import json import sys from pathlib import Path from lxml import etree from rdflib import Graph, Literal, URIRef from tei_to_html import TEI_NS, extract_entities from tei_to_rdf import GOW IMAGE_PAIRS = { "odin": [ {"label": "Mythology", "src": "assets/odinmyth.png"}, {"label": "In the game", "src": "assets/odingame.png"}, ], "thor": [ {"label": "Mythology", "src": "assets/thormyth.png"}, {"label": "In the game", "src": "assets/thorgame.png"}, ], "freyja": [ {"label": "Mythology", "src": "assets/freyjamyth.png"}, {"label": "In the game", "src": "assets/freya.png"}, ], "baldur": [ {"label": "Mythology", "src": "assets/baldurmyth.png"}, {"label": "In the game", "src": "assets/balduergow.png"}, ], "loki": [ {"label": "Mythology", "src": "assets/loki.png"}, {"label": "In the game (Atreus)", "src": "assets/atreusgow.png"}, ], "jormungandr": [ {"label": "Mythology", "src": "assets/jormungandrmyth.png"}, {"label": "In the game", "src": "assets/jormungandrgow.jpg"}, ], } ANIMATIONS = { "kratos": { "src": "assets/gifs/kratos-atreus.gif", "poster": "assets/Kratos.png", "alt": "Kratos and Atreus standing together in God of War (2018).", "label": "Kratos and Atreus in the game", "sourceLabel": "Giphy", "source": "https://media4.giphy.com/media/v1.Y2lkPTc5MGI3NjExcDlieWZyM28zdjg1cGNlMTJqZ3ZlZ3F5ZW9xbzRwMXJjdmJzNWI1dCZlcD12MV9pbnRlcm5hbF9naWZfYnlfaWQmY3Q9Zw/nPsp5do4LX9yPOaogy/giphy.gif", }, "atreus": { "src": "assets/gifs/atreus.gif", "poster": "assets/atreusgow.png", "alt": "Atreus preparing his bow in God of War (2018).", "label": "Atreus in the game", "sourceLabel": "Tumblr", "source": "https://64.media.tumblr.com/a7fc1fb3b70e1e94e1940d0c51363055/2897c3454d1f868b-d0/s400x600/e063e01ee44177a0fe339dde9d064d76ec78e858.gif", }, "odin": { "src": "assets/gifs/odin.gif", "poster": "assets/odingame.png", "alt": "Odin as depicted in God of War Ragnarök (2022).", "label": "Odin — visual reference from God of War Ragnarök (2022)", "sourceLabel": "Tenor", "source": "https://media.tenor.com/yvIad9M8sNEAAAAM/odin-god-of-war.gif", }, "thor": { "src": "assets/gifs/thor.gif", "poster": "assets/thorgame.png", "alt": "Thor as depicted in God of War Ragnarök (2022).", "label": "Thor — visual reference from God of War Ragnarök (2022)", "sourceLabel": "Tenor", "source": "https://media.tenor.com/j24GHQ2kkv8AAAAM/thor-god-of-war-thor-god-of-war-ragnarok.gif", }, "freyja": { "src": "assets/gifs/freya.gif", "poster": "assets/freya.png", "alt": "Freyja in God of War (2018).", "label": "Freyja in the game", "sourceLabel": "Tenor", "source": "https://media.tenor.com/U7VKX-rfTZoAAAAM/freya-god-of-war.gif", }, "baldur": { "src": "assets/gifs/baldur.gif", "poster": "assets/balduergow.png", "alt": "Baldur in God of War (2018).", "label": "Baldur in the game", "sourceLabel": "Tenor", "source": "https://media.tenor.com/UsD6Gl0yfGQAAAAM/god-of-war-baldur.gif", }, "loki": { "src": "assets/gifs/atreus.gif", "poster": "assets/atreusgow.png", "alt": "Atreus, who is revealed to be Loki in God of War (2018).", "label": "Atreus, revealed as Loki in the game", "sourceLabel": "Tumblr", "source": "https://64.media.tumblr.com/a7fc1fb3b70e1e94e1940d0c51363055/2897c3454d1f868b-d0/s400x600/e063e01ee44177a0fe339dde9d064d76ec78e858.gif", }, "jormungandr": { "src": "assets/gifs/jormungandr.gif", "poster": "assets/jormungandrgow.jpg", "alt": "Kratos