"""
Life tables for the Netherlands in 2019, as well as the corresponding mortality rates.

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)].

In the CBS data tables, q(x) is given by `kans`.

Source: `CBS <https://opendata.cbs.nl/statline/#/CBS/nl/dataset/37360ned/table?dl=3B6A9>`__.

"""

life_table = [
    (0.00000, 0),
    (0.00319, 1),
    (0.00373, 2),
    (0.00398, 3),
    (0.00408, 4),
    (0.00417, 5),
    (0.00423, 6),
    (0.00430, 7),
    (0.00435, 8),
    (0.00439, 9),
    (0.00443, 10),
    (0.00450, 11),
    (0.00454, 12),
    (0.00460, 13),
    (0.00467, 14),
    (0.00477, 15),
    (0.00488, 16),
    (0.00503, 17),
    (0.00515, 18),
    (0.00539, 19),
    (0.00568, 20),
    (0.00598, 21),
    (0.00623, 22),
    (0.00655, 23),
    (0.00695, 24),
    (0.00718, 25),
    (0.00745, 26),
    (0.00771, 27),
    (0.00810, 28),
    (0.00844, 29),
    (0.00879, 30),
    (0.00916, 31),
    (0.00949, 32),
    (0.00993, 33),
    (0.01032, 34),
    (0.01081, 35),
    (0.01135, 36),
    (0.01192, 37),
    (0.01243, 38),
    (0.01305, 39),
    (0.01371, 40),
    (0.01442, 41),
    (0.01527, 42),
    (0.01609, 43),
    (0.01709, 44),
    (0.01816, 45),
    (0.01932, 46),
    (0.02056, 47),
    (0.02190, 48),
    (0.02336, 49),
    (0.02498, 50),
    (0.02684, 51),
    (0.02892, 52),
    (0.03138, 53),
    (0.03391, 54),
    (0.03660, 55),
    (0.03969, 56),
    (0.04321, 57),
    (0.04695, 58),
    (0.05111, 59),
    (0.05593, 60),
    (0.06107, 61),
    (0.06661, 62),
    (0.07297, 63),
    (0.07945, 64),
    (0.08699, 65),
    (0.09488, 66),
    (0.10376, 67),
    (0.11311, 68),
    (0.12351, 69),
    (0.13471, 70),
    (0.14718, 71),
    (0.16000, 72),
    (0.17411, 73),
    (0.18953, 74),
    (0.20696, 75),
    (0.22565, 76),
    (0.24605, 77),
    (0.26775, 78),
    (0.29094, 79),
    (0.31685, 80),
    (0.34539, 81),
    (0.37548, 82),
    (0.40846, 83),
    (0.44355, 84),
    (0.48161, 85),
    (0.52156, 86),
    (0.56407, 87),
    (0.60733, 88),
    (0.65260, 89),
    (0.69697, 90),
    (0.74188, 91),
    (0.78453, 92),
    (0.82365, 93),
    (0.85983, 94),
    (0.89070, 95),
    (0.91756, 96),
    (0.93976, 97),
    (0.95707, 98),
    (0.97078, 99),
    (0.98122, 100),
]

