FROOT Namespace Reference


Enumerations

enum  E_Fnd_Layer { E_FIN_INNER_LAYER = 1, E_FIN_OUTER_LAYER = 2 }
enum  E_Fnd_Side { E_FIN_SIDE_E = 0, E_FIN_SIDE_P = 1 }
enum  E_Fnd_Sil_Side { E_FIN_SIL_SIDE_PH = 0, E_FIN_SIL_SIDE_ZA = 1, E_FIN_SIL_SIDE_ZB = 2 }
enum  E_Fnd_Gts_Constants {
  K_N_GTS_SELECTORS = 2, K_N_GTS_TRIG_TYPES = 12, K_N_GTS_P_UNITS = 4, K_N_GTS_SCALER_CHANNELS = 16,
  K_N_GTS_SCALER_MODULES = 5, K_N_GTS_MALU = 3
}
enum  E_Fnd_Gts_TrigTypes {
  K_TRIG_HYP = 0, K_TRIG_BHABHA = 1, K_TRIG_BTB_LOW = 2, K_TRIG_OR_LOW = 3,
  K_TRIG_BTB_HIGH = 4, K_TRIG_ORtofino_ORtofone = 5, K_TRIG_LASER = 6, K_TRIG_PULSER = 7,
  K_TRIG_TCALIB = 8, K_TRIG_ORtofone = 9, K_TRIG_MULTtofone = 10, K_TRIG_BTB_LOW_ORtofone = 11
}
enum  E_Fnd_Sil_Hardware {
  K_N_Sil_Crams = 27, K_N_Sil_Sects = 2, K_N_Sil_Sides = 3, K_N_Sil_AdcCha = 1024,
  K_N_Sil_AdcChips = 8, K_N_Sil_Strips = 1920, K_N_Sil_Phi_Strips = 1021, K_N_Sil_Z_Strips = 1920,
  K_N_Sil_ChaOnChip = 128, K_N_Sil_Modules = 10, K_N_Sil_FixPede = 50, K_N_Sil_MulNoise = 10,
  K_N_Sil_Sigma_Cut = 3, K_N_Sil_Sigma_Pre = 5, K_N_Sil_Noise_Cut = 8
}
enum  E_Fnd_DaqRaw_Udp_Ports {
  FIN_DAQ_RAW_UDP_PORT = 2007, FIN_GTS_DAQ_RAW_UDP_PORT = 2001, FIN_TOF_DAQ_RAW_UDP_PORT = 2002, FIN_SIL_DAQ_RAW_UDP_PORT = 2003,
  FIN_LMD_DAQ_RAW_UDP_PORT = 2004, FIN_STB_DAQ_RAW_UDP_PORT = 2005
}
enum  E_Fnd_Raw_Header_Struct {
  E_FndRawHead_Length = 0, E_FndRawHead_Nev_Hw = 1, E_FndRawHead_Nev_Sw = 2, E_FndRawHead_RunTyp = 3,
  E_FndRawHead_RunNum = 4, E_FndRawHead_RStart = 5, E_FndRawHead_TElaps = 6, E_FndRawHead_GTSptr = 7,
  E_FndRawHead_TOFptr = 8, E_FndRawHead_ISIptr = 9, E_FndRawHead_OSIptr = 10, E_FndRawHead_LMDptr = 11,
  E_FndRawHead_STBptr = 12, E_FndRawHead_DAQmsg = 15
}
enum  { k_EvHeaderLen = 16, K_VmeScalBufLen = 82, K_GtsBufLen = 36 }
enum  EFndDaqDetectors {
  FIN_GTS = 0, FIN_TOF, FIN_ISM, FIN_OSM,
  FIN_LMD, FIN_STB
}
enum  EFndDetNameMode { FIN_D_MOD_SHORT = 0, FIN_D_MOD_HDT, FIN_D_MOD_COMPLETE }
enum  EFndOnlineFlags {
  ONL_OFF = 0, ONL_GTS, ONL_TOF, ONL_ISM,
  ONL_OSM, ONL_LMD, ONL_STB, ONL_ALL
}
enum  EFndRunTypes {
  RT_FINU = 0, RT_COSM, RT_PULS, RT_PEDE,
  RT_CALI, RT_PLAT, RT_ONLM
}
enum  EFndMonDetectors {
  D_GTS = 0, D_TOF, D_SIL, D_LMD,
  D_STB
}
enum  EFndDevice { DEV_DISK = 0, DEV_TAPE, DEV_SOCKET }
enum  EFndDBFetchSource { K_DB_SOURCE_HOST = 0, K_DB_SOURCE_FILE }
enum  E_FROOT_MEM_DESCR { E_FROOT_MemRes = 0, E_FROOT_MemVirt = 1 }

