def load_arar_analysis_backend(self, ln, arar_age):
db = self.mainstore.db
with db.session_ctx():
ln = db.get_labnumber(ln)
if ln:
an = DBAnalysis()
x = datetime.now()
now = time.mktime(x.timetuple())
an.timestamp = now
try:
an.sync_irradiation(ln)
except NoProductionError:
self.information_dialog(
'Irradiation={} Level={} has '
'no Correction/Production Ratio set defined'.format(
an.irradiation, an.irradiation_level))
return
arar_age.trait_set(
j=an.j,
production_ratios=an.production_ratios,
interference_corrections=an.interference_corrections,
chron_segments=an.chron_segments,
irradiation_time=an.irradiation_time,
timestamp=now)
arar_age.calculate_decay_factors()
return True
def load_arar_analysis_backend(self, ln, arar_age):
db = self.mainstore.db
with db.session_ctx():
ln = db.get_labnumber(ln)
if ln:
an = DBAnalysis()
x = datetime.now()
now = time.mktime(x.timetuple())
an.timestamp = now
try:
an.sync_irradiation(ln)
except NoProductionError:
self.information_dialog('Irradiation={} Level={} has '
'no Correction/Production Ratio set defined'.format(an.irradiation,
an.irradiation_level))
return
arar_age.trait_set(j=an.j,
production_ratios=an.production_ratios,
interference_corrections=an.interference_corrections,
chron_segments=an.chron_segments,
irradiation_time=an.irradiation_time,
timestamp=now)
arar_age.calculate_decay_factors()
return True
def _construct_analysis(self,
rec,
group,
prog,
calculate_age=True,
calculate_F=False,
unpack=False,
load_aux=False):
atype = None
if isinstance(rec, meas_AnalysisTable):
rid = make_runid(rec.labnumber.identifier, rec.aliquot, rec.step)
atype = rec.measurement.analysis_type.name
elif hasattr(rec, 'record_id'):
rid = rec.record_id
else:
rid = id(rec)
graph_id = 0
group_id = 0
if hasattr(rec, 'group_id'):
group_id = rec.group_id
if hasattr(rec, 'graph_id'):
graph_id = rec.graph_id
if atype is None:
atype = rec.analysis_type
if prog:
m = ''
if calculate_age:
show_age = atype in ('unknown', 'cocktail')
m = 'calculating age' if show_age else ''
elif calculate_F:
m = 'calculating F'
msg = 'loading {}. {}'.format(rid, m)
prog.change_message(msg)
if isinstance(rec, DBAnalysis):
ai = rec
if load_aux:
ai.sync_aux(group)
else:
ai.sync(group, unpack=unpack, load_aux=load_aux)
else:
ai = DBAnalysis() # if not self.use_vcs else VCSAnalysis
# print ai
ai.sync(group, unpack=unpack, load_aux=load_aux)
# print ai, group
# ai = klass(group_id=group_id,
# graph_id=graph_id)
# ai.trait_set(group_id=group_id,
# graph_id=graph_id)
# if not self.use_vcs:
#
# timethis(ai.sync, args=(group,),
# kwargs=dict(unpack=unpack, load_aux=load_aux))
if atype in ('unknown', 'cocktail'):
if calculate_age:
# timethis(ai.sync, args=(meas_analysis, ),
# kwargs=dict(unpack=unpack, load_aux=load_aux))
# timethis(ai.calculate_age, kwargs=dict(force=not self.use_vcs))
ai.calculate_age()
# timethis(ai.sync, args=(meas_analysis,),
# kwargs=dict(unpack=unpack, load_aux=load_aux))
# timethis(ai.calculate_age)
# synced = True
if calculate_F:
ai.calculate_f()
# if not synced:
# ai.sync(group, unpack=unpack, load_aux=load_aux)
return ai
def _construct_analysis(self, rec, group, prog, calculate_age=True, calculate_F=False,
unpack=False, load_aux=False):
atype = None
if isinstance(rec, meas_AnalysisTable):
rid = make_runid(rec.labnumber.identifier, rec.aliquot, rec.step)
atype = rec.measurement.analysis_type.name
elif hasattr(rec, 'record_id'):
rid = rec.record_id
else:
rid = id(rec)
graph_id = 0
group_id = 0
if hasattr(rec, 'group_id'):
group_id = rec.group_id
if hasattr(rec, 'graph_id'):
graph_id = rec.graph_id
if atype is None:
atype = rec.analysis_type
if prog:
m=''
if calculate_age:
show_age = atype in ('unknown', 'cocktail')
m = 'calculating age' if show_age else ''
elif calculate_F:
m = 'calculating F'
msg = 'loading {}. {}'.format(rid, m)
prog.change_message(msg)
if isinstance(rec, DBAnalysis):
ai = rec
if load_aux:
ai.sync_aux(group)
else:
ai.sync(group, unpack=unpack, load_aux=load_aux)
else:
ai = DBAnalysis() # if not self.use_vcs else VCSAnalysis
# print ai
ai.sync(group, unpack=unpack, load_aux=load_aux)
# print ai, group
# ai = klass(group_id=group_id,
# graph_id=graph_id)
ai.trait_set(group_id=group_id,
graph_id=graph_id)
# if not self.use_vcs:
#
# timethis(ai.sync, args=(group,),
# kwargs=dict(unpack=unpack, load_aux=load_aux))
if atype in ('unknown', 'cocktail'):
if calculate_age:
# timethis(ai.sync, args=(meas_analysis, ),
# kwargs=dict(unpack=unpack, load_aux=load_aux))
# timethis(ai.calculate_age, kwargs=dict(force=not self.use_vcs))
ai.calculate_age() #force=not self.use_vcs)
# timethis(ai.sync, args=(meas_analysis,),
# kwargs=dict(unpack=unpack, load_aux=load_aux))
# timethis(ai.calculate_age)
# synced = True
if calculate_F:
ai.calculate_F()
# if not synced:
# ai.sync(group, unpack=unpack, load_aux=load_aux)
return ai
