The name of this report template file is TEMPLATE/hreport.template.

All efficiencies are normalized to "htrig".
Values in parenthesis are rates ( Hz ).
hardware scalers have rates in square brackets [ Hz ].

Run #47064
Time of run =    16.6 sec (at most recent scaler event)
first event =       1
last event  =       0

dmytst      =        0 (    0.00 )
atrig       =        0 (    0.00 )
htrig       =        0 (    0.00 )
strig       =        0 (    0.00 )
ctrig       =        0 (    0.00 )
hms adcgates=        0 [     0.0 ]
sos adcgates=        0 [     0.0 ]
all adcgates=        0 [     0.0 ]

# calorimter parameters
CALORIMETER PARAMETERS
**********************
hcal_slop    =    7.50
hcal_fv_test =    0
hcal_pos_gain_cor  =   0.3340
hcal_pos_ped_limit =492.0000

*****************************
* HMS TRACKING EFFICIENCIES *
*****************************
htrig                          :      0
hhitslt = passed hits/cham     :      0
hhitsplanes = +planes >= 5/6   :      0
hhitsplanessps = + sps         :      0
hhitsplanesspsstubs +stub      :      0
hsfoundtrack                   :      0
hscleantrack                   :      0
hstublt = passed stub tests    :      0
h1hitslt                       :      0
h2hitslt                       :      0
h1planesgt                     :      0
h2planesgt                     :      0
hplanesgt = gt 5 planes/cham   :      0
f1hspacepoints                 :      0
f2hspacepoints                 :      0
htest1=p hits/planes, f sp     :      0
htest2=p sp, f stubs           :      0
hdid			       :      0
hdide			       :      0
hdidpi			       :      0
hdidp			       :      0
hscinshould		       :      0
hscinshoulde		       :      0
hscinshouldpi		       :      0
hscinshouldp		       :      0
SING FID TRACK EFFIC           :  0.0000 +-  0.0000
E SING FID TRACK EFFIC         :  0.0000 +-  0.0000

PION SING FID TRACK EFFI     :  0.0000 +-  0.0000
PION SING FID TRACK CTRIG     :  0.0000 +-  0.0000
PION SING FID TRACK CAL_CUT     :  0.0000 +-  0.0000
PION SING FID TRACK CTRIG CAL_CUT     :  0.0000 +-  0.0000

PROTON SING FID TRACK EFFI     :  0.0000 +-  0.0000
PROTON SING FID TRACK CTRIG     :  0.0000 +-  0.0000
PROTON SING FID TRACK CAL_CUT     :  0.0000 +-  0.0000
PROTON SING FID TRACK CTRIG CAL_CUT     :  0.0000 +-  0.0000

* hms coincidences...
ctrig                          :      0
bhhitslt = passed hits/cham    :      0
bhhitsplanes = +planes >= 5/6  :      0
bhhitsplanessps = + sps        :      0
bhhitsplanesspsstubs +stub     :      0
found track and ctrig          :      0
bhstublt = passed stub tests   :      0
bh1hitslt                      :      0
bh2hitslt                      :      0
bh1planesgt                    :      0
bh2planesgt                    :      0
bhplanesgt = gt 5 planes/cham  :      0
f1bhspacepoints                :      0
f2bhspacepoints                :      0
bhtest1=p hits/planes, f sp    :      0
bhtest2=p sp, f stubs          :      0
bhdid			       :      0
bhdide			       :      0
bhdidpi			       :      0
bhdidp			       :      0
bhscinshould		       :      0
bhscinshoulde		       :      0
bhscinshouldpi		       :      0
bhscinshouldp		       :      0
  COIN FID TRACK EFFIC         :  0.0000 +-  0.0000
  E COIN FID TRACK EFFIC       :  0.0000 +-  0.0000
  PION COIN FID TRACK EFFIC  :  0.0000 +-  0.0000
  PROTON COIN FID TRACK EFFIC  :  0.0000 +-  0.0000
********************************************************************

*****************************
* RAW SOFTWARE EFFICIENCIES *
*****************************
"raw"  means one or more hits per dc plane.
"Good" means one or two  hits per dc plane.

