netcdf classic (CDF-1) {
dimensions:
	zbot = 30 ;
	time = 892 ;
	z = 562 ;
	z_sadcp = 78 ;
// global attributes:
		:version_ldeo_to_cdf = "2" ;
		:description_ldeo_to_cdf = (text block) ;
| For LDEO-processed ladcp data: use the standard *.mat and *.ladcp.mat (if available)
| files to generate a netcdf file.  Output is similar, but not identical,
| to that produced by the original ladcp2cdf.m in the LDEO software.
| 
| Differences include:
| 
| - The tim dimension variable, renamed 'time', is now float64 days since 1970-01-01.
|   In the version made by ladcp2cdf.m it was a float32 Matlab datenum.
| - The name and date variables have been removed.  Name remains as a global
|   attributes.  The YMDHMS form of 'date' has been
|   converted to an ISO string and added as a 'datetime' global attribute.
| - The lon and lat variables are now scalars.
| - The tim_hour array has been removed.
| - Scalar variables (ubar, vbar) from the .mat file are added.
| - Date errors in global attributes supplied by *.ladcp.mat are fixed.
| - Attributes ctd_starttime and ctd_endtime have been converted to ISO strings.
| - The file size has been halved by removing the 'Blocks received'
|   lines from the data download log attribute.
| - Global attributes are sorted by name.
| - Vector non-coordinate array variables are sorted by name.
| - A sequential version number (as a string) is added as the first global
|   attribute.
| - The output is CF-1.8 compliant.
		:BAR_ref_U = -0.011790665878404908 ;
		:BAR_ref_V = 0.01218047025151418 ;
		:BAR_ref_descr = "[Navigation][Bottom-track][SADCP]" ;
		:BAR_ref_error = 0.004708836914461971 ;
		:BAR_tide_U = nan ;
		:BAR_tide_V = nan ;
		:BAR_tide_model = "[NA]" ;
		:Conventions = "CF-1.8" ;
		:GEN_Depth_source = "[measured P (CTD)]" ;
		:GEN_Editing_parm_descr = 4, 3 ;
		:GEN_Inverse_weight_bottom = 1 ;
		:GEN_Inverse_weight_navigation = 1 ;
		:GEN_Inverse_weight_smooth = 0 ;
		:GEN_LADCP_cast = 1 ;
		:GEN_LADCP_ensemble_time_mean_sec = 1.4512762292458192 ;
		:GEN_LADCP_ensemble_time_std_sec = 0.11327770763208854 ;
		:GEN_LADCP_station = 29 ;
		:GEN_Magnetic_deviation_deg = -13.704407132496122 ;
		:GEN_Matlab_version = "9.8.0.1323502 (R2020a)" ;
		:GEN_Ocean_depth_m = 4508 ;
		:GEN_Percent_3beam = -0.0 ;
		:GEN_Proc_general_comments = "  " ;
		:GEN_Proc_methodology = "[inverse]" ;
		:GEN_Processing_date = "20-Nov-2021" ;
		:GEN_Processing_personnel = "A.M. Thurnherr" ;
		:GEN_Profile_bottom_decimal_day = 117.33895463030785 ;
		:GEN_Profile_end_decimal_day = 117.43149479245767 ;
		:GEN_Profile_end_latitude = 17.95746 ;
		:GEN_Profile_end_longitude = -65.13388 ;
		:GEN_Profile_max_depth_m = 4498 ;
		:GEN_Profile_start_decimal_day = 117.28421713039279 ;
		:GEN_Profile_start_latitude = 17.95746 ;
		:GEN_Profile_start_longitude = -65.13388 ;
		:GEN_Software_orig = "LDEO LADCP software: Version IX_14" ;
		:GEN_Sound_sp_calc = "[T-P]" ;
		:GEN_Velocity_Units = "m/s" ;
		:GEN_conf_general_comments = "  " ;
		:INPUT_Bottom_track_profile_avail = 1 ;
		:INPUT_CTD_time_series_avail = 1 ;
		:INPUT_Nav_time_series_avail = 1 ;
		:INPUT_Pegasus_profile_avail = 0 ;
