This package was created to support population genetics
and landscape genetic courses I teach at Virginia Commonwealth
University.  This package contains classes and functions for
the analysis of marker data to include structure statistics,
analyses based upon allele frequencies, and the Population
Graphs network analysis of spatial conditional genetic
covariance.
'Locus-class.R' 'Population-class.R' 'Frequencies-class.R'
'read.population.R' 'gstudio-package.R' 'genetic.distance.R'
'genetic.structure.R' 'print.summary.dyerlab.R'
'population.graph.R' 'validate_gstudio_package.R'

'Locus-class.R' 'Population-class.R' 'Frequencies-class.R'
'read.population.R' 'gstudio-package.R' 'genetic.distance.R'
'genetic.structure.R' 'print.summary.dyerlab.R'
'population.graph.R' 'validate_gstudio_package.R'
'google.pie.chart.R' 'pies.on.map.R' 'popgraph.on.map.R'
'genetic.diversity.R' 'great.circle.distance.R'
'stratum.distance.R'

This package was created to support population
genetics and landscape genetic courses I teach at
Virginia Commonwealth University.  This package
contains classes and functions for the analysis of
marker data to include structure statistics, analyses
based upon allele frequencies, and the Population
Graphs network analysis of spatial conditional genetic
covariance.
'Locus-class.R' 'Population-class.R' 'Frequencies-class.R'
'read.population.R' 'gstudio-package.R' 'genetic.distance.R'
'genetic.structure.R' 'print.summary.dyerlab.R'
'population.graph.R' 'validate_gstudio_package.R'
'google.pie.chart.R' 'pies.on.map.R' 'popgraph.on.map.R'
'genetic.diversity.R' 'great.circle.distance.R'
'stratum.distance.R' 'congruence.graph.R'
'congruence.probability.R' 'read.pgraph.R' 'offspring.array.R'
'minus.mom.R' 'exclusion.probability.R' 'paternity.R'
'transition.probability.R' 'paternity.spiderplot.R'

This package was created to support population genetics
and landscape genetic courses I teach at Virginia Commonwealth
University.  This package contains classes and functions for
the spatial analysis of marker data to include structure
statistics, analyses based upon allele frequencies, and the
Population Graphs network analysis of spatial conditional
genetic covariance.