brd.mat.fitness: brd.mat.fitness allocates offspring to mate pairs in a...
In nicksard/mater: This package simulates breeding matrices for pedigree reconstructions
Description
Usage
Arguments
Value
View source: R/brd.mat.functions.R
Description
The fecundity for each female in a breeding matrix is randomly drawn from a uniform distribution
representing low and high values for females. Offspring for each female are allocated
uniformly across all of her mates, unless the user changes the type parameter to decline
Usage
1
brd.mat.fitness(mat = mat, min.fert = 2500, max.fert = 6500, type = "uniform")
Arguments
mat
is a breeding matrix
min.fert
is a integer identifying the minimum number of fertilized eggs a female can produce
max.fert
is a integer identifying the maximum number of fertilized eggs a female can produce
type
is a character string that can be either "uniform" to uniformly distribution offspring
(see above) across mates or "decline" which non-uniformly distributes offspring across mates
Value
A matrix with zeros and positive integers representing offspring produced per mate pair
nicksard/mater documentation built on Dec. 22, 2021, 2:14 a.m.
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Description Usage Arguments Value
View source: R/brd.mat.functions.R
Description
The fecundity for each female in a breeding matrix is randomly drawn from a uniform distribution representing low and high values for females. Offspring for each female are allocated uniformly across all of her mates, unless the user changes the type parameter to decline
Usage
1 | brd.mat.fitness(mat = mat, min.fert = 2500, max.fert = 6500, type = "uniform")
|
Arguments
mat |
is a breeding matrix |
min.fert |
is a integer identifying the minimum number of fertilized eggs a female can produce |
max.fert |
is a integer identifying the maximum number of fertilized eggs a female can produce |
type |
is a character string that can be either "uniform" to uniformly distribution offspring (see above) across mates or "decline" which non-uniformly distributes offspring across mates |
Value
A matrix with zeros and positive integers representing offspring produced per mate pair
R Package Documentation
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We want your feedback!
Note that we can't provide technical support on individual packages. You should contact the package authors for that.
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