endSizeByFractionInfertile = {
const N = initialPopSize
const data = []
for (let fractionInfertile = 0; fractionInfertile <= 1; fractionInfertile += 0.01) {
const endSizeWithoutInfertile = N * expectedNumChilds ** numGenerations
const popSizeFactor = (1 - fractionInfertile) ** numGenerations
const exponent = (expectedNumChilds + infertileCompensation * fractionInfertile) ** numGenerations
const endSizeWithInfertile = N * popSizeFactor * exponent
data.push({
fractionInfertile,
size: endSizeWithoutInfertile,
type: "without infertility"
})
data.push({
fractionInfertile,
size: endSizeWithInfertile,
type: "with infertility"
})
}
return data
}
data3 = {
const N = initialPopSize
const data = ["without infertility", "with infertility"].map(label => ({
gen: 0,
size: numGenerations,
type: label
}))
for (let i = 1; i < numGenerations; ++i) {
const endSizeWithoutInfertile = N * expectedNumChilds ** i
const popSizeFactor = (1 - fractionInfertile) ** i
const exponent = (expectedNumChilds + infertileCompensation * fractionInfertile) ** i
const endSizeWithInfertile = N * popSizeFactor * exponent
data.push({
gen: i,
size: endSizeWithoutInfertile,
type: "without infertility"
})
data.push({
gen: i,
size: endSizeWithInfertile,
type: "with infertility"
})
}
return data
}
//viewof fitnessVariance = Range([1, 10], {step: 1, value: 10, label: "Fitness variance"})
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