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[Tarran]

Another game by yours truly.

This game will allow you to see my obsession with Terraforming, oh the wonderful thing. I'll use Aurora for many things.

And for all of you who want to put ammonia in the earth's atmosphere, this game is serious. You do something stupid like launching an asteroid at a habited planet, they will either blast you into space dust, or put you in a jail. (Both kick you off the game and put another player in your place)

This is a multiplayer game, it will be a game with a win/defeat of Musical chairs. The person with the least points is kicked out for the next player in the waiting list. You may apply again, but will be put at the bottom of the waiting list. Each round has three players. In the event of a tie (Very unlikely), everyone will move onto the next round, with no-one kicked off.

You are a Terraforming ship, you also have a traction beam to haul certain objects like asteroids, and collide them with planets. You can add gas at a rate of 0.06 ATMs per month, each action takes a month, each turn is a month, and you have eighteen months for each system.

You start in sol, and then go to other unique systems, generated by Aurora (of course). I will make sure to only pick systems with at least one gas giant and at least 5 planets/dwarf planets/moons with a colony rating of at least 4 in Aurora.

Rules.

Spoiler (click to show/hide)

Be serious.
You CANNOT terraform the same planet of a different player.
You will get a penalty if you attack the planet of a different player with an asteroid. That penalty is 500 points (That's a lot of points).
If you are attacked by another player with an asteroid, you can fling an asteroid back at their planet with no penalty (Self defense).

Planets/moons with a gravity of or less than 0.05 can be dragged around like an asteroid, but you suffer a penalty for them.

If need be, I will add more.

Here's how you score.

Spoiler (click to show/hide)

+10000 points for a perfectly Earthlike planet (very hard to do).

+200 points for a habitable planet.

-2 point for every 0.01 gravity point (G) away from human's ideal gravity.

-1 point for every degree away from human's ideal temperature. (I will use Celsius because Aurora uses Celsius.)

-5 points for every 0.01 ATM away from human's ideal oxygen ATM amount.

   additional -10 points for every 0.01 ATM above 30% oxygen in the planet's Atmosphere. (It's dangerous to have a explosive atmosphere.)

-20 points for every 0.01 ATM of toxic gas in the planet's atmosphere.

+100 points if you have the same gravity as the earth (Hardest to do).

+50 points if you have the same temperature as the earth.

+50 points if you have the same oxygen ATMs as the earth.

+2 points for every 0.01 ATM of toxic gas you remove.

+1 points for every degree in Celsius towards ideal you change.

-1 points for every degree in Celsius away from ideal you change.

+3 points for every 0.01 ATM in oxygen towards ideal you add/remove.

-3 points for every 0.01 ATM in oxygen away from ideal you remove/add.

+2 points for every 0.01 G towards ideal you add.

-2 points for every 0.01 G away from ideal you add.

-100 for every minor Solar Disaster you cause.

-1000 for every major Solar Disaster you cause.

-10000 for every super Solar Disaster you cause.

Here's how you terraform your planet.

Spoiler (click to show/hide)

Temperature: Base temp X Greenhouse effect. Greenhouse effect starts at 1.

    Exact quote from Aurora.
    Surface Temperature in Kelvin = Base Temperature in Kelvin x Greenhouse Factor x Albedo
    Greenhouse Factor = 1 + (Atmospheric Pressure /10) + Greenhouse Pressure   (Maximum = 3.0)

      Lowering: Add anti-greenhouse gas (Each ATM removes that much greenhouse pressure, but still adds to the Atmospheric pressure.). Or removing gas.
      Heightening: Add greenhouse gas (Each ATM adds that much greenhouse pressure, and adds to the Atmospheric pressure.). Or adding normal gas.

   Possible gas types:
     Hydrogen. Tox.
     Helium.
     Methane. Toxic to Oxygen breathers. GreHou.
     Ammonia. Tox.
     Water.
     Neon.
     Nitrogen.
     Carbon monoxide. Tox.
     Nitrogen oxide. Tox.
     Oxygen. Toxic to Methane breathers.
     Hydrogen sulfide. Tox.
     Argon.
     Carbon dioxide. Grehou.
     Nitrogen dioxide. Tox. Grehou.
     Sulfur dioxide. Tox. Grehou.
     Chlorine. Tox.
     Florine. Tox.
     Bromine. Tox.
     Iodine. Tox.
     Safe greenhouse gas. Grehou.
     Anti-greenhouse gas. Anti-Grehou.

