Accelerated C# 2008

private Converter<double, T> convToT;

}

public class EntryPoint

{

static void Main() {

Complex<Int64> c =

new Complex<Int64>(

3, 4,

EntryPoint.MultiplyInt64,

EntryPoint.AddInt64,

EntryPoint.DoubleToInt64 );

Console.WriteLine( "Magnitude is {0}",

c.Magnitude );

}

static Int64 MultiplyInt64( Int64 val1, Int64 val2 ) {

return val1 * val2;

}

static Int64 AddInt64( Int64 val1, Int64 val2 ) {

return val1 + val2;

}

static Int64 DoubleToInt64( double d ) {

return Convert.ToInt64( d );

}

}

My implementation of the IComparable<Complex<T>> interface considers two Complex<T> types

equivalent if they have the same magnitude. Therefore, most of the work required to do the com-

parison is done already. However, instead of being able to rely upon the inequality operator of the

C# ...