finsihed pydantic things

This commit is contained in:
Jun-te Kim 2025-03-17 15:04:19 +00:00
parent e0dfcef75e
commit 944e5ece1d
2 changed files with 108 additions and 42 deletions

View file

@ -5,7 +5,8 @@ from transform.types import (
Walls, Roofs, Floors, Door, VentilationAndCooling,
Lighting, WaterHeating, HotWaterCylinder, SolarWaterHeating,
ShowerAndBaths, FlueGasHeatRecoverySystem, PhotovoltaicPanel,
WindTurbine, OtherDetails
WindTurbine, OtherDetails, Windows, Heating, HeatingSystemControls,
HeatingType
)
from datetime import datetime
@ -40,20 +41,12 @@ class QuidosSiteNotesExtractor(SiteNotesExtractor):
self.transform_summary_information()
self.transform_sections()
# Saves windows till the end as that requires thought
# self.get_section_11()
# Heaters require thought so will complete later
# self.get_section_14()
# self.get_section_14_1()
# self.get_section_14_2()
# These one are quick fixes can be done on train or one at a time
# self.get_section_20()
# self.get_section_21()
# self.get_section_22()
def transform_summary_information(self):
# Summary Information
avoid = [
@ -207,12 +200,24 @@ class QuidosSiteNotesExtractor(SiteNotesExtractor):
# Section 10
door = self.get_door()
windows = self.get_windows()
print(windows["main_property"])
# Section 12
ventilationAndCooling = self.get_ventilation_and_cooling()
# Section 13
lighting = self.get_lighting()
# Section 14.0
main_heating = self.get_main_heating()
# Section 14.1
secondary_heating = self.get_secondary_heating()
# Section 14.2
secondary_heating_type = self.get_secondary_heating_type()
# Section 15.0 Water Heating
waterHeating = self.get_water_heating()
@ -260,6 +265,7 @@ class QuidosSiteNotesExtractor(SiteNotesExtractor):
wall=walls[0],
roof=roofs[0],
floor=floors[0],
windows=windows.get("main_property", []),
)if no_of_main_property > 0 else None,
ex1_property=PropertyDetail(
age_band= age_bands[1],
@ -267,6 +273,7 @@ class QuidosSiteNotesExtractor(SiteNotesExtractor):
wall=walls[1],
roof=roofs[1],
floor=floors[1],
windows=windows.get("extension_1", []),
)if no_of_extension_1 > 0 else None,
ex2_property=PropertyDetail(
age_band= age_bands[2],
@ -274,6 +281,7 @@ class QuidosSiteNotesExtractor(SiteNotesExtractor):
wall=walls[2],
roof=roofs[2],
floor=floors[2],
windows=windows.get("extension_2", []),
)if no_of_extension_2 > 0 else None,
ex3_property=PropertyDetail(
age_band= age_bands[3],
@ -281,6 +289,7 @@ class QuidosSiteNotesExtractor(SiteNotesExtractor):
wall=walls[3],
roof=roofs[3],
floor=floors[3],
windows=windows.get("extension_3", []),
)if no_of_extension_4 > 0 else None,
conservatory=conservatory,
door=door,
@ -294,6 +303,9 @@ class QuidosSiteNotesExtractor(SiteNotesExtractor):
photovoltaicPanel=photovoltaicPanel,
windTurbine=windTurbine,
otherDetails=otherDetails,
mainHeating=main_heating,
secondaryHeatingType=secondary_heating_type,
mainHeating2=secondary_heating,
)
@ -563,7 +575,7 @@ class QuidosSiteNotesExtractor(SiteNotesExtractor):
dict_.update({f"{items.lower().replace('-', '_').replace(' ','_')}":get_value(items)})
return dict_
def get_section_11(self):
def get_windows(self):
data = self.get_data_between("Window Location", "12.0 Ventilation & Cooling")
headers = data[:8]
data_entries = data[8:]
@ -605,25 +617,26 @@ class QuidosSiteNotesExtractor(SiteNotesExtractor):
title = None
until = 0
dict_to_return = {}
for i, items in enumerate(data_entries):
if data_entries[i] in subtitles:
title = data_entries[i].lower().replace(" ", "_").replace("-", "_")
setattr(self, f"section_11_{title}_window", [])
dict_to_return.update({f"{title}":[]})
if title and until == i:
entry = data_entries[i:]
index = find_compose_index(entry,orientation)
new_entry = entry[index-3:index+3]
dict_ = {
"glazing type": new_entry[0],
"Area (m2)": new_entry[1],
"Roof Window": new_entry[2],
"Orientation": new_entry[3],
"U-value (W/m²K)": new_entry[4],
"g-value": new_entry[5],
}
lst = getattr(self, f"section_11_{title}_window")
lst.append(dict_)
window = Windows(
glazing_type= new_entry[0],
area_m2=float(new_entry[1]),
roof_window=True if new_entry[2].upper() == "YES" else False,
