def items(self, master): r, insulations = self.r, [] options = RigidRoofInsulation.oftype(self.building.roof_insulation) while r > 0: next = self.next(options, r) if next.r is None: break insulations.append(next) r -= next.r sheets = filter(lambda i: i.r, insulations) return (SheetCost(sheet, self) for sheet in sheets)
def items(self, master):
r, insulations = self.r, []
options = RigidRoofInsulation.oftype(self.building.roof_insulation)
while r > 0:
next = self.next(options, r)
if next.r is None: break
insulations.append(next)
r -= next.r
sheets = filter(lambda i: i.r, insulations)
return (SheetCost(sheet, self) for sheet in sheets)
def makewith(self, data, location, building, standard, simulation):
sheets = RigidRoofInsulation.sheets(location, building, standard)
size = simulation.roof_area.into('ft**2')
self.takefrom(data.group, sheets, size, building.roof_insulation)
self.save()
def makewith(self, data, location, building, standard, simulation):
sheets = RigidRoofInsulation.sheets(location, building, standard)
size = simulation.roof_area.into('ft**2')
self.takefrom(data.group, sheets, size, building.roof_insulation)
self.save()
