R/kin_time_invariant_2sex_cod.R
kin_time_invariant_2sex_cod.Rd
Two-sex matrix framework for kin count and death estimates.This produces kin counts grouped by kin, age and sex of each relatives at each Focal´s age. For example, male cousins from aunts and uncles from different sibling's parents are grouped in one male count of cousins. This also produces kin deaths grouped by kin, age, sex of each relatives at each Focal´s age, and cause of death.
kin_time_invariant_2sex_cod(
pf = NULL,
pm = NULL,
ff = NULL,
fm = NULL,
Hf = NULL,
Hm = NULL,
sex_focal = "f",
birth_female = 1/2.04,
pif = NULL,
pim = NULL,
output_kin = NULL,
list_output = FALSE
)
numeric. A vector of survival probabilities for females with same length as ages.
numeric. A vector of survival probabilities for males with same length as ages.
numeric. A vector of age-specific fertility rates for females with same length as ages.
numeric. A vector of age-specific fertility rates for males with same length as ages.
numeric. A matrix with cause-specific hazards for females with rows as causes and columns as ages, being the name of each col the age.
numeric. A matrix with cause-specific hazards for males with rows as causes and columns as ages, being the name of each col the age.
character. "f" for female or "m" for male.
numeric. Female portion at birth.
numeric. For using some specific non-stable age distribution of childbearing for mothers (same length as ages). Default NULL
.
numeric. For using some specific non-stable age distribution of childbearing for fathers (same length as ages). Default NULL
.
character. kin to return, considering matrilineal names. For example "m" for parents, "d" for children, etc. See the vignette
for all kin types.
logical. Results as a list with output_kin
elements, with focal´s age in columns and kin ages in rows (2 * ages, last chunk of ages for death experience). Default FALSE
A data frame with focal´s age, related ages and type of kin
(for example d
is children, oa
is older aunts/uncles, etc.), sex, alive and death. If list_output = TRUE
then this is a list.
See Caswell (2022) for details on formulas.