		:INPUT_SADCP_profile_avail = 1 ;
		:LADCP_dn_beam_range = 112.17, 112.17, 112.17, 112.17 ;
		:LADCP_dn_btrk_u_bias = -0.0032911541670459623 ;
		:LADCP_dn_btrk_u_std = 0.06697765100924957 ;
		:LADCP_dn_btrk_v_bias = -0.0007767013279826542 ;
		:LADCP_dn_btrk_v_std = 0.05629113492574689 ;
		:LADCP_dn_conf_bin_len_m = 8 ;
		:LADCP_dn_conf_blank_intvl_m = 0 ;
		:LADCP_dn_conf_bottom_trkr = 1 ;
		:LADCP_dn_conf_coord_system = "[unknown]" ;
		:LADCP_dn_conf_general_comments = "   " ;
		:LADCP_dn_conf_number_bins = 25 ;
		:LADCP_dn_conf_number_pings = 1 ;
		:LADCP_dn_conf_ping_stagr = "[NA]" ;
		:LADCP_dn_conf_ping_trns_intvl_sec = 0 ;
		:LADCP_dn_conf_pulse_len_m = 8.11 ;
		:LADCP_dn_conf_single_ping_acc = 0.04139652678624076 ;
		:LADCP_dn_conf_vel_ambiguity = 2.5 ;
		:LADCP_dn_hard_FV = 50.41 ;
		:LADCP_dn_hard_SN = nan ;
		:LADCP_dn_hard_TNO = "[convex4]" ;
		:LADCP_dn_hard_beam_ang_deg = 20 ;
		:LADCP_dn_hard_comp_type = "[RDI]" ;
		:LADCP_dn_hard_freq_kHz = 300 ;
		:LADCP_dn_hard_general_comments = "  " ;
		:LADCP_dn_hard_type = "[RDI-300WH]" ;
		:LADCP_dn_xmit_cur = 212.3910218546958 ;
		:LADCP_dn_xmit_pings = 10158 ;
		:LADCP_dn_xmit_vol = 161.36601693246703 ;
		:LADCP_up_beam_range = 112.17, 112.17, 112.17, 112.17 ;
		:LADCP_up_compass = "[down-compass]" ;
		:LADCP_up_conf_bin_len_m = 8 ;
		:LADCP_up_conf_blank_intvl_m = 0 ;
		:LADCP_up_conf_coord_system = "[unknown]" ;
		:LADCP_up_conf_general_comments = "   " ;
		:LADCP_up_conf_number_bins = 25 ;
		:LADCP_up_conf_number_pings = 1 ;
		:LADCP_up_conf_ping_stagr = "[NA]" ;
		:LADCP_up_conf_ping_trns_intvl_sec = 0 ;
		:LADCP_up_conf_pulse_len_m = 8.11 ;
		:LADCP_up_conf_single_ping_acc = 0.043085150691197914 ;
		:LADCP_up_conf_vel_ambiguity = 2.5 ;
		:LADCP_up_hard_FV = 50.4 ;
		:LADCP_up_hard_SN = nan ;
		:LADCP_up_hard_TNO = "[convex4]" ;
		:LADCP_up_hard_beam_ang_deg = 20 ;
		:LADCP_up_hard_comp_type = "[RDI]" ;
		:LADCP_up_hard_freq_kHz = 300 ;
		:LADCP_up_hard_general_comments = "  " ;
		:LADCP_up_hard_type = "[RDI-300WH]" ;
		:LADCP_up_xmit_cur = 202.57708210277613 ;
		:LADCP_up_xmit_pings = 10160 ;
		:LADCP_up_xmit_vol = 159.99586532782044 ;
		:LOG_Inverse_log = (text block) ;
| LDEO LADCP software: Version IX_14
| ################ [029] step 1: LOAD LADCP DATA #######################
| LOADING CHECKPOINT /Volumes/Data/LADCP/checkpoints/029_0
| RE-LOADING PER-CAST PARAMETERS
| first SADCP processing date 2021-4-20 14:19:44
|  last SADCP processing date 2021-5-15 23:22:13
|  Time is now: 20-Nov-2021 11:08:51
| LOADRDI:
|  loading down-data ../Data/raw/02901_DL.IMPD0
|  DETECTED BEAM coordinates: rotating to EARTH coordinates
|  8669 3-beam solutions calculated (8% of total)
|  read 10158 ensembles with 25 bins each
|  DETECTED BEAM bottom track coordinates!
|  0 3-beam solutions calculated (0% of total)
|  loading up-data ../Data/raw/02901_UL.IMPD0
|  DETECTED BEAM coordinates: rotating to EARTH coordinates
|  9757 3-beam solutions calculated (9% of total)
|  read 10160 ensemble and 25 bins
|  WARNING WARNING WARNING WARNING WARNING WARNING WARNING WARNING
|  Warning: non-constant ping rate in downlooker data (staggered pinging?)
