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main.py
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main.py
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"""
Built upon an adapted version of RDFAlchemy for Python (3.7). Install with:
```bash
pip install git+https://github.com/LvanWissen/RDFAlchemy.git
```
"""
import os
import json
import calendar
from time import sleep
import urllib.parse
import uuid
import requests
from bs4 import BeautifulSoup
from rdflib import Dataset, Namespace, URIRef, Literal, BNode, OWL, RDFS, XSD, SKOS
from rdfalchemy import rdfSubject, rdfMultiple, rdfSingle
nsPerson = Namespace("https://data.create.humanities.uva.nl/id/rkd/persons/")
nsThesaurus = Namespace("https://data.create.humanities.uva.nl/id/rkd/thesaurus/")
schema = Namespace("http://schema.org/")
dc = Namespace("http://purl.org/dc/elements/1.1/")
sem = Namespace("http://semanticweb.cs.vu.nl/2009/11/sem/")
bio = Namespace("http://purl.org/vocab/bio/0.1/")
foaf = Namespace("http://xmlns.com/foaf/0.1/")
void = Namespace("http://rdfs.org/ns/void#")
nsIconClass = Namespace("http://iconclass.org/")
eventTranslationNL = {
"Birth": "Geboorte",
"Baptism": "Doop",
"Death": "Overlijden",
"Burial": "Begrafenis",
"Marriage": "Huwelijk",
}
class Entity(rdfSubject):
rdf_type = URIRef("urn:entity")
additionalType = rdfSingle(schema.additionalType)
label = rdfMultiple(RDFS.label)
name = rdfMultiple(schema.name)
alternateName = rdfMultiple(schema.alternateName)
description = rdfMultiple(schema.description)
mainEntityOfPage = rdfSingle(schema.mainEntityOfPage)
sameAs = rdfMultiple(OWL.sameAs)
disambiguatingDescription = rdfMultiple(schema.disambiguatingDescription)
keywords = rdfMultiple(schema.keywords)
depiction = rdfSingle(foaf.depiction)
subjectOf = rdfMultiple(schema.subjectOf)
about = rdfMultiple(schema.about)
url = rdfSingle(schema.url)
inDataset = rdfSingle(void.inDataset)
hasTimeStamp = rdfSingle(sem.hasTimeStamp)
hasEarliestBeginTimeStamp = rdfSingle(sem.hasEarliestBeginTimeStamp)
hasLatestEndTimeStamp = rdfSingle(sem.hasLatestEndTimeStamp)
class Role(Entity):
rdf_type = schema.Role
name = rdfSingle(schema.name)
isPartOf = rdfSingle(schema.isPartOf)
isRelatedTo = rdfSingle(schema.isRelatedTo)
age = rdfSingle(foaf.age)
class CreativeWork(Entity):
rdf_type = schema.CreativeWork
publication = rdfSingle(schema.publication)
author = rdfMultiple(schema.author)
text = rdfMultiple(schema.text)
mainEntity = rdfSingle(schema.mainEntity)
isPartOf = rdfMultiple(schema.isPartOf)
isRelatedTo = rdfMultiple(schema.isRelatedTo)
class VisualArtwork(CreativeWork):
rdf_type = schema.VisualArtwork, schema.Product
artist = rdfMultiple(schema.artist)
dateCreated = rdfSingle(schema.dateCreated)
dateModified = rdfSingle(schema.dateModified)
temporal = rdfMultiple(schema.temporal)
artworkSurface = rdfMultiple(schema.artworkSurface)
artMedium = rdfMultiple(schema.artMedium)
artform = rdfMultiple(schema.artform)
width = rdfSingle(schema.width)
height = rdfSingle(schema.height)
depth = rdfSingle(schema.depth)
image = rdfMultiple(schema.image)
subject = rdfMultiple(dc.subject)
class QuantitativeValue(Entity):
rdf_type = schema.QuantitativeValue
unitCode = rdfSingle(schema.unitCode)
value = rdfSingle(schema.value)
class PublicationEvent(Entity):
rdf_type = schema.PublicationEvent
startDate = rdfSingle(schema.startDate)
hasEarliestBeginTimeStamp = rdfSingle(sem.hasEarliestBeginTimeStamp)
hasLatestEndTimeStamp = rdfSingle(sem.hasLatestEndTimeStamp)
location = rdfSingle(schema.location)
publishedBy = rdfMultiple(schema.publishedBy)
class Place(Entity):
rdf_type = schema.Place
class Person(Entity):
rdf_type = schema.Person
birthPlace = rdfSingle(schema.birthPlace)
deathPlace = rdfSingle(schema.deathPlace)
birthDate = rdfSingle(schema.birthDate)
deathDate = rdfSingle(schema.deathDate)
birth = rdfSingle(bio.birth)
death = rdfSingle(bio.death)
event = rdfMultiple(bio.event)
spouse = rdfMultiple(schema.spouse)
parent = rdfMultiple(schema.parent)
children = rdfMultiple(schema.children)
gender = rdfSingle(schema.gender)
class Event(Entity):
rdf_type = sem.Event, bio.Event
place = rdfSingle(bio.place)
principal = rdfSingle(bio.principal)
partner = rdfMultiple(bio.partner)
class Birth(Event):
rdf_type = bio.Birth
class Baptism(Event):
rdf_type = bio.Baptism
class Death(Event):
rdf_type = bio.Death
class Burial(Event):
rdf_type = bio.Burial
class Marriage(Event):
rdf_type = bio.Marriage
class Concept(Entity):
rdf_type = SKOS.Concept
prefLabel = rdfMultiple(SKOS.prefLabel)
note = rdfMultiple(SKOS.note)
related = rdfMultiple(SKOS.related)
broader = rdfMultiple(SKOS.broader)
narrower = rdfMultiple(SKOS.narrower)
def unique(*args):
identifier = "".join(str(i) for i in args) # order matters
unique_id = uuid.uuid5(uuid.NAMESPACE_X500, identifier)
return BNode(unique_id)
def getEventLabel(event):
if event.hasTimeStamp:
year = str(event.hasTimeStamp)[:4]
elif event.hasEarliestBeginTimeStamp and event.hasLatestEndTimeStamp:
if (
str(event.hasEarliestBeginTimeStamp)[:4]
== str(event.hasLatestEndTimeStamp)[:4]
):
year = str(event.hasEarliestBeginTimeStamp)[:4]
else:
year = f"ca. {str(event.hasEarliestBeginTimeStamp)[:4]}-{str(event.hasLatestEndTimeStamp)[:4]}"
elif event.hasEarliestBeginTimeStamp:
year = f"ca. {str(event.hasEarliestBeginTimeStamp)[:4]}-?"
elif event.hasLatestEndTimeStamp:
year = f"ca. ?-{str(event.hasLatestEndTimeStamp)[:4]}"
else:
year = "?"
eventClassName = event.__class__.__name__
eventNameNL = eventTranslationNL[eventClassName]
eventNameEN = eventClassName
if event.principal:
persons = [event.principal.name[0]]
elif event.partner:
persons = sorted(i.name[0] for i in event.partner)
else:
persons = []
if persons:
labelNL = Literal(
f"{eventNameNL} van {' en '.join(persons)} ({year})", lang="nl"
)
labelEN = Literal(
f"{eventNameEN} of {' and '.join(persons)} ({year})", lang="en"
)
else:
labelNL = Literal(f"{eventNameNL} ({year})", lang="nl")
labelEN = Literal(f"{eventNameEN} ({year})", lang="en")
return [labelNL, labelEN]
def parseURL(
url, APIURL, params={"format": "json"}, thesaurusDict=dict(), imageCache=dict()
):
r = requests.get(url, params=params).json()
if r["response"]["numFound"] > 1:
nTotal = r["response"]["numFound"]
start = 0
while start < nTotal:
# First retrieve the identifier through a search (one at the time)
print(f"Fetching {start+1}/{nTotal}")
params = {"format": "json", "start": start}
r = requests.get(url, params=params).json()
try:
doc = r["response"]["docs"][0]
except KeyError:
print(f"Error fetching {url}. Trying again.")
