Serialized Form
equilibriaList
java.util.ArrayList<E> equilibriaList
- List of equilibria associated with this game.
utilities
double[][] utilities
- Array containing utilities, indexed by action and player, respectively.
payoffs
double[][] payoffs
- Array containing payoffs, indexed by action and player, respectively.
equilibria
double[][] equilibria
- Array containing equilibria probabilites, indexed by equilibrium and player respectively.
x1
double x1
- Shifter of player 1's payoffs for one of the actions.
x2
double x2
- Shifter of player 2's payoffs for one of the actions.
outcome
int outcome
- Simulated outcome (data).
truth
double[] truth
- Vector of true parameters.
probabilityGameTruth
double probabilityGameTruth
- Probability in the denominator of the importance sampling weights. This is calculated by evaluating the probability of the drawn game at the true parameters.
numEqu
int numEqu
- Count of the number of equilibria associated with the game.
rng
java.util.Random rng
- Random number generator for producing simulated outcomes. This is seeded when the constructor is called.
importanceGamesList
java.util.ArrayList<E> importanceGamesList
- ArrayList containing the importance games for a given observation.
data
java.util.ArrayList<E> data
- ArrayList containing list of observations.
importanceMasterList
java.util.ArrayList<E> importanceMasterList
- ArrayList containing a list of importance games associated with each observation.
W
Jama.Matrix W
- Weighting matrix in GMM.
USE_NEWTON_OPTIMIZER
boolean USE_NEWTON_OPTIMIZER
- Switch indicating whether or not a Newton-based optimizer is used in the minimization.
ESTIMATE_FIRST_STAGE
boolean ESTIMATE_FIRST_STAGE
- Switch indicating whether a first-stage estimate is produced using the identity weighting matrix
NUMBER_GAMES
int NUMBER_GAMES
- Number of games (observations) to simulate in the fake data.
NUMBER_IMPORTANCE_GAMES
int NUMBER_IMPORTANCE_GAMES
- Number of importance games per observation.
NUMBER_MCMC_DRAWS
int NUMBER_MCMC_DRAWS
- Number of draws in the LTE algorithm used to produce estimates of the parameters.