Solar System - Revision history

Deantwo: Added a table for catalog octant.

2025-02-25T21:56:58Z

Added a table for catalog octant.

← Older revision		Revision as of 21:56, 25 February 2025
Line 10:		Line 10:

	The catalog name is based on the galactic coordinate of the solar system. The form is X'Y'Z'o, where X, Y and Z are the absolute value of the coordinates in 1/10s of parsecs, expressed in little endian base 26, where A-Z is 0-25. The 'o' part is the octant of the coordinate system, expressed using the letters 'a' through 'h'.		The catalog name is based on the galactic coordinate of the solar system. The form is X'Y'Z'o, where X, Y and Z are the absolute value of the coordinates in 1/10s of parsecs, expressed in little endian base 26, where A-Z is 0-25. The 'o' part is the octant of the coordinate system, expressed using the letters 'a' through 'h'.

			{\| class="wikitable"
			! Octant
			! X
			! Y
			! Z
			\|-
			\| a
			\| style="background-color:lightblue; text-align: center;" \| +
			\| style="background-color:lightblue; text-align: center;" \| +
			\| style="background-color:lightblue; text-align: center;" \| +
			\|-
			\| b
			\| style="background-color:lightyellow; text-align: center;" \| -
			\| style="background-color:lightblue; text-align: center;" \| +
			\| style="background-color:lightblue; text-align: center;" \| +
			\|-
			\| c
			\| style="background-color:lightyellow; text-align: center;" \| -
			\| style="background-color:lightyellow; text-align: center;" \| -
			\| style="background-color:lightblue; text-align: center;" \| +
			\|-
			\| d
			\| style="background-color:lightblue; text-align: center;" \| +
			\| style="background-color:lightyellow; text-align: center;" \| -
			\| style="background-color:lightblue; text-align: center;" \| +
			\|-
			\| e
			\| style="background-color:lightblue; text-align: center;" \| +
			\| style="background-color:lightblue; text-align: center;" \| +
			\| style="background-color:lightyellow; text-align: center;" \| -
			\|-
			\| f
			\| style="background-color:lightyellow; text-align: center;" \| -
			\| style="background-color:lightblue; text-align: center;" \| +
			\| style="background-color:lightyellow; text-align: center;" \| -
			\|-
			\| g
			\| style="background-color:lightyellow; text-align: center;" \| -
			\| style="background-color:lightyellow; text-align: center;" \| -
			\| style="background-color:lightyellow; text-align: center;" \| -
			\|-
			\| h
			\| style="background-color:lightblue; text-align: center;" \| +
			\| style="background-color:lightyellow; text-align: center;" \| -
			\| style="background-color:lightyellow; text-align: center;" \| -
			\|}

	See the [[ID]] page for more information about how to decode the name.		See the [[ID]] page for more information about how to decode the name.

Deantwo: Added Catalog Names section.

2025-02-25T18:20:23Z

Added Catalog Names section.

← Older revision		Revision as of 18:20, 25 February 2025
Line 3:		Line 3:

	Solar systems contain one, two or three [[star]]s. The primary star is at the center of the solar system. In a binary or trinary system, the secondary star orbits the primary star. In a trinary system, the tertiary star may orbit the primary or it may orbit the secondary.		Solar systems contain one, two or three [[star]]s. The primary star is at the center of the solar system. In a binary or trinary system, the secondary star orbits the primary star. In a trinary system, the tertiary star may orbit the primary or it may orbit the secondary.

			==Catalog Names==
			The default name for uninhabitable solar systems referred to as the solar system's Catalog Name.

			Catalog names look more like this: <code>XOU'WWK'JI'd</code>

			The catalog name is based on the galactic coordinate of the solar system. The form is X'Y'Z'o, where X, Y and Z are the absolute value of the coordinates in 1/10s of parsecs, expressed in little endian base 26, where A-Z is 0-25. The 'o' part is the octant of the coordinate system, expressed using the letters 'a' through 'h'.

			See the [[ID]] page for more information about how to decode the name.

	==Planetary Bodies==		==Planetary Bodies==

Deantwo: Added a picture.

2024-03-09T00:44:41Z

Added a picture.

← Older revision		Revision as of 00:44, 9 March 2024
Line 1:		Line 1:
			[[File:SolarSystem.png\|thumb\|right\|A solar system with orbit rings shown.]]
	Sectors contain solar systems. The number of solar systems in each [[sector]] is based on the star density at the sector's coordinate in the [[galaxy]].		Sectors contain solar systems. The number of solar systems in each [[sector]] is based on the star density at the sector's coordinate in the [[galaxy]].

