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jze9
2025-06-08 01:12:22 +05:00
parent d4ef8a9958
commit 70a65cefc5
1 changed files with 124 additions and 130 deletions
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238
main1.py
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@@ -1,5 +1,5 @@
from lxml import etree from lxml import etree
from difflib import SequenceMatcher
data=[] data=[]
class Data_farame(): class Data_farame():
@@ -13,115 +13,136 @@ class Data_farame():
self.availability_coordinates = availability_coordinates #наличие координат self.availability_coordinates = availability_coordinates #наличие координат
self.explanations = explanations #Пояснения self.explanations = explanations #Пояснения
class CadastralErrorsParcels():
def chec_koordinat(self,CadastralErrorParcel): class super_visor():
if 'EntitySpatial' in CadastralErrorParcel:
if 'SpatialElement' in CadastralErrorParcel['EntitySpatial'][0]: def find_best_match(self,input_str: str) -> str:
keywords = {
"FormParcels":"Образование ЗУ",
"SpecifyParcels":"Уточнение ЗУ",
"CadastralErrorsParcels":"Исправление ЗУ",
"ExistObjectsRealty":"Уточнение ОКС",
"CadastralErrorsOKS":"Исправление ОКС"
}
# Сравниваем коэффициент схожести (0.0 - 1.0) строки с каждым ключевым словом
best_match = max(keywords, key=lambda word: SequenceMatcher(None, input_str, word.lower()).ratio())
return keywords[best_match]
def chec_kad_number(self,atrebut):
if '@attributes' in atrebut:
if 'CadastralNumber' in atrebut['@attributes']:
return atrebut['@attributes']['CadastralNumber']
if 'CadastralNumber' in atrebut:
if '#text' in atrebut['CadastralNumber'][0]:
return atrebut['CadastralNumber'][0]['#text']
return "нет"
def get_cad_block(self,cad_block):
temp = ""
for item in cad_block:
temp += f"{item['#text']}, "
return temp
def chec_cad_block(self, atrebut):
if 'CadastralBlocks' in atrebut:
if 'CadastralBlock' in atrebut['CadastralBlocks'][0]:
return self.get_cad_block(atrebut['CadastralBlocks'][0]['CadastralBlock'])
if 'CadastralBlock' in atrebut:
return atrebut['CadastralBlock'][0]['#text']
return "нет"
def get_object_type(self,type:str):
if type == "002001002000":
return "Здание"
if type == "002001004000":
return "Сооружение"
if type == "002001005000":
return "Объект"
def chec_object_type(self, atrebut):
if 'ObjectType' in atrebut:
return self.get_object_type(atrebut['ObjectType'][0]['#text'])
return "нет"
def chec_area(self,atrebut):
if "Area" in atrebut:
if "Area" in atrebut['Area'][0]:
if '#text' in atrebut['Area'][0]['Area'][0]:
return atrebut['Area'][0]['Area'][0]['#text']
return "нет"
def chec_inaccuracy(self, atrebut):
if "Area" in atrebut:
if "Inaccuracy" in atrebut['Area'][0]:
if '#text' in atrebut['Area'][0]['Inaccuracy'][0]:
return atrebut['Area'][0]['Inaccuracy'][0]['#text']
return "нет"
def chec_koordinat(self,atrebut):
if 'EntitySpatial' in atrebut:
if 'SpatialElement' in atrebut['EntitySpatial'][0]:
return "да" return "да"
else: else:
return "нет" return "нет"
else: else:
return "нет" return "нет"
def __init__(self, xml_dict): def chec_explanations(self,atrebut):
try: if 'Explanations' in atrebut:
for item in xml_dict['Package'][0]['CadastralErrorsParcels'][0]['CadastralErrorParcel']: return atrebut['Explanations'][0]['#text']
return "нет"
