MAL FAL select

#Change this.
USER_NAME = 'user_name'
#If you don't want one of the (MAXIMUM 1 anime) in there, remove the # from the bottom 3 to stop mandatory inclusion.
#If you do that though, you might end up with more than one of the Max 1 anime.
Stlist = \
'''
Aoki Hagane no Arpeggio: Ars Nova
 BlazBlue: Alter Memory
 Coppelion
 Diamond no Ace
 Diabolik Lovers
 Freezing Vibration
 Galilei Donna
 Gingitsune
 Golden Time
 Gundam Build Fighters
 Hajime no Ippo: Rising
 Kakumeiki Valvrave 2nd Season
 Kyousou Giga (TV)
 Little Busters!: Refrain
 Log Horizon
 Machine-Doll wa Kizutsukanai
 Meganebu!
 Nagi no Asukara
 Non Non Biyori
 Ore no Nounai Sentakushi ga, Gakuen Love Comedy wo Zenryoku de Jama Shiteiru
 Outbreak Company
 Phi Brain: Kami no Puzzle 3rd Season
 Pupa
 Samurai Flamenco
 Sekai de Ichiban Tsuyoku Naritai!
 Strike the Blood
 Tokyo Ravens
 Walkure Romanze
 White Album 2
 Yowamushi Pedal
 Yozakura Quartet: Hana no Uta
 Yuusha ni Narenakatta Ore wa Shibushibu Shuushoku wo Ketsui Shimashita.
#IS: Infinite Stratos 2
#Kuroko no Basket 2
#Magi: The Kingdom of Magic
'''
import random
f = Stlist.split('\n')
y = []
final_collection = []
#Shouldn't need this because of random numbers but just in case.
unique_ness = set()
one_only = set()
for line in f:
    if not line: continue
    li = line.strip()
    if li[0] == '#':
        one_only.add(li[1:])
        y.append(li[1:])
    else:
        y.append(li)

count = 0
y_index = len(y) - 1
chosen = False;
#This will make us a list of 6 anime but we require 7. This is because we want to make sure
#we get a bad boy one only person in there.
while (count < 6):
    ran_int = random.randint(0,y_index)
    if y[ran_int] in one_only and chosen:
        continue

    if y[ran_int] not in unique_ness:
        if y[ran_int] in one_only:
            chosen = True;
        unique_ness.add(y[ran_int])
        final_collection.append(y[ran_int])
        count += 1

#Make sure we get at least one 'one only' bad boy in there.
if not chosen and len(one_only) > 0:
    temp = list(one_only)
    ran_int = random.randint(0,len(temp)-1)
    final_collection.append(temp[ran_int])
else:
    while (count < 7):
        ran_int = random.randint(0,y_index)
        if y[ran_int] in one_only:
            continue

        if y[ran_int] not in unique_ness:
            unique_ness.add(y[ran_int])
            final_collection.append(y[ran_int])
            count += 1

#print(final_collection)
output = 'Team: %s' % USER_NAME
for i in final_collection:
    output += '\n'
    output += i
output += '\n'
print(output)