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Star data:
name: Forge
Solar mass, sol=1: 1.34
Solar mass, kg: 2.68E+30
Luminosity, sol=1: 2.77
Approximate temperature, K: 6440.04
Peak Wavelength, nm: 6440.04
Class: F

Asteroid belt
Name: Forge terrestrial material region
Orbital radius inner m km: 39.45
Orbital radius outer m km: 369.25
Belt density (1-10): 10

Sampling at 50 m km

Arbitrary condensation points for compounds in the formation region. numbers approaching one indicate a relatively high acquisition rate, where as higher or lower numbers indicate less abundant compounds.

TiC: 1.36
Al2O3: 1.47
C (graphite): 1.47
SiC: 1.48
CaAl2O19: 1.48
CaTiO3: 1.53
Ca2Al2O4: 1.59
MgAl2O4: 1.72
Fe3C: 1.768153
Fe: 1.77
Mg2SiO4: 1.80
AlN: 1.85
CaS: 1.908597
Mg2SiO4: 2.24
TiN: 2.53
FeS: 4.69
FeO: 4.685606
Ca2Mg5Si8O22: 4.26
H2O: 3.43
NH3: 4.81
H2SO4: 3.311382
C6H6: 3.60
CH4: 9.66
CO2: 3.08
N2: 7.437469
O2: 6.09
H2: 28.40
He: 187.42

Sampling at 100 m km

Arbitrary condensation points for compounds in the formation region. numbers approaching one indicate a relatively high acquisition rate, where as higher or lower numbers indicate less abundant compounds.

TiC: 0.86
Al2O3: 0.92
C (graphite): 0.92
SiC: 0.93
CaAl2O19: 0.93
CaTiO3: 0.96
Ca2Al2O4: 1.00
MgAl2O4: 1.08
Fe3C: 1.109912
Fe: 1.11
Mg2SiO4: 1.13
AlN: 1.16
CaS: 1.198072
Mg2SiO4: 1.41
TiN: 1.59
FeS: 2.94
FeO: 2.941266
Ca2Mg5Si8O22: 2.67
H2O: 2.15
NH3: 3.02
H2SO4: 2.078633
C6H6: 2.26
CH4: 6.06
CO2: 1.94
N2: 4.668677
O2: 3.82
H2: 17.83
He: 117.65

Sampling at 200 m km

Arbitrary condensation points for compounds in the formation region. numbers approaching one indicate a relatively high acquisition rate, where as higher or lower numbers indicate less abundant compounds.

TiC: 0.60
Al2O3: 0.65
C (graphite): 0.65
SiC: 0.66
CaAl2O19: 0.66
CaTiO3: 0.68
Ca2Al2O4: 0.71
MgAl2O4: 0.76
Fe3C: 0.784826
Fe: 0.79
Mg2SiO4: 0.80
AlN: 0.82
CaS: 0.847165
Mg2SiO4: 1.00
TiN: 1.12
FeS: 2.08
FeO: 2.079789
Ca2Mg5Si8O22: 1.89
H2O: 1.52
NH3: 2.13
H2SO4: 1.469816
C6H6: 1.60
CH4: 4.29
CO2: 1.37
N2: 3.301253
O2: 2.70
H2: 12.60
He: 83.19

Sampling at 300 m km

Arbitrary condensation points for compounds in the formation region. numbers approaching one indicate a relatively high acquisition rate, where as higher or lower numbers indicate less abundant compounds.

TiC: 0.49
Al2O3: 0.53
C (graphite): 0.53
SiC: 0.54
CaAl2O19: 0.54
CaTiO3: 0.56
Ca2Al2O4: 0.58
MgAl2O4: 0.62
Fe3C: 0.640808
Fe: 0.64
Mg2SiO4: 0.65
AlN: 0.67
CaS: 0.691707
Mg2SiO4: 0.81
TiN: 0.92
FeS: 1.70
FeO: 1.698141
Ca2Mg5Si8O22: 1.54
H2O: 1.24
NH3: 1.74
H2SO4: 1.200100
C6H6: 1.31
CH4: 3.50
CO2: 1.12
N2: 2.695462
O2: 2.21
H2: 10.29
He: 67.93

Sampling at 400 m km

Arbitrary condensation points for compounds in the formation region. numbers approaching one indicate a relatively high acquisition rate, where as higher or lower numbers indicate less abundant compounds.

