JADE experiment in Max-Planck Institut for Physics

JADE Computing notes (click to download)

Index of notes

Note 1 Does not exist

Note 2 Graphic Facilities on the JADE NORD-10 Computer

Note 3 Status of Monte-Carlo and Off-Line Programs

Note 4 Standards to JADE-Library programmers

Note 5 Conventions of Jet Chamber Data Formats for Pattern Recognition and Related Programs

Note 6 Proposal for Management of Calibration Data

Note 7 IBM - NORD, Data transfer via magnetic tape

Note 8 The JADE BOS System

Note 9 Version No. Identifier for Lead Glass analysis Programs

Note 10 Monte Carlo Formats

Note 11a Track Bank from Pattern Recognition Program last version 18.4.80 by G.F. Pearce

Note 11 Use of BOS-Banks Generating Subroutine Package in the First Stage Data Reduction Program

Note 12 Track bank from pattern recognition program

Note 12v2 Track bank from pattern recognition program

Note 13 Simple Way to Analyse JADE Data on Tapes

Note 14a JADE Computer Note 14a

Note 14c JADE Computer Note 14c

Note 14d JADE Computer Note 14d

Note 14 Lead glass cluster bank structure

Note 15 Data Acquisition System: Physical Record

Note 16 Data format of the tagging bank

Note 17 Data format of the tagging Banks

Note 18 How to Change Existing Analysis Routines

Note 19 LIFILE - a Program to Prepare File Statistics on the NORD

Note 20a Output Format of TOF Program

Note 20 Output Format of TOF Program

Note 21 Hit label bank created by PATREC

Note 22 Mu Software Information, Issue 4

Note 23a IBM Trigger Banks

Note 23b Trigger Words

Note 23 IBM data banks

Note 24a JADE Computer Note 24a

Note 24 Printing Half-Word Banks

Note 25 Reading and writing of real and MTC-event data

Note 26 Monte Carlo tracking

Note 27 JADE data reduction, STEP 1

Note 28 Editing pattern recognition results in the JADE graphics

Note 29 How to create graphics modules within the JADE graphics framework

Note 30 Spinning lead glass analysis

Note 31 Description of philosophy of muon filter tracks pattern recognition program 'TRACK'

Note 32 How to use vertex fit program

Note 33 Small programs with very large PROG files

Note 34 JADE graphics program

Note 35 Energy correction for showers in the lead glass counters

Note 36 The function EBEAM

Note 37 IBM action Bits in the bank 'HEAD'

Note 38 Cuts of first data reduction

Note 39a The CPU-Time Contingent and its Usage

Note 39 Convention about the Use of Computer Time

Note 40 Monte Carlo tracking through lead glass

Note 41 Document preparation using the Nord 10/S

Note 42 The Subroutines REDONE and REDTVA A General Second Reduction Program

Note 43 A general second reduction program

Note 44 Change of JETCAL + improve Resolution for Tracks close to the Wire Plane

Note 45a New jet chamber constants which are applied for the data taken in 1981

Note 45 New corrections for the space-time relation in the JET chamber

Note 46 Instalment of the New Jet Chamber Calibration

Note 47 New Pattern Recognition Programs

Note 48 Subroutine JREKAL (IERR) on 'F11CH0.JADEGL'

Note 49 Subroutine REFITO(IPTR;IPJHTL,X0,YO,WGHT0) on 1F11GOO.PATRELID1

Note 50 Miproc Result Bank 'MPRS'

Note 51 A General Routine for the Fast Reconstruction of Jet Events

Note 52 Adendum to computer note 52. Replacing computer note 22

Note 53e How to use JADE volumes on mass storage system

Note 54 Detector Monte-Carlo

Note 55 The muon Monte-Carlo at DESY

Note 56 Search for a track in PATR(10) bank or any other PATR bank - which corresponds to a selected Monte Carlo generated track of PATR bank 12

Note 57 How to use the improved Jet Cahmber callibration

Note 58 New conventions for callibration data

Note 59 Run dependent Event Vertex on callibration file

Note 60 Refit tracks with run vertex constrain

Note 61 Refit all tracks with run vertex constrain

Note 62 JADE reformat program

Note 63a JADE computer note 63a

Note 63 z-Recalibration

Note 64 Help for JADE (on the computer)

Note 65 Subroutine GGFIT(EMAS,PROB)

Note 66a JADE computer note 66a

Note 66 Inner detector spearing and detector simulation in JADE Monte Carlo events

Note 67 The JADE MOnte Carlo

Note 68 The JADE calibration scheme

Note 69 Monte Carlo traceback

Note 70 Monte Carlo simulation of electormagnetic Showers in the Lead-Glass

Note 71 New $dE/dx$ callibration

Note 72 Monte Carlo data validation

Note 73 The JADE supervison program: An introduction for newcommers

Note 74 Analysis routines for tagging system

Note 75 Routines for converted photons

Note 76 A collection of Programs used in the analysis of inclusive photon production

Note 77 Copying of source files and data files from the JADE-NORD10 to the IBM and vice-versa

Note 78 Decays of $K^{\pm}$ and $K^0$ in MC

Note 79 The JADE TP program

Note 80 Format of the generation 8 TP banks

Note 81 LUMI and RANDOM events on TAPE

Note 82 MUTANA -- a simple algorithm to find tracks in the muon filter

Note 83 Re-analysis of multihadronic events

Note 84 Efficiency corrections due to online and offline event filtering

Note 85 JADEZ the JADE graphics program

Note 86 Tagging System Monte Carlo

Note 87a JADE computer note 87a

Note 87 Error in the Monte Carlo simulation

Note 88 How to Handle Lead Glass Clusters in Calculating the Visible Energy

Note 89 Calibration for 1986 REUC1 and status of Rutherford tapes

Note 90 Jet chanber cell inefficiencies in 1986

Note 91 Neutral triggers on tape

Note 92 REDUC1 and REDUC2 for 1986 Data

Note 93 JADE computer note 94

Note 94 A general $s-z$ fit routine ZSRFTV

Note 95 Improved resolution with $z$-chamber hits

Note 96 Changes to $dE/dx$ routines and description of Bank JHQT

Note 97 $dE/dx$ Monte Carlo

Note 98 Minutes of the JADE software meeting of Dec. 14 1987 at DESY

Note 99 A new compact data format: description of bank ZE4V

Note 100 Vertex chanber software

Note 101 Reconstruction of cluster energies in the barrel lead glass

Note 102 The new TP program version 9

Note 103 A Guide to the Resurrected JADE Data and Software (2003)

Updated in October 2020 by Andrii Verbytskyi