*2011/08/18 17:03:51.15
*IOS HEADER VERSION 1.8  2007/05/25 2007/05/25

*FILE
    START TIME          : UTC 2010/11/02 14:41:45.000
    TIME INCREMENT      : 0 0 0 0.416667E-01 0  ! (day hr min sec ms)
    NUMBER OF RECORDS   : 237
    DATA DESCRIPTION    : CTD
    FILE TYPE           : ASCII
    CRC                 : A90424FB
    NUMBER OF CHANNELS  : 8

    $TABLE: CHANNELS
    ! No Name                        Units           Minimum        Maximum
    !--- --------------------------- --------------- -------------- --------------
       1 Pressure                    decibar         3.296          238.716
       2 Temperature:Primary         'deg C (ITS90)' 6.2227         11.2377
       3 Transmissivity              %/metre         52.5           58.4
       4 Fluorescence:URU:Seapoint   mg/m^3          0.73E-01       0.696
       5 Salinity:T0:C0              PSS-78          29.6377        33.6514
       6 Oxygen:Dissolved:SBE        mL/L            1.702          6.077
       7 Oxygen:Dissolved:SBE        umol/kg         74.02354       265.2689
       8 Number_of_bin_records       n/a             6              64
    $END

    $TABLE: CHANNEL DETAIL
    ! No  Pad   Start  Width  Format  Type  Decimal_Places
    !---  ----  -----  -----  ------  ----  --------------
       1  -99   ' '        7  F       ' '     1
       2  -99   ' '        9  F       ' '     4
       3  -99   ' '        6  F       ' '     1
       4  -99   ' '        8  F       ' '     3
       5  -99   ' '        9  F       ' '     4
       6  -99   ' '        7  F       ' '     2
       7  -99   ' '        6  F       ' '     1
       8  ' '   ' '        5  I       I       0
    $END
    $REMARKS
        This file converted from Sea-Bird file: Q:\Cruise_Data_Processing\2010-18\Pro
    $END

*ADMINISTRATION
    MISSION             : 2010-18
    AGENCY              : PBS, Salmon And Freshwater Ecosystems, Nanaimo, B.C.
    COUNTRY             : Canada
    PROJECT             : High Seas Salmon
    SCIENTIST           : Trudel M.
    PLATFORM            : W.E. Ricker

*LOCATION
    GEOGRAPHIC AREA     : Strait of Georgia/Juan de Fuca Strait/WCVI/BC Inlets
    STATION             : IBC 20
    EVENT NUMBER        : 351
    LATITUDE            :  52  15.15000 N  ! (deg min)
    LONGITUDE           : 128  33.45000 W  ! (deg min)
    WATER DEPTH         : 250

*INSTRUMENT
    TYPE                : Sea-Bird CTD
    MODEL               : SBE-911plus
    SERIAL NUMBER       : 0585
    $REMARKS
        SOFTWARE VERSION SEASAVE V 7.19
    $END

*HISTORY

    $TABLE: PROGRAMS
    !   Name     Vers   Date       Time     Recs In   Recs Out
    !   -------- ------ ---------- -------- --------- ---------
        SBE_IOS  3.1    2011/08/11 16:15:01     14669     14669
        CLEAN    5.0.3  2011/08/11 17:18:15     14588     14588
        SHIFTDAT 3.4    2011/08/12 10:54:26     14588     14588
        SHIFTDAT 3.4    2011/08/12 13:24:16     14588     14588
        SHIFTDAT 3.4    2011/08/12 13:34:34     14588     14588
        DELETE   6.3    2011/08/12 13:43:02     14588      4876
        CTDEDIT  4.61   2011/08/17 13:15:33      4876      4688
        FILTERS  4.3    2011/08/18 14:32:59      4688      4688
        BINAVE   4.1.1  2011/08/18 14:33:58      4688       237
        REMOVECH 8.0    2011/08/18 14:59:19       237       237
        CHGUNITS 3.0    2011/08/18 14:59:33       237       237
        REORDER  1.3    2011/08/18 14:59:48 ?         ?
        HDREDIT2 2.5.1  2011/08/18 17:03:51 ?         ?
    $END
    $REMARKS
        -CLEAN functions: 2011/08/11 17:18:15
         Interpolation by   Record Number, in Pressure
         Set event to last  4 characters of file name
        -The following SHIFT parameters were used.
         Shift Channel: Fluorescence:Seapoint
         # of Records to Advance (-ve for Delay):
         At REC#     0 Shift= 24.00
        -The following SHIFT parameters were used.
         Shift Channel: Conductivity:Primary
         # of Records to Advance (-ve for Delay):
         At REC#     0 Shift=  0.40
         Salinity was recalculated after shift
        -The following SHIFT parameters were used.
         Shift Channel: Conductivity:Secondary
         # of Records to Advance (-ve for Delay):
         At REC#     0 Shift=  1.50
         Salinity was recalculated after shift
        -The following DELETE parameters were used:
         Surface Record Removal: Last Press Min
           Maximum Surface Pressure (relative):      10.00
           Surface Swell Pressure Tolerance:       1.00
         Pressure filtered over width:   15
         Swells deleted. Warning message if pressure difference of      2.00
         Drop rates <   0.30m/s (calculated over  11 points) will be deleted.
         Drop rate applies in the range    10.00 to   229.21 dbars
         Sample interval (from FILE section of header) =     0.042 seconds.
