c calculates structure functions for heavy quark production c gamma* parton -> Q + Qbar + X folded with the parton densities of c the proton. These routines can only be used with MSbar parton c densities of the proton. c NPB392 (1993) 162 - 229, PL 347B 143 - 151. c Last modified 23.7.96. If you have questions, e-mail c riemersm@hades.ifh.de c program struct subroutine js(xbjfix,mq2fix,mq,fhad) implicit none c declare all variables for easier debugging integer ifch, pts, its, ihist integer nborn, ngcorr, nqcorr integer iloop, iloop1, nscale, ipdf, ichoose integer kount, max, nxch real*8 xbj, mq2, mq, m2, tf, scale, alphas, mq2l(4) real*8 nlf, eh, eh2, c, n real*8 fhad, xfhad real*8 xbjfix, mq2fix real*8 pi, ca, cf real*8 qfac, mfac real*8 daind1, eps, zmin, zmax, est real*8 xchbin(11),fchfac data xchbin/0.00005d0,0.00013d0,0.0003d0,0.0005d0,0.0008d0, .0.0012d0,0.002d0,0.0032d0,0.004d0,0.008d0,0.020d0/ character*10 q parameter (pi = 3.14159265359d0) c group structure constants ca = N of SU(N) = 3, cf = (N^2 - 1)/(2 N) = c 4/3 and tf = normalization for the color matrices = 1/2 in SU(N) theories parameter (ca = 3d0, cf = 4d0/3d0, tf = 0.5d0) c integrating the the function ff gives the structure function at points c in xbj (Bjorken x) and mq2 (Q^2). external ffm common/include/nborn, ngcorr, nqcorr, ifch common/mass/m2, mq2, xbj common/coupling/scale, alphas, nlf, eh2 common/pdf/ipdf common/quark/q c call the input file struct_had.dat which sets the parameters for the c calculation, and struct_had.plo which is a file that tells the c integration routine VEGAS to give differential distributions in c the variables chosen. struct_had.out is the file to which the results c of the calculation are written. open (unit = 11, file ='/userdisk/zeusqcd/develop/struct.dat', + status = 'old') open (unit = 12, file ='struct.out', status = 'unknown') c open (unit = 13, file ='struct.plo', status = 'unknown') rewind 11 c rewind 12 c rewind 13 c rewind 14 c rewind 15 c rewind 16 c rewind 17 c rewind 18 c for explanations of parameters see struct.dat read(11,*) ipdf read(11,*) ifch read(11,*) nborn read(11,*) ngcorr read(11,*) nqcorr read(11,*) qfac read(11,*) mfac c read(11,*) mq c read(11,*) mq2fix read(11,*) nlf read(11,*) ichoose c read(11,*) xbjfix read(11,87) q 87 format(a10) c c print*,' choice of distribution function: ipdf = ',ipdf c print*,' choice of f_l (0) f_t (1) f_2 (2): ifch = ',ifch c print*,' include the born terms (1) not (0): nborn = ',nborn c print*,' include the gluon corrections (1) not (0): ngcorr = ' c # ,ngcorr c print*,' include the quark corrections (1) not (0): nqcorr = ' c # ,nqcorr c print*,' factor multiplying Q^2 to give MF scale = ',qfac c print*,' factor multiplying m^2 to give MF scale = ',mfac c print*,' the mass of the produced heavy quark: mq = ',mq c print*,' the virtuality of the photon: mq2 = ', mq2fix c print*,' the number of light flavors: nlf = ', nlf c print*,' ichoose = (0) loop (1) one pt (2) mf dep = ',ichoose c print*,' the bjorken x fixed value: xbjfix = ', xbjfix c print*,' the produced quark is ',q c mass, charge parameters if (q .eq. 'charm') then eh = 2d0/3d0 elseif (q .eq. 'bottom') then eh = -1d0/3d0 elseif (q .eq. 'top') then eh = 2d0/3d0 endif m2 = mq*mq eh2 = eh*eh if (ichoose .eq. 0) then c loop over chosen values of xbj and mq2 mq2l(1) = 10d0 mq2l(2) = 50d0 mq2l(3) = 100d0 mq2l(4) = 500d0 do 20 iloop1 = 1,4 mq2 = mq2l(iloop1) do 10 iloop = 1,36 if (iloop .le. 9) then xbj = dble(iloop)*10**(-4d0) elseif (iloop .ge. 10 .and. iloop .le. 18) then xbj = dble(iloop-9)*10**(-3d0) elseif (iloop .ge. 19 .and. iloop .le. 27) then xbj = dble(iloop-18)*10**(-2d0) elseif (iloop .ge. 28 .and. iloop .le. 36) then xbj = dble(iloop-27)*10**(-1d0) endif c choose the mass factorization scale scale = dsqrt(qfac*mq2 + mfac*m2) c print*,'xbj = ',xbj if (mq2*(1.d0 - xbj)/xbj .le. 4.d0*m2) then print*,'variables out of range' goto 10 endif c call daind1 zmax = mq2/(mq2 + 4d0*m2) zmin = xbj eps = 1d-6 max = 10000 xfhad = daind1(zmin,zmax,ffm,eps,2,max,kount,est) fhad = alphas*mq2/m2/4.d0/pi/pi*xfhad write(12,100) xbj, mq2, scale, fhad write(13,95) xbj, fhad c print*,xbj, mq2, scale, fhad 10 continue 20 continue elseif (ichoose .eq. 1) then xbj = xbjfix mq2 = mq2fix scale = dsqrt(qfac*mq2 + mfac*m2) c print*,'xbj = ',xbj if (mq2*(1.d0 - xbj)/xbj .le. 4.d0*m2) then print*,'variables out of range' goto 999 endif c here we call the integration routine daind1 to integrate the function c F. the first two arguments are the limits of the integration, then c the function to be integrated, the relative accuracy eps, because of c the two in the next argument, the maximum number of points to be taken c for the integral, the number adn the ESTimated error. zmax = mq2/(mq2 + 4d0*m2) zmin = xbj eps = 1d-6 max = 10000 xfhad = daind1(zmin,zmax,ffm,eps,2,max,kount,est) fhad = alphas*mq2/m2/4.d0/pi/pi*xfhad write(12,100) xbj, mq2, scale, fhad c print*,xbj, mq2, scale, fhad elseif (ichoose .eq. 2) then mq2 = mq2fix xbj = xbjfix do 30 iloop = 1,10 c if (iloop .le. 10) qfac = dble(iloop)/10d0 c if (iloop .gt. 10) qfac = dble(iloop - 9) c scale = dsqrt(qfac*mq2) c if (iloop .le. 10) c # scale = dsqrt(dble(iloop)*mq2/10.d0) c if (iloop .ge. 11) c # scale = dsqrt(dble(iloop - 9)*mq2) if (mq2*(1.d0 - xbj)/xbj .le. 4.d0*m2) then print*,'variables out of range' goto 999 endif if (iloop .eq. 1) scale = 3d0 if (iloop .eq. 2) scale = 5d0 if (iloop .eq. 3) scale = 7d0 if (iloop .eq. 4) scale = 9d0 if (iloop .eq. 5) scale = 10d0 if (iloop .eq. 6) scale = 15d0 if (iloop .eq. 7) scale = 20d0 if (iloop .eq. 8) scale = 25d0 if (iloop .eq. 9) scale = 30d0 if (iloop .eq. 10) scale = 100d0 c here we call the integration routine daind1 to integrate the function c F. the first two arguments are the limits of the integration, then c teh function to be integrated, the relative accuracy eps, because of c teh two in the next argument, the maximum number of points to be taken c for the integral, the number adn the ESTimated error. zmax = mq2/(mq2 + 4d0*m2) zmin = xbj eps = 1d-6 max = 10000 xfhad = daind1(zmin,zmax,ffm,eps,2,max,kount,est) fhad = alphas*mq2/m2/4.d0/pi/pi*xfhad write(12,100) xbj, mq2, scale*scale, fhad 30 continue c print*,xbj, mq2, scale*scale, fhad elseif (ichoose .eq. 3) then c loop over chosen values of mq2 with fixed x xbj = xbjfix ccc ****************************************************** ccc This is the part which does the loop in x values and Q^2 values do 40 nxch=1,11 xbj=xchbin(nxch) mq2=1.25d0/1.11d0 do 40 iloop = 1,6 mq2=mq2*1.11d0 if(iloop.eq.6) mq2=1.43*1.43 c choose the mass factorization scale scale = dsqrt(qfac*mq2 + mfac*m2) c print*,'xbj = ',xbj if (mq2*(1.d0 - xbj)/xbj .le. 4.d0*m2) then print*,'variables out of range' goto 45 endif c here we call the integration routine daind1 to integrate the function c F. the first two arguments are the limits of the integration, then c teh function to be integrated, the relative accuracy eps, because of c teh two in the next argument, the maximum number of points to be taken c for the integral, the number and the ESTimated error. zmax = mq2/(mq2 + 4d0*m2) zmin = xbj eps = 1d-6 max = 10000 xfhad = daind1(zmin,zmax,ffm,eps,2,max,kount,est) fhad = alphas*mq2/m2/4.d0/pi/pi*xfhad write(12,100) xbj, mq2, fhad c write(13,95) mq2, fhad c print*,xbj, mq2, scale, fhad 45 continue 40 continue endif c 100 format (1x,4(d10.4,3x)) 100 format(f10.6,f14.5,1x,e10.4) 95 format (1x,d10.4,3x,d10.4) 999 return end c c function FF integrated by DAIND1 to give the structure function real*8 function ffm(z) implicit none real*8 m2, mq2, z real*8 xbj, scale, pi, alphas, nlf, eh2 real*8 fborn, fgcorr, fqcorr, xz integer nborn, ngcorr, nqcorr, ifch, ncount parameter (pi = 3.14159265359d0) common/mass/m2, mq2, xbj common/include/nborn, ngcorr, nqcorr, ifch common/coupling/scale, alphas, nlf, eh2 ffm = 0.d0 c here we get alpha_s and the parton density values from FNEW call fnew(xbj,z) xz = xbj/z if (nborn .ne. 0) ffm = ffm + eh2*xz*fborn(z)/z if (ngcorr .ne. 0) ffm = ffm + xz*fgcorr(z)/z if (nqcorr .ne. 0) ffm = ffm + xz*fqcorr(z)/z return end c the subtracted term from eq (28) of PLB347 (1995) 143 - 151 c longitudinal light quark initiated piece c prop. to e_l^2 subroutine sclql(eta, xi, xsclql) implicit none integer neta, nxi parameter (neta = 73, nxi = 49) real*8 calcpts(neta, nxi), dlaeta(neta), dlaxi(nxi) real*8 eta, xi, dleta, dlxi, xsclql real*8 pxi, peta, f(-1:1), delxi, deleta integer ieta, ixi, j data (calcpts(j, 1), j = 1,neta) /0.2423D-19, 0.9273D-19, # 0.3548D-18, 0.1357D-17, 0.5186D-17, 0.1980D-16, 0.7542D-16, # 0.2866D-15, 0.1085D-14, 0.4089D-14, 0.1530D-13, 0.5665D-13, # 0.2072D-12, 0.7446D-12, 0.2620D-11, 0.8998D-11, 0.3005D-10, # 0.9740D-10, 0.3063D-09, 0.9353D-09, 0.2775D-08, 0.8042D-08, # 0.2279D-07, 0.6327D-07, 0.1727D-06, 0.4629D-06, 0.1221D-05, # 0.3162D-05, 0.8022D-05, 0.1983D-04, 0.4740D-04, 0.1084D-03, # 0.2341D-03, 0.4692D-03, 0.8571D-03, 0.1404D-02, 0.2035D-02, # 0.2598D-02, 0.2933D-02, 0.2958D-02, 0.2711D-02, 0.2297D-02, # 0.1833D-02, 0.1397D-02, 0.1031D-02, 0.7420D-03, 0.5253D-03, # 0.3675D-03, 0.2550D-03, 0.1760D-03, 0.1209D-03, 0.8283D-04, # 0.5665D-04, 0.3870D-04, 0.2642D-04, 0.1803D-04, 0.1229D-04, # 0.8378D-05, 0.5710D-05, 0.3891D-05, 0.2652D-05, 0.1806D-05, # 0.1231D-05, 0.8387D-06, 0.5715D-06, 0.3893D-06, 0.2652D-06, # 0.1808D-06, 0.1231D-06, 0.8388D-07, 0.5715D-07, 0.3894D-07, # 0.2652D-07/ data (calcpts(j, 2), j = 1,neta) /0.1652D-19, 0.6323D-19, # 0.2421D-18, 0.9263D-18, 0.3541D-17, 0.1354D-16, 0.5166D-16, # 0.1968D-15, 0.7482D-15, 0.2834D-14, 0.1067D-13, 0.3993D-13, # 0.1479D-12, 0.5406D-12, 0.1944D-11, 0.6840D-11, 0.2347D-10, # 0.7839D-10, 0.2540D-09, 0.7985D-09, 0.2433D-08, 0.7222D-08, # 0.2090D-07, 0.5907D-07, 0.1635D-06, 0.4438D-06, 0.1182D-05, # 0.3085D-05, 0.7875D-05, 0.1956D-04, 0.4694D-04, 0.1077D-03, # 0.2329D-03, 0.4676D-03, 0.8553D-03, 0.1402D-02, 0.2034D-02, # 0.2598D-02, 0.2933D-02, 0.2958D-02, 0.2711D-02, 0.2297D-02, # 0.1833D-02, 0.1397D-02, 0.1031D-02, 0.7420D-03, 0.5253D-03, # 0.3675D-03, 0.2550D-03, 0.1760D-03, 0.1209D-03, 0.8283D-04, # 0.5665D-04, 0.3871D-04, 0.2642D-04, 0.1803D-04, 0.1229D-04, # 0.8378D-05, 0.5710D-05, 0.3891D-05, 0.2652D-05, 0.1806D-05, # 0.1231D-05, 0.8387D-06, 0.5715D-06, 0.3893D-06, 0.2652D-06, # 0.1808D-06, 0.1231D-06, 0.8388D-07, 0.5715D-07, 0.3894D-07, # 0.2652D-07/ data (calcpts(j, 3), j = 1,neta) /0.1125D-19, 0.4310D-19, # 0.1650D-18, 0.6318D-18, 0.2418D-17, 0.9246D-17, 0.3534D-16, # 0.1349D-15, 0.5139D-15, 0.1953D-14, 0.7395D-14, 0.2786D-13, # 0.1042D-12, 0.3859D-12, 0.1411D-11, 0.5072D-11, 0.1785D-10, # 0.6126D-10, 0.2045D-09, 0.6621D-09, 0.2081D-08, 0.6333D-08, # 0.1876D-07, 0.5418D-07, 0.1527D-06, 0.4206D-06, 0.1134D-05, # 0.2988D-05, 0.7687D-05, 0.1922D-04, 0.4632D-04, 0.1066D-03, # 0.2314D-03, 0.4655D-03, 0.8527D-03, 0.1399D-02, 0.2031D-02, # 0.2597D-02, 0.2931D-02, 0.2958D-02, 0.2711D-02, 0.2298D-02, # 0.1833D-02, 0.1398D-02, 0.1031D-02, 0.7420D-03, 0.5253D-03, # 0.3675D-03, 0.2550D-03, 0.1760D-03, 0.1209D-03, 0.8283D-04, # 0.5665D-04, 0.3871D-04, 0.2642D-04, 0.1803D-04, 0.1229D-04, # 0.8378D-05, 0.5710D-05, 0.3891D-05, 0.2652D-05, 0.1806D-05, # 0.1231D-05, 0.8387D-06, 0.5715D-06, 0.3893D-06, 0.2652D-06, # 0.1808D-06, 0.1231D-06, 0.8388D-07, 0.5715D-07, 0.3894D-07, # 0.2652D-07/ data (calcpts(j, 4), j = 1,neta) /0.7668D-20, 0.2937D-19, # 0.1125D-18, 0.4308D-18, 0.1648D-17, 0.6311D-17, 0.2413D-16, # 0.9224D-16, 0.3521D-15, 0.1341D-14, 0.5097D-14, 0.1931D-13, # 0.7272D-13, 0.2720D-12, 0.1007D-11, 0.3683D-11, 0.1323D-10, # 0.4656D-10, 0.1597D-09, 0.5330D-09, 0.1725D-08, 0.5406D-08, # 0.1646D-07, 0.4866D-07, 0.1400D-06, 0.3927D-06, 0.1074D-05, # 0.2866D-05, 0.7448D-05, 0.1877D-04, 0.4551D-04, 0.1053D-03, # 0.2294D-03, 0.4626D-03, 0.8493D-03, 0.1396D-02, 0.2028D-02, # 0.2595D-02, 0.2931D-02, 0.2957D-02, 0.2711D-02, 0.2298D-02, # 0.1833D-02, 0.1398D-02, 0.1031D-02, 0.7422D-03, 0.5255D-03, # 0.3675D-03, 0.2550D-03, 0.1760D-03, 0.1209D-03, 0.8283D-04, # 0.5665D-04, 0.3871D-04, 0.2642D-04, 0.1803D-04, 0.1229D-04, # 0.8378D-05, 0.5710D-05, 0.3891D-05, 0.2652D-05, 0.1806D-05, # 0.1231D-05, 0.8387D-06, 0.5715D-06, 0.3893D-06, 0.2652D-06, # 0.1808D-06, 0.1231D-06, 0.8388D-07, 0.5715D-07, 0.3894D-07, # 0.2652D-07/ data (calcpts(j, 5), j = 1,neta) /0.5226D-20, 0.2001D-19, # 0.7668D-19, 0.2937D-18, 0.1124D-17, 0.4305D-17, 0.1647D-16, # 0.6300D-16, 0.2408D-15, 0.9189D-15, 0.3501D-14, 0.1330D-13, # 0.5038D-13, 0.1897D-12, 0.7098D-12, 0.2630D-11, 0.9607D-11, # 0.3452D-10, 0.1214D-09, 0.4164D-09, 0.1388D-08, 0.4484D-08, # 0.1405D-07, 0.4267D-07, 0.1258D-06, 0.3603D-06, 0.1004D-05, # 0.2718D-05, 0.7148D-05, 0.1818D-04, 0.4446D-04, 0.1035D-03, # 0.2265D-03, 0.4587D-03, 0.8447D-03, 0.1391D-02, 0.2025D-02, # 0.2592D-02, 0.2930D-02, 0.2957D-02, 0.2711D-02, 0.2298D-02, # 0.1833D-02, 0.1398D-02, 0.1031D-02, 0.7422D-03, 0.5255D-03, # 0.3675D-03, 0.2550D-03, 0.1760D-03, 0.1209D-03, 0.8283D-04, # 0.5665D-04, 0.3871D-04, 0.2642D-04, 0.1803D-04, 0.1229D-04, # 0.8378D-05, 0.5710D-05, 0.3891D-05, 0.2652D-05, 0.1806D-05, # 0.1231D-05, 0.8387D-06, 0.5715D-06, 0.3893D-06, 0.2652D-06, # 0.1808D-06, 0.1231D-06, 0.8388D-07, 0.5715D-07, 0.3894D-07, # 0.2652D-07/ data (calcpts(j, 6), j = 1,neta) /0.3561D-20, 0.1364D-19, # 0.5224D-19, 0.2001D-18, 0.7665D-18, 0.2936D-17, 0.1124D-16, # 0.4299D-16, 0.1644D-15, 0.6284D-15, 0.2399D-14, 0.9138D-14, # 0.3473D-13, 0.1315D-12, 0.4953D-12, 0.1853D-11, 0.6860D-11, # 0.2506D-10, 0.9003D-10, 0.3165D-09, 0.1085D-08, 0.3609D-08, # 0.1165D-07, 0.3644D-07, 0.1103D-06, 0.3237D-06, 0.9210D-06, # 0.2540D-05, 0.6779D-05, 0.1746D-04, 0.4312D-04, 0.1012D-03, # 0.2229D-03, 0.4536D-03, 0.8383D-03, 0.1385D-02, 0.2019D-02, # 0.2587D-02, 0.2927D-02, 0.2957D-02, 0.2711D-02, 0.2298D-02, # 0.1835D-02, 0.1398D-02, 0.1031D-02, 0.7424D-03, 0.5255D-03, # 0.3677D-03, 0.2550D-03, 0.1760D-03, 0.1209D-03, 0.8284D-04, # 0.5665D-04, 0.3871D-04, 0.2642D-04, 0.1803D-04, 0.1229D-04, # 0.8378D-05, 0.5710D-05, 0.3891D-05, 0.2652D-05, 0.1806D-05, # 0.1231D-05, 0.8387D-06, 0.5715D-06, 0.3893D-06, 0.2652D-06, # 0.1808D-06, 0.1231D-06, 0.8388D-07, 0.5715D-07, 0.3894D-07, # 0.2652D-07/ data (calcpts(j, 7), j = 1,neta) /0.2426D-20, 0.9294D-20, # 0.3561D-19, 0.1364D-18, 0.5224D-18, 0.2001D-17, 0.7662D-17, # 0.2933D-16, 0.1122D-15, 0.4293D-15, 0.1640D-14, 0.6260D-14, # 0.2385D-13, 0.9065D-13, 0.3432D-12, 0.1293D-11, 0.4833D-11, # 0.1790D-10, 0.6537D-10, 0.2348D-09, 0.8247D-09, 0.2820D-08, # 0.9381D-08, 0.3023D-07, 0.9423D-07, 0.2841D-06, 0.8278D-06, # 0.2331D-05, 0.6338D-05, 0.1658D-04, 0.4145D-04, 0.9827D-04, # 0.2182D-03, 0.4468D-03, 0.8298D-03, 0.1376D-02, 0.2012D-02, # 0.2583D-02, 0.2925D-02, 0.2955D-02, 0.2711D-02, 0.2298D-02, # 0.1835D-02, 0.1398D-02, 0.1031D-02, 0.7425D-03, 0.5256D-03, # 0.3677D-03, 0.2550D-03, 0.1760D-03, 0.1209D-03, 0.8284D-04, # 0.5667D-04, 0.3871D-04, 0.2642D-04, 0.1803D-04, 0.1229D-04, # 0.8378D-05, 0.5710D-05, 0.3891D-05, 0.2652D-05, 0.1806D-05, # 0.1231D-05, 0.8387D-06, 0.5715D-06, 0.3893D-06, 0.2652D-06, # 0.1808D-06, 0.1231D-06, 0.8388D-07, 0.5715D-07, 0.3894D-07, # 0.2652D-07/ data (calcpts(j, 8), j = 1,neta) /0.1653D-20, 0.6333D-20, # 0.2425D-19, 0.9294D-19, 0.3559D-18, 0.1364D-17, 0.5223D-17, # 0.2000D-16, 0.7656D-16, 0.2930D-15, 0.1120D-14, 0.4281D-14, # 0.1634D-13, 0.6225D-13, 0.2366D-12, 0.8955D-12, 0.3373D-11, # 0.1261D-10, 0.4666D-10, 0.1704D-09, 0.6116D-09, 0.2147D-08, # 0.7331D-08, 0.2433D-07, 0.7818D-07, 0.2427D-06, 0.7266D-06, # 0.2097D-05, 0.5823D-05, 0.1551D-04, 0.3938D-04, 0.9454D-04, # 0.2121D-03, 0.4378D-03, 0.8186D-03, 0.1363D-02, 0.2001D-02, # 0.2576D-02, 0.2921D-02, 0.2953D-02, 0.2711D-02, 0.2299D-02, # 0.1835D-02, 0.1399D-02, 0.1032D-02, 0.7426D-03, 0.5256D-03, # 0.3677D-03, 0.2550D-03, 0.1760D-03, 0.1209D-03, 0.8284D-04, # 0.5667D-04, 0.3871D-04, 0.2642D-04, 0.1803D-04, 0.1229D-04, # 0.8378D-05, 0.5710D-05, 0.3891D-05, 0.2652D-05, 0.1806D-05, # 0.1231D-05, 0.8387D-06, 0.5715D-06, 0.3893D-06, 0.2652D-06, # 0.1808D-06, 0.1231D-06, 0.8388D-07, 0.5715D-07, 0.3894D-07, # 0.2652D-07/ data (calcpts(j, 9), j = 1,neta) /0.1126D-20, 0.4314D-20, # 0.1653D-19, 0.6333D-19, 0.2426D-18, 0.9293D-18, 0.3560D-17, # 0.1363D-16, 0.5220D-16, 0.1998D-15, 0.7647D-15, 0.2925D-14, # 0.1117D-13, 0.4264D-13, 0.1625D-12, 0.6173D-12, 0.2337D-11, # 0.8799D-11, 0.3289D-10, 0.1217D-09, 0.4440D-09, 0.1591D-08, # 0.5573D-08, 0.1902D-07, 0.6296D-07, 0.2013D-06, 0.6208D-06, # 0.1842D-05, 0.5241D-05, 0.1426D-04, 0.3689D-04, 0.8996D-04, # 0.2045D-03, 0.4264D-03, 0.8037D-03, 0.1347D-02, 0.1986D-02, # 0.2565D-02, 0.2915D-02, 0.2952D-02, 0.2711D-02, 0.2301D-02, # 0.1836D-02, 0.1400D-02, 0.1032D-02, 0.7430D-03, 0.5257D-03, # 0.3678D-03, 0.2552D-03, 0.1760D-03, 0.1209D-03, 0.8284D-04, # 0.5667D-04, 0.3871D-04, 0.2642D-04, 0.1803D-04, 0.1229D-04, # 0.8378D-05, 0.5710D-05, 0.3891D-05, 0.2652D-05, 0.1806D-05, # 0.1231D-05, 0.8387D-06, 0.5715D-06, 0.3893D-06, 0.2652D-06, # 0.1808D-06, 0.1231D-06, 0.8388D-07, 0.5715D-07, 0.3894D-07, # 0.2652D-07/ data (calcpts(j,10), j = 1,neta) /0.7672D-21, 0.2940D-20, # 0.1126D-19, 0.4314D-19, 0.1653D-18, 0.6333D-18, 0.2425D-17, # 0.9291D-17, 0.3558D-16, 0.1363D-15, 0.5216D-15, 0.1996D-14, # 0.7634D-14, 0.2916D-13, 0.1113D-12, 0.4239D-12, 0.1611D-11, # 0.6096D-11, 0.2295D-10, 0.8574D-10, 0.3171D-09, 0.1156D-08, # 0.4133D-08, 0.1446D-07, 0.4922D-07, 0.1622D-06, 0.5154D-06, # 0.1575D-05, 0.4605D-05, 0.1285D-04, 0.3396D-04, 0.8439D-04, # 0.1948D-03, 0.4119D-03, 0.7844D-03, 0.1326D-02, 0.1966D-02, # 0.2550D-02, 0.2907D-02, 0.2949D-02, 0.2712D-02, 0.2301D-02, # 0.1837D-02, 0.1401D-02, 0.1033D-02, 0.7432D-03, 0.5261D-03, # 0.3678D-03, 0.2552D-03, 0.1760D-03, 0.1209D-03, 0.8286D-04, # 0.5667D-04, 0.3871D-04, 0.2643D-04, 0.1803D-04, 0.1229D-04, # 0.8378D-05, 0.5710D-05, 0.3891D-05, 0.2652D-05, 0.1806D-05, # 0.1231D-05, 0.8387D-06, 0.5715D-06, 0.3893D-06, 0.2652D-06, # 0.1808D-06, 0.1231D-06, 0.8388D-07, 0.5715D-07, 0.3894D-07, # 0.2652D-07/ data (calcpts(j,11), j = 1,neta) /0.5227D-21, 0.2003D-20, # 0.7672D-20, 0.2940D-19, 0.1126D-18, 0.4314D-18, 0.1653D-17, # 0.6332D-17, 0.2426D-16, 0.9288D-16, 0.3557D-15, 0.1362D-14, # 0.5209D-14, 0.1992D-13, 0.7612D-13, 0.2904D-12, 0.1106D-11, # 0.4202D-11, 0.1590D-10, 0.5984D-10, 0.2234D-09, 0.8253D-09, # 0.3000D-08, 0.1072D-07, 0.3741D-07, 0.1268D-06, 0.4154D-06, # 0.1308D-05, 0.3941D-05, 0.1130D-04, 0.3065D-04, 0.7785D-04, # 0.1832D-03, 0.3936D-03, 0.7596D-03, 0.1297D-02, 0.1939D-02, # 0.2531D-02, 0.2897D-02, 0.2946D-02, 0.2711D-02, 0.2302D-02, # 0.1839D-02, 0.1402D-02, 0.1033D-02, 0.7437D-03, 0.5263D-03, # 0.3680D-03, 0.2553D-03, 0.1761D-03, 0.1209D-03, 0.8288D-04, # 0.5669D-04, 0.3871D-04, 0.2643D-04, 0.1803D-04, 0.1229D-04, # 0.8378D-05, 0.5710D-05, 0.3891D-05, 0.2652D-05, 0.1806D-05, # 0.1231D-05, 0.8387D-06, 0.5715D-06, 0.3893D-06, 0.2652D-06, # 0.1808D-06, 0.1231D-06, 0.8388D-07, 0.5715D-07, 0.3894D-07, # 0.2652D-07/ data (calcpts(j,12), j = 1,neta) /0.3561D-21, 0.1365D-20, # 0.5227D-20, 0.2003D-19, 0.7674D-19, 0.2940D-18, 0.1126D-17, # 0.4314D-17, 0.1653D-16, 0.6330D-16, 0.2424D-15, 0.9283D-15, # 0.3554D-14, 0.1360D-13, 0.5199D-13, 0.1986D-12, 0.7580D-12, # 0.2886D-11, 0.1096D-10, 0.4146D-10, 0.1559D-09, 0.5817D-09, # 0.2145D-08, 0.7786D-08, 0.2775D-07, 0.9642D-07, 0.3247D-06, # 0.1054D-05, 0.3276D-05, 0.9683D-05, 0.2700D-04, 0.7040D-04, # 0.1695D-03, 0.3712D-03, 0.7283D-03, 0.1260D-02, 0.1905D-02, # 0.2504D-02, 0.2880D-02, 0.2938D-02, 0.2711D-02, 0.2306D-02, # 0.1841D-02, 0.1404D-02, 0.1035D-02, 0.7445D-03, 0.5267D-03, # 0.3683D-03, 0.2553D-03, 0.1761D-03, 0.1210D-03, 0.8289D-04, # 0.5669D-04, 0.3871D-04, 0.2643D-04, 0.1803D-04, 0.1229D-04, # 0.8379D-05, 0.5710D-05, 0.3891D-05, 0.2652D-05, 0.1806D-05, # 0.1231D-05, 0.8387D-06, 0.5715D-06, 0.3894D-06, 0.2652D-06, # 0.1808D-06, 0.1231D-06, 0.8388D-07, 0.5715D-07, 0.3894D-07, # 0.2652D-07/ data (calcpts(j,13), j = 1,neta) /0.2427D-21, 0.9296D-21, # 0.3561D-20, 0.1365D-19, 0.5227D-19, 0.2003D-18, 0.7674D-18, # 0.2940D-17, 0.1126D-16, 0.4314D-16, 0.1653D-15, 0.6329D-15, # 0.2423D-14, 0.9275D-14, 0.3549D-13, 0.1357D-12, 0.5183D-12, # 0.1977D-11, 0.7527D-11, 0.2858D-10, 0.1080D-09, 0.4059D-09, # 0.1512D-08, 0.5560D-08, 0.2016D-07, 0.7152D-07, 0.2471D-06, # 0.8250D-06, 0.2643D-05, 0.8058D-05, 0.2318D-04, 0.6216D-04, # 0.1536D-03, 0.3445D-03, 0.6896D-03, 0.1214D-02, 0.1858D-02, # 0.2466D-02, 0.2858D-02, 0.2930D-02, 0.2709D-02, 0.2307D-02, # 0.1844D-02, 0.1406D-02, 0.1036D-02, 0.7453D-03, 0.5273D-03, # 0.3686D-03, 0.2556D-03, 0.1763D-03, 0.1210D-03, 0.8291D-04, # 0.5670D-04, 0.3873D-04, 0.2643D-04, 0.1803D-04, 0.1229D-04, # 0.8379D-05, 0.5710D-05, 0.3891D-05, 0.2652D-05, 0.1807D-05, # 0.1231D-05, 0.8388D-06, 0.5715D-06, 0.3894D-06, 0.2652D-06, # 0.1808D-06, 0.1231D-06, 0.8388D-07, 0.5715D-07, 0.3894D-07, # 0.2652D-07/ data (calcpts(j,14), j = 1,neta) /0.1653D-21, 0.6333D-21, # 0.2427D-20, 0.9297D-20, 0.3562D-19, 0.1365D-18, 0.5229D-18, # 0.2003D-17, 0.7674D-17, 0.2940D-16, 0.1126D-15, 0.4313D-15, # 0.1651D-14, 0.6324D-14, 0.2421D-13, 0.9261D-13, 0.3540D-12, # 0.1352D-11, 0.5157D-11, 0.1962D-10, 0.7446D-10, 0.2813D-09, # 0.1055D-08, 0.3918D-08, 0.1439D-07, 0.5196D-07, 0.1833D-06, # 0.6278D-06, 0.2070D-05, 0.6507D-05, 0.1932D-04, 0.5346D-04, # 0.1361D-03, 0.3135D-03, 0.6428D-03, 0.1155D-02, 0.1797D-02, # 0.2417D-02, 0.2826D-02, 0.2916D-02, 0.2706D-02, 0.2309D-02, # 0.1847D-02, 0.1409D-02, 0.1038D-02, 0.7467D-03, 0.5280D-03, # 0.3690D-03, 0.2558D-03, 0.1763D-03, 0.1211D-03, 0.8293D-04, # 0.5672D-04, 0.3873D-04, 0.2643D-04, 0.1803D-04, 0.1229D-04, # 0.8379D-05, 0.5710D-05, 0.3891D-05, 0.2652D-05, 0.1807D-05, # 0.1231D-05, 0.8388D-06, 0.5715D-06, 0.3894D-06, 0.2652D-06, # 0.1808D-06, 0.1231D-06, 0.8388D-07, 0.5715D-07, 0.3894D-07, # 0.2652D-07/ data (calcpts(j,15), j = 1,neta) /0.1127D-21, 0.4316D-21, # 0.1653D-20, 0.6334D-20, 0.2427D-19, 0.9297D-19, 0.3562D-18, # 0.1365D-17, 0.5229D-17, 0.2003D-16, 0.7673D-16, 0.2938D-15, # 0.1126D-14, 0.4311D-14, 0.1650D-13, 0.6317D-13, 0.2416D-12, # 0.9237D-12, 0.3526D-11, 0.1344D-10, 0.5113D-10, 0.1938D-09, # 0.7313D-09, 0.2735D-08, 0.1014D-07, 0.3710D-07, 0.1332D-06, # 0.4659D-06, 0.1575D-05, 0.5100D-05, 0.1562D-04, 0.4467D-04, # 0.1174D-03, 0.2789D-03, 0.5880D-03, 0.1083D-02, 0.1721D-02, # 0.2352D-02, 0.2782D-02, 0.2895D-02, 0.2702D-02, 0.2311D-02, # 0.1851D-02, 0.1413D-02, 0.1041D-02, 0.7485D-03, 0.5291D-03, # 0.3696D-03, 0.2561D-03, 0.1764D-03, 0.1212D-03, 0.8298D-04, # 0.5673D-04, 0.3875D-04, 0.2645D-04, 0.1803D-04, 0.1229D-04, # 0.8381D-05, 0.5710D-05, 0.3891D-05, 0.2652D-05, 0.1807D-05, # 0.1231D-05, 0.8388D-06, 0.5715D-06, 0.3894D-06, 0.2652D-06, # 0.1808D-06, 0.1231D-06, 0.8388D-07, 0.5715D-07, 0.3894D-07, # 0.2652D-07/ data (calcpts(j,16), j = 1,neta) /0.7679D-22, 0.2940D-21, # 0.1126D-20, 0.4316D-20, 0.1653D-19, 0.6334D-19, 0.2427D-18, # 0.9299D-18, 0.3563D-17, 0.1365D-16, 0.5229D-16, 0.2002D-15, # 0.7671D-15, 0.2939D-14, 0.1125D-13, 0.4307D-13, 0.1649D-12, # 0.6305D-12, 0.2409D-11, 0.9195D-11, 0.3504D-10, 0.1331D-09, # 0.5040D-09, 0.1898D-08, 0.7077D-08, 0.2615D-07, 0.9512D-07, # 0.3386D-06, 0.1170D-05, 0.3886D-05, 0.1226D-04, 0.3621D-04, # 0.9842D-04, 0.2416D-03, 0.5259D-03, 0.9966D-03, 0.1623D-02, # 0.2265D-02, 0.2724D-02, 0.2865D-02, 0.2693D-02, 0.2313D-02, # 0.1857D-02, 0.1418D-02, 0.1045D-02, 0.7509D-03, 0.5304D-03, # 0.3703D-03, 0.2565D-03, 0.1767D-03, 0.1213D-03, 0.8304D-04, # 0.5676D-04, 0.3876D-04, 0.2645D-04, 0.1803D-04, 0.1230D-04, # 0.8381D-05, 0.5712D-05, 0.3893D-05, 0.2652D-05, 0.1807D-05, # 0.1231D-05, 0.8388D-06, 0.5715D-06, 0.3894D-06, 0.2652D-06, # 0.1808D-06, 0.1231D-06, 0.8388D-07, 0.5715D-07, 0.3894D-07, # 0.2652D-07/ data (calcpts(j,17), j = 1,neta) /0.5235D-22, 0.2003D-21, # 0.7672D-21, 0.2940D-20, 0.1127D-19, 0.4316D-19, 0.1653D-18, # 0.6334D-18, 0.2427D-17, 0.9299D-17, 0.3562D-16, 0.1365D-15, # 0.5228D-15, 0.2003D-14, 0.7668D-14, 0.2936D-13, 0.1124D-12, # 0.4301D-12, 0.1644D-11, 0.6281D-11, 0.2396D-10, 0.9120D-10, # 0.3462D-09, 0.1308D-08, 0.4904D-08, 0.1826D-07, 0.6705D-07, # 0.2418D-06, 0.8505D-06, 0.2888D-05, 0.9354D-05, 0.2847D-04, # 0.8001D-04, 0.2034D-03, 0.4584D-03, 0.8976D-03, 0.1506D-02, # 0.2155D-02, 0.2643D-02, 0.2820D-02, 0.2678D-02, 0.2315D-02, # 0.1863D-02, 0.1424D-02, 0.1050D-02, 0.7542D-03, 0.5324D-03, # 0.3714D-03, 0.2571D-03, 0.1770D-03, 0.1215D-03, 0.8313D-04, # 0.5680D-04, 0.3878D-04, 0.2646D-04, 0.1805D-04, 0.1230D-04, # 0.8382D-05, 0.5712D-05, 0.3893D-05, 0.2652D-05, 0.1807D-05, # 0.1231D-05, 0.8388D-06, 0.5715D-06, 0.3894D-06, 0.2652D-06, # 0.1808D-06, 0.1231D-06, 0.8388D-07, 0.5715D-07, 0.3894D-07, # 0.2652D-07/ data (calcpts(j,18), j = 1,neta) /0.3573D-22, 0.1365D-21, # 0.5227D-21, 0.2003D-20, 0.7674D-20, 0.2940D-19, 0.1127D-18, # 0.4316D-18, 0.1653D-17, 0.6334D-17, 0.2427D-16, 0.9298D-16, # 0.3563D-15, 0.1364D-14, 0.5226D-14, 0.2001D-13, 0.7662D-13, # 0.2933D-12, 0.1122D-11, 0.4287D-11, 0.1637D-10, 0.6237D-10, # 0.2372D-09, 0.8985D-09, 0.3381D-08, 0.1265D-07, 0.4680D-07, # 0.1706D-06, 0.6078D-06, 0.2100D-05, 0.6957D-05, 0.2177D-04, # 0.6311D-04, 0.1661D-03, 0.3881D-03, 0.7881D-03, 0.1368D-02, # 0.2018D-02, 0.2537D-02, 0.2759D-02, 0.2652D-02, 0.2311D-02, # 0.1869D-02, 0.1432D-02, 0.1056D-02, 0.7584D-03, 0.5351D-03, # 0.3729D-03, 0.2580D-03, 0.1775D-03, 0.1217D-03, 0.8325D-04, # 0.5687D-04, 0.3882D-04, 0.2647D-04, 0.1805D-04, 0.1230D-04, # 0.8384D-05, 0.5714D-05, 0.3893D-05, 0.2652D-05, 0.1807D-05, # 0.1231D-05, 0.8388D-06, 0.5715D-06, 0.3894D-06, 0.2652D-06, # 0.1808D-06, 0.1231D-06, 0.8388D-07, 0.5715D-07, 0.3894D-07, # 0.2652D-07/ data (calcpts(j,19), j = 1,neta) /0.2443D-22, 0.9299D-22, # 0.3561D-21, 0.1365D-20, 0.5229D-20, 0.2003D-19, 0.7675D-19, # 0.2940D-18, 0.1127D-17, 0.4317D-17, 0.1653D-16, 0.6334D-16, # 0.2427D-15, 0.9297D-15, 0.3561D-14, 0.1364D-13, 0.5222D-13, # 0.1998D-12, 0.7647D-12, 0.2923D-11, 0.1117D-10, 0.4260D-10, # 0.1622D-09, 0.6156D-09, 0.2322D-08, 0.8717D-08, 0.3243D-07, # 0.1190D-06, 0.4286D-06, 0.1502D-05, 0.5064D-05, 0.1621D-04, # 0.4834D-04, 0.1315D-03, 0.3186D-03, 0.6722D-03, 0.1212D-02, # 0.1851D-02, 0.2399D-02, 0.2670D-02, 0.2613D-02, 0.2304D-02, # 0.1875D-02, 0.1442D-02, 0.1064D-02, 0.7641D-03, 0.5385D-03, # 0.3750D-03, 0.2591D-03, 0.1781D-03, 0.1220D-03, 0.8342D-04, # 0.5695D-04, 0.3885D-04, 0.2649D-04, 0.1806D-04, 0.1231D-04, # 0.8387D-05, 0.5715D-05, 0.3894D-05, 0.2652D-05, 0.1807D-05, # 0.1231D-05, 0.8388D-06, 0.5715D-06, 0.3894D-06, 0.2652D-06, # 0.1808D-06, 0.1231D-06, 0.8388D-07, 0.5715D-07, 0.3894D-07, # 0.2652D-07/ data (calcpts(j,20), j = 1,neta) /0.1677D-22, 0.6337D-22, # 0.2424D-21, 0.9296D-21, 0.3563D-20, 0.1365D-19, 0.5229D-19, # 0.2004D-18, 0.7676D-18, 0.2940D-17, 0.1127D-16, 0.4316D-16, # 0.1653D-15, 0.6335D-15, 0.2427D-14, 0.9293D-14, 0.3558D-13, # 0.1362D-12, 0.5213D-12, 0.1993D-11, 0.7619D-11, 0.2909D-10, # 0.1108D-09, 0.4211D-09, 0.1593D-08, 0.5987D-08, 0.2235D-07, # 0.8247D-07, 0.2991D-06, 0.1059D-05, 0.3622D-05, 0.1181D-04, # 0.3608D-04, 0.1011D-03, 0.2535D-03, 0.5559D-03, 0.1044D-02, # 0.1658D-02, 0.2224D-02, 0.2552D-02, 0.2553D-02, 0.2286D-02, # 0.1880D-02, 0.1452D-02, 0.1074D-02, 0.7713D-03, 0.5433D-03, # 0.3778D-03, 0.2607D-03, 0.1790D-03, 0.1225D-03, 0.8365D-04, # 0.5708D-04, 0.3893D-04, 0.2652D-04, 0.1808D-04, 0.1231D-04, # 0.8391D-05, 0.5717D-05, 0.3894D-05, 0.2654D-05, 0.1807D-05, # 0.1231D-05, 0.8390D-06, 0.5715D-06, 0.3894D-06, 0.2652D-06, # 0.1808D-06, 0.1231D-06, 0.8388D-07, 0.5715D-07, 0.3894D-07, # 0.2652D-07/ data (calcpts(j,21), j = 1,neta) /0.1158D-22, 0.4320D-22, # 0.1650D-21, 0.6332D-21, 0.2427D-20, 0.9297D-20, 0.3562D-19, # 0.1365D-18, 0.5229D-18, 0.2004D-17, 0.7676D-17, 0.2940D-16, # 0.1127D-15, 0.4316D-15, 0.1653D-14, 0.6331D-14, 0.2424D-13, # 0.9284D-13, 0.3553D-12, 0.1359D-11, 0.5195D-11, 0.1983D-10, # 0.7562D-10, 0.2876D-09, 0.1090D-08, 0.4103D-08, 0.1536D-07, # 0.5686D-07, 0.2073D-06, 0.7396D-06, 0.2556D-05, 0.8457D-05, # 0.2634D-04, 0.7564D-04, 0.1958D-03, 0.4452D-03, 0.8708D-03, # 0.1443D-02, 0.2016D-02, 0.2396D-02, 0.2466D-02, 0.2254D-02, # 0.1880D-02, 0.1463D-02, 0.1086D-02, 0.7806D-03, 0.5493D-03, # 0.3816D-03, 0.2628D-03, 0.1801D-03, 0.1231D-03, 0.8399D-04, # 0.5725D-04, 0.3900D-04, 0.2657D-04, 0.1811D-04, 0.1233D-04, # 0.8396D-05, 0.5720D-05, 0.3896D-05, 0.2654D-05, 0.1807D-05, # 0.1231D-05, 0.8390D-06, 0.5715D-06, 0.3894D-06, 0.2654D-06, # 0.1808D-06, 0.1231D-06, 0.8388D-07, 0.5715D-07, 0.3894D-07, # 0.2652D-07/ data (calcpts(j,22), j = 1,neta) /0.8067D-23, 0.2946D-22, # 0.1123D-21, 0.4311D-21, 0.1654D-20, 0.6333D-20, 0.2427D-19, # 0.9298D-19, 0.3562D-18, 0.1365D-17, 0.5229D-17, 0.2004D-16, # 0.7676D-16, 0.2940D-15, 0.1126D-14, 0.4314D-14, 0.1652D-13, # 0.6326D-13, 0.2421D-12, 0.9263D-12, 0.3542D-11, 0.1353D-10, # 0.5158D-10, 0.1962D-09, 0.7445D-09, 0.2805D-08, 0.1052D-07, # 0.3906D-07, 0.1430D-06, 0.5127D-06, 0.1785D-05, 0.5972D-05, # 0.1887D-04, 0.5534D-04, 0.1470D-03, 0.3458D-03, 0.7032D-03, # 0.1217D-02, 0.1777D-02, 0.2201D-02, 0.2345D-02, 0.2201D-02, # 0.1869D-02, 0.1472D-02, 0.1099D-02, 0.7918D-03, 0.5573D-03, # 0.3864D-03, 0.2657D-03, 0.1818D-03, 0.1240D-03, 0.8445D-04, # 0.5750D-04, 0.3914D-04, 0.2664D-04, 0.1814D-04, 0.1234D-04, # 0.8405D-05, 0.5722D-05, 0.3897D-05, 0.2655D-05, 0.1807D-05, # 0.1232D-05, 0.8391D-06, 0.5717D-06, 0.3894D-06, 0.2654D-06, # 0.1808D-06, 0.1231D-06, 0.8388D-07, 0.5715D-07, 0.3894D-07, # 0.2652D-07/ data (calcpts(j,23), j = 1,neta) /0.5685D-23, 0.2010D-22, # 0.7636D-22, 0.2936D-21, 0.1128D-20, 0.4314D-20, 0.1654D-19, # 0.6336D-19, 0.2427D-18, 0.9300D-18, 0.3563D-17, 0.1365D-16, # 0.5229D-16, 0.2004D-15, 0.7674D-15, 0.2940D-14, 0.1126D-13, # 0.4310D-13, 0.1650D-12, 0.6312D-12, 0.2414D-11, 0.9221D-11, # 0.3517D-10, 0.1339D-09, 0.5081D-09, 0.1920D-08, 0.7194D-08, # 0.2676D-07, 0.9820D-07, 0.3536D-06, 0.1238D-05, 0.4173D-05, # 0.1334D-04, 0.3972D-04, 0.1079D-03, 0.2610D-03, 0.5501D-03, # 0.9924D-03, 0.1517D-02, 0.1965D-02, 0.2182D-02, 0.2118D-02, # 0.1844D-02, 0.1476D-02, 0.1113D-02, 0.8052D-03, 0.5671D-03, # 0.3929D-03, 0.2696D-03, 0.1839D-03, 0.1252D-03, 0.8508D-04, # 0.5783D-04, 0.3930D-04, 0.2672D-04, 0.1818D-04, 0.1236D-04, # 0.8415D-05, 0.5729D-05, 0.3900D-05, 0.2657D-05, 0.1809D-05, # 0.1232D-05, 0.8393D-06, 0.5717D-06, 0.3894D-06, 0.2654D-06, # 0.1808D-06, 0.1231D-06, 0.8390D-07, 0.5715D-07, 0.3894D-07, # 0.2652D-07/ data (calcpts(j,24), j = 1,neta) /0.4040D-23, 0.1371D-22, # 0.5190D-22, 0.1998D-21, 0.7686D-21, 0.2938D-20, 0.1127D-19, # 0.4317D-19, 0.1655D-18, 0.6336D-18, 0.2427D-17, 0.9300D-17, # 0.3562D-16, 0.1365D-15, 0.5229D-15, 0.2003D-14, 0.7670D-14, # 0.2937D-13, 0.1124D-12, 0.4302D-12, 0.1646D-11, 0.6284D-11, # 0.2397D-10, 0.9129D-10, 0.3467D-09, 0.1310D-08, 0.4914D-08, # 0.1830D-07, 0.6728D-07, 0.2428D-06, 0.8538D-06, 0.2894D-05, # 0.9329D-05, 0.2811D-04, 0.7761D-04, 0.1922D-03, 0.4178D-03, # 0.7832D-03, 0.1251D-02, 0.1699D-02, 0.1977D-02, 0.1998D-02, # 0.1796D-02, 0.1471D-02, 0.1125D-02, 0.8201D-03, 0.5792D-03, # 0.4010D-03, 0.2745D-03, 0.1869D-03, 0.1268D-03, 0.8597D-04, # 0.5829D-04, 0.3954D-04, 0.2685D-04, 0.1824D-04, 0.1240D-04, # 0.8430D-05, 0.5736D-05, 0.3905D-05, 0.2658D-05, 0.1811D-05, # 0.1233D-05, 0.8394D-06, 0.5718D-06, 0.3895D-06, 0.2654D-06, # 0.1808D-06, 0.1231D-06, 0.8390D-07, 0.5715D-07, 0.3894D-07, # 0.2652D-07/ data (calcpts(j,25), j = 1,neta) /0.2879D-23, 0.9354D-23, # 0.3524D-22, 0.1360D-21, 0.5241D-21, 0.2003D-20, 0.7677D-20, # 0.2942D-19, 0.1127D-18, 0.4317D-18, 0.1653D-17, 0.6336D-17, # 0.2427D-16, 0.9298D-16, 0.3563D-15, 0.1364D-14, 0.5226D-14, # 0.2001D-13, 0.7659D-13, 0.2931D-12, 0.1121D-11, 0.4282D-11, # 0.1634D-10, 0.6224D-10, 0.2364D-09, 0.8938D-09, 0.3354D-08, # 0.1250D-07, 0.4602D-07, 0.1664D-06, 0.5867D-06, 0.1997D-05, # 0.6473D-05, 0.1968D-04, 0.5502D-04, 0.1387D-03, 0.3092D-03, # 0.5991D-03, 0.9977D-03, 0.1421D-02, 0.1734D-02, 0.1836D-02, # 0.1718D-02, 0.1449D-02, 0.1132D-02, 0.8349D-03, 0.5929D-03, # 0.4111D-03, 0.2811D-03, 0.1906D-03, 0.1290D-03, 0.8716D-04, # 0.5892D-04, 0.3987D-04, 0.2702D-04, 0.1833D-04, 0.1244D-04, # 0.8453D-05, 0.5748D-05, 0.3909D-05, 0.2661D-05, 0.1811D-05, # 0.1233D-05, 0.8398D-06, 0.5719D-06, 0.3895D-06, 0.2654D-06, # 0.1808D-06, 0.1232D-06, 0.8390D-07, 0.5715D-07, 0.3894D-07, # 0.2652D-07/ data (calcpts(j,26), j = 1,neta) /0.2059D-23, 0.6393D-23, # 0.2394D-22, 0.9253D-22, 0.3573D-21, 0.1364D-20, 0.5231D-20, # 0.2004D-19, 0.7677D-19, 0.2940D-18, 0.1127D-17, 0.4317D-17, # 0.1653D-16, 0.6336D-16, 0.2427D-15, 0.9296D-15, 0.3560D-14, # 0.1363D-13, 0.5218D-13, 0.1997D-12, 0.7637D-12, 0.2918D-11, # 0.1114D-10, 0.4242D-10, 0.1611D-09, 0.6094D-09, 0.2289D-08, # 0.8532D-08, 0.3144D-07, 0.1138D-06, 0.4020D-06, 0.1372D-05, # 0.4467D-05, 0.1366D-04, 0.3855D-04, 0.9854D-04, 0.2239D-03, # 0.4461D-03, 0.7699D-03, 0.1146D-02, 0.1469D-02, 0.1635D-02, # 0.1601D-02, 0.1404D-02, 0.1127D-02, 0.8472D-03, 0.6080D-03, # 0.4232D-03, 0.2892D-03, 0.1958D-03, 0.1319D-03, 0.8879D-04, # 0.5981D-04, 0.4033D-04, 0.2726D-04, 0.1845D-04, 0.1250D-04, # 0.8484D-05, 0.5763D-05, 0.3918D-05, 0.2664D-05, 0.1814D-05, # 0.1234D-05, 0.8403D-06, 0.5721D-06, 0.3897D-06, 0.2654D-06, # 0.1808D-06, 0.1232D-06, 0.8390D-07, 0.5715D-07, 0.3894D-07, # 0.2654D-07/ data (calcpts(j,27), j = 1,neta) /0.1454D-23, 0.4358D-23, # 0.1624D-22, 0.6296D-22, 0.2436D-21, 0.9289D-21, 0.3564D-20, # 0.1365D-19, 0.5230D-19, 0.2004D-18, 0.7676D-18, 0.2941D-17, # 0.1127D-16, 0.4316D-16, 0.1653D-15, 0.6333D-15, 0.2426D-14, # 0.9288D-14, 0.3555D-13, 0.1361D-12, 0.5203D-12, 0.1989D-11, # 0.7587D-11, 0.2891D-10, 0.1098D-09, 0.4155D-09, 0.1563D-08, # 0.5820D-08, 0.2145D-07, 0.7775D-07, 0.2750D-06, 0.9402D-06, # 0.3071D-05, 0.9431D-05, 0.2679D-04, 0.6917D-04, 0.1596D-03, # 0.3246D-03, 0.5772D-03, 0.8927D-03, 0.1199D-02, 0.1404D-02, # 0.1446D-02, 0.1327D-02, 0.1105D-02, 0.8527D-03, 0.6221D-03, # 0.4365D-03, 0.2991D-03, 0.2022D-03, 0.1357D-03, 0.9096D-04, # 0.6099D-04, 0.4098D-04, 0.2759D-04, 0.1862D-04, 0.1259D-04, # 0.8529D-05, 0.5785D-05, 0.3929D-05, 0.2670D-05, 0.1816D-05, # 0.1235D-05, 0.8409D-06, 0.5726D-06, 0.3899D-06, 0.2655D-06, # 0.1809D-06, 0.1232D-06, 0.8391D-07, 0.5717D-07, 0.3894D-07, # 0.2654D-07/ data (calcpts(j,28), j = 1,neta) /0.1025D-23, 0.2973D-23, # 0.1104D-22, 0.4286D-22, 0.1661D-21, 0.6328D-21, 0.2428D-20, # 0.9300D-20, 0.3564D-19, 0.1365D-18, 0.5229D-18, 0.2004D-17, # 0.7676D-17, 0.2940D-16, 0.1127D-15, 0.4316D-15, 0.1653D-14, # 0.6329D-14, 0.2422D-13, 0.9270D-13, 0.3545D-12, 0.1355D-11, # 0.5171D-11, 0.1970D-10, 0.7482D-10, 0.2832D-09, 0.1066D-08, # 0.3969D-08, 0.1464D-07, 0.5307D-07, 0.1878D-06, 0.6432D-06, # 0.2105D-05, 0.6485D-05, 0.1851D-04, 0.4812D-04, 0.1122D-03, # 0.2321D-03, 0.4224D-03, 0.6744D-03, 0.9441D-03, 0.1161D-02, # 0.1259D-02, 0.1215D-02, 0.1058D-02, 0.8457D-03, 0.6321D-03, # 0.4501D-03, 0.3105D-03, 0.2100D-03, 0.1406D-03, 0.9384D-04, # 0.6260D-04, 0.4185D-04, 0.2805D-04, 0.1886D-04, 0.1271D-04, # 0.8592D-05, 0.5817D-05, 0.3945D-05, 0.2677D-05, 0.1820D-05, # 0.1237D-05, 0.8418D-06, 0.5730D-06, 0.3900D-06, 0.2657D-06, # 0.1809D-06, 0.1232D-06, 0.8393D-07, 0.5717D-07, 0.3894D-07, # 0.2654D-07/ data (calcpts(j,29), j = 1,neta) /0.7223D-24, 0.2028D-23, # 0.7517D-23, 0.2915D-22, 0.1131D-21, 0.4311D-21, 0.1654D-20, # 0.6336D-20, 0.2427D-19, 0.9300D-19, 0.3562D-18, 0.1365D-17, # 0.5229D-17, 0.2004D-16, 0.7674D-16, 0.2940D-15, 0.1126D-14, # 0.4311D-14, 0.1650D-13, 0.6315D-13, 0.2415D-12, 0.9230D-12, # 0.3522D-11, 0.1342D-10, 0.5098D-10, 0.1931D-09, 0.7263D-09, # 0.2706D-08, 0.9980D-08, 0.3620D-07, 0.1282D-06, 0.4393D-06, # 0.1440D-05, 0.4445D-05, 0.1273D-04, 0.3327D-04, 0.7820D-04, # 0.1637D-03, 0.3032D-03, 0.4965D-03, 0.7194D-03, 0.9237D-03, # 0.1054D-02, 0.1073D-02, 0.9827D-03, 0.8201D-03, 0.6337D-03, # 0.4617D-03, 0.3225D-03, 0.2193D-03, 0.1468D-03, 0.9754D-04, # 0.6474D-04, 0.4302D-04, 0.2868D-04, 0.1919D-04, 0.1288D-04, # 0.8679D-05, 0.5861D-05, 0.3966D-05, 0.2689D-05, 0.1825D-05, # 0.1240D-05, 0.8432D-06, 0.5736D-06, 0.3904D-06, 0.2658D-06, # 0.1809D-06, 0.1232D-06, 0.8394D-07, 0.5718D-07, 0.3896D-07, # 0.2654D-07/ data (calcpts(j,30), j = 1,neta) /0.4949D-24, 0.1383D-23, # 0.5113D-23, 0.1989D-22, 0.7709D-22, 0.2936D-21, 0.1127D-20, # 0.4317D-20, 0.1654D-19, 0.6336D-19, 0.2427D-18, 0.9300D-18, # 0.3563D-17, 0.1365D-16, 0.5229D-16, 0.2002D-15, 0.7671D-15, # 0.2937D-14, 0.1124D-13, 0.4304D-13, 0.1646D-12, 0.6288D-12, # 0.2400D-11, 0.9144D-11, 0.3474D-10, 0.1315D-09, 0.4950D-09, # 0.1848D-08, 0.6803D-08, 0.2469D-07, 0.8746D-07, 0.2998D-06, # 0.9835D-06, 0.3042D-05, 0.8730D-05, 0.2289D-04, 0.5411D-04, # 0.1142D-03, 0.2144D-03, 0.3581D-03, 0.5332D-03, 0.7101D-03, # 0.8477D-03, 0.9087D-03, 0.8783D-03, 0.7709D-03, 0.6216D-03, # 0.4676D-03, 0.3336D-03, 0.2294D-03, 0.1541D-03, 0.1022D-03, # 0.6752D-04, 0.4460D-04, 0.2954D-04, 0.1965D-04, 0.1312D-04, # 0.8800D-05, 0.5924D-05, 0.3998D-05, 0.2705D-05, 0.1833D-05, # 0.1244D-05, 0.8451D-06, 0.5745D-06, 0.3909D-06, 0.2660D-06, # 0.1810D-06, 0.1233D-06, 0.8397D-07, 0.5719D-07, 0.3896D-07, # 0.2654D-07/ data (calcpts(j,31), j = 1,neta) /0.3417D-24, 0.9340D-24, # 0.3495D-23, 0.1351D-22, 0.5253D-22, 0.2000D-21, 0.7671D-21, # 0.2941D-20, 0.1127D-19, 0.4317D-19, 0.1653D-18, 0.6336D-18, # 0.2427D-17, 0.9299D-17, 0.3562D-16, 0.1365D-15, 0.5226D-15, # 0.2001D-14, 0.7661D-14, 0.2931D-13, 0.1121D-12, 0.4284D-12, # 0.1635D-11, 0.6229D-11, 0.2367D-10, 0.8960D-10, 0.3372D-09, # 0.1259D-08, 0.4636D-08, 0.1683D-07, 0.5964D-07, 0.2046D-06, # 0.6714D-06, 0.2079D-05, 0.5975D-05, 0.1570D-04, 0.3726D-04, # 0.7914D-04, 0.1500D-03, 0.2541D-03, 0.3864D-03, 0.5300D-03, # 0.6575D-03, 0.7388D-03, 0.7529D-03, 0.6975D-03, 0.5913D-03, # 0.4636D-03, 0.3410D-03, 0.2391D-03, 0.1622D-03, 0.1079D-03, # 0.7103D-04, 0.4665D-04, 0.3069D-04, 0.2026D-04, 0.1345D-04, # 0.8972D-05, 0.6011D-05, 0.4043D-05, 0.2727D-05, 0.1844D-05, # 0.1250D-05, 0.8478D-06, 0.5759D-06, 0.3915D-06, 0.2662D-06, # 0.1812D-06, 0.1234D-06, 0.8400D-07, 0.5721D-07, 0.3897D-07, # 0.2654D-07/ data (calcpts(j,32), j = 1,neta) /0.2423D-24, 0.6489D-24, # 0.2356D-23, 0.9243D-23, 0.3575D-22, 0.1364D-21, 0.5237D-21, # 0.2004D-20, 0.7677D-20, 0.2942D-19, 0.1127D-18, 0.4317D-18, # 0.1653D-17, 0.6336D-17, 0.2427D-16, 0.9295D-16, 0.3561D-15, # 0.1363D-14, 0.5218D-14, 0.1998D-13, 0.7638D-13, 0.2919D-12, # 0.1114D-11, 0.4245D-11, 0.1613D-10, 0.6105D-10, 0.2298D-09, # 0.8580D-09, 0.3159D-08, 0.1147D-07, 0.4065D-07, 0.1395D-06, # 0.4581D-06, 0.1419D-05, 0.4083D-05, 0.1075D-04, 0.2558D-04, # 0.5456D-04, 0.1041D-03, 0.1782D-03, 0.2751D-03, 0.3859D-03, # 0.4940D-03, 0.5780D-03, 0.6183D-03, 0.6045D-03, 0.5411D-03, # 0.4456D-03, 0.3414D-03, 0.2466D-03, 0.1704D-03, 0.1143D-03, # 0.7532D-04, 0.4927D-04, 0.3219D-04, 0.2110D-04, 0.1390D-04, # 0.9206D-05, 0.6132D-05, 0.4104D-05, 0.2759D-05, 0.1860D-05, # 0.1257D-05, 0.8517D-06, 0.5778D-06, 0.3924D-06, 0.2667D-06, # 0.1815D-06, 0.1235D-06, 0.8406D-07, 0.5723D-07, 0.3897D-07, # 0.2655D-07/ data (calcpts(j,33), j = 1,neta) /0.1613D-24, 0.4423D-24, # 0.1620D-23, 0.6268D-23, 0.2436D-22, 0.9282D-22, 0.3569D-21, # 0.1365D-20, 0.5231D-20, 0.2004D-19, 0.7675D-19, 0.2941D-18, # 0.1127D-17, 0.4316D-17, 0.1653D-16, 0.6333D-16, 0.2426D-15, # 0.9288D-15, 0.3557D-14, 0.1361D-13, 0.5204D-13, 0.1989D-12, # 0.7590D-12, 0.2892D-11, 0.1099D-10, 0.4159D-10, 0.1566D-09, # 0.5847D-09, 0.2155D-08, 0.7815D-08, 0.2770D-07, 0.9510D-07, # 0.3123D-06, 0.9679D-06, 0.2787D-05, 0.7349D-05, 0.1752D-04, # 0.3747D-04, 0.7182D-04, 0.1238D-03, 0.1935D-03, 0.2760D-03, # 0.3617D-03, 0.4372D-03, 0.4877D-03, 0.5012D-03, 0.4735D-03, # 0.4121D-03, 0.3317D-03, 0.2492D-03, 0.1771D-03, 0.1208D-03, # 0.8025D-04, 0.5250D-04, 0.3414D-04, 0.2220D-04, 0.1450D-04, # 0.9528D-05, 0.6300D-05, 0.4191D-05, 0.2802D-05, 0.1883D-05, # 0.1268D-05, 0.8571D-06, 0.5805D-06, 0.3938D-06, 0.2674D-06, # 0.1818D-06, 0.1236D-06, 0.8413D-07, 0.5727D-07, 0.3900D-07, # 0.2655D-07/ data (calcpts(j,34), j = 1,neta) /0.1105D-24, 0.3016D-24, # 0.1082D-23, 0.4271D-23, 0.1659D-22, 0.6324D-22, 0.2432D-21, # 0.9297D-21, 0.3563D-20, 0.1365D-19, 0.5229D-19, 0.2004D-18, # 0.7676D-18, 0.2940D-17, 0.1127D-16, 0.4316D-16, 0.1653D-15, # 0.6329D-15, 0.2423D-14, 0.9270D-14, 0.3546D-13, 0.1355D-12, # 0.5172D-12, 0.1970D-11, 0.7487D-11, 0.2834D-10, 0.1067D-09, # 0.3984D-09, 0.1470D-08, 0.5325D-08, 0.1889D-07, 0.6482D-07, # 0.2130D-06, 0.6602D-06, 0.1902D-05, 0.5018D-05, 0.1198D-04, # 0.2567D-04, 0.4937D-04, 0.8555D-04, 0.1347D-03, 0.1946D-03, # 0.2595D-03, 0.3218D-03, 0.3714D-03, 0.3984D-03, 0.3962D-03, # 0.3642D-03, 0.3095D-03, 0.2442D-03, 0.1805D-03, 0.1266D-03, # 0.8544D-04, 0.5625D-04, 0.3654D-04, 0.2363D-04, 0.1530D-04, # 0.9963D-05, 0.6531D-05, 0.4309D-05, 0.2863D-05, 0.1913D-05, # 0.1284D-05, 0.8649D-06, 0.5844D-06, 0.3957D-06, 0.2683D-06, # 0.1823D-06, 0.1239D-06, 0.8424D-07, 0.5732D-07, 0.3902D-07, # 0.2657D-07/ data (calcpts(j,35), j = 1,neta) /0.8031D-25, 0.2055D-24, # 0.7368D-24, 0.2908D-23, 0.1125D-22, 0.4308D-22, 0.1656D-21, # 0.6338D-21, 0.2427D-20, 0.9300D-20, 0.3562D-19, 0.1365D-18, # 0.5229D-18, 0.2004D-17, 0.7674D-17, 0.2940D-16, 0.1126D-15, # 0.4311D-15, 0.1650D-14, 0.6316D-14, 0.2415D-13, 0.9231D-13, # 0.3524D-12, 0.1342D-11, 0.5100D-11, 0.1931D-10, 0.7267D-10, # 0.2714D-09, 0.1002D-08, 0.3629D-08, 0.1287D-07, 0.4418D-07, # 0.1451D-06, 0.4500D-06, 0.1297D-05, 0.3424D-05, 0.8178D-05, # 0.1755D-04, 0.3384D-04, 0.5884D-04, 0.9319D-04, 0.1357D-03, # 0.1835D-03, 0.2317D-03, 0.2747D-03, 0.3053D-03, 0.3172D-03, # 0.3071D-03, 0.2759D-03, 0.2299D-03, 0.1784D-03, 0.1301D-03, # 0.9017D-04, 0.6026D-04, 0.3936D-04, 0.2540D-04, 0.1635D-04, # 0.1054D-04, 0.6843D-05, 0.4475D-05, 0.2949D-05, 0.1956D-05, # 0.1306D-05, 0.8760D-06, 0.5898D-06, 0.3984D-06, 0.2697D-06, # 0.1828D-06, 0.1242D-06, 0.8441D-07, 0.5740D-07, 0.3906D-07, # 0.2658D-07/ data (calcpts(j,36), j = 1,neta) /0.5171D-25, 0.1239D-24, # 0.5018D-24, 0.1958D-23, 0.7728D-23, 0.2945D-22, 0.1128D-21, # 0.4314D-21, 0.1654D-20, 0.6336D-20, 0.2427D-19, 0.9300D-19, # 0.3562D-18, 0.1365D-17, 0.5229D-17, 0.2003D-16, 0.7671D-16, # 0.2937D-15, 0.1124D-14, 0.4303D-14, 0.1646D-13, 0.6290D-13, # 0.2400D-12, 0.9146D-12, 0.3475D-11, 0.1316D-10, 0.4951D-10, # 0.1850D-09, 0.6825D-09, 0.2474D-08, 0.8768D-08, 0.3011D-07, # 0.9891D-07, 0.3068D-06, 0.8843D-06, 0.2336D-05, 0.5582D-05, # 0.1199D-04, 0.2314D-04, 0.4037D-04, 0.6416D-04, 0.9402D-04, # 0.1283D-03, 0.1643D-03, 0.1986D-03, 0.2268D-03, 0.2444D-03, # 0.2475D-03, 0.2343D-03, 0.2065D-03, 0.1694D-03, 0.1295D-03, # 0.9328D-04, 0.6401D-04, 0.4241D-04, 0.2750D-04, 0.1764D-04, # 0.1130D-04, 0.7261D-05, 0.4700D-05, 0.3066D-05, 0.2018D-05, # 0.1337D-05, 0.8915D-06, 0.5976D-06, 0.4023D-06, 0.2717D-06, # 0.1839D-06, 0.1246D-06, 0.8462D-07, 0.5751D-07, 0.3910D-07, # 0.2661D-07/ data (calcpts(j,37), j = 1,neta) /0.3531D-25, 0.9543D-25, # 0.3418D-24, 0.1334D-23, 0.5265D-23, 0.1999D-22, 0.7687D-22, # 0.2940D-21, 0.1127D-20, 0.4317D-20, 0.1654D-19, 0.6336D-19, # 0.2427D-18, 0.9299D-18, 0.3563D-17, 0.1365D-16, 0.5226D-16, # 0.2001D-15, 0.7660D-15, 0.2931D-14, 0.1121D-13, 0.4284D-13, # 0.1635D-12, 0.6231D-12, 0.2367D-11, 0.8963D-11, 0.3374D-10, # 0.1260D-09, 0.4650D-09, 0.1688D-08, 0.5974D-08, 0.2051D-07, # 0.6740D-07, 0.2090D-06, 0.6027D-06, 0.1592D-05, 0.3807D-05, # 0.8184D-05, 0.1581D-04, 0.2762D-04, 0.4402D-04, 0.6478D-04, # 0.8898D-04, 0.1151D-03, 0.1411D-03, 0.1646D-03, 0.1824D-03, # 0.1917D-03, 0.1901D-03, 0.1766D-03, 0.1532D-03, 0.1238D-03, # 0.9359D-04, 0.6668D-04, 0.4533D-04, 0.2980D-04, 0.1920D-04, # 0.1225D-04, 0.7807D-05, 0.5000D-05, 0.3227D-05, 0.2100D-05, # 0.1380D-05, 0.9132D-06, 0.6085D-06, 0.4077D-06, 0.2744D-06, # 0.1851D-06, 0.1253D-06, 0.8495D-07, 0.5766D-07, 0.3918D-07, # 0.2664D-07/ data (calcpts(j,38), j = 1,neta) /0.2861D-25, 0.5749D-25, # 0.2328D-24, 0.9369D-24, 0.3558D-23, 0.1362D-22, 0.5230D-22, # 0.2003D-21, 0.7674D-21, 0.2940D-20, 0.1127D-19, 0.4317D-19, # 0.1653D-18, 0.6336D-18, 0.2427D-17, 0.9296D-17, 0.3561D-16, # 0.1363D-15, 0.5220D-15, 0.1998D-14, 0.7639D-14, 0.2919D-13, # 0.1114D-12, 0.4245D-12, 0.1613D-11, 0.6107D-11, 0.2298D-10, # 0.8583D-10, 0.3168D-09, 0.1150D-08, 0.4071D-08, 0.1398D-07, # 0.4592D-07, 0.1424D-06, 0.4107D-06, 0.1085D-05, 0.2595D-05, # 0.5583D-05, 0.1080D-04, 0.1887D-04, 0.3015D-04, 0.4449D-04, # 0.6138D-04, 0.7995D-04, 0.9905D-04, 0.1172D-03, 0.1327D-03, # 0.1436D-03, 0.1479D-03, 0.1440D-03, 0.1318D-03, 0.1127D-03, # 0.9003D-04, 0.6732D-04, 0.4752D-04, 0.3204D-04, 0.2091D-04, # 0.1339D-04, 0.8498D-05, 0.5394D-05, 0.3443D-05, 0.2216D-05, # 0.1439D-05, 0.9437D-06, 0.6239D-06, 0.4154D-06, 0.2781D-06, # 0.1870D-06, 0.1262D-06, 0.8540D-07, 0.5789D-07, 0.3930D-07, # 0.2670D-07/ data (calcpts(j,39), j = 1,neta) /0.1952D-25, 0.4561D-25, # 0.1587D-24, 0.6522D-24, 0.2424D-23, 0.9308D-23, 0.3564D-22, # 0.1364D-21, 0.5231D-21, 0.2004D-20, 0.7676D-20, 0.2942D-19, # 0.1127D-18, 0.4316D-18, 0.1653D-17, 0.6333D-17, 0.2426D-16, # 0.9288D-16, 0.3557D-15, 0.1361D-14, 0.5205D-14, 0.1989D-13, # 0.7590D-13, 0.2892D-12, 0.1099D-11, 0.4160D-11, 0.1566D-10, # 0.5849D-10, 0.2158D-09, 0.7836D-09, 0.2774D-08, 0.9522D-08, # 0.3129D-07, 0.9705D-07, 0.2799D-06, 0.7395D-06, 0.1769D-05, # 0.3807D-05, 0.7365D-05, 0.1289D-04, 0.2061D-04, 0.3048D-04, # 0.4218D-04, 0.5520D-04, 0.6888D-04, 0.8240D-04, 0.9478D-04, # 0.1048D-03, 0.1112D-03, 0.1125D-03, 0.1080D-03, 0.9752D-04, # 0.8245D-04, 0.6516D-04, 0.4827D-04, 0.3378D-04, 0.2261D-04, # 0.1466D-04, 0.9330D-05, 0.5894D-05, 0.3724D-05, 0.2369D-05, # 0.1521D-05, 0.9858D-06, 0.6455D-06, 0.4263D-06, 0.2835D-06, # 0.1898D-06, 0.1276D-06, 0.8605D-07, 0.5822D-07, 0.3945D-07, # 0.2677D-07/ data (calcpts(j,40), j = 1,neta) /0.7491D-26, 0.2667D-25, # 0.1178D-24, 0.4443D-24, 0.1649D-23, 0.6341D-23, 0.2426D-22, # 0.9296D-22, 0.3564D-21, 0.1365D-20, 0.5229D-20, 0.2004D-19, # 0.7675D-19, 0.2940D-18, 0.1127D-17, 0.4316D-17, 0.1653D-16, # 0.6329D-16, 0.2423D-15, 0.9270D-15, 0.3546D-14, 0.1355D-13, # 0.5172D-13, 0.1971D-12, 0.7486D-12, 0.2834D-11, 0.1067D-10, # 0.3984D-10, 0.1471D-09, 0.5338D-09, 0.1893D-08, 0.6488D-08, # 0.2132D-07, 0.6614D-07, 0.1907D-06, 0.5040D-06, 0.1206D-05, # 0.2595D-05, 0.5022D-05, 0.8793D-05, 0.1407D-04, 0.2083D-04, # 0.2891D-04, 0.3795D-04, 0.4760D-04, 0.5738D-04, 0.6674D-04, # 0.7500D-04, 0.8136D-04, 0.8488D-04, 0.8471D-04, 0.8025D-04, # 0.7167D-04, 0.6000D-04, 0.4698D-04, 0.3450D-04, 0.2397D-04, # 0.1593D-04, 0.1026D-04, 0.6498D-05, 0.4085D-05, 0.2571D-05, # 0.1631D-05, 0.1044D-05, 0.6753D-06, 0.4414D-06, 0.2912D-06, # 0.1935D-06, 0.1295D-06, 0.8699D-07, 0.5866D-07, 0.3968D-07, # 0.2688D-07/ data (calcpts(j,41), j = 1,neta) /0.5321D-26, 0.2247D-25, # 0.7351D-25, 0.2945D-24, 0.1133D-23, 0.4324D-23, 0.1653D-22, # 0.6333D-22, 0.2427D-21, 0.9299D-21, 0.3563D-20, 0.1365D-19, # 0.5229D-19, 0.2004D-18, 0.7674D-18, 0.2940D-17, 0.1126D-16, # 0.4311D-16, 0.1650D-15, 0.6317D-15, 0.2415D-14, 0.9231D-14, # 0.3524D-13, 0.1342D-12, 0.5102D-12, 0.1931D-11, 0.7269D-11, # 0.2715D-10, 0.1002D-09, 0.3638D-09, 0.1290D-08, 0.4421D-08, # 0.1452D-07, 0.4506D-07, 0.1299D-06, 0.3434D-06, 0.8217D-06, # 0.1769D-05, 0.3423D-05, 0.5997D-05, 0.9603D-05, 0.1423D-04, # 0.1977D-04, 0.2602D-04, 0.3274D-04, 0.3969D-04, 0.4653D-04, # 0.5289D-04, 0.5832D-04, 0.6227D-04, 0.6408D-04, 0.6318D-04, # 0.5922D-04, 0.5238D-04, 0.4346D-04, 0.3375D-04, 0.2460D-04, # 0.1697D-04, 0.1121D-04, 0.7182D-05, 0.4523D-05, 0.2831D-05, # 0.1774D-05, 0.1122D-05, 0.7163D-06, 0.4626D-06, 0.3020D-06, # 0.1989D-06, 0.1321D-06, 0.8830D-07, 0.5931D-07, 0.3999D-07, # 0.2705D-07/ data (calcpts(j,42), j = 1,neta) /0.1749D-26, 0.1238D-25, # 0.4942D-25, 0.1999D-24, 0.7656D-24, 0.2949D-23, 0.1128D-22, # 0.4317D-22, 0.1655D-21, 0.6336D-21, 0.2427D-20, 0.9300D-20, # 0.3562D-19, 0.1365D-18, 0.5229D-18, 0.2003D-17, 0.7671D-17, # 0.2937D-16, 0.1124D-15, 0.4303D-15, 0.1646D-14, 0.6290D-14, # 0.2400D-13, 0.9146D-13, 0.3476D-12, 0.1315D-11, 0.4952D-11, # 0.1850D-10, 0.6827D-10, 0.2478D-09, 0.8790D-09, 0.3012D-08, # 0.9895D-08, 0.3069D-07, 0.8855D-07, 0.2340D-06, 0.5598D-06, # 0.1205D-05, 0.2334D-05, 0.4088D-05, 0.6549D-05, 0.9714D-05, # 0.1351D-04, 0.1780D-04, 0.2246D-04, 0.2732D-04, 0.3221D-04, # 0.3692D-04, 0.4119D-04, 0.4472D-04, 0.4710D-04, 0.4792D-04, # 0.4677D-04, 0.4344D-04, 0.3810D-04, 0.3135D-04, 0.2418D-04, # 0.1751D-04, 0.1200D-04, 0.7878D-05, 0.5021D-05, 0.3147D-05, # 0.1961D-05, 0.1225D-05, 0.7718D-06, 0.4916D-06, 0.3168D-06, # 0.2066D-06, 0.1359D-06, 0.9018D-07, 0.6024D-07, 0.4046D-07, # 0.2727D-07/ data (calcpts(j,43), j = 1,neta) /0.2703D-26, 0.8444D-26, # 0.3725D-25, 0.1405D-24, 0.5220D-24, 0.2006D-23, 0.7684D-23, # 0.2938D-22, 0.1127D-21, 0.4316D-21, 0.1654D-20, 0.6336D-20, # 0.2427D-19, 0.9298D-19, 0.3562D-18, 0.1365D-17, 0.5226D-17, # 0.2001D-16, 0.7661D-16, 0.2931D-15, 0.1121D-14, 0.4284D-14, # 0.1635D-13, 0.6231D-13, 0.2367D-12, 0.8963D-12, 0.3373D-11, # 0.1260D-10, 0.4650D-10, 0.1689D-09, 0.5988D-09, 0.2055D-08, # 0.6742D-08, 0.2091D-07, 0.6033D-07, 0.1595D-06, 0.3815D-06, # 0.8212D-06, 0.1590D-05, 0.2787D-05, 0.4466D-05, 0.6626D-05, # 0.9219D-05, 0.1217D-04, 0.1538D-04, 0.1875D-04, 0.2219D-04, # 0.2556D-04, 0.2877D-04, 0.3160D-04, 0.3387D-04, 0.3530D-04, # 0.3555D-04, 0.3439D-04, 0.3168D-04, 0.2759D-04, 0.2254D-04, # 0.1727D-04, 0.1243D-04, 0.8470D-05, 0.5531D-05, 0.3507D-05, # 0.2188D-05, 0.1358D-05, 0.8454D-06, 0.5310D-06, 0.3373D-06, # 0.2171D-06, 0.1412D-06, 0.9284D-07, 0.6156D-07, 0.4110D-07, # 0.2759D-07/ data (calcpts(j,44), j = 1,neta) /0.1634D-26, 0.5751D-26, # 0.2562D-25, 0.9281D-25, 0.3562D-24, 0.1366D-23, 0.5227D-23, # 0.2003D-22, 0.7679D-22, 0.2940D-21, 0.1127D-20, 0.4317D-20, # 0.1654D-19, 0.6336D-19, 0.2427D-18, 0.9295D-18, 0.3561D-17, # 0.1363D-16, 0.5220D-16, 0.1998D-15, 0.7640D-15, 0.2919D-14, # 0.1114D-13, 0.4245D-13, 0.1612D-12, 0.6107D-12, 0.2298D-11, # 0.8583D-11, 0.3168D-10, 0.1150D-09, 0.4080D-09, 0.1401D-08, # 0.4593D-08, 0.1425D-07, 0.4110D-07, 0.1086D-06, 0.2599D-06, # 0.5595D-06, 0.1084D-05, 0.1899D-05, 0.3044D-05, 0.4518D-05, # 0.6290D-05, 0.8306D-05, 0.1051D-04, 0.1283D-04, 0.1523D-04, # 0.1763D-04, 0.1994D-04, 0.2209D-04, 0.2397D-04, 0.2541D-04, # 0.2622D-04, 0.2621D-04, 0.2516D-04, 0.2301D-04, 0.1991D-04, # 0.1617D-04, 0.1231D-04, 0.8811D-05, 0.5972D-05, 0.3881D-05, # 0.2448D-05, 0.1521D-05, 0.9401D-06, 0.5832D-06, 0.3652D-06, # 0.2314D-06, 0.1486D-06, 0.9657D-07, 0.6342D-07, 0.4202D-07, # 0.2804D-07/ data (calcpts(j,45), j = 1,neta) /0.1110D-26, 0.4410D-26, # 0.1734D-25, 0.6595D-25, 0.2443D-24, 0.9300D-24, 0.3569D-23, # 0.1366D-22, 0.5229D-22, 0.2005D-21, 0.7677D-21, 0.2941D-20, # 0.1127D-19, 0.4317D-19, 0.1653D-18, 0.6333D-18, 0.2425D-17, # 0.9288D-17, 0.3557D-16, 0.1361D-15, 0.5205D-15, 0.1989D-14, # 0.7590D-14, 0.2892D-13, 0.1099D-12, 0.4160D-12, 0.1566D-11, # 0.5849D-11, 0.2159D-10, 0.7838D-10, 0.2780D-09, 0.9544D-09, # 0.3129D-08, 0.9708D-08, 0.2801D-07, 0.7400D-07, 0.1771D-06, # 0.3813D-06, 0.7383D-06, 0.1294D-05, 0.2075D-05, 0.3080D-05, # 0.4289D-05, 0.5666D-05, 0.7174D-05, 0.8773D-05, 0.1043D-04, # 0.1210D-04, 0.1375D-04, 0.1533D-04, 0.1677D-04, 0.1800D-04, # 0.1892D-04, 0.1935D-04, 0.1920D-04, 0.1831D-04, 0.1665D-04, # 0.1431D-04, 0.1157D-04, 0.8758D-05, 0.6236D-05, 0.4206D-05, # 0.2719D-05, 0.1709D-05, 0.1056D-05, 0.6505D-06, 0.4023D-06, # 0.2513D-06, 0.1588D-06, 0.1018D-06, 0.6605D-07, 0.4332D-07, # 0.2868D-07/ data (calcpts(j,46), j = 1,neta) /0.9015D-27, 0.2622D-26, # 0.1135D-25, 0.4299D-25, 0.1673D-24, 0.6300D-24, 0.2432D-23, # 0.9301D-23, 0.3562D-22, 0.1364D-21, 0.5229D-21, 0.2004D-20, # 0.7676D-20, 0.2940D-19, 0.1127D-18, 0.4316D-18, 0.1653D-17, # 0.6329D-17, 0.2423D-16, 0.9270D-16, 0.3546D-15, 0.1355D-14, # 0.5172D-14, 0.1971D-13, 0.7487D-13, 0.2834D-12, 0.1067D-11, # 0.3984D-11, 0.1471D-10, 0.5340D-10, 0.1893D-09, 0.6503D-09, # 0.2135D-08, 0.6613D-08, 0.1908D-07, 0.5042D-07, 0.1207D-06, # 0.2598D-06, 0.5031D-06, 0.8817D-06, 0.1414D-05, 0.2098D-05, # 0.2924D-05, 0.3864D-05, 0.4895D-05, 0.5991D-05, 0.7128D-05, # 0.8286D-05, 0.9442D-05, 0.1057D-04, 0.1164D-04, 0.1260D-04, # 0.1341D-04, 0.1397D-04, 0.1420D-04, 0.1400D-04, 0.1327D-04, # 0.1200D-04, 0.1027D-04, 0.8253D-05, 0.6219D-05, 0.4407D-05, # 0.2958D-05, 0.1904D-05, 0.1191D-05, 0.7338D-06, 0.4501D-06, # 0.2775D-06, 0.1728D-06, 0.1090D-06, 0.6971D-07, 0.4516D-07, # 0.2959D-07/ data (calcpts(j,47), j = 1,neta) /0.6257D-27, 0.1967D-26, # 0.7812D-26, 0.2892D-25, 0.1132D-24, 0.4352D-24, 0.1650D-23, # 0.6303D-23, 0.2431D-22, 0.9296D-22, 0.3559D-21, 0.1364D-20, # 0.5231D-20, 0.2004D-19, 0.7675D-19, 0.2940D-18, 0.1126D-17, # 0.4311D-17, 0.1650D-16, 0.6316D-16, 0.2415D-15, 0.9231D-15, # 0.3524D-14, 0.1342D-13, 0.5101D-13, 0.1930D-12, 0.7269D-12, # 0.2715D-11, 0.1002D-10, 0.3638D-10, 0.1290D-09, 0.4430D-09, # 0.1456D-08, 0.4506D-08, 0.1300D-07, 0.3435D-07, 0.8220D-07, # 0.1770D-06, 0.3428D-06, 0.6008D-06, 0.9632D-06, 0.1430D-05, # 0.1992D-05, 0.2634D-05, 0.3337D-05, 0.4088D-05, 0.4869D-05, # 0.5667D-05, 0.6470D-05, 0.7263D-05, 0.8031D-05, 0.8751D-05, # 0.9393D-05, 0.9915D-05, 0.1026D-04, 0.1037D-04, 0.1016D-04, # 0.9585D-05, 0.8626D-05, 0.7344D-05, 0.5877D-05, 0.4409D-05, # 0.3110D-05, 0.2079D-05, 0.1332D-05, 0.8301D-06, 0.5094D-06, # 0.3114D-06, 0.1912D-06, 0.1188D-06, 0.7476D-07, 0.4773D-07, # 0.3089D-07/ data (calcpts(j,48), j = 1,neta) /0.1929D-27, 0.1065D-26, # 0.5550D-26, 0.2037D-25, 0.7890D-25, 0.2965D-24, 0.1121D-23, # 0.4320D-23, 0.1657D-22, 0.6348D-22, 0.2428D-21, 0.9311D-21, # 0.3563D-20, 0.1364D-19, 0.5229D-19, 0.2003D-18, 0.7671D-18, # 0.2937D-17, 0.1124D-16, 0.4303D-16, 0.1646D-15, 0.6290D-15, # 0.2400D-14, 0.9146D-14, 0.3475D-13, 0.1316D-12, 0.4952D-12, # 0.1850D-11, 0.6827D-11, 0.2478D-10, 0.8790D-10, 0.3018D-09, # 0.9918D-09, 0.3071D-08, 0.8855D-08, 0.2340D-07, 0.5601D-07, # 0.1206D-06, 0.2335D-06, 0.4093D-06, 0.6563D-06, 0.9747D-06, # 0.1358D-05, 0.1796D-05, 0.2276D-05, 0.2789D-05, 0.3322D-05, # 0.3870D-05, 0.4424D-05, 0.4977D-05, 0.5518D-05, 0.6041D-05, # 0.6524D-05, 0.6949D-05, 0.7287D-05, 0.7499D-05, 0.7535D-05, # 0.7349D-05, 0.6900D-05, 0.6183D-05, 0.5241D-05, 0.4176D-05, # 0.3120D-05, 0.2192D-05, 0.1459D-05, 0.9318D-06, 0.5783D-06, # 0.3536D-06, 0.2154D-06, 0.1319D-06, 0.8168D-07, 0.5130D-07, # 0.3269D-07/ data (calcpts(j,49), j = 1,neta) /0.1342D-27, 0.7954D-27, # 0.3825D-26, 0.1374D-25, 0.5324D-25, 0.2004D-24, 0.7458D-24, # 0.2908D-23, 0.1111D-22, 0.4303D-22, 0.1656D-21, 0.6326D-21, # 0.2435D-20, 0.9320D-20, 0.3557D-19, 0.1364D-18, 0.5224D-18, # 0.2001D-17, 0.7657D-17, 0.2933D-16, 0.1121D-15, 0.4284D-15, # 0.1635D-14, 0.6231D-14, 0.2367D-13, 0.8962D-13, 0.3373D-12, # 0.1260D-11, 0.4650D-11, 0.1689D-10, 0.5988D-10, 0.2057D-09, # 0.6758D-09, 0.2094D-08, 0.6033D-08, 0.1595D-07, 0.3816D-07, # 0.8215D-07, 0.1592D-06, 0.2789D-06, 0.4472D-06, 0.6641D-06, # 0.9252D-06, 0.1224D-05, 0.1551D-05, 0.1901D-05, 0.2267D-05, # 0.2642D-05, 0.3023D-05, 0.3403D-05, 0.3783D-05, 0.4152D-05, # 0.4505D-05, 0.4829D-05, 0.5111D-05, 0.5328D-05, 0.5454D-05, # 0.5454D-05, 0.5297D-05, 0.4953D-05, 0.4421D-05, 0.3732D-05, # 0.2963D-05, 0.2205D-05, 0.1544D-05, 0.1024D-05, 0.6512D-06, # 0.4026D-06, 0.2453D-06, 0.1489D-06, 0.9093D-07, 0.5616D-07, # 0.3519D-07/ data (dlaeta(j), j = 1,neta) / # -6d0, -5.83333333d0, -5.66666667d0, -5.5d0, -5.33333333d0, # -5.16666667d0, -5d0, -4.83333333d0, -4.66666667d0, -4.5d0, # -4.33333333d0, -4.16666667d0, -4d0, -3.83333333d0, # -3.66666667d0, -3.5d0, -3.33333333d0, -3.16666667d0, -3d0, # -2.83333333d0, -2.66666667d0, -2.5d0, -2.33333333d0, # -2.16666667d0, -2d0, -1.83333333d0, -1.66666667d0, -1.5d0, # -1.33333333d0, -1.16666667d0, -1d0, -0.83333333d0, -0.66666667d0, # -0.5d0, -0.33333333d0, -0.16666667d0, 0d0, 0.16666667d0, # 0.33333333d0, 0.5d0, 0.66666667d0, 0.83333333d0, 1d0, # 1.16666667d0, 1.33333333d0, 1.5d0, 1.66666667d0, 1.83333333d0, # 2d0, 2.16666667d0, 2.33333333d0, 2.5d0, 2.66666667d0, # 2.83333333d0, 3d0, 3.16666667d0, 3.33333333d0, 3.5d0, # 3.66666667d0, 3.83333333d0, 4d0, 4.16666667d0, 4.33333333d0, # 4.5d0, 4.66666667d0, 4.83333333d0, 5d0, 5.16666667d0, # 5.33333333d0, 5.5d0, 5.66666667d0, 5.83333333d0, 6d0/ data (dlaxi(j), j = 1,nxi) / # -3d0, -2.83333333d0, -2.66666667d0, -2.5d0, -2.33333333d0, # -2.16666667d0, -2d0, -1.83333333d0, -1.66666667d0, -1.5d0, # -1.33333333d0, -1.16666667d0, -1d0, -0.83333333d0, -0.66666667d0, # -0.5d0, -0.33333333d0, -0.16666667d0, 0d0, 0.16666667d0, # 0.33333333d0, 0.5d0, 0.66666667d0, 0.83333333d0, 1d0, # 1.16666667d0, 1.33333333d0, 1.5d0, 1.66666667d0, 1.83333333d0, # 2d0, 2.16666667d0, 2.33333333d0, 2.5d0, 2.66666667d0, # 2.83333333d0, 3d0, 3.16666667d0, 3.33333333d0, 3.5d0, # 3.66666667d0, 3.83333333d0, 4d0, 4.16666667d0, 4.33333333d0, # 4.5d0, 4.66666667d0, 4.83333333d0, 5d0/ dleta = dlog10(eta) dlxi = dlog10(xi) if (dlxi .le. dlaxi(1)) dlxi = dlaxi(1) if (dlxi .ge. dlaxi(nxi)) dlxi = dlaxi(nxi) if (dleta .ge. dlaeta(neta)) dleta = dlaeta(neta) if (dleta .le. dlaeta(1)) dleta = dlaeta(1) call locat(dlaeta,neta, dleta, ieta) call locat(dlaxi, nxi, dlxi, ixi) c interpolating between the appropriate points delxi = 1d0/6d0 deleta = 1d0/6d0 c lagrange 3-pt. if (ixi .le. 2) ixi = 2 if (ixi .ge. 48) ixi = 48 if (ieta .le. 2) ieta = 2 if (ieta .ge. 72) ieta = 72 pxi = (dlxi - dlaxi(ixi))/delxi f(-1) = pxi*(pxi-1d0)/2d0*calcpts(ieta-1,ixi-1) + # (1d0 - pxi**2)*calcpts(ieta-1,ixi) + # pxi*(pxi+1d0)/2d0*calcpts(ieta-1,ixi+1) f(0) = pxi*(pxi-1d0)/2d0*calcpts(ieta,ixi-1) + # (1d0 - pxi**2)*calcpts(ieta,ixi) + # pxi*(pxi+1d0)/2d0*calcpts(ieta,ixi+1) f(1) = pxi*(pxi-1d0)/2d0*calcpts(ieta+1,ixi-1) + # (1d0 - pxi**2)*calcpts(ieta+1,ixi) + # pxi*(pxi+1d0)/2d0*calcpts(ieta+1,ixi+1) peta = (dleta - dlaeta(ieta))/deleta xsclql = peta*(peta-1d0)/2d0*f(-1) + # (1d0 - peta**2)*f(0) + # peta*(peta+1d0)/2d0*f(1) return end c These are the functions that give the threshold dependence of the coefficient functions with the appropriate factors. c eta = (W^2 - 4d0*m2)/4d0/m2 where W is the CM energy of the gamma* parton c system. xi = mq2/m2 (Q^2/m2) c Longitudinal CF group structure: equation (13) in PLB347 (1995) 143 - 151 double precision function threshf_l(eta,xi) implicit none double precision pi, eta, xi, beta, term1 parameter (pi = 3.14159265359d0) beta = dsqrt(eta/(1.d0 + eta)) term1 = 1.d0/(1.d0 + 0.25d0*xi) threshf_l = 1.d0/6.d0/pi*xi*term1**3*beta*beta*pi*pi/2.d0 return end c Transverse CF group structure: equation (14) in PLB347 (1995) 143 - 151 double precision function threshf_t(eta,xi) implicit none double precision pi, eta, xi, beta, term1 parameter (pi = 3.14159265359d0) beta = dsqrt(eta/(1.d0 + eta)) term1 = 1.d0/(1.d0 + 0.25d0*xi) threshf_t = 0.25d0/pi*term1*pi*pi/2.d0 return end c Transverse CA group structure: equation (16) in PLB347 (1995) 143 - 151 double precision function thresha_t(eta,xi) implicit none double precision pi, eta, xi, beta, term1 parameter (pi = 3.14159265359d0) beta = dsqrt(eta/(1.d0 + eta)) term1 = 1.d0/(1.d0 + 0.25d0*xi) thresha_t = 0.25d0/pi*term1*(beta*(dlog(8.d0*beta*beta))**2 # - 5.d0*beta*dlog(8.d0*beta*beta) - 0.25d0*pi*pi) return end c Longitudinal CA group structure: equation (15) in PLB347 (1995) 143 - 151 double precision function thresha_l(eta,xi) implicit none double precision pi, eta, xi, beta, term1 parameter (pi = 3.14159265359d0) beta = dsqrt(eta/(1.d0 + eta)) term1 = 1.d0/(1.d0 + 0.25d0*xi) thresha_l = 1.d0/6.d0/pi*xi*term1**3*beta**2* # (beta*(dlog(8.d0*beta*beta))**2 # - 5.d0*beta*dlog(8.d0*beta*beta) - 0.25d0*pi*pi) return end c Longitudinal CA group structure for the mass factorization piece: c equation (17) in PLB347 (1995) 143 - 151 double precision function threshbar_l(eta,xi) implicit none double precision pi, eta, xi, beta, term1 parameter (pi = 3.14159265359d0) beta = dsqrt(eta/(1.d0 + eta)) term1 = 1.d0/(1.d0 + 0.25d0*xi) threshbar_l = 1.d0/6.d0/pi*xi*term1**3*beta**3* # (-dlog(4.d0*beta*beta)) return end c Transverse CA group structure for the mass factorization piece: c equation (18) in PLB347 (1995) 143 - 151 double precision function threshbar_t(eta,xi) implicit none double precision pi, eta, xi, beta, term1 parameter (pi = 3.14159265359d0) beta = dsqrt(eta/(1.d0 + eta)) term1 = 1.d0/(1.d0 + 0.25d0*xi) threshbar_t = 0.25d0/pi*term1*beta*(-dlog(4.d0*beta*beta)) return end subroutine sdqtb(eta, xi, xsdqtb) implicit none integer neta, nxi, j parameter (neta = 73, nxi = 49) real*8 calcpts(neta, nxi), dlaeta(neta), dlaxi(nxi) real*8 eta, xi, dleta, dlxi, xsdqtb real*8 pxi, peta, f(-1:1), delxi, deleta integer ieta, ixi data (calcpts(j, 1), j = 1,neta) /0.1295D-10, 0.2306D-10, # 0.4104D-10, 0.7301D-10, 0.1299D-09, 0.2310D-09, 0.4108D-09, # 0.7305D-09, 0.1299D-08, 0.2310D-08, 0.4107D-08, 0.7305D-08, # 0.1299D-07, 0.2310D-07, 0.4105D-07, 0.7299D-07, 0.1298D-06, # 0.2306D-06, 0.4097D-06, 0.7275D-06, 0.1291D-05, 0.2289D-05, # 0.4053D-05, 0.7164D-05, 0.1262D-04, 0.2216D-04, 0.3863D-04, # 0.6678D-04, 0.1140D-03, 0.1911D-03, 0.3125D-03, 0.4940D-03, # 0.7466D-03, 0.1066D-02, 0.1424D-02, 0.1766D-02, 0.2031D-02, # 0.2187D-02, 0.2224D-02, 0.2165D-02, 0.2027D-02, 0.1833D-02, # 0.1606D-02, 0.1365D-02, 0.1130D-02, 0.9135D-03, 0.7238D-03, # 0.5639D-03, 0.4331D-03, 0.3286D-03, 0.2469D-03, 0.1839D-03, # 0.1361D-03, 0.1000D-03, 0.7314D-04, 0.5324D-04, 0.3858D-04, # 0.2787D-04, 0.2006D-04, 0.1440D-04, 0.1031D-04, 0.7363D-05, # 0.5248D-05, 0.3734D-05, 0.2651D-05, 0.1879D-05, 0.1330D-05, # 0.9404D-06, 0.6637D-06, 0.4680D-06, 0.3296D-06, 0.2319D-06, # 0.1629D-06/ data (calcpts(j, 2), j = 1,neta) /0.1283D-10, 0.2284D-10, # 0.4063D-10, 0.7230D-10, 0.1286D-09, 0.2287D-09, 0.4068D-09, # 0.7236D-09, 0.1287D-08, 0.2288D-08, 0.4068D-08, 0.7235D-08, # 0.1286D-07, 0.2288D-07, 0.4067D-07, 0.7229D-07, 0.1285D-06, # 0.2283D-06, 0.4057D-06, 0.7205D-06, 0.1279D-05, 0.2268D-05, # 0.4015D-05, 0.7095D-05, 0.1250D-04, 0.2193D-04, 0.3825D-04, # 0.6614D-04, 0.1129D-03, 0.1893D-03, 0.3095D-03, 0.4893D-03, # 0.7394D-03, 0.1056D-02, 0.1410D-02, 0.1749D-02, 0.2013D-02, # 0.2166D-02, 0.2204D-02, 0.2144D-02, 0.2008D-02, 0.1817D-02, # 0.1592D-02, 0.1353D-02, 0.1119D-02, 0.9049D-03, 0.7170D-03, # 0.5586D-03, 0.4290D-03, 0.3255D-03, 0.2447D-03, 0.1823D-03, # 0.1348D-03, 0.9909D-04, 0.7245D-04, 0.5274D-04, 0.3822D-04, # 0.2760D-04, 0.1988D-04, 0.1426D-04, 0.1021D-04, 0.7295D-05, # 0.5199D-05, 0.3699D-05, 0.2627D-05, 0.1862D-05, 0.1318D-05, # 0.9315D-06, 0.6576D-06, 0.4636D-06, 0.3266D-06, 0.2297D-06, # 0.1614D-06/ data (calcpts(j, 3), j = 1,neta) /0.1265D-10, 0.2252D-10, # 0.4007D-10, 0.7128D-10, 0.1268D-09, 0.2256D-09, 0.4011D-09, # 0.7134D-09, 0.1269D-08, 0.2256D-08, 0.4011D-08, 0.7132D-08, # 0.1268D-07, 0.2255D-07, 0.4010D-07, 0.7128D-07, 0.1267D-06, # 0.2252D-06, 0.4000D-06, 0.7104D-06, 0.1261D-05, 0.2235D-05, # 0.3959D-05, 0.6995D-05, 0.1233D-04, 0.2163D-04, 0.3773D-04, # 0.6520D-04, 0.1113D-03, 0.1866D-03, 0.3051D-03, 0.4824D-03, # 0.7290D-03, 0.1041D-02, 0.1391D-02, 0.1724D-02, 0.1985D-02, # 0.2136D-02, 0.2174D-02, 0.2115D-02, 0.1980D-02, 0.1791D-02, # 0.1569D-02, 0.1334D-02, 0.1104D-02, 0.8927D-03, 0.7072D-03, # 0.5510D-03, 0.4232D-03, 0.3212D-03, 0.2412D-03, 0.1797D-03, # 0.1330D-03, 0.9774D-04, 0.7146D-04, 0.5202D-04, 0.3770D-04, # 0.2723D-04, 0.1961D-04, 0.1407D-04, 0.1007D-04, 0.7195D-05, # 0.5129D-05, 0.3648D-05, 0.2591D-05, 0.1836D-05, 0.1300D-05, # 0.9189D-06, 0.6486D-06, 0.4574D-06, 0.3221D-06, 0.2267D-06, # 0.1593D-06/ data (calcpts(j, 4), j = 1,neta) /0.1239D-10, 0.2205D-10, # 0.3924D-10, 0.6981D-10, 0.1242D-09, 0.2209D-09, 0.3929D-09, # 0.6987D-09, 0.1243D-08, 0.2209D-08, 0.3929D-08, 0.6985D-08, # 0.1242D-07, 0.2208D-07, 0.3927D-07, 0.6981D-07, 0.1241D-06, # 0.2205D-06, 0.3918D-06, 0.6957D-06, 0.1235D-05, 0.2190D-05, # 0.3878D-05, 0.6852D-05, 0.1207D-04, 0.2118D-04, 0.3694D-04, # 0.6387D-04, 0.1090D-03, 0.1828D-03, 0.2990D-03, 0.4725D-03, # 0.7142D-03, 0.1020D-02, 0.1362D-02, 0.1689D-02, 0.1944D-02, # 0.2093D-02, 0.2130D-02, 0.2072D-02, 0.1941D-02, 0.1757D-02, # 0.1537D-02, 0.1308D-02, 0.1082D-02, 0.8748D-03, 0.6932D-03, # 0.5399D-03, 0.4146D-03, 0.3147D-03, 0.2364D-03, 0.1761D-03, # 0.1303D-03, 0.9579D-04, 0.7004D-04, 0.5097D-04, 0.3694D-04, # 0.2669D-04, 0.1922D-04, 0.1379D-04, 0.9873D-05, 0.7052D-05, # 0.5027D-05, 0.3576D-05, 0.2540D-05, 0.1800D-05, 0.1274D-05, # 0.9004D-06, 0.6357D-06, 0.4482D-06, 0.3156D-06, 0.2220D-06, # 0.1560D-06/ data (calcpts(j, 5), j = 1,neta) /0.1202D-10, 0.2139D-10, # 0.3807D-10, 0.6773D-10, 0.1205D-09, 0.2142D-09, 0.3810D-09, # 0.6777D-09, 0.1205D-08, 0.2143D-08, 0.3810D-08, 0.6776D-08, # 0.1205D-07, 0.2142D-07, 0.3809D-07, 0.6771D-07, 0.1204D-06, # 0.2139D-06, 0.3800D-06, 0.6749D-06, 0.1198D-05, 0.2124D-05, # 0.3760D-05, 0.6645D-05, 0.1171D-04, 0.2055D-04, 0.3584D-04, # 0.6195D-04, 0.1057D-03, 0.1773D-03, 0.2900D-03, 0.4584D-03, # 0.6928D-03, 0.9897D-03, 0.1322D-02, 0.1640D-02, 0.1887D-02, # 0.2031D-02, 0.2067D-02, 0.2012D-02, 0.1884D-02, 0.1704D-02, # 0.1493D-02, 0.1269D-02, 0.1051D-02, 0.8493D-03, 0.6729D-03, # 0.5241D-03, 0.4026D-03, 0.3056D-03, 0.2295D-03, 0.1710D-03, # 0.1265D-03, 0.9300D-04, 0.6800D-04, 0.4949D-04, 0.3587D-04, # 0.2591D-04, 0.1865D-04, 0.1339D-04, 0.9585D-05, 0.6846D-05, # 0.4879D-05, 0.3471D-05, 0.2465D-05, 0.1748D-05, 0.1237D-05, # 0.8742D-06, 0.6171D-06, 0.4352D-06, 0.3064D-06, 0.2155D-06, # 0.1515D-06/ data (calcpts(j, 6), j = 1,neta) /0.1149D-10, 0.2046D-10, # 0.3639D-10, 0.6476D-10, 0.1152D-09, 0.2049D-09, 0.3644D-09, # 0.6480D-09, 0.1152D-08, 0.2049D-08, 0.3644D-08, 0.6478D-08, # 0.1152D-07, 0.2049D-07, 0.3642D-07, 0.6474D-07, 0.1151D-06, # 0.2046D-06, 0.3634D-06, 0.6453D-06, 0.1145D-05, 0.2031D-05, # 0.3596D-05, 0.6354D-05, 0.1120D-04, 0.1965D-04, 0.3426D-04, # 0.5923D-04, 0.1011D-03, 0.1695D-03, 0.2774D-03, 0.4385D-03, # 0.6627D-03, 0.9467D-03, 0.1264D-02, 0.1567D-02, 0.1806D-02, # 0.1944D-02, 0.1978D-02, 0.1925D-02, 0.1803D-02, 0.1632D-02, # 0.1429D-02, 0.1215D-02, 0.1006D-02, 0.8132D-03, 0.6442D-03, # 0.5019D-03, 0.3855D-03, 0.2925D-03, 0.2197D-03, 0.1638D-03, # 0.1211D-03, 0.8904D-04, 0.6512D-04, 0.4739D-04, 0.3435D-04, # 0.2481D-04, 0.1785D-04, 0.1282D-04, 0.9177D-05, 0.6555D-05, # 0.4672D-05, 0.3324D-05, 0.2360D-05, 0.1673D-05, 0.1184D-05, # 0.8372D-06, 0.5908D-06, 0.4167D-06, 0.2934D-06, 0.2064D-06, # 0.1451D-06/ data (calcpts(j, 7), j = 1,neta) /0.1076D-10, 0.1916D-10, # 0.3408D-10, 0.6063D-10, 0.1079D-09, 0.1919D-09, 0.3413D-09, # 0.6068D-09, 0.1079D-08, 0.1919D-08, 0.3413D-08, 0.6068D-08, # 0.1079D-07, 0.1919D-07, 0.3411D-07, 0.6063D-07, 0.1078D-06, # 0.1916D-06, 0.3402D-06, 0.6042D-06, 0.1072D-05, 0.1902D-05, # 0.3368D-05, 0.5951D-05, 0.1048D-04, 0.1841D-04, 0.3209D-04, # 0.5547D-04, 0.9470D-04, 0.1589D-03, 0.2598D-03, 0.4107D-03, # 0.6209D-03, 0.8870D-03, 0.1185D-02, 0.1470D-02, 0.1692D-02, # 0.1822D-02, 0.1856D-02, 0.1806D-02, 0.1690D-02, 0.1530D-02, # 0.1341D-02, 0.1140D-02, 0.9436D-03, 0.7629D-03, 0.6045D-03, # 0.4708D-03, 0.3617D-03, 0.2745D-03, 0.2063D-03, 0.1536D-03, # 0.1137D-03, 0.8355D-04, 0.6109D-04, 0.4446D-04, 0.3222D-04, # 0.2328D-04, 0.1676D-04, 0.1203D-04, 0.8610D-05, 0.6150D-05, # 0.4383D-05, 0.3118D-05, 0.2214D-05, 0.1569D-05, 0.1111D-05, # 0.7854D-06, 0.5544D-06, 0.3909D-06, 0.2753D-06, 0.1936D-06, # 0.1361D-06/ data (calcpts(j, 8), j = 1,neta) /0.9771D-11, 0.1739D-10, # 0.3095D-10, 0.5506D-10, 0.9794D-10, 0.1741D-09, 0.3097D-09, # 0.5510D-09, 0.9800D-09, 0.1743D-08, 0.3097D-08, 0.5510D-08, # 0.9795D-08, 0.1742D-07, 0.3096D-07, 0.5505D-07, 0.9786D-07, # 0.1739D-06, 0.3090D-06, 0.5487D-06, 0.9738D-06, 0.1726D-05, # 0.3057D-05, 0.5403D-05, 0.9522D-05, 0.1671D-04, 0.2914D-04, # 0.5038D-04, 0.8601D-04, 0.1442D-03, 0.2360D-03, 0.3731D-03, # 0.5642D-03, 0.8061D-03, 0.1077D-02, 0.1336D-02, 0.1539D-02, # 0.1658D-02, 0.1688D-02, 0.1643D-02, 0.1539D-02, 0.1393D-02, # 0.1221D-02, 0.1038D-02, 0.8592D-03, 0.6947D-03, 0.5504D-03, # 0.4289D-03, 0.3294D-03, 0.2499D-03, 0.1878D-03, 0.1399D-03, # 0.1035D-03, 0.7608D-04, 0.5563D-04, 0.4048D-04, 0.2936D-04, # 0.2120D-04, 0.1525D-04, 0.1095D-04, 0.7842D-05, 0.5601D-05, # 0.3992D-05, 0.2840D-05, 0.2016D-05, 0.1430D-05, 0.1012D-05, # 0.7152D-06, 0.5049D-06, 0.3560D-06, 0.2507D-06, 0.1764D-06, # 0.1240D-06/ data (calcpts(j, 9), j = 1,neta) /0.8481D-11, 0.1509D-10, # 0.2686D-10, 0.4779D-10, 0.8500D-10, 0.1512D-09, 0.2689D-09, # 0.4782D-09, 0.8505D-09, 0.1512D-08, 0.2689D-08, 0.4782D-08, # 0.8502D-08, 0.1512D-07, 0.2688D-07, 0.4779D-07, 0.8493D-07, # 0.1509D-06, 0.2682D-06, 0.4763D-06, 0.8452D-06, 0.1499D-05, # 0.2654D-05, 0.4691D-05, 0.8265D-05, 0.1450D-04, 0.2529D-04, # 0.4374D-04, 0.7467D-04, 0.1252D-03, 0.2049D-03, 0.3240D-03, # 0.4901D-03, 0.7005D-03, 0.9363D-03, 0.1162D-02, 0.1339D-02, # 0.1443D-02, 0.1470D-02, 0.1431D-02, 0.1341D-02, 0.1214D-02, # 0.1064D-02, 0.9047D-03, 0.7488D-03, 0.6054D-03, 0.4797D-03, # 0.3738D-03, 0.2871D-03, 0.2178D-03, 0.1637D-03, 0.1220D-03, # 0.9021D-04, 0.6632D-04, 0.4849D-04, 0.3530D-04, 0.2558D-04, # 0.1848D-04, 0.1330D-04, 0.9547D-05, 0.6836D-05, 0.4883D-05, # 0.3480D-05, 0.2475D-05, 0.1758D-05, 0.1246D-05, 0.8820D-06, # 0.6236D-06, 0.4401D-06, 0.3104D-06, 0.2185D-06, 0.1538D-06, # 0.1081D-06/ data (calcpts(j,10), j = 1,neta) /0.6889D-11, 0.1226D-10, # 0.2182D-10, 0.3882D-10, 0.6906D-10, 0.1228D-09, 0.2184D-09, # 0.3885D-09, 0.6909D-09, 0.1229D-08, 0.2186D-08, 0.3885D-08, # 0.6908D-08, 0.1228D-07, 0.2184D-07, 0.3882D-07, 0.6900D-07, # 0.1226D-06, 0.2178D-06, 0.3868D-06, 0.6867D-06, 0.1218D-05, # 0.2155D-05, 0.3810D-05, 0.6714D-05, 0.1178D-04, 0.2055D-04, # 0.3553D-04, 0.6068D-04, 0.1018D-03, 0.1665D-03, 0.2635D-03, # 0.3987D-03, 0.5701D-03, 0.7624D-03, 0.9468D-03, 0.1092D-02, # 0.1177D-02, 0.1199D-02, 0.1168D-02, 0.1095D-02, 0.9914D-03, # 0.8691D-03, 0.7392D-03, 0.6120D-03, 0.4949D-03, 0.3921D-03, # 0.3056D-03, 0.2346D-03, 0.1781D-03, 0.1338D-03, 0.9969D-04, # 0.7374D-04, 0.5421D-04, 0.3965D-04, 0.2885D-04, 0.2091D-04, # 0.1511D-04, 0.1087D-04, 0.7805D-05, 0.5588D-05, 0.3992D-05, # 0.2844D-05, 0.2024D-05, 0.1437D-05, 0.1019D-05, 0.7211D-06, # 0.5097D-06, 0.3597D-06, 0.2536D-06, 0.1787D-06, 0.1257D-06, # 0.8834D-07/ data (calcpts(j,11), j = 1,neta) /0.5078D-11, 0.9039D-11, # 0.1608D-10, 0.2862D-10, 0.5090D-10, 0.9054D-10, 0.1610D-09, # 0.2863D-09, 0.5093D-09, 0.9057D-09, 0.1611D-08, 0.2863D-08, # 0.5091D-08, 0.9053D-08, 0.1610D-07, 0.2862D-07, 0.5087D-07, # 0.9039D-07, 0.1606D-06, 0.2851D-06, 0.5061D-06, 0.8975D-06, # 0.1590D-05, 0.2809D-05, 0.4950D-05, 0.8686D-05, 0.1515D-04, # 0.2621D-04, 0.4475D-04, 0.7507D-04, 0.1229D-03, 0.1946D-03, # 0.2945D-03, 0.4214D-03, 0.5639D-03, 0.7008D-03, 0.8087D-03, # 0.8722D-03, 0.8895D-03, 0.8669D-03, 0.8132D-03, 0.7366D-03, # 0.6459D-03, 0.5496D-03, 0.4551D-03, 0.3680D-03, 0.2916D-03, # 0.2272D-03, 0.1746D-03, 0.1325D-03, 0.9954D-04, 0.7416D-04, # 0.5486D-04, 0.4033D-04, 0.2949D-04, 0.2147D-04, 0.1556D-04, # 0.1124D-04, 0.8088D-05, 0.5805D-05, 0.4157D-05, 0.2969D-05, # 0.2117D-05, 0.1506D-05, 0.1069D-05, 0.7578D-06, 0.5364D-06, # 0.3792D-06, 0.2676D-06, 0.1887D-06, 0.1329D-06, 0.9350D-07, # 0.6570D-07/ data (calcpts(j,12), j = 1,neta) /0.3246D-11, 0.5776D-11, # 0.1028D-10, 0.1828D-10, 0.3254D-10, 0.5787D-10, 0.1029D-09, # 0.1830D-09, 0.3255D-09, 0.5789D-09, 0.1029D-08, 0.1830D-08, # 0.3254D-08, 0.5786D-08, 0.1029D-07, 0.1828D-07, 0.3251D-07, # 0.5777D-07, 0.1026D-06, 0.1823D-06, 0.3236D-06, 0.5736D-06, # 0.1016D-05, 0.1796D-05, 0.3165D-05, 0.5553D-05, 0.9689D-05, # 0.1676D-04, 0.2862D-04, 0.4804D-04, 0.7868D-04, 0.1246D-03, # 0.1887D-03, 0.2703D-03, 0.3621D-03, 0.4506D-03, 0.5207D-03, # 0.5622D-03, 0.5739D-03, 0.5598D-03, 0.5255D-03, 0.4763D-03, # 0.4179D-03, 0.3557D-03, 0.2946D-03, 0.2382D-03, 0.1889D-03, # 0.1471D-03, 0.1130D-03, 0.8580D-04, 0.6447D-04, 0.4803D-04, # 0.3553D-04, 0.2612D-04, 0.1910D-04, 0.1390D-04, 0.1008D-04, # 0.7276D-05, 0.5238D-05, 0.3760D-05, 0.2693D-05, 0.1923D-05, # 0.1371D-05, 0.9750D-06, 0.6924D-06, 0.4908D-06, 0.3474D-06, # 0.2456D-06, 0.1734D-06, 0.1222D-06, 0.8609D-07, 0.6056D-07, # 0.4256D-07/ data (calcpts(j,13), j = 1,neta) /0.1683D-11, 0.2996D-11, # 0.5329D-11, 0.9483D-11, 0.1687D-10, 0.3000D-10, 0.5335D-10, # 0.9489D-10, 0.1688D-09, 0.3002D-09, 0.5337D-09, 0.9491D-09, # 0.1688D-08, 0.3000D-08, 0.5334D-08, 0.9482D-08, 0.1686D-07, # 0.2995D-07, 0.5322D-07, 0.9451D-07, 0.1677D-06, 0.2975D-06, # 0.5268D-06, 0.9311D-06, 0.1641D-05, 0.2880D-05, 0.5027D-05, # 0.8694D-05, 0.1486D-04, 0.2495D-04, 0.4088D-04, 0.6478D-04, # 0.9827D-04, 0.1409D-03, 0.1892D-03, 0.2357D-03, 0.2727D-03, # 0.2951D-03, 0.3017D-03, 0.2946D-03, 0.2767D-03, 0.2511D-03, # 0.2205D-03, 0.1878D-03, 0.1556D-03, 0.1259D-03, 0.9978D-04, # 0.7776D-04, 0.5974D-04, 0.4535D-04, 0.3408D-04, 0.2540D-04, # 0.1878D-04, 0.1381D-04, 0.1010D-04, 0.7349D-05, 0.5327D-05, # 0.3848D-05, 0.2769D-05, 0.1988D-05, 0.1423D-05, 0.1017D-05, # 0.7247D-06, 0.5154D-06, 0.3660D-06, 0.2595D-06, 0.1836D-06, # 0.1298D-06, 0.9165D-07, 0.6462D-07, 0.4551D-07, 0.3201D-07, # 0.2250D-07/ data (calcpts(j,14), j = 1,neta) /0.6419D-12, 0.1142D-11, # 0.2033D-11, 0.3617D-11, 0.6434D-11, 0.1144D-10, 0.2035D-10, # 0.3619D-10, 0.6437D-10, 0.1145D-09, 0.2035D-09, 0.3619D-09, # 0.6437D-09, 0.1145D-08, 0.2036D-08, 0.3617D-08, 0.6429D-08, # 0.1142D-07, 0.2030D-07, 0.3605D-07, 0.6399D-07, 0.1135D-06, # 0.2010D-06, 0.3552D-06, 0.6261D-06, 0.1099D-05, 0.1919D-05, # 0.3319D-05, 0.5676D-05, 0.9537D-05, 0.1565D-04, 0.2483D-04, # 0.3771D-04, 0.5420D-04, 0.7289D-04, 0.9107D-04, 0.1056D-03, # 0.1145D-03, 0.1173D-03, 0.1148D-03, 0.1080D-03, 0.9816D-04, # 0.8627D-04, 0.7352D-04, 0.6096D-04, 0.4934D-04, 0.3912D-04, # 0.3050D-04, 0.2343D-04, 0.1779D-04, 0.1337D-04, 0.9962D-05, # 0.7370D-05, 0.5418D-05, 0.3962D-05, 0.2883D-05, 0.2090D-05, # 0.1509D-05, 0.1087D-05, 0.7800D-06, 0.5585D-06, 0.3989D-06, # 0.2843D-06, 0.2022D-06, 0.1436D-06, 0.1018D-06, 0.7206D-07, # 0.5094D-07, 0.3596D-07, 0.2535D-07, 0.1785D-07, 0.1256D-07, # 0.8829D-08/ data (calcpts(j,15), j = 1,neta) /0.1560D-12, 0.2778D-12, # 0.4943D-12, 0.8793D-12, 0.1565D-11, 0.2783D-11, 0.4949D-11, # 0.8801D-11, 0.1565D-10, 0.2783D-10, 0.4949D-10, 0.8801D-10, # 0.1565D-09, 0.2783D-09, 0.4947D-09, 0.8796D-09, 0.1563D-08, # 0.2778D-08, 0.4935D-08, 0.8766D-08, 0.1555D-07, 0.2759D-07, # 0.4887D-07, 0.8639D-07, 0.1523D-06, 0.2674D-06, 0.4670D-06, # 0.8085D-06, 0.1383D-05, 0.2327D-05, 0.3821D-05, 0.6073D-05, # 0.9248D-05, 0.1333D-04, 0.1799D-04, 0.2254D-04, 0.2625D-04, # 0.2854D-04, 0.2934D-04, 0.2878D-04, 0.2715D-04, 0.2472D-04, # 0.2177D-04, 0.1857D-04, 0.1541D-04, 0.1248D-04, 0.9900D-05, # 0.7719D-05, 0.5933D-05, 0.4505D-05, 0.3386D-05, 0.2523D-05, # 0.1866D-05, 0.1372D-05, 0.1003D-05, 0.7302D-06, 0.5294D-06, # 0.3824D-06, 0.2753D-06, 0.1976D-06, 0.1414D-06, 0.1010D-06, # 0.7200D-07, 0.5123D-07, 0.3637D-07, 0.2579D-07, 0.1826D-07, # 0.1290D-07, 0.9109D-08, 0.6423D-08, 0.4524D-08, 0.3183D-08, # 0.2237D-08/ data (calcpts(j,16), j = 1,neta) /0.1961D-13, 0.3489D-13, # 0.6210D-13, 0.1105D-12, 0.1965D-12, 0.3495D-12, 0.6216D-12, # 0.1106D-11, 0.1967D-11, 0.3497D-11, 0.6218D-11, 0.1106D-10, # 0.1967D-10, 0.3497D-10, 0.6216D-10, 0.1105D-09, 0.1965D-09, # 0.3490D-09, 0.6203D-09, 0.1102D-08, 0.1956D-08, 0.3466D-08, # 0.6141D-08, 0.1086D-07, 0.1916D-07, 0.3363D-07, 0.5875D-07, # 0.1018D-06, 0.1743D-06, 0.2936D-06, 0.4832D-06, 0.7700D-06, # 0.1176D-05, 0.1703D-05, 0.2307D-05, 0.2907D-05, 0.3402D-05, # 0.3719D-05, 0.3837D-05, 0.3780D-05, 0.3579D-05, 0.3267D-05, # 0.2881D-05, 0.2463D-05, 0.2046D-05, 0.1659D-05, 0.1317D-05, # 0.1028D-05, 0.7899D-06, 0.5998D-06, 0.4509D-06, 0.3360D-06, # 0.2485D-06, 0.1828D-06, 0.1337D-06, 0.9729D-07, 0.7052D-07, # 0.5093D-07, 0.3666D-07, 0.2632D-07, 0.1884D-07, 0.1346D-07, # 0.9598D-08, 0.6828D-08, 0.4849D-08, 0.3438D-08, 0.2435D-08, # 0.1055D-08, 0.7219D-09, 0.4944D-09, 0.3380D-09, 0.2309D-09, # 0.1580D-09/ data (calcpts(j,17), j = 1,neta) /0.9359D-15, 0.1667D-14, # 0.2964D-14, 0.5274D-14, 0.9381D-14, 0.1668D-13, 0.2967D-13, # 0.5277D-13, 0.9386D-13, 0.1669D-12, 0.2968D-12, 0.5279D-12, # 0.9386D-12, 0.1670D-11, 0.2967D-11, 0.5276D-11, 0.9378D-11, # 0.1667D-10, 0.2961D-10, 0.5261D-10, 0.9338D-10, 0.1656D-09, # 0.2934D-09, 0.5189D-09, 0.9154D-09, 0.1608D-08, 0.2811D-08, # 0.4874D-08, 0.8358D-08, 0.1410D-07, 0.2326D-07, 0.3721D-07, # 0.5712D-07, 0.8312D-07, 0.1134D-06, 0.1440D-06, 0.1697D-06, # 0.1868D-06, 0.1940D-06, 0.1920D-06, 0.1827D-06, 0.1675D-06, # 0.1483D-06, 0.1271D-06, 0.1057D-06, 0.8585D-07, 0.6820D-07, # 0.5324D-07, 0.4095D-07, 0.3111D-07, 0.2339D-07, 0.1743D-07, # 0.1290D-07, 0.9492D-08, 0.6945D-08, 0.5058D-08, 0.3668D-08, # 0.2651D-08, 0.1908D-08, 0.1085D-08, 0.7518D-09, 0.5207D-09, # 0.3591D-09, 0.2472D-09, 0.1705D-09, 0.1171D-09, 0.8025D-10, # 0.5496D-10, 0.3760D-10, 0.2595D-10, 0.1772D-10, 0.1209D-10, # 0.8250D-11/ data (calcpts(j,18), j = 1,neta) /0.1082D-16, 0.1926D-16, # 0.3428D-16, 0.6099D-16, 0.1085D-15, 0.1929D-15, 0.3432D-15, # 0.6103D-15, 0.1085D-14, 0.1931D-14, 0.3432D-14, 0.6103D-14, # 0.1085D-13, 0.1931D-13, 0.3432D-13, 0.6101D-13, 0.1084D-12, # 0.1928D-12, 0.3425D-12, 0.6084D-12, 0.1080D-11, 0.1916D-11, # 0.3396D-11, 0.6006D-11, 0.1060D-10, 0.1865D-10, 0.3261D-10, # 0.5662D-10, 0.9729D-10, 0.1646D-09, 0.2726D-09, 0.4380D-09, # 0.6765D-09, 0.9922D-09, 0.1366D-08, 0.1752D-08, 0.2085D-08, # 0.2316D-08, 0.2427D-08, 0.2424D-08, 0.2322D-08, 0.2142D-08, # 0.1905D-08, 0.1639D-08, 0.1368D-08, 0.1113D-08, 0.8856D-09, # 0.6918D-09, 0.5317D-09, 0.4028D-09, 0.3011D-09, 0.2220D-09, # 0.1617D-09, 0.1166D-09, 0.8328D-10, 0.5904D-10, 0.4159D-10, # 0.2910D-10, 0.2028D-10, 0.1409D-10, 0.9774D-11, 0.6768D-11, # 0.4680D-11, 0.3231D-11, 0.2227D-11, 0.1532D-11, 0.1052D-11, # 0.7211D-12, 0.4935D-12, 0.3373D-12, 0.2304D-12, 0.1572D-12, # 0.1073D-12/ data (calcpts(j,19), j = 1,neta) /0.1571D-19, 0.2795D-19, # 0.4973D-19, 0.8847D-19, 0.1573D-18, 0.2799D-18, 0.4978D-18, # 0.8855D-18, 0.1575D-17, 0.2801D-17, 0.4980D-17, 0.8855D-17, # 0.1575D-16, 0.2801D-16, 0.4978D-16, 0.8851D-16, 0.1573D-15, # 0.2796D-15, 0.4970D-15, 0.8829D-15, 0.1568D-14, 0.2781D-14, # 0.4930D-14, 0.8724D-14, 0.1541D-13, 0.2710D-13, 0.4749D-13, # 0.8261D-13, 0.1422D-12, 0.2415D-12, 0.4017D-12, 0.6500D-12, # 0.1012D-11, 0.1500D-11, 0.2091D-11, 0.2718D-11, 0.3281D-11, # 0.3695D-11, 0.3920D-11, 0.3959D-11, 0.3831D-11, 0.3562D-11, # 0.3191D-11, 0.2759D-11, 0.2311D-11, 0.1885D-11, 0.1503D-11, # 0.1176D-11, 0.9049D-12, 0.6860D-12, 0.5128D-12, 0.3783D-12, # 0.2759D-12, 0.1989D-12, 0.1421D-12, 0.1007D-12, 0.7086D-13, # 0.4961D-13, 0.3458D-13, 0.2403D-13, 0.1667D-13, 0.1154D-13, # 0.7980D-14, 0.5510D-14, 0.3798D-14, 0.2613D-14, 0.1794D-14, # 0.1229D-14, 0.8414D-15, 0.5753D-15, 0.3929D-15, 0.2681D-15, # 0.1829D-15/ data (calcpts(j,20), j = 1,neta) /0.1092D-23, 0.1944D-23, # 0.3458D-23, 0.6153D-23, 0.1094D-22, 0.1947D-22, 0.3462D-22, # 0.6157D-22, 0.1095D-21, 0.1947D-21, 0.3464D-21, 0.6158D-21, # 0.1095D-20, 0.1947D-20, 0.3462D-20, 0.6156D-20, 0.1094D-19, # 0.1946D-19, 0.3458D-19, 0.6141D-19, 0.1091D-18, 0.1935D-18, # 0.3432D-18, 0.6076D-18, 0.1074D-17, 0.1891D-17, 0.3318D-17, # 0.5784D-17, 0.9990D-17, 0.1704D-16, 0.2851D-16, 0.4650D-16, # 0.7321D-16, 0.1100D-15, 0.1559D-15, 0.2063D-15, 0.2537D-15, # 0.2907D-15, 0.3137D-15, 0.3216D-15, 0.3156D-15, 0.2970D-15, # 0.2685D-15, 0.2340D-15, 0.1973D-15, 0.1616D-15, 0.1292D-15, # 0.1012D-15, 0.7800D-16, 0.5918D-16, 0.4426D-16, 0.3269D-16, # 0.2384D-16, 0.1719D-16, 0.1228D-16, 0.8703D-17, 0.6125D-17, # 0.4287D-17, 0.2988D-17, 0.2078D-17, 0.1441D-17, 0.9975D-18, # 0.6898D-18, 0.4763D-18, 0.3284D-18, 0.2259D-18, 0.1551D-18, # 0.1063D-18, 0.7273D-19, 0.4973D-19, 0.3396D-19, 0.2318D-19, # 0.1581D-19/ data (calcpts(j,21), j = 1,neta) /0.8920D-30, 0.1589D-29, # 0.2826D-29, 0.5027D-29, 0.8941D-29, 0.1590D-28, 0.2829D-28, # 0.5031D-28, 0.8946D-28, 0.1591D-27, 0.2829D-27, 0.5031D-27, # 0.8946D-27, 0.1592D-26, 0.2829D-26, 0.5030D-26, 0.8942D-26, # 0.1590D-25, 0.2824D-25, 0.5019D-25, 0.8916D-25, 0.1583D-24, # 0.2808D-24, 0.4974D-24, 0.8795D-24, 0.1551D-23, 0.2726D-23, # 0.4764D-23, 0.8260D-23, 0.1416D-22, 0.2387D-22, 0.3932D-22, # 0.6273D-22, 0.9586D-22, 0.1387D-21, 0.1878D-21, 0.2364D-21, # 0.2775D-21, 0.3060D-21, 0.3202D-21, 0.3201D-21, 0.3063D-21, # 0.2808D-21, 0.2472D-21, 0.2100D-21, 0.1731D-21, 0.1390D-21, # 0.1093D-21, 0.8435D-22, 0.6410D-22, 0.4799D-22, 0.3545D-22, # 0.2586D-22, 0.1866D-22, 0.1333D-22, 0.9452D-23, 0.6653D-23, # 0.4658D-23, 0.3246D-23, 0.2256D-23, 0.1565D-23, 0.1084D-23, # 0.7494D-24, 0.5174D-24, 0.3565D-24, 0.2454D-24, 0.1685D-24, # 0.1155D-24, 0.7902D-25, 0.5402D-25, 0.3689D-25, 0.2518D-25, # 0.1718D-25/ data (calcpts(j,22), j = 1,neta) /0.1096D-38, 0.1951D-38, # 0.3473D-38, 0.6177D-38, 0.1099D-37, 0.1954D-37, 0.3476D-37, # 0.6182D-37, 0.1099D-36, 0.1954D-36, 0.3477D-36, 0.6183D-36, # 0.1099D-35, 0.1954D-35, 0.3477D-35, 0.6182D-35, 0.1099D-34, # 0.1953D-34, 0.3473D-34, 0.6171D-34, 0.1096D-33, 0.1947D-33, # 0.3455D-33, 0.6123D-33, 0.1084D-32, 0.1914D-32, 0.3371D-32, # 0.5908D-32, 0.1029D-31, 0.1773D-31, 0.3015D-31, 0.5023D-31, # 0.8140D-31, 0.1269D-30, 0.1881D-30, 0.2619D-30, 0.3399D-30, # 0.4107D-30, 0.4658D-30, 0.5004D-30, 0.5127D-30, 0.5014D-30, # 0.4685D-30, 0.4187D-30, 0.3598D-30, 0.2990D-30, 0.2415D-30, # 0.1906D-30, 0.1477D-30, 0.1124D-30, 0.8430D-31, 0.6233D-31, # 0.4549D-31, 0.3285D-31, 0.2347D-31, 0.1665D-31, 0.1172D-31, # 0.8204D-32, 0.5719D-32, 0.3975D-32, 0.2757D-32, 0.1909D-32, # 0.1320D-32, 0.9116D-33, 0.6284D-33, 0.4323D-33, 0.2969D-33, # 0.2034D-33, 0.1392D-33, 0.9517D-34, 0.6500D-34, 0.4435D-34, # 0.3026D-34/ data (calcpts(j,23), j = 1,neta) /0.1000D-51, 0.1780D-51, # 0.3168D-51, 0.5637D-51, 0.1003D-50, 0.1784D-50, 0.3173D-50, # 0.5641D-50, 0.1003D-49, 0.1785D-49, 0.3173D-49, 0.5643D-49, # 0.1003D-48, 0.1785D-48, 0.3173D-48, 0.5641D-48, 0.1003D-47, # 0.1784D-47, 0.3169D-47, 0.5634D-47, 0.1001D-46, 0.1779D-46, # 0.3157D-46, 0.5601D-46, 0.9923D-46, 0.1755D-45, 0.3096D-45, # 0.5444D-45, 0.9519D-45, 0.1652D-44, 0.2832D-44, 0.4777D-44, # 0.7872D-44, 0.1255D-43, 0.1913D-43, 0.2751D-43, 0.3698D-43, # 0.4629D-43, 0.5430D-43, 0.6026D-43, 0.6366D-43, 0.6406D-43, # 0.6137D-43, 0.5600D-43, 0.4890D-43, 0.4112D-43, 0.3351D-43, # 0.2662D-43, 0.2070D-43, 0.1581D-43, 0.1188D-43, 0.8795D-44, # 0.6426D-44, 0.4642D-44, 0.3320D-44, 0.2354D-44, 0.1658D-44, # 0.1161D-44, 0.8092D-45, 0.5625D-45, 0.3902D-45, 0.2702D-45, # 0.1869D-45, 0.1290D-45, 0.8894D-46, 0.6117D-46, 0.4200D-46, # 0.2878D-46, 0.1971D-46, 0.1347D-46, 0.9199D-47, 0.6279D-47, # 0.4283D-47/ data (calcpts(j,24), j = 1,neta) /0.8260D-71, 0.1470D-70, # 0.2616D-70, 0.4655D-70, 0.8280D-70, 0.1473D-69, 0.2619D-69, # 0.4659D-69, 0.8285D-69, 0.1473D-68, 0.2620D-68, 0.4659D-68, # 0.8286D-68, 0.1473D-67, 0.2621D-67, 0.4659D-67, 0.8283D-67, # 0.1473D-66, 0.2619D-66, 0.4654D-66, 0.8273D-66, 0.1470D-65, # 0.2610D-65, 0.4633D-65, 0.8219D-65, 0.1456D-64, 0.2574D-64, # 0.4537D-64, 0.7967D-64, 0.1390D-63, 0.2406D-63, 0.4108D-63, # 0.6886D-63, 0.1123D-62, 0.1762D-62, 0.2627D-62, 0.3674D-62, # 0.4789D-62, 0.5843D-62, 0.6730D-62, 0.7377D-62, 0.7692D-62, # 0.7609D-62, 0.7139D-62, 0.6372D-62, 0.5448D-62, 0.4494D-62, # 0.3602D-62, 0.2818D-62, 0.2161D-62, 0.1629D-62, 0.1209D-62, # 0.8845D-63, 0.6395D-63, 0.4576D-63, 0.3247D-63, 0.2287D-63, # 0.1602D-63, 0.1117D-63, 0.7764D-64, 0.5385D-64, 0.3730D-64, # 0.2580D-64, 0.1780D-64, 0.1228D-64, 0.8445D-65, 0.5799D-65, # 0.3975D-65, 0.2721D-65, 0.1860D-65, 0.1270D-65, 0.8668D-66, # 0.5913D-66/ data (calcpts(j,25), j = 1,neta) /0.9605D-99, 0.1710D-98, # 0.3042D-98, 0.5412D-98, 0.9627D-98, 0.1713D-97, 0.3045D-97, # 0.5416D-97, 0.9633D-97, 0.1713D-96, 0.3046D-96, 0.5418D-96, # 0.9633D-96, 0.1713D-95, 0.3046D-95, 0.5417D-95, 0.9633D-95, # 0.1713D-94, 0.3045D-94, 0.5413D-94, 0.9624D-94, 0.1710D-93, # 0.3039D-93, 0.5397D-93, 0.9581D-93, 0.1699D-92, 0.3009D-92, # 0.5319D-92, 0.9376D-92, 0.1646D-91, 0.2871D-91, 0.4959D-91, # 0.8445D-91, 0.1408D-90, 0.2274D-90, 0.3514D-90, 0.5127D-90, # 0.6988D-90, 0.8900D-90, 0.1069D-89, 0.1221D-89, 0.1327D-89, # 0.1366D-89, 0.1327D-89, 0.1220D-89, 0.1067D-89, 0.8955D-90, # 0.7267D-90, 0.5737D-90, 0.4428D-90, 0.3353D-90, 0.2495D-90, # 0.1828D-90, 0.1324D-90, 0.9484D-91, 0.6734D-91, 0.4744D-91, # 0.3324D-91, 0.2319D-91, 0.1612D-91, 0.1118D-91, 0.7745D-92, # 0.5356D-92, 0.3699D-92, 0.2550D-92, 0.1753D-92, 0.1204D-92, # 0.8255D-93, 0.5649D-93, 0.3862D-93, 0.2637D-93, 0.1800D-93, # 0.1228D-93/ data (calcpts(j,26), j = 1,neta) /0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00/ data (calcpts(j,27), j = 1,neta) /0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00/ data (calcpts(j,28), j = 1,neta) /0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00/ data (calcpts(j,29), j = 1,neta) /0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00/ data (calcpts(j,30), j = 1,neta) /0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00/ data (calcpts(j,31), j = 1,neta) /0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00/ data (calcpts(j,32), j = 1,neta) /0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00/ data (calcpts(j,33), j = 1,neta) /0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00/ data (calcpts(j,34), j = 1,neta) /0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00/ data (calcpts(j,35), j = 1,neta) /0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00/ data (calcpts(j,36), j = 1,neta) /0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00/ data (calcpts(j,37), j = 1,neta) /0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00/ data (calcpts(j,38), j = 1,neta) /0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00/ data (calcpts(j,39), j = 1,neta) /0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00/ data (calcpts(j,40), j = 1,neta) /0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00/ data (calcpts(j,41), j = 1,neta) /0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00/ data (calcpts(j,42), j = 1,neta) /0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00/ data (calcpts(j,43), j = 1,neta) /0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00/ data (calcpts(j,44), j = 1,neta) /0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00/ data (calcpts(j,45), j = 1,neta) /0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00/ data (calcpts(j,46), j = 1,neta) /0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00/ data (calcpts(j,47), j = 1,neta) /0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00/ data (calcpts(j,48), j = 1,neta) /0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00/ data (calcpts(j,49), j = 1,neta) /0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, 0.0000D+00, # 0.0000D+00/ data (dlaeta(j), j = 1,neta) / # -6d0, -5.83333333d0, -5.66666667d0, -5.5d0, -5.33333333d0, # -5.16666667d0, -5d0, -4.83333333d0, -4.66666667d0, -4.5d0, # -4.33333333d0, -4.16666667d0, -4d0, -3.83333333d0, # -3.66666667d0, -3.5d0, -3.33333333d0, -3.16666667d0, -3d0, # -2.83333333d0, -2.66666667d0, -2.5d0, -2.33333333d0, # -2.16666667d0, -2d0, -1.83333333d0, -1.66666667d0, -1.5d0, # -1.33333333d0, -1.16666667d0, -1d0, -0.83333333d0, -0.66666667d0, # -0.5d0, -0.33333333d0, -0.16666667d0, 0d0, 0.16666667d0, # 0.33333333d0, 0.5d0, 0.66666667d0, 0.83333333d0, 1d0, # 1.16666667d0, 1.33333333d0, 1.5d0, 1.66666667d0, 1.83333333d0, # 2d0, 2.16666667d0, 2.33333333d0, 2.5d0, 2.66666667d0, # 2.83333333d0, 3d0, 3.16666667d0, 3.33333333d0, 3.5d0, # 3.66666667d0, 3.83333333d0, 4d0, 4.16666667d0, 4.33333333d0, # 4.5d0, 4.66666667d0, 4.83333333d0, 5d0, 5.16666667d0, # 5.33333333d0, 5.5d0, 5.66666667d0, 5.83333333d0, 6d0/ data (dlaxi(j), j = 1,nxi) / # -3d0, -2.83333333d0, -2.66666667d0, -2.5d0, -2.33333333d0, # -2.16666667d0, -2d0, -1.83333333d0, -1.66666667d0, -1.5d0, # -1.33333333d0, -1.16666667d0, -1d0, -0.83333333d0, -0.66666667d0, # -0.5d0, -0.33333333d0, -0.16666667d0, 0d0, 0.16666667d0, # 0.33333333d0, 0.5d0, 0.66666667d0, 0.83333333d0, 1d0, # 1.16666667d0, 1.33333333d0, 1.5d0, 1.66666667d0, 1.83333333d0, # 2d0, 2.16666667d0, 2.33333333d0, 2.5d0, 2.66666667d0, # 2.83333333d0, 3d0, 3.16666667d0, 3.33333333d0, 3.5d0, # 3.66666667d0, 3.83333333d0, 4d0, 4.16666667d0, 4.33333333d0, # 4.5d0, 4.66666667d0, 4.83333333d0, 5d0/ dleta = dlog10(eta) dlxi = dlog10(xi) if (dlxi .le. dlaxi(1)) dlxi = dlaxi(1) if (dlxi .ge. dlaxi(nxi)) dlxi = dlaxi(nxi) if (dleta .ge. dlaeta(neta)) dleta = dlaeta(neta) if (dleta .le. dlaeta(1)) dleta = dlaeta(1) call locat(dlaeta,neta, dleta, ieta) call locat(dlaxi, nxi, dlxi, ixi) c interpolating between the appropriate points delxi = 1d0/6d0 deleta = 1d0/6d0 c lagrange 3-pt. if (ixi .le. 2) ixi = 2 if (ixi .ge. 48) ixi = 48 if (ieta .le. 2) ieta = 2 if (ieta .ge. 72) ieta = 72 pxi = (dlxi - dlaxi(ixi))/delxi f(-1) = pxi*(pxi-1d0)/2d0*calcpts(ieta-1,ixi-1) + # (1d0 - pxi**2)*calcpts(ieta-1,ixi) + # pxi*(pxi+1d0)/2d0*calcpts(ieta-1,ixi+1) f(0) = pxi*(pxi-1d0)/2d0*calcpts(ieta,ixi-1) + # (1d0 - pxi**2)*calcpts(ieta,ixi) + # pxi*(pxi+1d0)/2d0*calcpts(ieta,ixi+1) f(1) = pxi*(pxi-1d0)/2d0*calcpts(ieta+1,ixi-1) + # (1d0 - pxi**2)*calcpts(ieta+1,ixi) + # pxi*(pxi+1d0)/2d0*calcpts(ieta+1,ixi+1) peta = (dleta - dlaeta(ieta))/deleta xsdqtb = peta*(peta-1d0)/2d0*f(-1) + # (1d0 - peta**2)*f(0) + # peta*(peta+1d0)/2d0*f(1) return end c the subtracted term from eq (10) of PLB347 (1995) 143 - 151 c transverse gluon initiated piece with C_F color factor in front c prop. to e_H^2 subroutine sctcf(eta, xi, xsctcf) implicit none integer neta, nxi parameter (neta = 73, nxi = 49) real*8 calcpts(neta, nxi), dlaeta(neta), dlaxi(nxi) real*8 eta, xi, dleta, dlxi, xsctcf real*8 pxi, peta, f(-1:1), delxi, deleta integer ieta, ixi, j data (calcpts(j, 1), j = 1,neta) /-.2005D-03, -.2004D-03, # -.3501D-03, -.3497D-03, -.4991D-03, -.4983D-03, -.6470D-03, # -.7952D-03, -.9425D-03, -.1089D-02, -.1383D-02, -.1524D-02, # -.1962D-02, -.2243D-02, -.2666D-02, -.3227D-02, -.3769D-02, # -.4434D-02, -.5209D-02, -.6075D-02, -.7007D-02, -.7963D-02, # -.8887D-02, -.9694D-02, -.1011D-01, -.1027D-01, -.9623D-02, # -.7967D-02, -.4835D-02, -.5091D-03, 0.5340D-02, 0.1151D-01, # 0.1643D-01, 0.1747D-01, 0.1237D-01, 