AsteroidalOrbit
net.aerith.misao.util.
Orbit
+
EQUINOX_J2000
:int
+
EQUINOX_B1950
:int
#
equinox
:int
#
threshold_radian
:double
#
threshold_day
:double
#
magnitude_formula
:
MagnitudeFormula
+
Orbit
()
+
getPerihelionDate
() :
JulianDay
+
getArgumentOfPerihelion
() :double
+
getAscendingNode
() :double
+
getInclination
() :double
+
getEccentricity
() :double
+
getPerihelionDistance
() :double
+
getAphelionDistance
() :double
+
getSemiMajorAxis
() :double
+
getSemiMinorAxis
() :double
+
getMeanMotion
() :double
+
getPeriod
() :double
+
getEclipticCoordinatesOfPerihelion
() :
Coor
+
setMagnitudeFormula
(
MagnitudeFormula
formula) :void
+
calculateEphemeris
(
JulianDay
jd) :
EphemerisRecord
net.aerith.misao.util.
AsteroidalOrbit
#
epoch
:
JulianDay
#
M
:double
#
peri
:double
#
node
:double
#
incl
:double
#
e
:double
#
a
:double
+
AsteroidalOrbit
()
+
setEpoch
(
JulianDay
epoch) :void
+
setMeanAnomaly
(double M) :void
+
getPerihelionDate
() :
JulianDay
+
getArgumentOfPerihelion
() :double
+
setArgumentOfPerihelion
(double peri) :void
+
getAscendingNode
() :double
+
setAscendingNode
(double node) :void
+
getInclination
() :double
+
setInclination
(double incl) :void
+
getEccentricity
() :double
+
setEccentricity
(double e) :void
+
getPerihelionDistance
() :double
+
getAphelionDistance
() :double
+
getSemiMajorAxis
() :double
+
setSemiMajorAxis
(double a) :void
+
getSemiMinorAxis
() :double
