emcRawDataObject Class Reference

#include <emcRawDataObject.h>

Inheritance diagram for emcRawDataObject:

Detailed Description

Common RawDataObject to be used on- and off-line.

Purpose: encapsulate the "flat" arrays of the Dynamic classes (online) and replace the STAF table mEmcRawData (offline).

It derives from TObject so it can be written in a TTree using the PHNodeIOManager of PHOOL.

FIXME ? Here are some things to keep in mind :

The data map is not written for the moment, which means that this object alone is useless, i.e. you need to know which was the configuration used to create it. Can we imagine a global way of solving this problem ? -> see the Streamer method in the implementation file for the chosen solution so far (which requires an emcRawDataAccessor object to have been already built).

The LG and HG values are not to be found in this object (see emcMixedDataObject if you need those)

The Streamer function is a custom one, which means that if you ever make changes in the data members, you MUST check that the Streamer is still valid.

Definition at line 46 of file emcRawDataObject.h.

Public Member Functions

emcRawDataObject ()

emcRawDataObject (Int_t thesize, Int_t *datamap, Float_t *tac, Float_t *hgpost, Float_t *lgpost, Float_t *hgpre, Float_t *lgpre, const cells *amucells, int *dataerrors=0)

virtual ~emcRawDataObject ()

void SetCells (int iSM, int ctac, int cpre, int cpost)

void GetCells (int index, int &ctac, int &cpre, int &cpost) const

int GetTACCell (int index) const

void Set (const int index, const int &tac, const int &hgpost, const int &lgpost, const int &hgpre, const int &lgpre, const int &dataerror)

Set content of the channel (used with new emcDataFormatter).

void Get (Int_t index, Float_t &tac, Float_t &hgpost, Float_t &lgpost, Float_t &hgpre, Float_t &lgpre, int &amupre, int &amupost, int &amutac, int &dataerror) const

Get information for one channel = 1 TAC + 4 ADC + Amu cells + data-readout-error.

void Get (Int_t index, Float_t &tac, Float_t &hgpost, Float_t &lgpost, Float_t &hgpre, Float_t &lgpre, int &dataerror) const

Float_t GetHGPost (Int_t index) const

Get High Gain Post value for one channel or -9999 if index is not valid.

Float_t GetHGPre (Int_t index) const

Get High Gain Pre value for one channel or -9999 if index is not valid.

int GetIndexByTowerId (int towerid) const

Get index from towerId.

Float_t GetLGPost (Int_t index) const

Get Low Gain Post value for one channel or -9999 if index is not valid.

Float_t GetLGPre (Int_t index) const

Get Low Gain Pre value for one channel or -9999 if index is not valid.

Float_t GetTAC (Int_t index) const

Get TAC value for one channel or -9999 if index is not valid.

void resetAMUAddresses (const int fem) const

Reset AMU cells to "zero".

Int_t GetAMUPost (Int_t index) const

Get AMU Post value for one channel or 255 if index is not valid.

Int_t GetAMUPre (Int_t index) const

Get AMU Pre value for one channel or 255 if tower_index is not valid.

Int_t GetAMUTAC (Int_t index) const

Get AMU TAC value for one channel or 255 if index is not valid.

Int_t GetNumberOfWordsPerFEM (void) const

Get number of words per FEM (should be 144 most of the time, but could be 192 for some online use cases).

bool IsZero (Int_t index) const

Tells if channel is zero.

Private Member Functions

emcRawDataObject (const emcRawDataObject &obj)

emcRawDataObject & operator= (const emcRawDataObject &obj)

Private Attributes

Float_t * fTAC

Time.

Float_t * fHGPost

High gain post.

Float_t * fLGPost

Low gain post.

Float_t * fHGPre

High gain pre.

Float_t * fLGPre

Low gain pre.

cells * fAMUcells

AMU cells array.

bool fOwnAllocation

Indicates if WE are allocating the tower data arrays or not (true if reading from Root file, false in any other cases).

Int_t fNumberOfWordsPerFEM

Number of words per FEM (144 except for some online purposes=192).

std::map< int, int > fIndexMap

Used to recover index number from TowerId number.

