def decypher_code(code):
"""Yields all possible meanings of a number."""
ln_w = len(code)
valid_codes = set(R_MAP.keys())
for grps in utils.all_groups_in_order(code, (1, 2, 3)):
grps = tuple(("".join(grp) for grp in grps))
if set(grps) <= valid_codes:
yield tuple((R_MAP[e] for e in grps))
def decypher_code(code):
"""Yields all possible meanings of a number."""
ln_w = len(code)
valid_codes = set(R_MAP.keys())
for grps in utils.all_groups_in_order(code, (1, 2, 3)):
grps = tuple(("".join(grp) for grp in grps))
if set(grps) <= valid_codes:
yield tuple((R_MAP[e] for e in grps))
def cypher_word(word):
"""Yields all possible cypherings of a word, as tuples
(codes, factor_crypted).
"""
ln_w = len(word)
for grps in utils.all_groups_in_order(word, (1, 2, 3)):
cyphered = 0
y = []
for el in grps:
el = "".join(el)
if el in MAP:
y.append(MAP[el])
cyphered += len(el)
else:
y.append(" ".join(el))
yield (" ".join(y), cyphered / ln_w)
def cypher_word(word):
"""Yields all possible cypherings of a word, as tuples
(codes, factor_crypted).
"""
ln_w = len(word)
for grps in utils.all_groups_in_order(word, (1, 2, 3)):
cyphered = 0
y = []
for el in grps:
el = "".join(el)
if el in MAP:
y.append(MAP[el])
cyphered += len(el)
else:
y.append(" ".join(el))
yield (" ".join(y), cyphered / ln_w)
def cypher_word(word, c_map, c_sep):
"""
Yields all possible cypherings of a word, as tuples
(codes, factor_cyphered).
factor_cyphered = nbr cyphered letters / nbr letters.
"""
ln_w = len(word)
for grps in utils.all_groups_in_order(word, (1, 2, 3)):
cyphered = 0
y = []
for el in grps:
el = "".join(el)
if el in c_map:
y.append(c_map[el])
cyphered += len(el)
else:
y.append(c_sep.join(el))
yield (c_sep.join(y), cyphered / ln_w)
def cypher_word(word, c_map, c_sep):
"""
Yields all possible cypherings of a word, as tuples
(codes, factor_cyphered).
factor_cyphered = nbr cyphered letters / nbr letters.
"""
ln_w = len(word)
for grps in utils.all_groups_in_order(word, (1, 2, 3)):
cyphered = 0
y = []
for el in grps:
el = "".join(el)
if el in c_map:
y.append(c_map[el])
cyphered += len(el)
else:
y.append(c_sep.join(el))
yield (c_sep.join(y), cyphered / ln_w)
def cypher_word(word, syllable):
"""
Yields all possible cypherings of a word, as tuples
(codes, factor_cyphered).
factor_cyphered = nbr added syllables / nbr letters.
"""
ln_w = len(word)
for grps in utils.all_groups_in_order(word, (1, 2)):
cyphered = 0
y = []
first = True
for el in grps:
el = "".join(el)
cyp = _obfuscate_syllable(el, syllable, first)
if cyp != el:
cyphered += 1
y.append(cyp)
if first:
first = False
yield ("".join(y), cyphered / ln_w)
def cypher_word(word, syllable):
"""
Yields all possible cypherings of a word, as tuples
(codes, factor_cyphered).
factor_cyphered = nbr added syllables / nbr letters.
"""
ln_w = len(word)
for grps in utils.all_groups_in_order(word, (1, 2)):
cyphered = 0
y = []
first = True
for el in grps:
el = "".join(el)
cyp = _obfuscate_syllable(el, syllable, first)
if cyp != el:
cyphered += 1
y.append(cyp)
if first:
first = False
yield ("".join(y), cyphered / ln_w)