orientation=new_entry[3].upper(),
u_value_w_m2_k=int(new_entry[4]),
g_value=int(new_entry[5]),
)
dict_to_return[f"{title}"].append(window)
until = index + 3 + i
return dict_to_return
def get_ventilation_and_cooling(self):
data = self.raw_data[self.raw_data.index('12.0 Ventilation & Cooling'): self.raw_data.index('13.0 Lighting')]
@ -655,13 +668,12 @@ class QuidosSiteNotesExtractor(SiteNotesExtractor):
"Total number of L.E.L. fittings",
]
dict_ = self.two_columns_processor(data, sub_titles, avoid = avoid)
print(dict_)
return Lighting(
total_no_of_light_fittings=int(dict_["total_number_of_light_fittings"]),
total_no_of_lel_fittings=int(dict_["total_number_of_l.e.l._fittings"]),
)
def get_section_14(self):
def get_main_heating(self):
data = self.raw_data[self.raw_data.index('14.0 Main Heating1'): self.raw_data.index('14.1 Main Heating2')]
main_titles = [
"Main Heating Type",
@ -683,9 +695,27 @@ class QuidosSiteNotesExtractor(SiteNotesExtractor):
"Mains Gas Available",
]
self.two_column_with_extension_processor(data, sub_titles, main_titles, 14.0)
lst_ = self.two_column_with_extension_processor(data, sub_titles, main_titles)
dict_ = lst_[0]
return Heating(
type="main",
heating_source=dict_.get("heating_source", ""),
efficiency_source=dict_.get("efficiency_source", ""),
heating_fuel=dict_.get("heating_fuel", ""),
brand_name=dict_.get("brand_name", ""),
model_name=dict_.get("model_name", ""),
model_qualifer=dict_.get("model_qualifier", ""),
controls=HeatingSystemControls(
control_type=dict_.get("control_type", ""),
flue_type=dict_.get("flue_type",""),
fan_assisted_flue=True if dict_.get("fan_assisted_flue", "NO").upper() == "YES" else False,
heat_emitter_type=dict_.get("heat_emitter_type", ""),
electricity_meter_type=dict_.get("electricity_meter_type", ""),
mains_gas_available=True if dict_.get("mains_gas_available", "NO").upper() == "YES" else False,
)
)
def get_section_14_1(self):
def get_secondary_heating(self):
data = self.raw_data[self.raw_data.index("14.1 Main Heating2"):self.raw_data.index("14.2 Secondary Heating Type")]
main_titles = [
"Second Main Heating Type",
@ -704,9 +734,29 @@ class QuidosSiteNotesExtractor(SiteNotesExtractor):
"Fan Assisted Flue",
"Heat Emitter Type",
]
self.two_column_with_extension_processor(data, sub_titles, main_titles, 14.1)
list = self.two_column_with_extension_processor(data, sub_titles, main_titles)
dict_ = list[0]
return Heating(
type="secondary",
percentage_of_heated_floor_area_served=dict_.get("percentage_of_heated_floor_area_served_(%)", ""),
heating_source=dict_.get("heating_source", "") if dict_["heating_source"] is not None else "",
efficiency_source=dict_.get("efficiency_source", "") if dict_["efficiency_source"] is not None else "",
heating_fuel=dict_.get("heating_fuel", "") if dict_.get("heating_fuel") is not None else "",
brand_name=dict_.get("brand_name", ""),
model_name=dict_.get("model_name", ""),
model_qualifer=dict_.get("model_qualifier", ""),
controls=HeatingSystemControls(
control_type=dict_.get("control_type", ""),
flue_type=dict_.get("flue_type",""),
fan_assisted_flue=True if dict_.get("fan_assisted_flue", "NO").upper() == "YES" else False,
heat_emitter_type=dict_.get("heat_emitter_type", ""),
electricity_meter_type=dict_.get("electricity_meter_type", ""),
mains_gas_available=True if dict_.get("mains_gas_available", "NO").upper() == "YES" else False,
)
)
def get_section_14_2(self):
def get_secondary_heating_type(self):
data = self.raw_data[self.raw_data.index("14.2 Secondary Heating Type"):self.raw_data.index("15.0 Water Heating")]
avoid = [
"14.2 Secondary Heating Type",
@ -716,7 +766,11 @@ class QuidosSiteNotesExtractor(SiteNotesExtractor):
"Heating Type",
"Fuel Type",
]
self.two_columns_processor(data, sub_titles, avoid, 14.2)
dict_ = self.two_columns_processor(data, sub_titles, avoid)
return HeatingType(
heating_type=dict_.get("heating_type", ""),
fuel_type=dict_.get("fuel_type", ""),
)
def get_water_heating(self):
data = self.raw_data[self.raw_data.index("15.0 Water Heating"):self.raw_data.index("15.1 Hot Water Cylinder")]

