This function creates an inheritance cube to model a Killer-Rescue system.
Killer-Rescue is a 2-locus system: one locus has a toxin and the other locus contains
the antidote. The loci are assumed independent and are non-homing.
This drive has 3 alleles at locus 1 and 2 alleles and locus 2:
Locus 1
T: Wild-type allele
K: "Killer" toxin allele
R: Broken toxin allele
Locus 2
W: Wild-type allele
A: Antidote allele
Usage
cubeKillerRescue(
eR = 0,
Keff = 1,
Aeff = 1,
eta = NULL,
phi = NULL,
omega = NULL,
xiF = NULL,
xiM = NULL,
s = NULL
)Arguments
- eR
Conversion of K allele to R allele, a basal mutation rate
- Keff
Toxin efficacy
- Aeff
Antidote efficacy
- eta
Genotype-specific mating fitness
- phi
Genotype-specific sex ratio at emergence
- omega
Genotype-specific multiplicative modifier of adult mortality
- xiF
Genotype-specific female pupatory success
- xiM
Genotype-specific male pupatory success
- s
Genotype-specific fractional reduction(increase) in fertility