using Newtonsoft.Json;

namespace EddiDataDefinitions

{

/// <summary> Atmosphere Class </summary>

[JsonObject(MemberSerialization.OptIn)]

public class AtmosphereClass : ResourceBasedLocalizedEDName<AtmosphereClass>

{

static AtmosphereClass()

{

resourceManager = Properties.AtmosphereClass.ResourceManager;

resourceManager.IgnoreCase = true;

missingEDNameHandler = (edname) => new AtmosphereClass(edname);

None = new AtmosphereClass("None");

Ammonia = new AtmosphereClass("Ammonia");

AmmoniaOxygen = new AtmosphereClass("AmmoniaOxygen");

AmmoniaAndOxygen = new AtmosphereClass("AmmoniaAndOxygen");

AmmoniaRich = new AtmosphereClass("AmmoniaRich");

Argon = new AtmosphereClass("Argon");

ArgonRich = new AtmosphereClass("ArgonRich");

CarbonDioxide = new AtmosphereClass("CarbonDioxide");

CarbonDioxideRich = new AtmosphereClass("CarbonDioxideRich");

EarthLike = new AtmosphereClass("EarthLike");

Helium = new AtmosphereClass("Helium");

Methane = new AtmosphereClass("Methane");

MethaneRich = new AtmosphereClass("MethaneRich");

MetallicVapour = new AtmosphereClass("MetallicVapour");

Neon = new AtmosphereClass("Neon");

NeonRich = new AtmosphereClass("NeonRich");

Nitrogen = new AtmosphereClass("Nitrogen");

Oxygen = new AtmosphereClass("Oxygen");

SilicateVapour = new AtmosphereClass("SilicateVapour");

SuitableForWaterBasedLife = new AtmosphereClass("SuitableForWaterBasedLife");

SulphurDioxide = new AtmosphereClass("SulphurDioxide");

Water = new AtmosphereClass("Water");

WaterRich = new AtmosphereClass("WaterRich");

// Synthetic name(s)

GasGiant = new AtmosphereClass("GasGiant");

}

public static readonly AtmosphereClass None;

public static readonly AtmosphereClass Ammonia;

public static readonly AtmosphereClass AmmoniaOxygen;

public static readonly AtmosphereClass AmmoniaAndOxygen;

public static readonly AtmosphereClass AmmoniaRich;

public static readonly AtmosphereClass Argon;

public static readonly AtmosphereClass ArgonRich;

public static readonly AtmosphereClass CarbonDioxide;

public static readonly AtmosphereClass CarbonDioxideRich;

public static readonly AtmosphereClass EarthLike;

public static readonly AtmosphereClass Helium;

public static readonly AtmosphereClass Methane;

public static readonly AtmosphereClass MethaneRich;

public static readonly AtmosphereClass MetallicVapour;

public static readonly AtmosphereClass Neon;

public static readonly AtmosphereClass NeonRich;

public static readonly AtmosphereClass Nitrogen;

public static readonly AtmosphereClass Oxygen;

public static readonly AtmosphereClass SilicateVapour;

public static readonly AtmosphereClass SuitableForWaterBasedLife;

public static readonly AtmosphereClass SulphurDioxide;

public static readonly AtmosphereClass Water;

public static readonly AtmosphereClass WaterRich;

public static readonly AtmosphereClass GasGiant;

// dummy used to ensure that the static constructor has run

public AtmosphereClass () : this("")

{ }

private AtmosphereClass(string edname) : base(edname, edname

.ToLowerInvariant()

.Replace("thick ", "")

.Replace("thin ", "")

.Replace("hot ", "")

.Replace(" ", "")

.Replace("-", ""))

{ }

new public static AtmosphereClass FromName(string name)

{

if (name == null)

{

return FromName("None");

}

// Temperature and pressure are defined separately so we remove them from this string (if descriptors are present)

var normalizedName = name

.ToLowerInvariant()

.Replace("thick ", "")

.Replace("thin ", "")

.Replace("hot ", "");

return ResourceBasedLocalizedEDName<AtmosphereClass>.FromName(normalizedName);

}

new public static AtmosphereClass FromEDName(string edname)

{

if (edname == null)

{

return FromEDName("None");

}

// Temperature and pressure are defined separately so we remove them from this string (if descriptors are present)

var normalizedEDName = edname

.ToLowerInvariant()

.Replace("thick ", "")

.Replace("thin ", "")

.Replace("hot ", "")

.Replace(" ", "")

.Replace("-", "");

return ResourceBasedLocalizedEDName<AtmosphereClass>.FromEDName(normalizedEDName);

}

}

}