def process_hw(xlbook, d: Dwelling):
xlbook.set_input("water_heating_type_code", d.water_heating_type_code)
if hasattr(d, "use_immersion_heater_summer"):
xlbook.set_input("use_immersion_heater_summer", d.use_immersion_heater_summer)
else:
xlbook.set_input("use_immersion_heater_summer", False)
if hasattr(d, "immersion_type"):
xlbook.set_input("immersion_type", IMMERSION_TYPES[d.immersion_type])
else:
xlbook.set_input("immersion_type", "")
if hasattr(d, "water_sys_fuel") and not d.water_sys_fuel is None:
if d.water_sys_fuel.is_electric:
xlbook.set_input("water_sys_fuel", "Electric")
else:
xlbook.set_input("water_sys_fuel", d.water_sys_fuel.name)
else:
xlbook.set_input("water_sys_fuel", "")
xlbook.set_input("has_hw_time_control", d.get("has_hw_time_control", False))
xlbook.set_input("has_cylinderstat", d.get("has_cylinderstat", False))
xlbook.set_input("primary_pipework_insulated", d.get("primary_pipework_insulated", False))
if not hasattr(d, "hw_cylinder_volume") or d.hw_cylinder_volume == 0:
xlbook.set_input("cylinder_in_heated_space", "")
xlbook.set_input("use_measured_cylinder_loss", True)
xlbook.set_input("measured_cylinder_loss", "")
xlbook.set_input("hw_cylinder_volume", "")
xlbook.set_input("hw_cylinder_insulation", "")
xlbook.set_input("hw_cylinder_insulation_type", "")
else:
if hasattr(d, 'cylinder_in_heated_space'):
xlbook.set_input("cylinder_in_heated_space", d.cylinder_in_heated_space)
else:
xlbook.set_input("cylinder_in_heated_space", True)
if hasattr(d, 'measured_cylinder_loss'):
xlbook.set_input("use_measured_cylinder_loss", True)
xlbook.set_input("measured_cylinder_loss", d.measured_cylinder_loss)
xlbook.set_input("hw_cylinder_volume", d.hw_cylinder_volume)
xlbook.set_input("hw_cylinder_insulation", "")
xlbook.set_input("hw_cylinder_insulation_type", "")
else:
xlbook.set_input("use_measured_cylinder_loss", False)
xlbook.set_input("measured_cylinder_loss", "")
xlbook.set_input("hw_cylinder_volume", d.hw_cylinder_volume)
xlbook.set_input("hw_cylinder_insulation", d.hw_cylinder_insulation)
xlbook.set_input("hw_cylinder_insulation_type",
"Factory Fitted" if d.hw_cylinder_insulation_type == CylinderInsulationTypes.FOAM else "Loose Jacket")
if hasattr(d, "solar_collector_aperture") and d.solar_collector_aperture > 0:
write_solar_hw(xlbook, d)
else:
clear_solar_hw(xlbook, d)
def run_case(xlbook, fname):
if fname in [
"EW-2k-semi - electric CPSU_10-hour 180 litres.rtf",
]:
return False
res = load_or_parse_file(fname, reference_case_parser.whole_file, False)
dwelling = Dwelling()
input_conversion_rules.process_inputs(dwelling, res.inputs)
can_run_der = True
can_run_ter = True
can_run_fee = True
if hasattr(dwelling, 'main_sys_2_fuel'):
can_run_der = False
can_run_ter = False
if not hasattr(dwelling, 'main_sys_fuel'):
# These are the community heating tests cases
#can_run_der=False
return
if dwelling.get('wwhr_systems'):
can_run_der = False
if hasattr(dwelling, 'main_heating_pcdf_id'):
can_run_der = False
if hasattr(
dwelling,
'photovoltaic_systems') and len(dwelling.photovoltaic_systems) > 1:
can_run_der = False
if not dwelling['ventilation_type'] in [
VentilationTypes.NATURAL, VentilationTypes.MVHR,
VentilationTypes.MEV_CENTRALISED, VentilationTypes.MV
]:
#sap_VentilationTypes.MEV_DECENTRALISED]:
#sap_VentilationTypes.PIV_FROM_OUTSIDE]:
can_run_der = False
if hasattr(dwelling, 'appendix_q_systems'):
can_run_der = False
can_run_fee = False
print(fname)
try:
run_dwelling(xlbook, dwelling, can_run_fee, can_run_der, can_run_ter)
return True
except CannotDoInSpreadsheetError as e:
print(("Skipping because: " + e.message))
return False
def run_case(xlbook, fname):
if fname in [
"EW-2k-semi - electric CPSU_10-hour 180 litres.rtf",
]:
return False
res = load_or_parse_file(fname, reference_case_parser.whole_file, False)
