*2013/12/16 15:36:07.53
*IOS HEADER VERSION 1.10 2011/10/26 2011/10/26

*FILE
    START TIME          : UTC 2011/09/07 01:13:12.000
    TIME INCREMENT      : 0 0 0 0.416667E-01 0  ! (day hr min sec ms)
    NUMBER OF RECORDS   : 1253
    DATA DESCRIPTION    : CTD
    FILE TYPE           : ASCII
    CRC                 : 1A129C8B
    NUMBER OF CHANNELS  : 8

    $TABLE: CHANNELS
    ! No Name                       Units           Minimum        Maximum
    !--- -------------------------- --------------- -------------- --------------
       1 Pressure                   decibar         3.121          1276.581
       2 Temperature:Secondary      'deg C (ITS90)' 2.7798         13.1668
       3 Transmissivity             %/metre         16.5           64.5
       4 Fluorescence:URU:Wetlabs   mg/m^3          0.3E-01        9.891
       5 Salinity:T1:C1             PSS-78          31.6976        34.4805
       6 Oxygen:Dissolved:SBE       mL/L            0.282          7.269
       7 Oxygen:Dissolved:SBE       umol/kg         12.25543       316.964
       8 Number_of_bin_records      n/a             1              53
    $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: P:\Cruise_Data_Processing\2011-17\Pro
    $END

*ADMINISTRATION
    MISSION             : 2011-17
    AGENCY              : IOS, Ocean Sciences Division, Sidney, B.C.
    COUNTRY             : Canada
    PROJECT             : La Perouse
    SCIENTIST           : Yelland D.
    PLATFORM            : John P. Tully

*LOCATION
    GEOGRAPHIC AREA     : WCVI
    STATION             : LBP5
    EVENT NUMBER        : 96
    LATITUDE            :  50   0.01000 N  ! (deg min)
    LONGITUDE           : 128   0.04000 W  ! (deg min)
    WATER DEPTH         : 1284
    ALTIMETER (M)       : 14.29                                 ! 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       : 0550
    LOCATION            : Mid-ship                              ! custom item
    $REMARKS
        SOFTWARE VERSION SEASAVE V 7.21B
    $END

*HISTORY

    $TABLE: PROGRAMS
    !   Name                     Vers   Date       Time     Recs In   Recs Out
    !   ------------------------ ------ ---------- -------- --------- ---------
        SBE_IOS                  3.1    2012/02/21 11:15:20     90764     90764
        CLEAN                    5.0.4  2012/02/21 11:37:53     90757     90757
        SHIFTDAT                 3.4    2012/02/21 12:07:58     90757     90757
        SHIFTDAT                 3.4    2012/02/21 14:55:15     90757     90757
        SHIFTDAT                 3.4    2012/02/21 15:17:10     90757     90757
        DELETE                   6.3    2012/02/21 15:51:31     90757     28123
        CTDEDIT                  4.61   2012/02/24 14:02:11     28123     26696
        CTDEDIT                  4.61   2012/02/24 14:08:36     28123     24535
        CALIB                    11.7   2012/02/27 11:30:00     24535     24535
        BINAVE                   4.1.1  2012/02/27 13:34:54     24535      1253
        REMOVECH                 8.1.1  2012/02/27 13:55:41      1253      1253
        CHGUNITS                 3.0    2012/02/27 14:08:05      1253      1253
        REORDER                  1.3    2012/02/27 14:08:44 ?         ?
        HDREDIT2                 2.5.1  2012/02/27 14:13:05 ?         ?
        CHANGE_CTD_CHANNEL_NAMES 1.0    2013/12/16 15:36:07      1253      1253
    $END
    $REMARKS
        -CLEAN functions: 2012/02/21 11:22:19 20
         Interpolation by   Record Number, in Pressure
         Set event to last  4 characters of file name
        -The following SHIFT parameters were used.
         Shift Channel: Fluorescence:Wetlabs:ECO-AFL
         # of Records to Advance (-ve for Delay):
         At REC#     0 Shift= 48.00
        -The following SHIFT parameters were used.
         Shift Channel: Conductivity:Primary
         # of Records to Advance (-ve for Delay):
         At REC#     0 Shift= -1.00
         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=  0.50
         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  1267.10 dbars
         Sample interval (from FILE section of header) =     0.042 seconds.
        -CTDEDIT 2012/02/24 14:02:11
           1427 records were deleted in this editing session.
             42 changes in channel Salinity:T1:C1
        -CTDEDIT 2012/02/24 14:08:36
           3588 records were deleted in this editing session.
             72 changes in channel Salinity:T1:C1
        -CALIB parameters: 2012/02/27 11:30:00
         Calibration type = Correct
         Mode: ONLY - calibration specs from Cal File only.
         Calibration file = P:\Cruise_Data_Processing\2011-17\Processing\doc\2011-17-recal.ccf
         Calibrations applied:
         Ch Name                          Units    Fmla Coefficents
         -- ----------------------------- --------- --- -----------------------------
          8 Fluorescence:Wetlabs:ECO-AFL  mg/m^3     10  0.9100000E-01  0.1000000E+01
        -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 2012/02/27 13:55:41
         The following CHANNEL(S) were removed:
          Scan_Number
          Temperature:Primary [deg C (ITS90)]
          Conductivity:Primary [S/m]
          Conductivity:Secondary [S/m]
          Oxygen:Voltage:SBE [volts]
          PAR [uE/m^2/sec]
          Status:Pump
          Descent_Rate [m/s]
          Altimeter [metres]
          Salinity:T0:C0 [PSS-78]
          Flag
        -CHANGE units:
         'Oxygen:Dissolved:SBE [mL/L]' changed from mL/L    to umol/kg
        -HEADER EDITS: 2012/02/27 14:13:05
         Applied edit header: P:\Cruise_Data_Processing\2011-17\Processing\doc\2011-17-HDR.TXT
         Channel  1: Pressure [decibar]
           Units:  dbars ==> decibar
           Format: F10.3 ==> F7.1
         Channel  4: Fluorescence:URU:Wetlabs [mg/m^3]
           Name:   Fluorescence:Wetlabs:ECO-AFL ==> Fluorescence:URU:Wetlabs
         Channel  5: Salinity:Practical:T1:C1 [PSS-78]
           Name:   Salinity:T1:C1 ==> Salinity:Practical:T1:C1
         Channel  6: Oxygen:Dissolved:SBE [mL/L]
           Format: F8.3 ==> F7.2
    $END

*COMMENTS
      SBE HEADER
        Sea-Bird SBE 9 Data File:
        FileName = E:\Data\2011-17\2011-17-0096.hex
        Software Version Seasave V 7.21b
        Temperature SN = 2374
        Conductivity SN = 3396
        Number of Bytes Per Scan = 37
        Number of Voltage Words = 4
        Number of Scans Averaged by the Deck Unit = 1
        System UpLoad Time = Sep 06 2011 18:13:46
        NMEA Latitude = 50 00.01 N
        NMEA Longitude = 128 00.04 W
        NMEA UTC (Time) = Sep 07 2011  01:13:12
        Store Lat/Lon Data = Append to Every Scan
         Ship: J P Tully
         Station: LBP5
         Depth: 1284
        System UTC = Sep 07 2011 01:13:46
      # nquan = 17
      # nvalues = 90764
      # 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 = xmiss: Beam Transmission, Chelsea/Seatech [%]
      # name 7 = flECO-AFL: Fluorescence, WET Labs ECO-AFL/FL [mg/m^3]
      # name 8 = sbeox0V: Oxygen raw, SBE 43 [V]
      # name 9 = par: PAR/Irradiance, Biospherical/Licor
      # name 10 = pumps: Pump Status
      # name 11 = dz/dtM: Descent Rate [m/s]
      # name 12 = altM: Altimeter [m]
      # 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,      90764
      # span 1 =   -273.598,   1277.101
      # span 2 =     2.7675,    13.1902
      # span 3 =     2.7735,    13.1833
      # span 4 =   0.448687,   3.765124
      # span 5 =   0.589680,   3.765132
      # span 6 =    -0.0189,    89.6519
      # span 7 =    -0.0609,    10.1649
      # span 8 =     0.5882,     3.1038
      # span 9 = 1.0000e-12, 1.0000e-12
      # span 10 =          0,          1
      # span 11 =   -212.001,    170.963
      # span 12 =       0.00,     100.00
      # span 13 =     3.1611,    34.4894
      # span 14 =     4.2308,    34.4874
      # span 15 =    0.25607,    7.51322
      # span 16 = 0.0000e+00, 0.0000e+00
      # interval = seconds: 0.0416667
      # start_time = Sep 07 2011 01:13:12 [NMEA time, header]
      # bad_flag = -9.990e-29
      # <Sensors count="13" >
      #   <sensor Channel="1" >
      #     <!-- Frequency 0, Temperature -->
      #     <TemperatureSensor SensorID="55" >
      #       <SerialNumber>2374</SerialNumber>
      #       <CalibrationDate>01-Apr-11 </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>4.34933399e-003</G>
      #       <H>6.45978519e-004</H>
      #       <I>2.36515700e-005</I>
      #       <J>2.25853980e-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>3396</SerialNumber>
      #       <CalibrationDate>29-Mar-11 </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>-9.91328016e+000</G>
      #         <H>1.31301026e+000</H>
      #         <I>2.66193245e-004</I>
      #         <J>4.87230021e-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>75636</SerialNumber>
      #       <CalibrationDate>13-Apr-11 </CalibrationDate>
      #       <C1>-4.232943e+004</C1>
      #       <C2>1.065076e-001</C2>
      #       <C3>1.464900e-002</C3>
      #       <D1>3.694200e-002</D1>
      #       <D2>0.000000e+000</D2>
      #       <T1>3.041883e+001</T1>
      #       <T2>-3.536199e-004</T2>
      #       <T3>4.388420e-006</T3>
      #       <T4>2.583800e-009</T4>
      #       <Slope>0.99993936</Slope>
      #       <Offset>0.23996</Offset>
      #       <T5>0.000000e+000</T5>
      #       <AD590M>1.286170e-002</AD590M>
      #       <AD590B>-9.445820e+000</AD590B>
      #     </PressureSensor>
      #   </sensor>
      #   <sensor Channel="4" >
      #     <!-- Frequency 3, Temperature, 2 -->
      #     <TemperatureSensor SensorID="55" >
      #       <SerialNumber>2668</SerialNumber>
      #       <CalibrationDate>01-Apr-11 </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>4.35634083e-003</G>
      #       <H>6.48582753e-004</H>
      #       <I>2.44368386e-005</I>
      #       <J>2.40505893e-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>29-Mar-11 </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>-1.05922233e+001</G>
      #         <H>1.61309216e+000</H>
      #         <I>-1.72181967e-003</I>
      #         <J>2.24719869e-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>1176</SerialNumber>
      #       <CalibrationDate>01-Apr-11p</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>4.7380e-001</Soc>
      #         <offset>-0.5196</offset>
      #         <A>-3.5502e-003</A>
      #         <B> 1.8841e-004</B>
      #         <C>-3.3087e-006</C>
      #         <D0> 2.5826e+000</D0>
      #         <D1> 1.92630e-004</D1>
      #         <D2>-4.64800e-002</D2>
      #         <E> 3.6000e-002</E>
      #         <Tau20> 1.9100</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, WET Labs ECO-AFL/FL -->
      #     <FluoroWetlabECO_AFL_FL_Sensor SensorID="20" >
      #       <SerialNumber>2216</SerialNumber>
      #       <CalibrationDate></CalibrationDate>
      #       <ScaleFactor>2.50000000e+001</ScaleFactor>
      #       <!-- Dark output -->
      #       <Vblank>0.0293</Vblank>
      #     </FluoroWetlabECO_AFL_FL_Sensor>
      #   </sensor>
      #   <sensor Channel="8" >
      #     <!-- A/D voltage 2, Transmissometer, Chelsea/Seatech -->
      #     <TransChelseaSeatechWetlabCStarSensor SensorID="59" >
      #       <SerialNumber>1396DR</SerialNumber>
      #       <CalibrationDate>Aug- 15-2011</CalibrationDate>
      #       <M>18.8502</M>
      #       <B>-0.0189</B>
      #       <PathLength>0.250</PathLength>
      #     </TransChelseaSeatechWetlabCStarSensor>
      #   </sensor>
      #   <sensor Channel="9" >
      #     <!-- A/D voltage 3, Free -->
      #   </sensor>
      #   <sensor Channel="10" >
      #     <!-- A/D voltage 4, Altimeter -->
      #     <AltimeterSensor SensorID="0" >
      #       <SerialNumber></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>4601</SerialNumber>
      #       <CalibrationDate>16-Mar-11</CalibrationDate>
      #       <M>1.00000000</M>
      #       <B>0.00000000</B>
      #       <CalibrationConstant>4219409282.69999980</CalibrationConstant>
      #       <Multiplier>1.00000000</Multiplier>
      #       <Offset>-0.34320000</Offset>
      #     </PAR_BiosphericalLicorChelseaSensor>
      #   </sensor>
      #   <sensor Channel="13" >
      #     <!-- A/D voltage 7, Free -->
      #   </sensor>
      # </Sensors>
      # datcnv_date = Feb 16 2012 13:53:08, 7.21d [datcnv_vars = 13]
      # datcnv_in = P:\Cruise_Data_Processing\2011-17\RAW\CTD\2011-17-0096.hex P:\Crui
      se_Data_Processing\2011-17\Processing\doc\2011-17-ctd-new.xmlcon
      # datcnv_skipover = 0
      # datcnv_ox_hysteresis_correction = yes
      # wildedit_date = Feb 16 2012 14:11:45, 7.21d
      # wildedit_in = P:\Cruise_Data_Processing\2011-17\Processing\convert\2011-17-009
      6.cnv
      # wildedit_pass1_nstd = 2.0
      # wildedit_pass2_nstd = 20.0
      # wildedit_pass2_mindelta = 0.000e+000
      # wildedit_npoint = 25
      # wildedit_vars = prDM t090C t190C c0S/m c1S/m
      # wildedit_excl_bad_scans = yes
      # alignctd_date = Feb 21 2012 09:20:38, 7.21d
      # alignctd_in = P:\Cruise_Data_Processing\2011-17\Processing\wildedit\2011-17-00
      96.cnv
      # alignctd_adv = sbeox0V 4.000
      # celltm_date = Feb 21 2012 10:07:58, 7.21d
      # celltm_in = P:\Cruise_Data_Processing\2011-17\Processing\align\2011-17-0096.cn
      v
      # celltm_alpha = 0.0200, 0.0300
      # celltm_tau = 7.0000, 9.0000
      # celltm_temp_sensor_use_for_cond = primary, secondary
      # Derive_date = Feb 21 2012 10:18:20, 7.21d [derive_vars = 3]
      # Derive_in = P:\Cruise_Data_Processing\2011-17\Processing\celltm\2011-17-0096.c
      nv P:\Cruise_Data_Processing\2011-17\Processing\doc\2011-17-ctd-new.xmlcon
      # derive_time_window_docdt = seconds: 2
      # derive_ox_tau_correction = yes
      # file_type = ascii
       END*
    NOTE: The first 2244 records were removed due to some pressure spiking that prevented
       DELETE from operating properly.