Friends

ostream & operator<< (ostream &, const emcRawDataObject &)

Constructor & Destructor Documentation

emcRawDataObject::emcRawDataObject ( )

emcRawDataObject::emcRawDataObject ( Int_t thesize,

Int_t * datamap,

Float_t * tac,

Float_t * hgpost,

Float_t * lgpost,

Float_t * hgpre,

Float_t * lgpre,

const cells * amucells,

int * dataerrors = 0

)

emcRawDataObject::~emcRawDataObject ( ) [virtual]

Definition at line 86 of file emcRawDataObject.C.
References fAMUcells, emcDataObject::fDataMap, fHGPost, fHGPre, fLGPost, fLGPre, fOwnAllocation, and fTAC.

emcRawDataObject::emcRawDataObject ( const emcRawDataObject & obj ) [private]

Definition at line 69 of file emcRawDataObject.C.

Member Function Documentation

void emcRawDataObject::Get ( Int_t index,

Float_t & tac,

Float_t & hgpost,

Float_t & lgpost,

Float_t & hgpre,

Float_t & lgpre,

int & dataerror

) const

Definition at line 161 of file emcRawDataObject.C.
References emcDataObject::fDataErrors, fHGPost, fHGPre, fLGPost, fLGPre, and fTAC.

void emcRawDataObject::Get ( Int_t index,

Float_t & tac,

Float_t & hgpost,

Float_t & lgpost,

Float_t & hgpre,

Float_t & lgpre,

int & amupre,

int & amupost,

int & amutac,

int & dataerror

) const

Get information for one channel = 1 TAC + 4 ADC + Amu cells + data-readout-error.

Definition at line 137 of file emcRawDataObject.C.
References fAMUcells, emcDataObject::fDataErrors, fHGPost, fHGPre, fLGPost, fLGPre, fNumberOfWordsPerFEM, fTAC, cells::post, cells::pre, and cells::tac.
Referenced by emcPatch::event(), and emcRawDataCalibratorV2::printData().

Int_t emcRawDataObject::GetAMUPost ( Int_t index ) const [inline]

Get AMU Post value for one channel or 255 if index is not valid.

Definition at line 128 of file emcRawDataObject.h.
References fAMUcells, fNumberOfWordsPerFEM, cells::post, and emcDataObject::ValidIndex().
Referenced by operator<<().

Int_t emcRawDataObject::GetAMUPre ( Int_t index ) const [inline]

Get AMU Pre value for one channel or 255 if tower_index is not valid.

Definition at line 135 of file emcRawDataObject.h.
References fAMUcells, fNumberOfWordsPerFEM, cells::pre, and emcDataObject::ValidIndex().
Referenced by operator<<().

Int_t emcRawDataObject::GetAMUTAC ( Int_t index ) const [inline]

Get AMU TAC value for one channel or 255 if index is not valid.

Definition at line 143 of file emcRawDataObject.h.
References fAMUcells, fNumberOfWordsPerFEM, cells::tac, and emcDataObject::ValidIndex().
Referenced by operator<<().

void emcRawDataObject::GetCells ( int index,

int & ctac,

int & cpre,

int & cpost

) const

Float_t emcRawDataObject::GetHGPost ( Int_t index ) const [inline]

Get High Gain Post value for one channel or -9999 if index is not valid.

Definition at line 87 of file emcRawDataObject.h.
References fHGPost, and emcDataObject::ValidIndex().

Float_t emcRawDataObject::GetHGPre ( Int_t index ) const [inline]

Get High Gain Pre value for one channel or -9999 if index is not valid.

Definition at line 94 of file emcRawDataObject.h.
References fHGPre, and emcDataObject::ValidIndex().

int emcRawDataObject::GetIndexByTowerId ( int towerid ) const

Get index from towerId.

Definition at line 181 of file emcRawDataObject.C.
References fIndexMap.
Referenced by emcPatch::event().

Float_t emcRawDataObject::GetLGPost ( Int_t index ) const [inline]

Get Low Gain Post value for one channel or -9999 if index is not valid.

