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cafagna |
1.1 |
SUBROUTINE GPCARDV |
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************************************************************************ |
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* * |
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* Volumes definition for the side anticoincidence counters * |
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* Called by: GPGEO * |
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* * |
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* Author: Francesco Cafagna, 08/02/96 16.58.49 * |
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* * |
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************************************************************************ |
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#include "gconst.inc" |
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#include "gpgeo.inc" |
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#include "gpmed.inc" |
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#include "gprot.inc" |
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INTEGER IROT,IVOLU,N,NMED,NUM |
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REAL X,Y,Z |
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REAL CAR1(11),CR1P(11) |
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REAL C1D1(11),C1N1(11),C1N2(11) |
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REAL CAR2(11),CR2P(11) |
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REAL C2D1(11),C2N1(11),C2N2(11) |
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REAL CAR1H,CAR1D,CAR1U,CAR1T |
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REAL CAR2H,CAR2D,CAR2U,CAR2T |
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REAL BETA, ALPHA, ANGLCAR1, ANGLCAR2 |
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* |
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* CAR1 Al box sheet |
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* |
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NMED=MAL |
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CAR1CF=3.012 |
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CAR1ANGL=16.83 |
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CAR1H=6.7*CAR1CF |
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CAR1D=12*CAR1CF |
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CAR1U=11.3*CAR1CF |
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CAR1T=1.2 |
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CAR1(1) = 0.5*CAR1H |
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CAR1(2) = CAR1ANGL |
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CAR1(3) = 0. |
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CAR1(4) = 0.5*CAR1T |
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CAR1(5) = 0.5*CAR1D |
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CAR1(6) = CAR1(5) |
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CAR1(7) = 0. |
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CAR1(8) = 0.5*CAR1T |
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CAR1(9) = 0.5*CAR1U |
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CAR1(10) = CAR1(9) |
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CAR1(11) = 0. |
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CALL GSVOLU('CAR1','TRAP',NMED,CAR1,11,IVOLU) |
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* |
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* CR1P PLASTIC BOX TO CREATE RIM |
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* |
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NMED=MPLAS |
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CR1P(1) = 0.5*(CAR1H-.7) |
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CR1P(2) = CAR1ANGL |
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CR1P(3) = 0. |
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CR1P(4) = 0.5*(CAR1T-.4) |
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CR1P(5) = 0.5*(CAR1D-0.7) |
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CR1P(6) = CR1P(5) |
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CR1P(7) = 0. |
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CR1P(8) = 0.5*(CAR1T-.4) |
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CR1P(9) = 0.5*(CAR1U-.7) |
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CR1P(10) = CR1P(9) |
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CR1P(11) = 0. |
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CALL GSVOLU('CR1P','TRAP',NMED,CR1P,11,IVOLU) |
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* |
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* Scint sheet |
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* |
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NMED=MSCIN |
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C1D1(1) = 0.5*(CAR1H-1.3) |
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C1D1(2) = CAR1ANGL |
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C1D1(3) = 0. |
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C1D1(4) = 0.5*(CAR1T-.4) |
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C1D1(5) = 0.5*(CAR1D-1.3) |
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C1D1(6) = C1D1(5) |
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C1D1(7) = 0. |
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C1D1(8) = 0.5*(CAR1T-.4) |
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C1D1(9) = 0.5*(CAR1U-1.3) |
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C1D1(10) = C1D1(9) |
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C1D1(11) = 0. |
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CALL GSVOLU('C1D1','TRAP',NMED,C1D1,11,IVOLU) |
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* |
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* Empty volume to be subtracted from C1D1 sheet |
