The package hypred is intended for simulating high density genomic data. The meiosis is simulated under a count-location model, the genetic structure can include additive and dominance effects. The low level nature of the package provides great flexibility in creating all kinds of populations.
Package: | hypred |
Type: | Package |
Version: | 0.5 |
Date: | 2014-12-20 |
License: | GNU General Public License Version 2, June 1991 |
LazyLoad: | yes |
Depends: | methods |
The function hypredGenome
is used to define the genome
parameters, number and length of chromosomes, and number of SNP loci. It
also simulates a genetic map. This functions returns an object that is
of class hypredGenome
. The function hypredNewMap
is used
to modify the genetic map, and the function hypredNewQTL
to
assign QTL. The function hypredFounder
will create two homozygous
founder lines according to the object returned by hypredGenome. The
meiosis is simulated by the function hypredRecombine
. This
function takes two haploid chromosome sets (as found in a sex cell) and
returnes a recombined haploid chromosome set (i.e. the gamete). The
meiosis is simulated according to the count-location model, simulation
of mutations is possible as well. The functions
hypredTruePerformance
and hypredTpGenomeSpecific
return
the true genotypic values of individuals given their
genotypes. hypredTruePerformance
uses the QTL effects found in
the hypredGenome
object, hypredTpGenomeSpecific
allows to specify
new and genome specific effects. Various types of design matrices (to be
used in modeling algorithms) are created from the genotypes by the
function hypredCode
. All functions mentioned above are generic,
with methods defined for the hypredGenome
object.
Frank Technow
Maintainer: Frank Technow Frank.Technow@gmx.net
Add the following code to your website.
For more information on customizing the embed code, read Embedding Snippets.