EdbBrickGen Class Reference

#include <EdbBrickGen.h>

Inheritance diagram for EdbBrickGen:

Collaboration diagram for EdbBrickGen:

Public Member Functions
EdbBrickP *	Brick () const
	EdbBrickGen ()
void	Generate ()
void	GenerateOperaBrick (EdbBrickP &br, int npl, float dx, float dy, float x0, float y0, float z0, float zbase, float zu, float zd, float zspacer)
void	GenerateOperaBrick (int npl=58, float dx=60000., float dy=50000., float x0=0., float y0=0., float z0=0., float zbase=210., float zu=45., float zd=45., float zspacer=1000.)
void	GeneratePatternsVolumeBT (EdbPatternsVolume &v)
void	GeneratePatternsVolumeBT (EdbPatternsVolume *v=0)
void	Print ()
EdbPVGen *	PVG () const
	~EdbBrickGen ()

Private Attributes
EdbBrickP *	eBrick
EdbPVGen *	ePVG

Constructor & Destructor Documentation

EdbBrickGen()

EdbBrickGen::EdbBrickGen

(

)

{
  eBrick=0;
  ePVG=0;
}

~EdbBrickGen()

EdbBrickGen::~EdbBrickGen

(

)

{
  if(eBrick) delete eBrick;
  if(ePVG)   delete ePVG;
}

Member Function Documentation

Brick()

EdbBrickP* EdbBrickGen::Brick ( ) const

inline

{return eBrick;}

Generate()

void EdbBrickGen::Generate

(

)

{
  GenerateOperaBrick();
  GeneratePatternsVolumeBT();
}

GenerateOperaBrick() [1/2]

void EdbBrickGen::GenerateOperaBrick	(	EdbBrickP &	br,
		int	npl,
		float	dx,
		float	dy,
		float	x0,
		float	y0,
		float	z0,
		float	zbase,
		float	zu,
		float	zd,
		float	zspacer
	)

{
  float dzpl  = zbase+zu+zd;
  float zstep = zspacer+dzpl;
 
  float z = z0;
  EdbPlateP *pl=0;
  for(int i=0; i<npl; i++) {
    pl = new EdbPlateP();
    pl->SetZlayer( z , z-dzpl/2. , z+dzpl/2. );
    z += zstep;
    br.AddPlate(pl);
  }
  br.SetPlatesLayout(zbase,zu,zd);
  br.SetXY(x0,y0);
  br.SetDXDY(dx,dy);
 
  br.SetZlayer( br.GetPlate(0)->Z(), 
        br.GetPlate(0)->Zmin(), 
        br.GetPlate(br.Npl()-1)->Zmax());
 
}

GenerateOperaBrick() [2/2]

void EdbBrickGen::GenerateOperaBrick	(	int	npl = 58,
		float	dx = 60000.,
		float	dy = 50000.,
		float	x0 = 0.,
		float	y0 = 0.,
		float	z0 = 0.,
		float	zbase = 210.,
		float	zu = 45.,
		float	zd = 45.,
		float	zspacer = 1000.
	)

{
  // Generate the typical OPERA brick with the given settings
 
  if(eBrick) delete eBrick;
  eBrick = new EdbBrickP();
  GenerateOperaBrick( *eBrick, npl, dx, dy, x0, y0, z0,zbase, zu, zd, zspacer );
}

GeneratePatternsVolumeBT() [1/2]

void EdbBrickGen::GeneratePatternsVolumeBT

(

EdbPatternsVolume &

v

)

{
  int npl = eBrick->Npl();
  EdbPattern *pat =0;
  for(int i=0; i<npl; i++) {
    pat = new EdbPattern( 0,0, eBrick->GetPlate(i)->Z() );
    pat->SetPID(i);
    v.AddPattern(pat);
  }
  v.SetPatternsID();
}

GeneratePatternsVolumeBT() [2/2]

void EdbBrickGen::GeneratePatternsVolumeBT

(

EdbPatternsVolume *

v = 0

)

{
  // generate the patterns structure 1 pattern/plate (corresponding to basetracks)
 
  if(!ePVG)  ePVG = new EdbPVGen();
  if(!v) v = new EdbPatternsVolume();
  GeneratePatternsVolumeBT(*v);
  ePVG->SetVolume(v);
}

Print()

void EdbBrickGen::Print

(

)

{
  if(eBrick) eBrick->Print();
  if(ePVG)   ePVG->Print();
}

PVG()

EdbPVGen* EdbBrickGen::PVG ( ) const

inline

{return ePVG;  }

Member Data Documentation

eBrick

EdbBrickP* EdbBrickGen::eBrick

private

ePVG

EdbPVGen* EdbBrickGen::ePVG

private

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

• src/libEMC/EdbBrickGen.h
• src/libEMC/EdbBrickGen.cxx