  Also, when you melt ice it increases albedo.

Gravity:
Adding. Hit your planet with an asteroid. (You will suffer a penalty if you do it when life is on the planet). You gain the asteroid's gravity in full.

Solar Disasters. These are caused when you screw up.

Spoiler (click to show/hide)

Planetary Collision. Major. Caused when you cause a major gravitational change which leads to a collision.

Moon>Planet Collision. Major or minor (depending on how much the planet needed that moon). Caused when you cause a major gravitational change which leads to a collision.

Moon>Moon Collision. Major or minor (depending on how much the planet needed those moons). Caused when you cause a major gravitational change which leads to a collision.

Gas Giant>Planet/moon Collision. Major. Caused when you cause a major gravitational change which leads to a collision.

Star>Planet/moon/Gas giant Collision. Major. Caused when you cause a major gravitational change which leads to a collision.

Genocide. Major. Caused when you hit a planet with a body while life is living there. Combined with collision penalties.

Partial Genocide. Minor. Caused when you hit a planet with a small body while life is living there. Combined with collision penalties.

Total Solar Disaster. Super. Caused when every body in the system is effected by a large amount.

Total Solar Collision. Super. Caused when every body in the system hits the star.

Current:

Needed for life:
Oxygen/Methane >0.07 ATMs. And <0.4 ATMs.
Temp: >-40C. And <+60C.
Grav: >0.4G. And <2.5G.
No toxins.

Humans:
Ideal gravity: 1 G. Deviation: 70% (Max 1.70G, Min 0.30G)
Ideal temperature: 22 C. Deviation: 22 Deg C (Max 44C, Min 0C)
Ideal oxygen amount in ATMs: 0.20 ATMs. Deviation: 50% (Max 0.30 ATMs, Min 0.10 ATMs.)
Max press: 4 ATMs.

Home planet: Earth. 0.79 ATMs of Nitrogen, 0.2 ATMs of Oxygen. 0.01 ATMs of Argon.

Players:
IronyOwl 44.55 points.
Cheddarius 21.75 points.
Ukrainian Ranger 5.76 points.

Waiting:
Paranatural
smjjames

System:
Colony cost is how hard it is to colonize it. Lower is better.

NOTE: All of this is from Aurora. If it is incorrect, blame Aurora. All bodies have normal albedo unless stated.

This may be useful. http://www.onlineconversion.com/temperature.htm

Restricted: (R). Gas: (G). Owned by player: ([player color][player name]). Colcost +100-50: (VH). Colcost 49-25: (H). Colcost 24-10: (M). Colcost 9-3: (L). ColCost 2-<0: (VL) Colcost 0: (H)

Mercury: No atmosphere. Gravity:0.38. Temp:427C. Colcost:17.41 (M) Base temp (in Kelvin): 700.

Venus: 65 ATMs of Nitrogen. 35 ATMs of Carbon Dioxide. (100 ATMs) Gravity:0.91. Temp:462C. Colcost:25. (H) Base temp (in Kelvin): 245.

Earth: 0.79 ATMs of Nitrogen. 0.2 ATMs of Oxygen. 0.01 ATMs of Argon. (1 ATM) Gravity:1. Temp:22C. ColCost:0 (R) (H) Base temp (in Kelvin): 268.2. Water. Life.
  Luna: No atmosphere. Gravity:0.17. Temp:-98C. ColCost 4.5. (L) (R) Base temp (in Kelvin): 175. Crust (Special term for ice, only appears on Luna).

Mars: 0.06 ATMs of Safe Greenhouse Gas. 0.007 ATMs of Nitrogen. 0.003 ATMs of Carbon dioxide. (0.07 ATMs) Gravity:0.41. Temp:-32.25C. ColCost 1.5. (L). Base temp (in Kelvin): 225. Ice. (Cheddarius)
  Phobos: No atmosphere. Gravity:0.0005. Temp:-48C. ColCost 2.18. (L). Base temp (in Kelvin): 225.
  Demos: 0.18 ATMs of Carbon Dioxide. (0.18 ATMs) Gravity:0.0007. Temp:-3.45C. ColCost 0.2. (VL). Base temp (in Kelvin): 225. (IronyOwl)

Large asteroid field.