0.7897D-03, -.1390D-01, # -.2616D-01, -.3083D-01, -.2674D-01, -.1655D-01, -.4410D-02, # 0.6429D-02, 0.1431D-01, 0.1894D-01, 0.2087D-01, 0.2082D-01, # 0.1952D-01, 0.1755D-01, 0.1527D-01, 0.1299D-01, 0.1083D-01, # 0.8899D-02, 0.7217D-02, 0.5789D-02, 0.4600D-02, 0.3625D-02, # 0.2837D-02, 0.2204D-02, 0.1703D-02, 0.1309D-02, 0.1001D-02, # 0.7622D-03, 0.5780D-03, 0.4364D-03, 0.3286D-03, 0.2464D-03, # 0.1844D-03, 0.1375D-03, 0.1022D-03, 0.7583D-04, 0.5611D-04, # 0.4143D-04/ data (calcpts(j, 2), j = 1,neta) /-.1546D-03, -.3044D-03, # -.3042D-03, -.3038D-03, -.4532D-03, -.4523D-03, -.6011D-03, # -.7493D-03, -.8966D-03, -.1043D-02, -.1337D-02, -.1628D-02, # -.1916D-02, -.2347D-02, -.2770D-02, -.3181D-02, -.3873D-02, # -.4538D-02, -.5313D-02, -.6180D-02, -.6961D-02, -.7918D-02, # -.8841D-02, -.9649D-02, -.1022D-01, -.1023D-01, -.9578D-02, # -.7923D-02, -.4941D-02, -.4661D-03, 0.5382D-02, 0.1155D-01, # 0.1647D-01, 0.1750D-01, 0.1240D-01, 0.8170D-03, -.1388D-01, # -.2616D-01, -.3083D-01, -.2673D-01, -.1655D-01, -.4404D-02, # 0.6433D-02, 0.1429D-01, 0.1894D-01, 0.2086D-01, 0.2082D-01, # 0.1952D-01, 0.1755D-01, 0.1527D-01, 0.1298D-01, 0.1083D-01, # 0.8899D-02, 0.7217D-02, 0.5789D-02, 0.4600D-02, 0.3625D-02, # 0.2837D-02, 0.2204D-02, 0.1703D-02, 0.1309D-02, 0.1001D-02, # 0.7622D-03, 0.5780D-03, 0.4364D-03, 0.3286D-03, 0.2464D-03, # 0.1844D-03, 0.1375D-03, 0.1022D-03, 0.7583D-04, 0.5611D-04, # 0.4143D-04/ data (calcpts(j, 3), j = 1,neta) /-.2373D-03, -.2372D-03, # -.2369D-03, -.3865D-03, -.3859D-03, -.5351D-03, -.6838D-03, # -.6820D-03, -.9793D-03, -.1125D-02, -.1270D-02, -.1561D-02, # -.1848D-02, -.2280D-02, -.2703D-02, -.3264D-02, -.3806D-02, # -.4471D-02, -.5246D-02, -.6112D-02, -.7044D-02, -.8001D-02, # -.8924D-02, -.9582D-02, -.1015D-01, -.1016D-01, -.9512D-02, # -.7858D-02, -.4877D-02, -.4031D-03, 0.5293D-02, 0.1145D-01, # 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0.6431D-02, 0.1430D-01, 0.1893D-01, 0.2087D-01, 0.2083D-01, # 0.1953D-01, 0.1754D-01, 0.1527D-01, 0.1298D-01, 0.1083D-01, # 0.8898D-02, 0.7216D-02, 0.5788D-02, 0.4600D-02, 0.3625D-02, # 0.2835D-02, 0.2205D-02, 0.1703D-02, 0.1309D-02, 0.1001D-02, # 0.7621D-03, 0.5778D-03, 0.4365D-03, 0.3286D-03, 0.2464D-03, # 0.1844D-03, 0.1374D-03, 0.1022D-03, 0.7582D-04, 0.5611D-04, # 0.4143D-04/ data (calcpts(j, 6), j = 1,neta) /-.2310D-03, -.2308D-03, # -.2305D-03, -.3801D-03, -.3795D-03, -.5287D-03, -.6774D-03, # -.8256D-03, -.9729D-03, -.1119D-02, -.1263D-02, -.1555D-02, # -.1842D-02, -.2274D-02, -.2697D-02, -.3257D-02, -.3799D-02, # -.4464D-02, -.5240D-02, -.6107D-02, -.7039D-02, -.7996D-02, # -.8920D-02, -.9579D-02, -.1015D-01, -.1016D-01, -.9515D-02, # -.7865D-02, -.4891D-02, -.5759D-03, 0.5258D-02, 0.1140D-01, # 0.1630D-01, 0.1745D-01, 0.1231D-01, 0.8284D-03, -.1392D-01, # -.2614D-01, -.3080D-01, -.2671D-01, -.1653D-01, -.4397D-02, # 0.6421D-02, 0.1430D-01, 0.1894D-01, 0.2086D-01, 0.2082D-01, # 0.1953D-01, 0.1754D-01, 0.1527D-01, 0.1298D-01, 0.1083D-01, # 0.8897D-02, 0.7216D-02, 0.5788D-02, 0.4599D-02, 0.3625D-02, # 0.2836D-02, 0.2205D-02, 0.1703D-02, 0.1309D-02, 0.1001D-02, # 0.7621D-03, 0.5779D-03, 0.4365D-03, 0.3284D-03, 0.2464D-03, # 0.1844D-03, 0.1374D-03, 0.1022D-03, 0.7582D-04, 0.5611D-04, # 0.4143D-04/ data (calcpts(j, 7), j = 1,neta) /-.2194D-03, -.2192D-03, # -.2189D-03, -.3685D-03, -.3680D-03, -.5171D-03, -.6659D-03, # -.8140D-03, -.9613D-03, -.1107D-02, -.1252D-02, -.1543D-02, # -.1831D-02, -.2262D-02, -.2685D-02, -.3246D-02, -.3788D-02, # -.4453D-02, -.5228D-02, -.6096D-02, -.7028D-02, -.7985D-02, # -.8910D-02, -.9569D-02, -.1014D-01, -.1030D-01, -.9660D-02, # -.7863D-02, -.5043D-02, -.5842D-03, 0.5241D-02, 0.1137D-01, # 0.1625D-01, 0.1739D-01, 0.1222D-01, 0.7137D-03, -.1391D-01, # -.2612D-01, -.3079D-01, -.2669D-01, -.1652D-01, -.4402D-02, # 0.6419D-02, 0.1429D-01, 0.1892D-01, 0.2086D-01, 0.2081D-01, # 0.1952D-01, 0.1754D-01, 0.1527D-01, 0.1298D-01, 0.1083D-01, # 0.8896D-02, 0.7215D-02, 0.5787D-02, 0.4599D-02, 0.3625D-02, # 0.2836D-02, 0.2205D-02, 0.1704D-02, 0.1309D-02, 0.1001D-02, # 0.7621D-03, 0.5779D-03, 0.4365D-03, 0.3285D-03, 0.2464D-03, # 0.1842D-03, 0.1374D-03, 0.1022D-03, 0.7582D-04, 0.5611D-04, # 0.4143D-04/ data (calcpts(j, 8), j = 1,neta) /-.2128D-03, -.2126D-03, # -.3623D-03, -.3619D-03, -.3613D-03, -.5105D-03, -.6592D-03, # -.8074D-03, -.9547D-03, -.1101D-02, -.1245D-02, -.1536D-02, # -.1824D-02, -.2256D-02, -.2679D-02, -.3239D-02, -.3782D-02, # -.4447D-02, -.5222D-02, -.6090D-02, -.7022D-02, -.7980D-02, # -.8905D-02, -.9566D-02, -.1014D-01, -.1030D-01, -.9663D-02, # -.8021D-02, -.5056D-02, -.6067D-03, 0.5056D-02, 0.1132D-01, # 0.1618D-01, 0.1713D-01, 0.1223D-01, 0.6853D-03, -.1398D-01, # -.2611D-01, -.3077D-01, -.2667D-01, -.1652D-01, -.4388D-02, # 0.6431D-02, 0.1429D-01, 0.1893D-01, 0.2086D-01, 0.2082D-01, # 0.1951D-01, 0.1753D-01, 0.1526D-01, 0.1298D-01, 0.1083D-01, # 0.8895D-02, 0.7215D-02, 0.5788D-02, 0.4598D-02, 0.3624D-02, # 0.2836D-02, 0.2203D-02, 0.1704D-02, 0.1309D-02, 0.1001D-02, # 0.7620D-03, 0.5779D-03, 0.4365D-03, 0.3285D-03, 0.2464D-03, # 0.1842D-03, 0.1374D-03, 0.1022D-03, 0.7582D-04, 0.5611D-04, # 0.4143D-04/ data (calcpts(j, 9), j = 1,neta) /-.1453D-03, -.2952D-03, # -.2949D-03, -.2945D-03, -.4439D-03, -.4431D-03, -.5918D-03, # -.7400D-03, -.8873D-03, -.1033D-02, -.1328D-02, -.1619D-02, # -.1907D-02, -.2188D-02, -.2762D-02, -.3172D-02, -.3864D-02, # -.4530D-02, -.5306D-02, -.6023D-02, -.6956D-02, -.7915D-02, # -.8841D-02, -.9653D-02, -.1023D-01, -.1024D-01, -.9610D-02, # -.7974D-02, -.5019D-02, -.7318D-03, 0.4913D-02, 0.1115D-01, # 0.1598D-01, 0.1704D-01, 0.1209D-01, 0.6323D-03, -.1395D-01, # -.2608D-01, -.3072D-01, -.2665D-01, -.1649D-01, -.4378D-02, # 0.6416D-02, 0.1428D-01, 0.1891D-01, 0.2085D-01, 0.2080D-01, # 0.1950D-01, 0.1752D-01, 0.1527D-01, 0.1298D-01, 0.1083D-01, # 0.8894D-02, 0.7213D-02, 0.5787D-02, 0.4599D-02, 0.3624D-02, # 0.2835D-02, 0.2203D-02, 0.1702D-02, 0.1309D-02, 0.1001D-02, # 0.7620D-03, 0.5777D-03, 0.4363D-03, 0.3285D-03, 0.2464D-03, # 0.1842D-03, 0.1374D-03, 0.1022D-03, 0.7581D-04, 0.5611D-04, # 0.4143D-04/ data (calcpts(j,10), j = 1,neta) /-.2188D-03, -.2186D-03, # -.2183D-03, -.3679D-03, -.3673D-03, -.5165D-03, -.6652D-03, # -.8134D-03, -.9608D-03, -.1107D-02, -.1251D-02, -.1543D-02, # -.1830D-02, -.2262D-02, -.2685D-02, -.3246D-02, -.3788D-02, # -.4454D-02, -.5230D-02, -.6098D-02, -.7032D-02, -.7841D-02, # -.8769D-02, -.9583D-02, -.1016D-01, -.1018D-01, -.9704D-02, # -.8077D-02, -.5135D-02, -.8675D-03, 0.4751D-02, 0.1096D-01, # 0.1573D-01, 0.1673D-01, 0.1185D-01, 0.4632D-03, -.1406D-01, # -.2606D-01, -.3067D-01, -.2659D-01, -.1647D-01, -.4373D-02, # 0.6415D-02, 0.1427D-01, 0.1891D-01, 0.2083D-01, 0.2079D-01, # 0.1950D-01, 0.1752D-01, 0.1526D-01, 0.1297D-01, 0.1082D-01, # 0.8891D-02, 0.7211D-02, 0.5785D-02, 0.4598D-02, 0.3623D-02, # 0.2835D-02, 0.2204D-02, 0.1702D-02, 0.1308D-02, 0.1001D-02, # 0.7619D-03, 0.5776D-03, 0.4364D-03, 0.3285D-03, 0.2463D-03, # 0.1842D-03, 0.1374D-03, 0.1022D-03, 0.7581D-04, 0.5610D-04, # 0.4142D-04/ data (calcpts(j,11), j = 1,neta) /-.1437D-03, -.2935D-03, # -.2933D-03, -.2929D-03, -.4423D-03, -.4414D-03, -.5902D-03, # -.7384D-03, -.8857D-03, -.1032D-02, -.1326D-02, -.1618D-02, # -.1905D-02, -.2187D-02, -.2610D-02, -.3171D-02, -.3714D-02, # -.4380D-02, -.5156D-02, -.6025D-02, -.6960D-02, -.7920D-02, # -.8850D-02, -.9667D-02, -.1010D-01, -.1028D-01, -.9659D-02, # -.8046D-02, -.5273D-02, -.1033D-02, 0.4546D-02, 0.1055D-01, # 0.1540D-01, 0.1646D-01, 0.1163D-01, 0.4108D-03, -.1410D-01, # -.2601D-01, -.3059D-01, -.2652D-01, -.1642D-01, -.4356D-02, # 0.6410D-02, 0.1426D-01, 0.1888D-01, 0.2081D-01, 0.2078D-01, # 0.1949D-01, 0.1752D-01, 0.1525D-01, 0.1297D-01, 0.1082D-01, # 0.8887D-02, 0.7209D-02, 0.5783D-02, 0.4596D-02, 0.3622D-02, # 0.2834D-02, 0.2202D-02, 0.1703D-02, 0.1308D-02, 0.1000D-02, # 0.7617D-03, 0.5775D-03, 0.4362D-03, 0.3284D-03, 0.2463D-03, # 0.1843D-03, 0.1374D-03, 0.1022D-03, 0.7580D-04, 0.5609D-04, # 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0.4201D-02, 0.1132D-01, 0.1589D-01, 0.1810D-01, 0.1848D-01, # 0.1764D-01, 0.1604D-01, 0.1411D-01, 0.1210D-01, 0.1017D-01, # 0.8402D-02, 0.6848D-02, 0.5517D-02, 0.4401D-02, 0.3480D-02, # 0.2730D-02, 0.2128D-02, 0.1649D-02, 0.1269D-02, 0.9725D-03, # 0.7418D-03, 0.5633D-03, 0.4261D-03, 0.3212D-03, 0.2412D-03, # 0.1805D-03, 0.1348D-03, 0.1003D-03, 0.7450D-04, 0.5519D-04, # 0.4077D-04/ data (calcpts(j,22), j = 1,neta) /-.1735D-03, -.1734D-03, # -.1732D-03, -.1730D-03, -.1727D-03, -.3222D-03, -.3215D-03, # -.4705D-03, -.4690D-03, -.6168D-03, -.7635D-03, -.9088D-03, # -.1052D-02, -.1192D-02, -.1476D-02, -.1754D-02, -.2022D-02, # -.2424D-02, -.2805D-02, -.3302D-02, -.3902D-02, -.4582D-02, # -.5160D-02, -.5890D-02, -.6402D-02, -.7051D-02, -.7399D-02, # -.7551D-02, -.7244D-02, -.6584D-02, -.5435D-02, -.3748D-02, # -.2404D-02, -.1634D-02, -.2806D-02, -.6324D-02, -.1186D-01, # -.1759D-01, -.2080D-01, -.1952D-01, -.1382D-01, -.5557D-02, # 0.2891D-02, 0.9818D-02, 0.1445D-01, 0.1684D-01, 0.1745D-01, # 0.1682D-01, 0.1542D-01, 0.1364D-01, 0.1175D-01, 0.9902D-02, # 0.8205D-02, 0.6703D-02, 0.5412D-02, 0.4324D-02, 0.3423D-02, # 0.2689D-02, 0.2099D-02, 0.1627D-02, 0.1254D-02, 0.9617D-03, # 0.7340D-03, 0.5578D-03, 0.4222D-03, 0.3184D-03, 0.2392D-03, # 0.1791D-03, 0.1338D-03, 0.9964D-04, 0.7402D-04, 0.5483D-04, # 0.4054D-04/ data (calcpts(j,23), j = 1,neta) /-.1129D-03, -.1128D-03, # -.1127D-03, -.1125D-03, -.1122D-03, -.2618D-03, -.2612D-03, # -.2604D-03, -.4091D-03, -.4073D-03, -.5546D-03, -.7007D-03, # -.8449D-03, -.9864D-03, -.1124D-02, -.1406D-02, -.1679D-02, # -.1939D-02, -.2331D-02, -.2697D-02, -.3172D-02, -.3590D-02, # -.4073D-02, -.4583D-02, -.5063D-02, -.5583D-02, -.5880D-02, # -.5942D-02, -.5700D-02, -.5019D-02, -.3989D-02, -.2646D-02, # -.1380D-02, -.6668D-03, -.1348D-02, -.4099D-02, -.8787D-02, # -.1408D-01, -.1771D-01, -.1766D-01, -.1350D-01, -.6539D-02, # 0.1131D-02, 0.7788D-02, 0.1250D-01, 0.1516D-01, 0.1607D-01, # 0.1573D-01, 0.1458D-01, 0.1301D-01, 0.1127D-01, 0.9550D-02, # 0.7946D-02, 0.6514D-02, 0.5274D-02, 0.4223D-02, 0.3352D-02, # 0.2638D-02, 0.2061D-02, 0.1599D-02, 0.1235D-02, 0.9479D-03, # 0.7242D-03, 0.5508D-03, 0.4171D-03, 0.3147D-03, 0.2367D-03, # 0.1774D-03, 0.1326D-03, 0.9877D-04, 0.7339D-04, 0.5439D-04, # 0.4023D-04/ data (calcpts(j,24), j = 1,neta) /-.6910D-04, -.6903D-04, # -.9893D-04, -.1138D-03, -.1286D-03, -.1583D-03, -.2028D-03, # -.2471D-03, -.2911D-03, -.3496D-03, -.4225D-03, -.5093D-03, # -.6097D-03, -.7229D-03, -.8780D-03, -.1043D-02, -.1247D-02, # -.1470D-02, -.1739D-02, -.2031D-02, -.2367D-02, -.2716D-02, # -.3103D-02, -.3481D-02, -.3821D-02, -.4103D-02, -.4266D-02, # -.4227D-02, -.3915D-02, -.3268D-02, -.2253D-02, -.9436D-03, # 0.4012D-03, 0.1290D-02, 0.1046D-02, -.9929D-03, -.4925D-02, # -.9856D-02, -.1397D-01, -.1528D-01, -.1294D-01, -.7601D-02, # -.9618D-03, 0.5278D-02, 0.1004D-01, 0.1299D-01, 0.1429D-01, # 0.1432D-01, 0.1350D-01, 0.1220D-01, 0.1067D-01, 0.9105D-02, # 0.7620D-02, 0.6276D-02, 0.5100D-02, 0.4098D-02, 0.3261D-02, # 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0.3607D-04, 0.6194D-04, 0.9788D-04, 0.1516D-03, 0.2260D-03, # 0.3319D-03, 0.4751D-03, 0.6637D-03, 0.9059D-03, 0.1200D-02, # 0.1530D-02, 0.1861D-02, 0.2124D-02, 0.2225D-02, 0.2050D-02, # 0.1508D-02, 0.5710D-03, -.6807D-03, -.2063D-02, -.3315D-02, # -.4162D-02, -.4421D-02, -.4069D-02, -.3260D-02, -.2236D-02, # -.1198D-02, -.2422D-03, 0.5943D-03, 0.1277D-02, 0.1765D-02, # 0.2043D-02, 0.2126D-02, 0.2058D-02, 0.1891D-02, 0.1669D-02, # 0.1431D-02, 0.1198D-02, 0.9835D-03, 0.7955D-03, 0.6352D-03, # 0.5020D-03, 0.3931D-03, 0.3054D-03, 0.2357D-03, 0.1807D-03, # 0.1379D-03, 0.1047D-03, 0.7910D-04, 0.5955D-04, 0.4466D-04, # 0.3338D-04/ data (calcpts(j,34), j = 1,neta) /-.6676D-06, -.6653D-06, # -.6619D-06, -.6570D-06, -.6497D-06, -.6391D-06, -.6234D-06, # -.6005D-06, -.5668D-06, -.5174D-06, -.4448D-06, -.3383D-06, # -.1820D-06, 0.4757D-07, 0.3840D-06, 0.8782D-06, 0.3104D-05, # 0.5667D-05, 0.8728D-05, 0.1252D-04, 0.2037D-04, 0.2979D-04, # 0.4449D-04, 0.6552D-04, 0.9590D-04, 0.1378D-03, 0.1958D-03, # 0.2772D-03, 0.3849D-03, 0.5267D-03, 0.7048D-03, 0.9213D-03, # 0.1163D-02, 0.1404D-02, 0.1595D-02, 0.1666D-02, 0.1531D-02, # 0.1122D-02, 0.4051D-03, -.5752D-03, -.1702D-02, -.2792D-02, # -.3638D-02, -.4057D-02, -.3963D-02, -.3408D-02, -.2568D-02, # -.1655D-02, -.8125D-03, -.8359D-04, 0.5332D-03, 0.1029D-02, # 0.1379D-02, 0.1572D-02, 0.1621D-02, 0.1560D-02, 0.1425D-02, # 0.1253D-02, 0.1070D-02, 0.8921D-03, 0.7305D-03, 0.5890D-03, # 0.4691D-03, 0.3697D-03, 0.2889D-03, 0.2240D-03, 0.1725D-03, # 0.1320D-03, 0.1005D-03, 0.7618D-04, 0.5748D-04, 0.4321D-04, # 0.3237D-04/ data (calcpts(j,35), j = 1,neta) /0.5347D-06, 0.5363D-06, # 0.5386D-06, 0.5419D-06, 0.5469D-06, 0.5542D-06, 0.5649D-06, # 0.5806D-06, 0.6036D-06, 0.6374D-06, 0.2187D-05, 0.2260D-05, # 0.2367D-05, 0.2524D-05, 0.4254D-05, 0.4592D-05, 0.6588D-05, # 0.8816D-05, 0.1288D-04, 0.1745D-04, 0.2274D-04, 0.3211D-04, # 0.4453D-04, 0.6073D-04, 0.8475D-04, 0.1181D-03, 0.1628D-03, # 0.2234D-03, 0.3054D-03, 0.4095D-03, 0.5410D-03, 0.6985D-03, # 0.8741D-03, 0.1048D-02, 0.1186D-02, 0.1233D-02, 0.1131D-02, # 0.8216D-03, 0.2791D-03, -.4777D-03, -.1375D-02, -.2291D-02, # -.3077D-02, -.3580D-02, -.3695D-02, -.3395D-02, -.2766D-02, # -.1979D-02, -.1205D-02, -.5397D-03, 0.7416D-05, 0.4582D-03, # 0.8161D-03, 0.1067D-02, 0.1201D-02, 0.1229D-02, 0.1175D-02, # 0.1069D-02, 0.9362D-03, 0.7963D-03, 0.6621D-03, 0.5404D-03, # 0.4347D-03, 0.3453D-03, 0.2716D-03, 0.2118D-03, 0.1638D-03, # 0.1259D-03, 0.9621D-04, 0.7313D-04, 0.5534D-04, 0.4170D-04, # 0.3129D-04/ data (calcpts(j,36), j = 1,neta) /-.1272D-06, -.1261D-06, # -.1245D-06, -.1222D-06, -.1188D-06, -.1139D-06, 0.1393D-05, # 0.1404D-05, 0.1420D-05, 0.1443D-05, 0.1477D-05, 0.1527D-05, # 0.3100D-05, 0.3207D-05, 0.4864D-05, 0.5095D-05, 0.6934D-05, # 0.8931D-05, 0.1266D-04, 0.1673D-04, 0.2130D-04, 0.2960D-04, # 0.3896D-04, 0.5288D-04, 0.7206D-04, 0.9603D-04, 0.1307D-03, # 0.1766D-03, 0.2366D-03, 0.3126D-03, 0.4092D-03, 0.5243D-03, # 0.6506D-03, 0.7755D-03, 0.8721D-03, 0.9047D-03, 0.8264D-03, # 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0.2212D-03, 0.2663D-03, 0.2872D-03, 0.2859D-03, 0.2676D-03, # 0.2391D-03, 0.2061D-03, 0.1729D-03, 0.1419D-03, 0.1145D-03, # 0.9106D-04, 0.7162D-04, 0.5580D-04, 0.4311D-04, 0.3307D-04, # 0.2523D-04/ data (calcpts(j,41), j = 1,neta) /0.1538D-06, 0.1540D-06, # 0.1542D-06, 0.3046D-06, 0.3051D-06, 0.4558D-06, 0.4569D-06, # 0.6085D-06, 0.6108D-06, 0.7642D-06, 0.9192D-06, 0.1227D-05, # 0.1387D-05, 0.1853D-05, 0.2176D-05, 0.2660D-05, 0.3310D-05, # 0.4134D-05, 0.5141D-05, 0.6349D-05, 0.8080D-05, 0.1007D-04, # 0.1282D-04, 0.1624D-04, 0.2075D-04, 0.2664D-04, 0.3413D-04, # 0.4397D-04, 0.5625D-04, 0.7167D-04, 0.9044D-04, 0.1121D-03, # 0.1358D-03, 0.1586D-03, 0.1756D-03, 0.1796D-03, 0.1617D-03, # 0.1126D-03, 0.2545D-04, -.1023D-03, -.2677D-03, -.4625D-03, # -.6750D-03, -.8898D-03, -.1090D-02, -.1259D-02, -.1376D-02, # -.1426D-02, -.1393D-02, -.1273D-02, -.1072D-02, -.8171D-03, # -.5502D-03, -.3156D-03, -.1398D-03, -.2141D-04, 0.5911D-04, # 0.1198D-03, 0.1670D-03, 0.1987D-03, 0.2130D-03, 0.2110D-03, # 0.1969D-03, 0.1755D-03, 0.1509D-03, 0.1263D-03, 0.1034D-03, # 0.8329D-04, 0.6615D-04, 0.5193D-04, 0.4039D-04, 0.3117D-04, # 0.2388D-04/ data (calcpts(j,42), j = 1,neta) /0.1268D-06, 0.1269D-06, # 0.1271D-06, 0.1273D-06, 0.2777D-06, 0.2782D-06, 0.2789D-06, # 0.4300D-06, 0.5816D-06, 0.5839D-06, 0.7373D-06, 0.8923D-06, # 0.1050D-05, 0.1360D-05, 0.1676D-05, 0.1999D-05, 0.2484D-05, # 0.3133D-05, 0.3957D-05, 0.4814D-05, 0.6172D-05, 0.7603D-05, # 0.9741D-05, 0.1219D-04, 0.1561D-04, 0.1981D-04, 0.2539D-04, # 0.3239D-04, 0.4125D-04, 0.5232D-04, 0.6577D-04, 0.8122D-04, # 0.9796D-04, 0.1141D-03, 0.1261D-03, 0.1287D-03, 0.1156D-03, # 0.8019D-04, 0.1712D-04, -.7555D-04, -.1962D-03, -.3400D-03, # -.4988D-03, -.6630D-03, -.8216D-03, -.9624D-03, -.1073D-02, # -.1142D-02, -.1157D-02, -.1108D-02, -.9944D-03, -.8232D-03, # -.6161D-03, -.4059D-03, -.2258D-03, -.9430D-04, -.8106D-05, # 0.4920D-04, 0.9207D-04, 0.1254D-03, 0.1477D-03, 0.1575D-03, # 0.1554D-03, 0.1445D-03, 0.1285D-03, 0.1102D-03, 0.9204D-04, # 0.7524D-04, 0.6046D-04, 0.4794D-04, 0.3757D-04, 0.2919D-04, # 0.2248D-04/ data (calcpts(j,43), j = 1,neta) /0.3333D-07, 0.3340D-07, # 0.1835D-06, 0.1837D-06, 0.1839D-06, 0.1842D-06, 0.3347D-06, # 0.3355D-06, 0.3366D-06, 0.4881D-06, 0.6405D-06, 0.6439D-06, # 0.7989D-06, 0.1106D-05, 0.1267D-05, 0.1583D-05, 0.1906D-05, # 0.2390D-05, 0.3040D-05, 0.3713D-05, 0.4571D-05, 0.5778D-05, # 0.7209D-05, 0.9196D-05, 0.1164D-04, 0.1475D-04, 0.1864D-04, # 0.2375D-04, 0.3010D-04, 0.3810D-04, 0.4761D-04, 0.5868D-04, # 0.7061D-04, 0.8200D-04, 0.9031D-04, 0.9201D-04, 0.8259D-04, # 0.5698D-04, 0.1157D-04, -.5540D-04, -.1431D-03, -.2484D-03, # -.3660D-03, -.4896D-03, -.6121D-03, -.7254D-03, -.8216D-03, # -.8921D-03, -.9283D-03, -.9227D-03, -.8695D-03, -.7683D-03, # -.6264D-03, -.4612D-03, -.2978D-03, -.1608D-03, -.6301D-04, # -.5616D-06, 0.4006D-04, 0.7022D-04, 0.9372D-04, 0.1094D-03, # 0.1160D-03, 0.1141D-03, 0.1058D-03, 0.9379D-04, 0.8031D-04, # 0.6693D-04, 0.5461D-04, 0.4381D-04, 0.3468D-04, 0.2715D-04, # 0.2104D-04/ data (calcpts(j,44), j = 1,neta) /0.8178D-07, 0.9683D-07, # 0.1119D-06, 0.1270D-06, 0.1572D-06, 0.1724D-06, 0.2177D-06, # 0.2632D-06, 0.3090D-06, 0.3701D-06, 0.4466D-06, 0.5540D-06, # 0.6624D-06, 0.8174D-06, 0.9897D-06, 0.1210D-05, 0.1481D-05, # 0.1835D-05, 0.2259D-05, 0.2788D-05, 0.3462D-05, 0.4319D-05, # 0.5406D-05, 0.6791D-05, 0.8566D-05, 0.1082D-04, 0.1369D-04, # 0.1736D-04, 0.2194D-04, 0.2760D-04, 0.3441D-04, 0.4223D-04, # 0.5065D-04, 0.5868D-04, 0.6457D-04, 0.6569D-04, 0.5879D-04, # 0.4045D-04, 0.7843D-05, -.4037D-04, -.1038D-03, -.1805D-03, # -.2670D-03, -.3590D-03, -.4519D-03, -.5404D-03, -.6195D-03, # -.6833D-03, -.7262D-03, -.7420D-03, -.7260D-03, -.6746D-03, # -.5881D-03, -.4730D-03, -.3430D-03, -.2173D-03, -.1139D-03, # -.4169D-04, 0.3367D-05, 0.3205D-04, 0.5322D-04, 0.6976D-04, # 0.8076D-04, 0.8520D-04, 0.8352D-04, 0.7725D-04, 0.6834D-04, # 0.5838D-04, 0.4857D-04, 0.3955D-04, 0.3168D-04, 0.2505D-04, # 0.1957D-04/ data (calcpts(j,45), j = 1,neta) /0.3399D-07, 0.4903D-07, # 0.4908D-07, 0.6415D-07, 0.9426D-07, 0.1094D-06, 0.1396D-06, # 0.1700D-06, 0.2155D-06, 0.2612D-06, 0.3223D-06, 0.3839D-06, # 0.4762D-06, 0.5846D-06, 0.7246D-06, 0.8820D-06, 0.1088D-05, # 0.1344D-05, 0.1652D-05, 0.2046D-05, 0.2546D-05, 0.3174D-05, # 0.3971D-05, 0.4982D-05, 0.6261D-05, 0.7899D-05, 0.9971D-05, # 0.1259D-04, 0.1587D-04, 0.1989D-04, 0.2474D-04, 0.3029D-04, # 0.3624D-04, 0.4189D-04, 0.4602D-04, 0.4677D-04, 0.4180D-04, # 0.2866D-04, 0.5308D-05, -.2928D-04, -.7499D-04, -.1305D-03, # -.1937D-03, -.2616D-03, -.3313D-03, -.3991D-03, -.4619D-03, # -.5157D-03, -.5569D-03, -.5813D-03, -.5850D-03, -.5648D-03, # -.5184D-03, -.4467D-03, -.3548D-03, -.2537D-03, -.1578D-03, # -.8039D-04, -.2727D-04, 0.5103D-05, 0.2530D-04, 0.4012D-04, # 0.5173D-04, 0.5943D-04, 0.6243D-04, 0.6099D-04, 0.5628D-04, # 0.4968D-04, 0.4236D-04, 0.3517D-04, 0.2860D-04, 0.2287D-04, # 0.1806D-04/ data (calcpts(j,46), j = 1,neta) /0.2403D-07, 0.3905D-07, # 0.5409D-07, 0.5414D-07, 0.6921D-07, 0.8432D-07, 0.1145D-06, # 0.1297D-06, 0.1601D-06, 0.1906D-06, 0.2363D-06, 0.2974D-06, # 0.3589D-06, 0.4363D-06, 0.5447D-06, 0.6547D-06, 0.8120D-06, # 0.1003D-05, 0.1229D-05, 0.1522D-05, 0.1886D-05, 0.2341D-05, # 0.2923D-05, 0.3645D-05, 0.4581D-05, 0.5753D-05, 0.7236D-05, # 0.9121D-05, 0.1145D-04, 0.1432D-04, 0.1775D-04, 0.2168D-04, # 0.2590D-04, 0.2987D-04, 0.3277D-04, 0.3325D-04, 0.2967D-04, # 0.2028D-04, 0.3616D-05, -.2114D-04, -.5397D-04, -.9405D-04, # -.1399D-03, -.1898D-03, -.2413D-03, -.2927D-03, -.3412D-03, # -.3847D-03, -.4206D-03, -.4463D-03, -.4591D-03, -.4560D-03, # -.4351D-03, -.3952D-03, -.3368D-03, -.2646D-03, -.1869D-03, # -.1142D-03, -.5652D-04, -.1763D-04, 0.5553D-05, 0.1974D-04, # 0.3009D-04, 0.3822D-04, 0.4360D-04, 0.4561D-04, 0.4443D-04, # 0.4090D-04, 0.3603D-04, 0.3067D-04, 0.2542D-04, 0.2064D-04, # 0.1816D-04/ data (calcpts(j,47), j = 1,neta) /0.3417D-07, 0.3418D-07, # 0.3421D-07, 0.4924D-07, 0.6429D-07, 0.6436D-07, 0.7947D-07, # 0.1096D-06, 0.1249D-06, 0.1552D-06, 0.1857D-06, 0.2314D-06, # 0.2775D-06, 0.3391D-06, 0.4014D-06, 0.4948D-06, 0.6048D-06, # 0.7472D-06, 0.9079D-06, 0.1119D-05, 0.1382D-05, 0.1716D-05, # 0.2140D-05, 0.2663D-05, 0.3339D-05, 0.4184D-05, 0.5248D-05, # 0.6591D-05, 0.8255D-05, 0.1029D-04, 0.1273D-04, 0.1550D-04, # 0.1847D-04, 0.2126D-04, 0.2327D-04, 0.2360D-04, 0.2103D-04, # 0.1434D-04, 0.2465D-05, -.1521D-04, -.3871D-04, -.6754D-04, # -.1007D-03, -.1370D-03, -.1751D-03, -.2133D-03, -.2503D-03, # -.2844D-03, -.3140D-03, -.3374D-03, -.3528D-03, -.3583D-03, # -.3521D-03, -.3326D-03, -.2990D-03, -.2525D-03, -.1964D-03, # -.1370D-03, -.8239D-04, -.3957D-04, -.1122D-04, 0.5333D-05, # 0.1525D-04, 0.2350D-04, 0.2827D-04, 0.3192D-04, 0.3325D-04, # 0.3231D-04, 0.3967D-04, 0.2610D-04, 0.2217D-04, 0.2139D-04, # 0.1488D-04/ data (calcpts(j,48), j = 1,neta) /0.1551D-07, 0.3052D-07, # 0.3053D-07, 0.3056D-07, 0.4559D-07, 0.4564D-07, 0.6072D-07, # 0.7582D-07, 0.9098D-07, 0.1062D-06, 0.1366D-06, 0.1671D-06, # 0.1978D-06, 0.2439D-06, 0.2904D-06, 0.3678D-06, 0.4462D-06, # 0.5412D-06, 0.6685D-06, 0.8143D-06, 0.1010D-05, 0.1258D-05, # 0.1547D-05, 0.1926D-05, 0.2419D-05, 0.3019D-05, 0.3787D-05, # 0.4727D-05, 0.5913D-05, 0.7366D-05, 0.9086D-05, 0.1104D-04, # 0.1313D-04, 0.1509D-04, 0.1650D-04, 0.1671D-04, 0.1489D-04, # 0.1013D-04, 0.1680D-05, -.1091D-04, -.2770D-04, -.4837D-04, # -.7228D-04, -.9860D-04, -.1264D-03, -.1548D-03, -.1824D-03, # -.2087D-03, -.2323D-03, -.2522D-03, -.2670D-03, -.2758D-03, # -.2771D-03, -.2696D-03, -.2523D-03, -.2250D-03, -.1884D-03, # -.1451D-03, -.1001D-03, -.5924D-04, -.2765D-04, -.7038D-05, # 0.4754D-05, 0.1169D-04, 0.1671D-04, 0.2068D-04, 0.2329D-04, # 0.2419D-04, 0.2344D-04, 0.2149D-04, 0.1885D-04, 0.1600D-04, # 0.1322D-04/ data (calcpts(j,49), j = 1,neta) /0.1268D-07, 0.1269D-07, # 0.2770D-07, 0.2771D-07, 0.2774D-07, 0.4277D-07, 0.4282D-07, # 0.5790D-07, 0.7300D-07, 0.7316D-07, 0.1034D-06, 0.1187D-06, # 0.1492D-06, 0.1800D-06, 0.2110D-06, 0.2576D-06, 0.3200D-06, # 0.3984D-06, 0.4784D-06, 0.5907D-06, 0.7364D-06, 0.9022D-06, # 0.1120D-05, 0.1394D-05, 0.1743D-05, 0.2175D-05, 0.2714D-05, # 0.3389D-05, 0.4234D-05, 0.5260D-05, 0.6466D-05, 0.7858D-05, # 0.9321D-05, 