View source: R/create_iso_female_data.R
| iso_female_sequence | R Documentation | 
Creates isofemale individuals, given a population
iso_female_sequence(
  input_data = NA,
  n = 1,
  inbreeding_pop_size = 100,
  run_time = 2000,
  morgan = 1,
  recombination_rate = NA,
  num_threads = 1,
  verbose = FALSE
)
| input_data | Source population from which isofemales are generated | 
| n | Number of isofemales to be generated | 
| inbreeding_pop_size | Population size of the population used to generate homozygous individuals | 
| run_time | Maximum runtime used for inbreeding | 
| morgan | Size of the chromosome in Morgan (e.g. the number of crossovers during meiosis) | 
| recombination_rate | rate in cM / Mbp, used to map recombination to the markers. If the recombination_rate is not set, the value for Morgan is used, assuming that the markers included span an entire chromosome. | 
| num_threads | number of threads. Default is 1. Set to -1 to use all available threads | 
| verbose | Displays verbose output if TRUE. Default value is FALSE | 
To create an isofemale, two individuals are randomly picked from
the source population. Using these two individuals, a new population is
seeded, of size inbreeding_pop_size. Then, this population is allowed
to inbreed until either run_time is reached, or until all individuals
are homozygous and genetically identical, whatever happens first.
A list of length n, where each entry is a fully homozygous
isofemale.
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