#------------------------------------------------------------------------------
#               SeaExplorer Payload configuration file
#------------------------------------------------------------------------------
# Date: 03/06/2019
# CCU version: >= 2.8.0
#------------------------------------------------------------------------------
# In this file, do not add blanks or comments at end of line.
# Slots definition:
# RS232 connectors: J4,J5,J6,J7,J9 devices: GPCTD / FLBBCD / FLNTU / METS
# I2C connector: J8  devices: MFL
#------------------------------------------------------------------------------
# Global parameters (glider name (!! in lower case !!), main data logger period, subsampled period)
id=sea046
maindatalogger.period=1
subdatalogger.period=30
#------------------------------------------------------------------------------
# Slots configuration

[J4]
used=yes
device=AROD_FT

[J5]
used=yes
device=FLBBCD

[J6]
used=no
device=

[J7]
used=yes
device=GPCTD

[J8]
used=no
device=

[J9]
used=no
device=
#------------------------------------------------------------------------------
[GPCTD]
#serial number =0256
#date of calibration =00/00/0000
 unknown
cfg.WarmUpPeriod = 1
cfg.phaseswitch = 1

acq.1.depth = 1050
acq.1.period = 0
acq.1.phase = 111
acq.1.yo = 1
#------------------------------------------------------------------------------
[FLBBCD]
#serial number =4741
#date of calibration =07/08/2018
cfg.WarmUpPeriod      = 1
cfg.phaseswitch       = 1

acq.1.depth = 300
acq.1.period = 0
acq.1.phase = 111
acq.1.yo = 1

acq.2.depth = 1050^M
acq.2.period = 0^M
acq.2.phase = 000^M
acq.2.yo = 1^M
^M
#Calibration parameters
cfg.Chl_DarkCounts    = 50
cfg.Chl_SF            = 0.0071
cfg.CDOM_DarkCounts   = 52
cfg.CDOM_SF           = 0.1035
cfg.SIG_DarkCounts    = 50
cfg.SIG_SF            = 1.791E-06
#------------------------------------------------------------------------------
[FLNTU]
#serial number =
#date of calibration =
cfg.WarmUpPeriod      = 1
cfg.phaseswitch       = 1

acq.1.depth = 750
acq.1.period = 0
acq.1.phase = 111
acq.1.yo = 1

#Calibration parameters
cfg.Chl_DarkCounts    =
cfg.Chl_SF            =
cfg.NTU_DarkCounts    =
cfg.NTU_SF            =
#------------------------------------------------------------------------------
[METS]
#serial number =
#date of calibration =
cfg.WarmUpPeriod = 1
cfg.phaseswitch = 1

acq.1.depth = 750
acq.1.period = 0
acq.1.phase = 111
acq.1.yo = 1
#------------------------------------------------------------------------------
[MFL]
#serial number =
#date of calibration =
cfg.WarmUpPeriod = 1
cfg.phaseswitch  = 1
cfg.mode         = 3
cfg.range        = 0
cfg.dacq         = 600
cfg.d2acq        = 4000
cfg.addr.read    = 112
cfg.addr.write   = 112
cfg.addr.temit   = 72
cfg.addr.tdetect = 73

acq.1.depth = 750
acq.1.period = 0
acq.1.phase = 111
acq.1.yo = 1
#------------------------------------------------------------------------------
[AROD_FT]
#serial number = 0022
#date of calibration = 21/10/2018
cfg.WarmUpPeriod = 7
cfg.phaseswitch = 1
cfg.intervalMeasurement = 4
cfg.intervalSwitch = 0

acq.1.depth = 1050
acq.1.period = 0
acq.1.phase = 111
acq.1.yo = 1
#------------------------------------------------------------------------------
#Sensors configuration (refer to manual for more information)
#Define configuration parameters for each sensors (example below)
#cfg.WarmUpPeriod = 1   # time (seconds) to wait before acquiring
#cfg.phaseswitch = 0    # 0=sensor always ON (default); 1=sensor allowed to switch on/off at zone change
#cfg.Chl_SF = 0.0121    # calibration coefficients if applicable
#Define acquisition zones for each sensors
#First acquisition zone (1)
#acq.1.depth = 350      #acquire until depth (meters)
#acq.1.period = 0       #acquisition period (seconds); 0=as fast as possible
#acq.1.phase = 111      #X/X/X =going down/other/going up; 0=don't read; 1= read.
#acq.1.yo = 1           #acquire every N yos
#Second acquisition zone (2)
#acq.2.depth = 750
#acq.2.period = 0
#acq.2.phase = 000      #don't acquire, sensor will be off if phaseswitch=1
#acq.2.yo = 1
#At most five acquisition zones
#If no acquisition zone is defined, sensors will NOT be recorded
#------------------------------------------------------------------------------