Astronomy Library

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Astronomy Library

Post  Yukterez on Mon Nov 07, 2011 7:50 pm

Now that I know how to define terms I am willing to share them with you.
References are http://ssd.jpl.nasa.gov/?constants and http://ssd.jpl.nasa.gov/?planet_phys_par
Each line can be copied into the functions sector (see Screenshot.png)
Maybe in a future update it might be possible to add a bunch of terms, seperated by enter or comma, in case my PC crashes I backed up my Functions.cfg so I can restore my terms (if the Functions.cfg is platform independet you can save this file and put it in the right directory

Here are the lines:


BASIC MASS

msol=(5.97219*10^24/81.30059*82.30059*328900.56)


PLANETARY SYSTEM MASS (WITH MOONS)

msmercury=(msol/6023600)
msvenus=(msol/408503.71)
msearth=(msol/328900.56)
msmars=(msol/3098708)
msjupiter=(msol/1047.3486)
mssaturn=(msol/3497.898)
msuranus=(msol/22902.98)
msneptune=(msol/19412.24)
mspluto=(msol/135000000)



PLANET ONLY MASS

mpmercury=0.330104E24
mpvenus=4.86732E24
mpearth=5.97219E24
mmoon=(mpearth/81.30059)
mpmars=0.641693E24
mpjupiter=1898.13E24
mpsaturn=568.319E24
mpuranus=86.8103E24
mpneptune=102.410E24
mppluto=0.01309E24
mcharon=0.00152E24



PLANETARY GRAVITY

gsol=274
gmercury=3.7
gvenus=8.87
gearth=9.80665
gmoon=1.62
gmars=3.69
gjupiter=24.79
gsaturn=10.44
guranus=8.87
gneptune=11.15
gpluto=0.66
gcharon=0.28



RADIUS

rsol=695E6
rmercury=4879400/2
rvenus=12103600/2
rearth=6378000
rmoon=1738000
rmars=(6792400+6752400)/4
rjupiter=71492000
rsaturn=(120536+108728)/4
ruranus=(51118+49946)/4
rneptune=(49528+48682)/4
rpluto=1195
rcharon=606



ORBITAL VELOCITY (AVERAGE)

vsol=250000
vmercury=47870
vvenus=35030
vearth=29780
vmoon=1023
vmars=24130
vjupiter=13070
vsaturn=9690
vuranus=6810
vneptune=5430
vuranus=6810
vpluto=4720
vcharon=223



TIME DEFINITIONS (SIDERIAN/JULIAN)

sday=86164.09054
syr=(sday*365.25636)
yr=(365.25*24*365)



DISTANCE DEFINITIONS

Au=1.49597870691E11
Lyr=(365.25*24*3600*c)
Pc=3.085677581E16
Kpc=3.085677581E19
Mpc=3.085677581E22

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error correction

Post  Yukterez on Mon Nov 07, 2011 7:52 pm

wrong: yr=(365.25*24*365)
right: yr=(365.25*24*3600)

(there should be an edit button for such cases Smile

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SI units

Post  Yukterez on Mon Nov 07, 2011 7:56 pm

All units are SI (meter, kilogramm and seconds)

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correction 2

Post  Yukterez on Mon Nov 07, 2011 8:18 pm

last errors corrected (some meter/kilometer confusion)
i would replace it if i coul but i canīt, so the admin has to (: anyway the Funtions.cfg linked above already contains the right numbers.

rsol=695E6
rmercury=4879400/2
rvenus=12103600/2
rearth=6378000
rmoon=1738000
rmars=(6792400+6752400)/4
rjupiter=71492000
rsaturn=(120536000+108728000)/4
ruranus=(51118000+49946000)/4
rneptune=(49528000+48682000)/4
rpluto=1195000
rcharon=606000

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Re: Astronomy Library

Post  runiter on Mon Dec 12, 2011 12:47 pm

Thanks for sharing.
I will review these equations and if useful to general public will add them to default library in the next version.

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Re: Astronomy Library

Post  Yukterez on Mon Dec 12, 2011 2:57 pm

Admin wrote:Thanks for sharing.
I will review these equations and if useful to general public will add them to default library in the next version.
The have been a few updates in the meantime, I addet inclination und some jupitermoons. I canīt edit the old file so I repost the full list here (maybe in a future version it is possible to add a bunch of equations istead of adding 1 by 1:

Code:

ms____ is the mass of the planet system with moons (kg)
mp____ is the mass of the planet only (kg)
vm____ is the rotation velocity on the surface(m/sec)
vw____ is the velocity (radiants/sec)
day___ is the time of one full rotation (sec)
yr____ is one sideric period (sec)
dn____ is the medium density of the object (kg/mģ)
ha____ is the medium half axis (m)
r_____ is the radius of the planet (m)
g_____ is the gravity force on the planet surface (m/secē)
v_____ is the orbital velocity (m/sek)
dms___ is Delta Mass System (1:x)
dmp___ is Delta Mass Planet (1:x)
ddn___ is Delta Density (1:x)
dr____ is Delta Radius (1:x)
mom___ is the momentum (mass*velocity)
volr__ is the volume by 4/3*pi*rģ
volm__ is the volume by mp_/dn_
in____ is the orbit iclination in degrees
an____ is the axis inclination in degrees
ex____ is the excentricity of the orbit

*) Delta is the measurement uncertainty declared by NASA.
Code:

day=(3600*24)
sday=(86164.09054)
syr=((sday*365.25636))
yr=((365.25*24*3600))
Au=(1.49597870691E11)
Lyr=((365.25*24*3600*c))
Pc=(3.085677581E16)
Kpc=(3.085677581E19)
Mpc=(3.085677581E22)
kmh=(3.6)
mph=(3.6/1.609344)
mile=(1609.344)
nmile=(1852)
GM=(1.32712440018E20)
Code:

m_earth=(5.97219E24)
mp_moon=(m_earth/81.30059)
mp_earth=(m_earth)
m_moon=(m_earth/81.30059)
ms_earth=(m_earth+m_moon)
m_sol=(ms_earth*328900.56)
mp_sol=(m_sol)
ms_mercury=((m_sol/(6023600)))
ms_venus=((m_sol/(408503.71)))
ms_mars=((m_sol/(3098708)))
ms_jupiter=((m_sol/(1047.3486)))
ms_saturn=((m_sol/(3497.898)))
ms_uranus=((m_sol/(22902.98)))
ms_neptune=((m_sol/(19412.24)))
ms_pluto=((m_sol/(135000000)))
mp_mercury=(0.330104E24)
mp_venus=(4.86732E24)
mp_jupiter=(1898.13E24)
mp_saturn=(568.319E24)
mp_uranus=(86.8103E24)
mp_neptune=(102.410E24)
mp_pluto=(0.01309E24)
mp_charon=(0.00152E24)
m_charon=(mp_charon)
g_sol=(274)
g_mercury=(3.7)
g_venus=(8.87)
g_earth=(9.80665)
g_moon=(1.62)
g_mars=(3.69)
g_jupiter=(24.79)
g_saturn=(10.44)
g_uranus=(8.87)
g_neptune=(11.15)
g_pluto=(0.66)
g_charon=(0.28)
r_sol=(696E6)
r_mercury=(2439700)
r_venus=(6051800)
r_earth=(6363000)
r_moon=(1738000)
r_mars=((3396190+3389500)/2)
r_jupiter=((71492000+69911000)/2)
r_saturn=((60268000+58232000)/2)
r_uranus=((25559000+25362000)/2)
r_neptune=((24764000+24622000)/2)
r_pluto=(1151000)
r_charon=(606000)
v_sol=(250000)
v_mercury=(47870)
v_venus=(35030)
v_earth=(29780)
v_moon=(1023)
v_mars=(24130)
v_jupiter=(13070)
v_saturn=(9690)
v_uranus=(6810)
v_neptune=(5430)
v_uranus=(6810)
v_pluto=(4720)
v_charon=(223)
m_deimos=(1.8E15)
mp_deimos=(m_deimos)
r_deimos=((15000+12200+10400)/6)
g_deimos=(3E-3)
v_deimos=(1351)
vm_deimos=(2*pi/(30.288*60)*r_deimos)
vw_deimos=(2*pi/(30.288*60))
day_deimos=(30.288*60)
dn_deimos=(1700)
m_phobos=(1.072E16)
mp_phobos=(m_phobos)
r_phobos=((26800*22400*18400)/6)
g_phobos=(6E-3)
v_phobos=(2139)
vm_phobos=(2*pi/(7.65384*60)*r_phobos)
vw_phobos=(2*pi/(7.65384*60))
day_phobos=(7.65384*60)
dn_phobos=(1887)
mp_mars=(ms_mars-m_phobos-m_deimos)
vm_sol=(2*pi/(((25*24+9)*60+7)*60)*r_sol)
vm_mercury=(2*pi/(((58*24+15)*60+36)*60)*r_mercury)
vm_venus=(-(2*pi/(((243*24+0)*60+27)*60)*r_venus))
vm_earth=(2*pi/((sday))*r_earth)
vm_moon=(2*pi/(((27.322*24+0)*60+0)*60)*r_moon)
vm_mars=(2*pi/(((1*24+0)*60+37)*60)*r_mars)
vm_jupiter=(2*pi/(((0*24+9)*60+55)*60+30)*r_jupiter)
vm_saturn=(2*pi/(((0*24+10)*60+47)*60)*r_saturn)
vm_uranus=(-(2*pi/(((0*24+17)*60+14)*60+24)*r_uranus))
vm_neptune=(2*pi/(((0*24+15)*60+57)*60+59)*r_neptune)
vm_uranus=(-(2*pi/(((0*24+17)*60+14)*60+24)*r_uranus))
vm_pluto=(-(2*pi/(((6*24+9)*60+17)*60+34)*r_pluto))
vm_charon=(2*pi/(((6*24+9)*60+17)*60+36.7)*r_charon)
vw_sol=(2*pi/(((25*24+9)*60+7)*60))
vw_mercury=(2*pi/(((58*24+15)*60+36)*60))
vw_venus=(-(2*pi/(((243*24+0)*60+27)*60)))
vw_earth=(2*pi/((sday)))
vw_moon=(2*pi/(((27.322*24+0)*60+0)*60))
vw_mars=(2*pi/(((1*24+0)*60+37)*60))
vw_jupiter=(2*pi/(((0*24+9)*60+55)*60+30))
vw_saturn=(2*pi/(((0*24+10)*60+47)*60))
vw_uranus=(2*pi/(((0*24+17)*60+14)*60+24))
vw_neptune=(2*pi/(((0*24+15)*60+57)*60+59))
vw_uranus=(-(2*pi/(((0*24+17)*60+14)*60+24)))
vw_pluto=(-(2*pi/(((6*24+9)*60+17)*60+34)))
vw_charon=(2*pi/(((6*24+9)*60+17)*60+36.7))
day_sol=(((25*24+9)*60+7)*60)
day_mercury=(((58*24+15)*60+36)*60)
day_venus=((243*24+0)*60+27)*(-60)
day_earth=(sday)
day_moon=(((27.322*24+0)*60+0)*60)
day_mars=(((1*24+0)*60+37)*60)
day_jupiter=(((0*24+9)*60+55)*60+30)
day_saturn=(((0*24+10)*60+47)*60)
day_uranus=(((0*24+17)*60+14)*(-60)-24)
day_neptune=(((0*24+15)*60+57)*60+59)
day_pluto=(((6*24+9)*60+17)*(-60)-34)
day_charon=(((6*24+9)*60+17)*60+36.7)
dn_sol=(1408)
dn_mercury=(5427)
dn_venus=(5243)
dn_earth=(5513.4)
dn_moon=(3300)
dn_mars=(3934)
dn_jupiter=(1326.2)
dn_saturn=(687.1)
dn_uranus=(1270)
dn_neptune=(1638)
dn_pluto=(2050)
dn_charon=(1250)
m_titan=(1.3450E23)
mp_titan=(m_titan)
r_titan=(5150/2)
g_titan=(1.35)
v_titan=(5570)
vw_titan=(2*pi/(15.946*24*3600)*r_titan)
vm_titan=(2*pi/(15.946*24*3600))
day_titan=(15.946*24*3600)
dn_titan=(1888)
m_iapetus=(1.6000E21)
mp_iapetus=(m_iapetus)
r_iapetus=(1436/2)
g_iapetus=(0.2553)
v_iapetus=(3260)
vw_iapetus=(2*pi/(79.33*24*3600)*r_iapetus)
vm_iapetus=(2*pi/(79.33*24*3600))
day_iapetus=(79.33*24*3600)
dn_iapetus=(1270)
m_rhea=(2.3166E21)
mp_rhea=(m_rhea)
r_rhea=(1528600/2)
g_rhea=(0.26)
v_rhea=(8480)
vw_rhea=(2*pi/(4.518*24*3600)*r_rhea)
vm_rhea=(2*pi/(4.518*24*3600))
day_rhea=(4.518*24*3600)
dn_rhea=(1233)
dms_mercury=(250/6023600)
dmp_mercury=(0.00036)/(330104)
ddn_mercury=(0.007/5.427)
dr_mercury=(1/2439.7)
dms_venus=(0.06/408523.71)
dmp_venus=(0.00049/4.86732)
ddn_venus=(0.003/5.243)
dr_venus=(1/6051.8)
dm_moon=(0.002/ms_earth)
