def word_search():
# TODO: Redesign findPossibleWords.
S.set_rack("ERNSTLUD")
center = L.get_center_of_board()
# L.set_letter_to_position(center, "E")
print("Center Position:", center)
# emptyRange = ["G8", "H8", "I8"]
# what if we just plant a random letter onto the center?
# rack = S.get_rack()
# L.set_letter_to_position(center, rack[0])
# rack.pop(0)
# having no letters on the boeard should yield:
# STERN, ERST, ER, ERNST, REST, LERN, URNE, LUST, DURST, STRUDEL
# maybe the problem is with intersection_update()
usable_range = WS.find_usable_positions(center, "x")
start_at = usable_range[0]
end_at = usable_range[-1]
print("usable range", usable_range)
# first_turn_plays = WS.find_open_plays(list(center), "x")
# words = WS.createWords(usableRange, "x")
# WARNING: STUPID
test_range = D.Area(position_list=usable_range)
# stupid_words = WS.create_words_stupid_for_testing(test_range)
# unique_words_stupid = list(set(stupid_words))
# print(unique_words_stupid)
# print("length of unique_words_stupid:", len(unique_words_stupid))
# OBJECTIVE: redesign create_words and find_starting_position
# test against creat e_words_stupid
# both funxtions must work without letters on the board
new_words = WS.create_words(test_range)
unique_new_words = list(set(new_words))
print(unique_new_words)
print("length of unique_words_new:", len(unique_new_words))
placeable_suggestions = []
possible_plays = []
for word in unique_new_words:
start_position = WS.find_starting_position(word, test_range)
if len(start_position) == 0:
continue
else:
for s_pos in start_position:
raw_word = D.Suggestion(word, s_pos, test_range.axis)
if C.is_word_placeable(raw_word):
placeable_suggestions.append(raw_word)
for suggestion in placeable_suggestions:
possible_plays.append(
D.Play(suggestion.word, suggestion.position, suggestion.axis))
pprint.pprint(possible_plays)
print(
f"total possible plays for turn {S.GAME_SETTINGS['turn']}: {len(possible_plays)}"
)
# Display.print_board()
# startingPositions = []
# for current_word in unique_words:
# startingPositions.extend(WS.findStartingPosition(current_word,
# stupid_range.pos_list,
# stupid_range.axis,
# []))
# print(startingPositions)
print("PASSED.")
return
