view identification More...

#include <EdbView.h>

Inheritance diagram for EdbViewHeader:

Collaboration diagram for EdbViewHeader:

Public Member Functions
void	Copy (EdbViewHeader *h)

	EdbViewHeader ()

EdbAffine2D const *	GetAffine () const

Int_t	GetAreaID () const

Int_t	GetCol () const

Float_t	GetDZbot () const

Float_t	GetDZtop () const

Int_t	GetEvent () const

Int_t	GetNclusters () const

Int_t	GetNframesBot () const

Int_t	GetNframesTop () const

Int_t	GetNsegments () const

Int_t	GetRow () const

Int_t	GetStatus () const

Int_t	GetTime ()

Int_t	GetTrack () const

Int_t	GetViewID () const

Float_t	GetXview () const

Float_t	GetXviewAff () const

Float_t	GetYview () const

Float_t	GetYviewAff () const

Float_t	GetZ0bot () const

Float_t	GetZ0top () const

Float_t	GetZ1 () const

Float_t	GetZ2 () const

Float_t	GetZ3 () const

Float_t	GetZ4 () const

TArrayF *	GetZlevels () const

void	Print () const

void	Set0 ()

void	SetAffine (float a11, float a12, float a21, float a22, float b1, float b2)

void	SetAreaID (int id)

void	SetColRow (int col, int row)

void	SetCoordXY (float x, float y)

void	SetCoordZ (float z1, float z2, float z3, float z4)

void	SetEvent (int event)

void	SetNclusters (int nclu)

void	SetNframes (int top, int bot)

void	SetNsegments (int nseg)

void	SetStatus (int st)

void	SetTime (Int_t time)

void	SetTrack (int track)

void	SetViewID (int id)

void	SetZlevels (Int_t n, const Float_t *array)

virtual	~EdbViewHeader ()

Private Attributes
EdbAffine2D	eAff
	affine transformation for the view More...

Int_t	eAreaID
	Area ID in Run (fragment id) More...

Int_t	eCol
	the position of the view in the scanned area, measured in views, More...

Int_t	eEvent
	optional: the part of the tree may be associated with event. Setted via run->header->Flag(8) More...

Int_t	eNclusters
	number of clusters saved in the view More...

Int_t	eNframesBot
	bottom \| number of frames in the view (0,1,2...16...) More...

Int_t	eNframesTop
	top \| number of frames in the view (0,1,2...16...) More...

Int_t	eNsegments
	number of segments saved in the view More...

Int_t	eRow
	starting from the reference angle (typically up-left) More...

Int_t	eStatus
	View scanning status. More...

Int_t	eTime
	System time since last view saving in msec. More...

Int_t	eTrack
	optional: some view group may be associated with track. Setted via run->header->Flag(9) More...

Int_t	eViewID
	View ID in the Area. More...

Float_t	eXview
	stage coord, top left corner More...

Float_t	eYview
	stage coord, top left corner More...

Float_t	eZ1

Float_t	eZ2
	emulsion surfaces in absolute stage coordinates More...

Float_t	eZ3
	measured once per view More...

Float_t	eZ4

TArrayF *	eZlevels
	z of each taken view (frame) (obsolete!) More...

Detailed Description

view identification

Constructor & Destructor Documentation

◆ EdbViewHeader()

EdbViewHeader::EdbViewHeader ( )

{
  Set0();
}

◆ ~EdbViewHeader()

EdbViewHeader::~EdbViewHeader ( )

virtual

{
  //if(eZlevels) delete eZlevels;
}

Member Function Documentation

◆ Copy()

void EdbViewHeader::Copy ( EdbViewHeader * h )

inline

65{ memcpy( (void*)this, (void*)h, sizeof(EdbViewHeader) ); }

EdbViewHeader

view identification

Definition: EdbView.h:26

◆ GetAffine()

EdbAffine2D const * EdbViewHeader::GetAffine ( ) const

inline

72{ return &eAff; }

EdbViewHeader::eAff

EdbAffine2D eAff

affine transformation for the view

Definition: EdbView.h:49

◆ GetAreaID()

Int_t EdbViewHeader::GetAreaID ( ) const

inline

91{ return eAreaID; }

EdbViewHeader::eAreaID

Int_t eAreaID

Area ID in Run (fragment id)

Definition: EdbView.h:31

◆ GetCol()