dmp_moon=(dm_moon)
dms_earth=(0.002/ms_earth)
dmp_earth=(0.0006/m_earth)
ddn_earth=(0.006/5.5134)
dr_earth=(0.1/6378.14)
dms_mars=(9/3098708)
dmp_mars=(0.00064/6.41693)
ddn_mars=(0.00083/3.9340)
dr_mars=(1.5/r_mars)
dms_jupiter=(0.0008/1047.3486)
dmp_jupiter=(0.19/1898.13)
ddn_jupiter=(0.0004/1.3262)
dr_jupiter=(5/r_jupiter)
dms_saturn=(0.018/3497.898)
dmp_saturn=(0.57/568.319)
ddn_saturn=(0.002/6871)
dr_saturn=(5/r_saturn)
dms_uranus=(0.03/22902.98)
dmp_uranus=(0.0087/86.8103)
ddn_uranus=(0.001/1.270)
dr_uranus=(5.5/r_uranus)
dms_neptune=(0.04/19412.24)
dmp_neptune=(0.01/102.410)
ddn_neptune=(0.004/1.638)
dr_neptune=(17/r_neptune)
dms_pluto=(0.07/1.35)
dmp_pluto=(18/1309)
ddn_pluto=(0.04/1.638)
dr_pluto=(6/1151)
mom_sol=(m_sol*v_sol)
momp_mercury=(mp_mercury*v_mercury)
moms_mercury=(0)
momp_venus=(mp_venus*v_venus)
moms_venus=(0)
momp_earth=(mp_earth*v_earth)
moms_earth=((mp_earth*v_earth)+(m_moon*v_moon))
momp_mars=(mp_mars*v_mars)
moms_mars=((mp_mars*v_mars)+(m_phobos*v_phobos)+(m_deimos*v_deimos))
momp_jupiter=(mp_jupiter*v_jupiter)
moms_jupiter=(0)
momp_saturn=(mp_saturn*v_saturn)
moms_saturn=(0)
momp_uranus=(mp_uranus*v_uranus)
moms_uranus=(0)
momp_neptune=(mp_neptune*v_neptune)
moms_neptune=(0)
momp_pluto=(mp_pluto*v_pluto)
moms_pluto=(ms_pluto*(v_pluto+v_charon))
volr_sol=(4/3*pi*r_sol^3)
volm_sol=(m_sol/dn_sol)
volr_mercury=(4/3*pi*r_mercury^3)
volr_venus=(4/3*pi*r_venus^3)
volr_earth=(4/3*pi*r_earth^3)
volr_moon=(4/3*pi*r_moon^3)
volr_mars=(4/3*pi*r_mars^3)
volr_jupiter=(4/3*pi*r_jupiter^3)
volr_saturn=(4/3*pi*r_saturn^3)
volr_uranus=(4/3*pi*r_uranus^3)
volr_neptune=(4/3*pi*r_neptune^3)
volr_pluto=(4/3*pi*r_pluto^3)
volr_charon=(4/3*pi*r_charon^3)
volr_deimos=(4/3*pi*r_deimos^3)
volr_phobos=(4/3*pi*r_phobos^3)
volm_mercury=(mp_mercury/dn_mercury)
volm_venus=(mp_venus/dn_venus)
volm_earth=(mp_earth/dn_earth)
volm_moon=(m_moon/dn_moon)
volm_mars=(mp_mars/dn_mars)
volm_jupiter=(mp_jupiter/dn_jupiter)
volm_saturn=(mp_saturn/dn_saturn)
volm_uranus=(mp_uranus/dn_uranus)
volm_neptune=(mp_neptune/dn_neptune)
volm_pluto=(mp_pluto/dn_pluto)
volm_charon=(m_charon/dn_charon)
volm_deimos=(m_deimos/dn_deimos)
volm_phobos=(m_phobos/dn_phobos)
m_io=(8.94e22)
mp_io=(m_io)
r_io=(3643200/2)
day_io=(1.769*24*3600)
vm_io=(2*pi/day_io*r_io)
dn_io=(3560)
g_io=(1.81)
v_io=(17300)
vw_io=(2*pi/day_io)
mom_io=(m_io*v_io)
volr_io=(4/3*pi*r_io^3)
volm_io=(m_io/dn_io)
m_europa=(4.8e22)
mp_europa=(m_europa)
r_europa=(3121600/2)
day_europa=(3.551*24*3600)
vm_europa=(2*pi/day_europa*r_europa)
dn_europa=(3010)
g_europa=(1.32)
v_europa=(13740)
vw_europa=(2*pi/day_europa)
mom_europa=(m_europa*v_europa)
volr_europa=(4/3*pi*r_europa^3)
volm_europa=(m_europa/dn_europa)
m_ganymed=(1.482e23)
mp_ganymed=(m_ganymed)
r_ganymed=(5262400/2)
day_ganymed=(7155*24*3600)
vm_ganymed=(2*pi/day_ganymed*r_ganymed)
dn_ganymed=(1940)
g_ganymed=(1.42)
v_ganymed=(10880)
vw_ganymed=(2*pi/day_ganymed)
mom_ganymed=(m_ganymed*v_ganymed)
volr_ganymed=(4/3*pi*r_ganymed^3)
volm_ganymed=(m_ganymed/dn_ganymed)
m_kallisto=(1.076e23)
mp_kallisto=(m_kallisto)
r_kallisto=(4820600/2)
day_kallisto=(16.689*24*3600)
vm_kallisto=(2*pi/day_kallisto*r_kallisto)
dn_kallisto=(1830)
g_kallisto=(1.32)
v_kallisto=(8200)
vw_kallisto=(2*pi/day_kallisto)
mom_kallisto=(m_kallisto*v_kallisto)
volr_kallisto=(4/3*pi*r_kallisto^3)
volm_kallisto=(m_kallisto/dn_kallisto)
m_amalthea=(2.07e18)
mp_amalthea=(m_amalthea)
r_amalthea=(167000/2)
day_amalthea=(0.498*24*3600)
vm_amalthea=(2*pi/day_amalthea*r_amalthea)
dn_amalthea=(850)
g_amalthea=(0.02)
v_amalthea=(26490)
vw_amalthea=(2*pi/day_amalthea)
mom_amalthea=(m_amalthea*v_amalthea)
volr_amalthea=(4/3*pi*r_amalthea^3)
volm_amalthea=(m_amalthea/dn_amalthea)
m_himalia=(6.7e18)
mp_himalia=(m_himalia)
r_himalia=(170000/2)
day_himalia=(250.56*24*3600)
vm_himalia=(2*pi/day_himalia*r_himalia)
dn_himalia=(2600)
g_himalia=(0.062)
v_himalia=(3300)
vw_himalia=(2*pi/day_himalia)
mom_himalia=(m_himalia*v_himalia)
volr_himalia=(4/3*pi*r_himalia^3)
volm_himalia=(m_himalia/dn_himalia)
m_elara=(8.66e17)
mp_elara=(m_elara)
r_elara=(86000/2)
day_elara=(259.46*24*3600)
vm_elara=(2*pi/day_elara*r_elara)
dn_elara=(2600)
g_elara=(0.031)
v_elara=(3250)
vw_elara=(2*pi/day_elara)
mom_elara=(m_elara*v_elara)
volr_elara=(4/3*pi*r_elara^3)
volm_elara=(m_elara/dn_elara)
m_pasiphae=(1.92e17)
mp_pasiphae=(m_pasiphae)
r_pasiphae=(56000/2)
day_pasiphae=(708*24*3600)
vm_pasiphae=(2*pi/day_pasiphae*r_pasiphae)
