*2016/11/25 17:07:00.95
*IOS HEADER VERSION 2.0      2016/04/28 2016/06/13 IVF16

*FILE
    START TIME          : UTC 2016/08/20 21:03:44.000
    TIME INCREMENT      : 0 0 0 0.416667E-01 0  ! (day hr min sec ms)
    NUMBER OF RECORDS   : 3274
    DATA DESCRIPTION    : CTD
    FILE TYPE           : ASCII
    CRC                 : CA359DF7
    NUMBER OF CHANNELS  : 8

    $TABLE: CHANNELS
    ! No Name                        Units           Minimum        Maximum
    !--- --------------------------- --------------- -------------- --------------
       1 Pressure                    decibar         3.232          3278.845
       2 Temperature:Secondary       'deg C (ITS90)' 1.665          16.6657
       3 Transmissivity              %/metre         47.4           61
       4 Fluorescence:URU:Seapoint   mg/m^3          0.61E-01       2.68
       5 Salinity:T1:C1              PSS-78          31.8509        34.646
       6 Oxygen:Dissolved:SBE        mL/L            0.273          7.019
       7 Oxygen:Dissolved:SBE        umol/kg         11.86386       305.7657
       8 Number_of_bin_records       n/a             1              70
    $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  -99   ' '        5  I       I       0
    $END
    $REMARKS
        This file converted from Sea-Bird file: P:\Cruise_Data_Processing\2016-08\Pro
    $END

*ADMINISTRATION
    MISSION             : 2016-08
    AGENCY              : IOS, Ocean Sciences Division, Sidney, B.C.
    COUNTRY             : Canada
    PROJECT             : Line P
    SCIENTIST           : Robert M.
    PLATFORM            : John P. Tully

*LOCATION
    GEOGRAPHIC AREA     : North-East Pacific
    STATION             : P12
    EVENT NUMBER        : 39
    LATITUDE            :  48  58.47000 N  ! (deg min)
    LONGITUDE           : 130  39.84000 W  ! (deg min)
    WATER DEPTH         : 3236
    ALTIMETER (M)       : 9.01                                  ! custom item
    $REMARKS
        Altimeter value is distance from bottom and is calculated as the
        median of the deepest 2 metres of data.
    $END

*INSTRUMENT
    TYPE                : Sea-Bird CTD
    MODEL               : SBE-911plus
    SERIAL NUMBER       : 0443
    LOCATION            : Mid-ship                              ! custom item

    $TABLE: SENSORS
    !   Name                                 Abs Depth       Serial No
    !   -----------------------------------  --------------  ----------
        Temperature                          ' '             4752
        Conductivity                         ' '             2280
        'Pressure:Digiquartz with TC'        ' '             0443
        Temperature:2                        ' '             2710
        Conductivity:2                       ' '             2754
        'Oxygen:SBE 43'                      ' '             0997
        Fluorometer:Seapoint                 ' '             3640
        'Transmissometer:WET Labs C-Star'    ' '             1185DR
        Altimeter                            ' '             62354
        PAR/Irradiance:Biospherical/Licor    ' '             70613
    $END
    $REMARKS
        SOFTWARE VERSION SEASAVE V 7.26.1.8
    $END

*HISTORY

    $TABLE: PROGRAMS
    !   Name     Vers   Date       Time     Recs In   Recs Out
    !   -------- ------ ---------- -------- --------- ---------
        SBE_IOS  3.5.2  2016/11/16 17:23:50    196905    196905
        CLEAN    5.2.1  2016/11/16 17:38:59    196905    196905
        SHIFTDAT 3.4    2016/11/16 17:51:38    196905    196905
        SHIFTDAT 3.4    2016/11/16 18:03:54    196905    196905
        SHIFTDAT 3.4    2016/11/16 18:16:31    196905    196905
        DELETE   6.3    2016/11/16 18:27:51    196905     79970
        CTDEDIT  5.2.3  2016/11/22 11:24:28     79970     77218
        CALIB    11.9   2016/11/25 15:49:31     77218     77218
        FILTERS  4.3    2016/11/25 15:57:20     77218     77218
        BINAVE   4.2    2016/11/25 16:13:24     77218      3274
        REMOVECH 8.2    2016/11/25 17:03:19      3274      3274
        CHGUNITS 3.1.1  2016/11/25 17:05:23      3274      3274
        REORDER  1.3.1  2016/11/25 17:06:27 ?         ?
        HDREDIT2 3.0.2  2016/11/25 17:07:00 ?         ?
    $END
    $REMARKS
        -CLEAN functions: 2016/11/16 17:34:49 20
         Reset #RECS, MIN & MAX values in header.
         Interpolation by   Record Number, in Pressure
         Set event to last  4 characters of file name
        -The following SHIFT parameters were used.
         Shift Channel: Fluorescence:URU: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=  0.30
         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= -0.70
         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  3269.17 dbars
         Sample interval (from FILE section of header) =     0.042 seconds.
        -CTDEDIT  v5.2.3   2016/11/22 11:24:28
           2752 records were deleted in this editing session.
            191 changes in channel Salinity:T1:C1
        -CALIB parameters: 2016/11/25 15:49:31
         Calibration type = Correct
         Mode: ONLY - calibration specs from Cal File only.
         Calibration file = P:\Cruise_Data_Processing\2016-08\Processing\doc\2016-08-recal1.CCF
         Calibrations applied:
         Ch Name                          Units    Fmla Coefficents
         -- ----------------------------- --------- --- -----------------------------
         14 Salinity:T0:C0                PSS-78     10  0.4000000E-02  0.1000000E+01
         16 Oxygen:Dissolved:SBE          mL/L       10  0.5100000E-01  0.1017600E+01
        -The following FILTER parameters were used.
         Median filter was used.
         Filter width =   11
         The following channel(s) were filtered.
           Fluorescence:URU: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 2016/11/25 17:03:19
         The following CHANNEL(S) were removed:
          Scan_Number
          Temperature:Primary [deg C (ITS90)]
          Conductivity:Primary [S/m]
          Conductivity:Secondary [S/m]
          PAR [uE/m^2/sec]
          Oxygen:Voltage:SBE [volts]
          Altimeter [metres]
          Descent_Rate [m/s]
          Status:Pump
          Salinity:T0:C0 [PSS-78]
          Flag
        -CHANGE units:
         Temperature reference channel: Temperature*
         Salinity    reference channel: Salinity*
         'Oxygen:Dissolved:SBE [mL/L]' changed from mL/L    to umol/kg
        -HEADER EDITS: 2016/11/25 17:07:00
         Applied edit header: P:\Cruise_Data_Processing\2016-08\Processing\Doc\2016-08-HDR.TXT
         Channel  1: Pressure [decibar]
           Format: F11.2 ==> F7.1
         Channel  6: Oxygen:Dissolved:SBE [mL/L]
           Format: F8.3 ==> F7.2
         Channel  8: Number_of_bin_records [n/a]
           Pad:    ' ' ==> -99
    $END

*COMMENTS
    SBE HEADER
      Sea-Bird SBE 9 Data File:
      FileName = C:\CTD Data\2016-08\2016-08-0039.hex
      Software Version Seasave V 7.26.1.8
      Temperature SN = 4752
      Conductivity SN = 2280
      Number of Bytes Per Scan = 37
      Number of Voltage Words = 4
      Number of Scans Averaged by the Deck Unit = 1
      System UpLoad Time = Aug 20 2016 21:08:11
      NMEA Latitude = 48 58.47 N
      NMEA Longitude = 130 39.84 W
      NMEA UTC (Time) = Aug 20 2016  21:03:44
      Store Lat/Lon Data = Append to Every Scan
      SBE 11plus V 5.1e
      number of scans to average = 1
      pressure baud rate = 9600
      NMEA baud rate = 4800
      GPIB address = 1
      advance primary conductivity  0.073 seconds
      advance secondary conductivity  0.073 seconds
      S>
       Mission: 2016-08
       Ship: J.P. Tully
       Station: P12
       Depth: 3236
      System UTC = Aug 20 2016 21:08:11
    # nquan = 17
    # nvalues = 196905
    # 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 = CStarTr0: Beam Transmission, WET Labs C-Star [%]
    # name 7 = flSP: Fluorescence, Seapoint
    # name 8 = par: PAR/Irradiance, Biospherical/Licor
    # name 9 = sbeox0V: Oxygen raw, SBE 43 [V]
    # name 10 = altM: Altimeter [m]
    # name 11 = dz/dtM: Descent Rate [m/s]
    # name 12 = pumps: Pump Status
    # name 13 = sal00: Salinity, Practical [PSU]
    # name 14 = sal11: Salinity, Practical, 2 [PSU]
    # name 15 = sbeox0ML/L: Oxygen, SBE 43 [ml/l], WS = 2
    # name 16 = flag: flag
    # span 0 =          1,     196905
    # span 1 =      0.013,   3279.169
    # span 2 =     1.6633,    16.7024
    # span 3 =     1.6646,    16.7010
    # span 4 =   0.213048,   4.098335
    # span 5 =   0.301656,   4.099007
    # span 6 =     2.3699,    88.4078
    # span 7 = 0.0000e+00, 2.7473e+00
    # span 8 = 1.0000e-12, 1.0000e-12
    # span 9 =     0.7615,     3.4726
    # span 10 =       0.00,     100.00
    # span 11 =     -1.913,      2.012
    # span 12 =          1,          1
    # span 13 =     1.3228,    34.6428
    # span 14 =     1.9161,    34.6467
    # span 15 =     0.2078,     6.8629
    # span 16 = 0.0000e+00, 0.0000e+00
    # interval = seconds: 0.0416667
    # start_time = Aug 20 2016 21:03:44 [NMEA time, header]
    # bad_flag = -9.990e-29
    # <Sensors count="13" >
    #   <sensor Channel="1" >
    #     <!-- Frequency 0, Temperature -->
    #     <TemperatureSensor SensorID="55" >
    #       <SerialNumber>4752</SerialNumber>
    #       <CalibrationDate>16-Dec-15</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>4.35917908e-003</G>
    #       <H>6.36752535e-004</H>
    #       <I>2.08584233e-005</I>
    #       <J>1.76255754e-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>2280</SerialNumber>
    #       <CalibrationDate>19-Dec-14</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>-1.00904009e+001</G>
    #         <H>1.35149315e+000</H>
    #         <I>-1.84720682e-003</I>
    #         <J>1.90856808e-004</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>0443</SerialNumber>
    #       <CalibrationDate>17-Dec-14</CalibrationDate>
    #       <C1>-4.435292e+004</C1>
    #       <C2>-1.635794e-001</C2>
    #       <C3>1.192740e-002</C3>
    #       <D1>3.979900e-002</D1>
    #       <D2>0.000000e+000</D2>
    #       <T1>2.993627e+001</T1>
    #       <T2>-3.271008e-004</T2>
    #       <T3>3.759160e-006</T3>
    #       <T4>1.565300e-009</T4>
    #       <Slope>0.99991613</Slope>
    #       <Offset>-1.00000</Offset>
    #       <T5>0.000000e+000</T5>
    #       <AD590M>1.282462e-002</AD590M>
    #       <AD590B>-8.599824e+000</AD590B>
    #     </PressureSensor>
    #   </sensor>
    #   <sensor Channel="4" >
    #     <!-- Frequency 3, Temperature, 2 -->
    #     <TemperatureSensor SensorID="55" >
    #       <SerialNumber>2710</SerialNumber>
    #       <CalibrationDate>16-Dec-15</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>4.36717385e-003</G>
    #       <H>6.46681437e-004</H>
    #       <I>2.34978657e-005</I>
    #       <J>2.22502310e-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>2754</SerialNumber>
    #       <CalibrationDate>19-Dec-14</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>-1.05920237e+001</G>
    #         <H>1.61356129e+000</H>
    #         <I>-1.94911294e-003</I>
    #         <J>2.41671700e-004</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>17-Jan-15</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>4.0785e-001</Soc>
    #         <offset>-0.6967</offset>
    #         <A>-3.5082e-003</A>
    #         <B> 1.2934e-004</B>
    #         <C>-1.8411e-006</C>
    #         <D0> 2.5826e+000</D0>
    #         <D1> 1.92634e-004</D1>
    #         <D2>-4.64803e-002</D2>
    #         <E> 3.6000e-002</E>
    #         <Tau20> 1.6200</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, Fluorometer, Seapoint -->
    #     <FluoroSeapointSensor SensorID="11" >
    #       <SerialNumber>3640</SerialNumber>
    #       <CalibrationDate></CalibrationDate>
    #       <!-- The following is an array index, not the actual gain setting. -->
    #       <GainSetting>2</GainSetting>
    #       <Offset>0.000</Offset>
    #     </FluoroSeapointSensor>
    #   </sensor>
    #   <sensor Channel="8" >
    #     <!-- A/D voltage 2, Transmissometer, WET Labs C-Star -->
    #     <WET_LabsCStar SensorID="71" >
    #       <SerialNumber>1185DR</SerialNumber>
    #       <CalibrationDate>APR 27.  2016</CalibrationDate>
    #       <M>19.3479</M>
    #       <B>-1.1028</B>
    #       <PathLength>0.250</PathLength>
    #     </WET_LabsCStar>
    #   </sensor>
    #   <sensor Channel="9" >
    #     <!-- A/D voltage 3, Free -->
    #   </sensor>
    #   <sensor Channel="10" >
    #     <!-- A/D voltage 4, Altimeter -->
    #     <AltimeterSensor SensorID="0" >
    #       <SerialNumber>62354</SerialNumber>
    #       <CalibrationDate></CalibrationDate>
    #       <ScaleFactor>15.000</ScaleFactor>
    #       <Offset>0.000</Offset>
    #     </AltimeterSensor>
    #   </sensor>
    #   <sensor Channel="11" >
    #     <!-- A/D voltage 5, Free -->
    #   </sensor>
    #   <sensor Channel="12" >
    #     <!-- A/D voltage 6, PAR/Irradiance, Biospherical/Licor -->
    #     <PAR_BiosphericalLicorChelseaSensor SensorID="42" >
    #       <SerialNumber>70613</SerialNumber>
    #       <CalibrationDate>03/21/16</CalibrationDate>
    #       <M>1.00000000</M>
    #       <B>0.00000000</B>
    #       <CalibrationConstant>11876484560.57000000</CalibrationConstant>
    #       <Multiplier>1.00000000</Multiplier>
    #       <Offset>-0.08460813</Offset>
    #     </PAR_BiosphericalLicorChelseaSensor>
    #   </sensor>
    #   <sensor Channel="13" >
    #     <!-- A/D voltage 7, Free -->
    #   </sensor>
    # </Sensors>
    # datcnv_date = Nov 16 2016 15:54:04, 7.23.2 [datcnv_vars = 13]
    # datcnv_in = P:\Cruise_Data_Processing\2016-08\RAW\CTD\2016-08-0039.hex P:\Crui
    se_Data_Processing\2016-08\Processing\doc\2016-08-ctd.xmlcon
    # datcnv_skipover = 0
    # datcnv_ox_hysteresis_correction = yes
    # wildedit_date = Nov 16 2016 16:59:49, 7.23.2
    # wildedit_in = P:\Cruise_Data_Processing\2016-08\Processing\convert\2016-08-003
    9.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 = Nov 16 2016 17:05:49, 7.23.2
    # alignctd_in = P:\Cruise_Data_Processing\2016-08\Processing\wildedit\2016-08-00
    39.cnv
    # alignctd_adv = sbeox0V 2.500
    # celltm_date = Nov 16 2016 17:11:36, 7.23.2
    # celltm_in = P:\Cruise_Data_Processing\2016-08\Processing\align\2016-08-0039.cn
    v
    # celltm_alpha = 0.0245, 0.0245
    # celltm_tau = 9.5000, 9.5000
    # celltm_temp_sensor_use_for_cond = primary, secondary
    # Derive_date = Nov 16 2016 17:18:47, 7.23.2 [derive_vars = 3]
    # Derive_in = P:\Cruise_Data_Processing\2016-08\Processing\celltm\2016-08-0039.c
    nv P:\Cruise_Data_Processing\2016-08\Processing\doc\2016-08-ctd.XMLCON
    # derive_time_window_docdt = seconds: 2
    # derive_ox_tau_correction = yes
    # file_type = ascii
     END*
    Remarks from CTDEDIT:
    CTDEDIT was used to remove some near-surface records and records
     corrupted by shed wakes; salinity was cleaned. A few bad salinity
     points were removed.
    ---------------------------------------------------------------------------------

