Program for calculation eclipses has an accuracy of a few minutes for dates between 1000 and 3000 years, but you can calculate also 2000 b.c. (-2000). I took partially algorithms from Jean-Marc Baillard, with his kind permission.
Flag:
F02 is set to indicate a Hybrid ( solar ) eclipse.
F04 is set to a list for one eclipse (set automaticly after first run the program)
F04 is clear to a list of incoming nine eclipses
For a Lunar Eclipse:
m = magnitude of the umbral eclipse m , m' > 1 for a total eclipse, if m < 0 there is no umbral eclipse
m' = magnitude of the penumbral eclipse m , m' < 1 for a partial eclipse
For a Solar Eclipse:
m = magnitude of the eclipse m > 1 for a total or hybrid eclipse m < 1 for a partial eclipse
m' = 0 for a partial eclipse
m' = 1 for an annular eclipse
m' = m for a total or hybrid eclipse
Instructions for using the program:
XEQ "ImpElc"
DATE YYYY.MMDD (for example 2012.0501)
Input the approximate date of a possible eclipse
HOUR HH.MM (for example 1)
Input the approximate hour of a possible eclipse
LAT. 0=skip (for example 14.52), West has sign minus.
Input Latitude (DD.MMSS) or skip if you made that (push R/S)
LONG. (for example 50.15)
Input Longitude (DD.MMSS)
Now you can see first eclipse the first possible date of the eclipse.
YYYY.MNDD is the date of the eclipse
HH.MNSS is the time of maximum eclipse
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List of eclipses (Flag 04 is clear)
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This is eclipse compute by AlmSun software.
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Lunar and Solar Eclipses
Lunar and Solar Eclipses
- Attachments
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- eclipse.raw
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Last edited by Josef on Wed Mar 31, 2021 7:12 am, edited 2 times in total.
Re: Lunar and Solar Eclipses
nice!
Very compliments.
Salvo
Very compliments.
Salvo
∫aL√0mic (IT9CLU) :: DM42 (SN: 00881), DM41X (SN 00523), DM16, HP Prime, 50g, 41CX, 42s, 71b, 15C, 12C, 35s, WP34s -- Free42
Re: Lunar and Solar Eclipses
Thank you Salvo!!