sleep(1)
continue
# Then, retrieve the individual image
# this gives other keys in the json...
identifier = str(doc["priref"])
doc = imageCache.get(identifier)
if doc is None:
r = requests.get(APIURL + identifier, params={"format": "json"}).json()
doc = r["response"]["docs"][0]
imageCache[identifier] = doc
parseData(doc, thesaurusDict=thesaurusDict)
start += 1
# save every 1000 requests
if start % 1000 == 0:
with open("imagecache.json", "w") as outfile:
json.dump(imageCache, outfile)
with open("rkdthesaurus.json", "w") as outfile:
json.dump(thesaurusDict, outfile)
else:
doc = r["response"]["docs"][0]
identifier = str(doc["priref"])
if identifier not in imageCache:
imageCache[identifier] = doc
parseData(doc, thesaurusDict=thesaurusDict)
return thesaurusDict, imageCache
def parseData(d, thesaurusDict=dict()):
identifier = d["priref"]
if d.get("picturae_images"):
images = [
f"https://images.rkd.nl/rkd/thumb/650x650/{img}.jpg"
for img in d["picturae_images"]
]
elif d.get("afbeeldingsnummer_rkd_picturae_mapping"):
images = [
f"https://images.rkd.nl/rkd/thumb/650x650/{img}.jpg"
for img in d["afbeeldingsnummer_rkd_picturae_mapping"].values()
]
else:
images = []
# dateModified = Literal(d['modification'], datatype=XSD.datetime)
names_nl = d["benaming_kunstwerk"]
names_en = [d["titel_engels"]] if d["titel_engels"] else []
alternateName = d["andere_benaming"]
disambiguatingDescription = d["opmerking_titel"]
description = d["opmerking_onderwerp"]
temporal = d["datumlabel"]
keywords = []
keywordIdentifiers = [i for i in d["RKD_algemene_trefwoorden_linkref"]]
for k in keywordIdentifiers:
concept, thesaurusDict = getThesaurus(k, thesaurusDict, returnType="uri")
keywords.append(concept)
attributedTo = [
{"identifier": i["naam_linkref"], "name": i["naam_inverted"]}
for i in d["toeschrijving"]
if i.get("status") == "huidig" and i.get("naam_linkref")
]
beginSearchDate = f"{d['zoekmarge_begindatum']}-01-01"
endSearchDate = f"{d['zoekmarge_einddatum']}-12-31"
publication = PublicationEvent(
None,
hasEarliestBeginTimeStamp=Literal(beginSearchDate, datatype=XSD.date),
hasLatestEndTimeStamp=Literal(endSearchDate, datatype=XSD.date),
)
artforms = []
artformIdentifiers = d["objectcategorie_linkref"] # mapping AAT?
for k in artformIdentifiers:
concept, thesaurusDict = getThesaurus(k, thesaurusDict, returnType="uri")
artforms.append(concept)
artsurfaces = []
artworkSurfaceIdentifiers = d["drager_lref"]
for k in artworkSurfaceIdentifiers:
concept, thesaurusDict = getThesaurus(k, thesaurusDict, returnType="uri")
artsurfaces.append(concept)
materials = []
materialIdentifiers = d["materiaal_lref"] # mapping AAT?
