This template is part of a group of templates that are used to display information about a specific star. The list should always have {{Starbox begin}} as the first in the list, while the list should have {{Starbox end}} as the last in the list. Any of the arguments can be omitted if desired. The corresponding line will then be omitted from the infobox. This particular template can be used as follows:
.svg/1280px-Test_Template_Info-Icon_-_Version_(2).svg.png){kind=icon}
{{Starbox detail| source = <!--[source url]-->| mass = <!--Mass (in solar masses)-->| mass_mj = <!--Mass (in Jupiter masses)-->| radius = <!--Radius (in solar radii)-->| radius_rj = <!--Radius (in Jupiter radii)-->| radius_km = <!--Radius (in kilometers)-->| luminosity = <!--Luminosity (in solar luminosities); prefer luminosity_bolometric or luminosity_visual-->| luminosity_bolometric = <!--Luminosity (in solar luminosities), bolometric-->| luminosity_visual = <!--Luminosity (in solar luminosities), visual (V)-->| habitable_inner = <!--Inner limit to the star's habitable zone, where temperatures are 100˚ C-->| habitable_outer = <!--Outer limit to the star's habitable zone, where temperatures are 0˚ C-->| gravity = <!--Surface gravity (given as the base 10 logarithm expressed in cgs units)-->| temperature = <!--Effective temperature (in kelvins)-->| metal = <!--Metallicity (no units provided by template)-->| metal_fe = <!--Metallicity ([Fe/H] dex) -->| rotation = <!--Rotation (no units provided by template)-->| rotational_velocity = <!--Rotational velocity (v sin i, in km/s)-->| age = <!--Age (in years)-->| age_myr = <!--Age (in millions of years)-->| age_gyr = <!--Age (in billions of years)-->}}However, you can use the following syntax for two stars:
{{Starbox detail| source = <!--[source url]-->| component1 = <!--Name of the first component-->| mass = <!--Mass (in solar masses)-->| mass_mj = <!--Mass (in Jupiter masses)-->| radius = <!--Radius (in solar radii)-->| radius_rj = <!--Radius (in Jupiter radii)-->| radius_km = <!--Radius (in kilometers)-->| luminosity = <!--Luminosity (in solar luminosities); prefer luminosity_bolometric or luminosity_visual-->| luminosity_bolometric = <!--Luminosity (in solar luminosities), bolometric-->| luminosity_visual = <!--Luminosity (in solar luminosities), visual (V)-->| habitable_inner = <!--Inner limit to the star's habitable zone, where temperatures are 100˚ C-->| habitable_outer = <!--Outer limit to the star's habitable zone, where temperatures are 0˚ C-->| gravity = <!--Surface gravity (given as the base 10 logarithm expressed in cgs units)-->| temperature = <!--Effective temperature (in kelvins)-->| metal = <!--Metallicity (no units provided by template)-->| metal_fe = <!--Metallicity ([Fe/H] dex) -->| rotation = <!--Rotation (no units provided by template)-->| rotational_velocity = <!--Rotational velocity (v sin i, in km/s)-->| age = <!--Age (in years)-->| age_myr = <!--Age (in millions of years)-->| age_gyr = <!--Age (in billions of years)-->| component2 = <!--Name of the second component-->| mass2 = <!--Mass (in solar masses)-->| mass_mj2 = <!--Mass (in Jupiter masses)-->| radius2 = <!--Radius (in solar radii)-->| radius_rj2 = <!--Radius (in Jupiter radii)-->| radius_km2 = <!--Radius (in kilometers)-->| luminosity2 = <!--Luminosity (in solar luminosities); prefer luminosity_bolometric or luminosity_visual-->| luminosity_bolometric2 = <!--Luminosity (in solar luminosities), bolometric-->| luminosity_visual2 = <!--Luminosity (in solar luminosities), visual (V)-->| habitable_inner2 = <!--Inner limit to the star's habitable zone, where temperatures are 100˚ C-->| habitable_outer2 = <!--Outer limit to the star's habitable zone, where temperatures are 0˚ C-->| gravity2 = <!--Surface gravity (given as the base 10 logarithm expressed in cgs units)-->| temperature2 = <!--Effective temperature (in kelvins)-->| metal2 = <!--Metallicity (no units provided by template)-->| metal_fe2 = <!--Metallicity ([Fe/H] dex) -->| rotation2 = <!--Rotation (no units provided by template)-->| rotational_velocity2 = <!--Rotational velocity (v sin i, in km/s)-->| age2 = <!--Age (in years)-->| age_myr2 = <!--Age (in millions of years)-->| age_gyr2 = <!--Age (in billions of years)-->}}The following templates are used together and are usually placed in the order listed below.