# Author: ilya
###############################################################################
context("test-censur")
# data --------------------------------------------------------------------
# Based on Feeney's spreadsheets CENSUR~1.XLS, CENSUR~2.XLS, and CENSUR~3.XLS
# this is census data from Japan
# create a bunch of data to show the three variants.
pop1960 <- c(3831870, 4502304, 5397061, 4630775, 4193184, 4114704,
3770907, 3274822, 2744786, 2559755, 2160716, 1839025,
1494043, 1133409, 870238, 577972, 313781, 131547)
pop1965 <- c(3983902, 3854281, 4513237, 5373547, 4572392, 4206801,
4110076, 3751030, 3231736, 2697217, 2485095, 2071540,
1719370, 1343444, 955567, 644043, 341170, 176068)
pop1970 <- c(4292503, 3988292, 3852101, 4492096, 5347327, 4571868,
4190340, 4085338, 3674127, 3198934, 2648360, 2382691,
1970485, 1584699, 1172155, 736258, 408191, 53116)
Age <- seq(0, 85, by = 5)
date1960 <- "1960-10-01"
date1965 <- "1965-10-01"
date1970 <- "1970-10-01"
date1960fake <- "1960-10-05"
ex1 <- c(NA, 69.45, 64.62, 59.72, 54.87, 50.11, 45.37, 40.65, 35.99,
31.40, 26.94, 22.64, 18.52, 14.67, 11.20, 8.25, 5.95, 6.00)
ex2 <- c(NA, 70.19, 65.33, 60.41, 55.54, 50.74, 45.96, 41.21,
36.52, 31.89, 27.39, 23.05, 18.89, 14.99, 11.45, 8.43, 6.06)
# tests -------------------------------------------------------------------
test_that("survRatioError works", {
# reproduces CENSUR~1.XLS
expect_equal(
survRatioError(
pop1 = pop1960,
pop2 = pop1970,
Age = Age,
date1 = date1960,
date2 = date1970,
exprior = ex1),
0.444659710063221,
tolerance = 1e-12
)
expect_equal(
survRatioError(
pop1 = pop1965,
pop2 = pop1970,
Age = Age,
date1 = date1965,
date2 = date1970,
exprior = ex2),
0.396434724201574,
tolerance = 1e-12
)
expect_equal(
survRatioError(
pop1 = pop1960,
pop2 = pop1970,
Age = Age,
date1 = date1960fake,
date2 = date1970,
exprior = ex1),
1.06781792562135,
tolerance = 0.001
)
})
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