ie.errity.pd
Class Rules

java.lang.Object
  |
  +--ie.errity.pd.Rules

public class Rules

extends java.lang.Object

This class represents the rules for a Game of the Prisoner's Dilemma.
Payoff Matrix used is

          -------------------------
          |Cooperate    |Defect   |
-----------------------------------
|Cooperate|     R,R     |   S,T   |
-----------------------------------
|Defect   |     T,S     |   P,P   |
-----------------------------------

Constructor Summary

Rules()
Default constructor
Initialises rules as follows: Game Iterations = 100, T = 5, S = 0, R = 3, P = 1, Mutation probability = .95, Generations = 250, Number of Players = 50,

Rules(int it, int t, int s, int r, int p)
Create new game rules with specified parameters

Rules(int it, int t, int s, int r, int p, double m, double c)
Create new game rules with specified parameters

Rules(int it, int t, int s, int r, int p, double m, double c, int gen, int pl)
Create new game rules with specified parameters

Method Summary

double	getCrossP()
int	getGenerations()
int	getIterations()
double	getMutateP()
int	getNumPlayers()
int	getP()
int	getR()
int	getS()
int	getT()
void	setCrossP(double cp)
void	setGenerations(int g)
void	setIterations(int it)
void	setMutateP(double mp)
void	setNumPlayers(int p)
void	setP(int p)
void	setR(int r)
void	setS(int s)
void	setT(int t)

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

Rules

public Rules()

Default constructor
Initialises rules as follows: Game Iterations = 100, T = 5, S = 0, R = 3, P = 1, Mutation probability = .95, Generations = 250, Number of Players = 50,

Rules

public Rules(int it,
             int t,
             int s,
             int r,
             int p)

Create new game rules with specified parameters

Parameters:

it - the number of PD games to play in an iterated PD

t - the T value for the above payoff matrix

s - the S value for the above payoff matrix

r - the R value for the above payoff matrix

p - the P value for the above payoff matrix

Rules

public Rules(int it,
             int t,
             int s,
             int r,
             int p,
             double m,
             double c)

Create new game rules with specified parameters

Parameters:

it - the number of PD games to play in an iterated PD

t - the T value for the above payoff matrix

s - the S value for the above payoff matrix

r - the R value for the above payoff matrix

p - the P value for the above payoff matrix

m - the probability of mutation

c - the probability of crossover

Rules

public Rules(int it,
             int t,
             int s,
             int r,
             int p,
             double m,
             double c,
             int gen,
             int pl)

Create new game rules with specified parameters

Parameters:

it - the number of PD games to play in an iterated PD

t - the T value for the above payoff matrix

s - the S value for the above payoff matrix

r - the R value for the above payoff matrix

p - the P value for the above payoff matrix

m - the probability of mutation

c - the probability of crossover

gen - the maximum number of generations

pl - the number of players

Method Detail

getIterations

public int getIterations()

Returns:

the number of PD games to play in an iterated PD

getT

public int getT()

Returns:

the T value for the above payoff matrix

getS

public int getS()

Returns:

the S value for the above payoff matrix

getR

public int getR()

Returns:

the R value for the above payoff matrix

getP

public int getP()

Returns:

the P value for the above payoff matrix

getMutateP

public double getMutateP()

Returns:

the probabilty of mutation

getCrossP

public double getCrossP()

Returns:

the probabilty of crossover

getNumPlayers

public int getNumPlayers()

Returns:

the number of players

getGenerations

public int getGenerations()

Returns:

the maximum number of generations

setIterations

public void setIterations(int it)

Parameters:

it - the number of PD games to play in an iterated PD

setT

public void setT(int t)

Parameters:

t - the T value for the above payoff matrix

setS

public void setS(int s)

Parameters:

s - the S value for the above payoff matrix

setR

public void setR(int r)

Parameters:

r - the R value for the above payoff matrix

setP

public void setP(int p)

Parameters:

p - the P value for the above payoff matrix

setMutateP

public void setMutateP(double mp)

Parameters:

mp - the probability of mutation

setCrossP

public void setCrossP(double cp)

Parameters:

cp - the probability of crossover

setNumPlayers

public void setNumPlayers(int p)

Parameters:

p - the number of players

setGenerations

public void setGenerations(int g)

Parameters:

g - the maximum number of generations