        -CTDEDIT 2011/08/17 13:15:33
            188 records were deleted in this editing session.
            114 changes in channel Salinity:T0:C0
        -The following FILTER parameters were used.
         Median filter was used.
         Filter width =   11
         The following channel(s) were filtered.
           Fluorescence:Seapoint
        -The following BINAVE parameters were used:
         Bin channel = Pressure
         Averaging interval =    1.00
         Minimum bin value =       0.000
         Average value was used
         Interpolated values were NOT used for empty bins
         Channel 'NUMBER_OF_BIN_RECORDS' was added to file.
        -REMOVECH 2011/08/18 14:59:19
         The following CHANNEL(S) were removed:
          Scan_Number
          Temperature:Secondary [deg C (ITS90)]
          Conductivity:Primary [S/m]
          Conductivity:Secondary [S/m]
          Oxygen:Voltage:SBE [volts]
          pH:SBE [pH Units]
          Status:Pump
          Descent_Rate [m/s]
          Salinity:T1:C1 [PSS-78]
          Flag
        -CHANGE units:
         'Oxygen:Dissolved:SBE [mL/L]' changed from mL/L    to umol/kg
        -HEADER EDITS: 2011/08/18 17:03:51
         Applied edit header: Q:\Cruise_Data_Processing\2010-18\Processing\doc\2010-18-HDR.TXT
         Channel  1: Pressure [decibar]
           Units:  dbars ==> decibar
           Format: F10.3 ==> F7.1
         Channel  4: Fluorescence:URU:Seapoint [mg/m^3]
           Name:   Fluorescence:Seapoint ==> Fluorescence:URU:Seapoint
         Channel  6: Oxygen:Dissolved:SBE [mL/L]
           Format: F8.3 ==> F7.2
         Channel  7: Oxygen:Dissolved:SBE [umol/kg]
           Format: F7.2 ==> F6.1
    $END

*COMMENTS
    SBE HEADER
      Sea-Bird SBE 9 Data File:
      FileName = C:\DATA\2010\2010-18\2010-18-0351.hex
      Software Version Seasave V 7.19
      Temperature SN = 4054
      Conductivity SN = 3321
      Number of Bytes Per Scan = 37
      Number of Voltage Words = 4
      Number of Scans Averaged by the Deck Unit = 1
      System UpLoad Time = Nov 02 2010 14:42:39
      NMEA Latitude = 52 15.15 N
      NMEA Longitude = 128 33.45 W
      NMEA UTC (Time) = Nov 02 2010  14:41:45
      Store Lat/Lon Data = Append to Every Scan
       W.E.Ricker 2010-18
       Station: IBC 20
       Depth(m): 250
    # nquan = 16
    # nvalues = 14669
    # units = specified
    # name 0 = scan: Scan Count
    # name 1 = prDM: Pressure, Digiquartz [db]
    # name 2 = t090C: Temperature [ITS-90, deg C]
    # name 3 = t190C: Temperature, 2 [ITS-90, deg C]
    # name 4 = c0S/m: Conductivity [S/m]
    # name 5 = c1S/m: Conductivity, 2 [S/m]
    # name 6 = sbeox0V: Oxygen raw, SBE 43 [V]
    # name 7 = xmiss: Beam Transmission, Chelsea/Seatech [%]
    # name 8 = flSP: Fluorescence, Seapoint
    # name 9 = ph: pH
    # name 10 = pumps: Pump Status
    # name 11 = dz/dtM: Descent Rate [m/s]
    # name 12 = sbeox0ML/L: Oxygen, SBE 43 [ml/l], WS = 2
    # name 13 = sal00: Salinity, Practical [PSU]
    # name 14 = sal11: Salinity, Practical, 2 [PSU]
    # name 15 = flag: flag
    # span 0 =          1,      14669
    # span 1 =      0.483,    239.210
    # span 2 =     6.2179,    11.2392
    # span 3 =     6.2219,    11.2589
    # span 4 =   0.204465,   3.604471
    # span 5 =   0.310600,   3.604586
    # span 6 =     0.9658,     2.7033
    # span 7 =     5.6600,    87.4790
    # span 8 = 4.0293e-02, 1.3956e+01
    # span 9 =      7.376,      7.881
    # span 10 =          0,          1
    # span 11 =     -4.292,      3.130
    # span 12 =    1.47687,    7.50332
    # span 13 =     1.4753,    33.6527
    # span 14 =     2.2954,    33.6582
    # span 15 = 0.0000e+00, 0.0000e+00
    # interval = seconds: 0.0416667
    # start_time = Nov 02 2010 14:41:45 [NMEA time, header]
    # bad_flag = -9.990e-29
    # <Sensors count="13" >
    #   <sensor Channel="1" >
    #     <!-- Frequency 0, Temperature -->
    #     <TemperatureSensor SensorID="55" >
    #       <SerialNumber>4054</SerialNumber>
    #       <CalibrationDate>29-Dec-10 </CalibrationDate>
    #       <UseG_J>1</UseG_J>
    #       <A>0.00000000e+000</A>
    #       <B>0.00000000e+000</B>
    #       <C>0.00000000e+000</C>
    #       <D>0.00000000e+000</D>
    #       <F0_Old>0.000</F0_Old>
    #       <G>4.38606214e-003</G>
    #       <H>6.43815959e-004</H>
    #       <I>2.28358480e-005</I>
    #       <J>2.05028550e-006</J>
    #       <F0>1000.000</F0>
    #       <Slope>1.00000000</Slope>
    #       <Offset>0.0000</Offset>
    #     </TemperatureSensor>
    #   </sensor>
    #   <sensor Channel="2" >
    #     <!-- Frequency 1, Conductivity -->
    #     <ConductivitySensor SensorID="3" >
    #       <SerialNumber>3321</SerialNumber>
    #       <CalibrationDate>29-dec-2010</CalibrationDate>
    #       <UseG_J>1</UseG_J>
    #       <!-- Cell const and series R are applicable only for wide range sensors.
     -->
    #       <SeriesR>0.0000</SeriesR>
    #       <CellConst>2000.0000</CellConst>
    #       <ConductivityType>0</ConductivityType>
    #       <Coefficients equation="0" >
    #         <A>0.00000000e+000</A>
    #         <B>0.00000000e+000</B>
    #         <C>0.00000000e+000</C>
    #         <D>0.00000000e+000</D>
    #         <M>0.0</M>
    #         <CPcor>-9.57000000e-008</CPcor>
    #       </Coefficients>
    #       <Coefficients equation="1" >
    #         <G>-9.95131588e+000</G>
    #         <H>1.44518593e+000</H>
    #         <I>7.46215400e-004</I>
    #         <J>2.39047302e-005</J>
    #         <CPcor>-9.57000000e-008</CPcor>
    #         <CTcor>3.2500e-006</CTcor>
    #         <!-- WBOTC not applicable unless ConductivityType = 1. -->
    #         <WBOTC>0.00000000e+000</WBOTC>
    #       </Coefficients>
    #       <Slope>1.00000000</Slope>
    #       <Offset>0.00000</Offset>
    #     </ConductivitySensor>
    #   </sensor>
    #   <sensor Channel="3" >
    #     <!-- Frequency 2, Pressure, Digiquartz with TC -->
    #     <PressureSensor SensorID="45" >
    #       <SerialNumber>0585</SerialNumber>
    #       <CalibrationDate>10-feb-11 </CalibrationDate>
    #       <C1>-3.951550e+004</C1>
    #       <C2>-4.415130e-001</C2>
    #       <C3>1.282560e-002</C3>
    #       <D1>3.560600e-002</D1>
    #       <D2>0.000000e+000</D2>
    #       <T1>3.030045e+001</T1>
    #       <T2>-4.415690e-004</T2>
    #       <T3>4.342710e-006</T3>
    #       <T4>1.736800e-009</T4>
    #       <Slope>0.99992000</Slope>
    #       <Offset>-1.74950</Offset>
    #       <T5>0.000000e+000</T5>
    #       <AD590M>1.288270e-002</AD590M>
    #       <AD590B>-8.164490e+000</AD590B>
    #     </PressureSensor>
    #   </sensor>
    #   <sensor Channel="4" >
    #     <!-- Frequency 3, Temperature, 2 -->
    #     <TemperatureSensor SensorID="55" >
    #       <SerialNumber>4700</SerialNumber>
    #       <CalibrationDate>29-Dec-10 </CalibrationDate>
    #       <UseG_J>1</UseG_J>
    #       <A>0.00000000e+000</A>
    #       <B>0.00000000e+000</B>
    #       <C>0.00000000e+000</C>
    #       <D>0.00000000e+000</D>
    #       <F0_Old>0.000</F0_Old>
    #       <G>4.34734844e-003</G>
    #       <H>6.38032358e-004</H>
    #       <I>2.09765828e-005</I>
    #       <J>1.76787001e-006</J>
    #       <F0>1000.000</F0>
    #       <Slope>1.00000000</Slope>
    #       <Offset>0.0000</Offset>
    #     </TemperatureSensor>
    #   </sensor>
    #   <sensor Channel="5" >
    #     <!-- Frequency 4, Conductivity, 2 -->