for k in materialIdentifiers:
concept, thesaurusDict = getThesaurus(k, thesaurusDict, returnType="uri")
materials.append(concept)
width = getQuantitativeValue(d["breedte"])
height = getQuantitativeValue(d["hoogte"])
depth = getQuantitativeValue(d["diepte"])
externalURIs = []
for u in d["urls"]:
if u.get("URL") and "handle" in u["URL"]:
if " " in u["URL"]:
u["URL"] = u["URL"].split(" ")[0]
externalURIs.append(URIRef(u["URL"]))
if d.get("iconclass_code"):
iconclass_encoded = urllib.parse.quote(d["iconclass_code"][0])
iconclass = nsIconClass.term(iconclass_encoded)
else:
iconclass = None
related = []
for r in d["onderdeel_van"]:
try:
relIdentifier = str(r["object_onderdeel_van"][0]["priref"])
related.append(
{
"relatedTo": URIRef(
f"https://rkd.nl/explore/images/{relIdentifier}"
),
"relation": r.get("onderdeel_van_verband"),
}
)
except KeyError:
pass
for r in d["artistiek"]:
if r.get("artistiek_verband_koppeling"):
relIdentifier = str(r["artistiek_verband_koppeling"][0]["priref"])
else:
relIdentifier = None
related.append(
{
"relatedTo": URIRef(f"https://rkd.nl/explore/images/{relIdentifier}")
if relIdentifier
else None,
"relation": r.get("onderdeel_van_verband"),
"description": ", ".join(
[
i
for i in [
r.get("beschrijving_verband"),
r.get("opmerking_artistiek_verband"),
]
if i
]
),
"relationThesaurus": r.get("artistiek_verband_linkref"),
}
)
abouts = []
aetatis = []
for p in d["voorgestelde"]:
if p.get("status_identificatie_portret") != "huidig":
verworpen = True
else:
verworpen = False
zekerheid = p.get("zekerheid_identificatie_portret")
if p.get("persoonsnummer") is None:
continue
pURI = Person(nsPerson.term(str(p["persoonsnummer"])))
marriages = []
for m in p.get("huwelijk", []):
marriages.append(
{
"marriageDate": m.get("datum_huwelijk"),
"marriagePartner": m.get("huwelijks_partner"),
"marriagePartnerIdentifier": m.get("huwelijks_partner_nummer_lref"),
"marriagePartnerNameWithIdentifier": m.get(
"naam_huw_partner_samenvoeging"
),
"marriagePlace": m.get("huwelijk_plaats"),
"marriagePlaceIdentifier": m.get(
"huwelijk_plaats_lref"
), # mapping TGN?
}
)
personData = {
"identifier": p["persoonsnummer"],
"name": p["naam_display"],
"disambiguatingDescription": p.get("functie"),
"gender": p.get("geslacht"),
"age": p.get("aetatis_jaren"),
"birthPlace": p.get("geboorteplaats"),
"birthPlaceIdentifier": p.get("geboorteplaats_lref"),
"birthDateBegin": p.get("geboortedatum_begin"),
"birthDateEnd": p.get("geboortedatum_eind"),
"baptismDateBegin": p.get("doopdatum_begin"),
"baptismDateEnd": p.get("doopdatum_eind"),
"deathPlace": p.get("sterfplaats"),
"deathPlaceIdentifier": p.get("sterfplaats_lref"), # mapping TGN?
"deathDateBegin": p.get("sterfdatum_begin"),
"deathDateEnd": p.get("sterfdatum_eind"),
"burialDate": p.get("begraafdatum"),
"marriages": marriages,
}
abouts.append(personData)
aetatisSet = set(a["age"] for a in abouts if a["age"] is not None)
if len(aetatisSet) == 1:
aetatis = [Literal(str(list(aetatisSet)[0]))]
elif len(aetatisSet) > 1:
print(f"Multiple aetatis values for image {identifier}: {aetatisSet}")
aetatis = [Literal(str(a["age"])) for a in abouts if a["age"] is not None]
parents = []
# father
if p.get("vader"):
fatherData = p["vader"][0]
fatherIdentifier = fatherData["vader"]
fatherName = fatherData["naam_vader_samenvoeging"]
father = Person(
nsPerson.term(str(fatherIdentifier)), name=[fatherName], children=[pURI]
)
parents.append(father)
elif p.get("naam_vader"):
father = Person(
unique(p["persoonsnummer"], p["naam_vader"]),
name=[p["naam_vader"]],
children=[pURI],
)
parents.append(father)
# mother
if p.get("moeder"):
motherData = p["moeder"][0]
motherIdentifier = motherData["moeder"]
motherName = motherData["naam_moeder_samenvoeging"]
mother = Person(