    The descent rate of the CTD was very noisy with many complete reversals
     of direction.
    CTDEDIT was used to remove surface records and many records corrupted by
     shed wakes; salinity was cleaned.


    Data Processing Notes:
        ----------------------
        Fluorescence, Transmissivity 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".

        SBE DO calibration was done using the method described in the SeaBird
          Application Note #64-2.

        The Oxygen:Dissolved:SBE data are considered, roughly, to be:
              ±1    mL/L above 10db
              ±0.2  mL/L from 10 to 100db
       ±0.1  mL/L from 100db to 200db
       ±0.04 mL/L below 200db

        For details on the processing see processing report: 2011-17-proc.doc.

*CALIBRATION

    $TABLE: CORRECTED CHANNELS
    !Name                           Units    Fmla Pad    Coefficients
    !------------------------------ -------- ---- ------ ------------
     Fluorescence:Wetlabs:ECO-AFL   mg/m^3     10 -99    () (0.91E-01 1)
    $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              Wetlabs          ved:   lved: _rec
!                                       SBE    SBE   ords
!------ -------- ----- ------- -------- ------ ----- ----
*END OF HEADER
    3.1  13.1668  16.5   9.670  31.6976   7.27 317.0   14
    3.8  13.1650  16.7   9.823  31.7017   7.23 315.1   11
    4.9  13.1511  17.3   9.695  31.7071   7.11 309.9   28
    6.0  13.1228  17.1   9.891  31.7094   6.97 304.0   22
    7.0  13.1049  17.3   9.866  31.7061   6.64 289.4   26
    8.0  13.0873  17.6   8.920  31.7106   6.21 270.7   27
    9.0  12.7876  19.5   6.993  31.7366   5.94 258.9   19
   10.0  12.5457  22.3   6.460  31.7740   5.79 252.5   14
   11.0  12.3054  25.4   5.891  31.8071   5.70 248.3   13
   12.0  12.1673  28.0   5.712  31.8080   5.57 243.0   14
   13.0  12.1066  29.4   5.403  31.8061   5.43 236.8   17
   14.0  11.8930  31.8   5.355  31.8290   5.26 229.5   25
   15.0  11.6237  35.2   4.499  31.8611   5.07 221.2   35
   16.0  11.2416  37.7   3.321  31.9184   5.02 218.7   25
   17.0  11.0748  39.8   3.380  31.9529   4.98 216.9   19
   18.0  11.0320  40.9   3.397  31.9615   4.92 214.4   19
   19.0  10.9393  41.5   3.385  31.9797   4.86 211.6   20
   20.0  10.8626  41.7   3.322  31.9921   4.79 208.9   27
   21.0  10.7185  42.7   3.026  32.0167   4.65 202.8   34
   22.0  10.6495  43.7   2.653  32.0285   4.35 189.7   25
   23.0  10.6169  44.4   2.338  32.0351   4.06 176.9   18
   24.0  10.4899  44.9   1.953  32.0616   3.89 169.4   15
   25.0  10.2370  45.7   1.619  32.1048   3.81 165.9   15
   26.0   9.8014  48.9   1.506  32.1788   3.78 164.5   20
   27.0   9.6204  53.9   1.441  32.2110   3.77 164.2   30
   28.0   9.5423  55.4   1.121  32.2343   3.78 164.5   30
   28.8   9.4931  56.6   0.995  32.2577   3.74 162.8   15
   30.1   9.4472  57.6   0.810  32.2800   3.63 158.0   22
   31.0   9.3862  58.2   0.551  32.2930   3.56 155.2   30
   32.0   9.2954  58.8   0.417  32.3127   3.57 155.4   18
   33.0   9.1724  59.5   0.396  32.3509   3.61 157.3   15
   34.0   9.1448  60.1   0.396  32.3611   3.65 158.9   15
   35.0   9.0398  60.4   0.337  32.3954   3.66 159.4   15
   36.0   8.8463  60.5   0.271  32.4625   3.63 158.0   20
   37.0   8.6517  61.6   0.213  32.5381   3.55 154.7   25
   38.0   8.5145  62.0   0.185  32.5776   3.51 152.7   24
   39.0   8.3919  61.8   0.183  32.6290   3.50 152.5   19
   40.0   8.3597  61.9   0.171  32.6502   3.51 152.9   15
   41.0   8.3399  61.9   0.152  32.6655   3.51 152.9   16
   42.0   8.3136  61.8   0.152  32.6839   3.51 152.6   19
   42.6   8.2981  61.8   0.152  32.6964   3.50 152.4    7
   44.1   8.2917  61.8   0.150  32.7095   3.53 153.7   16
   45.0   8.2740  61.6   0.124  32.7227   3.55 154.5   14
   46.0   8.2557  62.0   0.122  32.7375   3.56 154.9   11
   47.0   8.2378  62.1   0.122  32.7507   3.56 155.1   12
   48.0   8.2277  62.3   0.122  32.7578   3.56 155.0   12
   49.0   8.2208  62.4   0.148  32.7617   3.56 154.8   15
   50.0   8.2148  62.5   0.152  32.7648   3.56 154.9   24
   51.0   8.2121  62.5   0.140  32.7675   3.56 154.9   29
   52.0   8.2051  62.4   0.122  32.7708   3.55 154.3   27
   53.0   8.1979  62.5   0.124  32.7756   3.53 153.5   18
   54.0   8.1595  62.6   0.122  32.7958   3.51 152.6   18
   55.0   8.0794  62.6   0.124  32.8417   3.49 152.1   20
   56.0   8.0627  62.6   0.122  32.8528   3.48 151.5   20
   57.0   8.0557  62.6   0.122  32.8611   3.47 150.9   21
   58.0   8.0438  62.5   0.122  32.8709   3.45 150.1   19
   59.0   8.0238  62.5   0.122  32.8876   3.43 149.5   21
   60.0   7.9871  62.4   0.122  32.9164   3.43 149.2   25
   61.0   7.9211  62.3   0.122  32.9632   3.42 148.8   34
   62.0   7.9011  62.4   0.122  32.9757   3.38 147.0   27
   63.0   7.8618  62.5   0.122  33.0067   3.34 145.4   20
   64.0   7.8182  62.5   0.122  33.0441   3.32 144.5   17
   65.0   7.7786  62.3   0.093  33.0746   3.30 143.8   19
   66.0   7.7744  62.3   0.091  33.0828   3.29 143.0   26
   67.0   7.7736  62.3   0.091  33.0854   3.27 142.2   29
   68.0   7.7703  62.1   0.091  33.0888   3.26 142.0   25
   69.0   7.7429  62.2   0.091  33.1119   3.26 141.7   20
   70.0   7.7192  62.2   0.091  33.1277   3.25 141.6   18
   71.0   7.7121  62.1   0.091  33.1330   3.26 141.7   17
   72.0   7.7098  62.1   0.091  33.1346   3.26 141.9   17
   73.0   7.7058  62.1   0.091  33.1371   3.26 141.8   17
   74.0   7.6839  61.9   0.091  33.1535   3.26 141.8   20
   75.1   7.6555  62.2   0.091  33.1741   3.26 141.8   34
   76.0   7.6471  62.1   0.091  33.1801   3.34 145.2   42
   77.0   7.5998  62.2   0.091  33.2099   3.45 150.2   27
   78.0   7.5029  62.4   0.091  33.2654   3.51 152.7   20
   79.0   7.4483  62.5   0.091  33.3080   3.56 154.7   16
   80.0   7.4287  62.8   0.091  33.3220   3.58 155.9   13
   81.0   7.3998  62.9   0.091  33.3438   3.60 156.7   13
   82.0   7.3736  62.9   0.091  33.3634   3.62 157.3   15
   83.0   7.3297  62.9   0.091  33.3980   3.61 156.8   18
   83.9   7.2880  63.2   0.091  33.4353   3.57 155.4   24
   85.3   7.2572  63.3   0.091  33.4673   3.60 156.5    9
   86.4   7.2450  63.3   0.091  33.4826   3.60 156.6    6
   87.0   7.2389  63.3   0.091  33.4901   3.60 156.7   15
   88.0   7.2350  63.3   0.091  33.4944   3.61 157.0   14
   89.0   7.2307  63.4   0.091  33.4984   3.62 157.3   14
   90.0   7.2162  63.4   0.091  33.5126   3.63 157.7   16
   91.0   7.1920  63.4   0.091  33.5348   3.63 158.0   19
   92.0   7.1709  63.6   0.091  33.5579   3.63 157.9   24
   93.0   7.1481  63.6   0.072  33.5879   3.63 157.9   28
   94.0   7.1419  63.5   0.063  33.5974   3.62 157.4   26
   95.0   7.1381  63.7   0.083  33.6038   3.61 157.1   22
   96.0   7.1360  63.8   0.079  33.6085   3.61 157.2   20
   96.9   7.1337  63.8   0.063  33.6128   3.61 156.9   15
   98.4   7.1271  63.7   0.091  33.6246   3.58 155.8    4
   99.0   7.1247  63.7   0.091  33.6271   3.58 155.9   19
  100.0   7.1224  63.8   0.073  33.6308   3.59 156.1   13
  101.0   7.1207  63.8   0.061  33.6335   3.59 156.2   10
  102.0   7.1162  63.8   0.070  33.6399   3.60 156.4   10
  103.0   7.1153  63.8   0.091  33.6410   3.60 156.5    9
  104.0   7.1147  63.9   0.091  33.6416   3.60 156.5   10
  105.0   7.1099  63.9   0.079  33.6470   3.60 156.4   12
  106.1   7.1072  63.8   0.063  33.6502   3.59 156.1   17
  106.6   7.1072  63.9   0.061  33.6507   3.59 155.9    4
  107.9   7.1065  63.8   0.072  33.6535   3.52 153.2   11
  109.0   7.1069  63.9   0.084  33.6636   3.49 152.0   17
  110.0   7.1084  63.9   0.067  33.6726   3.47 150.8   21
  111.0   7.1122  63.8   0.069  33.6775   3.45 150.1   29
  112.0   7.1079  63.5   0.086  33.6896   3.44 149.7   33
  113.0   7.0962  63.7   0.071  33.7011   3.41 148.4   24
  114.0   7.0908  63.9   0.091  33.7065   3.39 147.3   18
  115.0   7.0846  63.9   0.066  33.7166   3.37 146.6   17
  116.0   7.0774  63.9   0.074  33.7243   3.35 145.5   16
  117.0   7.0736  63.9   0.091  33.7282   3.31 144.1   16
  118.0   7.0651  63.9   0.091  33.7364   3.29 143.0   18
  119.0   7.0403  63.9   0.079  33.7588   3.27 142.0   22
  120.0   7.0266  63.9   0.062  33.7687   3.24 141.0   25
  121.0   7.0153  64.0   0.072  33.7763   3.21 139.8   28
  122.0   7.0058  63.9   0.078  33.7825   3.20 139.1   30
  123.0   7.0016  63.9   0.061  33.7853   3.17 137.8   29
  124.0   6.9974  63.9   0.061  33.7883   3.13 136.1   27
  125.0   6.9872  64.0   0.061  33.7949   3.09 134.5   25
  126.0   6.9790  64.0   0.079  33.8006   3.06 133.0   22
  127.0   6.9735  64.0   0.091  33.8048   3.03 132.0   19
  128.0   6.9675  63.9   0.091  33.8091   3.02 131.3   18
  129.0   6.9606  63.9   0.066  33.8134   3.00 130.6   19
  130.0   6.9558  63.9   0.081  33.8166   2.97 129.2   29
  130.9   6.9502  63.9   0.073  33.8195   2.93 127.4   32
  132.0   6.9412  63.9   0.086  33.8247   2.88 125.1   24
  133.0   6.9375  63.9   0.061  33.8269   2.85 124.1   19
