Year 0. The big bang has happened. (yes i believe science)
Year 5,000,000,000. The Galaxy Gliese Epsilon (Gliza Epselon) Forms.
Year 13,000,000,000. A star system that will soon be one of the most important (And The capital of the galaxy) is forming. Two Binary Stars orbiting 60 AU from each other,(Eridani and Gemini) are forming. both have several planets. and you my freind... are a Planet. (DUN DUN DUNNNNNNN!)You aint human... it seems so weired... being able to atract asteroids and stuff. Intellegint Species will dig into you and one day... maybie they might blow you up with their Nukes. who knows? you might reverse your magnetic field so that your south pole is faceing north.. you might crash into your star in attempt to save Trillions of lives from solar storm... you could explode yourself and kill all the inhabitants... anything can happen. in the Sandbox.
Mass:
1- Asteroid 10-Very small moon 50-Small moon 100-Medium Moon (about our moon size) 500- Very Large Moon 1000-Dwarf Planet 2000-Small Planet 4000-Martian Planet 5000- Earthlike Planet 6000- Super Earth 10000-Small Gas Dwarf 20000- Ice Giant 100000- Gas Giant
The Character Sheet!!!!!:
(Planet name) Star: (Gemini or Eridani) Type: Asteroid Condition: Barren, Rocky. --------------- Inhabitants: (Will list all species here) --------------- Land:Ratio Lava-0% Land-99.9% Ice-0.1% Water-0% --------------- Atmosphere: 100& Nothing --------------- Moons: None
Example Pants:
Example Star: Pants Age: 0 yrs Star: Gemino Type: Asteroid Condition: Barren, Rocky. --------------- Inhabitants: (Will list all species here) --------------- Land:Ratio Lava-0% Land-99.9% Ice-0.1% Water-0% --------------- Atmosphere: 100& Nothing --------------- Moons: None --------------- Mass: 1
i slam into another asteriod
(ME) you gain 1 mass.
Example Star: Pants Type: Asteroid Condition: Barren, Rocky. --------------- Inhabitants: (Will list all species here) --------------- Land:Ratio Lava-0% Land-99.9% Ice-0.1% Water-0% --------------- Atmosphere: 100& Nothing --------------- Moons: None --------------- Mass: 2
example has a mass of two.
Another Example:
Llalalalal Star: OMGOMG Type: Martian Planet Condition: Icy, Barren, Rocky. --------------- Inhabitants: (Will list all species here) --------------- Land:Ratio Lava-0% Land-88% Ice-12% Water-0% --------------- Atmosphere: 100% Co2 --------------- Moons: 2 (Phobeo: mass 80) (Dange: mass 100) --------------- Mass: 4690 (5000 is one earth mass (the size of earth).)
Colona Star: Eridani Type: Asteroid Condition: Barren, Rocky. --------------- Inhabitants: none? --------------- Land:Ratio Lava-0% Land-99.9% Ice-0.1% Water-0% --------------- Atmosphere: 100& Nothing --------------- You are in an asteroid in the asteroid belt around Eridani
Hangar Star: Gemini Type: Asteroid Condition: Barren, Rocky. --------------- Inhabitants: (Will list all species here) --------------- Land:Ratio Lava-0% Land-99.9% Ice-0.1% Water-0% --------------- Atmosphere: 100& Nothing --------------- Moons: None --------------- Mass: 1
You are in an asteroid in the asteroid belt around Gemini
Hangar Star: Gemini Type: Earthlike planet Condition: Barren, Rocky. --------------- Inhabitants: (Will list all species here) --------------- Land:Ratio Lava-0% Land-92% Ice-0% Water-8% --------------- Condition: Level IV Volcanic Activity Level II Bombardment --------------- Atmosphere: 100% Co2 --------------- Moons: None --------------- Mass: 5105
Your Iron Core is starting to generate a magnetic field. your mantle and plate tectonics are also very active, spewing CO2 into the atmosphere. comets are impacting too. (they dont count in mass) (they just add water)
Hangar Star: Gemini Type: Earthlike planet Condition: Barren, Rocky. --------------- Inhabitants: (Will list all species here) --------------- Land:Ratio Lava-0% Land-53% Ice-0% Water-47% --------------- Condition: Level IV Volcanic Activity Level II Bombardment --------------- Atmosphere: 22% Co2 78% 02 --------------- Moons: None --------------- Mass: 5105
you introduce polar caps.. they melt due to the C02 and release O2 into the atmosphere. enought 02 is released to provide a stable amount and keep it from being dissipated.
