![]() If you wanted to solve the entire cube intuitively, you could look into Petrus, however this is a dated method and isn't really on par with current methods anymore. This is how top cubers can turn so fast- they aren't thinking about the algorithms, it's just flowing as fast as they can turn the cube. ![]() Memorising the last layer algorithms is something we all do (well, for most methods) and is a normal part of cubing.Įventually, you'll get all the algorithms committed to muscle memory, and you won't have to think about executing them. Knowing how to break down an alg won't really make you a better cuber but it might help you be a better puzzler.ĭo most cubers just memorize algorithms for layer 3 and execute? There are people who are a little of both - and of course there is more than this binary. ![]() Instead of having an ingrained attack (alg) they do like to work out how to solve a problem. They may stay towards commutators and a few other things like cuboid parity algs that can be applied to multiple puzzles. For them they may keep it simple and understandable. They may enjoy making youtube videos and explaining stuff. They enjoy geometric puzzles and have a collection. There are people who are more of a twisty puzzler. You have added an ability to yourself at a very low level. Your eyes recognize a pattern your hands solve the pattern. It eventually goes into muscle memory and the unconscious. To say I can put this in my head and that and that. You realize you can do a few and you get the confidence to do far more. You improve your memory to eat up these algs. In some ways there is magic and self improvement in that. The non-educated think we're genius to the point of almost being magic, when about 1/3 of the cube is solved with detailed algorithms Perhaps that is our biggest secret as cubers. you're bound to mess up other pieces while trying to move pieces around, in the third layer doing this is almost impossible intuitively, even with experience. I've gotten to the point where I can see a piece and I know how to move it to a certain spot, but this is all negated if I don't have the "room" necessary to perform the moves. However, your "dream" in a sense can kind of be achieved with more experience. With a year and two months experience under my belt and thousand of 3x3 solves, I can tell you that the first two layers is where you can be creative, the last layer is mostly memorizing algs. ![]() You'll probably never find a way to switch all the pieces around and restore it just on your own intuition, and the people who came up with those algs were very smart/lucky. I tell this to all the people who come in my college dorm and try to find their own ways to solve the cubes without looking up algs. ![]()
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