time-Haben&Mair

lib/adagrams.rb

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+#make the data structure for all the letters and the number of letters availble
+#wave 1:)
+
+def draw_letters
+  sample = {
+    "a" => 9,
+    "b" => 2,
+    "c" => 2,
+    "d" => 4,
+    "e" => 12,
+    "f" => 2,
+    "g" => 3,
+    "h" => 2,
+    "i" => 9,
+    "j" => 1,
+    "k" => 1,
+    "l" => 4,
+    "m" => 2,
+    "n" => 6,
+    "o" => 8,
+    "p" => 2,
+    "q" => 1,
+    "r" => 6,
+    "s" => 4,
+    "t" => 6,
+    "u" => 4,
+    "v" => 2,
+    "w" => 2,
+    "x" => 1,
+    "y" => 2,
+    "z" => 1,
+  }
+  #create an array with all the availble letters
+  pool_letters = []
+  sample.each do |letter, quantity|
+    quantity.times do
+      pool_letters << letter
+    end
+  end
+
+  #randomize the pool of letters
+  pool_letters = pool_letters.sample(pool_letters.length)
+
+  #display the 10 letters they have drawn
+  return pool_letters.first(10)
+end
+
+#wave 2
+def uses_available_letters?(input, letters_in_hand)
+  input_splitted = input.split ""
+  #make a copy of letters in hand so it remains un-changed
+  #[].replace will replace the contents of selected_letters array which is empty with the contents from letters_in_hand
+  selected_letters = [].replace(letters_in_hand)
+  input_splitted.each do |letter|
+    if selected_letters.include? letter
+      where_is_my_letter = selected_letters.find_index(letter) #using .find_index to see where that letter from the word is in the array that contain the 10 availble letters
+      selected_letters.delete_at(where_is_my_letter) #modify the duplicated array (selected_letters) to remove that item from the array, this will ensure that only the letter with that index is removed instead of all the same-letters in the hand
+    else
+      return false
+    end
+  end
+  return true
+end
+
+#wave 3
+def score_word(word)
+  score = {
+    "1" => %w(A E I O U L N R S T),
+    "2" => %w(D G),
+    "3" => %w(B C M P),
+    "4" => %w(F H V W Y),
+    "5" => %w(K),
+    "8" => %w(J X),
+    "10" => %w(Q Z),
+  }
+  #converting the word into upcase so it would be independent of the users input
+  word_splitted = word.upcase.split ""
+  total_score = 0
+  word_splitted.each do |letter|
+    score.each do |value, letters_with_value|
+      total_score += value.to_i if letters_with_value.include? letter #add the associated value  with that letter (converted to integer) to the total score
+    end
+  end
+  if word_splitted.length >= 7 && word_splitted.length <= 10
+    total_score += 8
+  end
+  return total_score
+end
+
+#wave 4
+def highest_score_from(words)
+  word_and_score = {}
+  words.each do |word|
+    word_and_score[word] = score_word(word) #calling the method score_word to determine the score of that word
+  end
+
+  highest_score = 0
+  highest_scored_name = nil
+  word_and_score.each do |word, score|
+    if score > highest_score #determine the word with the highest score
+      highest_score = score
+      highest_scored_name = word
+    end
+
+    if highest_score == score #in case there is a tie of scores
+      if highest_scored_name.length < 10 && word.length < 10 && highest_scored_name.length > word.length #if the length of the word is less than 10 letters, the word with the least letters will win
+        highest_scored_name = word
+      elsif (highest_scored_name.length >= 10 || word.length >= 10) && word.length > highest_scored_name.length #unless a word is 10 letters or longer, the that word will be the winner
+        highest_scored_name = word
+      end
+    end
+  end
+  winning_word_score = {
+    word: highest_scored_name,
+    score: highest_score
+  }
+  return winning_word_score
+end
+
+#wave 5
+require "csv"
+
+#requiring the English dictionary that is in a CSV file to see if the user's input is an actual English word
+def is_in_english_dict?(input)
+  words = CSV.read("./assets/dictionary-english.csv")
+  words.each do |word|
+    if word.include? input
+      return true
+    end
+  end
+  return false
+end