class OneToAllDWssParser(ObjectParser, BaseTest, TestCase):
model = OneToAll
_tree = {
"gaugeconfig": "Nf211",
"gaugeconfig.gaugeaction": "LuescherWeisz",
"gaugeconfig.light": "Hisq",
"gaugeconfig.strange": "Hisq",
"gaugeconfig.charm": "Hisq",
"gaugeconfig.light.linksmear": "Unsmeared",
"gaugeconfig.strange.linksmear": "Unsmeared",
"gaugeconfig.charm.linksmear": "Unsmeared",
"fermionaction": "MobiusDW",
"fermionaction.linksmear": "WilsonFlow",
"sourcesmear": "GaugeCovariantGaussian",
"sinksmear": "GaugeCovariantGaussian",
}
_parameters = {
"gaugeconfig": Nf211HisqParser.get_parameters(),
"fermionaction": MobiusDWLightWFParser.get_parameters(),
"origin_x": "2",
"origin_y": "10",
"origin_z": "8",
"origin_t": "6",
"sourcesmear": GaugeCovariantGaussianParser.get_parameters(),
"sinksmear": GaugeCovariantGaussianParser.get_parameters(),
}
class BaryonCoherentSeqParser(ObjectParser):
model = BaryonCoherentSeq
_tree = {
"gaugeconfig": "Nf211",
**{
f"gaugeconfig.{key}": val
for key, val in Nf211HisqParser.get_tree().items()
},
"fermionaction": "MobiusDW",
"fermionaction.linksmear": "WilsonFlow",
"sourcewave": "Hadron",
"sinkwave": "Hadron",
"sinksmear": "Point",
"propagator0": "OneToAll",
"propagator0.gaugeconfig": "Hisq",
}
_parameters = {
"gaugeconfig": Nf211HisqParser.get_parameters(),
"fermionaction": MobiusDWLightWFParser.get_parameters(),
"sourcewave": HadronParser.get_parameters(),
"sinkwave": HadronParser.get_parameters(),
"sinksmear": PointParser.get_parameters(),
"sinksep": "10",
}
@classmethod
def first_pair(cls):
return OneToAllDWParser.create_instance()
@classmethod
def create_populated_instance(cls):
"""
"""
baryoncoherentseq = cls.create_instance()
prop0 = cls.first_pair()
onetoall_parameters = OneToAllDWParser.get_parameters()
onetoall_parameters["origin_t"] = int(
onetoall_parameters["origin_t"]) + 8
prop1 = OneToAllDWParser.create_instance(
parameters=onetoall_parameters, tree=OneToAllDWParser.get_tree())
props1 = OneToAll.objects.filter(Q(pk=prop0.pk) | Q(pk=prop1.pk))
props0 = props1.all()
baryoncoherentseq.check_all_consistencies(props0, props1)
baryoncoherentseq.propagator0.add(*props0)
baryoncoherentseq.propagator1.add(*props1)
return baryoncoherentseq
def test_gaugeconfig_id_consistency(self):
"""Tests creation of many to many field which should fail
"""
ensemble = Ensemble.objects.create(**self.parameters)
gaugeconfig = Nf211HisqParser.create_instance()
self.assertEqual(Nf211.objects.all().count(), 1)
ensemble.configurations.add(gaugeconfig)
params = Nf211HisqParser.get_parameters()
params["config"] = 1005
params["stream"] = "b"
gaugeconfig = Nf211HisqParser.create_instance(parameters=params)
self.assertEqual(Nf211.objects.all().count(), 2)
with self.assertRaises(ConsistencyError) as context:
ensemble.configurations.add(gaugeconfig)
print(context.exception.error)
def test_many_to_many(self):
"""Tests creation of many to many field which should not fail
"""
ensemble = Ensemble.objects.create(**self.parameters)
gaugeconfig0 = Nf211HisqParser.create_instance()
params = Nf211HisqParser.get_parameters()
params["config"] = 1005
gaugeconfig1 = Nf211HisqParser.create_instance(parameters=params)
gaugeconfigs = [gaugeconfig0, gaugeconfig1]
ensemble.configurations.add(*gaugeconfigs)
parameters = {"label": "test"}
ensemble = Ensemble.objects.create(**parameters)