Int_t EdbViewHeader::GetCol ( ) const

inline

123{ return eCol; }

EdbViewHeader::eCol

Int_t eCol

the position of the view in the scanned area, measured in views,

Definition: EdbView.h:53

◆ GetDZbot()

Float_t EdbViewHeader::GetDZbot ( ) const

inline

118{ return eZ4-eZ3; }

EdbViewHeader::eZ4

Float_t eZ4

Definition: EdbView.h:39

EdbViewHeader::eZ3

Float_t eZ3

measured once per view

Definition: EdbView.h:38

◆ GetDZtop()

Float_t EdbViewHeader::GetDZtop ( ) const

inline

117{ return eZ2-eZ1; }

EdbViewHeader::eZ1

Float_t eZ1

Definition: EdbView.h:36

EdbViewHeader::eZ2

Float_t eZ2

emulsion surfaces in absolute stage coordinates

Definition: EdbView.h:37

◆ GetEvent()

Int_t EdbViewHeader::GetEvent ( ) const

inline

127{ return eEvent; }

EdbViewHeader::eEvent

Int_t eEvent

optional: the part of the tree may be associated with event. Setted via run->header->Flag(8)

Definition: EdbView.h:57

◆ GetNclusters()

Int_t EdbViewHeader::GetNclusters ( ) const

inline

87{ return eNclusters; }

EdbViewHeader::eNclusters

Int_t eNclusters

number of clusters saved in the view

Definition: EdbView.h:46

◆ GetNframesBot()

Int_t EdbViewHeader::GetNframesBot ( ) const

inline

121{ return eNframesBot; }

EdbViewHeader::eNframesBot

Int_t eNframesBot

bottom | number of frames in the view (0,1,2...16...)

Definition: EdbView.h:42

◆ GetNframesTop()

Int_t EdbViewHeader::GetNframesTop ( ) const

inline

120{ return eNframesTop; }

EdbViewHeader::eNframesTop

Int_t eNframesTop

top | number of frames in the view (0,1,2...16...)

Definition: EdbView.h:41

◆ GetNsegments()

Int_t EdbViewHeader::GetNsegments ( ) const

inline

88{ return eNsegments; }

EdbViewHeader::eNsegments

Int_t eNsegments

number of segments saved in the view

Definition: EdbView.h:47

◆ GetRow()

Int_t EdbViewHeader::GetRow ( ) const

inline

124{ return eRow; }

EdbViewHeader::eRow

Int_t eRow

starting from the reference angle (typically up-left)

Definition: EdbView.h:54

◆ GetStatus()

Int_t EdbViewHeader::GetStatus ( ) const

inline

125{ return eStatus; }

EdbViewHeader::eStatus

Int_t eStatus

View scanning status.

Definition: EdbView.h:56

◆ GetTime()

Int_t EdbViewHeader::GetTime ( )

inline

82{ return eTime; }

EdbViewHeader::eTime

Int_t eTime

System time since last view saving in msec.

Definition: EdbView.h:44

◆ GetTrack()

Int_t EdbViewHeader::GetTrack ( ) const

inline

126{ return eTrack; }

EdbViewHeader::eTrack

Int_t eTrack

optional: some view group may be associated with track. Setted via run->header->Flag(9)

Definition: EdbView.h:58

◆ GetViewID()

Int_t EdbViewHeader::GetViewID ( ) const

inline

90{ return eViewID; }

EdbViewHeader::eViewID

Int_t eViewID

View ID in the Area.

Definition: EdbView.h:30

◆ GetXview()

Float_t EdbViewHeader::GetXview ( ) const

inline

93{ return eXview; }

EdbViewHeader::eXview

Float_t eXview

stage coord, top left corner

Definition: EdbView.h:33

◆ GetXviewAff()

Float_t EdbViewHeader::GetXviewAff ( ) const

inline

96{ return eAff.B1(); }

EdbAffine2D::B1

Float_t B1() const

Definition: EdbAffine.h:47

◆ GetYview()

Float_t EdbViewHeader::GetYview ( ) const

inline

94{ return eYview; }

EdbViewHeader::eYview

Float_t eYview

stage coord, top left corner

Definition: EdbView.h:34

◆ GetYviewAff()

Float_t EdbViewHeader::GetYviewAff ( ) const

inline

97{ return eAff.B2(); }

EdbAffine2D::B2

Float_t B2() const

Definition: EdbAffine.h:48

◆ GetZ0bot()

