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"quasi"-production version of fidamc/fidarc
Dear Friends, I have released the version 509 of the fidamc/fidarc
programs. This version is very close to the final produzion version.
main improvements:
- new drift-time tables for chambers, accounting for change in
chamber voltages. Table choice is done on the Unix time.
Chamber correction in zeta coordinate. Now, chamber relative
alignment and cells is complete.
- Microstrip dedx inserted. It works fine.
- "Quasi" final vertex relative alignment
- Tof conversion constants are read from the data base.
- Improvements in the general production CW n-tuple.
things still in progress:
- final relative alignment of the vertex detector
- final straw tube timing
- absolute alignment vertex-chamber-straws
You may find the new version of the code soon on the web.
Best regards Aldo Zenoni
+PATCH,$VERSION.
*CMZ : 1.00/00 26/02/94 17.16.31 by A.Zenoni
+DECK,V5_09.
*CMZ : 5.09/00 08/03/2004 18.43.57 by aldo zenoni
*-- Author : aldo zenoni 08/03/2004
*________________________________________________________________________
*
*::> VERSION 5.09/00 08/03/2004 18.43.57
*
*
* - New geometry of Vertex detector ISIM/OSIM and target geometrical position
*
+PATCH,$VERSION.
*CMZ : 1.00/00 20/05/94 15.54.35 by Unknown
+DECK,V5_09.
*CMZ : 5.09/00 08/03/2004 18.47.22 by aldo zenoni
*-- Author : aldo zenoni 08/03/2004
*________________________________________________________________________
*
*::> VERSION 5.09/00 08/03/2004 18.47.22
*
*
* - Routine FIN_OPEN writes the Unix time of the RUN in location IOUT(1)
* in common RUNINF
* - Routine FIN_EVENT writes in location IQ(JFGES+4) and IQ(JFGES+5)
* Unix time of the run and number of seconds of the event from the run start
* respectively. The same contents are transferred in banks FDST
* - Now TOF convertion constants are read from the data base. Mods in
* read_lib and in TOFDEC. Locations 9,10,11 of ISLB and ESLB banks
* now contain p-side,e-side, mean timer time in ns
*
* - Distance from the vertex of the extrapolated track is inserted in the
* general CW-ntuple. This is an estimator of the quality of the vertex
* reconstruction. de/dx in ISIM is inserted in the general CW-ntuple.
* Angles of the K+K- beam inserted in the general CW-ntuple.
* Mods in FILLGENHYP, UHINIT, GENECDE
* - CW-ntuple content fully documented in FILLGENHYP.
*
* - New drift-time tables for chambers (ITAB=9,10) for new configuration
* inserted in XTRCH. Consequent mods in XTRSTR. Not used tables are
* flagged in the routine XTRCH as IF=NOUSETAB to avoid unuseful compilation
* and link.
* - Now the choice of the chambers drift-time table is done in GENINI
* following the Unix run time, since voltages depend on run date
* - Chamber shifts in zeta, measured with cosmic rays, inserted in DCHDEC.
*
* - Track Pattern Recognition corrected in PRTRK to avoid bad connection of
* tofone slabs to long tracks. Distance limit triplet-tofone slab inserted.
*
* - Calculation of de/dx for ISIM and OSIM inserted. Mods in VEXTSI, VAMBI,
* FILMS, VTSCL, FILLCR2, COSMRECSI. Now particle type is set by the
* microstrip reconstruction code. Bug corrected in FILMS.
*
--
===============================================================================
Prof. Aldo Zenoni tel. +39 030 3715729
Dipartimento di Meccanica 3715798
Facolta' di Ingegneria fax. +39 030 3702448
Universita' di Brescia e-mail: zenoni@bs.infn.it
Via Valotti, 9
25123 BRESCIA
===============================================================================