Jupiter.  Gravity:2.14. Temp:-148C. (G). Base temp (in Kelvin): 125.
  Metis.  No atmosphere. Gravity:0.0021. Temp:-148C. ColCost 6.7. (L). Base temp (in Kelvin): 125.
  Amalthea.  No atmosphere. Gravity:0.005. Temp:-148C. ColCost 6.7. (L). Base temp (in Kelvin): 125.
  Thebe.  No atmosphere. Gravity:0.003. Temp:-148C. ColCost 6.7. (L). Base temp (in Kelvin): 125.
  Io.  No atmosphere. Gravity:0.18. Temp:-148C. ColCost 6.7. (L). Base temp (in Kelvin): 125.
  Europa.  No atmosphere. Gravity:0.15. Temp:-148C. ColCost 6.7. (L). Base temp (in Kelvin): 125.
  Ganymede.  No atmosphere. Gravity:0.10. Temp:-148C. ColCost 6.7. (L). Base temp (in Kelvin): 125.
  Callisto.  No atmosphere. Gravity:0.2688. Temp:-148C. ColCost 6.7. (L). Base temp (in Kelvin): 125. (Ukrainian Ranger)
  Himalia. No atmosphere. Gravity:0.008. Temp:-148C. ColCost 6.7. (L). Base temp (in Kelvin): 125.
  Lysithea. No atmosphere. Gravity:0.008. Temp:-148C. ColCost 6.7. (L). Base temp (in Kelvin): 125.
  Elara. No atmosphere. Gravity:0.003. Temp:-148C. ColCost 6.7. (L). Base temp (in Kelvin): 125.
  Ananke. No atmosphere. Gravity:0.0013. Temp:-148C. ColCost 6.7. (L). Base temp (in Kelvin): 125.
  Carme. No atmosphere. Gravity:0.0007. Temp:-148C. ColCost 6.7. (L). Base temp (in Kelvin): 125.
  Pasiphae. No atmosphere. Gravity:0.004. Temp:-148C. ColCost 6.7. (L). Base temp (in Kelvin): 125.
  Sinope. No atmosphere. Gravity:0.003. Temp:-148C. ColCost 6.7. (L). Base temp (in Kelvin): 125.

Saturn. Gravity:0.74. Temp:-178C. (G). Base temp (in Kelvin): 95.
  Atlas.  No atmosphere. Gravity:0.0014. Temp:-178C. ColCost 8.1. (L). Base temp (in Kelvin): 95.
  Prometheus.  No atmosphere. Gravity:0.0028. Temp:-178C. ColCost 8.1. (L). Base temp (in Kelvin): 95.
  Pandora.  No atmosphere. Gravity:0.0027. Temp:-178C. ColCost 8.1. (L). Base temp (in Kelvin): 95.
  Epimetheus.  No atmosphere. Gravity:0.005. Temp:-178C. ColCost 8.1. (L). Base temp (in Kelvin): 95.
  Mimas.  No atmosphere. Gravity:0.016. Temp:-178C. ColCost 8.1. (L). Base temp (in Kelvin): 95.
  Enceladus.  No atmosphere. Gravity:0.02. Temp:-178C. ColCost 8.1. (L). Base temp (in Kelvin): 95.
  Tethys.  No atmosphere. Gravity:0.05. Temp:-178C. ColCost 8.1. (L). Base temp (in Kelvin): 95.
  Dione.  No atmosphere. Gravity:0.05. Temp:-178C. ColCost 8.1. (L). Base temp (in Kelvin): 95.
  Rhea.  No atmosphere. Gravity:0.11. Temp:-178C. ColCost 8.1. (L). Base temp (in Kelvin): 95.
  Titan.  1.52 ATMs of Nitrogen. 0.08 ATMs of methane. (1.6 ATM) Gravity:0.53. Temp:-178C. ColCost 8.1. (L). Base temp (in Kelvin): 76.6. (Yes, Titan can never reach the minimum temperature requirements of humans. Blame Steve.)
  Hyperion.  No atmosphere. Gravity:0.03. Temp:-178C. ColCost 8.1. (L). Base temp (in Kelvin): 95.
  Iapetus.  No atmosphere. Gravity:0.07. Temp:-178C. ColCost 8.1. (L). Base temp (in Kelvin): 95.
  Phoebe.  No atmosphere. Gravity:0.004. Temp:-178C. ColCost 8.1. (L). Base temp (in Kelvin): 95.

