def _save_detector_ic_csv(self):
from pychron.experiment.utilities.detector_ic import make_items, save_csv
from pychron.experiment.utilities.identifier import get_analysis_type
if get_analysis_type(self.per_spec.run_spec.identifier) == DETECTOR_IC:
items = make_items(self.per_spec.isotope_group.isotopes)
save_csv(self.per_spec.run_spec.record_id, items)
def _save_detector_ic_csv(self):
from pychron.experiment.utilities.detector_ic import make_items, save_csv
from pychron.experiment.utilities.identifier import get_analysis_type
if get_analysis_type(self.per_spec.run_spec.identifier) == 'detector_ic':
items = make_items(self.per_spec.isotope_group.isotopes)
save_csv(self.per_spec.run_spec.record_id, items)
def _calculate(self):
if not self.lhs_runid:
return
db = self.dvc.db
if self.rhs_runid:
rhs_an = self._get_analysis(self.rhs_runid)
self.rhs_items = make_items(rhs_an.isotopes)
lhs_an = self._get_analysis(self.lhs_runid)
self.lhs_items = make_items(lhs_an.isotopes)
isotopes = [lhs_an.isotopes[k] for k in lhs_an.isotope_keys if k.startswith(self._isotope_key)]
detcols = get_columns(isotopes)
self.tabular_adapter.columns = [('', 'name'), ('Intensity', 'intensity')] + detcols
self._make_results()
def _calculate(self):
if not self.lhs_runid:
return
db = self.dvc.db
with db.session_ctx():
if self.rhs_runid:
rhs_an = self._get_analysis(self.rhs_runid)
self.rhs_items = make_items(rhs_an.isotopes)
lhs_an = self._get_analysis(self.lhs_runid)
self.lhs_items = make_items(lhs_an.isotopes)
isotopes = [lhs_an.isotopes[k] for k in lhs_an.isotope_keys if k.startswith(self._isotope_key)]
detcols = get_columns(isotopes)
self.tabular_adapter.columns = [('', 'name'), ('Intensity', 'intensity')] + detcols
self._make_results()
def __init__(self, an):
self.tabular_adapter = DetectorICTabularAdapter()
self.record_id = an.record_id
isotopes = [an.isotopes[k] for k in an.isotope_keys if k.startswith(self._isotope_key)]
detcols = get_columns(isotopes)
self.tabular_adapter.columns = [('', 'name'),
('Intensity', 'intensity'),
(PLUSMINUS_ONE_SIGMA, 'intensity_err')] + detcols
# self.items = items
self.items = make_items(an.isotopes)