life_table_male = [
    (0.00000, 0),
    (0.00350, 1),
    (0.00401, 2),
    (0.00428, 3),
    (0.00439, 4),
    (0.00449, 5),
    (0.00458, 6),
    (0.00467, 7),
    (0.00472, 8),
    (0.00475, 9),
    (0.00476, 10),
    (0.00482, 11),
    (0.00489, 12),
    (0.00496, 13),
    (0.00503, 14),
    (0.00513, 15),
    (0.00527, 16),
    (0.00543, 17),
    (0.00556, 18),
    (0.00581, 19),
    (0.00621, 20),
    (0.00660, 21),
    (0.00696, 22),
    (0.00737, 23),
    (0.00786, 24),
    (0.00811, 25),
    (0.00850, 26),
    (0.00888, 27),
    (0.00937, 28),
    (0.00980, 29),
    (0.01012, 30),
    (0.01063, 31),
    (0.01102, 32),
    (0.01152, 33),
    (0.01200, 34),
    (0.01259, 35),
    (0.01326, 36),
    (0.01396, 37),
    (0.01462, 38),
    (0.01539, 39),
    (0.01619, 40),
    (0.01699, 41),
    (0.01807, 42),
    (0.01906, 43),
    (0.02029, 44),
    (0.02152, 45),
    (0.02293, 46),
    (0.02417, 47),
    (0.02574, 48),
    (0.02742, 49),
    (0.02935, 50),
    (0.03153, 51),
    (0.03395, 52),
    (0.03666, 53),
    (0.03942, 54),
    (0.04242, 55),
    (0.04597, 56),
    (0.04991, 57),
    (0.05411, 58),
    (0.05888, 59),
    (0.06438, 60),
    (0.07031, 61),
    (0.07647, 62),
    (0.08376, 63),
    (0.09100, 64),
    (0.09956, 65),
    (0.10866, 66),
    (0.11915, 67),
    (0.12982, 68),
    (0.14140, 69),
    (0.15469, 70),
    (0.16879, 71),
    (0.18347, 72),
    (0.19984, 73),
    (0.21775, 74),
    (0.23775, 75),
    (0.25973, 76),
    (0.28288, 77),
    (0.30788, 78),
    (0.33400, 79),
    (0.36357, 80),
    (0.39639, 81),
    (0.42991, 82),
    (0.46609, 83),
    (0.50414, 84),
    (0.54506, 85),
    (0.58765, 86),
    (0.63200, 87),
    (0.67562, 88),
    (0.72104, 89),
    (0.76299, 90),
    (0.80354, 91),
    (0.84117, 92),
    (0.87412, 93),
    (0.90376, 94),
    (0.92697, 95),
    (0.94725, 96),
    (0.96317, 97),
    (0.97441, 98),
    (0.98346, 99),
    (0.99012, 100)
]

life_table_female = [
    (0.00000, 0),
    (0.00287, 1),
    (0.00344, 2),
    (0.00367, 3),
    (0.00376, 4),
    (0.00383, 5),
    (0.00386, 6),
    (0.00391, 7),
    (0.00396, 8),
    (0.00402, 9),
    (0.00407, 10),
    (0.00416, 11),
    (0.00418, 12),
    (0.00423, 13),
    (0.00429, 14),
    (0.00438, 15),
    (0.00445, 16),
    (0.00459, 17),
    (0.00470, 18),
    (0.00492, 19),
    (0.00510, 20),
    (0.00529, 21),
    (0.00542, 22),
    (0.00566, 23),
    (0.00596, 24),
    (0.00615, 25),
    (0.00629, 26),
    (0.00643, 27),
    (0.00672, 28),
    (0.00697, 29),
    (0.00735, 30),
    (0.00759, 31),
    (0.00785, 32),
    (0.00821, 33),
    (0.00853, 34),
    (0.00890, 35),
    (0.00931, 36),
    (0.00973, 37),
    (0.01008, 38),
    (0.01057, 39),
    (0.01110, 40),
    (0.01172, 41),
    (0.01233, 42),
    (0.01298, 43),
    (0.01375, 44),
    (0.01467, 45),
    (0.01558, 46),
    (0.01681, 47),
    (0.01792, 48),
    (0.01914, 49),
    (0.02046, 50),
    (0.02199, 51),
    (0.02373, 52),
    (0.02593, 53),
    (0.02823, 54),
    (0.03061, 55),
    (0.03322, 56),
    (0.03630, 57),
    (0.03958, 58),
    (0.04312, 59),
    (0.04725, 60),
    (0.05158, 61),
    (0.05648, 62),
    (0.06189, 63),
    (0.06760, 64),
    (0.07412, 65),
    (0.08079, 66),
    (0.08803, 67),
    (0.09602, 68),
    (0.10522, 69),
    (0.11427, 70),
    (0.12507, 71),
    (0.13599, 72),
    (0.14782, 73),
    (0.16072, 74),
    (0.17556, 75),
    (0.19097, 76),
    (0.20864, 77),
    (0.22708, 78),
    (0.24742, 79),
    (0.26982, 80),
    (0.29441, 81),
    (0.32137, 82),
    (0.35159, 83),
    (0.38426, 84),
    (0.42011, 85),
    (0.45829, 86),
    (0.49993, 87),
    (0.54372, 88),
    (0.58983, 89),
    (0.63730, 90),
    (0.68691, 91),
    (0.73487, 92),
    (0.77997, 93),
    (0.82238, 94),
    (0.86010, 95),
    (0.89301, 96),
    (0.92068, 97),
    (0.94306, 98),
    (0.96075, 99),
    (0.97437, 100)
]

