| [817] | 1 | *
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| 2 | * ********************************************************************
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| 3 | * * License and Disclaimer *
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| 4 | * * *
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| 5 | * * The Geant4 software is copyright of the Copyright Holders of *
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| 6 | * * the Geant4 Collaboration. It is provided under the terms and *
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| 7 | * * conditions of the Geant4 Software License, included in the file *
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| 8 | * * LICENSE and available at http://cern.ch/geant4/license . These *
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| 9 | * * include a list of copyright holders. *
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| 10 | * * *
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| 11 | * * Neither the authors of this software system, nor their employing *
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| 12 | * * institutes,nor the agencies providing financial support for this *
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| 13 | * * work make any representation or warranty, express or implied, *
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| 14 | * * regarding this software system or assume any liability for its *
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| 15 | * * use. Please see the license in the file LICENSE and URL above *
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| 16 | * * for the full disclaimer and the limitation of liability. *
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| 17 | * * *
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| 18 | * * This code implementation is the result of the scientific and *
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| 19 | * * technical work of the GEANT4 collaboration. *
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| 20 | * * By using, copying, modifying or distributing the software (or *
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| 21 | * * any work based on the software) you agree to acknowledge its *
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| 22 | * * use in resulting scientific publications, and indicate your *
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| 23 | * * acceptance of all terms of the Geant4 Software license. *
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| 24 | * ********************************************************************
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| 25 | *
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| 26 | *
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| 27 | * $Id: tog4.F,v 1.5 2006/06/29 18:15:21 gunter Exp $
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| [965] | 28 | * GEANT4 tag $Name: geant4-09-02-ref-02 $
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| [817] | 29 | *
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| 30 | subroutine tog4
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| 31 | ************************************************************************
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| 32 | *
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| 33 | * tog4
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| 34 | *
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| 35 | * Perform the translation to G4
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| 36 | *
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| 37 | ************************************************************************
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| 38 | implicit none
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| 39 | #include "gcbank.inc"
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| 40 | integer maxdivols
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| 41 | parameter (maxdivols=20000)
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| 42 | integer nvol, nrotm, nmate, ntmed, nset, i, jma, nmixt, k, nin,
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| 43 | > jdiv, jd, iaxis, ivo, ndiv, numed, npar, natt, ivol, jin,
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| 44 | > nparv, npard, nr, irot, konly, nwbuf, isvol, nmat, ifield,
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| 45 | > nbits(5000), idtyp, nwhi, nwdi, iset, idet, j, in, jmx,
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| 46 | > jdh, jdd, jdu, ndet, nn, nupar, npos, ndvol, ndivols, ii,
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| 47 | > npositioned, iia(10000), imate, smixt
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| 48 |
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| 49 | real c0, step, x, y, z, a, dens, radl, absl, fact(5000),
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| 50 | > fieldm, tmaxfd, stemax, deemax, epsil, stmin, orig(5000),
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| 51 | > upar(5000)
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| 52 |
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| 53 | character shape*4, name*4, dname*4, chonly*4, chmat*20, chtmed*20,
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| 54 | > chset*4, chdet*4, chnms(5000)*4, divols(maxdivols)*4
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| 55 | *
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| 56 | npositioned = 0
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| 57 | *
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| 58 | *** count materials and convert
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| 59 | call bankcnt(jmate,iia, nmate)
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| 60 | print *,'Materials: ',nmate
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| 61 | do imate=1,nmate
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| 62 | ii=iia(imate)
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| 63 | jma = lq(jmate-ii)
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| 64 | call uhtoc(iq(jma+1),4,chmat,20)
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| 65 | a = q(jma+6)
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| 66 | z = q(jma+7)
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| 67 | dens = q(jma+8)
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| 68 | radl = q(jma+9)
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| 69 | absl = q(jma+10)
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| 70 | nwbuf = iq(jma-1)-11
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| 71 | if (jma.gt.0) then
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| 72 | smixt=q(jma+11)
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| 73 | nmixt=abs(smixt)
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| 74 | if (nmixt.le.1) then
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| 75 | write(6,101) imate, chmat, a, z, dens, radl, absl
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| 76 | call ksmate(ii, chmat, a, z, dens, radl, absl,
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| 77 | > q(jma+12), nwbuf)
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| 78 | else
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| 79 | jmx = lq(jma-5)
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| 80 | write(6,102) imate, chmat, a, z, dens, radl, absl,
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| 81 | > (j,q(jmx+j),q(jmx+nmixt+j),q(jmx+2*nmixt+j),
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| 82 | > j=1,nmixt)
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| 83 | call ksmixt(ii, chmat, q(jmx+1), q(jmx+nmixt+1),
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| 84 | > dens, smixt, q(jmx+2*nmixt+1))
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| 85 | end if
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| 86 | end if
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| 87 | enddo
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| 88 | 101 format(1x,i5,1x,A12,f6.2,f5.1,f8.2,2f9.2)
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| 89 | 102 format(1x,i5,1x,A12,f6.2,f5.1,f8.2,2f9.2,1x,i2, f6.2, f5.1,
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| 90 | > f6.2/(57x, i2, f6.2, f5.1, f6.2))
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| 91 | *
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| 92 | *** count tracking media and convert
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| 93 | call bankcnt(jtmed,iia, ntmed)
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| 94 | print *,'Media: ',ntmed
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| 95 | do i=1,ntmed
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| 96 | ii=iia(i)
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| 97 | j = lq(jtmed-ii)
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| 98 | call uhtoc(iq(j+1),4,chtmed,20)
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| 99 | nmat = q(j+6)
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| 100 | isvol = q(j+7)
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| 101 | ifield = q(j+8)
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| 102 | fieldm = q(j+9)
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| 103 | tmaxfd = q(j+10)
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| 104 | stemax = q(j+11)
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| 105 | deemax = q(j+12)
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| 106 | epsil = q(j+13)
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| 107 | stmin = q(j+14)
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| 108 | nwbuf = iq(j-1) -14
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| 109 | call kstmed(ii,chtmed,nmat,isvol,ifield,fieldm,tmaxfd,stemax,
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| 110 | + deemax,epsil,stmin,q(j+15),nwbuf)
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| 111 | enddo
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| 112 | *
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| 113 | *** count rotation matrices and convert
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| 114 | call bankcnt(jrotm,iia, nrotm)
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| 115 | print *,'Rotms: ',nrotm
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| 116 | do i=1,nrotm
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| 117 | ii=iia(i)
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| 118 | j = lq(jrotm-ii)
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| 119 | call ksrotm(ii,q(j+11),q(j+12),q(j+13),q(j+14),q(j+15),q(j+16))
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| 120 | enddo
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| 121 | *
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| 122 | *** count volumes
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| 123 | npos = 0
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| 124 | call bankcnt(jvolum,iia, nvol)
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| 125 | print *,'Volumes: ',nvol
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| 126 | *** pull out the names of the volumes which are subvolumes of
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| 127 | *** divided volumes (gsvolu should not be called on these)
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| 128 | ndivols = 0
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| 129 | do i=1, nvol
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| 130 | ii=iia(i)
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| 131 | j = lq(jvolum-ii)
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| 132 | nin = q(j+3)
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| 133 | if (nin.lt.0) then
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| 134 | jdiv = lq(j-1)
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| 135 | ivo = q(jdiv+2)
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| 136 | call uhtoc(iq(jvolum+ivo),4,dname,4)
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| 137 | ndivols = ndivols +1
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| 138 | if (ndivols.gt.maxdivols) then
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| 139 | ndivols = maxdivols
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| 140 | print *,
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| 141 | + '!!!ERROR!!! ndivols array exhausted. ',
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| 142 | + 'Too many divisions.'
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| 143 | endif
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| 144 | divols(ndivols) = dname
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| 145 | endif
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| 146 | enddo
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| 147 | *** create the logical volumes (gsvolu)
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| 148 | ndvol = 0
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| 149 | do i=1, nvol
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| 150 | ii=iia(i)
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| 151 | j = lq(jvolum-ii)
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| 152 | call uhtoc(iq(jvolum+ii),4,name,4)
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| 153 | call jshape(q(j+2),shape)
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| 154 | nin = q(j+3)
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| 155 | numed = q(j+4)
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| 156 | npar = q(j+5)
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| 157 | natt = q(j+6)
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| 158 | do k=1, ndivols
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| 159 | if (divols(k).eq.name) then
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| 160 | ndvol = ndvol +1
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| 161 | c print *,'Division volume ',name,'; no gsvolu call.'
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| 162 | goto 11
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| 163 | endif
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| 164 | enddo
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| 165 | call ksvolu(name, shape, numed, q(j+7), npar, ivol)
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| 166 | 11 continue
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| 167 | enddo
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| 168 | print *,'Divided volumes: ',ndvol
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| 169 |
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| 170 | *** properties of the mother volume
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| 171 | call uhtoc(iq(jvolum+1),4,name,4)
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| 172 | j=lq(jvolum-1)
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| 173 | call jshape(q(j+2),shape)
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| 174 | print *,'mother volume: ',name,' shape: ',shape
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| 175 | *** convert physical volumes
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| 176 | do i=1, nvol
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| 177 | ii=iia(i)
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| 178 | j = lq(jvolum-ii)
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| 179 | call uhtoc(iq(jvolum+ii),4,name,4)
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| 180 | nin = q(j+3)
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| 181 | numed = q(j+4)
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| 182 | npar = q(j+5)
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| 183 | if (nin.lt.0) then
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| 184 | * ! divided volume
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| 185 | jdiv = lq(j-1)
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| 186 | iaxis = q(jdiv+1)
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| 187 | ivo = q(jdiv+2)
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| 188 | call uhtoc(iq(jvolum+ivo),4,dname,4)
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| 189 | jd = lq(jvolum-ivo)
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| 190 | numed = q(jd+4)
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| 191 | ndiv = q(jdiv+3)
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| 192 | c0 = q(jdiv+4)
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| 193 | step = q(jdiv+5)
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| 194 | call ksdvn2(dname, name, ndiv, iaxis, c0, numed)
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| 195 | else if (nin.gt.0) then
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| 196 | * ! volume not divided. Handle positioning of daughter vols
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| 197 | do in=1, nin
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| 198 | jin = lq(j-in)
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| 199 | ivo = q(jin+2)
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| 200 | call uhtoc(iq(jvolum+ivo),4,dname,4)
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| 201 | jd = lq(jvolum-ivo)
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| 202 | nparv = q(jd+5) ! NPAR declared in the GSVOLU call
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| 203 | nr = q(jin+3)
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| 204 | irot = q(jin+4)
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| 205 | x = q(jin+5)
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| 206 | y = q(jin+6)
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| 207 | z = q(jin+7)
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| 208 | konly = q(jin+8)
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| 209 | if (konly.ne.0) then
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| 210 | chonly = 'ONLY'
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| 211 | else
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| 212 | chonly = 'MANY'
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| 213 | endif
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| 214 | npard = iq(jin-1) -9
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| 215 | npositioned = npositioned +1
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| 216 | if (nparv.eq.0) then
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| 217 | * ! use GSPOSP
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| 218 | call ksposp(dname, nr, name, x, y, z, irot, chonly,
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| 219 | + q(jin+10), npard)
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| 220 | else
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| 221 | * ! GSPOS
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| 222 | call kspos(dname, nr, name, x, y, z, irot, chonly)
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| 223 | endif
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| 224 | enddo
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| 225 | endif
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| 226 | enddo
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| 227 | *
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| 228 | *** count sensitive detectors
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| 229 | call bankcnt(jset,iia, nset)
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| 230 | print *,'Sets: ',nset
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| 231 | do i=1,nset
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| 232 | ii=iia(i)
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| 233 | j = lq(jset-ii)
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| 234 | call uhtoc(iq(jset+i),4,chset,4)
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| 235 | ndet = iq(j-1)
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| 236 | do k=1,ndet
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| 237 | jd = lq(j-k)
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| 238 | call uhtoc(iq(j+k),4,chdet,4)
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| 239 | call gfdet(chset, chdet, nn, chnms, nbits, idtyp,
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| 240 | + nwhi, nwdi, iset, idet)
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| 241 | call ksdet(chset, chdet, nn, chnms, nbits, idtyp,
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| 242 | + nwhi, nwdi, iset, idet)
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| 243 | jdh = lq(jd-1)
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| 244 | if (jdh.ne.0) then
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| 245 | call gfdeth(chset,chdet,nn,chnms,nbits,orig,fact)
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| 246 | call ksdeth(chset,chdet,nn,chnms,nbits,orig,fact)
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| 247 | endif
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| 248 | jdd = lq(jd-2)
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| 249 | if (jdd.ne.0) then
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| 250 | call gfdetd(chset,chdet,nn,chnms,nbits)
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| 251 | call ksdetd(chset,chdet,nn,chnms,nbits)
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| 252 | endif
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| 253 | jdu = lq(jd-3)
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| 254 | if (jdu.ne.0) then
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| 255 | call gfdetu(chset,chdet,100,nupar,upar)
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| 256 | call ksdetu(chset,chdet,nupar,upar)
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| 257 | endif
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| 258 | enddo
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| 259 | enddo
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| 260 | print *,'Positioned volumes (gspos, gsposp):',npositioned
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| 261 | *
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| 262 | call kgclos
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| 263 | *
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| 264 | end
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| 265 |
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| 266 | subroutine bankcnt(link,iia,nbanks)
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| 267 | ************************************************************************
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| 268 | ************************************************************************
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| 269 | implicit none
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| 270 | #include "gcbank.inc"
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| 271 | integer i, link, nbanks, iia(*)
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| 272 | *
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| 273 | nbanks=0
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| 274 | if (link.eq.0) return
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| 275 | C* do i=1,9999999
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| 276 | do i=1,iq(link-2)
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| 277 | C* if(lq(link-nbanks-1).eq.0.or.iq(link-2).eq.nbanks) goto 10
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| 278 | if(lq(link-i).ne.0)then
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| 279 | nbanks = nbanks +1
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| 280 | iia(nbanks)=i
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| 281 | endif
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| 282 | enddo
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| 283 | 10 continue
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| 284 | end
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