TiC: 0.43
Al2O3: 0.46
C (graphite): 0.46
SiC: 0.47
CaAl2O19: 0.47
CaTiO3: 0.48
Ca2Al2O4: 0.50
MgAl2O4: 0.54
Fe3C: 0.554956
Fe: 0.56
Mg2SiO4: 0.56
AlN: 0.58
CaS: 0.599036
Mg2SiO4: 0.70
TiN: 0.79
FeS: 1.47
FeO: 1.470633
Ca2Mg5Si8O22: 1.34
H2O: 1.08
NH3: 1.51
H2SO4: 1.039317
C6H6: 1.13
CH4: 3.03
CO2: 0.97
N2: 2.334338
O2: 1.91
H2: 8.91
He: 58.83


Planetary data:
Name: Fabricor
Orbital period in years: 4.14
Orbital period in days: 1511.55
Orbital period in hours: 36277.21
Orbital radius (mean) km: 425.67E+6
Planetary diameter, km: 13057
Surface g, m/s/s: 9.84
Earth gravities: 1.00
Planetary mass, kg: 6.29E+24
Planetary mass, Earths: 1.05
Planetary volume, m^3: 1.17E+21
Planetary volume, Earths: 1.08
Approximate planetary temperature, K: 285.12
Density, g/cm^3: 5.39
Axial tilt, degrees: 0.00
Rotational period, hrs: 22.10


Atmospheric composition:
Pressure in millibars: 

Hydrogen (H2): trace in upper atmosphere
Helium (He): trace
Oxygen (O2): 287.77
Nitrogen (N2): 1049.57
Carbon dioxide (CO2): 12.00
Ammonia (NH3): 0.00
Methane (CH4): 0.00
Sulphur dioxide (SO2): 0.00
Hydrogen sulphide (H2S): 0.00
Total atmospheric pressure, bar: 1.35


Atmospheric gas speed analysis
Numbers reflect escape velocity/r.m.s. speeds of molecules

Hydrogen (H2): 3.19
Helium (He): 6.38
Oxygen (O2): 51.01
Nitrogen (N2): 44.64
Carbon dioxide (CO2): 70.14
Argon (Ar): 63.77
Krypton (Kr): 133.91
Neon (Ne): 32.20
Water Vapour (H20): 25.51
Methane (CH4): 25.51
Ozone (O3): 76.52
Sulphur Dioxide (SO2): 102.03
Benzene (C6H6): 28.70
Ethane (C2H6): 47.83
Hydrogen Sulphide (H2S): 54.20
Ammonia (NH3): 27.10


Surface hydrosphere:
Potential surface liquids: 

Water (H2O): yes, as hydrosphere
Ammonia (NH3): only as organic solute
Sulphur dioxide (SO2): only as volcanic gas
Carbon dioxide (CO2): No
Oxygen (O2): No
Nitrogen (N2): No
Neon (Ne): No
Deuterium (D): No
Hydrogen (H): No
Helium (He): No

Arbitrary condensation points for compounds in the formation region. numbers approaching one indicate a relatively high acquisition rate, where as higher or lower numbers indicate less abundant compounds.

TiC: 0.41
Al2O3: 0.45
C (graphite): 0.45
SiC: 0.45
CaAl2O19: 0.45
CaTiO3: 0.47
Ca2Al2O4: 0.48
MgAl2O4: 0.52
Fe3C: 0.537964
Fe: 0.54
Mg2SiO4: 0.55
AlN: 0.56
CaS: 0.580694
Mg2SiO4: 0.68
TiN: 0.77
FeS: 1.43
FeO: 1.425604
Ca2Mg5Si8O22: 1.30
H2O: 1.04
NH3: 1.46
H2SO4: 1.007494
C6H6: 1.10
CH4: 2.94
CO2: 0.94
N2: 2.262864
O2: 1.85
H2: 8.64
He: 57.02


Habitable zone description: 
Planetary conditions: ideal, optimal ecology
Mean temperature, K: 285.12
life: Apparently indigenous
Atmosphere: Breathable
Temperature at perihelion, K: 285
Temperature at aphelion, K: 285

Satellite data:
Name: Creatio
Orbital period in years: 0.02
Orbital period in days: 8.95
Orbital period in hours: 214.91
Orbital radius (mean) km: 185.30E+6
Satellite diameter, km: 1724
Surface g, m/s/s: 1.13
Earth gravities: 0.12
Satellite mass, kg: 12.59E+21
Satellite mass, Earths: 0.00
Satellite volume, m^3: 2.68E+18
Satellite volume, Earths: 0.00
Density, g/cm^3: 4.69


