(24-12-2016, 06:30 AM)Diane Wrote: You are not allowed to view links. Register or Login to view.If the written part of the text is enciphered, then one assumes that it is enciphered because it is considered to have some 'uncommon' value and quality, even if only for the particular group who were intended to have access to the content. Wouldn't you say that stands to reason?
So the question to be asked, surely, before people reduce the range of their investigation to the best- and most widely known Latin European texts is... why would anyone bother enciphering a well-known text?
It would be as silly as enciphering the Lord's Prayer, or the Psalter or any other work being positively advocated and which was fairly well known to most literate people, including anyone who had the educational level needed to get a degree in theology?
OK - so Aristotle wasn't as well known as Aratus, but why encipher it?
Yeah, this is a good question and I'm often amazed that so many people seriously advocate this "encrypted medieval hodgepodge" idea. Not only are the cipher theory and the "well-known medieval European content only" theory both in disagreement with the available evidence, they're also effectively in disagreement with each other. If there's a known instance of someone going through so much trouble to encrypt material that is freely and widely available in other sources, I'd like to see an example of it.
Another point, which like your question above is essentially independent of the evidence showing that the text cannot be written in any known kind of cipher, is that it also seems clear that
the text was meant to be read as-is. Or does anyone seriously think that someone intended to recopy the entire manuscript out "in the plain" just to make use of it?
For instance, the Fontana ciphers are often presented as an allegedly similar type of ciphertext to the VMS. Yet the Fontana ciphers are encrypted using only a simple substitution cipher, which means that someone who has learned the cipher alphabet can easily read the text without needing to copy it out on a separate piece of "scratch parchment". But realistically this is not going to be possible for more complicated ciphers, such as those that involve substitution based on external keys, or complex transposition systems, etc. The requirement of being able to read the text as-is probably rules out anything other than fairly basic substitution ciphers, and I think/hope that that most will at least agree that the VMS cannot be written in a simple subtitution cipher of any European language.
Now, perhaps you could argue that the VMS is intended as a kind of reference work, so that someone would just copy out small bits and pieces as needed. This explanation might be plausible for some parts of the manuscript. For instance, you could argue that someone interested in one of the plants would just copy out the text associated with that particular plant on a small piece of parchment, and not bother with any of the other plants. Okay, fine.
But now what about the large text-only sections, such as the Stars/Recipes section at the end? How would our putative reader know which bit of text he was looking for? Perhaps he had an external index, although there's no obvious evidence of any indexing system in the VMS. Perhaps you could argue that the stars in the left margin served this purpose, although this doesn't seem to be the case. But in any event the existence of such an index would seem to require at least a partial explanation of the contents in an unencrypted form, and given how short many of the starred paragraphs are, this is yet another explanation that forces us to ask: "why bother to encrypt at all?"
But where you really run into trouble with the cipher idea is with the labeled illustrations and circular diagrams. Here it's not only the ability to read the text that counts, but also the ability to know which text is associated with which aspect of the illustration. So what does the reader do? Does he "tape" or glue bits of parchment with the deciphered text on top of the "ciphertext"? Does he write the decrypted text directly on the VMS itself? Or does he copy out the entire diagram and then fill in the associated plaintext? Realistically it seems he would have to copy out the entire diagram again. And then does he add the colors, too? Or were the colors just there for show in the diagrams which would not actually be used directly?
And then what does he do with these recopied illustrations once he's done with them? Does he destroy them, only to recopy them again the next time he wants to have a look at them? Or does he keep the copies for later use? If he keeps the unencrypted copies, then
why on earth did he (or anyone else) ever bother to encrypt them in the first place? Complex ciphers are primarily used to encrypt short messages from being read while in transit. Did someone seriously go through all this trouble just to protect the VMS content while it was in transit?
Maybe I've missed it, but has any advocate of the cipher theory ever so much as asked the question "how was this text intended to be used?", let alone actually answered it?