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    User name a-onl

    Log entry time 15:08:10 on September 1, 2010

    Entry number 331997

    keyword=Start_Run_6165,Run_type=Other,target_type=No Target, Empty,beam_e0=2.261,beam_raster=on,beam_current=2,leftarm_p=1.131,leftarm_theta=5.0,leftarm_sieve=sieve,calo_theta=22,calo_distance=24,comment_text=Test end run script (more of it)
    Run Timestamp:       Wed Sep  1 15:06:24 EDT 2010
    Beginning-of-run EPICS data for Run Number 6165 at Wed Sep 1 15:06:33 EDT 2010
    
    
    
    Run_type=Other
    target_type=No Target, Empty
    beam_e0=2.261
    beam_raster=on
    beam_current=2
    leftarm_p=1.131
    leftarm_theta=5.0
    leftarm_sieve=sieve
    calo_theta=22
    calo_distance=24
    comment_text=Test end run script (more of it)
    
    
    ; HRS DAQ on adaql2/a-onl account
    ; Prescale factors (integer), downloaded each run at prestart.
    ; Change this file only in-between runs.
    ; Maxima: (2^24)-1 = 16777215 for T1-T4 and 65535 for T5-T8
    ; The default factor is essentially infinite.
    ; T1 = L-HRS S2 trigger
    ; T2 = L-HRS S0 trigger 
    ; T3 = R-HRS S2 trigger
    ; T4 = Coincidence of T1.and.T3
    ; T5 = L-HRS singles from S0*Cherenkov, 40 ns coinc width
    ; T6 = "Golden coincidences" = T4.and.R-HRS Cherenkov.  
    ; T7 = nothing
    ; T8 = 1024 Hz pulser
    ; String should be one line, no spaces, ending in carriage return
    ; Do NOT put spaces in string, NOR add 2nd string. (REALLY!!!)
    
    
    ps1=100000,ps2=1000000,ps3=1000000,ps4=65535,ps5=65000,ps6=65000,ps7=10,ps8=65535
    
    
    Left Arm Q1 momentum : 0.00107177
    Left Arm Q1 power supply : 0
    Left Arm Q1 gauss meter : 0.000232
    Left Arm Q2 power supply current : 0.0258322
    Left Arm Q2 momentum : 0.000285463
    Left Arm Q2 gauss meter : 0.0002169
    Left Arm Q2 power supply polarity : disabled
    Left Arm D1 power supply current : 0.0172754
    Left Arm D1 momentum : 0.00292208
    Left Arm D1 NMR : 0.327736
    Left Arm Q3 power supply current : 0.00588682
    Left Arm Q3 momentum : 0.000822025
    Left Arm Q3 gauss meter : 0.00060247
    Left Arm Q3 power supply polarity : disabled
    Left Arm B Field Hall Probe (D-G) : -0.0010542
    -----
    Left Arm Top VDC Current : 1.46484
    Left Arm Bottom VDC Current : 1.46484
    Left Arm Top VDC voltage : 0.0175781
    Left Arm Bottom VDC voltage : 0.019043
    -----
    Average current of the two cavities : 0.0221597
    Current on Unser monitor : 3.53083
    Current on Upstream bcm : 0.0288643
    Current on Downstream bcm : 0.0147361
    Upstream Cavity Coefficient : 42.6
    Downstream Cavity Coefficient : 43.8
    Current on IBC0L02 (source) : 0.0154339
    Hall C Current : 0
    Hall A momentum (Tiefenbach) (HALLA:p) : 2261.56
    Hall A momentum orbit correction (dpp) : 0
    Hall A setup momentum (MMSHLAE) : 3361.88
    Hall A energy (halla_MeV) : 2261.56
    Hall C energy (hallc_MeV) : 1160.92
    Delta(E)/E width (MV_AI_DXWID) : 0
    MBSY1c magnet current (amp) : 0
    MBSY1c Bdl : 565057
    Arc1 dp/p : 0
    Arc2 dp/p : 0
    Raster X width : 0
    Raster Y width : 0
    -----
    HacL_HPE1313A:0_Ch58 : -0.23291
    HacL_HPE1313A:0_Ch55 : 23.1445
    HacL_HPE1313A:0_Ch54 : -0.223145
    Left Arm Angle Floor Angle : 0
    Left Arm Angle Vernier : 0
    Left Arm Scattering Angle : -0.179
    -----
    Right Arm D1 momentum : HacR_D1_P0rb --- Invalid channel name
    Right Arm arm angle : HacR_alignAGL --- Invalid channel name
    -----
    Left VDC -DISC LVL Top : 3.89844
    Left VDC -DISC LVL Bottom : 3.96484
    Left VDC -DISC LVL Voltage1 : 4.96777
    Left VDC -DISC LVL Voltage2 : -5.05811
    Left VDC -DISC LVL Top Set : 4
    Left VDC -DISC LVL Bottom Set : 4
    -----
    IPM1C12.XPOS : 0
    IPM1C12.YPOS : 0
    IPM1H04A.XPOS : 0
    IPM1H04A.YPOS : 0
    IPM1H04B.XPOS : 0
    IPM1H04B.YPOS : 0
    Survey X offset bpmA : 0.24
    Survey Y offset bpmA : 0.36
    Survey X offset bpmB : 0.77
    Survey Y offset bpmB : 1
    -----
    Wien angle (Vertical) : 0
    Wien Vertical BDL (Gcm) : 3.18799
    Wien HV Polarity : OFF
    Wien electrode Voltage : 0
    Wien angle (Solenoids) : 0.852554
    Wien BDL (First Solenoid) (Gcm) : 7.34
    Wien BDL (Second Solenoid) (Gcm) : 9.18
    Wien angle (Horizontal) : 0
    Wien BDL (Gcm) : 7.01742
    Wien HV Polarity (Horizontal) : OFF
    Wien electrode Voltage (Horizontal) : 0
    Laser attenuation Hall A : 0
    Laser power Hall A : 100
    Half-wave plate (off=out) : OUT
    rotating waveplate : 2000
    Beam Half-wave plate (off=out) : OUT
    -----
    Helicity Delay Set : 8 windows
    Helicity Pattern Set : Quartet
    Helicity Clock Set : Free Clock
    Helicity Settle Read : 500
    Helicity Stable Read : 33330
    Helicity Delay Read : 8 windows
    Helicity Pattern : Quartet
    Helicity Clock Read : Free Clock
    Helicity Frequency : 29.5596
    -----
    Target : Tantalum
    fan frequency loop 1 : 0
    fan frequency loop 2 : 0
    fan frequency loop 3 : 0
    Encoder position : 0
    Target type : 0
    temperature loop 1(1) : 119.99
    temperature loop 1(2) : 119.99
    temperature loop 1(3) : 119.99
    Heat exchange loop 1 H2 : 115.3
    temperature loop 3(1) : 0
    temperature loop 3(2) : 0
    temperature loop 3(3) : 0
    Heat exchange loop 3 H2 : 278.9
    pressure loop He : 42.3925
    pressure loop H2 before : 15.8465
    pressure loop H2 return : 15.1003
    HPH He loop 1 : 39.5195
    HPH He loop 2 : 11.2407
    HPH H2 loop 3 : 61.8068
    
    Left S2 HV Left PMTs
    S2 Slot0 ch0 Left : -1594.6
    S2 Slot0 ch1 Left : -1583.1
    S2 Slot0 ch2 Left : -1929.2
    S2 Slot0 ch3 Left : -1780.9
    S2 Slot0 ch4 Left : -1810.6
    S2 Slot0 ch5 Left : -1614.1
    S2 Slot0 ch6 Left : -1768
    S2 Slot0 ch7 Left : -1714.5
    S2 Slot0 ch8 Left : -1748.4
    S2 Slot0 ch9 Left : -1858.5
    S2 Slot0 ch10 Left : -1893.5
    S2 Slot0 ch11 Left : -1754.3
    S2 Slot13 ch0 Left : -1826.7
    S2 Slot13 ch1 Left : -1812
    S2 Slot13 ch2 Left : -1627.5
    S2 Slot13 ch3 Left : -1488.4
    -----
    Left S2 HV Right PMTs
    S2 Slot12 ch0 Right : -1516.9
    S2 Slot12 ch1 Right : -1648.1
    S2 Slot12 ch2 Right : -1780.8
    S2 Slot12 ch3 Right : -1706.7
    S2 Slot12 ch4 Right : -1804.5
    S2 Slot12 ch5 Right : -1793.6
    S2 Slot12 ch6 Right : -1787.3
    S2 Slot12 ch7 Right : -1950.6
    S2 Slot12 ch8 Right : -1937.2
    S2 Slot12 ch9 Right : -1805.3
    S2 Slot12 ch10 Right : -1841.3
    S2 Slot12 ch11 Right : -1561.5
    S2 Slot13 ch4 Right : -1637.3
    S2 Slot13 ch5 Right : -1729.7
    S2 Slot13 ch6 Right : -1693.6
    S2 Slot13 ch7 Right : -1644.9
    -----
    Left S1 HV
    S1 Slot1 ch0 : -1660.9
    S1 Slot1 ch1 : -1640.1
    S1 Slot1 ch2 : -1701.4
    S1 Slot1 ch3 : -1600.5
    S1 Slot1 ch4 : -1700.7
    S1 Slot1 ch5 : -1671
    S1 Slot1 ch6 : -1636.1
    S1 Slot1 ch7 : -1675.6
    S1 Slot1 ch8 : -1557.7
    S1 Slot1 ch9 : -1621.1