Deantwo: Removed mention of Land.

2024-03-08T19:30:35Z

Removed mention of Land.

← Older revision		Revision as of 19:30, 8 March 2024
Line 2:		Line 2:

	Solar systems contain one, two or three [[star]]s. The primary star is at the center of the solar system. In a binary or trinary system, the secondary star orbits the primary star. In a trinary system, the tertiary star may orbit the primary or it may orbit the secondary.		Solar systems contain one, two or three [[star]]s. The primary star is at the center of the solar system. In a binary or trinary system, the secondary star orbits the primary star. In a trinary system, the tertiary star may orbit the primary or it may orbit the secondary.

	~~A solar system can be designated as part of an avatar's [[land]], which provides all buildings and cities within it immunity to abandonment. See the [[Abandonment]] page.~~

	==Planetary Bodies==		==Planetary Bodies==

Deantwo: Specified Planetary Ring link.

2020-12-08T09:58:58Z

Specified Planetary Ring link.

← Older revision		Revision as of 09:58, 8 December 2020
Line 8:		Line 8:
	Stars usually have planetary bodies orbiting them. Solar output (based on the spectral classification and magnitude of each [[star]]) determines the radius at which the habitable [[Orbit_Zone\|orbit zone]] may occur. In this orbit zone, [[world]]s may be habitable. Not all solar systems contain habitable worlds. Some solar systems have no planetary bodies at all.		Stars usually have planetary bodies orbiting them. Solar output (based on the spectral classification and magnitude of each [[star]]) determines the radius at which the habitable [[Orbit_Zone\|orbit zone]] may occur. In this orbit zone, [[world]]s may be habitable. Not all solar systems contain habitable worlds. Some solar systems have no planetary bodies at all.

	All planetary bodies orbit in a completely circular orbit around the host star or world. Each world may have up to four [[moon]]s and [[ring]]s.		All planetary bodies orbit in a completely circular orbit around the host star or world. Each world may have up to four [[moon]]s and [[Planetary_Ring\|planetary ring]]s.

	See also: [[Planetary System]]		See also: [[Planetary System]]

Celarious: Land stuff

2019-12-09T00:00:51Z

Land stuff

← Older revision		Revision as of 00:00, 9 December 2019
Line 2:		Line 2:

	Solar systems contain one, two or three [[star]]s. The primary star is at the center of the solar system. In a binary or trinary system, the secondary star orbits the primary star. In a trinary system, the tertiary star may orbit the primary or it may orbit the secondary.		Solar systems contain one, two or three [[star]]s. The primary star is at the center of the solar system. In a binary or trinary system, the secondary star orbits the primary star. In a trinary system, the tertiary star may orbit the primary or it may orbit the secondary.

			A solar system can be designated as part of an avatar's [[land]], which provides all buildings and cities within it immunity to abandonment. See the [[Abandonment]] page.

	==Planetary Bodies==		==Planetary Bodies==

Deantwo: /* Planetary Bodies */ Added links.

2019-05-12T18:13:30Z

Planetary Bodies: Added links.

← Older revision		Revision as of 18:13, 12 May 2019
Line 4:		Line 4:

	==Planetary Bodies==		==Planetary Bodies==
	Stars usually have planetary bodies orbiting them. Solar output (based on the spectral classification and magnitude of each star) determines the radius at which the habitable [[Orbit_Zone\|orbit zone]] may occur. In this orbit zone, [[world]]s may be habitable. Not all solar systems contain habitable worlds. Some solar systems have no planetary bodies at all.		Stars usually have planetary bodies orbiting them. Solar output (based on the spectral classification and magnitude of each [[star]]) determines the radius at which the habitable [[Orbit_Zone\|orbit zone]] may occur. In this orbit zone, [[world]]s may be habitable. Not all solar systems contain habitable worlds. Some solar systems have no planetary bodies at all.

	All planetary bodies orbit in a completely circular orbit around the host star or world. Each world may have up to four [[moon]]s and [[ring]]s.		All planetary bodies orbit in a completely circular orbit around the host star or world. Each world may have up to four [[moon]]s and [[ring]]s.

			See also: [[Planetary System]]

	==Interstellar Travel==		==Interstellar Travel==

Deantwo: Added a link.

2019-04-29T20:52:33Z

Added a link.

← Older revision		Revision as of 20:52, 29 April 2019
Line 1:		Line 1:
	Sectors contain solar systems. The number of solar systems in each sector is based on the star density at the sector's coordinate in the [[galaxy]].		Sectors contain solar systems. The number of solar systems in each [[sector]] is based on the star density at the sector's coordinate in the [[galaxy]].

