"""
Life tables for the United States in 2018.

The leading statistic to calculate the cumulative mortality is the per-year mortality rate q(x),
which reports the probability that an individual alive at age x will die before reaching age
(x + 1). If we let p(x) = 1 - q(x), the cumulative mortality at age X is given by
1 minus [the product of p(x) over x = 1 to (X - 1)].

Source: `CDC <https://www.cdc.gov/nchs/products/life_tables.htm>`__.

"""

life_table = [
    (0.000000, 0),
    (0.005650, 1),
    (0.006015, 2),
    (0.006277, 3),
    (0.006463, 4),
    (0.006610, 5),
    (0.006750, 6),
    (0.006875, 7),
    (0.006988, 8),
    (0.007090, 9),
    (0.007183, 10),
    (0.007274, 11),
    (0.007373, 12),
    (0.007500, 13),
    (0.007678, 14),
    (0.007924, 15),
    (0.008246, 16),
    (0.008648, 17),
    (0.009133, 18),
    (0.009703, 19),
    (0.010358, 20),
    (0.011100, 21),
    (0.011928, 22),
    (0.012832, 23),
    (0.013797, 24),
    (0.014812, 25),
    (0.015871, 26),
    (0.016973, 27),
    (0.018117, 28),
    (0.019304, 29),
    (0.020536, 30),
    (0.021815, 31),
    (0.023143, 32),
    (0.024524, 33),
    (0.025963, 34),
    (0.027461, 35),
    (0.029027, 36),
    (0.030664, 37),
    (0.032363, 38),
    (0.034114, 39),
    (0.035915, 40),
    (0.037776, 41),
    (0.039719, 42),
    (0.041773, 43),
    (0.043966, 44),
    (0.046320, 45),
    (0.048851, 46),
    (0.051574, 47),
    (0.054506, 48),
    (0.057670, 49),
    (0.061098, 50),
    (0.064807, 51),
    (0.068825, 52),
    (0.073209, 53),
    (0.078016, 54),
    (0.083272, 55),
    (0.088977, 56),
    (0.095121, 57),
    (0.101710, 58),
    (0.108759, 59),
    (0.116294, 60),
    (0.124343, 61),
    (0.132920, 62),
    (0.142017, 63),
    (0.151620, 64),
    (0.161728, 65),
    (0.172367, 66),
    (0.183631, 67),
    (0.195555, 68),
    (0.208205, 69),
    (0.221668, 70),
    (0.235983, 71),
    (0.251133, 72),
    (0.267544, 73),
    (0.284979, 74),
    (0.303707, 75),
    (0.323685, 76),
    (0.345182, 77),
    (0.368190, 78),
    (0.392624, 79),
    (0.418587, 80),
    (0.446030, 81),
    (0.475168, 82),
    (0.505916, 83),
    (0.538093, 84),
    (0.571997, 85),
    (0.606937, 86),
    (0.642240, 87),
    (0.678337, 88),
    (0.714711, 89),
    (0.750773, 90),
    (0.785890, 91),
    (0.819414, 92),
    (0.850732, 93),
    (0.879302, 94),
    (0.904702, 95),
    (0.926665, 96),
    (0.945097, 97),
    (0.960082, 98),
    (0.971859, 99),
    (0.980795, 100),
]

