Shakashaka

Traduire ce site.

Special thanks to Anne for the translation

Shakashaka (Proof of Quilt) est un casse-tête avec des règles simples, qui fait réfléchir.

Les règles sont simples. Shakashaka utilise une grille rectangulaire. La grille contient des cellules noires et des cellules blanches.
Le but est, en plaçant des triangles noirs dans les cellules blanches, de former des zones blanches rectangulaires (ou bien sûr carrées) .
- Les triangles noirs occupent la moitié d'un carré blanc coupé en diagonale.
- On peut placer des triangles noirs seulement dans les cellules blanches.
- Les nombres dans les cellules noires indiquent combien de triangles les touchent, horizontalement ou verticalement, .
- Les triangles blancs obtenus peuvent être horizontaux, verticaux ou penchés à 45° ;

Tutoriel vidéo

Cacher les règles

5x5 Shakashaka
10x10 Shakashaka
15x15 Shakashaka
20x20 Shakashaka
25x25 Shakashaka
Spécial du jour Shakashaka
Spécial de la semaine Shakashaka
Spécial du mois Shakashaka

Devenez un mécène

Commentaires | Casse-tête spécifique | FAQ

Impression en grande quantité | Tableau des records

Q.	What am I supposed to do? :)
A.	Note - there are only perfect rectangular (or square) white shapes in the solution.
Q.	What are these numbers for?
A.	Each number indicates exactly how many triangles should be drawn around it. Black cells which do not have numbers inside can be surrounded by any number of triangles.
Q.	What is not allowed?
A.	These are all cases where it will be impossible to form a rectangular white shape.
Q.	Where do I start?
A.	Think logical. As an example take a look at this puzzle: Note the 3 on the bottom edge - it only has 3 cells around it so all of them should contain a triangle. 2 of those triangles can be placed in only one way. You can also mark with dots the cells which don't contain a triangle for sure - in this case on the sides of the 0. When you place a triangle you can be sure that it is a part of an edge of a rectangle. It can either continue in the same direction or turn at 90°. A simple way of thinking is that if the edge bounces when it hits an obstacle: Note the 0 and the cells which we already marked as white. The only way to place a triangle between them is this: Each edge of a rectengle should have an opposite one like this: In time you will discover your own patterns and strategies which makes solving shakashaka fun.