View file

@ -76,14 +76,6 @@ class AssessorInfo(BaseModel):
phone_number: Optional[str] = None
email_address: Optional[EmailStr] = None
class Windows(BaseModel):
glazing_type: str
area_m2: float
roof_window: bool
orientation: str
u_value_w_m2_k: int
g_value: int
class VentilationAndCooling(BaseModel):
no_of_open_fireplaces: int
ventilation_type: str
@ -93,22 +85,29 @@ class Lighting(BaseModel):
total_no_of_light_fittings: int
total_no_of_lel_fittings: int
class MainHeatingSystemControls(BaseModel):
class HeatingSystemControls(BaseModel):
control_type: str
flue_type: str
fan_assisted_flue: str
fan_assisted_flue: bool
heat_emitter_type: str
electricity_meter_type: Optional[str]
mains_gas_available: Optional[bool]
electricity_meter_type: Optional[str] = ""
mains_gas_available: Optional[bool] = False
class MainHeating(BaseModel):
class Heating(BaseModel):
type: str
heating_source: str
efficiency_source: str
heating_fuel: str
brand_name: str
model_name: str
model_qualifer: str
controls: MainHeatingSystemControls
sap_2009_table: Optional[str] = ""
percentage_of_heated_floor_area_served: Optional[str] = ""
controls: HeatingSystemControls
class HeatingType(BaseModel):
heating_type: str
fuel_type: str
class WaterHeating(BaseModel):
heating_type: str
@ -142,12 +141,22 @@ class OtherDetails(BaseModel):
electricity_meter_type: str
main_gas_avalible: bool
class Windows(BaseModel):
glazing_type: str
area_m2: float
roof_window: bool
orientation: str
u_value_w_m2_k: int
g_value: int
class PropertyDetail(BaseModel):
age_band: str
dimensions: List[Dimension] = []
wall: Optional[Walls] = None
roof: Optional[Roofs] = None
floor: Optional[Floors] = None
windows: Optional[List[Windows]] = []
class PropertyDescription(BaseModel):
built_form: str
@ -180,3 +189,6 @@ class PropertyDescription(BaseModel):
photovoltaicPanel: Optional[PhotovoltaicPanel]
windTurbine: Optional[WindTurbine]
otherDetails: Optional[OtherDetails]
mainHeating: Optional[Heating]
mainHeating2: Optional[Heating]
secondaryHeatingType: Optional[HeatingType]