life_table_male = [
    (0.000000, 0),
    (0.006213, 1),
    (0.006622, 2),
    (0.006921, 3),
    (0.007143, 4),
    (0.007311, 5),
    (0.007470, 6),
    (0.007609, 7),
    (0.007733, 8),
    (0.007839, 9),
    (0.007931, 10),
    (0.008015, 11),
    (0.008109, 12),
    (0.008243, 13),
    (0.008451, 14),
    (0.008764, 15),
    (0.009192, 16),
    (0.009738, 17),
    (0.010411, 18),
    (0.011214, 19),
    (0.012148, 20),
    (0.013216, 21),
    (0.014415, 22),
    (0.015723, 23),
    (0.017113, 24),
    (0.018564, 25),
    (0.020066, 26),
    (0.021619, 27),
    (0.023217, 28),
    (0.024859, 29),
    (0.026546, 30),
    (0.028278, 31),
    (0.030056, 32),
    (0.031887, 33),
    (0.033782, 34),
    (0.035746, 35),
    (0.037790, 36),
    (0.039915, 37),
    (0.042110, 38),
    (0.044357, 39),
    (0.046652, 40),
    (0.049004, 41),
    (0.051444, 42),
    (0.054004, 43),
    (0.056725, 44),
    (0.059635, 45),
    (0.062754, 46),
    (0.066102, 47),
    (0.069697, 48),
    (0.073568, 49),
    (0.077751, 50),
    (0.082265, 51),
    (0.087149, 52),
    (0.092475, 53),
    (0.098318, 54),
    (0.104718, 55),
    (0.111670, 56),
    (0.119160, 57),
    (0.127199, 58),
    (0.135813, 59),
    (0.145034, 60),
    (0.154895, 61),
    (0.165400, 62),
    (0.176527, 63),
    (0.188236, 64),
    (0.200508, 65),
    (0.213362, 66),
    (0.226905, 67),
    (0.241130, 68),
    (0.256054, 69),
    (0.271751, 70),
    (0.288169, 71),
    (0.305323, 72),
    (0.323695, 73),
    (0.343049, 74),
    (0.363671, 75),
    (0.385511, 76),
    (0.408843, 77),
    (0.433638, 78),
    (0.459623, 79),
    (0.486952, 80),
    (0.515516, 81),
    (0.545410, 82),
    (0.576499, 83),
    (0.608572, 84),
    (0.641938, 85),
    (0.675770, 86),
    (0.709745, 87),
    (0.743840, 88),
    (0.777479, 89),
    (0.810050, 90),
    (0.840940, 91),
    (0.869581, 92),
    (0.895485, 93),
    (0.918295, 94),
    (0.937808, 95),
    (0.953991, 96),
    (0.966977, 97),
    (0.977040, 98),
    (0.984560, 99),
    (0.989969, 100),
]

life_table_female = [
    (0.000000, 0),
    (0.005061, 1),
    (0.005379, 2),
    (0.005603, 3),
    (0.005751, 4),
    (0.005876, 5),
    (0.005998, 6),
    (0.006108, 7),
    (0.006209, 8),
    (0.006306, 9),
    (0.006401, 10),
    (0.006498, 11),
    (0.006603, 12),
    (0.006723, 13),
    (0.006868, 14),
    (0.007044, 15),
    (0.007257, 16),
    (0.007508, 17),
    (0.007797, 18),
    (0.008124, 19),
    (0.008485, 20),
    (0.008883, 21),
    (0.009321, 22),
    (0.009797, 23),
    (0.010313, 24),
    (0.010867, 25),
    (0.011458, 26),
    (0.012086, 27),
    (0.012753, 28),
    (0.013461, 29),
    (0.014216, 30),
    (0.015022, 31),
    (0.015881, 32),
    (0.016795, 33),
    (0.017762, 34),
    (0.018781, 35),
    (0.019857, 36),
    (0.020994, 37),
    (0.022188, 38),
    (0.023433, 39),
    (0.024732, 40),
    (0.026093, 41),
    (0.027534, 42),
    (0.029075, 43),
    (0.030734, 44),
    (0.032527, 45),
    (0.034464, 46),
    (0.036556, 47),
    (0.038818, 48),
    (0.041270, 49),
    (0.043936, 50),
    (0.046831, 51),
    (0.049976, 52),
    (0.053410, 53),
    (0.057172, 54),
    (0.061280, 55),
    (0.065735, 56),
    (0.070533, 57),
    (0.075673, 58),
    (0.081164, 59),
    (0.087022, 60),
    (0.093276, 61),
    (0.099943, 62),
    (0.107035, 63),
    (0.114559, 64),
    (0.122535, 65),
    (0.130992, 66),
    (0.140017, 67),
    (0.149680, 68),
    (0.160085, 69),
    (0.171334, 70),
    (0.183541, 71),
    (0.196669, 72),
    (0.211091, 73),
    (0.226582, 74),
    (0.243400, 75),
    (0.261505, 76),
    (0.281170, 77),
    (0.302410, 78),
    (0.325330, 79),
    (0.349968, 80),
    (0.376353, 81),
    (0.404815, 82),
    (0.435325, 83),
    (0.467750, 84),
    (0.502365, 85),
    (0.538624, 86),
    (0.575589, 87),
    (0.614062, 88),
    (0.653552, 89),
    (0.693462, 90),
    (0.733103, 91),
    (0.771728, 92),
    (0.808571, 93),
    (0.842903, 94),
    (0.874088, 95),
    (0.901636, 96),
    (0.925251, 97),
    (0.944853, 98),
    (0.960573, 99),
    (0.972731, 100),
]