public void Initialize(ITissue tissue, Random rng)
{
// assign any user-defined outputs (except arrays...we'll make those on-demand)
TallyCount = 0;
// if the data arrays are null, create them (only create second moment if TallySecondMoment is true)
Mean = Mean ?? new double[X.Count - 1, Y.Count - 1, Z.Count - 1, Time.Count - 1];
SecondMoment = SecondMoment ?? (TallySecondMoment ? new double[X.Count - 1, Y.Count - 1, Z.Count - 1, Time.Count - 1] : null);
// intialize any other necessary class fields here
_absorptionWeightingMethod = AbsorptionWeightingMethods.GetVolumeAbsorptionWeightingMethod(tissue, this);
_tissue = tissue;
_ops = _tissue.Regions.Select(r => r.RegionOP).ToArray();
_tallyForOnePhoton = _tallyForOnePhoton ?? (TallySecondMoment ? new double[X.Count - 1, Y.Count - 1, Z.Count - 1, Time.Count - 1] : null);
}
public void Initialize(ITissue tissue, Random rng)
{
// assign any user-defined outputs (except arrays...we'll make those on-demand)
TallyCount = 0;
// if the data arrays are null, create them (only create second moment if TallySecondMoment is true)
//Mean = Mean ?? new double();
//SecondMoment = SecondMoment ?? (TallySecondMoment ? new double() : null);
Mean = new double();
if (TallySecondMoment)
{
SecondMoment = new double();
}
// intialize any other necessary class fields here
_absorptionWeightingMethod = AbsorptionWeightingMethods.GetVolumeAbsorptionWeightingMethod(tissue, this);
_tissue = tissue;
_boundingVolumeOPs = _tissue.Regions[_tissue.Regions.Count - 1].RegionOP;
}