    Data Processing Notes:
    ----------------------

    Transmissivity, Fluorescence and PAR data are nominal and unedited except that
            some records were removed in editing temperature and salinity.

    For details on how the transmissivity calibration parameters were calculated
            see the document in folder "\cruise_data\documents\transmissivity".

    NOTE: While the CTD fluorescence data are expressed in concentration units, they
            do not always compare well to extracted chlorophyll samples, particularly for
            casts far from shore. It is recommended that users check extracted chlorophyll
            values where available.

    Dissolved oxygen was calibrated using the method described in SeaBird
            Application Note #64-2, June 2012 revision, except that a small
            offset in the fit was allowed.

    The SBE DO sensor has a fairly long response time so data accuracy is not as high
            when it is in motion as it is during stops for bottles. This will be
            especially true when vertical DO gradients are large. To get an estimate
            of the accuracy of the SBE DO data during downcasts (after recalibration)
            a rough comparison was made between downcast SBE DO and upcast titrated
            samples. Some of the difference will be due to problems with flushing
            of Niskin bottles and/or analysis errors, so the following statement
            likely underestimates SBE DO accuracy.

    Downcast (CTD files) Oxygen:Dissolved:SBE data are considered, very roughly, to be:
            ±0.4 mL/L from 0 to 200db
            ±0.2 mL/L from 200db to 500db
            ±0.06 mL/L from 500db to 1500db
            Low by up to 0.04mL/L below 1500db

    For details on the processing see document: 2016-08_Processing_Report.doc.

    ---------------------------------------------------------------------------------

