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Lights Out DeluxeLights Out Deluxe is a version of Lights Out played on a 6x6 grid. However, it's not simply a larger version of Lights Out. As well as providing five game variants (described later), you can choose the "effect pattern" that is used. You can change between the standard lights out "+" pattern or a new "x" pattern. These are illustrated below.
The "x" pattern is an interesting variation. Try it on my Javascript Lights Out Deluxe game. Note that I don't actually own a Lights Out Deluxe and so all this information comes from the manual (which you can download from the Lights Out Fan Club). If you have an original Deluxe, and can confirm that my description is accurate, please contact me. Of course, if you'd like to donate it to a good home, so much the better! The five game types are described below
Classic
Lit Only
Toggle
2-4 Players Lights In Tiger describe this game in the manual as the opposite of Lights Out. You start by entering a puzzle. The machine then blanks the screen, and you have to build your puzzle up again by pressing the buttons. It sounds like quite an interesting variation. All of the above games (except Lights In) can be played in a couple of "modes", pre-computed or random. In addition, for Classic and Lit Only you can enter your own puzzles. Solving Lights Out DeluxeAll of the puzzles in Classic mode are solvable, for both effect patterns. You can (of course) solve the classic puzzles, with the "+" effect pattern using standard Light Chasing methods. For a complete description click here. There is also a Light Chasing type solution for the alternative "x" pattern. In fact it's remarkably simple. The Lit Only puzzles (with the "+" effect pattern) can also all be solved by using the method I describe for solving Flip, and I suspect that when I suss out how to solve the classic puzzles with the "x" pattern, there will be a similar solution for the Lit Only ones. I haven't got the faintest idea about the Toggle games! The fact that the machine does not allow you to enter your own toggle patterns suggests that they may not all be solvable. Any ideas?
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