Functions

TString GetFrootVersion ()
Float_t GetFrootVersionID ()
TString SilSide_Name (Int_t id)
Int_t GetDataTakingFromTime (UInt_t runtime)
Double_t TofinoZetaFromCharge (Int_t dtak, const Double_t &adcE, const Double_t &adcP)
Double_t TofoneZetaFromTime (Int_t dtak, const Double_t &tdcE, const Double_t &tdcP)
Double_t LmdZetaGeoAdjust (const Int_t &layer)
Double_t LmdZetaGeoAdjust (const E_Fnd_Layer &layer)
TString TriggerType (E_Fnd_Gts_TrigTypes type)
TString AcquiredDetName (Int_t det, Int_t mode=0)
TString DB_Host_Name (Int_t id)
TString RunType_Name (Int_t id)
TString MonDetName (Int_t i)
TString BuildRunName (const TString &run_type, const Int_t run_num, Bool_t use_subdir=kFALSE)
Int_t CreateGrpSubDir (const TString &run_type, const Int_t run_num, const TString &start_pth)
TString DecodeRunType (UInt_t r_type_raw)
Int_t CheckFileExistence (const TString &filename)
Float_t GetRamUsage (Bool_t verbose=kFALSE)
Float_t GetProcMemUsage (E_FROOT_MEM_DESCR mode=E_FROOT_MemVirt, Bool_t verbose=kFALSE)
void CompleteString (TString &str, Int_t size, const char *add_char, Bool_t after)
TString ConcatFileName (const char *dir, const char *name)
ULong64_t Convert64 (UInt_t high, UInt_t low)
UShort_t ExtractBit (const UInt_t &number, const UInt_t bit, const UInt_t limit)
TString ExpandPathName (const char *path)
Int_t Ip2Int (const char *ip)
void SayToUser (const TString &Message, Int_t ntimes=1)
void TerminateFroot (Int_t arg=0, const TString &Error=0)
TString GetFrootVersion ()
Float_t GetFrootVersionID ()
Double_t LmdZetaGeoAdjust (const Int_t &layer)
Double_t LmdZetaGeoAdjust (const E_Fnd_Layer &layer)
TString TriggerType (E_Fnd_Gts_TrigTypes type)
TString SilSide_Name (Int_t id)
TString DB_Host_Name (Int_t id)
TString RunType_Name (Int_t id)
TString MonDetName (Int_t i)
TString AcquiredDetName (Int_t det, Int_t mode)
TString DecodeRunType (UInt_t r_type_raw)
TString BuildRunName (const TString &run_type, const Int_t run_num, Bool_t use_subdir)
Int_t CreateGrpSubDir (const TString &run_type, const Int_t run_num, const TString &start_pth)
Int_t CheckFileExistence (const TString &filename)
Float_t GetRamUsage (Bool_t verbose)
Float_t GetProcMemUsage (E_FROOT_MEM_DESCR mode, Bool_t verbose)
void CompleteString (TString &str, Int_t size, const char *add_char, Bool_t after)
TString ConcatFileName (const char *dir, const char *name)
ULong64_t Convert64 (UInt_t high, UInt_t low)
UShort_t ExtractBit (const UInt_t &number, const UInt_t bit, const UInt_t limit)
TString ExpandPathName (const char *path)
Int_t Ip2Int (const char *ip)
void SayToUser (const TString &Message, Int_t ntimes)
void TerminateFroot (Int_t arg, const TString &Error)

Enumeration Type Documentation

anonymous enum

Enumerator:
k_EvHeaderLen 
K_VmeScalBufLen 
K_GtsBufLen 

Definition at line 272 of file FROOT.h.

