Index

_

__abs__() (pyplanets.core.angle.Angle method) __add__() (pyplanets.core.angle.Angle method) (pyplanets.core.epoch.Epoch method) __call__() (pyplanets.core.angle.Angle method) (pyplanets.core.epoch.Epoch method) (pyplanets.core.interpolation.Interpolation method) __div__() (pyplanets.core.angle.Angle method) __eq__() (pyplanets.core.angle.Angle method) (pyplanets.core.epoch.Epoch method) __float__() (pyplanets.core.angle.Angle method) (pyplanets.core.epoch.Epoch method) __ge__() (pyplanets.core.angle.Angle method) (pyplanets.core.epoch.Epoch method) __gt__() (pyplanets.core.angle.Angle method) (pyplanets.core.epoch.Epoch method) __iadd__() (pyplanets.core.angle.Angle method) (pyplanets.core.epoch.Epoch method) __idiv__() (pyplanets.core.angle.Angle method) __imod__() (pyplanets.core.angle.Angle method) __imul__() (pyplanets.core.angle.Angle method) __init__() (pyplanets.core.angle.Angle method) (pyplanets.core.curvefitting.CurveFitting method) (pyplanets.core.ellipsoid.Ellipsoid method) (pyplanets.core.epoch.Epoch method) (pyplanets.core.interpolation.Interpolation method) (pyplanets.planets.earth.Earth method) (pyplanets.planets.jupiter.Jupiter method) (pyplanets.planets.mars.Mars method) (pyplanets.planets.mercury.Mercury method) (pyplanets.planets.minor.Minor method) (pyplanets.planets.neptune.Neptune method) (pyplanets.planets.planet.Planet method) (pyplanets.planets.pluto.Pluto method) (pyplanets.planets.saturn.Saturn method) (pyplanets.planets.uranus.Uranus method) (pyplanets.planets.venus.Venus method) (pyplanets.sun.Sun method) __int__() (pyplanets.core.angle.Angle method) (pyplanets.core.epoch.Epoch method) __ipow__() (pyplanets.core.angle.Angle method) __isub__() (pyplanets.core.angle.Angle method) (pyplanets.core.epoch.Epoch method) __itruediv__() (pyplanets.core.angle.Angle method) __le__() (pyplanets.core.angle.Angle method) (pyplanets.core.epoch.Epoch method)

__len__() (pyplanets.core.curvefitting.CurveFitting method) (pyplanets.core.interpolation.Interpolation method) __lt__() (pyplanets.core.angle.Angle method) (pyplanets.core.epoch.Epoch method) __mod__() (pyplanets.core.angle.Angle method) __mul__() (pyplanets.core.angle.Angle method) __ne__() (pyplanets.core.angle.Angle method) (pyplanets.core.epoch.Epoch method) __neg__() (pyplanets.core.angle.Angle method) __pow__() (pyplanets.core.angle.Angle method) __radd__() (pyplanets.core.angle.Angle method) (pyplanets.core.epoch.Epoch method) __rdiv__() (pyplanets.core.angle.Angle method) __repr__() (pyplanets.core.angle.Angle method) (pyplanets.core.curvefitting.CurveFitting method) (pyplanets.core.ellipsoid.Ellipsoid method) (pyplanets.core.epoch.Epoch method) (pyplanets.core.interpolation.Interpolation method) (pyplanets.planets.earth.Earth method) __rmod__() (pyplanets.core.angle.Angle method) __rmul__() (pyplanets.core.angle.Angle method) __round__() (pyplanets.core.angle.Angle method) __rpow__() (pyplanets.core.angle.Angle method) __rsub__() (pyplanets.core.angle.Angle method) __rtruediv__() (pyplanets.core.angle.Angle method) __str__() (pyplanets.core.angle.Angle method) (pyplanets.core.curvefitting.CurveFitting method) (pyplanets.core.ellipsoid.Ellipsoid method) (pyplanets.core.epoch.Epoch method) (pyplanets.core.interpolation.Interpolation method) (pyplanets.planets.earth.Earth method) __sub__() (pyplanets.core.angle.Angle method) (pyplanets.core.epoch.Epoch method) __truediv__() (pyplanets.core.angle.Angle method) __weakref__ (pyplanets.core.angle.Angle attribute) (pyplanets.core.curvefitting.CurveFitting attribute) (pyplanets.core.ellipsoid.Ellipsoid attribute) (pyplanets.core.epoch.Epoch attribute) (pyplanets.core.interpolation.Interpolation attribute) (pyplanets.planets.minor.Minor attribute) (pyplanets.planets.planet.Planet attribute) (pyplanets.planets.pluto.Pluto attribute) (pyplanets.sun.Sun attribute)

