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ATMC AVMC AXAC AXAT AXTK AXTP AXVX
ECCL ECE0 ECEL ECHA ECHT ECL0 ECMC ECMT ECP0 ECPC EFST
RIDG RIDT RIFS RIHT RILK RIRD RIRS RIRW
T2X2 TDS2 TDSS TETC0 TETS0 THCL THEL0 THES0 TMSU0 TMUT0 TPIL0
TSE1 TTR1 TVPI0 TVT21 TVT31 TVTS1 TVTS2 TVTX1 TVTX2
VPHT VPRW VRHT VRPR VSCL VSCP VSCR VTRW
OBJECT # NAME: ATMC ! MC tracks bank FANOUT: AXRE AUTHOR: A.Tsaregorodtsev VERSION: 0 PARTITIONS: 10 ! each partition corresponds to a pile-up member NOBJECTS: 500 ! initial number of objects PARAMETERS: 13 ! number of parameters per object without ID and refs # # ( Type may be F - float, I - integer, B - bit pattern, H - Hollerith ) # Name Type Min Max Accuracy # XV F -500. 500. 0.01 ! X vertex position YV F -500. 500. 0.01 ! Y vertex position ZV F -100. 2000. 0.01 ! Z vertex position PX F -5000. 5000. 0.01 ! X component of the momentum PY F -5000. 5000. 0.01 ! Y component of the momentum PZ F -5000. 5000. 0.01 ! Z component of the momentum E F 0. 5000. 0.01 ! Energy NT I 0. 1000. 1.0 ! MC track number NV I 0. 1000. 1.0 ! MC vertex number IPRT I 0. 200. 1.0 ! particle ID NPTR I 0. 1000. 1.0 ! MC track number for the parent track IBOS I 0. 1. 1.0 ! Oscillation flag for the B-particle IFLH B 0. 0. 1.0 ! Flavor history code # REFERENCE: 12 # # Reference banks # xxHT AVMC VRPR WDRW RIRW MURW ECL0 HCL0 VSRW VTRW VSCR VSCP # END OBJECT
OBJECT # NAME: AVMC ! MC vertices bank FANOUT: AXRE AUTHOR: A.Tsaregorodtsev VERSION: 0 PARTITIONS: 10 ! each partition corresponds to a pile-up member NOBJECTS: 200 ! initial number of objects PARAMETERS: 7 ! number of parameters per object without ID and refs # # ( Type may be F - float, I - integer, B - bit pattern, H - Hollerith ) # Name Type Min Max Accuracy # XV F -500. 500. 0.01 ! X vertex position YV F -500. 500. 0.01 ! Y vertex position ZV F -100. 2000. 0.01 ! Z vertex position TOF F -5000. 5000. 0.01 ! Time of flight NTB I 0. 1000. 1.0 ! MC beam track number NTT I 0. 1000. 1.0 ! MC target track number NV I 0. 1000. 1.0 ! MC vertex number # REFERENCE: 1 # # Reference banks # # List of tracks originating from the vertex # ATMC # END OBJECT
OBJECT
#
# Bank for output of acceptance routines
# 4 partitions
# Part. 1 = reconstructed stable tracks from first B-decay
# Part. 2 = stable MC tracks identified from first B-decay
# Part. 3 = reconstructed stable tracks from second B-decay
# Part. 4 = stable MC tracks identified from second B-decay
# Number of tracks for which information is stored is restricted
# to 20 in each partition
#
NAME: AXAC
FANOUT: AXRE
AUTHOR: P.J.Holt
VERSION: 1
PARTITIONS: 4 ! see above
NOBJECTS: 20 ! Different tracks
PARAMETERS: 5 ! see below
#
# ( Type may be F - float, I - integer, B - bit pattern )
# Name Type Min Max Accuracy
#
! FIRST B
CODE I ! code for parent b-decay
! signed by beauty of hadron
! at the decay point
OSCL I ! oscillation flag for parent b
! 0 if no oscillation
! 1 if oscilation
NTRK I ! total number of tracks found
! >0 if all tracks found
! <0 if not all tracks found TRCK I ! id of track ! Heap number if recon. part. ! ATMC object number if MC part. CRSP I ! Corresponding track ! ATMC object number if recon. part. ! Heap number if MC part. ! Heap number if MC part. # REFERENCE: 0 # # Reference banks # END OBJECT
OBJECT # NAME: AXAT ! Auxilliary bank for fitted track parameters FANOUT: AXRE AUTHOR: A.Tsaregorodtsev VERSION: 0 PARTITIONS: 1 NOBJECTS: 500 ! initial number of objects PARAMETERS: 43 ! number of parameters per object without ID and refs # # ( Type may be F - float, I - integer, B - bit pattern, H - Hollerith ) # Name Type Min Max Accuracy # DETH B 0. 500. 0.01 ! Detector bit mask IDHP B 0. 1.e15 0.01 ! Particle compatibilit bit mask IDHM B 0. 1.e15 0.01 ! antiParticle compatibilit bit mask BEST I 0. 1.e8 0.01 ! Most probable particle ID SVTX I 0. 1.e8 0.01 ! Source vertex ID. (0 if not assigned) DVTX I 0. 1.e8 0.01 ! Decay vertex ID. (0 if not found) XRFT I 0. 1.e8 0.01 ! Cross reference to MC track XRCN I 0. 1.e8 0.01 ! Cross reference to reconstructed track NMEA I 0. 1.e8 0.01 ! Number of measurements going into the Track Fit CL F 0. 1. 0.01 ! CL for most probable particle ID. X F -5000. 5000. 0.01 ! x position at first measured point Y F -5000. 5000. 0.01 ! y position at first measured point Z F -5000. 5000. 0.01 ! z position at first measured point SX F -5000. 5000. 0.01 ! x slope at first measured point SY F -5000. 5000. 0.01 ! y slope at first measured point P F -5000. 5000. 0.01 ! particle momentum CHAR F -2. 2. 0.01 ! particle charge ER11 F -5000. 5000. 0.01 ! ER21 F -5000. 5000. 0.01 ! ER22 F -5000. 5000. 0.01 ! ER31 F -5000. 5000. 0.01 ! ER32 F -5000. 5000. 0.01 ! ER33 F -5000. 5000. 0.01 ! ER41 F -5000. 5000. 0.01 ! ER42 F -5000. 5000. 0.01 ! ER43 F -5000. 5000. 0.01 ! ER44 F -5000. 5000. 0.01 ! Error matrix ER51 F -5000. 5000. 0.01 ! ER52 F -5000. 5000. 0.01 ! ER53 F -5000. 5000. 0.01 ! ER54 F -5000. 5000. 0.01 ! ER55 F -5000. 5000. 0.01 ! ER61 F -5000. 5000. 0.01 ! ER62 F -5000. 5000. 0.01 ! ER63 F -5000. 5000. 0.01 ! ER64 F -5000. 5000. 0.01 ! ER65 F -5000. 5000. 0.01 ! ER66 F -5000. 5000. 0.01 ! CHIS F -5000. 5000. 0.01 ! Chi-Square of the track fit. AXT1 I -5000. 5000. 0.01 ! AXTP Track parameters at station 1 AXT2 I -5000. 5000. 0.01 ! AXTP Track parameters at station 2 AXT3 I -5000. 5000. 0.01 ! AXTP Track parameters at station 10 AXT4 I -5000. 5000. 0.01 ! AXTP Track parameters at station 11 # REFERENCE: 2 # # References banks # xxHT ATMC # END OBJECT
OBJECT # NAME: AXTK FANOUT: AXRE AUTHOR: A.Tsaregorodtsev VERSION: 1 PARTITIONS: 1 NOBJECTS: 500 ! initial number of objects PARAMETERS: 39 ! number of parameters per object without ID and refs # # ( Type may be F - float, I - integer, B - bit pattern, H - Hollerith ) # Name Type Min Max Accuracy # DETH B 0. 500. 0.01 ! Detector bit mask IDHP B 0. 1.e15 0.01 ! Particle compatibilit bit mask IDHM B 0. 1.e15 0.01 ! antiParticle compatibilit bit mask BEST I 0. 1.e8 0.01 ! Most probable particle ID SVTX I 0. 1.e8 0.01 ! Source vertex ID. (0 if not assigned) DVTX I 0. 1.e8 0.01 ! Decay vertex ID. (0 if not found) XRFT I 0. 1.e8 0.01 ! Cross reference to MC track RMAS F 0. 1.e8 0.01 ! reconstructed mass NMEA I 0. 1.e8 0.01 ! Number of measurements going into the Track Fit CL F 0. 1. 0.01 ! CL for most probable particle ID. X F -5000. 5000. 0.01 ! x position at first measured point Y F -5000. 5000. 0.01 ! y position at first measured point Z F -5000. 5000. 0.01 ! z position at first measured point SX F -5000. 5000. 0.01 ! x slope at first measured point SY F -5000. 5000. 0.01 ! y slope at first measured point P F -5000. 5000. 0.01 ! particle momentum CHAR F -2. 2. 0.01 ! particle charge ER11 F -5000. 5000. 0.01 ! ER21 F -5000. 5000. 0.01 ! ER22 F -5000. 5000. 0.01 ! ER31 F -5000. 5000. 0.01 ! ER32 F -5000. 5000. 0.01 ! ER33 F -5000. 5000. 0.01 ! ER41 F -5000. 5000. 0.01 ! ER42 F -5000. 5000. 0.01 ! ER43 F -5000. 5000. 0.01 ! ER44 F -5000. 5000. 0.01 ! Error matrix ER51 F -5000. 5000. 0.01 ! ER52 F -5000. 5000. 0.01 ! ER53 F -5000. 5000. 0.01 ! ER54 F -5000. 5000. 0.01 ! ER55 F -5000. 5000. 0.01 ! ER61 F -5000. 5000. 0.01 ! ER62 F -5000. 5000. 0.01 ! ER63 F -5000. 5000. 0.01 ! ER64 F -5000. 5000. 0.01 ! ER65 F -5000. 5000. 0.01 ! ER66 F -5000. 5000. 0.01 ! CHIS F -5000. 5000. 0.01 ! Chi-Square of the track fit. # REFERENCE: 2 # # References banks # xxHT ATMC # END OBJECT