facing Jörmungandr in God of War (2018).", "label": "Jörmungandr in the game", "sourceLabel": "Pinterest", "source": "https://i.pinimg.com/originals/2a/d7/09/2ad7095637f69b3280e55192adafa5b2.gif", }, } def layer_for(entity: dict) -> tuple[str, str]: role = entity["role"] if role == "fictional-character": return "fictional", "Fictional character" if role == "mythological-figure": return "mythological", "Mythological figure" if entity["type"] == "concept": return "concepts", "Concept" return "production", "Production" def type_label(entity: dict) -> str: role = entity["role"] if role: return role.replace("-", " ").capitalize() return { "org": "Organisation", "object": "Object", "concept": "Concept", "person": "Person", }.get(entity["type"], entity["type"].capitalize()) def reconciliation_for(entity: dict) -> dict: if entity["role"] == "mythological-figure": return { "property": "gow:reinterprets", "note": "The in-game portrayal is linked to the mythological figure without asserting identity.", } if entity["type"] == "concept": return { "property": "skos:exactMatch", "note": "The local subject concept is aligned with the corresponding Wikidata concept.", } return { "property": "owl:sameAs", "note": "The local resource is reconciled with the authority record that describes the same entity.", } def display_term(graph: Graph, term) -> str: if isinstance(term, URIRef): return graph.namespace_manager.normalizeUri(term) if isinstance(term, Literal): return term.n3(namespace_manager=graph.namespace_manager) return str(term) def main(tei_path: str, ttl_path: str, output_path: str) -> None: tree = etree.parse(tei_path) root = tree.getroot() entities = extract_entities(root) graph = Graph().parse(ttl_path, format="turtle") ns = {"tei": TEI_NS} output = [] for entity_id, entity in entities.items(): layer, layer_label = layer_for(entity) subject = GOW[entity_id] related_triples = set(graph.triples((subject, None, None))) related_triples.update(graph.triples((None, None, subject))) triples = [ { "subject": display_term(graph, triple_subject), "predicate": display_term(graph, predicate), "object": display_term(graph, obj), } for triple_subject, predicate, obj in related_triples ] triples.sort(key=lambda triple: ( triple["subject"], triple["predicate"], triple["object"] )) output.append({ "id": entity_id, "name": entity["name"], "type": type_label(entity), "layer": layer, "layerLabel": layer_label, "uri": str(subject), "wikidata": entity["wikidata"], "wikidataUrl": ( f"https://www.wikidata.org/wiki/{entity['wikidata']}" if entity["wikidata"] else "" ), "viaf": entity["viaf"], "viafUrl": ( f"https://viaf.org/viaf/{entity['viaf'].rstrip('/').rsplit('/', 1)[-1]}" if entity["viaf"] else "" ), "mentionCount": int(root.xpath( "count(//*[@ref=$entity_ref])", namespaces=ns, entity_ref=f"#{entity_id}", )), "reconciliation": reconciliation_for(entity), "triples": triples, "images": IMAGE_PAIRS.get(entity_id, []), "animation": ANIMATIONS.get(entity_id), }) Path(output_path).write_text( json.dumps(output, ensure_ascii=False, indent=2) + "\n", encoding="utf-8", ) print(f"Entity explorer data written to {output_path}: {len(output)} entities") if __name__ == "__main__": if len(sys.argv) != 4: print("Usage: python build_entity_data.py ") sys.exit(1) main(sys.argv[1], sys.argv[2], sys.argv[3])