    S1 Slot1 ch10 : -1551
    S1 Slot1 ch11 : -1701.4
    -----
    Left Cerenkov HV
    GCER Slot2 ch0 : -1751.7
    GCER Slot2 ch1 : -1750.1
    GCER Slot2 ch2 : -2000.6
    GCER Slot2 ch3 : -1571.2
    GCER Slot2 ch4 : -1926.3
    GCER Slot2 ch5 : -1650.8
    GCER Slot2 ch6 : -1650.3
    GCER Slot2 ch7 : -2000.2
    GCER Slot2 ch8 : -1840.4
    GCER Slot2 ch9 : -1749.5
    GCER Slot2 ch10 : -16.5
    GCER Slot2 ch11 : -22.1
    -----
    Left A1 Cerenkov HV
    A1 CER Slot14 ch0 : 23
    A1 CER Slot14 ch1 : 21.3
    A1 CER Slot14 ch2 : 21
    A1 CER Slot14 ch3 : 23.4
    A1 CER Slot14 ch4 : 22
    A1 CER Slot14 ch5 : 22.1
    A1 CER Slot14 ch6 : 19.7
    A1 CER Slot14 ch7 : 22
    A1 CER Slot14 ch8 : 22.7
    A1 CER Slot14 ch9 : 23.3
    A1 CER Slot14 ch10 : 20.4
    A1 CER Slot14 ch11 : 20.9
    -----
    A1 CER Slot15 ch0 : 18
    A1 CER Slot15 ch1 : 18.6
    A1 CER Slot15 ch2 : 19
    A1 CER Slot15 ch3 : 18.6
    A1 CER Slot15 ch4 : 18.2
    A1 CER Slot15 ch5 : 19.4
    A1 CER Slot15 ch6 : 18.8
    A1 CER Slot15 ch7 : 17.2
    A1 CER Slot15 ch8 : 18.4
    A1 CER Slot15 ch9 : 16.7
    A1 CER Slot15 ch10 : 18.5
    A1 CER Slot15 ch11 : 18.1
    -----
    Left Pion Rejector Layer 1 HV
    PRL1 Slot3 ch0 : -858.1
    PRL1 Slot3 ch1 : -782.9
    PRL1 Slot3 ch2 : -884.4
    PRL1 Slot3 ch3 : -933.8
    PRL1 Slot3 ch4 : -757.2
    PRL1 Slot3 ch5 : -857
    PRL1 Slot3 ch6 : -1044.2
    PRL1 Slot3 ch7 : -981.1
    PRL1 Slot3 ch8 : -812
    PRL1 Slot3 ch9 : -779.5
    PRL1 Slot3 ch10 : -853.9
    PRL1 Slot3 ch11 : -792.9
    PRL1 Slot4 ch0 : -873.9
    PRL1 Slot4 ch1 : -888.2
    PRL1 Slot4 ch2 : -744
    PRL1 Slot4 ch3 : -888.2
    PRL1 Slot4 ch4 : -931.7
    PRL1 Slot4 ch5 : -877.4
    PRL1 Slot4 ch6 : -905.9
    PRL1 Slot4 ch7 : -796.5
    PRL1 Slot4 ch8 : -876.3
    PRL1 Slot4 ch9 : -807.7
    PRL1 Slot4 ch10 : -922.9
    PRL1 Slot4 ch11 : -835.6
    PRL1 Slot5 ch0 : -875.2
    PRL1 Slot5 ch1 : -836.5
    PRL1 Slot5 ch2 : -781.8
    PRL1 Slot5 ch3 : -840
    PRL1 Slot5 ch4 : -835.5
    PRL1 Slot5 ch5 : -765.2
    PRL1 Slot5 ch6 : -801.2
    PRL1 Slot5 ch7 : -908.6
    PRL1 Slot5 ch8 : -781.3
    PRL1 Slot5 ch9 : -868.9
    PRL1 Slot5 ch10 : -18.1
    PRL1 Slot5 ch11 : -27.2
    -----
    Left Pion Rejector Layer 2 HV
    PRL2 Slot9 ch0 : -823.1
    PRL2 Slot9 ch1 : -801.7
    PRL2 Slot9 ch2 : -826.1
    PRL2 Slot9 ch3 : -769.6
    PRL2 Slot9 ch4 : -723.7
    PRL2 Slot9 ch5 : -904.1
    PRL2 Slot9 ch6 : -801.9
    PRL2 Slot9 ch7 : -994
    PRL2 Slot9 ch8 : -925.8
    PRL2 Slot9 ch9 : -865.2
    PRL2 Slot9 ch10 : -1071.5
    PRL2 Slot9 ch11 : -1052.9
    PRL2 Slot10 ch0 : -816.1
    PRL2 Slot10 ch1 : -873.3
    PRL2 Slot10 ch2 : -1021.1
    PRL2 Slot10 ch3 : -904.5
    PRL2 Slot10 ch4 : -864.8
    PRL2 Slot10 ch5 : -813.5
    PRL2 Slot10 ch6 : -815.2
    PRL2 Slot10 ch7 : -804.2
    PRL2 Slot10 ch8 : -1165
    PRL2 Slot10 ch9 : -1021.4
    PRL2 Slot10 ch10 : -1071.9
    PRL2 Slot10 ch11 : -846.3
    PRL2 Slot11 ch0 : -1120.6
    PRL2 Slot11 ch1 : -880.4
    PRL2 Slot11 ch2 : -917.2
    PRL2 Slot11 ch3 : -747.5
    PRL2 Slot11 ch4 : -898.7
    PRL2 Slot11 ch5 : -807.7
    PRL2 Slot11 ch6 : -816.1
    PRL2 Slot11 ch7 : -861.5
    PRL2 Slot11 ch8 : -770.6
    PRL2 Slot11 ch9 : -917.8
    PRL2 Slot11 ch10 : -12.9
    PRL2 Slot11 ch11 : -25.5
    -----
    
    
    === DVCS Calorimeter ===
    Measured HV voltages
      0 :      1     -0      1      2      0     -0      1     -0     -0      0     -0     -2      1 
      1 :      0     -0     -0      0      1     -0      0     -0     -0      1      1     -0      1 
      2 :      1     -0      1      0      0      0      1     -0     -1      1      0     -1      1 
      3 :      2      0     -1      1     -0     -0     -0      1     -0      1      0     -2      1 
      4 :      0      0      0      0     -0      1      0      0      1     -1     -0      1     -0 
      5 :     -0     -1      1      1      1      0     -0      0      2      1      1      2     -1 
      6 :     -0     -0      0     -0     -0      0     -0     -0      1     -0      0      1     -1 
      7 :     -1     -1      0     -1     -0      1     -1      1      0      1      0      1      0 
      8 :      1      2     -0      0      1     -1      0      2     -0     -0      1      1     -1 
      9 :     -1      0      1     -0      1     -0      0      2      0     -1     -0      0     -0 
     10 :     -0      1      1      1      1     -0     -1      0      0     -1      1      0     -1 
     11 :      0      0      0      1      0     -1     -1      1      0     -0      1      1     -0 
     12 :      0      1     -1      2      0     -1      1     -1     -0      2      1      1     -0 
     13 :      0     -1      0      0      0     -2      1     -1      0      2     -0     -0      1 
     14 :      0     -1     -1      1      1     -0      1     -0      0      1      1     -0      1 
     15 :      0      0     -0      2     -0     -0      1     -1      1      2      0      0     -0 
    
    Measured HV currents
      0 :     -6     -0     -1      0      0     -3      2      0      3      0      0     -0      0 
      1 :     -1     -0     -0      1     -0      2      0     -0     -2     -0     -1      1      0 
      2 :     -3     -0      1      1      2      1      0     -1     -1     -0      1      3      0 
      3 :     -4     -0      0     -1      3     -1      0     -1      1     -2     -0      0     -0 
      4 :     -6     -0      1      0      2     -3      2      0     -0     -2      3     -1     -0 
      5 :     -2     -0     -0      1     -0      0      3      0      0      0      2      1     -0 
      6 :     -2      0      0      0      0     -0     -2     -0      0     -0     -3     -1      0 
      7 :     -3     -0     -0     -0     -0      0      0     -0      0     -2     -0      1     -4 
      8 :     -3      4     -1     -0     -1     -0      0      1      1     -3     -0     -0     -0 
      9 :     -2      1     -1      0      0      0      0     -0      1      2      0      1      0 
     10 :     -2     -0     -0      0     -0      0      1     -0      0      0      3      0     -0 
     11 :     -3      0     -0      1      0      0     -0      2      0      0      0      0      0 
     12 :     -0      0      0      2      0      0      1      1      1      1      1     -0      0 
     13 :     -1      0      1      0      1     -0      3      0      1     -0     -0     -2      0 
     14 :     -1      0      0      2      0      2     -1      0     -0      0     -0     -0     -0 
     15 :      0      0      0      0     -1      2     -0      2      0     -0     -0      2      0 
    
    Measured anode currents
    anode current of block row 0 column 0 : -0.063
    anode current of block row 0 column 1 : 0.032
    anode current of block row 0 column 2 : 0.026
    anode current of block row 0 column 3 : 0.083
    anode current of block row 0 column 4 : -0.002
    anode current of block row 0 column 5 : 0.024
    anode current of block row 0 column 6 : 0.013
    anode current of block row 0 column 7 : 0.066
    anode current of block row 0 column 8 : 0.083
    anode current of block row 0 column 9 : 0.089
    anode current of block row 0 column 10 : 0.068
    anode current of block row 0 column 11 : 0.125
    anode current of block row 0 column 12 : -0.005
    anode current of block row 1 column 0 : 0.022
    anode current of block row 1 column 1 : 0.013
    anode current of block row 1 column 2 : 0.073
    anode current of block row 1 column 3 : -0.012
    anode current of block row 1 column 4 : 0.016
    anode current of block row 1 column 5 : -0.001
    anode current of block row 1 column 6 : 0.055
    anode current of block row 1 column 7 : -0.059
    anode current of block row 1 column 8 : -0.039
    anode current of block row 1 column 9 : -0.050
    anode current of block row 1 column 10 : 0.006
    anode current of block row 1 column 11 : 0.039
    anode current of block row 1 column 12 : 0.045
    anode current of block row 2 column 0 : 0.031
    anode current of block row 2 column 1 : 0.084
    anode current of block row 2 column 2 : 0.059
    anode current of block row 2 column 3 : 0.083
    anode current of block row 2 column 4 : 0.067
    anode current of block row 2 column 5 : 0.122
    anode current of block row 2 column 6 : -0.066
    anode current of block row 2 column 7 : -0.096
    anode current of block row 2 column 8 : -0.093
    anode current of block row 2 column 9 : -0.034
    anode current of block row 2 column 10 : -0.096
    anode current of block row 2 column 11 : -0.076
    anode current of block row 2 column 12 : -0.084
    anode current of block row 3 column 0 : -0.031
    anode current of block row 3 column 1 : -0.052
    anode current of block row 3 column 2 : -0.040
    anode current of block row 3 column 3 : -0.056
    anode current of block row 3 column 4 : -0.010
    anode current of block row 3 column 5 : -0.060
    anode current of block row 3 column 6 : -0.043
    anode current of block row 3 column 7 : -0.049
    anode current of block row 3 column 8 : -0.002
    anode current of block row 3 column 9 : -0.066
    anode current of block row 3 column 10 : -0.050
    anode current of block row 3 column 11 : -0.060
    anode current of block row 3 column 12 : -0.016
    anode current of block row 4 column 0 : -0.067
    anode current of block row 4 column 1 : -0.054
    anode current of block row 4 column 2 : -0.061
    anode current of block row 4 column 3 : -0.016
    anode current of block row 4 column 4 : -0.012
    anode current of block row 4 column 5 : 0.020
    anode current of block row 4 column 6 : 0.015
    anode current of block row 4 column 7 : 0.059
    anode current of block row 4 column 8 : -2.317
    anode current of block row 4 column 9 : -2.333
    anode current of block row 4 column 10 : -2.333
    anode current of block row 4 column 11 : -2.362
    anode current of block row 4 column 12 : -2.280
    anode current of block row 5 column 0 : -2.274
    anode current of block row 5 column 1 : -2.271
    anode current of block row 5 column 2 : -2.310
    anode current of block row 5 column 3 : -2.391
    anode current of block row 5 column 4 : -2.390
    anode current of block row 5 column 5 : -2.389
    anode current of block row 5 column 6 : -2.415
    anode current of block row 5 column 7 : -2.369
    anode current of block row 5 column 8 : -2.363