*CALIBRATION

    $TABLE: CORRECTED CHANNELS
    !   Name                   Units    Fmla Pad    Coefficients
    !   ---------------------- -------- ---- ------ ------------
        Salinity:T0:C0         PSS-78     10 -99    () (0.4E-02 1)
        Oxygen:Dissolved:SBE   mL/L       10 -99    () (0.51E-01 1.0176)
    $END
!--1--- ---2---- --3-- ---4--- ---5---- --6--- --7-- -8--
!Pressu Temperat Trans Fluores Salinity Oxygen Oxyge Numb
!re     ure:     missi cence:  :T1:C1   :      n:    er_o
!       Secondar vity  URU:             Dissol Disso ~bin
!       y              Seapoin          ved:   lved: _rec
!                      t                SBE    SBE   ords
!------ -------- ----- ------- -------- ------ ----- ----
*END OF HEADER
    3.2  16.6657  54.5   0.232  31.8538   5.77 251.9   24
    4.0  16.6561  54.5   0.236  31.8538   5.77 251.8   19
    5.0  16.6557  54.5   0.244  31.8539   5.78 252.1   22
    6.2  16.6560  54.6   0.246  31.8541   5.78 252.3   13
    7.1  16.6551  54.6   0.256  31.8538   5.77 251.7   39
    8.0  16.6544  54.5   0.267  31.8537   5.76 251.2   36
    9.0  16.6549  54.5   0.269  31.8539   5.76 251.2   25
   10.0  16.6543  54.5   0.275  31.8537   5.75 250.9   22
   11.0  16.6529  54.5   0.286  31.8538   5.76 251.4   28
   12.0  16.6548  54.6   0.281  31.8541   5.76 251.2   33
   13.0  16.6546  54.5   0.282  31.8541   5.75 251.0   31
   14.0  16.6545  54.5   0.293  31.8540   5.76 251.1   27
   15.0  16.6450  54.5   0.297  31.8530   5.75 251.1   16
   16.0  16.6309  54.5   0.305  31.8514   5.76 251.5   17
   17.0  16.6301  54.5   0.305  31.8516   5.77 251.7   23
   18.0  16.6241  54.5   0.307  31.8511   5.77 251.6   28
   18.9  16.6234  54.5   0.321  31.8512   5.77 251.7   27
   20.0  16.6239  54.5   0.320  31.8513   5.77 251.6   21
   21.0  16.6230  54.5   0.322  31.8513   5.77 251.6   19
   22.0  16.6253  54.5   0.321  31.8515   5.77 251.8   22
   23.0  16.6289  54.5   0.317  31.8517   5.77 251.9   21
   24.0  16.6307  54.5   0.321  31.8519   5.78 252.1   21
   25.0  16.6326  54.5   0.317  31.8520   5.78 252.2   19
   26.0  16.6288  54.5   0.317  31.8517   5.78 252.0   22
   27.0  16.6257  54.5   0.317  31.8516   5.78 252.3   27
   28.0  16.6139  54.5   0.321  31.8509   5.78 252.1   30
   29.0  16.6123  54.5   0.330  31.8516   5.78 252.1   22
   30.0  16.6099  54.5   0.340  31.8522   5.79 252.5   18
   31.0  16.6057  54.5   0.344  31.8526   5.79 252.5   19
   32.0  16.6045  54.5   0.346  31.8526   5.80 252.9   22
   33.0  16.6040  54.6   0.350  31.8526   5.80 253.1   27
   34.0  16.5993  54.6   0.357  31.8532   5.79 252.6   29
   35.0  16.5855  54.5   0.367  31.8552   5.78 252.1   27
   36.0  16.5732  54.5   0.375  31.8573   5.75 251.1   22
   37.0  16.5554  54.4   0.384  31.8591   5.72 249.7   19
   38.0  16.4822  54.5   0.396  31.8708   5.72 249.4   19
   39.0  16.3054  54.2   0.435  31.8945   5.83 254.2   17
   40.0  15.5798  53.6   0.523  31.9999   6.01 262.2   20
   41.0  15.2362  52.9   0.610  32.0444   6.09 265.6   23
   42.0  14.8237  52.4   0.710  32.0927   6.22 271.3   25
   43.0  14.3085  51.8   0.798  32.1675   6.39 278.5   23
   44.0  14.0329  51.7   0.855  32.2337   6.49 283.0   21
   45.0  13.8275  51.7   0.873  32.3113   6.57 286.3   21
   46.0  13.6422  51.7   0.909  32.3529   6.59 287.3   23
   47.0  13.5724  51.8   0.945  32.3650   6.58 286.8   26
   48.0  13.3172  51.6   0.994  32.3856   6.68 291.2   26
   49.0  12.9918  51.5   1.067  32.4242   6.73 293.4   25
   50.0  12.8201  51.2   1.172  32.4394   6.73 293.4   22
   51.0  12.5590  50.9   1.312  32.4555   6.75 294.3   19
   52.0  12.2396  50.5   1.488  32.4727   6.80 296.5   17
   53.0  12.0126  50.2   1.724  32.4794   6.86 299.1   17
   54.0  11.7092  48.8   2.212  32.4839   6.95 302.7   18
   55.0  11.4047  47.4   2.680  32.4972   7.02 305.6   22
   56.0  11.2047  48.1   2.585  32.5061   7.02 305.8   27
   57.0  11.1254  49.0   2.445  32.5081   6.97 303.6   30
   58.0  11.0733  50.4   2.341  32.5110   6.92 301.7   26
   59.0  10.9946  51.4   2.156  32.5157   6.89 300.1   22
   60.0  10.8403  52.4   1.983  32.5198   6.89 300.1   20
   61.0  10.6195  53.3   1.759  32.5293   6.89 300.3   19
   62.0  10.4703  54.0   1.607  32.5372   6.89 299.9   18
   63.0  10.3830  54.4   1.519  32.5425   6.87 299.1   18
   64.0  10.3217  54.6   1.455  32.5459   6.86 298.7   19
   65.0  10.3009  54.8   1.387  32.5472   6.85 298.3   22
   66.0  10.2901  54.9   1.363  32.5485   6.83 297.3   25
   67.0  10.2876  54.9   1.328  32.5498   6.78 295.3   25
   68.0  10.2723  54.9   1.323  32.5518   6.74 293.5   22
   69.0  10.2114  55.0   1.289  32.5550   6.71 292.3   22
   70.0  10.1019  55.2   1.239  32.5570   6.67 290.6   23
   71.0   9.9275  55.6   1.172  32.5648   6.63 288.7   23
   72.0   9.8043  56.0   1.082  32.5733   6.59 287.2   21
   73.0   9.6952  56.5   1.007  32.5809   6.57 286.1   18
   74.0   9.6291  56.9   0.934  32.5873   6.54 284.8   17
   75.0   9.5789  57.1   0.883  32.5930   6.52 283.9   17
   76.0   9.5489  57.4   0.816  32.6036   6.50 282.9   20
   77.0   9.5348  56.9   0.747  32.6060   6.47 281.7   24
   78.0   9.5291  57.6   0.708  32.6081   6.44 280.4   34
   79.0   9.5275  57.7   0.680  32.6098   6.40 278.8   25
   80.0   9.5265  57.8   0.665  32.6113   6.39 278.3   16
   81.0   9.5191  57.8   0.641  32.6136   6.39 278.1   19
   82.0   9.4908  57.9   0.618  32.6197   6.37 277.3   20
   83.0   9.4636  58.1   0.588  32.6255   6.35 276.4   21
   84.0   9.4485  58.3   0.559  32.6301   6.31 274.9   20
   85.0   9.4245  58.5   0.540  32.6382   6.28 273.6   17
   86.0   9.3635  58.7   0.510  32.6555   6.26 272.8   17
   87.0   9.3079  59.0   0.481  32.6831   6.25 271.9   17
   88.0   9.2813  59.1   0.433  32.6911   6.23 271.1   19
   89.0   9.2783  59.2   0.421  32.6923   6.20 269.9   24
   90.0   9.2749  59.2   0.408  32.6959   6.17 268.7   31
   91.0   9.2614  59.3   0.403  32.7062   6.16 268.0   31
   92.0   9.2483  59.4   0.397  32.7154   6.14 267.2   26
   93.0   9.2296  59.5   0.366  32.7276   6.13 266.8   20
   94.0   9.2121  59.6   0.371  32.7373   6.12 266.4   17
   95.0   9.2031  59.7   0.348  32.7422   6.11 265.9   17
   96.0   9.1985  59.7   0.330  32.7448   6.10 265.4   18
   97.0   9.1868  59.7   0.334  32.7505   6.08 264.6   19
   98.0   9.1826  59.7   0.314  32.7542   6.05 263.6   22
   99.0   9.1751  59.8   0.311  32.7604   6.02 262.1   25
  100.0   9.1521  59.8   0.310  32.7769   5.97 259.8   23
  101.0   9.1206  59.9   0.301  32.8022   5.90 257.0   23
  102.0   9.0897  60.0   0.297  32.8309   5.83 253.9   23
  103.0   9.0714  60.0   0.287  32.8490   5.78 251.6   22
  104.0   9.0597  60.1   0.297  32.8607   5.74 249.8   20
  105.0   9.0502  60.1   0.272  32.8715   5.69 247.7   18
  106.0   9.0419  60.1   0.280  32.8808   5.65 245.8   18
  107.0   9.0361  60.1   0.281  32.8874   5.60 243.6   18
  108.0   9.0176  60.1   0.273  32.9089   5.52 240.3   19
  109.0   8.9598  60.1   0.261  32.9736   5.42 236.1   20
  110.0   8.9025  60.1   0.248  33.0239   5.34 232.3   24
  111.0   8.8799  60.2   0.236  33.0400   5.29 230.3   29
  112.0   8.8760  60.3   0.236  33.0417   5.26 228.8   33
  113.0   8.8753  60.3   0.232  33.0421   5.22 227.3   29
  114.0   8.8742  60.3   0.229  33.0427   5.17 225.0   21
  115.0   8.8615  60.3   0.219  33.0487   5.11 222.4   17
  116.0   8.6955  60.4   0.208  33.1481   5.06 220.1   15
  117.0   8.6608  60.4   0.208  33.1703   5.00 217.4   15
  118.0   8.6446  60.4   0.208  33.1894   4.93 214.8   15
  119.0   8.6335  60.4   0.196  33.2161   4.88 212.3   18
  120.0   8.6115  60.5   0.195  33.2353   4.83 210.2   25
  121.0   8.5791  60.5   0.191  33.2440   4.79 208.6   28
  122.0   8.5573  60.6   0.187  33.2529   4.75 206.6   24
  123.0   8.5262  60.5   0.180  33.2748   4.70 204.6   21
  124.0   8.4858  60.6   0.171  33.3017   4.68 203.7   20
  125.0   8.4182  60.6   0.163  33.3285   4.67 203.3   23
  126.0   8.3878  60.6   0.164  33.3461   4.64 201.8   24
  127.0   8.3755  60.6   0.165  33.3554   4.60 200.0   23
  128.0   8.3386  60.6   0.152  33.3838   4.56 198.2   20
  129.0   8.2888  60.6   0.147  33.4185   4.53 197.1   19
  130.0   8.2587  60.6   0.137  33.4360   4.52 196.5   19
  131.0   8.2426  60.6   0.134  33.4438   4.50 195.9   22
  132.0   8.2285  60.6   0.130  33.4510   4.49 195.4   27
  133.0   8.2196  60.6   0.124  33.4560   4.48 195.0   27
  134.0   8.2044  60.6   0.122  33.4658   4.47 194.3   23
  135.0   8.1816  60.6   0.122  33.4821   4.46 193.8   18
  136.0   8.1711  60.6   0.122  33.4885   4.45 193.4   17
  137.0   8.1578  60.6   0.110  33.4984   4.43 192.7   18
  138.0   8.1408  60.6   0.110  33.5111   4.40 191.3   20
  139.0   8.1238  60.6   0.110  33.5285   4.36 189.8   22
  140.0   8.0913  60.6   0.110  33.5510   4.34 188.7   21
  141.0   8.0864  60.6   0.110  33.5533   4.31 187.6   21
  142.0   8.0733  60.6   0.110  33.5616   4.29 186.6   24
  143.0   8.0410  60.6   0.106  33.5835   4.28 186.0   25
  144.0   8.0310  60.6   0.101  33.5863   4.26 185.5   23
  145.0   8.0111  60.6   0.101  33.5999   4.26 185.2   19
  146.0   7.9975  60.6   0.098  33.6067   4.25 185.1   19
  147.0   7.9752  60.6   0.098  33.6198   4.25 185.0   20
  148.0   7.9612  60.6   0.098  33.6278   4.24 184.4   26
  149.0   7.9273  60.6   0.098  33.6434   4.24 184.3   27
  150.0   7.8886  60.6   0.098  33.6573   4.25 184.7   22
  151.0   7.8521  60.6   0.098  33.6761   4.24 184.4   20
  152.0   7.8337  60.7   0.098  33.6833   4.22 183.6   20
  153.0   7.8070  60.6   0.098  33.6949   4.21 183.1   21
  154.0   7.7889  60.7   0.098  33.7027   4.20 182.5   20