    #     <ConductivitySensor SensorID="3" >
    #       <SerialNumber>1766</SerialNumber>
    #       <CalibrationDate>28-Dec-10 </CalibrationDate>
    #       <UseG_J>1</UseG_J>
    #       <!-- Cell const and series R are applicable only for wide range sensors.
     -->
    #       <SeriesR>0.0000</SeriesR>
    #       <CellConst>2000.0000</CellConst>
    #       <ConductivityType>0</ConductivityType>
    #       <Coefficients equation="0" >
    #         <A>0.00000000e+000</A>
    #         <B>0.00000000e+000</B>
    #         <C>0.00000000e+000</C>
    #         <D>0.00000000e+000</D>
    #         <M>0.0</M>
    #         <CPcor>-9.57000000e-008</CPcor>
    #       </Coefficients>
    #       <Coefficients equation="1" >
    #         <G>-4.13546819e+000</G>
    #         <H>4.88372744e-001</H>
    #         <I>-5.99437046e-004</I>
    #         <J>5.18753457e-005</J>
    #         <CPcor>-9.57000000e-008</CPcor>
    #         <CTcor>3.2500e-006</CTcor>
    #         <!-- WBOTC not applicable unless ConductivityType = 1. -->
    #         <WBOTC>0.00000000e+000</WBOTC>
    #       </Coefficients>
    #       <Slope>1.00000000</Slope>
    #       <Offset>0.00000</Offset>
    #     </ConductivitySensor>
    #   </sensor>
    #   <sensor Channel="6" >
    #     <!-- A/D voltage 0, Oxygen, SBE 43 -->
    #     <OxygenSensor SensorID="38" >
    #       <SerialNumber>0997</SerialNumber>
    #       <CalibrationDate>24-Dec-10p</CalibrationDate>
    #       <Use2007Equation>1</Use2007Equation>
    #       <CalibrationCoefficients equation="0" >
    #         <!-- Coefficients for Owens-Millard equation. -->
    #         <Boc>0.0000</Boc>
    #         <Soc>0.0000e+000</Soc>
    #         <offset>0.0000</offset>
    #         <Pcor>0.00e+000</Pcor>
    #         <Tcor>0.0000</Tcor>
    #         <Tau>0.0</Tau>
    #       </CalibrationCoefficients>
    #       <CalibrationCoefficients equation="1" >
    #         <!-- Coefficients for Sea-Bird equation - SBE calibration in 2007 and
    later. -->
    #         <Soc>4.3190e-001</Soc>
    #         <offset>-0.4877</offset>
    #         <A> 5.8449e-004</A>
    #         <B> 1.0171e-004</B>
    #         <C>-2.3810e-006</C>
    #         <D0> 2.5826e+000</D0>
    #         <D1> 1.92630e-004</D1>
    #         <D2>-4.64800e-002</D2>
    #         <E> 3.6000e-002</E>
    #         <Tau20> 1.5400</Tau20>
    #         <H1>-3.3000e-002</H1>
    #         <H2> 5.0000e+003</H2>
    #         <H3> 1.4500e+003</H3>
    #       </CalibrationCoefficients>
    #     </OxygenSensor>
    #   </sensor>
    #   <sensor Channel="7" >
    #     <!-- A/D voltage 1, Free -->
    #   </sensor>
    #   <sensor Channel="8" >
    #     <!-- A/D voltage 2, Fluorometer, Seapoint -->
    #     <FluoroSeapointSensor SensorID="11" >
    #       <SerialNumber>2648</SerialNumber>
    #       <CalibrationDate></CalibrationDate>
    #       <!-- The following is an array index, not the actual gain setting. -->
    #       <GainSetting>1</GainSetting>
    #       <Offset>0.000</Offset>
    #     </FluoroSeapointSensor>
    #   </sensor>
    #   <sensor Channel="9" >
    #     <!-- A/D voltage 3, Free -->
    #   </sensor>
    #   <sensor Channel="10" >
    #     <!-- A/D voltage 4, Free -->
    #   </sensor>
    #   <sensor Channel="11" >
    #     <!-- A/D voltage 5, pH -->
    #     <pH_Sensor SensorID="43" >
    #       <SerialNumber>0692</SerialNumber>
    #       <CalibrationDate>23-dec-10</CalibrationDate>
    #       <Slope>4.6547</Slope>
    #       <Offset>2.7833</Offset>
    #     </pH_Sensor>
    #   </sensor>
    #   <sensor Channel="12" >
    #     <!-- A/D voltage 6, Transmissometer, Chelsea/Seatech -->
    #     <TransChelseaSeatechWetlabCStarSensor SensorID="59" >
    #       <SerialNumber>1005dr</SerialNumber>
    #       <CalibrationDate>20-Jul-10</CalibrationDate>
    #       <M>26.7184</M>
    #       <B>-1.5497</B>
    #       <PathLength>0.250</PathLength>
    #     </TransChelseaSeatechWetlabCStarSensor>
    #   </sensor>
    #   <sensor Channel="13" >
    #     <!-- A/D voltage 7, Free -->
    #   </sensor>
    # </Sensors>
    # datcnv_date = Aug 11 2011 13:33:17, 7.21d [datcnv_vars = 12]
    # datcnv_in = Q:\Cruise_Data_Processing\2010-18\RAW\CTD\2010-18-0351.hex Q:\Crui
    se_Data_Processing\2010-18\Processing\doc\2010-18-ctd2-postcal.con
    # datcnv_skipover = 0
    # datcnv_ox_hysteresis_correction = no
    # wildedit_date = Aug 11 2011 13:41:39, 7.21d
    # wildedit_in = Q:\Cruise_Data_Processing\2010-18\Processing\convert\2010-18-035
    1.cnv
    # wildedit_pass1_nstd = 2.0
    # wildedit_pass2_nstd = 5.0
    # wildedit_pass2_mindelta = 0.000e+000
    # wildedit_npoint = 50
    # wildedit_vars = prDM t090C t190C c0S/m c1S/m
    # wildedit_excl_bad_scans = yes
    # alignctd_date = Aug 11 2011 15:16:33, 7.21d
    # alignctd_in = Q:\Cruise_Data_Processing\2010-18\Processing\wildedit\2010-18-03
    51.cnv
    # alignctd_adv = sbeox0V 4.000
    # celltm_date = Aug 11 2011 15:46:58, 7.21d
    # celltm_in = Q:\Cruise_Data_Processing\2010-18\Processing\Align\2010-18-0351.cn
    v
    # celltm_alpha = 0.0300, 0.0300
    # celltm_tau = 9.0000, 9.0000
    # celltm_temp_sensor_use_for_cond = primary, secondary
    # Derive_date = Aug 11 2011 15:56:37, 7.21d [derive_vars = 3]
    # Derive_in = Q:\Cruise_Data_Processing\2010-18\Processing\celltm\2010-18-0351.c
    nv Q:\Cruise_Data_Processing\2010-18\Processing\doc\2010-18-ctd2-postcal.con
    # derive_time_window_docdt = seconds: 2
    # derive_ox_tau_correction = no
    # file_type = ascii
     END*
    The descent rate of the CTD was very noisy with many complete reversals
     of direction.
    CTDEDIT was used to remove some records from near the top of the cast and
     other records corrupted by shed wakes; salinity was cleaned lightly.
    *****************************************************************************************
    The transmissivity, SBE fluorescence and SBE Dissolved Oxygen data are nominal and
    unedited except that some records were removed in editing temperature and salinity.

    SBE Fluorescence values are almost constant with some spikes for Events #372 to #567. The
    odd fluorescence signals may be related to the extremely low extracted chlorophyll values
    in the northern part of the cruise. (See file 2010-18_Bottles_plus_CTD_Data.xls)

    Post-cruise calibrations were used for all sensors on the CTD except the transmissometer.

    No estimate can be made of the precision of the SBE Dissolved Oxygen channel since there
    was no DO sampling. The availability of a post-cruise calibration in late December 2010
    should minimize errors due to calibration drift, but not those due to slow response time.

    SBE:pH data have been removed from the file because of quality concerns.

    *****************************************************************************************
!--1--- ---2---- --3-- ---4--- ---5---- --6--- --7-- -8--
!Pressu Temperat Trans Fluores Salinity Oxygen Oxyge Numb
!re     ure:     missi cence:  :T0:C0   :      n:    er_o
!       Primary  vity  URU:             Dissol Disso ~bin
!                      Seapoin          ved:   lved: _rec
!                      t                SBE    SBE   ords
!------ -------- ----- ------- -------- ------ ----- ----
*END OF HEADER
    3.3  10.5223  53.5   0.684  29.6386   5.99 261.6   12
    4.0  10.5222  53.7   0.696  29.6388   5.99 261.5   24
    5.0  10.5216  53.7   0.576  29.6390   6.00 262.0   24
    6.0  10.5212  53.7   0.560  29.6389   6.00 262.0   28
    7.0  10.5208  53.7   0.552  29.6383   6.00 262.0   35
    8.0  10.5211  53.7   0.533  29.6380   6.01 262.2   35
    9.0  10.5212  53.6   0.515  29.6382   6.01 262.4   32
   10.0  10.5217  53.7   0.533  29.6381   6.01 262.4   28
   10.6  10.5222  53.7   0.522  29.6384   6.01 262.5    9
   11.9  10.5228  53.7   0.495  29.6381   6.02 262.8   36
   13.0  10.5228  53.7   0.506  29.6389   6.02 262.9   18
   14.0  10.5233  53.7   0.488  29.6397   6.02 262.8   19
   15.0  10.5259  53.7   0.520  29.6414   6.02 262.8   22
   16.0  10.5252  53.7   0.506  29.6404   6.02 262.7   32
   17.0  10.5249  53.7   0.495  29.6399   6.02 262.8   56
   17.9  10.5262  53.7   0.495  29.6413   6.03 263.3   45
   19.0  10.5239  53.6   0.499  29.6379   6.03 263.1   24
   20.0  10.5241  53.7   0.502  29.6382   6.03 263.2   20
   21.0  10.5240  53.7   0.508  29.6377   6.04 263.5   16
   22.0  10.5406  53.7   0.518  29.6643   6.05 264.0   16
   23.0  10.5456  53.7   0.533  29.6709   6.07 264.8   18
   24.0  10.5532  53.6   0.514  29.6847   6.08 265.3   19
   25.0  10.6128  53.2   0.512  29.8042   6.06 264.3   24
   26.0  10.6775  52.7   0.489  29.9845   6.01 262.2   33
   27.0  10.7158  54.3   0.481  30.1164   5.95 259.8   45
   27.9  10.7319  54.7   0.461  30.1662   5.93 258.6   37
   29.0  10.7401  54.6   0.453  30.1863   5.92 258.2   26
   30.0  10.7434  54.5   0.444  30.1975   5.91 258.0   27
   31.0  10.7471  54.6   0.440  30.2133   5.91 257.7   27
   32.0  10.7501  54.6   0.447  30.2273   5.90 257.5   22
   33.0  10.7558  54.6   0.439  30.2507   5.90 257.3   19
   34.0  10.7615  54.6   0.450  30.2724   5.89 257.0   17
   35.0  10.7698  54.7   0.452  30.3082   5.88 256.7   18
   36.0  10.7756  54.7   0.466  30.3389   5.87 256.2   19
   37.0  10.7773  54.6   0.467  30.3487   5.87 256.2   23
   38.1  10.7794  54.7   0.477  30.3545   5.88 256.4   42
   38.9  10.7811  54.8   0.470  30.3579   5.87 256.2   33
   40.0  10.7835  54.8   0.464  30.3637   5.87 256.1   20
