#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 lcvn::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 19 of file Boundary.h.

Constructor & Destructor Documentation

lcvn::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 16 of file Boundary.cxx.

References fFirstTDC, fFirstWire, fLastTDC, and fLastWire.

     : 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);
   }

lcvn::Boundary::Boundary ( )

inline

Definition at line 33 of file Boundary.h.

References IsWithin().

33 {};

Member Function Documentation

double lcvn::Boundary::FirstTDC ( const unsigned int view ) const

inline

Definition at line 39 of file Boundary.h.

References fFirstTDC.

Referenced by lcvn::PixelMap::GlobalToIndex(), lcvn::PixelMap::GlobalToIndexSingle(), and lcvn::operator<<().

39 { return fFirstTDC[view]; };

lcvn::Boundary::fFirstTDC

double fFirstTDC[3]

Minimum cell in each view, inclusive.

Definition: Boundary.h:45

int lcvn::Boundary::FirstWire ( const unsigned int view ) const

inline

Definition at line 37 of file Boundary.h.

References fFirstWire.

Referenced by lcvn::PixelMap::GlobalToIndex(), lcvn::PixelMap::GlobalToIndexSingle(), and lcvn::operator<<().

37 { return fFirstWire[view]; };

lcvn::Boundary::fFirstWire

int fFirstWire[3]

Minimum wire, inclusive.

Definition: Boundary.h:40

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

Definition at line 40 of file Boundary.cxx.

References fFirstTDC, fFirstWire, fLastTDC, and fLastWire.

Referenced by lcvn::PixelMap::Add(), and Boundary().

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