def update_cal(instrument):
# Display an instruction message to the user...
print(
"Place the factory calibration file (e.g. 12345.cal) in the import folder."
)
input("Press the ENTER key when ready to begin the procedure...")
# Specify a capture file...
instrument.capfile = "save/update_cal.log.txt"
# Open a serial (RS232) connection...
instrument.set_timeout(2)
instrument.init_connection()
# Enable printing to user screen...
print("Instrument will now print to your screen...")
instrument.echo = True
# Display current cal coefficients from instrument...
instrument.imm_cmd('#%sdc' % instrument.remote_id)
# Set the source file for the new coefficients...
instrument.cal_source_file = "%s.cal" % instrument.serialnumber[3:]
# Get coefficients from cal file...
coefs = get_cal_from_file(instrument)
coefs.pop('INSTRUMENT_TYPE')
coefs.pop('SERIALNO')
# Update the instrument...
for coef in coefs.keys():
instrument.imm_cmd('#%s%s=%s' %
(instrument.remote_id, coef, coefs[coef]))
# Display updated cal coefficients from instrument...
instrument.imm_cmd('#%sdc' % instrument.remote_id)
# Wrap up...
instrument.echo = False
# Prompt to generate a new cal csv...
again = input("Would you like to create a new calibration csv? [y]/n ")
if again.lower() != "n":
instrument.generate_cal_csv()
print("\nUpdate complete.\n")
filedate = common.current_utc().strftime('%Y%m%d')
instrument.rename_capfile("save/CTDMO_%s_update_coefficients_%s.txt" %
(instrument.serialnumber, filedate))
if not instrument.disconnect():
print("Error closing serial port!")
return True
def clock_set_test(self, margin, conditions=['utc']):
for condition in conditions:
while True:
if condition == 'noon':
print("Setting clock to noon yesterday...")
t1 = common.noon_yesterday()
elif condition == 'utc':
print("Setting clock to current time UTC...")
t1 = common.current_utc()
self.imm_set_datetime(common.formatdate(t1, 'sbe'))
t2 = self.get_time()
if common.compare_times_ordered(t1, t2, margin):
break
else:
if common.usertryagain("There was a problem setting the clock. The reported time is %s. The expected time is %s" % (common.formatdate(t2, 'us'), common.formatdate(t1, 'us'))):
continue
else:
return False
return True
def proc_deploy(instrument):
# Specify a capture file...
instrument.capfile = "save/NUTNR_SN_config_%s.txt" % common.formatdate(
common.current_utc(), 'filename')
# Open a serial (RS232) connection...
instrument.init_connection()
# List current configuration details...
print(instrument.get_cfg())
# Set the instrument clock to current time...
print(instrument.set_clock())
print(instrument.get_cmd('get clock'))
# Send deployment configurations to instrument...
print(instrument.get_cmd('set msglevel info'))
print(instrument.get_cmd('set outfrtyp full_ascii'))
print(instrument.get_cmd('set logfrtyp full_ascii'))
print(instrument.get_cmd('set outdrkfr output'))
print(instrument.get_cmd('set logdrkfr output'))
print(instrument.get_cmd('set logftype daily'))
print(instrument.get_cmd('set opermode continuous'))
print(instrument.get_cmd('set operctrl samples'))
print(instrument.get_cmd('set exdevtyp wiper'))
print(instrument.get_cmd('set exdevrun on'))
print(instrument.get_cmd('set countdwn 3'))
print(instrument.get_cmd('set drkavers 100'))
print(instrument.get_cmd('set lgtavers 3'))
print(instrument.get_cmd('set drksmpls 1'))
print(instrument.get_cmd('set lgtsmpls 1'))
print(instrument.get_cmd('set intpradj off'))
print(instrument.get_cmd('set intprfac 1'))
# List updated configuration details...
print(instrument.get_cfg())
# End procedure...
if not instrument.disconnect():
print("Error closing serial port!")
return True
def export_cal(instrument):
# Display an instruction message to the user...
print(
"This procedure will connect to an instrument and generate a calibration csv"
)
print("from the coefficients stored on the instrument.")
input("Press the ENTER key when ready to begin...")
# Open a serial (RS232) connection...
instrument.set_timeout(2)
instrument.init_connection()
instrument.cal_source_file = "retreived from instrument on %s" % common.current_utc(
).strftime("%Y-%m-%d")
instrument.generate_cal_csv()
print("Procedure complete.")
if not instrument.disconnect():
print("Error closing serial port!")
return True
def set_clock(self):
return self.get_cmd('set clock %s' %
common.formatdate(common.current_utc(), 'suna'))