with self.assertRaises(ConsistencyError) as context:
ensemble.configurations.add(*gaugeconfigs)
print(context.exception.error)
def test_gaugeconfig_id_consistency(self):
gaugeconfig_parameters = Nf211HisqParser.get_parameters()
gaugeconfig_parameters["config"] = int(
gaugeconfig_parameters["config"]) + 5
gaugeconfig = Nf211HisqParser.create_instance(
parameters=gaugeconfig_parameters, tree=Nf211HisqParser.get_tree())
fermionaction = MobiusDWLightWFParser.create_instance()
propagator = OneToAllDWParser.create_instance()
current = LocalParser.create_instance()
sinksmear = GaugeCovariantGaussianParser.create_instance(
fail_if_exists=False)
parameters = self.get_parameters()
parameters["gaugeconfig"] = gaugeconfig
parameters["fermionaction"] = fermionaction
parameters["propagator"] = propagator
parameters["current"] = current
parameters["sinksmear"] = sinksmear
with self.assertRaises(ConsistencyError) as context:
self.model.objects.create(**parameters)
print(context.exception.error)
class OneToAllHisqParser(ObjectParser):
model = OneToAll
_tree = {
"gaugeconfig": "Nf211",
"gaugeconfig.gaugeaction": "LuescherWeisz",
"gaugeconfig.light": "Hisq",
"gaugeconfig.strange": "Hisq",
"gaugeconfig.charm": "Hisq",
"gaugeconfig.light.linksmear": "Unsmeared",
"gaugeconfig.strange.linksmear": "Unsmeared",
"gaugeconfig.charm.linksmear": "Unsmeared",
"fermionaction": "Hisq",
"fermionaction.linksmear": "Unsmeared",
"sourcesmear": "GaugeCovariantGaussian",
"sinksmear": "GaugeCovariantGaussian",
}
_parameters = {
"gaugeconfig": Nf211HisqParser.get_parameters(),
"fermionaction": HisqLightWFParser.get_parameters(),
"origin_x": "2",
"origin_y": "10",
"origin_z": "8",
"origin_t": "6",
"sourcesmear": GaugeCovariantGaussianParser.get_parameters(),
"sinksmear": GaugeCovariantGaussianParser.get_parameters(),
}
_consistency_check_changes = [
{
"origin_x": "10000"
},
{
"origin_y": "10000"
},
{
"origin_z": "10000"
},
{
"origin_t": "10000"
},
]
class FeynmanHellmannParser(ObjectParser):
model = FeynmanHellmann
_tree = {
"gaugeconfig": "Nf211",
"gaugeconfig.gaugeaction": "LuescherWeisz",
"gaugeconfig.light": "Hisq",
"gaugeconfig.strange": "Hisq",
"gaugeconfig.charm": "Hisq",
"gaugeconfig.light.linksmear": "Unsmeared",
"gaugeconfig.strange.linksmear": "Unsmeared",
"gaugeconfig.charm.linksmear": "Unsmeared",
"fermionaction": "MobiusDW",
"fermionaction.linksmear": "WilsonFlow",
"propagator": "OneToAll",
"propagator.gaugeconfig": "Nf211",
"propagator.gaugeconfig.gaugeaction": "LuescherWeisz",
"propagator.gaugeconfig.light": "Hisq",
"propagator.gaugeconfig.strange": "Hisq",
"propagator.gaugeconfig.charm": "Hisq",
"propagator.gaugeconfig.light.linksmear": "Unsmeared",
"propagator.gaugeconfig.strange.linksmear": "Unsmeared",
"propagator.gaugeconfig.charm.linksmear": "Unsmeared",
"propagator.fermionaction": "MobiusDW",
"propagator.fermionaction.linksmear": "WilsonFlow",
"propagator.sourcesmear": "GaugeCovariantGaussian",
"propagator.sinksmear": "Point",
"current": "Local",
"sinksmear": "GaugeCovariantGaussian",
}
_parameters = {
"gaugeconfig": Nf211HisqParser.get_parameters(),
"fermionaction": MobiusDWLightWFParser.get_parameters(),
"propagator": OneToAllDWParser.get_parameters(),
"current": LocalParser.get_parameters(),
"sinksmear": GaugeCovariantGaussianParser.get_parameters(),
}
_consistency_check_changes = []