rawhdc1x1   =       0   eff = 0.000  BAD = .95
rawhdc1y1   =       0   eff = 0.000  BAD = .95
rawhdc1u1   =       0   eff = 0.000  BAD = .95
rawhdc1v1   =       0   eff = 0.000  BAD = .95
rawhdc1y2   =       0   eff = 0.000  BAD = .95
rawhdc1x2   =       0   eff = 0.000  BAD = .95
rawhdc1     =       0   eff = 0.000  BAD = .99
rawhdc2x1   =       0   eff = 0.000  BAD = .95
rawhdc2y1   =       0   eff = 0.000  BAD = .95
rawhdc2u1   =       0   eff = 0.000  BAD = .95
rawhdc2v1   =       0   eff = 0.000  BAD = .95
rawhdc2y2   =       0   eff = 0.000  BAD = .95
rawhdc2x2   =       0   eff = 0.000  BAD = .95
rawhdc2     =       0   eff = 0.000  BAD = .99

goodhdc1x1  =       0   eff = 0.000  BAD = .95
goodhdc1y1  =       0   eff = 0.000  BAD = .95
goodhdc1u1  =       0   eff = 0.000  BAD = .95
goodhdc1v1  =       0   eff = 0.000  BAD = .95
goodhdc1y2  =       0   eff = 0.000  BAD = .95
goodhdc1x2  =       0   eff = 0.000  BAD = .95
goodhdc1    =       0   eff = 0.000  BAD = .90
goodhdc2x1  =       0   eff = 0.000  BAD = .95
goodhdc2y1  =       0   eff = 0.000  BAD = .95
goodhdc2u1  =       0   eff = 0.000  BAD = .95
goodhdc2v1  =       0   eff = 0.000  BAD = .95
goodhdc2y2  =       0   eff = 0.000  BAD = .95
goodhdc2x2  =       0   eff = 0.000  BAD = .95
goodhdc2    =       0   eff = 0.000  BAD = .90
bothgoodhdc =       0   eff = 0.000  BAD = .80

"hfoundtrack" based on analyzer variable HNTRACKS_FP.
"hcleantrack" based on analyzer variable HSNUM_FPTRACK (=foundtrack+chi2+PID).

hfoundtrack =       0   eff = 0.000  BAD = .95
hfound1track=       0   eff = 0.000
hfound2track=       0   eff = 0.000
hfound3track=       0   eff = 0.000
hfound4track=       0   eff = 0.000

hcleantrack =       0   eff = 0.000  BAD = .95
1hcleantrack=       0   eff = 0.000
2hcleantrack=       0   eff = 0.000
3hcleantrack=       0   eff = 0.000
4hcleantrack=       0   eff = 0.000

"Any"  means one or more hits per scint plane.
"Good" means one or two  hits per scint plane.

anyhs1x     =       0   eff = 0.000  BAD = .99
anyhs1y     =       0   eff = 0.000  BAD = .99
anyhs2x     =       0   eff = 0.000  BAD = .99
anyhs2y     =       0   eff = 0.000  BAD = .99

goodhs1x    =       0   eff = 0.000  BAD = .98
goodhs1y    =       0   eff = 0.000  BAD = .98
goodhs1     =       0   eff = 0.000  BAD = .96
goodhs2x    =       0   eff = 0.000  BAD = .98
goodhs2y    =       0   eff = 0.000  BAD = .98
goodhs2     =       0   eff = 0.000  BAD = .96
goodhs1s2   =       0   eff = 0.000  BAD = .95

********************
* HARDWARE SCALERS *
********************
General Format
signal   =   counts (  rate-Hz )

Time of run =    16.6 sec

DA01
hS1X1+   =        1364 [    82.4 ]
hS1X2+   =        1878 [   113.5 ]
hS1X3+   =        1477 [    89.2 ]
hS1X4+   =        1408 [    85.1 ]
hS1X5+   =        1398 [    84.5 ]
hS1X6+   =        1577 [    95.3 ]
hS1X7+   =        1356 [    81.9 ]
hS1X8+   =        1475 [    89.1 ]
hS1X9+   =        1523 [    92.0 ]
hS1X10+  =        2528 [   152.7 ]
hS1X11+  =        1470 [    88.8 ]
hS1X12+  =        1999 [   120.8 ]
hS1X13+  =         925 [    55.9 ]
hS1X14+  =        1992 [   120.4 ]
hS1X15+  =        1109 [    67.0 ]
hS1X16+  =        1189 [    71.8 ]

