Index

[c]Constant = Fortran parameter
[f]Fortran function
[s]Fortran subroutine
[sf]Fortran statement function
[v]Fortran variable/array stored in a COMMON block

ADBSCONS ALEPH database, may be defined on FDBA data card, 4.1.6 on p. 
add vectors: 9.2.2 on p.  and 10.3 on p. 
ALCORnnn Obsolete: correction file to ALPHA version nnn. All corrections are included into the Alpha library, see Appendix C on p. 
ALENFLW Obsolete: library to run ENFLW, QMUIDO, GAMPEX: now in the Alpha library, see Appendix C on p. 
ALEPH file types 4.1.1 on p. 
ALGUIDE App C on p.  Where to find the L^ATEX source and PostScript file of the present documentation
ALLR parameter on FILO data card: 4.1.4 on p.  , ALPHA initialization in QMALPH called from QMINIT: 3.2 on p. 
ALPHA^{+ +} C^{+ +} extension of ALPHA: Appendix H on p. 
ALPHARUN command file to run ALPHA on VMS:Ch. 2 on p.  and App. C on p. 
alpharun shell file to run ALPHA on UNIX:Ch. 2 on p.  and App. C on p. 

angle
azimuth, polar angle: 9.1 on p. 
decay angle: 9.1 on p. 
antiparticle
access to antiparticles: 7.4.4 on p. 
definition on data cards: 4.13.1 on p. 
AUBOS [s]ALEPHLIB routine to book BOS banks, use FORBIDDEN in ALPHA: 3.1.5 on p. 

batch job see ALPHARUN: 2 on p. 
beam position, from chunk-by-chunk information (GET_BP) see XGETBP, etc.: 6.2 on p. ,
beam position from BOMs 6.5.6 on p. 
bending radius of a reconstructed charged track: 8.2.1 on p. 
beta see QBETA: 9.1 on p. 
BGARB [s]BOS routine to cleanup BOS array, forbidden in ALPHA : 3.1.5 on p. 
BHIS data card for QIPBTAG: 12.5.3 on p. 

BMACRO standard BOS statement functions: 3.1.2 on p. 
BNEG data card for QIPBTAG: 12.5.3 on p. 

book histograms: 5.1 on p. 
boost Lorentz: 9.6 on p. 
BOBS data card for LEP BOMs: 4.16 on p. 
BOM beam position from BOMs: 6.5.6 on p. 
BOS initialization in QUIBOS: 3.5.5 on p. 
BPER data card for MCarlo beam position: 4.15 on p. 
BPWT data card for MCarlo beam position: 4.15 on p. 
BSIZ data card for MCarlo beam position: 4.15 on p. 
BTRK data card for QIPBTAG: 12.5.3 on p. 

c [c] speed of light: 6.1 on p. 
CALB data card for QIPBTAG: 12.5.3 on p. 
CALPHA to use ALPHA from C programs : Appendix H on p. 
calorimeter objects 7.1 on p.  and 7.3 on p. 
CARDS file type: 4.1.1 on p. 
charge
of an individual particle: 8.1.1 on p. 
on particle table: 15.5 on p. 
charged tracks 7.1 on p.  and 7.3 on p. 
CHTSIM [f] To decide to use QDEDX or QDEDXM in MCarlo analysis 12.1.5 on p. 
CLAS Data card for use with event directories to select events: 4.1.5 on p. 
class
reading class word for EDIRs: 6.5.2 on p. 
setting class word for EDIRs: 13.3 on p. 
``track'' class: 7.4.1 on p.  and 8.1.8 on p. 

COPY data card: 4.1.7 on p. 
copy
track vectors into other track vectors: 9.2.4 on p.  and 9.2.9 on p. 
track vectors into Fortran arrays: 9.2.7 on p. 
Fortran arrays into track vectors: 9.2.13 on p. 
CQDATE [v] date at start of job: 6.7.6 on p. 
CQFOUT [v] name of output file: 6.7.6 on p. 
CQPART [f] particle name for a given integer code: 15.5 on p. 
CQTPN [f] track's particle name: 8.1.8 on p. 
CQTIME [v] time at start of job: 6.7.6 on p. 
CQVERS [v] ALPHA version: 6.7.6 on p. 
create new track: 9.2.8 on p. 
cross product QVCROS: 9.2.5 on p. 

DAF file type - direct access files: 4.1.1 on p. 
data
base - opened in QMINIT: 3.2 on p. 
cards - description 4 on p. 
set name -conventions 4.1.1 on p. ; examples 4.1.2 on p. 
daughter particles 7.5.1 on p.  and 7.8 on p. 
DEBU data card: 4.5 on p. 
debug
special VAX debugger features: 2 on p. 
level - see KDEBUG: 6.7.2 on p. 
decay angle 9.1 on p. 
dE/dx 12.1 on p. , 8.2.4 on p. 
DISP parameter on HIST or FILO data card
dot product 9.1 on p. 
DRGA data card: 4.18 on p. 
drop tracks 9.2.6 on p. 
DST unpacking 4.3 on p. 
D0 see QDB
DURHAM jet finding - scaled invariant mass sq. algorithm: 10.11.1 on p. 
DWIN data card for QFNDIP cuts: 4.17 on p. 