  155.0   7.7658  60.7   0.086  33.7124   4.18 181.7   20
  156.0   7.7407  60.6   0.085  33.7232   4.15 180.4   20
  157.0   7.7030  60.6   0.086  33.7394   4.11 178.8   23
  158.0   7.6890  60.6   0.106  33.7433   4.08 177.6   22
  159.0   7.6796  60.6   0.086  33.7456   4.08 177.4   21
  160.0   7.6603  60.6   0.085  33.7497   4.08 177.6   21
  161.0   7.6399  60.6   0.085  33.7550   4.08 177.6   23
  162.0   7.6274  60.6   0.085  33.7591   4.07 177.1   26
  163.0   7.6232  60.6   0.085  33.7611   4.05 176.3   24
  164.0   7.6140  60.6   0.085  33.7651   4.05 176.1   23
  165.0   7.6029  60.6   0.085  33.7689   4.04 175.9   20
  166.0   7.5908  60.6   0.085  33.7719   4.04 175.7   21
  167.0   7.5811  60.6   0.085  33.7737   4.02 174.9   26
  168.0   7.5703  60.6   0.085  33.7772   4.00 174.1   29
  169.0   7.5565  60.5   0.085  33.7809   3.99 173.5   23
  170.0   7.5364  60.5   0.085  33.7864   3.98 173.3   19
  171.0   7.5150  60.5   0.085  33.7898   3.99 173.6   18
  172.0   7.4831  60.6   0.085  33.7955   4.00 173.9   20
  173.0   7.4698  60.6   0.085  33.7968   4.00 173.8   24
  174.0   7.4378  60.6   0.085  33.8036   3.99 173.5   28
  175.0   7.4144  60.6   0.085  33.8081   3.98 173.3   26
  176.0   7.4110  60.6   0.085  33.8089   3.98 172.9   21
  177.0   7.4077  60.6   0.085  33.8095   3.96 172.5   20
  178.0   7.3854  60.6   0.085  33.8155   3.95 171.7   24
  179.0   7.3542  60.6   0.085  33.8205   3.94 171.1   33
  179.9   7.3158  60.6   0.085  33.8218   3.91 170.1   29
  181.0   7.3126  60.6   0.085  33.8312   3.87 168.2   19
  182.0   7.3116  60.6   0.085  33.8369   3.83 166.8   16
  183.0   7.2977  60.6   0.085  33.8383   3.81 165.8   14
  184.0   7.2906  60.6   0.085  33.8389   3.79 164.8   17
  185.0   7.2809  60.6   0.085  33.8426   3.77 163.8   22
  186.0   7.2810  60.5   0.085  33.8438   3.74 162.8   30
  187.0   7.2748  60.5   0.085  33.8456   3.72 162.0   30
  188.0   7.2659  60.5   0.085  33.8457   3.72 161.7   24
  189.0   7.2586  60.6   0.085  33.8465   3.71 161.5   25
  190.0   7.2482  60.6   0.085  33.8491   3.71 161.2   23
  191.0   7.2435  60.6   0.085  33.8506   3.70 160.7   22
  192.0   7.2394  60.6   0.085  33.8520   3.68 160.1   20
  193.0   7.2334  60.6   0.085  33.8534   3.66 159.2   22
  194.0   7.2171  60.6   0.085  33.8574   3.64 158.1   24
  195.0   7.1941  60.6   0.085  33.8625   3.61 156.9   22
  196.0   7.1785  60.6   0.085  33.8646   3.58 155.9   21
  197.0   7.1602  60.6   0.085  33.8635   3.58 155.5   24
  198.0   7.1295  60.6   0.085  33.8650   3.57 155.1   29
  199.0   7.1247  60.6   0.085  33.8664   3.56 155.0   25
  200.0   7.1129  60.5   0.085  33.8663   3.56 154.6   20
  201.0   7.1042  60.5   0.085  33.8662   3.56 154.6   17
  202.0   7.0965  60.5   0.085  33.8661   3.56 154.9   18
  203.0   7.0704  60.5   0.085  33.8653   3.56 154.8   25
  204.0   7.0489  60.5   0.085  33.8657   3.55 154.2   28
  205.0   7.0250  60.5   0.085  33.8692   3.52 153.2   22
  206.0   6.9910  60.6   0.085  33.8718   3.51 152.6   18
  207.0   6.9742  60.5   0.085  33.8725   3.50 152.2   21
  208.0   6.9719  60.6   0.085  33.8743   3.46 150.6   29
  209.0   6.9848  60.5   0.085  33.8795   3.40 147.9   37
  209.9   6.9863  60.5   0.085  33.8823   3.36 146.1   26
  211.0   6.9782  60.5   0.085  33.8830   3.34 145.2   19
  212.0   6.9673  60.5   0.085  33.8838   3.32 144.5   16
  213.0   6.9474  60.5   0.085  33.8840   3.32 144.2   14
  214.0   6.9104  60.5   0.085  33.8841   3.31 143.9   17
  215.1   6.8875  60.5   0.085  33.8855   3.29 143.1   29
  216.0   6.8779  60.5   0.084  33.8855   3.28 142.5   44
  217.0   6.8708  60.5   0.085  33.8847   3.27 142.3   24
  218.0   6.8684  60.5   0.085  33.8865   3.26 141.6   17
  219.0   6.8618  60.5   0.085  33.8886   3.24 140.8   14
  220.0   6.8532  60.5   0.085  33.8897   3.23 140.3   14
  221.0   6.8401  60.5   0.085  33.8894   3.23 140.3   15
  222.0   6.8135  60.5   0.085  33.8862   3.24 141.1   22
  223.0   6.7599  60.5   0.085  33.8821   3.27 142.3   31
  224.0   6.7546  60.5   0.085  33.8818   3.28 142.6   30
  225.0   6.7413  60.5   0.085  33.8826   3.27 142.1   33
  226.0   6.7242  60.5   0.093  33.8842   3.25 141.2   31
  227.0   6.6952  60.5   0.085  33.8842   3.23 140.5   22
  228.0   6.6716  60.5   0.085  33.8848   3.22 140.0   18
  229.0   6.6625  60.3   0.085  33.8857   3.21 139.6   16
  230.0   6.6591  60.5   0.085  33.8859   3.21 139.5   18
  231.0   6.6581  60.5   0.085  33.8863   3.20 139.2   20
  232.0   6.6497  60.5   0.085  33.8856   3.21 139.4   23
  233.0   6.6418  60.5   0.085  33.8862   3.19 138.8   25
  234.0   6.6459  60.5   0.085  33.8876   3.17 137.8   27
  235.0   6.6451  60.5   0.085  33.8890   3.15 136.9   25
  236.0   6.6398  60.5   0.085  33.8897   3.14 136.5   20
  237.0   6.6327  60.5   0.085  33.8901   3.13 136.1   20
  238.0   6.6245  60.5   0.083  33.8905   3.12 135.7   23
  239.0   6.6154  60.5   0.082  33.8921   3.10 134.9   29
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  241.0   6.5861  60.5   0.083  33.8935   3.08 133.7   20
  242.0   6.5814  60.5   0.085  33.8941   3.06 133.2   19
  243.0   6.5717  60.5   0.085  33.8946   3.06 132.8   19
  244.0   6.5639  60.5   0.085  33.8949   3.04 132.4   27
  245.0   6.5511  60.5   0.084  33.8947   3.04 132.0   27
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  249.0   6.4401  60.6   0.084  33.8875   3.07 133.5   24
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  254.0   6.3883  60.5   0.085  33.8885   3.05 132.8   19
  255.1   6.3847  60.5   0.085  33.8904   3.04 132.3   27
  256.0   6.3817  60.6   0.085  33.8905   3.03 131.7   37
  257.0   6.3704  60.5   0.081  33.8899   3.02 131.3   25
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 1431.0   2.4789  61.0   0.061  34.4844   0.48  21.0   38
 1432.0   2.4780  61.0   0.061  34.4848   0.49  21.3   33
 1433.0   2.4769  61.0   0.061  34.4852   0.49  21.2   27
 1434.0   2.4736  61.0   0.061  34.4859   0.49  21.4   27
 1435.0   2.4704  61.0   0.061  34.4867   0.50  21.5   22
 1436.0   2.4671  61.0   0.061  34.4874   0.49  21.5   19
 1437.0   2.4645  61.0   0.061  34.4878   0.49  21.5   16
 1438.0   2.4639  61.0   0.061  34.4880   0.50  21.6   16
 1439.0   2.4631  61.0   0.061  34.4881   0.51  21.9   19
 1440.0   2.4611  61.0   0.061  34.4882   0.51  21.9   23
 1441.0   2.4600  61.0   0.061  34.4884   0.51  22.0   36
 1442.0   2.4567  61.0   0.061  34.4891   0.51  22.0   48
 1443.0   2.4552  61.0   0.061  34.4893   0.51  22.2   28
 1444.0   2.4544  61.0   0.061  34.4895   0.50  21.9   18
 1445.0   2.4487  61.0   0.061  34.4907   0.51  22.2   15
 1446.0   2.4456  61.0   0.061  34.4910   0.52  22.5   14
 1447.0   2.4431  61.0   0.061  34.4914   0.52  22.4   15
 1448.0   2.4420  61.0   0.061  34.4915   0.51  22.3   18
 1448.9   2.4418  61.0   0.061  34.4915   0.52  22.5   23
 1450.0   2.4411  61.0   0.061  34.4916   0.52  22.7   27
 1451.0   2.4401  61.0   0.061  34.4918   0.53  23.0   23
 1452.0   2.4376  61.0   0.061  34.4923   0.52  22.6   24
 1453.0   2.4374  61.0   0.061  34.4922   0.52  22.8   28
 1454.0   2.4358  61.0   0.061  34.4925   0.53  23.0   26
 1455.0   2.4339  61.0   0.061  34.4928   0.53  22.9   20
 1456.0   2.4338  61.0   0.061  34.4930   0.53  22.9   19
 1457.0   2.4338  61.0   0.061  34.4928   0.53  22.9   17
 1458.0   2.4338  61.0   0.061  34.4928   0.52  22.7   19
 1459.1   2.4324  61.0   0.061  34.4931   0.53  23.1   28
 1460.0   2.4302  61.0   0.061  34.4934   0.53  23.1   23
 1461.0   2.4259  61.0   0.061  34.4942   0.53  23.0   24
 1462.0   2.4233  61.0   0.061  34.4946   0.53  23.2   18
 1463.0   2.4195  61.0   0.061  34.4952   0.54  23.5   17
 1464.0   2.4174  61.0   0.061  34.4956   0.54  23.4   17
 1465.0   2.4157  61.0   0.061  34.4958   0.54  23.4   21
 1466.0   2.4145  61.0   0.061  34.4960   0.55  23.7   33
 1467.0   2.4141  61.0   0.061  34.4960   0.55  23.7   30
 1468.0   2.4136  61.0   0.061  34.4963   0.55  23.9   20
 1469.0   2.4128  61.0   0.061  34.4964   0.55  24.0   16
 1470.0   2.4103  60.9   0.061  34.4969   0.55  23.8   22
 1471.0   2.4093  61.0   0.061  34.4970   0.55  23.9   37
 1471.9   2.4085  61.0   0.061  34.4971   0.56  24.1   31
 1473.0   2.4077  61.0   0.061  34.4974   0.55  23.9   21
 1474.0   2.4071  61.0   0.061  34.4975   0.55  23.9   19
 1475.0   2.4057  61.0   0.061  34.4978   0.56  24.2   19
 1476.0   2.4047  61.0   0.061  34.4978   0.56  24.4   20
 1477.0   2.4039  61.0   0.061  34.4978   0.56  24.2   24
 1478.0   2.4034  61.0   0.061  34.4978   0.55  24.1   29
 1479.0   2.4020  61.0   0.061  34.4981   0.56  24.2   28
 1480.0   2.4000  61.0   0.061  34.4986   0.56  24.4   25
 1481.0   2.3984  61.0   0.061  34.4993   0.56  24.5   25
 1482.0   2.3967  61.0   0.061  34.4999   0.56  24.4   24
 1483.0   2.3933  61.0   0.061  34.5003   0.57  24.6   21
 1484.0   2.3914  61.0   0.061  34.5005   0.57  24.7   22
 1485.0   2.3883  61.0   0.061  34.5006   0.57  24.8   25
 1486.0   2.3848  61.0   0.061  34.5010   0.57  24.7   27
 1487.0   2.3836  61.0   0.061  34.5012   0.57  24.9   23
 1488.0   2.3821  61.0   0.061  34.5014   0.57  24.8   21
 1489.0   2.3793  61.0   0.061  34.5020   0.57  24.8   22
 1490.0   2.3783  61.0   0.061  34.5022   0.58  25.2   32
 1491.0   2.3767  61.0   0.061  34.5023   0.58  25.2   34
 1492.0   2.3754  61.0   0.061  34.5026   0.58  25.3   25
 1493.0   2.3738  61.0   0.061  34.5034   0.59  25.5   19
 1494.0   2.3712  61.0   0.061  34.5047   0.58  25.4   19
 1495.0   2.3696  61.0   0.061  34.5053   0.59  25.6   19
 1496.0   2.3688  61.0   0.061  34.5056   0.60  25.9   23
 1497.0   2.3683  61.0   0.061  34.5056   0.60  26.2   24
