Template:Star Data: Difference between revisions

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|style="text-align:right; vertical-align: top; padding-right: 5px;"|'''Luminosity:'''
|style="text-align:right; vertical-align: top; padding-right: 5px;"|'''Luminosity:'''
|style="vertical-align: top;"|{{{lum|Unknown}}}
|style="vertical-align: top;"|{{{lum|Unknown}}}
{{#if:{{{hab|}}}|<tr><td style="text-align:right; vertical-align: top; padding-right: 5px;">'''Ecosphere:'''</td><td style="vertical-align: top;">{{{hab|Unknown}}}</td></tr>}}
|-
|-
|style="text-align:right; vertical-align: top; padding-right: 5px;"|'''Location:'''
|style="text-align:right; vertical-align: top; padding-right: 5px;"|'''Location:'''
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|}<noinclude>
|}<noinclude>
== Documentation ==
== Documentation ==
Any value not given will default to unknown.
Any value not given will default to unknown, except the habitability which will only appear if it is specified, otherwise it will be blank.
 
As a side-note, habitability can be calculated in a few days, see [http://depts.washington.edu/naivpl/sites/default/files/hz_0.shtml#overlay-context=content/hz-calculator here] and [https://www.planetarybiology.com/calculating_habitable_zone.html here] for most stars.  If it is a binary or trinary system, one can also go [http://astro.twam.info/hz/ here].  Wolfram Alpha can derive a lot of values for luminosity and temperature from a spectral class.


Template is used as follows:
Template is used as follows:
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|temp=  Temperature of the Star
|temp=  Temperature of the Star
|lum=    Luminosity of the Star
|lum=    Luminosity of the Star
|hab=    The habitable zone or ecosphere of the Star
|loc=    Location of the Star / Star System
|loc=    Location of the Star / Star System
}}
}}
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|temp=3900 K
|temp=3900 K
|lum={{Exp|5.88|25}} (0.15 of Sol)
|lum={{Exp|5.88|25}} (0.15 of Sol)
|loc=3 ly from the [[Hubroid Star System]] / 7 ly from the [[Sigma Tamelos Sector]] in the [[Beeria Sector]]
|hab=Between 0.315 and 0.799 AU
|loc=[[Beeria Sector]]<br>3 ly from the [[Hubroid Star System]]<br>7 ly from the [[Sigma Tamelos Sector]]
}}
}}
</pre>
</pre>
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|temp=3900 K
|temp=3900 K
|lum={{Exp|5.88|25}} (0.15 of Sol)
|lum={{Exp|5.88|25}} (0.15 of Sol)
|loc=3 ly from the [[Hubroid Star System]] / 7 ly from the [[Sigma Tamelos Sector]] in the [[Beeria Sector]]
|hab=Between 0.315 and 0.799 AU
|loc=[[Beeria Sector]]<br>3 ly from the [[Hubroid Star System]]<br>7 ly from the [[Sigma Tamelos Sector]]
}}
}}
‎</noinclude>
‎</noinclude>

Revision as of 21:25, 31 December 2021

Type: Unknown
Radius: Unknown
Mass: Unknown
Temperature: Unknown
Luminosity: Unknown
Location: Unknown

Documentation

Any value not given will default to unknown, except the habitability which will only appear if it is specified, otherwise it will be blank.

As a side-note, habitability can be calculated in a few days, see here and here for most stars. If it is a binary or trinary system, one can also go here. Wolfram Alpha can derive a lot of values for luminosity and temperature from a spectral class.

Template is used as follows:

{{Star Data
|type=   Type of Star (Spectral Class / Type)
|radius= Radius / Size of Star
|mass=   Mass of the Star
|temp=   Temperature of the Star
|lum=    Luminosity of the Star
|hab=    The habitable zone or ecosphere of the Star
|loc=    Location of the Star / Star System
}}

Example

The following code is for an example star:

{{Star Data
|type=K6V Orange Main Sequence Star
|radius={{Exp|5.98|5}} (0.86 of Sol)
|mass={{Exp|1.38|30}} kg (0.70 of Sol)
|temp=3900 K
|lum={{Exp|5.88|25}} (0.15 of Sol)
|hab=Between 0.315 and 0.799 AU
|loc=[[Beeria Sector]]<br>3 ly from the [[Hubroid Star System]]<br>7 ly from the [[Sigma Tamelos Sector]]
}}

This code creates:

Type: K6V Orange Main Sequence Star
Radius: 5.98 x 105 (0.86 of Sol)
Mass: 1.38 x 1030 kg (0.70 of Sol)
Temperature: 3900 K
Luminosity: 5.88 x 1025 (0.15 of Sol)
Ecosphere:Between 0.315 and 0.799 AU
Location: Beeria Sector
3 ly from the Hubroid Star System
7 ly from the Sigma Tamelos Sector