nsPerson.term(str(motherIdentifier)), name=[motherName], children=[pURI]
)
parents.append(mother)
elif p.get("naam_moeder"):
mother = Person(
unique(p["persoonsnummer"], p["naam_moeder"]),
name=[p["naam_moeder"]],
children=[pURI],
)
parents.append(mother)
# children
children = []
if p.get("kinderen"):
for k in p["kinderen"]:
childIdentifier = k["kind"][0]["persoonsnummer"]
childName = k["kind"][0]["naam_volledig"]
child = Person(
nsPerson.term(str(childIdentifier)), name=[childName], parent=[pURI]
)
children.append(child)
pURI.parent = parents
pURI.children = children
depictedRoles = []
# depicted = []
for n, p in enumerate(abouts, 1):
depictedPerson = getPerson(p)
if verworpen:
continue
else:
# depicted.append(depictedPerson)
# 'mogelijk' bij huidige toeschrijving
if zekerheid:
zekerheidLiteral = [Literal(zekerheid, lang="nl")]
else:
zekerheidLiteral = []
# aetatis van persoon, of van de eerdere toegeschrevene (en nu verworpen toeschrijving)
if p.get("age"):
age = p.get("age")
elif len(aetatis) == 1:
age = aetatis[0]
else:
age = None
role = Role(
URIRef(
f"https://rkd.nl/explore/images/{identifier}#depicted{str(n).zfill(2)}"
),
description=zekerheidLiteral,
age=age,
about=[depictedPerson],
)
depictedRoles.append(role)
artists = []
for a in attributedTo:
artistURI = URIRef(f"https://data.rkd.nl/artists/{a['identifier']}")
exploreArtistURI = URIRef(f"https://rkd.nl/explore/artists/{a['identifier']}")
artist = Person(artistURI)
artist.sameAs = [exploreArtistURI]
artists.append(artist)
visualArtwork = VisualArtwork(
URIRef(f"https://rkd.nl/explore/images/{identifier}"),
name=[Literal(name_nl, lang="nl") for name_nl in names_nl]
+ [Literal(name_en, lang="en") for name_en in names_en],
alternateName=alternateName,
disambiguatingDescription=disambiguatingDescription,
description=description,
temporal=temporal,
text=aetatis,
about=depictedRoles,
keywords=keywords,
artist=artists,
artworkSurface=artsurfaces,
artMedium=materials,
artform=artforms,
width=width,
height=height,
depth=depth,
image=[URIRef(i) for i in images],
# dateModified=dateModified,
publication=publication,
sameAs=externalURIs,
)
if iconclass:
visualArtwork.subject = [iconclass]
relatedTos = []
for n, r in enumerate(related, 1):
if r["relatedTo"]:
otherWork = VisualArtwork(r["relatedTo"])
else:
otherWork = None
if r.get("relationThesaurus"):
relationThesaurus, thesaurusDict = getThesaurus(
r["relationThesaurus"], thesaurusDict, returnType="uri"
)
else:
relationThesaurus = None
if r.get("description"):
description = [r["description"]]
else:
description = []
relatedTos.append(
Role(
URIRef(
f"https://rkd.nl/explore/images/{identifier}#related{str(n).zfill(2)}"
),
name=r["relation"],
additionalType=relationThesaurus,
description=description,
isRelatedTo=otherWork,
)
)
# otherWork.isRelatedTo = [
# Role(None, name=r['relation'], isRelatedTo=visualArtwork)
# ]
visualArtwork.isRelatedTo = relatedTos
def parseDate(begin, end=None):
if begin and len(begin) == 4:
begin += "-01-01"
elif begin and len(begin) == 7:
begin += "-01"
if end and len(end) == 4:
end += "-12-31"
elif end and len(end) == 7:
# last of the month
year, month = end.split("-")
_, lastday = calendar.monthrange(int(year), int(month))
end += f"-{lastday}"
if begin and begin == end:
timeStamp = Literal(begin, datatype=XSD.date)
return timeStamp, timeStamp, timeStamp
elif begin and end:
timeStamp = None
earliestBeginTimeStamp = Literal(begin, datatype=XSD.date)
latestEndTimeStamp = Literal(end, datatype=XSD.date)
return timeStamp, earliestBeginTimeStamp, latestEndTimeStamp
elif begin:
earliestBeginTimeStamp = Literal(begin, datatype=XSD.date)
return None, earliestBeginTimeStamp, None
else:
return None, None, None
def getQuantitativeValue(value):
if value and value != "?":
value = (
value.replace(",", ".")
