Lunar (libnova for Java with multi thread fix 0.15.0.1 API)

java.lang.Object
- de.kah2.zodiac.nova4jmt.solarsystem.Lunar

```
public class Lunar
extends Object
```

Nested Class Summary

Nested Classes
Modifier and Type	Class and Description
`static class`	`Lunar.EarthPert` used for elp 4 - 9
`static class`	`Lunar.MainProblem` used for elp1 - 3
`static class`	`Lunar.MoonPert`
`static class`	`Lunar.PlanetPert` used for elp 10 - 21
`static class`	`Lunar.PlanSolPert`
`static class`	`Lunar.RelPert`
`static class`	`Lunar.TidalEffects`

Field Summary

Fields
Modifier and Type Field and Description

static long AU
AU in KM

static double LN_LUNAR_STANDART_HORIZON

Fields
Modifier and Type	Field and Description
`static long`	`AU` AU in KM
`static double`	`LN_LUNAR_STANDART_HORIZON`

Constructor Summary

Constructors
Constructor and Description

Lunar()

Constructors
Constructor and Description
`Lunar()`

Method Summary

All Methods Static Methods Concrete Methods
Modifier and Type	Method and Description
`static double`	`ln_get_lunar_bright_limb(double JD)` double ln_get_lunar_bright_limb(double JD); \param JD Julian Day \return The position angle in degrees.
`static double`	`ln_get_lunar_disk(double JD)` double ln_get_lunar_disk(double JD); \param JD Julian Day \return Illuminated fraction.
`static double`	`ln_get_lunar_earth_dist(double JD)` double ln_get_lunar_earth_dist(double JD); \param JD Julian Day \return The distance between the Earth and Moon in km.
`static void`	`ln_get_lunar_ecl_coords(double JD, LnLnlatPosn position, double precision)` void ln_get_lunar_ecl_coords(double JD, LnLnlatPosn position, double precision); \param JD Julian Day \param position Pointer to a LnLnlatPosn to store result.
`static void`	`ln_get_lunar_equ_coords_prec(double JD, LnEquPosn position, double precision)` void ln_get_lunar_equ_coords_prec(double JD, LnEquPosn position, double precision); \param JD Julian Day \param position Pointer to a LnLnlatPosn to store result.
`static void`	`ln_get_lunar_equ_coords(double JD, LnEquPosn position)` void ln_get_lunar_equ_coords(double JD, LnEquPosn position); \param JD Julian Day \param position Pointer to a LnLnlatPosn to store result.
`static void`	`ln_get_lunar_geo_posn(double JD, LnRectPosn moon, double precision)` ELP 2000-82B theory
`static double`	`ln_get_lunar_long_asc_node(double JD)` double ln_get_lunar_long_asc_node(double JD); \param JD Julian Day.
`static double`	`ln_get_lunar_long_perigee(double JD)` double ln_get_lunar_long_perigee(double JD); \param JD Julian Day \return Longitude of Moons mean perigee in degrees.
`static double`	`ln_get_lunar_phase(double JD)` double ln_get_lunar_phase(double JD); \param JD Julian Day \return Phase angle.
`static int`	`ln_get_lunar_rst(double JD, LnLnlatPosn observer, LnRstTime rst)` double ln_get_lunar_rst(double JD, LnLnlatPosn observer, LnRstTime rst); \param JD Julian day \param observer Observers position \param rst Pointer to store Rise, Set and Transit time in JD \return 0 for success, else 1 for circumpolar.
`static double`	`ln_get_lunar_sdiam(double JD)` double ln_get_lunar_sdiam(double JD) \param JD Julian day \return Semidiameter in arc seconds \todo Use Topocentric distance.
`static double`	`sum_series_elp1(double[] t)` sum lunar elp1 series
`static double`	`sum_series_elp10(double[] t)` sum lunar elp10 series
`static double`	`sum_series_elp11(double[] t)` sum lunar elp11 series
`static double`	`sum_series_elp12(double[] t)` sum lunar elp12 series
`static double`	`sum_series_elp13(double[] t)` sum lunar elp13 series
`static double`	`sum_series_elp14(double[] t)` sum lunar elp14 series
`static double`	`sum_series_elp15(double[] t)` sum lunar elp15 series
`static double`	`sum_series_elp16(double[] t)` sum lunar elp16 series
`static double`	`sum_series_elp17(double[] t)`
`static double`	`sum_series_elp18(double[] t)`
`static double`	`sum_series_elp19(double[] t)`
`static double`	`sum_series_elp2(double[] t)` sum lunar elp2 series
`static double`	`sum_series_elp20(double[] t)`
`static double`	`sum_series_elp21(double[] t)`
`static double`	`sum_series_elp22(double[] t)` sum lunar elp22 series
`static double`	`sum_series_elp23(double[] t)` sum lunar elp23 series
`static double`	`sum_series_elp24(double[] t)` sum lunar elp24 series
`static double`	`sum_series_elp25(double[] t)` sum lunar elp25 series
`static double`	`sum_series_elp26(double[] t)` sum lunar elp26 series
`static double`	`sum_series_elp27(double[] t)` sum lunar elp27 series
`static double`	`sum_series_elp28(double[] t)` sum lunar elp28 series
`static double`	`sum_series_elp29(double[] t)` sum lunar elp29 series
`static double`	`sum_series_elp3(double[] t)` sum lunar elp3 series
`static double`	`sum_series_elp30(double[] t)` sum lunar elp30 series
`static double`	`sum_series_elp31(double[] t)` sum lunar elp31 series
`static double`	`sum_series_elp32(double[] t)` sum lunar elp32 series
`static double`	`sum_series_elp33(double[] t)` sum lunar elp33 series
`static double`	`sum_series_elp34(double[] t)` sum lunar elp34 series
`static double`	`sum_series_elp35(double[] t)` sum lunar elp35 series
`static double`	`sum_series_elp36(double[] t)` sum lunar elp36 series
`static double`	`sum_series_elp4(double[] t)` sum lunar elp4 series
`static double`	`sum_series_elp5(double[] t)` sum lunar elp5 series
`static double`	`sum_series_elp6(double[] t)` sum lunar elp6 series
`static double`	`sum_series_elp7(double[] t)` sum lunar elp7 series
`static double`	`sum_series_elp8(double[] t)` sum lunar elp8 series
`static double`	`sum_series_elp9(double[] t)` sum lunar elp9 series

