The next player must play a domino that matches the previously laid domino.The first player lays the highest double face up on the table.(Note: Some game variants have different rules regarding matching.) a two-pip end can only be placed next to another two-pip end. To play a domino, a player lays a tile next to a tile that’s already been laid on the table.The player with the highest double gets the first move.The remaining tiles are left in a pile called the ‘boneyard’. If there are 4-5 players, each player draws 5 tiles. If there are 2-3 players, each player draws 7 tiles.All tiles are placed face-down on a table.Branch corners are where players can play new tiles. The ends of the line of play are called branch corners. The collection of dominoes on the playing surface is called the line of play.Tiles with the same values on both ends are called ‘doubles’, e.g.Each end has a number of spots ranging from 0 to 6.They are rectangular, with a line in the center that divides each tile into two square ends (or faces). A dominoes set contains 28 playing pieces, which are called ‘bones’ or ‘tiles’.Let’s start with some basics of domino gameplay, then we will move on to the data model. Dominoes can be played by two or more players, so our data model will support multiple players. The basics of these two variants are almost the same there’s just slight differences in rules. As you might expect, this means a lot of variations in play! In this article, we’re going to examine a data model that could support the most common variants – draw and block. The game of dominoes has been around for hundreds of years, and it’s played all over the world. Let’s take a look at dominoes from a data modeling point of view. Board games like dominoes are still very popular.

Domino games