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Planets: Difference between revisions

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→Gas Giants: Clarified the presentation following the new stars patern thanks kida155 for that
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|text = Scientific notes: Actually the term planet refers to celestial bodies orbiting a star with a gravity in a specific range. The gravity of a planet has to be strong enough to hold fluids in a stable state (hydrostatic equilibrium) which prevents them from escaping the planet and low enough to prevent nuclear processes to start as in stars. Some astronomical bodies, we call planets, are not considered as planets by this definition. Moons are natural satellites orbiting a planet and do not fall into the category of planets. However, some natural satellites are considered as planets because they fit their definition.}}
|text = Scientific notes: Actually the term planet refers to celestial bodies orbiting a star with a gravity in a specific range. The gravity of a planet has to be strong enough to hold fluids in a stable state (hydrostatic equilibrium) which prevents them from escaping the planet and low enough to prevent nuclear processes to start as in stars. Some astronomical bodies, we call planets, are not considered as planets by this definition. Moons are natural satellites orbiting a planet and do not fall into the category of planets. However, some natural satellites are considered as planets because they fit their definition.}}


== Solid Planets ==
== Terrestrial planet ==
=== Icy Planet ===
{| border="1" cellpadding="1" cellspacing="1" class="article-table article-table-selected" style="width: 1215px;"
[[File:Icy-180px.png|thumb|Icy Planet|90x90px]]
|-
* Very common
! scope="col"|Image
* Color: White, grey or light blue.
! scope="col"|Class
* Exploration value: ~500cr
! scope="col"|Color
{{clr}}
! scope="col"|<span style="font-weight:bold;">Exploration Value (with detailed surface scanner?)</span>
=== Rocky Planet ===
! scope="col"|Rarity
[[File:Rocky-Planets-180px.png|thumb|180x180px|Rocky Planets]]
! scope="col"|In game description
* Common
|-
* Color: white, grey, light blue or light brown (almost yellow)
|[[File:Icy-180px.png|thumb|left|180px|Icy Planet]]
* Exploration value: ~500cr
|Icy planete
{{clr}}
|White - Grey
=== Rocky Ice Planet ===
|~500cr
* Uncommon
|Very common
* Color: Mixture of those above
|Ice world composed mainly of water ice. Worlds like this will not have much heating in the past, forming in the cooler regions of a star system and have retained many volatiles as solids withing their crust.
* Exploration value: ~500cr
|-
{{clr}}
|[[File:Rocky-Planets-180px.png|thumb|left|180px|Rocky Planets]]
=== High Metal Content Planet ===
|
[[File:High-Metal-Content-(red-black)-180px.png|thumb|90x90px|High Metal Content Planet (red/black)]]
Rocky planete
* Uncommon
|White - Grey - Light blue - Light brown - Yellow
* Color: Brown to dark brown
|~500cr
* Exploration value: 2,500cr[[File:High-Metal-Content-Planets-180px.png|centre|thumb|216x216px|Variety of High Metal Content Planets]]
|Common
{{clr}}
|Rocky world with little or no surface metal content. Worlds like this have lost most of their volatiles due to past heating, and any metallic content will form a small central core.
=== Metal Rich Planet ===
|-
* Rare
|
* Color: Brown to almost black sometimes with red stripes
[[File:Rocky_ice.png|thumb|left|180px|Rocky ice planete]]
* Exploration value: ~5,000cr
|Rocky ice planete
{{clr}}
|White - Grey - Light blue - Light brown 
=== Water World ===
|~500cr
[[File:Water-World-180px.png|thumb|90x90px|Water World]]
|Uncommon
* Very rare
|Rocky ice world. Typically formed in the cooler regions of star system these worlds have a small metal core and thick rocky mantle with a crust of very deep ice. Geological activity is common in these worlds because of the large quantities of volatiles in the crust, often creating a thin, sometimes seasonal atmosphere.
* Color: Light blue
|-
* Exploration value: unknown (guess ~10,000cr)
|[[File:High-Metal-Content-Planets-180px.png|thumb|left|216px|Variety of High Metal Content Planets]]
{{clr}}
|High metal content planete
=== Ammonia World ===
|Brown - Dark brown - Beige
[[File:Ammonia-World-180px.png|thumb|90x90px|Ammonia World]]
|2,500cr
* Very rare
|Uncommon
* Color: Light brown
|Meta-rich world with a metallic core. Worlds like this can have metallic ores near the sruface in places, especially around areas of past volcanism.
* Exploration value: unknown (guess ~10,000cr)
|-
{{clr}}
|
=== Earth-Like World ===
|Metal rich planete
* Extremely rare
|Brown - Black (sometime with visible lava)
* Color: Light blue
|~5,000cr
* Exploration value: ~10,000cr
|Rare
{{clr}}
|
|-
|[[File:Water-World-180px.png|thumb|left|180px|Water World]]
|Water world
|Blue with green, brown and white
|unknown (guess ~10,000cr)
|very rare
|
|-
|
|Earth-like world
|Blue with green, brown and white
|~10,000cr
|
Extremely rare
|
|-
|[[File:Ammonia-World-180px.png|thumb|left|180px|Ammonia World]]
|Ammonia world
|Light brown
|unknown (guess ~10,000cr)
|Very rare
|
|}
 
