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Solve the Rubik's cube

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Posted by Unknown on June 12, 2015

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Types of Rubik's Cube Collection

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Petrus Method

Petrus Method The Petrus method, named after its inventor Lars Petrus , is considered to be more intuitive than the structured CFOP method . The first step of the Petrus method is to solve a 2×2×2 block of the cube. This block is then extended to a solved 2×2×3 block. All edges are then oriented and the first and second layers are completed. Next, the top corners are put in the right place and the layer is oriented correctly (all stickers facing up) and finally the last edges are permuted (moved around). Lars Petrus developed this method to address what he felt were inherent inefficiencies in layer-by-layer approaches. This method is often used as the basis for fewest moves competition. Part 1 Download Link: http://www.clipconverter.cc/download/tINc_Nd4/85131224/ Part 2 Download Link: http://www.clipconverter.cc/download/wj5jac4G/85131413/ I recommend this website to learn this method: http://lar5.com

ZZ Method (Zbigniew Zborowski) The ZZ method, short for Zbigniew Zborowski, is a modern speedcubing method originally proposed by Zbigniew Zborowski in 2006. The method was designed specifically to achieve high turning speed by focusing on move ergonomics, and is the combination of a block-building method and a layer-by-layer method. The initial pre-planned step is called EOLine, and is the most distinctive hallmark of the ZZ method. It involves orienting all edges while placing two opposite down-face edges aligned with their corresponding centers. The next step solves the remaining first two layers using only left, right and top face turns, one of the advantages of ZZ. On completion of the first two layers, the last layer's edges are all correctly oriented because of edge pre-orientation during EOLine. The last layer may be completed using a number of techniques including those used in the CFOP method. An expert variant of this method (ZZ-a) allows the last layer

Megaminx The Megaminx is made in the shape of a dodecahedron, and has 12 face center pieces, 20 corner pieces, and 30 edge pieces. The face centers each have a single color, which identifies the color of that face in the solved state. The edge pieces have two colors, and the corner pieces have three colors. Each face contains a center piece, 5 corner pieces and 5 edge pieces. The corner and edge pieces are shared with adjacent faces. The face centers can only rotate in place, but the other pieces can be permuted by twisting the face layer around the face center. There are two main versions of the Megaminx: the 6-color version in which opposite faces have the same color, and the 12-color version in which all faces have a different color. The purpose of the puzzle is to scramble the colors, and then restore it to its original state of having one color per face. Pyraminx The Pyraminx was first conceived by Uwe Meffert in 1970. He did nothing with his design un

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