e constant: 6.1 on p. 
ECAL
objects 7.1 on p.  and 7.3 on p. 
wire energy - see QEECWI: 6.6 on p. 
EDIR event directory: 4.1.5 on p. 
EFLW energy flow data card: 11.2 on p. 
EFOL see energy flow
EFOU data card: to write the EFOL bank on output tape 4.18 on p. 
EGPC see GAMPEC, obsolete
ENDQ BOS data card: 4 on p. 
energy
center-of-mass LEP energy, see QELEP: 6.3 on p. 
for ALPHA tracks, see QE: 8.1.1 on p. 
missing energy: 10.10 on p. 
energy flow Ch. 11 on p. 
ENFLW energy flow algorithm: 11.1 on p. 
EPIO file type: machine-independent input / output: 4.1.1 on p. 
EVEH bank: 6.5.1 on p. 
event
directories: 4.1.5 on p. 
input - see FILI data card: 4.1.2 on p. 
output- see FILO data card 4.1.4 on p.  and routine QWRITE: 13.2 on p. 
processing - see QUEVNT: 3.3 on p. 

FDBA Data card to set ADBSCONS database : 4.1.6 on p. 
FIEL Data card to set magnetic field: 4.8 on p. 
file types = ALEPH file types: 4.1.1 on p. 
FILI data card - input data set(s): 4.1.2 on p. 
FILO data card - output data set: 4.1.4 on p. 
flags user: 8.1.8 on p. , 9.2.14 on p. 
Fox-Wolfram moments: 10.8 on p. 
frame access to Lorentz frames: 7.4.1 on p. 
FRF0 data card - ignore vertex det. in track fit: 4.9 on p. 
FR10 or FR12 data card - use unsmeared hits for track fits in Mcarlo POTs : 4.10 on p. 

gamma see QGAMMA: 9.1 on p. 
gamma conversions see QPAIRF: 12.2 on p. 
GAMPEC photons: 7.1.1 on p.  and 8.3.1 on p. 
GAMPEX photons: 7.1.1 on p.  and 8.3.2 on p. 
GENEVA jet finding - so-called GENEVA algorithm: 10.11.1 on p. 
GET_BP(I) [s] Find the event-chunk beam position 6.2 on p. 
GETYIJ [s]jet finding ->> yij for a fixed number of jets 10.11.1 on p. 

h Planck constant 6.1 on p. 
HAC parameters bank offset: 3.1.3 on p. 
hbar constant: 6.1 on p. 
HBOOK 5.1 on p. 
initialization - QUIHIS: 3.5.3 on p. 
termination -QUTHIS: 3.5.4 on p. 
HCAL objects 7.1 on p.  and 7.3 on p. 
hemispheres see QJHEMI: 10.9 on p. 
High Voltage 6.5.4 on p. 
HIS histogram file type 5.2.1 on p. 
HIST histogram file data card: 5.2.1 on p. 
histograms Ch. 5 on p. 
histogram output see 5.2.1 on p.  and 5.2.2 on p. 
HJET data card for QIPBTAG: 12.5.3 on p. 
HTIT data card: general histogram title 4.7.2 on p. 

Implicit None 3.1.4 on p. 
INCLUDE Fortran statement: 3.1.2 on p. 
initialization see QMINIT and QUINIT: 3.2 on p. 
invariant mass 9.1 on p. 
INVMAS jet finding - invariant mass algorithm: 10.11.1 on p. 
IRUN data card: ignore runs 4.1.3 on p. 

JADE jet finding - scaled invariant mass sq. algorithm: 10.11.1 on p. 
JMES data card for QIPBTAG: 12.5.3 on p. 
JULMATCH [s] matching between reconstructed tracks and MC truth: 12.14 on p. 
jets 10.11 on p. 

KBESTM [f] best match to a charged track: 7.7 on p. 
KBFLAG [sf] track flag bits
KBMASK [sf] track mask bits

KCANTI [sf] particle - antiparticle: 15.5 on p. 
KCDIR [sf] direct access to particles: 7.4.2 on p. 
KCDIRA [sf] direct access to (anti)particles: 7.4.4 on p. 
KCHGD [sf] list of associated charged tracks: 7.3 on p. 
KCLASS [sf] class KRECO,KMONTE,Lorentz fr.: 8.1.8 on p. 
KCLASW [v] event directory class. word: 6.5.2 on p. 
KCH [sf] track's charge: 8.1.1 on p. 
KCHT [f] original copy of a charged track: 7.6.2 on p. 
KDAU [sf] access to daughter particles: 7.5.1 on p. 
KDEBUG [v] debug level: 6.7.2 on p. 
KECAL [sf] list of associated ECAL objects: 7.3 on p. 
KEFOxx [sf] access to ENFLW energy flow informations 11.1.1 on p. 
KEIDxx [sf] bank EIDT: 8.2.5 on p. 
KENDV [sf] track's end vertex: 7.8 on p. 
KEVExx [v] event header bank EVEH: 6.5.1 on p. 
KEVH bank: 6.5.3 on p. 
KEVT [v] current event number: 6.5.1 on p. 
KEXP [v] experiment number: 6.5.1 on p. 

KFAST [v] first cal object associated to a charged track: 7.1 on p. 
KFCHT [v] first charged track: 7.1 on p. 
KFCOT [v] first cal object: 7.1 on p. 
KFDCT [v] first decay track: 7.1 on p. 
KFIST [v] first isolated cal object: 7.1 on p. 
KFJET [v] first reconstructed jet: 7.1 on p. 
KFKIV [v] first Kink vertex: 7.1.2 on p. 
KFLJET [v] first jet built by subroutine QSELEP : 12.11.8 on p. 
KFLVT [v] first reconstructed Long V0 track: 7.1.1 on p. 
KFLV0 [v] first reconstructed Long V0 vertex: 7.1.2 on p. 