0.1070D-04, 0.1170D-04, 0.1182D-04, 0.1052D-04, # 0.7142D-05, 0.1146D-05, -.7803D-05, -.1976D-04, -.3455D-04, # -.5172D-04, -.7074D-04, -.9095D-04, -.1117D-03, -.1324D-03, # -.1522D-03, -.1706D-03, -.1866D-03, -.1996D-03, -.2088D-03, # -.2135D-03, -.2124D-03, -.2049D-03, -.1902D-03, -.1683D-03, # -.1398D-03, -.1068D-03, -.7290D-04, -.4251D-04, -.1928D-04, # -.4354D-05, 0.4011D-05, 0.8844D-05, 0.1234D-04, 0.1510D-04, # 0.1693D-04, 0.1753D-04, 0.1695D-04, 0.1551D-04, 0.1360D-04, # 0.1152D-04/ data (dlaeta(j), j = 1,neta) / # -6d0, -5.83333333d0, -5.66666667d0, -5.5d0, -5.33333333d0, # -5.16666667d0, -5d0, -4.83333333d0, -4.66666667d0, -4.5d0, # -4.33333333d0, -4.16666667d0, -4d0, -3.83333333d0, # -3.66666667d0, -3.5d0, -3.33333333d0, -3.16666667d0, -3d0, # -2.83333333d0, -2.66666667d0, -2.5d0, -2.33333333d0, # -2.16666667d0, -2d0, -1.83333333d0, -1.66666667d0, -1.5d0, # -1.33333333d0, -1.16666667d0, -1d0, -0.83333333d0, -0.66666667d0, # -0.5d0, -0.33333333d0, -0.16666667d0, 0d0, 0.16666667d0, # 0.33333333d0, 0.5d0, 0.66666667d0, 0.83333333d0, 1d0, # 1.16666667d0, 1.33333333d0, 1.5d0, 1.66666667d0, 1.83333333d0, # 2d0, 2.16666667d0, 2.33333333d0, 2.5d0, 2.66666667d0, # 2.83333333d0, 3d0, 3.16666667d0, 3.33333333d0, 3.5d0, # 3.66666667d0, 3.83333333d0, 4d0, 4.16666667d0, 4.33333333d0, # 4.5d0, 4.66666667d0, 4.83333333d0, 5d0, 5.16666667d0, # 5.33333333d0, 5.5d0, 5.66666667d0, 5.83333333d0, 6d0/ data (dlaxi(j), j = 1,nxi) / # -3d0, -2.83333333d0, -2.66666667d0, -2.5d0, -2.33333333d0, # -2.16666667d0, -2d0, -1.83333333d0, -1.66666667d0, -1.5d0, # -1.33333333d0, -1.16666667d0, -1d0, -0.83333333d0, -0.66666667d0, # -0.5d0, -0.33333333d0, -0.16666667d0, 0d0, 0.16666667d0, # 0.33333333d0, 0.5d0, 0.66666667d0, 0.83333333d0, 1d0, # 1.16666667d0, 1.33333333d0, 1.5d0, 1.66666667d0, 1.83333333d0, # 2d0, 2.16666667d0, 2.33333333d0, 2.5d0, 2.66666667d0, # 2.83333333d0, 3d0, 3.16666667d0, 3.33333333d0, 3.5d0, # 3.66666667d0, 3.83333333d0, 4d0, 4.16666667d0, 4.33333333d0, # 4.5d0, 4.66666667d0, 4.83333333d0, 5d0/ dleta = dlog10(eta) dlxi = dlog10(xi) if (dlxi .le. dlaxi(1)) dlxi = dlaxi(1) if (dlxi .ge. dlaxi(nxi)) dlxi = dlaxi(nxi) if (dleta .ge. dlaeta(neta)) dleta = dlaeta(neta) if (dleta .le. dlaeta(1)) dleta = dlaeta(1) call locat(dlaeta,neta, dleta, ieta) call locat(dlaxi, nxi, dlxi, ixi) c interpolating between the appropriate points delxi = 1d0/6d0 deleta = 1d0/6d0 c lagrange 3-pt. if (ixi .le. 2) ixi = 2 if (ixi .ge. 48) ixi = 48 if (ieta .le. 2) ieta = 2 if (ieta .ge. 72) ieta = 72 pxi = (dlxi - dlaxi(ixi))/delxi f(-1) = pxi*(pxi-1d0)/2d0*calcpts(ieta-1,ixi-1) + # (1d0 - pxi**2)*calcpts(ieta-1,ixi) + # pxi*(pxi+1d0)/2d0*calcpts(ieta-1,ixi+1) f(0) = pxi*(pxi-1d0)/2d0*calcpts(ieta,ixi-1) + # (1d0 - pxi**2)*calcpts(ieta,ixi) + # pxi*(pxi+1d0)/2d0*calcpts(ieta,ixi+1) f(1) = pxi*(pxi-1d0)/2d0*calcpts(ieta+1,ixi-1) + # (1d0 - pxi**2)*calcpts(ieta+1,ixi) + # pxi*(pxi+1d0)/2d0*calcpts(ieta+1,ixi+1) peta = (dleta - dlaeta(ieta))/deleta xsctcf = peta*(peta-1d0)/2d0*f(-1) + # (1d0 - peta**2)*f(0) + # peta*(peta+1d0)/2d0*f(1) return end c the subtracted term from eq (9) of PLB347 (1995) 143 - 151 c transverse gluon initiated piece with C_A color factor in front c prop. to e_H^2 subroutine sctca(eta, xi, xsctca) implicit none integer neta, nxi parameter (neta = 73, nxi = 49) real*8 calcpts(neta, nxi), dlaeta(neta), dlaxi(nxi) real*8 eta, xi, dleta, dlxi, xsctca real*8 pxi, peta, f(-1:1), delxi, deleta integer ieta, ixi, j data (calcpts(j, 1), j = 1,neta) /0.4323D-03, 0.5138D-03, # 0.6270D-03, 0.7996D-03, 0.9331D-03, 0.1128D-02, 0.1413D-02, # 0.1683D-02, 0.2046D-02, 0.2457D-02, 0.2961D-02, 0.3609D-02, # 0.4386D-02, 0.5294D-02, 0.6434D-02, 0.7763D-02, 0.9365D-02, # 0.1136D-01, 0.1370D-01, 0.1657D-01, 0.2004D-01, 0.2424D-01, # 0.2932D-01, 0.3548D-01, 0.4293D-01, 0.5192D-01, 0.6267D-01, # 0.7534D-01, 0.8988D-01, 0.1058D+00, 0.1217D+00, 0.1351D+00, # 0.1421D+00, 0.1379D+00, 0.1184D+00, 0.8306D-01, 0.3588D-01, # -.1530D-01, -.6227D-01, -.9944D-01, -.1244D+00, -.1372D+00, # -.1396D+00, -.1341D+00, -.1233D+00, -.1096D+00, -.9476D-01, # -.8013D-01, -.6655D-01, -.5451D-01, -.4402D-01, -.3519D-01, # -.2786D-01, -.2194D-01, -.1711D-01, -.1324D-01, -.1021D-01, # -.7860D-02, -.6008D-02, -.4529D-02, -.3433D-02, -.2592D-02, # -.1943D-02, -.1488D-02, -.1096D-02, -.8350D-03, -.6387D-03, # -.4413D-03, -.3097D-03, -.2442D-03, -.1783D-03, -.1122D-03, # -.1126D-03/ data (calcpts(j, 2), j = 1,neta) /0.4112D-03, 0.5596D-03, # 0.6731D-03, 0.7794D-03, 0.9800D-03, 0.1176D-02, 0.1394D-02, # 0.1665D-02, 0.2028D-02, 0.2507D-02, 0.3011D-02, 0.3593D-02, # 0.4371D-02, 0.5280D-02, 0.6421D-02, 0.7751D-02, 0.9354D-02, # 0.1135D-01, 0.1370D-01, 0.1656D-01, 0.2004D-01, 0.2424D-01, # 0.2932D-01, 0.3547D-01, 0.4293D-01, 0.5191D-01, 0.6265D-01, # 0.7532D-01, 0.8986D-01, 0.1057D+00, 0.1217D+00, 0.1351D+00, # 0.1421D+00, 0.1379D+00, 0.1184D+00, 0.8304D-01, 0.3587D-01, # -.1531D-01, -.6227D-01, -.9945D-01, -.1244D+00, -.1372D+00, # -.1396D+00, -.1341D+00, -.1233D+00, -.1096D+00, -.9475D-01, # -.8011D-01, -.6660D-01, -.5450D-01, -.4401D-01, -.3518D-01, # -.2791D-01, -.2193D-01, -.1710D-01, -.1329D-01, -.1019D-01, # -.7845D-02, -.5992D-02, -.4581D-02, -.3485D-02, -.2577D-02, # -.1927D-02, -.1473D-02, -.1081D-02, -.8195D-03, -.6233D-03, # -.4258D-03, -.3609D-03, -.2288D-03, -.1629D-03, -.1634D-03, # -.9715D-04/ data (calcpts(j, 3), j = 1,neta) /0.4469D-03, 0.5291D-03, # 0.6430D-03, 0.8165D-03, 0.9509D-03, 0.1147D-02, 0.1366D-02, # 0.1705D-02, 0.2069D-02, 0.2482D-02, 0.2987D-02, 0.3637D-02, # 0.4350D-02, 0.5326D-02, 0.6402D-02, 0.7734D-02, 0.9338D-02, # 0.1133D-01, 0.1370D-01, 0.1656D-01, 0.2003D-01, 0.2423D-01, # 0.2931D-01, 0.3547D-01, 0.4292D-01, 0.5190D-01, 0.6264D-01, # 0.7531D-01, 0.8984D-01, 0.1057D+00, 0.1216D+00, 0.1351D+00, # 0.1420D+00, 0.1378D+00, 0.1184D+00, 0.8300D-01, 0.3585D-01, # -.1532D-01, -.6227D-01, -.9944D-01, -.1244D+00, -.1372D+00, # -.1396D+00, -.1341D+00, -.1233D+00, -.1095D+00, -.9473D-01, # -.8016D-01, -.6658D-01, -.5447D-01, -.4405D-01, -.3522D-01, # -.2789D-01, -.2190D-01, -.1708D-01, -.1326D-01, -.1024D-01, # -.7822D-02, -.5970D-02, -.4558D-02, -.3462D-02, -.2621D-02, # -.1972D-02, -.1450D-02, -.1125D-02, -.7969D-03, -.6007D-03, # -.4699D-03, -.3383D-03, -.2728D-03, -.2069D-03, -.1408D-03, # -.7452D-04/ data (calcpts(j, 4), j = 1,neta) /0.4681D-03, 0.5509D-03, # 0.6654D-03, 0.7730D-03, 0.9749D-03, 0.1172D-02, 0.1392D-02, # 0.1665D-02, 0.2031D-02, 0.2445D-02, 0.3018D-02, 0.3603D-02, # 0.4384D-02, 0.5296D-02, 0.6441D-02, 0.7775D-02, 0.9382D-02, # 0.1131D-01, 0.1370D-01, 0.1656D-01, 0.2003D-01, 0.2422D-01, # 0.2930D-01, 0.3546D-01, 0.4290D-01, 0.5188D-01, 0.6262D-01, # 0.7528D-01, 0.8980D-01, 0.1057D+00, 0.1216D+00, 0.1350D+00, # 0.1420D+00, 0.1378D+00, 0.1183D+00, 0.8296D-01, 0.3582D-01, # -.1534D-01, -.6228D-01, -.9945D-01, -.1244D+00, -.1372D+00, # -.1396D+00, -.1341D+00, -.1233D+00, -.1096D+00, -.9477D-01, # -.8013D-01, -.6655D-01, -.5451D-01, -.4402D-01, -.3519D-01, # -.2786D-01, -.2194D-01, -.1711D-01, -.1323D-01, -.1020D-01, # -.7856D-02, -.6003D-02, -.4525D-02, -.3429D-02, -.2588D-02, # -.1938D-02, -.1483D-02, -.1092D-02, -.8303D-03, -.6341D-03, # -.4366D-03, -.3050D-03, -.2395D-03, -.1737D-03, -.1076D-03, # -.1079D-03/ data (calcpts(j, 5), j = 1,neta) /0.4681D-03, 0.5517D-03, # 0.6672D-03, 0.7759D-03, 0.9790D-03, 0.1178D-02, 0.1399D-02, # 0.1674D-02, 0.2041D-02, 0.2457D-02, 0.2967D-02, 0.3621D-02, # 0.4405D-02, 0.5319D-02, 0.6400D-02, 0.7738D-02, 0.9348D-02, # 0.1135D-01, 0.1369D-01, 0.1655D-01, 0.2002D-01, 0.2421D-01, # 0.2928D-01, 0.3544D-01, 0.4288D-01, 0.5185D-01, 0.6259D-01, # 0.7523D-01, 0.8975D-01, 0.1056D+00, 0.1215D+00, 0.1349D+00, # 0.1419D+00, 0.1377D+00, 0.1182D+00, 0.8289D-01, 0.3577D-01, # -.1536D-01, -.6229D-01, -.9945D-01, -.1244D+00, -.1371D+00, # -.1396D+00, -.1341D+00, -.1233D+00, -.1095D+00, -.9472D-01, # -.8015D-01, -.6657D-01, -.5446D-01, -.4404D-01, -.3521D-01, # -.2788D-01, -.2189D-01, -.1713D-01, -.1325D-01, -.1022D-01, # -.7874D-02, -.6021D-02, -.4543D-02, -.3447D-02, -.2605D-02, # -.1956D-02, -.1501D-02, -.1109D-02, -.8482D-03, -.5853D-03, # -.4545D-03, -.3229D-03, -.2574D-03, -.1916D-03, -.1254D-03, # -.1258D-03/ data (calcpts(j, 6), j = 1,neta) /0.4370D-03, 0.5219D-03, # 0.6388D-03, 0.8157D-03, 0.9540D-03, 0.1155D-02, 0.1379D-02, # 0.1656D-02, 0.2026D-02, 0.2445D-02, 0.2957D-02, 0.3615D-02, # 0.4403D-02, 0.5255D-02, 0.6408D-02, 0.7750D-02, 0.9365D-02, # 0.1130D-01, 0.1368D-01, 0.1653D-01, 0.2000D-01, 0.2419D-01, # 0.2926D-01, 0.3541D-01, 0.4285D-01, 0.5181D-01, 0.6253D-01, # 0.7518D-01, 0.8967D-01, 0.1055D+00, 0.1214D+00, 0.1348D+00, # 0.1418D+00, 0.1375D+00, 0.1181D+00, 0.8279D-01, 0.3571D-01, # -.1540D-01, -.6231D-01, -.9945D-01, -.1244D+00, -.1371D+00, # -.1396D+00, -.1341D+00, -.1233D+00, -.1096D+00, -.9473D-01, # -.8015D-01, -.6657D-01, -.5446D-01, -.4403D-01, -.3520D-01, # -.2787D-01, -.2188D-01, -.1712D-01, -.1324D-01, -.1022D-01, # -.7869D-02, -.6016D-02, -.4538D-02, -.3442D-02, -.2601D-02, # -.1951D-02, -.1496D-02, -.1105D-02, -.8434D-03, -.5804D-03, # -.4497D-03, -.3181D-03, -.2526D-03, -.1867D-03, -.1206D-03, # -.1210D-03/ data (calcpts(j, 7), j = 1,neta) /0.4271D-03, 0.5137D-03, # 0.6327D-03, 0.8119D-03, 0.9528D-03, 0.1156D-02, 0.1384D-02, # 0.1664D-02, 0.2038D-02, 0.2462D-02, 0.2979D-02, 0.3643D-02, # 0.4369D-02, 0.5295D-02, 0.6387D-02, 0.7736D-02, 0.9359D-02, # 0.1131D-01, 0.1367D-01, 0.1652D-01, 0.1998D-01, 0.2417D-01, # 0.2923D-01, 0.3537D-01, 0.4280D-01, 0.5175D-01, 0.6246D-01, # 0.7509D-01, 0.8956D-01, 0.1054D+00, 0.1212D+00, 0.1346D+00, # 0.1415D+00, 0.1373D+00, 0.1179D+00, 0.8265D-01, 0.3561D-01, # -.1546D-01, -.6233D-01, -.9945D-01, -.1243D+00, -.1371D+00, # -.1395D+00, -.1341D+00, -.1233D+00, -.1095D+00, -.9470D-01, # -.8012D-01, -.6654D-01, -.5449D-01, -.4400D-01, -.3517D-01, # -.2790D-01, -.2191D-01, -.1709D-01, -.1327D-01, -.1025D-01, # -.7831D-02, -.5978D-02, -.4566D-02, -.3470D-02, -.2629D-02, # -.1980D-02, -.1458D-02, -.1066D-02, -.8051D-03, -.6089D-03, # -.4781D-03, -.3465D-03, -.6143D-03, -.1485D-03, -.1490D-03, # -.8274D-04/ data (calcpts(j, 8), j = 1,neta) /0.4171D-03, 0.5064D-03, # 0.6284D-03, 0.8110D-03, 0.9558D-03, 0.1164D-02, 0.1396D-02, # 0.1682D-02, 0.2062D-02, 0.2492D-02, 0.2950D-02, 0.3621D-02, # 0.4356D-02, 0.5291D-02, 0.6392D-02, 0.7752D-02, 0.9319D-02, # 0.1128D-01, 0.1365D-01, 0.1650D-01, 0.1995D-01, 0.2413D-01, # 0.2919D-01, 0.3531D-01, 0.4273D-01, 0.5167D-01, 0.6235D-01, # 0.7495D-01, 0.8940D-01, 0.1052D+00, 0.1210D+00, 0.1343D+00, # 0.1413D+00, 0.1370D+00, 0.1177D+00, 0.8245D-01, 0.3546D-01, # -.1554D-01, -.6236D-01, -.9945D-01, -.1243D+00, -.1371D+00, # -.1395D+00, -.1340D+00, -.1232D+00, -.1095D+00, -.9470D-01, # -.8011D-01, -.6653D-01, -.5448D-01, -.4398D-01, -.3522D-01, # -.2788D-01, -.2189D-01, -.1707D-01, -.1325D-01, -.1023D-01, # -.7811D-02, -.6025D-02, -.4546D-02, -.3450D-02, -.2609D-02, # -.1959D-02, -.1438D-02, -.1113D-02, -.7847D-03, -.5884D-03, # -.4576D-03, -.3260D-03, -.2605D-03, -.1947D-03, -.1285D-03, # -.1289D-03/ data (calcpts(j, 9), j = 1,neta) /0.4435D-03, 0.5367D-03, # 0.6631D-03, 0.7841D-03, 0.9344D-03, 0.1148D-02, 0.1388D-02, # 0.1681D-02, 0.2003D-02, 0.2443D-02, 0.2978D-02, 0.3594D-02, # 0.4342D-02, 0.5289D-02, 0.6406D-02, 0.7714D-02, 0.9296D-02, # 0.1127D-01, 0.1362D-01, 0.1646D-01, 0.1991D-01, 0.2407D-01, # 0.2912D-01, 0.3524D-01, 0.4263D-01, 0.5155D-01, 0.6220D-01, # 0.7476D-01, 0.8916D-01, 0.1049D+00, 0.1206D+00, 0.1339D+00, # 0.1408D+00, 0.1366D+00, 0.1173D+00, 0.8214D-01, 0.3525D-01, # -.1566D-01, -.6242D-01, -.9946D-01, -.1243D+00, -.1371D+00, # -.1395D+00, -.1340D+00, -.1232D+00, -.1095D+00, -.9470D-01, # -.8011D-01, -.6651D-01, -.5446D-01, -.4403D-01, -.3520D-01, # -.2786D-01, -.2194D-01, -.1711D-01, -.1323D-01, -.1020D-01, # -.7853D-02, -.6000D-02, -.4521D-02, -.3425D-02, -.2584D-02, # -.1934D-02, -.1480D-02, -.1088D-02, -.8263D-03, -.6301D-03, # -.4326D-03, -.3010D-03, -.2355D-03, -.1696D-03, -.1035D-03, # -.1039D-03/ data (calcpts(j,10), j = 1,neta) /0.4611D-03, 0.4933D-03, # 0.6262D-03, 0.7544D-03, 0.9129D-03, 0.1136D-02, 0.1386D-02, # 0.1691D-02, 0.2025D-02, 0.2479D-02, 0.2963D-02, 0.3595D-02, # 0.4361D-02, 0.5262D-02, 0.6332D-02, 0.7662D-02, 0.9268D-02, # 0.1120D-01, 0.1357D-01, 0.1641D-01, 0.1984D-01, 0.2399D-01, # 0.2902D-01, 0.3512D-01, 0.4249D-01, 0.5136D-01, 0.6198D-01, # 0.7448D-01, 0.8881D-01, 0.1045D+00, 0.1201D+00, 0.1333D+00, # 0.1402D+00, 0.1360D+00, 0.1167D+00, 0.8169D-01, 0.3495D-01, # -.1584D-01, -.6249D-01, -.9946D-01, -.1243D+00, -.1370D+00, # -.1394D+00, -.1339D+00, -.1231D+00, -.1095D+00, -.9468D-01, # -.8007D-01, -.6653D-01, -.5441D-01, -.4398D-01, -.3521D-01, # -.2787D-01, -.2188D-01, -.1711D-01, -.1323D-01, -.1021D-01, # -.7857D-02, -.6004D-02, -.4525D-02, -.3429D-02, -.2588D-02, # -.1938D-02, -.1483D-02, -.1091D-02, -.8300D-03, -.6337D-03, # -.4363D-03, -.3047D-03, -.2392D-03, -.1733D-03, -.1072D-03, # -.1076D-03/ data (calcpts(j,11), j = 1,neta) /0.4058D-03, 0.5130D-03, # 0.6553D-03, 0.7941D-03, 0.9646D-03, 0.1135D-02, 0.1399D-02, # 0.1654D-02, 0.2007D-02, 0.2415D-02, 0.2921D-02, 0.3578D-02, # 0.4303D-02, 0.5233D-02, 0.6333D-02, 0.7629D-02, 0.9268D-02, # 0.1117D-01, 0.1351D-01, 0.1632D-01, 0.1975D-01, 0.2388D-01, # 0.2888D-01, 0.3494D-01, 0.4227D-01, 0.5110D-01, 0.6164D-01, # 0.7406D-01, 0.8831D-01, 0.1038D+00, 0.1194D+00, 0.1325D+00, # 0.1393D+00, 0.1350D+00, 0.1159D+00, 0.8103D-01, 0.3450D-01, # -.1609D-01, -.6259D-01, -.9947D-01, -.1242D+00, -.1369D+00, # -.1393D+00, -.1339D+00, -.1231D+00, -.1094D+00, -.9458D-01, # -.8003D-01, -.6648D-01, -.5441D-01, -.4397D-01, -.3513D-01, # -.2786D-01, -.2187D-01, -.1710D-01, -.1322D-01, -.1019D-01, # -.7843D-02, -.5989D-02, -.4577D-02, -.3481D-02, -.2572D-02, # -.1990D-02, -.1468D-02, -.1076D-02, -.8148D-03, -.6185D-03, # -.4210D-03, -.3561D-03, -.2239D-03, -.1580D-03, -.1586D-03, # -.9227D-04/ data (calcpts(j,12), j = 1,neta) /0.4531D-03, 0.5058D-03, # 0.6618D-03, 0.7494D-03, 0.9372D-03, 0.1127D-02, 0.1346D-02, # 0.1625D-02, 0.2005D-02, 0.2442D-02, 0.2914D-02, 0.3540D-02, # 0.4304D-02, 0.5208D-02, 0.6287D-02, 0.7563D-02, 0.9184D-02, # 0.1107D-01, 0.1341D-01, 0.1621D-01, 0.1961D-01, 0.2371D-01, # 0.2867D-01, 0.3469D-01, 0.4195D-01, 0.5071D-01, 0.6116D-01, # 0.7347D-01, 0.8757D-01, 0.1029D+00, 0.1183D+00, 0.1313D+00, # 0.1379D+00, 0.1337D+00, 0.1147D+00, 0.8008D-01, 0.3385D-01, # -.1646D-01, -.6275D-01, -.9949D-01, -.1242D+00, -.1368D+00, # -.1392D+00, -.1337D+00, -.1230D+00, -.1093D+00, -.9456D-01, # -.7998D-01, -.6642D-01, -.5441D-01, -.4396D-01, -.3518D-01, # -.2783D-01, -.2190D-01, -.1707D-01, -.1325D-01, -.1022D-01, # -.7808D-02, -.5954D-02, -.4542D-02, -.3445D-02, -.2604D-02, # -.1954D-02, -.1499D-02, -.1107D-02, -.8456D-03, -.5826D-03, # -.4518D-03, -.3202D-03, -.2547D-03, -.1888D-03, -.1227D-03, # -.1231D-03/ data (calcpts(j,13), j = 1,neta) /0.4062D-03, 0.5431D-03, # 0.6522D-03, 0.7622D-03, 0.9086D-03, 0.1126D-02, 0.1377D-02, # 0.1625D-02, 0.1977D-02, 0.2390D-02, 0.2910D-02, 0.3520D-02, # 0.4273D-02, 0.5104D-02, 0.6247D-02, 0.7524D-02, 0.9082D-02, # 0.1098D-01, 0.1327D-01, 0.1605D-01, 0.1941D-01, 0.2347D-01, # 0.2837D-01, 0.3432D-01, 0.4151D-01, 0.5015D-01, 0.6047D-01, # 0.7261D-01, 0.8651D-01, 0.1017D+00, 0.1168D+00, 0.1295D+00, # 0.1360D+00, 0.1318D+00, 0.1130D+00, 0.7871D-01, 0.3290D-01, # -.1700D-01, -.6298D-01, -.9950D-01, -.1241D+00, -.1367D+00, # -.1390D+00, -.1336D+00, -.1228D+00, -.1092D+00, -.9446D-01, # -.7991D-01, -.6638D-01, -.5436D-01, -.4389D-01, -.3511D-01, # -.2782D-01, -.2189D-01, -.1705D-01, -.1324D-01, -.1021D-01, # -.7855D-02, -.6000D-02, -.4521D-02, -.3424D-02, -.2582D-02, # -.1932D-02, -.1477D-02, -.1085D-02, -.8239D-03, -.6275D-03, # -.4300D-03, -.3650D-03, -.2329D-03, -.1670D-03, -.1009D-03, # -.1012D-03/ data (calcpts(j,14), j = 1,neta) /0.4179D-03, 0.5134D-03, # 0.5844D-03, 0.7266D-03, 0.9092D-03, 0.1101D-02, 0.1331D-02, # 0.1629D-02, 0.1970D-02, 0.2379D-02, 0.2833D-02, 0.3451D-02, # 0.4151D-02, 0.5069D-02, 0.6103D-02, 0.7411D-02, 0.8938D-02, # 0.1082D-01, 0.1308D-01, 0.1581D-01, 0.1912D-01, 0.2311D-01, # 0.2795D-01, 0.3380D-01, 0.4086D-01, 0.4935D-01, 0.5947D-01, # 0.7138D-01, 0.8499D-01, 0.9979D-01, 0.1146D+00, 0.1270D+00, # 0.1333D+00, 0.1290D+00, 0.1105D+00, 0.7672D-01, 0.3154D-01, # -.1778D-01, -.6329D-01, -.9952D-01, -.1239D+00, -.1364D+00, # -.1388D+00, -.1333D+00, -.1226D+00, -.1090D+00, -.9429D-01, # -.7975D-01, -.6632D-01, -.5426D-01, -.4385D-01, -.3505D-01, # -.2783D-01, -.2182D-01, -.1705D-01, -.1323D-01, -.1020D-01, # -.7844D-02, -.5988D-02, -.4575D-02, -.3478D-02, -.2569D-02, # -.1986D-02, -.1464D-02, -.1072D-02, -.8103D-03, -.6139D-03, # -.4831D-03, -.3514D-03, -.2192D-03, -.1533D-03, -.1539D-03, # -.8758D-04/ data (calcpts(j,15), j = 1,neta) /0.3832D-03, 0.5148D-03, # 0.6265D-03, 0.7480D-03, 0.9156D-03, 0.1099D-02, 0.1326D-02, # 0.1563D-02, 0.1918D-02, 0.2281D-02, 0.2765D-02, 0.3356D-02, # 0.4104D-02, 0.4945D-02, 0.5978D-02, 0.7226D-02, 0.8765D-02, # 0.1059D-01, 0.1280D-01, 0.1547D-01, 0.1871D-01, 0.2261D-01, # 0.2733D-01, 0.3305D-01, 0.3994D-01, 0.4821D-01, 0.5807D-01, # 0.6963D-01, 0.8283D-01, 0.9717D-01, 0.1114D+00, 0.1234D+00, # 0.1294D+00, 0.1251D+00, 0.1069D+00, 0.7389D-01, 0.2959D-01, # -.1888D-01, -.6375D-01, -.9952D-01, -.1236D+00, -.1361D+00, # -.1384D+00, -.1330D+00, -.1223D+00, -.1087D+00, -.9407D-01, # -.7959D-01, -.6617D-01, -.5415D-01, -.4378D-01, -.3503D-01, # -.2772D-01, -.2184D-01, -.1700D-01, -.1317D-01, -.1021D-01, # -.7786D-02, -.5996D-02, -.4515D-02, -.3418D-02, -.2575D-02, # -.1925D-02, -.1470D-02, -.1077D-02, -.8160D-03, -.6195D-03, # -.4219D-03, -.3569D-03, -.2247D-03, -.1588D-03, -.1594D-03, # -.9305D-04/ data (calcpts(j,16), j = 1,neta) /0.3814D-03, 0.4972D-03, # 0.5997D-03, 0.7195D-03, 0.8268D-03, 0.1025D-02, 0.1277D-02, # 0.1550D-02, 0.1884D-02, 0.2238D-02, 0.2726D-02, 0.3265D-02, # 0.3976D-02, 0.4791D-02, 0.5810D-02, 0.7055D-02, 0.8466D-02, # 0.1027D-01, 0.1241D-01, 0.1500D-01, 0.1813D-01, 0.2191D-01, # 0.2647D-01, 0.3199D-01, 0.3864D-01, 0.4661D-01, 0.5610D-01, # 0.6719D-01, 0.7983D-01, 0.9351D-01, 0.1071D+00, 0.1184D+00, # 0.1239D+00, 0.1197D+00, 0.1020D+00, 0.6990D-01, 0.2683D-01, # -.2045D-01, -.6437D-01, -.9952D-01, -.1233D+00, -.1355D+00, # -.1378D+00, -.1324D+00, -.1218D+00, -.1083D+00, -.9371D-01, # -.7932D-01, -.6596D-01, -.5402D-01, -.4368D-01, -.3491D-01, # -.2772D-01, -.2176D-01, -.1698D-01, -.1321D-01, -.1018D-01, # -.7819D-02, -.5961D-02, -.4545D-02, -.3447D-02, -.2604D-02, # -.1953D-02, -.1431D-02, -.1105D-02, -.8437D-03, -.5805D-03, # -.4495D-03, -.3178D-03, -.2523D-03, -.1863D-03, -.1202D-03, # -.1205D-03/ data (calcpts(j,17), j = 1,neta) /0.3666D-03, 0.4863D-03, # 0.5352D-03, 0.6784D-03, 0.8203D-03, 0.9984D-03, 0.1178D-02, # 0.1458D-02, 0.1748D-02, 0.2142D-02, 0.2619D-02, 0.3166D-02, # 0.3768D-02, 0.4559D-02, 0.5569D-02, 0.6687D-02, 0.8117D-02, # 0.9818D-02, 0.1186D-01, 0.1434D-01, 0.1733D-01, 0.2093D-01, # 0.2528D-01, 0.3053D-01, 0.3685D-01, 0.4441D-01, 0.5339D-01, # 0.6385D-01, 0.7572D-01, 0.8853D-01, 0.1012D+00, 0.1116D+00, # 0.1165D+00, 0.1122D+00, 0.9512D-01, 0.6438D-01, 0.2300D-01, # -.2262D-01, -.6522D-01, -.9947D-01, -.1227D+00, -.1347D+00, # -.1370D+00, -.1316D+00, -.1211D+00, -.1077D+00, -.9331D-01, # -.7897D-01, -.6564D-01, -.5376D-01, -.4350D-01, -.3483D-01, # -.2762D-01, -.2171D-01, -.1692D-01, -.1315D-01, -.1017D-01, # -.7809D-02, -.5949D-02, -.4532D-02, -.3432D-02, -.2588D-02, # -.1938D-02, -.1482D-02, -.1089D-02, -.8271D-03, -.6305D-03, # -.4328D-03, -.3010D-03, -.2354D-03, -.1695D-03, -.1033D-03, # -.1037D-03/ data (calcpts(j,18), j = 1,neta) /0.3296D-03, 0.4115D-03, # 0.5016D-03, 0.6332D-03, 0.7788D-03, 0.9104D-03, 0.1128D-02, # 0.1399D-02, 0.1634D-02, 0.1996D-02, 0.2463D-02, 0.2957D-02, # 0.3596D-02, 0.4314D-02, 0.5208D-02, 0.6295D-02, 0.7644D-02, # 0.9209D-02, 0.1113D-01, 0.1344D-01, 0.1625D-01, 0.1962D-01, # 0.2368D-01, 0.2858D-01, 0.3446D-01, 0.4148D-01, 0.4977D-01, # 0.5941D-01, 0.7029D-01, 0.8195D-01, 0.9335D-01, 0.1026D+00, # 0.1068D+00, 0.1023D+00, 0.8599D-01, 0.5694D-01, 0.1780D-01, # -.2557D-01, -.6633D-01, -.9933D-01, -.1218D+00, -.1335D+00, # -.1357D+00, -.1305D+00, -.1201D+00, -.1069D+00, -.9263D-01, # 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-.1890D-04, -.2290D-04, -.2775D-04, -.3363D-04, -.4075D-04, # -.4937D-04, -.5983D-04, -.7250D-04, -.8785D-04, -.1064D-03, # -.1290D-03, -.1563D-03, -.1893D-03, -.2293D-03, -.2777D-03, # -.3363D-03, -.4070D-03, -.4925D-03, -.5955D-03, -.7191D-03, # -.8667D-03, -.1041D-02, -.1243D-02, -.1471D-02, -.1720D-02, # -.1982D-02, -.2244D-02, -.2495D-02, -.2724D-02, -.2923D-02, # -.3086D-02, -.3209D-02, -.3288D-02, -.3321D-02, -.3304D-02, # -.3235D-02, -.3111D-02, -.2932D-02, -.2702D-02, -.2426D-02, # -.2125D-02, -.1824D-02, -.1557D-02, -.1349D-02, -.1205D-02, # -.1109D-02, -.1029D-02, -.9423D-03, -.8397D-03, -.7260D-03, # -.6111D-03, -.5032D-03, -.4074D-03, -.3254D-03, -.2574D-03, # -.2021D-03, -.1574D-03, -.1214D-03, -.9342D-04, -.7142D-04, # -.5409D-04/ data (calcpts(j,44), j = 1,neta) /-.1425D-05, -.1723D-05, # -.2083D-05, -.2524D-05, -.3056D-05, -.3699D-05, -.4481D-05, # -.5430D-05, -.6576D-05, -.7963D-05, -.9650D-05, -.1169D-04, # -.1416D-04, -.1716D-04, -.2079D-04, -.2519D-04, -.3052D-04, # -.3698D-04, -.4482D-04, -.5431D-04, -.6579D-04, -.7972D-04, # -.9660D-04, -.1170D-03, -.1417D-03, -.1717D-03, -.2079D-03, # -.2518D-03, -.3047D-03, -.3686D-03, -.4455D-03, -.5378D-03, # -.6479D-03, -.7776D-03, -.9280D-03, -.1098D-02, -.1284D-02, # -.1479D-02, -.1676D-02, -.1865D-02, -.2041D-02, -.2195D-02, # -.2325D-02, -.2428D-02, -.2499D-02, -.2539D-02, -.2546D-02, # -.2517D-02, -.2450D-02, -.2345D-02, -.2200D-02, -.2016D-02, # -.1803D-02, -.1571D-02, -.1344D-02, -.1143D-02, -.9871D-03, # -.8809D-03, -.8099D-03, -.7514D-03, -.6872D-03, -.6114D-03, # -.5277D-03, -.4433D-03, -.3645D-03, -.2946D-03, -.2351D-03, # -.1856D-03, -.1456D-03, -.1129D-03, -.8693D-04, -.6693D-04, # -.5093D-04/ data (calcpts(j,45), j = 