|   min down ping rate :1.33  max down ping rate :1.58
|  find best time match of up-looking ADCP to down looking ADCP
|  up instrument is different by 0 ensembles
|  WARNING WARNING WARNING WARNING WARNING WARNING WARNING WARNING
|  bestlag removed 433 spikes
|  try to shift timeseries by lag: 0 correlation: 0.9978
|  shift ADCP timeseries by 0 ensembles
|  number of joint ensembles is : 10158
|  found 357 finite RDI bottom velocities
|  removed 2 values because of error velocity > 0.5 m/s
|  removed 61 values because of horizontal speed > 2.5 m/s
| ** found 15 (0.1% of total) velocity measurements > 2.5 m/s
| ** WARNING  check ambiguity velocity setting in CMD-file   **
|  using whole profile since no start time was given
|  removed 2 profiles due to tilt derivative > 4 degrees
|  removed 1 suspect non pinging? (low velocity gradient) ensembles from down-looker
|  Outlier discarded 7473 bins down looking
|  Outlier discarded 52 bottom track
|  Outlier discarded 7385 bins up looking
| ==> STEP 1 TOOK 16.2 seconds
| SAVING CHECKPOINT /Volumes/Data/LADCP/checkpoints/029_1
| ################ [029] step 2: FIX LADCP-DATA PROBLEMS ###############
| ==> STEP 2 TOOK 0.0 seconds
| ################ [029] step 3: LOAD GPS DATA #########################
| LOADNAV: load NAV time series ../Data/CTD/6Hz/029.1Hz
|  number of NAV scans: 13193  delta t : 0.99999 seconds
|  corrected for magnetic declination of -13.7 deg
| ==> STEP 3 TOOK 0.2 seconds
| ################ [029] step 4: GET BOTTOM-TRACK DATA #################
| GETBTRACK creates own bottom track in addition to RDI
|   in: p.btrk_mode 3 and p.btrk_used 1
|  using increased bottom echo amplitudes to create bottom track
|  localmax2: found 928 valid values
|  found 76 bottom depth below btrk_range 50
|  use 0.5 bins below maximum target strength for own bottom track velocity
|  created 287 bottom distances keeping original
|  removed 51 bottom track profiles W_btrk - W_ref difference > 0.05
|  boutlier removed 16 bottom track velocities
|  created 199 bottom track velocities keeping original
|  out: p.btrk_mode 3 and p.btrk_used 1
| ==> STEP 4 TOOK 0.5 seconds
| ################ [029] step 5: LOAD CTD PROFILE ######################
| ==> STEP 5 TOOK 0.0 seconds
| ################ [029] step 6: LOAD CTD TIME SERIES ##################
| LOADCTD: load CTD time series ../Data/CTD/6Hz/029.1Hz
|  read 13193 CTD scans; median delta_t = 1.00 seconds
|  interpolated to 13193 CTD scans; delta_t = 1.00 seconds
|  90% LADCP depth  3980 at 28-Apr-2021 07:58:19
|  90% CTD pressure 4116 at 28-Apr-2021 07:46:57
|  Changed Start Time : 28-Apr-2021 06:33:46  to 28-Apr-2021 06:49:04
|  Changed End   Time : 28-Apr-2021 10:39:26  to 28-Apr-2021 10:21:26
|  median CTD time difference 0.99999 s
|  removed 0 pressure spikes
|  use 1 time base for W_ctd
|  CTD max depth : 4498
|  bestlag removed 21 spikes
|  lag: 15  correlation: 0.95073
|  bestlag removed 19 spikes
|  lag: 15  correlation: 0.94042
|  bestlag removed 24 spikes
|  lag: 15  correlation: 0.95537
|  bestlag removed 30 spikes
|  lag: 15  correlation: 0.95896
|  bestlag removed 35 spikes
|  lag: 15  correlation: 0.96054
|  bestlag removed 30 spikes
|  lag: 15  correlation: 0.95681
|  bestlag removed 43 spikes
|  lag: 15  correlation: 0.95137
|  bestlag removed 33 spikes
|  lag: 15  correlation: 0.99766
|  bestlag removed 15 spikes
|  lag: 13  correlation: 0.9985
|  bestlag removed 28 spikes
|  lag: 13  correlation: 0.99768
|  bestlag removed 19 spikes
|  lag: 13  correlation: 0.99731
|  bestlag removed 22 spikes
|  lag: 13  correlation: 0.99833
|  bestlag removed 33 spikes
|  lag: 13  correlation: 0.99793
|  bestlag removed 30 spikes
|  lag: 13  correlation: 0.99697
|  bestlag removed 27 spikes
|  lag: 13  correlation: 0.99751
|  bestlag removed 26 spikes
|  lag: 13  correlation: 0.99583
|  bestlag removed 27 spikes
|  lag: 13  correlation: 0.99499
|  bestlag removed 26 spikes
|  lag: 13  correlation: 0.99205
|  bestlag removed 22 spikes
|  lag: 13  correlation: 0.99233
|  bestlag removed 21 spikes
|  lag: 13  correlation: 0.99497
|  bestlag removed 21 spikes
|  lag: 13  correlation: 0.99292
|  bestlag removed 28 spikes
|  lag: 13  correlation: 0.99163
|  bestlag removed 35 spikes
|  lag: 15  correlation: 0.96085
|  median lag 13
|  most popular lag 13
|  best correlated lag 13
|  BESTTLAG:  lag is: 13  for which 64% of 22 lags agree
|  best lag W: 13 CTD scans ~ -13 seconds  corr:0.9985
|  adjust ADCP time to CTD time and shift depth record
|  download SW routines to get more accurate soundspeed and N^2
|  made CTD profile from time series data.