Methods inherited from class java.lang.Object
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

- Field Detail
  - LN_LUNAR_STANDART_HORIZON
```
public static double LN_LUNAR_STANDART_HORIZON
```
  - AU
```
public static long AU
```
    AU in KM
- Constructor Detail
  - Lunar
```
public Lunar()
```
- Method Detail
  - sum_series_elp1
```
public static double sum_series_elp1(double[] t)
```
    sum lunar elp1 series
  - sum_series_elp2
```
public static double sum_series_elp2(double[] t)
```
    sum lunar elp2 series
  - sum_series_elp3
```
public static double sum_series_elp3(double[] t)
```
    sum lunar elp3 series
  - sum_series_elp4
```
public static double sum_series_elp4(double[] t)
```
    sum lunar elp4 series
  - sum_series_elp5
```
public static double sum_series_elp5(double[] t)
```
    sum lunar elp5 series
  - sum_series_elp6
```
public static double sum_series_elp6(double[] t)
```
    sum lunar elp6 series
  - sum_series_elp7
```
public static double sum_series_elp7(double[] t)
```
    sum lunar elp7 series
  - sum_series_elp8
```
public static double sum_series_elp8(double[] t)
```
    sum lunar elp8 series
  - sum_series_elp9
```
public static double sum_series_elp9(double[] t)
```
    sum lunar elp9 series
  - sum_series_elp10
```
public static double sum_series_elp10(double[] t)
```
    sum lunar elp10 series
  - sum_series_elp11
```
public static double sum_series_elp11(double[] t)
```
    sum lunar elp11 series
  - sum_series_elp12
```
public static double sum_series_elp12(double[] t)
```
    sum lunar elp12 series
  - sum_series_elp13
```
public static double sum_series_elp13(double[] t)
```
    sum lunar elp13 series
  - sum_series_elp14
```
public static double sum_series_elp14(double[] t)
```
    sum lunar elp14 series
  - sum_series_elp15
```
public static double sum_series_elp15(double[] t)
```
    sum lunar elp15 series
  - sum_series_elp16
```
public static double sum_series_elp16(double[] t)
```
    sum lunar elp16 series
  - sum_series_elp17
```
public static double sum_series_elp17(double[] t)
```
  - sum_series_elp18
```
public static double sum_series_elp18(double[] t)
```
  - sum_series_elp19
```
public static double sum_series_elp19(double[] t)
```
  - sum_series_elp20
```
public static double sum_series_elp20(double[] t)
```
  - sum_series_elp21
```
public static double sum_series_elp21(double[] t)
```
  - sum_series_elp22
```
public static double sum_series_elp22(double[] t)
```
    sum lunar elp22 series
  - sum_series_elp23
```
public static double sum_series_elp23(double[] t)
```
    sum lunar elp23 series
  - sum_series_elp24
```
public static double sum_series_elp24(double[] t)
```
    sum lunar elp24 series
  - sum_series_elp25
```
public static double sum_series_elp25(double[] t)
```
    sum lunar elp25 series
  - sum_series_elp26
```
public static double sum_series_elp26(double[] t)
```
    sum lunar elp26 series
  - sum_series_elp27
```
public static double sum_series_elp27(double[] t)
```
    sum lunar elp27 series
  - sum_series_elp28
```
public static double sum_series_elp28(double[] t)
```
    sum lunar elp28 series
  - sum_series_elp29
```
public static double sum_series_elp29(double[] t)
```
    sum lunar elp29 series
  - sum_series_elp30
```
public static double sum_series_elp30(double[] t)
```
    sum lunar elp30 series
  - sum_series_elp31
```
public static double sum_series_elp31(double[] t)
```
    sum lunar elp31 series
  - sum_series_elp32
```
public static double sum_series_elp32(double[] t)
```
    sum lunar elp32 series
  - sum_series_elp33
```
public static double sum_series_elp33(double[] t)
```
    sum lunar elp33 series
  - sum_series_elp34
```
public static double sum_series_elp34(double[] t)
```
    sum lunar elp34 series
  - sum_series_elp35
```
public static double sum_series_elp35(double[] t)
```
    sum lunar elp35 series
  - sum_series_elp36
```
public static double sum_series_elp36(double[] t)
```
    sum lunar elp36 series
  - ln_get_lunar_geo_posn
```
public static void ln_get_lunar_geo_posn(double JD,
                                         LnRectPosn moon,
                                         double precision)
```
    ELP 2000-82B theory
  - ln_get_lunar_equ_coords_prec
```
public static void ln_get_lunar_equ_coords_prec(double JD,
                                                LnEquPosn position,
                                                double precision)
```
