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Firdriyyt Table © 2010 Benjamin N. Dykes, PhD DIURNAL BIRTHS NOCTURNAL BIRTHS PERIOD AGE PERIOD AGE Q 10 years 0 – 10 R 9 years 0 – 9 Q Q 1.428 0.000 – 1.428 R R 1.286 0.000 – 1.286 Q T 1.428 1.428 – 2.856 R W 1.286 1.286 – 2.572 Q S 1.428 2.856 – 4.284 R V 1.286 2.572 – 3.858 Q R 1.428 4.284 – 5.712 R U 1.286 3.858 – 5.144 Q W 1.428 5.712 – 7.140 R Q 1.286 5.144 – 6.430 Q V 1.428 7.140 – 8.568 R T 1.286 6.430 – 7.716 Q U 1.428 8.568 – 10.00 R S 1.286 7.716 – 9.000 T 8 years 10 – 18 W 11 years 9 – 20 T T 1.143 10.000 – 11.143 W W 1.571 9.000 – 10.571 T S 1.143 11.143 – 12.286 W V 1.571 10.571 – 12.142 T R 1.143 12.286 – 13.429 W U 1.571 12.142 – 13.713 T W 1.143 13.429 – 14.572 W Q 1.571 13.713 – 15.284 T V 1.143 14.572 – 15.715 W T 1.571 15.284 – 16.855 T U 1.143 15.715 – 16.858 W S 1.571 16.855 – 18.426 T Q 1.143 16.858 – 18.000 W R 1.571 18.426 – 20.000 S 13 years 18 – 31 V 12 years 20 – 32 S S 1.857 18.000 – 19.857 V V 1.714 20.000 – 21.714 S R 1.857 19.857 – 21.714 V U 1.714 21.714 – 23.428 S W 1.857 21.714 – 23.571 V Q 1.714 23.428 – 25.142 S V 1.857 23.571 – 25.428 V T 1.714 25.142 – 26.856 S U 1.857 25.428 – 27.285 V S 1.714 26.856 – 28.570 S Q 1.857 27.285 – 29.142 V R 1.714 28.570 – 30.284 S T 1.857 29.142 – 31.000 V W 1.714 30.284 – 32.000 R 9 years 31 – 40 U 7 years 32 – 39 R R 1.286 31.000 – 32.286 U U 1 32.000 – 33.000 R W 1.286 32.286 – 33.572 U Q 1 33.000 – 34.000 R V 1.286 33.572 – 34.858 U T 1 34.000 – 35.000 R U 1.286 34.858 – 36.144 U S 1 35.000 – 36.000 R Q 1.286 36.144 – 37.430 U R 1 36.000 – 37.000 R T 1.286 37.430 – 38.716 U W 1 37.000 – 38.000 R S 1.286 38.716 – 40.000 U V 1 38.000 – 39.000 W 11 years 40 – 51 Q 10 years 39 – 49 W W 1.571 40.000 – 41.571 Q Q 1.428 39.000 – 40.428 W V 1.571 41.571 – 43.142 Q T 1.428 40.428 – 41.856 W U 1.571 43.142 – 44.713 Q S 1.428 41.856 – 43.284 W Q 1.571 44.713 – 46.284 Q R 1.428 43.284 – 44.712 W T 1.571 46.284 – 47.855 Q W 1.428 44.712 – 46.140 W S 1.571 47.855 – 49.426 Q V 1.428 46.140 – 47.568 W R 1.571 49.426 – 51.000 Q U 1.428 47.568 – 49.000 V 12 years 51 – 63 T 8 years 49 – 57 V V 1.714 51.000 – 52.714 T T 1.143 49.000 – 50.143 V U 1.714 52.714 – 54.428 T S 1.143 50.143 – 51.286 V Q 1.714 54.428 – 56.142 T R 1.143 51.286 – 52.429 V T 1.714 56.142 – 57.856 T W 1.143 52.429 – 53.572 V S 1.714 57.856 – 59.570 T V 1.143 53.572 – 54.715 V R 1.714 59.570 – 61.284 T U 1.143 54.715 – 55.858 V W 1.714 61.284 – 63.000 T Q 1.143 55.858 – 57.000 U 7 years 63 – 70 S 13 years 57 – 70 U U 1 63.000 – 64.000 S S 1.857 57.000 – 58.857 U Q 1 64.000 – 65.000 S R 1.857 58.857 – 60.714 U T 1 65.000 – 66.000 S W 1.857 60.714 – 62.571 U S 1 66.000 – 67.000 S V 1.857 62.571 – 64.428 U R 1 67.000 – 68.000 S U 1.857 64.428 – 66.285 U W 1 68.000 – 69.000 S Q 1.857 66.285 – 68.142 U V 1 69.000 – 70.000 S T 1.857 68.142 – 70.000 < 3 years 70 – 73 < 3 years 70 – 73 This table follows Abu Ma’shar in placing the Nodes at the end of both sequences. (Later astro- logers sometimes put the Nodes after Mars in both diurnal and nocturnal sequences.) Years are calculated from birthday to birth- day. To convert a period into months and days, multiply the partial year by 12 to yield months; multiply the partial month by 30 to yield the approximate number of days. For example, let there be a diurnal birth on August 1 st , 1950. The Sun-Sun period will last from age 0 to age 1.428. Remove the 1 and consider it 1 year: this reaches August 1, 1951. Multiply the remainder (.428) by 12 to yield 5.136 months: 5 months reaches January 1, 1952. Multiply the remainder (.136) by 30 to yield approximately 4.08 days: 4 days reaches January 5, 1952. Therefore, the Sun-Sun period will last 1 year, 5 months, and 4 days from birth: until January 5, 2002, when the native is age 1.428. To identify the current period and its length, compare the native’s age to the table. Let there be a nocturnal birth on August 1, 1950. Let the current date be September 15, 1990: 1 month and 14 days after the native turned 40 years old. Divide the 14 days by 30 to convert them into a partial month (.466), yielding 1.466 months after the birthday. Divide by 12 convert the months into a partial year (.122): the native is currently 40.122 years old. Find this age in the nocturnal sequence: the native is currently in the Sun-Sun period until age 40.428. To determine when this period will end, multiply .428 by 12 to yield 5.136 months. Multiply .136 by 30 to yield 4.08 days. Add to the birthday: the native will be in the Sun-Sun period until January 5, 1992. > 2 years 73 – 75 > 2 years 73 – 75

