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*
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* $Id: gpspev.F,v 3.7 2005/12/16 10:20:23 cafagna Exp $
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*
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* $Log: gpspev.F,v $ |
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* Revision 3.7 2005/12/16 10:20:23 cafagna |
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* Bug fixed in the new update |
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* |
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* Revision 3.6 2005/12/16 09:13:59 cafagna |
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* New small valume added to the tracker frame |
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*
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* Revision 3.5 2005/12/13 10:31:29 pam-ba
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* added a new volume, TPGI, in the spectrometer
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*
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* Revision 3.4 2005/12/05 12:15:21 pam-ba
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* new spectrometer geometry and internal magnetic field
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*
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* Revision 3.3 2005/07/25 11:53:21 cafagna
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* Several updates. See history for details
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*
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* Revision 3.2 2005/06/21 02:42:27 cafagna
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* Major modification to the geometry and to the random number chain
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*
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* Revision 3.1.1.1 2002/07/11 16:02:14 cafagna
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* First GPAMELA release on CVS
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*
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*
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*CMZ : 2.01/00 05/04/2000 14.35.18 by Marialuigia Ambriola
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*CMZ : 2.00/00 03/03/2000 15.39.06 by Francesco Cafagna
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*CMZ : 1.02/00 07/03/97 14.48.41 by Francesco Cafagna
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*CMZ : 1.00/02 06/02/96 17.34.50 by Francesco Cafagna
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*-- Author : Francesco Cafagna 09/12/95
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SUBROUTINE GPSPEV
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************************************************************************
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* *
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* Volumes definition for the silicon tracking system and magnet *
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* Called by: GPGEM *
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* Author: Francesco Cafagna, 05/12/95 13.39.41 *
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* *
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************************************************************************
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#include "gpgeo.inc"
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#include "gpmed.inc"
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*
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INTEGER IROT,IVOLU,N,NMED,NUM
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REAL X,Y,Z
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*
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* Define the SPEB volume
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*
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NMED= MN2
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CALL GSVOLU('SPEB','BOX ',NMED,SPEB, 3,IVOLU)
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*
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* Define the MGFR volume
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*
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NMED= MAL
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CALL GSVOLU('MGFR','BOX ',NMED,MGFR, 3,IVOLU)
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*
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* Define the MGPL volume
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*
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NMED= MMAG
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CALL GSVOLU('MGPL','BOX ',NMED,MGPL, 3,IVOLU)
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*
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* Define the MGPI volume
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*
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NMED= MN2
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CALL GSVOLU('MGPI','BOX ',NMED,MGPI, 3,IVOLU)
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*
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* Define the TRPB volume
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*
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NMED= MAL
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CALL GSVOLU('TRPB','BOX ',NMED,TRPB, 3,IVOLU)
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*****
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cC ml 20/04/05:
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*
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cc* Define the TRPL volume
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* Define the TPAS and TPAI volume
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*
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NMED= MN2
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CC CALL GSVOLU('TRPL','BOX ',NMED,TRPL, 3,IVOLU)
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CALL GSVOLU('TPAS','BOX ',NMED,TPAS, 3,IVOLU)
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NMED= MAL
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CALL GSVOLU('TPAI','BOX ',NMED,TPAI, 3,IVOLU)
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CC end ml.
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****************
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*
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* Define the TRSL volume
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*
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c ml: 26/11/04:
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c NMED= MN2
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NMED=MSIT
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CALL GSVOLU('TRSL','BOX ',NMED,TRSL, 3,IVOLU)
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*
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* Define the THBP volume
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*
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NMED=MG10C
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CALL GSVOLU('THBP','BOX ',NMED,THBP, 3,IVOLU)
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C end ml.
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*
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* Define the TSPA volume
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*
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NMED= MSIT
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CALL GSVOLU('TSPA','BOX ',NMED,TSPA, 3,IVOLU)
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*
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* Define the TRCP volume
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*
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NMED= MCF
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CALL GSVOLU('TRCP','BOX ',NMED,TRCP, 3,IVOLU)
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*
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* Define the TBAL volume
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*
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NMED= MAL
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CALL GSVOLU('TBAL','BOX ',NMED,TBAL, 3,IVOLU)
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*
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* Define the MGPA volume
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*
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NMED= MAL
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CALL GSVOLU('MGPA','BOX ',NMED,MGPA, 3,IVOLU)
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*
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* Define the TPGA volume
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*
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NMED= MN2
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CALL GSVOLU('TPGA','BOX ',NMED,TPGA, 3,IVOLU)
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*
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* Define the TPGI volume
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*
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NMED= MN2
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CALL GSVOLU('TPGI','BOX ',NMED,TPGI, 3,IVOLU)
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*
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* Define the TPGU volume
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*
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NMED= MN2
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CALL GSVOLU('TPGU','BOX ',NMED,TPGU, 3,IVOLU)
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*
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* Define the TPGD volume
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*
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NMED= MN2
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CALL GSVOLU('TPGD','BOX ',NMED,TPGD, 3,IVOLU)
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*
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* Positioning volume TSPA into the mother TRSL
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*
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GLUEX=XGLUE-0.0005 |
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GLUEY=XGLUE |
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N= 1
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X= 0.
