How can a user-input password be used to generate a natural-like dictionary corpus? I'm curious about the implications of cryptography and the generation of natural text (i.e using Markov chains), and I am wondering if there has been any cryptographic protocols that involved generating a document key with legible English-language words from a user-supplied password (maybe hashed, or went through some one-way function). For example:

E(sha256(password)) = DocumentKey


If not, is there any proposed way of accomplishing something like this?
If I had such problem, I would operate as follows:  


Obtain a list of 8192 different words. Then the $x$-th word of this list is denoted by L[x] (where $x$ is a natural number in decimal).  
Given any bitstring (hash of the password), split it into 13-bit parts. Denote an $i$-th part by N_i.  
The sequence of words is L[N_1] L[N_2] L[N_3] ....  


For example, SHA3-512 online web app shows that SHA-3-512("MyPassword") starts with the following bytes:  

35 c6 36 f4 40 b7 d7 40 7a ...


Converting this hash to a binary form (byte after byte) and splitting into 13-bit parts yields the sequence  

0011010111000 1100011011011 1101000100000 ...


Converting each part from binary to decimal yields  

L[1720] L[6363] L[6688] ...


If the list is taken from Wiktionary:Frequency_lists/PG/2006/04/1-10000, the resulting sequence of English words would be  

admit billion lists ...


if we assume that 13 zero bits correspond to the last word of the list. If we assume that 13 zero bits correspond to the first word of the list and 13 set bits correspond to the last word of the list, then the resulting sequence of English words would be  

supply shorter gallop ...