Uranus. Gravity:0.86. Temp:-216C. (G). Base temp (in Kelvin): 57.
  Cordelia.  No atmosphere. Gravity:0.0006. Temp:-216C. ColCost 9.8. (M). Base temp (in Kelvin): 57.
  Portia.  No atmosphere. Gravity:0.003. Temp:-216C. ColCost 9.8. (M). Base temp (in Kelvin): 57.
  Belinda.  No atmosphere. Gravity:0.0019. Temp:-216C. ColCost 9.8. (M). Base temp (in Kelvin): 57.
  Puck.  No atmosphere. Gravity:0.016. Temp:-216C. ColCost 9.8. (M). Base temp (in Kelvin): 57.
  Miranda.  No atmosphere. Gravity:0.02. Temp:-216C. ColCost 9.8. (M). Base temp (in Kelvin): 57.
  Ariel.  No atmosphere. Gravity:0.04. Temp:-216C. ColCost 9.8. (M). Base temp (in Kelvin): 57.
  Umbriel.  No atmosphere. Gravity:0.04. Temp:-216C. ColCost 9.8. (M). Base temp (in Kelvin): 57.
  Titania.  No atmosphere. Gravity:0.15. Temp:-216C. ColCost 9.8. (M). Base temp (in Kelvin): 57.
  Oberon.  No atmosphere. Gravity:0.06. Temp:-216C. ColCost 9.8. (M). Base temp (in Kelvin): 57.
  Caliban.  No atmosphere. Gravity:0.004. Temp:-216C. ColCost 9.8. (M). Base temp (in Kelvin): 57.
  Sycorax.  No atmosphere. Gravity:0.006. Temp:-216C. ColCost 9.8. (M). Base temp (in Kelvin): 57.

Neptune. Gravity:1.10. Temp:-228C. (G). Base temp (in Kelvin): 45.
  Naiad.  No atmosphere. Gravity:0.0024. Temp:-228C. ColCost 10.4. (M). Base temp (in Kelvin): 45.
  Thalassa.  No atmosphere. Gravity:0.0025. Temp:-228C. ColCost 10.4. (M). Base temp (in Kelvin): 45.
  Despina.  No atmosphere. Gravity:0.004. Temp:-228C. ColCost 10.4. (M). Base temp (in Kelvin): 45.
  Galatea.  No atmosphere. Gravity:0.003. Temp:-228C. ColCost 10.4. (M). Base temp (in Kelvin): 57.
  Larissa.  No atmosphere. Gravity:0.0024. Temp:-228C. ColCost 10.4. (M). Base temp (in Kelvin): 57.
  Proteus.  No atmosphere. Gravity:0.04. Temp:-228C. ColCost 10.4. (M). Base temp (in Kelvin): 57.
  Triton.  No atmosphere. Gravity:0.18. Temp:-228C. ColCost 10.4. (M). Base temp (in Kelvin): 57.
  Nereid.  No atmosphere. Gravity:0.020. Temp:-228C. ColCost 10.4. (M). Base temp (in Kelvin): 57.

Pluto: No atmosphere. Gravity:0.08. Temp:-233C. Colcost:10.6 (M) Base temp (in Kelvin): 40.
  Charon.  No atmosphere. Gravity:0.07. Temp:-233C. ColCost 10.6. (M). Base temp (in Kelvin): 40.

Large Asteroid field.

[Tarran]

Reserved just in case.

[IronyOwl]

Sure, I'll join.

Now, when you say "disasters," does that refer to unintentional effects, or is changing a planet's gravity a tradeoff between +points for better gravity and -points for oh god you smashed an asteroid into the planet?

[Cheddarius]

I'll join.

[Ultimuh]

I think I might join but I'll wait untill I see other players post their turns, so I have a feeling of how it's done.

[Ukrainian Ranger]

I'll join

[Tarran]

Sure, I'll join.

Now, when you say "disasters," does that refer to unintentional effects, or is changing a planet's gravity a tradeoff between +points for better gravity and -points for oh god you smashed an asteroid into the planet?

Disasters means you screwed up, intentionally or unintentionally. Like for example:

"OH GOD YOU KILLED ALL LIFE ON YOUR PLANET!" -1000.