  134.0   6.9304  63.9   0.061  33.8314   2.84 123.5   16
  135.0   6.9274  63.9   0.063  33.8347   2.83 122.9   16
  136.0   6.9260  63.9   0.064  33.8369   2.82 122.7   18
  137.0   6.9251  63.8   0.062  33.8384   2.82 122.6   27
  138.0   6.9242  63.7   0.063  33.8409   2.81 122.3   19
  139.0   6.9244  63.7   0.062  33.8406   2.80 121.6   24
  140.0   6.9242  63.8   0.062  33.8421   2.79 121.2   21
  141.0   6.9230  63.7   0.061  33.8441   2.78 120.7   20
  142.0   6.9228  63.8   0.061  33.8450   2.75 119.8   31
  143.0   6.9172  63.8   0.061  33.8480   2.71 117.9   40
  144.0   6.9131  63.8   0.061  33.8510   2.68 116.4   21
  145.0   6.9106  63.8   0.061  33.8554   2.67 116.1   15
  146.0   6.9069  63.8   0.061  33.8600   2.67 116.1   15
  147.0   6.9061  63.8   0.061  33.8607   2.67 116.1   14
  148.0   6.9058  63.8   0.061  33.8609   2.67 116.3   18
  148.9   6.9055  63.7   0.061  33.8613   2.67 116.0   20
  150.1   6.9047  63.8   0.064  33.8616   2.64 114.7   30
  151.0   6.8993  63.8   0.061  33.8627   2.63 114.3   24
  152.0   6.9006  63.8   0.061  33.8637   2.61 113.7   16
  153.0   6.9026  63.7   0.061  33.8644   2.61 113.3   15
  154.0   6.9043  63.7   0.061  33.8654   2.60 113.1   13
  155.0   6.8991  63.9   0.061  33.8662   2.59 112.7   14
  156.0   6.8895  63.8   0.061  33.8666   2.59 112.5   16
  157.0   6.8851  63.7   0.061  33.8666   2.59 112.4   21
  158.0   6.8795  63.7   0.061  33.8666   2.59 112.5   30
  158.7   6.8776  63.7   0.061  33.8669   2.60 112.9   13
  160.0   6.8751  63.6   0.061  33.8686   2.54 110.6   29
  161.0   6.8757  63.6   0.061  33.8685   2.52 109.5   18
  162.0   6.8743  63.7   0.061  33.8700   2.50 108.9   13
  163.0   6.8697  63.7   0.061  33.8741   2.50 108.6   13
  164.0   6.8671  63.7   0.061  33.8774   2.50 108.5   14
  165.0   6.8652  63.6   0.061  33.8802   2.49 108.5   14
  166.0   6.8652  63.7   0.061  33.8802   2.50 108.6   15
  167.0   6.8652  63.7   0.061  33.8807   2.50 108.6   17
  168.1   6.8650  63.6   0.061  33.8807   2.50 108.8   24
  169.0   6.8655  63.7   0.060  33.8804   2.49 108.4   22
  169.9   6.8654  63.7   0.061  33.8806   2.47 107.6   29
  171.0   6.8644  63.7   0.061  33.8829   2.46 106.9   20
  172.0   6.8640  63.8   0.061  33.8844   2.45 106.7   17
  173.0   6.8632  63.7   0.061  33.8854   2.45 106.5   17
  174.0   6.8619  63.8   0.061  33.8878   2.45 106.4   20
  175.1   6.8612  63.8   0.072  33.8894   2.44 106.1   40
  175.9   6.8616  63.7   0.071  33.8905   2.42 105.4   36
  177.0   6.8603  63.7   0.061  33.8920   2.40 104.4   20
  178.0   6.8561  63.8   0.061  33.8940   2.39 104.2   17
  179.0   6.8547  63.8   0.061  33.8953   2.39 103.8   16
  180.0   6.8543  63.9   0.061  33.8969   2.38 103.7   17
  181.0   6.8507  63.9   0.072  33.8986   2.38 103.5   17
  182.0   6.8471  63.9   0.091  33.8997   2.37 103.2   20
  183.1   6.8459  63.8   0.061  33.9007   2.37 103.0   29
  184.3   6.8409  63.9   0.061  33.9019   2.32 101.0   21
  184.9   6.8264  63.8   0.061  33.9028   2.29  99.7   28
  186.0   6.8148  63.7   0.061  33.9032   2.26  98.1   18
  187.0   6.8110  63.7   0.061  33.9035   2.22  96.7   15
  188.0   6.8026  63.6   0.061  33.9054   2.20  95.9   14
  189.0   6.7889  63.6   0.061  33.9079   2.20  95.6   14
  190.0   6.7752  63.5   0.061  33.9099   2.19  95.3   17
  191.0   6.7671  63.4   0.061  33.9114   2.19  95.1   23
  192.1   6.7648  63.2   0.061  33.9119   2.18  94.8   45
  192.9   6.7623  63.4   0.061  33.9125   2.13  92.7   47
  194.0   6.7443  63.3   0.061  33.9167   2.10  91.4   21
  195.0   6.7347  63.3   0.077  33.9188   2.10  91.2   15
  196.0   6.7292  63.1   0.091  33.9196   2.10  91.2   13
  197.0   6.7265  63.1   0.091  33.9198   2.10  91.1   13
  198.0   6.7252  63.1   0.091  33.9201   2.09  91.0   15
  199.0   6.7242  63.1   0.091  33.9201   2.09  90.7   20
  200.0   6.7207  63.1   0.070  33.9209   2.08  90.5   31
  201.0   6.7189  63.0   0.060  33.9215   2.08  90.3   37
  202.0   6.7165  63.0   0.060  33.9220   2.07  89.8   49
  203.0   6.7139  63.0   0.060  33.9224   2.05  89.3   31
  204.0   6.7126  63.0   0.061  33.9226   2.04  88.8   19
  205.0   6.7084  63.0   0.059  33.9232   2.03  88.3   16
  206.0   6.7056  62.9   0.061  33.9237   2.02  87.8   14
  207.0   6.7038  62.9   0.061  33.9245   2.01  87.3   15
  208.0   6.7024  62.9   0.057  33.9250   1.99  86.5   16
  209.0   6.6961  62.9   0.055  33.9266   1.98  86.1   16
  210.0   6.6753  62.9   0.089  33.9277   1.99  86.4   17
  211.0   6.6454  62.6   0.073  33.9273   2.01  87.2   23
  211.6   6.6420  62.2   0.053  33.9272   2.02  87.6    4
  213.1   6.6257  61.9   0.056  33.9287   1.92  83.7   12
  214.0   6.6238  61.9   0.056  33.9303   1.92  83.5   13
  215.0   6.6210  61.9   0.061  33.9306   1.92  83.4   13
  216.0   6.6161  61.9   0.070  33.9314   1.92  83.4   14
  217.0   6.6122  61.9   0.091  33.9322   1.91  83.2   18
  218.0   6.6094  62.0   0.066  33.9324   1.91  83.1   23
  219.0   6.6057  61.9   0.060  33.9329   1.91  83.0   25
  220.0   6.6024  61.9   0.081  33.9335   1.91  82.9   24
  221.0   6.5988  61.3   0.072  33.9341   1.90  82.7   28
  222.3   6.5955  61.7   0.061  33.9352   1.88  81.9   17
  223.0   6.5945  61.8   0.061  33.9356   1.87  81.5   20
  224.0   6.5927  61.7   0.061  33.9365   1.86  81.1   14
  225.0   6.5888  61.7   0.061  33.9382   1.86  81.1   13
  226.0   6.5878  61.8   0.061  33.9387   1.87  81.2   13
  227.0   6.5850  61.7   0.061  33.9400   1.87  81.1   18
  227.9   6.5809  61.5   0.066  33.9418   1.85  80.4   18
  228.9   6.5785  61.6   0.061  33.9422   1.83  79.5   36
  230.0   6.5716  61.5   0.060  33.9433   1.82  79.1   21
  231.0   6.5695  61.5   0.059  33.9437   1.82  78.9   19
  232.0   6.5642  61.4   0.072  33.9444   1.81  78.8   16
  233.0   6.5595  61.3   0.091  33.9454   1.81  78.8   15
  234.0   6.5553  61.3   0.065  33.9463   1.81  78.9   14
  235.0   6.5500  61.2   0.059  33.9467   1.82  79.0   15
  236.0   6.5454  61.1   0.054  33.9469   1.82  79.0   18
  236.7   6.5409  61.3   0.055  33.9472   1.81  78.8   11
  238.0   6.5344  61.2   0.058  33.9479   1.79  77.9   20
  239.0   6.5308  61.2   0.056  33.9483   1.78  77.4   17
  240.0   6.5264  61.0   0.044  33.9490   1.78  77.3   13
  241.0   6.5212  60.7   0.054  33.9499   1.77  77.0   14
  242.0   6.5143  61.2   0.056  33.9506   1.77  76.8   13
  243.0   6.5091  61.2   0.059  33.9513   1.76  76.7   15
  244.0   6.4998  61.2   0.056  33.9526   1.77  76.9   17
  245.0   6.4852  61.3   0.058  33.9543   1.77  77.1   19
  246.0   6.4804  61.3   0.057  33.9550   1.78  77.3   21
  247.5   6.4833  61.5   0.061  33.9549   1.76  76.7    1
  248.0   6.4788  61.5   0.089  33.9555   1.76  76.5   15
  249.0   6.4764  61.5   0.091  33.9558   1.75  76.1   11
  250.0   6.4752  61.5   0.058  33.9559   1.75  76.0   11
  251.0   6.4715  61.4   0.061  33.9567   1.75  76.0   11
  252.0   6.4658  61.5   0.075  33.9573   1.75  76.1   11
  253.0   6.4662  61.6   0.091  33.9573   1.75  76.0   15
  254.0   6.4570  61.7   0.064  33.9585   1.75  75.9   22
  255.2   6.4512  61.8   0.070  33.9592   1.74  75.4   36
  255.9   6.4460  61.8   0.052  33.9596   1.72  74.9   36
  257.0   6.4353  61.8   0.057  33.9612   1.71  74.3   23
  258.0   6.4232  61.8   0.056  33.9629   1.70  74.0   19
  259.0   6.4073  61.8   0.054  33.9649   1.70  74.1   17
  260.0   6.4054  61.8   0.051  33.9655   1.70  74.0   18
  261.0   6.4048  61.8   0.061  33.9657   1.70  73.9   19
  262.0   6.4037  61.8   0.052  33.9660   1.70  73.8   25
  263.0   6.4043  61.8   0.053  33.9662   1.70  73.7   52
  263.9   6.4032  61.9   0.052  33.9664   1.68  73.1   29
  265.0   6.4007  61.9   0.061  33.9667   1.67  72.7   17
  266.0   6.3923  61.9   0.065  33.9681   1.66  72.4   14
  267.0   6.3832  61.9   0.091  33.9697   1.66  72.1   12
  268.0   6.3724  61.9   0.077  33.9712   1.66  72.3   13
  269.0   6.3642  61.8   0.059  33.9722   1.66  72.2   15
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  271.0   6.3557  62.0   0.054  33.9735   1.64  71.5   19
  271.9   6.3521  61.8   0.066  33.9740   1.63  70.8   38
  273.0   6.3434  61.6   0.071  33.9753   1.62  70.4   23
  274.0   6.3389  61.5   0.061  33.9757   1.61  70.2   16
  275.0   6.3374  61.4   0.057  33.9759   1.61  70.2   14
  276.0   6.3227  61.3   0.059  33.9776   1.62  70.2   13
  277.0   6.3161  61.5   0.057  33.9780   1.61  70.0   15
  278.1   6.3172  61.6   0.076  33.9778   1.61  70.1   20
  279.1   6.3166  61.6   0.070  33.9779   1.61  70.0   44
  279.9   6.3167  61.6   0.060  33.9779   1.61  69.8   31
  281.0   6.3153  61.5   0.059  33.9780   1.60  69.5   20
  282.0   6.3132  61.6   0.059  33.9782   1.60  69.4   19
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  284.0   6.3047  61.7   0.061  33.9793   1.60  69.4   37
  285.0   6.3002  61.7   0.056  33.9800   1.58  68.7   36