|  update start pos  from:NaNÂ°N     NaN'  NaNÂ°E     NaN'
| 			to:17Â°N 57.4476'   65Â°W  8.0328'
|  update end pos    from:NaNÂ°N     NaN'  NaNÂ°E     NaN'
| 			to:17Â°N 57.4476'   65Â°W  8.0328'
| ==> STEP 6 TOOK 3.2 seconds
| ################ [029] step 7: FIND SURFACE & SEA BED ################
| GETDPTHI: Depth from vertical velocity inverse method
|  starting run 1 to get LADCP depth
|  make soundspeed based on CTD pressure and temp
|  correct velocities for sound speed
|  use CTD time series depth, will not do depth inversion
|  LADCP minus CTD depth mean: -4.8086  std: 8.8672
|  maximum depth from int W is :4498
|  should be                   :4498
|   bottom found at 4508 +/- 1 m
|  correct bin length for sound speed
|  removing 2288 values below bottom
| ==> STEP 7 TOOK 1.6 seconds
| ################ [029] step 8: APPLY PITCH/ROLL CORRECTIONS ##########
| ==> STEP 8 TOOK 0.0 seconds
| ################ [029] step 9: EDIT DATA #############################
|  bin masking               : masking uplooker bin 1 because of zero blanking distance
|  bin masking               : masking downlooker bin 1 because of zero blanking distance
|  bin masking               : set 4989 weights to NaN
|  side-lobe contamination   : set 1825 weights to NaN
| ==> STEP 9 TOOK 0.4 seconds
| ################ [029] step 10: FORM SUPER ENSEMBLES #################
| PREPINV: prepare data for inversion, form Super-Ensembles
|  average profiles over (p.avdz) 8.2065 meter
|  discarded 1 bottom tracks velocities because of height above bottom < 50
|  reduce weight for larger tilts 0.5 at 10 degree
|  mean heading offset from compasses = -83.0651 deg
|  mean heading offset from pitch/roll = -83.3461 deg
|  rot up2down use mean up/down compass
|  will not correct for sound speed twice
|  remove reference velocity and average ensembles
|  Outlier discarded 698 bins down looking
|  Outlier discarded 665 bins up looking
|  found 0 bottom track std==0 set to 0.1 m/s
|  found 33 finite bottom track ensembles
|  discarded 2 bottom tracks velocities because of wstd  > 0.051635
|  set 234 weight values to nan  because super ensemble std =0
|  set 135 values to minimum super ensemble std 0.041397
|  reduced profile length = 892 super-ensemble bins
| ==> STEP 10 TOOK 3.7 seconds
| ################ [029] step 11: REMOVE SUPER-ENSEMBLE OUTLIERS #######
| ==> STEP 11 TOOK 1.9 seconds
| ################ [029] step 12: RE-FORM SUPER ENSEMBLES ##############
|  mean heading offset from pitch/roll = -83.3461 deg
|  remove first guess ocean velocity from raw data
|  adjusted for velocity offset in up and down looking ADCP
|  remove first guess ocean velocity from raw data
|  rot up2down use mean up/down compass
|  rotated earlier, use difference
|  will not correct for sound speed twice
|  remove reference velocity and average ensembles
|  Outlier discarded 702 bins down looking
|  Outlier discarded 675 bins up looking
|  found 0 bottom track std==0 set to 0.1 m/s
|  found 33 finite bottom track ensembles
|  discarded 2 bottom tracks velocities because of wstd  > 0.051635
|  set 234 weight values to nan  because super ensemble std =0
|  set 160 values to minimum super ensemble std 0.041397
|  reduced profile length = 892 super-ensemble bins
| ==> STEP 12 TOOK 4.3 seconds
| ################ [029] step 13: (RE-)LOAD SADCP DATA #################