Definition at line 104 of file emcRawDataObject.h.
References fLGPost, and emcDataObject::ValidIndex().

Float_t emcRawDataObject::GetLGPre ( Int_t index ) const [inline]

Get Low Gain Pre value for one channel or -9999 if index is not valid.

Definition at line 111 of file emcRawDataObject.h.
References fLGPre, and emcDataObject::ValidIndex().

Int_t emcRawDataObject::GetNumberOfWordsPerFEM ( void ) const [inline]

Get number of words per FEM (should be 144 most of the time, but could be 192 for some online use cases).

Definition at line 150 of file emcRawDataObject.h.
References fNumberOfWordsPerFEM.

Float_t emcRawDataObject::GetTAC ( Int_t index ) const [inline]

Get TAC value for one channel or -9999 if index is not valid.

Definition at line 118 of file emcRawDataObject.h.
References fTAC, and emcDataObject::ValidIndex().

int emcRawDataObject::GetTACCell ( int index ) const

bool emcRawDataObject::IsZero ( Int_t index ) const

Tells if channel is zero.

Definition at line 202 of file emcRawDataObject.C.
References emcDataObject::fDataErrors.

emcRawDataObject & emcRawDataObject::operator= ( const emcRawDataObject & obj ) [private]

Definition at line 78 of file emcRawDataObject.C.

void emcRawDataObject::resetAMUAddresses ( const int fem ) const

Reset AMU cells to "zero".
The reason to do it - whenever the packet is missing - it is otherwise left uninitiated
Definition at line 193 of file emcRawDataObject.C.
References fAMUcells, cells::post, cells::pre, and cells::tac.

void emcRawDataObject::Set ( const int index,

const int & tac,

const int & hgpost,

const int & lgpost,

const int & hgpre,

const int & lgpre,

const int & dataerror

)

Set content of the channel (used with new emcDataFormatter).

Definition at line 123 of file emcRawDataObject.C.
References emcDataObject::fDataErrors, fHGPost, fHGPre, fLGPost, fLGPre, and fTAC.
Referenced by emcDataFormatter::empty(), and emcDataFormatter::fillRDO().

void emcRawDataObject::SetCells ( int iSM,

int ctac,

int cpre,

int cpost

)

Definition at line 102 of file emcRawDataObject.C.
References fAMUcells, cells::post, cells::pre, and cells::tac.
Referenced by emcDataFormatter::fillRDO().

Friends And Related Function Documentation

ostream& operator<< ( ostream & out,

const emcRawDataObject & rdo

) [friend]

Definition at line 328 of file emcRawDataObject.C.

Member Data Documentation

cells* emcRawDataObject::fAMUcells [private]

AMU cells array.

Definition at line 172 of file emcRawDataObject.h.
Referenced by Get(), GetAMUPost(), GetAMUPre(), GetAMUTAC(), resetAMUAddresses(), SetCells(), and ~emcRawDataObject().

Float_t* emcRawDataObject::fHGPost [private]

High gain post.

Definition at line 164 of file emcRawDataObject.h.
Referenced by Get(), GetHGPost(), operator<<(), Set(), and ~emcRawDataObject().

Float_t* emcRawDataObject::fHGPre [private]

High gain pre.

Definition at line 168 of file emcRawDataObject.h.
Referenced by Get(), GetHGPre(), operator<<(), Set(), and ~emcRawDataObject().

std::map<int, int> emcRawDataObject::fIndexMap [private]

Used to recover index number from TowerId number.

Definition at line 178 of file emcRawDataObject.h.
Referenced by GetIndexByTowerId().

Float_t* emcRawDataObject::fLGPost [private]

Low gain post.

Definition at line 166 of file emcRawDataObject.h.
Referenced by Get(), GetLGPost(), operator<<(), Set(), and ~emcRawDataObject().

Float_t* emcRawDataObject::fLGPre [private]

Low gain pre.

Definition at line 170 of file emcRawDataObject.h.
Referenced by Get(), GetLGPre(), operator<<(), Set(), and ~emcRawDataObject().

Int_t emcRawDataObject::fNumberOfWordsPerFEM [private]

Number of words per FEM (144 except for some online purposes=192).