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* |
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NMED=MN2 |
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BETA=ATAN( |
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+ 2.*C1D1(1)/ |
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+ (C1D1(9)-C1D1(5)+2.*C1D1(1)*TAN(C1D1(2)*3.14/180.)) ) |
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A=3.*3.02 |
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B=3.*3.02 |
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C1N1(1) = 0.5*A*SIN(BETA) |
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C1N1(9) = 0.5*B |
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C1N1(2) = -RADDEG*ATAN( |
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+ (C1N1(9)-2.*C1N1(1)/TAN(BETA))*1./(2.*C1N1(1)) ) |
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C1N1(3) = 0. |
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C1N1(4) = 0.5*(CAR1T) |
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C1N1(5) = 0. |
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C1N1(6) = C1N1(5) |
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C1N1(7) = 0. |
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C1N1(8) = 0.5*(CAR1T) |
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C1N1(10) = C1N1(9) |
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C1N1(11) = 0. |
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CALL GSVOLU('C1N1','TRAP',NMED,C1N1,11,IVOLU) |
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ALPHA=ATAN( |
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+ ABS(A*SIN(BETA)/(B - A*COS(BETA))) ) |
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BETA=3.14-ALPHA |
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A=.6*3.02 |
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B=1.1*3.02 |
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C1N2(1) = ABS(0.5*A*SIN(BETA)) |
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C1N2(9) = 0.5*B |
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C1N2(2) = -(90. - RADDEG* |
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+ ATAN( 2.*C1N2(1) /( C1N2(9) + (2.*C1N2(1)/ABS(TAN(BETA)))) )) |
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C1N2(3) = 0. |
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C1N2(4) = 0.5*CAR1T |
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C1N2(5) = 0. |
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C1N2(6) = C1N2(5) |
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C1N2(7) = 0. |
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C1N2(8) = 0.5*CAR1T |
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C1N2(10) = C1N2(9) |
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C1N2(11) = 0. |
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CALL GSVOLU('C1N2','TRAP',NMED,C1N2,11,IVOLU) |
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* |
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* CAR2 Al box sheet |
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* |
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NMED=MAL |
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CAR2CF=3.012 |
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CAR2ANGL=16.24 |
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CAR2H=6.7*CAR2CF |
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CAR2D=10.35*CAR2CF |
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CAR2U=10.2*CAR2CF |
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CAR2T=1.2 |
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CAR2(1) = 0.5*CAR2H |
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CAR2(2) = CAR2ANGL |
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CAR2(3) = 0. |
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CAR2(4) = 0.5*CAR2T |
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CAR2(5) = 0.5*CAR2D |
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CAR2(6) = CAR2(5) |
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CAR2(7) = 0. |
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CAR2(8) = 0.5*CAR2T |
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CAR2(9) = 0.5*CAR2U |
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CAR2(10) = CAR2(9) |
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CAR2(11) = 0. |
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CALL GSVOLU('CAR2','TRAP',NMED,CAR2,11,IVOLU) |
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* |
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* CR1P PLASTIC BOX TO CREATE RIM |
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* |
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NMED=MPLAS |
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CR2P(1) = 0.5*(CAR2H-.7) |
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CR2P(2) = CAR2ANGL |
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CR2P(3) = 0. |
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CR2P(4) = 0.5*(CAR2T-.4) |
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CR2P(5) = 0.5*(CAR2D-0.7) |
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CR2P(6) = CR2P(5) |
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CR2P(7) = 0. |
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CR2P(8) = 0.5*(CAR2T-.4) |
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CR2P(9) = 0.5*(CAR2U-.7) |
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CR2P(10) = CR2P(9) |
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CR2P(11) = 0. |
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CALL GSVOLU('CR2P','TRAP',NMED,CR2P,11,IVOLU) |
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* |
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* Scint sheet |
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* |
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NMED=MSCIN |
