| 1 |
c k constants (k1, k2) for calculation of beta |
C k1 constants for calculation of beta, Z=1, Z=2, Z>2 |
| 2 |
REAL k_s11s31(2,24),k_s11s32(2,24),k_s12s31(2,18),k_s12s32(2,18) |
REAL k_s11s31(3,24),k_s11s32(3,24),k_s12s31(3,18),k_s12s32(3,18) |
| 3 |
REAL k_S21S31(2,6),k_S21S32(2,6),k_S22S31(2,6),k_S22S32(2,6) |
REAL k_S21S31(3,6),k_S21S32(3,6),k_S22S31(3,6),k_S22S32(3,6) |
| 4 |
REAL k_s11s21(2,16),k_s11s22(2,16),k_s12s21(2,12),k_s12s22(2,12) |
REAL k_s11s21(3,16),k_s11s22(3,16),k_s12s21(3,12),k_s12s22(3,12) |
| 5 |
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| 6 |
c relation of time differences in a tof paddle and the location of the |
c relation of time differences in a tof paddle and the location of the |
| 7 |
c passage of the particle |
c passage of the particle |
| 19 |
c right:xkorr=par(1)*exp(x/par(2)) |
c right:xkorr=par(1)*exp(x/par(2)) |
| 20 |
c then:adc(x,right/left)=adc(x,right/left)/xkorr |
c then:adc(x,right/left)=adc(x,right/left)/xkorr |
| 21 |
c normalize to x=0 (middle of paddle) |
c normalize to x=0 (middle of paddle) |
| 22 |
REAL adcx11(2,8,2),adcx12(2,6,2) |
REAL adcx11(2,8,4),adcx12(2,6,4) |
| 23 |
REAL adcx21(2,2,2),adcx22(2,2,2) |
REAL adcx21(2,2,4),adcx22(2,2,4) |
| 24 |
REAL adcx31(2,3,2),adcx32(2,3,2) |
REAL adcx31(2,3,4),adcx32(2,3,4) |
| 25 |
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| 26 |
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| 27 |
c Time Walk - correction |
c Time Walk - correction |
| 34 |
c----- tracker info |
c----- tracker info |
| 35 |
integer NTRK |
integer NTRK |
| 36 |
double precision AL_PP(5) |
double precision AL_PP(5) |
| 37 |
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double precision trkmip |
| 38 |
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| 39 |
c------ |
c------ |
| 40 |
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| 41 |
integer adc(4,12),tdc(4,12) |
integer adc(4,12),tdc(4,12) |
| 42 |
integer patterntrig(6) |
integer patterntrig(6) |
| 43 |
COMMON / tofinput /AL_PP, |
COMMON / tofinput /AL_PP,trkmip, |
| 44 |
& k_S11S31,k_S11S32,k_S12S31,k_S12S32, |
& k_S11S31,k_S11S32,k_S12S31,k_S12S32, |
| 45 |
& k_S21S31,k_S21S32,k_S22S31,k_S22S32, |
& k_S21S31,k_S21S32,k_S22S31,k_S22S32, |
| 46 |
& k_S11S21,k_S11S22,k_S12S21,k_S12S22, |
& k_S11S21,k_S11S22,k_S12S21,k_S12S22, |