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  287.0   6.2826  61.8   0.058  33.9821   1.56  68.0   18
  288.0   6.2756  61.8   0.085  33.9827   1.56  67.7   15
  289.0   6.2539  61.9   0.089  33.9849   1.55  67.6   14
  290.0   6.2226  62.1   0.057  33.9875   1.55  67.5   15
  291.0   6.2113  62.6   0.072  33.9879   1.55  67.6   17
  292.1   6.2056  62.8   0.081  33.9883   1.56  67.9   25
  293.3   6.2017  63.0   0.061  33.9885   1.53  66.5    8
  294.0   6.1852  63.0   0.061  33.9896   1.52  66.0   15
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  298.7   6.1341  63.2   0.088  33.9951   1.48  64.3   10
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  301.0   6.0898  63.3   0.054  33.9996   1.46  63.3   25
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  303.0   6.0869  63.4   0.081  33.9998   1.46  63.3   29
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  306.0   6.0864  63.4   0.051  34.0004   1.45  63.1   19
  307.0   6.0859  63.5   0.051  34.0004   1.45  62.9   18
  308.0   6.0845  63.5   0.052  34.0008   1.44  62.8   24
  309.0   6.0823  63.5   0.056  34.0012   1.44  62.6   27
  310.0   6.0787  63.4   0.058  34.0019   1.43  62.3   22
  311.0   6.0755  63.4   0.052  34.0024   1.43  62.1   18
  312.0   6.0726  63.5   0.073  34.0027   1.43  62.0   22
  313.0   6.0678  63.3   0.075  34.0032   1.42  61.8   29
  314.0   6.0587  63.5   0.053  34.0040   1.41  61.5   31
  315.0   6.0485  63.5   0.051  34.0052   1.41  61.2   35
  316.0   6.0424  63.4   0.055  34.0059   1.40  60.9   38
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  318.0   6.0335  63.5   0.054  34.0071   1.38  60.1   18
  319.0   6.0297  63.6   0.087  34.0073   1.37  59.6   14
  320.0   6.0216  63.7   0.089  34.0084   1.36  59.0   13
  321.0   5.9976  63.7   0.086  34.0113   1.35  58.8   13
  322.0   5.9831  63.8   0.070  34.0125   1.35  58.8   16
  323.1   5.9804  63.8   0.047  34.0126   1.35  58.8   25
  324.2   5.9761  63.8   0.062  34.0136   1.34  58.4   30
  324.9   5.9720  63.8   0.061  34.0138   1.34  58.1   37
  326.0   5.9718  63.7   0.042  34.0139   1.33  58.0   25
  327.0   5.9711  63.7   0.042  34.0142   1.33  57.7   20
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  329.0   5.9668  63.8   0.049  34.0149   1.31  57.1   16
  330.0   5.9571  63.9   0.081  34.0159   1.31  57.0   15
  331.0   5.9514  63.8   0.082  34.0165   1.31  56.9   16
  332.0   5.9485  63.9   0.045  34.0169   1.30  56.7   17
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  333.7   5.9336  63.9   0.048  34.0183   1.30  56.7   12
  335.1   5.9305  63.8   0.089  34.0188   1.29  56.1   18
  336.0   5.9288  63.7   0.089  34.0190   1.28  55.7   18
  337.0   5.9261  63.8   0.082  34.0195   1.28  55.5   14
  338.0   5.9217  63.8   0.089  34.0199   1.27  55.1   12
  339.0   5.9167  63.8   0.082  34.0204   1.26  54.9   14
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  341.0   5.8970  63.9   0.041  34.0228   1.25  54.2   17
  342.0   5.8880  63.8   0.049  34.0240   1.24  54.0   23
  343.0   5.8792  63.9   0.047  34.0252   1.24  53.7   24
  343.9   5.8729  63.9   0.056  34.0262   1.22  53.0   37
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  346.0   5.8638  63.9   0.045  34.0283   1.21  52.5   18
  347.0   5.8607  63.9   0.041  34.0291   1.20  52.2   20
  348.0   5.8589  63.9   0.042  34.0298   1.20  52.1   26
  349.0   5.8577  63.7   0.040  34.0307   1.20  52.1   27
  350.0   5.8572  63.6   0.038  34.0312   1.20  52.0   24
  351.0   5.8574  63.6   0.044  34.0312   1.19  51.7   24
  352.0   5.8572  63.6   0.039  34.0317   1.19  51.7   23
  353.0   5.8570  63.5   0.041  34.0321   1.19  51.6   22
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  356.0   5.8568  63.3   0.057  34.0327   1.18  51.3   29
  357.0   5.8571  63.4   0.058  34.0324   1.18  51.3   20
  358.0   5.8556  63.3   0.087  34.0334   1.17  51.0   17
  359.0   5.8536  63.2   0.089  34.0339   1.17  50.7   17
  360.0   5.8522  63.2   0.062  34.0343   1.17  50.8   18
  361.0   5.8495  63.2   0.039  34.0347   1.16  50.6   21
  362.0   5.8438  63.1   0.033  34.0355   1.15  50.1   27
  363.0   5.8378  63.1   0.039  34.0365   1.14  49.5   38
  364.0   5.8254  63.1   0.039  34.0380   1.13  49.0   28
  365.0   5.8064  62.7   0.037  34.0404   1.12  48.7   25
  366.0   5.8010  63.0   0.038  34.0410   1.11  48.4   24
  367.0   5.7993  63.1   0.059  34.0412   1.11  48.1   22
  368.0   5.7966  63.1   0.075  34.0418   1.10  47.7   19
  369.0   5.7887  63.0   0.034  34.0427   1.09  47.5   17
  370.0   5.7755  62.8   0.062  34.0446   1.09  47.4   17
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  372.1   5.7528  62.9   0.043  34.0471   1.07  46.7   19
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  374.0   5.7407  63.0   0.048  34.0485   1.06  46.0   17
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  376.0   5.7326  62.7   0.085  34.0495   1.05  45.5   14
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  378.0   5.7127  63.1   0.049  34.0516   1.04  45.2   19
  379.0   5.7035  63.2   0.053  34.0530   1.03  44.9   29
  379.9   5.6956  63.0   0.041  34.0537   1.02  44.2   27
  381.0   5.6845  62.9   0.033  34.0552   1.01  44.1   18
  382.0   5.6725  62.8   0.040  34.0566   1.01  43.9   16
  383.0   5.6666  62.9   0.037  34.0574   1.01  43.9   18
  384.0   5.6663  63.1   0.039  34.0572   1.00  43.7   23
  385.0   5.6633  63.2   0.038  34.0575   1.00  43.6   35
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  387.0   5.6536  63.2   0.048  34.0589   0.99  43.1   28
  388.0   5.6524  63.2   0.079  34.0591   0.98  42.8   20
  389.0   5.6492  63.3   0.091  34.0595   0.98  42.6   18
  390.0   5.6469  63.3   0.087  34.0598   0.98  42.6   17
  391.0   5.6414  63.3   0.085  34.0604   0.98  42.5   19
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  393.0   5.6300  63.2   0.075  34.0620   0.97  42.3   21
  394.0   5.6282  63.3   0.053  34.0623   0.97  42.2   19
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  396.0   5.6149  63.2   0.034  34.0637   0.95  41.5   26
  397.0   5.6023  63.2   0.037  34.0654   0.94  41.1   36
  398.0   5.5940  63.2   0.065  34.0664   0.93  40.4   33
  399.0   5.5791  63.2   0.077  34.0681   0.92  39.8   24
  400.0   5.5525  63.4   0.085  34.0713   0.91  39.7   20
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  408.0   5.5277  63.6   0.032  34.0741   0.90  39.0   18
  409.1   5.5237  63.6   0.034  34.0746   0.89  38.7   35
  409.9   5.5193  63.5   0.033  34.0752   0.89  38.5   38
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  412.0   5.4996  63.5   0.056  34.0776   0.87  37.9   18
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  414.0   5.4753  63.5   0.035  34.0806   0.86  37.3   29
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  416.0   5.4658  63.5   0.065  34.0817   0.85  37.0   33
  417.0   5.4601  63.5   0.037  34.0821   0.85  36.8   21
  418.0   5.4569  63.6   0.050  34.0822   0.85  36.9   17
  419.0   5.4532  63.5   0.080  34.0822   0.84  36.6   14
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  423.8   5.4344  63.9   0.057  34.0827   0.84  36.5   24
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  428.0   5.4322  63.7   0.054  34.0850   0.83  36.2   14
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  431.0   5.4330  63.5   0.048  34.0857   0.82  35.9   20
  432.0   5.4231  63.3   0.077  34.0859   0.82  35.7   24
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  434.0   5.4083  63.9   0.082  34.0859   0.82  35.6   33
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  437.0   5.4067  64.2   0.043  34.0860   0.81  35.3   17
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  439.0   5.4063  64.3   0.085  34.0871   0.80  34.9   15
  440.0   5.4050  64.2   0.057  34.0877   0.81  35.1   18
  441.0   5.4027  64.2   0.039  34.0881   0.80  35.0   23
  442.1   5.3991  64.2   0.041  34.0886   0.80  34.9   44
  443.0   5.3942  64.1   0.053  34.0895   0.79  34.4   46
  444.0   5.3839  64.1   0.048  34.0914   0.78  33.9   24
  445.0   5.3801  64.0   0.082  34.0919   0.78  33.8   16
  446.0   5.3774  64.1   0.049  34.0923   0.77  33.6   13
  447.0   5.3750  64.1   0.040  34.0928   0.77  33.7   13
  448.0   5.3715  64.1   0.068  34.0937   0.77  33.6   12
  449.0   5.3649  64.0   0.085  34.0950   0.77  33.6   14
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  451.0   5.3621  64.0   0.062  34.0953   0.78  33.8   27
  452.4   5.3619  64.0   0.030  34.0953   0.76  33.2    4
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  454.0   5.3585  64.1   0.047  34.0957   0.76  33.2   13
  455.0   5.3577  64.1   0.086  34.0958   0.76  33.2   11
  456.0   5.3549  64.0   0.077  34.0963   0.76  33.3   11
  457.0   5.3538  64.1   0.081  34.0962   0.77  33.4   12
  458.0   5.3537  64.1   0.080  34.0964   0.77  33.3   14
  458.8   5.3535  64.1   0.037  34.0964   0.76  33.2   14
  460.3   5.3527  63.9   0.075  34.0967   0.76  33.2   11
  461.0   5.3522  64.0   0.058  34.0967   0.76  33.1   30
  462.0   5.3507  64.0   0.034  34.0968   0.76  33.0   26
  463.0   5.3504  64.1   0.036  34.0968   0.76  32.9   21
  464.0   5.3479  64.1   0.041  34.0970   0.75  32.7   17
  465.0   5.3370  64.1   0.040  34.0983   0.75  32.5   15
  466.0   5.3332  64.1   0.037  34.0987   0.75  32.6   14
  467.0   5.3328  64.1   0.034  34.0986   0.75  32.7   16
  468.1   5.3316  64.0   0.062  34.0988   0.75  32.7   24
  469.1   5.3311  64.0   0.045  34.0990   0.75  32.4    6
  470.0   5.3287  64.0   0.030  34.0991   0.74  32.2   15
  471.0   5.3278  64.1   0.035  34.0992   0.74  32.1   13
  472.0   5.3262  64.1   0.063  34.0995   0.73  31.9   12
  473.0   5.3220  64.1   0.073  34.1001   0.73  31.7   15
  474.0   5.3056  64.1   0.038  34.1018   0.73  31.5   22
  475.0   5.2968  64.1   0.032  34.1029   0.72  31.2   31
  476.0   5.2851  64.0   0.032  34.1045   0.71  31.1   25
  477.0   5.2767  64.0   0.065  34.1056   0.71  30.9   24
  478.0   5.2744  63.9   0.043  34.1060   0.71  30.8   24
  479.0   5.2721  64.0   0.032  34.1062   0.71  30.9   31
  480.0   5.2682  63.9   0.032  34.1068   0.71  30.7   37
  481.0   5.2635  63.9   0.052  34.1073   0.70  30.5   40
  482.0   5.2586  63.9   0.074  34.1083   0.70  30.4   26
  483.0   5.2573  63.9   0.049  34.1085   0.69  30.2   18
  484.0   5.2566  64.0   0.030  34.1084   0.69  30.0   14
  485.0   5.2543  64.1   0.071  34.1089   0.69  29.9   12
  486.0   5.2479  64.0   0.075  34.1100   0.69  29.8   13
  487.0   5.2373  63.7   0.042  34.1113   0.68  29.5   13
  488.0   5.2303  63.9   0.030  34.1122   0.68  29.6   17
  489.1   5.2219  64.0   0.031  34.1133   0.69  30.0   26
  491.1   5.2160  64.0   0.032  34.1144   0.67  29.0   14
  492.0   5.2149  64.0   0.030  34.1144   0.67  28.9   14
  493.0   5.2147  64.0   0.068  34.1147   0.67  29.0   13
  494.0   5.2126  64.0   0.068  34.1150   0.66  28.8   13
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  496.0   5.2010  64.0   0.034  34.1165   0.66  28.8   15
  497.0   5.1923  64.0   0.078  34.1175   0.66  28.8   19
  498.4   5.1900  63.9   0.034  34.1178   0.65  28.1    8
  499.0   5.1802  63.9   0.036  34.1192   0.64  27.8   25
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  502.0   5.1492  64.2   0.032  34.1232   0.63  27.5   16
  503.0   5.1443  64.1   0.035  34.1240   0.63  27.5   18
  503.9   5.1431  64.1   0.037  34.1242   0.63  27.3   21
  505.0   5.1391  64.2   0.066  34.1248   0.63  27.2   27
  506.0   5.1354  64.1   0.052  34.1255   0.62  27.0   20
  507.0   5.1292  64.1   0.032  34.1264   0.62  26.9   17
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  508.8   5.1221  64.1   0.030  34.1274   0.62  27.1   16
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  515.0   5.1048  64.2   0.070  34.1294   0.61  26.4   16
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  516.6   5.0995  64.2   0.038  34.1297   0.61  26.3    8
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  528.0   5.0583  63.7   0.045  34.1318   0.61  26.3   18
  529.0   5.0569  63.4   0.079  34.1321   0.61  26.3   17
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  546.0   4.9690  64.1   0.039  34.1428   0.56  24.1   27
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  549.0   4.9472  64.0   0.072  34.1452   0.55  24.0   14
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  551.0   4.9361  63.7   0.070  34.1468   0.55  23.9   16
  551.9   4.9341  63.7   0.040  34.1469   0.55  24.0   24
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  557.9   4.9021  63.9   0.068  34.1501   0.52  22.8   28
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  563.1   4.8693  64.2   0.069  34.1537   0.52  22.6   32
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  564.9   4.8628  64.1   0.069  34.1545   0.51  22.2   27
  566.0   4.8618  64.2   0.063  34.1547   0.50  21.9   18
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  616.0   4.6439  63.5   0.030  34.1835   0.43  18.9   12
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  621.5   4.6206  63.5   0.061  34.1872   0.42  18.3    1
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  723.1   4.2945  64.1   0.030  34.2402   0.33  14.5   31
  724.3   4.2954  64.1   0.078  34.2401   0.32  14.0    7
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  726.0   4.2956  64.3   0.073  34.2404   0.33  14.2   15
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  728.0   4.2946  64.2   0.030  34.2406   0.33  14.2   16
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  731.9   4.2854  64.3   0.062  34.2422   0.33  14.2   35
  733.0   4.2862  64.3   0.061  34.2421   0.32  14.1   18
  734.0   4.2857  64.3   0.063  34.2420   0.32  14.0   14
  735.0   4.2811  64.3   0.066  34.2428   0.32  13.9   13
  736.0   4.2797  64.3   0.063  34.2431   0.32  14.0   13
  737.0   4.2795  64.3   0.063  34.2432   0.32  14.1   16
  738.0   4.2797  64.3   0.066  34.2431   0.32  14.1   24
  739.3   4.2811  64.2   0.030  34.2431   0.32  13.8   11
  740.0   4.2785  64.1   0.043  34.2435   0.31  13.6   16
  741.0   4.2779  64.3   0.061  34.2434   0.31  13.6   12
  742.0   4.2713  64.3   0.061  34.2448   0.31  13.6   11
  743.0   4.2537  64.3   0.064  34.2479   0.31  13.7   11
  744.0   4.2370  64.3   0.064  34.2502   0.31  13.6   12
  745.0   4.2204  64.3   0.063  34.2523   0.31  13.7   13
  746.0   4.2172  64.3   0.063  34.2527   0.31  13.7   18
  746.6   4.2164  64.3   0.061  34.2526   0.31  13.7    7
  748.4   4.2153  64.2   0.054  34.2531   0.31  13.6    9
  749.0   4.2107  64.3   0.054  34.2537   0.31  13.4   26
  750.0   4.2019  64.3   0.034  34.2550   0.31  13.4   23
  751.0   4.2015  64.3   0.063  34.2549   0.31  13.3   17
  752.0   4.1999  64.3   0.068  34.2551   0.30  13.2   13
  753.0   4.1998  64.3   0.061  34.2552   0.31  13.4   13
  754.0   4.1989  64.3   0.043  34.2553   0.31  13.6   14
  754.8   4.1967  64.3   0.030  34.2557   0.31  13.6   13
  756.4   4.1945  64.2   0.030  34.2562   0.31  13.3    5
  757.0   4.1932  64.3   0.030  34.2565   0.31  13.4   23
  758.0   4.1911  64.4   0.038  34.2567   0.31  13.4   19
  759.0   4.1882  64.4   0.063  34.2572   0.31  13.3   18
  760.0   4.1852  64.3   0.035  34.2576   0.30  13.2   17
  761.0   4.1835  64.4   0.041  34.2579   0.30  13.2   19
  762.0   4.1820  64.5   0.056  34.2582   0.31  13.3   23
  763.0   4.1776  64.5   0.030  34.2588   0.30  13.0   27
  763.7   4.1694  64.5   0.030  34.2599   0.30  13.2   14
  765.3   4.1637  64.4   0.061  34.2611   0.30  12.9    8
  766.0   4.1619  64.4   0.063  34.2614   0.30  12.9   13
  767.0   4.1577  64.5   0.036  34.2621   0.30  13.1   11
  768.0   4.1547  64.5   0.030  34.2624   0.30  13.0   10
  769.0   4.1533  64.5   0.030  34.2628   0.29  12.8   10
  770.0   4.1513  64.5   0.030  34.2629   0.29  12.6    9
  771.0   4.1509  64.5   0.030  34.2628   0.29  12.7   10
  772.0   4.1491  64.5   0.030  34.2631   0.30  13.0   13
  772.8   4.1464  64.5   0.030  34.2634   0.30  13.2   12
  776.0   4.1466  64.3   0.061  34.2641   0.30  12.9    9
  777.0   4.1422  64.3   0.067  34.2645   0.29  12.8   10
  778.0   4.1421  64.5   0.061  34.2643   0.29  12.8   11
  779.0   4.1430  64.5   0.034  34.2642   0.30  13.0   14
  779.8   4.1410  64.5   0.030  34.2645   0.30  13.0   13
  783.1   4.1345  64.4   0.052  34.2662   0.29  12.7    7
  784.0   4.1318  64.4   0.030  34.2661   0.29  12.7    8
  785.0   4.1286  64.5   0.030  34.2667   0.29  12.7    9
  786.0   4.1249  64.5   0.052  34.2672   0.30  13.0   10
  787.0   4.1238  64.5   0.066  34.2671   0.30  12.9   11
  787.7   4.1226  64.5   0.065  34.2674   0.29  12.8    7
  791.3   4.1213  64.3   0.056  34.2684   0.30  12.9    6
  792.0   4.1134  64.5   0.030  34.2689   0.29  12.8   12
  793.0   4.1094  64.5   0.030  34.2693   0.29  12.8   12
  794.0   4.1054  64.5   0.032  34.2699   0.29  12.7   13
  795.0   4.0993  64.5   0.038  34.2708   0.29  12.6   16
  795.6   4.0928  64.5   0.061  34.2718   0.29  12.7    5
  798.2   4.0778  64.3   0.030  34.2748   0.29  12.6    8
  799.0   4.0747  64.3   0.052  34.2751   0.29  12.5   10
  800.0   4.0717  64.3   0.061  34.2757   0.29  12.5    9
  801.0   4.0552  64.3   0.061  34.2790   0.29  12.6    9
  802.0   4.0398  64.4   0.036  34.2806   0.29  12.6   10
  803.0   4.0233  64.4   0.030  34.2831   0.29  12.8   13
  803.7   4.0174  64.3   0.030  34.2838   0.29  12.8    6
  806.3   4.0092  64.2   0.061  34.2852   0.29  12.6    4
  807.0   4.0011  64.2   0.061  34.2866   0.29  12.6   14
  808.0   3.9988  64.1   0.063  34.2868   0.28  12.4   17
  809.0   3.9965  64.2   0.064  34.2871   0.29  12.4   20
  810.0   3.9954  64.1   0.063  34.2872   0.29  12.6   29
  811.0   3.9924  64.2   0.047  34.2877   0.29  12.5   32
  812.0   3.9886  64.1   0.053  34.2886   0.29  12.6   26
  813.0   3.9793  64.1   0.066  34.2901   0.29  12.5   22
  814.0   3.9667  64.2   0.062  34.2921   0.29  12.5   25
  815.0   3.9600  64.1   0.063  34.2932   0.29  12.5   36
  816.0   3.9548  64.1   0.062  34.2940   0.29  12.4   27
  817.0   3.9417  64.2   0.066  34.2963   0.29  12.4   23
  818.0   3.9328  64.1   0.041  34.2976   0.28  12.3   26
  819.0   3.9232  64.1   0.030  34.2992   0.29  12.4   43
  819.9   3.9156  64.1   0.042  34.3002   0.28  12.3   26
  821.0   3.9110  64.2   0.065  34.3009   0.28  12.4   16
  822.0   3.9089  64.3   0.035  34.3012   0.28  12.4   13
  823.0   3.9057  64.3   0.030  34.3015   0.28  12.3   12
  824.0   3.9024  64.2   0.059  34.3022   0.28  12.3   13
  825.0   3.8999  64.1   0.063  34.3027   0.29  12.4   17
  825.6   3.8989  64.2   0.065  34.3029   0.29  12.5    8
  827.2   3.8956  64.1   0.036  34.3037   0.28  12.3   16
  828.1   3.8915  64.2   0.065  34.3043   0.28  12.4   35
  828.9   3.8899  64.2   0.042  34.3049   0.29  12.4   45
  830.0   3.8735  64.3   0.030  34.3077   0.29  12.5   19
  831.0   3.8656  64.1   0.032  34.3089   0.29  12.7   14
  832.0   3.8653  64.1   0.030  34.3091   0.29  12.6   13
  833.0   3.8620  64.0   0.030  34.3096   0.28  12.4   13
  834.0   3.8599  63.9   0.030  34.3099   0.28  12.3   17
  834.6   3.8592  63.9   0.030  34.3102   0.28  12.4    7
  836.1   3.8598  63.8   0.030  34.3101   0.29  12.4   18
  837.0   3.8570  63.8   0.063  34.3106   0.29  12.5   17
  838.0   3.8550  63.9   0.051  34.3109   0.29  12.8   19
  839.0   3.8433  63.7   0.034  34.3129   0.29  12.7   21
  840.1   3.8300  63.5   0.072  34.3153   0.30  12.9   37
  840.9   3.8250  63.2   0.065  34.3160   0.30  12.9   33
  842.0   3.8288  63.2   0.077  34.3155   0.29  12.7   21
  843.0   3.8342  63.2   0.069  34.3146   0.29  12.8   18
  844.0   3.8259  63.3   0.067  34.3159   0.30  13.1   20
  845.1   3.8100  62.9   0.030  34.3188   0.30  13.0   29
  846.0   3.8035  62.7   0.043  34.3200   0.30  13.0   32
  847.0   3.8002  62.5   0.056  34.3205   0.30  13.0   19
  848.0   3.7998  62.4   0.030  34.3205   0.30  13.2   16
  849.0   3.7968  62.4   0.051  34.3210   0.31  13.3   16
  850.1   3.7934  62.4   0.065  34.3217   0.30  13.0   20
  850.5   3.7913  62.2   0.030  34.3220   0.29  12.6    2
  852.0   3.7884  62.3   0.070  34.3227   0.30  13.0   23
  853.0   3.7877  62.4   0.032  34.3228   0.30  13.0   19
  854.0   3.7876  62.3   0.047  34.3228   0.30  13.2   16
  855.0   3.7867  62.4   0.068  34.3229   0.30  13.2   13
  856.0   3.7859  62.4   0.068  34.3230   0.30  13.1   13
  857.0   3.7849  62.4   0.075  34.3233   0.30  13.1   13
  858.0   3.7840  62.3   0.063  34.3236   0.30  13.1   14
  859.0   3.7833  62.3   0.064  34.3236   0.30  13.1   19
  859.6   3.7825  62.3   0.030  34.3239   0.30  13.0    6
  862.0   3.7805  62.2   0.063  34.3242   0.31  13.3   14
  863.0   3.7798  62.4   0.068  34.3245   0.30  13.2   18
  864.0   3.7794  62.4   0.065  34.3246   0.30  12.9   22
  865.0   3.7789  62.4   0.071  34.3247   0.30  13.0   24
  866.0   3.7791  62.4   0.067  34.3247   0.30  13.2   21
  867.0   3.7793  62.4   0.066  34.3246   0.30  13.0   19
  868.0   3.7789  62.5   0.038  34.3246   0.30  13.0   20
  869.1   3.7790  62.6   0.057  34.3246   0.30  13.2   33
  869.9   3.7792  62.5   0.052  34.3247   0.30  13.0   48
  871.0   3.7790  62.5   0.054  34.3248   0.30  13.1   23
  872.0   3.7789  62.6   0.045  34.3248   0.30  13.0   22
  873.0   3.7785  62.5   0.044  34.3249   0.30  13.0   26
  874.0   3.7787  62.4   0.064  34.3249   0.30  13.0   23
  875.0   3.7787  62.5   0.061  34.3248   0.30  13.1   19
  876.0   3.7777  62.2   0.030  34.3250   0.30  13.1   18
  877.0   3.7769  62.0   0.054  34.3252   0.30  13.2   22
  878.0   3.7754  62.6   0.041  34.3255   0.30  12.9   31
  879.0   3.7753  62.4   0.054  34.3254   0.30  13.0   22
  880.0   3.7750  62.6   0.046  34.3254   0.30  12.9   19
  881.1   3.7748  62.6   0.030  34.3255   0.30  13.0   30
  881.9   3.7751  62.5   0.057  34.3255   0.30  13.0   29
  883.0   3.7743  62.6   0.061  34.3254   0.30  12.9   16
  884.0   3.7741  62.6   0.061  34.3256   0.30  13.0   15
  885.0   3.7725  62.6   0.063  34.3259   0.30  13.1   15
  886.0   3.7676  62.6   0.063  34.3268   0.30  13.2   15
  887.0   3.7662  62.6   0.061  34.3270   0.30  13.0   17
  888.0   3.7645  62.7   0.061  34.3271   0.30  12.9   19
  889.0   3.7630  62.7   0.064  34.3274   0.30  13.0   18
  890.0   3.7588  62.6   0.063  34.3282   0.30  13.1   20
  891.0   3.7554  62.6   0.061  34.3288   0.30  13.1   25
  891.5   3.7539  62.6   0.061  34.3290   0.31  13.3    4
  893.0   3.7532  62.5   0.063  34.3291   0.30  13.0   17
  894.0   3.7467  62.6   0.061  34.3301   0.30  13.0   16
  895.0   3.7432  62.5   0.061  34.3307   0.30  13.1   14
  896.0   3.7432  62.6   0.061  34.3307   0.30  13.0   14
  897.0   3.7427  62.6   0.061  34.3308   0.30  12.9   17
  898.1   3.7409  62.5   0.031  34.3310   0.30  13.2   24
  899.0   3.7417  62.5   0.058  34.3307   0.30  13.0   23
  900.0   3.7410  62.6   0.061  34.3312   0.30  13.1   33
  901.0   3.7409  62.6   0.059  34.3312   0.30  13.1   22
  902.0   3.7416  62.5   0.030  34.3310   0.30  13.1   16
  903.0   3.7420  62.6   0.030  34.3308   0.30  13.2   14
  904.0   3.7422  62.6   0.030  34.3310   0.30  13.0   12
  905.0   3.7422  62.6   0.030  34.3309   0.30  13.0   12
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  907.0   3.7107  62.5   0.051  34.3357   0.31  13.3   18
  907.6   3.6897  62.5   0.061  34.3393   0.31  13.3    8
  910.1   3.6762  62.3   0.034  34.3415   0.31  13.5   15
  911.0   3.6742  62.2   0.030  34.3418   0.31  13.3   19
  912.0   3.6741  62.2   0.037  34.3416   0.31  13.3   22
  913.0   3.6721  62.3   0.065  34.3421   0.31  13.4   27
  914.0   3.6718  62.3   0.065  34.3421   0.31  13.4   25
  915.0   3.6718  62.4   0.065  34.3421   0.31  13.5   20
  916.0   3.6700  62.4   0.063  34.3425   0.31  13.4   20
  917.0   3.6662  62.3   0.046  34.3431   0.31  13.5   19
  918.0   3.6608  62.3   0.030  34.3439   0.31  13.4   19
  919.0   3.6490  62.4   0.030  34.3459   0.31  13.5   20
  920.0   3.6420  62.5   0.056  34.3471   0.31  13.4   23
  921.0   3.6392  62.4   0.037  34.3475   0.31  13.6   30
  922.0   3.6332  62.3   0.030  34.3484   0.31  13.6   25
  923.0   3.6293  62.4   0.030  34.3490   0.31  13.6   23
  923.7   3.6287  62.2   0.030  34.3492   0.31  13.6   13
  924.9   3.6271  62.2   0.063  34.3495   0.31  13.6   32
  926.0   3.6207  62.3   0.062  34.3506   0.31  13.6   21
  927.0   3.6195  62.4   0.033  34.3508   0.31  13.4   20
  928.0   3.6182  62.4   0.045  34.3511   0.31  13.7   18
  929.0   3.6195  62.2   0.064  34.3508   0.31  13.6   18
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  931.0   3.6090  62.4   0.061  34.3526   0.31  13.6   16
  932.0   3.6066  62.3   0.061  34.3529   0.32  13.7   17
  933.0   3.6100  62.4   0.033  34.3524   0.31  13.7   20
  934.0   3.6103  62.3   0.033  34.3524   0.31  13.6   37
  935.0   3.6078  62.3   0.061  34.3529   0.32  13.8   31
  936.0   3.5965  62.3   0.030  34.3546   0.31  13.6   18
  937.0   3.5922  62.4   0.045  34.3554   0.32  13.7   16
  938.0   3.5776  62.4   0.067  34.3574   0.32  13.9   15
  939.0   3.5786  62.3   0.037  34.3575   0.32  13.8   18
  940.0   3.5772  62.3   0.030  34.3577   0.32  13.9   24
  941.1   3.5772  62.3   0.055  34.3577   0.32  13.9   50
  941.9   3.5750  62.3   0.062  34.3581   0.32  13.8   48
  943.0   3.5724  62.2   0.070  34.3586   0.32  14.0   21
  944.0   3.5732  62.3   0.071  34.3584   0.32  13.9   15
  945.0   3.5719  62.3   0.076  34.3587   0.31  13.6   14
  946.0   3.5731  62.3   0.065  34.3584   0.32  13.7   14
  947.0   3.5718  62.1   0.047  34.3588   0.32  13.9   16
  948.0   3.5691  62.3   0.030  34.3591   0.32  14.0   22
  949.0   3.5592  62.3   0.040  34.3607   0.32  14.1   31
  950.0   3.5524  62.2   0.063  34.3617   0.32  14.1   26
  951.0   3.5442  62.1   0.064  34.3631   0.32  13.9   23
  952.0   3.5395  62.2   0.063  34.3638   0.32  14.1   20
  953.0   3.5386  62.1   0.063  34.3640   0.32  14.1   20
  954.0   3.5381  62.1   0.061  34.3639   0.32  14.1   23
  955.2   3.5360  62.0   0.041  34.3645   0.32  14.1   17
  956.0   3.5314  62.0   0.065  34.3651   0.33  14.3   20
  957.0   3.5288  62.0   0.061  34.3656   0.33  14.3   16
  958.0   3.5232  62.0   0.049  34.3666   0.32  14.1   16
  959.0   3.5153  62.1   0.030  34.3677   0.33  14.3   17
  960.0   3.5115  62.1   0.058  34.3683   0.33  14.2   19
  961.0   3.5074  62.2   0.063  34.3689   0.33  14.4   26
  962.0   3.5069  62.2   0.065  34.3689   0.33  14.3   34
  963.0   3.5065  62.1   0.033  34.3691   0.33  14.3   29
  964.0   3.5034  62.2   0.030  34.3697   0.33  14.3   24
  965.0   3.4982  62.1   0.030  34.3704   0.33  14.3   21
  966.0   3.4946  62.1   0.050  34.3711   0.33  14.3   20
  967.0   3.4895  62.1   0.067  34.3719   0.34  14.8   21
