This option takes the observed frequencies of identical pairs of genes as estimates ($Q$) of corresponding probabilities of identity ($Q$) and then simply computes diversities as $1-Q$: gene diversity within individuals (1-Qintra
), and among individuals within samples (1-Qinter
), per locus per sample, and averaged over samples or over loci. One-locus $F_\mathrm{IS}$ estimates are also computed in a way consistent with @WeirC84. No estimate is given when no information is available (e.g. no estimate of diversity between individuals within a sample when only one individual has been genotyped).
For haploid data\index{Haploid data}, only the gene diversity among individuals is computed. Multilocus estimates ignore haploid loci, or on the contrary ignore diploid loci if the setting EstimationPloidy=Haploid
is used. Single-locus estimates are computed for both haploid and diploid loci irrespective of this setting.
The output is saved in the file yourdata.DIV
.
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