OBJECT # NAME: AXTP ! Auxilliary bank - track parameters FANOUT: AXRE AUTHOR: A.Tsaregorodtsev VERSION: 0 PARTITIONS: 1 NOBJECTS: 500 ! initial number of objects PARAMETERS: 27 ! number of parameters per object without ID and refs # # ( Type may be F - float, I - integer, B - bit pattern, H - Hollerith ) # Name Type Min Max Accuracy # X F -5000. 5000. 0.01 ! x position at first measured point Y F -5000. 5000. 0.01 ! y position at first measured point Z F -5000. 5000. 0.01 ! z position at first measured point SX F -5000. 5000. 0.01 ! x slope at first measured point SY F -5000. 5000. 0.01 ! y slope at first measured point P F -5000. 5000. 0.01 ! particle momentum ER11 F -5000. 5000. 0.01 ! ER21 F -5000. 5000. 0.01 ! ER22 F -5000. 5000. 0.01 ! ER31 F -5000. 5000. 0.01 ! ER32 F -5000. 5000. 0.01 ! ER33 F -5000. 5000. 0.01 ! ER41 F -5000. 5000. 0.01 ! ER42 F -5000. 5000. 0.01 ! ER43 F -5000. 5000. 0.01 ! ER44 F -5000. 5000. 0.01 ! Error matrix ER51 F -5000. 5000. 0.01 ! ER52 F -5000. 5000. 0.01 ! ER53 F -5000. 5000. 0.01 ! ER54 F -5000. 5000. 0.01 ! ER55 F -5000. 5000. 0.01 ! ER61 F -5000. 5000. 0.01 ! ER62 F -5000. 5000. 0.01 ! ER63 F -5000. 5000. 0.01 ! ER64 F -5000. 5000. 0.01 ! ER65 F -5000. 5000. 0.01 ! ER66 F -5000. 5000. 0.01 ! # REFERENCE: 0 # END OBJECT
OBJECT # NAME: AXVX ! Vertex heap bank FANOUT: AXRE AUTHOR: A.Tsaregorodtsev # # Modified by R. van der Eijk: added reference to AXTK 2/12/97 # VERSION: 1 PARTITIONS: 1 NOBJECTS: 20 ! initial number of objects PARAMETERS: 13 ! number of parameters per object without ID and refs # # ( Type may be F - float, I - integer, B - bit pattern, H - Hollerith ) # Name Type Min Max Accuracy # MPRT I 0. 500. 1.00 ! Mother particle (index into heap) NTRK I 0. 500. 1.00 ! number of tracks in the vertex MCVX I 0. 2000. 1.00 ! MC vertex number corresponding to this vertex VX F -5000. 5000. 0.01 ! X coordinate for the best fit VY F -5000. 5000. 0.01 ! Y coordinate for the best fit VZ F -5000. 5000. 0.01 ! Z coordinate for the best fit EM1 F 0. 5000. 0.01 !----------------- EM2 F 0. 1000. 1.0 ! EM3 F 0. 1000. 1.0 ! Lower triangular covariance EM4 F 0. 200. 1.0 ! matrix EM5 F 0. 1000. 1.0 ! EM6 F 0. 1. 1.0 !----------------- CHI2 F 0. 0. 1.0 ! vertex fit chi-squared. # REFERENCE: 2 # # References banks # AVMC AXTK # END OBJECT
OBJECT # NAME: ECCL ! Clusters in the Ecal FANOUT: ECRE AUTHOR: A.Tsaregorodtsev VERSION: 0 PARTITIONS: 1 ! NOBJECTS: 1000 ! initial number of objects PARAMETERS: 5 ! number of parameters per object without ID and refs # # ( Type may be F - float, I - integer, B - bit pattern ) # Name Type Min Max Accuracy # X F -5000. 5000. 0.01 ! X Y F -5000. 5000. 0.01 ! Y Z F -5000. 5000. 0.01 ! Z E F 0. 5000. 0.01 ! Energy in the calorimeter cluster PHYP I 0. 3. 0.01 ! Particle hypothesis # REFERENCE: 2 # # References banks # ECHT ATMC # END OBJECT
OBJECT # NAME: ECE0 ! Real calorimeter trigger cell FANOUT: ECRE AUTHOR: A.Kovzelev VERSION: 0 PARTITIONS: 10 ! Partitions corresponds to number of subcalorimeters NOBJECTS: 5000 ! Initial number of objects PARAMETERS: 2 ! Number of parameters per object (without ID & refs) # # ( Type may be F - float, I - integer, B - bit pattern ) # Name Type Min Max Accuracy # CELL I 0. 1000000. 1. ! Cell_Id (100000+10000*cal+100*row+column) ENE F 0. 5000. 0.001 ! Energy in the cell # REFERENCE: 1 # # References banks # ECP0 ! Preshower trigger cell in front of this cell # END OBJECT
OBJECT # NAME: ECEL ! Real calorimeter cell FANOUT: ECRE AUTHOR: A.Kovzelev VERSION: 0 PARTITIONS: 10 ! Partitions corresponds to number of subcalorimeters NOBJECTS: 5000 ! Initial number of objects PARAMETERS: 2 ! Number of parameters per object (without ID & refs) # # ( Type may be F - float, I - integer, B - bit pattern ) # Name Type Min Max Accuracy # CELL I 0. 1000000. 1. ! Cell_Id. (1000000*cal+1000*row+column) ENE F 0. 5000. 0.001 ! Energy in the cell # REFERENCE: 2 # # References banks # ECPC ! Preshower cell in front of this cell ECMT ! Monte-Carlo information # # Although ECEL_CELL decoding is written here it can be changed. # Please, use fast decoding functions # ecdCellCal(cellID), ecdCellRow(cellID), ecdCellCol(cellID) # to get information from cell ID. You can use functions # ecdCellX(cellID), ecdCellY(cellID), ecdCellZ(cellID), ecdCellSize(CellID) # to get geometry information from cell ID. # All that functions are statement functions and you need to # +SEQ,ecdGeo. Geometery parameters and function declarations. # ..... # +SEQ,ecdFunc. Geometery functions,should be included after all declarations # END OBJECT
OBJECT # NAME: ECHA ! Auxilliary bank to store temporarily track references FANOUT: ECRE AUTHOR: A.Tsaregorodtsev VERSION: 0 PARTITIONS: 400 ! NOBJECTS: 10000 ! initial number of objects PARAMETERS: 1 ! number of parameters per object without ID and refs # # ( Type may be F - float, I - integer, B - bit pattern ) # Name Type Min Max Accuracy # IDCL I 0. 1000000. 0.01 ! Cell identifier # REFERENCE: 3 # # References banks # ATMC ATMC ATMC # END OBJECT
OBJECT # NAME: ECHT ! Cells in the Ecal FANOUT: ECRE AUTHOR: A.Tsaregorodtsev VERSION: 0 PARTITIONS: 1 ! NOBJECTS: 1000 ! initial number of objects PARAMETERS: 4 ! number of parameters per object without ID and refs # # ( Type may be F - float, I - integer, B - bit pattern ) # Name Type Min Max Accuracy # IDCL I 0. 1000000. 0.01 ! Cell identifier EPR1 F 0. 5000. 0.01 ! Energy preshower 1 EPR2 F 0. 5000. 0.01 ! Energy preshower 2 E F 0. 5000. 0.01 ! Energy in the calorimeter cell # REFERENCE: 1 # # References banks # ATMC # END OBJECT
OBJECT # NAME: ECL0 ! Trigger level 0, Electromagnetic Cluster FANOUT: ECRE AUTHOR: A.Kovzelev VERSION: 0 PARTITIONS: 2 ! Partitions for real and "trigger" cells NOBJECTS: 500 ! Initial number of objects PARAMETERS: 9 # # (Type may be F - float, I - integer, B - bit pattern) # Name Type Min Max Accuracy # # ! Electromagnetic calorimeter info alone EE F 0. 10000. 0.01 ! Ecal energy associated to the cluster X F -2000. 2000. 0.01 ! estimated X of cluster, cm Y F -2000. 2000. 0.01 ! estimated Y of cluster, cm Z F -2000. 2000. 0.01 ! estimated Z of cluster, cm EE1 F 0. 10000. 0.001 ! Ecal Energy in hottest cell EE5 F 0. 10000. 0.001 ! Ecal Energy sum over 5 cells cross EE9 F 0. 10000. 0.001 ! Ecal Energy sum over 9 cells (3*3) # ! Preshower energies EPR1 F 0. 10000. 0.001 ! first scin. plane EPR2 F 0. 10000. 0.001 ! second scin. plane REFERENCE: 2 # # References banks # ECEL ! cells contributing to the cluster ECMT ! MC tracks contributing to the cluster # # Please, NOTE that X,Y,Z of cluster depends on algrothim in # ECRECO/ECL0_COMPUTE subroutine. Change it if you have better estimation # Energy in preshower planes depends on the alogithm in the # ECRECO/ECL0_PRS subroutine. END OBJECT
OBJECT # NAME: ECMC ! MC track hit on the front face of ECAL FANOUT: ECRE AUTHOR: A.Kovzelev VERSION: 0 PARTITIONS: 0 ! NOBJECTS: 1000 ! Initial number of objects PARAMETERS: 9 ! Number of parameters per object (without ID & refs) # # ( Type may be F - float, I - integer, B - bit pattern ) # Name Type Min Max Accuracy # TRAK I 0. 100000. 1. ! ATMC reference ( IDOBJ ?? ) X F -2000. 2000. .01 ! X coordinate of hit Y F -2000. 2000. .01 ! Y coordinate of hit Z F -1000. 10000. .01 ! Z coordinate of hit PX F -2000. 2000. .00001 ! X normalized vector component PY F -2000. 2000. .00001 ! Y normalized vector component PZ F -100. 10000. .00001 ! Z normalized vector component E F 0. 10000. .00001 ! Total energy PTYP I 0. 1000. 1. ! Particle type (GEANT) # REFERENCE: 2 # # References banks # ECL0 ! Trigger clusters in which energy from hit is used ECL0 ! The same but build from trigger cells # # Please, NOTE PX PY PZ are not momentum components but components # of unit vector (PX**2 + PY**2 + PZ**2) = 1 parallel to momentum. # Due to the fact that secondary GEANT tracks are lost there is # an ambiguity in association of clusters to hits if original particle # decays. Very simple algorithm is applied to solve them in obvious cases. # But the complex cases can remain. (They demonstrates as two or more # the same clusters hanging from several ECMC hits of the same ATMC track) # END OBJECT
OBJECT # NAME: ECMT ! Track refs and energy fraction (auxilary object) FANOUT: ECRE AUTHOR: A.Kovzelev VERSION: 0 PARTITIONS: 0 ! NOBJECTS: 10000 ! Initial number of objects PARAMETERS: 2 ! Number of parameters per object (without ID & refs) # # ( Type may be F - float, I - integer, B - bit pattern ) # Name Type Min Max Accuracy # TRAK I 0. 10000000. 1. ! ATMC reference (so-called IDOBJ) FRAC F 0. 1. 0.001 ! Energy fraction deposited by track # REFERENCE: 0 # # These objects are auxilary ones, should be referenced # from ECEL, ECPC or ECL0 # END OBJECT