 1498.0   2.3683  61.0   0.061  34.5057   0.60  26.0   21
 1499.0   2.3678  61.0   0.061  34.5057   0.60  26.3   21
 1500.0   2.3655  61.0   0.061  34.5058   0.60  26.2   25
 1501.3   2.3641  61.0   0.061  34.5060   0.61  26.3   10
 1502.0   2.3643  61.0   0.061  34.5060   0.61  26.5   21
 1503.0   2.3644  61.0   0.061  34.5059   0.60  26.2   16
 1504.0   2.3638  61.0   0.061  34.5062   0.60  26.2   15
 1505.0   2.3634  61.0   0.061  34.5060   0.61  26.5   19
 1506.1   2.3628  61.0   0.061  34.5061   0.60  26.2   32
 1506.9   2.3610  61.0   0.061  34.5062   0.61  26.4   35
 1508.0   2.3586  61.0   0.061  34.5064   0.61  26.4   23
 1509.0   2.3576  61.0   0.061  34.5064   0.61  26.5   20
 1510.0   2.3547  61.0   0.061  34.5067   0.61  26.6   20
 1511.0   2.3541  61.0   0.061  34.5067   0.61  26.5   20
 1512.0   2.3539  61.0   0.061  34.5069   0.60  26.2   22
 1513.0   2.3525  61.0   0.061  34.5069   0.61  26.5   25
 1514.0   2.3514  61.0   0.061  34.5072   0.61  26.5   28
 1515.0   2.3510  61.0   0.061  34.5072   0.61  26.5   24
 1516.0   2.3503  61.0   0.061  34.5076   0.61  26.6   23
 1517.0   2.3509  61.0   0.061  34.5083   0.61  26.7   26
 1518.0   2.3508  61.0   0.061  34.5086   0.62  27.1   31
 1519.0   2.3479  61.0   0.061  34.5088   0.62  26.9   23
 1520.0   2.3465  61.0   0.061  34.5089   0.63  27.2   20
 1521.0   2.3466  61.0   0.061  34.5090   0.62  27.1   19
 1522.0   2.3471  61.0   0.061  34.5092   0.62  27.0   20
 1523.0   2.3481  61.0   0.061  34.5099   0.63  27.3   22
 1524.0   2.3491  61.0   0.061  34.5103   0.63  27.4   25
 1525.0   2.3507  61.0   0.061  34.5108   0.64  27.7   29
 1526.0   2.3530  61.0   0.061  34.5113   0.64  27.9   38
 1527.0   2.3538  61.0   0.061  34.5118   0.65  28.0   28
 1528.0   2.3535  61.0   0.061  34.5118   0.65  28.2   17
 1529.0   2.3481  61.0   0.061  34.5114   0.65  28.2   12
 1530.0   2.3469  61.0   0.061  34.5115   0.65  28.3   18
 1531.0   2.3449  61.0   0.061  34.5113   0.65  28.2   26
 1532.0   2.3374  61.0   0.061  34.5106   0.64  27.9   33
 1533.0   2.3396  61.0   0.061  34.5115   0.64  27.9   23
 1534.0   2.3380  61.0   0.061  34.5117   0.64  27.9   18
 1535.0   2.3365  61.0   0.061  34.5119   0.64  27.9   20
 1536.0   2.3341  61.0   0.061  34.5118   0.64  28.0   24
 1537.0   2.3307  61.0   0.061  34.5122   0.65  28.2   32
 1538.0   2.3282  61.0   0.061  34.5122   0.65  28.2   21
 1539.0   2.3269  61.0   0.061  34.5124   0.65  28.0   17
 1540.0   2.3244  61.0   0.061  34.5123   0.65  28.1   17
 1541.0   2.3230  61.0   0.061  34.5123   0.65  28.2   18
 1542.0   2.3214  61.0   0.061  34.5122   0.64  27.8   22
 1543.0   2.3188  61.0   0.061  34.5124   0.65  28.1   27
 1544.0   2.3176  61.0   0.061  34.5126   0.65  28.0   30
 1545.0   2.3170  61.0   0.061  34.5128   0.65  28.3   27
 1546.0   2.3166  61.0   0.061  34.5131   0.65  28.0   27
 1547.0   2.3164  61.0   0.061  34.5133   0.65  28.3   30
 1548.0   2.3158  61.0   0.061  34.5136   0.65  28.2   31
 1549.0   2.3148  61.0   0.061  34.5139   0.65  28.2   23
 1550.0   2.3139  61.0   0.061  34.5141   0.65  28.2   18
 1551.0   2.3130  61.0   0.061  34.5141   0.65  28.2   17
 1552.0   2.3126  61.0   0.061  34.5141   0.65  28.4   16
 1553.0   2.3116  61.0   0.061  34.5142   0.66  28.5   21
 1554.0   2.3109  61.0   0.061  34.5141   0.66  28.7   37
 1555.0   2.3107  61.0   0.061  34.5142   0.66  28.5   31
 1556.0   2.3100  61.0   0.061  34.5148   0.66  28.7   26
 1557.0   2.3094  61.0   0.061  34.5153   0.67  28.9   30
 1558.0   2.3083  61.0   0.061  34.5153   0.67  28.9   28
 1559.0   2.3077  61.0   0.061  34.5157   0.66  28.8   20
 1560.0   2.3078  61.0   0.061  34.5156   0.67  29.1   18
 1561.0   2.3072  61.0   0.061  34.5157   0.67  29.2   17
 1562.0   2.3056  61.0   0.061  34.5157   0.67  29.1   19
 1563.0   2.3045  61.0   0.061  34.5158   0.67  29.0   24
 1564.0   2.3041  61.0   0.061  34.5158   0.67  29.0   33
 1565.0   2.3041  61.0   0.061  34.5159   0.67  29.2   30
 1566.0   2.3038  61.0   0.061  34.5161   0.67  29.2   26
 1567.0   2.3037  61.0   0.061  34.5161   0.67  29.2   25
 1568.0   2.3036  61.0   0.061  34.5161   0.67  29.1   26
 1569.0   2.3034  61.0   0.061  34.5163   0.67  29.3   25
 1570.0   2.3033  61.0   0.061  34.5165   0.67  29.1   22
 1571.0   2.3029  61.0   0.061  34.5169   0.67  29.1   17
 1572.0   2.3036  61.0   0.061  34.5177   0.67  29.3   20
 1573.0   2.3037  61.0   0.061  34.5179   0.68  29.7   29
 1574.1   2.3043  61.0   0.061  34.5181   0.69  30.1   22
 1575.0   2.3055  61.0   0.061  34.5183   0.69  30.1   24
 1576.0   2.3069  61.0   0.061  34.5189   0.69  30.2   17
 1577.0   2.3074  61.0   0.061  34.5194   0.69  30.1   16
 1578.0   2.3063  61.0   0.061  34.5196   0.69  30.2   16
 1579.0   2.3054  61.0   0.061  34.5197   0.70  30.5   18
 1580.0   2.3050  61.0   0.061  34.5196   0.70  30.4   31
 1581.3   2.3045  61.0   0.061  34.5197   0.71  30.7   12
 1582.0   2.3018  61.0   0.061  34.5201   0.71  30.8   21
 1583.0   2.2979  61.0   0.061  34.5208   0.70  30.6   18
 1584.0   2.2974  61.0   0.061  34.5210   0.71  30.8   19
 1585.0   2.2974  61.0   0.061  34.5212   0.71  31.0   24
 1586.0   2.2969  61.0   0.061  34.5213   0.72  31.3   30
 1587.0   2.2968  61.0   0.061  34.5213   0.72  31.4   35
 1588.0   2.2967  61.0   0.061  34.5216   0.72  31.4   24
 1589.0   2.2967  61.0   0.061  34.5217   0.72  31.3   20
 1590.0   2.2967  61.0   0.061  34.5219   0.72  31.5   18
 1591.0   2.2964  61.0   0.061  34.5218   0.73  31.5   21
 1592.0   2.2961  61.0   0.061  34.5219   0.73  31.7   37
 1593.0   2.2948  61.0   0.061  34.5220   0.73  31.8   29
 1594.0   2.2930  61.0   0.061  34.5224   0.73  31.6   19
 1595.0   2.2920  61.0   0.061  34.5226   0.73  31.5   16
 1596.0   2.2911  61.0   0.061  34.5228   0.73  31.7   16
 1597.0   2.2905  61.0   0.061  34.5229   0.74  32.1   21
 1598.1   2.2897  61.0   0.061  34.5230   0.73  31.9   41
 1599.0   2.2894  61.0   0.061  34.5230   0.73  31.9   38
 1600.0   2.2887  61.0   0.061  34.5231   0.74  32.1   26
 1601.0   2.2881  61.0   0.061  34.5231   0.74  32.2   25
 1602.0   2.2870  61.0   0.061  34.5233   0.74  32.0   24
 1603.0   2.2864  61.0   0.061  34.5234   0.74  32.2   21
 1604.0   2.2862  61.0   0.061  34.5236   0.75  32.4   18
 1605.0   2.2855  61.0   0.061  34.5237   0.74  32.3   18
 1606.0   2.2843  61.0   0.061  34.5238   0.74  32.3   19
 1607.0   2.2827  61.0   0.061  34.5239   0.74  32.2   26
 1608.0   2.2820  61.0   0.061  34.5238   0.75  32.4   34
 1609.0   2.2795  61.0   0.061  34.5243   0.75  32.5   27
 1610.0   2.2781  61.0   0.061  34.5243   0.75  32.6   28
 1611.0   2.2766  61.0   0.061  34.5244   0.75  32.4   36
 1612.0   2.2719  61.0   0.061  34.5253   0.75  32.4   25
 1613.0   2.2676  61.0   0.061  34.5260   0.75  32.5   15
 1614.0   2.2637  61.0   0.061  34.5268   0.75  32.8   18
 1615.0   2.2630  61.0   0.061  34.5268   0.76  33.1   20
 1616.0   2.2625  61.0   0.061  34.5269   0.76  33.0   21
 1617.0   2.2622  61.0   0.061  34.5270   0.76  33.2   22
 1618.0   2.2596  61.0   0.061  34.5274   0.77  33.2   24
 1618.7   2.2576  61.0   0.061  34.5278   0.76  33.1   21
 1620.0   2.2564  61.0   0.061  34.5279   0.77  33.5   24
 1621.0   2.2548  61.0   0.061  34.5284   0.78  33.7   17
 1622.0   2.2507  61.0   0.061  34.5292   0.77  33.6   16
 1623.0   2.2489  61.0   0.061  34.5295   0.78  33.7   17
 1624.0   2.2476  60.9   0.061  34.5299   0.79  34.1   18
 1625.0   2.2462  60.5   0.061  34.5300   0.78  33.9   21
 1626.0   2.2457  61.0   0.061  34.5300   0.78  34.1   27
 1627.0   2.2451  61.0   0.061  34.5301   0.79  34.5   43
 1628.0   2.2439  61.0   0.061  34.5304   0.79  34.3   38
 1629.0   2.2410  61.0   0.061  34.5309   0.80  34.7   27
 1630.0   2.2395  61.0   0.061  34.5312   0.79  34.3   20
 1631.0   2.2386  61.0   0.061  34.5314   0.80  34.6   16
 1632.0   2.2363  61.0   0.061  34.5319   0.80  34.9   15
 1633.0   2.2331  61.0   0.061  34.5325   0.80  34.9   15
 1634.0   2.2323  61.0   0.061  34.5326   0.81  35.1   18
 1634.9   2.2321  61.0   0.061  34.5326   0.81  35.2   22
 1636.2   2.2326  61.0   0.061  34.5326   0.81  35.0   20
 1637.0   2.2324  61.0   0.061  34.5325   0.81  35.2   22
 1638.0   2.2324  61.0   0.061  34.5327   0.82  35.6   20
 1639.0   2.2324  61.0   0.061  34.5327   0.81  35.1   21
 1640.0   2.2323  61.0   0.061  34.5327   0.81  35.1   20
 1641.0   2.2302  61.0   0.061  34.5330   0.81  35.2   19
 1642.0   2.2256  61.0   0.061  34.5337   0.82  35.6   17
 1643.0   2.2215  61.0   0.061  34.5346   0.82  35.7   29
 1644.0   2.2206  61.0   0.061  34.5347   0.83  36.0   43
 1645.0   2.2200  61.0   0.061  34.5347   0.84  36.4   28
 1646.0   2.2198  61.0   0.061  34.5349   0.83  35.9   24
 1647.0   2.2194  61.0   0.061  34.5350   0.83  36.3   20
 1648.0   2.2191  61.0   0.061  34.5351   0.83  36.2   18
 1649.0   2.2190  61.0   0.061  34.5351   0.83  36.3   19
 1650.0   2.2185  61.0   0.061  34.5352   0.84  36.6   24
 1651.0   2.2175  61.0   0.061  34.5353   0.84  36.3   34
 1652.0   2.2169  61.0   0.061  34.5354   0.84  36.3   24
 1653.0   2.2156  61.0   0.061  34.5358   0.84  36.5   21
 1654.0   2.2130  61.0   0.061  34.5362   0.84  36.7   24
 1655.0   2.2111  61.0   0.061  34.5365   0.85  37.0   31
 1656.0   2.2090  61.0   0.061  34.5368   0.85  37.0   30
 1657.0   2.2081  61.0   0.061  34.5371   0.85  36.9   24
 1658.0   2.2071  61.0   0.061  34.5374   0.85  37.1   23
 1659.0   2.2065  61.0   0.061  34.5374   0.86  37.2   23
 1660.0   2.2056  61.0   0.061  34.5376   0.85  37.0   25
 1661.0   2.2053  61.0   0.061  34.5376   0.86  37.3   23
 1662.0   2.2045  61.0   0.061  34.5378   0.86  37.4   20
