def main():
word_list = load_dictionary.load('words.txt')
trigrams = load_dictionary.load('least-likely_trigrams.txt')
name = get_user_input()
words = prep_words(name, word_list)
cv_mapped = cv_map_words(words)
filtered = cv_map_filter(name, cv_mapped)
candidates = trigram_filter(filtered, trigrams)
candidates = digram_filter(candidates)
view_by_letter(candidates)
try_again(candidates)
def main():
"""Load files, run filters, allow user to view anagrams by the 1st letter."""
name = 'tmvoordle'
name = name.lower()
word_list_ini = load_dictionary.load('words.txt')
trigrams_filtered = load_dictionary.load('least-likely_trigrams.txt')
word_list = prep_words(name, word_list_ini)
filtered_cv_map = cv_map_words(word_list)
filter_1 = cv_map_words(word_list)
filter_2 = trigram_filter(filter_1, trigrams_filtered)
filter_3 = letter_pair_filter(filter_2)
view_by_letter(name, filter_3)
def main():
"""Call funtions to limit the anagrams and help the user find one."""
name = "tmvoordle"
name = name.lower()
word_list = load_dictionary.load("dictionary.txt")
bad_trigrams = load_dictionary.load("least_likely_trigrams.txt")
word_list = prep_words(name, word_list)
filtered_cv_map = cv_map_words(word_list)
filter_1 = cv_map_filter(name, filtered_cv_map)
filter_2 = trigram_filter(filter_1, bad_trigrams)
filter_3 = digram_filter(filter_2)
view_by_letter(name, filter_3)
def main():
"""Read file, filter them, and User can see anagrams at the first character"""
name = 'tmvoordle'
name = name.lower()
word_list_ini = load_dictionary.load('2of4brif.txt')
trigrams_filtered = load_dictionary.load('least-likely_trigrams.txt')
word_list = prep_words(name, word_list_ini)
filtered_cv_map = cv_map_words(word_list)
filter_1 = cv_map_filter(name, filtered_cv_map)
filter_2 = trigram_filter(filter_1, trigrams_filtered)
filter_3 = letter_pair_filter(filter_2)
view_by_letter(name, filter_3)
def main():
"""Find palingrams and print them."""
words = load_dictionary.load("../../dictionary.txt")
words = dictionary_cleanup.single_letters_removed(words)
words = set(words)
to_print = find_palingrams(words)
print("\n".join(sorted(to_print)))
def main():
dictfile = load(args['dictionary'])
len_dictfile = len(dictfile)
with open('missing_words.json') as f:
missing_words = json.load(f)
print("Welcome to Dictionary Syllable Counter.")
print(
"Enter the number of random words to count syllables for, else press Enter to exit:"
)
while True:
n_words = input()
if n_words == '':
sys.exit(1)
if not n_words.isdigit():
print("Enter the number instead of a character.")
if int(n_words) > len_dictfile:
print("Sample size larger than dictionary. Pick a smaller number.")
continue
words = random.sample(dictfile, int(n_words))
for word in words:
try:
num_syllables = count_syllables(word)
print("{}: {}".format(word, num_syllables))
except KeyError:
print("{} not found.".format(word), file=sys.stderr)
def fill_dummy_words(textlist):
"""Fills the bottom row with random dummy words"""
len_cipher = len(textlist)
dict_list = load_dictionary.load("dict.txt")
compare = ROWS * COLS
if compare != len_cipher and compare > len_cipher:
for i in range(compare - len_cipher):
textlist.append(random.choice(dict_list).upper())
def main():
"""Call funtions to limit the anagrams and help the user find one."""
name = "tmvoordle"
name = name.lower()
word_list = load_dictionary.load("dictionary.txt")
freqs = enumerate_digrams(word_list)
print_counts(name, freqs)
def main():
word_list = load_dictionary.load('2of4brif.txt')
pali_list = []
for word in word_list:
if len(word) > 1 and word == word[::-1]:
pali_list.append(word)
print("\nNumber of palindromes found =", len(pali_list))
print(*pali_list, sep='\n')
def main():
"""Print all the palindromes in the dictionary."""
word_list = sorted(set(load_dictionary.load('../../dictionary.txt')))
pali_list = []
for word in word_list:
if len(word) > 1 and pali_check(word):
pali_list.append(word)
print("\nNumber of palindromes found = {}\n".format(len(pali_list)))
print(*pali_list, sep='\n')
def main(file_path): #file path or file_name for current dir
"""The main function to find palindromes"""
words = load_dictionary.load(file_path)
palindromes_list = []
for word in words:
if len(word) > 1 and word == word[::-1]:
palindromes_list.append(word)
print(f"No of palindromes found {len(palindromes_list)} ")
print(palindromes_list, sep='\n')
def find_palingrams():
"""Return a list of space spearated word pairs that are palingrams."""