OBJECT # NAME: ECP0 ! Preshower trigger cell FANOUT: ECRE AUTHOR: A.Kovzelev VERSION: 0 PARTITIONS: 10 ! Partitions corresponds to number of subcalorimeters # plus one for fake cells on the border between them NOBJECTS: 5000 ! Initial number of objects PARAMETERS: 5 ! Number of parameters per object (without ID & refs) # # ( Type may be F - float, I - integer, B - bit pattern ) # Name Type Min Max Accuracy # CELL I 0. 1000000. 1. ! Cell_Id(1000000*cal+1000*row+column) E1 F 0. 5000. 0.001 ! Energy in the cell of first plane E2 F 0. 5000. 0.001 ! Energy in the cell of second plane E1N F 0. 5000. 0.001 ! Back splash energy in the cell E2N F 0. 5000. 0.001 ! Back splash energy in the cell # REFERENCE: 0 # # END OBJECT
OBJECT # NAME: ECPC ! Preshower cell FANOUT: ECRE AUTHOR: A.Kovzelev VERSION: 0 PARTITIONS: 10 ! Partitions corresponds to number of subcalorimeters # plus one for fake cells on the border between them NOBJECTS: 5000 ! Initial number of objects PARAMETERS: 5 ! Number of parameters per object (without ID & refs) # # ( Type may be F - float, I - integer, B - bit pattern ) # Name Type Min Max Accuracy # CELL I 0. 1000000. 1. ! Cell_Id (1000000*cal+1000*row+column) E1 F 0. 5000. 0.001 ! Energy in the cell of first plane E2 F 0. 5000. 0.001 ! Energy in the cell of second plane E1N F 0. 5000. 0.001 ! Back splash energy in the cell E2N F 0. 5000. 0.001 ! Back splash energy in the cell # REFERENCE: 1 # # References banks # ECMT ! Monte-Carlo information # END OBJECT
OBJECT # NAME: EFST ! fast MC hit FANOUT: ECRE AUTHOR: I.Korolko VERSION: 0 PARTITIONS: 400 ! Number of Partitions coresponds to Y_Raw Number NOBJECTS: 20000 ! Initial number of objects PARAMETERS: 7 ! Number of parameters per object (without ID & refs) # # ( Type may be F - float, I - integer, B - bit pattern ) # Name Type Min Max Accuracy # IDC I 0. 1000000. 0.01 ! Base_Cell_Id. (1000*Ny+Nx) GNTR I 0. 1000000. 0.01 ! GEANT Track_Number XW F -1000. 1000. 0.001 ! X Coord. Weighted with Electromg. Energy YW F -1000. 1000. 0.001 ! Y Coord. Weighted with Electromg. Energy ZW F -1000. 1000. 0.001 ! Z Coord. Weighted with Electromg. Energy ENEH F 0. 5000. 0.01 ! Hadronic Energy deposited by Track ENEL F 0. 5000. 0.01 ! Electromagnetic Energy deposited by Track # REFERENCE: 0 # # Bank to store hits produced with Fast Showering procedure # during Simulation. Then information is sorted in ascending order # of Base_Cell_Id. and copied to EDOM GEANT Bank. # Cells numbering scheme is different from that used for real cells # Nx = int((X_coordinate+ECXSIZ)/ECSELL) + 1 # Ny = int((X_coordinate+ECYSIZ)/ECSELL) + 1 # Bank is initialised only if program is using Fast Showering. # END OBJECT
OBJECT # NAME: HCCL FANOUT: HCRE AUTHOR: A.Tsaregorodtsev VERSION: 0 PARTITIONS: 1 ! NOBJECTS: 1000 ! initial number of objects PARAMETERS: 4 ! number of parameters per object without ID and refs # # ( Type may be F - float, I - integer, B - bit pattern ) # Name Type Min Max Accuracy # X F -5000. 5000. 0.01 ! X Y F -5000. 5000. 0.01 ! Y Z F -5000. 5000. 0.01 ! Z E F 0. 5000. 0.01 ! Energy in the calorimeter cluster # REFERENCE: 2 # # References banks # ECHT ATMC # END OBJECT
OBJECT # NAME: HCEL ! Real calorimeter cell FANOUT: HCRE AUTHOR: A.Kovzelev VERSION: 0 PARTITIONS: 10 ! Partitions are real and fake (build from real) cells NOBJECTS: 5000 ! Initial number of objects PARAMETERS: 6 ! Number of parameters per object (without ID & refs) # # ( Type may be F - float, I - integer, B - bit pattern ) # Name Type Min Max Accuracy # CELL I 0. 1000000. 1. ! Cell_Id. (1000000*cal+1000*row+column) E F 0. 5000. 0.001 ! Total energy in the cell E1 F 0. 5000. 0.001 ! Energy in the cell first Z-slice E2 F 0. 5000. 0.001 ! Energy in the cell second Z-slice E3 F 0. 5000. 0.001 ! Energy in the cell third Z-slice E4 F 0. 5000. 0.001 ! Energy in the cell fourth Z-slice # REFERENCE: 1 # # References banks # HCMT ! Monte-Carlo information # # Although HCEL_CELL decoding is written here it can be changed. # Please, use fast decoding functions # hcdCellCal(cellID), hcdCellRow(cellID), hcdCellCol(cellID) # to get information from cell ID. You can use functions # hcdCellX(cellID), hcdCellY(cellID), hcdCellZ(cellID), hcdCellSize(CellID) # to get geometry information from cell ID. # All that functions are statement functions and you need to # +SEQ,hcdGeo. Geometery parameters and function declarations. # ..... # +SEQ,hcdFunc. Geometery functions,should be included after all declarations # # If cell is divided on less than 4 slices on Z axis - last slices energies # are set to zero. # END OBJECT
OBJECT # NAME: HCHT FANOUT: HCRE AUTHOR: A.Tsaregorodtsev VERSION: 0 PARTITIONS: 1 ! NOBJECTS: 1000 ! initial number of objects PARAMETERS: 2 ! number of parameters per object without ID and refs # # ( Type may be F - float, I - integer, B - bit pattern ) # Name Type Min Max Accuracy # IDCL I 0. 1000000. 0.01 ! Cell identifier E F 0. 5000. 0.01 ! Energy in the calorimeter cell # REFERENCE: 1 # # References banks # ATMC # END OBJECT
OBJECT # NAME: HCL0 ! Trigger level 0, Hadron Cluster FANOUT: HCRE AUTHOR: A.Kovzelev VERSION: 0 PARTITIONS: 2 ! Partition for real trigger and clusters build on demand NOBJECTS: 500 ! Initial number of objects PARAMETERS: 7 # # (Type may be F - float, I - integer, B - bit pattern) # Name Type Min Max Accuracy # EH F 0. 10000. 0.01 ! Hcal energy associated to the cluster X F -2000. 2000. 0.01 ! estimated X of cluster, cm Y F -2000. 2000. 0.01 ! estimated Y of cluster, cm Z F -2000. 2000. 0.01 ! estimated Z of cluster, cm EH1 F 0. 10000. 0.001 ! Hcal Energy in hottest cell EH5 F 0. 10000. 0.001 ! Hcal Energy sum over 5 cells cross EH9 F 0. 10000. 0.001 ! Hcal Energy sum over 9 cells (3*3) REFERENCE: 2 # # References banks # HCEL ! cells contributing to the cluster HCMT ! MC tracks contributing to the cluster # # Nine cells of cluster are ordered as : # 2 3 4 First is the center, next from upper-left corner clockwise. # 9 1 5 Thus corner cells has the even numbers in order. # 8 7 6 If there is no cell, the reference is 0., on the border # beween different cell sizes the fake cell is build and # cluster contains the refernce to it. # # Please, NOTE that X,Y,Z of cluster depends on algrothim in # HCRECO/HCL0_COMPUTE subroutine. Change it if you have better estimation END OBJECT
OBJECT # NAME: HCMT ! Track refs and energy fraction (auxilary object) FANOUT: HCRE AUTHOR: A.Kovzelev VERSION: 0 PARTITIONS: 1 ! NOBJECTS: 10000 ! Initial number of objects PARAMETERS: 2 ! Number of parameters per object (without ID & refs) # # ( Type may be F - float, I - integer, B - bit pattern ) # Name Type Min Max Accuracy # TRAK I 0. 10000000. 1. ! ATMC reference (so-called IDOBJ) FRAC F 0. 1. 0.001 ! Energy fraction deposited by track # REFERENCE: 0 # # These objects are auxilary ones, should be referenced # from HCEL or HCL0 # END OBJECT
OBJECT # NAME: MUHT FANOUT: MURE AUTHOR: A.Tsaregorodtsev VERSION: 0 PARTITIONS: 5 ! correspond to muon stations NOBJECTS: 1000 ! initial number of objects PARAMETERS: 10 ! number of parameters per object without ID and refs # # ( Type may be F - float, I - integer, B - bit pattern ) # Name Type Min Max Accuracy # X F -5000. 5000. 0.01 ! X position Y F -5000. 5000. 0.01 ! Y position Z F -5000. 5000. 0.01 ! Z position DX F 0. 50. 0.01 ! X position error DY F 0. 50. 0.01 ! Y position error DZ F 0. 50. 0.01 ! Z position error SLX F -5000. 5000. 0.01 ! Slope dX/dZ SLY F -5000. 5000. 0.01 ! Slope dY/dZ DSLX F 0. 50. 0.01 ! error of slope dX/dZ DSLY F 0. 50. 0.01 ! error of slope dY/dZ # REFERENCE: 1 # # References banks # ATMC # END OBJECT
OBJECT
#
NAME: MUID ! Muon particle identification bank
FANOUT: MURE
AUTHOR: A.Tsaregorodtsev
VERSION: 0
PARTITIONS: 1 !
