/// <summary>
/// Synchronizes a single <see cref="MassDistribution"/> object with corresponding
/// masses from a <see cref="BioMassCalc"/>.
/// </summary>
private static MassDistribution SynchDist(MassDistribution massDist,
double monoMassCalc, double secondMassCalc, double thirdMassCalc)
{
var massDistOrdered = massDist.MassesSortedByAbundance();
if (EqualDistMasses(massDistOrdered, monoMassCalc, secondMassCalc, thirdMassCalc))
{
return(massDist);
}
var dictFixDist = new Dictionary <double, double>(massDist);
ReplaceMass(dictFixDist, massDistOrdered, 0, monoMassCalc);
ReplaceMass(dictFixDist, massDistOrdered, 1, secondMassCalc);
ReplaceMass(dictFixDist, massDistOrdered, 2, thirdMassCalc);
return(MassDistribution.NewInstance(dictFixDist, 0, 0));
}
/// <summary>
/// Synchronizes a single <see cref="MassDistribution"/> object with corresponding
/// masses from a <see cref="BioMassCalc"/>.
/// </summary>
private static MassDistribution SynchDist(MassDistribution massDist,
double monoMassCalc, double secondMassCalc, double thirdMassCalc)
{
var massDistOrdered = massDist.MassesSortedByAbundance();
if (EqualDistMasses(massDistOrdered, monoMassCalc, secondMassCalc, thirdMassCalc))
return massDist;
var dictFixDist = new Dictionary<double, double>(massDist);
ReplaceMass(dictFixDist, massDistOrdered, 0, monoMassCalc);
ReplaceMass(dictFixDist, massDistOrdered, 1, secondMassCalc);
ReplaceMass(dictFixDist, massDistOrdered, 2, thirdMassCalc);
return MassDistribution.NewInstance(dictFixDist, 0, 0);
}