A

Angle (class in pyplanets.core.angle) angular_separation() (in module pyplanets.core.coordinates) aphelion() (pyplanets.planets.earth.Earth method) (pyplanets.planets.jupiter.Jupiter method) (pyplanets.planets.mars.Mars method) (pyplanets.planets.mercury.Mercury method) (pyplanets.planets.neptune.Neptune method) (pyplanets.planets.planet.Planet method) (pyplanets.planets.saturn.Saturn method) (pyplanets.planets.uranus.Uranus method) (pyplanets.planets.venus.Venus method)

apparent_geocentric_position() (pyplanets.sun.Sun static method) apparent_heliocentric_position() (pyplanets.planets.planet.Planet method) apparent_longitude_coarse() (pyplanets.sun.Sun static method) apparent_planetcentric_sun_position() (pyplanets.planets.planet.Planet method) apparent_position() (in module pyplanets.core.coordinates) apparent_rightascension_declination_coarse() (pyplanets.sun.Sun static method) apparent_sidereal_time() (pyplanets.core.epoch.Epoch method) apparent_vsop_pos() (in module pyplanets.core.coordinates)

B

b() (pyplanets.core.ellipsoid.Ellipsoid method)

beginning_synodic_rotation() (pyplanets.sun.Sun static method)

C

check_input_date() (pyplanets.core.epoch.Epoch static method) circle_diameter() (in module pyplanets.core.coordinates) conjunction() (pyplanets.planets.jupiter.Jupiter method) (pyplanets.planets.mars.Mars method) (pyplanets.planets.neptune.Neptune method) (pyplanets.planets.saturn.Saturn method) (pyplanets.planets.uranus.Uranus method)

correlation_coeff() (pyplanets.core.curvefitting.CurveFitting method) CurveFitting (class in pyplanets.core.curvefitting)

D

DAY2HOURS (in module pyplanets.core.epoch) DAY2MIN (in module pyplanets.core.epoch) DAY2SEC (in module pyplanets.core.epoch) deg2dms() (pyplanets.core.angle.Angle static method) derivative() (pyplanets.core.interpolation.Interpolation method) distance() (pyplanets.core.ellipsoid.Ellipsoid method)

diurnal_path_horizon() (in module pyplanets.core.coordinates) dms2deg() (pyplanets.core.angle.Angle static method) dms_str() (pyplanets.core.angle.Angle method) dms_tuple() (pyplanets.core.angle.Angle method) dow() (pyplanets.core.epoch.Epoch method) doy2date() (pyplanets.core.epoch.Epoch static method)

E

e() (pyplanets.core.ellipsoid.Ellipsoid method) Earth (class in pyplanets.planets.earth) easter() (pyplanets.core.epoch.Epoch static method) eastern_elongation() (pyplanets.planets.mercury.Mercury method) (pyplanets.planets.venus.Venus method) ecliptic_equator() (in module pyplanets.core.coordinates) ecliptic_horizon() (in module pyplanets.core.coordinates)

ecliptical2equatorial() (in module pyplanets.core.coordinates) Ellipsoid (class in pyplanets.core.ellipsoid) ephemeris_physical_observations() (pyplanets.sun.Sun static method) Epoch (class in pyplanets.core.epoch) equation_of_time() (pyplanets.sun.Sun static method) equatorial2ecliptical() (in module pyplanets.core.coordinates) equatorial2galactic() (in module pyplanets.core.coordinates) equatorial2horizontal() (in module pyplanets.core.coordinates)

G

galactic2equatorial() (in module pyplanets.core.coordinates) general_fitting() (pyplanets.core.curvefitting.CurveFitting method) geocentric_position() (pyplanets.planets.minor.Minor method) (pyplanets.planets.pluto.Pluto method) geometric_geocentric_position() (pyplanets.sun.Sun static method) geometric_heliocentric_position() (pyplanets.planets.planet.Planet method) (pyplanets.planets.pluto.Pluto method) geometric_heliocentric_position_j2000() (pyplanets.planets.earth.Earth method) geometric_vsop_pos() (in module pyplanets.core.coordinates) get_date() (pyplanets.core.epoch.Epoch method)

get_doy() (pyplanets.core.epoch.Epoch static method) get_equinox_solstice() (pyplanets.sun.Sun static method) get_full_date() (pyplanets.core.epoch.Epoch method) get_last_leap_second() (pyplanets.core.epoch.Epoch static method) get_month() (pyplanets.core.epoch.Epoch static method) get_ordinal_suffix() (in module pyplanets.core.base) get_ra() (pyplanets.core.angle.Angle method) get_tolerance() (pyplanets.core.angle.Angle method) (pyplanets.core.interpolation.Interpolation method) gregorian2moslem() (pyplanets.core.epoch.Epoch static method)