NOBJECTS: 100 ! initial number of objects
PARAMETERS: 6 ! number of parameters per object without ID and refs
#
# ( Type may be F - float, I - integer, B - bit pattern, H - Hollerith )
# Name Type Min Max Accuracy
#
PMU F -500. 500. 0.01 ! muon probability
P F -500. 500. 0.01 ! muon momentum
EHC F -500. 500. 0.01 ! HCAL energy around the track
RDUM F -500. 500. 0.01 ! Dummy
NS B -500. 500. 0.01 ! bit pattern in which station it is seen
! and how many extra hits in the vicinity
IDUM I -500. 500. 0.01 ! Dummy
#
REFERENCE: 0
#
END OBJECT
OBJECT # NAME: MUPD ! Pads in the Muon chambers FANOUT: MURE AUTHOR: A.Tsaregorodtsev VERSION: 0 PARTITIONS: 5 ! correspond to muon stations NOBJECTS: 1000 ! initial number of objects PARAMETERS: 7 ! number of parameters per object without ID and refs # # ( Type may be F - float, I - integer, B - bit pattern ) # Name Type Min Max Accuracy # X F -5000. 5000. 0.01 ! X position of the pad center Y F -5000. 5000. 0.01 ! Y position of the pad center Z F -5000. 5000. 0.01 ! Z position DX F 0. 50. 0.01 ! X size of the pad DY F 0. 50. 0.01 ! Y size of the pad DZ F 0. 50. 0.01 ! Z error IDP B 0. 50. 0.01 ! Pad identifier # REFERENCE: 1 # # References banks # ATMC # END OBJECT
OBJECT # # This bank contains the RAW GEANT hits with positions given in the # GEANT frame of refence. # NAME: MURW FANOUT: MURE AUTHOR: A.Tsaregorodtsev VERSION: 0 PARTITIONS: 5 ! correspond to muon stations NOBJECTS: 5000 ! initial number of objects PARAMETERS: 8 ! number of parameters per object without ID and refs # # ( Type may be F - float, I - integer, B - bit pattern ) # Name Type Min Max Accuracy # EN_X F -5000. 5000. 0.01 ! X entry point EN_Y F -5000. 5000. 0.01 ! Y entry point EN_Z F -5000. 5000. 0.01 ! Z entry point EX_X F -5000. 5000. 0.01 ! X exit point EX_Y F -5000. 5000. 0.01 ! Y exit point EX_Z F -5000. 5000. 0.01 ! Z exit point TOFL F -100. 100. 0.01 ! Time of flight EDEP F 0. 5000. 0.01 ! Energy depositied along the track. # REFERENCE: 1 # # References banks # ATMC # END OBJECT
OBJECT # NAME: PASS ! General event parameters FANOUT: PASS AUTHOR: A.Tsaregorodtsev VERSION: 0 PARTITIONS: 0 ! NOBJECTS: 1 ! Initial number of objects PARAMETERS: 24 ! Number of parameters per object (without ID & refs) # # ( Type may be F - float, I - integer, B - bit pattern ) # Name Type Min Max Accuracy # PROGNAME H ! Program name GVERSION I ! Program version for event generation RVERSION I ! Program version for event reconstruction JOBID I ! Job id CENTRE I ! computing center where the data were generated DATE I ! date of the event production RDATE I ! date of the event reconstruction PGEN I ! event generator code GENJOB I ! event generator Job id EVTYPE I ! event type RUN I ! run number EVENT I ! event number NPILEUP I ! number of pile-up events PVX I !--- PVY I ! X,Y,Z of primary vertex in microns PVZ I !--- STEP I ! last program step accomplished TL0 B !--- TL1 B ! Trigger level 0 - 3 decision TL2 B ! bit patterns TL3 B !--- DUM1 I DUM2 I DUM3 I # REFERENCE: 0 # END OBJECT
# OBJECT # NAME: RIDG ! Temporary bank used during HPD digitisation FANOUT: RIRE AUTHOR: N.Brook VERSION: 0 PARTITIONS: 4 NOBJECTS: 150000 PARAMETERS: 17 # ID I ! Id of pixel X F -5000. 5000. 0.01 ! X position of pixel Y F -5000. 5000. 0.01 ! Y position of pixel Z F -5000. 5000. 0.01 ! Z position of pixel ENE F 0. 300. ! ADC counts NTRK I 0 5 ! Number of tracks contributing IDT1 I ! object number of ATMC track 1 IDT2 I ! object number of ATMC track 2 IDT3 I ! object number of ATMC track 3 IDT4 I ! object number of ATMC track 4 IDT5 I ! object number of ATMC track 5 IHT1 I ! object number of RIRW hit 1 IHT2 I ! object number of RIRW hit 2 IHT3 I ! object number of RIRW hit 3 IHT4 I ! object number of RIRW hit 4 IHT5 I ! object number of RIRW hit 5 IRAD B 1.00 ! Parent source (bitted word) # REFERENCE: 0 # END OBJECT
# OBJECT # NAME: RIDT FANOUT: RIRE AUTHOR: N.Brook VERSION: 0 PARTITIONS: 4 NOBJECTS: 150000 PARAMETERS: 6 # ID I ! Id of pixel X F -5000. 5000. 0.01 ! X position of pixel Y F -5000. 5000. 0.01 ! Y position of pixel Z F -5000. 5000. 0.01 ! Z position of pixel ADC I 0. 256. 0.01 ! ADC counts IRAD B 1.00 ! Parent source (bitted word) # REFERENCE: 2 # ATMC RIRW # END OBJECT
OBJECT # NAME: RIFS ! Temp bank to hold results of full RICH pat rec FANOUT: RIRE AUTHOR: G.Wilkinson VERSION: 0 PARTITIONS: 1 ! NOBJECTS: 1000 ! initial number of objects PARAMETERS: 12 ! number of parameters per object without ID and refs # # ( Type may be F - float, I - integer, B - bit pattern ) # Name Type Min Max Accuracy # IBES I -1000. 1000. ! Best hypotheses ICON B 0. 1000. ! Consistency Mask PEL F 0. 1. 0.001 ! e hyp probability (norm) PMU F 0. 1. 0.001 ! mu hyp probability (norm) PPI F 0. 1. 0.001 ! pi hyp probability (norm) PKA F 0. 1. 0.001 ! K hyp probability (norm) PPR F 0. 1. 0.001 ! p hyp probability (norm) RPEL F 0. 1. 0.001 ! e hyp probability (raw) RPMU F 0. 1. 0.001 ! mu hyp probability (raw) RPPI F 0. 1. 0.001 ! pi hyp probability (raw) RPKA F 0. 1. 0.001 ! K hyp probability (raw) RPPR F 0. 1. 0.001 ! p hyp probability (raw) # REFERENCE: 3 # # References banks # AXAT AXTK ATMC # END OBJECT
OBJECT # NAME: RIHT FANOUT: RIRE AUTHOR: A.Tsaregorodtsev VERSION: 0 PARTITIONS: 3 ! correspond to 3 RICH counters NOBJECTS: 1000 ! initial number of objects PARAMETERS: 8 ! number of parameters per object without ID and refs # # ( Type may be F - float, I - integer, B - bit pattern ) # Name Type Min Max Accuracy # X F -5000. 5000. 0.01 ! X position Y F -5000. 5000. 0.01 ! Y position Z F -5000. 5000. 0.01 ! Z position DX F 0. 50. 0.01 ! X position error DY F 0. 50. 0.01 ! Y position error DZ F 0. 50. 0.01 ! Z position error PRID F 0. 1. 0.01 ! Probability of particle ID PID I -5000. 5000. 0.01 ! Particle ID # REFERENCE: 1 # # References banks # ATMC # END OBJECT
# OBJECT # NAME: RILK ! Temporary bank for holding probabilities needed for FANOUT: RIRE ! likelihood in RICH pattern recognition. AUTHOR: G.W. VERSION: 0 PARTITIONS: 200 ! One partition per track NOBJECTS: 10000 ! Initial number of objects PARAMETERS: 6 ! number of parameters per object without ID and refs # # ( Type may be F - float, I - integer, B - bit pattern ) # Name Type Min Max Accuracy # IRIC I -5000. 5000. 0.01 ! RICH id (1=upstream, 2=downstream) FEL F 0. 5000. 0.01 ! El hypothesis FMU F 0. 5000. 0.01 ! Mu hypothesis FPI F 0. 5000. 0.01 ! Pi hypothesis FKA F 0. 5000. 0.01 ! Kaon hypothesis FPR F 0. 5000. 0.01 ! Proton hypothesis # REFERENCE: 0 # END OBJECT
OBJECT # NAME: RIRD ! Raw RICH detector information (HPD) FANOUT: RIRE AUTHOR: G.Wilkinson VERSION: 0 PARTITIONS: 4 ! correspond to detector planes for 4 RICHes NOBJECTS: 5000 ! initial number of objects PARAMETERS: 9 ! number of parameters per object without ID and refs # # ( Type may be F - float, I - integer, B - bit pattern ) # Name Type Min Max Accuracy # X F -5000. 5000. 0.01 ! X position of the entry point Y F -5000. 5000. 0.01 ! Y position of the entry point Z F -5000. 5000. 0.01 ! Z position of the entry point PX F -5000. 5000. 0.00001 ! px/p at entry PY F -5000. 5000. 0.00001 ! py/p at entry PZ F -5000. 5000. 0.00001 ! pz/p at entry P F 0. 5000. 10E-10 ! Momentum PID I -5000. 5000. 0.01 ! Particle ID IRAD B 1.00 ! If C phot, parent radiator (bitted word) # REFERENCE: 2 # # References banks # ATMC RIRW # END OBJECT
OBJECT # NAME: RIRS FANOUT: RIRE AUTHOR: G.Wilkinson,M.Tobar VERSION: 0 PARTITIONS: 1 ! NOBJECTS: 1000 ! initial number of objects PARAMETERS: 19 ! number of parameters per object without ID and refs # # ( Type may be F - float, I - integer, B - bit pattern ) # Name Type Min Max Accuracy # IBES I -1000. 1000. ! Best hypotheses ICON B 0. 1000. ! Consistency Mask PEL F 0. 1. 0.001 ! e hyp probability PMU F 0. 1. 0.001 ! mu hyp probability PPI F 0. 1. 0.001 ! pi hyp probability PKA F 0. 1. 0.001 ! K hyp probability PPR F 0. 1. 0.001 ! p hyp probability NA I 0. 1000. ! Aerogel photons (detected) NTA I 0. 1000. ! Aerogel photons (correctly assigned) CA F 0. 1000. 0.0001 ! Aerogel cherenkov angle (detected) SCA F 0. 1000. 0.0001 ! Aerogel Cherenkov angle error (per track) NG1 I 0. 1000. ! Gas 1 photons (detected) NTG1 I 0. 1000. ! Gas 1 photons (correctly assigned) CG1 F 0. 1000. 0.0001 ! Gas 1 cherenkov angle (detected) SCG1 F 0. 1000. 0.0001 ! Gas 1 Cherenkov angle error (per track) NG2 I 0. 1000. ! Gas 2 photons (detected) NTG2 I 0. 1000. ! Gas 2 photons (correctly assigned) CG2 F 0. 1000. 0.0001 ! Gas 2 cherenkov angle (detected) SCG2 F 0. 1000. 0.0001 ! Gas 2 Cherenkov angle error (per track) # REFERENCE: 1 # # References banks # ATMC # END OBJECT
