class Meson2ptParser(ObjectParser):
"""
Test meson two point correlator table.
The source and sink interpolating operators are not checked to be the same on purpose.
"""
model = Meson2pt
_tree = {
"propagator0": "OneToAll",
**{
f"propagator0.{key}": OneToAllDWParser.get_tree()[key]
for key in OneToAllDWParser.get_tree()
},
"propagator1": "OneToAll",
**{
f"propagator1.{key}": OneToAllDWParser.get_tree()[key]
for key in OneToAllDWParser.get_tree()
},
"sourcewave": "Hadron",
"sinkwave": "Hadron",
}
_parameters = {
"propagator0": OneToAllDWssParser.get_parameters(),
"propagator1": OneToAllDWssParser.get_parameters(),
"sourcewave": MesonParser.get_parameters(),
"sinkwave": MesonParser.get_parameters(),
}
_consistency_check_changes = []
class Baryon2ptParser(ObjectParser):
model = Baryon2pt
_tree = {
"propagator0": "OneToAll",
**{
f"propagator0.{key}": OneToAllDWParser.get_tree()[key]
for key in OneToAllDWParser.get_tree()
},
"propagator1": "OneToAll",
**{
f"propagator1.{key}": OneToAllDWParser.get_tree()[key]
for key in OneToAllDWParser.get_tree()
},
"propagator2": "OneToAll",
**{
f"propagator2.{key}": OneToAllDWParser.get_tree()[key]
for key in OneToAllDWParser.get_tree()
},
"sourcewave": "Hadron",
"sinkwave": "Hadron",
}
_parameters = {
"propagator0": OneToAllDWssParser.get_parameters(),
"propagator1": OneToAllDWssParser.get_parameters(),
"propagator2": OneToAllDWssParser.get_parameters(),
"sourcewave": HadronParser.get_parameters(),
"sinkwave": HadronParser.get_parameters(),
}
_consistency_check_changes = []
def test_sinksmear_id_consistency(self):
prop0 = OneToAllDWParser.create_instance()
prop1 = OneToAllDWssParser.create_instance()
prop2 = OneToAllDWssParser.create_instance(fail_if_exists=False)
sourcewave = MesonParser.create_instance()
sinkwave = MesonParser.create_instance(fail_if_exists=False)
parameters = dict()
parameters["propagator0"] = prop0
parameters["propagator1"] = prop1
parameters["propagator2"] = prop2
parameters["sourcewave"] = sourcewave
parameters["sinkwave"] = sinkwave
with self.assertRaises(ConsistencyError) as context:
self.model.objects.create(**parameters)
print(context.exception.error)
class DWFTuningParser(ObjectParser):
"""Tests creation of the Unsmeared link smear.
"""
model = DWFTuning
_tree = {
"propagator": "OneToAll",
**{
f"propagator.{key}": OneToAllDWssParser.get_tree()[key]
for key in OneToAllDWssParser.get_tree()
},
"wave": "Hadron",
}
_parameters = {
"propagator": OneToAllDWssParser.get_parameters(),
"wave": MesonParser.get_parameters(),
"sink5": "False",
}
_consistency_check_changes = []
def test_sinksmear_id_consistency(self):
sourcewave = HadronParser.create_instance()
current = LocalParser.create_instance()
seqpropagator = BaryonCoherentSeqParser.create_populated_instance()
propagator = OneToAllDWssParser.create_instance()
parameters = dict()
parameters["current"] = current
parameters["seqpropagator"] = seqpropagator
parameters["propagator"] = propagator
with self.assertRaises(ConsistencyError) as context:
self.model.objects.create(**parameters)
print(context.exception.error)
def check_sinksmear_id_consistency(self):
sourcewave = HadronParser.create_instance()
sinkwave = HadronParser.create_instance(fail_if_exists=False)
fhpropagator = FeynmanHellmannParser.create_instance()
propagator0 = OneToAllDWParser.create_instance()
propagator1 = OneToAllDWssParser.create_instance()
parameters = dict()
parameters["sourcewave"] = sourcewave
parameters["sinkwave"] = sinkwave
parameters["fhpropagator"] = fhpropagator
parameters["propagator0"] = propagator0
parameters["propagator1"] = propagator1
with self.assertRaises(ConsistencyError) as context:
self.model.objects.create(**parameters)
print(context.exception.error)