//----------------------------------------------------------------------------------------------------------------------
// THE TEXT PROCESSING PHYSICS CALCULATION PORTION
// This tag will process text in a specific way, and was made using the Laxus bot.
// It goes from start to end processing the information it reads, then at the end,
// I have the math split up so that it can process the physics calculations in logical order.
// Once its done the physics calculations, it can then tell the user the results.
// CreateGlobal, means that the tag will exist on the bot for all servers, storing who made it as well.
//----------------------------------------------------------------------------------------------------------------------

?tag createglobal getsolar {oneline:
{set:Pi|3.14159265358979323846264338}
{set:Sol|383000000000000000000000000}
{set:Proxima|651100000000000000000000}
{set:Barnard|1340500000000000000000000}
{set:VYCanis|103410000000000000000000000000000}
{set:UYScuti|130220000000000000000000000000000}
{set:2MASS|48258000000000000000000}
{set:AU|149597870700}

{set:Star|
{if:{arg:0}|~|Sol|then:{get:Sol}|else:
{if:{arg:0}|~|Proxima|then:{get:Proxima}|else:
{if:{arg:0}|~|Barnard|then:{get:Barnard}|else:
{if:{arg:0}|~|Canis|then:{get:VYCanis}|else:
{if:{arg:0}|~|Scuti|then:{get:UYScuti}|else:
{if:{arg:0}|~|2MASS|then:{get:2MASS}|else:
{arg:0}}}}}}}}

{set:Dist|
{if:{arg:1}|~|Mercury|then:0.4|else:
{if:{arg:1}|~|Venus|then:0.72|else:
{if:{arg:1}|~|Earth|then:1|else:
{if:{arg:1}|~|Mars|then:1.53|else:
{if:{arg:1}|~|Belt|then:2.96|else:
{if:{arg:1}|~|Jupiter|then:5.21|else:
{if:{arg:1}|~|Saturn|then:9.55|else:
{if:{arg:1}|~|Uranus|then:19.21|else:
{if:{arg:1}|~|Neptune|then:30.07|else:
{if:{arg:1}|~|Pluto|then:40.7|else:
{if:{arg:1}|~|Voyager|then:129|else:
{if:{arg:1}|~|Sedna|then:900|else:
{if:{arg:2}|~|m|then:{math:{arg:1}|/|{get:AU}}|else:
{if:{arg:2}|~|meters|then:{math:{arg:1}|/|{get:AU}}|else:
{if:{arg:2}|~|km|then:{math:{arg:1}|*|1000|/|{get:AU}}|else:
{arg:1}}}}}}}}}}}}}}}}}

{set:Dist|{math:{get:Dist}|*|{get:AU}}}

{set:math2|{math:4|*|{get:Pi}|*|{get:Dist}|^|2}}
{set:Result|{math:{get:Star}|/|{get:math2}}}

{set:Result|{round:{math:{get:Result}|*|100}}}
{set:Result|{math:{get:Result}|/|100}}

{set:Result2|{round:{math:{get:Dist}|/|{get:AU}|*|1000}}}
{set:Result2|{math:{get:Result2}|/|1000}}

{if:{argslen}|=|0|then:Need help? Type `!solarinfo`|else:
The solar constant for {arg:0} is {get:Result} W/m² at {get:Result2} AU. (error? type `?tag solarinfo`)}}

//----------------------------------------------------------------------------------------------------------------------
// THE HELP AND INFORMATION PORTION
// This tag would show you information you can use with the above tag,
// to assist you in making decisions since the above tag is already near maximum text limit.
//----------------------------------------------------------------------------------------------------------------------

?tag createglobal solarinfo Thank you for investigating this wonderful command made by **Vas**!
The proper usage of this command is `?tag getsolar STAR DISTANCE Measurement`
Measurement is optional, currently there is `m`, `meters`, and `km`.  m = meters.
If you don't specify a measurement, the default will be used (au).

Available arguments for STAR:
`Sol`: This is our star.
`Proxima`: This is a nearby star system.
`Barnard`: This is a random star system I chose that is cooler than our star.
`Canis`: This is a rather hot star, brighter than ours.
`Scuti`: This is the brightest star I could find.
`2MASS`: This is the dimmest star I could find, a very cold barely alive star.

Available arguments for DISTANCE:
`Mercury`: Average Distance from our star.
`Venus`: Average Distance from our star.
`Earth`: Average Distance from our star.
`Mars`: Average Distance from our star.
`Belt`: The middle average of th asteroid belt's distance from our star
`Jupiter`: Average Distance from our star.
`Saturn`: Average Distance from our star.
`Uranus`: Average Distance from our star.
`Neptune`: Average Distance from our star.
`Pluto`: Average Distance from our star.
`Voyager`: Voyager 1's location as of 2017.
`Sedna`: The furthest object in our system from our star.

You may also enter a manual distance, either in meters `m` or `meters` as the 3rd argument, kilometers `km` as the third argument, or even as AU, without a third argument.

Here's a few examples:
`!getsolar Sol Earth` Returns the solar constant of earth's average distance from our star.
`!getsolar Sol 149598023 km` Same as above, but with an exact value of distance specified in km.
`!getsolar 2MASS 0.2` Returns the solar constant of 2MASS at a distance of 0.2 AU from it.

If you have any questions, feel free to ask. I am unable to make the command any more advanced, as it is already near the maximum discord text limit.