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C2D1(1) = 0.5*(CAR2H-1.3) |
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C2D1(2) = CAR2ANGL |
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C2D1(3) = 0. |
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C2D1(4) = 0.5*(CAR2T-.4) |
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C2D1(5) = 0.5*(CAR2D-1.3) |
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C2D1(6) = C2D1(5) |
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C2D1(7) = 0. |
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C2D1(8) = 0.5*(CAR2T-.4) |
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C2D1(9) = 0.5*(CAR2U-1.3) |
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C2D1(10) = C2D1(9) |
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C2D1(11) = 0. |
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CALL GSVOLU('C2D1','TRAP',NMED,C2D1,11,IVOLU) |
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* |
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* Empty volume to be subtracted from C2D1 sheet |
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* |
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NMED=MN2 |
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BETA=ATAN( |
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+ 2.*C2D1(1)/ |
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+ (C2D1(9)-C2D1(5)+2.*C2D1(1)*TAN(C2D1(2)*3.14/180.)) ) |
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A=3.*3.02 |
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B=3.*3.02 |
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C2N1(1) = 0.5*A*SIN(BETA) |
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C2N1(9) = 0.5*B |
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C2N1(2) = -RADDEG*ATAN( |
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+ (C2N1(9)-2.*C2N1(1)/TAN(BETA))*1./(2.*C2N1(1)) ) |
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C2N1(3) = 0. |
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C2N1(4) = 0.5*(CAR2T) |
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C2N1(5) = 0. |
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C2N1(6) = C2N1(5) |
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C2N1(7) = 0. |
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C2N1(8) = 0.5*(CAR2T) |
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C2N1(10) = C2N1(9) |
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C2N1(11) = 0. |
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CALL GSVOLU('C2N1','TRAP',NMED,C2N1,11,IVOLU) |
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ALPHA=ATAN( |
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+ ABS(A*SIN(BETA)/(B - A*COS(BETA))) ) |
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BETA=3.14-ALPHA |
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A=.6*3.02 |
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B=1.1*3.02 |
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C2N2(1) = ABS(0.5*A*SIN(BETA)) |
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C2N2(9) = 0.5*B |
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C2N2(2) = -(90. - RADDEG* |
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+ ATAN( 2.*C2N2(1) /( C2N2(9) + (2.*C2N2(1)/ABS(TAN(BETA)))) )) |
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C2N2(3) = 0. |
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C2N2(4) = 0.5*CAR2T |
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C2N2(5) = 0. |
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C2N2(6) = C2N2(5) |
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C2N2(7) = 0. |
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C2N2(8) = 0.5*CAR2T |
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C2N2(10) = C2N2(9) |
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C2N2(11) = 0. |
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CALL GSVOLU('C2N2','TRAP',NMED,C2N2,11,IVOLU) |
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* |
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NMED=MN2 |
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CARDB(1)=1.5*CAR2(9) |
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CARDB(2)=1.5*CAR1(9) |
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CARDB(3)=CAR1(1) |
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CALL GSVOLU('CARD','BOX ',NMED,CARDB, 3,IVOLU) |
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* |
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* The zenihtal angle of the paddles |
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* |
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ANGLCAR2=ASIN( 0.5*(CAR1D-(CAR1U-2.*(C1N2(9)+C1N1(9)))) / CAR1H ) |
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ANGLCAR1=ASIN( 0.5*(CAR2D-(CAR2U-2.*(C2N2(9)+C2N1(9)))) / CAR2H ) |
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* |
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* Define ANGLCAR rotation around Z axis |
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* |
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IRZCAR2=11 |
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CALL GSROTM(IRZCAR2,90.,0.,(90.-ANGLCAR2*RADDEG), |
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+ 90.,(180.-ANGLCAR2*RADDEG),90.) |
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IRZCAR22=12 |
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CALL GSROTM(IRZCAR22,90.,180.,(270.-ANGLCAR2*RADDEG), |
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+ 270.,(180.-ANGLCAR2*RADDEG),270.) |
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IRZCAR1=13 |
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CALL GSROTM(IRZCAR1,90.,270.,(90.-ANGLCAR1*RADDEG), |
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+ 0.,(180.-ANGLCAR1*RADDEG),0.) |
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IRZCAR12=14 |
