![]() ![]() say the code finds a path with letters in the sequence 'XYZ', there is no point pathing further since there are no words that start with 'XYZ') Prep a set of 'valid' truncated words from the word list (this is used later to decide to stop 'pathing', e.g.Read in a word list (I tried various dictionaries found online and ultimately settled on using a Scrabble word list).The following ideas and approaches were adopted:. My code is designed to work in single-player, and the motivation for this (in addition to the joy of learning to code) is to find those last few pesky 'common words' that Wordament says that I have yet to find. InstructionsĮxecute wordamentSolver.py and follow shell instructions.This is a coding project that I was most happy with - building a solver that could search for possible words in the Microsoft Wordament game.ĭisclaimer: Of course, do not use such code to cheat in multi-player. Such an existence trie enables fast recursive searching during a depth first graph traversal of the matrix as no duplicate searching computation is carried out for words with common prefixes. The dictionary of words is stored in an existence trie (trie.py). This program works to find all possible words in a wordament matrix. , Įither Or Tiles: Two sets of characters separated by a '/' either of which can exclusively be used in a word. , Įnding Tiles: one or more characters that may only be used at the end of a word e.g. Starting Tiles: one or more characters that may only be used at the beginning of a word e.g. ![]() Letters only: one or more characters that come and any position a word. Tiles are any of the four following types. There are no restrictions on directionality when forming a string of characters. Each tile may only be used once in the formation of a word. Neighbouring tiles are selected to form a stirng of characters that in turn create a word. Wordament is a word puzzle game with the objective of finding words on a 4x4 Tile grid. Any use of this code or others like it to cheat at Wordament is against the app's policies. Wordament Solver Please note this is a project to demonstrate use of an existence trie and depth first graph search to rapidly search a dictionary. ![]()
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