H

heliocentric_ecliptical_position() (pyplanets.planets.minor.Minor method)

horizontal2equatorial() (in module pyplanets.core.coordinates)

I

IAU76 (in module pyplanets.core.ellipsoid) iint() (in module pyplanets.core.base) illuminated_fraction() (in module pyplanets.core.coordinates) (pyplanets.planets.venus.Venus static method)

inferior_conjunction() (pyplanets.planets.mercury.Mercury method) (pyplanets.planets.venus.Venus method) Interpolation (class in pyplanets.core.interpolation) is_julian() (pyplanets.core.epoch.Epoch static method) is_leap() (pyplanets.core.epoch.Epoch static method)

J

jde() (pyplanets.core.epoch.Epoch method) JDE2000 (in module pyplanets.core.epoch)

jewish_pesach() (pyplanets.core.epoch.Epoch static method) julian() (pyplanets.core.epoch.Epoch method) Jupiter (class in pyplanets.planets.jupiter)

K

kepler_equation() (in module pyplanets.core.coordinates)

L

leap() (pyplanets.core.epoch.Epoch method) leap_seconds() (pyplanets.core.epoch.Epoch static method) LEAP_TABLE (in module pyplanets.core.epoch)

length_orbit() (in module pyplanets.core.coordinates) linear_fitting() (pyplanets.core.curvefitting.CurveFitting method) linear_velocity() (pyplanets.core.ellipsoid.Ellipsoid method)

M

machine_accuracy() (in module pyplanets.core.base) magnitude() (pyplanets.planets.jupiter.Jupiter static method) (pyplanets.planets.mars.Mars method) (pyplanets.planets.mercury.Mercury method) (pyplanets.planets.neptune.Neptune method) (pyplanets.planets.saturn.Saturn static method) (pyplanets.planets.uranus.Uranus static method) (pyplanets.planets.venus.Venus static method) Mars (class in pyplanets.planets.mars) mean_obliquity() (in module pyplanets.core.coordinates) mean_sidereal_time() (pyplanets.core.epoch.Epoch method) Mercury (class in pyplanets.planets.mercury) minimum_angular_separation() (in module pyplanets.core.coordinates) minmax() (pyplanets.core.interpolation.Interpolation method) Minor (class in pyplanets.planets.minor) mjd() (pyplanets.core.epoch.Epoch method) module pyplanets.core.angle pyplanets.core.base pyplanets.core.constellation pyplanets.core.coordinates pyplanets.core.curvefitting pyplanets.core.ellipsoid pyplanets.core.epoch pyplanets.core.interpolation pyplanets.parameters.coordinates_params pyplanets.parameters.earth_params pyplanets.parameters.jupiter_params pyplanets.parameters.mars_params pyplanets.parameters.mercury_params pyplanets.parameters.neptune_params pyplanets.parameters.pluto_params pyplanets.parameters.saturn_params pyplanets.parameters.uranus_params pyplanets.parameters.venus_params pyplanets.planets.earth pyplanets.planets.jupiter pyplanets.planets.mars pyplanets.planets.mercury pyplanets.planets.minor pyplanets.planets.neptune pyplanets.planets.planet pyplanets.planets.pluto pyplanets.planets.saturn pyplanets.planets.uranus pyplanets.planets.venus pyplanets.sun

moslem2gregorian() (pyplanets.core.epoch.Epoch static method) motion_in_space() (in module pyplanets.core.coordinates)

N

Neptune (class in pyplanets.planets.neptune) NUTATION_ARG_TABLE (in module pyplanets.parameters.coordinates_params) NUTATION_COSINE_COEF_TABLE (in module pyplanets.parameters.coordinates_params)

nutation_longitude() (in module pyplanets.core.coordinates) nutation_obliquity() (in module pyplanets.core.coordinates) NUTATION_SINE_COEF_TABLE (in module pyplanets.parameters.coordinates_params)

