def get_import_spec(self, name):
spec = ImportSpec()
i = Irradiation()
i.name = name
spec.irradiation = i
i.doses = self._get_doses(name)
nlevels = []
dm = self._dm
sheet = dm.get_sheet(('Irradiations', 0))
nameidx = dm.get_column_idx(NAME, sheet)
levelidx = dm.get_column_idx(LEVEL, sheet)
pridx = dm.get_column_idx(PR, sheet)
holderidx = dm.get_column_idx(HOLDER, sheet)
zidx = dm.get_column_idx(Z, sheet)
noteidx = dm.get_column_idx(NOTE, sheet)
z = 0
for row in dm.iterrows(sheet, start=1):
if row[nameidx].value == name:
level = Level()
level.name = row[levelidx].value
level.z = row[zidx].value or z
z = level.z + 1
level.note = row[noteidx].value
prod = Production()
prod.name = row[pridx].value
level.production = prod
level.holder = row[holderidx].value
pos = self._get_positions(name, level.name)
level.positions = pos
nlevels.append(level)
i.levels = nlevels
return spec
def get_import_spec(self, name):
spec = ImportSpec()
i = Irradiation()
i.name = name
spec.irradiation = i
i.doses = self._get_doses(name)
nlevels = []
dm = self._dm
sheet = dm.get_sheet(('Irradiations', 0))
nameidx = dm.get_column_idx(NAME, sheet)
levelidx = dm.get_column_idx(LEVEL, sheet)
pridx = dm.get_column_idx(PR, sheet)
holderidx = dm.get_column_idx(HOLDER, sheet)
zidx = dm.get_column_idx(Z, sheet)
noteidx = dm.get_column_idx(NOTE, sheet)
z = 0
for row in dm.iterrows(sheet, start=1):
if row[nameidx].value == name:
level = Level()
level.name = row[levelidx].value
level.z = row[zidx].value or z
z = level.z + 1
level.note = row[noteidx].value
prod = Production()
prod.name = row[pridx].value
level.production = prod
level.holder = row[holderidx].value
pos = self._get_positions(name, level.name)
level.positions = pos
nlevels.append(level)
i.levels = nlevels
return spec
def get_import_spec(self, name):
from pychron.entry.import_spec import ImportSpec, Irradiation, Level, \
Sample, Project, Position, Production
spec = ImportSpec()
i = Irradiation()
i.name = name
spec.irradiation = i
chrons = self.get_chronology_by_irradname(name)
i.doses = [(1.0, ci.StartTime, ci.EndTime) for ci in chrons]
levels = self.get_irradiation_levels(name)
nlevels = []
for dbl in levels:
level = Level()
level.name = dbl.Level
prod = Production()
dbprod = dbl.production
prod.name = dbprod.Label.replace(' ', '_')
for attr in INTERFERENCE_KEYS:
try:
setattr(prod, attr, (getattr(
dbprod, attr), getattr(dbprod, '{}Er'.format(attr))))
except AttributeError:
pass
prod.Ca_K = (dbprod.CaOverKMultiplier, dbprod.CaOverKMultiplierEr)
prod.Cl_K = (dbprod.ClOverKMultiplier, dbprod.ClOverKMultiplierEr)
prod.Cl3638 = (dbprod.P36Cl38Cl, dbprod.P36Cl38ClEr)
level.production = prod
level.holder = dbl.SampleHolder
pos = []
for ip in self.get_irradiation_positions(name, level.name):
dbsam = ip.sample
s = Sample()
s.name = dbsam.Sample
s.material = ip.Material
pp = Project()
pp.name = ip.sample.project.Project
pp.principal_investigator = ip.sample.project.PrincipalInvestigator
s.project = pp
p = Position()
p.sample = s
p.position = ip.HoleNumber
p.identifier = ip.IrradPosition
p.j = ip.J
p.j_err = ip.JEr
p.note = ip.Note
p.weight = ip.Weight
pos.append(p)
level.positions = pos
nlevels.append(level)
i.levels = nlevels
return spec
def get_import_spec(self, name):
from pychron.entry.import_spec import ImportSpec, Irradiation, Level, \
Sample, Project, Position, Production
spec = ImportSpec()
i = Irradiation()
i.name = name
spec.irradiation = i
with self.session_ctx():
chrons = self.get_chronology_by_irradname(name)
i.doses = [(1.0, ci.StartTime, ci.EndTime) for ci in chrons]
levels = self.get_irradiation_levels(name)
nlevels = []
for dbl in levels:
level = Level()
level.name = dbl.Level
prod = Production()
dbprod = dbl.production
prod.name = dbprod.Label.replace(' ', '_')
for attr in INTERFERENCE_KEYS:
try:
setattr(prod, attr, (getattr(dbprod, attr),
getattr(dbprod, '{}Er'.format(attr))))
except AttributeError:
pass
prod.Ca_K = (dbprod.CaOverKMultiplier, dbprod.CaOverKMultiplierEr)
prod.Cl_K = (dbprod.ClOverKMultiplier, dbprod.ClOverKMultiplierEr)
prod.Cl3638 = (dbprod.P36Cl38Cl, dbprod.P36Cl38ClEr)
level.production = prod
level.holder = dbl.SampleHolder
pos = []
for ip in self.get_irradiation_positions(name, level.name):
dbsam = ip.sample
s = Sample()
s.name = dbsam.Sample
s.material = ip.Material
pp = Project()
pp.name = ip.sample.project.Project
pp.principal_investigator = ip.sample.project.PrincipalInvestigator
s.project = pp
p = Position()
p.sample = s
p.position = ip.HoleNumber
p.identifier = ip.IrradPosition
p.j = ip.J
p.j_err = ip.JEr
p.note = ip.Note
p.weight = ip.Weight
pos.append(p)
level.positions = pos
nlevels.append(level)
i.levels = nlevels
return spec