void CMSHit::RecordMatches(CLadderContainer& LadderContainer,
int iMod,
CMSPeak *Peaks,
unsigned ModMask,
CMod ModList[],
int NumMod,
const char *PepStart,
int Searchctermproduct,
int Searchb1,
int TheoreticalMassIn
)
{
// create hitlist. note that this is deleted in the assignment operator
CreateHitInfo();
// need to calculate the number of mods from mask and NumMod(?)
NumModInfo = CountMods(ModMask,NumMod);
ModInfo.reset(new CMSModInfo[NumModInfo]);
SetTheoreticalMass() = TheoreticalMassIn;
// increment thru hithist
int iHitInfo(0);
EMSPeakListTypes Which = Peaks->GetWhich(GetCharge());
SetM() = 0;
SetSum() = 0;
// scan thru each ladder
int ChargeLimit(0);
if (GetCharge() < Peaks->GetConsiderMult())
ChargeLimit = 1;
TLadderMap::iterator Iter;
LadderContainer.Begin(Iter, ChargeLimit, ChargeLimit);
while(Iter != LadderContainer.SetLadderMap().end()) {
RecordMatchesScan(*((*(Iter->second))[iMod]),iHitInfo, Peaks, Which, Searchb1, Searchctermproduct);
LadderContainer.Next(Iter, ChargeLimit, ChargeLimit);
}
SetN() = (Peaks->GetPeakLists())[Which]->GetNum();
// need to make function to save the info in ModInfo
RecordModInfo(ModMask,
ModList,
NumMod,
PepStart
);
}
//
// Retrieve
//
// Retrieve data from the task, return TRUE if filled
//
Bool TransportPad::Retrieve(U32 id, RetrievedData &data)
{
switch (id)
{
case TaskRetrieve::Progress:
{
if (subject->GetTelepadLink())
{
return (FALSE);
}
data.f1 = GetCharge();
// Display different charging vs charged bars
if (data.f1 < 1.0F)
{
data.u1 = 0x4F2144F1; // "Tasks::TransportPad::Charge"
}
else
{
data.u1 = 0x23DBCCCA; // "Tasks::TransportPad::Charged"
}
return (TRUE);
}
case TaskRetrieve::Count:
{
data.u1 = subject->GetUsedSpaces();
return (TRUE);
}
}
return (GameTask<TransportObjType, TransportObj>::Retrieve(id, data));
}
void AParticle::DisplayInfo(std::ostream& s) const
{
s << " Particle " << GetID() << ": " << GetParticleName();
s << " Charge: " << GetCharge() << " Mass: " << GetMass() << std::endl;
s << " Primary: " << GetIsPrimary() << " -> Mother ID: " << GetMotherId() << std::endl;
s << " Initial Vertex: " << PrintTVector3(GetVertex());
s << " Initial 4-Momentum: " << PrintTLorentzVector(GetP4());
s << " Initial Kinetic E: " << GetEkin() << std::endl;
s << " Properties: " << std::endl << PrintProperties();
}
