Function Members (Methods)
public:
Data Members
protected:
| Double_t | fBinWidth | 1/fScale (meters per bin) |
| vector<UInt_t> | fHitList | |
| vector<std::vector<Hit*> > | fHits | |
| UInt_t | fNlevels | Number of levels in the pattern tree |
| UInt_t | fNplanes | Number of wire planes contained in the pattern |
| Double_t | fOffset | Offset of zero hit position wrt zero det coord (m) |
| TreeSearch::Bits** | fPattern | [fNplanes] pattern at all fNlevels resolutions |
| Double_t | fScale | 1/(bin resolution) = 2^(fNlevels-1)/width (1/m) |
Class Charts
Function documentation
void Init(Double_t width)
Allocate memory for new Hitpattern object. Internal utility function called by constructors.
void AddHit(UInt_t plane, UInt_t bin, TreeSearch::Hit* hit)
Add hit for given bin in plane to the hit arrays
void SetPositionRange(Double_t start, Double_t end, UInt_t plane, TreeSearch::Hit* hit)
Set pattern bins corresponding to the exact physical positions between start and end (in m) in the given plane. Positions may range from 0.0 to width. Associate these bins with given hit
Int_t ScanHits(TreeSearch::WirePlane* A, TreeSearch::WirePlane* B)
Set the points at all depths of the hit pattern that correspond to the hits in plane A. The plane number is extracted from A. The second, optional plane B represents an optional partner plane of A, i.e. a nearby plane with (usually) staggered wires. If B is present, test for pairs of hits in A and B. Naturally, the two planes and their wires must be parallel. Returns number of hits processed
std::pair<UInt_t,UInt_t> ContainsPattern(const TreeSearch::NodeDescriptor& nd) const
const std::vector<TreeSearch::Hit*>& GetHits(UInt_t plane, UInt_t bin) const
Get array of hits that set the given bin in the given plane
void SetPosition(Double_t pos, Double_t res, UInt_t plane, TreeSearch::Hit* hit)
{ SetPositionRange( pos-res, pos+res, plane, hit ); }UInt_t MakeIdx(UInt_t plane, UInt_t bin) const
Return index into fHits corresponding to the given plane and bin