    void ln_get_lunar_equ_coords_prec(double JD, LnEquPosn position, double precision); \param JD Julian Day \param position Pointer to a LnLnlatPosn to store result. \param precision The truncation level of the series in radians for longitude and latitude and in km for distance. (Valid range 0 - 0.01, 0 being highest accuracy) \ingroup lunar Calculate the lunar RA and DEC for Julian day JD. Accuracy is better than 10 arcsecs in right ascension and 4 arcsecs in declination.
  - ln_get_lunar_equ_coords
```
public static void ln_get_lunar_equ_coords(double JD,
                                           LnEquPosn position)
```
    void ln_get_lunar_equ_coords(double JD, LnEquPosn position); \param JD Julian Day \param position Pointer to a LnLnlatPosn to store result. \ingroup lunar Calculate the lunar RA and DEC for Julian day JD. Accuracy is better than 10 arcsecs in right ascension and 4 arcsecs in declination.
  - ln_get_lunar_ecl_coords
```
public static void ln_get_lunar_ecl_coords(double JD,
                                           LnLnlatPosn position,
                                           double precision)
```
    void ln_get_lunar_ecl_coords(double JD, LnLnlatPosn position, double precision); \param JD Julian Day \param position Pointer to a LnLnlatPosn to store result. \param precision The truncation level of the series in radians for longitude and latitude and in km for distance. (Valid range 0 - 0.01, 0 being highest accuracy) \ingroup lunar Calculate the lunar longitude and latitude for Julian day JD. Accuracy is better than 10 arcsecs in longitude and 4 arcsecs in latitude.
  - ln_get_lunar_earth_dist
```
public static double ln_get_lunar_earth_dist(double JD)
```
    double ln_get_lunar_earth_dist(double JD); \param JD Julian Day \return The distance between the Earth and Moon in km. \ingroup lunar Calculates the distance between the centre of the Earth and the centre of the Moon in km.
  - ln_get_lunar_phase
```
public static double ln_get_lunar_phase(double JD)
```
    double ln_get_lunar_phase(double JD); \param JD Julian Day \return Phase angle. (Value between 0 and 180) \ingroup lunar Calculates the angle Sun - Moon - Earth.
  - ln_get_lunar_disk
```
public static double ln_get_lunar_disk(double JD)
```
    double ln_get_lunar_disk(double JD); \param JD Julian Day \return Illuminated fraction. (Value between 0 and 1) \brief Calculate the illuminated fraction of the moons disk \ingroup lunar Calculates the illuminated fraction of the Moon's disk.
  - ln_get_lunar_bright_limb
```
public static double ln_get_lunar_bright_limb(double JD)
```
    double ln_get_lunar_bright_limb(double JD); \param JD Julian Day \return The position angle in degrees. \brief Calculate the position angle of the Moon's bright limb. \ingroup lunar Calculates the position angle of the midpoint of the illuminated limb of the moon, reckoned eastward from the north point of the disk. The angle is near 270 deg for first quarter and near 90 deg after a full moon. The position angle of the cusps are +90 deg and -90 deg.
  - ln_get_lunar_rst
```
public static int ln_get_lunar_rst(double JD,
                                   LnLnlatPosn observer,
                                   LnRstTime rst)
```
    double ln_get_lunar_rst(double JD, LnLnlatPosn observer, LnRstTime rst); \param JD Julian day \param observer Observers position \param rst Pointer to store Rise, Set and Transit time in JD \return 0 for success, else 1 for circumpolar. \todo Improve lunar standard altitude for rst Calculate the time the rise, set and transit (crosses the local meridian at upper culmination) time of the Moon for the given Julian day. Note: this functions returns 1 if the Moon is circumpolar, that is it remains the whole day either above or below the horizon.
  - ln_get_lunar_sdiam
```
public static double ln_get_lunar_sdiam(double JD)
```
    double ln_get_lunar_sdiam(double JD) \param JD Julian day \return Semidiameter in arc seconds \todo Use Topocentric distance. Calculate the semidiameter of the Moon in arc seconds for the given julian day.
  - ln_get_lunar_long_asc_node
```
public static double ln_get_lunar_long_asc_node(double JD)
```
    double ln_get_lunar_long_asc_node(double JD); \param JD Julian Day. \return Longitude of ascending node in degrees. Calculate the mean longitude of the Moons ascening node for the given Julian day.
  - ln_get_lunar_long_perigee
```
public static double ln_get_lunar_long_perigee(double JD)
```
    double ln_get_lunar_long_perigee(double JD); \param JD Julian Day \return Longitude of Moons mean perigee in degrees. Calculate the longitude of the Moon's mean perigee.