O

opposition() (pyplanets.planets.jupiter.Jupiter method) (pyplanets.planets.mars.Mars method) (pyplanets.planets.neptune.Neptune method) (pyplanets.planets.saturn.Saturn method) (pyplanets.planets.uranus.Uranus method) ORBITAL_ELEM (in module pyplanets.parameters.earth_params) (in module pyplanets.parameters.jupiter_params) (in module pyplanets.parameters.mars_params) (in module pyplanets.parameters.mercury_params) (in module pyplanets.parameters.neptune_params) (in module pyplanets.parameters.saturn_params) (in module pyplanets.parameters.uranus_params) (in module pyplanets.parameters.venus_params)

ORBITAL_ELEM_J2000 (in module pyplanets.parameters.earth_params) (in module pyplanets.parameters.jupiter_params) (in module pyplanets.parameters.mars_params) (in module pyplanets.parameters.mercury_params) (in module pyplanets.parameters.neptune_params) (in module pyplanets.parameters.saturn_params) (in module pyplanets.parameters.uranus_params) (in module pyplanets.parameters.venus_params) orbital_elements() (in module pyplanets.core.coordinates) orbital_elements_j2000() (pyplanets.planets.planet.Planet method) orbital_elements_mean_equinox() (pyplanets.planets.planet.Planet method) orbital_equinox2equinox() (in module pyplanets.core.coordinates)

P

p_motion_equa2eclip() (in module pyplanets.core.coordinates) parallactic_angle() (in module pyplanets.core.coordinates) parallax_correction() (pyplanets.planets.earth.Earth static method) parallax_ecliptical() (pyplanets.planets.earth.Earth static method) passage_nodes() (pyplanets.planets.planet.Planet method) passage_nodes_elliptic() (in module pyplanets.core.coordinates) passage_nodes_parabolic() (in module pyplanets.core.coordinates) perihelion() (pyplanets.planets.earth.Earth method) (pyplanets.planets.jupiter.Jupiter method) (pyplanets.planets.mars.Mars method) (pyplanets.planets.mercury.Mercury method) (pyplanets.planets.neptune.Neptune method) (pyplanets.planets.planet.Planet method) (pyplanets.planets.saturn.Saturn method) (pyplanets.planets.uranus.Uranus method) (pyplanets.planets.venus.Venus method) phase_angle() (in module pyplanets.core.coordinates) Planet (class in pyplanets.planets.planet) planet_star_conjunction() (in module pyplanets.core.coordinates) planet_stars_in_line() (in module pyplanets.core.coordinates) planetary_conjunction() (in module pyplanets.core.coordinates) Pluto (class in pyplanets.planets.pluto) PLUTO_ARGUMENT (in module pyplanets.parameters.pluto_params) PLUTO_LATITUDE (in module pyplanets.parameters.pluto_params) PLUTO_LONGITUDE (in module pyplanets.parameters.pluto_params) PLUTO_RADIUS_VECTOR (in module pyplanets.parameters.pluto_params) precession_ecliptical() (in module pyplanets.core.coordinates) precession_equatorial() (in module pyplanets.core.coordinates) precession_newcomb() (in module pyplanets.core.coordinates) pyplanets.core.angle module pyplanets.core.base module pyplanets.core.constellation module pyplanets.core.coordinates module pyplanets.core.curvefitting module pyplanets.core.ellipsoid module pyplanets.core.epoch module pyplanets.core.interpolation module

pyplanets.parameters.coordinates_params module pyplanets.parameters.earth_params module pyplanets.parameters.jupiter_params module pyplanets.parameters.mars_params module pyplanets.parameters.mercury_params module pyplanets.parameters.neptune_params module pyplanets.parameters.pluto_params module pyplanets.parameters.saturn_params module pyplanets.parameters.uranus_params module pyplanets.parameters.venus_params module pyplanets.planets.earth module pyplanets.planets.jupiter module pyplanets.planets.mars module pyplanets.planets.mercury module pyplanets.planets.minor module pyplanets.planets.neptune module pyplanets.planets.planet module pyplanets.planets.pluto module pyplanets.planets.saturn module pyplanets.planets.uranus module pyplanets.planets.venus module pyplanets.sun module

Q

quadratic_fitting() (pyplanets.core.curvefitting.CurveFitting method)

