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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
generateNextPartition()
Next partition
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()
Generate power relations
powerRelationMatrix() as.relation(<PowerRelation>)
Create relation matrix
SocialRanking()
SocialRanking object
socialrankingpackage socialranking-package
socialranking: A package for constructing ordinal power relations and evaluating social ranking solutions
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