def Req5Anexo(arbol):
i = 0
while i < 3:
mayorVader = om.maxKey(arbol)
evento = me.getValue(om.get(arbol, mayorVader))
print('El evento con track_id:', evento['track_id'], 'con un Vader de',
mayorVader)
om.deleteMax(arbol)
i += 1
def test_delete_max_min(tree):
tree = om.put(tree, 23, 'book21')
tree = om.put(tree, 7, 'book7')
tree = om.put(tree, 30, 'book30')
tree = om.put(tree, 5, 'book5')
tree = om.put(tree, 4, 'book4')
tree = om.put(tree, 3, 'book3')
tree = om.put(tree, 20, 'book20')
tree = om.put(tree, 25, 'book25')
tree = om.put(tree, 35, 'book35')
tree = om.put(tree, 29, 'book29')
tree = om.put(tree, 11, 'book11')
tree = om.put(tree, 15, 'book15')
tree = om.put(tree, 10, 'book10')
assert om.contains(tree, 3) is True
assert om.size(tree) == 13
om.deleteMin(tree)
assert om.contains(tree, 3) is False
assert om.size(tree) == 12
assert om.contains(tree, 35) is True
assert om.size(tree) == 12
om.deleteMax(tree)
assert om.contains(tree, 35) is False
assert om.size(tree) == 11
def top3salida(analyzer):
outree = om.newMap(omaptype="RBT", comparefunction=compareIds)
pqiterator = it.newIterator(vertexNames(analyzer))
while it.hasNext(pqiterator):
vert = int(it.next(pqiterator))
salidas = gr.outdegree(analyzer["graph"], str(vert))
if not om.contains(outree, salidas):
om.put(outree, salidas, str(vert))
else:
A = om.get(outree, salidas)
B = me.getValue(A)
om.put(outree, salidas, str(B)+","+str(vert))
estaciones = lt.newList(datastructure="ARRAY_LIST")
while lt.size(estaciones) < 3:
val = om.get(outree, om.maxKey(outree))
val1 = me.getValue(val)
mayorsalida = val1.split(",")
for i in mayorsalida:
if lt.size(estaciones) < 3:
K = m.get(analyzer["nameIndex"], i)
L = me.getValue(K)
lt.addLast(estaciones, L)
om.deleteMax(outree)
return estaciones
tracemalloc.stop()
delta_time = round(stop_time - start_time, 2)
delta_memory = round(deltaMemory(start_memory, stop_memory), 2)
#-------------------------------------------------
hora_min = horas(str(hora_min))
hora_max = horas(str(hora_max))
print('Hay un total de', funcion[1], 'reproducciones entre', hora_min,
'y', hora_max)
print('=' * 30, 'Generos y reproducciones', '=' * 30)
r = 1
for i in range(om.size(funcion[2])):
reps = om.maxKey(funcion[2])
genero = me.getValue(om.get(funcion[2], reps))
print('TOP ' + str(r) + ':', genero, 'con', reps, 'reps')
om.deleteMax(funcion[2])
r += 1
print('El genero con más reps es', funcion[3], 'con',
lt.size(me.getValue(mp.get(funcion[5], funcion[3]))), 'reps...')
print('=' * 30, funcion[3].upper(), 'SENTIMENT ANALISIS', '=' * 30)
print(funcion[3], 'tiene', funcion[4], 'tracks unicos..')
print('Los top', lt.size(funcion[0]), 'tracks son:\n')
r = 1
for i in range(1, lt.size(funcion[0]) + 1):
track_id = lt.getElement(funcion[0], i)[0]
vader = lt.getElement(funcion[0], i)[2]
hashtags = lt.getElement(funcion[0], i)[1]
print('TOP ' + str(r) + ' track:', track_id, 'con', hashtags,
'hahtags y VADER =', vader)
r += 1
print("\nTiempo [ms]:", delta_time)