OBJECT # NAME: RIRW ! Raw RICH information FANOUT: RIRE AUTHOR: A.Tsaregorodtsev VERSION: 0 PARTITIONS: 3 ! correspond to 3 RICH counters NOBJECTS: 1000 ! initial number of objects PARAMETERS: 8 ! number of parameters per object without ID and refs # # ( Type may be F - float, I - integer, B - bit pattern ) # Name Type Min Max Accuracy # X F -5000. 5000. 0.01 ! X position of the entry point Y F -5000. 5000. 0.01 ! Y position of the entry point Z F -5000. 5000. 0.01 ! Z position of the entry point XOUT F -5000. 5000. 0.01 ! X position of the exit point YOUT F -5000. 5000. 0.01 ! Y position of the exit point ZOUT F -5000. 5000. 0.01 ! Z position of the exit point P F -5000. 5000. 0.01 ! Momentum PID I -5000. 5000. 0.01 ! Particle ID # REFERENCE: 1 # # References banks # ATMC # END OBJECT
# OBJECT # NAME: T2X2 FANOUT: TRIG AUTHOR: Olivier Callot VERSION: 1 PARTITIONS: 3 ! Electron, photon, hadron NOBJECTS: 1 PARAMETERS: 8 # # Name Type Min Max Accuracy # TYPE I 1 3 1 ! Type of trigger 1=ele, 2=gam, 3=had ET F 0. 10. .1 ! Transverse energy X F -5000. 5000. .1 ! X position Y F -5000. 5000. .1 ! Y position Z F 0. 15000. .1 ! Z position TOL F 0. 1000. .1 ! Error on X/Y = 1/2 cell size PS F 0. 10000. .1 ! Preshower energy (ele/gam) ECAL F 0. 10000. .1 ! ECAL contribution to ET (had) # REFERENCE: 4 # ECEL ! ECAL cells used order / 3 4 \ HCEL ! HCAL cells used order \ 1 2 / ECMT ! Tracks in ECAL HCMT ! Tracks in HCAL # END OBJECT #
OBJECT # NAME: TDS2 ! Trigger Level 2: # ! Downstream tracking result # ! track parameters in the # ! spectrometer are # ! extrapolated to z=0 FANOUT: TRIG AUTHOR: F.Teubert VERSION: 0 PARTITIONS: 1 NOBJECTS: 1000 PARAMETERS: 15 # # (Type may be F - float, I - integer, B - bit pattern) # Name Type Min Max Accuracy # x F -1000. 1000. 0.001 ! x- coordinate of track (cm) y F -1000. 1000. 0.001 ! y- coordinate of track (cm) z F 000. 20000. 0.001 ! z- coordinate of track (cm) (z=0 by definition) dx F 0. 50. 0.001 ! x- coordinate error dy F 0. 50. 0.001 ! y- coordinate error sx F -3. 3. 0.00001 ! x- slope of track sy F -3. 3. 0.00001 ! y- slope of track dsx F 0. 50. 0.001 ! x- slope error dsy F 0. 50. 0.001 ! y- slope error P F 0. 20000. 0.001 ! total momentum of track dP F 0. 100. 0.001 ! total momentum error Q F -1. +1. 0.1 ! charge assumed for this track typ I 0 4 0.1 ! iseed number in TDSS (ityp=4) hits B ! bit map of hits accepted for this track ok I 0 9999 0.1 ! 0=track accepted, >0=rejected # REFERENCES: 2 # # References banks # TDSS ATMC # END OBJECT
OBJECT
#
NAME: TDSS ! Trigger level 2:
# ! Input seeds for downstream tracking
# ! Data is extracted from Level 0 trigger
# ! banks of ECAL, HCAL, MUON
FANOUT: TRIG
AUTHOR: P. Schleper
VERSION: 0
PARTITIONS: 1
NOBJECTS: 1000
PARAMETERS: 8
#
# (Type may be F - float, I - integer, B - bit pattern)
# Name Type Min Max Accuracy
#
x F -1000. 1000. 0.001 ! x- coordinate of seed (cm)
y F -1000. 1000. 0.001 ! y- coordinate of seed (cm)
z F 000. 20000. 0.001 ! z- coordinate of seed (cm)
sx F -3. 3. 0.00001 ! x- slope of seed
sy F -3. 3. 0.00001 ! y- slope of seed
P F 0. 20000. 0.001 ! total momentum of seed
Q F -1. +1. 0.1 ! charge assumed for this seed
typ I 0 4 0.1 ! seed typ: 1=Ecal, 2=Hcal, 3=Muon, 4=vertex
! 5=MC_true (extrapol. to Ecal surface)
#
REFERENCES: 5
#
# References banks
#
TETC0 ! electron trigger cluster bank
THEL0 ! hadron trigger cluster bank
TMUT0 ! muon trigger track bank
TVT31 ! vertex trigger track bank
ATMC ! monte carlo true bank
# ! for typ=1,2,3,4 this is the same reference as given in
# ! corresponding Level 0 bank.
# ! for typ=5 this is the ATMC track which is used directly
#
END OBJECT
OBJECT # NAME: ETC0 ! Electron Trigger Level_0 Objects FANOUT: TRIG AUTHOR: I.Korolko,P.Schleper VERSION: 0 PARTITIONS: 1 ! Partitions NOBJECTS: 30 ! Initial number of objects PARAMETERS: 21 ! Number of parameters per object (without ID & refs) # # Name Type Min Max Accuracy # .....Reserved words.............................. RES1 F 0. 1000000. 0.01 ! These two words are reserved for some RES2 F 0. 1000000. 0.01 ! additional info one would need in future. # # ! .....ECAL Info.............................. EEX F -2000. 2000. 0.01 ! Estimated X coord. of the E_cluster (cm) EEY F -2000. 2000. 0.01 ! Estimated Y coord. of the E_cluster (cm) EEZ F 1000. 1400. 0.1 ! Estimated Z coord. of the E_cluster (cm) EE F 0. 10000. 0.001 ! Calibrated Cluster energy (GeV) EE1 F 0. 10000. 0.001 ! Ratio - Central cell /Cluster Energ. (GeV) EE5 F 0. 10000. 0.001 ! Ratio - 5 cells cross/Cluster Energ. (GeV) EE25 F 0. 10000. 0.001 ! Ratio - Cluster / 5x5 matrix Energ. (GeV) EPT F 0. 10000. 0.001 ! ECAL Nonbending Pt (GeV/c) # # .....Preshower Info.............................. EP1 F 0. 100. 0.0001 ! Preshower_1 Energy in projective cell(MeV) EP2 F 0. 100. 0.0001 ! Preshower_2 Energy in projective cell(MeV) # # .....HCAL Info.............................. EH1 F 0. 10000. 0.001 ! Energy in central HCAL cell (GeV) EH9 F 0. 10000. 0.001 ! Energy in 3x3 HCAL matrix (GeV) # # .....Tracker Info.............................. PADP I 0. 1000000. 1. ! reserved PADN I 0. 1000000. 1. ! reserved EUT I 0. 1000000. 1. ! Pad_Chamber Flag (1-hit found , 0-no) # # .....MC Info.............................. EMC1 I 0. 1000000. 1. ! 1_st contrib (1000*PartID + Ene_Fraction) EMC2 I 0. 1000000. 1. ! 2_nd contrib (1000*PartID + Ene_Fraction) EIMC B ! MC_Info Bit pattern # Information about 2 most energetic contributions: # JBIT(EIMC,1) - 1_st Track is e+/e- # JBIT(EIMC,2) - 1_st Track has B hadronn in flavour history # JBIT(EIMC,3) - 1_st Track is a direct B decay-product # JBIT(EIMC,4) - reserved # JBIT(EIMC,5) - 2_nd Track is e+/e- # JBIT(EIMC,6) - 2_nd Track has B hadronn in flavour history # JBIT(EIMC,7) - 2_nd Track is a direct B decay-product # JBIT(EIMC,8) - reserved # # .....Bits from ECAL,Preshower,Tracker,HCAL (4x8=32 bits) EBIT B ! Bank Info word (Ecal,Presh,Tracker,Hcal) # #............................................................................ # REFERENCE: 3 # ECL0 ! ECAL Object Bank HCEL ! HCAL Cell Bank ATMC ! ATMC MC Bank # # HCEL references , if exist, always start from "projective" HCAL cell. # The definition of "projective" HCAL cell is done in routine ............ # and can be changed. # ATMC references are kept for 2 tracks which provides the largest # fractions of Ecal cluster energy deposition. # END OBJECT
OBJECT # NAME: ETS0 ! Electron Trigger Level_0 Summary bank FANOUT: TRIG AUTHOR: I.Korolko,P.Schleper,G.Corti VERSION: 0 PARTITIONS: 1 ! Partitions NOBJECTS: 1 ! Initial number of objects PARAMETERS: 3 ! Number of parameters per object (without ID & refs) # # ( Type may be F - float, I - integer, B - bit pattern ) # Name Type Min Max Accuracy # IBIT I 0. 1000. 1. ! Number of Clusters which satisfy trigger PT1 F 0. 1000. 0.001 ! 1-st. Pt_hottest cluster (GeV/c) PT2 F 0. 1000. 0.001 ! 2-nd. Pt_hottest cluster (GeV/c) #............................................................................ # REFERENCE: 1 # TETC0 ! Electron Trigger Level_0 Objects # # TETC0 references are kept for all Clusters satisfying Trigger Level_0 # conditions # END OBJECT
# OBJECT # NAME: THCL FANOUT: TRIG AUTHOR: Olivier Callot VERSION: 1 PARTITIONS: 1 NOBJECTS: 1 PARAMETERS: 5 # # Name Type Min Max Accuracy # ET F 0. 10. .1 ! Transverse energy X F -5000. 5000. .1 ! X position Y F -5000. 5000. .1 ! Y position Z F 0. 15000. .1 ! Z position TOL F 0. 1000. .1 ! Error on X/Y = 1/2 cell size # REFERENCE: 0 # END OBJECT #
OBJECT # NAME: HEL0 ! Trigger level 0, hadron trigger clusters FANOUT: TRIG AUTHOR: G. Wilkinson VERSION: 0 PARTITIONS: 1 NOBJECTS: 1000 PARAMETERS: 6 # # (Type may be F - float, I - integer, B - bit pattern) # Name Type Min Max Accuracy # PT F 0. 9999. 0.01 ! Total reconstructed pt (GeV/c) EHC F 0. 9999. 0.01 ! Associated HCAL energy (GeV) EEC F 0. 9999. 0.01 ! Associated ECAL energy (GeV) X F -5000. 5000. 0.01 ! x position of cluster in HCAL Y F -5000. 5000. 0.01 ! y position of cluster in HCAL Z F -5000. 5000. 0.01 ! z position of cluster in HCAL # REFERENCE: 3 # # References banks # HCL0 ATMC ECEL # END OBJECT
OBJECT # NAME: HES0 ! Trigger level 0, hadron trigger summary FANOUT: TRIG AUTHOR: G. Wilkinson VERSION: 0 PARTITIONS: 1 NOBJECTS: 1000 PARAMETERS: 4 # # (Type may be F - float, I - integer, B - bit pattern) # Name Type Min Max Accuracy # IDEC B ! Bitted word containing trigger decision PT1 F 0. 9999. 0.01 ! Pt of leading candidate (GeV/c) PT2 F 0. 9999. 0.01 ! Pt of second candidate (GeV/c) RINV F 0. 9999. 0.01 ! Invariant mass of two candidates # REFERENCE: 2 # # References banks # THEL0 ATMC # # END OBJECT
