#include <Boundary.h>

Public Member Functions
	Boundary (const int &nWire, const double &tRes, const int &minWireX, const int &minWireY, const int &minWireZ, const double &centerTDCX, const double &centerTDCY, const double &centerTDCZ)

	Boundary ()

bool	IsWithin (const unsigned int &wire, const double &cell, const unsigned int &view)

int	FirstWire (const unsigned int &view) const

int	LastWire (const unsigned int &view) const

double	FirstTDC (const unsigned int &view) const

double	LastTDC (const unsigned int &view) const

Private Attributes
int	fFirstWire [3]
	Minimum wire, inclusive. More...

int	fLastWire [3]
	Maximum wire, inclusive. More...

double	fFirstTDC [3]
	Minimum cell in each view, inclusive. More...

double	fLastTDC [3]
	Maximum cell in each view, inclusive. More...

Detailed Description

Boundary object intended for use with cvn::PixelMap. Stores first and last wires, as well as first and last cell for even and odd view. CVN doesn't carefully define X/Y view, but instead simply uses odd/even wire (wire%2) as a proxy.

Definition at line 26 of file Boundary.h.

Constructor & Destructor Documentation

cvn::Boundary::Boundary	(	const int &	nWire,
		const double &	tRes,
		const int &	minWireX,
		const int &	minWireY,
		const int &	minWireZ,
		const double &	centerTDCX,
		const double &	centerTDCY,
		const double &	centerTDCZ
	)

Create new Boundary object based on number of wires, number of cells, minumum wire and mean cell in odd and even view.

Definition at line 18 of file Boundary.cxx.

                                               :
     fFirstWire{minWireX,
       minWireY,
       minWireZ},
     fLastWire{minWireX + nWire - 1,
         minWireY + nWire - 1,
         minWireZ + nWire - 1},
     fFirstTDC{centerTDCX - tRes,   // For odd nTDC, we will truncate 0.5,
         centerTDCY  - tRes,
         centerTDCZ  - tRes},  // but get it back in LastTDC
     fLastTDC{centerTDCX + tRes,// Recover the trucated 0.5
         centerTDCY + tRes,
         centerTDCZ + tRes}// with nTDC % 2
   
   {
     assert(fLastWire[0] - fFirstWire[0] == nWire - 1);
     assert(fLastWire[1] - fFirstWire[1] == nWire - 1);
     assert(fLastWire[2] - fFirstWire[2] == nWire - 1);
   }

cvn::Boundary::Boundary ( )

inline

Definition at line 40 of file Boundary.h.

40 {};

Member Function Documentation

double cvn::Boundary::FirstTDC ( const unsigned int & view ) const

inline

Definition at line 46 of file Boundary.h.

46 {return fFirstTDC[view];};

cvn::Boundary::fFirstTDC

double fFirstTDC[3]

Minimum cell in each view, inclusive.

Definition: Boundary.h:54

int cvn::Boundary::FirstWire ( const unsigned int & view ) const

inline

Definition at line 44 of file Boundary.h.

44 {return fFirstWire[view];};

cvn::Boundary::fFirstWire

int fFirstWire[3]

Minimum wire, inclusive.

Definition: Boundary.h:47

bool cvn::Boundary::IsWithin	(	const unsigned int &	wire,
		const double &	cell,
		const unsigned int &	view
	)

Definition at line 45 of file Boundary.cxx.

   {
     bool inWireRcvne = (int) wire >= fFirstWire[view] && (int) wire <= fLastWire[view];
     bool inTDCRcvne = (double) cell >= fFirstTDC[view] &&
                        (double) cell <= fLastTDC[view];
     return inWireRcvne && inTDCRcvne;
   }

double cvn::Boundary::LastTDC ( const unsigned int & view ) const

inline

Definition at line 47 of file Boundary.h.

47 {return fLastTDC[view];};

cvn::Boundary::fLastTDC

double fLastTDC[3]

Maximum cell in each view, inclusive.

Definition: Boundary.h:55

int cvn::Boundary::LastWire ( const unsigned int & view ) const

inline

Definition at line 45 of file Boundary.h.

45 {return fLastWire[view];};

cvn::Boundary::fLastWire

int fLastWire[3]

Maximum wire, inclusive.

Definition: Boundary.h:53

Member Data Documentation

double cvn::Boundary::fFirstTDC[3]

private

Minimum cell in each view, inclusive.

Definition at line 54 of file Boundary.h.

int cvn::Boundary::fFirstWire[3]

private

Minimum wire, inclusive.

Definition at line 47 of file Boundary.h.

double cvn::Boundary::fLastTDC[3]

private

Maximum cell in each view, inclusive.

Definition at line 55 of file Boundary.h.

int cvn::Boundary::fLastWire[3]

private

Maximum wire, inclusive.

Definition at line 53 of file Boundary.h.

The documentation for this class was generated from the following files:

dunereco/dunereco/CVN/func/Boundary.h
dunereco/dunereco/CVN/func/Boundary.cxx

Public Member Functions

Private Attributes

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation