internal CombinatoryConv(int maxClasses, double maxError)
{
this.maxClasses = maxClasses;
this.comb = new Combinatory();
this.acum = true;
this.maxError = maxError;
}
/** Method: Constructor
* maxClasses - maximum of classes allowed for histogram
* maxCombTerms - maximum of convolution terms for combinatory calculation
* maxFftTerms - maximum of convolution terms for fast fourier calculation
* nThreads - number of threads */
internal Convolution(int maxClasses, int maxCombTerms, int maxFftTerms, int nThreads)
{
this.comb = new Combinatory();
stat = new StatFunctions();
normal = new NormalDistrib();
fft = new FFT();
this.maxClasses = maxClasses;
this.maxCombTerms = maxCombTerms;
this.maxFftTerms = maxFftTerms;
this.nThreads = nThreads;
}
public static void TestToToFourRefTypesNullCoalescing()
{
(object a, object b, object c, object d) = (new object(), null, new object(), null);
// Craft the combinations of a, b, c, and d objects from 2 to four in length
// and test if the null coalescing performs the same as the ternary operator.
for (int i = 2; i < 4; i++)
{
foreach (var combination in Combinatory.Combinations(new[] { a, b, c, d }, i))
{
AssertCombination(combination);
}
}
}
