def check_004_Options(self):
from eos import Options
try:
opt = Options()
except:
raise TestFailedError('cannot initialize empty Options')
try:
kin = Options(foo='bar', baz='harr')
except:
raise TestFailedError('cannot initialize Options with kwargs')
try:
kin = Options(**{'foo': 'bar', 'baz': 'harr'})
except:
raise TestFailedError('cannot initialize Options with explicit kwargs')
def check_007_Constraint(self):
from eos import Constraint, Options
con = None
try:
con = Constraint.make('B->D::f_++f_0@HPQCD2015A', Options())
except:
raise TestFailedError('cannot create Constraint')
if not con.name() == 'B->D::f_++f_0@HPQCD2015A':
raise TestFailedError('cannot obtain Constraint name')
for llhb in con.blocks():
print llhb.as_string()
for obs in con.observables():
print obs.name()
def check_008_Model(self):
from eos import Model, Parameters, Options
m = None
p = None
try:
p = Parameters.Defaults()
o = Options()
m = Model.make('SM', p, o)
except:
raise TestFailedError('cannot create Model')
try:
pvalue = p['mass::b(MSbar)'].evaluate()
mvalue = m.m_b_msbar(pvalue)
if not pvalue == mvalue:
raise TestFailedError('internal error')
except:
raise TestFailedError('cannot determine running b quark mass')
def check_006_Observable(self):
from eos import Observable, Parameters, Kinematics, Options, QualifiedName
obs = None
try:
obs = Observable.make('B->K^*ll::A_FB(s)@LargeRecoil', Parameters.Defaults(), Kinematics(s=1.0),
Options(model='SM'))
except:
raise TestFailedError('cannot create Observable')
if not obs:
raise TestFailedError('lookup of Observable failed')
if not obs.name() == 'B->K^*ll::A_FB(s)@LargeRecoil':
raise TestFailedError('cannot obtain Observable name')
value = None
try:
value = obs.evaluate()
except:
raise TestFailedError('cannote evaluate Observable')
def check_007_Constraint(self):
"""
Check if an instance of Constraint can be created, and if we can iterate over
its LogLikelihoodBlock range.
"""
from eos import Constraint, Options
con = None
try:
con = Constraint.make('B->D::f_++f_0@HPQCD2015A', Options())
except:
raise TestFailedError('cannot create Constraint')
if not con.name() == 'B->D::f_++f_0@HPQCD2015A':
raise TestFailedError('cannot obtain Constraint name')
for llhb in con.blocks():
print(llhb)
for obs in con.observables():
print(obs.name())
def check_006_Observable(self):
"""Check if an instance of Observable can be created."""
from eos import Observable, Parameters, Kinematics, Options, QualifiedName
obs = None
try:
obs = Observable.make('B->Dlnu::BR', Parameters.Defaults(),
Kinematics(q2_min=0.02, q2_max=10),
Options(model='SM'))
except:
raise TestFailedError('cannot create Observable')
if not obs:
raise TestFailedError('lookup of Observable failed')
if not obs.name() == 'B->Dlnu::BR':
raise TestFailedError('cannot obtain Observable name')
value = None
try:
value = obs.evaluate()
except:
raise TestFailedError('cannote evaluate Observable')
