ASLEC Cipher Composite Sample_6 for the General Perusal.
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Nov 17, 2019, 11:30:59 AM11/17/19
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Alice wants to encrypt this file and send it to Bob.
The original unadulterated file is:-
1)
Time-travel is impossible and yet science fiction writers from
H.G. Wells onwards have been fascinated by the idea the fecun-
dity of which has once again been shown by the recent success of
the Back to the Future and the Terminator series of films.a
One narrative paradigm that has had several incarnations involves
the tine-traveller being an art historian who is interested in discov-
ering more about a famous artist - in some versions a painter and
in others a sculptor - who. . .
______________________________________
a - For more information about time-travel see Lem's `The Time-travel Story'
and Gardner's `Time-Travel'.
2)
Alice begins by preformatting the file in a LaTeX editor according to how she wants it to open when typeset at Bob’s end
Start:
% Environment command P.51 Antoni Diller's - LaTeX - `Line by Line'
% 2nd edition. (demonstartion)
\documentclass{article}
\begin{document}
\begin{center}
\begin{minipage}{4in}
Time-travel is impossible and yet science fiction writers
from H.G.~Wells onwards have been fascinated by the idea the
fecundity of which has once again been shown by the recent
success of the \textit {Back to the Future} and the
\textit{Terminator} series of films.\footnote{\thinspace For more
information about time-travel see Lem's `The Time-travel
Story' and Gardner's `Time-Travel'.}\vspace{4mm}
One narrative paradigm that has had several incarnations
involves the time-traveller being an art historian who is
interested in discovering more about a famous artist - in some
versions a painter and in others a sculptor - who\dots
\end{minipage}
\end{center}
\end{document}
3)
This is a specimen sample of the ensuing ciphertext:
This is the raw messagetext as it decrypted initially for Bob (still formatted)
% Environment command P.51 Antoni Diller's - LaTeX - `Line by Line'
% 2nd edition. (demonstartion)
\documentclass{article}
\begin{document}
\begin{center}
\begin{minipage}{4in}
Time-travel is impossible and yet science fiction writers
from H.G.~Wells onwards have been fascinated by the idea the
fecundity of which has once again been shown by the recent
success of the \textit {Back to the Future} and the
\textit{Terminator} series of films.\footnote{\thinspace For more
information about time-travel see Lem's `The Time-travel
Story' and Gardner's `Time-Travel'.}\vspace{4mm}
One narrative paradigm that has had several incarnations
involves the time-traveller being an art historian who is
interested in discovering more about a famous artist - in some
versions a painter and in others a sculptor - who\dots
\end{minipage}
\end{center}
\end{document}
5)
This is eventual typeset messagetext that Bob receives having decoded it in a LaTeX editor.
Time-travel is impossible and yet science fiction writers from
H.G. Wells onwards have been fascinated by the idea the fecun-
dity of which has once again been shown by the recent success of
the Back to the Future and the Terminator series of films.a
One narrative paradigm that has had several incarnations involves
the time-traveller being an art historian who is interested in discov-
ering more about a famous artist - in some versions a painter and
in others a sculptor - who. . .
___________________________________
a - For more information about time-travel see Lem's `The Time-travel Story'
and Gardner's `Time-Travel'.
Comment:
There is a demonstration of a `footnote’ being encrypted in this sample which I venture to say is unheard of in contemporary cryptology.
Comment:
This sample has 841 characters with spaces.
There are 2523 items of ciphertext that are in fact coefficients of displacement vectors.
There 17 x 1 repeats of vector coefficients as ciphertext => 34 repeated integers.