dn_pasiphae=(2600)
g_pasiphae=(0.022)
v_pasiphae=(2310)
vw_pasiphae=(2*pi/day_pasiphae)
mom_pasiphae=(m_pasiphae*v_pasiphae)
volr_pasiphae=(4/3*pi*r_pasiphae^3)
volm_pasiphae=(m_pasiphae/dn_pasiphae)
m_sinope=(7.77e16)
mp_sinope=(m_sinope)
r_sinope=(38000/2)
day_sinope=(758.9*24*3600)
vm_sinope=(2*pi/day_sinope*r_sinope)
dn_sinope=(2600)
g_sinope=(0.014)
v_sinope=(2290)
vw_sinope=(2*pi/day_sinope)
mom_sinope=(m_sinope*v_sinope)
volr_sinope=(4/3*pi*r_sinope^3)
volm_sinope=(m_sinope/dn_sinope)
ha_mercury=((0.307+0.467)*Au/2)
ha_venus=((0.718+0.728)*Au/2)
ha_earth=(Au)
ha_moon=((363300000+405500000)/2)
ha_mars=((1.381+1.666)*Au/2)
ha_jupiter=((4.95+5.46)*Au/2)
ha_saturn=((9.021+10.054)*Au/2)
ha_uranus=((18.324+20.078)*Au/2)
ha_neptune=((29.709+30.385)*Au/2)
ha_pluto=((29.658+49.305)*Au/2)
yr_mercury=(87.969*day)
yr_venus=(224.701*day)
yr_earth=(yr)
yr_moon=(27.3217*day)
yr_mars=(686.98*day)
yr_jupiter=(11.86*yr)
yr_saturn=(29.457*yr)
yr_uranus=(84.011*yr)
yr_neptune=(164.79*yr)
yr_pluto=(247.68*yr)
in_mercury=(7)
in_venus=(3.395)
in_earth=(0)
in_moon=(5.145)
in_mars=(1.85)
in_jupiter=(1.305)
in_saturn=(2.484)
in_uranus=(0.77)
in_neptune=(1.769)
in_pluto=(17.16)
in_charon=(119.591)
insol_charon=(112.783)
an_mercury=(0.01)
an_venus=(177.36)
an_earth=(23.44)
an_moon=(6.68)
an_mars=(25.19)
an_jupiter=(3.13)
an_saturn=(26.73)
an_uranus=(97.77)
an_neptune=(28.32)
an_pluto=(122.53)
ex_mercury=(0.2056)
ex_venus=(0.0068)
ex_earth=(0.0167)
ex_moon=(0.0549)
ex_mars=(0.0935)
ex_jupiter=(0.0484)
ex_saturn=(0.05415)
ex_uranus=(0.0472)
ex_neptune=(0.0113)
ex_pluto=(0.2488)
in_sol=(63)
an_sol=(7.25)
ha_io=(421800000)
ex_io=(0.0041)
in_io=(0.04)
ha_europa=(670900000)
ex_europa=(0.0101)
in_europa=(0.47)
ha_ganymed=(1070400000)
ex_ganymed=(0.0015)
in_ganymed=(0.21)
ha_kallisto=(1882700000)
ex_kallisto=(0.007)
in_kallisto=(0.51)
ha_amalthea=(181400000)
ex_amalthea=(0.0032)
in_amalthea=(0.38)
an_amalthea=(0)
ha_himalia=(11461000000)
ex_himalia=(0.1623)
in_himalia=(27.496)
ha_elara=(11741000000)
ex_elara=(0.2174)
in_elara=(26.627)
ha_pasiphae=(23624000000)
ex_pasiphae=(0.4090)
in_pasiphae=(151.431)
ha_sinope=(23939000000)
ex_sinope=(0.2495)
in_sinope=(158.109)
Code:

