def new_flow(self, flow=None, name=None, cas=None, quantity=None, comment=None, compartment=None):
if flow is None:
name = name or input('Enter flow name: ')
cas = cas or ifinput('Enter CAS number (or none): ', '')
print('Choose reference quantity or none to create new: ')
if quantity is None:
q = pick_one(self.flow_properties)
if q is None:
q = self.new_quantity()
quantity = q
comment = comment or input('Enter flow comment: ')
if compartment is None:
print('Choose compartment:')
compartment = pick_compartment(self.db.compartments).to_list()
flow = LcFlow.new(name, quantity, CasNumber=cas, Compartment=compartment, Comment=comment)
# flow.add_characterization(q, reference=True)
else:
quantity = flow.reference_entity
self._catalog[0].add(flow)
flow.profile()
while ifinput('Add characterizations for this flow? y/n', 'n') != 'n':
ch = cyoa('[n]ew or [e]xisting quantity? ', 'en', 'e')
if ch == 'n':
cq = self.new_quantity()
else:
cq = pick_one(self[0].quantities())
if cq is None:
cq = self.new_quantity()
val = parse_math(input('Value (1 %s = x %s): ' % (quantity.unit(), cq.unit())))
flow.add_characterization(cq, value=val)
return flow
def create_flow(self):
name = input('Enter flow name: ')
cas = ifinput('Enter CAS number (or none): ', '')
print('Choose reference quantity: ')
q = pick_one(self._catalog[0].quantities())
print('Choose compartment:')
comment = input('Enter comment: ')
c = pick_compartment(self._flowdb.compartments)
flow = LcFlow.new(name, q, CasNumber=cas, Compartment=c.to_list(), Comment=comment)
# flow.add_characterization(q, reference=True)
self._catalog[0].add(flow)
return flow
def new_flow(self,
flow=None,
name=None,
cas=None,
quantity=None,
comment=None,
compartment=None,
local_unit=None,
**kwargs):
if flow is None:
name = name or self.input('Enter flow name: ', 'New flow')
cas = cas or self.ifinput('Enter CAS number (or none): ', '')
if quantity is None:
if self._interactive:
print('Choose reference quantity or none to create new: ')
q = pick_one([fp for fp in self._qdb.flow_properties])
if q is None:
q = self.new_quantity()
quantity = q
else:
print('Using mass as reference quantity')
quantity = self._qdb.get_canonical('mass')
comment = comment or self.input('Enter flow comment: ', '')
if compartment is None:
if self._interactive:
print('Choose compartment:')
compartment = pick_compartment(
self._qdb.c_mgr.compartments).to_list()
else:
print('Designating Intermediate flow')
compartment = self._qdb.c_mgr.find_matching(
'Intermediate Flows').to_list()
else:
compartment = self._qdb.c_mgr.find_matching(
compartment).to_list()
if local_unit is not None:
local_conv = quantity.convert(to=local_unit)
if local_conv is None:
print('Falling back to default unit: %s' % quantity.unit())
local_unit = None
flow = LcFlow.new(name,
quantity,
CasNumber=cas,
Compartment=compartment,
Comment=comment,
local_unit=local_unit,
**kwargs)
else:
quantity = flow.reference_entity
if self._interactive:
flow.profile()
while ifinput('Add characterizations for this flow? y/n',
'n') != 'n':
ch = cyoa('[n]ew or [e]xisting quantity? ', 'en', 'e')
if ch == 'n':
cq = self.new_quantity()
else:
cq = pick_one(self._qdb.quantities())
if cq is None:
cq = self.new_quantity()
val = parse_math(
input('Value (1 %s = x %s): ' %
(quantity.unit(), cq.unit())))
flow.add_characterization(cq, value=val)
return flow
def browse_compartments(self):
comp = pick_compartment(self._flowdb.compartments)
if comp is None:
return 'Nothing selected'
self._selected_compartment = comp
return '%s' % comp.to_list()
