PyEphem Cracked Version is a Python library to access and update astronomical data for solar and lunar observation from a variety of sources.PyEphem Activation Code Features:* Comprehensive Time and Date calculation* Moon and Moon phase calculation* Fuzzy Object location and orbit calculations* See A.D. dates for astronomical calculations* Visualize orbits of inner planets and moons* Interactive orbital solutions* Queries from the Copernicus DatabaseThe following query is provided as a simple example of using PyEphem:from pyephem import getephem, getsun, lcoal, n_objs,objnames, date_queryThe following plots show the relationship between the Moon, Sun, and planets during one new moon and four full moons.The top plot shows the Moon and Earth’s path around the Sun. The Moon’s altitude and azimuth are calculated to relative precision of better than 0.1 arcseconds. The Python code that creates this image can be downloaded by clicking here.The bottom plot shows the positions of the Moon, Earth, and Sun for 15 minutes for one full moon. The visualization is dynamic and the Moon rises, transits, and sets in the center of the display.There are three methods available for tracking known asteroids and comets. From the configuration screen, select New_Object to create a new object. New_Object allows to you quickly create a new object which is a great function if you need to check the positions of objects quickly.New_Orb allows you to create a new orbit around a given object or a newly calculated orbit around a given object. The program can handle both spherical and cartesian representations of an orbit.New_Orb_Between allows you to enter a range in degrees which allows for quick viewing of objects in this range.New_Orb_Snap allows you to calculate an orbit around any object or set of object at a specified distance.The following code illustrates using new_orb() to calculate an orbit around the asteroid 162173 1999 QF9 using a spherical orbit and a distance of 1AU (1 AU is the distance between the Earth and Sun):from pyephem import getephemfrom pyephem.ephem import getsunephem_object = getephem()ephem_object.setsun(getsun.Sun())# Create a new orbit using defaults 08929e5ed8