def FFT_POOL_SCRATCH_LIMIT(self, val):
if utilities.is_number(val):
self.__changeLog.append({
'Date': datetime.datetime.now(),
'Module': 'GLOBAL',
'Variable': 'FFT_POOL_SCRATCH_LIMIT',
'Success': True,
'Previous': self.__FFT_POOL_SCRATCH_LIMIT,
'New': val,
'ErrorMessage': None,
'Location': self.__location
})
self.__FFT_POOL_SCRATCH_LIMIT = val
else:
errorMessage = "FFT_POOL_SCRATCH_LIMIT must be a number. You passed {}".format(
val)
self.__changeLog.append({
'Date': datetime.datetime.now(),
'Module': 'GLOBAL',
'Variable': 'FFTW_POOL_SCRATCH_LIMIT',
'Success': False,
'Previous': self.__FFTW_POOL_SCRATCH_LIMIT,
'New': val,
'ErrorMessage': errorMessage,
'Location': self.__location
})
self.__errorLog.append({
'Date': datetime.datetime.now(),
'Type': 'Setter',
'Module': 'GLOBAL',
'Variable': 'EXTENDED_FFTW_POOL_SCRATCH_LIMIT',
'ErrorMessage': errorMessage,
'Location': self.__location
})
def _validate_temperature(val,errorLog=[]):
if utilities.is_number(val) or (val is None):
return val
else:
errorMessage = "MD TEMPERATURE must be a number."
errorLog.append({'Date':datetime.datetime.now(),'Type':'init','Module':'MD',
'Variable':'TEMPERATURE','ErrorMessage':errorMessage})
raise TypeError
def _validate_timestep(val,errorLog=[]):
if utilities.is_number(val) or (val is None):
return val
else:
errorMessage = "MD TIMESTEP must be a number."
errorLog.append({'Date':datetime.datetime.now(),'Type':'init','Module':'MD',
'Variable':'TIMESTEP','ErrorMessage':errorMessage})
raise TypeError
def _validate_timecon(val, errorLog=[]):
if utilities.is_number(val) or (val is None):
return val
else:
errorMessage = "BAROSTAT TIMECON must be a number."
errorLog.append({
'Date': datetime.datetime.now(),
'Type': 'init',
'Module': 'BAROSTAT',
'Variable': 'TIMECON',
'ErrorMessage': errorMessage
})
raise TypeError