cnn::RegCNNBoundary Class Reference

#include <RegCNNBoundary.h>

Public Member Functions
	RegCNNBoundary (const int &nWire, const int &nTDC, const int &wRes, const int &tRes, const int &WireMeanX, const int &WireMeanY, const int &WireMeanZ, const int &TDCMeanX, const int &TDCMeanY, const int &TDCMeanZ)
	RegCNNBoundary ()
bool	IsWithin (const int &wire, const int &tdc, const unsigned int &view)
int	FirstWire (const unsigned int &view) const
int	LastWire (const unsigned int &view) const
int	FirstTDC (const unsigned int &view) const
int	LastTDC (const unsigned int &view) const

Public Attributes
int	fFirstWire [3]
	Minimum wire, inclusive. More...
int	fLastWire [3]
	Maximum wire, inclusive. More...
int	fFirstTDC [3]
	Minimum TDC in each view, inclusive. More...
int	fLastTDC [3]
	Maximum TDC in each view, inclusive. More...

Detailed Description

RegCNNBoundary object intended for use with cnn::RegPixelMap. Stores mean of wire and TPCs

Definition at line 20 of file RegCNNBoundary.h.

Constructor & Destructor Documentation

cnn::RegCNNBoundary::RegCNNBoundary	(	const int &	nWire,
		const int &	nTDC,
		const int &	wRes,
		const int &	tRes,
		const int &	WireMeanX,
		const int &	WireMeanY,
		const int &	WireMeanZ,
		const int &	TDCMeanX,
		const int &	TDCMeanY,
		const int &	TDCMeanZ
	)

Create new RegCNNBoundary object based on number of wires, number of tdcs, minumum wire and mean tdc in odd and even view.

Definition at line 19 of file RegCNNBoundary.cxx.

                                         :
    fFirstWire{WireMeanX-(nWire*wRes)/2,
      WireMeanY-(nWire*wRes)/2,
      WireMeanZ-(nWire*wRes)/2},
    fLastWire{WireMeanX+(nWire*wRes)/2-wRes/2,
      WireMeanY+(nWire*wRes)/2-wRes/2,
      WireMeanZ+(nWire*wRes)/2-wRes/2},
    fFirstTDC{TDCMeanX - (nTDC*tRes)/2,
        TDCMeanY  - (nTDC*tRes)/2,
        TDCMeanZ  - (nTDC*tRes)/2},  
    fLastTDC{TDCMeanX + (nTDC*tRes)/2-tRes/2,
        TDCMeanY + (nTDC*tRes)/2-tRes/2,
        TDCMeanZ + (nTDC*tRes)/2-tRes/2}
  
  {
      if (fLastWire[0] - fFirstWire[0] != nWire*wRes - wRes/2)
          mf::LogError("RegCNNBoundary::RegCNNBoundary") << "RegCNN 1st Map Boundary Wrong"<<std::endl;
      if (fLastWire[1] - fFirstWire[1] != nWire*wRes - wRes/2)
          mf::LogError("RegCNNBoundary::RegCNNBoundary") << "RegCNN 2nd Map Boundary Wrong"<<std::endl;
      if (fLastWire[2] - fFirstWire[2] != nWire*wRes - wRes/2)
          mf::LogError("RegCNNBoundary::RegCNNBoundary") << "RegCNN 3rd Map Boundary Wrong"<<std::endl;
  }

cnn::RegCNNBoundary::RegCNNBoundary ( )

inline

Definition at line 35 of file RegCNNBoundary.h.

{};

Member Function Documentation

int cnn::RegCNNBoundary::FirstTDC ( const unsigned int &  view ) const

inline

Definition at line 41 of file RegCNNBoundary.h.

{return fFirstTDC[view];};

int cnn::RegCNNBoundary::FirstWire ( const unsigned int &  view ) const

inline

Definition at line 39 of file RegCNNBoundary.h.

{return fFirstWire[view];};

bool cnn::RegCNNBoundary::IsWithin	(	const int &	wire,
		const int &	tdc,
		const unsigned int &	view
	)

Definition at line 51 of file RegCNNBoundary.cxx.

  {
    bool inWireRcnne = (int) wire >= fFirstWire[view] && (int) wire < fLastWire[view];
    bool inTDCRcnne = (int) tdc >= fFirstTDC[view] &&
                      (int) tdc < fLastTDC[view];
    return inWireRcnne && inTDCRcnne;
  }

int cnn::RegCNNBoundary::LastTDC ( const unsigned int &  view ) const

inline

Definition at line 42 of file RegCNNBoundary.h.

{return fLastTDC[view];};

int cnn::RegCNNBoundary::LastWire ( const unsigned int &  view ) const

inline

Definition at line 40 of file RegCNNBoundary.h.

{return fLastWire[view];};

Member Data Documentation

int cnn::RegCNNBoundary::fFirstTDC[3]

Minimum TDC in each view, inclusive.

Definition at line 48 of file RegCNNBoundary.h.

int cnn::RegCNNBoundary::fFirstWire[3]

Minimum wire, inclusive.

Definition at line 42 of file RegCNNBoundary.h.

int cnn::RegCNNBoundary::fLastTDC[3]

Maximum TDC in each view, inclusive.

Definition at line 49 of file RegCNNBoundary.h.

int cnn::RegCNNBoundary::fLastWire[3]

Maximum wire, inclusive.

Definition at line 47 of file RegCNNBoundary.h.

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

• dunereco/dunereco/RegCNN/func/RegCNNBoundary.h
• dunereco/dunereco/RegCNN/func/RegCNNBoundary.cxx