 1663.0   2.2031  61.0   0.061  34.5381   0.85  37.1   21
 1663.9   2.2022  61.0   0.061  34.5382   0.85  37.1   25
 1665.2   2.2007  61.0   0.061  34.5385   0.86  37.5   16
 1666.0   2.1997  61.0   0.061  34.5387   0.86  37.5   20
 1667.0   2.1985  60.9   0.061  34.5391   0.87  37.7   15
 1668.0   2.1978  61.0   0.061  34.5392   0.87  37.8   15
 1669.0   2.1971  61.0   0.061  34.5392   0.87  37.7   15
 1670.0   2.1964  61.0   0.061  34.5394   0.87  37.8   19
 1670.8   2.1960  61.0   0.061  34.5394   0.87  37.6   19
 1672.1   2.1954  61.0   0.061  34.5395   0.87  37.8   22
 1673.0   2.1945  61.0   0.061  34.5396   0.87  37.8   23
 1674.0   2.1913  61.0   0.061  34.5404   0.88  38.0   19
 1675.0   2.1904  61.0   0.061  34.5405   0.88  38.2   17
 1676.0   2.1892  61.0   0.061  34.5407   0.88  38.2   16
 1677.0   2.1883  61.0   0.061  34.5410   0.88  38.3   16
 1678.0   2.1867  61.0   0.061  34.5412   0.89  38.6   20
 1679.0   2.1867  61.0   0.061  34.5411   0.89  38.6   36
 1679.9   2.1866  61.0   0.061  34.5411   0.89  38.6   32
 1681.0   2.1860  61.0   0.061  34.5413   0.89  38.7   21
 1682.0   2.1858  61.0   0.061  34.5413   0.89  38.6   18
 1683.0   2.1850  61.0   0.061  34.5415   0.89  38.6   23
 1684.0   2.1835  61.0   0.061  34.5418   0.89  38.8   37
 1685.0   2.1824  61.0   0.061  34.5418   0.89  38.8   31
 1686.0   2.1810  61.0   0.061  34.5422   0.89  38.8   21
 1687.0   2.1779  61.0   0.061  34.5428   0.89  38.7   21
 1688.0   2.1765  61.0   0.061  34.5431   0.90  39.1   22
 1689.0   2.1743  61.0   0.061  34.5434   0.91  39.4   22
 1690.0   2.1731  61.0   0.061  34.5436   0.90  39.1   24
 1691.0   2.1726  61.0   0.061  34.5437   0.91  39.4   28
 1692.0   2.1723  61.0   0.061  34.5437   0.92  39.8   33
 1693.0   2.1713  61.0   0.061  34.5440   0.91  39.7   20
 1694.0   2.1678  61.0   0.061  34.5446   0.91  39.4   19
 1695.0   2.1664  61.0   0.061  34.5449   0.91  39.7   17
 1696.0   2.1662  61.0   0.061  34.5448   0.92  39.8   17
 1697.0   2.1658  61.0   0.061  34.5449   0.92  40.0   26
 1698.0   2.1657  61.0   0.061  34.5448   0.92  39.8   41
 1699.0   2.1653  61.0   0.061  34.5450   0.93  40.2   25
 1700.0   2.1647  61.0   0.061  34.5451   0.92  40.1   21
 1701.0   2.1632  61.0   0.061  34.5454   0.92  39.8   23
 1702.0   2.1614  61.0   0.061  34.5458   0.92  40.1   29
 1703.0   2.1610  61.0   0.061  34.5457   0.93  40.4   29
 1704.0   2.1596  61.0   0.061  34.5460   0.93  40.3   24
 1705.0   2.1594  61.0   0.061  34.5461   0.93  40.3   22
 1706.0   2.1594  61.0   0.061  34.5461   0.94  40.6   21
 1707.0   2.1595  61.0   0.061  34.5461   0.93  40.4   21
 1708.0   2.1585  61.0   0.061  34.5462   0.93  40.4   22
 1709.0   2.1571  61.0   0.061  34.5466   0.93  40.6   24
 1710.0   2.1557  61.0   0.061  34.5469   0.93  40.5   24
 1711.0   2.1555  61.0   0.061  34.5469   0.94  40.8   27
 1712.0   2.1540  61.0   0.061  34.5471   0.93  40.6   32
 1713.0   2.1534  61.0   0.061  34.5471   0.94  40.9   29
 1714.0   2.1523  61.0   0.061  34.5474   0.95  41.1   24
 1715.0   2.1515  61.0   0.061  34.5476   0.94  40.8   21
 1716.0   2.1513  61.0   0.061  34.5476   0.94  40.8   23
 1717.0   2.1511  61.0   0.061  34.5475   0.94  40.9   24
 1718.0   2.1510  61.0   0.061  34.5476   0.94  41.0   23
 1719.0   2.1507  61.0   0.061  34.5478   0.95  41.1   20
 1720.0   2.1505  61.0   0.061  34.5477   0.96  41.5   20
 1721.0   2.1500  61.0   0.061  34.5479   0.94  41.1   25
 1721.9   2.1490  61.0   0.061  34.5481   0.95  41.2   32
 1723.0   2.1479  61.0   0.061  34.5482   0.95  41.4   26
 1724.0   2.1472  61.0   0.061  34.5484   0.95  41.5   18
 1725.0   2.1452  61.0   0.061  34.5488   0.95  41.2   16
 1726.0   2.1436  61.0   0.061  34.5491   0.95  41.2   15
 1727.0   2.1425  61.0   0.061  34.5494   0.95  41.4   15
 1728.0   2.1410  61.0   0.061  34.5496   0.96  41.9   17
 1729.0   2.1386  61.0   0.061  34.5498   0.97  42.0   24
 1729.6   2.1377  61.0   0.061  34.5499   0.96  41.6    5
 1731.1   2.1378  61.0   0.061  34.5502   0.96  41.9   15
 1732.0   2.1372  61.0   0.061  34.5502   0.97  42.0   17
 1733.0   2.1368  61.0   0.061  34.5501   0.96  41.7   16
 1734.0   2.1362  61.0   0.061  34.5505   0.96  41.9   17
 1735.0   2.1353  61.0   0.061  34.5504   0.96  41.9   20
 1736.0   2.1330  61.0   0.061  34.5508   0.97  42.1   24
 1737.0   2.1324  61.0   0.061  34.5509   0.98  42.4   27
 1738.0   2.1310  61.0   0.061  34.5511   0.97  42.2   33
 1739.0   2.1294  61.0   0.061  34.5513   0.98  42.5   40
 1740.0   2.1285  61.0   0.061  34.5515   0.97  42.3   25
 1741.0   2.1277  61.0   0.061  34.5518   0.98  42.7   18
 1742.0   2.1262  61.0   0.061  34.5519   0.98  42.8   16
 1743.0   2.1244  61.0   0.061  34.5524   0.98  42.6   18
 1744.0   2.1230  61.0   0.061  34.5526   0.98  42.5   24
 1745.0   2.1218  61.0   0.061  34.5526   0.99  43.0   33
 1746.0   2.1210  61.0   0.061  34.5528   0.99  42.9   25
 1747.0   2.1201  61.0   0.061  34.5532   0.99  42.8   19
 1748.0   2.1198  61.0   0.061  34.5531   0.99  43.2   19
 1749.0   2.1195  61.0   0.061  34.5531   1.00  43.3   20
 1750.0   2.1192  61.0   0.061  34.5532   1.00  43.3   28
 1751.0   2.1190  61.0   0.061  34.5532   1.00  43.3   49
 1751.9   2.1175  61.0   0.061  34.5535   1.00  43.3   31
 1753.0   2.1166  61.0   0.061  34.5537   1.00  43.5   20
 1754.0   2.1162  61.0   0.061  34.5539   1.00  43.7   18
 1755.0   2.1162  61.0   0.061  34.5541   1.00  43.4   16
 1756.0   2.1157  61.0   0.061  34.5540   1.00  43.4   17
 1757.0   2.1148  61.0   0.061  34.5542   1.00  43.4   19
 1758.0   2.1130  61.0   0.061  34.5547   1.00  43.4   22
 1759.0   2.1110  61.0   0.061  34.5550   1.01  43.8   27
 1760.0   2.1103  61.0   0.061  34.5551   1.01  44.1   38
 1761.0   2.1094  61.0   0.061  34.5553   1.02  44.1   40
 1762.0   2.1091  61.0   0.061  34.5555   1.01  44.0   24
 1763.0   2.1084  61.0   0.061  34.5557   1.02  44.2   18
 1764.0   2.1069  61.0   0.061  34.5560   1.02  44.2   17
 1765.0   2.1063  61.0   0.061  34.5561   1.02  44.3   17
 1766.0   2.1062  61.0   0.061  34.5561   1.02  44.3   18
 1767.0   2.1060  61.0   0.061  34.5561   1.02  44.3   21
 1768.0   2.1055  61.0   0.061  34.5562   1.02  44.4   34
 1769.0   2.1054  61.0   0.061  34.5561   1.02  44.4   49
 1770.0   2.1055  61.0   0.061  34.5563   1.02  44.3   25
 1771.0   2.1055  61.0   0.061  34.5562   1.02  44.4   19
 1772.0   2.1049  61.0   0.061  34.5565   1.02  44.5   17
 1773.0   2.1030  61.0   0.061  34.5567   1.02  44.5   17
 1774.0   2.1010  61.0   0.061  34.5571   1.03  44.8   19
 1775.0   2.0995  61.0   0.061  34.5573   1.03  44.9   22
 1776.0   2.0983  61.0   0.061  34.5574   1.03  44.8   23
 1777.0   2.0963  61.0   0.061  34.5577   1.03  44.7   22
 1778.0   2.0931  61.0   0.061  34.5583   1.04  45.2   35
 1779.0   2.0924  61.0   0.061  34.5584   1.04  45.3   37
 1780.0   2.0920  61.0   0.061  34.5585   1.04  45.3   24
 1781.0   2.0912  61.0   0.061  34.5589   1.04  45.2   19
 1782.0   2.0911  61.0   0.061  34.5588   1.05  45.6   17
 1783.0   2.0907  61.0   0.061  34.5588   1.05  45.6   18
 1784.0   2.0896  61.0   0.061  34.5591   1.05  45.4   20
 1784.8   2.0878  61.0   0.061  34.5595   1.04  45.3   17
 1786.1   2.0843  61.0   0.061  34.5601   1.05  45.7   19
 1787.0   2.0842  61.0   0.061  34.5601   1.06  45.9   19
 1788.0   2.0844  61.0   0.061  34.5601   1.06  46.1   16
 1789.0   2.0845  61.0   0.061  34.5601   1.06  46.0   16
 1790.0   2.0843  61.0   0.061  34.5602   1.05  45.8   16
 1791.0   2.0841  61.0   0.061  34.5602   1.06  45.9   19
 1792.0   2.0837  61.0   0.061  34.5602   1.06  46.1   24
 1793.0   2.0831  61.0   0.061  34.5603   1.07  46.3   29
 1794.0   2.0820  61.0   0.061  34.5605   1.06  46.0   29
 1794.8   2.0809  61.0   0.061  34.5607   1.07  46.5   21
 1796.0   2.0804  61.0   0.061  34.5609   1.06  46.1   21
 1797.0   2.0800  61.0   0.061  34.5611   1.06  46.0   15
 1798.0   2.0796  61.0   0.061  34.5613   1.06  46.2   12
 1799.0   2.0795  61.0   0.061  34.5612   1.07  46.4   12
 1800.0   2.0792  61.0   0.061  34.5612   1.07  46.4   13
 1801.0   2.0784  61.0   0.061  34.5614   1.07  46.3   15
 1802.0   2.0764  61.0   0.061  34.5617   1.07  46.5   23
 1803.3   2.0733  61.0   0.061  34.5622   1.07  46.4   11
 1804.0   2.0718  61.0   0.061  34.5625   1.07  46.4   24
 1805.0   2.0691  61.0   0.061  34.5629   1.08  46.8   23
 1806.0   2.0660  61.0   0.061  34.5635   1.09  47.5   23
 1807.0   2.0642  61.0   0.061  34.5635   1.10  47.6   24
 1808.0   2.0629  61.0   0.061  34.5638   1.08  47.1   24
 1809.0   2.0622  61.0   0.061  34.5638   1.09  47.6   26
 1810.0   2.0615  61.0   0.061  34.5640   1.09  47.5   23
 1811.0   2.0607  61.0   0.061  34.5642   1.09  47.5   22
 1812.0   2.0593  61.0   0.061  34.5645   1.10  47.9   22
 1813.0   2.0578  61.0   0.061  34.5644   1.10  47.8   27
 1814.0   2.0568  61.0   0.061  34.5645   1.10  47.9   35
 1815.0   2.0568  61.0   0.061  34.5646   1.10  47.9   31
 1816.0   2.0571  61.0   0.061  34.5647   1.10  48.0   21
 1817.0   2.0570  61.0   0.061  34.5649   1.11  48.1   18
 1818.0   2.0558  61.0   0.061  34.5650   1.11  48.1   19
 1819.0   2.0548  61.0   0.061  34.5652   1.11  48.1   24
 1820.0   2.0547  61.0   0.061  34.5651   1.11  48.4   36
 1821.0   2.0540  61.0   0.061  34.5654   1.11  48.2   23
 1822.0   2.0527  61.0   0.061  34.5653   1.11  48.1   17
 1823.0   2.0515  61.0   0.061  34.5653   1.11  48.1   16
 1824.0   2.0505  61.0   0.061  34.5653   1.11  48.3   19
 1824.6   2.0508  61.0   0.061  34.5653   1.12  48.6    4
 1826.3   2.0495  61.0   0.061  34.5653   1.11  48.3    6
 1827.0   2.0475  61.0   0.061  34.5654   1.11  48.3   18
