DAQ/Manual/Dataformat

General
Segment ID
Status data by XML

General

For RIBFDAQ, a new ra-data format have been specified. It is named RIDF which stands for RIBF Data Format. The feature of this data format is as :

All data block has the header word whose structure is the common.
The block length is flex (not fixed length).
Hierarchical structure.
Flexibility and scalability.
The implementation of non module data such as comments and status values is available.
Connectivity with analysis software.

PDF file > dataformat_101112e.pdf

Segment ID

Segment ID is an important identifier for analysis routine.

6bit	6bit	6bit	6bit	8bit
Revision	Device	Focal Plane	Detector	Module

Revision	:	Revision of Segment ID, usually 0 = version 1.
Device	:	Experimental devices such as BigRIPS, ZDS, SHARAQ ...
Focal Plane	:	F1=1, F2=2, F3=3 ...
Detector	:	ID of detector such as PPACQ, PPACT, PlasticQ ...
Module	:	Unique number of ADC module

ANAPAW decode this segment ID and automatically call module's rawdata decorder, and fill into rawdata array which is defined by map files.

/home/daq/daqconfig/include/segidlist.h

Download> segidlist.h.240330 Download (SAMURAI)> segidlist_samurai.h

#define MKSEGID(device,focal,detector,module) ((((device<<6 | focal) << 6) | detector)<<8 | module)

// Device or ExpGroup   0--63
#define BIGRIPS    0
#define ZeroDegree 1
#define SAMURAI    2
#define R3         5
#define RIPS       10
#define SHARAQ     11
#define ESPRI      12
#define HIMAC      15
#define DALI       20
#define GAMMAGR    21
#define BETAGR     22
#define RADIIGR    23
#define SAMURAIGR  24
#define USERGR     57
#define DAQ        58  // for special case

// Focal plane  0--63
#define F1   1
#define F2   2
#define F3   3
#define F4   4
#define F5   5
#define F6   6
#define F7   7
#define F8   8
#define F9   9
#define F10  10
#define F11  11
#define F12  12
#define F13  13
/* 20--21, 62 for SHARAQ */
#define FDAQ 58       // for special case 
#define B3F  63

// For SHARAQ
#define H7  7
#define H8  8
#define H9  9
#define H10 10
#define S0  20
#define S1  21
#define S2  22
#define SHB3F 62

// Detector  0--63
#define SCALER   63
#define ISCALER  62
#define B2SCALER 61
#define TS       60
#define DTMON    59
#define DDAQ     58       // for special case 
#define ICGAS    57
#define RF       50
#define RF2      51
#define PPACQ    0
#define PPACT    1
#define PLAQ     2
#define PLAT     3
#define ICE      4
#define ICT      5
#define SSDE     6
#define SSDT     7
#define ISGEA    8
#define ISGET    9
#define COIN    10
#define NAIE    11
#define TOTE    11
#define PILEUP  12
#define STOPPLA 13
#define PLA2T   14
#define PLA2Q   15
#define PLACFD  41
#define PLALVL  42
#define PLALVH  43
#define PLA2CFD 44
#define PLA2LVL 45
#define PLA2LVH 46
#define NAIT    16
#define TOTQ    17
#define LABRA   18
#define LABRT   19
// 20
#define DALIA   21
#define DALIT   22
#define BETAA   23
#define BETAT   24
#define HIA     25
#define CLOVERA 26
#define CLOVERT 27
#define VETOA   28
#define VETOT   29
#define TECHNO  30
//
// For SHARAQ
#define SHBLD     31
#define SHCRDC    32
#define SHCRDCA   33
#define SHCRDCC   34
#define SHCRDCT1  35
#define SHCRDCT2  36
#define SHCRDCA2  37
#define SHCRDCA3  38

// For Must2
//#define MUST2DET 50
#define PLAYOBI  50
#define MINOS 53

//// for gamma11
//#define GAMMAPLAT 52

// For BigRIPS development
#define PLATC     60

// Module  0--255
#define C16        0
#define C24        1
#define AD413AC    2    // AD413A + w/o Zero supp.   (CAMAC read)
#define AD413ACZ   3    // AD413A + Zero suppression (CAMAC read)
#define AD413AM    4    // AD413A + w/o Zero supp.   + Memory
#define AD413A     5    // AD413A + Zero suppression + Memory
#define AD413AMZ   5    // AD413A + Zero suppression + Memory
#define L3377      6    // LeCroy 3377 Double word (CAMAC read)
#define L3377CW    6    // LeCroy 3377 Double word (CAMAC read)
#define L3377CS    7    // LeCroy 3377 Single word (CAMAC read)
#define P7166      9    // Philips 7166 + w/o Zero supp.
#define P716X      9    // Philips 7166 + w/o Zero supp.
#define P716XZ    10    // Philips 7166 + Zero suppression
//#define CTM405    11  // conflict with L4300BC
#define L3377MW   16    // LeCroy 3377 Double word   + Memory
#define L3377MS   17    // LeCroy 3377 Single word   + Memory
#define L4300BC   11    // LeCroy 4300B + w/o Zero supp.   (CAMAC read)
#define L4300BCZ  12    // LeCroy 4300B + Zero suppression (CAMAC read)
#define L4300BM   13    // LeCroy 4300B + w/o Zero supp.   + Memory
#define L4300BMZ  14    // LeCroy 4300B + Zero suppression + Memory
#define CTS105    15
#define RIPV100   18
#define MDPP16    19
#define V830      20
#define V775      21
#define V785      21
#define V792      21
#define V550      22
#define V767      23
#define V1190     24
#define V1190A    24
#define V1190B    24
#define V1290     25
#define V1190C    26
#define V7XXBIGEND 27
#define NEULANDTS  28
#define DSP       29
#define TC842     30
#define A3100     31
#define MADC32    32    // Mesytech ADC
#define MQDC32    33    // conflict with MQDC32
//#define TC890     33    // conflict with MQDC32
#define MTDC32    34    // Mesytech TDC
#define VMEEASIROC 35
#define AMTTDC    36
//#define SIS3820   36  // conflict with AMTTDC
#define SIS3350   38 
#define LUPOIO      41
#define LUPOTS      42
#define LUPOMTS     43  // for dead time monitor
#define RICHADCM    44
#define MIRAPSA     48
#define MUST2VXI    50
#define MINOS       53
#define TACQUILA    54
#define HINP        56
#define RDC         56
#define MDAQ        58  // for special case
#define V1730       60
//#define V1730ZLE    61 // conflict with RAINER
#define RAINER      61 
#define VETAR       62

// ScalerID 0--65535
#define DTMONSCALER    1
#define CCNET01SCALER 21
#define CCNET02SCALER 22
#define CCNET03SCALER 23
#define CCNET04SCALER 24
#define CCNET05SCALER 25
#define CCNET06SCALER 26
#define CCNET07SCALER 27
#define CCNET08SCALER 28
#define F7DAQSCALER   31
#define SSMSCALER     33
#define F11DAQSCALER  34
#define F11GESCALER   35
#define F3DAQSCALER   36
#define GGDAQ01SCALER 41
//
#define SHSSMSCALER   100

(for SAMURAI)

#define MKSEGID(device,focal,detector,module) ((((device<<6 | focal) << 6) | detector)<<8 | module)

// Device or ExpGroup   0--63
#define BIGRIPS    0
#define ZeroDegree 1
#define SAMURAI    2
#define SHARAQ     11
#define DALI       20
#define GAMMAGR    21
#define BETAGR     22
#define RADIIGR    23
#define SAMURAIGR  24
#define USERGR     57
#define DAQ        58  // for special case

// Focal plane  0--63
#define F1   1
#define F2   2
#define F3   3
#define F4   4
#define F5   5
#define F6   6
#define F7   7
#define F8   8
#define F9   9
#define F10  10
#define F11  11
#define F12  12
#define F13  13
/* 20--21, 62 for SHARAQ */
#define FDAQ 58       // for special case 
#define B3F  63

// For SHARAQ
#define H7  7
#define H8  8
#define H9  9
#define H10 10
#define S0  20
#define S1  21
#define S2  22
#define SHB3F 62

// Detector  0--63
#define SCALER   63
#define ISCALER  62
#define LSCALER  62       // 4ch Scaler w/ LUPO to distinguish with SIS scaler
#define B2SCALER 61
#define TS       60
#define DTMON    59
#define DDAQ     58       // for special case 
#define ICGAS    57
#define RF       50
#define RF2      51
#define PPACQ    0
#define PPACT    1
#define PLAQ     2
#define PLAT     3
#define ICE      4
#define ICT      5
#define SSDE     6
#define SSDT     7
#define ISGEA    8
#define ISGET    9
#define COIN    10
#define NAIE    11
#define PILEUP  12
#define STOPPLA 13
#define F7PLAT  14
#define PLAQ2   15
#define NAIT    16
// 16--17
#define LABRA   18
#define LABRT   19
// 20
#define DALIA   21
#define DALIT   22
#define BETAA   23
#define BETAT   24
#define HIA     25
#define CLOVERA 26
#define CLOVERT 27
#define VETOA   28
#define VETOT   29
#define TECHNO  30
//
// For SHARAQ
#define SHBLD     31
#define SHCRDC    32
#define SHCRDCA   33
#define SHCRDCC   34
#define SHCRDCT1  35
#define SHCRDCT2  36
#define SHCRDCA2  37
#define SHCRDCA3  38

// For Must2
//#define MUST2DET 50
#define PLAYOBI  50

// For EURICA
#define GECT 60
#define GECQ 61

// For SAMURAI
#define BPC 17
#define ICB 25
#define ICF 26
#define BDC 27
#define FDC1 29
#define FDC2 30
#define HODFQ 31
#define HODFT 32
#define HODPQ 33
#define HODPT 34
#define TED 35
#define TIRC 36
#define PDC 37
#define FDC3 38

#define NEBULA1Q 41
#define NEBULA1T 42
#define NEBULA2Q 43
#define NEBULA2T 44
#define NEBULA3Q 45
#define NEBULA3T 46
#define NEBULA4Q 47
#define NEBULA4T 48
// proportional counter for NEBULA calibration  
#define HPCT 49

// For WINDS
#define WINDSQ 50
#define WINDST 51

// For RP
#define RPDC 52
#define RPTOF 53

// For CATANA
#define CATANAQ 52
#define CATANAT 53

// Module  0--255
#define C16        0
#define C24        1
#define AD413AC    2    // AD413A + w/o Zero supp.   (CAMAC read)
#define AD413ACZ   3    // AD413A + Zero suppression (CAMAC read)
#define AD413AM    4    // AD413A + w/o Zero supp.   + Memory
#define AD413A     5    // AD413A + Zero suppression + Memory
#define AD413AMZ   5    // AD413A + Zero suppression + Memory
#define L3377      6    // LeCroy 3377 Double word (CAMAC read)
#define L3377CW    6    // LeCroy 3377 Double word (CAMAC read)
#define L3377CS    7    // LeCroy 3377 Single word (CAMAC read)
#define C32        8    // C32 such as SIS32XX series
#define P7166      9    // Philips 7166 + w/o Zero supp.
#define P716X      9    // Philips 7166 + w/o Zero supp.
#define P716XZ    10    // Philips 7166 + Zero suppression
#define CTM405    11
#define L3377MW   16    // LeCroy 3377 Double word   + Memory
#define L3377MS   17    // LeCroy 3377 Single word   + Memory
#define L4300BC   11    // LeCroy 4300B + w/o Zero supp.   (CAMAC read)
#define L4300BCZ  12    // LeCroy 4300B + Zero suppression (CAMAC read)
#define L4300BM   13    // LeCroy 4300B + w/o Zero supp.   + Memory
#define L4300BMZ  14    // LeCroy 4300B + Zero suppression + Memory
#define V775      21
#define V785      21
#define V792      21
#define V550      22
#define V767      23
#define V1190     24
#define V1190A    24
#define V1190B    24
#define V1290     25
#define V1190C    26
#define DSP       29
#define A3100     31
#define MADC32    32    // Mesytech ADC
#define MQDC32    33    // Mesytech ADC
#define AMTTDC    36
#define LUPOIO      41
#define LUPOTS      42
#define LUPOMTS     43  // for dead time monitor
#define MUST2VXI    50
#define MINOS       53
#define MDAQ        58  // for special case
#define UNDEFINE15  15
#define UNDEFINE18  18
#define UNDEFINE19  19
#define UNDEFINE20  20
#define UNDEFINE27  27
#define UNDEFINE28  28
#define UNDEFINE30  30
#define UNDEFINE33  33
#define UNDEFINE34  34
#define UNDEFINE35  35

// ScalerID 0--65535
#define DTMONSCALER    1
#define CCNET01SCALER 21
#define CCNET02SCALER 22
#define CCNET03SCALER 23
#define CCNET04SCALER 24
#define CCNET05SCALER 25
#define CCNET06SCALER 26
#define CCNET07SCALER 27
#define F7DAQSCALER   31
#define SSMSCALER     33
#define F11DAQSCALER  34
#define F11GESCALER   35
#define F3DAQSCALER   36
#define GGDAQ01SCALER 41
//
#define SHSSMSCALER   100
//
#define SDAQ07SCALER 107
#define SDAQ08SCALER 108
#define SDAQ09SCALER 109
#define SDAQ10SCALER 110
#define SDAQ11SCALER 111
#define SDAQ12SCALER 112
#define SDAQ13SCALER 113
#define SDAQ14SCALER 114
#define SDAQ15SCALER 115
#define SDAQ16SCALER 116

Status data by XML

To treat status data such as magnetic filed values, XML-based status data is included. The definition of XML-tags are:

For example XML will be:

<babild>
 <runstatus>
  <dipole>
   <name>D1</name>
    <brho>6.9800</brho>
    <nmr>1162.965</nmr>
   </dipole>
  <dipole>
   <name>D2</name>
   <brho>6.9694</brho>
   <nmr>1161.657</nmr>
  </dipole>
  <timestamp>
    <resetcount>12</resetcount>
  </timestamp>
 </runstatus>
</babild>

Last-modified: Fri, 29 Mar 2024 22:36:23 HADT (20d)

General

Segment ID

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