def run_dwelling(xlbook, d, can_run_fee, can_run_der, can_run_ter):
#can_run_fee=False
#can_run_ter=False
write_to_excel(xlbook, d)
runner.run_fee(d)
runner.run_der(d)
epctk.appendix.appendix_t.run_ter(d)
runner.run_sap(d)
if can_run_der:
xlbook.set_calc_type("DER")
check_results(xlbook, d.der_results, "DER", True)
check_result("DER", xlbook.der, d.der_results.der_rating, "DER", 0.01)
xlbook.set_calc_type("SAP")
check_results(xlbook, d.er_results, "SAP", True)
check_result("SAP", xlbook.sap, d.er_results.sap_value, "SAP", 0.01)
return False
if can_run_ter:
xlbook.set_calc_type("TER")
check_results(xlbook, d.ter_results, "TER", False)
check_result("TER", xlbook.ter, d.ter_results.ter_rating, "TER", 0.01)
if can_run_fee:
xlbook.set_calc_type("FEE")
check_results(xlbook, d.fee_results, "FEE", False)
months_with_cooling = sum(1 if x > 0 else 0
for x in d.fee_results.Q_cooling_required)
if months_with_cooling != 3:
logging.error("FEE is probably wrong due to cooling calculation")
check_result("FEE", xlbook.fee, d.fee_results.fee_rating, "FEE",
0.01)
def run_dwelling(xlbook, d, can_run_fee, can_run_der, can_run_ter):
#can_run_fee=False
#can_run_ter=False
write_to_excel(xlbook, d)
runner.run_fee(d)
runner.run_der(d)
epctk.appendix.appendix_t.run_ter(d)
runner.run_sap(d)
if can_run_der:
xlbook.set_calc_type("DER")
check_results(xlbook, d.der_results, "DER", True)
check_result("DER", xlbook.der, d.der_results.der_rating, "DER", 0.01)
xlbook.set_calc_type("SAP")
check_results(xlbook, d.er_results, "SAP", True)
check_result("SAP", xlbook.sap, d.er_results.sap_value, "SAP", 0.01)
return False
if can_run_ter:
xlbook.set_calc_type("TER")
check_results(xlbook, d.ter_results, "TER", False)
check_result("TER", xlbook.ter, d.ter_results.ter_rating, "TER", 0.01)
if can_run_fee:
xlbook.set_calc_type("FEE")
check_results(xlbook, d.fee_results, "FEE", False)
months_with_cooling = sum(1 if x > 0 else 0 for x in d.fee_results.Q_cooling_required)
if months_with_cooling != 3:
logging.error("FEE is probably wrong due to cooling calculation")
check_result("FEE", xlbook.fee, d.fee_results.fee_rating, "FEE", 0.01)
def check_results(xlbook, res, calctype, check_emissions):
check_monthly_result(calctype, xlbook.h, res.h, "heat loss coeff")
if hasattr(res, "thermal_mass_parameter"):
check_result(calctype, xlbook.thermal_mass_parameter,
res.thermal_mass_parameter, "thermal mass parameter", 0)
check_monthly_result(calctype, xlbook.hw_heat_gain, res.heat_gains_from_hw,
"water heat gain", .5)
check_monthly_result(calctype, xlbook.solar_gain_winter,
res.solar_gain_winter, "solar gain", .1)
check_monthly_result(calctype, xlbook.full_light_gain, res.full_light_gain,
"heat gain from lights", .1)
check_monthly_result(calctype, xlbook.winter_heat_gains,
res.winter_heat_gains, "total heat gain", .1)
check_result(calctype, xlbook.heating_responsiveness,
res.heating_responsiveness, "heating system responsiveness",
0)
check_result(calctype, xlbook.heating_control_type,
res.heating_control_type_sys1, "heating control type", 0)
check_monthly_result(calctype, xlbook.Tliving,
res.heat_calc_results['Tmean_living_area'],
"internal temperature, living area", .01)
check_monthly_result(calctype, xlbook.Tother,
res.heat_calc_results['Tmean_other'],
"internal temperature, rest of dwelling", .01)
check_monthly_result(calctype, xlbook.Tmean,
res.heat_calc_results['Tmean'],
"internal temperature", .01)
check_monthly_result(calctype, xlbook.Q_required, res.Q_required,
"space heat required", 2)
if sum(res.Q_cooling_required) > 0:
check_summer_monthly_result(calctype, xlbook.solar_gain_summer,
res.solar_gain_summer,
"solar gain (summer)", .1)
check_summer_monthly_result(calctype, xlbook.summer_heat_gains,
res.summer_heat_gains,
"total heat gain (summer)", .1)
if not check_emissions:
# Emissions results won't match for TER results due to 2009 vs
# 2005 fuel factors
return
check_result(calctype, xlbook.space_main_heating_emissions,
res.emissions_heating_main, "space heat emissions (main)",
0.5)
check_result(calctype, xlbook.space_secondary_heating_emissions,
res.emissions_heating_secondary,
"space heat emissions (secondary)", 0.5)
check_result(calctype, xlbook.water_heating_emissions, res.emissions_water,
"water heat emissions", 0.5)
check_result(calctype, xlbook.water_heating_emissions_summer_immersion,
res.emissions_water_summer_immersion,
"water heat emissions (summer immersion)", 0.5)
check_result(calctype, xlbook.pump_emissions,
res.emissions_fans_and_pumps + res.emissions_mech_vent_fans,
"pump and fan emissions", 0.01)
check_result(calctype, xlbook.lighting_emissions, res.emissions_lighting,
"lighting emissions", 0.5)
check_result(calctype, xlbook.cooling_emissions, res.emissions_cooling,
"cooling emissions", 0.01)
def check_results(xlbook, res, calctype, check_emissions):
check_monthly_result(calctype, xlbook.h,
res.h, "heat loss coeff")
if hasattr(res, "thermal_mass_parameter"):
check_result(calctype, xlbook.thermal_mass_parameter,
res.thermal_mass_parameter, "thermal mass parameter", 0)
check_monthly_result(calctype, xlbook.hw_heat_gain,
res.heat_gains_from_hw, "water heat gain", .5)
check_monthly_result(calctype, xlbook.solar_gain_winter,
res.solar_gain_winter, "solar gain", .1)
check_monthly_result(calctype, xlbook.full_light_gain,
res.full_light_gain, "heat gain from lights", .1)
check_monthly_result(calctype, xlbook.winter_heat_gains,
res.winter_heat_gains, "total heat gain", .1)
check_result(calctype, xlbook.heating_responsiveness,
res.heating_responsiveness, "heating system responsiveness", 0)
check_result(calctype, xlbook.heating_control_type,
res.heating_control_type_sys1, "heating control type", 0)
check_monthly_result(calctype, xlbook.Tliving,
res.heat_calc_results['Tmean_living_area'], "internal temperature, living area", .01)
check_monthly_result(calctype, xlbook.Tother,
res.heat_calc_results['Tmean_other'], "internal temperature, rest of dwelling", .01)
check_monthly_result(calctype, xlbook.Tmean,
res.heat_calc_results['Tmean'], "internal temperature", .01)
check_monthly_result(calctype, xlbook.Q_required,
res.Q_required, "space heat required", 2)
if sum(res.Q_cooling_required) > 0:
check_summer_monthly_result(calctype, xlbook.solar_gain_summer,
res.solar_gain_summer, "solar gain (summer)", .1)
check_summer_monthly_result(calctype, xlbook.summer_heat_gains,
res.summer_heat_gains,
"total heat gain (summer)", .1)
if not check_emissions:
# Emissions results won't match for TER results due to 2009 vs
# 2005 fuel factors
return
check_result(calctype, xlbook.space_main_heating_emissions,
res.emissions_heating_main,
"space heat emissions (main)", 0.5)
check_result(calctype, xlbook.space_secondary_heating_emissions,
res.emissions_heating_secondary,
"space heat emissions (secondary)", 0.5)
check_result(calctype, xlbook.water_heating_emissions,
res.emissions_water,
"water heat emissions", 0.5)
check_result(calctype, xlbook.water_heating_emissions_summer_immersion,
res.emissions_water_summer_immersion,
"water heat emissions (summer immersion)", 0.5)
check_result(calctype, xlbook.pump_emissions,
res.emissions_fans_and_pumps + res.emissions_mech_vent_fans,
"pump and fan emissions", 0.01)
check_result(calctype, xlbook.lighting_emissions,
res.emissions_lighting, "lighting emissions", 0.5)
check_result(calctype, xlbook.cooling_emissions,
res.emissions_cooling,
"cooling emissions", 0.01)