Conworld: Consystem (Step 1)

With all that out of the way, may I present to you the star system housing Ortingenia (for want of a better name)! Note that this is unformatted output and the fact that the goal was to self-understanding the possibly existent but otherwise convenient model of the mind.

 Step 1: Concept
 A perfect world for the forces of Kevin’s mind, factionalized, a large paradise otherwise, and what else left to chance.
 Step 2: World Type
 Large (Garden): dense atmosphere with plenty of noble gases, obviously supports humans
 Step 3: Atmosphere
 Atmospheric Mass: 0.3000
No marginal composition, maybe Low Oxygen?
 Step 4: Hydrographic Coverage
 82.344%
 Step 5: Climate
 Average Surface Temperature: 282K (Cool, 40-60 F)
Blackbody Correction: 0.88*(1+0.76812*0.16)=0.98815
Blackbody Temperature: 285K
 Step 6: World Size
 K=0.85351 earth densities
S=1.0000 earth gravities
D=1.1716 earth diameters
M=1.3726 earth masses
W=4.0544 minimum molecular weight
P=1.5000 earth atmospheres
Step 7: Resources and Habitability
 RVM +2
Breathable (Standard) +3
Breathable (Not Marginal) +1
Liquid Coverage +2
Climate (Cool) +2
Affinity +11
Step 8: Settlement Type
 Homeworld
Step 9: Technology Level
 Standard (Advanced) (TL 8+)
Step 10: Population
 k=20 billion
n=25 billion
Step 11-12: Society Type, Control Rating
 World Unity: Factionalized
Cyril (nation to be named)
Representative Democracy, oligarchy (CR 3)
Civil rights: 3
Economic freedom: 2
Human rights: 2
Legal restrictions: 4
Punishment: 4
Social control: 4
Taxation: 2
Weapons: 3
Lowell (nation to be named)
Representative Democracy, subjugated, utopia (CR 1)
Civil rights: 0
Economic freedom: 3
Human rights: 3
Legal restrictions: 0
Punishment: 0
Social control: 1
Taxation: 1
Weapons: 0
 Lamont (nation to be named)
Corporate (CR 3.5)
Civil rights: 5
Economic freedom: 1
Human rights: 2
Legal restrictions: 3
Punishment: 3
Social control: 2
Taxation: 6
Weapons: 4
Step 13: Economics
Base per capita income: $43400
Typical Wealth: Comfortable
Volume: $1,085 T
 Step 14: Bases and Facilities
Class V – Full Facilities Spaceport
Cyril (CR 3, PR 9)
Corporate HQ (PR 1)
60 Espionage facilities
Government research station (PR 3)
Private research station
Naval base (PR 4)
Lowell (CR 1, PR 9)
Black Market
Criminal Base (PR 5)
37 Espionage facilities
Government research station (PR 1)
Terrorist base (PR 4)
Lamont (CR 3.5, PR 9)
Corporate HQ (PR 2)
Criminal Base (PR 3)
49 Espionage facilities
Government reserach station (PR 1)
Mercenary Base (PR 4)
3 Private reseearch stations
Step 15: Number of Stars
 1
Step 17: Star Masses and Star System Age
 M=1.1323 sun masses
3B yr
Step 18: Stellar Characteristics
Type: F9 V
Temp: 6100K
L-Min: 1.4 sun luminosities
L-Max: 2.6 sun luminosities
M-Span: 6.7B years
S-Span: 1.0B years
G-Span: 0.6B years
Lumin: 1.4+((3/6.7)(2.6-1.4))=1.9373 sun luminosities
R=0.005798 AU
Step 20: Orbital Zones
 I=0.11323AU
I=0.013919AU
O=45.292AU
R=5.1609AU
Step 21-23: Placing First Planets
 Arrangement of Gas Giants: Eccentric Gas Giant (between inner limit and snow line)
I R=0.27055: 631K, Small (Rock)
II R=0.48699: 470K, Small (Rock)
III R=0.77918: 372K, Standard (Greenhouse), F=1.2
IV R=1.3246: 285K, Large (Ortingenia), 1 Tiny (Moon), F=0.3
V R=2.2518: 219K, Asteroid Belt (Rock)
VI R=3.1525: 185K, Gas Giant (Medium), 5, 1, 2
VII R=5.0441: 146K, Gas Giant (Large), 9, 4, 6
VIII R=8.5749: 112K, Gas Giant (Small), 8, 5, 5
IX R=13.720: 89K, Asteroid Belt (Ice)
X R=24.696: 66K, Small (Hadean), 4 moonlets
XI R=39.513: 52K, Tiny (Hadean), 1 moonlet
VIa: Tiny (Rock)
VIIa: Standard (Ice), F=1.4, VIIb: Tiny (Rock), VIIc: Small (Rock), VIId: Tiny (Rock)
VIIIa: Standard (Ice), F=1.2, VIIIb: Tiny (Sulfur), VIIc: Standard (Ice), F=1.3, VIId: Small (Ice), VIIe: Standard (Ice), F=1.9
IVa:
AST 276K
K=0.72104 earth densities
D=0.35786 earth diameters
S=0.25803 earth gravities
M=0.033044 earth masses
W=51.441 minimum molecular weight
Step 30: Dynamic Parameters
 Ortingenian year: 1.4326707 earth years or 523.29729 earth days
Planetary orbital eccentricity: 0.2 (perihelion at 1.0597, aphelion at 1.5895)
74.757 weeks with 5.29729 extra days each year
40=0.0588*sqrt(r^3/m)
Orbital radius: 27.109
Rotational period: 24 hours
T=34.590 (by moon on planet)
T=0.26257 (by star on planet)
T=75.519 (or maybe 50.346)
Day length on moon: -1.1667 days
Apparent moon orbital cycle length: 1.1667 days
Axial tilt of Ortingenia: 25 degrees
Can anyone guess where I received the information required to make this information? And which parts due the factions represent?
The next step will be constructing the language that binds the place and naming the astronomical bodies.
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