ANDROID: NETRUNNER VS KALAH

Android: Netrunner is a Living Card Game (LCG) produced by Fantasy Flight Games. It is a two-player game set in the dystopian future of the Android universe. Each game is played as a battle between a megacorporation and a hacker ("runner") in a duel to take control of data. It is based on Richard Garfield's Netrunner collectible card game, produced by Wizards of the Coast in 1996. In 2017, a second edition of the core set was announced which replaced some of the original cards with cards from the first two expansion cycles. In 2018, the game was discontinued due to the license with Wizards of the Coast ending. Fantasy Flight stated that Netrunner products will no longer be sold by them as of October 22, 2018, and Reign and Reverie was the last expansion. Like the original, the game is asymmetric and involves two players, one playing a hacker ("the Runner") and the other playing a corporation ("the Corp"). The Runner wins by stealing seven or more points worth of agenda cards or if the Corp can't draw a card when required (due to an empty deck). The Corp wins by scoring agenda cards worth a total of seven or more points or if the Runner is forced to discard more cards than they have in their hand.

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Kalah, also called Kalaha or Mancala, is a game in the mancala family invented in the United States by William Julius Champion, Jr. in 1940. This game is sometimes also called "Kalahari", possibly by false etymology from the Kalahari desert in Namibia. As the most popular and commercially available variant of mancala in the West, Kalah is also sometimes referred to as Warri or Awari, although those names more properly refer to the game Oware. For most of its variations, Kalah is a solved game with a first-player win if both players play perfect games. The Pie rule can be used to balance the first-player's advantage. Mark Rawlings has written a computer program to extensively analyze both the "standard" version of Kalah and the "empty capture" version, which is the primary variant. The analysis was made possible by the creation of the largest endgame databases ever made for Kalah. They include the perfect play result of all 38,902,940,896 positions with 34 or fewer seeds. In 2015, for the first time ever, each of the initial moves for the standard version of Kalah(6,4) and Kalah(6,5) have been quantified: Kalah(6,4) is a proven win by 8 for the first player and Kalah(6,5) is a proven win by 10 for the first player. In addition, Kalah(6,6) with the standard rules has been proven to be at least a win by 4. Further analysis of Kalah(6,6) with the standard rules is ongoing. For the "empty capture" version, Geoffrey Irving and Jeroen Donkers (2000) proved that Kalah(6,4) is a win by 10 for the first player with perfect play, and Kalah(6,5) is a win by 12 for the first player with perfect play. Anders Carstensen (2011) proved that Kalah(6,6) was a win for the first player. Mark Rawlings (2015) has extended these "empty capture" results by fully quantifying the initial moves for Kalah(6,4), Kalah(6,5), and Kalah(6,6). With searches totaling 106 days and over 55 trillion nodes, he has proven that Kalah(6,6) is a win by 2 for the first player with perfect play. This was a surprising result, given that the "4-seed" and "5-seed" variations are wins by 10 and 12, respectively. Kalah(6,6) is extremely deep and complex when compared to the 4-seed and 5-seed variations, which can now be solved in a fraction of a second and less than a minute, respectively.

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