KFMCT [v] first MC particle: 7.1 on p. 
KFMCV [v] first MC vertex : 7.1.2 on p. 
KFNIV [v] first Nuclear Interaction vertex: 7.1.2 on p. 

KFOLLO [sf] following track: 7.4.2 on p. 
KRDFL [sf] read user flag: 8.1.8 on p. 
KFRET [v] first reconstructed track: 7.1 on p. 
KFREV [v] first reconstructed vertex : 7.1.2 on p. 
KFRFxx [sf] bank FRFT = track fit: 8.2.1 on p. 
KFRIxx [sf] bank FRID: 8.2.3 on p. 
KFRTxx [sf] bank FRTL: 8.2.2 on p. 
KFV0T [v] first particle pointing to V0: 7.1 on p. 

KHCAL [sf] list of associated HCAL objects: 7.3 on p. 
KHMAxx [sf] bank HMAD = HCAL-muon association: 8.2.6 on p. 
Kinematic fitting 9.3 on p. 
KKEVxx [v] bank KEVH 6.5.3 on p. 
KLAST [v] last cal object associated to a charged track: 7.1 on p. 
KLCHT [v] last charged track: 7.1 on p. 
KLCOT [v] last cal object: 7.1 on p. 
KLDCT [v] last decay track: 7.1 on p. 
KLEPxx [sf] Output variables from subroutine QSELEP : 12.11.6 on p. 
KLIST [v] last isolated cal object: 7.1 on p. 
KLJET [v] last reconstructed jet: 7.1 on p. 
KLJTNO [sf] number of objects inside jet built by QSELEP : 12.11.8 on p. 

KLKIV [v] last Kink vertex: 7.1.2 on p. 
KLLJET [v] last jet built by subroutine QSELEP : 12.11.8 on p. 
KLLVT [v] last reconstructed Long V0 track: 7.1.1 on p. 
KLLV0 [v] last reconstructed Long V0 vertex: 7.1.2 on p. 
KLMCT [v] last MC particle: 7.1 on p. 
KLMCV [v] last MC vertex : 7.1.2 on p. 
KLNIV [v] last Nuclear Interaction vertex: 7.1.2 on p. 

KLRET [v] last reconstructed track: 7.1 on p. 
KLREV [v] last reconstructed vertex : 7.1.2 on p. 
KLUNDS [sf] Lund status code: 8.1.8 on p. 
KLV0T [v] last particle pointing to V0: 7.1 on p. 
KMCAxx [sf] bank MCAD = muon chambers: 8.2.7 on p. 
KMOTH [sf] access to mother particle: 7.5.2 on p. 
KMTCH [sf] match MC - reconstructed charged tracks: 7.7 on p. 
KMUIIF [sf] Muon identification flag for charged tracks: 8.2.8 on p. 
KNAST [v] number of cal objects assoc. to a charged track: 7.1 on p. 
KNCHGD [sf] number of associated charged tracks: 7.3 on p. 
KNCHT [v] number of charged tracks: 7.1 on p. 
KNCOT [v] number of cal objects: 7.1 on p. 
KNDAU [sf] number of daughters: 7.5.1 on p. 
KNDCT [v] number of decay tracks: 7.1 on p. 
KNECAL [sf] number of associated ECAL objects: 7.3 on p. 
KNEFIL [v] number of events on current input file: 6.7.1 on p. 
KNEOUT [v] number of events on output file: 6.7.1 on p. 
KNEVT [v] number of events read in up to now: 6.7.1 on p. 
KNHCAL [sf] number of associated HCAL objects: 7.3 on p. 
KNIST [v] number of isolated cal objects: 7.1 on p. 
KNJET [v] number of reconstructed jets: 7.1 on p. 
KNLJET [v] number of jets built by subroutine QSELEP : 12.11.8 on p. 
KNMCT [v] number of MC particles: 7.1 on p. 
KNMCV [v] number of MC vertices : 7.1.2 on p. 
KNMOTH [sf] number of mother particles: 7.5.2 on p. 
KNMTCH [sf] number of matching particles: 7.7 on p. 
KNOVT [v] number of overlap objects: 7.1 on p. 
KNREIN [v] number of records read from current input file: 6.7.1 on p. 
KNRET [v] number of reconstructed tracks: 7.1 on p. 
KNREV [v] number of reconstructed vertices : 7.1.2 on p. 
KNTEX [sf] number of TPC sectors for dE/dx: 8.2.4 on p. 
KNTRU [f] number of matchings between ENFLW objects and true MC: 11.1.5 on p. 

KNV0T [v] number of particle pointing to V0s: 7.1 on p. 

KORIV [sf] vertex at origin of track: 7.8 on p. 

KPART [f] integer code from particle name: 15.5 on p.  and 7.4.3 on p. 
KPDIR [f] direct access to particles: 7.4.2 on p. 
KPDIRA [f] direct access to (anti)particles: 7.4.4 on p. 
KPECxx [sf] bank PECO: 8.2.9 on p. 
KPEPxx [sf] bank PEPT: 8.2.10 on p. 
KPGAxx [sf] bank PGAC: 8.3.3 on p. 
KPHCxx [sf] bank PHCO: 8.2.11 on p. 

KRUN [v] run number: 6.5.1 on p. 