"OH GOD YOU KILLED ALL LIFE ON YOUR PLANET WITH A MOON THAT WAS NEEDED TO KEEP LIFE ON OTHER PLANETS ALIVE!" -1000 -1000.

"OH GOD YOU DESTROYED A GAS GIANT WHICH CAUSED ALL THE ORBIT PATHS TO CHANGE! OH NO! A PLANET HIT ANOTHER PLANET! OH NO! ANOTHER PLANET HIT ANOTHER PLANET!" -10000 -1000 -1000.

You don't get penalized if you don't kill life, so crash asteroids into planets first. Unless you want to get a penalty.

[IronyOwl]

Do asteroids have tangible stats, or are they too small to be interacted with in useful ways?

[Karnewarrior]

If I just happen to "accidentally" smash jupiter into Sol, will That blow everything up?

[Tarran]

Do asteroids have tangible stats, or are they too small to be interacted with in useful ways?

I randomly pick from Aurora's asteroids. They do have their uses. I'll try to make them more useful.

If I just happen to "accidentally" smash jupiter into Sol, will That blow everything up?

Jupiter, while flying into the sun, would skew the paths of earth, mars, venus and mercury and cause them to crash into Jupiter, not to mention the asteroid field. And when it hits sol, you're facing penalties for each moon.

You won't suffer a super penalty, but you will suffer enough to guarantee you lost the round.

[Armok]

Arn't there legitimate reasons for colisions? Like, a planet has way to low gravtiy so you crash it's moons into it and get more ideal gravity?

[Tarran]

Arn't there legitimate reasons for colisions? Like, a planet has way to low gravtiy so you crash it's moons into it and get more ideal gravity?

You still killed life, so there are no 'legitimate' reasons for colliding asteroids into a planet. Collide asteroids before life evolves and you'll be fine.

[Tarran]

Double posting (Sorry) to say I'm done with sol, I'm not 100% sure that the rules are balanced enough.

Should I start the game and have any new rule fixes or additions added to the next round's rules? Otherwise you might have to wait for quite some time.

[Paranatural]

I'll join.

[Tarran]

Alright, starting since you guys are not posting your opinion. You can pick your color, or you can use the colors I assigned to you.

This round's rules, NOTE: First post's rules may change.

Rules.

Spoiler (click to show/hide)

Be serious.
You CANNOT terraform the same planet of a different player.
You will get a penalty if you attack the planet of a different player with an asteroid. That penalty is 500 points (That's a lot of points).
If you are attacked by another player with an asteroid, you can fling an asteroid back at their planet with no penalty (Self defense).
Planets/moons with a gravity of or less than 0.05 can be dragged around like an asteroid, but you suffer a penalty for them.

If need be, I will add more.

Here's how you score.

Spoiler (click to show/hide)

+10000 points for a perfectly Earthlike planet (very hard to do).

+200 points for a habitable planet.

-2 point for every 0.01 gravity point (G) away from human's ideal gravity.

-1 point for every degree away from human's ideal temperature. (I will use Celsius because Aurora uses Celsius.)

-5 points for every 0.01 ATM away from human's ideal oxygen ATM amount.

   additional -10 points for every 0.01 ATM above 30% oxygen in the planet's Atmosphere. (It's dangerous to have a explosive atmosphere.)

-20 points for every 0.01 ATM of toxic gas in the planet's atmosphere.

+100 points if you have the same gravity as the earth (Hardest to do).

+50 points if you have the same temperature as the earth.

+50 points if you have the same oxygen ATMs as the earth.

+2 points for every 0.01 ATM of toxic gas you remove.

+1 points for every degree in Celsius towards ideal you change.

-1 points for every degree in Celsius away from ideal you change.

+3 points for every 0.01 ATM in oxygen towards ideal you add/remove.

-3 points for every 0.01 ATM in oxygen away from ideal you remove/add.

+2 points for every 0.01 G towards ideal you add.

-2 points for every 0.01 G away from ideal you add.

-100 for every minor Solar Disaster you cause.

-1000 for every major Solar Disaster you cause.

-10000 for every super Solar Disaster you cause.

Here's how you terraform your planet.

Spoiler (click to show/hide)

Temperature: Base temp X Greenhouse effect. Greenhouse effect starts at 1.