Float_t EdbViewHeader::GetZ0bot ( ) const

inline

116{ return eZ3; }

◆ GetZ0top()

Float_t EdbViewHeader::GetZ0top ( ) const

inline

115{ return eZ1; }

◆ GetZ1()

Float_t EdbViewHeader::GetZ1 ( void ) const

inline

110{ return eZ1; }

◆ GetZ2()

Float_t EdbViewHeader::GetZ2 ( void ) const

inline

111{ return eZ2; }

◆ GetZ3()

Float_t EdbViewHeader::GetZ3 ( void ) const

inline

112{ return eZ3; }

◆ GetZ4()

Float_t EdbViewHeader::GetZ4 ( void ) const

inline

113{ return eZ4; }

◆ GetZlevels()

TArrayF * EdbViewHeader::GetZlevels ( ) const

inline

80{return 0;} //eZlevels;}

◆ Print()

void EdbViewHeader::Print ( ) const

{
  printf("ViewHeader:\t %d %d \t %f %f \t col:row = %d:%d\n", eViewID, eAreaID, eXview, eYview, eCol, eRow);
  printf("Nframes:   \t %d/%d \t Z(1/2/3/4): %f %f %f %f\n",
        eNframesTop,eNframesBot, eZ1,eZ2,eZ3,eZ4);
  printf("Ncl = %d \t Nseg = %d\n",eNclusters, eNsegments);
  printf("View time: \t %d  \t Scan status = %d \n", eTime, eStatus );
}

◆ Set0()

void EdbViewHeader::Set0 ( )

{
  eViewID  = 0; 
  eAreaID  = 0; 
  eXview   = 0;
  eYview   = 0;
  eZ1   = 0;
  eZ2   = 0;
  eZ3   = 0;
  eZ4   = 0;
  eNframesTop = 0;
  eNframesBot = 0;
 
  eTime=0;
  eNclusters=0;
  eNsegments=0;
 
  eZlevels=0;
  eCol=0;
  eRow=0;
  eStatus=0;
  eEvent=-999;
  eTrack=-999;
}

◆ SetAffine()

void EdbViewHeader::SetAffine	(	float	a11,
		float	a12,
		float	a21,
		float	a22,
		float	b1,
		float	b2
	)

inline

70 { eAff.Set(a11,a12,a21,a22,b1,b2); }

EdbAffine2D::Set

void Set(EdbAffine2D &a)

Definition: EdbAffine.h:36

◆ SetAreaID()

void EdbViewHeader::SetAreaID ( int id )

inline

100{ eAreaID = id; }

MIPBaseTrack::id

UInt_t id

Definition: tlg2couples.C:117

◆ SetColRow()

void EdbViewHeader::SetColRow	(	int	col,
		int	row
	)

inline

105{ eCol=col; eRow=row; }

◆ SetCoordXY()

void EdbViewHeader::SetCoordXY	(	float	x,
		float	y
	)

inline

101{ eXview = x; eYview=y; }

◆ SetCoordZ()

void EdbViewHeader::SetCoordZ	(	float	z1,
		float	z2,
		float	z3,
		float	z4
	)

inline

103 { eZ1=z1; eZ2=z2; eZ3=z3; eZ4=z4; }

◆ SetEvent()

void EdbViewHeader::SetEvent ( int event )

inline

108{ eEvent=event; }

SHOWER_PAR::event

int event

Definition: shower_tr.C:25

◆ SetNclusters()

void EdbViewHeader::SetNclusters ( int nclu )

inline

85{ eNclusters=nclu; }

◆ SetNframes()

void EdbViewHeader::SetNframes	(	int	top,
		int	bot
	)

inline

104{ eNframesTop=top; eNframesBot=bot; }

◆ SetNsegments()

void EdbViewHeader::SetNsegments ( int nseg )

inline

86{ eNsegments=nseg; }

◆ SetStatus()

void EdbViewHeader::SetStatus ( int st )

inline

106{ eStatus=st; }

◆ SetTime()

void EdbViewHeader::SetTime ( Int_t time )

inline

83{ eTime = time; }

◆ SetTrack()

void EdbViewHeader::SetTrack ( int track )

inline

107{ eTrack=track; }

track

Definition: bitview.h:14

◆ SetViewID()

void EdbViewHeader::SetViewID ( int id )

inline

99{ eViewID = id; }

◆ SetZlevels()

void EdbViewHeader::SetZlevels	(	Int_t	n,
		const Float_t *	array
	)

inline

                                                     { 
    //dummy
    //if(!eZlevels) eZlevels=new TArrayF(n); 
    //eZlevels->Set(n,array);
  }