| LOADSADCP: load SADCP data file ../Data/SADCP/SADCP.mat
|  found 14 SADCP profiles
| ==> STEP 13 TOOK 0.3 seconds
| ################ [029] step 14: CALCULATE INVERSE SOLUTION ###########
| GETINV:  compute best velocity profile
|  Barotropic velocity error 0.0047088 [m/s]
|  super ensemble velocity error 0.018743 [m/s]
|  set velocity error to:0.050285 [m/s]
|  vertical resolution (ps.dz) is 8 [m]
|  use super ensemble std based weights normalized by 0.050285 m/s
|  preaveraged GPS ships vel 1 times
|  remove 1065 constaints below minimum weight
|  smooth Ocean velocity profile
|  found 1 ill constrained elements will smooth
|  smooth CTD velocity profile
|  no smoothness constraint applied
|  bottom inversion
|  31 bottom track ctd-vel weights of about : 1.6964
|  weight for bottom track is (ps.botfac) 1
|  mean sadcp weight : 1.4633
|  weight for SADCP vel is (ps.sadcpfac) 1
|  lainbaro: 18% of profile have no useful data
|  normalized barotropic constrain weight: 1.8666
|  mean individual ctd velocity weight : 176.9927
|  ready for inversion  length of  d:  17788
|            (CTD vel)  length of A1:    892
|          (ocean vel)  length of A2:    562
| Moore-Penrose inverse
|  solve only down trace
|  smooth Ocean velocity profile
|  found 1 ill constrained elements will smooth
|  smooth CTD velocity profile
|  no smoothness constraint applied
| Moore-Penrose inverse w/o errors
|  solve only up trace
|  smooth Ocean velocity profile
|  found 1 ill constrained elements will smooth
|  smooth CTD velocity profile
|  found 1 ill constrained elements will smooth
| Moore-Penrose inverse w/o errors
| CHECKINV all values are given in [m/s]
|  Velocity profile error:  0.049  should be about noise:  0.034
|  Check bottom track rms:  0.024  should be smaller than  0.089 /  1.000
|  Check SADCP        rms:  0.014  should be smaller than  0.038 /  1.000
|  GPS-LADCP ship spd diff: 0.000  should be smaller than  0.005 /  1.000
|  use reference layer W
| CHECKBTRK: check bottom track against U_ctd solution
|  profiles within give acceptable range: 411
|   U bias :-0.003 [m/s]  std: 0.067 [m/s]
|   V bias :-0.001 [m/s]  std: 0.056 [m/s]
|   W bias : 0.006 [m/s]  std: 0.019 [m/s]
|   W slope fact :0.0093 [1/m] lower W below bottom
|   W diff :0.0437 [m/s] ping to ping w difference
|   H std :   1.4 [m]  large means bottom is rough/sloped
|   Tilt mean :1.0 +/- 0.1 [^o]
| ==> STEP 14 TOOK 8.9 seconds
| ################ [029] step 15: CALCULATE SHEAR SOLUTION #############
| 
| CALC_SHEAR3:  calculate a baroclinic velocity profile based on shears only
|     Averaging shear profile over 16 m intervals
|     Maximum allowed std within calculation intervals : 2
|     Data deviating more from the median will be discarded.
|     Correlation-derived weights range from 0.29604 to 0.99639
|     Removed 9 % of data with lowest weights from shear calculation.
|     New weights range from 0.60792 to 0.99639
|     Inversion average error : 0.044021 m/s
| >   Increasing error estimate because of elevated shear - inverse difference
| >   by a factor of 1.0199
| >   std of difference between regular and shear profile : 0.067344 m/s
|     Final average error : 0.044896 m/s
| ==> STEP 15 TOOK 1.8 seconds
| ################ [029] step 16: PLOT RESULTS & SHOW WARNINGS #########