.replace(" ", "")
.replace("c.", "")
.replace("ca", "")
.replace("cm", "")
)
try:
value = float(value) / 100
literal = Literal(value, datatype=XSD.decimal)
label = [f"{value} meter"]
qv = QuantitativeValue(None, unitCode="MTR", value=literal, label=label)
return qv
except ValueError:
print("Incorrect measurement:", value)
return None
def getPlace(identifier, label=[]):
if identifier:
return nsThesaurus.term(str(identifier))
else:
return None
def getThesaurus(
identifier,
cachedict=dict(),
returnType="uri",
THESAURUSURL_NL="https://rkd.nl/nl/explore/thesaurus?term=",
THESAURUSURL_EN="https://rkd.nl/en/explore/thesaurus?term=",
recursionDepth=0,
maxRecursionDepth=2,
):
identifier = str(identifier)
uri = nsThesaurus.term(str(identifier))
recursionDepth += 1
if recursionDepth >= maxRecursionDepth:
return uri, cachedict
if cachedict.get(str(identifier)) is None:
# get AAT and relations, use cachedict
print("FETCHING", identifier)
dataNL = parseThesaurusURL(identifier, THESAURUSURL_NL + identifier)
dataEN = parseThesaurusURL(identifier, THESAURUSURL_EN + identifier)
if dataNL or dataEN:
data = {
"identifier": identifier,
"url": uri,
"titleNL": dataNL["title"],
"titleEN": dataEN["title"],
"descriptionNL": dataNL["description"],
"broader": dataNL["broader"],
"narrower": dataNL["narrower"],
"related": dataNL["related"],
"targets": dataNL["targets"],
"aat": dataNL["aat"],
}
else:
data = None
if data:
cachedict[identifier] = data
else:
return None, cachedict
broaders = []
for i in cachedict[identifier]["broader"]:
broader, cachedict = getThesaurus(
i, cachedict, returnType=returnType, recursionDepth=recursionDepth
)
if broader:
broaders.append(broader)
narrowers = []
for i in cachedict[identifier]["narrower"]:
narrower, cachedict = getThesaurus(
i, cachedict, returnType=returnType, recursionDepth=recursionDepth
)
if narrower:
narrowers.append(narrower)
relateds = []
for i in cachedict[identifier]["related"]:
related, cachedict = getThesaurus(
i, cachedict, returnType=returnType, recursionDepth=recursionDepth
)
if related:
relateds.append(related)
# And the 'Used for' information stored in 'target'?
if returnType == "uri":
return URIRef(cachedict[identifier]["url"]), cachedict
elif returnType == "concept":
concept = Concept(
URIRef(cachedict[identifier]["url"]),
prefLabel=[
Literal(cachedict[identifier]["titleNL"], lang="nl"),
Literal(cachedict[identifier]["titleEN"], lang="en"),
],
note=[Literal(cachedict[identifier]["descriptionNL"], lang="nl")]
if cachedict[identifier]["descriptionNL"]
else [],
related=relateds,
broader=broaders,
narrower=narrowers,
)
if cachedict[identifier]["aat"]:
concept.sameAs = [URIRef(cachedict[identifier]["aat"])]
return concept, cachedict
else:
return None, cachedict
def parseThesaurusURL(identifier, url):
r = requests.get(url)
soup = BeautifulSoup(r.text, "html.parser")
if "Term not found" in soup.text:
return None
termElement = soup.find("div", class_="term")
title = termElement.find("div", class_="title").text.strip()
description = termElement.find("div", class_="description").text.strip()
if (
"No description available" in description
or "Geen beschrijving beschikbaar" in description
):
description = None
broaders = []
targets = []
broaderElements = soup.findAll("div", class_="broader-terms")
for broaderElement in broaderElements:
if (
"Broader term" in broaderElement.text
or "Ruimere term" in broaderElement.text
): # since class labels are screwed up
broaderUrls = [e.attrs["href"] for e in broaderElement.findAll("a")]
broaders += [i.split("term=")[1] for i in broaderUrls]