    Exact quote from Aurora.
    Surface Temperature in Kelvin = Base Temperature in Kelvin x Greenhouse Factor x Albedo
    Greenhouse Factor = 1 + (Atmospheric Pressure /10) + Greenhouse Pressure   (Maximum = 3.0)

      Lowering: Add anti-greenhouse gas (Each ATM removes that much greenhouse pressure, but still adds to the Atmospheric pressure.). Or removing gas.
      Heightening: Add greenhouse gas (Each ATM adds that much greenhouse pressure, and adds to the Atmospheric pressure.). Or adding normal gas.

   Possible gas types:
     Hydrogen. Tox.
     Helium.
     Methane. Toxic to Oxygen breathers. GreHou.
     Ammonia. Tox.
     Water.
     Neon.
     Nitrogen.
     Carbon monoxide. Tox.
     Nitrogen oxide. Tox.
     Oxygen. Toxic to Methane breathers.
     Hydrogen sulfide. Tox.
     Argon.
     Carbon dioxide. Grehou.
     Nitrogen dioxide. Tox. Grehou.
     Sulfur dioxide. Tox. Grehou.
     Chlorine. Tox.
     Florine. Tox.
     Bromine. Tox.
     Iodine. Tox.
     Safe greenhouse gas. Grehou.
     Anti-greenhouse gas. Anti-Grehou.

  Also, when you melt ice it increases albedo.

Gravity:
Adding. Hit your planet with an asteroid. (You will suffer a penalty if you do it when life is on the planet). You gain the asteroid's gravity in full.

Solar Disasters. These are caused when you screw up.

Spoiler (click to show/hide)

Planetary Collision. Major. Caused when you cause a major gravitational change which leads to a collision.

Moon>Planet Collision. Major or minor (depending on how much the planet needed that moon). Caused when you cause a major gravitational change which leads to a collision.

Moon>Moon Collision. Major or minor (depending on how much the planet needed those moons). Caused when you cause a major gravitational change which leads to a collision.

Gas Giant>Planet/moon Collision. Major. Caused when you cause a major gravitational change which leads to a collision.

Star>Planet/moon/Gas giant Collision. Major. Caused when you cause a major gravitational change which leads to a collision.

Genocide. Major. Caused when you hit a planet with a body while life is living there. Combined with collision penalties.

Partial Genocide. Minor. Caused when you hit a planet with a small body while life is living there. Combined with collision penalties.

Total Solar Disaster. Super. Caused when every body in the system is effected by a large amount.

Total Solar Collision. Super. Caused when every body in the system hits the star.

Needed for life:
Oxygen/Methane >0.07 ATMs. And <0.4 ATMs.
Temp: >-40C. And <+60C.
Grav: >0.4G. And <2.5G.
No toxins.

Humans:
Ideal gravity: 1 G. Deviation: 70% (Max 1.70G, Min 0.30G)
Ideal temperature: 22 C. Deviation: 22 Deg C (Max 44C, Min 0C)
Ideal oxygen amount in ATMs: 0.20 ATMs. Deviation: 50% (Max 0.30 ATMs, Min 0.10 ATMs.)
Max press: 4 ATMs.

Home planet: Earth. 0.79 ATMs of Nitrogen, 0.2 ATMs of Oxygen. 0.01 ATMs of Argon.

Players:
IronyOwl
Cheddarius
Ukrainian Ranger

Waiting:
Paranatural

System:
Colony cost is how hard it is to colonize it. Lower is better.

NOTE: All of this is from Aurora. If it is incorrect, blame Aurora. All bodies have normal albedo unless stated.

This may be useful. http://www.onlineconversion.com/temperature.htm

Restricted: (R). Gas: (G). Owned by player: ([player color][player name]). Colcost +100-50: (VH). Colcost 49-25: (H). Colcost 24-10: (M). Colcost 9-3: (L). ColCost 2-<0: (VL) Colcost 0: (H)

Mercury: No atmosphere. Gravity:0.38. Temp:427C. Colcost:17.41 (M) Base temp (in Kelvin): 700.

Venus: 65 ATMs of Nitrogen. 35 ATMs of Carbon Dioxide. (100 ATMs) Gravity:0.91. Temp:462C. Colcost:25. (H) Base temp (in Kelvin): 245.