|  do not know calibration of this instrument make a guess:
|  Battery Voltage is 53.3 V
| LADCP WARNINGS
| 
|  LADCP processing warnings:
| >   Increasing error estimate because of elevated shear - inverse difference
| ==> STEP 16 TOOK 0.9 seconds
| ################ [029] step 17: SAVE OUTPUT ##########################
|  save results
		:ambiguity = 2.5 ;
		:avdz = 8.20646189227837 ;
		:avens = nan ;
		:avpercent = 100 ;
		:barofac = 1 ;
		:barvelerr = 0.004708836914461971 ;
		:battery = 53.25078558771413 ;
		:beamangle = 20 ;
		:blen_d = 8 ;
		:blen_u = 8 ;
		:blnk_d = 0 ;
		:blnk_u = 0 ;
		:botfac = 1 ;
		:bottomdist = 0 ;
		:btrk_below = 0.5 ;
		:btrk_mode = 3 ;
		:btrk_range = 300, 50 ;
		:btrk_rough = 1.3880476640023056 ;
		:btrk_tilt_mean = 1.0104244104346232 ;
		:btrk_tilt_std = 0.13708540019518686 ;
		:btrk_ts = 10 ;
		:btrk_u_bias = -0.0032911541670459623 ;
		:btrk_u_std = 0.06697765100924957 ;
		:btrk_used = 1 ;
		:btrk_v_bias = -0.0007767013279826542 ;
		:btrk_v_std = 0.05629113492574689 ;
		:btrk_w_bias = 0.00551772599421241 ;
		:btrk_w_std = 0.018969530766103433 ;
		:btrk_wdiff = 0.043690158682835434 ;
		:btrk_weight_nblen = 0, 0 ;
		:btrk_wlim = 0.05 ;
		:btrk_wstd = 0.05163491383992665 ;
		:checkpoints = "/Volumes/Data/LADCP/checkpoints/029" ;
		:cm_save = 0 ;
		:cruise_id = "A22" ;
		:ctd = "../Data/CTD/6Hz/029.1Hz" ;
		:ctd_endtime = "2021-04-28T10:21:26" ;
		:ctd_fields_per_line = 12 ;
		:ctd_header_lines = 45 ;
		:ctd_pressure_field = 2 ;
		:ctd_salinity_field = 6 ;
		:ctd_starttime = "2021-04-28T06:49:04" ;
		:ctd_temperature_field = 3 ;
		:ctd_time_base = 0 ;
		:ctd_time_field = 1 ;
		:ctddepth = 1 ;
		:ctdmaxlag = 150 ;
		:ctdmaxlagnp = 600 ;
		:ctdmincorr = 0.8924202228454484 ;
		:ctdprof = " " ;
		:ctdtime = 1 ;
		:ctdtimoff = 0.007887311745435 ;
		:cut = 10 ;
		:datetime = "2021-04-28T08:10:03" ;
		:debug = 0 ;
		:dist_d = 8.17 ;
		:dist_u = 8.17 ;
		:dn_range = 112.17, 112.17, 112.17, 112.17 ;
		:down_sn = nan ;
		:down_up = 1 ;
		:dragfac = 0 ;
		:drot = -13.704407132496122 ;
		:dt_profile = 12742.000007629395 ;
		:dz = 8 ;
		:dzbelow = 16, -8 ;
		:elim = 0.5 ;
		:fig3_colormap = 1 ;
		:fig3_err_y_axis = 1 ;
		:fix_compass = 0 ;
		:getdepth = 2 ;
		:guessbottom = nan ;
		:hbot_0 = 0 ;
		:ignore_beam = nan, nan ;
		:instid = 2729655847.0, 8463659191.0 ;
		:interp_ctd_times = 1 ;
		:interp_missing_GPS = 1 ;
		:interp_nav_times = 0 ;
		:ladcp_cast = 1 ;
		:ladcp_station = 29 ;
		:ladcpdepth = 0 ;
		:ladcpdo = "../Data/raw/02901_DL.IMPD0" ;
		:ladcpr_CTD_depth_std = -4.808610054630615, 8.867234569516407 ;
		:ladcpup = "../Data/raw/02901_UL.IMPD0" ;
		:lat = 17.95746 ;
		:lon = -65.13388 ;
		:magdec_source = 2 ;
		:maxbinrange = 0 ;
		:maxdepth = 4497.99116744709 ;
		:name = "A22 station #29 (V3)" ;
		:nav = "../Data/CTD/6Hz/029.1Hz" ;
		:nav_end = 17.0, 57.447600000000065, -65.0, -8.032800000000293 ;
		:nav_error = 30 ;
		:nav_fields_per_line = 12 ;
		:nav_header_lines = 45 ;
		:nav_lat_field = 11 ;
		:nav_lon_field = 12 ;
		:nav_start = 17.0, 57.447600000000065, -65.0, -8.032800000000293 ;
		:nav_time_base = 0 ;
		:nav_time_field = 1 ;
		:navdata = 1 ;
		:navtime_av = 0.001388888888888889 ;
		:nbin_d = 25 ;
		:nbin_u = 25 ;
		:nbins = 50 ;
		:nping_total = 10158, 10160 ;
		:nt = 10158 ;
		:offsetup2down = 1 ;
		:orig = 0 ;
		:outlier = 1 ;
