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Highlights from
A MATLAB Script for Predicting Transits of Mercury and Venus

  • aberatthis function corrects position vector for aberration of light.
  • anglesthis function converts a vector to angular quantities
  • applan1this function computes the apparent geocentric or topocentric place
  • atan3four quadrant inverse tangent
  • brentsolve for a single real root of a nonlinear equation
  • brootbracket a single root of a nonlinear equation
  • deg2dmsconvert decimal degrees to degrees,
  • esfunc(x)equinox/solstice objective function
  • etilt1this function computes quantities related to the orientation
  • findleap(jdate)find number of leap seconds for utc julian date
  • funargthis subroutine computes fundamental arguments (mean elements)
  • gast2this function computes the greenwich sidereal time
  • gdateconvert Julian date to Gregorian (calendar) date
  • geocenthis function moves the origin of coordinates from the
  • getdateinteractive request and input of calendar date
  • getobsinteractive request of observer coordinates
  • hrs2hmsconvert decimal hours to hours,
  • jd2str(jdate)convert Julian date to string equivalent
  • jplephemreads the jpl planetary ephemeris and gives
  • julianJulian date
  • minimaone-dimensional minimization
  • nutate1this function nutates equatorial rectangular coordinates from
  • precessthis function precesses equatorial rectangular coordinates from
  • readleapread leap seconds data file
  • solsyspurpose
  • sunfldthis function corrects position vector for the deflection
  • tdtimesthis function computes the terrestrial time (tt)
  • terrathis functions computes the position and velocity vectors of
  • traeventpredict transit events
  • tranfunc(x)transit objective function
  • tranprt(iflag, jdutc)print transit conditions
  • utc2tdbconvert UTC julian date to TDB julian date
  • utc2tdtconvert UTC julian date to TDT julian date
  • transit.m
  • equsol.m
  • View all files

A MATLAB Script for Predicting Transits of Mercury and Venus

by

David Eagle (view profile)

 

07 Dec 2012 (Updated )

Local circumstances of solar transits of the planets Mercury and Venus.

transit.zip
aberat.m
angles.m
applan1.m
atan3.m
brent.m
broot.m
deg2dms.m
equsol.m
esfunc.m
etilt1.m
findleap.m
funarg.m
gast2.m
gdate.m
geocen.m
getdate.m
getobs.m
hrs2hms.m
jd2str.m
jplephem.m
julian.m
license.txt
minima.m
nutate1.m
precess.m
readleap.m
solsys.m
sunfld.m
tai-utc.dat
tdtimes.m
terra.m
traevent.m
tranfunc.m
tranprt.m
transit.m
transit.pdf
transit_mice.zip
utc2tdb.m
utc2tdt.m

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