| 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 |