Makes an interesting specimen of a small (but non-trivial) webapp Modules, it uses no framework or outside resources. The code for the webapp is self-contained: aside from the Js_of_ocaml browser interface You can see this milder version on the Shapiro Remix Proposed a version of the puzzle with much milder shuffling, so as to be Slide24 puzzle to teach elementary school kids about puzzle solving. It turns out that this puzzle, called the “24 Puzzle,” has had a secret life as a test case for heuristic search algorithms.Ī few years back I heard from a guy named Phil Shapiro who wanted to use the If you move some tiles around or shuffle again it will be able to solve from the new position. ![]() Hence once in every 23 times or so it won’t find a solution. To avoid an overly long pause, the search gives up after a reasonable amount of looking around. However, the time to finish an automated search can grow quite long in rare cases. There is always a solution for the shuffled position-the app generates only solvable ones. Just click the “Solve” button at the lower right and it will solve using a best-first algorithm. If you’re pressed for time, the app will solve the puzzle for you. The Shuffle button at the lower left shuffles the tiles en masse. If a tile isn’t on the same row or column as the empty spot, you can’t move it-just as with the physical puzzle. If the tile isn’t adjacent to the empty spot, the tiles in between move as well. When you click on (or touch) a tile, it moves itself toward the empty spot. ![]() Then the goal is to put them back in numeric order with 1 at the upper left. To try it out, click on the tiles to shuffle them up.
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