DA02
hS1X1-   =        1453 [    87.8 ]
hS1X2-   =        1423 [    86.0 ]
hS1X3-   =        1602 [    96.8 ]
hS1X4-   =        1097 [    66.3 ]
hS1X5-   =        1069 [    64.6 ]
hS1X6-   =        2806 [   169.5 ]
hS1X7-   =        1633 [    98.7 ]
hS1X8-   =        2801 [   169.2 ]
hS1X9-   =        1670 [   100.9 ]
hS1X10-  =        1588 [    95.9 ]
hS1X11-  =        1510 [    91.2 ]
hS1X12-  =        1502 [    90.8 ]
hS1X13-  =        1523 [    92.0 ]
hS1X14-  =        1891 [   114.3 ]
hS1X15-  =        1254 [    75.8 ]
hS1X16-  =        2581 [   155.9 ]

DA03
hS1Y1+   =        2884 [   174.3 ]
hS1Y2+   =        3113 [   188.1 ] - #14 at splitter?
hS1Y3+   =        3613 [   218.3 ]
hS1Y4+   =        3043 [   183.9 ]
hS1Y5+   =        3065 [   185.2 ]
hS1Y6+   =        2893 [   174.8 ]
hS1Y7+   =        3073 [   185.7 ]
hS1Y8+   =        3345 [   202.1 ]
hS1Y9+   =        2978 [   179.9 ]
hS1Y10+  =        4485 [   271.0 ]

DA04
hS1Y1-   =        2977 [   179.9 ]
hS1Y2-   =        3185 [   192.4 ]
hS1Y3-   =        5213 [   315.0 ]
hS1Y4-   =        2699 [   163.1 ]
hS1Y5-   =        2242 [   135.5 ]
hS1Y6-   =        2592 [   156.6 ]
hS1Y7-   =        2711 [   163.8 ]
hS1Y8-   =        2509 [   151.6 ]
hS1Y9-   =        4127 [   249.4 ]
hS1Y10-  =        4731 [   285.8 ] - #14 at splitter

DA05
hS2X1+   =        1850 [   111.8 ]
hS2X2+   =        3299 [   199.3 ]
hS2X3+   =        2409 [   145.6 ]
hS2X4+   =        3018 [   182.3 ]
hS2X5+   =        2632 [   159.0 ]
hS2X6+   =        2948 [   178.1 ]
hS2X7+   =        2538 [   153.3 ]
hS2X8+   =        3220 [   194.6 ]
hS2X9+   =        2794 [   168.8 ]
hS2X10+  =        2245 [   135.6 ]
hS2X11+  =        3573 [   215.9 ]
hS2X12+  =        3472 [   209.8 ]
hS2X13+  =        3009 [   181.8 ]
hS2X14+  =        3023 [   182.6 ]
hS2X15+  =        3203 [   193.5 ]
hS2X16+  =        7517 [   454.2 ]

DA06
hS2X1-   =         993 [    60.0 ]
hS2X2-   =        1998 [   120.7 ]
hS2X3-   =        1896 [   114.6 ]
hS2X4-   =        1798 [   108.6 ]
hS2X5-   =        1587 [    95.9 ]
hS2X6-   =        1747 [   105.6 ]
hS2X7-   =        2135 [   129.0 ]
hS2X8-   =        1845 [   111.5 ]
hS2X9-   =        1595 [    96.4 ]
hS2X10-  =        1802 [   108.9 ]
hS2X11-  =        1854 [   112.0 ]
hS2X12-  =        2816 [   170.1 ]
hS2X13-  =        1838 [   111.1 ]
hS2X14-  =        1850 [   111.8 ]
hS2X15-  =        1708 [   103.2 ]
hS2X16-  =        1969 [   119.0 ]