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Table for a medieval astrological predictive technique based on whether was born during the day or at night.

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Page 1: Firdaria Table

Firdriyyt Table © 2010 Benjamin N. Dykes, PhD

DIURNAL BIRTHS NOCTURNAL BIRTHS

PERIOD AGE PERIOD AGE Q 10 years 0 – 10 R 9 years 0 – 9

Q Q 1.428 0.000 – 1.428 R R 1.286 0.000 – 1.286 Q T 1.428 1.428 – 2.856 R W 1.286 1.286 – 2.572 Q S 1.428 2.856 – 4.284 R V 1.286 2.572 – 3.858 Q R 1.428 4.284 – 5.712 R U 1.286 3.858 – 5.144 Q W 1.428 5.712 – 7.140 R Q 1.286 5.144 – 6.430 Q V 1.428 7.140 – 8.568 R T 1.286 6.430 – 7.716 Q U 1.428 8.568 – 10.00 R S 1.286 7.716 – 9.000

T 8 years 10 – 18 W 11 years 9 – 20 T T 1.143 10.000 – 11.143 W W 1.571 9.000 – 10.571 T S 1.143 11.143 – 12.286 W V 1.571 10.571 – 12.142 T R 1.143 12.286 – 13.429 W U 1.571 12.142 – 13.713 T W 1.143 13.429 – 14.572 W Q 1.571 13.713 – 15.284 T V 1.143 14.572 – 15.715 W T 1.571 15.284 – 16.855 T U 1.143 15.715 – 16.858 W S 1.571 16.855 – 18.426 T Q 1.143 16.858 – 18.000 W R 1.571 18.426 – 20.000

S 13 years 18 – 31 V 12 years 20 – 32 S S 1.857 18.000 – 19.857 V V 1.714 20.000 – 21.714 S R 1.857 19.857 – 21.714 V U 1.714 21.714 – 23.428 S W 1.857 21.714 – 23.571 V Q 1.714 23.428 – 25.142 S V 1.857 23.571 – 25.428 V T 1.714 25.142 – 26.856 S U 1.857 25.428 – 27.285 V S 1.714 26.856 – 28.570 S Q 1.857 27.285 – 29.142 V R 1.714 28.570 – 30.284 S T 1.857 29.142 – 31.000 V W 1.714 30.284 – 32.000

R 9 years 31 – 40 U 7 years 32 – 39 R R 1.286 31.000 – 32.286 U U 1 32.000 – 33.000 R W 1.286 32.286 – 33.572 U Q 1 33.000 – 34.000 R V 1.286 33.572 – 34.858 U T 1 34.000 – 35.000 R U 1.286 34.858 – 36.144 U S 1 35.000 – 36.000 R Q 1.286 36.144 – 37.430 U R 1 36.000 – 37.000 R T 1.286 37.430 – 38.716 U W 1 37.000 – 38.000 R S 1.286 38.716 – 40.000 U V 1 38.000 – 39.000

W 11 years 40 – 51 Q 10 years 39 – 49 W W 1.571 40.000 – 41.571 Q Q 1.428 39.000 – 40.428 W V 1.571 41.571 – 43.142 Q T 1.428 40.428 – 41.856 W U 1.571 43.142 – 44.713 Q S 1.428 41.856 – 43.284 W Q 1.571 44.713 – 46.284 Q R 1.428 43.284 – 44.712 W T 1.571 46.284 – 47.855 Q W 1.428 44.712 – 46.140 W S 1.571 47.855 – 49.426 Q V 1.428 46.140 – 47.568 W R 1.571 49.426 – 51.000 Q U 1.428 47.568 – 49.000

V 12 years 51 – 63 T 8 years 49 – 57 V V 1.714 51.000 – 52.714 T T 1.143 49.000 – 50.143 V U 1.714 52.714 – 54.428 T S 1.143 50.143 – 51.286 V Q 1.714 54.428 – 56.142 T R 1.143 51.286 – 52.429 V T 1.714 56.142 – 57.856 T W 1.143 52.429 – 53.572 V S 1.714 57.856 – 59.570 T V 1.143 53.572 – 54.715 V R 1.714 59.570 – 61.284 T U 1.143 54.715 – 55.858 V W 1.714 61.284 – 63.000 T Q 1.143 55.858 – 57.000

U 7 years 63 – 70 S 13 years 57 – 70 U U 1 63.000 – 64.000 S S 1.857 57.000 – 58.857 U Q 1 64.000 – 65.000 S R 1.857 58.857 – 60.714 U T 1 65.000 – 66.000 S W 1.857 60.714 – 62.571 U S 1 66.000 – 67.000 S V 1.857 62.571 – 64.428 U R 1 67.000 – 68.000 S U 1.857 64.428 – 66.285 U W 1 68.000 – 69.000 S Q 1.857 66.285 – 68.142 U V 1 69.000 – 70.000 S T 1.857 68.142 – 70.000

< 3 years 70 – 73 < 3 years 70 – 73

This table follows Abu Ma’shar in placing the Nodes at the end of both sequences. (Later astro- logers sometimes put the Nodes after Mars in both diurnal and nocturnal sequences.) Years are calculated from birthday to birth- day. To convert a period into months and days, multiply the partial year by 12 to yield months; multiply the partial month by 30 to yield the approximate number of days. For example, let there be a diurnal birth on August 1st, 1950. The Sun-Sun period will last from age 0 to age 1.428. Remove the 1 and consider it 1 year: this reaches August 1, 1951. Multiply the remainder (.428) by 12 to yield 5.136 months: 5 months reaches January 1, 1952. Multiply the remainder (.136) by 30 to yield approximately 4.08 days: 4 days reaches January 5, 1952. Therefore, the Sun-Sun period will last 1 year, 5 months, and 4 days from birth: until January 5, 2002, when the native is age 1.428. To identify the current period and its length, compare the native’s age to the table. Let there be a nocturnal birth on August 1, 1950. Let the current date be September 15, 1990: 1 month and 14 days after the native turned 40 years old. Divide the 14 days by 30 to convert them into a partial month (.466), yielding 1.466 months after the birthday. Divide by 12 convert the months into a partial year (.122): the native is currently 40.122 years old. Find this age in the nocturnal sequence: the native is currently in the Sun-Sun period until age 40.428. To determine when this period will end, multiply .428 by 12 to yield 5.136 months. Multiply .136 by 30 to yield 4.08 days. Add to the birthday: the native will be in the Sun-Sun period until January 5, 1992. > 2 years 73 – 75

> 2 years 73 – 75

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