Class Lunar

Nested Class Summary

Field Summary

Constructor Summary

Method Summary

Methods inherited from class java.lang.Object

Field Detail

LN_LUNAR_STANDART_HORIZON

AU

Constructor Detail

Lunar

Method Detail

sum_series_elp1

sum_series_elp2

sum_series_elp3

sum_series_elp4

sum_series_elp5

sum_series_elp6

sum_series_elp7

sum_series_elp8

sum_series_elp9

sum_series_elp10

sum_series_elp11

sum_series_elp12

sum_series_elp13

sum_series_elp14

sum_series_elp15

sum_series_elp16

sum_series_elp17

sum_series_elp18

sum_series_elp19

sum_series_elp20

sum_series_elp21

sum_series_elp22

sum_series_elp23

sum_series_elp24

sum_series_elp25

sum_series_elp26

sum_series_elp27

sum_series_elp28

sum_series_elp29

sum_series_elp30

sum_series_elp31

sum_series_elp32

sum_series_elp33

sum_series_elp34

sum_series_elp35

sum_series_elp36

ln_get_lunar_geo_posn

ln_get_lunar_equ_coords_prec

ln_get_lunar_equ_coords

ln_get_lunar_ecl_coords

ln_get_lunar_earth_dist

ln_get_lunar_phase

ln_get_lunar_disk

ln_get_lunar_bright_limb

ln_get_lunar_rst

ln_get_lunar_sdiam

ln_get_lunar_long_asc_node

ln_get_lunar_long_perigee