![]() Notice the penultimate panel from the second training set. This rule will require you to use a piece of paper and a pencil, because it's the least intuitive of all. You will learn this rule on the second set of panels.įifthly, symbols that share the same area cannot overlap. The only condition is that the shape of the symbols and the shape of the area is the same. A symbol of two squares and a symbol of four squares can be connected on a shared area of six squares. You will learn this rule on the third and the fourth panel of the second set.įourthly, when there are two or more symbols, their areas can connect. It doesn't matter whether it's on the top or on the bottom of the area, as long as the panel allows it. In both cases, the symbol will be enclosed inside two fields. The solution may require you to circle it from the top and from the bottom of the puzzle. In the middle, there is a symbol of two vertically placed squares. Let's assume that a puzzle consists of nine fields. Thirdly, a symbol can be enclosed from any side. You will learn this on the third panel and the next ones. If a symbol has the shape of letter L and consists of three squares, it has to be enclosed in an area consisting of three squares looking like letter L. Secondly, the shape of the area you select has to match the shape of the symbol you select. You will learn this on the first two panels. A symbol of one square has to be enclosed in one square, two squares on the area of two squares and so on. Solving them may be difficult, because it requires you to learn fiver rules:įirstly, the shape of the area that you select has to match the shape of the symbols inside it. On the right, you will see a new set of training puzzles. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |