ms-e

Analysis of Sequence Codes of Month Co-ordinates (U,Z) and Numerology (N)

N=01:(1,0)	N=02:(2,1)	N=03:(3,2)	N=04:(4,3)	N=05:(5,4)	N=06:(6,5)	N=07:(7,6)	N=08:(8,7)	N=09:(9,8)	N=10:(10,9)
N=11:(1,10)	N=12:(2,11)	N=13:(3,0)	N=14:(4,1)	N=15:(5,2)	N=16:(6,3)	N=17:(7,4)	N=18:(8,5)	N=19:(9,6)	N=20:(10,7)
N=21:(1,8)	N=22:(2,9)	N=23:(3,10)	N=24:(4,11)	N=25:(5,0)	N=26:(6,1)	N=27:(7,2)	N=28:(8,3)	N=29:(9,4)	N=30:(10,5)
N=31:(1,6)	N=32:(2,7)	N=33:(3,8)	N=34:(4,9)	N=35:(5,10)	N=36:(6,11)	N=37:(7,0)	N=38:(8,1)	N=39:(9,2)	N=40:(10,3)
N=41:(1,4)	N=42:(2,5)	N=43:(3,6)	N=44:(4,7)	N=45:(5,8)	N=46:(6,9)	N=47:(7,10)	N=48:(8,11)	N=49:(9,0)	N=50:(10,1)
N=51:(1,2)	N=52:(2,3)	N=53:(3,4)	N=54:(4,5)	N=55:(5,6)	N=56:(6,7)	N=57:(7,8)	N=58:(8,9)	N=59:(9,10)	N=60:(10,11)

The `U-coordinate' of Month Code on X-axis

U=1	U=2	U=3	U=4	U=5	U=6	U=7	U=8	U=9	U=10
A	B	C	D	E	F	G	H	I	J
GAP	EUT	BIM	DIM	MOO	GAI	GEN	SUN	YAM	QUI

The `Z-coordinate' of Month Code on Y-axis

Z=0	Z=1	Z=2	Z=3	Z=4	Z=5	Z=6	Z=7	Z=8	Z=9	Z=10	Z=11
A	B	C	D	E	F	G	H	I	J	K	L
CHI	CHO	YAN	MOU	SEN	CHJ	NGG	MEI	SAN	YAU	SHT	HOI

Analysis of 60 Month Codes (MC): Table #1

A0:GAP-CHI	B1:EUT-CHO	C2:BIM-YAN	D3:DIM-MOU	E4:MOO-SEN	F5:GAI-CHJ	G6:GEN-NGG	H7:SUN-MEI	I8:YAM-SAN	J9:QUI-YAU
A10:GAP-SHT	B11:EUT-HOI	C0:BIM-CHI	D1:DIM-CHO	E2:MOO-YAN	F3:GAI-MOU	G4:GEN-SEN	H5:SUN-CHJ	I6:YAM-NGG	J7:QUI-MEI
A8:GAP-SAN	B9:EUT-YAU	C10:BIM-SHT	D11:DIM-HOI	E0:MOO-CHI	F1:GAI-CHO	G2:GEN-YAN	H3:SUN-MOU	I4:YAM-SEN	J5:QUI-CHJ
A6:GAP-NGG	B7:EUT-MEI	C8:BIM-SAN	D9:DIM-YAU	E10:MOO-SHT	F11:GAI-HOI	G0:GEN-CHI	H1:SUN-CHO	I2:YAM-YAN	J3:QUI-MOU
A4:GAP-SEN	B5:EUT-CHJ	C6:BIM-NGG	D7:DIM-MEI	E8:MOO-SAN	F9:GAI-YAU	G10:GEN-SHT	H11:SUN-HOI	I0:YAM-CHI	J1:QUI-CHO
A2:GAP-YAN	B3:EUT-MOU	C4:BIM-SEN	D5:DIM-CHJ	E6:MOO-NGG	F7:GAI-MEI	G8:GEN-SAN	H9:SUN-YAU	I10:YAM-SHT	J11:QUI-HOI

Analysis of 60 Month Codes (MC): Table #2

1A:GAP-CHI	2B:EUT-CHO	3C:BIM-YAN	4D:DIM-MOU	5E:MOO-SEN	6F:GAI-CHJ	7G:GEN-NGG	8H:SUN-MEI	9I:YAM-SAN	10J:QUI-YAU
1K:GAP-SHT	2L:EUT-HOI	3A:BIM-CHI	4B:DIM-CHO	5C:MOO-YAN	6D:GAI-MOU	7E:GEN-SEN	8F:SUN-CHJ	9G:YAM-NGG	10H:QUI-MEI
1I:GAP-SAN	2J:EUT-YAU	3K:BIM-SHT	4L:DIM-HOI	5A:MOO-CHI	6B:GAI-CHO	7C:GEN-YAN	8D:SUN-MOU	9E:YAM-SEN	10F:QUI-CHJ
1G:GAP-NGG	2H:EUT-MEI	3I:BIM-SAN	4J:DIM-YAU	5K:MOO-SHT	6L:GAI-HOI	7A:GEN-CHI	8B:SUN-CHO	9C:YAM-YAN	10D:QUI-MOU
1E:GAP-SEN	2F:EUT-CHJ	3G:BIM-NGG	4H:DIM-MEI	5I:MOO-SAN	6J:GAI-YAU	7K:GEN-SHT	8L:SUN-HOI	9A:YAM-CHI	10B:QUI-CHO
1C:GAP-YAN	2D:EUT-MOU	3E:BIM-SEN	4F:DIM-CHJ	5G:MOO-NGG	6H:GAI-MEI	7I:GEN-SAN	8J:SUN-YAU	9K:YAM-SHT	10L:QUI-HOI

Analysis of 60 Month Codes (MC): Table #3

01: AA	02: BB	03: CC	04: DD	05: EE	06: FF	07: GG	08: HH	09: II	10: JJ
11: AK	12: BL	13: CA	14: DB	15: EC	16: FD	17: GE	18: HF	19: IG	20: JH
21: AI	22: BJ	23: CK	24: DL	25: EA	26: FB	27: GC	28: HD	29: IE	30: JF
31: AG	32: BH	33: CI	34: DJ	35: EK	36: FL	37: GA	38: HB	39: IC	40: JD
41: AE	42: BF	43: CG	44: DH	45: EI	46: FJ	47: GK	48: HL	49: IA	50: JB
51: AC	52: BD	53: CE	54: DF	55: EG	56: FH	57: GI	58: HJ	59: IK	60: JL

Analysis of 60 Month Codes (MC): Table #4

01:GAP-CHI	02:EUT-CHO	03:BIM-YAN	04:DIM-MOU	05:MOO-SEN	06:GAI-CHJ	07:GEN-NGG	08:SUN-MEI	09:YAM-SAN	10:QUI-YAU
11:GAP-SHT	12:EUT-HOI	13:BIM-CHI	14:DIM-CHO	15:MOO-YAN	16:GAI-MOU	17:GEN-SEN	18:SUN-CHJ	19:YAM-NGG	20:QUI-MEI
21:GAP-SAN	22:EUT-YAU	23:BIM-SHT	24:DIM-HOI	25:MOO-CHI	26:GAI-CHO	27:GEN-YAN	28:SUN-MOU	29:YAM-SEN	30:QUI-CHJ
31:GAP-NGG	32:EUT-MEI	33:BIM-SAN	34:DIM-YAU	35:MOO-SHT	36:GAI-HOI	37:GEN-CHI	38:SUN-CHO	39:YAM-YAN	40:QUI-MOU
41:GAP-SEN	42:EUT-CHJ	43:BIM-NGG	44:DIM-MEI	45:MOO-SAN	46:GAI-YAU	47:GEN-SHT	48:SUN-HOI	49:YAM-CHI	50:QUI-CHO
51:GAP-YAN	52:EUT-MOU	53:BIM-SEN	54:DIM-CHJ	55:MOO-NGG	56:GAI-MEI	57:GEN-SAN	58:SUN-YAU	59:YAM-SHT	60:QUI-HOI

The Month Set Formula (MS): m={U-3-2x{R[y/10] (Mod 5)} (Mod 10)} (Mod 12) or m=Z (Mod 12)

Explanation

In the `Month Code' (U,Z), `U' is called the `Stem' of the `Month Code' and `Z' is called the `Root' of the `Month Code' in `Prediction Technology and Forensic Mathematics' (PT&FM). The value of `U' shows the alphabetical order of the letter that it represents. For example, U=6 means `F'. The value of `Z' is the solar month. It also shows the location of the root of the month. It equals to the zone number in the space of the universe in `Prediction Technology and Forensic Mathematics' (PT&FM). `R[y/10]' is a remainder function such that it takes the remainder of the solar year, `y', divided by 10. `R=(Mod 5)' is a modulated function such that if R>5 then `R' becomes `R-5' and if R<1 then `R' becomes `R+5'. Thus, the value range of `R=(Mod 5)' is from 1 to 5. `m=(Mod 10)' is a modulated function such that if m>10 then `m' becomes `m-10' and if m<1 then `m' becomes `m+10'. Thus, the value range of `m=(Mod 10)' is from 1 to 10. `m=(Mod 12)' is a modulated function such that if m>12 then `m' becomes `m-12' and if m<1 then `m' becomes `m+12'. Thus, the value range of `m=(Mod 12)' is from 1 to 12. The `Month Code' (MC) can be found from the table of `Sequence Code of Month Co-ordinates' by the `Month Co-ordinates' (U,Z). The `Month Set' Formula is used to find the set of sexagesimal months by a `Month Code' in a set of sexagesimal years with same `Year Code' in Gregorian calendar. `y' is the solar year after `Joint of February', roughly on 4th of February in Gregorian calendar, and `m' is the solar month after `Joint of Month'. If the date is before `Joint of Month', the value of `m' is equal to previous month. Assume the `Month Code' (MC) is (U,Z). The Month Set Formula is: m={U-3-2x{R[y/10] (Mod 5)} (Mod 10)} (Mod 12) or m=Z (Mod 12)

Example

If the `Month Code' (MC) is `F7', find the month in Gregorian calendar. `F' stands for the stem (U) of month U=6 because `F' is the sixth letter in alphabetical order. The root (Z) of month is Z=7. Assume the codes of a time strap of a month in a specified year y=1958 is `E10F7', where the year code YC=E10 and it can represent that y=1958. Apply the first formula. If m={U-3-2x{R[y/10] (Mod 5)} (Mod 10)} (Mod 12) and y=1958, then m={6-3-2x{R[1958/10] (Mod 5)} (Mod 10)} (Mod 12). m={3-2x{8 (Mod 5)} (Mod 10)} (Mod 12). m={3-2x{8-5} (Mod 10)} (Mod 12). m={3-2x3 (Mod 10)} (Mod 12). m={-3 (Mod 10)} (Mod 12). m={10-3} (Mod 12). m=7 (Mod 12). m=7. It means the seventh month in the solar year. It is July. Or, apply the second formula m=Z (Mod 12). m=7 (Mod 12). m=7. The month is July. Assume the codes of a time strap of a month in a specified year y=2004 is `A8C0', where the year code YC=A8 and it can represent that y=2004. Apply the first formula. If m={U-3-2x{R[y/10] (Mod 5)} (Mod 10)} (Mod 12) and y=2004, then m={1-3-2x{R[2004/10] (Mod 5)} (Mod 10)} (Mod 12). m={-2-2x{4 (Mod 5)} (Mod 10)} (Mod 12). m={-2-2x{4} (Mod 10)} (Mod 12). m={-2-2x4 (Mod 10)} (Mod 12). m={-10 (Mod 10)} (Mod 12). m={10-10} (Mod 12). m=0 (Mod 12). m=0+12. m=12. It means the twelfth month in the solar year. It is December. Or, apply the second formula m=Z (Mod 12). m=0 (Mod 12). m=0+12. m=12. The month is December.