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Y= 0.
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Z= 0.
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CALL GSPOS('TSPA',N,'TRSL',X,Y,Z,0,'ONLY')
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C # N= 2
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C # C Y= Y - 2.*TSPA(2)
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C # Y=-TRSL(2)/2
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C # CALL GSPOS('TSPA',N,'TRSL',X,Y,Z,0,'ONLY')
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c ml: 26/11/04:
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* Positioning volume TRCP into mother TPAS
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C # Caf mod on 19 Jul 2005 all volumes are placed inside the TPAS one
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C # Z=-TRPB(3)+0.11+TRCP(3)
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C # Y=-TRPB(2)+1.5-0.225+TRCP(2)
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CC end ml.
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c Z=-TRPB(3)+2*TPAI(3)+TRCP(3)
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Z=TRPB(3)-2*TPAI(3)-TRCP(3)
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y=-TPAS(2)+TRCP(2)
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C # end CAF mod
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TPASSPACE=TPAS(1)-(3*TRSL(1)+4*TRCP(1)+3*GLUEX)
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DO I=1,4
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CC ml 20/04/05:
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CC X=-TRPL(1)+(2*I-1)*TRCP(1)+2*(I-1)*TRSL(1)
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C # Caf mod on 19 Jul 2005 all volumes are placed inside the TPAS one
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C # X=-TRPB(1)+2.29+(2*I-1)*TRCP(1)+2*(I-1)*TRSL(1)
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c ml: 19/9/05: introducing the glue between TRCP and the silicon ladders.
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c for now the glue is a space of nitrogen of 0.015 mm
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c X=-TPAS(1)+(2*I-1)*TRCP(1)+2*(I-1)*TRSL(1)
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C Ml. 15/12/05: introducing a space (along x) between the inner part of the
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c aluminum frame and respectively the first and the last carbon fiber barrel.
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c It is has been done increasing the dimension of TPAS along x:
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C X=-TPAS(1)+2*(I-1)*XGLUE+(2*I-1)*TRCP(1)+2*(I-1)*TRSL(1)
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X=-TPAS(1)+TPASSPACE+2*(I-1)*GLUEX+(2*I-1)*TRCP(1)+
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+ 2*(I-1)*TRSL(1)
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CC end ml
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CALL GSPOS('TRCP',I,'TPAS',X,Y,Z,0,'ONLY')
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C # end CAF mod
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ENDDO
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cc ml 20/04/05:
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* Positioning volume TRSL into the mother TPAS
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C # Caf mod on 19 Jul 2005 all volumes are placed inside the TPAS one
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C # Y=-TRPB(2)+1.5+2*THBP(2)+TRSL(2)
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C Y=2.75
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CC Z= 0.
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C Z=-0.005
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c Z=-TRPB(3)+2*TPAI(3)+TRCP(3)
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Z=TRPB(3)-2*TPAI(3)-TRCP(3)
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DO I=1, NTRSL
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c ml: 20/9/05 introducing the glue between TRCP and the silicon ladders.
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c X=-TPAS(1)+2*(MOD(I-1,3)+1)*TRCP(1)+
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c + (2*(MOD(I-1,3)+1)-1)*TRSL(1)
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X=-TPAS(1)+TPASSPACE+2*(MOD(I-1,3)+1)*TRCP(1)+
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+ (2*(MOD(I-1,3)+1)-1)*GLUEX+(2*(MOD(I-1,3)+1)-1)*TRSL(1)
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IF(I.LE.3) THEN
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C ml: 22/9/05:
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c Y=TPAS(2)-TRSL(2)
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Y=TPAS(2)-0.1485+0.0005-TRSL(2)
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ELSE
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C Y=TPAS(2)-3*TRSL(2)
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Y=TPAS(2)-0.1485-GLUEY-3*TRSL(2)
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ENDIF
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CALL GSPOS('TRSL',I,'TPAS',X,Y,Z,0,'ONLY')
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ENDDO
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C # end CAF mod
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**********
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cc ml: 20/04/05
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* Positioning volume THBP into the mother TPAS
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C # Caf mod on 19 Jul 2005 all volumes are placed inside the TPAS one
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C # Y=-TRPB(2)+1.5+THBP(2)
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C # cc Z= 0.