Definition at line 176 of file emcRawDataObject.h.
Referenced by Get(), GetAMUPost(), GetAMUPre(), GetAMUTAC(), and GetNumberOfWordsPerFEM().

bool emcRawDataObject::fOwnAllocation [private]

Indicates if WE are allocating the tower data arrays or not (true if reading from Root file, false in any other cases).

Definition at line 174 of file emcRawDataObject.h.
Referenced by ~emcRawDataObject().

Float_t* emcRawDataObject::fTAC [private]

Time.

Definition at line 162 of file emcRawDataObject.h.
Referenced by Get(), GetTAC(), operator<<(), Set(), and ~emcRawDataObject().

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


Public Member Functions
	emcRawDataObject ()
	emcRawDataObject (Int_t thesize, Int_t datamap, Float_t tac, Float_t hgpost, Float_t lgpost, Float_t hgpre, Float_t lgpre, const cells amucells, int dataerrors=0)
virtual	~emcRawDataObject ()
void	SetCells (int iSM, int ctac, int cpre, int cpost)
void	GetCells (int index, int &ctac, int &cpre, int &cpost) const
int	GetTACCell (int index) const
void	Set (const int index, const int &tac, const int &hgpost, const int &lgpost, const int &hgpre, const int &lgpre, const int &dataerror)
	Set content of the channel (used with new emcDataFormatter).
void	Get (Int_t index, Float_t &tac, Float_t &hgpost, Float_t &lgpost, Float_t &hgpre, Float_t &lgpre, int &amupre, int &amupost, int &amutac, int &dataerror) const
	Get information for one channel = 1 TAC + 4 ADC + Amu cells + data-readout-error.
void	Get (Int_t index, Float_t &tac, Float_t &hgpost, Float_t &lgpost, Float_t &hgpre, Float_t &lgpre, int &dataerror) const
Float_t	GetHGPost (Int_t index) const
	Get High Gain Post value for one channel or -9999 if index is not valid.
Float_t	GetHGPre (Int_t index) const
	Get High Gain Pre value for one channel or -9999 if index is not valid.
int	GetIndexByTowerId (int towerid) const
	Get index from towerId.
Float_t	GetLGPost (Int_t index) const
	Get Low Gain Post value for one channel or -9999 if index is not valid.
Float_t	GetLGPre (Int_t index) const
	Get Low Gain Pre value for one channel or -9999 if index is not valid.
Float_t	GetTAC (Int_t index) const
	Get TAC value for one channel or -9999 if index is not valid.
void	resetAMUAddresses (const int fem) const
	Reset AMU cells to "zero".
Int_t	GetAMUPost (Int_t index) const
	Get AMU Post value for one channel or 255 if index is not valid.
Int_t	GetAMUPre (Int_t index) const
	Get AMU Pre value for one channel or 255 if tower_index is not valid.
Int_t	GetAMUTAC (Int_t index) const
	Get AMU TAC value for one channel or 255 if index is not valid.
Int_t	GetNumberOfWordsPerFEM (void) const
	Get number of words per FEM (should be 144 most of the time, but could be 192 for some online use cases).
bool	IsZero (Int_t index) const
	Tells if channel is zero.
Private Member Functions
	emcRawDataObject (const emcRawDataObject &obj)
emcRawDataObject &	operator= (const emcRawDataObject &obj)
Private Attributes
Float_t *	fTAC
	Time.
Float_t *	fHGPost
	High gain post.
Float_t *	fLGPost
	Low gain post.
Float_t *	fHGPre
	High gain pre.
Float_t *	fLGPre
	Low gain pre.
cells *	fAMUcells
	AMU cells array.
bool	fOwnAllocation
	Indicates if WE are allocating the tower data arrays or not (true if reading from Root file, false in any other cases).
Int_t	fNumberOfWordsPerFEM
	Number of words per FEM (144 except for some online purposes=192).
std::map< int, int >	fIndexMap
	Used to recover index number from TowerId number.
Friends
ostream &	operator<< (ostream &, const emcRawDataObject &)