J.H. Maindonald, with hwexact() from Randall Johnson.
Fits models for genotypic disequilibria, as described in
Huttley and Wilson (2000), Weir (1996) and Weir and Wilson (1986).
Contrast terms are available that account for first order interactions
between loci.
Also implements, for a single locus in a single population, a conditional
exact test for Hardy-Weinberg equilibrium
(c) Centre for Bioinformation Science, John Curtin Research
School of Medical Sciences and Centre for Mathematics and Its Applications,
The Australian National University

J.H. Maindonald, with \code{hwexact()} from Randall Johnson.

Models and tests for departure from Hardy-Weinberg equilibrium
and independence between loci.
Fits models for genotypic disequilibria, as described in
Huttley and Wilson (2000), Weir (1996) and Weir and Wilson
(1986). Contrast terms are available that account for first
order interactions between loci. Also implements, for a single
locus in a single population, a conditional exact test for
Hardy-Weinberg equilibrium
(c) Centre for Bioinformation Science, John Curtin Research
School of Medical Sciences and Centre for Mathematics and Its
Applications, The Australian National University

Fits models for genotypic disequilibria, as described in
Huttley and Wilson (2000), Weir (1996) and Weir and Wilson
(1986).  Contrast terms are available that account for first
order interactions between loci.  Also implements, for a single
locus in a single population, a conditional exact test for
Hardy-Weinberg equilibrium

John Maindonald, with \code{hwexact()} from Randall Johnson.

Models and Tests for Departure from Hardy-Weinberg Equilibrium
and Independence Between Loci
Fits models for genotypic disequilibria, as described in
Huttley and Wilson (2000), Weir (1996) and Weir and Wilson (1986).
Contrast terms are available that account for first order interactions
between loci.  Also implements, for a single locus in a single
population, a conditional exact test for Hardy-Weinberg equilibrium.
(c) John Curtin Research School of Medical Sciences and
Centre for Mathematics and Its Applications, The Australian
National University