def req_5_aux(self, temp_min, temp_max):
char_rbt = None
if mp.get(self.req_1_rbt, 7):
char_rbt = mp.get(self.req_1_rbt, 7)['value']
else:
cmpfunc = lambda a, b: req_1_cmpfunc(7, a, b)
char_rbt = rbt.newMap(cmpfunc)
for music in catalog_iterator(self, 1):
rbt.put(char_rbt, music, lt.getElement(music, 12))
mp.put(self.req_1_rbt, 7, char_rbt)
rango = rbt.values(char_rbt, temp_min, temp_max)
reproducciones = lt.size(rango)
return reproducciones
def req_4_aux(self, min_temp, max_temp):
char_rbt = None
if mp.get(self.req_1_rbt, 22):
char_rbt = mp.get(self.req_1_rbt, 22)['value']
else:
char_rbt = rbt.newMap(req_4_cmpfunc)
for music in catalog_iterator(self, 1):
rbt.put(char_rbt, music, lt.getElement(music, 12))
mp.put(self.req_1_rbt, 22, char_rbt)
rango = rbt.values(char_rbt, min_temp, max_temp)
reproducciones = lt.size(rango)
artistas = count_artists_2(rango, reproducciones)
return (reproducciones, *artistas)
def req_1(self, characteristic: int, minimo, maximo):
char_rbt = None
if mp.get(self.req_1_rbt, characteristic):
char_rbt = mp.get(self.req_1_rbt, characteristic)
else:
cmpfunc = lambda a, b: req_1_cmpfunc(characteristic, a, b)
char_rbt = rbt.newMap(cmpfunc)
for music in catalog_iterator(self, 1):
rbt.put(char_rbt, music, lt.getElement(music, 12))
mp.put(self.req_1_rbt, characteristic, char_rbt)
rango = rbt.values(char_rbt, minimo, maximo)
reproducciones = lt.size(rango)
artistas = count_artists(rango, reproducciones)
return (reproducciones, artistas)
def newMap(omaptype, comparefunction):
"""
Crea una tabla de simbolos ordenada.
Args:
maptype: El tipo de map ordenado a utilizar
'BST' o 'RBT'
Returns:
La tabla de sÃmbolos ordenada sin elementos
Raises:
Exception
"""
if (omaptype == 'BST'):
return bst.newMap(comparefunction)
else:
return rbt.newMap(comparefunction)
def req_3(self, inst_min, inst_max, temp_min: float, temp_max: float):
char_rbt = None
if mp.get(self.req_1_rbt, 21):
char_rbt = mp.get(self.req_1_rbt, 21)['value']
else:
char_rbt = rbt.newMap(req_3_cmpfunc)
for music in catalog_iterator(self, 1):
rbt.put(char_rbt, music, [
lt.getElement(music, 14),
lt.getElement(music, 1),
lt.getElement(music, 7)
])
mp.put(self.req_1_rbt, 21, char_rbt)
rango = rbt.values(char_rbt, inst_min, inst_max)
itera = ll_it.newIterator(rango)
count = 0
res_list = lt.newList()
while ll_it.hasNext(itera):
tempo = ll_it.next(itera)
if tempo[2] >= temp_min and tempo[2] <= temp_max:
count += 1
if count <= 5:
lt.addLast(res_list, tempo)
return count, res_list
def req_2(self, en_min, en_max, dan_min: float, dan_max: float):
char_rbt = None
if mp.get(self.req_1_rbt, 20):
char_rbt = mp.get(self.req_1_rbt, 20)['value']
else:
char_rbt = rbt.newMap(req_2_cmpfunc)
for music in catalog_iterator(self, 1):
rbt.put(char_rbt, music, [
lt.getElement(music, 14),
lt.getElement(music, 9),
lt.getElement(music, 4)
])
mp.put(self.req_1_rbt, 20, char_rbt)
rango = rbt.values(char_rbt, en_min, en_max)
itera = ll_it.newIterator(rango)
count = 0
res_list = lt.newList()
while ll_it.hasNext(itera):
danceability = ll_it.next(itera)
if danceability[2] >= dan_min and danceability[2] <= dan_max:
count += 1
if count <= 5:
lt.addLast(res_list, danceability)
return count, res_list