words = sorted(set(load_dictionary.load("dictionary.txt")))
palingrams = []
for word in words:
if len(word) > 1:
for i in range(1, len(word)):
if word[i:] == word[i:][::-1] and word[:i][::-1] in words:
palingrams.append(" ".join([word, word[:i][::-1]]))
if word[:i] == word[:i][::-1] and word[i:][::-1] in words:
palingrams.append(" ".join([word[i:][::-1], word]))
return palingrams
def main():
"""Wczytuje plik ze slownikiem wykorzystujac modul load_directory,
nastepnie znajduje palindromy i zapisuje je do listy."""
word_list = load_dictionary.load("2of4brif.txt")
palindrome_list = []
for word in word_list:
if len(word) > 1 and word == word[::-1]:
palindrome_list.append(word)
print("\nNumber of palindromes found: {}\n".format(len(palindrome_list)))
print(*palindrome_list, sep="\n")
def main():
"""Call functions to show the user their anagrams."""
phrase, min_word_size = get_user_input()
phrase = list(phrase)
word_list = load_dictionary.load("dictionary.txt")
word_list = set([word for word in word_list if len(word) >= min_word_size])
word_list = get_sub_anagrams(phrase, word_list)
anagrams = get_anagrams(phrase, word_list, phrase.copy())
print(anagrams)
to_print = min(500, len(anagrams))
for anagram in anagrams[0:to_print]:
print(" ".join(anagram))
def find_palingrams():
file = "2of4brif.txt"
word_list = load_dictionary.load(file)
pali_list = []
for word in word_list:
end = len(word)
rev_word = word[::-1]
if end > 1:
for i in range(end):
if word[i:] == rev_word[: end - i] and rev_word[end - i :] in word_list:
pali_list.append((word, rev_word[end - i :]))
if word[:i] == rev_word[end - i :] and rev_word[: end - i] in word_list:
pali_list.append((rev_word[: end - i], word))
return pali_list
def find_palingrams(file):
path = Path.cwd() / 'palingram' / file
master = set(load_dictionary.load(path))
palingrams = []
for word in master:
end = len(word)
rev_word = word[::-1]
if end > 1:
for i in range(end):
if word[i:] == rev_word[:end - i] and rev_word[end -
i:] in master:
palingrams.append((word, rev_word[end - i:]))
if word[:i] == rev_word[end - i:] and rev_word[:end -
i] in master:
palingrams.append((rev_word[:end - i], word))
return palingrams
def list_cipher(message, n):
"""Create a vocabulary list.
The nth char in each word reads the message.
"""
dictionary = load_dictionary.load("dictionary.txt")
random.shuffle(dictionary)
message = "".join(message.split()).lower()
vocab = []
for letter in message:
for word in dictionary:
if len(word) > 6:
if word[n] == letter and word not in vocab:
vocab.append(word)
break
return vocab
def main():
file = "2of4brif.txt"
words = load_dictionary.load(file)
palindromes = []
for w in words:
if len(w) > 1 and w == w[::-1]:
palindromes.append(w)
print("\nNumber of palindromes found = {}\n".format(len(palindromes)))
"""
You can use the splat operator (designated by
the *), which takes a list as input and expands it into positional arguments in the
function call. The last argument is the separator used between multiple list values for
printing. The default separator is a space (sep=' '), but instead, print each item on a new
line (sep='\n').
"""
print(*palindromes, sep="\n")
def main():
word_list = load_dictionary.load('words.txt')
print("Iterate method:")
pali_list = []
for entry in word_list:
if len(entry) > 1 and entry == entry[::-1]:
pali_list.append(entry)
print(f"\nNumber of palindromes found = {len(pali_list)}\n")
print(*pali_list, sep=', ')
print("\nRecursive method")
pali_list = []
for entry in word_list:
if is_palindrome(entry):
pali_list.append(entry)
print(f"\nNumber of palindromes found = {len(pali_list)}\n")
print(*pali_list, sep=', ')
def main():
"""Ask the user for a word and print the anagrams."""
words = set(load_dictionary.load("dictionary.txt"))
while True:
query_word = input("\ngizzus a word\n")
query = sorted(query_word)
anagrams = []
for word in words:
if word != query_word:
if is_anagram(query, word):
anagrams.append(word)
print("\nAnagrams:\n" + "\n".join(anagrams))
choice = input("\nPlay again?\n")
if choice.lower() in ["n", "no", "q", "quit"]:
exit()
def find_anagrams():
word_list = load_dictionary.load('2of4brif.txt')
anagram_list = []
name = 'dog'
name = name.lower()
name_sorted = sorted(name)
for word in word_list:
word = word.lower()
if word != name and sorted(word) == name_sorted:
anagram_list.append(word)
if len(anagram_list) == 0:
print("None anagrams found")
else:
print(f"Anagrams: {anagram_list}")
def main():
dict_file = load_dictionary.load('english_dict.txt') # upload dict
comb_2_let = perm_2_let()
dict_2_let = build_2l_dic(dict_file, comb_2_let)
# prompt for word length
w_length = int(input("\nEnter desired length: "))
# prompt for word amount
w_amount = int(input("Enter desired amount of words to generate: "))
nword_list_m2 = w_mark2_gen(w_amount, w_length, dict_2_let)
# prints words build with Markov order 2
print("\nHere is the list of new words: ")
pprint.pprint(nword_list_m2)
def main():
"""Load words, format name, get anagrams and print first no more 500 phrases."""
dict_file = load_dictionary.load('words.txt')
# ensure "a" & "I" are included
dict_file.append('a')
dict_file.append('i')
dict_file = sorted(dict_file)
ini_name = input("Enter a name: ")
name = ''.join(
ini_name.lower().split()) # remove spaces & convert to lower case
name = name.replace('-', '') # remove hyphens in hyphenated names
phrases = phrases_gen(name, dict_file)
print(len(phrases))
for i in range(500 if len(phrases) > 500 else len(phrases)):
print(phrases[i])
def solve_anagram():
# load dictionary list
dictionary_list = load_dictionary.load('words.txt')
# accept word from user & change to lowercase
user_word = input('Type a word: ').lower()
# empty list to hold anagrams
anagram_list = []
# sort user input word
user_word_sorted = sorted(user_word)
# loop through each word in list:
for word in dictionary_list:
# do not add to anagram list if it matches user word
if word != user_word:
# sort each word
sorted_word = sorted(word)
# if word sorted is equal to user word sorted:
if sorted_word == user_word_sorted:
# append unsorted word to anagram list
anagram_list.append(word)
# print anagram list
# if no matches - try a different word
if len(anagram_list) == 0:
print('Try a different word')
solve_anagram()
else:
print(anagram_list)
# ask user to play again
play_again = input('Would you like to play again? [y/n] ').lower()
if play_again == 'y':
solve_anagram()
else:
sys.exit()
def test_trigramFilterRemovesPermsWithUnlikelyTrigrams(self):
candidates = {
'dosl', 'dlos', 'ldos', 'odsl', 'olds', 'slod', 'dlso', 'ldso',
'sldo', 'osdl', 'lsdo', 'sdol', 'dsol', 'dols', 'lods', 'osld',
'odls', 'sdlo', 'sodl', 'losd', 'sold', 'lsod', 'olsd', 'dslo'
}
trigrams = load_dictionary.load('least-likely_trigrams.txt')
expected = set([
'ldso', 'ldos', 'dslo', 'olsd', 'sldo', 'lsod', 'olds', 'osdl',
'sold', 'lsdo', 'dlso', 'losd', 'dosl', 'sdlo', 'dsol', 'osld',
'odsl', 'dlos'
])
expected_len_list = f'# choices after trigram_filter = {len(expected)}'
with captured_output() as (out, err):
actual = bruteforce_anagrams.trigram_filter(candidates, trigrams)
len_list = out.getvalue().strip('\n')
error = err.getvalue()
self.assertSetEqual(actual, expected)
self.assertEqual(len_list, expected_len_list)
self.assertFalse(error)
def main():
import load_dictionary as ld
word_list = ld.load('common_words.txt')
# Define a minimum baseword length to produce more interesting results
min_base_len = 2
test_list = [i for i in word_list if len(i)>=min_base_len]
pali_list = []
word_list = set(word_list)
for tmp_word in test_list[:]:
end = len(tmp_word)
#rev_word = tmp_word[::-1]
for i in range(end):
if tmp_word[i::-1] in word_list and ispalindrome(tmp_word[(i+1):]):
pali_list.append(tmp_word+' '+tmp_word[i::-1])
print(pali_list[-1])
if tmp_word[-1:-(2+i):-1] in word_list and ispalindrome(tmp_word[:-(i+1)]):
pali_list.append(tmp_word[-1:-(2+i):-1]+' '+tmp_word)
print(pali_list[-1])
print("There were {} word-pair palingrams found!".format(len(pali_list)))
def main():
ini_name = input('Enter a name: ')
dict_file = load_dictionary.load('2of4brif.txt')
dict_file.append('a')
dict_file.append('I')
ini_word_list = dict_file
name = ''.join(ini_name.lower().split())
name = name.replace('-', '')
phrase = ''
ini_name_anagrams = []
not_ini_anagrams = []
for i in range(10000):
ini_anagram = ''
ini_anagram = create_anagram_list(name, phrase, dict_file,
ini_name_anagrams, ini_anagram,
ini_word_list, not_ini_anagrams)
if ini_anagram != '' and ini_anagram in ini_word_list:
ini_word_list.remove(ini_anagram)
print(ini_name_anagrams)
print(ini_name_anagrams[:500])
def main():
"""Generate names with MESSAGE embedded"""
user_message = input("What is your message to encrypt? ")
# open dictionary file
name_list = load_dictionary.load("supporters.txt")
# prep and parse MESSAGE for comparison process
message = ''
for char in user_message.lower():
if char in string.ascii_letters:
message += char
message = ''.join(message.split())
output_names = []
is_even = True # tracks when to switch between odd/even for char comparison
for letter in message:
for i in range(0, len(name_list)):
# grabs random name from list
name = name_list[randint(0, len(name_list) - 1)]
# adds first name without starting process
if len(output_names) == 0:
pos = randint(0, len(name_list))
output_names.append(name_list[pos])
if is_even is True and letter == name[
1] and name not in output_names:
output_names.append(name)
is_even = False
break
elif is_even is False and letter == name[
2] and name not in output_names:
output_names.append(name)
is_even = True
break
# place null names in random index of output_names
output_names.insert(randint(0, len(output_names)), NAME1)
output_names.insert(randint(0, len(output_names)), NAME2)
# display whole message
print(FAKE_TEXT)
for name in output_names:
print(name)
def main():
# Load the dictionary file
word_list = ld.load('corncob_lowercase.txt')
# Accept a word from the user
user_word = input("\nInput a word to find the anagrams: ")
# Sort the user-word
user_word_srt = sorted(user_word)
# Create an empty list to hold the anagrams
anagrams_list = []
# Loop through each word in the word list
for check_word in word_list[:]:
# Sort the word
check_word_srt = sorted(check_word)
# Check to see if sorted word is equal to the sorted user-word
if check_word_srt == user_word_srt and check_word != user_word:
# Append to list of anagrams
anagrams_list.append(check_word)
# Print list of anagrams
print(anagrams_list)
def main():
"""load word list. prep text. look for words to put them in
and add them to the list. print"""
dictionary = load("words.txt")
word_list = []
plaintext = list(PLAINTEXT.lower().strip().replace(" ", ""))
letters_after = LETTERS_AFTER - 1 # Align to 0-index
temp_list = []
for word in (w for w in dictionary if len(w) > LETTERS_AFTER):
if word[letters_after] == plaintext[0]:
temp_list.append(word)
if len(temp_list) == 10:
word_list.append(random.choice(temp_list))
temp_list.clear()
plaintext.pop(0)
if len(plaintext) == 0:
break
if len(plaintext) > 0:
print("Couldn't find enough words!")
return
print("\nPlaintext\n")
print(PLAINTEXT)
print("\nEncoded as vocabulary list\n")
print(*word_list, sep="\n")
"""
Find all word-pair palingrams in a dictionary file
"""
import time
import load_dictionary
start_time = time.time()
word_list = load_dictionary.load('words.txt')
def find_palingrams():
"""
Find dictionary palingrams
:return: a list of word-pairs which are palindromes
"""
palingram_list = []
words = set(word_list)
for word in words:
end = len(word)
rev_word = ''.join(reversed(word))
if end > 1:
for i in range(end):
if word[i:] == rev_word[:end-i] and rev_word[end-i:] in words:
palingram_list.append((word, rev_word[end-i:]))
if word[i:] == rev_word[end-i:] and rev_word[:end-i] in words:
palingram_list.append((rev_word[:end-i], word))
return palingram_list
palingrams = find_palingrams()