   41.0  10.7882  54.7   0.461  30.3757   5.86 255.8   17
   42.0  10.7927  54.7   0.467  30.3879   5.86 255.6   22
   43.0  10.7973  54.8   0.468  30.4025   5.86 255.7   31
   44.0  10.8003  54.7   0.471  30.4158   5.86 255.9   28
   45.0  10.8013  54.8   0.464  30.4256   5.87 256.2   26
   46.0  10.8031  54.9   0.460  30.4335   5.87 256.1   25
   47.0  10.8124  54.9   0.458  30.4733   5.86 255.6   19
   48.0  10.8221  54.9   0.461  30.5208   5.85 255.1   17
   49.0  10.8292  55.0   0.461  30.5496   5.84 254.8   17
   50.1  10.8374  55.0   0.463  30.5681   5.84 254.7   31
   50.9  10.8623  55.2   0.458  30.6524   5.84 254.7   42
   52.0  10.9089  55.3   0.452  30.8268   5.83 254.4   24
   53.0  10.9530  55.5   0.462  30.9663   5.82 254.0   17
   54.0  11.0001  55.5   0.466  31.0912   5.81 253.4   16
   55.0  11.0126  55.6   0.470  31.1297   5.80 253.0   16
   56.0  11.0243  55.8   0.481  31.1653   5.79 252.6   16
   57.0  11.0299  55.8   0.501  31.1823   5.79 252.6   16
   58.0  11.0321  55.8   0.495  31.1879   5.80 252.7   17
   59.0  11.0325  55.8   0.495  31.1891   5.80 252.7   21
   60.0  11.0330  55.9   0.494  31.1903   5.79 252.6   25
   61.0  11.0336  55.5   0.499  31.1921   5.79 252.5   34
   62.0  11.0339  55.9   0.504  31.1932   5.79 252.4   51
   63.0  11.0345  55.9   0.507  31.1954   5.80 252.7   25
   64.0  11.0349  55.9   0.496  31.1984   5.80 252.8   22
   65.0  11.0357  55.8   0.509  31.2059   5.80 252.7   22
   66.0  11.0401  55.8   0.498  31.2291   5.80 252.8   21
   67.0  11.0497  55.9   0.499  31.2567   5.80 252.8   16
   68.0  11.0579  55.9   0.512  31.2732   5.80 252.8   15
   69.0  11.0673  55.8   0.520  31.2881   5.80 252.8   16
   70.0  11.0713  55.8   0.538  31.2989   5.80 252.8   17
   71.0  11.0738  55.8   0.534  31.3049   5.80 252.9   18
   72.0  11.0825  55.9   0.533  31.3309   5.80 253.0   20
   73.0  11.0965  55.9   0.549  31.4047   5.80 252.8   23
   74.1  11.1199  56.0   0.570  31.4844   5.79 252.5   40
   75.1  11.1260  55.9   0.584  31.5073   5.80 252.8   27
   76.0  11.1326  55.9   0.585  31.5323   5.80 252.9   25
   77.0  11.1402  56.0   0.600  31.5725   5.80 252.9   15
   78.0  11.1531  55.9   0.602  31.6253   5.79 252.6   13
   79.0  11.1655  55.9   0.601  31.6499   5.78 252.0   11
   80.0  11.1936  56.0   0.582  31.7034   5.76 251.3   10
   81.0  11.2101  56.2   0.571  31.7264   5.75 250.7   10
   82.0  11.2214  56.4   0.557  31.7422   5.74 250.0   11
   83.0  11.2377  56.5   0.543  31.7563   5.72 249.3   11
   84.0  11.2374  56.7   0.529  31.7770   5.70 248.7   13
   85.0  11.2296  56.8   0.508  31.7842   5.69 248.2   16
   86.0  11.2084  56.9   0.500  31.7850   5.68 247.6   21
   86.9  11.1898  56.8   0.499  31.7855   5.66 246.8   24
   88.0  11.1732  56.9   0.473  31.7846   5.64 246.0   12
   89.0  11.1666  56.8   0.473  31.7847   5.64 245.6   11
   90.0  11.1555  56.8   0.475  31.7859   5.63 245.3   10
   91.0  11.1447  56.7   0.491  31.7881   5.61 244.6   11
   92.0  11.1322  56.8   0.467  31.7881   5.59 243.6   10
   93.0  11.1274  56.8   0.468  31.7925   5.56 242.2   10
   94.0  11.1211  56.9   0.464  31.7954   5.51 240.1   10
   95.0  11.1078  56.9   0.453  31.7980   5.45 237.5   10
   96.0  11.0925  56.9   0.443  31.7956   5.38 234.7   10
   97.0  11.0326  57.1   0.424  31.8020   5.32 231.9   11
   98.0  10.8723  57.3   0.377  31.8204   5.27 229.8   12
   99.1  10.6309  57.6   0.294  31.8639   5.22 227.6   22
  100.1  10.7080  58.3   0.229  31.9196   5.13 223.6   24
  101.1  10.8378  58.3   0.200  31.9717   5.16 225.1   32
  101.9  10.9162  58.4   0.198  32.0086   5.21 227.0   37
  103.0  10.9266  58.3   0.206  32.0190   5.24 228.2   20
  104.0  10.9279  58.3   0.205  32.0180   5.24 228.4   15
  105.0  10.9246  58.3   0.200  32.0215   5.24 228.2   13
  106.0  10.9247  58.3   0.200  32.0224   5.23 227.9   12