OBJECT
#
NAME: MSU0 ! Trigger Level 0, muon summary bank
# !
# ! the track parameters are given at the
# ! reference plane defined by 'z',
# ! i.e. 'z' has no error.
# !
FANOUT: TRIG
AUTHOR: P.Schleper,A.Tsaregorodtsev
VERSION: 0
PARTITIONS: 1
NOBJECTS: 1
PARAMETERS: 5
#
# (Type may be F - float, I - integer, B - bit pattern)
# Name Type Min Max Accuracy
#
IBIT B ! Trigger bit word
! JBIT(IBIT,1)=single muon trigger
! JBIT(IBIT,2)=dimuon trigger
PT1 F 0. 1000. 0.001 ! PT of track with highest PT, GeV
PT2 F 0. 1000. 0.001 ! PT of track with second highest PT, GeV
AM12 F 0. 1000. 0.001 ! Invariant mass of 2 leading tracks, GeV
DUM F 0. 1000. 0.001 ! Dummy
#
REFERENCES: 1
#
# References banks
#
TMUT0
#
END OBJECT
OBJECT
#
###########################################################################
NAME: MUT0 ! Trigger Level 0, muon track bank
# !
# ! the track parameters are given at the
# ! reference plane defined by 'z',
# ! i.e. 'z' has no error.
# !
FANOUT: TRIG
AUTHOR: P.Schleper,A.Tsaregorodtsev
VERSION: 0
PARTITIONS: 1
NOBJECTS: 999
PARAMETERS: 21
#
# (Type may be F - float, I - integer, B - bit pattern)
# Name Type Min Max Accuracy
#
x F -9999. +9999. 0.001 ! x position of track at first muon layer, cm
y F -9999. +9999. 0.001 ! y position of track at first muon layer, cm
z F 0. +9999. 0.001 ! z position of track at first muon layer, cm
dxdz F -9999. +9999. 0.00001 ! slope dx/dz of track at x,y,z
dydz F -9999. +9999. 0.00001 ! slope dy/dz of track at x,y,z
sx F -9999. +9999. 0.001 ! error of x, cm
sy F -9999. +9999. 0.001 ! error of y, cm
sxz F -9999. +9999. 0.001 ! error of slope dxdz
syz F -9999. +9999. 0.001 ! error of slope dydz
#
# the following quantities are deduced from
# the values above:
#
PT F -9999. +9999. 0.01 ! transverse momentum (x,y) of track signed
! by charge (a mu^- has a negative value),GeV
! the vertex is assumed to be at x=y=z=0
P F 0. +9999. 0.01 ! momentum (x,y,z) of track, GeV
! the vertex is assumed to be at x=y=z=0
THET F 0. 3.2 0.01 ! Theta at IP
PHI F -3.2 3.2 0.01 ! Phi at IP
YIMP F -9999. +9999. 0.001 ! intercept with vertex of y coord.
! calculated from y,dydx,z
! the vertex is assumed to be at x=y=z=0
TXMS F -1.57 +1.57 0.001 ! multiple scattering angle between
! line from first hits and last hit, x-proj.
TYMS F -1.57 +1.57 0.001 ! multiple scattering angle between
! line from first hits and last hit, y-proj.
DUM1 F -9999. +9999. 0.001 ! one more clever variable to cut on
DUM2 F -9999. +9999. 0.001 ! one more clever variable to cut on
#
# How well the track was found
#
IHIT B ! bit map, 4 bits per layer, telling which
! hits are used for track (Andrei)
IAHI B ! bit map, 4 bits per layer, telling whether
! there are additional hits close by
! (Andrei)
#
# MONTE CARLO true info:
#
IMCH B ! bit map, 4 bits per layer, telling whether
! MC true track (see reference below)
! contributed in this layer
#
REFERENCES: 1
#
# References banks
#
ATMC ! pointer to MC true track. If several
! MC tracks contribute, the one with the
! largest number of hits is given
#
END OBJECT
OBJECT # NAME: PIL0 ! Total energy summary bank for pileup tag FANOUT: TRIG AUTHOR: G. Wilkinson VERSION: 0 PARTITIONS: 1 NOBJECTS: 1 PARAMETERS: 10 # # (Type may be F - float, I - integer, B - bit pattern) # Name Type Min Max Accuracy # IDEC B ! Bitted word containing pileup decision ETOT F 0. 99999. 0.01 ! Total energy in HCAL+ECAL (GeV) EX F 0. 9999. 0.01 ! Total ET, x component HCAL+ECAL (GeV) EY F 0. 9999. 0.01 ! Total ET, y component HCAL+ECAL (GeV) EE F 0. 99999. 0.01 ! Total energy in ECAL (GeV) EEX F 0. 9999. 0.01 ! Total ET, x component in ECAL (GeV) EEY F 0. 9999. 0.01 ! Total ET, y component in ECAL (GeV) EH F 0. 99999. 0.01 ! Total energy in HCAL (GeV) EHX F 0. 9999. 0.01 ! Total ET, x component in HCAL (GeV) EHY F 0. 9999. 0.01 ! Total ET, y component in HCAL (GeV) # REFERENCES: 0 # # References banks # END OBJECT
OBJECT
#
NAME: TSE1 ! Trigger level 1: Input seeds for tracking
# ! Data is extracted from Level 0 trigger
# ! banks of ECAL, HCAL, MUON
FANOUT: TRIG
AUTHOR: P. Schleper
VERSION: 0
PARTITIONS: 1
NOBJECTS: 1000
PARAMETERS: 8
#
# (Type may be F - float, I - integer, B - bit pattern)
# Name Type Min Max Accuracy
#
x F -1000. 1000. 0.001 ! x- coordinate of seed (cm)
y F -1000. 1000. 0.001 ! y- coordinate of seed (cm)
z F 000. 20000. 0.001 ! z- coordinate of seed (cm)
sx F -3. 3. 0.00001 ! x- slope of seed
sy F -3. 3. 0.00001 ! y- slope of seed
P F 0. 20000. 0.001 ! total momentum of seed
Q F -1. +1. 0.1 ! charge assumed for this seed
typ I 0 4 0.1 ! seed typ: 1=Ecal, 2=Hcal, 3=Muon, 4=vertex
! 5=MC_true (extrapol. to Ecal surface)
