Uses of Class
genius.core.analysis.BidPoint

Packages that use BidPoint

Package	Description
genius.core.analysis

Uses of BidPoint in genius.core.analysis

Subclasses of BidPoint in genius.core.analysis

Modifier and Type	Class and Description
class	BidPointTime Specialized version of a BidPoint for the case that there are two agents.

Fields in genius.core.analysis with type parameters of type BidPoint

Modifier and Type	Field and Description
java.util.ArrayList<BidPoint>	BidSpace.bidPoints List of all bidpoints in the domain.

Methods in genius.core.analysis that return BidPoint

Modifier and Type	Method and Description
BidPoint	MultilateralAnalysis.getKalaiPoint()
BidPoint	BidSpace.getKalaiSmorodinsky() Calculates Kalai-Smorodinsky optimal outcome.
BidPoint	BidSpace.getNash() Calculates the undiscounted Nash optimal outcome.
BidPoint	MultilateralAnalysis.getNashPoint()
BidPoint	BidSpace.getNearestBidPoint(double utilA, double utilB, double weightA, double weightB, java.util.ArrayList<Bid> excludeList) Finds the bid with the minimal distance weightA*DeltaUtilA^2+weightB*DeltaUtilB^2 where DeltaUtilA is the difference between given utilA and the actual utility of the bid.

Methods in genius.core.analysis that return types with arguments of type BidPoint

Modifier and Type	Method and Description
java.util.List<BidPoint>	ParetoFrontier.getFrontier() Returns the Pareto-optimal frontier.
java.util.List<BidPoint>	MultilateralAnalysis.getParetoFrontier() Returns the Pareto frontier.
java.util.List<BidPoint>	BidSpace.getParetoFrontier() Returns the Pareto fronier.

Methods in genius.core.analysis with parameters of type BidPoint

Modifier and Type	Method and Description
int	BidPointSorterB.compare(BidPoint b1, BidPoint b2) Comperator.
int	BidPointSorterA.compare(BidPoint b1, BidPoint b2) Comperator.
double	BidSpace.distanceToNearestParetoBid(BidPoint bid) Method which given a bid point determines the distance to the nearest Pareto-optimal bid.
double	BidPoint.getDistance(BidPoint other) Returns the distance between this BidPoint and another BidPoint.
boolean	ParetoFrontier.isBelowFrontier(BidPoint bid) Returns true if the given BidPoint is not part of the Pareto-frontier.
boolean	BidPoint.isStrictlyDominatedBy(BidPoint other) Returns true if this BidPoint is strictly dominated by another BidPoint.
void	ParetoFrontier.mergeIntoFrontier(BidPoint bidpoint) Determines if a bid should be added to the Pareto-frontier.