  107.0  10.9229  58.2   0.200  32.0222   5.22 227.6   13
  108.0  10.9209  58.2   0.202  32.0227   5.21 226.9   15
  109.0  10.8751  58.1   0.199  32.0327   5.19 226.1   17
  110.0  10.8261  58.1   0.199  32.0486   5.15 224.5   20
  111.0  10.7924  58.1   0.198  32.0572   5.11 222.9   16
  112.0  10.6714  58.1   0.192  32.0781   5.09 221.8   17
  113.0  10.6384  58.1   0.193  32.1005   5.07 220.9   17
  114.0  10.6097  58.1   0.190  32.1131   5.05 219.9   23
  114.9  10.6062  58.2   0.190  32.1164   4.98 217.2   32
  116.0  10.6151  58.0   0.183  32.1265   4.79 208.8   13
  117.0  10.5945  58.1   0.183  32.1268   4.67 203.6   11
  118.0  10.5048  58.1   0.178  32.1277   4.56 198.5    9
  119.0   9.9558  58.1   0.169  32.2067   4.46 194.2   15
  120.0   9.4663  57.8   0.152  32.3016   4.34 189.1   19
  121.0   9.3975  57.5   0.143  32.3038   4.19 182.5   19
  122.0   9.3008  57.4   0.139  32.3120   4.07 177.4   15
  123.0   9.1735  57.3   0.129  32.3472   3.99 173.9   13
  124.0   9.0994  57.0   0.124  32.3732   3.93 171.3   11
  125.0   9.0020  56.7   0.121  32.4077   3.88 169.1   12
  126.0   8.9858  56.5   0.118  32.4263   3.83 166.6   17
  127.0   8.9065  56.4   0.115  32.4553   3.68 160.3   29
  128.0   8.6670  56.4   0.107  32.5140   3.44 149.7   17
  129.0   8.5134  56.4   0.105  32.5704   3.37 146.6   15
  130.0   8.4396  56.1   0.100  32.5877   3.31 143.9   12
  131.0   8.2924  55.9   0.102  32.6579   3.26 141.9   12
  132.0   8.1819  55.3   0.105  32.7094   3.22 140.1   12
  133.0   8.1296  55.1   0.100  32.7308   3.18 138.4   13
  134.0   8.0742  54.9   0.095  32.7542   3.14 136.6   17
  135.1   8.0551  54.8   0.096  32.7694   3.09 134.3   28
  136.0   8.0372  55.0   0.096  32.7771   3.03 131.7   38
  137.0   8.0162  54.8   0.095  32.7878   2.98 129.6   22
  138.0   7.9758  54.6   0.093  32.8075   2.95 128.2   16
  139.0   7.9400  54.5   0.094  32.8218   2.92 127.1   14
  140.0   7.8990  54.2   0.092  32.8430   2.90 126.1   13
  141.0   7.8828  54.0   0.092  32.8495   2.87 124.8   14
  142.1   7.8423  54.1   0.092  32.8687   2.83 123.1   21
  142.9   7.5600  54.7   0.089  33.0033   2.70 117.4   28
  144.0   7.3583  54.8   0.087  33.1064   2.62 114.0   12
  145.0   7.3085  54.8   0.083  33.1337   2.59 112.7   13
  146.0   7.2655  54.5   0.085  33.1570   2.56 111.4   16
  147.1   7.2026  54.7   0.084  33.1917   2.52 109.7   30
  148.0   7.1452  55.2   0.082  33.2159   2.42 105.5   27
  149.0   7.0511  54.9   0.081  33.2592   2.39 104.1   19
  150.0   7.0188  54.3   0.081  33.2730   2.37 103.1   16
  151.0   6.9912  54.1   0.079  33.2860   2.35 102.2   18
  152.0   6.9586  54.0   0.079  33.3013   2.33 101.3   18
  153.0   6.9205  53.9   0.078  33.3204   2.31 100.5   21
  154.0   6.9052  53.9   0.081  33.3267   2.29  99.6   18
  155.0   6.8842  53.8   0.080  33.3364   2.28  99.0   16
  156.0   6.8705  53.5   0.077  33.3426   2.26  98.4   13
  157.0   6.8617  53.3   0.077  33.3465   2.25  97.8   13
  158.0   6.8476  53.4   0.078  33.3534   2.23  97.2   12
  159.0   6.8165  53.4   0.078  33.3664   2.22  96.5   14
  160.0   6.7401  53.4   0.077  33.4005   2.21  96.0   18
  161.1   6.7172  53.7   0.077  33.4117   2.18  95.1   27
  161.9   6.6713  53.8   0.077  33.4324   2.14  93.3   17
  163.0   6.6493  53.5   0.079  33.4413   2.12  92.0   13
  164.0   6.6327  53.0   0.077  33.4482   2.11  91.7   12
  165.0   6.6185  52.8   0.077  33.4539   2.10  91.4   11
  166.0   6.6128  52.7   0.077  33.4583   2.10  91.1   13
  167.0   6.6080  52.5   0.077  33.4607   2.09  90.7   16
  168.0   6.5974  52.6   0.077  33.4639   2.07  90.2   17
  169.0   6.5853  52.8   0.077  33.4672   2.06  89.6   19
  170.0   6.5515  52.9   0.077  33.4823   2.05  89.0   16
  171.0   6.5143  53.0   0.077  33.5034   2.03  88.4   20
  172.1   6.4880  53.1   0.078  33.5167   2.02  87.7   29
  172.9   6.4773  53.6   0.077  33.5222   1.99  86.3   34
