printline()
print('RUBIS Best Choice Recommendation from {} point of view'.format(ct))
printline()
criterias = [c for c, val in pt.criteria.items() if ct in val['name']]
ppt = PartialPerformanceTableau(pt,criteriaSubset=criterias)
partial_digraph = BipolarOutrankingDigraph(ppt)
html_heatmap = ppt.htmlPerformanceHeatmap(colorLevels=5)
fwrite(html_heatmap, make_path(ct+"_heatmap.html"))
html_relationtable = partial_digraph.htmlRelationTable(isColored=True)
fwrite(html_relationtable, make_path(ct+"_bipolar_adj_matrix.html"))
condorcet_winners = partial_digraph.condorcetWinners()
printline()
print("Condorcet winners for {} -> {}".format(ct, condorcet_winners))
printline()
weak_condorcet_winners = partial_digraph.weakCondorcetWinners()
printline()
print("Weak Condorcet winners for {} -> {}".format(ct, weak_condorcet_winners))
printline()
partial_digraph.showRubisBestChoiceRecommendation()
printline()
print('Weakly ordering for {} point of view'.format(ct))
printline()
full_digraph = BipolarOutrankingDigraph(pt)
html_heatmap = pt.htmlPerformanceHeatmap(RankingRule='Kohler')
fwrite(html_heatmap, make_path("full_heatmap.html"))
html_relationtable = full_digraph.htmlRelationTable(isColored=True)
fwrite(html_relationtable, make_path("full_bipolar_adj_matrix.html"))
weak_condorcet_winners = full_digraph.weakCondorcetWinners()
printline()
print("Weak Condorcet winners from a multi-objectives point of view -> {}".
format(weak_condorcet_winners))
printline()
condorcet_winners = full_digraph.condorcetWinners()
printline()
print("Condorcet winners from a multi-objectives point of view -> {}".format(
condorcet_winners))
printline()
printline()
print(
'RUBIS Best Choice Recommendation from a global multi-objectives compromise point of view'
)
printline()
full_digraph.showRubisBestChoiceRecommendation()
print('')
printline()
print(
print('')
full_digraph = BipolarOutrankingDigraph(pt)
html_heatmap = pt.htmlPerformanceHeatmap(RankingRule='Kohler')
fwrite(html_heatmap, make_path("full_heatmap.html"))
html_relationtable = full_digraph.htmlRelationTable(isColored=True)
fwrite(html_relationtable, make_path("full_bipolar_adj_matrix.html"))
weak_condorcet_winners = full_digraph.weakCondorcetWinners()
printline()
print("Weak Condorcet winners from a multi-objectives point of view -> {}".format(weak_condorcet_winners))
printline()
condorcet_winners = full_digraph.condorcetWinners()
printline()
print("Condorcet winners from a multi-objectives point of view -> {}".format(condorcet_winners))
printline()
printline()
print('RUBIS Best Choice Recommendation from a global multi-objectives compromise point of view')
printline()
full_digraph.showRubisBestChoiceRecommendation()
print('')
printline()
print('Strict Best Choice Recommendation from a global multi-objectives compromise point of view')
printline()
codual_full_digraph = ~(-full_digraph)
codual_full_digraph.showRubisBestChoiceRecommendation()
