Package edu.princeton.repeatedgames.rgsolve.games.specialgames

Contains special predefined subclasses of Game for some games of interest, including Oligopoly models and examples from the Abreu-Sannikov 2013 paper.

See:
Description

Class Summary

AbreuSannikovExample1	This game is the example on page 10 of Abreu-Sannikov 2013
AbreuSannikovExample2	This game is the example in figure 8 of Abreu-Sannikov 2013
ArmsRace	An "Arms Race", where action profile (a1, a2) yields military expenditures Xi = max(i) * ai/(mi-1).
BattleOfTheSexes	The classic Battle of the Sexes
BertrandImperfectSubs	A Bertrand game with goods that are imperfect substitutes.
BertrandPerfectSubs	A Bertrand Game with the demand function for player i Q(pi, pj) = A - B * pi [if pi < pj] Q(pi, pj) = 0 [if pi > pj] Q(pi, pj) = (A - B * pi)/2 [if pi = pj] Constant marginal costs are c1 and c2 Maximum price is A/B
CournotGame	A Cournot Game, where P(Q) = Max{ A - B * Q, 0 } Minimum output is zero, maximum output for player i in {1,2} is the maximum between A/B and *PROF* / ci, where *PROF* is the monopolist profit.
GrabTheDollar	This stage game is itself a dynamic game.
HawkDove	The classic Hawk-Dove Game
PrisonersDilemma	The classic Prisoner's Dilemma
RandomNormalGame	Creates a game where payoffs are distributed bivariate normal

Package edu.princeton.repeatedgames.rgsolve.games.specialgames Description

Contains special predefined subclasses of Game for some games of interest, including Oligopoly models and examples from the Abreu-Sannikov 2013 paper.