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C # Z=-TRPB(3)+0.11+TRCP(3)
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c ml: 22/9/05:
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c Y=-TPAS(2)+THBP(2)
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Y=-TPAS(2)+0.1485+THBP(2)
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C Z=-0.005
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c Z=-TRPB(3)+2*TPAI(3)+TRCP(3)
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Z=TRPB(3)-2*TPAI(3)-TRCP(3)
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DO I=1, NTHBP
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CC X= -TRPL(1) + 2*I*TRCP(1)+(2*I-1)*THBP(1)
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C # X=-TRPB(1)+2.29+2*I*TRCP(1)+(2*I-1)*THBP(1)
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c ml: 21/9/05 introducing the glue between the carbon barrel and the silicon
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c ladders
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c X=-TPAS(1)+2*I*TRCP(1)+(2*I-1)*THBP(1)
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X=-TPAS(1)+TPASSPACE+2*I*TRCP(1)+(2*I-1)*THBP(1)+
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+ (2*(MOD(I-1,3)+1)-1)*GLUEX
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CALL GSPOS('THBP',I,'TPAS',X,Y,Z,0,'ONLY')
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ENDDO
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c end ml.
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cc ml: 20/04/05
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*
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* Positioning volume TPAI into the mother TPAS
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*
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C # Mod By Caf on 19th Jul 2005 all volumes inside the TPAS
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X=0
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Y=-TPAS(2)+TPAI(2)
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c Z=-TPAS(3)+TPAI(3)
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Z=TRPB(3)-TPAI(3)
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C # X=-TRPB(1)+2.29+TPAI(1)
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C # Y=-TRPB(2)+1.5+2.5+TPAI(2)
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C # Z=-TRPB(3)+TPAI(3)
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CALL GSPOS('TPAI',I,'TPAS',X,Y,Z,0,'ONLY')
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C # end CAF mod
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*
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* Positioning volume TPAS into the mother TRPB
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*
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C # Mod By Caf on 15th Jul 2005
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X=0
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Y=-TRPB(2)+1.5+TPAS(2)
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Z=0
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C # X=-TRPB(1)+2.29+TPAS(1)
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C # Y=-TRPB(2)+1.5+TPAS(2)
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C # Z=-TRPB(3)+0.11+2*TRCP(3)+TPAS(3)
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CALL GSPOS('TPAS',I,'TRPB',X,Y,Z,0,'ONLY')
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c end ml.
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*
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* Positioning volume MGPA into the mother MGPL
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*
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N= 1
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X= 0.
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Y= 0.
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Z= 0.
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CALL GSPOS('MGPA',N,'MGPL',X,Y,Z,0,'ONLY')
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*
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* Positioning volume TPGD into the mother MGFR
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*
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X=0.
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Z=-MGFR(3)+TPGD(3)
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Y=0.
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CALL GSPOS('TPGD',N,'MGFR',X,Y,Z,0,'ONLY')
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*
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* Positioning volume TPGI into the mother MGFR under MGPL
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*
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N=1
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X=0.
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Z=-MGFR(3)+2*TPGD(3)+TPGI(3)
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Y=0.
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CALL GSPOS('TPGI',N,'MGFR',X,Y,Z,0,'ONLY')
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*
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* Positioning volume MGPI into the mother MGPL
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*
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N= 1
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X= 0.
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Y= 0.
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CC ML 10/11/05: Positioning volume MGPI into the mother MGPA
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Z= 0.
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CALL GSPOS('MGPI',N,'MGPA',X,Y,Z,0,'ONLY')
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C Z= -MGFR(3)+2*TPGD(3)+MGPI(3)
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C CALL GSPOS('MGPI',N,'MGFR',X,Y,Z,0,'ONLY')
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*
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* Positioning volume MGPL into the mother MGFR
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*
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c ml: 10/11/05
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N=1
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c Z=-MGFR(3)+MGPL(3)
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Z=-MGFR(3)+2*(TPGD(3)+TPGI(3))+MGPL(3)
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CALL GSPOS('MGPL',N,'MGFR',X,Y,Z,0,'ONLY')
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*
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* Positioning volume TPGI into the mother MGFR above MGPL
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*
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N=2
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X=0.
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Z=-MGFR(3)+2*(TPGD(3)+TPGI(3)+MGPL(3))+TPGI(3)
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Y=0.
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CALL GSPOS('TPGI',N,'MGFR',X,Y,Z,0,'ONLY')
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*
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| 310 |
* Positioning volume TPGA into the mother MGFR
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*
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| 312 |
C ML: 10/11/05
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N=1
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| 314 |
X=0.