  173.9   6.4457  53.3   0.075  33.5285   1.96  85.0   18
  175.0   6.4069  53.5   0.074  33.5359   1.94  84.3   15
  176.0   6.4009  54.1   0.075  33.5385   1.93  83.8   15
  177.0   6.3997  54.4   0.077  33.5395   1.91  83.2   16
  178.0   6.3992  54.6   0.077  33.5398   1.90  82.8   20
  179.0   6.3973  54.5   0.075  33.5417   1.89  82.2   24
  180.0   6.3949  54.8   0.073  33.5435   1.88  81.8   34
  181.0   6.3911  54.5   0.073  33.5451   1.86  80.9   11
  182.0   6.3888  54.1   0.077  33.5478   1.86  80.8   10
  183.0   6.3865  53.9   0.077  33.5493   1.86  80.9   11
  184.0   6.3811  54.0   0.077  33.5527   1.86  80.9   10
  185.0   6.3778  53.8   0.077  33.5554   1.86  80.9   10
  186.0   6.3769  53.8   0.073  33.5566   1.86  80.9   11
  187.0   6.3765  53.5   0.075  33.5572   1.86  80.9   10
  188.0   6.3751  53.4   0.077  33.5590   1.86  80.9   10
  189.0   6.3751  53.7   0.075  33.5597   1.86  80.9   10
  190.0   6.3750  53.5   0.073  33.5611   1.86  80.9   10
  191.0   6.3737  53.4   0.076  33.5631   1.86  80.9    9
  191.9   6.3693  53.6   0.077  33.5669   1.86  80.9   11
  193.0   6.3597  53.4   0.077  33.5711   1.85  80.6   11
  194.0   6.3597  53.3   0.075  33.5710   1.85  80.5   10
  195.0   6.3541  53.3   0.073  33.5734   1.85  80.3   10
  196.0   6.3524  53.3   0.073  33.5740   1.84  80.2   10
  197.0   6.3522  53.2   0.075  33.5742   1.84  79.9   10
  198.0   6.3459  53.3   0.074  33.5755   1.83  79.8   11
  199.1   6.3376  53.4   0.077  33.5785   1.83  79.6   15
  200.0   6.3334  53.6   0.075  33.5794   1.82  79.2   25
  201.4   6.3246  54.6   0.073  33.5823   1.78  77.6    6
  202.0   6.3138  54.5   0.075  33.5852   1.78  77.3   20
  203.0   6.3072  54.3   0.075  33.5855   1.76  76.8   13
  204.0   6.3016  54.1   0.073  33.5866   1.76  76.4   11
  205.0   6.2953  54.2   0.076  33.5883   1.75  76.2   10
  206.0   6.2825  54.4   0.074  33.5943   1.75  75.9   10
  207.0   6.2771  54.3   0.073  33.5985   1.74  75.8   10
  208.0   6.2749  54.2   0.076  33.6009   1.74  75.5   10
  209.1   6.2732  54.1   0.073  33.6030   1.73  75.2   16
  210.1   6.2718  54.3   0.075  33.6045   1.72  74.9   36
  211.0   6.2712  54.3   0.077  33.6055   1.71  74.4   13
  212.0   6.2701  54.5   0.076  33.6066   1.71  74.5   11
  213.0   6.2668  54.4   0.073  33.6104   1.72  74.6   11
  214.0   6.2637  54.4   0.073  33.6143   1.72  74.7   10
  215.0   6.2617  54.4   0.073  33.6203   1.72  74.8   12
  216.0   6.2622  54.3   0.074  33.6218   1.72  74.8   15
  217.0   6.2627  54.4   0.073  33.6222   1.72  75.0   17
  218.0   6.2629  54.5   0.073  33.6222   1.73  75.2   17
  219.0   6.2631  54.5   0.073  33.6219   1.73  75.4   17
  220.0   6.2639  54.2   0.073  33.6233   1.74  75.6   17
  221.0   6.2652  54.4   0.073  33.6258   1.74  75.8   22
  221.9   6.2667  54.5   0.073  33.6276   1.75  76.2   32
  223.0   6.2677  54.4   0.073  33.6293   1.77  76.9   15
  224.0   6.2686  54.3   0.074  33.6299   1.77  77.0   14
  225.0   6.2696  54.2   0.074  33.6300   1.77  77.1   15
  226.0   6.2707  54.3   0.073  33.6301   1.78  77.2   19
  227.1   6.2716  54.4   0.074  33.6304   1.78  77.4   35
  228.0   6.2727  54.6   0.074  33.6307   1.78  77.6   34
  229.1   6.2749  54.5   0.076  33.6319   1.79  77.9   45
  230.0   6.2754  54.4   0.074  33.6326   1.80  78.4   22
  231.0   6.2762  54.1   0.074  33.6335   1.81  78.6   20
  232.0   6.2784  54.4   0.074  33.6366   1.82  79.0   31
  233.0   6.2800  54.0   0.074  33.6395   1.82  79.3   36
  234.0   6.2794  54.4   0.073  33.6402   1.83  79.6   21
  235.1   6.2782  54.4   0.073  33.6408   1.83  79.6   49
  235.9   6.2668  54.3   0.075  33.6446   1.81  78.6   25
  237.0   6.2418  53.6   0.075  33.6489   1.78  77.6   22
  238.2   6.2282  52.9   0.073  33.6509   1.75  75.9   64
  238.7   6.2227  52.5   0.073  33.6514   1.70  74.0   32