Opinions differ as to whether "9" and "3" are part of the code or just confirmation that FNaF1 happened in '93.Īny ideas on these are more than welcome! I'd like to keep this thread clear for fellow code-crackers, so kindly keep comments and discussion on topic. Foxy is also reading a magazine with the word "FRIDAY" on it. In one of the completed panels, Foxy and Freddy stand before a chalkboard on which "5+4" and "3" are written. On page 79 there are some coupons for FFP, on one of these Mike wrote "For real value, see page 61." contains a "finish the comic strip" exercise. The pages with tallies don't appear to have anything else in common. For unknown reasons Mike has made red-ink tally marks throughout it: I'm still thinking there's got to be more to it, though. If you take out the last two clues that each have two separate numbers (10 11 and 8 11) that leaves you with an actual name, MARY. I ran the ZNELZN clue through the standard Geocaching Decryption Key that substitutes one letter for another and got MARYMA. (For the record, graphing them (across, down) yielded X Y Y X R P.) (down, across style?) Doing that yielded: It appears we're supposed to fill out the rest of the alphabet on the Polybius Square, left to right, and then graph the numeric clues on it.
This is a Polybius Square, used for cracking codes: Its axes are numbered from the upper-left corner and there's a tiny A B C in that corner. On page 95 there is a drawing exercise involving a grid, but the grid isn't set up properly to complete the drawing. So putting the numeric clues in order, we get: (As a night shift guard, though, he wouldn't have been around for an incident at 8:11 a.m. On page 108, the time 8:11 appears on an incident report Mike is supposed to log. On page 85 the numbers 10 11 appear in red they're part of a list. On page 47 the numbers 7 2 appear out-of-order on a survey question. We're trying to solve this one on the FNaF Reddit and we could really use more eyes on this! Scott has used secret codes before, and there is something hidden in the logbook.Īs Freddit user MichaelO2000 noted, several pages contain the faded text "MY NAME." Each page with this text has a weird numeric clue: THIS PACKAGE IS PROVIDED "AS IS" AND WITHOUT ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, WITHOUT LIMITATION, THE IMPLIED WARRANTIES OF MERCHANTIBILITY AND FITNESS FOR A PARTICULAR PURPOSE.**As warned in the title, this contains spoilers for the Survival Logbook.**
#POLYBIUS SQUARE HTML SOFTWARE#
This is free software you can redistribute it and/or modify it under the same terms as the Perl 5 programming language system itself. This software is copyright (c) 2014 by Toby Inkster. Class Method a new class based on this class, but adding traits.Ĭrypt::Role::ScrambledAlphabet is an example of an interesting trait that works with this class. We do this by setting out a 5x5 grid, and filling it with the alphabet, starting with the letters of the keyphrase, and ignoring any letters we already have in the square. Returns an arrayref of the known alphabet. As an example we shall encrypt the plaintext 'hide the gold in the tree stump' using the keyphrase playfair example.Firstly we must generate the Polybius Square that we are going to use. It also replaces any letter J with I because the former is not found in the alphabet provided by Crypt::Role::LatinAlphabet. The implementation provided by Crypt::Role::LatinAlphabet uppercases any lower-case letters, and passes the string through Text::Unidecode. encipher calls this, so you are unlikely to need to call it yourself. Perform pre-encipher processing on a string. Provided by Crypt::Role::CheckerboardCipher. decipher($str)ĭeciphers a string and returns the plaintext. Object Methods encipher($str)Įnciphers a string and returns the ciphertext. The length of one side of the square, as an integer. All of them have defaults, and should not be provided to the constructor. new_with_traits(%attributes, traits => constructor provided by MooX::Traits. This cipher is not cryptographically strong, nor completely round-trip-safe. This module provides an object-oriented implementation of the Polybius square, or Polybius checkerboard. Print $square->encipher('Attack at dawn.'), "\n" DESCRIPTION Crypt::Polybius - implementation of the Polybius square SYNOPSIS use Crypt::Polybius
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