00272        {
00273     //    K_SecondsPerDay = 86400,
00274     k_EvHeaderLen   = 16,      // length of the Global Event Header
00275     K_VmeScalBufLen = 82,      // length of the VME scaler buffers in total */
00276     K_GtsBufLen     = 36,      // length of the GTS buffer
00277   };

enum FROOT::E_Fnd_DaqRaw_Udp_Ports

Enumerator:
FIN_DAQ_RAW_UDP_PORT 
FIN_GTS_DAQ_RAW_UDP_PORT 
FIN_TOF_DAQ_RAW_UDP_PORT 
FIN_SIL_DAQ_RAW_UDP_PORT 
FIN_LMD_DAQ_RAW_UDP_PORT 
FIN_STB_DAQ_RAW_UDP_PORT 

Definition at line 237 of file FROOT.h.

00237                               {
00238     FIN_DAQ_RAW_UDP_PORT = 2007,
00239     FIN_GTS_DAQ_RAW_UDP_PORT = 2001, 
00240     FIN_TOF_DAQ_RAW_UDP_PORT = 2002,
00241     FIN_SIL_DAQ_RAW_UDP_PORT = 2003,
00242     FIN_LMD_DAQ_RAW_UDP_PORT = 2004,
00243     FIN_STB_DAQ_RAW_UDP_PORT = 2005,
00244   };

enum FROOT::E_Fnd_Gts_Constants

Enumerator:
K_N_GTS_SELECTORS 
K_N_GTS_TRIG_TYPES 
K_N_GTS_P_UNITS 
K_N_GTS_SCALER_CHANNELS 
K_N_GTS_SCALER_MODULES 
K_N_GTS_MALU 

Definition at line 165 of file FROOT.h.

00165                           {
00166     K_N_GTS_SELECTORS  =  2,    // N_Words in Trigger Selector (gated with TOFINO low/high thr.)
00167     K_N_GTS_TRIG_TYPES = 12,    // Number of trigger types
00168     K_N_GTS_P_UNITS    =  4,    // Number of Words in Trigger Selector (3 for the 2003 data-taking)
00169     K_N_GTS_SCALER_CHANNELS = 16, // Number of Channels/Scaler-module
00170     K_N_GTS_SCALER_MODULES  = 5,  // Number of Scaler Modules
00171     K_N_GTS_MALU      = 3,     // Number of MALU modules
00172   };

enum FROOT::E_Fnd_Gts_TrigTypes

Enumerator:
K_TRIG_HYP 
K_TRIG_BHABHA 
K_TRIG_BTB_LOW 
K_TRIG_OR_LOW 
K_TRIG_BTB_HIGH 
K_TRIG_ORtofino_ORtofone 
K_TRIG_LASER 
K_TRIG_PULSER 
K_TRIG_TCALIB 
K_TRIG_ORtofone 
K_TRIG_MULTtofone 
K_TRIG_BTB_LOW_ORtofone 

Definition at line 174 of file FROOT.h.

00174                           {
00175     K_TRIG_HYP      = 0,
00176     K_TRIG_BHABHA   = 1,
00177     K_TRIG_BTB_LOW  = 2,
00178     K_TRIG_OR_LOW   = 3,
00179     K_TRIG_BTB_HIGH = 4,
00180     K_TRIG_ORtofino_ORtofone = 5,
00181     K_TRIG_LASER    = 6,
00182     K_TRIG_PULSER   = 7,
00183     K_TRIG_TCALIB   = 8,
00184     K_TRIG_ORtofone = 9,
00185     K_TRIG_MULTtofone = 10,
00186     K_TRIG_BTB_LOW_ORtofone = 11,
00187   };

enum FROOT::E_Fnd_Layer

Enumerator:
E_FIN_INNER_LAYER 
E_FIN_OUTER_LAYER 

Definition at line 82 of file FROOT.h.

