2-12 Eclipse Finder باحث عن الكسوف

Eclipse Finder باحث عن الكسوف


برنامج للبحث عن الظواهر الفلكيه ويعطيك حسابات عن الكسوف القادم
برنامج لمن يهتم بهذه الظواهر الفلكيه




Eclipse Finder for S60 Devices
This is the world's most amazing Tiny Astronomical application for MIDP 2.0 devices, can calculate the Detailed Information of any Solar and Lunar Eclipses Phenomenon with extreme accuracy. This one is very suitable for Hobby or Professional Astronomer. The output of the software is full of Scientific info and suitable for Reasearchers and Eclipse Chasers. Also this application may be employed for Archaeoastronomy, as it has the challanging accuracy with NASA's Report.

Features at a glance:-
Detailed Report of Global Solar Eclipses including,
Date of Eclipse, Type of Eclipse,
Detailed Level of Timings of Begining / End of Partial Eclipse, Begining / End of Tatality.
Time of Max Eclipse, Geographical Latitude / Longitude of Maximum Eclipse.
Ratio of Lunar to Solar Diameter, Fraction of Sun disc covered by moon (obscuratio),
Diameter of Core Shadow in kilometer,angular distance of sun and moon.

Detailed Report of Local Solar Eclipses Phenomenon for a given Latitude/Longitude/timezone,
Date of Eclipse, Type of Eclipse,
Detailed Level of Timings of Begining / End of Partial Eclipse, Begining / End of Tatality.
Time of Max Eclipse, Geographical Latitude / Longitude of Maximum Eclipse.
Ratio of Lunar to Solar Diameter, Fraction of Sun disc covered by moon (obscuratio),
Diameter of Core Shadow in kilometer,angular distance of sun and moon.


Detailed of Lunar Eclipses including timings of partial / total / Pneumbral magnitude etc.

Wide date range for calculation from 3000 BC to 3000 AD
automatic conversion of internal calendar system from Georgian to Julian before 15th october, 1582.

if u want the BC range, input the year in astronomical year, i.e. for BC 1235, u should enter year as -1234 (one difference)..

whats most amazing is its accuracy, and extremely suitable for historycal phenomenon research i.e. for Archaeoastronomy..
the report are fully comparable with NASA's report
as an example for the solar eclipse on 01/08/2008

the NASA bulletin shows the time of Max eclipse as 10:22:12.1 Terrestrial Dynamical Time and ?T = 65.6 s, so to get actual GMT time subtract delta t from TDT, and we are getting time of max. eclipse 10:21:6.5, see the link.
[عزيزي الزائر يتوجب عليك التسجيل للمشاهدة الرابطللتسجيل اضغط هنا]

from the screen shot of my software u can see the time of max. eclipse as 10:21:6.66am

so is not it good ?
Courtesy: Espenek (NASA) helped me a lot to build the routines...

supports any MIDP 2.0 device, (may be a little slower for some devices as it involves huge calculation