Note
I recommend to use the code at woctezuma/3b1b-wordle-solver
, which is much faster!
This repository contains Python code to find the best starter guesses for Dungleon.
As official emojis: :bow_and_arrow: :bat: :moneybag: :yellow_circle: :dragon_face: :frog: :japanese_goblin: :crown: 🧙♀️ :imp: :japanese_ogre: :skull: :spider: :bust_in_silhouette: 🤡 :trophy: :man_farmer: :person_fencing: 🧙♂️ :zombie:
I have collected a few open-source algorithms:
Simple
maximizes the number of points attributed to guess feedbacks: 🟧 (2 points), 🟦 (1 point), ⬛ (0 point).Complex
minimizes the cardinality of the set of remaining solutions after each guess.MinMax
optimizes for the "worst case" scenario.MaxEntropy
maximizes the entropy of the set of patterns.
For each algorithm, there are two versions:
- constrained: guesses are constrained to the set of valid solutions.
- unconstrained: the set of guesses is 5-6 times larger, as invalid solutions are allowed.
Caveat: the Complex
algorithm is very slow!
Avoid using it if possible, because the results are not much different to other algorithms anyway.
As in Wordle, Dungleon features a hard mode , where "any revealed hints must be used in subsequent guesses". Future development of the Dungleon Bot could take into account this additional difficulty.
In Dungleon, guess feedbacks mention if a character appears several times with a +
in the top right corner of the character tile.
This additional piece of information could be taken into account by the Dungleon Bot.
- The official website
- A study of the hidden rules of Dungleon
- Solvers for Wordle:
- Tyler Glaiel, The mathematically optimal first guess in Wordle, December 2021
TylerGlaiel/wordlebot
(Simple
,Complex
,MinMax
in C++)GillesVandewiele/Wordle-Bot
(MaxEntropy
in Python)woctezuma/Wordle-Bot
: my (slow) fork.