using cruisename "PS0918" for processing root and logfiles
- will deduce yearbase
- if there are multiple EA or multiple ensemble time durations:
- if there are multiple EA or multiple ensemble time durations:
processing will take place PS0918/SONAR_LTA
... where "SONAR" is determined as follows:
- will deduce sonar
found sonar os75bb
read 100 out of 146662 lines from ../../vmdas_data/ps0918/Collins_PtSur_Ridge005_000000.N1R
read 100 out of 47510 lines from ../../vmdas_data/ps0918/Collins_PtSur_Ridge005_000000.N2R
read 100 out of 76188 lines from ../../vmdas_data/ps0918/Collins_PtSur_Ridge005_000000.N3R
read 100 out of 253391 lines from ../../vmdas_data/ps0918/Collins_PtSur_Ridge006_000000.N1R
read 100 out of 75159 lines from ../../vmdas_data/ps0918/Collins_PtSur_Ridge006_000000.N2R
read 100 out of 107307 lines from ../../vmdas_data/ps0918/Collins_PtSur_Ridge006_000000.N3R
read 100 out of 98503 lines from ../../vmdas_data/ps0918/Collins_PtSur_Ridge007_000000.N1R
read 100 out of 31980 lines from ../../vmdas_data/ps0918/Collins_PtSur_Ridge007_000000.N2R
read 100 out of 51507 lines from ../../vmdas_data/ps0918/Collins_PtSur_Ridge007_000000.N3R
(done guessing serial inputs from files)
- determining summary information about LTA data files
- sorting files in time order
- guessing instrument model
- about to guess EA from raw data files...
- determining ensemble length from LTA files
- guessing additional information for single-ping processing)
- guessing heading source
- trying to determine serial NMEA messages
found one consistent ensemble length: using 299sec
running: quick_adcp.py --cntfile q_py.cnt --auto
done with quick_adcp.py
Making web site with figures using "quick_web.py"
netCDF files:
-------------:
- made short netCDF file contour/os75bb.nc
- netCDF variables are defined in contour/CODAS_netcfd_variables.txt
- CODAS processing described in contour/CODAS_processing_note.txt
DONE.
===================================================
Processed 3 os75bb LTA files with 299sec ensemble length
**WATERTRACK**
---------------------------
Number of edited points: 2 out of 2
median mean std
amplitude 1.0040 1.0040 0.0085
phase 1.4200 1.4200 1.2558
**BOTTOMTRACK**
---------------------------
unedited: 36 points
edited: 33 points, 2.0 min speed, 2.5 max dev
median mean std
amplitude 0.9998 0.9998 0.0025
phase 1.3538 1.5970 0.5428
============
=== Data ===
============
- vmdas_info data summary is in this file:
PS0918_os75bb_LTA_info.txt
================
== Processing ==
================
- Summary processing information is in this file:
PS0918_proc/os75bb_LTA/cruise_info.txt
- Calibrations (also shown above) are summarized in:
PS0918_proc/os75bb_LTA/cals.txt
===============
=== Figures ===
===============
To view all figures generated during processing,
figview.py PS0918_proc/os75bb_LTA
To explore the dataset, run this command:
dataviewer.py PS0918_proc/os75bb_LTA
To look at the web plots, in a web browser
open PS0918_proc/os75bb_LTA/webpy/index.html
======================
=== Postprocessing ===
=====================
all postprocessing occurs in PS0918_proc/os75bb_LTA; change directories first
cd PS0918_proc/os75bb_LTA
If warranted, apply a rotation calibration using mean or median
of watertrack or bottom track calibration values. If mean and
median agreed at 0.5deg, apply as follows, using 0.5 for XXX:
quick_adcp.py --steps2rerun rotate:navsteps:calib --rotate_angle XXX --auto
After rotation and editing, to remake the netCDF file:
adcp_nc.py adcpdb/aship contour/os75bb.nc PS0918 os75bb
After rotation and editing, to remake the webpy web site:
quick_web.py --redo --add_amp