Earth: 0.79 ATMs of Nitrogen. 0.2 ATMs of Oxygen. 0.01 ATMs of Argon. (1 ATM) Gravity:1. Temp:22C. ColCost:0 (R) (H) Base temp (in Kelvin): 268.2. Water. Life.
  Luna: No atmosphere. Gravity:0.17. Temp:-98C. ColCost 4.5. (L) (R) Base temp (in Kelvin): 175. Crust (Special term for ice, only appears on Luna).

Mars: 0.007 ATMs of Nitrogen. 0.003 ATMs of Carbon dioxide. (0.01 ATM) Gravity:0.38. Temp:-48C. ColCost 2.18. (L). Base temp (in Kelvin): 225. Ice.
  Phobos: No atmosphere. Gravity:0.0005. Temp:-48C. ColCost 2.18. (L). Base temp (in Kelvin): 225.
  Demos: No atmosphere. Gravity:0.0007. Temp:-48C. ColCost 2.18. (L). Base temp (in Kelvin): 225.

Large asteroid field.

Jupiter.  Gravity:2.14. Temp:-148C. (G). Base temp (in Kelvin): 125.
  Metis.  No atmosphere. Gravity:0.0021. Temp:-148C. ColCost 6.7. (L). Base temp (in Kelvin): 125.
  Amalthea.  No atmosphere. Gravity:0.005. Temp:-148C. ColCost 6.7. (L). Base temp (in Kelvin): 125.
  Thebe.  No atmosphere. Gravity:0.003. Temp:-148C. ColCost 6.7. (L). Base temp (in Kelvin): 125.
  Io.  No atmosphere. Gravity:0.18. Temp:-148C. ColCost 6.7. (L). Base temp (in Kelvin): 125.
  Europa.  No atmosphere. Gravity:0.15. Temp:-148C. ColCost 6.7. (L). Base temp (in Kelvin): 125.
  Ganymede.  No atmosphere. Gravity:0.10. Temp:-148C. ColCost 6.7. (L). Base temp (in Kelvin): 125.
  Callisto.  No atmosphere. Gravity:0.24. Temp:-148C. ColCost 6.7. (L). Base temp (in Kelvin): 125.
  Himalia. No atmosphere. Gravity:0.008. Temp:-148C. ColCost 6.7. (L). Base temp (in Kelvin): 125.
  Lysithea. No atmosphere. Gravity:0.008. Temp:-148C. ColCost 6.7. (L). Base temp (in Kelvin): 125.
  Elara. No atmosphere. Gravity:0.003. Temp:-148C. ColCost 6.7. (L). Base temp (in Kelvin): 125.
  Ananke. No atmosphere. Gravity:0.0013. Temp:-148C. ColCost 6.7. (L). Base temp (in Kelvin): 125.
  Carme. No atmosphere. Gravity:0.0007. Temp:-148C. ColCost 6.7. (L). Base temp (in Kelvin): 125.
  Pasiphae. No atmosphere. Gravity:0.004. Temp:-148C. ColCost 6.7. (L). Base temp (in Kelvin): 125.
  Sinope. No atmosphere. Gravity:0.003. Temp:-148C. ColCost 6.7. (L). Base temp (in Kelvin): 125.

Saturn. Gravity:0.74. Temp:-178C. (G). Base temp (in Kelvin): 95.
  Atlas.  No atmosphere. Gravity:0.0014. Temp:-178C. ColCost 8.1. (L). Base temp (in Kelvin): 95.
  Prometheus.  No atmosphere. Gravity:0.0028. Temp:-178C. ColCost 8.1. (L). Base temp (in Kelvin): 95.
  Pandora.  No atmosphere. Gravity:0.0027. Temp:-178C. ColCost 8.1. (L). Base temp (in Kelvin): 95.
  Epimetheus.  No atmosphere. Gravity:0.005. Temp:-178C. ColCost 8.1. (L). Base temp (in Kelvin): 95.
  Mimas.  No atmosphere. Gravity:0.016. Temp:-178C. ColCost 8.1. (L). Base temp (in Kelvin): 95.
  Enceladus.  No atmosphere. Gravity:0.02. Temp:-178C. ColCost 8.1. (L). Base temp (in Kelvin): 95.
  Tethys.  No atmosphere. Gravity:0.05. Temp:-178C. ColCost 8.1. (L). Base temp (in Kelvin): 95.
  Dione.  No atmosphere. Gravity:0.05. Temp:-178C. ColCost 8.1. (L). Base temp (in Kelvin): 95.
  Rhea.  No atmosphere. Gravity:0.11. Temp:-178C. ColCost 8.1. (L). Base temp (in Kelvin): 95.
  Titan.  1.52 ATMs of Nitrogen. 0.08 ATMs of methane. (1.6 ATM) Gravity:0.53. Temp:-178C. ColCost 8.1. (L). Base temp (in Kelvin): 76.6. (Yes, Titan can never reach the minimum temperature requirements of humans. Blame Steve.)
  Hyperion.  No atmosphere. Gravity:0.03. Temp:-178C. ColCost 8.1. (L). Base temp (in Kelvin): 95.
  Iapetus.  No atmosphere. Gravity:0.07. Temp:-178C. ColCost 8.1. (L). Base temp (in Kelvin): 95.
  Phoebe.  No atmosphere. Gravity:0.004. Temp:-178C. ColCost 8.1. (L). Base temp (in Kelvin): 95.