if "Used for" in broaderElement.text or "Gebruikt voor" in broaderElement.text:
targetUrls = [e.attrs["href"] for e in broaderElement.findAll("a")]
targets += [i.split("term=")[1] for i in targetUrls]
narrowers = []
relateds = []
narrowElements = soup.findAll("div", class_="narrower-terms")
for narrowElement in narrowElements:
if (
"Narrower term" in narrowElement.text
or "Nauwere term" in narrowElement.text
):
narrowerUrls = [e.attrs["href"] for e in narrowElement.findAll("a")]
narrowers += [i.split("term=")[1] for i in narrowerUrls]
if (
"Related term" in narrowElement.text
or "Verwante term" in narrowElement.text
): # since class labels are screwed up
relatedUrls = [e.attrs["href"] for e in narrowElement.findAll("a")]
relateds += [i.split("term=")[1] for i in relatedUrls]
externalElement = soup.find("div", class_="external-list")
if externalElement:
externals = [e.attrs["href"] for e in externalElement.findAll("a")]
aat = None
for i in externals:
if "aat-ned" in i:
identifier = i.replace("http://browser.aat-ned.nl/", "")
aat = f"http://vocab.getty.edu/aat/{identifier.strip()}"
else:
aat = None
else:
aat = None
return {
"identifier": identifier,
"url": url,
"title": title,
"description": description,
"broader": broaders,
"narrower": narrowers,
"related": relateds,
"targets": targets,
"aat": aat,
}
def getPerson(p):
person = Person(
nsPerson.term(str(p["identifier"])),
name=[p["name"]],
disambiguatingDescription=[Literal(p["disambiguatingDescription"], lang="nl")]
if p["disambiguatingDescription"]
else [],
)
if p["gender"]:
if p["gender"].lower() == "m":
person.gender = schema.Male
elif p["gender"].lower() == "f":
person.gender = schema.Female
events = []
if p["birthPlace"] or p["birthDateBegin"] or p["birthDateEnd"]:
place = getPlace(p["birthPlaceIdentifier"], [p["birthPlace"]])
timeStamp, earliestBeginTimeStamp, latestEndTimeStamp = parseDate(
p["birthDateBegin"], p["birthDateEnd"]
)
birth = Birth(
nsPerson.term(str(p["identifier"] + "#birth")),
principal=person,
place=place,
hasTimeStamp=timeStamp,
hasEarliestBeginTimeStamp=earliestBeginTimeStamp,
hasLatestEndTimeStamp=latestEndTimeStamp,
)
person.birth = birth
events.append(birth)
if p["baptismDateBegin"] or p["baptismDateEnd"]:
timeStamp, earliestBeginTimeStamp, latestEndTimeStamp = parseDate(
p["baptismDateBegin"], p["baptismDateEnd"]
)
baptism = Baptism(
nsPerson.term(str(p["identifier"] + "#baptism")),
principal=person,
hasTimeStamp=timeStamp,
hasEarliestBeginTimeStamp=earliestBeginTimeStamp,
hasLatestEndTimeStamp=latestEndTimeStamp,
)
events.append(baptism)
if p["deathPlace"] or p["deathDateBegin"] or p["deathDateEnd"]:
place = getPlace(p["deathPlaceIdentifier"], [p["deathPlace"]])
timeStamp, earliestBeginTimeStamp, latestEndTimeStamp = parseDate(
p["deathDateBegin"], p.get("deathDateEnd")
)
death = Death(
nsPerson.term(str(p["identifier"] + "#death")),
principal=person,
place=place,
hasTimeStamp=timeStamp,
hasEarliestBeginTimeStamp=earliestBeginTimeStamp,
hasLatestEndTimeStamp=latestEndTimeStamp,
)
person.death = death
events.append(death)
if p["burialDate"]:
date = Literal(p["burialDate"], datatype=XSD.date)
burial = Burial(
nsPerson.term(str(p["identifier"] + "#burial")),
principal=person,
hasTimeStamp=date,
)
events.append(burial)
spouses = []
for m in p["marriages"]:
if (
m.get("marriagePlace")
or m.get("marriageDate")
or m.get("marriagePartner")
or m.get("marriagePartnerIdentifier")
):
place = getPlace(m["marriagePlaceIdentifier"], [m["marriagePlace"]])
if m["marriageDate"]:
date = Literal(m["marriageDate"], datatype=XSD.date)
else: