Table 1 in The appendicular osteology of the Early Jurassic theropod Piatnitzkysaurus floresi and its implications on the morphological disparity of non-coelurosaurian tetanurans
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Table 1. Number of most parsimonious trees (MPTs) found, their length, consistency index, retention index, and homoplasy index of the five analyses under implied weights with the different concavity constant values (k). Concavity constant value (k)Number of MPTsLength of MPTs (steps)Consistency indexRetention indexFit (adjusted homoplasy)329215320.323110.61819158.971442615310.323320.61856136.45658540815310.323320.61856119.77130641115310.323320.61856106.85668738615290.323740.6192996.52155882615270.324170.6200388.04856980915270.324170.6200380.96634
表1. 不同凹度常数(k)下采用隐含加权法开展的5组分析所得到的最简约树(most parsimonious trees, MPTs)数量、树长、一致性指数(consistency index)、保留指数(retention index)以及同质性指数(homoplasy index)。 凹度常数(k)、最简约树(MPTs)数量、最简约树树长(步数)、一致性指数、保留指数、适配度(调整同质性) 3, 292, 153, 0.32311, 0.61819, 158.97144 2, 6153, 10.32332, 0.61856, 136.45658, 585 408, 153, 10.32332, 0.61856, 119.77130, 64 11, 153, 10.32332, 0.61856, 106.85668, 73 86, 1529, 0.32374, 0.61929, 96.52155, 88 26, 1527, 0.32417, 0.62003, 88.04856, 98 9, 1527, 0.32417, 0.62003, 80.96634



