FINDLOG: search near file: ../data/ladcp/r0011_01.rbb
 READSERIAL_WH: parse file ../data/ladcp/r0011_01.log
 Can not find RDI serial number 
 down looking serial number is : NaN
   up looking serial number is : NaN
LOADRDI: Loading data
 loading down-data ../data/ladcp/r0011_01.rbb
ISBB: BB-data 
 raw data has 432+2 bytes per ensemble
 read 7242 ensemble and 16 bins 
 using increased bottom echo amplitudes to create bottom track
 use bin below maximum for bottom track 
 created 712 bottom track data from normal velocities
 removed 0 values because of low percent good
 found 653 finite bottom velocities
 removed 0 values because of high error velocity
 removed 0 bottom values because of high error velocity
 using whole profile since no start time was given
 removed 0 profiles due to larger tilt than 22
 removed 0 profiles due to larger tilt difference than 4
 multiply weight of bin 1 by 0.5
 Outlier discarded 3360 bins down looking
==> load data took 79 seconds
load NAV time series ../ladcp_output/A16N_nav.mat
 number of NAV scans: 437404  delta t : 10 seconds
 update start pos  from:NaN°N     NaN'  NaN°E     NaN'
                     to:60°N  1.2912'   20°W  0.0151'
 updated magnetic deviation and applied correction 
 update end pos    from:NaN°N     NaN'  NaN°E     NaN'
                     to:60°N  0.0041'   20°W  0.0989'
LOADCTDPROF: load CTD profile ../ladcp/ctd/prelim_ctd/rh203w0112.ctd
 can not find ../ladcp/ctd/prelim_ctd/rh203w0112.ctd
LOADCTD: load CTD time series ../ladcp/ctd/sio_ascts/011.01
 number of CTD scans: 5754  delta t : 1.5 seconds
 Adjusted CTD Time by 5.985 minutes
 max CTD pressure 2755 at 21-Jun-2003 23:05:47
 max LADCP depth 2706 at 21-Jun-2003 23:04:28
WARNING WARNING 
 bottom time difference between CTD/LADCP is -1 minute
 Changed Start Time : 21-Jun-2003 22:02:52  to 21-Jun-2003 22:17:35
 Changed End   Time : 22-Jun-2003 00:39:45  to 22-Jun-2003 00:30:24
 CTD max depth : 2711
 best lag : 3 pings ~ 4 seconds  corr:0.99348
 adjust ADCP time to CTD time and shift depth record 
 adjust start/end position
GETDPTHI: Depth from vertical velocity inverse method
 starting run 1 to LADCP depth
 take soundspeed from CTD profile 
 correct velocities for sound speed 
 maximum depth from int W is :2710.8176
 should be                   :2710.8176
  bottom found at 2718 +/- 4 m
 removing 104 values below bottom
 remove data at begining and end of cast
 adjust start and end time 
 find new start end position
==> get depth took 124 seconds
PREPINV: prepare data for inversion, form Super-Ensembles
 average profiles over (p.avdz) 10 meter
 discarded 0 bottom tracks velocities because of dist > 300
 reduce weight for larger tilts 0.5 at 10 degree
 will not correct for sound speed twice
 remove reference velocity and average ensembles 
 Outlier discarded 316 bins down looking
 reduced ensemble size is 458
LOADSADCP: load SADCP data file ../sadcp/00644v3.nc
 found 2 SADCP profiles 
==> prep inversion took 61 seconds
GETINV:  compute best velocity profile
 Barotropic velocity error 0.0075301 [m/s]
 super ensemble velocity error 0.0080285 [m/s]
 set velocity error to:0.012719 [m/s]
 vertical resolution (ps.dz) is 10 [m]
 preaveraged GPS ships vel 1 times 
 smooth Ocean velocity profile
 found 9 ill constrained elements
 smooth CTD velocity profile
 found 11 ill constrained elements
 bottom inversion 
 mean bottom track weight : 0.77903
 weight for bottom track is (ps.botfac) 1
 mean sadcp weight : 0.49877
 weight for SADCP vel is (ps.sadcpfac) 1
 add barotropic constrain weight: 1.6891
 weight for drag is (ps.dragfac) 0.17506
 ready for inversion  length of d : 7981
           (CTD vel)  length of A1:458
         (ocean vel)  length of A2:270
Moore-Penrose inverse
 solve only down trace
 smooth Ocean velocity profile
 found 9 ill constrained elements
 smooth CTD velocity profile
 found 2 ill constrained elements
Cholesky transform
 solve only up trace
 smooth Ocean velocity profile
 found 8 ill constrained elements
 smooth CTD velocity profile
 found 2 ill constrained elements
Cholesky transform
==> inversion took 104 seconds
GETSHEAR2: average shear profile over (ps.dz) 10 [m]
 maximum std (stdf) 2 of data 
 minimum weight  0.1 of data 
 will use 95 % of data 
 compute vertical diffusivity
 use dz:640 m long segments
 save results