mortality_rate = [
    (0.00319, 0),
    (0.00054, 1),
    (0.00025, 2),
    (0.00010, 3),
    (0.00009, 4),
    (0.00006, 5),
    (0.00007, 6),
    (0.00005, 7),
    (0.00004, 8),
    (0.00004, 9),
    (0.00007, 10),
    (0.00005, 11),
    (0.00006, 12),
    (0.00007, 13),
    (0.00010, 14),
    (0.00011, 15),
    (0.00015, 16),
    (0.00012, 17),
    (0.00024, 18),
    (0.00029, 19),
    (0.00030, 20),
    (0.00025, 21),
    (0.00033, 22),
    (0.00040, 23),
    (0.00023, 24),
    (0.00027, 25),
    (0.00026, 26),
    (0.00040, 27),
    (0.00034, 28),
    (0.00035, 29),
    (0.00038, 30),
    (0.00033, 31),
    (0.00044, 32),
    (0.00040, 33),
    (0.00049, 34),
    (0.00055, 35),
    (0.00057, 36),
    (0.00052, 37),
    (0.00063, 38),
    (0.00067, 39),
    (0.00072, 40),
    (0.00086, 41),
    (0.00083, 42),
    (0.00102, 43),
    (0.00109, 44),
    (0.00118, 45),
    (0.00126, 46),
    (0.00137, 47),
    (0.00149, 48),
    (0.00166, 49),
    (0.00191, 50),
    (0.00214, 51),
    (0.00253, 52),
    (0.00261, 53),
    (0.00279, 54),
    (0.00321, 55),
    (0.00366, 56),
    (0.00391, 57),
    (0.00436, 58),
    (0.00508, 59),
    (0.00545, 60),
    (0.00590, 61),
    (0.00681, 62),
    (0.00699, 63),
    (0.00819, 64),
    (0.00865, 65),
    (0.00981, 66),
    (0.01043, 67),
    (0.01173, 68),
    (0.01277, 69),
    (0.01441, 70),
    (0.01504, 71),
    (0.01679, 72),
    (0.01868, 73),
    (0.02150, 74),
    (0.02357, 75),
    (0.02635, 76),
    (0.02878, 77),
    (0.03167, 78),
    (0.03653, 79),
    (0.04178, 80),
    (0.04597, 81),
    (0.05281, 82),
    (0.05932, 83),
    (0.06839, 84),
    (0.07708, 85),
    (0.08885, 86),
    (0.09923, 87),
    (0.11529, 88),
    (0.12773, 89),
    (0.14819, 90),
    (0.16523, 91),
    (0.18154, 92),
    (0.20516, 93),
    (0.22028, 94),
    (0.24571, 95),
    (0.26935, 96),
    (0.28725, 97),
    (0.31943, 98),
    (0.35714, 99)
]