KSAME [sf] access to same objects: 7.6 on p. 
KSMTCH [sf] number of shared hits in match: 7.7 on p. 
KSTABC [sf] stability code: 8.1.5 on p. 
KSTATU [v] job status (init / event proc. / term): 6.7.2 on p. 

KTEXxx [sf] dE/dx bank TEXS: 8.2.4 on p. 
KTLOR [f] Lorentz transformation: 9.6.1 on p. 
KTLOR1 [f] Lorentz transformation: 9.6.2 on p. 
KTN [sf] Julia/Galeph track number: 8.1.8 on p. 
KTPCOD [sf] track's particle code: 8.1.8 on p. 

KUCARD [v] log. unit for the card file: 6.7.4 on p. 
KUCRD2 [v] 2nd log. unit for card files: 6.7.4 on p. 
KUCONS [v] log.unit for the data base: 6.7.4 on p. 
KUINPU [v] log. unit for event input: 6.7.4 on p. 
KUOUTP [v] log. unit for event output: 6.7.4 on p. 
KUPRNT [v] log. unit for the line printer output: 6.7.4 on p.  and 6.7.4 on p. 
KUPTER [v] log. unit for the terminal: 6.7.4 on p.  and 6.7.4 on p. 

KVBFLG [sf] vertex bit flags
KVDAU [sf] access to tracks from a vertex: 7.8 on p. 
KVFITA [f] kinematic fitting: 9.3 on p. 
KVFITC [f] Fitting of N tracks with YTOP with mass constraint , 9.4 on p. 
KVFITM [f] kinematic fitting: 9.3 on p. 
KVFITN [f] Fitting of N tracks with YTOP , 9.4 on p. 
KVFITV [f] Fitting of N tracks with YTOP with vertex constraint , 9.4 on p. 
KVFTMC [f] Fitting of a subset of n tracks with YTOP with mass constraint , 9.4 on p. 
KVGOOD [f] VDET readout: 12.4.3 on p. 
KVINCP [sf] incoming particle to a vertex: 7.8 on p. 
KVN [sf] Julia/Galeph vertex number: 8.4 on p. 
KVNDAU [sf] number of outgoing tracks: 7.8 on p. 
KVNEW [f] create new track vector: 9.2.8 on p. 
KVSAVE [f] save track: 9.2.9 on p. 
KVSAVC [f] save track in specific class: 9.2.12 on p. 
KVTYPE [sf] vertex type : 8.4 on p. 

KYV0xx [sf] bank YV0V: 8.2.12 on p. 

LEP energy see QELEP
lepton identification for Heavy Flavours, see QSELEP : 12.11 on p. 
lifetime on particle table: see QCLIFE / QPLIFE: 15.5 on p. 
line printer see KUPRNT
LJET Jets built by subroutine QSELEP : 12.11.8 on p. 
lock 10.2 on p. 
logical units 6.7.4 on p. 
loops over tracks (= vectors) and vertices: 7 on p. 
Lorentz transformations: 9.6 on p. ; see also decay angle: 9.1 on p. 
LSxx data cards for QSELEP: 12.11.4 on p. 
LUCLUS jet finding algorithm: 10.11.3 on p. 
Luminosity value for current run: see XIOKLU,QRINLU,XIOKSI,QRSLLU

main program see QMAIN
mass
of an individual particle: 8.1.1 on p. 
invariant mass of a system of particles: 9.1 on p. 
missing mass: 10.10 on p. 
nominal mass in the particle table: 15.5 on p. 
match reconstructed charged tracks and MC particles: 7.7 on p. 
match Energy Flow objects and MC particles: 11.1.5 on p. 
MCMATCH [s] matching between reconstructed charged tracks and MC truth: 12.13 on p. 
MEXT data card: to force the muon extrapolation in HCAL 4.18 on p. 
MINA data card: add non-standard banks to a private MINI, App.  D.4 on p. 
Mini-DST App. D on p. 
MINI
card:  4.1.4 on p.  and App. D on p. 
flag for Mini-DST input: 6.7.3 on p. 
MINPdata card for official MINI writing : 4.1.4on p.  and App. D on p. 
missing mass, energy, momentum: 10.10 on p. 
momentum of a particle see QP 8.1.1 on p.  / missing momentum 10.10 on p. 
Monte Carlo
flag for an event: 6.7.3 on p. 
loops over MC particles: 7.1 on p.  and 7.4 on p. 
particle code: 15.1 on p. 
particle table: 15.1 on p. 
mother particle 7.5.2 on p. 
MUID access to MUID (QMUIDO) information: 8.2.8 on p. 

Nano-DST App. E on p. 
NANCOM Include File to use when reading a Nano : see previous edition of this manual
NATIVE file type: machine-dependent input/output 4.1.1 on p. 
NATIVE parameter on FILI / FILO data cards (q.v.)
NEVT data card: select NEVT events: 4.1.3 on p. 
new track KVNEW: 9.2.8 on p. 
nominal mass on particle table: 15.5 on p. 
NOBG data card for QIPBTAG: 12.5.3 on p. 
NOOV parameter on FILO / HIST data cards (q.v.)
NOPH no hostogram printing: 5.2.2 on p. 
NOPX data card to suppress rebuilding of PTPX bank for pad dE/dx: 4.18 on p. 
NORU parameter on FILO data card: 4.1.4 on p. 
NOxx ALPHA process cards: 4.2 on p. 
NQIP data card for QIPBTAG: 12.5.3 on p. 
NREC parameter on HIST data card : 5.2.1 on p. 
NSEQ data card: to read files with runs in any order : 4.1.3 on p. 
NSID data card for ENFLW to suppress SICAL cleaning: 4.18 on p. 
Ntuples Ch. 5 on p. 
NUMJ data card for QIPBTAG: 12.5.3 on p. 
NWRT data card: Write NWRT events: 4.1.3 on p. 

