def tryDecrypt(p, k, s, a):
plainPage = []
count = 0
for word in pages[p]:
plainWord = []
for char in word:
key = rkeys.allKeys[k]
newChar = rappls.allAppls[a](char, key[count % len(key)], s)
plainWord.append(newChar)
#print str(char) + " = " + str(newChar)
count += 1
plainPage.append(plainWord)
print [gemprim.ascToStr(gemprim.primeToAsc(gemprim.intToPrime(word))) for word in plainPage]
def getEng(page):
txtPage = [gemprim.primeToAsc(gemprim.intToPrime(word)) for word in page]
engPage = []
for word in txtPage:
curWord = ""
for letter in word:
for c in letter:
if c == "/":
break
curWord += c
engPage.append(curWord.lower())
correct = 0
for word in engPage:
if word != '' and len(word) > 1 and eng.check(word):
correct += 1
if len(word) > 6:
print word
#print word
if word in ["pilgrim", "instar", "fibonacci", "prime", "primes", "emerge", "cicada", "onion", "sacred"]:
print word
primeWord.append(gemprim.runeToPrime([letter])[0])
curPage.append(primeWord)
pages.append(curPage)
# List of words
words = []
for page in pages:
words.extend(page)
# List of runes
runes = []
for word in words:
runes.extend(word)
# Words as strings
strWords = [gemprim.ascToStr(gemprim.primeToAsc(word)) for word in words]
# Lengths of words
wordLengths = [len(word) for word in words]
# Translate all into block of text
txt = ""
for page in pages:
for word in page:
for letter in word:
letter = gemprim.primeToAsc([letter])[0]
for c in letter:
if c == "/":
continue
if "A" <= c <= "Z":
txt += c
