The location of words from the book being used. The first lists the page number in theīook followed by the word on the page. Page of the book and the 244th word on the page. Method is to list the page number followed by the number of the sentence on the Page followed by the word number in that sentence. So a cypher of 17/12/3 wouldīe page 17, sentence 12 and the 3rd word in the 12th sentence. Another method for a one page document is the line/word format. So a code of 3/7 would be the third line and the 7th word in the 3rd line of that document. Some times bookĬyphers can be a little tricky because some coders use the titles of chapters asĪ word count or sentence count. (Note: if you are dealing with a one page document, the x/x/xx format could be paragraph/line/word instead of page/line/word). Below is an example of an encrypted text: Using a Caesar Box cypher can be tricky but once you figure it out it is quite simple. The first thing you must do in a transposition cypher is count how many total letters there are in your encrypted code. In this example there are 35 encrypted letters. You divide this number by a number that will put them into equal boxes. So we will set up a grid of 7 boxes wide and 5 boxes long down a page. We then start with the first letter in our encrypted code and write the letters in the top left box going across to the top right box in order. Once you have written the first 7 letters in the first 7 boxes across you come back to row two and write then next 7 letters across from left to right and so on. Once you have all the letters written in the boxes you will then be ready to read the code.
To read the code you now read the columns down starting with the first column going down from the top and then wrapping around to the second column at the top down and so on.
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