    anode current of block row 5 column 9 : -2.357
    anode current of block row 5 column 10 : -2.385
    anode current of block row 5 column 11 : -2.213
    anode current of block row 5 column 12 : -2.198
    anode current of block row 6 column 0 : -2.192
    anode current of block row 6 column 1 : -2.224
    anode current of block row 6 column 2 : -2.189
    anode current of block row 6 column 3 : -2.169
    anode current of block row 6 column 4 : -2.159
    anode current of block row 6 column 5 : -2.202
    anode current of block row 6 column 6 : -2.108
    anode current of block row 6 column 7 : -2.083
    anode current of block row 6 column 8 : -2.081
    anode current of block row 6 column 9 : -2.113
    anode current of block row 6 column 10 : -2.112
    anode current of block row 6 column 11 : -2.102
    anode current of block row 6 column 12 : -2.089
    anode current of block row 7 column 0 : -2.126
    anode current of block row 7 column 1 : -2.225
    anode current of block row 7 column 2 : -2.217
    anode current of block row 7 column 3 : -2.216
    anode current of block row 7 column 4 : -2.229
    anode current of block row 7 column 5 : -2.240
    anode current of block row 7 column 6 : -2.278
    anode current of block row 7 column 7 : -2.257
    anode current of block row 7 column 8 : -2.317
    anode current of block row 7 column 9 : -2.058
    anode current of block row 7 column 10 : -2.052
    anode current of block row 7 column 11 : -2.053
    anode current of block row 7 column 12 : -2.085
    anode current of block row 8 column 0 : -2.069
    anode current of block row 8 column 1 : -2.062
    anode current of block row 8 column 2 : -2.057
    anode current of block row 8 column 3 : -2.084
    anode current of block row 8 column 4 : -1.987
    anode current of block row 8 column 5 : -1.975
    anode current of block row 8 column 6 : -1.978
    anode current of block row 8 column 7 : -2.008
    anode current of block row 8 column 8 : -2.019
    anode current of block row 8 column 9 : -2.009
    anode current of block row 8 column 10 : -2.004
    anode current of block row 8 column 11 : -2.028
    anode current of block row 8 column 12 : -1.895
    anode current of block row 9 column 0 : -1.887
    anode current of block row 9 column 1 : -1.897
    anode current of block row 9 column 2 : -1.918
    anode current of block row 9 column 3 : -2.206
    anode current of block row 9 column 4 : -2.191
    anode current of block row 9 column 5 : -2.185
    anode current of block row 9 column 6 : -2.208
    anode current of block row 9 column 7 : -2.073
    anode current of block row 9 column 8 : -2.054
    anode current of block row 9 column 9 : -2.058
    anode current of block row 9 column 10 : -2.078
    anode current of block row 9 column 11 : -2.246
    anode current of block row 9 column 12 : -2.235
    anode current of block row 10 column 0 : -2.228
    anode current of block row 10 column 1 : -2.258
    anode current of block row 10 column 2 : -2.196
    anode current of block row 10 column 3 : -2.195
    anode current of block row 10 column 4 : -2.175
    anode current of block row 10 column 5 : -2.225
    anode current of block row 10 column 6 : -2.083
    anode current of block row 10 column 7 : -2.061
    anode current of block row 10 column 8 : -2.063
    anode current of block row 10 column 9 : -2.102
    anode current of block row 10 column 10 : -2.107
    anode current of block row 10 column 11 : -2.094