1,neta) /-.1047D-05, -.1275D-05, # -.1544D-05, -.1873D-05, -.2268D-05, -.2748D-05, -.3332D-05, # -.4036D-05, -.4893D-05, -.5928D-05, -.7185D-05, -.8710D-05, # -.1055D-04, -.1279D-04, -.1549D-04, -.1877D-04, -.2276D-04, # -.2757D-04, -.3341D-04, -.4049D-04, -.4905D-04, -.5944D-04, # -.7201D-04, -.8724D-04, -.1057D-03, -.1280D-03, -.1550D-03, # -.1876D-03, -.2271D-03, -.2746D-03, -.3319D-03, -.4005D-03, # -.4822D-03, -.5785D-03, -.6900D-03, -.8160D-03, -.9539D-03, # -.1099D-02, -.1246D-02, -.1389D-02, -.1522D-02, -.1641D-02, # -.1743D-02, -.1826D-02, -.1887D-02, -.1928D-02, -.1945D-02, # -.1938D-02, -.1906D-02, -.1846D-02, -.1758D-02, -.1642D-02, # -.1499D-02, -.1335D-02, -.1159D-02, -.9869D-03, -.8364D-03, # -.7209D-03, -.6425D-03, -.5904D-03, -.5475D-03, -.5002D-03, # -.4444D-03, -.3830D-03, -.3212D-03, -.2637D-03, -.2128D-03, # -.1696D-03, -.1338D-03, -.1049D-03, -.8132D-04, -.6279D-04, # -.4812D-04/ data (calcpts(j,46), j = 1,neta) /-.7797D-06, -.9460D-06, # -.1149D-05, -.1390D-05, -.1685D-05, -.2043D-05, -.2478D-05, # -.3000D-05, -.3631D-05, -.4402D-05, -.5337D-05, -.6469D-05, # -.7835D-05, -.9494D-05, -.1150D-04, -.1394D-04, -.1689D-04, # -.2047D-04, -.2480D-04, -.3005D-04, -.3641D-04, -.4411D-04, # -.5345D-04, -.6475D-04, -.7843D-04, -.9499D-04, -.1150D-03, # -.1392D-03, -.1685D-03, -.2037D-03, -.2461D-03, -.2970D-03, # -.3574D-03, -.4286D-03, -.5110D-03, -.6042D-03, -.7062D-03, # -.8140D-03, -.9235D-03, -.1030D-02, -.1131D-02, -.1222D-02, # -.1300D-02, -.1366D-02, -.1417D-02, -.1454D-02, -.1474D-02, # -.1479D-02, -.1466D-02, -.1434D-02, -.1383D-02, -.1313D-02, # -.1221D-02, -.1110D-02, -.9850D-03, -.8519D-03, -.7227D-03, # -.6105D-03, -.5250D-03, -.4674D-03, -.4293D-03, -.3978D-03, # -.3632D-03, -.3223D-03, -.2773D-03, -.2321D-03, -.1902D-03, # -.1533D-03, -.1220D-03, -.9633D-04, -.7513D-04, -.5833D-04, # -.4486D-04/ data (calcpts(j,47), j = 1,neta) /-.5812D-06, -.7041D-06, # -.8530D-06, -.1034D-05, -.1247D-05, -.1512D-05, -.1830D-05, # -.2218D-05, -.2692D-05, -.3258D-05, -.3949D-05, -.4785D-05, # -.5798D-05, -.7020D-05, -.8509D-05, -.1031D-04, -.1249D-04, # -.1514D-04, -.1834D-04, -.2222D-04, -.2692D-04, -.3261D-04, # -.3952D-04, -.4787D-04, -.5798D-04, -.7023D-04, -.8502D-04, # -.1029D-03, -.1245D-03, -.1505D-03, -.1819D-03, -.2193D-03, # -.2639D-03, -.3164D-03, -.3771D-03, -.4458D-03, -.5210D-03, # -.6007D-03, -.6818D-03, -.7614D-03, -.8367D-03, -.9054D-03, # -.9658D-03, -.1018D-02, -.1059D-02, -.1090D-02, -.1111D-02, # -.1120D-02, -.1118D-02, -.1102D-02, -.1074D-02, -.1032D-02, # -.9757D-03, -.9045D-03, -.8198D-03, -.7246D-03, -.6244D-03, # -.5279D-03, -.4446D-03, -.3815D-03, -.3393D-03, -.3115D-03, # -.2885D-03, -.2631D-03, -.2332D-03, -.2003D-03, -.1675D-03, # -.1370D-03, -.1103D-03, -.8765D-04, -.6899D-04, -.5385D-04, # -.4165D-04/ data (calcpts(j,48), j = 1,neta) /-.4289D-06, -.5178D-06, # -.6274D-06, -.7621D-06, -.9198D-06, -.1112D-05, -.1351D-05, # -.1637D-05, -.1984D-05, -.2400D-05, -.2909D-05, -.3527D-05, # -.4273D-05, -.5175D-05, -.6268D-05, -.7597D-05, -.9203D-05, # -.1115D-04, -.1351D-04, -.1637D-04, -.1983D-04, -.2403D-04, # -.2912D-04, -.3527D-04, -.4272D-04, -.5174D-04, -.6264D-04, # -.7582D-04, -.9172D-04, -.1109D-03, -.1339D-03, -.1615D-03, # -.1943D-03, -.2329D-03, -.2775D-03, -.3278D-03, -.3832D-03, # -.4419D-03, -.5019D-03, -.5609D-03, -.6172D-03, -.6690D-03, # -.7152D-03, -.7550D-03, -.7880D-03, -.8138D-03, -.8322D-03, # -.8427D-03, -.8453D-03, -.8395D-03, -.8249D-03, -.8008D-03, # -.7669D-03, -.7226D-03, -.6678D-03, -.6033D-03, -.5315D-03, # -.4565D-03, -.3860D-03, -.3231D-03, -.2767D-03, -.2458D-03, # -.2256D-03, -.2088D-03, -.1903D-03, -.1684D-03, -.1445D-03, # -.1206D-03, -.9858D-04, -.7925D-04, -.6292D-04, -.4952D-04, # -.3852D-04/ data (calcpts(j,49), j = 1,neta) /-.3130D-06, -.3793D-06, # -.4580D-06, -.5590D-06, -.6787D-06, -.8204D-06, -.9885D-06, # -.1201D-05, -.1456D-05, -.1761D-05, -.2137D-05, -.2588D-05, # -.3137D-05, -.3800D-05, -.4604D-05, -.5579D-05, -.6762D-05, # -.8190D-05, -.9926D-05, -.1203D-04, -.1457D-04, -.1765D-04, # -.2138D-04, -.2590D-04, -.3137D-04, -.3800D-04, -.4600D-04, # -.5567D-04, -.6735D-04, -.8141D-04, -.9832D-04, -.1185D-03, # -.1426D-03, -.1708D-03, -.2035D-03, -.2405D-03, -.2811D-03, # -.3241D-03, -.3683D-03, -.4121D-03, -.4539D-03, -.4927D-03, # -.5276D-03, -.5582D-03, -.5840D-03, -.6048D-03, -.6204D-03, # -.6307D-03, -.6355D-03, -.6346D-03, -.6277D-03, -.6146D-03, # -.5947D-03, -.5677D-03, -.5333D-03, -.4915D-03, -.4427D-03, # -.3888D-03, -.3330D-03, -.2798D-03, -.2343D-03, -.2003D-03, # -.1778D-03, -.1630D-03, -.1509D-03, -.1374D-03, -.1215D-03, # -.1041D-03, -.8673D-04, -.7079D-04, -.5686D-04, -.4513D-04, # -.3539D-04/ data (dlaeta(j), j = 1,neta) / # -6d0, -5.83333333d0, -5.66666667d0, -5.5d0, -5.33333333d0, # -5.16666667d0, -5d0, -4.83333333d0, -4.66666667d0, -4.5d0, # -4.33333333d0, -4.16666667d0, -4d0, -3.83333333d0, # -3.66666667d0, -3.5d0, -3.33333333d0, -3.16666667d0, -3d0, # -2.83333333d0, -2.66666667d0, -2.5d0, -2.33333333d0, # -2.16666667d0, -2d0, -1.83333333d0, -1.66666667d0, -1.5d0, # -1.33333333d0, -1.16666667d0, -1d0, -0.83333333d0, -0.66666667d0, # -0.5d0, -0.33333333d0, -0.16666667d0, 0d0, 0.16666667d0, # 0.33333333d0, 0.5d0, 0.66666667d0, 0.83333333d0, 1d0, # 1.16666667d0, 1.33333333d0, 1.5d0, 1.66666667d0, 1.83333333d0, # 2d0, 2.16666667d0, 2.33333333d0, 2.5d0, 2.66666667d0, # 2.83333333d0, 3d0, 3.16666667d0, 3.33333333d0, 3.5d0, # 3.66666667d0, 3.83333333d0, 4d0, 4.16666667d0, 4.33333333d0, # 4.5d0, 4.66666667d0, 4.83333333d0, 5d0, 5.16666667d0, # 5.33333333d0, 5.5d0, 5.66666667d0, 5.83333333d0, 6d0/ data (dlaxi(j), j = 1,nxi) / # -3d0, -2.83333333d0, -2.66666667d0, -2.5d0, -2.33333333d0, # -2.16666667d0, -2d0, -1.83333333d0, -1.66666667d0, -1.5d0, # -1.33333333d0, -1.16666667d0, -1d0, -0.83333333d0, -0.66666667d0, # -0.5d0, -0.33333333d0, -0.16666667d0, 0d0, 0.16666667d0, # 0.33333333d0, 0.5d0, 0.66666667d0, 0.83333333d0, 1d0, # 1.16666667d0, 1.33333333d0, 1.5d0, 1.66666667d0, 1.83333333d0, # 2d0, 2.16666667d0, 2.33333333d0, 2.5d0, 2.66666667d0, # 2.83333333d0, 3d0, 3.16666667d0, 3.33333333d0, 3.5d0, # 3.66666667d0, 3.83333333d0, 4d0, 4.16666667d0, 4.33333333d0, # 4.5d0, 4.66666667d0, 4.83333333d0, 5d0/ dleta = dlog10(eta) dlxi = dlog10(xi) if (dlxi .le. dlaxi(1)) dlxi = dlaxi(1) if (dlxi .ge. dlaxi(nxi)) dlxi = dlaxi(nxi) if (dleta .ge. dlaeta(neta)) dleta = dlaeta(neta) if (dleta .le. dlaeta(1)) dleta = dlaeta(1) call locat(dlaeta,neta, dleta, ieta) call locat(dlaxi, nxi, dlxi, ixi) c interpolating between the appropriate points delxi = 1d0/6d0 deleta = 1d0/6d0 c lagrange 3-pt. if (ixi .le. 2) ixi = 2 if (ixi .ge. 48) ixi = 48 if (ieta .le. 2) ieta = 2 if (ieta .ge. 72) ieta = 72 pxi = (dlxi - dlaxi(ixi))/delxi f(-1) = pxi*(pxi-1d0)/2d0*calcpts(ieta-1,ixi-1) + # (1d0 - pxi**2)*calcpts(ieta-1,ixi) + # pxi*(pxi+1d0)/2d0*calcpts(ieta-1,ixi+1) f(0) = pxi*(pxi-1d0)/2d0*calcpts(ieta,ixi-1) + # (1d0 - pxi**2)*calcpts(ieta,ixi) + # pxi*(pxi+1d0)/2d0*calcpts(ieta,ixi+1) f(1) = pxi*(pxi-1d0)/2d0*calcpts(ieta+1,ixi-1) + # (1d0 - pxi**2)*calcpts(ieta+1,ixi) + # pxi*(pxi+1d0)/2d0*calcpts(ieta+1,ixi+1) peta = (dleta - dlaeta(ieta))/deleta xsctca = peta*(peta-1d0)/2d0*f(-1) + # (1d0 - peta**2)*f(0) + # peta*(peta+1d0)/2d0*f(1) return end DOUBLE PRECISION FUNCTION DAIND1(A,B,FUN,EPS,KEY,MAX,KOUNT,EST) C --------------------------------------------------------------- C INPUTPARAMETERS C A,B LIMITS OF THE INTEGRATION INTERVAL C FUN FUNCTION TO BE INTEGRATED (TO BE DECLARED EXTERNAL IN THE MAIN PR.) C EPS ABSOLUTE OR RELATIVE TOLERANCE,DEPENDING OF THE VALUE OF 'KEY' C KEY =1 THEN 'EPS' DENOTES AN ABSOLUTE, =2 THEN A RELATIVE TOLERANCE C MAX UPPER BOUND ON THE NUMBERS OF INTEGRAND EVALUATIONS (MAX.LE.10000) C C OUTPUTPARAMETERS C KOUNT NUMBER OF INTEGRAND EVALUATIONS C EST ESTIMATION OF THE ABSOLUTE ERROR OF THE APPROXIMATION IMPLICIT REAL*8 (A-H,O-Z) DOUBLE PRECISION MAXIM,MINIM,MODUL1,MODUL2 INTEGER RANG(130) DIMENSION &AINIT(250),END(250),EPSIL(250),PART(250),W1(5),W2(5),W3(6), & X1(5),X2(5) DATA X1/0.973906528517D+0,0.865063366689D+0,0.679409568299D+0, * 0.433395394129D+0,0.148874338981D+0/ DATA X2/0.995657163026D+0,0.930157491356D+0,0.780817726586D+0, * 0.562757134669D+0,0.294392862701D+0/ DATA W1/0.666713443087D-1,0.149451349151D+0,0.219086362516D+0, * 0.269266719310D+0,0.295524224715D+0/ DATA W2/0.325581623080D-1,0.750396748109D-1,0.109387158802D+0, * 0.134709217311D+0,0.147739104901D+0/ DATA W3/0.116946388674D-1,0.547558965744D-1,0.931254545837D-1, * 0.123491976262D+0,0.142775938577D+0,0.149445554003D+0/ DATA TOL/0.23D-15/ MAX1 = (MAX+21)/42+1 MAX2 = MAX1/2+2 ALFA = A BETA = B MAAT = 1 C EVALUATION OF GAUSSIAN AND KRONROD FORMULAS 10 S = 0.5D+0*(BETA-ALFA) U = 0.5D+0*(BETA+ALFA) RES1 = 0.0D+0 RES2 = W3(6)*FUN(U) DO 20 K = 1,5 C = S*X1(K) C = FUN(C+U)+FUN(U-C) RES1 = RES1+W1(K)*C RES2 = RES2+W2(K)*C C = S*X2(K) 20 RES2 =RES2+W3(K)*(FUN(C+U)+FUN(U-C)) PAT = RES2*S MODUL2 = ABS(PAT-RES1*S) IF(MAAT.GT.1) GOTO 50 EST = MODUL2 BINT = PAT KOUNT =21 PART(1) = BINT GOTO 90 30 RANG(1) = 1 AINIT(1) = A END(1) = B EPSIL(1) = EST 40 NR = RANG(1) BINT = BINT-PART(NR) EST =EST-EPSIL(NR) C THE SUBINTERVAL WITH LARGEST ERROR IS SPLIT UP INTO TWO EQUAL PARTS ALFA = AINIT(NR) BETA = (AINIT(NR)+END(NR))*0.5 JJ = 1 MAAT = MAAT+1 GOTO 10 50 EST = EST+MODUL2 BINT = BINT+PAT IF(JJ.EQ.0) GOTO 60 MODUL1 = MODUL2 PAT1 = PAT ALFA = BETA BETA = END(NR) JJ = 0 GOTO 10 60 MA = MAAT IF(MAAT.GT.MAX2) MA = MAX1+3-MAAT IF(MODUL1.GT.MODUL2) GOTO 70 EPSIL(NR) = MODUL2 EPSIL(MAAT) = MODUL1 AINIT(MAAT) = AINIT(NR) AINIT(NR) = ALFA END(MAAT) = ALFA MAXIM = MODUL2 MINIM = MODUL1 PART(NR) = PAT PART(MAAT) = PAT1 GOTO 80 70 EPSIL(NR) = MODUL1 EPSIL(MAAT) = MODUL2 END(MAAT) = BETA END(NR) = ALFA AINIT(MAAT) = ALFA MAXIM = MODUL1 MINIM = MODUL2 PART(NR) = PAT1 PART(MAAT) = PAT 80 KOUNT = KOUNT+42 C TEST ON THE NUMBER OF FUNCTION EVALUATIONS IF(KOUNT.GE.MAX) GOTO 190 90 GOTO (100,110),KEY C TEST ON ABSOLUTE ACCURACY 100 IF(EST.LE.EPS) GOTO 190 GOTO 120 C TEST ON RELATIVE ACCURACY 110 IF(ABS(EPS*BINT).LE.TOL) GOTO 100 IF(EST.LE.ABS(EPS*BINT)) GOTO 190 120 IF(MAAT.EQ.1) GOTO 30 IF(MAAT.GT.2) GOTO 130 RANG(2) = 2 GOTO 40 130 MB = MA-1 C SEARCH FOR THE SUBINTERVAL WITH LARGEST ERROR DO 140 I = 2,MB IR = RANG(I) IF(MAXIM.GE.EPSIL(IR)) GOTO 150 140 RANG(I-1) = RANG(I) RANG(MB) = NR RANG(MA) = MAAT GOTO 40 150 RANG(I-1) = NR DO 160 K = I,MB IR = RANG(K) IF(MINIM.GE.EPSIL(IR)) GOTO 170 160 CONTINUE RANG(MA) = MAAT GOTO 40 170 DO 180 I = K,MB KK = MB-I+K 180 RANG(KK+1) = RANG(KK) RANG(K) = MAAT GOTO 40 C CALCULATION OF THE INTEGRAL 190 AIND1 = 0.0D+0 DO 200 K = 1,MAAT 200 AIND1 = AIND1+PART(K) IF(AIND1.EQ.0.0D+0) & WRITE(6,*) '**** AIND=0.**** EST NOT CALCULATED' IF(AIND1.NE.0.0D+0) EST=EST/AIND1 DAIND1=AIND1 RETURN END c These are the functions that give the asymptotic dependence of the coefficient functions with the appropriate factors. c xi = mq2/m2 (Q^2/m2) c Longitudinal: equation (19) in PLB347 (1995) 143 - 151 real*8 function asymp_l(xi) implicit none real*8 xi, pi, term1, fiim, fjjm parameter (pi = 3.14159265359d0) term1 = 1.d0/(1.d0 + 0.25d0*xi) asymp_l = 1.d0/6.d0/pi*(4.d0/xi - 4.d0/3.d0*term1 # + (1.d0 - 2.d0/xi - 1.d0/6.d0*term1)*fjjm(xi) # - (3.d0/xi + 0.25d0*term1)*fiim(xi)) return end c transverse: equation (20) in PLB347 (1995) 143 - 151 real*8 function asymp_t(xi) implicit none real*8 xi, pi, term1, fiim, fjjm parameter (pi = 3.14159265359d0) term1 = 1.d0/(1.d0 + 0.25d0*xi) asymp_t = 1.d0/6.d0/pi*(-2.d0/3.d0/xi + 4.d0/3.d0*term1 # + (7.d0/6.d0 + 1.d0/3.d0/xi + 1.d0/6.d0*term1)*fjjm(xi) # + (1.d0 + 2.d0/xi + 0.25d0*term1)*fiim(xi)) return end c longitudinal mass factorization: equation (21) in PLB347 (1995) 143 - 151 real*8 function asympbar_l(xi) implicit none real*8 xi, pi, term1, fjjm parameter (pi = 3.14159265359d0) term1 = 1.d0/(1.d0 + 0.25d0*xi) asympbar_l = 1.d0/6.d0/pi*(-6.d0/xi + 0.5d0*term1 # + (3.d0/xi + 0.25d0*term1)*fjjm(xi)) return end c transverse mass factorization: equation (22) in PLB347 (1995) 143 - 151 real*8 function asympbar_t(xi) implicit none real*8 xi, pi, term1, fjjm parameter (pi = 3.14159265359d0) term1 = 1.d0/(1.d0 + 0.25d0*xi) asympbar_t = 1.d0/6.d0/pi*(4.d0/xi - 0.5d0*term1 # - (1.d0 + 2.d0/xi + 0.25d0*term1)*fjjm(xi)) return end c equation (24) in PLB347 (1995) 143 - 151 real*8 function fiim(xi) implicit none real*8 pi, term1, term2, xi, dilog parameter (pi = 3.14159265359d0) term1 = dsqrt(xi) term2 = dsqrt(4.d0 + xi) fiim = 4.d0/term1/term2*(-pi*pi/6.d0 # - 0.5d0*(dlog((term2 + term1)/(term2 - term1)))**2 # + (dlog(0.5d0*(1.d0 - term1/term2)))**2 # + 2.d0*dilog(0.5d0*(1.d0 - term1/term2))) return end c equation (23) in PLB347 (1995) 143 - 151 real*8 function fjjm(xi) implicit none real*8 pi, xi, term1, term2 parameter (pi = 3.14159265359d0) term1 = dsqrt(xi) term2 = dsqrt(4.d0 + xi) fjjm = 4.d0/term1/term2*dlog((term2 + term1)/(term2 - term1)) return end c This gives the transverse Born coefficient as shown in fig 6a of c NPB392 (1993) 162 - 229. For QCD take tf = 1d0/2d0, for QED take c tf = 1d0 c eta = (s - 4d0*m2)/4d0/m2, s is the gamma* gluon (gamma) CM Energy c xi = Q^2/m2 double precision function born_t(eta,xi) implicit none double precision eta, xi, pi, ca, cf, tf parameter (ca = 3d0, cf = 4d0/3d0, tf = 0.5d0) parameter(pi = 3.14159265359d0) born_t = 0.5d0*pi*tf*(1.d0 + eta + 0.25d0*xi)**(-3)* # (-2.d0*((1.d0 + eta - 0.25d0*xi)**2 + eta + 1.d0)* # dsqrt(eta/(1.d0 + eta)) + (2.d0*(1.d0 + eta)**2 + # 0.125d0*xi**2 + 2.d0*eta + 1.d0)* # dlog((dsqrt(1.d0 + eta) + dsqrt(eta))/ # (dsqrt(1.d0 + eta) - dsqrt(eta)))) return end c Longitudinal coefficient function, see above for additional comments c Fig 6b of NPB392(1993) 162 - 229. double precision function born_l(eta,xi) implicit none double precision eta, xi, pi, tf, ca, cf parameter (ca = 3d0, cf = 4d0/3d0, tf = 0.5d0) parameter(pi = 3.14159265359d0) born_l = 0.5d0*pi*tf*xi*(1.d0 + eta + 0.25d0*xi)**(-3.d0)* # (2.d0*dsqrt(eta*(1.d0 + eta)) - # dlog((dsqrt(1.d0 + eta) + dsqrt(eta))/ # (dsqrt(1.d0 + eta) - dsqrt(eta)))) return end double precision function dilog(x) implicit double precision (a-z) dimension b(8) integer ncall data ncall/0/,pi6/1.644934066848226d+00/,een,vier/1.d+00,.25d+00/ ncall = 0 if(ncall.eq.0)go to 2 1 if(x.lt.0)go to 3 if(x.gt.0.5)go to 4 z=-dlog(1.-x) 7 z2=z*z dilog=z*(z2*(z2*(z2*(z2*(z2*(z2*(z2*b(8)+b(7))+b(6)) 1 +b(5))+b(4))+b(3))+b(2))+een)-z2*vier if(x.gt.een)dilog=-dilog-.5*u*u+2.*pi6 return 2 b(1)=een b(2)=een/36. b(3)=-een/3600. b(4)=een/211680. b(5)=-een/(30.*362880.d+00) b(6)=5./(66.*39916800.d+00) b(7)=-691./(2730.*39916800.d+00*156.) b(8)=een/(39916800.d+00*28080.) ncall=1 go to 1 3 if(x.gt.-een)go to 5 y=een/(een-x) z=-dlog(een-y) z2=z*z u=dlog(y) dilog=z*(z2*(z2*(z2*(z2*(z2*(z2*(z2*b(8)+b(7))+b(6)) 1 +b(5))+b(4))+b(3))+b(2))+een)-z2*vier-u*(z+.5*u)-pi6 return 4 if(x.ge.een)go to 10 y=een-x z=-dlog(x) 6 u=dlog(y) z2=z*z dilog=-z*(z2*(z2*(z2*(z2*(z2*(z2*(z2*b(8)+b(7))+b(6)) 1 +b(5))+b(4))+b(3))+b(2))+een-u)+z2*vier+pi6 if(x.gt.een)dilog=-dilog-.5*z*z+pi6*2. return 5 y=een/(een-x) z=-dlog(y) z2=z*z dilog=-z*(z2*(z2*(z2*(z2*(z2*(z2*(z2*b(8)+b(7))+b(6)) 1 +b(5))+b(4))+b(3))+b(2))+een)-z2*vier return 10 if(x.eq.een)go to 20 xx=1./x if(x.gt.2.)go to 11 z=dlog(x) y=1.-xx go to 6 11 u=dlog(x) z=-dlog(1.-xx) go to 7 20 dilog=pi6 return end c this routine gives the value for alpha_s and the parton densities to be c convoluted with the partonic cross sections to give the structure c functions or cross sections. c parton densities must be in MS-bar scheme c the densities used in the subsequent routines are number densities c be sure that is what you use. c also make sure lambda_qcd is set correctly if you choose to change c to a different parton density. c also there is a cut-off built in this routine if the mass factorization c scale is too low. be sure that is consistent with the density c you use c last modified 10.9.96 c more general calls to lambda_qcd, initialized from pdfs. (hold) subroutine fnew(xbj,z) implicit none real*8 Q2 real*8 z, xbj, scale, alphas, xz, mu2, nlf real*8 eh2, pi real*8 gluexz, sumq3, sumelq3 real*8 sumq4, sumelq4, sumq5, sumelq5 real*8 dum, alam4, alam5, alam6, amas4, amas5, amas6 real*8 xmin, qini, qmax real*8 qcdl, qcdl2 real*8 uxz, dxz, ubxz, dbxz, csxz, ssxz, bsxz real*8 alambda,flavor,qsct,qsdt,talpha real*8 upv,dnv,usea,dsea,str,chm,bot,glu real*8 alpha,QPDFXQ character*10 q integer iord, isch, mxflv, ncount, irt integer ifch, nborn, nqcorr, ngcorr, ipdf integer mode integer IFLAG parameter( pi = 3.14159265359d0 ) external alpha external QPDFXQ common/include/nborn, ngcorr, nqcorr, ifch common/coupling/scale, alphas, nlf, eh2 common/glue/gluexz common/lq3/sumq3,sumelq3 common/lq4/sumq4,sumelq4 common/lq5/sumq5,sumelq5 common/pdf/ipdf common/quark/q common/input/alambda,flavor,qsct,qsdt,iord data ncount/0/ save ncount c initialize input from pdfs. c if (ncount .eq. 0) then c do ilam = 4,6 c alam(ilam) = wlamd3(ipdf,iord,idint(xnf c mrst input alambda=0.3 flavor=3. iord=1 qsdt=7.29 qsct=74. talpha=2.d0*dlog(scale/alambda) alphas=alpha(talpha) c print*,'mu2 = ',mu2 c print*,'scale = ',scale xz = xbj/z c determining parton densities (these are number densities rather than c momentum densities, after division by xz) mode=1 c call mrschm(xz,scale,1,upv,dnv,usea,dsea,str,chm,bot,glu) Q2=scale*scale upv=QPDFXQ('UPVAL',xz,Q2,IFLAG) dnv=QPDFXQ('DNVAL',xz,Q2,IFLAG) usea=QPDFXQ('UB',xz,Q2,IFLAG) dsea=QPDFXQ('DB',xz,Q2,IFLAG) str=QPDFXQ('SB',xz,Q2,IFLAG) chm=QPDFXQ('CB',xz,Q2,IFLAG) bot=QPDFXQ('BB',xz,Q2,IFLAG) glu=QPDFXQ('GLUON',xz,Q2,IFLAG) c print*,'xz = ',xz c print*,'scale = ',scale gluexz = glu/xz if (nqcorr .ne. 0) then uxz = (upv+usea)/xz dxz = (dnv+dsea)/xz ubxz = usea/xz dbxz = dsea/xz ssxz = str/xz csxz = chm/xz bsxz = bot/xz c depending upon the number of light flavors (nlf) we choose the light c quark densities for charm nlf = 4, bottom nlf = 5, top nlf = 6. if (q .eq. 'charm') then sumq3 = uxz + ubxz + dxz + dbxz + 2.d0*ssxz sumelq3 = 4.0d0/9.0d0*(uxz + ubxz) + 1.0d0/9.0d0*(dxz # + dbxz) + 1.0d0/9.0d0*(2.d0*ssxz) elseif (q .eq. 'bottom') then sumq4 = uxz + ubxz + dxz + dbxz + 2.d0*ssxz + 2.d0*csxz sumelq4 = 4.0d0/9.0d0*(uxz + ubxz) + 1.0d0/9.0d0*(dxz # + dbxz) + 1.0d0/9.0d0*(2.d0*ssxz) + 4.d0/9.d0*(2.d0*csxz) elseif (q .eq. 'top') then sumq5 = uxz + ubxz + dxz + dbxz + 2.d0*ssxz # + 2.d0*csxz + 2.d0*bsxz sumelq5 = 4.0d0/9.0d0*(uxz + ubxz) + 1.0d0/9.0d0*(dxz # + dbxz) + 1.0d0/9.0d0*(2.d0*ssxz) + 4.d0/9.d0*(2.d0*csxz) # + 1.d0/9.d0*(2.d0*bsxz) endif endif ncount = 1 return end c convolutes the pdf with the born level partonic cross section real*8 function fborn(z) implicit real*8 (a-h, o-z) real*8 z, m2, mq2, eta, xi, xbj, gluexz real*8 fbornt, fbornl integer ifch, nborn, ngcorr, nqcorr common/include/nborn, ngcorr, nqcorr, ifch common/glue/gluexz common/mass/m2, mq2, xbj fborn = 0.d0 xi = mq2/m2 eta = mq2*(1.d0 - z)/z/4.d0/m2 - 1.d0 if (ifch .eq. 0) then fbornl = gluexz*born_l(eta,xi) fbornt = 0.d0 elseif (ifch .eq. 1) then fbornt = gluexz*born_t(eta,xi) fbornl = 0.d0 elseif (ifch .eq. 2) then fbornt = gluexz*born_t(eta,xi) fbornl = gluexz*born_l(eta,xi) endif fborn = fbornl + fbornt return end c convolutes the pdf with the O(alpha_s) gluon-initiated partonic cross section to calculate the appropriate structure function real*8 function fgcorr(z) implicit none real*8 z, m2, mq2, eta, xi, xbj, gluexz real*8 beta, rho real*8 fgtcorr, fglcorr real*8 alphas, pi real*8 scale, nlf, eh2, mu2 real*8 xclca, xclcf, xctca, xctcf, xclbar, xctbar real*8 xsclca, xsclcf, xsctca, xsctcf, xsclba, xsctba real*8 thresha_t, threshf_t, threshbar_t real*8 thresha_l, threshf_l, threshbar_l real*8 asymp_t, asymp_l, asympbar_t, asympbar_l real*8 ca, cf, tf parameter (ca = 3d0, cf = 4d0/3d0, tf = 0.5d0) parameter (pi = 3.1415265359d0) integer ifch, nborn, ngcorr, nqcorr common/include/nborn, ngcorr, nqcorr, ifch common/glue/gluexz common/mass/m2, mq2, xbj common/coupling/scale, alphas, nlf, eh2 xi = mq2/m2 eta = mq2*(1.d0 - z)/z/4.d0/m2 - 1.d0 beta = dsqrt(eta/(1d0 + eta)) rho = 1d0/(1d0 + eta) mu2 = scale*scale if (ifch .eq. 0) then call sclca(eta,xi,xsclca) xclca = ca*tf*(xsclca + beta*asymp_l(xi) + # rho*thresha_l(eta,xi)) call sclcf(eta,xi,xsclcf) xclcf = cf*tf*(xsclcf + rho*threshf_l(eta,xi)) call sclbar(eta,xi,xsclba) xclbar = ca*tf*(xsclba + beta*asympbar_l(xi) + # rho*threshbar_l(eta,xi)) fglcorr = xclca + xclcf + xclbar*dlog(mu2/m2) fgtcorr = 0.d0 elseif (ifch .eq. 1) then call sctca(eta,xi,xsctca) xctca = ca*tf*(xsctca + beta*asymp_t(xi) + # rho*thresha_t(eta,xi)) call sctcf(eta,xi,xsctcf) xctcf = cf*tf*(xsctcf + rho*threshf_t(eta,xi)) call sctbar(eta,xi,xsctba) xctbar = ca*tf*(xsctba + beta*asympbar_t(xi) + # rho*threshbar_t(eta,xi)) fgtcorr = xctca + xctcf + xctbar*dlog(mu2/m2) fglcorr = 0.d0 elseif (ifch .eq. 2) then call sclca(eta,xi,xsclca) xclca = ca*tf*(xsclca + beta*asymp_l(xi) + # rho*thresha_l(eta,xi)) call sclcf(eta,xi,xsclcf) xclcf = cf*tf*(xsclcf + rho*threshf_l(eta,xi)) call sclbar(eta,xi,xsclba) xclbar = ca*tf*(xsclba + beta*asympbar_l(xi) + # rho*threshbar_l(eta,xi)) fglcorr = xclca + xclcf + xclbar*dlog(mu2/m2) call sctca(eta,xi,xsctca) xctca = ca*tf*(xsctca + beta*asymp_t(xi) + # rho*thresha_t(eta,xi)) call sctcf(eta,xi,xsctcf) xctcf = cf*tf*(xsctcf + rho*threshf_t(eta,xi)) call sctbar(eta,xi,xsctba) xctbar = ca*tf*(xsctba + beta*asympbar_t(xi) + # rho*threshbar_t(eta,xi)) fgtcorr = xctca + xctcf + xctbar*dlog(mu2/m2) endif fgcorr = 4d0*pi*alphas*eh2*gluexz*(fglcorr + fgtcorr) return end c assembles the appropriate partonic cross section for the structure function real*8 function fqcorr(z) implicit none real*8 z, m2, mq2, eta, xi, xbj real*8 beta real*8 fqtcorr, fqlcorr real*8 pi, alphas, scale, nlf, eh2 real*8 mu2 real*8 xchql, xclql, xqlbar, xchqt, xclqt, xqtbar real*8 xschql, xsclql, xsqlba, xschqt, xsclqt, xsqtba real*8 sumq3, sumelq3 real*8 sumq4, sumelq4 real*8 sumq5, sumelq5 real*8 thresha_t, threshf_t, threshbar_t real*8 thresha_l, threshf_l, threshbar_l real*8 asymp_t, asymp_l, asympbar_t, asympbar_l real*8 ca, cf, tf parameter (ca = 3d0, cf = 4d0/3d0, tf = 0.5d0) character*10 q parameter (pi = 3.14159265359d0) integer ifch, nborn, ngcorr, nqcorr common/coupling/scale, alphas, nlf, eh2 common/include/nborn, ngcorr, nqcorr, ifch common/mass/m2, mq2, xbj common/lq3/sumq3,sumelq3 common/lq4/sumq4,sumelq4 common/lq5/sumq5,sumelq5 common/quark/q mu2 = scale*scale xi = mq2/m2 eta = mq2*(1.d0 - z)/z/4.d0/m2 - 1.d0 beta = dsqrt(eta/(1d0 + eta)) if (ifch .eq. 0) then call schql(eta,xi,xschql) call sclql(eta,xi,xsclql) call sqlbar(eta,xi,xsqlba) xchql = cf*tf*(xschql + beta**3*asymp_l(xi)) xqlbar = cf*tf*(xsqlba + beta**3*asympbar_l(xi)) xclql = cf*tf*xsclql if (q .eq. 