in_solar=[in_mercury in_venus in_earth;in_mars in_jupiter in_saturn;in_uranus in_neptune in_pluto]
an_solar=[an_mercury an_venus an_earth;an_mars an_jupiter an_saturn;an_uranus an_neptune an_pluto]
ex_solar=[ex_mercury ex_venus ex_earth;ex_mars ex_jupiter ex_saturn;ex_uranus ex_neptune ex_pluto]
ms_solar=[ms_mercury ms_venus ms_earth;ms_mars ms_jupiter ms_saturn;ms_uranus ms_neptune ms_pluto]
mp_solar=[mp_mercury mp_venus mp_earth;mp_mars mp_jupiter mp_saturn;mp_uranus mp_neptune mp_pluto]
v_solar=[v_mercury v_venus v_earth;v_mars v_jupiter v_saturn;v_uranus v_neptune v_pluto]
r_solar=[r_mercury r_venus r_earth;r_mars r_jupiter r_saturn;r_uranus r_neptune r_pluto]
g_solar=[g_mercury g_venus g_earth;g_mars g_jupiter g_saturn;g_uranus g_neptune g_pluto]
vw_solar=[vw_mercury vw_venus vw_earth;vw_mars vw_jupiter vw_saturn;vw_uranus vw_neptune vw_pluto]
ha_solar=[ha_mercury ha_venus ha_earth;ha_mars ha_jupiter ha_saturn;ha_uranus ha_neptune ha_pluto]
yr_solar=[yr_mercury yr_venus yr_earth;yr_mars yr_jupiter yr_saturn;yr_uranus yr_neptune yr_pluto]
vm_solar=[vm_mercury vm_venus vm_earth;vm_mars vm_jupiter vm_saturn;vm_uranus vm_neptune vm_pluto]
vw_solar=[vw_mercury vw_venus vw_earth;vw_mars vw_jupiter vw_saturn;vw_uranus vw_neptune vw_pluto]
day_solar=[day_mercury day_venus day_earth;day_mars day_jupiter day_saturn;day_uranus day_neptune day_pluto]
dn_solar=[dn_mercury dn_venus dn_earth;dn_mars dn_jupiter dn_saturn;dn_uranus dn_neptune dn_pluto]
dms_solar=[dms_mercury dms_venus dms_earth;dms_mars dms_jupiter dms_saturn;dms_uranus dms_neptune dms_pluto]
dmp_solar=[dmp_mercury dmp_venus dmp_earth;dmp_mars dmp_jupiter dmp_saturn;dmp_uranus dmp_neptune dmp_pluto]
ddn_solar=[ddn_mercury ddn_venus ddn_earth;ddn_mars ddn_jupiter ddn_saturn;ddn_uranus ddn_neptune ddn_pluto]
dr_solar=[dr_mercury dr_venus dr_earth;dr_mars dr_jupiter dr_saturn;dr_uranus dr_neptune dr_pluto]
volr_solar=[volr_mercury volr_venus volr_earth;volr_mars volr_jupiter volr_saturn;volr_uranus volr_neptune volr_pluto]
volm_solar=[volm_mercury volm_venus volm_earth;volm_mars volm_jupiter volm_saturn;volm_uranus volm_neptune volm_pluto]
momp_solar=[momp_mercury momp_venus momp_earth;momp_mars momp_jupiter momp_saturn;momp_uranus momp_neptune momp_pluto]
mom_solar=(momp_solar)
m_jupiter_moons=[m_io m_europa m_ganymed; m_kallisto m_amalthea m_himalia; m_elara m_pasiphae m_sinope]
mp_jupiter_moons=[mp_io mp_europa mp_ganymed; mp_kallisto mp_amalthea mp_himalia; mp_elara mp_pasiphae mp_sinope]
day_jupiter_moons=[day_io day_europa day_ganymed; day_kallisto day_amalthea day_himalia; day_elara day_pasiphae day_sinope]
ha_jupiter_moons=[ha_io ha_europa ha_ganymed; ha_kallisto ha_amalthea ha_himalia; ha_elara ha_pasiphae ha_sinope]
ex_jupiter_moons=[ex_io ex_europa ex_ganymed; ex_kallisto ex_amalthea ex_himalia; ex_elara ex_pasiphae ex_sinope]
in_jupiter_moons=[in_io in_europa in_ganymed; in_kallisto in_amalthea in_himalia; in_elara in_pasiphae in_sinope]
vw_jupiter_moons=[vw_io vw_europa vw_ganymed; vw_kallisto vw_amalthea vw_himalia; vw_elara vw_pasiphae vw_sinope]
dn_jupiter_moons=[dn_io dn_europa dn_ganymed; dn_kallisto dn_amalthea dn_himalia; dn_elara dn_pasiphae dn_sinope]
r_jupiter_moons=[r_io r_europa r_ganymed; r_kallisto r_amalthea r_himalia; r_elara r_pasiphae r_sinope]
g_jupiter_moons=[g_io g_europa g_ganymed; g_kallisto g_amalthea g_himalia; g_elara g_pasiphae g_sinope]
v_jupiter_moons=[v_io v_europa v_ganymed; v_kallisto v_amalthea v_himalia; v_elara v_pasiphae v_sinope]
vm_jupiter_moons=[vm_io vm_europa vm_ganymed; vm_kallisto vm_amalthea vm_himalia; vm_elara vm_pasiphae vm_sinope]
mom_jupiter_moons=[mom_io mom_europa mom_ganymed; mom_kallisto mom_amalthea mom_himalia; mom_elara mom_pasiphae mom_sinope]
volr_jupiter_moons=[volr_io volr_europa volr_ganymed; volr_kallisto volr_amalthea volr_himalia; volr_elara volr_pasiphae volr_sinope]
volm_jupiter_moons=[volm_io volm_europa volm_ganymed; volm_kallisto volm_amalthea volm_himalia; volm_elara volm_pasiphae volm_sinope]
(I havenīt tried the matrices in SMC yet, but I paste them anyway. The upper two code fields are tested with SMC and work well. Future Updates are published at yukterez.ist.org/smc)

Yukterez

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