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Y=MGFR(2)-2*(MGFR(2)-TRPB(2))-TPGA(2)
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| 316 |
C Z=-MGFR(3)+2*MGPL(3)+TPGA(3)
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C Z=MGFR(3)-2*TPGU(3)-2*TRPB(3)-TPGA(3)
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| 318 |
Z=-MGFR(3)+2*(TPGD(3)+TPGI(3)+MGPL(3)+TPGI(3))+TPGA(3)
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C Y=-0.75
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CALL GSPOS('TPGA',N,'MGFR',X,Y,Z,0,'ONLY')
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| 321 |
*
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| 322 |
* Positioning volumes TRPB & MGPL into the mother SPEB
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*
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| 324 |
N= 1
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X= 0.
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C Y= SPEB(2) - TRPB(2)
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Y= -MGFR(2) + TRPB(2)
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| 328 |
C Z= SPEB(3) - TRPB(3)
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| 329 |
c Z=-MGFR(3)+2*MGPL(3)+2*TPGA(3)+TRPB(3)
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| 330 |
C Z=MGFR(3)-2*TPGU(3)-TRPB(3)
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| 331 |
Z=-MGFR(3)+2*(TPGD(3)+TPGI(3)+MGPL(3)+TPGI(3)+TPGA(3))+TRPB(3)
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C CALL GSPOS('TRPB',N,'SPEB',X,Y,Z,0,'ONLY')
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CALL GSPOS('TRPB',N,'MGFR',X,Y,Z,0,'ONLY')
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c CALL GSPOS('TRPB',N,'MGFR',X,Y,Z,9,'ONLY')
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Z=SPEB(3)
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DO I=1, 5
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| 337 |
X= 0.
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| 338 |
Y= 0.
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| 339 |
C Z= Z - TRPB(3) - MGFR(3)
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| 340 |
Z=Z-MGFR(3)
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| 341 |
N= I
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| 342 |
CALL GSPOS('MGFR',N,'SPEB',X,Y,Z,0,'ONLY')
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| 343 |
C Y= SPEB(2) - TRPB(2)
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| 344 |
C Z= Z - MGFR(3) - TRPB(3)
|
| 345 |
C N= (I+1)
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| 346 |
C IF(I.EQ.5) THEN
|
| 347 |
CC CALL GSPOS('TRPB',N,'SPEB',X,Y,Z,10,'ONLY')
|
| 348 |
C CALL GSPOS('TRPB',N,'MGFR',X,Y,Z,10,'ONLY')
|
| 349 |
C ELSE
|
| 350 |
CC CALL GSPOS('TRPB',N,'SPEB',X,Y,Z,0,'ONLY')
|
| 351 |
C CALL GSPOS('TRPB',N,'MGFR',X,Y,Z,0,'ONLY')
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| 352 |
C ENDIF
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| 353 |
Z=Z-MGFR(3)
|
| 354 |
ENDDO
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N=2
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| 356 |
X=0.
|
| 357 |
Y=MGFR(2) - TRPB(2)
|
| 358 |
Z=Z-TRPB(3)
|
| 359 |
ZTRPB=Z
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c CALL GSPOS('TRPB',N,'SPEB',X,Y,Z,4,'ONLY')
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| 361 |
CALL GSPOS('TRPB',N,'SPEB',X,Y,Z,10,'ONLY')
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*
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| 363 |
* Positioning volume TBAL into the mother SPEB
|
| 364 |
*
|
| 365 |
DO I=1,2
|
| 366 |
C DTBAL is the distance along x of the volumes TBAL from the end of TRPB
|
| 367 |
DTBAL=3.6
|
| 368 |
N=I
|
| 369 |
IF(I.EQ.1) THEN
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| 370 |
X=TRPB(1)-3.6-TBAL(1)
|
| 371 |
ELSE
|
| 372 |
X=-(TRPB(1)-3.6-TBAL(1))
|
| 373 |
ENDIF
|
| 374 |
Y=MGFR(2) - 2*TRPB(2)-TBAL(2)
|
| 375 |
Z=ZTRPB
|
| 376 |
CALL GSPOS('TBAL',N,'SPEB',X,Y,Z,0,'ONLY')
|
| 377 |
ENDDO
|
| 378 |
*
|
| 379 |
* Positioning volume TPGU into the mother MGFR
|
| 380 |
*
|
| 381 |
X=0.
|
| 382 |
C Z=MGFR(3)-TPGU(3)
|
| 383 |
Z=-MGFR(3)+2*(TPGD(3)+TPGI(3)+MGPL(3)+TPGI(3)+TPGA(3)+TRPB(3))+
|
| 384 |
+ TPGU(3)
|
| 385 |
Y=-MGFR(2)+TRPB(2)
|
| 386 |
CALL GSPOS('TPGU',N,'MGFR',X,Y,Z,0,'ONLY')
|
| 387 |
*
|
| 388 |
RETURN
|
| 389 |
END
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