def lexpand(self, val):
var = "lexpand"
if not isinstance(val, oda.oneDimArray):
if not (isinstance(val, list) or ti.is_boolean(val)):
errorMessage = logging.multidimensional_error("lexpand", False)
self.__changeLog.append(
logging.changelog_entry(self.__location, "lexpand", False,
repr(getattr(self, "lexpand")),
repr(val), errorMessage))
self.__errorLog.append(
logging.errorlog_entry("Setter", errorMessage))
else:
if not isinstance(val, list):
val = [val]
myODA = oda.oneDimArray.listToODA(val,
errorLog=self.__errorLog,
changeLog=self.__changeLog,
location=self.__location,
var=var)
self.__changeLog.append(
logging.changelog_entry(self.__location, "lexpand", False,
repr(getattr(self, "lexpand")),
repr(val), None))
self.__lexpand = myODA
else:
self.__changeLog.append(
logging.changelog_entry(self.__location, "lexpand", False,
repr(getattr(self, "lexpand")),
repr(val), None))
self.__lexpand = val
def pmeemt(self, val):
var = "pmeemt"
if not isinstance(val, oda.oneDimArray):
if not (isinstance(val, list) or ti.is_probability(val)):
errorMessage = logging.multidimensional_error("pmeemt", True)
self.__changeLog.append(
logging.changelog_entry(self.__location, "pmeemt", False,
repr(getattr(self, "pmeemt")),
repr(val), errorMessage))
self.__errorLog.append(
logging.errorlog_entry("Setter", errorMessage))
else:
if not isinstance(val, list):
val = [val]
myODA = oda.oneDimArray.listToODA(val,
errorLog=self.__errorLog,
changeLog=self.__changeLog,
location=self.__location,
var=var)
self.__changeLog.append(
logging.changelog_entry(self.__location, "pmeemt", False,
repr(getattr(self, "pmeemt")),
repr(val), None))
self.__pmeemt = myODA
else:
self.__changeLog.append(
logging.changelog_entry(self.__location, "pmeemt", False,
repr(getattr(self, "pmeemt")),
repr(val), None))
self.__pmeemt = val
def nchoiq(self, val):
var = "nchoiq"
if not isinstance(val, oda.oneDimArray):
if not (isinstance(val, list) or ti.is_positive_integer(val)):
errorMessage = logging.multidimensional_error("nchoiq", False)
self.__changeLog.append(
logging.changelog_entry(self.__location, "nchoiq", False,
repr(getattr(self, "nchoiq")),
repr(val), errorMessage))
self.__errorLog.append(
logging.errorlog_entry("Setter", errorMessage))
else:
if not isinstance(val, list):
val = [val]
myODA = oda.oneDimArray.listToODA(val,
errorLog=self.__errorLog,
changeLog=self.__changeLog,
location=self.__location,
var=var)
self.__changeLog.append(
logging.changelog_entry(self.__location, "nchoiq", False,
repr(getattr(self, "nchoiq")),
repr(val), None))
self.__nchoiq = myODA
else:
self.__changeLog.append(
logging.changelog_entry(self.__location, "nchoiq", False,
repr(getattr(self, "nchoiq")),
repr(val), None))
self.__nchoiq = val
def pmexpc1(self, val):
if not ti.is_probability(val):
errorMessage = "pmexpc1 failed test_instance.is_probability check."
self.__changeLog.append(
logging.changelog_entry(self.__location, "pmexpc1", False,
repr(getattr(self, "pmexpc1")),
repr(val), errorMessage))
self.__errorLog.append(
logging.errorlog_entry("Setter", errorMessage))
else:
self.__changeLog.append(
logging.changelog_entry(self.__location, "pmexpc1", False,
repr(getattr(self, "pmexpc1")),
repr(val), None))
self.__pmexpc1 = val
def ndumph(self, val):
if not ti.is_positive_integer(val):
errorMessage = "ndumph failed test_instance.is_positive_integer check."
self.__changeLog.append(
logging.changelog_entry(self.__location, "ndumph", False,
repr(getattr(self, "ndumph")),
repr(val), errorMessage))
self.__errorLog.append(
logging.errorlog_entry("Setter", errorMessage))
else:
self.__changeLog.append(
logging.changelog_entry(self.__location, "ndumph", False,
repr(getattr(self, "ndumph")),
repr(val), None))
self.__ndumph = val
def fqtemp(self, val):
if not ti.is_number(val):
errorMessage = "fqtemp failed test_instance.is_number check."
self.__changeLog.append(
logging.changelog_entry(self.__location, "fqtemp", False,
repr(getattr(self, "fqtemp")),
repr(val), errorMessage))
self.__errorLog.append(
logging.errorlog_entry("Setter", errorMessage))
else:
self.__changeLog.append(
logging.changelog_entry(self.__location, "fqtemp", False,
repr(getattr(self, "fqtemp")),
repr(val), None))
self.__fqtemp = val
def rmflucq(self, val):
if not ti.is_positive_number(val):
errorMessage = "rmflucq failed test_instance.is_positive_number check."
self.__changeLog.append(
logging.changelog_entry(self.__location, "rmflucq", False,
repr(getattr(self, "rmflucq")),
repr(val), errorMessage))
self.__errorLog.append(
logging.errorlog_entry("Setter", errorMessage))
else:
self.__changeLog.append(
logging.changelog_entry(self.__location, "rmflucq", False,
repr(getattr(self, "rmflucq")),
repr(val), None))
self.__rmflucq = val
def avbmc_version(self, val):
if not ti.is_integer(val):
errorMessage = "avbmc_version failed test_instance.is_integer check."
self.__changeLog.append(
logging.changelog_entry(self.__location, "avbmc_version",
False,
repr(getattr(self, "avbmc_version")),
repr(val), errorMessage))
self.__errorLog.append(
logging.errorlog_entry("Setter", errorMessage))
else:
self.__changeLog.append(
logging.changelog_entry(self.__location, "avbmc_version",
False,
repr(getattr(self, "avbmc_version")),
repr(val), None))
self.__avbmc_version = val
def l_bilayer(self,val):
if not ti.is_boolean(val):
errorMessage = "l_bilayer failed test_instance.is_boolean check."
self.__changeLog.append(
logging.changelog_entry(
self.__location, "l_bilayer", False, repr(getattr(self, "l_bilayer")), repr(val),
errorMessage
)
)
self.__errorLog.append(
logging.errorlog_entry("Setter", errorMessage)
)
else:
self.__changeLog.append(
logging.changelog_entry(
self.__location, "l_bilayer", False, repr(getattr(self, "l_bilayer")), repr(val),
None
)
)
self.__l_bilayer = val
def allow_cutoff_failure(self,val):
if not ti.is_integer(val):
errorMessage = "allow_cutoff_failure failed test_instance.is_integer check."
self.__changeLog.append(
logging.changelog_entry(
self.__location, "allow_cutoff_failure", False, repr(getattr(self, "allow_cutoff_failure")), repr(val),
errorMessage
)
)
self.__errorLog.append(
logging.errorlog_entry("Setter", errorMessage)
)
else:
self.__changeLog.append(
logging.changelog_entry(
self.__location, "allow_cutoff_failure", False, repr(getattr(self, "allow_cutoff_failure")), repr(val),
None
)
)
self.__allow_cutoff_failure = val
