Orbit Zone - Revision history

Celarious at 05:10, 1 April 2024

2024-04-01T05:10:02Z

← Older revision		Revision as of 05:10, 1 April 2024
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	~~{{Revision\|Something in~~ the ~~way this is written just doesn~~'~~t sit well with me. I sadly don't have brain right now to sort it out myself~~.}}		Planetary orbits are categorized by zone, which are based on the solar radiation level at the [[planet]]'s orbit distance from the sun.

	~~Planetary orbits are categorized by~~ zone~~, which~~ is based on ~~the solar radiation level at~~ the [[~~planet~~]]'~~s orbit distance from~~ the ~~sun~~.		The orbit zone of a planet is based solely on the [[sun]] it orbits; the effect of the other suns in binary and trinary systems is ignored within the scope of the game. Multiple suns illuminate the bodies in the solar system properly; they just don't affect the orbital zone.

	The orbit zone of a planet is based solely on the [[sun]] it orbits; the affect of other suns in binary and trinary systems is ignored within the scope of the game. Multiple suns illuminate the bodies in the solar system properly; they just don't affect the zone.		The ecosystem of a body is based purely on its zone, not on the actual solar radiation that strikes its surface.

	The ecosystem of a body is based on its zone, not on the actual solar radiation that strikes its surface.

	{\| class="wikitable"		{\| class="wikitable"
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	\| Inferno		\| Inferno
	\| style="background-color: #880000;" \|		\| style="background-color: #880000;" \|
	\| Molten. Too hot for water or hydrocarbons in the environment. Seas of magma prevail.		\| Molten. Too hot for water or hydrocarbons in the environment. Seas of magma prevail. Asphalt [[road]]s cannot be built here.
	\|-		\|-
	\| Inner		\| Inner

Deantwo: Added links to Plant.

2015-10-17T15:23:20Z

Added links to Plant.

← Older revision		Revision as of 15:23, 17 October 2015
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	\| Inner		\| Inner
	\| style="background-color: #888800;" \|		\| style="background-color: #888800;" \|
	\| Hot. Planets may have seas of water and breathable atmospheres. Inner planets may host primitive plant and animal life near the seas. Can be readily colonized. No indigenous people exist in the wilderness.		\| Hot. Planets may have seas of water and breathable atmospheres. Inner planets may host primitive [[plant]] and animal life near the seas. Can be readily colonized. No indigenous people exist in the wilderness.
	\|-		\|-
	\| Habitable		\| Habitable
	\| style="background-color: #008800;" \|		\| style="background-color: #008800;" \|
	\| Warm. Solar output is just right for ~~plants~~ and [[animal]]s to flourish. Habitable planets host an ecosystem of plant and animal life that is unique to the planet. Indigenous people readily move to cities from the wilderness.		\| Warm. Solar output is just right for [[plant]]s and [[animal]]s to flourish. Habitable planets host an ecosystem of plant and animal life that is unique to the planet. Indigenous people readily move to cities from the wilderness.
	\|-		\|-
	\| Outer		\| Outer
	\| style="background-color: #008888;" \|		\| style="background-color: #008888;" \|
	\| Cold. Planets may have pronounced polar ice caps but seas will remain liquid near the equator. Outer planets may host primitive plant and sea life. Can be readily colonized. No indigenous people exist in the wilderness.		\| Cold. Planets may have pronounced polar ice caps but seas will remain liquid near the equator. Outer planets may host primitive [[plant]] and sea life. Can be readily colonized. No indigenous people exist in the wilderness.
	\|-		\|-
	\| Frigid		\| Frigid

Deantwo: Added a link to Sun.

2015-10-06T22:52:17Z

Added a link to Sun.

← Older revision		Revision as of 22:52, 6 October 2015
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	Planetary orbits are categorized by zone, which is based on the solar radiation level at the [[planet]]'s orbit distance from the sun.		Planetary orbits are categorized by zone, which is based on the solar radiation level at the [[planet]]'s orbit distance from the sun.

	The orbit zone of a planet is based solely on the sun it orbits; the affect of other suns in binary and trinary systems is ignored within the scope of the game. Multiple suns illuminate the bodies in the solar system properly; they just don't affect the zone.		The orbit zone of a planet is based solely on the [[sun]] it orbits; the affect of other suns in binary and trinary systems is ignored within the scope of the game. Multiple suns illuminate the bodies in the solar system properly; they just don't affect the zone.

	The ecosystem of a body is based on its zone, not on the actual solar radiation that strikes its surface.		The ecosystem of a body is based on its zone, not on the actual solar radiation that strikes its surface.

Deantwo: Needlessly confusing to read. Added Template:Revision.

2015-09-30T20:15:39Z

Needlessly confusing to read. Added Template:Revision.

← Older revision		Revision as of 20:15, 30 September 2015
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			{{Revision\|Something in the way this is written just doesn't sit well with me. I sadly don't have brain right now to sort it out myself.}}

	Planetary orbits are categorized by zone, which is based on the solar radiation level at the [[planet]]'s orbit distance from the sun.		Planetary orbits are categorized by zone, which is based on the solar radiation level at the [[planet]]'s orbit distance from the sun.

Deantwo: Added categories.

2015-09-28T21:52:50Z

Added categories.

← Older revision		Revision as of 21:52, 28 September 2015
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	\| Frozen. Extremely cold. Seas of frozen and semi-frozen gases prevail.		\| Frozen. Extremely cold. Seas of frozen and semi-frozen gases prevail.
	\|}		\|}

			[[Category:Science]]
			[[Category:Colonization]]

Deantwo: About time I made this.

2015-08-09T17:37:10Z

About time I made this.

New page

Planetary orbits are categorized by zone, which is based on the solar radiation level at the [[planet]]'s orbit distance from the sun.

The orbit zone of a planet is based solely on the sun it orbits; the affect of other suns in binary and trinary systems is ignored within the scope of the game. Multiple suns illuminate the bodies in the solar system properly; they just don't affect the zone.

The ecosystem of a body is based on its zone, not on the actual solar radiation that strikes its surface.

{| class="wikitable"
|+ The are five orbit zones
|-
! Zone
! Color
! Description
|-
| Inferno
| style="background-color: #880000;" |
| Molten. Too hot for water or hydrocarbons in the environment. Seas of magma prevail.
|-
| Inner
| style="background-color: #888800;" |
| Hot. Planets may have seas of water and breathable atmospheres. Inner planets may host primitive plant and animal life near the seas. Can be readily colonized. No indigenous people exist in the wilderness.
|-
| Habitable
| style="background-color: #008800;" |
| Warm. Solar output is just right for plants and [[animal]]s to flourish. Habitable planets host an ecosystem of plant and animal life that is unique to the planet. Indigenous people readily move to cities from the wilderness.
|-
| Outer
| style="background-color: #008888;" |
| Cold. Planets may have pronounced polar ice caps but seas will remain liquid near the equator. Outer planets may host primitive plant and sea life. Can be readily colonized. No indigenous people exist in the wilderness.
|-
| Frigid
| style="background-color: #888888;" |
| Frozen. Extremely cold. Seas of frozen and semi-frozen gases prevail.
|}