class TreeSearch::TreeParam_t


TreeSearch::PatternTree

Function Members (Methods)

public:

	~TreeParam_t()
UInt_t	maxdepth() const
Double_t	maxslope() const
Int_t	Normalize()
TreeSearch::TreeParam_t&	operator=(const TreeSearch::TreeParam_t&)
TreeSearch::TreeParam_t	TreeParam_t(const TreeSearch::TreeParam_t&)
TreeSearch::TreeParam_t	TreeParam_t(UInt_t maxdepth, Double_t width, Double_t maxslope, const vector<Double_t>& zpos)
Double_t	width() const
const vector<Double_t>&	zpos() const

Data Members

private:

UInt_t	fMaxdepth	Depth of tree
Double_t	fMaxslope	Max slope (dx/dz) of tracks
Bool_t	fNormalized	maxslope and zpos are normalized
Double_t	fWidth	Physical detector width (needed in Hitpattern)
vector<Double_t>	fZpos	z-positions of pattern planes

Class Charts

Inheritance Inherited Members Includes Libraries

Function documentation

Int_t Normalize()

 Test, then normalize parameter values to width = 1 and z_max = 1.
 Returns 0 on success, != 0 on error. On success only, the input data
 are irreversibly modified: zpos.front() and zpos.back() will be 0 and 1,
 respectively, and maxslope is scaled to the normalized aspect ratio.
 width is not changed

TreeParam_t(UInt_t maxdepth, Double_t width, Double_t maxslope, const vector<Double_t>& zpos)

{}

UInt_t maxdepth() const

{ return fMaxdepth; }

Double_t width() const

{ return fWidth; }

Double_t maxslope() const

{ return fMaxslope; }

const vector<Double_t>& zpos() const

{ return fZpos; }

const PatternTree& operator=(const TreeSearch::TreeParam_t& )