DA07
hS2Y1+   =        7928 [   479.0 ]
hS2Y2+   =        8212 [   496.2 ]
hS2Y3+   =        2677 [   161.7 ]
hS2Y4+   =        2901 [   175.3 ]
hS2Y5+   =        3683 [   222.5 ]
hS2Y6+   =        7538 [   455.4 ]
hS2Y7+   =        7418 [   448.2 ]
hS2Y8+   =        7388 [   446.4 ]
hS2Y9+   =        7532 [   455.1 ]
hS2Y10+  =        7709 [   465.8 ]

DA08
hS2Y1-   =       42263 [  2553.5 ]
hS2Y2-   =       10017 [   605.2 ]
hS2Y3-   =        6810 [   411.5 ]
hS2Y4-   =        7423 [   448.5 ]
hS2Y5-   =        6871 [   415.1 ]
hS2Y6-   =        7134 [   431.0 ]
hS2Y7-   =        9214 [   556.7 ]
hS2Y8-   =        7256 [   438.4 ]
hS2Y9-   =        7685 [   464.3 ]
hS2Y10-  =        8454 [   510.8 ]

DA0C
hCALA    =           0 [     0.0 ]
hCALB    =           0 [     0.0 ]
hCALC    =           0 [     0.0 ]
hCALD    =           0 [     0.0 ]

DA0B                              SOFTWARE SCALERS ('efficiency')
hS1X     =        7957 [     481 ]           0 ( 0.000 )
hS1Y     =        7080 [     428 ]           0 ( 0.000 )
hS2X     =       29023 [    1754 ]           0 ( 0.000 )
hS2Y     =       32031 [    1935 ]           0 ( 0.000 )
*hS1      =       14601 [     882 ]           0 ( 0.000 )
hS2      =       60398 [    3649 ]           0 ( 0.000 )
RF??     =            [        0 ]           0 ( 0.000 )
RF??     =           0 [     0.0 ]           0 ( 0.000 )
HMSPRE   =          25 [     1.5 ]           0 ( 0.000 )
SOSPRE   =           1 [     0.1 ]           0 ( 0.000 )
COINPRE  =           0 [     0.0 ]           0 ( 0.000 )
PEDPRE   =           0 [     0.0 ]           0 ( 0.000 )
HMSTRG   =          25 [     1.5 ]           0 ( 0.000 )
SOSTRG   =           1 [     0.1 ]           0 ( 0.000 )
COINTRG  =           0 [     0.0 ]           0 ( 0.000 )
PEDTRG   =           0 [     0.0 ]           0 ( 0.000 )

The above coinpre/cointrg miss a few % of the random coincidences

DA09
hS1      =       14601 [     882 ]           0 ( 0.000 )
hS2      =       60408 [    3650 ]           0 ( 0.000 )
hS1X     =        7957 [     481 ]           0 ( 0.000 )
hS1Y     =        7080 [     428 ]           0 ( 0.000 )
hS2X     =       29024 [    1754 ]           0 ( 0.000 )
hS2Y     =       32031 [    1935 ]           0 ( 0.000 )
hPRE50   =          25 [     1.5 ]           0 ( 0.000 )
hPRE100  =          25 [     1.5 ]           0 ( 0.000 )
hPRE150  =          25 [     1.5 ]           0 ( 0.000 )
hPRE200  =          25 [     1.5 ]           0 ( 0.000 )
hSTOF    =          44 [     2.7 ]           0 ( 0.000 )
hSCIN    =           0 [     0.0 ]           0 ( 0.000 )
hELREAL  =          11 [     0.7 ]           0 ( 0.000 )
hPIPRE   =           1 [     0.1 ]           0 ( 0.000 )
hELBOTH  =           0 [     0.0 ]           0 ( 0.000 )
hPRETRG  =          25 [     1.5 ]           0 ( 0.000 )

