Package index • socialranking

All functions

L1Scores() L1Ranking() lexcel1Scores() lexcel1Ranking(): L1 Ranking

L2Scores() L2Ranking() lexcel2Scores() lexcel2Ranking(): L2 Ranking

LPSScores() LPSRanking() lexcelPSScores() lexcelPSRanking(): LP* Ranking

LPScores() LPRanking() lexcelPScores() lexcelPRanking(): LP Ranking

PowerRelation() is.PowerRelation() print(<PowerRelation>): PowerRelation object

appendMissingCoalitions(): Append missing coalitions

as.PowerRelation(): Create PowerRelation object

coalitionsAreIndifferent(): Are coalitions indifferent

copelandScores() copelandRanking(): Copeland-like method

cpMajorityComparison() cpMajorityComparisonScore(): CP-Majority relation

createPowerset(): Create powerset

cumulativeScores() cumulativelyDominates(): Cumulative scores

doRanking(): Create a SocialRanking object

dominates(): Dominance

elementLookup(): Element lookup

equivalenceClassIndex() coalitionLookup(): Get index of equivalence class containing a coalition

kramerSimpsonScores() kramerSimpsonRanking(): Kramer-Simpson-like method

lexcelScores() lexcelRanking() dualLexcelRanking(): Lexicographical Excellence

makePowerRelationMonotonic(): Make Power Relation monotonic

newPowerRelation(): New Power Relation

newPowerRelationFromString(): New PowerRelation object

ordinalBanzhafScores() ordinalBanzhafRanking(): Ordinal Banzhaf ranking

powerRelationGenerator() generateNextPartition() generateRandomPowerRelation(): Generate power relations

powerRelationMatrix() as.relation(<PowerRelation>): Create relation matrix

SocialRanking(): SocialRanking object

testRelation() `%:%` `%>=dom%` `%>dom%` `%>=cumuldom%` `%>cumuldom%` `%>=cp%` `%>cp%` `%>=banz%` `%>banz%` `%>=cop%` `%>cop%` `%>=ks%` `%>ks%` `%>=lex%` `%>lex%` `%>=duallex%` `%>duallex%` `%>=L1%` `%>L1%` `%>=L2%` `%>L2%` `%>=LP%` `%>LP%` `%>=LPS%` `%>LPS%`: Test relation between two elements

transitiveClosure(): Transitive Closure