R

ra_str() (pyplanets.core.angle.Angle method) ra_tuple() (pyplanets.core.angle.Angle method) rad() (pyplanets.core.angle.Angle method) rectangular_coordinates_b1950() (pyplanets.sun.Sun static method) rectangular_coordinates_equinox() (pyplanets.sun.Sun static method) rectangular_coordinates_j2000() (pyplanets.sun.Sun static method) rectangular_coordinates_mean_equinox() (pyplanets.sun.Sun static method) reduce_deg() (pyplanets.core.angle.Angle static method) reduce_dms() (pyplanets.core.angle.Angle static method)

refraction_apparent2true() (in module pyplanets.core.coordinates) refraction_true2apparent() (in module pyplanets.core.coordinates) relative_position_angle() (in module pyplanets.core.coordinates) rho() (pyplanets.core.ellipsoid.Ellipsoid method) rho_cosphi() (pyplanets.core.ellipsoid.Ellipsoid method) rho_sinphi() (pyplanets.core.ellipsoid.Ellipsoid method) rise_set() (pyplanets.core.epoch.Epoch method) rm() (pyplanets.core.ellipsoid.Ellipsoid method) root() (pyplanets.core.interpolation.Interpolation method) rp() (pyplanets.core.ellipsoid.Ellipsoid method)

S

Saturn (class in pyplanets.planets.saturn) set() (pyplanets.core.angle.Angle method) (pyplanets.core.curvefitting.CurveFitting method) (pyplanets.core.epoch.Epoch method) (pyplanets.core.interpolation.Interpolation method) set_ra() (pyplanets.core.angle.Angle method) set_radians() (pyplanets.core.angle.Angle method) set_tolerance() (pyplanets.core.angle.Angle method) (pyplanets.core.interpolation.Interpolation method) station_longitude_1() (pyplanets.planets.jupiter.Jupiter method) (pyplanets.planets.mars.Mars method) (pyplanets.planets.mercury.Mercury method) (pyplanets.planets.saturn.Saturn method) (pyplanets.planets.venus.Venus method)

station_longitude_2() (pyplanets.planets.jupiter.Jupiter method) (pyplanets.planets.mars.Mars method) (pyplanets.planets.mercury.Mercury method) (pyplanets.planets.saturn.Saturn method) (pyplanets.planets.venus.Venus method) straight_line() (in module pyplanets.core.coordinates) Sun (class in pyplanets.sun) superior_conjunction() (pyplanets.planets.mercury.Mercury method) (pyplanets.planets.venus.Venus method)

T

times_rise_transit_set() (in module pyplanets.core.coordinates) to_positive() (pyplanets.core.angle.Angle method) TOL (in module pyplanets.core.base)

true_longitude_coarse() (pyplanets.sun.Sun static method) true_obliquity() (in module pyplanets.core.coordinates) tt2ut() (pyplanets.core.epoch.Epoch static method)

U

Uranus (class in pyplanets.planets.uranus)

utc2local() (pyplanets.core.epoch.Epoch static method)

V

velocity() (in module pyplanets.core.coordinates) velocity_aphelion() (in module pyplanets.core.coordinates) velocity_perihelion() (in module pyplanets.core.coordinates) Venus (class in pyplanets.planets.venus) VSOP87_B (in module pyplanets.parameters.earth_params) (in module pyplanets.parameters.jupiter_params) (in module pyplanets.parameters.mars_params) (in module pyplanets.parameters.mercury_params) (in module pyplanets.parameters.neptune_params) (in module pyplanets.parameters.saturn_params) (in module pyplanets.parameters.uranus_params) (in module pyplanets.parameters.venus_params) VSOP87_B_J2000 (in module pyplanets.parameters.earth_params) VSOP87_L (in module pyplanets.parameters.earth_params) (in module pyplanets.parameters.jupiter_params) (in module pyplanets.parameters.mars_params) (in module pyplanets.parameters.mercury_params) (in module pyplanets.parameters.neptune_params) (in module pyplanets.parameters.saturn_params) (in module pyplanets.parameters.uranus_params) (in module pyplanets.parameters.venus_params)

VSOP87_L_J2000 (in module pyplanets.parameters.earth_params) VSOP87_R (in module pyplanets.parameters.earth_params) (in module pyplanets.parameters.jupiter_params) (in module pyplanets.parameters.mars_params) (in module pyplanets.parameters.mercury_params) (in module pyplanets.parameters.neptune_params) (in module pyplanets.parameters.saturn_params) (in module pyplanets.parameters.uranus_params) (in module pyplanets.parameters.venus_params) vsop_pos() (in module pyplanets.core.coordinates)

W

western_elongation() (pyplanets.planets.mercury.Mercury method) (pyplanets.planets.venus.Venus method)

WGS84 (in module pyplanets.core.ellipsoid)

Y

year() (pyplanets.core.epoch.Epoch method)