dwelling = Dwelling()
input_conversion_rules.process_inputs(dwelling, res.inputs)
can_run_der = True
can_run_ter = True
can_run_fee = True
if hasattr(dwelling, 'main_sys_2_fuel'):
can_run_der = False
can_run_ter = False
if not hasattr(dwelling, 'main_sys_fuel'):
# These are the community heating tests cases
#can_run_der=False
return
if dwelling.get('wwhr_systems'):
can_run_der = False
if hasattr(dwelling, 'main_heating_pcdf_id'):
can_run_der = False
if hasattr(dwelling, 'photovoltaic_systems') and len(dwelling.photovoltaic_systems) > 1:
can_run_der = False
if not dwelling['ventilation_type'] in [
VentilationTypes.NATURAL,
VentilationTypes.MVHR,
VentilationTypes.MEV_CENTRALISED,
VentilationTypes.MV]:
#sap_VentilationTypes.MEV_DECENTRALISED]:
#sap_VentilationTypes.PIV_FROM_OUTSIDE]:
can_run_der = False
if hasattr(dwelling, 'appendix_q_systems'):
can_run_der = False
can_run_fee = False
print(fname)
try:
run_dwelling(xlbook, dwelling, can_run_fee, can_run_der, can_run_ter)
return True
except CannotDoInSpreadsheetError as e:
print(("Skipping because: " + e.message))
return False
def create_sap_dwelling(inputs):
"""
Create a SAP dwelling object from parsed SAP input file
:param inputs:
:return:
"""
dwelling = Dwelling()
input_conversion_rules.process_inputs(dwelling, inputs)
# TODO validate inputs
# if not sap_dwelling_validator.validate(dwelling):
# logging.error("Bad inputs")
return dwelling
def process_hw(xlbook, d: Dwelling):
xlbook.set_input("water_heating_type_code", d.water_heating_type_code)
if hasattr(d, "use_immersion_heater_summer"):
xlbook.set_input("use_immersion_heater_summer",
d.use_immersion_heater_summer)
else:
xlbook.set_input("use_immersion_heater_summer", False)
if hasattr(d, "immersion_type"):
xlbook.set_input("immersion_type", IMMERSION_TYPES[d.immersion_type])
else:
xlbook.set_input("immersion_type", "")
if hasattr(d, "water_sys_fuel") and not d.water_sys_fuel is None:
if d.water_sys_fuel.is_electric:
xlbook.set_input("water_sys_fuel", "Electric")
else:
xlbook.set_input("water_sys_fuel", d.water_sys_fuel.name)
else:
xlbook.set_input("water_sys_fuel", "")
xlbook.set_input("has_hw_time_control", d.get("has_hw_time_control",
False))
xlbook.set_input("has_cylinderstat", d.get("has_cylinderstat", False))
xlbook.set_input("primary_pipework_insulated",
d.get("primary_pipework_insulated", False))
if not hasattr(d, "hw_cylinder_volume") or d.hw_cylinder_volume == 0:
xlbook.set_input("cylinder_in_heated_space", "")
xlbook.set_input("use_measured_cylinder_loss", True)
xlbook.set_input("measured_cylinder_loss", "")
xlbook.set_input("hw_cylinder_volume", "")
xlbook.set_input("hw_cylinder_insulation", "")
xlbook.set_input("hw_cylinder_insulation_type", "")
else:
if hasattr(d, 'cylinder_in_heated_space'):
xlbook.set_input("cylinder_in_heated_space",
d.cylinder_in_heated_space)
else:
xlbook.set_input("cylinder_in_heated_space", True)
if hasattr(d, 'measured_cylinder_loss'):
xlbook.set_input("use_measured_cylinder_loss", True)
xlbook.set_input("measured_cylinder_loss",
d.measured_cylinder_loss)
xlbook.set_input("hw_cylinder_volume", d.hw_cylinder_volume)
xlbook.set_input("hw_cylinder_insulation", "")
xlbook.set_input("hw_cylinder_insulation_type", "")
else:
xlbook.set_input("use_measured_cylinder_loss", False)
xlbook.set_input("measured_cylinder_loss", "")
xlbook.set_input("hw_cylinder_volume", d.hw_cylinder_volume)
xlbook.set_input("hw_cylinder_insulation",
d.hw_cylinder_insulation)
xlbook.set_input(
"hw_cylinder_insulation_type",
"Factory Fitted" if d.hw_cylinder_insulation_type
== CylinderInsulationTypes.FOAM else "Loose Jacket")
if hasattr(d,
"solar_collector_aperture") and d.solar_collector_aperture > 0:
write_solar_hw(xlbook, d)
else:
clear_solar_hw(xlbook, d)
