, based on v7... with much less number of L2 trigger bits (by simply 
dropping some).  
 
when shot setup starts for the next store, please call Ted at  
630-988-9986 (cell), and I will then call Vadim. Both of us will be there at control room when next store comes.  
 
Ted 
</pre>
<!-- Author: Ted -->


<!-- Date: Tue Sep 19 02:22:33 2006 -->
<pre>Sun Sep 17 20:21:42 Run 223233 ACTIVATE: RunSet: AAA_CURRENT Trigger: PHYSICS_4_00 [7,833,649]  - artur 
-- Sun Sep 17 21:09:25 comment by...Vadim/Ted/Ankush --   
We have checked the XMON log file for this run, it has no complains about TL2D now. and we have watched the ScalerMon log file and it looks running happy. So far, we could not find any 
problems with this run. The symptons we saw for last store all gone. 
 
</pre>
<!-- Author: Ted -->


<!-- Date: Tue Sep 19 02:24:54 2006 -->
<pre> Tue Sep 19 00:34:13 Run 223309 ACTIVATE: RunSet: AAA_CURRENT Trigger: PHYSICS_4_00 [7,833,649] L1 accept ~16,250 L2 accept ~640 - Shalhout 
-- Tue Sep 19 00:36:34 comment by...Ted --  deadtime at 4%... very soon the lumi_enables will kick in at L2... the L2A will be higher. so is the deadtime.  
-- Tue Sep 19 00:37:15 comment by...Shalhout --   
L2PU02, xft06, and xft07 are out of this run 
 
-- Tue Sep 19 02:08:23 comment by...Ted --   
the initial luminosity started around 210E30, just high enough for me to check the performance of the new v7 table. here is my impression so far (watching from home, with limited info): 
 
 
(1) one of the main challenges in the design of this table is the fact that we are now using lumi_enable at L2, where many other triggers are DPSed. having both lumi_enable and DPS at the same trigger level could be tricky... because they may "fight" with each other. so this requires lots of thinking. Looking at this run, the interplay of the DPS and lumi_enabled triggers (controlled by ScalerMon) is more or less expected... the overall L2A has been kept around ~800Hz (this is the 
table design goal for this luminosity, the deadtime wall is at 900Hz). 
 
 
By the way, the reason we use lumi_enable instead of DPS is that we want to make sure the high rate and high priority high Pt CMX, MET+2JET etc triggers get fully turned on as early as possible.  
 
 
(2) at this luminosity, the TL2D bank size will be larger on average. once in a while the TL2D + scaler info may get beyond the limit and L2 CPU may drop the scaler info. I asked our CO Jahred to help me check the XMON log file, and we see a few cases for this run at the beginng of the store. Vadim has looked at the size of bank vs luminosity before this store, and he can use this store to do more studies. we will need to improve the protection/handling for XMON and ScalerMon for this. so 
far, it looks like both XMON and ScalerMon are working fine.  
 
 
Overall, the performance of this v7 table is more or less as  expected... the deadtime at ~200E30 was expected to be around 10% or so... this run had about ~6% or so. likely due to the fact that the pbar distribution is more flat than usual. I expect that the deadtime could be a bit higher for a 
"normal" store. 
 
will look into more details tomorrow. so far, things look as expected. the design goal of this v7 table is: deadtime is around or below ~15% at 220E30. will see. cheers. 
 
 
</pre>
<!-- Author: Ted -->


<!-- Date: Wed Nov 15 16:20:09 2006 -->
<pre> Wed Nov 15 14:18:09 
Have installed fer product version v5_23 with the following changes: 
 
Enable the "lumiEnable" triggers at CONFIG time if the luminosity is in the appropriate range. Do not do this if there is pending beam in the machine − i.e., if the T:IBEAM tevatron current measurement is above zero, while the luminosity C:B0ILUM is equals to zero − this happens at the first run of a store. 
Eiko's changes to COT ASD DAC thresholds so that the proper values for Superlayer 1 (205 mV) are loaded for all run types. See Eiko for more informations. 
Have restarted DAQ Ace's RunControl.  - badgett :: (run 227963)</pre>
<!-- Author: Ted  -->