    anode current of block row 10 column 12 : -2.111
    anode current of block row 11 column 0 : -2.336
    anode current of block row 11 column 1 : -2.023
    anode current of block row 11 column 2 : -1.993
    anode current of block row 11 column 3 : -1.981
    anode current of block row 11 column 4 : -2.008
    anode current of block row 11 column 5 : -2.028
    anode current of block row 11 column 6 : -2.012
    anode current of block row 11 column 7 : -2.013
    anode current of block row 11 column 8 : -2.019
    anode current of block row 11 column 9 : -2.101
    anode current of block row 11 column 10 : -2.081
    anode current of block row 11 column 11 : -2.089
    anode current of block row 11 column 12 : -2.101
    anode current of block row 12 column 0 : -2.063
    anode current of block row 12 column 1 : -2.059
    anode current of block row 12 column 2 : -2.056
    anode current of block row 12 column 3 : -2.076
    anode current of block row 12 column 4 : -1.949
    anode current of block row 12 column 5 : -1.942
    anode current of block row 12 column 6 : -1.952
    anode current of block row 12 column 7 : -1.963
    anode current of block row 12 column 8 : -1.954
    anode current of block row 12 column 9 : -1.937
    anode current of block row 12 column 10 : -1.945
    anode current of block row 12 column 11 : -1.967
    anode current of block row 12 column 12 : -1.870
    anode current of block row 13 column 0 : -1.863
    anode current of block row 13 column 1 : -1.866
    anode current of block row 13 column 2 : -1.869
    anode current of block row 13 column 3 : -1.882
    anode current of block row 13 column 4 : -1.857
    anode current of block row 13 column 5 : -1.871
    anode current of block row 13 column 6 : -1.886
    anode current of block row 13 column 7 : -1.731
    anode current of block row 13 column 8 : -1.735
    anode current of block row 13 column 9 : -1.740
    anode current of block row 13 column 10 : -1.746
    anode current of block row 13 column 11 : -2.294
    anode current of block row 13 column 12 : -2.289
    anode current of block row 14 column 0 : -2.289
    anode current of block row 14 column 1 : -2.310
    anode current of block row 14 column 2 : -2.262
    anode current of block row 14 column 3 : -2.256
    anode current of block row 14 column 4 : -2.253
    anode current of block row 14 column 5 : -2.283
    anode current of block row 14 column 6 : -2.412
    anode current of block row 14 column 7 : -2.389
    anode current of block row 14 column 8 : -2.391
    anode current of block row 14 column 9 : -2.418
    anode current of block row 14 column 10 : -2.362
    anode current of block row 14 column 11 : -2.349
    anode current of block row 14 column 12 : -2.357
    anode current of block row 15 column 0 : -2.385
    anode current of block row 15 column 1 : -2.223
    anode current of block row 15 column 2 : -2.209
    anode current of block row 15 column 3 : -2.214
    anode current of block row 15 column 4 : -2.238
    anode current of block row 15 column 5 : -2.196
    anode current of block row 15 column 6 : -2.186
    anode current of block row 15 column 7 : -2.189
    anode current of block row 15 column 8 : -2.211
    anode current of block row 15 column 9 : -2.177
    anode current of block row 15 column 10 : -2.166
    anode current of block row 15 column 11 : -2.170
    anode current of block row 15 column 12 : -2.198
    CODA config : config ROCVINCE LeftNoGem