OQIP data card for QIPBTAG: 12.5.3 on p. 
output
events - see FILO card: 4.1.4 on p.  and routine QWRITE: 13.2 on p. 
histograms - see HIST data card: 5.2.1 on p. 

parameters HAC parameters: 3.1.3 on p. 
particle
analysis of particle systems: 7.4.5 on p. 
-antiparticle relation: 7.4.4 on p. 
attributes: 15.5 on p. 
code: 7.4.3 on p.  and 15.2 on p. 
direct access to specific particles: 7.4 on p. 
invariant mass of particle systems: 9.1 on p. 
table
data cards: 15.4 on p. 
MC table: 15.1 on p.  and 15.4 on p. 
standard table 15.4 on p. 
PAW interactive analysis of histograms and Ntuples: 5.2.1 on p. 
PCOR data card to call QPCORR automatically: 4.18 on p.  and 12.20 on p. 
PCPA neutral objects from PCPA: 7.1.1 on p.  and 11.3 on p. 
PGAC bank for photons in ECAL, 8.3.3 on p. 
PGPC see GAMPEX ( banks for photons, obsolete )
photon conversions see QPAIRF: 12.2 on p. 
photons from GAMPEC: 7.1.1 on p.  and 8.3.1 on p. 
pi constant: 6.7.6 on p. 
PI0DEB [s] Debug printout of $\pi^{0}_{}$ found by QPI0DO 12.9 on p. 
Planck constant: 6.7.6 on p. 
PMOD data card: modify particle table 15.4.1 on p. 
PNEW data card: new entry into particle table 15.4.2 on p. 
PTRA data card: modify MC particle code translation: 15.4.3 on p. 
POT unpacking: 4.3 on p. 
process ALPHA process cards: 4.2 on p. 
PTCLUS jet finding algorithm: 10.11.4 on p. 
PVM Running ALPHA in parallel on SAGA: C.3 on p. 

QBEAMX [s] size of luminous region: 12.10 on p. 
QBETA [sf] beta of a particle: 9.1 on p. 
QBMTAG [s] Invariant-mass b-tagging: 12.7 on p. 
QBOOKN [s] book Ntuples: 5.1.4 on p. 
QBOOKR [s] book Ntuples with run and event number: 5.1.5 on p. 
QBOOK1 [s] book 1-dimensional histograms: 5.1.1 on p. 
QBOOK2 [s] book 2-dimensional histograms: 5.1.2 on p. 
QBPROF [s] book Profile histograms: 5.1.3 on p. 
QCDE macro: all parameters, commons etc.: 3.1.2 on p. 
QCDESH short subset of QCDE
QCFxxx macros containing statement functions
QCH [sf] track's charge: 8.1.1 on p. 
QCOSA [sf] cos (angle between two tracks): 9.1 on p. 
QCT [sf] cos (theta): 9.1 on p. 

QDATA [s] (quasi) block data
QDB [sf] distance to beam axis: 8.1.4 on p. 
QDBS2 [sf] error² on QDB: 8.1.4 on p. 
QDDX [s] combined dE/dx estimation using pads and wires: 12.1.3 on p. 
QDECAN [f] decay angle: 9.1 on p. 
QDECA2 [f] decay angle: 9.1 on p. 
QDEDX [s] dE/dx analysis: 12.1 on p. 
QDEDXM [s] dE/dx analysis (MCarlo datasets): 12.1.4 on p. 
QDHExx [v] header bank DHEA: obsolete since May 1993
QDMMCL [s]jet finding - scaled invariant mass sq. DURHAM algorithm: 10.11.1 on p. 
QDMSQ [sf] mass difference ²: 9.1 on p. 
QDOT3 [sf] dot product (3-vector): 9.1 on p. 
QDOT4 [sf] dot product (4-vector): 9.1 on p. 

QE [sf] energy: 8.1.1 on p. 
QEECWI [v] ECAL wire energy: 6.6 on p. 
QEIDxx [sf] bank EIDT = electron identification: 8.2.5 on p. .
QELEP [v] LEP c.m.s. energy, in GeV: 6.3 on p. 
QEWSUM [s] ECAL wire energy on even/odd wire planes: 12.19 on p. 
QFILBP_STATUS [s] to know how the beam position with BOMS was found: 12.18 on p. 
QFND data card: to call the QFNDIP package 4.17 on p. 
QFNDIP [s]event interaction point finding routine 4.17 on p. 
QFRFxx [sf] bank FRFT = track fit: 8.2.1 on p. 
QFRIxx [sf] bank FRID: 8.2.3 on p. 
QFRTxx [sf] bank FRTL = appendix to FRFT: 8.2.2 on p. 
QGAMMA [sf] particle's gamma: 9.1 on p. 
QGJMMC [s]jet finding : ALPHA interface to ALEPHLIB FJMMCL routine : 10.11.1 on p. 
QHFN [s] fill Ntuple: 5.1.7 on p. 
QHFNR [s] fill Ntuple with run and event number: 5.1.7 on p. 
QHFR [s] fill Ntuple with run and event number: 5.1.6 on p. 
QHMAxx [sf] bank HMAD = HCAL-muon association: 8.2.6 on p. 