DA0A
hPION    =          25 [     1.5 ]           0 ( 0.000 )
hCER     =      244588 [ 14778.0 ]           0 ( 0.000 )
hPIONSCAL=          25 [     1.5 ]           0 ( 0.000 )
hELECSCAL=        1296 [    78.3 ]           0 ( 0.000 )
sADC??   =           0 [     0.0 ]           0 ( 0.000 )
sADC??   =     5145424 [ 310886.5 ]           0 ( 0.000 )
----     =     4145242 [ 250455.5 ]           0 ( 0.000 )
----     =     4143766 [ 250366.4 ]           0 ( 0.000 )
hELHI    =          10 [     0.6 ]           0 ( 0.000 )
hELLO    =           1 [     0.1 ]           0 ( 0.000 )
hPRHI    =         592 [    35.8 ]           0 ( 0.000 )
hPRLO    =         779 [    47.1 ]           0 ( 0.000 )
hSHLO    =         902 [    54.5 ]           0 ( 0.000 )
----     =    16550811 [ 1000000.1 ]           0 ( 0.000 )
----     =           0 [     0.0 ]           0 ( 0.000 )
hADCGATES=           0 [     0.0 ]           0 ( 0.000 )

RF(25ps)?=(software scaler only)          0 ( 0.000 )

**********
*SUMMARY *
**********
time         =    16.6 sec

hdc1 6/6 eff = 0.000  BAD = .99
hdc2 6/6 eff = 0.000  BAD = .99
hs1x 1/2 eff = 0.000  BAD = .99
hs1y 1/2 eff = 0.000  BAD = .99
hs2x 1/2 eff = 0.000  BAD = .99
hs2y 1/2 eff = 0.000  BAD = .99

         I_avg           Q_tot             Q_tot
      (microAmps)   (microCoulombs)   (microAmp-hours)
BCM1      0.078             1.287           0.000
BCM2      0.143             2.359           0.001
BCM3      2.118            35.061           0.010

hpretriggers =        25 [     1.51 ]
htriggers    =        25 [     1.51 ]
hadcgates    =         0 [     0.00 ] ! real # of triggers.
Computer D.T.=   0.00%
Elec. D.T.   =   0.00%

**************************
* Hodoscope Efficiencies *
**************************
Efficiencies for hodoscopes is the fraction of times scin. was hit when track
with chisquared/dof <  10.0 came within  2.0 cm of the center.

Events examined = htrig       =       0
Tracks found    = hcleantrack =       0
Tracks passing chisquared cut =       0

Scint  POS eff NEG eff  OR eff AND eff  Hits
-----  ------- ------- ------- -------  ----
hS1X1   0.000   0.000   0.000   0.000      0
hS1X1   0.000   0.000   0.000   0.000      0
hS1X2   0.000   0.000   0.000   0.000      0
hS1X3   0.000   0.000   0.000   0.000      0
hS1X4   0.000   0.000   0.000   0.000      0
hS1X5   0.000   0.000   0.000   0.000      0
hS1X6   0.000   0.000   0.000   0.000      0
hS1X7   0.000   0.000   0.000   0.000      0
hS1X8   0.000   0.000   0.000   0.000      0
hS1X9   0.000   0.000   0.000   0.000      0
hS1X10  0.000   0.000   0.000   0.000      0
hS1X11  0.000   0.000   0.000   0.000      0
hS1X12  0.000   0.000   0.000   0.000      0
hS1X13  0.000   0.000   0.000   0.000      0
hS1X14  0.000   0.000   0.000   0.000      0
hS1X15  0.000   0.000   0.000   0.000      0
hS1X16  0.000   0.000   0.000   0.000      0

hS1Y1   0.000   0.000   0.000   0.000      0
hS1Y2   0.000   0.000   0.000   0.000      0
hS1Y3   0.000   0.000   0.000   0.000      0
hS1Y4   0.000   0.000   0.000   0.000      0
hS1Y5   0.000   0.000   0.000   0.000      0
hS1Y6   0.000   0.000   0.000   0.000      0
hS1Y7   0.000   0.000   0.000   0.000      0
hS1Y8   0.000   0.000   0.000   0.000      0
hS1Y9   0.000   0.000   0.000   0.000      0
hS1Y10  0.000   0.000   0.000   0.000      0