 1828.0   2.0460  61.0   0.061  34.5658   1.11  48.3   17
 1829.0   2.0448  61.0   0.061  34.5659   1.11  48.4   17
 1830.0   2.0433  61.0   0.061  34.5663   1.12  48.8   17
 1831.0   2.0406  61.0   0.061  34.5667   1.13  49.1   16
 1832.0   2.0386  61.0   0.061  34.5671   1.12  48.7   20
 1833.0   2.0385  61.0   0.061  34.5672   1.14  49.3   28
 1834.0   2.0384  61.0   0.061  34.5671   1.14  49.5   42
 1835.0   2.0385  61.0   0.061  34.5671   1.14  49.4   27
 1836.0   2.0384  61.0   0.061  34.5672   1.14  49.4   21
 1837.0   2.0381  61.0   0.061  34.5672   1.15  49.7   23
 1838.0   2.0374  61.0   0.061  34.5674   1.14  49.4   31
 1839.0   2.0373  61.0   0.061  34.5674   1.15  49.8   31
 1840.0   2.0365  61.0   0.061  34.5676   1.15  50.0   22
 1841.0   2.0360  61.0   0.061  34.5677   1.14  49.6   20
 1842.0   2.0360  61.0   0.061  34.5677   1.14  49.6   20
 1843.0   2.0360  61.0   0.061  34.5677   1.15  49.9   23
 1844.0   2.0360  61.0   0.061  34.5677   1.15  50.0   27
 1845.0   2.0361  61.0   0.061  34.5677   1.15  50.0   28
 1846.0   2.0355  61.0   0.061  34.5677   1.15  49.7   28
 1847.0   2.0350  61.0   0.061  34.5679   1.15  49.8   28
 1848.0   2.0347  61.0   0.061  34.5680   1.15  50.1   28
 1849.0   2.0346  61.0   0.061  34.5680   1.15  50.0   23
 1850.0   2.0345  61.0   0.061  34.5681   1.16  50.4   20
 1851.0   2.0344  61.0   0.061  34.5681   1.15  50.1   19
 1852.0   2.0343  61.0   0.061  34.5682   1.15  50.1   20
 1853.1   2.0337  61.0   0.061  34.5683   1.15  50.0   31
 1854.0   2.0334  61.0   0.061  34.5682   1.15  50.1   45
 1855.0   2.0332  61.0   0.061  34.5684   1.15  50.1   25
 1856.0   2.0332  61.0   0.061  34.5684   1.15  50.0   19
 1857.0   2.0332  61.0   0.061  34.5684   1.16  50.2   18
 1858.0   2.0327  61.0   0.061  34.5684   1.16  50.2   18
 1859.0   2.0323  61.0   0.061  34.5687   1.16  50.3   21
 1860.0   2.0321  61.0   0.061  34.5686   1.16  50.3   32
 1861.0   2.0322  61.0   0.061  34.5686   1.16  50.4   38
 1862.0   2.0322  61.0   0.061  34.5686   1.16  50.4   27
 1863.0   2.0318  61.0   0.061  34.5687   1.16  50.3   25
 1864.0   2.0317  61.0   0.061  34.5687   1.16  50.3   24
 1865.0   2.0310  61.0   0.061  34.5688   1.16  50.3   22
 1866.0   2.0278  61.0   0.061  34.5695   1.16  50.3   21
 1867.0   2.0261  60.9   0.061  34.5698   1.16  50.5   21
 1868.0   2.0260  61.0   0.061  34.5698   1.17  50.8   25
 1869.0   2.0242  61.0   0.061  34.5701   1.17  50.8   27
 1870.0   2.0241  61.0   0.061  34.5701   1.17  50.8   25
 1871.0   2.0238  61.0   0.061  34.5701   1.18  51.0   25
 1872.0   2.0238  61.0   0.061  34.5702   1.18  51.1   30
 1873.0   2.0237  61.0   0.061  34.5702   1.17  50.8   27
 1874.0   2.0238  61.0   0.061  34.5702   1.17  50.9   21
 1875.0   2.0238  61.0   0.061  34.5703   1.17  50.8   19
 1876.0   2.0236  61.0   0.061  34.5703   1.17  50.8   20
 1877.0   2.0227  61.0   0.061  34.5706   1.17  51.0   23
 1878.0   2.0222  61.0   0.061  34.5705   1.18  51.1   31
 1879.0   2.0223  61.0   0.061  34.5705   1.18  51.3   47
 1879.9   2.0223  61.0   0.061  34.5706   1.17  51.0   27
 1881.0   2.0224  61.0   0.061  34.5706   1.18  51.1   19
 1882.0   2.0217  61.0   0.061  34.5707   1.18  51.1   16
 1883.0   2.0208  61.0   0.061  34.5710   1.17  51.0   18
 1884.0   2.0200  61.0   0.061  34.5709   1.18  51.0   26
 1885.0   2.0192  61.0   0.061  34.5712   1.18  51.1   29
 1886.0   2.0184  61.0   0.061  34.5713   1.18  51.2   21
 1887.0   2.0175  61.0   0.061  34.5714   1.18  51.3   20
 1888.1   2.0168  61.0   0.061  34.5715   1.18  51.4   28
 1889.1   2.0158  61.0   0.061  34.5716   1.19  51.7   14
 1890.0   2.0136  61.0   0.061  34.5720   1.19  51.6   22
 1891.0   2.0119  61.0   0.061  34.5725   1.19  51.5   17
 1892.0   2.0104  61.0   0.061  34.5726   1.19  51.5   16
 1893.0   2.0093  61.0   0.061  34.5730   1.20  52.0   17
 1894.0   2.0088  61.0   0.061  34.5731   1.20  52.2   25
 1895.0   2.0086  61.0   0.061  34.5729   1.20  52.0   40
 1896.0   2.0080  61.0   0.061  34.5731   1.20  52.1   26
 1897.0   2.0071  61.0   0.061  34.5733   1.20  52.2   20
 1898.0   2.0071  61.0   0.061  34.5734   1.21  52.4   21
 1899.0   2.0070  61.0   0.061  34.5733   1.21  52.5   25
 1900.0   2.0067  61.0   0.061  34.5733   1.20  52.3   31
 1901.0   2.0064  61.0   0.061  34.5734   1.20  52.3   29
 1902.0   2.0062  61.0   0.061  34.5735   1.21  52.4   26
 1903.0   2.0062  61.0   0.061  34.5735   1.21  52.7   27
 1904.0   2.0064  61.0   0.061  34.5735   1.20  52.3   28
 1905.0   2.0059  61.0   0.061  34.5735   1.21  52.4   23
 1906.0   2.0035  61.0   0.061  34.5740   1.21  52.5   18
 1907.0   2.0030  61.0   0.061  34.5741   1.21  52.4   18
 1908.0   2.0026  61.0   0.061  34.5742   1.21  52.3   19
 1909.1   2.0018  61.0   0.061  34.5743   1.21  52.7   28
 1909.9   2.0015  61.0   0.061  34.5743   1.21  52.7   14
 1911.0   2.0015  61.0   0.061  34.5744   1.22  52.8   23
 1912.0   2.0013  61.0   0.061  34.5745   1.21  52.7   21
 1913.0   2.0012  61.0   0.061  34.5745   1.21  52.7   26
 1914.0   2.0010  61.0   0.061  34.5744   1.21  52.6   38
 1915.0   2.0011  61.0   0.061  34.5745   1.22  52.8   26
 1916.0   2.0011  61.0   0.061  34.5745   1.22  52.9   20
 1917.0   2.0012  61.0   0.061  34.5746   1.22  52.8   18
 1918.0   2.0010  61.0   0.061  34.5746   1.22  52.8   23
 1919.0   2.0006  61.0   0.061  34.5746   1.21  52.6   28
 1920.0   2.0000  61.0   0.061  34.5748   1.23  53.3   26
 1921.0   1.9996  61.0   0.061  34.5751   1.22  53.1   22
 1922.0   1.9989  61.0   0.061  34.5751   1.22  52.9   24
 1922.8   1.9985  61.0   0.061  34.5752   1.22  53.0   24
 1924.0   1.9981  61.0   0.061  34.5752   1.23  53.3   28
 1925.0   1.9961  61.0   0.061  34.5757   1.23  53.4   16
 1926.0   1.9949  61.0   0.061  34.5759   1.23  53.3   17
 1927.0   1.9944  61.0   0.061  34.5760   1.23  53.2   16
 1928.0   1.9931  61.0   0.061  34.5763   1.23  53.3   19
 1929.1   1.9927  61.0   0.061  34.5763   1.24  53.7   27
 1930.0   1.9922  61.0   0.061  34.5764   1.24  53.7   23
 1931.0   1.9915  61.0   0.061  34.5764   1.24  53.8   30
 1932.0   1.9914  61.0   0.061  34.5765   1.24  54.0   28
 1933.0   1.9913  61.0   0.061  34.5766   1.24  53.9   24
 1934.0   1.9915  61.0   0.061  34.5766   1.24  53.7   19
 1935.0   1.9915  61.0   0.061  34.5767   1.24  53.9   17
 1936.0   1.9916  61.0   0.061  34.5767   1.24  53.9   18
 1937.1   1.9915  61.0   0.061  34.5766   1.24  53.9   24
 1937.7   1.9914  61.0   0.061  34.5767   1.24  54.0   17
 1939.0   1.9911  61.0   0.061  34.5765   1.24  54.0   24
 1940.0   1.9910  61.0   0.061  34.5769   1.24  54.0   19
 1941.0   1.9908  61.0   0.061  34.5768   1.24  53.9   19
 1942.0   1.9905  61.0   0.061  34.5769   1.24  53.9   23
 1943.0   1.9904  61.0   0.061  34.5768   1.25  54.1   38
 1943.9   1.9905  61.0   0.061  34.5768   1.24  53.9   26
 1945.0   1.9892  61.0   0.061  34.5771   1.24  53.8   16
 1946.0   1.9879  61.0   0.061  34.5775   1.25  54.1   15
 1947.0   1.9868  61.0   0.061  34.5776   1.24  54.0   16
 1948.0   1.9835  61.0   0.061  34.5782   1.25  54.3   21
 1948.6   1.9825  61.0   0.061  34.5784   1.26  54.8    5
 1950.1   1.9826  61.0   0.061  34.5784   1.25  54.3   17
 1951.0   1.9814  61.0   0.061  34.5786   1.25  54.4   17
 1952.0   1.9801  61.0   0.061  34.5787   1.26  54.9   18
 1953.0   1.9794  61.0   0.061  34.5790   1.26  55.0   22
 1954.0   1.9788  61.0   0.061  34.5789   1.26  54.6   29
 1955.0   1.9787  61.0   0.061  34.5789   1.27  55.0   29
 1956.0   1.9787  61.0   0.061  34.5789   1.27  55.2   23
 1957.0   1.9788  61.0   0.061  34.5790   1.27  55.1   21
 1958.0   1.9789  61.0   0.061  34.5791   1.27  55.2   21
 1959.0   1.9785  61.0   0.061  34.5790   1.27  55.0   21
 1960.0   1.9773  61.0   0.061  34.5793   1.27  55.2   23
 1961.0   1.9760  61.0   0.061  34.5795   1.27  55.1   27
 1962.0   1.9755  61.0   0.061  34.5796   1.27  55.3   32
 1963.0   1.9753  61.0   0.061  34.5797   1.28  55.5   31
 1964.0   1.9751  61.0   0.061  34.5798   1.28  55.4   25
 1965.0   1.9749  61.0   0.061  34.5799   1.27  55.2   24
 1966.0   1.9748  61.0   0.061  34.5798   1.28  55.4   30
 1967.3   1.9749  61.0   0.061  34.5799   1.27  55.3   10
 1968.0   1.9746  61.0   0.061  34.5800   1.28  55.7   18
 1969.0   1.9733  61.0   0.061  34.5802   1.29  55.9   15
 1970.0   1.9728  61.0   0.061  34.5803   1.28  55.4   14
 1971.0   1.9721  61.0   0.061  34.5804   1.28  55.4   15
 1972.1   1.9709  61.0   0.061  34.5806   1.28  55.6   25
 1973.0   1.9703  61.0   0.061  34.5807   1.29  55.9   22
 1974.0   1.9701  61.0   0.061  34.5807   1.29  56.0   24
 1975.0   1.9697  61.0   0.061  34.5809   1.28  55.8   19
 1976.0   1.9693  61.0   0.061  34.5810   1.28  55.6   20
 1977.0   1.9688  61.0   0.061  34.5810   1.28  55.8   23
 1978.0   1.9686  61.0   0.061  34.5810   1.29  56.0   27
 1979.0   1.9684  61.0   0.061  34.5812   1.30  56.3   31
 1980.0   1.9678  61.0   0.061  34.5813   1.29  56.0   25
 1981.0   1.9670  61.0   0.061  34.5813   1.29  56.2   26
 1982.0   1.9666  61.0   0.061  34.5814   1.29  56.2   25
 1983.0   1.9664  61.0   0.061  34.5816   1.29  56.2   27
 1984.0   1.9666  61.0   0.061  34.5815   1.30  56.6   27
 1985.0   1.9665  61.0   0.061  34.5816   1.30  56.6   24
 1986.0   1.9659  61.0   0.061  34.5817   1.30  56.3   23
 1987.0   1.9653  61.0   0.061  34.5818   1.29  56.3   20
 1988.0   1.9640  61.0   0.061  34.5820   1.30  56.3   21
 1989.0   1.9635  61.0   0.061  34.5822   1.29  56.3   22
 1990.0   1.9625  61.0   0.061  34.5823   1.30  56.4   26
 1991.0   1.9620  61.0   0.061  34.5825   1.31  56.7   31
 1992.0   1.9616  61.0   0.061  34.5825   1.31  56.7   34