00082                    {
00083     E_FIN_INNER_LAYER = 1,
00084     E_FIN_OUTER_LAYER = 2
00085   }; // used for LMD/TOF/SIL (stb have their 6 layers [num:1-6])

enum FROOT::E_Fnd_Raw_Header_Struct

Enumerator:
E_FndRawHead_Length 
E_FndRawHead_Nev_Hw 
E_FndRawHead_Nev_Sw 
E_FndRawHead_RunTyp 
E_FndRawHead_RunNum 
E_FndRawHead_RStart 
E_FndRawHead_TElaps 
E_FndRawHead_GTSptr 
E_FndRawHead_TOFptr 
E_FndRawHead_ISIptr 
E_FndRawHead_OSIptr 
E_FndRawHead_LMDptr 
E_FndRawHead_STBptr 
E_FndRawHead_DAQmsg 

Definition at line 253 of file FROOT.h.

00253                                {  // GLOBAL EVENT HEADER
00254     E_FndRawHead_Length =  0,
00255     E_FndRawHead_Nev_Hw =  1, // starts from 0
00256     E_FndRawHead_Nev_Sw =  2, // starts from 1
00257     E_FndRawHead_RunTyp =  3,
00258     E_FndRawHead_RunNum =  4,
00259     E_FndRawHead_RStart =  5,
00260     E_FndRawHead_TElaps =  6,
00261     E_FndRawHead_GTSptr =  7,
00262     E_FndRawHead_TOFptr =  8,
00263     E_FndRawHead_ISIptr =  9,
00264     E_FndRawHead_OSIptr = 10,
00265     E_FndRawHead_LMDptr = 11,
00266     E_FndRawHead_STBptr = 12,
00267     E_FndRawHead_DAQmsg = 15, // see EDaqStatus for details
00268   };

enum FROOT::E_Fnd_Side

Enumerator:
E_FIN_SIDE_E 
E_FIN_SIDE_P 

Definition at line 87 of file FROOT.h.

00087                   {
00088     E_FIN_SIDE_E = 0,
00089     E_FIN_SIDE_P = 1
00090   };

enum FROOT::E_Fnd_Sil_Hardware

Enumerator:
K_N_Sil_Crams 
K_N_Sil_Sects 
K_N_Sil_Sides 
K_N_Sil_AdcCha 
K_N_Sil_AdcChips 
K_N_Sil_Strips 
K_N_Sil_Phi_Strips 
K_N_Sil_Z_Strips 
K_N_Sil_ChaOnChip 
K_N_Sil_Modules 
K_N_Sil_FixPede 
K_N_Sil_MulNoise 
K_N_Sil_Sigma_Cut 
K_N_Sil_Sigma_Pre 
K_N_Sil_Noise_Cut 

Definition at line 196 of file FROOT.h.

00196                          {
00197     K_N_Sil_Crams = 27,    // SIL: Number of CRAMS (15 OSM + 12 ISM)
00198     K_N_Sil_Sects =  2,    // SIL: Number of Sections for each CRAM
00199     K_N_Sil_Sides = 3,     // SIL: Number of SIDES for each Module (see E_Fnd_Sil_Side)
00200     K_N_Sil_AdcCha = 1024, // SIL: Number of ADC channels for each section of ADC
00201     K_N_Sil_AdcChips = 8, // SIL: Number of Chips for each section of ADC
00202     K_N_Sil_Strips = 1920, // SIL: Max number of strips for both side
00203     K_N_Sil_Phi_Strips = 1021, // SIL: Number of strips for Phi side
00204     K_N_Sil_Z_Strips = 1920, // SIL: Number of strips for Z Side
00205     K_N_Sil_ChaOnChip = 128, // SIL: Number of ADC Cannels for each Chip
00206     K_N_Sil_Modules = 10,  // Number of hybrid modules (OSIM) (also for ISIM [8])
00207     K_N_Sil_FixPede = 50,  // Fix Pedestal to be structed from signals 
00208     K_N_Sil_MulNoise = 10,  // Noise Multiplier Constant (Noise has to be divided by this value) 
00209     K_N_Sil_Sigma_Cut = 3,  // Low Threshold for Cluster Finding
00210     K_N_Sil_Sigma_Pre = 5,  // High Threshold for Cluster Finding
00211     K_N_Sil_Noise_Cut = 8,  // Noise Threshold ( * 10 ) for Cluster Finding  
00212   };