== Water Giants ==
== Water Giants ==
=== Water Giant ===
=== Water Giant ===

Revision as of 06:05, 10 January 2015

There are three main categories of planets: Solid planets, water giants and gas giants. Even moons are considered as planets.

Template:Remark

Terrestrial planet

Image Class Color Exploration Value (with detailed surface scanner?) Rarity In game description
File:Icy-180px.png
Icy Planet
Icy planete White - Grey ~500cr Very common Ice world composed mainly of water ice. Worlds like this will not have much heating in the past, forming in the cooler regions of a star system and have retained many volatiles as solids withing their crust.
File:Rocky-Planets-180px.png
Rocky Planets

Rocky planete

White - Grey - Light blue - Light brown - Yellow ~500cr Common Rocky world with little or no surface metal content. Worlds like this have lost most of their volatiles due to past heating, and any metallic content will form a small central core.
File:Rocky ice.png
Rocky ice planete
Rocky ice planete White - Grey - Light blue - Light brown  ~500cr Uncommon Rocky ice world. Typically formed in the cooler regions of star system these worlds have a small metal core and thick rocky mantle with a crust of very deep ice. Geological activity is common in these worlds because of the large quantities of volatiles in the crust, often creating a thin, sometimes seasonal atmosphere.
File:High-Metal-Content-Planets-180px.png
Variety of High Metal Content Planets
High metal content planete Brown - Dark brown - Beige 2,500cr Uncommon Meta-rich world with a metallic core. Worlds like this can have metallic ores near the sruface in places, especially around areas of past volcanism.
Metal rich planete Brown - Black (sometime with visible lava) ~5,000cr Rare
File:Water-World-180px.png
Water World
Water world Blue with green, brown and white unknown (guess ~10,000cr) very rare
Earth-like world Blue with green, brown and white ~10,000cr

Extremely rare

File:Ammonia-World-180px.png
Ammonia World
Ammonia world Light brown unknown (guess ~10,000cr) Very rare

Water Giants

Water Giant

  • Very rare.
  • Color: Blue
  • Exploration value: unknown

Gas Giants

Image Class Exploration Value (with detailed surface scanner?) Rarity  Description
File:Gas-Giant-Class-I.png
Class I Gas Giant
I 1,000 - 1,500cr Rare Class I or Jovian gas giants have primarily hydrogen and helium atmospheres. Coloration comes from clouds in the upper atmosphere of ammonia, water vapour, hydrogen sulphide, phosphine and sulphur. The temperature at the top of their upper cloud layers is typically less than 150 K.
II 5,000cr Very rare
File:Gas-Giant-Class-III-180px.png
Class III Gas Giant
III 1,000 - 1,500cr Rare
IV 1,000 - 1,500cr Rare
Water giant ?
File:Gas giant with ammonia based life.png
Gas giant with ammonia based life
Gas giant with ammonia-based life 1,000 - 1,500cr Very rare Gas giant with ammonia-based life. This is primarily a hydrogen and helium-based atmospheric gas giant, but a little below the surface cloud layers,life exists based in the ammonia-cloud layer. The chemistry of this gaseous region is far from equilibrium, with a surprising excess of oxygen and many carbon-based compounds giving it some vivid colours. As with many such gaseous living systems, it is underpinned by vast quantities of free-floating radioplankton - tiny carbon-based algae, each retaining small quantity of liquid ammonia, extracting their energy from the intese radiation flux.