  968.0   3.4858  62.1   0.060  34.3725   0.33  14.4   23
  969.0   3.4806  61.9   0.030  34.3733   0.34  14.6   24
  970.0   3.4768  62.1   0.030  34.3740   0.33  14.5   23
  971.0   3.4734  62.1   0.063  34.3745   0.34  14.7   27
  972.0   3.4661  62.2   0.056  34.3755   0.33  14.5   34
  973.0   3.4602  62.2   0.037  34.3766   0.34  14.6   25
  974.0   3.4595  62.2   0.061  34.3767   0.34  14.6   23
  975.0   3.4593  62.2   0.063  34.3769   0.33  14.5   28
  976.0   3.4579  62.1   0.050  34.3770   0.33  14.5   33
  977.0   3.4548  62.2   0.030  34.3776   0.34  14.6   23
  978.0   3.4549  62.2   0.030  34.3776   0.34  14.6   19
  979.0   3.4554  62.2   0.030  34.3776   0.34  14.6   19
  980.0   3.4572  62.3   0.030  34.3774   0.34  14.6   20
  981.0   3.4571  62.3   0.030  34.3774   0.33  14.4   22
  982.0   3.4568  62.2   0.042  34.3776   0.34  14.6   26
  983.0   3.4546  62.3   0.063  34.3778   0.34  14.6   30
  984.0   3.4541  62.2   0.062  34.3780   0.34  14.6   27
  985.0   3.4539  62.1   0.062  34.3780   0.34  14.6   21
  986.0   3.4522  62.2   0.061  34.3782   0.33  14.3   19
  987.0   3.4513  62.2   0.061  34.3785   0.34  14.6   17
  988.0   3.4504  62.3   0.061  34.3786   0.34  14.9   23
  989.1   3.4504  62.2   0.054  34.3785   0.34  14.7   48
  989.9   3.4501  62.2   0.049  34.3788   0.34  14.7   33
  991.0   3.4485  62.1   0.039  34.3789   0.34  14.7   23
  992.0   3.4479  62.2   0.047  34.3792   0.33  14.5   22
  993.0   3.4466  62.2   0.049  34.3794   0.34  14.8   24
  994.0   3.4436  62.2   0.040  34.3798   0.34  14.8   24
  995.0   3.4351  61.9   0.062  34.3812   0.34  15.0   22
  996.0   3.4239  62.1   0.066  34.3826   0.34  14.9   19
  997.0   3.4148  62.1   0.038  34.3842   0.35  15.1   16
  998.0   3.4130  61.9   0.030  34.3845   0.35  15.3   14
  999.0   3.3984  61.9   0.067  34.3865   0.35  15.3   15
 1000.0   3.3914  61.8   0.050  34.3874   0.35  15.2   19
 1000.6   3.3878  61.5   0.030  34.3880   0.35  15.0    6
 1002.2   3.3862  61.7   0.061  34.3882   0.35  15.3    9
 1003.0   3.3862  61.8   0.065  34.3885   0.35  15.3   16
 1004.0   3.3854  61.9   0.063  34.3884   0.35  15.3   14
 1005.0   3.3848  61.8   0.066  34.3887   0.36  15.5   13
 1006.0   3.3814  61.7   0.069  34.3890   0.35  15.3   15
 1007.1   3.3789  61.7   0.063  34.3895   0.35  15.3   20
 1007.7   3.3800  61.8   0.070  34.3892   0.35  15.4   14
 1009.0   3.3795  61.6   0.072  34.3896   0.35  15.3   28
 1010.0   3.3806  61.8   0.071  34.3895   0.35  15.4   22
 1011.0   3.3772  62.0   0.075  34.3899   0.36  15.5   20
 1012.0   3.3758  43.0   0.070  34.3902   0.36  15.6   17
 1013.0   3.3756  54.8   0.032  34.3903   0.35  15.3   15
 1014.0   3.3754  61.8   0.030  34.3904   0.35  15.3   17
 1015.0   3.3761  61.8   0.035  34.3903   0.36  15.6   19
 1016.0   3.3757  61.8   0.067  34.3904   0.35  15.3   28
 1017.0   3.3759  61.9   0.045  34.3905   0.35  15.4   36
 1018.0   3.3746  61.8   0.051  34.3906   0.36  15.5   53
 1019.0   3.3738  61.8   0.071  34.3906   0.35  15.3   25
 1020.0   3.3727  61.8   0.070  34.3909   0.35  15.2   17
 1021.0   3.3714  61.9   0.070  34.3910   0.35  15.3   16
 1022.0   3.3694  61.8   0.069  34.3917   0.36  15.6   19
 1023.1   3.3682  61.9   0.052  34.3917   0.36  15.7   30
 1024.0   3.3635  61.8   0.051  34.3923   0.36  15.5   44
 1025.0   3.3614  61.8   0.030  34.3928   0.35  15.4   25
 1026.0   3.3595  61.7   0.030  34.3928   0.36  15.5   17
 1027.0   3.3597  61.7   0.059  34.3928   0.36  15.6   15
 1028.0   3.3603  61.7   0.063  34.3928   0.36  15.7   13
 1029.0   3.3587  61.9   0.063  34.3931   0.36  15.6   14
 1030.0   3.3520  61.8   0.057  34.3941   0.36  15.5   16
 1031.1   3.3461  61.6   0.030  34.3950   0.36  15.6   22
 1031.9   3.3444  61.3   0.030  34.3955   0.36  15.5    9
 1033.0   3.3431  61.3   0.059  34.3956   0.36  15.8   28
 1034.0   3.3406  61.6   0.065  34.3960   0.36  15.6   25
 1035.0   3.3384  61.5   0.061  34.3963   0.37  15.9   22
 1036.0   3.3390  61.4   0.066  34.3962   0.37  15.9   19
 1037.0   3.3307  61.5   0.063  34.3974   0.36  15.8   17
 1038.0   3.3300  61.5   0.063  34.3974   0.36  15.7   16
 1039.0   3.3286  61.5   0.045  34.3976   0.37  15.9   17
 1040.0   3.3210  61.4   0.041  34.3988   0.37  16.1   23
 1041.0   3.3184  61.2   0.072  34.3992   0.37  16.1   38
 1042.0   3.3094  61.3   0.070  34.4005   0.37  16.3   27
 1043.0   3.3059  61.4   0.044  34.4012   0.37  16.1   22
 1044.1   3.3061  61.2   0.053  34.4011   0.37  16.0   30
 1044.9   3.3054  61.3   0.055  34.4014   0.38  16.4   43
 1046.0   3.2971  61.2   0.037  34.4024   0.38  16.3   23
 1047.0   3.2940  61.3   0.061  34.4030   0.38  16.3   19
 1048.0   3.2943  61.3   0.063  34.4030   0.38  16.3   16
 1049.0   3.2929  61.2   0.054  34.4032   0.38  16.3   17
 1050.0   3.2929  61.2   0.030  34.4034   0.37  16.3   17
 1051.0   3.2915  61.3   0.055  34.4035   0.37  16.3   22
 1052.1   3.2910  61.3   0.042  34.4035   0.38  16.4   43
 1053.0   3.2903  61.2   0.045  34.4037   0.37  16.1   36
 1054.0   3.2909  61.2   0.030  34.4037   0.38  16.6   24
 1055.0   3.2766  61.3   0.046  34.4056   0.39  16.9   21
 1056.0   3.2568  61.1   0.062  34.4087   0.38  16.6   21
 1057.0   3.2521  60.9   0.061  34.4092   0.38  16.4   23
 1058.0   3.2503  60.7   0.061  34.4095   0.38  16.6   30
 1059.0   3.2492  60.6   0.062  34.4097   0.39  16.9   35
 1060.0   3.2398  60.6   0.061  34.4111   0.39  17.0   24
 1061.0   3.2321  60.6   0.064  34.4123   0.39  17.0   19
 1062.0   3.2279  60.5   0.063  34.4128   0.40  17.2   17
 1063.0   3.2185  60.6   0.035  34.4140   0.40  17.4   17
 1064.0   3.2119  60.5   0.043  34.4153   0.40  17.3   19
 1064.9   3.2084  60.4   0.064  34.4157   0.39  17.1   22
 1066.1   3.2073  60.6   0.057  34.4161   0.40  17.3   31
 1067.0   3.2055  60.5   0.030  34.4163   0.40  17.3   27
 1068.0   3.2069  60.6   0.030  34.4162   0.40  17.2   26
 1069.0   3.2069  60.6   0.031  34.4161   0.40  17.2   21
 1070.0   3.2052  60.5   0.061  34.4164   0.40  17.2   18
 1071.0   3.2075  60.5   0.063  34.4161   0.40  17.3   17
 1072.0   3.2067  60.5   0.064  34.4163   0.40  17.3   23
 1073.0   3.2070  60.3   0.055  34.4163   0.40  17.4   42
 1073.9   3.2064  60.2   0.045  34.4166   0.40  17.3   25
 1075.0   3.2042  60.4   0.058  34.4169   0.40  17.5   19
 1076.0   3.2033  60.5   0.030  34.4170   0.40  17.5   16
 1077.0   3.2020  60.5   0.049  34.4170   0.40  17.3   15
 1078.0   3.2023  60.5   0.061  34.4172   0.40  17.4   17
 1079.0   3.2015  60.5   0.063  34.4175   0.40  17.5   19
 1080.1   3.2004  60.5   0.064  34.4176   0.40  17.4   31
 1081.0   3.1985  60.2   0.042  34.4178   0.40  17.5   43
 1082.0   3.1925  60.5   0.063  34.4186   0.40  17.4   31
 1083.0   3.1840  60.6   0.063  34.4200   0.40  17.6   32
 1084.0   3.1829  60.5   0.062  34.4202   0.40  17.4   25
 1085.0   3.1826  60.5   0.064  34.4202   0.41  17.6   20
 1086.0   3.1813  60.5   0.067  34.4204   0.41  17.7   19
 1087.0   3.1811  60.5   0.064  34.4204   0.41  17.7   19
 1088.0   3.1805  60.4   0.068  34.4206   0.41  17.7   22
 1089.0   3.1818  60.6   0.069  34.4205   0.41  17.7   25
 1090.0   3.1827  60.5   0.035  34.4203   0.41  17.6   26
 1091.0   3.1823  60.6   0.066  34.4205   0.40  17.3   32
 1092.0   3.1823  60.5   0.070  34.4205   0.41  17.8   35
 1093.0   3.1819  60.5   0.071  34.4205   0.41  17.6   23
 1094.0   3.1823  60.5   0.066  34.4204   0.41  17.6   18
 1095.0   3.1809  60.5   0.065  34.4205   0.40  17.6   17
 1096.0   3.1794  60.5   0.070  34.4210   0.41  17.7   20
 1096.9   3.1785  60.5   0.067  34.4212   0.41  17.6   21
 1098.0   3.1776  60.4   0.057  34.4212   0.41  17.8   36
 1099.0   3.1783  60.3   0.047  34.4211   0.41  17.6   26
 1100.0   3.1778  60.3   0.069  34.4213   0.41  17.6   26
 1101.0   3.1773  60.5   0.071  34.4213   0.41  17.7   23
 1102.0   3.1778  60.5   0.078  34.4213   0.41  17.7   19
 1103.0   3.1759  60.5   0.072  34.4215   0.41  17.8   17
 1104.0   3.1739  60.5   0.068  34.4217   0.41  17.6   16
 1105.0   3.1733  60.4   0.074  34.4220   0.41  17.8   18
 1105.8   3.1724  59.5   0.039  34.4222   0.41  17.8   13
 1107.1   3.1728  60.3   0.030  34.4221   0.41  17.8   21
 1108.0   3.1730  60.5   0.071  34.4220   0.41  17.8   21
 1109.0   3.1742  60.3   0.071  34.4219   0.41  17.6   25
 1110.1   3.1751  60.3   0.064  34.4217   0.41  17.7   27
 1111.0   3.1745  60.4   0.030  34.4219   0.41  17.9   30
 1112.0   3.1738  60.2   0.030  34.4220   0.41  17.7   22
 1113.0   3.1731  60.5   0.030  34.4221   0.41  17.9   17
 1114.0   3.1733  60.5   0.046  34.4220   0.41  17.7   17
 1115.0   3.1728  60.6   0.063  34.4221   0.41  17.7   17
 1116.0   3.1723  60.4   0.063  34.4223   0.41  17.9   19
 1117.0   3.1722  60.6   0.066  34.4223   0.41  17.8   23
 1118.3   3.1710  60.6   0.061  34.4225   0.41  17.9   11
 1119.0   3.1711  60.5   0.062  34.4224   0.41  17.7   23