#
REFERENCES: 5
#
# References banks
#
TETC0 ! electron trigger cluster bank
THEL0 ! hadron trigger cluster bank
TMUT0 ! muon trigger track bank
TVT31 ! vertex trigger track bank
ATMC ! monte carlo true bank
# ! for typ=1,2,3,4 this is the same reference as given in
# ! corresponding Level 0 bank.
# ! for typ=5 this is the ATMC track which is used directly
#
END OBJECT
OBJECT
#
NAME: TTR1 ! Trigger Level 1: Track trigger result
# ! track parameters are given at
# ! z-ccordinate of first chamber
# ! each input seed gets one entry here
FANOUT: TRIG
AUTHOR: P. Schleper
VERSION: 0
PARTITIONS: 1
NOBJECTS: 1000
PARAMETERS: 10
#
# (Type may be F - float, I - integer, B - bit pattern)
# Name Type Min Max Accuracy
#
x F -1000. 1000. 0.001 ! x- coordinate of track (cm)
y F -1000. 1000. 0.001 ! y- coordinate of track (cm)
z F 000. 20000. 0.001 ! z- coordinate of track (cm)
sx F -3. 3. 0.00001 ! x- slope of track
sy F -3. 3. 0.00001 ! y- slope of track
P F 0. 20000. 0.001 ! total momentum of track
Q F -1. +1. 0.1 ! charge assumed for this track
typ I 0 4 0.1 ! seed typ: 1=Ecal, 2=Hcal, 3=Muon, 4=vertex
! 5=MC_true
hits B ! bit map of hits accepted for this track
ok I 0 9999 0.1 ! 0=track accepted, >0=rejected
#
REFERENCES: 2
#
# References banks
#
TSE1
ATMC
#
END OBJECT
OBJECT # NAME: VPI0 ! multiple vertices summary for pile-up FANOUT: TRIG AUTHOR: N. Zaitsev VERSION: 0 PARTITIONS: 1 NOBJECTS: 1 PARAMETERS: 13 # # (Type may be F - float, I - integer, B - bit pattern) # Name Type Min Max Accuracy # # Bitted word containing a pileup decision # IDEC B # # below follow parameters obtained from the coincidence histogram: # Height of the first peak HPK1 F 0. 1000. 1. # Sum under the first peak SPK1 F 0. 1000. 1. # Z-position of the first peak ZPK1 F -15. 15. 0.001 # Expected resolution for V1 RPK1 F 0. 10. 0.001 # Expected background level (in double event) at Z1 BPK1 F 0. 100. 0.001 # Height of the second peak HPK2 F 0. 1000. 1. # Sum under the second peak SPK2 F 0. 1000. 1. # Z-position of the second peak ZPK2 F -15. 15. 0.001 # Expected resolution for V2 RPK2 F 0. 10. 0.001 # Expected background level (in double event) at Z2 BPK2 F 0. 100. 0.001 # Total number of coincidence s within histogram range STOT F 0. 1000. 1. # Average background level after two found peaks are scratched out LBKG F 0. 100. 0.001 # REFERENCES: 0 # # References banks # END OBJECT
OBJECT # NAME: VT21 ! track segments found in the vertex detector # ! **** r-projection only **** # # ! for valid tracks use FL = 0 # # ! first reference is first hit of track # # ! if a track is found in different triplettes, then the # ! track segments are marked: # ! FL = number of previous track segment > 0 # # ! if a r-hit is used in two track segments which are # ! found to be the first segments of a track, then both # ! segments are flagged with the number of the other # ! track segment <0 FANOUT: TRIG AUTHOR: T. Ruf VERSION: 0 PARTITIONS: 1 NOBJECTS: 100 PARAMETERS: 10 # # (Type may be F float, I integer, B bit pattern) # Name Type Min Max Accuracy # SEC I 1. 12. 0.1 ! phi sector number FL I 1. 0.0 0.1 ! 0="good" track, otherwise number of # ! other track segment ID I 0. 1.E10 0.1 ! if 0="ghost" track="random" hits # ! else pointer to ATMC bank SL F 1.0 1.0 1.E-7 ! slope dr/dZ B F 10. 10. 1.E-5 ! r-intersept at z="0" r1 F 10. 10. 1.E-5 ! radius of first hit r2 F 10. 10. 1.E-5 ! radius of second hit r3 F 10. 10. 1.E-5 ! radius of third hit # ! rest only filled for good tracks IP F 10. 10. 1.E-5 ! impact parameter to prim.vx SIP F 10. 10. 1.E-5 ! simple error on impact parameter # REFERENCES: 1 # # References banks # VSCR # END OBJECT
OBJECT # NAME: VT31 ! 3d-tracks found in the vertex detector # ! only tracks with large impact parameter #! Procedure: starting from the 2d triplett, the phi info is added. #! ==> first measured point and unit direction vector #! second step: the last measured points for r and phi detector is searched for. #! if no hits are found, the last but one station is tried, if still no hit #! is found, the last hit of the triplett is used. #! ==> improved unit direction vector, + last measured point. #! improved unit vector and first measured point is used for IP determination #! reference to 2d track, 4 phi hits and the fourth r-hit FANOUT: TRIG AUTHOR: T. Ruf VERSION: 0 PARTITIONS: 1 NOBJECTS: 100 PARAMETERS: 16 # # (Type may be F - float, I - integer, B - bit pattern) # Name Type Min Max Accuracy # X F -6.0 6.0 1.E-5 ! close to first measured point X Y F -6.0 6.0 1.E-5 ! close to first measured point Y Z F -6.0 6.0 1.E-5 ! first measured point Z SLX F -0.5 0.5 1.E-5 ! unit direction vector x SLY F -0.5 0.5 1.E-5 ! unit direction vector y SLZ F -0.5 0.5 1.E-5 ! unit direction vector z XL F -6.0 6.0 1.E-5 ! close to last measured point X YL F -6.0 6.0 1.E-5 ! close to last measured point Y ZL F -6.0 6.0 1.E-5 ! last measured point Z, phi-detector SLXL F -0.5 0.5 1.E-5 ! unit direction vector x SLYL F -0.5 0.5 1.E-5 ! unit direction vector y SLZL F -0.5 0.5 1.E-5 ! unit direction vector z SEC I 1. 12. 0.1 ! phi sector number ID I 0. 1.E10 0.1 ! if 0 = ghost track = random hits # ! else pointer to ATMC bank IP F -10. 10. 1.E-5 ! impact parameter in 3d SIP F -10. 10. 1.E-5 ! simple error on impact parameter in 3d # REFERENCES: 3 # # References banks # TVT21 VSCP VSCR # END OBJECT
OBJECT # NAME: VTS1 # ! Trigger summary bank for Level 1 vertex trigger FANOUT: TRIG AUTHOR: T. Ruf VERSION: 0 PARTITIONS: 1 ! NOBJECTS: 1 ! initial number of objects PARAMETERS: 5 ! number of parameters # # (Type may be F - float, I - integer, B - bit pattern) # Name Type Min Max Accuracy # FLAG I 0. 10. 0.1 ! decision word: 0 failed, 1 passed PILU I 0. 10. 0.1 ! pile up detection: 0 no or 1 yes NTR I 0. 100. 0.1 ! number of tracks with large IP NSEC I 0. 100. 0.1 ! number of secondary vertices PROB F 0. 1. 0.01 ! estimated probability for single vertex # REFERENCES: 0 # END OBJECT
OBJECT # NAME: VTS2 # ! Trigger summary bank for Level 2 vertex trigger FANOUT: TRIG AUTHOR: I. Tomalin VERSION: 0 PARTITIONS: 1 ! NOBJECTS: 1 ! initial number of objects PARAMETERS: 2 ! number of parameters # # (Type may be F - float, I - integer, B - bit pattern) # Name Type Min Max Accuracy # FLAG I 0. 10. 0.1 ! decision word: 0 failed, 1 passed NTR I 0. 100. 0.1 ! number of tracks with large IP # REFERENCES: 0 # END OBJECT
OBJECT # NAME: VTX1 ! Vertex bank of Level 1 trigger FANOUT: TRIG AUTHOR: T. Ruf VERSION: 0 PARTITIONS: 2 # ! partition one is for prim. vertex # ! partition two for all sec. vertices # ! first entry in partition 1 is based on maximum method # ! second entry uses weighted average method # ! (x,y) coordinates are the average of all tracks at z=z_prim # # NOBJECTS: 100 ! initial number of objects PARAMETERS: 3 ! number of parameters # # (Type may be F - float, I - integer, B - bit pattern) # Name Type Min Max Accuracy # x F -1.0 1.0 1.E-5 ! X coordinate of vertex y F -1.0 1.0 1.E-5 ! Y coordinate z F -100. 100. 1.E-5 ! Z coordinate # REFERENCES: 1 # # References banks # TVT31 # END OBJECT
OBJECT # NAME: VTX2 # ! Primary vertex bank of level 2 trigger FANOUT: TRIG AUTHOR: I. Tomalin VERSION: 0 PARTITIONS: 1 NOBJECTS: 1 ! initial number of objects PARAMETERS: 9 ! number of parameters # # (Type may be F - float, I - integer, B - bit pattern) # Name Type Min Max Accuracy # X F -1.0 1.0 1.E-5 ! X coord. of primary vertex Y F -1.0 1.0 1.E-5 ! Y coord. of primary vertex Z F -20.0 20.0 1.E-5 ! Z coord. of primary vertex EX F -1.0 1.0 1.E-5 ! Error in X of primary vertex EY F -1.0 1.0 1.E-5 ! Error in Y of primary vertex EZ F -20.0 20.0 1.E-5 ! Error in Z of primary vertex NUSE I 0 200 1 ! No. of tracks used to find P.V. NREJ I 0 200 1 ! No. of tracks rejected CHI2 F 0.0 1.E5 0.001 ! Chi**2 of P.V. fit. # REFERENCES: 0 # END OBJECT
OBJECT # # Describes a hit of Si-plane used for pile-up detection # OR'ed information from VRHT bank, ADC info is not added. # The planes are technically identical to those of the rest # part of Si-detector. # NAME: VPHT FANOUT: VSRE AUTHOR: N.Zaitsev VERSION: 0 PARTITIONS: 2 ! correspond to A and B detectors NOBJECTS: 100 ! initial number of objects PARAMETERS: 3 ! number of parameters per object without ID and refs # # ( Type may be F - float, I - integer, B - bit pattern ) # Name Type Min Max Accuracy # SEC I 1. 6. 0.1 ! phi sector within plane (1-6) DET I 1. 4. 0.1 ! inner-left = 1,inner-rigth = 2, # ! middle = 3, outer = 4 NSTR I 1. 1000. 0.1 ! strip number # ! count starts from inner radius # REFERENCE: 2 # # References banks # VPRW ATMC # END OBJECT
OBJECT # NAME: VPRW ! Raw (GEANT) hits in the Vertex Pileup detector FANOUT: VSRE AUTHOR: David Steele, N.Zaitsev VERSION: 0 PARTITIONS: 48 ! correspond to Si detectors NOBJECTS: 1000 ! initial number of objects PARAMETERS: 7 ! number of parameters per object without ID and refs # # This bank contains the RAW GEANT hits with positions given in the # GEANT frame of refence - see module VSDIGI for routines to convert # hits to local silicon coordinates. # # ( Type may be F - float, I - integer, B - bit pattern ) # Name Type Min Max Accuracy # EN_R F -50. 50. 0.01 ! R entry point. ENPH F -50. 50. 0.01 ! Phi entry point. (radians) EN_Z F -50. 50. 0.01 ! Z entry point. EX_R F -50. 50. 0.01 ! R exit point. EXPH F -50. 50. 0.01 ! Phi exit point. (radians) EX_Z F -50. 50. 0.01 ! Z exit point. EDEP F 0. 5000. 0.01 ! Energy deposited along track. # REFERENCE: 1 # # References banks # ATMC # END OBJECT
