# This readme is a more highly-documented version of the actual 
# procsetup_onship.py located in /home/adcp/config.  The program 
# 'procsetup_onship.py' is run at all stages of UHDAS  acquisition 
# and processing.  If you change it, you should 'stop recording',
# 'end cruise', and kill the gui window.  When you start up again
# everything should be implimented.  If nothing was wrong with
# the processing up to that point, you may connect to the cruise name
# you were just using (i.e. stopping all the processes and restarting
# does not require a new cruise name)


## This name is used in titles and in the Subject for emails.
## Use characters suitable for unix directory names
shipname = "Melville"

# for DAS_while_cruise.py
#-------------------------
# List of paths to backup "data" subdirectories.  Within each such
# subdirectory, the cruise data directory (e.g., km0507) will
# be found.  If the active cruise is "km0507", then rsync will
# be called periodically to copy the contents of /home/data/km0507
# to data/km0507 in each path in the list.

#backup_paths = ['/disk2/home', '/mnt/UHDAS']
backup_paths = ['/disk2/home']

# Interval in seconds between backups

rsync_t = 3600

# for DAS_while_logging.py
#--------------------------

# Interval in seconds between ensemble updates:

short_t = 300

# Interval in seconds between database updates:

long_t = 3600


# Working directory for calculations and intermediate products:
# DO NOT change
workdir = '/home/adcp/tmp'

# Command string to start up the speedlog; empty string or
# None to disable the speedlog.  If there is a speedlog command,
# the string must end with '&' so that it will be executed in
# the background.

#speedlog_cmd = '/home/adcp/scripts/DAS_KMspeedlog.py &'  # backgrounded
speedlog_cmd = None # No speedlog at present.


# for processing
#----------------

### choose the instrument to use for heading correction.  options:
#  'gyro', 'ashtech', 'posmv', or 'seapath'
## This will be substituted into cruise_cfg.m, where matlab looks for it
hcorr_inst = 'ashtech'  ## 'gyro', 'seapath', 'ashtech', ''

## daily.py will get statistics on these (assumes correct messages are logged)
#attitude_devices = ['posmv', 'ashtech']
attitude_devices = ['ashtech']


## for quick_adcp.py: initialize and fill. Where specified, MUST have an 
## entry for each data type (instrument+ping) type or it will fail quietly

# adcpsect extraction starts at this depth -- one entry per data type!!!
firstdepth = {}
firstdepth['nb150'] = 25
firstdepth['os75bb'] = 25
firstdepth['os75nb'] = 40

# averaging interval (seconds)  -- one entry per data type!!
enslength = {}
enslength['nb150'] = 300
enslength['os75bb'] = 300
enslength['os75nb'] = 300


## which instrument and pingtype to be used for kts+dir 5-minute vector?
## choose one data type that will probably always be available
kt_vec = {}
kt_vec['instname'] = 'nb150'
kt_vec['depthrange'] = [0, 50];

#####################################

# for daily.py:
#--------------

# Each email "mailto" must be a list of email addresses:
#        ["et@this_ship.podunk.edu", "guru@podunk.edu"]
# An empty list (no addresses) is : []


tarball_mailto  = ["uhdas@soest.hawaii.edu"]
## to avoid mailing tarball, do it this way:
# tarball_mailto = []



# includes web links on currents:
local_status_mailto   = ["scg@melville.sio.ucsd.edu",
                        "hummon@hawaii.edu"]

shore_status_mailto  = ["hummon@hawaii.edu", "efiring@hawaii.edu"]

SMTP_server     = "137.110.150.13"
mail_from       = "adcp@rv-melville.ucsd.edu"


#####################################