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More Quantity Types - Joules and Capacitance
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More Quantity Types
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@Xlinka
Xlinka committed Sep 6, 2023
2 parents 1248313 + d6df105 commit cdc25e6
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145 changes: 145 additions & 0 deletions NEOSPlus/Quantity/Capacitance.cs
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using System;
using QuantityX;

namespace NEOSPlus.Quantity
{
public readonly struct Capacitance : IQuantitySI<Capacitance>, IQuantitySI, IQuantity<Capacitance>, IQuantity, IComparable<Capacitance>, IEquatable<Capacitance>
{
public readonly double BaseValue;

public static readonly Unit<Capacitance> Farad = new UnitSI<Capacitance>(0, "F", "farad");

double IQuantity.BaseValue => BaseValue;

public double SIPower => 1.0;

public Unit<Capacitance> DefaultUnit => Farad;

public Capacitance(double baseValue = 0.0)
{
this = default(Capacitance);
BaseValue = baseValue;
}

public bool Equals(Capacitance other)
{
return BaseValue == other.BaseValue;
}

public int CompareTo(Capacitance other)
{
return BaseValue.CompareTo(other.BaseValue);
}

public string[] GetShortBaseNames()
{
return new string[] { "F" };
}

public string[] GetLongBaseNames()
{
return new string[] { "farads", "farad" };
}

public IUnit[] GetCommonSIUnits()
{
return new IUnit[]
{
SI<Capacitance>.Pico,
SI<Capacitance>.Nano,
SI<Capacitance>.Micro,
SI<Capacitance>.Milli,
Farad,
SI<Capacitance>.Kilo,
SI<Capacitance>.Mega,
SI<Capacitance>.Giga
};
}

public IUnit[] GetExludedSIUnits()
{
return new IUnit[]
{
SI<Capacitance>.Yotta,
SI<Capacitance>.Zetta,
SI<Capacitance>.Exa,
SI<Capacitance>.Peta,
SI<Capacitance>.Tera,
SI<Capacitance>.Deca,
SI<Capacitance>.Hecto,
SI<Capacitance>.Centi,
SI<Capacitance>.Deci,
SI<Capacitance>.Yocto,
SI<Capacitance>.Zepto,
SI<Capacitance>.Atto,
SI<Capacitance>.Femto
};
}

public Capacitance New(double baseVal)
{
return new Capacitance(baseVal);
}

public Capacitance Add(Capacitance q)
{
return new Capacitance(BaseValue + q.BaseValue);
}

public Capacitance Subtract(Capacitance q)
{
return new Capacitance(BaseValue - q.BaseValue);
}

public Capacitance Multiply(double n)
{
return new Capacitance(BaseValue * n);
}

public Capacitance Divide(double n)
{
return new Capacitance(BaseValue / n);
}

public Ratio Divide(Capacitance q)
{
return new Ratio(BaseValue / q.BaseValue);
}

public static Capacitance operator +(Capacitance a, Capacitance b)
{
return a.Add(b);
}

public static Capacitance operator -(Capacitance a, Capacitance b)
{
return a.Subtract(b);
}

public static Capacitance operator *(Capacitance a, double n)
{
return a.Multiply(n);
}

public static Capacitance operator /(Capacitance a, double n)
{
return a.Divide(n);
}

public static Ratio operator /(Capacitance a, Capacitance b)
{
return a.Divide(b);
}

public static Capacitance operator -(Capacitance a)
{
return a.Multiply(-1.0);
}

public override string ToString()
{
return this.FormatAuto();
}
}
}

145 changes: 145 additions & 0 deletions NEOSPlus/Quantity/Joules.cs
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using System;
using QuantityX;

namespace NEOSPlus.Quantity
{
public readonly struct Joule : IQuantitySI<Joule>, IQuantitySI, IQuantity<Joule>, IQuantity, IComparable<Joule>, IEquatable<Joule>
{
public readonly double BaseValue;

public static readonly Unit<Joule> Joules = new UnitSI<Joule>(0, "J", "joule");

double IQuantity.BaseValue => BaseValue;

public double SIPower => 1.0;

public Unit<Joule> DefaultUnit => Joules;

public Joule(double baseValue = 0.0)
{
this = default(Joule);
BaseValue = baseValue;
}

public bool Equals(Joule other)
{
return BaseValue == other.BaseValue;
}

public int CompareTo(Joule other)
{
return BaseValue.CompareTo(other.BaseValue);
}

public string[] GetShortBaseNames()
{
return new string[] { "J" };
}

public string[] GetLongBaseNames()
{
return new string[] { "joules", "joule" };
}

public IUnit[] GetCommonSIUnits()
{
return new IUnit[]
{
SI<Joule>.Pico,
SI<Joule>.Nano,
SI<Joule>.Micro,
SI<Joule>.Milli,
Joules,
SI<Joule>.Kilo,
SI<Joule>.Mega,
SI<Joule>.Giga,
SI<Joule>.Tera,
SI<Joule>.Peta
};
}

public IUnit[] GetExludedSIUnits()
{
return new IUnit[]
{
SI<Joule>.Yotta,
SI<Joule>.Zetta,
SI<Joule>.Exa,
SI<Joule>.Deca,
SI<Joule>.Hecto,
SI<Joule>.Centi,
SI<Joule>.Deci,
SI<Joule>.Yocto,
SI<Joule>.Zepto,
SI<Joule>.Atto,
SI<Joule>.Femto
};
}

public Joule New(double baseVal)
{
return new Joule(baseVal);
}

public Joule Add(Joule q)
{
return new Joule(BaseValue + q.BaseValue);
}

public Joule Subtract(Joule q)
{
return new Joule(BaseValue - q.BaseValue);
}

public Joule Multiply(double n)
{
return new Joule(BaseValue * n);
}

public Joule Divide(double n)
{
return new Joule(BaseValue / n);
}

public Ratio Divide(Joule q)
{
return new Ratio(BaseValue / q.BaseValue);
}

public static Joule operator +(Joule a, Joule b)
{
return a.Add(b);
}

public static Joule operator -(Joule a, Joule b)
{
return a.Subtract(b);
}

public static Joule operator *(Joule a, double n)
{
return a.Multiply(n);
}

public static Joule operator /(Joule a, double n)
{
return a.Divide(n);
}

public static Ratio operator /(Joule a, Joule b)
{
return a.Divide(b);
}

public static Joule operator -(Joule a)
{
return a.Multiply(-1.0);
}

public override string ToString()
{
return this.FormatAuto();
}
}
}

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