Wordle Game Validation — wordle

Given and input and a word, validate each letter based on Wordle's rules: correct letter in correct placement (green), correct letter in wrong placement (yellow), letter is not present (red).

Usage

wordle_check(
  input,
  word,
  dictionary = NULL,
  lang_dic = "en",
  method = 3,
  print = TRUE
)

# S3 method for wordle_check
print(x, print = TRUE, ...)

wordle_dictionary(lang_dic = "en", method = 3, quiet = TRUE)

wordle_simulation(input, word, seed = NULL, quiet = FALSE, ...)

# S3 method for wordle_simulation
print(x, type = 1, ...)

Arguments

input: Character. Word to validate (5-letters)
word: Character. Word actually answer (5-letters).
dictionary: Character vector. List of valid words. If set to NULL then will use modified scrabble_dictionary() to fetch 5 letter words. Use lang_dic param to set language.
lang_dic: Character. Any of: "en", "es". Only used when dictionary parameter is NULL. Requires internet connection the first time. Uses cache.
method: Integer. 1 for scrabble_dictionary(), 3 for scrapping the words taken straight from the game's source code.
print: Boolean. Print validation results?
x: Object to print
...: Additional parameters.
quiet: Boolean. Do not print words as they are being searched.
seed: Numeric. For reproducibility. Accepts more than one: will run as many seeds there are.
type: Integer. 1 for summary and 2 for coloured results.

Value

Invisible vector with results by letter.

Examples

word <- "ABBEY"
# Or pick a random one:
# word <- sample(wordle_dictionary("en"), 1)
wordle_check("OPENS", word)
#> O P E N S
wordle_check("BABES", word)
#> B A B E S
wordle_check("KEBAB", word, print = FALSE)
wordle_check("ABYSS", word)
#> A B Y S S
wordle_check("ABBEY", word)
#> A B B E Y
# Feel free to use scrabble_words() for hints

x <- wordle_simulation(input = "SAINT", word = "ABBEY", seed = 1:3)
#> S A I N T reduced from 14,855 to 946
#> 
#> A L G A E reduced from 946 to 85
#> 
#> A B O R D reduced from 85 to 7
#> 
#> A B A C A reduced from 7 to 2
#> 
#> A B U Z Z reduced from 2 to 1
#> 
#> A B B E Y reduced from 1 to 1
#> 
#> >> Iterations (seed = 1): 6
#> S A I N T
#> A R A B A reduced from 946 to 117
#> 
#> A F L O W reduced from 117 to 36
#> 
#> A G G A G reduced from 36 to 19
#> 
#> A C K E E reduced from 19 to 6
#> 
#> A D D E D reduced from 6 to 1
#> 
#> A B B E Y reduced from 1 to 1
#> 
#> >> Iterations (seed = 2): 7
#> S A I N T
#> C H E A P reduced from 946 to 362
#> 
#> A G L E Y reduced from 362 to 1
#> 
#> A B B E Y reduced from 1 to 1
#> 
#> >> Iterations (seed = 3): 4
#> Elapsed time: 0.79s
print(x)
#> Seed Word: SAINT
#> Objective Word: ABBEY
#> Iterations: 3
#>   Mean to succeed: 5.67
#>   Max to succeed: 7 [seed = 2]
# hist(sapply(x, function(x) x$iters))