def chec_object(self, atrebut):
if '@attributes' in atrebut:
if 'CadastralNumber' in atrebut['@attributes']:
return True
if 'CadastralNumber' in atrebut:
if '#text' in atrebut['CadastralNumber'][0]:
return True
return False
def __init__(self, xml):
i = 0
for section_name, section_data in xml.get('Package', [{}])[0].items():
for group in section_data:
if isinstance(group, dict):
for item_type, item_list in group.items():
for obj in item_list:
if isinstance(obj, dict):
if self.chec_object(obj):
data.append( data.append(
Data_farame( Data_farame(
section_KPTR="Исправление ЗУ", section_KPTR=self.find_best_match(section_name),
cadastral_number=item['CadastralErrorExistParcel'][0]['@attributes']["CadastralNumber"], cadastral_number=self.chec_kad_number(obj),
cadastral_quarter=item['CadastralErrorExistParcel'][0]['CadastralBlock'][0]['#text'], cadastral_quarter=self.chec_cad_block(obj),
object_type="", object_type=self.chec_object_type(obj),
land_plot_area=item['CadastralErrorExistParcel'][0]['Area'][0]['Area'][0]['#text'], land_plot_area=self.chec_area(obj),
error_in_determining_area=item['CadastralErrorExistParcel'][0]['Area'][0]['Inaccuracy'][0]['#text'], error_in_determining_area=self.chec_inaccuracy(obj),
availability_coordinates=self.chec_koordinat(item['CadastralErrorExistParcel'][0]), availability_coordinates=self.chec_koordinat(obj),
explanations="" explanations=self.chec_explanations(obj)
) )
) )
except:
return
class SpecifyParcel():
def chec_koordinat(self,new_parcel):
if 'EntitySpatial' in new_parcel:
if 'SpatialElement' in new_parcel['EntitySpatial'][0]:
return "да"
return "нет"
return "нет"
def chec_tag_ProvidingPassCadastralNumbers(self,PPCN):
if 'ProvidingPassCadastralNumbers' in PPCN['ExistParcel'][0]:
return PPCN['ExistParcel'][0]['ProvidingPassCadastralNumbers'][0]['Other'][0]['#text']
else: else:
return "" for inner_key, inner_items in obj.items():
for real_obj in inner_items:
def chec_tag_Explanation(self,Explanation): if isinstance(real_obj, dict):
if 'Explanation' in Explanation['ExistParcel'][0]:
return Explanation['ExistParcel'][0]['Explanation'][0]['#text']
else:
return ""
def __init__(self, xml_dict):
try:
for i,item in enumerate(xml_dict['Package'][0]['SpecifyParcels'][0]['SpecifyParcel']):
data.append( data.append(
Data_farame( Data_farame(
section_KPTR="Уточнение ЗУ", section_KPTR=self.find_best_match(section_name),
cadastral_number=item['ExistParcel'][0]['@attributes']["CadastralNumber"], cadastral_number=self.chec_kad_number(real_obj),
cadastral_quarter=item['ExistParcel'][0]['CadastralBlock'][0]['#text'], cadastral_quarter=self.chec_cad_block(real_obj),
object_type=self.chec_tag_ProvidingPassCadastralNumbers(PPCN=item), object_type=self.chec_object_type(real_obj),
land_plot_area=item['ExistParcel'][0]['Area'][0]['Area'][0]['#text'], land_plot_area=self.chec_area(real_obj),
error_in_determining_area=item['ExistParcel'][0]['Area'][0]['Inaccuracy'][0]['#text'], error_in_determining_area=self.chec_inaccuracy(real_obj),
availability_coordinates=self.chec_koordinat(item['ExistParcel'][0]), availability_coordinates=self.chec_koordinat(real_obj),
explanations=self.chec_tag_Explanation(Explanation=item) explanations=self.chec_explanations(real_obj)
) )
) )
except:
return
class NewParcel: pass