	Solar systems contain one, two or three [[star]]s. The primary star is at the center of the solar system. In a binary or trinary system, the secondary star orbits the primary star. In a trinary system, the tertiary star may orbit the primary or it may orbit the secondary.		Solar systems contain one, two or three [[star]]s. The primary star is at the center of the solar system. In a binary or trinary system, the secondary star orbits the primary star. In a trinary system, the tertiary star may orbit the primary or it may orbit the secondary.

Celarious at 16:35, 24 February 2017

2017-02-24T16:35:01Z

← Older revision		Revision as of 16:35, 24 February 2017
Line 4:		Line 4:

	==Planetary Bodies==		==Planetary Bodies==
	Stars usually have planetary bodies orbiting them. Solar output based on the spectral classification and magnitude of each star determines the radius at which the habitable [[Orbit_Zone\|orbit zone]] may occur. In this orbit zone [[world]]s may be habitable. Not all solar systems contain habitable worlds. Some solar systems have no planetary bodies at all.		Stars usually have planetary bodies orbiting them. Solar output (based on the spectral classification and magnitude of each star) determines the radius at which the habitable [[Orbit_Zone\|orbit zone]] may occur. In this orbit zone, [[world]]s may be habitable. Not all solar systems contain habitable worlds. Some solar systems have no planetary bodies at all.

	All planetary bodies orbit in a completely ~~circler~~ orbit around host star or world. Each world may have up to four [[moon]]s and [[ring]]s.		All planetary bodies orbit in a completely circular orbit around the host star or world. Each world may have up to four [[moon]]s and [[ring]]s.

	==Interstellar Travel==		==Interstellar Travel==
	It is possible for a [[spacecraft]] to travel through space directly to another solar system at [[lightspeed]] using normal propulsion, this is known as [[deadhead]]ing and travel time can be quite long depending on the distance. A spacecraft with a [[FTL_Drive\|FTL drive]] can however travel the same distance in a ~~faction~~ of the time.		It is possible for a [[spacecraft]] to travel through space directly to another solar system at [[lightspeed]] using normal propulsion, this is known as [[deadhead]]ing and travel time can be quite long depending on the distance. A spacecraft with a [[FTL_Drive\|FTL drive]] can however travel the same distance in a fraction of the time.

	===Wormholes===		===Wormholes===
	The primary [[star]] may have one or more naturally ~~orrcouing~~ [[wormhole]]s present around it. Wormholes connect to nearby solar systems in a loose branching network. Spacecraft use [[Wormhole_Drive\|wormhole drive]]s to travel instantly from one solar system to another through wormholes.		The primary [[star]] may have one or more naturally occurring [[wormhole]]s present around it. Wormholes connect to nearby solar systems in a loose branching network. Spacecraft use [[Wormhole_Drive\|wormhole drive]]s to travel instantly from one solar system to another through wormholes.

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

Deantwo: /* Interstellar Travel */ Attempted to make this mors understandable.

2017-02-24T13:56:20Z

Interstellar Travel: Attempted to make this mors understandable.

← Older revision		Revision as of 13:56, 24 February 2017
Line 9:		Line 9:

	==Interstellar Travel==		==Interstellar Travel==
	It is possible for [[spacecraft]] to [[~~deadhead~~]] ~~travel or use~~ [[~~Warp_Drive\|warp drive~~]]~~s to directly through space to other solar systems~~. ~~But without warp drive~~ [[~~technology~~]]~~, traveling direct~~ can ~~take~~ a ~~lot~~ time.		It is possible for a [[spacecraft]] to travel through space directly to another solar system at [[lightspeed]] using normal propulsion, this is known as [[deadhead]]ing and travel time can be quite long depending on the distance. A spacecraft with a [[FTL_Drive\|FTL drive]] can however travel the same distance in a faction of the time.

	===Wormholes===		===Wormholes===
	The primary star may have one or more [[wormhole]]s ~~naturally~~ present around it. Wormholes connect to nearby solar systems in a loose branching network. ~~[[Starship]]s~~ use [[Wormhole_Drive\|wormhole drive]]s to travel instantly from one solar system to another through wormholes.		The primary [[star]] may have one or more naturally orrcouing [[wormhole]]s present around it. Wormholes connect to nearby solar systems in a loose branching network. Spacecraft use [[Wormhole_Drive\|wormhole drive]]s to travel instantly from one solar system to another through wormholes.

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