		:outlier_n = 207 ;
		:oversample = 1 ;
		:pg_save = 3 ;
		:pglim = 0 ;
		:pose = 17.0, 57.447600000000065, -65.0, -8.032800000000293 ;
		:poss = 17.0, 57.447600000000065, -65.0, -8.032800000000293 ;
		:res = "V3/029" ;
		:rotup2down = 1 ;
		:sadcp = "../Data/SADCP/SADCP.mat" ;
		:sadcp_dtok = 0 ;
		:sadcpfac = 1 ;
		:serial_cpu_d = 126, 0, 0, 8, 44, 182, 28, 9 ;
		:serial_cpu_u = 78, 0, 0, 5, 137, 56, 226, 9 ;
		:shear = 1 ;
		:single_ping_accuracy = nan ;
		:smallfac = 1, 0 ;
		:smoofac = 0 ;
		:software = "LDEO LADCP software: Version IX_14" ;
		:solve = 1 ;
		:soundcorr = 1 ;
		:std_weight = 1 ;
		:superens_std_min = 0.04139652678624076 ;
		:surfdist = 1 ;
		:tilt_weight = 10 ;
		:tiltcor = 0 ;
		:tiltmax = 22, 4 ;
		:time_end = 2021, 4, 28, 10, 21, 26 ;
		:time_start = 2021, 4, 28, 6, 49, 4 ;
		:timoff = 0 ;
		:tint = 113.9570781649931, 113.63102973026186 ;
		:ts_att_dn = 0.062 ;
		:ts_att_up = 0.06 ;
		:ts_save = 0 ;
		:ts_signal_min = -5 ;
		:ucorr = 0.3794228644636676 ;
		:up_dn_comp_off = -83.06505758855255 ;
		:up_dn_looker = 1 ;
		:up_dn_pit_off = -3.344262239839927 ;
		:up_dn_pit_rol_comp_off = -83.34612500000011 ;
		:up_dn_rol_off = 1.7337325647946744 ;
		:up_range = 112.17, 112.17, 112.17, 112.17 ;
		:up_sn = nan ;
		:uship = 0 ;
		:vcorr = 0.6084581285690425 ;
		:velerr = 0.050284562010373145 ;
		:vlim = 2.5 ;
		:vship = 0 ;
		:warn = "LADCP WARNINGS" ;
		:warnings = " LADCP processing warnings:\n>   Increasing error estimate because of elevated shear - inverse difference\n" ;
		:warnp = " LADCP processing warnings: \n>   Increasing error estimate because of elevated shear - inverse difference" ;
		:wbslope = 0.009295724734787979, -0.03213796308130144 ;
		:weighbin1 = 1 ;
		:weightmin = 0.05 ;
		:weightpower = 1 ;
		:whoami = "A.M. Thurnherr" ;
		:wizr = 26, 27, 28, 29, 30, 25, 24, 23, 22, 21 ;
		:wlim = 0.2 ;
		:xdisp = 0 ;
		:xmc = 212.3910218546958, 202.57708210277613 ;
		:xmv = 161.36601693246703, 159.99586532782044 ;
		:xmv_min = 0 ;
		:ydisp = 0 ;
		:zbottom = 4507.708631744668 ;
		:zbottomerror = 0.5337096875909992 ;
		:zpar = 9.8697272961672, 4497.99116744709, 10.220071509741649 ;
variables:
	float zbot(zbot) ;
		zbot:long_name = "Bottom Referenced Profile Depth" ;
		zbot:units = "m" ;
	double time(time) ;
		time:long_name = "Station Time Series" ;
		time:units = "days since 1970-01-01 0:0:0" ;
		time:calendar = "standard" ;
	float z(z) ;
		z:long_name = "Depth" ;
		z:units = "Meters" ;
	float z_sadcp(z_sadcp) ;
		z_sadcp:long_name = "SADCP Profile Depth" ;
		z_sadcp:units = "m" ;
	double lon ;
		lon:long_name = "Longitude" ;
		lon:units = "degrees_east" ;
	double lat ;
		lat:long_name = "Latitude" ;
		lat:units = "degrees_north" ;
	float ctd_s(z) ;
		ctd_s:long_name = "CTD profile salinity" ;
		ctd_s:units = "psu" ;
	float ctd_t(z) ;
		ctd_t:long_name = "CTD profile temperature" ;
		ctd_t:units = "Degree C" ;
	float ensemble_vel_err(z) ;
		ensemble_vel_err:long_name = "ADCP ensemble velocity error" ;
		ensemble_vel_err:units = "m/s" ;
	short nvel(z) ;
		nvel:long_name = "LADCP number of ensembles per bin" ;
		nvel:units = "count" ;
	float p(z) ;
		p:long_name = "Pressure" ;
		p:units = "dBar" ;
	float range(z) ;
		range:long_name = "ADCP total range of data" ;
		range:units = "m" ;
	float range_do(z) ;
		range_do:long_name = "ADCP down looking range of data" ;