 1120.0   3.1690  60.5   0.053  34.4227   0.41  17.8   20
 1121.0   3.1622  60.5   0.040  34.4237   0.41  18.0   24
 1122.0   3.1543  60.5   0.066  34.4249   0.42  18.2   30
 1123.0   3.1502  60.4   0.063  34.4253   0.42  18.2   32
 1124.0   3.1440  60.5   0.062  34.4263   0.41  17.9   32
 1125.0   3.1425  60.3   0.061  34.4265   0.42  18.2   28
 1126.0   3.1358  60.1   0.061  34.4274   0.42  18.3   21
 1127.0   3.1306  60.3   0.061  34.4282   0.42  18.3   16
 1128.0   3.1293  60.1   0.061  34.4283   0.43  18.6   14
 1129.0   3.1282  60.0   0.063  34.4286   0.43  18.5   14
 1130.0   3.1272  60.0   0.061  34.4286   0.43  18.5   14
 1131.0   3.1261  59.9   0.036  34.4289   0.42  18.3   16
 1131.7   3.1241  59.8   0.030  34.4289   0.43  18.5    7
 1133.2   3.1259  59.2   0.065  34.4296   0.43  18.7    7
 1134.0   3.1161  59.3   0.063  34.4309   0.43  18.6   13
 1135.0   3.1038  59.6   0.064  34.4328   0.43  18.6   11
 1136.0   3.0920  59.7   0.066  34.4345   0.44  19.0   11
 1137.0   3.0809  59.8   0.061  34.4361   0.44  19.2   12
 1138.0   3.0706  59.8   0.063  34.4369   0.44  19.2   13
 1139.1   3.0608  59.6   0.061  34.4382   0.44  19.2   17
 1139.6   3.0561  59.5   0.065  34.4391   0.44  19.1    7
 1142.4   3.0442  59.2   0.030  34.4401   0.46  19.8    4
 1143.0   3.0369  59.6   0.030  34.4421   0.45  19.7   17
 1144.0   3.0305  59.5   0.030  34.4428   0.45  19.6   18
 1145.0   3.0249  59.9   0.045  34.4437   0.45  19.7   22
 1146.0   3.0215  59.9   0.051  34.4443   0.45  19.7   27
 1147.0   3.0212  60.1   0.047  34.4444   0.46  19.8   32
 1148.0   3.0204  59.9   0.062  34.4445   0.46  19.9   41
 1149.0   3.0200  60.2   0.063  34.4447   0.46  19.8   34
 1150.0   3.0205  60.1   0.048  34.4448   0.45  19.6   24
 1151.0   3.0205  60.0   0.040  34.4448   0.46  19.8   21
 1152.0   3.0203  60.2   0.063  34.4448   0.46  19.8   18
 1153.0   3.0205  60.2   0.061  34.4449   0.46  20.0   17
 1154.0   3.0192  60.1   0.052  34.4452   0.46  19.9   17
 1155.0   3.0170  60.1   0.030  34.4455   0.46  19.8   19
 1155.9   3.0162  60.3   0.063  34.4457   0.46  19.9   17
 1157.3   3.0153  59.8   0.064  34.4460   0.45  19.7   12
 1158.0   3.0161  60.1   0.061  34.4459   0.46  19.8   20
 1159.0   3.0154  60.3   0.053  34.4460   0.46  20.0   16
 1160.0   3.0151  60.4   0.030  34.4459   0.46  19.9   15
 1161.0   3.0136  60.3   0.049  34.4462   0.46  20.0   15
 1162.0   3.0110  60.3   0.061  34.4466   0.46  20.0   16
 1163.0   3.0102  60.3   0.032  34.4467   0.46  19.8   18
 1164.0   3.0093  60.4   0.050  34.4468   0.46  20.0   28
 1165.3   3.0106  59.7   0.052  34.4469   0.46  20.1   10
 1166.0   3.0111  59.9   0.061  34.4466   0.46  19.9   17
 1167.0   3.0083  60.3   0.061  34.4471   0.46  20.0   14
 1168.0   3.0054  60.4   0.063  34.4474   0.47  20.2   13
 1169.0   3.0043  60.6   0.061  34.4477   0.47  20.4   14
 1170.0   3.0043  60.2   0.061  34.4476   0.47  20.3   14
 1171.0   3.0029  60.1   0.032  34.4478   0.46  20.1   15
 1172.0   3.0020  60.0   0.039  34.4480   0.46  19.9   17
 1173.0   3.0023  60.0   0.062  34.4481   0.46  20.2   23
 1176.0   2.9992  60.3   0.030  34.4485   0.47  20.2   20
 1177.0   2.9939  60.4   0.055  34.4493   0.47  20.3   20
 1178.0   2.9921  60.5   0.064  34.4496   0.47  20.4   22
 1179.0   2.9922  60.4   0.049  34.4496   0.47  20.6   24
 1180.0   2.9922  60.4   0.043  34.4496   0.47  20.4   28
 1181.0   2.9918  60.3   0.061  34.4496   0.47  20.3   38
 1181.9   2.9915  60.5   0.037  34.4496   0.47  20.5   32
 1183.0   2.9909  60.4   0.064  34.4497   0.47  20.3   18
 1184.0   2.9875  60.5   0.063  34.4503   0.47  20.4   14
 1185.0   2.9865  60.5   0.061  34.4503   0.47  20.3   13
 1186.0   2.9873  60.3   0.061  34.4502   0.47  20.5   13
 1187.0   2.9873  60.3   0.061  34.4504   0.47  20.5   16
 1187.8   2.9847  60.2   0.065  34.4508   0.47  20.5   15
 1190.1   2.9748  60.3   0.061  34.4522   0.47  20.6   14
 1191.0   2.9672  60.6   0.061  34.4534   0.47  20.5   16
 1192.0   2.9641  60.8   0.064  34.4539   0.48  20.9   12
 1193.0   2.9634  60.8   0.061  34.4540   0.48  21.0   11
 1194.0   2.9635  60.8   0.064  34.4537   0.48  20.9   10
 1195.0   2.9639  60.7   0.066  34.4536   0.48  21.0   11
 1196.0   2.9610  60.6   0.063  34.4540   0.49  21.1   13
 1197.1   2.9594  60.8   0.037  34.4543   0.48  20.7   21
 1197.5   2.9569  60.8   0.030  34.4547   0.47  20.5    2
 1199.2   2.9540  60.0   0.061  34.4549   0.49  21.1    4
 1200.2   2.9482  60.4   0.066  34.4561   0.48  21.0   13
 1201.0   2.9471  60.9   0.061  34.4564   0.49  21.2   19
 1201.9   2.9372  60.7   0.063  34.4575   0.49  21.3   18
 1203.3   2.9244  60.5   0.030  34.4593   0.50  21.6    6
 1204.0   2.9198  60.7   0.054  34.4602   0.49  21.5   17
 1205.0   2.9191  61.0   0.063  34.4605   0.49  21.3   17
 1206.0   2.9177  61.1   0.064  34.4606   0.50  21.5   19
 1206.6   2.9160  61.0   0.061  34.4607   0.49  21.4    5
 1208.0   2.9211  60.3   0.051  34.4604   0.49  21.5   13
 1209.0   2.9212  60.4   0.063  34.4603   0.50  21.6   13
 1210.0   2.9212  60.6   0.061  34.4604   0.50  21.6   12
 1211.0   2.9208  60.9   0.061  34.4602   0.49  21.4   11
 1212.0   2.9213  61.0   0.066  34.4603   0.49  21.3   13
 1213.0   2.9221  60.9   0.061  34.4603   0.49  21.4   14
 1214.0   2.9233  60.8   0.042  34.4602   0.49  21.5   18
 1215.2   2.9252  60.3   0.061  34.4601   0.49  21.5   11
 1216.0   2.9253  60.3   0.061  34.4600   0.49  21.5   17
 1217.0   2.9256  60.6   0.063  34.4600   0.50  21.6   14
 1218.0   2.9244  60.8   0.034  34.4601   0.50  21.6   15
 1219.0   2.9242  61.0   0.040  34.4602   0.49  21.3   18
 1219.9   2.9234  60.9   0.063  34.4604   0.49  21.2   17
 1221.2   2.9207  60.8   0.059  34.4609   0.50  21.6   14
 1222.0   2.9143  60.8   0.030  34.4616   0.50  21.8   23
 1223.0   2.9118  61.1   0.060  34.4621   0.50  21.8   27
 1224.3   2.9111  61.1   0.064  34.4620   0.50  21.6   10
 1225.0   2.9110  61.0   0.061  34.4621   0.50  21.8   19
 1226.0   2.9107  61.0   0.063  34.4621   0.50  21.7   14
 1227.0   2.9098  60.9   0.032  34.4622   0.50  21.7   14
 1228.0   2.9091  61.0   0.030  34.4624   0.50  21.7   14
 1229.0   2.9079  61.0   0.030  34.4626   0.50  21.8   19
 1230.0   2.9061  60.9   0.055  34.4628   0.50  21.8   30
 1231.0   2.9047  60.9   0.061  34.4631   0.51  22.1   32
 1231.9   2.9025  60.9   0.066  34.4634   0.51  22.0   26
 1233.4   2.8872  61.2   0.070  34.4655   0.51  22.1   10
 1234.0   2.8872  60.9   0.057  34.4655   0.51  22.1   24
 1235.0   2.8879  60.8   0.030  34.4653   0.51  22.3   17
 1236.0   2.8870  60.9   0.063  34.4653   0.52  22.4   14
 1237.0   2.8862  61.0   0.067  34.4654   0.51  22.3   15
 1238.0   2.8866  61.0   0.030  34.4655   0.51  22.2   18
 1238.8   2.8877  60.9   0.059  34.4655   0.51  22.3   19
 1240.0   2.8877  60.6   0.075  34.4655   0.51  22.2   17
 1241.0   2.8823  60.9   0.037  34.4660   0.51  22.4   14
 1242.0   2.8786  60.8   0.032  34.4667   0.52  22.6   15
 1243.1   2.8743  60.9   0.069  34.4673   0.52  22.5   22
 1244.0   2.8718  60.6   0.044  34.4678   0.52  22.5    9
 1245.0   2.8705  60.8   0.030  34.4678   0.52  22.6   20
 1246.0   2.8683  60.5   0.030  34.4681   0.52  22.8   14
 1247.0   2.8661  60.7   0.030  34.4682   0.52  22.8   14
 1248.0   2.8645  60.8   0.030  34.4686   0.52  22.5   15
 1248.9   2.8628  60.8   0.030  34.4688   0.52  22.5   16
 1251.0   2.8611  59.9   0.030  34.4691   0.53  22.9   18
 1252.0   2.8582  60.5   0.061  34.4694   0.53  22.9   16
 1253.0   2.8560  60.8   0.063  34.4698   0.53  22.9   17
 1254.0   2.8545  60.8   0.066  34.4700   0.53  23.0   19
 1255.0   2.8521  60.8   0.061  34.4704   0.53  23.2   20
 1256.0   2.8513  60.7   0.066  34.4706   0.53  23.0   25
 1257.0   2.8501  60.7   0.063  34.4707   0.53  22.9   26
 1258.0   2.8492  60.7   0.042  34.4707   0.53  23.0   21
 1259.0   2.8475  60.7   0.030  34.4709   0.53  23.1   17
 1260.0   2.8439  60.6   0.030  34.4715   0.53  23.2   19
 1261.1   2.8424  60.3   0.031  34.4716   0.53  23.2   28
 1262.0   2.8430  60.1   0.037  34.4715   0.53  23.1   37
 1263.0   2.8411  60.3   0.052  34.4719   0.53  23.1   29
 1264.0   2.8409  60.3   0.043  34.4719   0.54  23.3   23
 1265.0   2.8403  60.3   0.030  34.4720   0.54  23.4   20
 1266.0   2.8390  60.1   0.030  34.4722   0.54  23.2   17
 1267.0   2.8296  59.6   0.061  34.4733   0.55  23.7   16
 1268.0   2.8238  59.2   0.057  34.4740   0.55  23.9   15
 1269.0   2.8155  59.0   0.030  34.4751   0.55  23.8   15
 1270.0   2.8103  58.7   0.047  34.4760   0.55  23.8   15
 1271.0   2.8001  58.4   0.063  34.4770   0.56  24.1   19
 1271.9   2.7919  58.2   0.064  34.4781   0.56  24.2   19
 1273.4   2.7912  57.7   0.038  34.4786   0.56  24.2    8
 1274.0   2.7864  57.4   0.040  34.4792   0.56  24.5   29
 1274.6   2.7845  58.2   0.064  34.4794   0.56  24.5    9
 1276.2   2.7815  58.0   0.065  34.4798   0.56  24.3   14
 1276.6   2.7798  58.0   0.061  34.4805   0.56  24.2    5