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CALL GSROTM(IRZCAR12,90.,90.,(90.-ANGLCAR1*RADDEG), |
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+ 180.,(180.-ANGLCAR1*RADDEG),180.) |
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* |
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* Positioning in CAR1 |
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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('CR1P',N,'CAR1',X,Y,Z,0,'MANY') |
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N=1 |
| 248 |
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X=( CAR1(9)+CAR1(1)*TAN(CAR1(2)*DEGRAD) ) - |
| 249 |
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+ (C1N1(9)+C1N1(1)*TAN(C1N1(2)*DEGRAD)) |
| 250 |
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Y=0 |
| 251 |
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Z=CAR1(1)-C1N1(1) |
| 252 |
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CALL GSPOS('C1N1',N,'CAR1',X,Y,Z,0,'ONLY') |
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N=1 |
| 254 |
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X=( CAR1(9)+CAR1(1)*TAN(CAR1(2)*DEGRAD) ) - 2.*C1N1(9) - |
| 255 |
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+ (C1N2(9)+C1N2(1)*TAN(C1N2(2)*DEGRAD)) |
| 256 |
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Y=0 |
| 257 |
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Z=CAR1(1)-C1N2(1) |
| 258 |
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CALL GSPOS('C1N2',N,'CAR1',X,Y,Z,0,'ONLY') |
| 259 |
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N=1 |
| 260 |
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X=0 |
| 261 |
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Y=0 |
| 262 |
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Z=0 |
| 263 |
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CALL GSPOS('C1D1',N,'CR1P',X,Y,Z,0,'ONLY') |
| 264 |
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* |
| 265 |
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* Positioning in CAR2 |
| 266 |
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* |
| 267 |
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N=1 |
| 268 |
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X=0 |
| 269 |
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Y=0 |
| 270 |
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Z=0 |
| 271 |
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CALL GSPOS('CR2P',N,'CAR2',X,Y,Z,0,'MANY') |
| 272 |
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N=1 |
| 273 |
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X=( CAR2(9)+CAR2(1)*TAN(CAR2(2)*DEGRAD) ) - |
| 274 |
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+ (C2N1(9)+C2N1(1)*TAN(C2N1(2)*DEGRAD)) |
| 275 |
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Y=0 |
| 276 |
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Z=CAR2(1)-C2N1(1) |
| 277 |
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CALL GSPOS('C2N1',N,'CAR2',X,Y,Z,0,'ONLY') |
| 278 |
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N=1 |
| 279 |
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X=( CAR2(9)+CAR2(1)*TAN(CAR2(2)*DEGRAD) ) - 2.*C2N1(9) - |
| 280 |
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+ (C2N2(9)+C2N2(1)*TAN(C2N2(2)*DEGRAD)) |
| 281 |
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Y=0 |
| 282 |
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Z=CAR2(1)-C2N2(1) |
| 283 |
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CALL GSPOS('C2N2',N,'CAR2',X,Y,Z,0,'ONLY') |
| 284 |
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N=1 |
| 285 |
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X=0 |
| 286 |
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Y=0 |
| 287 |
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Z=0 |
| 288 |
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CALL GSPOS('C2D1',N,'CR2P',X,Y,Z,0,'ONLY') |
| 289 |
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* |
| 290 |
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* Positioning in card |
| 291 |
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* |
| 292 |
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| 293 |
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N=1 |
| 294 |
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X=-(C2N1(9) + C2N2(9)) + CAR2(1)*ABS(TAN(CAR2(2)*DEGRAD)) |
| 295 |
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Y=(CAR1(9) - (C1N1(9)+C1N2(9))) |
| 296 |
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+ + CAR2(1)*ABS(COS(ANGLCAR2*RADDEG)) - 2.*CAR2(4) |
| 297 |
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Z=0 |
| 298 |
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CALL GSPOS('CAR2',N,'CARD',X,Y,Z,IRZCAR22,'ONLY') |
| 299 |
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N=2 |
| 300 |
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X=-X + 2.*CAR1(4) |
| 301 |
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Y=-Y + 2.*CAR1(4) |
| 302 |
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CALL GSPOS('CAR2',N,'CARD',X,Y,Z,IRZCAR2 ,'ONLY') |
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| 304 |
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N=1 |
| 305 |
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Y=(C1N1(9) + C1N2(9)) - CAR1(1)*ABS(TAN(CAR1(2)*DEGRAD)) |
| 306 |
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+ + 2.* CAR2(4) |
| 307 |
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X=(CAR2(9) - (C2N1(9)+C2N2(9))) |
| 308 |
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+ + CAR1(1)*ABS(SIN(ANGLCAR1*RADDEG)) + 2.*CAR1(4) |
| 309 |
|
|
Z=0 |
| 310 |
|
|
CALL GSPOS('CAR1',N,'CARD',X,Y,Z,IRZCAR12,'ONLY') |
| 311 |
|
|
N=2 |
| 312 |
|
|
Y=-Y + 2.* CAR2(4) |
| 313 |
|
|
X=-X + 2.* CAR2(4) |
| 314 |
|
|
CALL GSPOS('CAR1',N,'CARD',X,Y,Z,IRZCAR1,'ONLY') |
| 315 |
|
|
|
| 316 |
|
|
RETURN |
| 317 |
|
|
END |
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