def add_new_data(self,doc_category):
data=""
for item in doc_category:
data += f"{item}: {doc_category[item][0]['#text']}, "
return data
def chec_koordinat(self,new_parcel):
if 'EntitySpatial' in new_parcel:
if 'SpatialElement' in new_parcel['EntitySpatial'][0]:
return "да"
else:
return "нет"
else:
return "нет"
def get_cad_number(self,object_realty):
cad_nimbers = ""
for item in object_realty:
cad_nimbers+=f"{item['InnerCadastralNumbers'][0]['CadastralNumber'][0]['#text']}, "
return cad_nimbers
def __init__(self,xml_dict):
try:
for new_parcel in xml_dict['Package'][0]['FormParcels'][0]['NewParcel']:
data.append(
Data_farame(
section_KPTR="Образование ЗУ",
cadastral_number=self.get_cad_number(new_parcel['ObjectsRealty'][0]['ObjectRealty']),
cadastral_quarter=new_parcel['CadastralBlock'][0]['#text'],
object_type="",
land_plot_area=new_parcel['Area'][0]['Area'][0]['#text'],
error_in_determining_area=new_parcel['Area'][0]['Inaccuracy'][0]['#text'],
availability_coordinates=self.chec_koordinat(new_parcel),
explanations=self.add_new_data(new_parcel['Category'][0]['DocCategory'][0])
)
)
except:
return
def lxml_to_dict(element): def lxml_to_dict(element):
result = {} result = {}
@@ -148,40 +169,13 @@ def lxml_to_dict(element):
return result return result
#tree = etree.parse('C:/Users/USER/Downloads/12. ХМЛ КПТР в ексель/Исходные данные/Карта-план в хмл прмиер Копейск на кк 74 30 0104002/MapPlanTerritory_54F3719F-2ED8-48FF-8442-9813191EBA51.xml') #tree = etree.parse('C:/Users/jze9/Downloads/12. ХМЛ КПТР в ексель/Исходные данные/Карта-план в хмл прмиер Копейск на кк 74 30 0104002/MapPlanTerritory_EA8F3032-3AF5-4FE2-9A0D-72BCCF94DF06.xml')
tree = etree.parse('C:/Users/USER/Downloads/12. ХМЛ КПТР в ексель/Исходные данные/Карта-план в хмл прмиер Копейск на кк 74 30 0104002/MapPlanTerritory_E2DF5B75-E136-48DA-BB4C-8887BA4ABF46.xml') #tree = etree.parse('C:/Users/jze9/Downloads/12. ХМЛ КПТР в ексель/Исходные данные/Карта-план в хмл прмиер Копейск на кк 74 30 0104002/MapPlanTerritory_54F3719F-2ED8-48FF-8442-9813191EBA51.xml')
tree = etree.parse('C:/Users/jze9/Downloads/12. ХМЛ КПТР в ексель/Исходные данные/Карта-план в хмл прмиер Копейск на кк 74 30 0104002/MapPlanTerritory_E2DF5B75-E136-48DA-BB4C-8887BA4ABF46.xml')
xml_dict = lxml_to_dict(tree.getroot()) xml_dict = lxml_to_dict(tree.getroot())
temp = NewParcel(xml_dict)
temp = SpecifyParcel(xml_dict)
temp = CadastralErrorsParcels(xml_dict)
def get_cad_block(cad_block): temp = super_visor(xml_dict)
temp = ""
for item in cad_block:
temp += f"{item['#text']}, "
return temp
def get_object_type(type:str):
if type == "002001002000":
return "Здание"
if type == "002001004000":
return "Сооружение"
if type == "002001005000":
return "Объект"
for item in xml_dict['Package'][0]['ExistNewObjectsRealty'][0]['ExistNewObjectRealty']:
data.append(
Data_farame(
section_KPTR="Уточнение ОКС",
cadastral_number=item['CadastralNumber'][0]['#text'],
cadastral_quarter=get_cad_block(item['CadastralBlocks'][0]['CadastralBlock']),
object_type=get_object_type(item['ObjectType'][0]['#text']),
land_plot_area="нет",
error_in_determining_area="нет",
availability_coordinates=self.chec_koordinat(new_parcel),
explanations=self.add_new_data(new_parcel['Category'][0]['DocCategory'][0])
)
)
pass pass