hS2X1   0.000   0.000   0.000   0.000      0
hS2X2   0.000   0.000   0.000   0.000      0
hS2X3   0.000   0.000   0.000   0.000      0
hS2X4   0.000   0.000   0.000   0.000      0
hS2X5   0.000   0.000   0.000   0.000      0
hS2X6   0.000   0.000   0.000   0.000      0
hS2X7   0.000   0.000   0.000   0.000      0
hS2X8   0.000   0.000   0.000   0.000      0
hS2X9   0.000   0.000   0.000   0.000      0
hS2X10  0.000   0.000   0.000   0.000      0
hS2X11  0.000   0.000   0.000   0.000      0
hS2X12  0.000   0.000   0.000   0.000      0
hS2X13  0.000   0.000   0.000   0.000      0
hS2X14  0.000   0.000   0.000   0.000      0
hS2X15  0.000   0.000   0.000   0.000      0
hS2X16  0.000   0.000   0.000   0.000      0

hS2Y1   0.000   0.000   0.000   0.000      0
hS2Y2   0.000   0.000   0.000   0.000      0
hS2Y3   0.000   0.000   0.000   0.000      0
hS2Y4   0.000   0.000   0.000   0.000      0
hS2Y5   0.000   0.000   0.000   0.000      0
hS2Y6   0.000   0.000   0.000   0.000      0
hS2Y7   0.000   0.000   0.000   0.000      0
hS2Y8   0.000   0.000   0.000   0.000      0
hS2Y9   0.000   0.000   0.000   0.000      0
hS2Y10  0.000   0.000   0.000   0.000      0

all S1X 0.000   0.000   0.000   0.000      0
all S1Y 0.000   0.000   0.000   0.000      0
all S2X 0.000   0.000   0.000   0.000      0
all S2Y 0.000   0.000   0.000   0.000      0

Calculted Trigger efficiencies:
hS1   =  0.000
hS2   =  0.000
hSTOF =  0.000
3/4   =  0.000
4/4   =  0.000

*************************
* Cerenkov Efficiencies *
*************************
Good Track Requirements:
   1. Only one track found in the focal plane
   2. chisq/dof <  50.0
   3. 0.800 < beta < 1.200
   4. 0.700 < calorimeter energy < 5.000
Threshold set at  0.5

Mirror 1 Efficiency = 1.000 =      0 of      0 good tracks.
Mirror 2 Efficiency = 1.000 =      0 of      0 good tracks.
Overall  Efficiency = 1.000 =      0 of      0 good tracks.

****************************
* Calorimeter Efficiencies *
****************************
Efficiencies for calorimeter is the fraction of times block was hit when track
with chisquared/dof <  10.0 which came within  2.0 cm of the center.
and hcer_npe_sum > 3.0 (hardwired).

Events examined = htrig       =       0
Tracks found    = hcleantrack =       0
Tracks passing chisquared cut =       0

Block   eff    Hits
-----   ---    ----
hA1    0.000      0
hA2    0.000      0
hA3    0.000      0
hA4    0.000      0
hA5    0.000      0
hA6    0.000      0
hA7    0.000      0
hA8    0.000      0
hA9    0.000      0
hA10   0.000      0
hA11   0.000      0
hA12   0.000      0
hA13   0.000      0

hB1    0.000      0
hB2    0.000      0
hB3    0.000      0
hB4    0.000      0
hB5    0.000      0
hB6    0.000      0
hB7    0.000      0
hB8    0.000      0
hB9    0.000      0
hB10   0.000      0
hB11   0.000      0
hB12   0.000      0
hB13   0.000      0

hC1    0.000      0
hC2    0.000      0
hC3    0.000      0
hC4    0.000      0
hC5    0.000      0
hC6    0.000      0
hC7    0.000      0
hC8    0.000      0
hC9    0.000      0
hC10   0.000      0
hC11   0.000      0
hC12   0.000      0
hC13   0.000      0

hD1    0.000      0
hD2    0.000      0
hD3    0.000      0
hD4    0.000      0
hD5    0.000      0
hD6    0.000      0
hD7    0.000      0
hD8    0.000      0
hD9    0.000      0
hD10   0.000      0
hD11   0.000      0
hD12   0.000      0
hD13   0.000      0

hA     0.000       0
hB     0.000       0
hC     0.000       0
hD     0.000       0