def get_medium_formats(rel_name):
nodes2 = []
nodes3 = []
nodes4 = []
cypher = "MATCH(r:Release) WHERE r.name = \"" + rel_name + "\" RETURN r.id, r.artist_credit"
nodes = p1.query(cypher)
for node in nodes:
cypherr = []
nodes4.append(get_artist_name(node[1]))
cypher2 = "MATCH(m:Medium) - [rel:REL_MED] -> (r:Release{ id : \"" + node[0] + "\"}) WHERE m.format <> " \
"\"\\\\N\" RETURN m.format"
cypherr = p1.query(cypher2)
if len(cypherr) > 0:
nodes2.append(cypherr)
if len(nodes2) > 0:
for node2 in nodes2:
cypher3 = "MATCH(m:Medium) - [rel:MED_FOR] -> (mf:Medium_Format { id : \"" + node2[0][0] + "\"}) RETURN " \
"mf.name "
nodes3.append(p1.query(cypher3))
for (node3, n3) in zip(nodes3, nodes4):
print(node3[0][0] + ", By: "+n3[0][0])
else:
print("Nao existe informacao de formatos desta release.")
def get_tracks_equals(artist_name, artist_name2):
r = []
r2 = []
ola = []
ola2 = []
nodes = get_artist_credit(artist_name)
nodes2 = get_artist_credit(artist_name2)
for node in nodes:
query5 = "MATCH(t) - [rel: AC_TRACK]->(b:Artist_Credit{id:\"" + node[0] + "\"}) RETURN t.name as name"
r.append(p1.query(query5))
for node in nodes2:
query5 = "MATCH(t) - [rel: AC_TRACK]->(b:Artist_Credit{id:\"" + node[0] + "\"}) RETURN t.name as name"
r2.append(p1.query(query5))
for node in r:
ola.append(node)
for node in r2:
ola2.append(node)
c = []
for node in ola:
for n in node:
for node2 in ola2:
for n2 in node2:
if n[0] == n2[0]:
print(n[0])
def get_artist_event(artist_name):
nodes2 = []
cypher = "MATCH(a:L_Artist_Event) - [rel:ART_ARTEVE]->(b:Artist { name : \"" + artist_name + "\"}) " \
"RETURN a.entity1"
nodes = p1.query(cypher)
for node in nodes:
cypher2 = "MATCH(a:L_Artist_Event) - [rel:EVE_ARTEVE]-> (e:Event { id : \"" + node[0] + "\"}) RETURN e.name"
nodes2.append(p1.query(cypher2))
for node2 in nodes2:
print(node2[0][0])
def get_artists_that_acted_with(artist_name):
nodes2 = []
cypher = "MATCH(a:Artist_Credit_Name) WHERE a.name = \"" + artist_name + "\" RETURN a.artist_credit"
nodes = p1.query(cypher)
for node in nodes:
cypher2 = "MATCH(acn:Artist_Credit_Name) - [rel:CREDITED_AS] -> (ac:Artist_Credit { id: \"" + node[0] + "\"})" \
"RETURN ac.name"
nodes2.append(p1.query(cypher2))
for node2 in nodes2:
print(node2[0][0])
def get_artists_with_age(nr):
x = str(nr)
y = str(nr + 1)
query = f"MATCH(n: Artist) WHERE ((toInteger(n.end_date_year) - toInteger(n.begin_date_year)) = {x} AND " \
"toInteger(n.artist_type) = 1 AND (toInteger(n.end_date_month) - toInteger(n.begin_date_month)) > 0) OR " \
f"((toInteger(n.end_date_year) - toInteger(n.begin_date_year)) = {y} AND " \
"toInteger(n.artist_type) = 1 AND (toInteger(n.end_date_month) - toInteger(n.begin_date_month)) < 0) " \
"RETURN n.name"
nodes = p1.query(query)
for node in nodes:
print(node[0])
def get_tracks(artist_name):
r = []
ola = []
nodes = get_artist_credit(artist_name)
for node in nodes:
query5 = "MATCH(t) - [rel: AC_TRACK]->(b:Artist_Credit{id:\"" + node[0] + "\"}) RETURN t.name as name"
r.append(p1.query(query5))
for node in r:
ola.append(node)
for node in ola:
for n in node:
print(n[0])
def get_artist_same_area():
cypher = "MATCH(a: Artist) WHERE a.begin_area <> \"\\\\N\" AND a.end_area <> \"\\\\N\" " \
"AND a.begin_area = a.end_area RETURN a.name"
nodes = p1.query(cypher)
for node in nodes:
print(node[0])
def get_artist_credit(artist_name):
query = "MATCH(t) - [rel: CREDITED]->(b:Artist{name: \"" + artist_name + "\"}) RETURN t.artist_credit"
nodes = p1.query(query)
return nodes
def get_artist_name(artist_credit):
cypher = "MATCH(r: Release) - [rel:REL_AC] -> (a: Artist_Credit{ id : \"" + artist_credit + "\"}) RETURN a.name"
nodes = p1.query(cypher)
return nodes
def get_area_artists(area):
cypher = "MATCH(b) - [rel: ART_A]-> (a:Area { name : \"" + area + "\"}) return b.name"
nodes = p1.query(cypher)
for node in nodes:
print(node[0])
def get_alias_artist(artist_name):
cypher = "MATCH(a:Artist {name: \"" + artist_name + "\"}) - [rel: HAS_ALIAS2]->(b) RETURN b.sort_name"
nodes = p1.query(cypher)
for node in nodes:
print(node[0])