Blood Bowl is a fantasy football game created by Jervis Johnson for the British games company Games Workshop as a parody of American Football. The gam...
Blood Bowl is a fantasy football game created by Jervis Johnson for the British games company Games Workshop as a parody of American Football. The game was first released in 1986 and has been re-released in new editions since. Blood Bowl is set in an alternate version of the Warhammer Fantasy setting, populated by traditional fantasy elements such as human warriors, goblins, dwarves, elves, orcs and trolls.
In late 2016, Games Workshop released a new version of the game - the first in 22 years. It featured a double sided board and new plastic miniatures.
In August 2020, Games Workshop announced the latest version of the game, titled Blood Bowl Second Season Edition, which features a significant overhaul of the rules. This version was released in November 2020 and included miniatures for two teams and referees, a board (pitch), templates and the rule book. The rule book was also available separately, both physically and digitally. Cyanide Studio confirmed that the next videogame adaptation, Blood Bowl 3, would use the new ruleset.
Blood Bowl is a two-player, turn-based board game that typically uses 28 mm miniatures to represent a contest between two teams on a playing field. A board containing a grid overlay represents the field. Using dice, cards, and counters, the players attempt to score higher than each other by entering the opponent's end zone with a player who possesses the ball.
The "Blood" in Blood Bowl is represented by the violent actions available to players. Game play is based on a hybrid of American Football and Rugby. Players may attempt to injure or maim the opposition in order to make scoring easier by reducing the number of enemy players on the field.
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GO
Go is an abstract strategy board game for two players in which the aim is to surround more territory than the opponent. The game was invented in China...
Go is an abstract strategy board game for two players in which the aim is to surround more territory than the opponent. The game was invented in China more than 2,500 years ago and is believed to be the oldest board game continuously played to the present day. A 2016 survey by the International Go Federation's 75 member nations found that there are over 46 million people worldwide who know how to play Go and over 20 million current players, the majority of whom live in East Asia.
The playing pieces are called stones. One player uses the white stones and the other, black. The players take turns placing the stones on the vacant intersections (points) of a board. Once placed on the board, stones may not be moved, but stones are removed from the board if the stone (or group of stones) is surrounded by opposing stones on all orthogonally-adjacent points, in which case the stone is captured. The game proceeds until neither player wishes to make another move. When a game concludes, the winner is determined by counting each player's surrounded territory along with captured stones and komi (points added to the score of the player with the white stones as compensation for playing second). Games may also be terminated by resignation.
The standard Go board has a 19×19 grid of lines, containing 361 points. Beginners often play on smaller 9×9 and 13×13 boards, and archaeological evidence shows that the game was played in earlier centuries on a board with a 17×17 grid. However, boards with a 19×19 grid had become standard by the time the game reached Korea in the 5th century CE and Japan in the 7th century CE.
Go was considered one of the four essential arts of the cultured aristocratic Chinese scholars in antiquity. The earliest written reference to the game is generally recognized as the historical annal Zuo Zhuan (c. 4th century BCE).
Despite its relatively simple rules, Go is extremely complex. Compared to chess, Go has both a larger board with more scope for play and longer games and, on average, many more alternatives to consider per move. The number of legal board positions in Go has been calculated to be approximately 2.1 × 10170, which is vastly greater than the number of atoms in the known, observable universe, estimated to be about 1 × 1080.
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