Uranus. Gravity:0.86. Temp:-216C. (G). Base temp (in Kelvin): 57.
  Cordelia.  No atmosphere. Gravity:0.0006. Temp:-216C. ColCost 9.8. (M). Base temp (in Kelvin): 57.
  Portia.  No atmosphere. Gravity:0.003. Temp:-216C. ColCost 9.8. (M). Base temp (in Kelvin): 57.
  Belinda.  No atmosphere. Gravity:0.0019. Temp:-216C. ColCost 9.8. (M). Base temp (in Kelvin): 57.
  Puck.  No atmosphere. Gravity:0.016. Temp:-216C. ColCost 9.8. (M). Base temp (in Kelvin): 57.
  Miranda.  No atmosphere. Gravity:0.02. Temp:-216C. ColCost 9.8. (M). Base temp (in Kelvin): 57.
  Ariel.  No atmosphere. Gravity:0.04. Temp:-216C. ColCost 9.8. (M). Base temp (in Kelvin): 57.
  Umbriel.  No atmosphere. Gravity:0.04. Temp:-216C. ColCost 9.8. (M). Base temp (in Kelvin): 57.
  Titania.  No atmosphere. Gravity:0.15. Temp:-216C. ColCost 9.8. (M). Base temp (in Kelvin): 57.
  Oberon.  No atmosphere. Gravity:0.06. Temp:-216C. ColCost 9.8. (M). Base temp (in Kelvin): 57.
  Caliban.  No atmosphere. Gravity:0.004. Temp:-216C. ColCost 9.8. (M). Base temp (in Kelvin): 57.
  Sycorax.  No atmosphere. Gravity:0.006. Temp:-216C. ColCost 9.8. (M). Base temp (in Kelvin): 57.

Neptune. Gravity:1.10. Temp:-228C. (G). Base temp (in Kelvin): 45.
  Naiad.  No atmosphere. Gravity:0.0024. Temp:-228C. ColCost 10.4. (M). Base temp (in Kelvin): 45.
  Thalassa.  No atmosphere. Gravity:0.0025. Temp:-228C. ColCost 10.4. (M). Base temp (in Kelvin): 45.
  Despina.  No atmosphere. Gravity:0.004. Temp:-228C. ColCost 10.4. (M). Base temp (in Kelvin): 45.
  Galatea.  No atmosphere. Gravity:0.003. Temp:-228C. ColCost 10.4. (M). Base temp (in Kelvin): 57.
  Larissa.  No atmosphere. Gravity:0.0024. Temp:-228C. ColCost 10.4. (M). Base temp (in Kelvin): 57.
  Proteus.  No atmosphere. Gravity:0.04. Temp:-228C. ColCost 10.4. (M). Base temp (in Kelvin): 57.
  Triton.  No atmosphere. Gravity:0.18. Temp:-228C. ColCost 10.4. (M). Base temp (in Kelvin): 57.
  Nereid.  No atmosphere. Gravity:0.020. Temp:-228C. ColCost 10.4. (M). Base temp (in Kelvin): 57.

Pluto: No atmosphere. Gravity:0.08. Temp:-233C. Colcost:10.6 (M) Base temp (in Kelvin): 40.
  Charon.  No atmosphere. Gravity:0.07. Temp:-233C. ColCost 10.6. (M). Base temp (in Kelvin): 40.
Now go!