		range_do:units = "m" ;
	float range_up(z) ;
		range_up:long_name = "ADCP up looking range of data" ;
		range_up:units = "m" ;
	float shiplat(time) ;
		shiplat:long_name = "Latitude" ;
		shiplat:units = "degrees_north" ;
	float shiplon(time) ;
		shiplon:long_name = "Longitude" ;
		shiplon:units = "degrees_east" ;
	float ts(z) ;
		ts:long_name = "ADCP echo amplitude profile bin 1" ;
		ts:units = "dB" ;
	float ts_out(z) ;
		ts_out:long_name = "ADCP echo amplitude profile last down bin" ;
		ts_out:units = "dB" ;
	float u(z) ;
		u:long_name = "U" ;
		u:units = "m/s" ;
	float u_do(z) ;
		u_do:long_name = "LADCP down only profile U" ;
		u_do:units = "m/s" ;
	float u_sadcp(z_sadcp) ;
		u_sadcp:long_name = "SADCP Profile U" ;
		u_sadcp:units = "m/s" ;
	float u_shear_method(z) ;
		u_shear_method:long_name = "LADCP shear method profile U" ;
		u_shear_method:units = "m/s" ;
	float u_up(z) ;
		u_up:long_name = "LADCP up only profile U" ;
		u_up:units = "m/s" ;
	double ubar ;
		ubar:long_name = "LADCP U Barotropic" ;
		ubar:units = "m/s" ;
	float ubot(zbot) ;
		ubot:long_name = "Bottom Referenced Profile U" ;
		ubot:units = "m/s" ;
	float uctd(time) ;
		uctd:long_name = "CTD Velocity U" ;
		uctd:units = "m/s" ;
	float uctderr(time) ;
		uctderr:long_name = "CTD Velocity Error" ;
		uctderr:units = "m/s" ;
	float uerr(z) ;
		uerr:long_name = "Velocity Error" ;
		uerr:units = "m/s" ;
	float uerr_sadcp(z_sadcp) ;
		uerr_sadcp:long_name = "SADCP Profile Velocity Error" ;
		uerr_sadcp:units = "m/s" ;
	float uerrbot(zbot) ;
		uerrbot:long_name = "Bottom Referenced Profile Velocity Error" ;
		uerrbot:units = "m/s" ;
	float uship(time) ;
		uship:long_name = "Ship Velocity U" ;
		uship:units = "m/s" ;
	float v(z) ;
		v:long_name = "V" ;
		v:units = "m/s" ;
	float v_do(z) ;
		v_do:long_name = "LADCP down only profile V" ;
		v_do:units = "m/s" ;
	float v_sadcp(z_sadcp) ;
		v_sadcp:long_name = "SADCP Profile V" ;
		v_sadcp:units = "m/s" ;
	float v_shear_method(z) ;
		v_shear_method:long_name = "LADCP shear method profile V" ;
		v_shear_method:units = "m/s" ;
	float v_up(z) ;
		v_up:long_name = "LADCP up only profile V" ;
		v_up:units = "m/s" ;
	double vbar ;
		vbar:long_name = "LADCP V Barotropic" ;
		vbar:units = "m/s" ;
	float vbot(zbot) ;
		vbot:long_name = "Bottom Referenced Profile V" ;
		vbot:units = "m/s" ;
	float vctd(time) ;
		vctd:long_name = "CTD Velocity V" ;
		vctd:units = "m/s" ;
	float vship(time) ;
		vship:long_name = "Ship Velocity V" ;
		vship:units = "m/s" ;
	float w_shear_method(z) ;
		w_shear_method:long_name = "LADCP shear method profile W" ;
		w_shear_method:units = "m/s" ;
	float wctd(time) ;
		wctd:long_name = "CTD Velocity W" ;
		wctd:units = "m/s" ;
	float xctd(time) ;
		xctd:long_name = "CTD Position Relative to Start E" ;
		xctd:units = "m" ;
	float xship(time) ;
		xship:long_name = "Ship Position E" ;
		xship:units = "m" ;
	float yctd(time) ;
		yctd:long_name = "CTD Position Relative to Start N" ;
		yctd:units = "m" ;
	float yship(time) ;
		yship:long_name = "Ship Position N" ;
		yship:units = "m" ;
	float zctd(time) ;
		zctd:long_name = "Depth of CTD" ;
		zctd:units = "m" ;
// zbot: first 4264.0, last 4496.0, count 30
// time: first 18745.284392877016, last 18745.43143517105, count 892
// z: first 8.0, last 4496.0, count 562
// z_sadcp: first 43.0, last 813.0, count 78
}