mortality_rate_male = [
    (0.00350, 0),
    (0.00051, 1),
    (0.00027, 2),
    (0.00011, 3),
    (0.00010, 4),
    (0.00009, 5),
    (0.00009, 6),
    (0.00005, 7),
    (0.00003, 8),
    (0.00002, 9),
    (0.00006, 10),
    (0.00007, 11),
    (0.00007, 12),
    (0.00007, 13),
    (0.00010, 14),
    (0.00014, 15),
    (0.00016, 16),
    (0.00013, 17),
    (0.00025, 18),
    (0.00040, 19),
    (0.00040, 20),
    (0.00036, 21),
    (0.00041, 22),
    (0.00049, 23),
    (0.00026, 24),
    (0.00039, 25),
    (0.00038, 26),
    (0.00050, 27),
    (0.00043, 28),
    (0.00032, 29),
    (0.00052, 30),
    (0.00039, 31),
    (0.00051, 32),
    (0.00048, 33),
    (0.00060, 34),
    (0.00068, 35),
    (0.00071, 36),
    (0.00067, 37),
    (0.00078, 38),
    (0.00081, 39),
    (0.00082, 40),
    (0.00110, 41),
    (0.00100, 42),
    (0.00126, 43),
    (0.00125, 44),
    (0.00144, 45),
    (0.00127, 46),
    (0.00161, 47),
    (0.00173, 48),
    (0.00198, 49),
    (0.00225, 50),
    (0.00249, 51),
    (0.00281, 52),
    (0.00287, 53),
    (0.00312, 54),
    (0.00371, 55),
    (0.00413, 56),
    (0.00442, 57),
    (0.00504, 58),
    (0.00584, 59),
    (0.00634, 60),
    (0.00663, 61),
    (0.00789, 62),
    (0.00790, 63),
    (0.00942, 64),
    (0.01011, 65),
    (0.01176, 66),
    (0.01212, 67),
    (0.01331, 68),
    (0.01547, 69),
    (0.01669, 70),
    (0.01766, 71),
    (0.02004, 72),
    (0.02239, 73),
    (0.02557, 74),
    (0.02883, 75),
    (0.03127, 76),
    (0.03487, 77),
    (0.03774, 78),
    (0.04439, 79),
    (0.05157, 80),
    (0.05554, 81),
    (0.06345, 82),
    (0.07127, 83),
    (0.08253, 84),
    (0.09362, 85),
    (0.10755, 86),
    (0.11852, 87),
    (0.14004, 88),
    (0.15037, 89),
    (0.17111, 90),
    (0.19152, 91),
    (0.20744, 92),
    (0.23548, 93),
    (0.24119, 94),
    (0.27764, 95),
    (0.30180, 96),
    (0.30533, 97),
    (0.35356, 98),
    (0.40244, 99),
]

mortality_rate_female = [
    (0.00287, 0),
    (0.00057, 1),
    (0.00023, 2),
    (0.00009, 3),
    (0.00007, 4),
    (0.00003, 5),
    (0.00005, 6),
    (0.00005, 7),
    (0.00006, 8),
    (0.00005, 9),
    (0.00009, 10),
    (0.00002, 11),
    (0.00005, 12),
    (0.00006, 13),
    (0.00010, 14),
    (0.00007, 15),
    (0.00014, 16),
    (0.00011, 17),
    (0.00022, 18),
    (0.00018, 19),
    (0.00019, 20),
    (0.00013, 21),
    (0.00024, 22),
    (0.00030, 23),
    (0.00019, 24),
    (0.00015, 25),
    (0.00014, 26),
    (0.00029, 27),
    (0.00025, 28),
    (0.00038, 29),
    (0.00024, 30),
    (0.00027, 31),
    (0.00036, 32),
    (0.00032, 33),
    (0.00037, 34),
    (0.00042, 35),
    (0.00042, 36),
    (0.00036, 37),
    (0.00049, 38),
    (0.00054, 39),
    (0.00062, 40),
    (0.00062, 41),
    (0.00066, 42),
    (0.00078, 43),
    (0.00093, 44),
    (0.00093, 45),
    (0.00124, 46),
    (0.00113, 47),
    (0.00125, 48),
    (0.00134, 49),
    (0.00156, 50),
    (0.00178, 51),
    (0.00226, 52),
    (0.00236, 53),
    (0.00245, 54),
    (0.00269, 55),
    (0.00319, 56),
    (0.00340, 57),
    (0.00368, 58),
    (0.00432, 59),
    (0.00455, 60),
    (0.00516, 61),
    (0.00574, 62),
    (0.00608, 63),
    (0.00699, 64),
    (0.00721, 65),
    (0.00787, 66),
    (0.00877, 67),
    (0.01017, 68),
    (0.01012, 69),
    (0.01219, 70),
    (0.01248, 71),
    (0.01369, 72),
    (0.01514, 73),
    (0.01768, 74),
    (0.01870, 75),
    (0.02184, 76),
    (0.02330, 77),
    (0.02631, 78),
    (0.02977, 79),
    (0.03368, 80),
    (0.03821, 81),
    (0.04452, 82),
    (0.05039, 83),
    (0.05823, 84),
    (0.06584, 85),
    (0.07686, 86),
    (0.08756, 87),
    (0.10107, 88),
    (0.11573, 89),
    (0.13678, 90),
    (0.15317, 91),
    (0.17011, 92),
    (0.19273, 93),
    (0.21240, 94),
    (0.23521, 95),
    (0.25860, 96),
    (0.28224, 97),
    (0.31058, 98),
    (0.34692, 99),
]