Micromegas LAPP reconstruction

DiracChamber1::DiracChamber1	(	const float	aX,
		const float	aY,
		const float	aZ,
		const bool	xRotation,
		const bool	yRotation,
		const i16	zRotation,
		const i32	id,
		const std::vector< DifInfo_t > &	difInfos,
		const std::vector< BoardInfo_t > &	boardInfos,
		const std::vector< ChipInfo_t > &	chipInfos
	)

Definition at line 19 of file DiracChamber1.cpp.

00023 : Chamber(aX, aY , aZ ,  xRotation,yRotation, zRotation, 1, 1 , id)
00024 {
00025 
00026   if ( difInfos.size() != 1 |
00027       boardInfos.size() != 1 |
00028       chipInfos.size()  != 1)
00029    {
00030        FILE_LOG(logERROR)<< endl << "XML geometry error for chamber id[" << id << "] :DiracChamber1 must be composed of:\n"
00031             "-[1] dif." << endl <<
00032             "-[1] board." << endl <<
00033             "-[1] chips." << endl << endl <<
00034             "-> And chamber your XML file is composed of:" << endl <<
00035             "[" <<  difInfos.size()   << "] dif" << endl <<
00036             "[" <<  boardInfos.size() << "] board" << endl <<
00037             "[" <<  chipInfos.size()  << "] chips" << endl;
00038        myIsValid = false;
00039   }
00040   else {
00041     FILE_LOG(logDEBUG1) << "---DiracChamber1 constructor id " << id << endl;
00042      description = "DiracChamber1";
00043     // type = DIRACCHAMBER;
00044      init(id, difInfos,  boardInfos,  chipInfos);
00045      myIsValid = true;
00046   }
00047 
00048 }; // DiracChamber1

DiracChamber1::~DiracChamber1 ( )

Definition at line 51 of file DiracChamber1.cpp.

00052 {
00053   //FILE_LOG(logDEBUG) << "---DiracChamber1 destructor"<< endl;
00054 }; // ~DiracChamber1

void DiracChamber1::print ( void ) const

unsigned int DiracChamber1::getNumberOfBoards ( ) const [inline]

Reimplemented from Chamber.

Definition at line 30 of file DiracChamber1.hh.

00030 { return 1; }

const float DiracChamber1::getXGap ( ) const [inline, virtual]

Implements Chamber.

Definition at line 32 of file DiracChamber1.hh.

00032 { return(0); };// in centimeter

const float DiracChamber1::getYGap ( ) const [inline, virtual]

Implements Chamber.

Definition at line 33 of file DiracChamber1.hh.

00033 { return(0); };// in centimeter

void DiracChamber1::init	(	i32	chamberId,
		const std::vector< DifInfo_t > &	difInfos,
		const std::vector< BoardInfo_t > &	boardInfos,
		const std::vector< ChipInfo_t > &	chipInfos
	)			`[protected]`

Definition at line 58 of file DiracChamber1.cpp.

Referenced by DiracChamber1().

00061 {
00062 
00063 
00064       FILE_LOG(logDEBUG1)<< " add chamber[" << id << "]" <<  endl;
00065       for (int difNum = 0 ; difNum < difInfos.size(); difNum++)
00066       {
00067           const DifInfo_t& difInfo = difInfos[difNum];
00068 
00069           if (difInfo.chamberId != this->getId() )
00070           {
00071               continue;
00072           }
00073 
00074           Dif *dif = new Dif(difInfo.id);
00075           this->addDif(dif);
00076 
00077           for (int boardNum = 0 ; boardNum < boardInfos.size(); boardNum++) {
00078               const BoardInfo_t& boardInfo = boardInfos[boardNum];
00079               if (boardInfo.difId != dif->getId() || boardInfo.chamberId != this->getId())
00080               {
00081                   continue;
00082               }
00083               DiracBoard *board = new DiracBoard(*this, 0,  0, 1, 1, boardInfo.id);
00084               dif->addBoard(board);
00085               this->addBoard(board);
00086 
00087 
00088 
00089               for (int chipNum = 0, crow = 0 ; chipNum < chipInfos.size(); chipNum++) {
00090                   const ChipInfo_t& chipInfo = chipInfos[chipNum];
00091                   if ((chipInfo.boardId != boardInfo.id)
00092                    || (chipInfo.difId != difInfo.id)
00093                    || (chipInfo.chamberId != id))
00094                     continue;
00095                   FILE_LOG(logDEBUG1)<< "      Detector.build : chip " << chipInfo.id << ", board " << chipInfo.boardId << endl;
00096                   int crow = chipNum % 4;
00097                   DiracChip *chip = new DiracChip(*board, 0, crow, 8, 8, chipInfo.id,chipInfo.serial);
00098                   board->addChip(chip);
00099               }
00100               FILE_LOG(logDEBUG1)<< "  Detector.build : dif " << difInfo.id << ", chamber " << difInfo.chamberId << *this << endl;
00101           }
00102       }
00103 }


Public Member Functions
	DiracChamber1 (const float aX, const float aY, const float aZ, const bool xRotation, const bool yRotation, const i16 zRotation, const i32 id, const std::vector< DifInfo_t > &difInfos, const std::vector< BoardInfo_t > &boardInfos, const std::vector< ChipInfo_t > &chipInfos)
	~DiracChamber1 ()
void	print (void) const
unsigned int	getNumberOfBoards () const
const float	getXGap () const
const float	getYGap () const
Protected Member Functions
void	init (i32 chamberId, const std::vector< DifInfo_t > &difInfos, const std::vector< BoardInfo_t > &boardInfos, const std::vector< ChipInfo_t > &chipInfos)

DiracChamber1 Class Reference

Public Member Functions

Protected Member Functions

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation