![]() ![]() ![]() If they couldn't come up with any ideas, they could edit the crossword manually to change constraints or just ask for a total re-generation. If there was no word that could fit, you just marked the whole word as incomplete and moved on.Īt the end would be some uncompleted words which the compiler would have to fill in (and add the word and a clue to the file if desired). Then, for each non-complete word in the puzzle (basically find the first blank square and see if the one to the right (across-word) or the one underneath (down-word) is also blank), a search was done of the file looking for the first word that fitted, taking into account the letters already in that word. ![]() A template, basically a bit-mask representing the black and free squares, was chosen randomly from a pool that was provided by the client. It had a list of words (and associated clues) stored in a file sorted by descending usage to date (so that lesser-used words were at the top of the file). I actually wrote a crossword generation program about ten years ago (it was cryptic but the same rules would apply for normal crosswords). Bigger word lists also have a much higher chance at better word placement numbers. Bigger grids run exponentially slower bigger word lists linearly. It tends to run rather well, but let me know if you have any suggestions on improvement. This is time limited (find the best crossword in x seconds).īy the end, you have a decent crossword puzzle or word search puzzle, since they are about the same. If the next crossword has more words placed on the board, it replaces the crossword in the buffer. So, we buffer this crossword and go back to step #2.
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