def main(folio):
continuous_leafs = [leaf for leaf in folio if 'continuous' in leaf.tags]
#invoke continuous function of non was previously applied
if len(continuous_leafs) == 0:
folio = func_continuous.main(folio)
continuous_leafs = [leaf for leaf in folio if 'continuous' in leaf.tags]
assert len(continuous_leafs) == 2
folio.append( func(continuous_leafs[0], continuous_leafs[1]) )
return folio
def main(folio):
# make sensors continuous
folio = func_continuous.main(folio)
cond,temp,pres = None,None,None
for i,_ in enumerate(folio[:]):
try:
if folio[i].name == 'sci_water_cond':
cond = folio[i]
del folio[i]
if folio[i].name == 'sci_water_temp':
temp = folio[i]
del folio[i]
if folio[i].name == 'sci_water_pressure':
pres = folio[i]
del folio[i]
except AttributeError:
pass
except Exception as e:
print e
sali_sensor = func(cond, temp, pres)
folio.append(sali_sensor)
return folio
def main(folio):
folio = func_continuous.main(folio)
sensors = tag_filter('continuous',folio)
folio.append( interpol( sensors[0],sensors[1]) )
folio = func(folio)
return folio
