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| def | get_astrodate (delta_seconds) |
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| def | isLeapYear (yyyy) |
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| def | increment_seconds_to_date (delta) |
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| def | initReduc (filename) |
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| def | getEDFData (filename, year, mon, day) |
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| def | parseEDFfile (filename, skiphdr=0) |
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| def | getLSData (filename, year, mon, day) |
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| def | parseLSfile (filename, skiphdr=0) |
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| def | polarm (xp, yp) |
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| def | quat_to_rot (q) |
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| def | hms2ut (Hr, Minute, Sec) |
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| def | ut2hms (UTSec) |
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| def | JDay (Year, Mon, Day, Hr, minute, Sec) |
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| def | precession (TTT) |
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| def | nutation (TTT, nut_data) |
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| def | sidereal (jdut1, DeltaPsi, MeanEps, Omega, LOD, terms) |
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| def | gstime (jd) |
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| def | ecef2latlon (xyz) |
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| def | wgs84_intercept (rsc, u) |
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| def | solar_geometry (iyr, imn, idy, xh, xm, xs, xlat, xlong) |
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| def | suncor (iday, month, iyr, tz) |
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| def | julian (iday, month, iyr) |
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| def | hazel (h, d, xlat) |
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| def | solcor (jd, fjd) |
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| def | frac2DegMinSec (fracd, fracm, fracs) |
| |
|
| dictionary | MMM = {'JAN':1,'FEB':2,'MAR':3,'APR':4,'MAY':5,'JUN':6,'JUL':7,'AUG':8,'SEP':9,'OCT':10,'NOV':11,'DEC':12} |
| |
| list | edf_delimiter = [2,2,2,9,3,9,9,1,9,9,3,10,10,1,7,7] |
| |
| list | edf_usecols = [0,1,2,5,8,11,14] |
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| list | edf_dtype = [np.int32,np.int32,np.int32,np.float64,np.float64,np.float64,np.float64] |
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| list | edf_names = ['year','month','day','pmx','pmy','ut1mutc','loda'] |
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| list | ls_delimiter = [6,3,3,5,10,10,12] |
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| list | ls_usecols = [0,1,2,6] |
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| list | ls_dtype = [np.int32,(np.str_,3),np.int32,np.float64] |
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| list | ls_names = ['yfo','mco','dfo','taimutco'] |
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| float | rad2Deg = 180.0/np.pi |
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| float | deg2Rad = np.pi/180.0 |
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| float | as2Deg = 1.0/3600.0 |
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| float | as2Rad = as2Deg*deg2Rad |
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