Detailed orbital analysis

Eccentricity, tidal effects, angular velocity

Planetary eccentricity: 0.00
Satellite eccentricity: 0.01
Planetary aphelion m km: 427.62
Planetary perihelion m km: 423.72
Satellite apoapsis km: 187854.54
Satellite periapsis km: 182742.47
Satellite angular velocity: 0.00
Planet angular velocity: 0.00
Barycentre from middle of planet, km: 370.20
Tide height caused from moon, m: 0.57
Tide height caused from sun, m: 0.01
Tide height caused on moon from planet, m: 43.34
Planetary axial tilt, degrees: 11.68
Satellite axial tilt, degrees: 0.00
Satellite orbital inclination, degrees: 0.79
Planetary orbital inclination, degrees: 0.01

Satellite data:
Name: Eversio
Orbital period in years: 0.07
Orbital period in days: 26.81
Orbital period in hours: 643.53
Orbital radius (mean) km: 384.96E+6
Satellite diameter, km: 1841
Surface g, m/s/s: 1.27
Earth gravities: 0.13
Satellite mass, kg: 16.09E+21
Satellite mass, Earths: 0.00
Satellite volume, m^3: 3.27E+18
Satellite volume, Earths: 0.00
Density, g/cm^3: 4.93


Detailed orbital analysis

Eccentricity, tidal effects, angular velocity

Planetary eccentricity: 0.00
Satellite eccentricity: 0.02
Planetary aphelion m km: 427.62
Planetary perihelion m km: 423.72
Satellite apoapsis km: 392455.78
Satellite periapsis km: 377455.89
Satellite angular velocity: 0.00
Planet angular velocity: 0.00
Barycentre from middle of planet, km: 982.61
Tide height caused from moon, m: 0.08
Tide height caused from sun, m: 0.01
Tide height caused on moon from planet, m: 4.92
Planetary axial tilt, degrees: 11.68
Satellite axial tilt, degrees: 0.00
Satellite orbital inclination, degrees: 3.73
Planetary orbital inclination, degrees: 0.01

Asteroid belt
Name: Forge outer material region
Orbital radius inner m km: 526.00
Orbital radius outer m km: 6320.00
Belt density (1-10): ~10

Arbitrary condensation points for compounds in the formation region. numbers approaching one indicate a relatively high acquisition rate, where as higher or lower numbers indicate less abundant compounds.

TiC: 0.26
Al2O3: 0.28
C (graphite): 0.28
SiC: 0.28
CaAl2O19: 0.28
CaTiO3: 0.29
Ca2Al2O4: 0.30
MgAl2O4: 0.33
Fe3C: 0.338309
Fe: 0.34
Mg2SiO4: 0.34
AlN: 0.35
CaS: 0.365180
Mg2SiO4: 0.43
TiN: 0.48
FeS: 0.90
FeO: 0.896518
Ca2Mg5Si8O22: 0.82
H2O: 0.66
NH3: 0.92
H2SO4: 0.633581
C6H6: 0.69
CH4: 1.85
CO2: 0.59
N2: 1.423044
O2: 1.16
H2: 5.43
He: 35.86


Arbitrary condensation points for compounds in the formation region. numbers approaching one indicate a relatively high acquisition rate, where as higher or lower numbers indicate less abundant compounds.

TiC: 0.22
Al2O3: 0.24
C (graphite): 0.24
SiC: 0.24
CaAl2O19: 0.24
CaTiO3: 0.25
Ca2Al2O4: 0.26
MgAl2O4: 0.28
Fe3C: 0.284094
Fe: 0.28
Mg2SiO4: 0.29
AlN: 0.30
CaS: 0.306660
Mg2SiO4: 0.36
TiN: 0.41
FeS: 0.75
FeO: 0.752850
Ca2Mg5Si8O22: 0.68
H2O: 0.55
NH3: 0.77
H2SO4: 0.532049
C6H6: 0.58
CH4: 1.55
CO2: 0.50
N2: 1.194999
O2: 0.98
H2: 4.56
He: 30.11


Arbitrary condensation points for compounds in the formation region. numbers approaching one indicate a relatively high acquisition rate, where as higher or lower numbers indicate less abundant compounds.

TiC: 0.17
Al2O3: 0.18
C (graphite): 0.18
SiC: 0.19
CaAl2O19: 0.19
CaTiO3: 0.19
Ca2Al2O4: 0.20
MgAl2O4: 0.22
Fe3C: 0.220822
Fe: 0.22
Mg2SiO4: 0.22
AlN: 0.23
CaS: 0.238362
Mg2SiO4: 0.28
TiN: 0.32
FeS: 0.59
FeO: 0.585178
Ca2Mg5Si8O22: 0.53
H2O: 0.43
NH3: 0.60
H2SO4: 0.413553
C6H6: 0.45
CH4: 1.21
CO2: 0.38
N2: 0.928854
O2: 0.76
H2: 3.55
He: 23.41


Arbitrary condensation points for compounds in the formation region. numbers approaching one indicate a relatively high acquisition rate, where as higher or lower numbers indicate less abundant compounds.

TiC: 0.14
Al2O3: 0.16
C (graphite): 0.16
SiC: 0.16
CaAl2O19: 0.16
CaTiO3: 0.16
Ca2Al2O4: 0.17
MgAl2O4: 0.18
Fe3C: 0.186907
Fe: 0.19
Mg2SiO4: 0.19
AlN: 0.20
CaS: 0.201753
Mg2SiO4: 0.24
TiN: 0.27
FeS: 0.50
FeO: 0.495304
Ca2Mg5Si8O22: 0.45
H2O: 0.36
NH3: 0.51
H2SO4: 0.350038
C6H6: 0.38
CH4: 1.02
CO2: 0.33
N2: 0.786197
O2: 0.64
H2: 3.00
He: 19.81


Arbitrary condensation points for compounds in the formation region. numbers approaching one indicate a relatively high acquisition rate, where as higher or lower numbers indicate less abundant compounds.

TiC: 0.13
Al2O3: 0.14
C (graphite): 0.14
SiC: 0.14
CaAl2O19: 0.14
CaTiO3: 0.14
Ca2Al2O4: 0.15
MgAl2O4: 0.16
Fe3C: 0.164974
Fe: 0.17
Mg2SiO4: 0.17
AlN: 0.17
CaS: 0.178078
Mg2SiO4: 0.21
TiN: 0.24
FeS: 0.44
FeO: 0.437180
Ca2Mg5Si8O22: 0.40
H2O: 0.32
NH3: 0.45
H2SO4: 0.308961
C6H6: 0.34
CH4: 0.90
CO2: 0.29
N2: 0.693937
O2: 0.57
H2: 2.65
He: 17.49


Arbitrary condensation points for compounds in the formation region. numbers approaching one indicate a relatively high acquisition rate, where as higher or lower numbers indicate less abundant compounds.

TiC: 0.12
Al2O3: 0.12
C (graphite): 0.12
SiC: 0.13
CaAl2O19: 0.13
CaTiO3: 0.13
Ca2Al2O4: 0.13
MgAl2O4: 0.15
Fe3C: 0.149303
Fe: 0.15
Mg2SiO4: 0.15
AlN: 0.16
CaS: 0.161162
Mg2SiO4: 0.19
TiN: 0.21
FeS: 0.40
FeO: 0.395654
Ca2Mg5Si8O22: 0.36
H2O: 0.29
NH3: 0.41
H2SO4: 0.279614
C6H6: 0.30
CH4: 0.82
CO2: 0.26
N2: 0.628022
O2: 0.51
H2: 2.40
He: 15.83


Arbitrary condensation points for compounds in the formation region. numbers approaching one indicate a relatively high acquisition rate, where as higher or lower numbers indicate less abundant compounds.

TiC: 0.11
Al2O3: 0.11
C (graphite): 0.11
SiC: 0.12
CaAl2O19: 0.12
CaTiO3: 0.12
Ca2Al2O4: 0.12
MgAl2O4: 0.13
Fe3C: 0.137389
Fe: 0.14
Mg2SiO4: 0.14
AlN: 0.14
CaS: 0.148302
Mg2SiO4: 0.17
TiN: 0.20
FeS: 0.36
FeO: 0.364082
Ca2Mg5Si8O22: 0.33
H2O: 0.27
NH3: 0.37
H2SO4: 0.257302
C6H6: 0.28
CH4: 0.75
CO2: 0.24
N2: 0.577908
O2: 0.47
H2: 2.21
He: 14.56

Decorative lower bar