enum FROOT::E_Fnd_Sil_Side

Enumerator:
E_FIN_SIL_SIDE_PH 
E_FIN_SIL_SIDE_ZA 
E_FIN_SIL_SIDE_ZB 

Definition at line 91 of file FROOT.h.

00091                       {
00092     E_FIN_SIL_SIDE_PH = 0,
00093     E_FIN_SIL_SIDE_ZA = 1,
00094     E_FIN_SIL_SIDE_ZB = 2
00095   };

enum FROOT::E_FROOT_MEM_DESCR

Enumerator:
E_FROOT_MemRes 
E_FROOT_MemVirt 

Definition at line 339 of file FROOT.h.

00339                          {
00340     E_FROOT_MemRes   = 0,
00341     E_FROOT_MemVirt  = 1
00342     /*     E_FROOT_MemTot   = 2 */
00343   };

enum FROOT::EFndDaqDetectors

Enumerator:
FIN_GTS 
FIN_TOF 
FIN_ISM 
FIN_OSM 
FIN_LMD 
FIN_STB 

Definition at line 279 of file FROOT.h.

00279 { FIN_GTS = 0, FIN_TOF, FIN_ISM, FIN_OSM, FIN_LMD, FIN_STB }; // description of all acquired detectors

enum FROOT::EFndDBFetchSource

Enumerator:
K_DB_SOURCE_HOST 
K_DB_SOURCE_FILE 

Definition at line 299 of file FROOT.h.

00299 { K_DB_SOURCE_HOST = 0, K_DB_SOURCE_FILE }; // K_DB_SOURCE_HOST requires a previous connection

enum FROOT::EFndDetNameMode

Enumerator:
FIN_D_MOD_SHORT 
FIN_D_MOD_HDT 
FIN_D_MOD_COMPLETE 

Definition at line 280 of file FROOT.h.

00280 { FIN_D_MOD_SHORT = 0, FIN_D_MOD_HDT, FIN_D_MOD_COMPLETE }; // SHORT: 3 chars, HDT: hdt branch name, COMPLETE: complete name

enum FROOT::EFndDevice

Enumerator:
DEV_DISK 
DEV_TAPE 
DEV_SOCKET 

Definition at line 298 of file FROOT.h.

00298 { DEV_DISK = 0, DEV_TAPE, DEV_SOCKET};

enum FROOT::EFndMonDetectors

Enumerator:
D_GTS 
D_TOF 
D_SIL 
D_LMD 
D_STB 

Definition at line 297 of file FROOT.h.

00297 { D_GTS = 0, D_TOF, D_SIL, D_LMD, D_STB }; // description of all monitored detectors

enum FROOT::EFndOnlineFlags

Enumerator:
ONL_OFF 
ONL_GTS 
ONL_TOF 
ONL_ISM 
ONL_OSM 
ONL_LMD 
ONL_STB 
ONL_ALL 

Definition at line 295 of file FROOT.h.

00295 { ONL_OFF = 0, ONL_GTS, ONL_TOF, ONL_ISM, ONL_OSM, ONL_LMD, ONL_STB, ONL_ALL };

enum FROOT::EFndRunTypes

Enumerator:
RT_FINU 
RT_COSM 
RT_PULS 
RT_PEDE 
RT_CALI 
RT_PLAT 
RT_ONLM 

Definition at line 296 of file FROOT.h.

00296 { RT_FINU = 0, RT_COSM, RT_PULS, RT_PEDE, RT_CALI, RT_PLAT, RT_ONLM }; // description of all monitored detectors

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