Solve The Cube 3D vs MoleCube 3D

Get ready to master the cube! I'll guide you through 7 epic moves you'll memorize like your favorite dance routine. The first steps are a breeze, but hold on tight, because things get more exciting as you go. Long explanations? Pfft! Skip 'em and focus on the moves: down, up, up... let's rock that cube! The Method: Really easy to learn method for solving the cube taught in a fun and easy way even for beginners. This method consists of 7 easy movements: White Cross, Middle Layer, Yellow Cross Position, Yellow Cross Orientation, Position Corners and Final Movement. The method's great advantage is its simplicity. As an example the Final Movement only needs 4 rotations and not the usual 10 or 12 that are hard to remember. Theory: The cube has 6 faces with 6 colors and 26 pieces: Center: Pieces with 1 color located in each face's center. It tells us the cube's face's color. Corner: Pieces with 3 colors located in the cube's corners. There are 8 in total. Edge: Pieces with 2 colors located between cube corners. There are 12 in total. Tip for Success: The movement sequences are explained step by step. Each step shows which face to rotate along with a title. Try to remember these titles — with practice, the rotations will become natural.

# What is MoleCube? "MoleCube = Sudoku puzzle + Rubik's Cube", roughly. MoleCube (also called Nine-Color Cube, Ball Sudoku Cube), combines the logic of "Sudoku + Rubik’s cube". Each of the cube’s six sides is comprised of a 3x3 grid of colored spheres. To solve the Molecube, arrange the spheres so that each side contains all nine colors. # How to Play This app presents the cube in 3D with a smooth sliding operation, and you can change the perspective by tilting the phone, just like playing a real Rubik's cube. Swipe across the cube to rotate one layer, and swipe across the blank area to rotate the whole cube. To start playing the game, click the scramble button and the stopwatch will start. # The Goal of Game Molecube is composed of 9 different colors of spheres distributed over 6 sides of a cube. Instead of arranging the colors by side like in a Rubik’s Cube, your goal is to have one piece of every color represented on each side. It’s a problem that’s easier to describe than to solve. This hybrid puzzle blends the spatial challenge of a Rubik’s Cube with the logical test of a Sudoku puzzle. In the same way that a Sudoku puzzle requires you to place nine unique single-digit numbers on each line of a grid, Molecube requires you to line up one of each color on each side of a cube. # FEATURES - 3D realistic graphics makes you feel playing with real cube. - Swipe the cube with your finger to rotate the layer of cube. Swipe through the blank area to rotate the cube. - You can also tap the Undo button to undo the last action. - Tilt the phone horizontally or vertically to change the viewing angle of the Rubik's Cube. - Two 3D styles: spherical or square (you can change the style at any time during the game). - Zoom in/out the scene; change the scene brightness. - Two visual effect qualities can be selected: * high VFX for realistic 3D graphics while low VFX for power-savings. - Keyboard is provided as well. - Two sizes of molecube: 3x3x3 and 2x2x2 2x2x2 molecube is much easier for beginners. # MoleCube v.s. Rubik's Cube - What is the difference between a Molecube and a Rubik's Cube? Their goal configurations are different: the Molecube wants one ball of each color on each face, while the Rubik's cube wants each face to be all the same color. There are nine colors on the Molecube, but only six on the Rubik's cube. The Sudoku Cube is similar to the MoleCube in that the objective of the Sudoku Cube is to arrange it such that each face contains each number (1 to 9) exactly once. - Is MoleCube harder than a Rubik’s cube? Molecube isn’t meant to be harder or easier, just a different type of challenge. That being said, it does have significantly fewer possible permutations than a 3x3 Rubik’s Cube. It also has 80 possible solutions instead of the traditional 1. Suggestions or questions? Feel free to email: zhaoxiaojian@hotmail.com