Consider the word:
'cowboycaddogcowcowboyboycatdodogcaddodocowboytoycaddye'
the alphabet:
cowboy caddy boytoy co cow boy cat cats do dog dye eddie eyes kowtow toy tow tyco
and the juncture rules:
t|d => dd cats|eyes => caddye
There are 24 ungluings and I am posting them here. The algorithm I used is of a branch-and-bound genus, and employs a breadth first search on the decision space.

Here are the details: Potential *ungluings* are added to a queue. Elements of the queue are rejected when no possible ungluings can be formed on their right hand side (i.e. their as-of-yet-not-unlgued-bit). The solution and runtime stats for this example are as follows:


0.0215 seconds

143 iterations

largest queue memory usage: 15,612 bytes

largest queue length: 24 items

    cow-boy-cat-dog-cow-cow-boy-boy-cat-do-dog-cat-do-do-cow-boy-toy-cats-eyes
    cowboy-cat-dog-cow-cow-boy-boy-cat-do-dog-cat-do-do-cow-boy-toy-cats-eyes
    cow-boy-cat-dog-cow-cowboy-boy-cat-do-dog-cat-do-do-cow-boy-toy-cats-eyes
    cow-boy-cat-dog-cow-cow-boy-boy-cat-do-dog-cat-do-do-cowboy-toy-cats-eyes
    cow-boy-cat-dog-cow-cow-boy-boy-cat-do-dog-cat-do-do-cow-boytoy-cats-eyes
    cowboy-cat-dog-cow-cowboy-boy-cat-do-dog-cat-do-do-cow-boy-toy-cats-eyes
    cowboy-cat-dog-cow-cow-boy-boy-cat-do-dog-cat-do-do-cowboy-toy-cats-eyes
    cowboy-cat-dog-cow-cow-boy-boy-cat-do-dog-cat-do-do-cow-boytoy-cats-eyes
    cow-boy-cat-dog-cow-cowboy-boy-cat-do-dog-cat-do-do-cowboy-toy-cats-eyes
    cow-boy-cat-dog-cow-cowboy-boy-cat-do-dog-cat-do-do-cow-boytoy-cats-eyes
    cow-boy-cat-dog-cow-cow-boy-boy-cat-do-dog-cat-do-do-cow-boy-toy-cat-dye
    cowboy-cat-dog-cow-cowboy-boy-cat-do-dog-cat-do-do-cowboy-toy-cats-eyes
    cowboy-cat-dog-cow-cowboy-boy-cat-do-dog-cat-do-do-cow-boytoy-cats-eyes
    cowboy-cat-dog-cow-cow-boy-boy-cat-do-dog-cat-do-do-cow-boy-toy-cat-dye
    cow-boy-cat-dog-cow-cowboy-boy-cat-do-dog-cat-do-do-cow-boy-toy-cat-dye
    cow-boy-cat-dog-cow-cow-boy-boy-cat-do-dog-cat-do-do-cowboy-toy-cat-dye
    cow-boy-cat-dog-cow-cow-boy-boy-cat-do-dog-cat-do-do-cow-boytoy-cat-dye
    cowboy-cat-dog-cow-cowboy-boy-cat-do-dog-cat-do-do-cow-boy-toy-cat-dye
    cowboy-cat-dog-cow-cow-boy-boy-cat-do-dog-cat-do-do-cowboy-toy-cat-dye
    cowboy-cat-dog-cow-cow-boy-boy-cat-do-dog-cat-do-do-cow-boytoy-cat-dye
    cow-boy-cat-dog-cow-cowboy-boy-cat-do-dog-cat-do-do-cowboy-toy-cat-dye
    cow-boy-cat-dog-cow-cowboy-boy-cat-do-dog-cat-do-do-cow-boytoy-cat-dye
    cowboy-cat-dog-cow-cowboy-boy-cat-do-dog-cat-do-do-cowboy-toy-cat-dye
    cowboy-cat-dog-cow-cowboy-boy-cat-do-dog-cat-do-do-cow-boytoy-cat-dye


The code is relatively simple. Say the word and Ill post it. (In case you'd like to have the crack at it yourself).

Could you share an actual example of your problem with us?

In reply to Re: unglue words joined together by juncture rules by mobiusinversion
in thread unglue words joined together by juncture rules by pc2

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