Member Data Documentation

◆ eAff

EdbAffine2D EdbViewHeader::eAff

private

affine transformation for the view

◆ eAreaID

Int_t EdbViewHeader::eAreaID

private

Area ID in Run (fragment id)

◆ eCol

Int_t EdbViewHeader::eCol

private

the position of the view in the scanned area, measured in views,

◆ eEvent

Int_t EdbViewHeader::eEvent

private

optional: the part of the tree may be associated with event. Setted via run->header->Flag(8)

◆ eNclusters

Int_t EdbViewHeader::eNclusters

private

number of clusters saved in the view

◆ eNframesBot

Int_t EdbViewHeader::eNframesBot

private

bottom | number of frames in the view (0,1,2...16...)

◆ eNframesTop

Int_t EdbViewHeader::eNframesTop

private

top | number of frames in the view (0,1,2...16...)

◆ eNsegments

Int_t EdbViewHeader::eNsegments

private

number of segments saved in the view

◆ eRow

Int_t EdbViewHeader::eRow

private

starting from the reference angle (typically up-left)

◆ eStatus

Int_t EdbViewHeader::eStatus

private

View scanning status.

◆ eTime

Int_t EdbViewHeader::eTime

private

System time since last view saving in msec.

◆ eTrack

Int_t EdbViewHeader::eTrack

private

optional: some view group may be associated with track. Setted via run->header->Flag(9)

◆ eViewID

Int_t EdbViewHeader::eViewID

private

View ID in the Area.

◆ eXview

Float_t EdbViewHeader::eXview

private

stage coord, top left corner

◆ eYview

Float_t EdbViewHeader::eYview

private

stage coord, top left corner

◆ eZ1

Float_t EdbViewHeader::eZ1

private

◆ eZ2

Float_t EdbViewHeader::eZ2

private

emulsion surfaces in absolute stage coordinates

◆ eZ3

Float_t EdbViewHeader::eZ3

private

measured once per view

◆ eZ4

Float_t EdbViewHeader::eZ4

private

◆ eZlevels

TArrayF* EdbViewHeader::eZlevels

private

z of each taken view (frame) (obsolete!)

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

/home/antonio/fedra_doxygen/src/libEdb/EdbView.h
/home/antonio/fedra_doxygen/src/libEdb/EdbView.cxx

Public Member Functions

Private Attributes

Detailed Description

Constructor & Destructor Documentation

◆ EdbViewHeader()

◆ ~EdbViewHeader()

Member Function Documentation

◆ Copy()

◆ GetAffine()

◆ GetAreaID()

◆ GetCol()

◆ GetDZbot()

◆ GetDZtop()

◆ GetEvent()

◆ GetNclusters()

◆ GetNframesBot()

◆ GetNframesTop()

◆ GetNsegments()

◆ GetRow()

◆ GetStatus()

◆ GetTime()

◆ GetTrack()

◆ GetViewID()

◆ GetXview()

◆ GetXviewAff()

◆ GetYview()

◆ GetYviewAff()

◆ GetZ0bot()

◆ GetZ0top()

◆ GetZ1()

◆ GetZ2()

◆ GetZ3()

◆ GetZ4()

◆ GetZlevels()

◆ Print()

◆ Set0()

◆ SetAffine()

◆ SetAreaID()

◆ SetColRow()

◆ SetCoordXY()

◆ SetCoordZ()

◆ SetEvent()

◆ SetNclusters()

◆ SetNframes()

◆ SetNsegments()

◆ SetStatus()

◆ SetTime()

◆ SetTrack()

◆ SetViewID()

◆ SetZlevels()

Member Data Documentation

◆ eAff

◆ eAreaID

◆ eCol

◆ eEvent

◆ eNclusters

◆ eNframesBot

◆ eNframesTop

◆ eNsegments

◆ eRow

◆ eStatus

◆ eTime

◆ eTrack

◆ eViewID

◆ eXview

◆ eYview

◆ eZ1

◆ eZ2

◆ eZ3

◆ eZ4

◆ eZlevels