Encode and print a mortaar_life_table or a mortaar_life_table_list
Source:R/class_functions.R
print.RdFormat for pretty printing.
Value
A string representation of the mortaar_life_table or the mortaar_life_table_list. For format.mortaar_life_table_list each mortaar_life_table is formatted by itself and strung together. The names of the elements are used to specify the name in the returned header of the printout.
Examples
# Create a mortaar_life_table from a prepared dataset.
schleswig_1 <- life.table(schleswig_ma[c("a", "Dx")])
print(schleswig_1)
#>
#> mortAAR life table (n = 247 individuals)
#>
#> Life expectancy at birth (e0): 30.671
#>
#> x a Ax Dx dx lx qx Lx Tx ex rel_popx
#> 1 0--4 5 1.667 50 20.243 100.000 20.243 432.524 3067.139 30.671 14.102
#> 2 5--9 5 2.500 22 8.907 79.757 11.168 376.518 2634.615 33.033 12.276
#> 3 10--14 5 2.500 12 4.858 70.850 6.857 342.105 2258.097 31.871 11.154
#> 4 15--19 5 2.500 8 3.239 65.992 4.908 321.862 1915.992 29.034 10.494
#> 5 20--26 7 3.500 15 6.073 62.753 9.677 418.016 1594.130 25.403 13.629
#> 6 27--33 7 3.500 30 12.146 56.680 21.429 354.251 1176.113 20.750 11.550
#> 7 34--40 7 3.500 12 4.858 44.534 10.909 294.737 821.862 18.455 9.610
#> 8 41--47 7 3.500 19 7.692 39.676 19.388 250.810 527.126 13.286 8.177
#> 9 48--54 7 3.500 36 14.575 31.984 45.570 172.874 276.316 8.639 5.636
#> 10 55--61 7 3.500 28 11.336 17.409 65.116 82.186 103.441 5.942 2.680
#> 11 62--68 7 3.500 15 6.073 6.073 100.000 21.255 21.255 3.500 0.693
# Create a mortaar_life_table_list from two datasets.
odagsen <- life.table(list(
"corpus mandibulae" = odagsen_cm[c("a", "Dx")],
"margo orbitalis" = odagsen_mo[c("a", "Dx")]
))
print(odagsen)
#>
#>
#> mortAAR life table for : corpus mandibulae (n = 67.2 individuals)
#>
#> Life expectancy at birth (e0): 37.888
#>
#> x a Ax Dx dx lx qx Lx Tx ex rel_popx
#> 1 0--5 6 3 4.0 5.952 100.000 5.952 582.143 3788.839 37.888 15.365
#> 2 6--11 6 3 7.5 11.161 94.048 11.867 530.804 3206.696 34.097 14.010
#> 3 12--17 6 3 2.0 2.976 82.887 3.591 488.393 2675.893 32.284 12.890
#> 4 18--25 8 4 7.1 10.565 79.911 13.222 597.024 2187.500 27.374 15.757
#> 5 26--33 8 4 7.6 11.310 69.345 16.309 509.524 1590.476 22.936 13.448
#> 6 34--41 8 4 9.6 14.286 58.036 24.615 407.143 1080.952 18.626 10.746
#> 7 42--49 8 4 9.3 13.839 43.750 31.633 294.643 673.810 15.401 7.777
#> 8 50--57 8 4 5.8 8.631 29.911 28.856 204.762 379.167 12.677 5.404
#> 9 58--65 8 4 6.8 10.119 21.280 47.552 129.762 174.405 8.196 3.425
#> 10 66--73 8 4 7.5 11.161 11.161 100.000 44.643 44.643 4.000 1.178
#>
#> mortAAR life table for : margo orbitalis (n = 74.8 individuals)
#>
#> Life expectancy at birth (e0): 34.739
#>
#> x a Ax Dx dx lx qx Lx Tx ex rel_popx
#> 1 0--5 6 3 5.5 7.353 100.000 7.353 577.941 3473.930 34.739 16.637
#> 2 6--11 6 3 4.0 5.348 92.647 5.772 539.840 2895.989 31.258 15.540
#> 3 12--17 6 3 3.0 4.011 87.299 4.594 511.765 2356.150 26.989 14.732
#> 4 18--25 8 4 10.6 14.171 83.289 17.014 609.626 1844.385 22.144 17.549
#> 5 26--33 8 4 16.6 22.193 69.118 32.108 464.171 1234.759 17.865 13.362
#> 6 34--41 8 4 8.6 11.497 46.925 24.501 329.412 770.588 16.422 9.482
#> 7 42--49 8 4 11.0 14.706 35.428 41.509 224.599 441.176 12.453 6.465
#> 8 50--57 8 4 6.0 8.021 20.722 38.710 133.690 216.578 10.452 3.848
#> 9 58--65 8 4 6.5 8.690 12.701 68.421 66.845 82.888 6.526 1.924
#> 10 66--73 8 4 3.0 4.011 4.011 100.000 16.043 16.043 4.000 0.462