 1993.0   1.9610  61.0   0.061  34.5826   1.30  56.7   30
 1994.0   1.9598  61.0   0.061  34.5829   1.31  56.8   24
 1995.0   1.9592  61.0   0.061  34.5832   1.31  56.7   20
 1996.0   1.9583  61.0   0.061  34.5832   1.32  57.2   21
 1997.0   1.9579  61.0   0.061  34.5833   1.32  57.2   22
 1998.0   1.9572  61.0   0.061  34.5833   1.31  57.1   25
 1999.0   1.9568  61.0   0.061  34.5834   1.32  57.3   26
 2000.0   1.9566  61.0   0.061  34.5835   1.32  57.3   26
 2001.0   1.9563  61.0   0.061  34.5835   1.31  57.1   27
 2002.0   1.9559  61.0   0.061  34.5835   1.31  57.1   24
 2003.0   1.9558  61.0   0.061  34.5836   1.32  57.3   22
 2004.0   1.9557  61.0   0.061  34.5837   1.32  57.3   24
 2005.1   1.9555  61.0   0.061  34.5837   1.32  57.5   35
 2005.9   1.9553  61.0   0.061  34.5838   1.32  57.5   41
 2007.0   1.9547  61.0   0.061  34.5839   1.32  57.4   21
 2008.0   1.9544  61.0   0.061  34.5841   1.32  57.3   18
 2009.0   1.9542  61.0   0.061  34.5841   1.32  57.3   16
 2010.0   1.9537  61.0   0.061  34.5843   1.32  57.4   18
 2011.0   1.9513  61.0   0.061  34.5847   1.32  57.4   19
 2012.0   1.9502  61.0   0.061  34.5848   1.33  57.8   24
 2013.0   1.9498  61.0   0.061  34.5847   1.33  57.6   33
 2014.0   1.9496  61.0   0.061  34.5848   1.33  57.8   44
 2015.0   1.9493  61.0   0.061  34.5850   1.33  57.9   27
 2016.0   1.9489  61.0   0.061  34.5851   1.33  57.8   19
 2017.0   1.9483  61.0   0.061  34.5852   1.33  57.6   18
 2018.0   1.9475  61.0   0.061  34.5854   1.34  58.0   17
 2019.0   1.9464  61.0   0.061  34.5856   1.34  58.1   21
 2020.0   1.9441  61.0   0.061  34.5859   1.34  58.1   34
 2021.0   1.9425  61.0   0.061  34.5860   1.34  58.3   40
 2022.0   1.9423  61.0   0.061  34.5861   1.34  58.4   30
 2023.0   1.9416  61.0   0.061  34.5863   1.35  58.5   26
 2024.0   1.9417  61.0   0.061  34.5863   1.36  59.0   20
 2025.0   1.9418  61.0   0.061  34.5863   1.35  58.7   17
 2026.0   1.9416  61.0   0.061  34.5864   1.34  58.4   17
 2027.0   1.9408  61.0   0.061  34.5865   1.34  58.3   17
 2028.0   1.9403  61.0   0.061  34.5865   1.34  58.3   22
 2029.0   1.9399  61.0   0.061  34.5867   1.35  58.6   41
 2030.0   1.9387  61.0   0.061  34.5869   1.35  58.6   27
 2031.0   1.9374  61.0   0.061  34.5872   1.36  58.9   21
 2032.0   1.9369  61.0   0.061  34.5873   1.35  58.8   21
 2033.0   1.9363  61.0   0.061  34.5874   1.35  58.7   31
 2034.0   1.9357  61.0   0.061  34.5875   1.35  58.8   42
 2035.0   1.9360  61.0   0.061  34.5874   1.37  59.4   23
 2036.0   1.9362  61.0   0.061  34.5874   1.37  59.4   18
 2037.0   1.9365  61.0   0.061  34.5875   1.36  59.1   17
 2038.0   1.9365  61.0   0.061  34.5876   1.36  59.0   19
 2039.0   1.9365  60.9   0.061  34.5874   1.36  59.2   26
 2040.0   1.9364  61.0   0.061  34.5874   1.37  59.4   36
 2041.0   1.9366  61.0   0.061  34.5874   1.36  59.3   28
 2042.0   1.9364  61.0   0.061  34.5874   1.36  59.2   22
 2043.0   1.9365  61.0   0.061  34.5875   1.36  59.2   21
 2044.0   1.9363  61.0   0.061  34.5876   1.36  59.2   24
 2045.0   1.9360  61.0   0.061  34.5876   1.36  59.1   28
 2046.0   1.9359  61.0   0.061  34.5877   1.36  59.2   27
 2047.0   1.9357  61.0   0.061  34.5877   1.36  59.2   22
 2048.0   1.9356  61.0   0.061  34.5878   1.36  59.2   21
 2049.0   1.9354  61.0   0.061  34.5879   1.36  59.2   24
 2050.0   1.9344  61.0   0.061  34.5880   1.36  59.2   35
 2051.0   1.9325  61.0   0.061  34.5883   1.37  59.4   32
 2052.0   1.9309  61.0   0.061  34.5885   1.37  59.6   27
 2053.0   1.9303  61.0   0.061  34.5887   1.37  59.5   27
 2054.0   1.9296  61.0   0.061  34.5889   1.38  59.9   22
 2055.0   1.9290  61.0   0.061  34.5889   1.37  59.6   20
 2056.0   1.9286  61.0   0.061  34.5890   1.37  59.6   19
 2057.0   1.9282  61.0   0.061  34.5891   1.37  59.6   21
 2058.0   1.9280  61.0   0.061  34.5891   1.38  60.0   26
 2059.0   1.9277  61.0   0.061  34.5891   1.38  59.9   31
 2060.0   1.9277  61.0   0.061  34.5892   1.38  60.0   28
 2061.0   1.9271  61.0   0.061  34.5894   1.38  59.9   26
 2062.0   1.9260  61.0   0.061  34.5895   1.38  59.8   34
 2063.0   1.9256  61.0   0.061  34.5895   1.38  60.1   30
 2064.0   1.9251  61.0   0.061  34.5896   1.39  60.3   20
 2065.0   1.9240  61.0   0.061  34.5900   1.39  60.4   17
 2066.0   1.9240  61.0   0.061  34.5899   1.38  59.9   18
 2067.0   1.9238  61.0   0.061  34.5900   1.39  60.3   22
 2068.0   1.9237  61.0   0.061  34.5900   1.40  60.6   40
 2068.9   1.9235  61.0   0.061  34.5901   1.39  60.5   28
 2070.0   1.9236  61.0   0.061  34.5901   1.39  60.4   20
 2071.0   1.9233  61.0   0.061  34.5903   1.39  60.3   20
 2072.0   1.9224  61.0   0.061  34.5903   1.39  60.4   23
 2073.0   1.9211  61.0   0.061  34.5905   1.40  60.8   33
 2074.0   1.9208  61.0   0.061  34.5905   1.40  60.7   39
 2074.9   1.9211  61.0   0.061  34.5907   1.40  60.6   24
 2076.0   1.9185  61.0   0.061  34.5911   1.39  60.6   19
 2077.0   1.9140  61.0   0.061  34.5918   1.40  60.7   18
 2078.0   1.9133  61.0   0.061  34.5919   1.41  61.0   19
 2079.0   1.9129  61.0   0.061  34.5919   1.41  61.3   23
 2080.0   1.9125  61.0   0.061  34.5919   1.41  61.1   29
 2081.0   1.9109  61.0   0.061  34.5922   1.40  61.0   29
 2082.0   1.9090  61.0   0.061  34.5925   1.42  61.6   29
 2083.0   1.9086  61.0   0.061  34.5926   1.42  61.6   29
 2084.0   1.9080  61.0   0.061  34.5927   1.42  61.8   24
 2085.0   1.9063  61.0   0.061  34.5931   1.42  61.7   15
 2086.0   1.9028  61.0   0.061  34.5937   1.42  61.8   25
 2087.0   1.9030  61.0   0.061  34.5936   1.43  61.9   30
 2088.0   1.9032  61.0   0.061  34.5936   1.43  62.1   27
 2089.0   1.9034  61.0   0.061  34.5936   1.43  62.3   21
 2090.0   1.9032  61.0   0.061  34.5938   1.43  62.0   19
 2091.0   1.9030  61.0   0.061  34.5937   1.43  62.2   20
 2092.0   1.9029  61.0   0.061  34.5938   1.43  62.2   24
 2093.0   1.9030  61.0   0.061  34.5937   1.44  62.5   32
 2094.0   1.9032  61.0   0.061  34.5936   1.43  62.2   37
 2095.0   1.9029  61.0   0.061  34.5938   1.44  62.5   30
 2096.0   1.9016  61.0   0.061  34.5941   1.43  61.9   23
 2097.0   1.9001  61.0   0.061  34.5943   1.44  62.5   19
 2098.0   1.8992  61.0   0.061  34.5945   1.45  62.8   19
 2099.0   1.8981  61.0   0.061  34.5947   1.44  62.6   23
 2100.0   1.8973  61.0   0.061  34.5947   1.44  62.5   28
 2101.0   1.8975  61.0   0.061  34.5947   1.45  62.8   30
 2102.0   1.8974  61.0   0.061  34.5948   1.45  63.0   26
 2103.0   1.8975  61.0   0.061  34.5948   1.44  62.7   24
 2104.0   1.8974  61.0   0.061  34.5949   1.44  62.7   21
 2105.0   1.8974  61.0   0.061  34.5948   1.44  62.7   22
 2106.0   1.8975  61.0   0.061  34.5948   1.45  62.9   25
 2107.0   1.8976  61.0   0.061  34.5949   1.45  63.0   25
 2108.0   1.8976  61.0   0.061  34.5949   1.45  63.0   23
 2109.0   1.8972  61.0   0.061  34.5949   1.45  63.1   29
 2109.8   1.8972  61.0   0.061  34.5949   1.45  62.9   26
 2110.9   1.8969  61.0   0.061  34.5951   1.45  62.9   26
 2112.0   1.8957  61.0   0.061  34.5953   1.45  62.9   18
 2113.0   1.8934  61.0   0.061  34.5957   1.45  63.0   17
 2114.0   1.8925  61.0   0.061  34.5958   1.45  62.9   17
 2115.0   1.8919  61.0   0.061  34.5960   1.46  63.3   20
 2116.0   1.8909  61.0   0.061  34.5961   1.46  63.3   25
 2117.0   1.8904  61.0   0.061  34.5962   1.46  63.3   26
 2118.0   1.8903  61.0   0.061  34.5961   1.47  63.6   25
 2119.0   1.8898  61.0   0.061  34.5962   1.47  63.7   26
 2120.0   1.8897  61.0   0.061  34.5963   1.47  63.8   39
 2121.0   1.8899  61.0   0.061  34.5962   1.46  63.5   34
 2122.0   1.8900  61.0   0.061  34.5963   1.46  63.5   22
 2123.0   1.8901  61.0   0.061  34.5962   1.47  63.6   19
 2124.0   1.8896  61.0   0.061  34.5965   1.47  63.7   18
 2125.0   1.8880  61.0   0.061  34.5967   1.47  63.8   21
 2126.0   1.8876  61.0   0.061  34.5968   1.47  63.8   24
 2127.0   1.8871  61.0   0.061  34.5969   1.47  64.0   31
 2128.0   1.8862  61.0   0.061  34.5971   1.47  63.8   31
 2129.0   1.8857  61.0   0.061  34.5973   1.47  63.9   28
 2130.0   1.8854  61.0   0.061  34.5973   1.48  64.3   27
 2131.0   1.8854  61.0   0.061  34.5974   1.48  64.2   24
 2132.0   1.8856  61.0   0.061  34.5974   1.48  64.2   20
 2133.0   1.8855  61.0   0.061  34.5974   1.48  64.2   18
 2134.0   1.8852  61.0   0.061  34.5974   1.48  64.3   18
 2135.0   1.8849  61.0   0.061  34.5976   1.48  64.2   24
 2135.7   1.8852  61.0   0.061  34.5974   1.48  64.3   17
 2137.0   1.8851  61.0   0.061  34.5975   1.48  64.4   28
 2138.0   1.8849  61.0   0.061  34.5976   1.48  64.3   20
 2139.0   1.8849  61.0   0.061  34.5976   1.48  64.3   22
 2140.0   1.8848  61.0   0.061  34.5977   1.48  64.3   26
 2141.0   1.8837  61.0   0.061  34.5979   1.48  64.4   31
 2142.0   1.8837  61.0   0.061  34.5980   1.48  64.4   24
 2143.0   1.8839  61.0   0.061  34.5981   1.48  64.2   21
 2144.0   1.8839  61.0   0.061  34.5980   1.49  64.6   19
 2145.0   1.8836  61.0   0.061  34.5982   1.49  64.6   20
 2146.0   1.8834  61.0   0.061  34.5982   1.48  64.4   23
 2147.1   1.8833  61.0   0.061  34.5982   1.49  64.8   31
 2148.0   1.8831  61.0   0.061  34.5981   1.49  64.7   53
 2148.9   1.8834  61.0   0.061  34.5981   1.49  64.6   24
 2150.0   1.8835  61.0   0.061  34.5983   1.49  64.6   17
 2151.0   1.8837  61.0   0.061  34.5983   1.49  64.7   15
 2152.0   1.8839  61.0   0.061  34.5983   1.49  64.6   16
 2153.0   1.8837  61.0   0.061  34.5983   1.48  64.5   20
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 2922.6   1.6761  60.6   0.061  34.6410   2.16  93.7    5
 2924.1   1.6761  60.9   0.061  34.6411   2.16  93.8   19
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