def sunazel_lacc(JD, Lat=50.867387222, Lon=0.33612916666, H=75.357):
'''Sun's azimuth and elevation at given JD and geodetic location.
Low-precision algorithm'''
x, y, z = sunpos_lacc(JD)
az, el, r = cds.geo2azel(x, y, z, Lat, Lon, H)
return az, el, r
def sunazel_lacc(JD, Lat=50.867387222, Lon=0.33612916666, H=75.357):
'''Sun's azimuth and elevation at given JD and geodetic location.
Low-precision algorithm'''
x, y, z = sunpos_lacc(JD)
az, el, r = cds.geo2azel(x, y, z, Lat, Lon, H)
return az, el, r
def moonazel(JD=2448908.5, Lat=50.867387222, Lon=0.33612916666, H=75.357):
x, y, z = moonpos(JD)
az, el, r = cds.geo2azel(x, y, z, Lat, Lon, H)
return az, el, r
def moonazel(JD=2448908.5, Lat=50.867387222, Lon=0.33612916666, H=75.357):
x, y, z = moonpos(JD)
az, el, r = cds.geo2azel(x, y, z, Lat, Lon, H)
return az, el, r