OBJECT # NAME: VRHT FANOUT: VSRE AUTHOR: Thomas Ruf VERSION: 0 PARTITIONS: 648 ! correspond to Si detector wafers NOBJECTS: 10000 ! initial number of objects PARAMETERS: 6 ! number of parameters per object without ID and refs # # ( Type may be F - float, I - integer, B - bit pattern ) # Name Type Min Max Accuracy # TYP I 0. 1. 0.1 ! detector Type R-phi DET I 0. 6. 0.1 ! phi sector SEC I 0. 4. 0.1 ! inner-left=1, inner-right=2, # ! middle = 3, outer = 4 NSTR I 0. 5000. 0.1 ! strip number Q F -5000. 5000. 0.01 ! strip charge ADC I 0. 1024. 0.1 ! ADC value # REFERENCE: 2 # # References banks # ATMC VRPR # END OBJECT
OBJECT # NAME: VRPR ! Raw (GEANT) hits in the Vertex Silicon R-Phi FANOUT: VSRE AUTHOR: David Steele VERSION: 0 PARTITIONS: 648 ! correspond to Si detectors NOBJECTS: 10000 ! initial number of objects PARAMETERS: 7 ! number of parameters per object without ID and refs # # This bank contains the RAW GEANT hits with positions given in the # GEANT frame of refence - see module VSDIGI for routines to convert # hits to local silicon coordinates. # # ( Type may be F - float, I - integer, B - bit pattern ) # Name Type Min Max Accuracy # EN_R F -50. 50. 0.000001 ! R entry point. ENPH F -50. 50. 0.000001 ! Phi entry point. (radians) EN_Z F -50. 50. 0.000001 ! Z entry point. EX_R F -50. 50. 0.000001 ! R exit point. EXPH F -50. 50. 0.000001 ! Phi exit point. (radians) EX_Z F -50. 50. 0.000001 ! Z exit point. EDEP F 0. 5000. 0.001 ! Energy deposited along track. # REFERENCE: 1 # # References banks # ATMC # END OBJECT
OBJECT # NAME: VSCL FANOUT: VSRE AUTHOR: S.Erhan VERSION: 0 PARTITIONS: 144 ! correspond to Si detectors NOBJECTS: 1000 ! initial number of objects PARAMETERS: 12 ! number of parameters per object without ID and refs # # ( Type may be F - float, I - integer, B - bit pattern ) # Name Type Min Max Accuracy # X F -100. 100. 0.01 ! X coordinate Y F -100. 100. 0.01 ! Y coordinate Z F -100. 100. 0.01 ! Z coordinate DX F -100. 100. 0.01 ! error on X coordinate DY F -100. 100. 0.01 ! error on Y coordinate DZ F -100. 100. 0.01 ! error on Z coordinate VECX F -100. 100. 0.01 ! X dircosine of a unit vector along the strip VECY F -100. 100. 0.01 ! Y dircosine of a unit vector along the strip CENW F -100. 100. 0.01 ! Weighted centre of the cluster CENG F -100. 100. 0.01 ! Geometric centre of the cluster ADC F -100. 100. 0.01 ! Cluster pulse height W I 0. 100. 0.01 ! Cluster width # REFERENCE: 1 # # References banks # VSHT # END OBJECT
OBJECT # NAME: VSCP FANOUT: VSRE AUTHOR: Thomas Ruf VERSION: 0 PARTITIONS: 18 ! corresponds to Si detectors NOBJECTS: 10000 ! initial number of objects PARAMETERS: 8 ! number of parameters per object without ID and refs # # ( Type may be F - float, I - integer, B - bit pattern ) # Name Type Min Max Accuracy PHI F 0. 10. 0.000001 ! phi coordinate DET I 0. 6. 0.1 ! phi sector number SEC I 0. 4. 0.1 ! detector sector number Z F -100. 100. 0.000001 ! z coordinate CENW F -100. 100. 0.1 ! weighted centre of cluster CENG F -100. 100. 0.1 ! geometric center of cluster ADC F -100. 100. 0.1 ! cluster pulse height W F 0. 100. 0.01 ! cluster width # REFERENCE: 1 # # References banks # VRHT # END OBJECT
OBJECT # NAME: VSCR FANOUT: VSRE AUTHOR: Thomas Ruf VERSION: 0 PARTITIONS: 18 ! corresponds to Si detectors NOBJECTS: 10000 ! initial number of objects PARAMETERS: 8 ! number of parameters per object without ID and refs # # ( Type may be F - float, I - integer, B - bit pattern ) # Name Type Min Max Accuracy # R F 0. 10. 0.000001 ! r coordinate DET I 0. 6. 0.1 ! phi sector number SEC I 0. 4. 0.1 ! detector sector number Z F -100. 100. 0.000001 ! z coordinate CENW F -100. 100. 0.1 ! weighted centre of cluster CENG F -100. 100. 0.1 ! geometric center of cluster ADC F -100. 100. 0.1 ! cluster pulse height W F 0. 100. 0.01 ! cluster width # REFERENCE: 1 # # References banks # VRHT # END OBJECT
OBJECT # NAME: VSHT FANOUT: VSRE AUTHOR: S.Erhan VERSION: 0 PARTITIONS: 144 ! correspond to Si detectors NOBJECTS: 1000 ! initial number of objects PARAMETERS: 2 ! number of parameters per object without ID and refs # # ( Type may be F - float, I - integer, B - bit pattern ) # Name Type Min Max Accuracy # NSTR I 0. 5000. 0.01 ! Strip number ADC I -5000. 5000. 0.01 ! Strip energy # REFERENCE: 1 # # References banks # ATMC # END OBJECT
OBJECT # NAME: VSRW ! Raw (GEANT) hits in the Vertex Silicon Detector FANOUT: VSRE AUTHOR: Iain Last VERSION: 0 PARTITIONS: 144 ! correspond to Si detectors NOBJECTS: 1000 ! initial number of objects PARAMETERS: 7 ! number of parameters per object without ID and refs # # This bank contains the RAW GEANT hits with positions given in the # GEANT frame of refence - see module VSDIGI for routines to convert # hits to local silicon coordinates. # # ( Type may be F - float, I - integer, B - bit pattern ) # Name Type Min Max Accuracy # EN_X F -50. 50. 0.01 ! X entry point. EN_Y F -50. 50. 0.01 ! Y entry point. EN_Z F -50. 50. 0.01 ! Z entry point. EX_X F -50. 50. 0.01 ! X exit point. EX_Y F -50. 50. 0.01 ! Y exit point. EX_Z F -50. 50. 0.01 ! Z exit point. EDEP F 0. 5000. 0.01 ! Energy deposited along track. # REFERENCE: 1 # # References banks # ATMC # END OBJECT
OBJECT # NAME: VSSG FANOUT: VSRE AUTHOR: S.Erhan VERSION: 0 PARTITIONS: 2 ! correspond to X & Y views NOBJECTS: 100 ! initial number of objects PARAMETERS: 9 ! number of parameters per object without ID and refs # # ( Type may be F - float, I - integer, B - bit pattern ) # Name Type Min Max Accuracy # Z F -100. 100. 0.01 ! Z coordinate at which errors are valid U F -100. 100. 0.01 ! U(=X or Y) intersept SU F -5000. 5000. 0.01 ! slope dU/dZ CUU F -100. 100. 0.01 ! Covariance Uintersept-Uintersept CUS F -100. 100. 0.01 ! Covariance Uintersept-Slope CSS F -100. 100. 0.01 ! Covariance Slope-Slope CHI2 F -100. 100. 0.01 ! Chi square/d.o.f. DU3 F -100. 100. 0.01 ! DU3: 3rd smallest residual in x/y VID I 0. 1.e10 0.01 ! ID of the same track segment in other view # REFERENCE: 1 # # References banks # VSCL # END OBJECT
# OBJECT # NAME: VTRW FANOUT: VSRE AUTHOR: Iain Last, N.Zaitsev VERSION: 0 PARTITIONS: 4 ! correspond to Si detectors NOBJECTS: 100 ! initial number of objects PARAMETERS: 7 ! number of parameters per object without ID and refs # # This bank contains the RAW GEANT hits with positions given in the # GEANT frame of refence - see module VSDIGI for routines to convert # hits to local silicon coordinates. # If the VSIL option of SETS = 1 then the exit point is the same as # entry point. # # ( Type may be F - float, I - integer, B - bit pattern ) # Name Type Min Max Accuracy # for XYZ - 1 micron # for Energy - 100 keV EN_X F -50. 50. 0.0001 ! X entry point. EN_Y F -50. 50. 0.0001 ! Y entry point. EN_Z F -50. 50. 0.0001 ! Z entry point. EX_X F -50. 50. 0.0001 ! X exit point. EX_Y F -50. 50. 0.0001 ! Y exit point. EX_Z F -50. 50. 0.0001 ! Z exit point. EDEP F 0. 5000. 0.0001 ! Energy deposited along track. # REFERENCE: 1 # # References banks # ATMC # END OBJECT
OBJECT # NAME: WDHT FANOUT: WDRE AUTHOR: A.Tsaregorodtsev VERSION: 0 PARTITIONS: 13 ! correspond to tracking stations NOBJECTS: 5000 ! initial number of objects PARAMETERS: 10 ! number of parameters per object without ID and refs # # ( Type may be F - float, I - integer, B - bit pattern ) # Name Type Min Max Accuracy # X F -5000. 5000. 0.001 ! X position Y F -5000. 5000. 0.001 ! Y position Z F -5000. 5000. 0.001 ! Z position DX F 0. 50. 0.001 ! X position error DY F 0. 50. 0.001 ! Y position error DZ F 0. 50. 0.001 ! Z position error SLX F -5000. 5000. 0.001 ! Slope dX/dZ SLY F -5000. 5000. 0.001 ! Slope dY/dZ DSLX F 0. 50. 0.001 ! error of slope dX/dZ DSLY F 0. 50. 0.001 ! error of slope dY/dZ # REFERENCE: 2 # # References banks # ATMC WDRW # END OBJECT
OBJECT # # This bank contains the RAW GEANT hits with positions given in the # GEANT frame of refence. # NAME: WDRW FANOUT: WDRE AUTHOR: M.Merk VERSION: 0 PARTITIONS: 13 ! correspond to tracking stations NOBJECTS: 5000 ! initial number of objects PARAMETERS: 8 ! number of parameters per object without ID and refs # # ( Type may be F - float, I - integer, B - bit pattern ) # Name Type Min Max Accuracy # EN_X F -5000. 5000. 0.001 ! X entry point EN_Y F -5000. 5000. 0.001 ! Y entry point EN_Z F -5000. 5000. 0.001 ! Z entry point EX_X F -5000. 5000. 0.001 ! X exit point EX_Y F -5000. 5000. 0.001 ! Y exit point EX_Z F -5000. 5000. 0.001 ! Z exit point TOFL F -100. 100. 0.001 ! Time of flight EDEP F 0. 5000. 0.001 ! Energy depositied along the track. # REFERENCE: 3 # # References banks # ATMC WIDG WODG # END OBJECT
OBJECT # NAME: WIDG FANOUT: WDRE AUTHOR: M.Merk VERSION: 0 PARTITIONS: 13 ! correspond to tracking stations NOBJECTS: 5000 ! initial number of objects PARAMETERS: 3 ! number of parameters per object without ID and refs # # ( Type may be F - float, I - integer, B - bit pattern ) # Name Type Min Max Accuracy # IDS I 0. 1.e10 0.01 ! Id hit strip DIS F 0. 100. 0.01 ! distance to the strip center DER F 0. 100. 0.01 ! distance error # REFERENCE: 2 # # References banks # ATMC WDRW # END OBJECT
OBJECT # NAME: WODG FANOUT: WDRE AUTHOR: M.Merk VERSION: 0 PARTITIONS: 13 ! correspond to tracking stations NOBJECTS: 5000 ! initial number of objects PARAMETERS: 3 ! number of parameters per object without ID and refs # # ( Type may be F - float, I - integer, B - bit pattern ) # Name Type Min Max Accuracy # IDW I 0. 1.e10 0.01 ! Id wire TIM F 0. 100. 0.01 ! Drift time (distance) TER F 0. 100. 0.01 ! Drift time error (distance error) # REFERENCE: 2 # # References banks # ATMC WDRW # END OBJECT