def do_easy_flux(self):
ep=EasyParser()
# db = self.manager.db
doc = ep.doc('flux')
# projects = doc['projects']
# identifiers = doc.get('identifiers')
levels = doc.get('levels')
print levels
# editor = FluxEditor(processor=self)
# prog=self.manager.open_progress(n=len(levels))
if levels:
editor=self.active_editor
mon_age=doc.get('monitor_age', 28.201e6)
editor.tool.monitor_ge=mon_age
for li_str in levels:
irrad, level = li_str.split(' ')
# print irrad, level
self.manager.irradiation=irrad
self.manager.level=level
# print self.manager
# #unknowns and refs now loaded
self._calculate_flux()
# self._calculate_flux_db(self.active_editor)
#
# #update flux in db for all positions
editor.set_save_all(True)
editor.save()
# prog.close()
return True
def _execute(self):
ep = EasyParser()
with self.db.session_ctx() as sess:
ok = self.func(ep, self)
if not ok:
sess.rollback()
if ok:
self.information_dialog('Changes saved to database')
else:
self.warning_dialog('Failed saving changes to database')
def _do_easy(self, func):
ep = EasyParser()
db = self.manager.db
prog = self.manager.open_progress(n=10, close_at_end=False)
with db.session_ctx() as sess:
ok = func(db, ep, prog)
if not ok:
sess.rollback()
prog.close()
if ok:
self.db_save_info()
def do_easy_flux(self):
from pychron.easy_parser import EasyParser
path = os.path.join(paths.dissertation, 'data', 'minnabluff',
'flux.yaml')
ep = EasyParser(path=path)
# db = self.manager.db
doc = ep.doc('flux')
# projects = doc['projects']
# identifiers = doc.get('identifiers')
levels = doc.get('levels')
# editor = FluxEditor(processor=self)
# prog=self.manager.open_progress(n=len(levels))
if levels:
editor = self.active_editor
mon_age = doc.get('monitor_age', 28.201e6)
editor.tool.monitor_ge = mon_age
for li_str in levels:
irrad, level = li_str.split(' ')
# print irrad, level
self.manager.irradiation = irrad
self.manager.level = level
# print self.manager
# #unknowns and refs now loaded
self._calculate_flux()
# self._calculate_flux_db(self.active_editor)
#
# #update flux in db for all positions
# editor.set_save_all(True)
editor.set_save_unknowns(True)
editor.save()
self.information_dialog('Easy Flux Finished')
# prog.close()
return True
def do_easy_flux(self):
from pychron.easy_parser import EasyParser
path = os.path.join(paths.dissertation, 'data', 'minnabluff', 'flux.yaml')
ep = EasyParser(path=path)
# db = self.manager.db
doc = ep.doc('flux')
# projects = doc['projects']
# identifiers = doc.get('identifiers')
levels = doc.get('levels')
# editor = FluxEditor(processor=self)
# prog=self.manager.open_progress(n=len(levels))
if levels:
editor = self.active_editor
mon_age = doc.get('monitor_age', 28.201e6)
editor.tool.monitor_ge = mon_age
for li_str in levels:
irrad, level = li_str.split(' ')
# print irrad, level
self.manager.irradiation = irrad
self.manager.level = level
# print self.manager
# #unknowns and refs now loaded
self._calculate_flux()
# self._calculate_flux_db(self.active_editor)
#
# #update flux in db for all positions
# editor.set_save_all(True)
editor.set_save_unknowns(True)
editor.save()
self.information_dialog('Easy Flux Finished')
# prog.close()
return True
def make(self):
ep = EasyParser()
self._make(ep)
self.information_dialog('Easy make finished')