QIDV0 [s]Recalculate V0 4-vector: 9.2.3 on p. 

QIPBTAG [f] B-Tagging routine using impact parameter method 12.5 on p. 
QITI data card for QIPBTAG: 12.5.3 on p. 
QJADDP [s]add 4-vectors: 10.3 on p. 
QJEIG [s]eigenvalues of mom. tensor: 10.4 on p. 
QJFOXW [s]Fox-Wolfram moments: 10.8 on p. 
QJHEMI [s]divide the event into two hemispheres: 10.9 on p. 
QJMISS [s]missing energy, mass, and momentum: 10.10 on p. 
QJMDCL [s]jet finding - scaled minimum distance algorithm: 10.11.2 on p. 
QJMMCL [s]jet finding - scaled invariant mass sq. JADE algorithm: 10.11.1 on p. 
QJLUCL [s]jet finding - LUCLUS: 10.11.3 on p. 
QJOPTM [s]select MC particles for QJxxxx routines: 10.1.2 on p. 
QJOPTR [s]select reconstructed objects for QJxxxx routines: 10.1.1 on p. 
QJPTCL [s]jet finding - PTCLUS: 10.11.4 on p. 
QJSPHE [s]sphericity: 10.6 on p. 
QJTENS [s]linearized momentum tensor: 10.5 on p. 
QJTHRU [s]thrust value / axis: 10.7 on p. 

QKEVxx [v] bank KEVH: 6.5.3 on p. 

QKINKT [s] to get the list of tracks ending in Kink Vertices: 8.5 on p. 

QKINKV [s] to get first/last Kink Vertices: 7.1.2 on p. 

QLEPxx [sf] Output variables from subroutine QSELEP : 12.11.6 on p. 
QLID data card to trigger the execution of QSELEP : 12.11 on p. 
QLTRK [s] lock individual track: 10.2.1 on p. 
QLOCK [s] lock track family: 10.2.3 on p. 
QLOCK2 [s] lock track family: 10.2.6 on p. 
QLREV [s] reverse lock: 10.2.5 on p. 
QLREV2 [s] reverse lock: 10.2.6 on p. 
QLUTRK [s] unlock individual track: 10.2.2 on p. 
QLV0T [s] to get first/last Long V0 Tracks: 7.1.1 on p. 
QLV0V [s] to get first/last Long V0 Vertices: 7.1.2 on p. 

QLZER [s] zero lock: 10.2.4 on p. 
QLZER2 [s] zero lock: 10.2.6 on p. 

QM [sf] particle's mass: 8.1.1 on p. 
QMACRO macro: statement functions: 3.1.2 on p. 
QMAIN ALPHA main program: App. A on p. 
QMASV0 [f]V0 mass: 8.1.2 on p. ; see also QIDV0.
QMCAxx [sf] bank MCAD = muon chambers: 8.2.7 on p. 
QMCHI2 [f] $\chi^{2}_{}$ from mass difference: 9.1 on p. 
QMCHIF [f] $\chi^{2}_{}$ for track mass-constrained fit : 9.1 on p. 
QMCHIV [f] $\chi^{2}_{}$/NDF for vertex fit : 9.1 on p. 
QMDIFF [f] mass difference: 9.1 on p. 
QMFLD [v] ALEPH magnetic field: 6.2 on p. 
QMINIT [s] system initialization: 3.2 on p. 
QMUIDO [s] muon identification: 12.3 on p.  and 8.2.8 on p. 
QMSQ2,QMSQ3,QMSQ4 [sf] invariant mass²: 9.1 on p. 
QMTERM [s] system termination: 3.4 on p.  and 13.1 on p. 
QM2,QM3,QM4 [sf] invariant mass: 9.1 on p. 
QNCDE Include File to use when reading a Nano : see previous edition of this manual
QNMACR Macro of statement functions to be used when reading a Nano : see previous edition of this manual

QNTEX [sf] number of sectors for dE/dx: 8.2.4 on p. 
QNUCL [s] to get first/last Nuclear Interaction Vertices: 7.1.2 on p. 
QP [sf] momentum: 8.1.1 on p. 
QPAIRF [s] photon conversions: 12.2 on p. 
QPCHAR [f] particle table charge: 15.5 on p. 
QPCORR [s] ``sagitta correction" to charged particle momenta: 12.20 on p.   see also the PCOR data card 4.18 on p. 
QPECxx [sf] bank PECO: 8.2.9 on p. 
QPEPxx [sf] bank PEPT: 8.2.10 on p. 
QPGAxx [sf] bank PGAC: 8.3.3 on p. 
QPHCxx [sf] bank PHCO: 8.2.11 on p. 
QPH [sf] track's azimuth: 9.1 on p. 
QPI0BK [f] Subroutine booking internal histograms for QPI0DO 12.9 on p. 
QPI0DO [f] $\pi^{0}_{}$ finding routine 12.9 on p. 
QPLIFE [f] particle table life time: 15.5 on p. 
QPMASS [f] particle table mass: 15.5 on p. 
QPPAR [sf] momentum parallel to a vector: 9.1 on p. 
QPPER [sf] momentum perpendicular to a vector: 9.1 on p. 
QPT [sf] transverse momentum: 9.1 on p. 
QPWIDT [f] particle table width: 15.5 on p. 

