R: Population Genetic Simulations & Numerical Analysis

# Population Genetic Simulations & Numerical Analysis

## Documentation for package ‘learnPopGen’ version 1.0.4

- DESCRIPTION file
- Package README

## Help Pages

clt | Illustrates the concept of the Central Limit Theorem
coalescent.plot | Creates a (usually animated) simulation of gene coalescence within a population
drift.selection | Simulation of genetic drift & natural selection at a biallelic locus
founder.event | Simulation of a founder event or population bottleneck
freqdep | Numerical analysis of a frequency dependent seletion model
genetic.drift | Genetic drift simulation
hardy.weinberg | Computes Hardy-Weinberg frequencies for a multiallelic locus or across multiple loci
hawk.dove | Analysis of hawk-dove game theoretic model
msd | Migration, drift, and selection
multilocus.hw | Computes Hardy-Weinberg frequencies for a multiallelic locus or across multiple loci
mutation.selection | Gene frequencies over time under mutation-selection balance
phenotype.freq | Computes phenotypic distribution and its change through time due to natural selection on a polygenic trait
phenotype.selection | Computes phenotypic distribution and its change through time due to natural selection on a polygenic trait
plot.clt | Illustrates the concept of the Central Limit Theorem
plot.coalescent.plot | Creates a (usually animated) simulation of gene coalescence within a population
print.clt | Illustrates the concept of the Central Limit Theorem
print.coalescent.plot | Creates a (usually animated) simulation of gene coalescence within a population
rcd | Simulation of reproductive character displacement in an ecological community
selection | Numerical analysis of biallelic locus frequency independent selection
sexratio | Hypothetical analysis of frequency dependent selection on a sex determining genetic locus