/// <summary>
/// Modulo operator.
/// </summary>
public static ArithmeticSeries <TKey, TValue, ModuloReverseOp <TValue>, ArithmeticSeries <TKey, TValue, TOp, TCursor> > operator %(TValue constant, ArithmeticSeries <TKey, TValue, TOp, TCursor> series)
{
return(ArithmeticSeries <TKey, TValue, ModuloReverseOp <TValue>, ArithmeticSeries <TKey, TValue, TOp, TCursor> > .Create(series, constant));
}
/// <summary>
/// Divide operator.
/// </summary>
public static ArithmeticSeries <TKey, TValue, DivideOp <TValue>, ArithmeticSeries <TKey, TValue, TOp, TCursor> > operator /(ArithmeticSeries <TKey, TValue, TOp, TCursor> series, TValue constant)
{
return(ArithmeticSeries <TKey, TValue, DivideOp <TValue>, ArithmeticSeries <TKey, TValue, TOp, TCursor> > .Create(series, constant));
}
/// <summary>
/// Unary plus operator.
/// </summary>
public static ArithmeticSeries <TKey, TValue, PlusOp <TValue>, ArithmeticSeries <TKey, TValue, TOp, TCursor> > operator +(ArithmeticSeries <TKey, TValue, TOp, TCursor> series)
{
return(ArithmeticSeries <TKey, TValue, PlusOp <TValue>, ArithmeticSeries <TKey, TValue, TOp, TCursor> > .Create(series, default(TValue)));
}
/// <summary>
/// Multiply operator.
/// </summary>
public static ArithmeticSeries <TKey, TValue, MultiplyOp <TValue>, ArithmeticSeries <TKey, TValue, TOp, TCursor> > operator *(TValue constant, ArithmeticSeries <TKey, TValue, TOp, TCursor> series)
{
// Multiplication is commutative
return(ArithmeticSeries <TKey, TValue, MultiplyOp <TValue>, ArithmeticSeries <TKey, TValue, TOp, TCursor> > .Create(series, constant));
}
/// <summary>
/// Add operator.
/// </summary>
public static ArithmeticSeries <TKey, TValue, AddOp <TValue>, ArithmeticSeries <TKey, TValue, TOp, TCursor> > operator +(TValue constant, ArithmeticSeries <TKey, TValue, TOp, TCursor> series)
{
// Addition is commutative
return(ArithmeticSeries <TKey, TValue, AddOp <TValue>, ArithmeticSeries <TKey, TValue, TOp, TCursor> > .Create(series, constant));
}