def __setattr__(self, name, n_value):
if name=='StoredValue' and not(self._locked):
for element in n_value:
if not type(element) == float :
raise ValueError( ' %s is not the expected type (float) for an element of SignalPatternForSteppingCache' % (element) )
if element < 0.0 :
raise ValueError( ' Negative elements (%s) are not allowed in SignalPatternForSteppingCache' % (element) )
JobProperty.__setattr__(self, name, n_value)
def __setattr__(self, name, n_value):
"""
Ensure that _VALIDATION layout tags get through the first level of checking.
"""
#print name, n_value
if name == "StoredValue":
if type(n_value) == str and n_value.endswith("_VALIDATION"):
n_value = n_value.replace("_VALIDATION", "")
if n_value not in self.allowedValues:
self.allowedValues.append(n_value)
JobProperty.__setattr__(self, name, n_value)
def __setattr__(self, name, n_value):
"""
Ensure that _VALIDATION layout tags get through the first level of checking.
"""
#print (name, n_value)
if name == "StoredValue":
if type(n_value) == int or type(n_value) == float:
if abs(n_value) > 600:
raise ValueError(
'THE Y VALUE MUST BE IN [-600,600] !!! The selected value %s is not in the range.'
% n_value)
JobProperty.__setattr__(self, name, n_value)
def __setattr__(self, name, n_value):
"""
Ensure that _VALIDATION layout tags get through the first level of checking.
"""
#print (name, n_value)
if name == "StoredValue":
if type(n_value) == int or type(n_value) == float:
import math
if math.fabs(n_value) > 8.5:
raise ValueError(
'THE PHI VALUE MUST BE IN [-8.5,8.5]!!! The selected value %s not in range.'
% n_value)
JobProperty.__setattr__(self, name, n_value)
def __setattr__(self, name, n_value):
"""
Ensure that _VALIDATION layout tags get through the first level of checking.
"""
#print (name, n_value)
if name == "StoredValue":
if type(n_value) == int or type(n_value) == float:
import math
if abs(n_value) > 60. and not (abs(abs(n_value) - 90.0) <
0.01):
raise ValueError(
'THETA MUST BE IN [-60,60] or +/-90 !!! The selected value %s is not in the range.'
% n_value)
JobProperty.__setattr__(self, name, n_value)
def __setattr__(self, name, n_value):
KeysRequired=('run','lb','starttstamp','evts','mu','force_new')
if name=='StoredValue' and not(self._locked):
def noEventsInLumiBlock(element):
return element['evts'] == 0
for element in n_value:
if not type(element) == dict :
raise ValueError( ' %s is not the expected type (dict) for an element of RunAndLumiOverrideList' % (element.__str__()) )
if not set(element) >= set(KeysRequired):
raise ValueError( 'Not all required keys for RunAndLumiOverrideList (%s) were found in %s' % (KeysRequired.__repr__(), element.__repr__()) )
if noEventsInLumiBlock(element):
logDigitizationFlags.warning('Found lumiblock with no events! This lumiblock will not be used:\n (%s)' % (element.__str__()) )
from itertools import ifilterfalse
n_value[:] = ifilterfalse(noEventsInLumiBlock, n_value)
JobProperty.__setattr__(self, name, n_value)
def __setattr__(self, name, n_value):
"""
Ensure that _VALIDATION physics lists get through the first level of checking.
"""
#print name, n_value
if name == "StoredValue":
if type(n_value) == str and n_value.endswith("_VALIDATION"):
n_value = n_value.replace("_VALIDATION", "")
if n_value not in self.allowedValues:
self.allowedValues.append(n_value)
if n_value == 'FTFP_BERT_G4Precompound':
_sflog.warning('Setting G4CASCADE_USE_PRECOMPOUND for use of ' +
'precompound model' )
os.environ['G4CASCADE_USE_PRECOMPOUND'] = '1'
n_value = 'FTFP_BERT'
elif 'G4CASCADE_USE_PRECOMPOUND' in os.environ:
_sflog.warning('Setting G4CASCADE_USE_PRECOMPOUND back to 0 ' +
'(why was it set?)')
os.environ['G4CASCADE_USE_PRECOMPOUND'] = '0'
JobProperty.__setattr__(self, name, n_value)
def print_JobProperty(self,mode='minimal'):
""" Prints the information of the JobProperty
"""
Indent=''
obj_p=object.__getattribute__(self, 'StoredValue')
if self.statusOn:
obj_ps=obj_p
else:
obj_ps=None
for i in range(self._context_name.count('.')-2):
Indent+='-'
if self.is_locked():
Indent+='x'
else:
Indent+='-'
if mode=='minimal':
import pprint
self._log.info(" %s-> %s = %s ",Indent,
self._context_name,pprint.pformat(str(obj_ps)) )
elif(mode=='print_v'):
return JobProperty.print_JobProperty(self, mode)
else:
JobProperty.print_JobProperty(self, mode)
def get_Value(self):
if self.statusOn:
return JobProperty.get_Value(self)
else:
from RecExConfig.RecFlags import rec
return rec.doTruth()
