def get_vocabs_str():
global vocabs_str
n_voc, voc_str, len_str = 0, "", 0
for vocab in sorted(gre_vocabs.keys()):
n_voc += 1
if vocab == 'am':
n_voc -= 1
continue
if n_voc == len(gre_vocabs)-1:
voc_str += vocab + '.\n'
else:
voc_str += vocab + ', '
if (len(voc_str) - len_str) > 50:
voc_str += '\n'
n_cov = 0
len_str = len(voc_str)
vocabs_str = voc_str
def get_random_vocabs(number):
global definition_status
loop_random = range(number)
for n in loop_random:
definition_status = False
rand_number = random.randint(0,len(gre_vocabs)-1)
rand_vocab = gre_vocabs.keys()[rand_number]
if rand_vocab == 'am':
loop_random.append(len(loop_random))
continue
if done_words(rand_vocab) == True:
loop_random.append(len(loop_random))
continue
else:
word_type = gre_vocabs[rand_vocab.lower()][0]
def_vocab = vocab_present(rand_vocab)
answer_vocab = raw_input('\n %s (%s): ' % (rand_vocab, word_type))
exit_game(answer_vocab)
print_definition(answer_vocab, rand_vocab)
get_num_done_vocabs(answer_vocab)