QQC [c] speed of light: 6.7.6 on p. 
QQE [c] e: 6.7.6 on p. 
QQH [c] hbar: 6.7.6 on p. 
QQHC [c] hbar * c 6.7.6 on p. 
QQIRP [c] factor between inv. bending radius and momentum: 6.7.6 on p. 
QQPI [c] $\pi$: 6.7.6 on p. 
QQPIH [c] $\pi$ / 2: 6.7.6 on p. 
QQRADP [c] 360 / $\pi$: 6.7.6 on p. 
QQ2PI [c] 2 $\pi$: 6.7.6 on p. 

QRDFL [sf] read user flag: 8.1.8 on p. 
QRINLU [sf] LCAL luminosity for current run: 6.2 on p. 
QRSLLU [sf] SiCAL luminosity for current run: 6.2 on p. 
QSELEP [s] Lepton Identification for Heavy Flavours : 12.11 on p. 
QSIGxx [sf] track's error matrix: 8.1.3 on p. 
QSTFLI [s] set user flag (integer): 9.2.14 on p. 
QSTFLR [s] set user flag (real): 9.2.14 on p. 
QSTRU [f] matching quantity for ENFLW/MC matching:11.1.5 on p. 

QSUSTR [s] allocate user's track space 14.1.1 on p. 
QSUSVX [s] allocate user's vertex space 14.1.2 on p. 

QTCLAS [s] Lorentz transformation: 9.6.3 on p. 
QTEXxx [sf] bank TEXS = dE/dx: 8.2.4 on p. 
QTIME [v] as given on the TIME data card: 6.7.5 on p. 
QTIMEL [v] remaining job time: 6.7.5 on p. 
QTRUTH [s] History of a reconstructed MCarlo track : 12.12 on p. 

QUEVNT [s] event processing user routine: 3.3 on p. 
QUIBOS [s] initialize BOS: 3.5.5 on p. 
QUIHIS [s] initialize histograms: 3.5.3 on p. 
QUINIT [s] user initialization routine: 3.2 on p. 
QUNEWR [s] user routine: called for every new run: 3.5.1 on p. 
QUSREC [s] special records: 3.5.2 on p. 
QUTERM [s] user termination routine: 3.4 on p. 
QUTHIS [s] terminate histograms: 3.5.4 on p. 
QVADD2, QVADD3, QVADD4, QVADDN [s] add track vectors: 9.2.2 on p. 
QVCHIF [sf] chisquare of vertex fit: 8.4 on p. 
QVCOPY [s] copy track vectors: 9.2.4 on p. 
QVCROS [s] cross product: 9.2.5 on p. 
QVDHIT [s] VDET hits: 12.4.1 on p. 
QVDROP [s] drop tracks: 9.2.6 on p. 
QVEM [sf] vertex error matrix: 8.4 on p. 
QVGETS [s] copy error matrix into Fortran array: 9.2.7 on p. 
QVGET3,QVGET4 [s] copy track vector into Fortran array: 9.2.7 on p. 
QVKINK [s] get special attributes of a kink vertex 8.5 on p. 
QVSCAL [s] scale track momentum: 9.2.13 on p. 
QVSETM [s] set mass of a track: 9.2.13 on p. 
QVSETS [s] copy Fortran array into error matrix: 9.2.13 on p. 
QVSET3,QVSET4 [s] copy Fortran array into track vector: 9.2.13 on p. 
QVSRCH [f] Routine for secondary vertices and B-tagging 12.8 on p. 
QVSUB [s] subtract track vectors: 9.2.15 on p. 
QVTEBP(I) [v] i=1,2,3 : x,y,z errors on beam position from GET_BP 6.2 on p. 
QVTSBP(I) [v] i=1,2,3 : x,y,z size of the beam spot from GET_BP 6.2 on p. 
QVTXBP(I) [v] i=1,2,3 : x,y,z beam position from GET_BP 6.2 on p. 
QVX,QVY,QVZ [sf] vertex position: 8.4 on p. 
QV0CHK [f] Computes chisq of V0 track w.r.t main vertex , 9.5 on p. 
QVZERO [s] zero track vector: 9.2.16 on p. 
QWCLAS [s] set classification word for EDIRs: 13.3 on p. 
QWEVNT [s] print whole event: 13.5.3 on p. 
QWHEAD [s] print event header: 13.5.4 on p. 
QWHFUL [s] print full event header: 13.5.5 on p. 
QWHICH_BP [s] to know how the beam spot was found: 12.17 on p. 
QWHICH_EN [s] to know how the LEP energy QELEP was found: 12.16 on p. 
QWITK [s] print individual track(s): 13.5.6 on p. 
QWIVX [s] print individual vertices: 13.5.7 on p. 
QWMESS [s] message routine: 13.5.1 on p. 
QWMESE [s] message routine: 13.5.2 on p. 
QWRITE [s] event output routine: 13.2 on p. 
QWSEC [s] print section of tracks/vertices: 13.5.8 on p. 
QWTIME [s] print time consumption: 13.4.1 on p. 
QWTREE [s] print decay chain tree: 13.5.9 on p. 
QX [sf] x-momentum: 8.1.1 on p. 
QY [sf] y-momentum: 8.1.1 on p. 
QZ [sf] z-momentum: 8.1.1 on p. 
QZB [sf] z-distance to interaction point: 8.1.4 on p. 
QZBS2 [sf] error² on QZB: 8.1.4 on p. 

QYV0xx [sf] bank YV0V: 8.2.12 on p. 

READ data card; read cards from several card files: 4.4 on p. 
RECL parameter on HIST data card : 5.2.1 on p. 
REPG data card: to redo the GAMPEK photon search on POT/DST 4.18 on p. 
REV0 data card: to redo the V0 finding on POT/DST 4.18 on p. 
run
change: 3.5.1 on p. 
information: 6.2 on p. 
selection: 4.1.3 on p. 

same
objects in diff. Lorentz frames, with diff. hypotheses: 7.6 on p. 
two particles based on the same object - see XSAME: 8.1.7 on p. 
save tracks KVSAVE; KVSAVC: 9.2.12 on p.  and 9.2.9 on p. 
scale momentum QVSCAL: 9.2.13 on p. 
SCANBOOK interactive tool to create FILI cards: 4.1.2 on p. 
selection see run/event selection: 4.1.3 on p. 
SELR parameter on FILO data card 4.1.4 on p. 
set mass QVSETM: 9.2.13 on p. 
SEVT data card: select events 4.1.3 on p. 
SFALPHA Obsolete: tool to run ALPHA on SHIFT, see alpharun C.3 on p. 
SIBE data card for MCarlo beam spots mearing 4.15 on p. 
slow control read s.c. records: 3.5.2 on p. 
speed of light constant: 6.7.6 on p. 
sphericity 10.6 on p. , 10.4 on p. 
SRUN data card: select runs 4.1.3 on p. 
stagelist interactive tool to know which datasets are staged on CERN UNIX computers: 4.1.2 on p. 
start ALPHA interactively or in batch: Ch. 2 on p. 
STOP Fortran statement: forbidden: 3.4 on p. 
submit a job Ch. 2 on p. 
subtract track vectors: 9.2.15 on p. 
SYNT data card: indicates a syntax check run 4.14 on p. 

tapes 4.1.2 on p. 
terminal output see KUPTER
thrust 10.7 on p. 
TIME data card: time to terminate the job properly 4.6 on p. 
time remaining job time: see QTIMEL 6.7.5 on p. 
timing time consumption: 13.4 on p. 
title general title for HBOOK histograms: 5.2.3 on p. 
topology routines: Ch. 10 on p. 
TRA2 data card for QIPBTAG: 12.5.3 on p. 
track
class: 7.4.1 on p. 
track number: Ch. 7 on p. 
trigger information 6.5.5 on p. 
TXTREE [s] Create L^ATEX source for a MC true particle decay tree: 13.5.10 on p. 

UNIX App. C on p. 
unpack POT/DST/MINI unpacking: 4.3 on p. 
UNPK data card: control POT/DST/MINI unpacking 4.3 on p. 
UPDA parameter on HIST data card 5.2.1 on p. 
unit log. input / output units: 6.7.4 on p. 
units ALEPH phys. unit system: 6 on p. 
user routines Ch. 3 on p. 
user track / vertex sections 9.2.8 on p. 

VDET
utility routines: 12.4 on p. 
tracks not using VDET: 4.9 on p. 
VDHMATCH [s] VDET hit matching between reconstructed charged tracks and MC truth: 12.15 on p. 
vector synonym for ``track'' or ``particle''
class: 7.4.1 on p.  and 8.1.8 on p. 
number - see track or vertex number
operations: 9.2 on p. 
vertex number Ch. 7 on p. 
V0 mass 8.1.2 on p.  and 9.2.3 on p. 

width see particle table: 15.5 on p. 
write
events - see FILO data card: 4.1.4 on p.  and QWRITE: 13.2 on p. 
on line printer, terminal: Ch. 2 on p. 

XCEQAN, XCEQOR, XCEQU [sf] check particle name: 8.1.6 on p. 
XEFO [sf] does EFOL exist ? 8.2.13 on p. 
XEID [sf] does EIDT exist ? 8.2.5 on p. 
XFRF [sf] do FRFT and FRTL exist ? 8.2.1 on p. 
XGETBP [v] Is the event-chunk beam position from GET_BP available? 6.2 on p. 
XHMA [sf] does HMAD exist ? 8.2.6 on p. 
XHVTRG [v] detector HV and trigger status: 6.5.4 on p. 
XIOKLU [sf] LCAL luminosity available for current run ? 6.2 on p. 
XIOKSI [sf] SiCAL luminosity available for current run ? 6.2 on p. 
XLEPTG [sf] track is a Lepton tagged by QSELEP ? : 12.11.6 on p. 
XLEPTH [sf] MCarlo track is tagged by QTRUTH ? : 12.11.7 on p. 
XLOCK [sf] track locked? 10.2 on p. 
XLUMOK see XHVTRG: 6.5.4 on p. 
XMC [sf] MC particle? 8.1.8 on p. 
XMCA [sf] does MCAD exist? 8.2.7 on p. 
XMCEV [v] MC event? 6.7.3 on p. 
XMINI [v] event input MINI? 6.7.3 on p. 
XNANO [v] event input NANO? 6.7.3 on p. 
XPEQAN,XPEQOR,XPEQU [f] test particle name: 8.1.6 on p. 
XPGAC [sf] does PGAC exist ? 8.3.3 on p. 
XSAME [sf] tracks based on the same object? 8.1.7 on p. 
XTEX [sf] does TEXS exist? 8.2.4 on p. 
XVITC,XVTPC, etc. [v] detector HV status: 6.5.4 on p. 
XVDEOK [f] VDET HV: 12.4.2 on p. 

YCUT see QJMMCL or QGJMMC
YTOP [s] Vertex finding package: 9.4 on p. 
zero track vectors: 9.2.16 on p. 
Z0 see QZB