'charm') then fqlcorr = sumq3*eh2*(xchql + xqlbar*dlog(mu2/m2)) # + sumelq3*xclql elseif (q .eq. 'bottom') then fqlcorr = sumq4*eh2*(xchql + xqlbar*dlog(mu2/m2)) # + sumelq4*xclql elseif (q .eq. 'top') then fqlcorr = sumq5*eh2*(xchql + xqlbar*dlog(mu2/m2)) # + sumelq5*xclql endif fqtcorr = 0.d0 elseif (ifch .eq. 1) then call schqt(eta,xi,xschqt) call sclqt(eta,xi,xsclqt) call sqtbar(eta,xi,xsqtba) xchqt = cf*tf*(xschqt + beta**3*asymp_t(xi)) xqtbar = cf*tf*(xsqtba + beta**3*asympbar_t(xi)) xclqt = cf*tf*xsclqt if (q .eq. 'charm') then fqtcorr = sumq3*eh2*(xchqt + xqtbar*dlog(mu2/m2)) # + sumelq3*xclqt elseif (q .eq. 'bottom') then fqtcorr = sumq4*eh2*(xchqt + xqtbar*dlog(mu2/m2)) # + sumelq4*xclqt elseif (q .eq. 'top') then fqtcorr = sumq5*eh2*(xchqt + xqtbar*dlog(mu2/m2)) # + sumelq5*xclqt endif fqlcorr = 0.d0 elseif (ifch .eq. 2) then call schql(eta,xi,xschql) call sclql(eta,xi,xsclql) call sqlbar(eta,xi,xsqlba) xchql = cf*tf*(xschql + beta**3*asymp_l(xi)) xqlbar = cf*tf*(xsqlba + beta**3*asympbar_l(xi)) xclql = cf*tf*xsclql if (q .eq. 'charm') then fqlcorr = sumq3*eh2*(xchql + xqlbar*dlog(mu2/m2)) # + sumelq3*xclql elseif (q .eq. 'bottom') then fqlcorr = sumq4*eh2*(xchql + xqlbar*dlog(mu2/m2)) # + sumelq4*xclql elseif (q .eq. 'top') then fqlcorr = sumq5*eh2*(xchql + xqlbar*dlog(mu2/m2)) # + sumelq5*xclql endif call schqt(eta,xi,xschqt) call sclqt(eta,xi,xsclqt) call sqtbar(eta,xi,xsqtba) xchqt = cf*tf*(xschqt + beta**3*asymp_t(xi)) xqtbar = cf*tf*(xsqtba + beta**3*asympbar_t(xi)) xclqt = cf*tf*xsclqt if (q .eq. 'charm') then fqtcorr = sumq3*eh2*(xchqt + xqtbar*dlog(mu2/m2)) # + sumelq3*xclqt elseif (q .eq. 'bottom') then fqtcorr = sumq4*eh2*(xchqt + xqtbar*dlog(mu2/m2)) # + sumelq4*xclqt elseif (q .eq. 'top') then fqtcorr = sumq5*eh2*(xchqt + xqtbar*dlog(mu2/m2)) # + sumelq5*xclqt endif endif fqcorr = 4d0*pi*alphas*(fqlcorr + fqtcorr) return end double precision function alphadum(t) c DOUBLE PRECISION FUNCTION ALPHA(T) IMPLICIT REAL*8(A-H,O-Z) COMMON/INPUT/alambda,flavor,qsct,qsdt,iord DATA PI/3.14159/ DATA TOL/.0005/ ITH=0 TT=T qsdtt=qsdt/4. qsctt=qsct/4. AL=ALAMBDA AL2=AL*AL FLAV=4. QS=AL2*dEXP(T) if(qs.lt.0.5d0) then !! running stops below 0.5 qs=0.5d0 t=dlog(qs/al2) tt=t endif IF(QS.gt.QSCTT) GO TO 12 IF(QS.lt.QSDTT) GO TO 312 11 CONTINUE B0=11-2.*FLAV/3. IF(IORD)1,1,2 c IF(IORD)2,2,2 !TAKE CARE !! 1 CONTINUE ALPHA=4.*PI/B0/T RETURN 2 CONTINUE X1=4.*PI/B0 B1=102.-38.*FLAV/3. X2=B1/B0**2 AS=X1/T*(1.-X2*dLOG(T)/T) 5 CONTINUE F=-T+X1/AS-X2*dLOG(X1/AS+X2) FP=-X1/AS**2*(1.-X2/(X1/AS+X2)) AS2=AS-F/FP DEL=ABS(F/FP/AS) IF(DEL-TOL)3,3,4 3 CONTINUE ALPHA=AS2 IF(ITH.EQ.0) RETURN GO TO (13,14,15) ITH 4 CONTINUE AS=AS2 GO TO 5 12 ITH=1 T=dLOG(QSCTT/AL2) GO TO 11 13 ALFQC4=ALPHA FLAV=5. ITH=2 GO TO 11 14 ALFQC5=ALPHA ITH=3 T=TT GO TO 11 15 ALFQS5=ALPHA ALFINV=1./ALFQS5+1./ALFQC4-1./ALFQC5 ALPHA=1./ALFINV RETURN 311 CONTINUE B0=11-2.*FLAV/3. IF(IORD)31,31,32 c IF(IORD)32,32,32 !TAKE CARE !! 31 CONTINUE ALPHA=4.*PI/B0/T RETURN 32 CONTINUE X1=4.*PI/B0 B1=102.-38.*FLAV/3. X2=B1/B0**2 AS=X1/T*(1.-X2*dLOG(T)/T) 35 CONTINUE F=-T+X1/AS-X2*dLOG(X1/AS+X2) FP=-X1/AS**2*(1.-X2/(X1/AS+X2)) AS2=AS-F/FP DEL=ABS(F/FP/AS) IF(DEL-TOL)33,33,34 33 CONTINUE ALPHA=AS2 IF(ITH.EQ.0) RETURN GO TO (313,314,315) ITH 34 CONTINUE AS=AS2 GO TO 35 312 ITH=1 T=dLOG(QSDTT/AL2) GO TO 311 313 ALFQC4=ALPHA FLAV=3. ITH=2 GO TO 311 314 ALFQC3=ALPHA ITH=3 T=TT GO TO 311 315 ALFQS3=ALPHA ALFINV=1./ALFQS3+1./ALFQC4-1./ALFQC3 ALPHA=1./ALFINV RETURN END subroutine wat96dum c SUBROUTINE WATE96 C******************************************************************* C***** ***** C***** THE X(I) AND W(I) ARE THE DIRECT OUTPUT FROM A PROGRAM ***** C***** USING NAG ROUTINE D01BCF TO CALCULATE THE ***** C***** GAUSS-LEGENDRE WEIGHTS FOR 96 POINT INTEGRATION. ***** C***** THEY AGREE TO TYPICALLY 14 DECIMAL PLACES WITH THE ***** C***** TABLE IN ABRAMOWITZ & STEGUN, PAGE 919. ***** C***** ***** C***** ----> PETER HARRIMAN, APRIL 3RD 1990. ***** C***** ***** C******************************************************************* IMPLICIT REAL*8 (A-H,O-Z) DIMENSION X(48),W(48) COMMON/GAUS96/XI(96),WI(96),XX(97),NTERMS NTERMS=96 X( 1)= 0.01627674484960183561 X( 2)= 0.04881298513604856015 X( 3)= 0.08129749546442434360 X( 4)= 0.11369585011066471632 X( 5)= 0.14597371465489567682 X( 6)= 0.17809688236761733390 X( 7)= 0.21003131046056591064 X( 8)= 0.24174315616383866556 X( 9)= 0.27319881259104774468 X(10)= 0.30436494435449495954 X(11)= 0.33520852289262397655 X(12)= 0.36569686147231213885 X(13)= 0.39579764982890709712 X(14)= 0.42547898840729897474 X(15)= 0.45470942216774136446 X(16)= 0.48345797392059470382 X(17)= 0.51169417715466604391 X(18)= 0.53938810832435567233 X(19)= 0.56651041856139533470 X(20)= 0.59303236477757022282 X(21)= 0.61892584012546672523 X(22)= 0.64416340378496526886 X(23)= 0.66871831004391424358 X(24)= 0.69256453664216964528 X(25)= 0.71567681234896561582 X(26)= 0.73803064374439816819 X(27)= 0.75960234117664555964 X(28)= 0.78036904386743123629 X(29)= 0.80030874413913884180 X(30)= 0.81940031073792957139 X(31)= 0.83762351122818502758 X(32)= 0.85495903343459936363 X(33)= 0.87138850590929436968 X(34)= 0.88689451740241818933 X(35)= 0.90146063531585023110 X(36)= 0.91507142312089592706 X(37)= 0.92771245672230655266 X(38)= 0.93937033975275308073 X(39)= 0.95003271778443564022 X(40)= 0.95968829144874048809 X(41)= 0.96832682846326217918 X(42)= 0.97593917458513455843 X(43)= 0.98251726356301274934 X(44)= 0.98805412632962202890 X(45)= 0.99254390032376081654 X(46)= 0.99598184298720747465 X(47)= 0.99836437586317963722 X(48)= 0.99968950388322870559 W( 1)= 0.03255061449236316962 W( 2)= 0.03251611871386883307 W( 3)= 0.03244716371406427668 W( 4)= 0.03234382256857594104 W( 5)= 0.03220620479403026124 W( 6)= 0.03203445623199267876 W( 7)= 0.03182875889441101874 W( 8)= 0.03158933077072719007 W( 9)= 0.03131642559686137819 W(10)= 0.03101033258631386231 W(11)= 0.03067137612366917839 W(12)= 0.03029991542082762553 W(13)= 0.02989634413632842385 W(14)= 0.02946108995816795100 W(15)= 0.02899461415055528410 W(16)= 0.02849741106508543861 W(17)= 0.02797000761684838950 W(18)= 0.02741296272602931385 W(19)= 0.02682686672559184485 W(20)= 0.02621234073567250055 W(21)= 0.02557003600534944960 W(22)= 0.02490063322248370695 W(23)= 0.02420484179236479915 W(24)= 0.02348339908592633665 W(25)= 0.02273706965832950717 W(26)= 0.02196664443874448477 W(27)= 0.02117293989219144572 W(28)= 0.02035679715433347898 W(29)= 0.01951908114014518992 W(30)= 0.01866067962741165898 W(31)= 0.01778250231604547316 W(32)= 0.01688547986424539715 W(33)= 0.01597056290256253144 W(34)= 0.01503872102699521608 W(35)= 0.01409094177231515264 W(36)= 0.01312822956696188190 W(37)= 0.01215160467108866759 W(38)= 0.01116210209983888144 W(39)= 0.01016077053500880978 W(40)= 0.00914867123078384552 W(41)= 0.00812687692569928101 W(42)= 0.00709647079115442616 W(43)= 0.00605854550423662775 W(44)= 0.00501420274292825661 W(45)= 0.00396455433844564804 W(46)= 0.00291073181793626202 W(47)= 0.00185396078894924657 W(48)= 0.00079679206555731759 DO 1 I=1,48 XI(I)=-X(49-I) WI(I)=W(49-I) XI(I+48)=X(I) WI(I+48)=W(I) 1 CONTINUE DO 2 I=1,96 2 XX(I)=0.5*(XI(I)+1.) XX(97)=1.0 EXPON=1.0 DO 3 I=1,96 YI=2.*(0.5*(1.+XI(I)))**EXPON-1. WI(I)=WI(I)/(1.+XI(I))*(1.+YI)*EXPON XI(I)=YI XX(I)=0.5*(1.+YI) 3 CONTINUE RETURN END subroutine mrschm(x,q,mode,upv,dnv,usea,dsea,str,chm,bot,glu) implicit real*8(a-h,o-z) data xmin,xmax,qsqmin,qsqmax/1d-5,1d0,1.25d0,1d7/ q2=q*q if(q2.lt.qsqmin.or.q2.gt.qsqmax) print 99 if(x.lt.xmin.or.x.gt.xmax) print 98,x if(mode.eq.1) then call mrsr1(x,q2,upv,dnv,usea,dsea,str,chm,bot,glu) endif 99 format(' WARNING: Q^2 VALUE IS OUT OF RANGE ') 98 format(' WARNING: X VALUE IS OUT OF RANGE ','x= ',e10.5) return end subroutine mrsr1(x,qsq,upv,dnv,usea,dsea,str,chm,bot,glu) implicit real*8(a-h,o-z) parameter(nx=49,nq=37,ntenth=23,np=8) real*8 f(np,nx,nq+1),qq(nq),xx(nx),g(np),n0(np) data xx/1d-5,2d-5,4d-5,6d-5,8d-5, . 1d-4,2d-4,4d-4,6d-4,8d-4, . 1d-3,2d-3,4d-3,6d-3,8d-3, . 1d-2,1.4d-2,2d-2,3d-2,4d-2,6d-2,8d-2, . .1d0,.125d0,.15d0,.175d0,.2d0,.225d0,.25d0,.275d0, . .3d0,.325d0,.35d0,.375d0,.4d0,.425d0,.45d0,.475d0, . .5d0,.525d0,.55d0,.575d0,.6d0,.65d0,.7d0,.75d0, . .8d0,.9d0,1d0/ data qq/1.25d0,1.5d0,2d0,2.5d0,3.2d0,4d0,5d0,6.4d0,8d0,1d1, . 1.2d1,1.8d1,2.6d1,4d1,6.4d1,1d2, . 1.6d2,2.4d2,4d2,6.4d2,1d3,1.8d3,3.2d3,5.6d3,1d4, . 1.8d4,3.2d4,5.6d4,1d5,1.8d5,3.2d5,5.6d5,1d6, . 1.8d6,3.2d6,5.6d6,1d7/ data xmin,xmax,qsqmin,qsqmax/1d-5,1d0,1.25d0,1d7/ data n0/3,4,5,9,9,9,9,9/ data init/0/ save xsave=x q2save=qsq if(init.ne.0) goto 10 c open(unit=33,file='mrst.dat',status='old') open(unit=33,file='/userdisk/zeusqcd/develop/cor01.dat', +status='old') do 20 n=1,nx-1 do 20 m=1,nq read(33,50)f(1,n,m),f(2,n,m),f(3,n,m),f(4,n,m), . f(5,n,m),f(7,n,m),f(6,n,m),f(8,n,m) c notation: 1=uval 2=val 3=glue 4=usea 5=chm 6=str 7=btm 8=dsea do 25 i=1,np 25 f(i,n,m)=f(i,n,m)/(1d0-xx(n))**n0(i) 20 continue do 31 j=1,ntenth-1 xx(j)=dlog10(xx(j)/xx(ntenth))+xx(ntenth) do 31 i=1,8 if(i.eq.5.or.i.eq.7) goto 31 do 30 k=1,nq 30 f(i,j,k)=dlog10(f(i,j,k)/f(i,ntenth,k))+f(i,ntenth,k) 31 continue 50 format(8f10.5) do 40 i=1,np do 40 m=1,nq 40 f(i,nx,m)=0d0 init=1 10 continue if(x.lt.xmin) x=xmin if(x.gt.xmax) x=xmax if(qsq.lt.qsqmin) qsq=qsqmin if(qsq.gt.qsqmax) qsq=qsqmax xxx=x if(x.lt.xx(ntenth)) xxx=dlog10(x/xx(ntenth))+xx(ntenth) n=0 70 n=n+1 if(xxx.gt.xx(n+1)) goto 70 a=(xxx-xx(n))/(xx(n+1)-xx(n)) m=0 80 m=m+1 if(qsq.gt.qq(m+1)) goto 80 b=(qsq-qq(m))/(qq(m+1)-qq(m)) do 60 i=1,np g(i)= (1d0-a)*(1d0-b)*f(i,n,m) + (1d0-a)*b*f(i,n,m+1) . + a*(1d0-b)*f(i,n+1,m) + a*b*f(i,n+1,m+1) if(n.ge.ntenth) goto 65 if(i.eq.5.or.i.eq.7) goto 65 fac=(1d0-b)*f(i,ntenth,m)+b*f(i,ntenth,m+1) g(i)=fac*10d0**(g(i)-fac) 65 continue g(i)=g(i)*(1d0-x)**n0(i) 60 continue upv=g(1) dnv=g(2) usea=g(4) dsea=g(8) str=g(6) chm=g(5) glu=g(3) bot=g(7) x=xsave qsq=q2save return end c For gamma* gluon group structure tf = 1d0/2d0,ca = 3d0, cf = 4d0/3d0 c For gamma* gamma group structure tf = 1d0 ,ca = 0d0, cf = 4d0/3d0 c eta = (W^2 - 4d0*m2)/4d0/m2, W is cm energy of gamma* gluon (gamma) system c xi = mq2/m2 c mq2 = Q^2 (positive) c calculates the complete NLO longitudinal partonic cross section c for gamma* gluon (photon) -> Q + Qbar + gluon modulo factors put in c in the main program. double precision function gcorr_l(eta,xi) implicit none double precision ca, cf, tf, gcorra_l, gcorrf_l, gcorrbar_l double precision eta, xi, pi, beta, rho double precision scale, alphas, nlf, eh2, m2, mq2, xbj, mu2 double precision clca, clcf, clbar double precision S double precision asymp_l, thresha_l, asympbar_l double precision threshbar_l, threshf_l parameter (pi = 3.14159265359d0) parameter (ca = 3d0 , cf = 4d0/3d0, tf = 0.5d0) common/coupling/scale, alphas, nlf, eh2 c common/mass/m2, mq2, xbj, S common/mass/m2, mq2, xbj mu2 = scale*scale beta = dsqrt(eta/(1.d0 + eta)) rho = 1.d0/(1.d0 + eta) gcorra_l = 0.d0 gcorrbar_l = 0.d0 gcorrf_l = 0.d0 c We have separated the contributions by group structure c we have also separated the threshold and asymptotic dependence from the c full result, and what is left is contained in these subroutines c clca corresponds to (33) of PLB347 (1995) 143 - 151. c clcf corresponds to (34) of PLB347 (1995) 143 - 151. c clbar corresponds to (35) of PLB347 (1995) 143 - 151. call sclca(eta,xi,clca) call sclbar(eta,xi,clbar) call sclcf(eta,xi,clcf) gcorra_l = ca*tf*(beta*asymp_l(xi) + rho*thresha_l(eta,xi) # + clca) gcorrf_l = cf*tf*(rho*threshf_l(eta,xi) + clcf) gcorrbar_l = ca*tf*(beta*asympbar_l(xi) + # rho*threshbar_l(eta,xi) + clbar)*dlog(mu2/m2) gcorr_l = 4.d0*pi*alphas*eh2*(gcorra_l + gcorrf_l + gcorrbar_l) return end c calculates the complete NLO transverse partonic cross section c for gamma* gluon (photon) -> Q + Qbar + gluon modulo factors put in c in the main program. c for additional information see top of file double precision function gcorr_t(eta,xi) implicit none double precision ca, cf, tf, gcorra_t, gcorrf_t, gcorrbar_t double precision eta, xi, pi, beta, rho double precision scale, alphas, nlf, eh2, m2, mq2, xbj, mu2 double precision ctca, ctcf, ctbar double precision S double precision asymp_t, thresha_t, asympbar_t double precision threshbar_t, threshf_t parameter (pi = 3.14159265359d0) parameter (ca = 3d0 , cf = 4d0/3d0, tf = 0.5d0) common/coupling/scale, alphas, nlf, eh2 c common/mass/m2, mq2, xbj, S common/mass/m2, mq2, xbj mu2 = scale*scale beta = dsqrt(eta/(1.d0 + eta)) rho = 1.d0/(1.d0 + eta) gcorra_t = 0.d0 gcorrf_t = 0.d0 gcorrbar_t = 0.d0 call sctca(eta,xi,ctca) call sctbar(eta,xi,ctbar) call sctcf(eta,xi,ctcf) gcorra_t = ca*tf*(beta*asymp_t(xi) + rho*thresha_t(eta,xi) # + ctca) gcorrf_t = cf*tf*(rho*threshf_t(eta,xi) + ctcf) gcorrbar_t = ca*tf*(beta*asympbar_t(xi) # + rho*threshbar_t(eta,xi) + ctbar)*dlog(mu2/m2) gcorr_t = 4.d0*pi*alphas*eh2*(gcorra_t + gcorrf_t + gcorrbar_t) return end c routine taken out of Numerical Recipes Subroutine Locat(xx,n,x,j) Integer j,n Double Precision x,xx(n) Integer jl,ju,jm jl = 0 ju = n+1 10 If (ju - jl .gt. 1) then jm = (ju + jl)/2 If ((xx(n) .gt. xx(1)) .eqv. (x .gt. xx(jm))) then jl = jm else ju = jm endif goto 10 endif j = jl return End c eta = (W^2 - 4d0*m2)/4d0/m2, W is cm energy of gamma* light quark system c xi = mq2/m2 c mq2 = Q^2 (positive) c calculates the complete NLO longitudinal partonic cross section c modulo factors put in the main program for the reaction c gamma* light quark -> Q + Qbar + light quark c convolutes the partonic cross section with the parton density real*8 function qcorr_l(eta,xi) implicit none real*8 ca, cf, tf, qcorrh_l, qcorrl_l, qcorrbar_l real*8 eta, xi, beta, pi real*8 scale, alphas, nlf, eh2, m2, mq2, xbj, mu2 real*8 dqll, cqhl, cqhlbar real*8 sumq3, sumelq3 real*8 sumq4, sumelq4 real*8 sumq5, sumelq5 real*8 s real*8 asymp_l, asympbar_l character*10 quark parameter (pi = 3.14159265359d0) parameter (ca = 3d0, cf = 4d0/3d0, tf = 0.5d0) common/coupling/scale, alphas, nlf, eh2 c common/mass/m2, mq2, xbj, S common/mass/m2, mq2, xbj c common blocks for the parton densities depending on the number of flavors common/lq3/sumq3,sumelq3 common/lq4/sumq4,sumelq4 common/lq5/sumq5,sumelq5 common/quark/quark mu2 = scale*scale beta = dsqrt(eta/(1.d0 + eta)) call schql(eta, xi, cqhl) call sqlbar(eta, xi, cqhlbar) call sclql(eta, xi, dqll) c To get charm results if (quark .eq. 'charm') then qcorrh_l = cf*tf*sumq3*eh2*( # (beta**3)*asymp_l(xi) + cqhl) qcorrbar_l = cf*tf*sumq3*eh2*((beta**3)* # asympbar_l(xi) + cqhlbar)*dlog(mu2/m2) qcorrl_l = cf*tf*sumelq3*dqll c To get bottom results elseif (quark .eq. 'bottom') then qcorrh_l = cf*tf*sumq4*eh2*( # (beta**3)*asymp_l(xi) + cqhl) qcorrbar_l = cf*tf*sumq4*eh2*((beta**3)* # asympbar_l(xi) + cqhlbar)*dlog(mu2/m2) qcorrl_l = cf*tf*sumelq4*dqll c To get top results elseif (quark .eq. 'top') then qcorrh_l = cf*tf*sumq5*eh2*( # (beta**3)*asymp_l(xi) + cqhl) qcorrbar_l = cf*tf*sumq5*eh2*((beta**3)* # asympbar_l(xi) + cqhlbar)*dlog(mu2/m2) qcorrl_l = cf*tf*sumelq5*dqll endif qcorr_l = 4.d0*pi*alphas*(qcorrh_l + qcorrbar_l + qcorrl_l) return end c calculates the complete NLO transverse partonic cross section c for gamma* light quark -> Q + Qbar + light quark modulo factors c put in the main program. c for additional information see top of file c convolutes the partonic cross section with the parton density real*8 function qcorr_t(eta,xi) implicit none real*8 ca, cf, tf, qcorrh_t, qcorrl_t, qcorrbar_t real*8 eta, xi, beta, pi real*8 scale, alphas, nlf, eh2, m2, mq2, xbj, mu2 real*8 d1tq, cqht, cqhtbar, d1qbar, dqtb real*8 sumq3, sumelq3 real*8 sumq4, sumelq4 real*8 sumq5, sumelq5 real*8 S real*8 asymp_t, asympbar_t character*10 quark parameter (pi = 3.14159265359d0) parameter (ca = 3d0, cf = 4d0/3d0, tf = 0.5d0) common/coupling/scale, alphas, nlf, eh2 c common/mass/m2, mq2, xbj, S common/mass/m2,mq2,xbj c common blocks for the parton densities depending on the number of flavors common/lq3/sumq3,sumelq3 common/lq4/sumq4,sumelq4 common/lq5/sumq5,sumelq5 common/quark/quark mu2 = scale*scale beta = dsqrt(eta/(1.d0 + eta)) call schqt(eta, xi, cqht) call sqtbar(eta, xi, cqhtbar) call sclqt(eta, xi, d1tq) call sdqtb(eta, xi, dqtb) c To get charm results if (quark .eq. 'charm') then qcorrh_t = cf*tf*sumq3*eh2*( # (beta**3)*asymp_t(xi) + cqht) qcorrbar_t = cf*tf*sumq3*eh2*((beta**3)* # asympbar_t(xi) + cqhtbar)*dlog(mu2/m2) qcorrl_t = cf*tf*sumelq3*(d1tq + dqtb) c To get bottom results elseif (quark .eq. 'bottom') then qcorrh_t = cf*tf*sumq4*eh2*( # (beta**3)*asymp_t(xi) + cqht) qcorrbar_t = cf*tf*sumq4*eh2*((beta**3)* # asympbar_t(xi) + cqhtbar)*dlog(mu2/m2) qcorrl_t = cf*tf*sumelq4*(d1tq + dqtb) c To get top results elseif (quark .eq. 'top') then qcorrh_t = cf*tf*sumq5*eh2*( # (beta**3)*asymp_t(xi) + cqht) qcorrbar_t = cf*tf*sumq5*eh2*((beta**3)* # asympbar_t(xi) + cqhtbar)*dlog(mu2/m2) qcorrl_t = cf*tf*sumelq5*(d1tq + dqtb) endif qcorr_t = 4.d0*pi*alphas*(qcorrh_t + qcorrbar_t + qcorrl_t) return end c the subtracted term from eq (12) of PLB347 (1995) 143 - 151 c transverse gluon initiated piece accompanying the MF log c prop. to e_H^2 subroutine sctbar(eta, xi, xsctba) implicit none integer neta, nxi parameter (neta = 73, nxi = 49) real*8 calcpts(neta, nxi), dlaeta(neta), dlaxi(nxi) real*8 eta, xi, dleta, dlxi, xsctba real*8 pxi, peta, f(-1:1), delxi, deleta integer ieta, ixi, j data (calcpts(j, 1), j = 1,neta) /0.2829D-03, 0.3429D-03, # 0.4153D-03, 0.5032D-03, 0.6093D-03, 0.7385D-03, 0.8944D-03, # 0.1084D-02, 0.1313D-02, 0.1591D-02, 0.1928D-02, 0.2339D-02, # 0.2827D-02, 0.3429D-02, 0.4159D-02, 0.5038D-02, 0.6106D-02, # 0.7404D-02, 0.8979D-02, 0.1089D-01, 0.1322D-01, 0.1605D-01, # 0.1950D-01, 0.2372D-01, 0.2888D-01, 0.3520D-01, 0.4295D-01, # 0.5243D-01, 0.6398D-01, 0.7789D-01, 0.9419D-01, 0.1127D+00, # 0.1321D+00, 0.1504D+00, 0.1646D+00, 0.1713D+00, 0.1691D+00, # 0.1584D+00, 0.1416D+00, 0.1221D+00, 0.1025D+00, 0.8429D-01, # 0.6827D-01, 0.5456D-01, 0.4314D-01, 0.3383D-01, 0.2625D-01, # 0.2023D-01, 0.1549D-01, 0.1175D-01, 0.8913D-02, 0.6710D-02, # 0.4996D-02, 0.3763D-02, 0.2807D-02, 0.2058D-02, 0.1515D-02, # 0.1108D-02, 0.8360D-03, 0.6327D-03, 0.4304D-03, 0.2955D-03, # 0.2278D-03, 0.1604D-03, 0.9327D-04, 0.9293D-04, 0.9271D-04, # 0.2589D-04, 0.2578D-04, 0.2571D-04, 0.2566D-04, 0.2563D-04, # 0.2561D-04/ data (calcpts(j, 2), j = 1,neta) /0.2830D-03, 0.3423D-03, # 0.4154D-03, 0.5027D-03, 0.6095D-03, 0.7380D-03, 0.8946D-03, # 0.1083D-02, 0.1313D-02, 0.1591D-02, 0.1928D-02, 0.2333D-02, # 0.2828D-02, 0.3430D-02, 0.4153D-02, 0.5039D-02, 0.6107D-02, # 0.7399D-02, 0.8973D-02, 0.1089D-01, 0.1321D-01, 0.1604D-01, # 0.1950D-01, 0.2371D-01, 0.2888D-01, 0.3519D-01, 0.4294D-01, # 0.5242D-01, 0.6398D-01, 0.7789D-01, 0.9419D-01, 0.1127D+00, # 0.1321D+00, 0.1504D+00, 0.1645D+00, 0.1713D+00, 0.1691D+00, # 0.1584D+00, 0.1416D+00, 0.1221D+00, 0.1025D+00, 0.8429D-01, # 0.6827D-01, 0.5462D-01, 0.4320D-01, 0.3382D-01, 0.2623D-01, # 0.2021D-01, 0.1548D-01, 0.1173D-01, 0.8899D-02, 0.6697D-02, # 0.5049D-02, 0.3750D-02, 0.2794D-02, 0.2045D-02, 0.1501D-02, # 0.1094D-02, 0.8227D-03, 0.6194D-03, 0.4172D-03, 0.3490D-03, # 0.2146D-03, 0.1472D-03, 0.1467D-03, 0.7970D-04, 0.7948D-04, # 0.7932D-04, 0.1255D-04, 0.1248D-04, 0.1243D-04, 0.1240D-04, # 0.1237D-04/ data (calcpts(j, 3), j = 1,neta) /0.2825D-03, 0.3425D-03, # 0.4150D-03, 0.5030D-03, 0.6091D-03, 0.7384D-03, 0.8943D-03, # 0.1084D-02, 0.1313D-02, 0.1591D-02, 0.1927D-02, 0.2333D-02, # 0.2829D-02, 0.3431D-02, 0.4154D-02, 0.5033D-02, 0.6102D-02, # 0.7400D-02, 0.8975D-02, 0.1088D-01, 0.1322D-01, 0.1605D-01, # 0.1950D-01, 0.2372D-01, 0.2887D-01, 0.3519D-01, 0.4294D-01, # 0.5242D-01, 0.6397D-01, 0.7783D-01, 0.9418D-01, 0.1127D+00, # 0.1321D+00, 0.1503D+00, 0.1645D+00, 0.1713D+00, 0.1691D+00, # 0.1583D+00, 0.1416D+00, 0.1221D+00, 0.1025D+00, 0.8428D-01, # 0.6826D-01, 0.5460D-01, 0.4318D-01, 0.3380D-01, 0.2621D-01, # 0.2019D-01, 0.1546D-01, 0.1178D-01, 0.8880D-02, 0.6677D-02, # 0.5030D-02, 0.3730D-02, 0.2774D-02, 0.2092D-02, 0.1549D-02, # 0.1142D-02, 0.8033D-03, 0.6000D-03, 0.4644D-03, 0.3296D-03, # 0.2618D-03, 0.1945D-03, 0.1273D-03, 0.6031D-04, 0.6008D-04, # 0.5993D-04, 0.5982D-04, -.6914D-05, -.6963D-05, -.6996D-05, # -.7019D-05/ data (calcpts(j, 4), j = 1,neta) /0.2827D-03, 0.3428D-03, # 0.4153D-03, 0.5027D-03, 0.6089D-03, 0.7382D-03, 0.8942D-03, # 0.1083D-02, 0.1313D-02, 0.1591D-02, 0.1927D-02, 0.2335D-02, # 0.2830D-02, 0.3426D-02, 0.4156D-02, 0.5035D-02, 0.6104D-02, # 0.7403D-02, 0.8971D-02, 0.1089D-01, 0.1321D-01, 0.1604D-01, # 0.1949D-01, 0.2371D-01, 0.2887D-01, 0.3519D-01, 0.4293D-01, # 0.5241D-01, 0.6395D-01, 0.7783D-01, 0.9418D-01, 0.1126D+00, # 0.1320D+00, 0.1503D+00, 0.1644D+00, 0.1713D+00, 0.1691D+00, # 0.1583D+00, 0.1416D+00, 0.1221D+00, 0.1024D+00, 0.8428D-01, # 0.6826D-01, 0.5457D-01, 0.4315D-01, 0.3377D-01, 0.2625D-01, # 0.2023D-01, 0.1550D-01, 0.1175D-01, 0.8918D-02, 0.6715D-02, # 0.5001D-02, 0.3768D-02, 0.2813D-02, 0.2064D-02, 0.1520D-02, # 0.1113D-02, 0.8415D-03, 0.6382D-03, 0.4360D-03, 0.3011D-03, # 0.2334D-03, 0.1660D-03, 0.9883D-04, 0.9849D-04, 0.3160D-04, # 0.3145D-04, 0.3134D-04, 0.3127D-04, 0.3122D-04, 0.3119D-04, # 0.3117D-04/ data (calcpts(j, 5), j = 1,neta) /0.2824D-03, 0.3425D-03, # 0.4151D-03, 0.5025D-03, 0.6088D-03, 0.7382D-03, 0.8944D-03, # 0.1083D-02, 0.1313D-02, 0.1591D-02, 0.1927D-02, 0.2336D-02, # 0.2832D-02, 0.3428D-02, 0.4152D-02, 0.5031D-02, 0.6100D-02, # 0.7399D-02, 0.8968D-02, 0.1088D-01, 0.1321D-01, 0.1604D-01, # 0.1949D-01, 0.2370D-01, 0.2886D-01, 0.3518D-01, 0.4292D-01, # 0.5239D-01, 0.6393D-01, 0.7782D-01, 0.9411D-01, 0.1126D+00, # 0.1320D+00, 0.1503D+00, 0.1644D+00, 0.1713D+00, 0.1690D+00, # 0.1583D+00, 0.1415D+00, 0.1221D+00, 0.1024D+00, 0.8427D-01, # 0.6825D-01, 0.5459D-01, 0.4317D-01, 0.3380D-01, 0.2621D-01, # 0.2019D-01, 0.1545D-01, 0.1178D-01, 0.8876D-02, 0.6674D-02, # 0.5026D-02, 0.3727D-02, 0.2771D-02, 0.2089D-02, 0.1545D-02, # 0.1138D-02, 0.7997D-03, 0.5964D-03, 0.4608D-03, 0.3260D-03, # 0.2582D-03, 0.1909D-03, 0.1237D-03, 0.5670D-04, 0.5648D-04, # 0.5632D-04, 0.5622D-04, 0.5615D-04, -.1057D-04, -.1060D-04, # -.1062D-04/ data (calcpts(j, 6), j = 1,neta) /0.2829D-03, 0.3424D-03, # 0.4150D-03, 0.5026D-03, 0.6090D-03, 0.7379D-03, 0.8935D-03, # 0.1083D-02, 0.1312D-02, 0.1590D-02, 0.1925D-02, 0.2332D-02, # 0.2828D-02, 0.3424D-02, 0.4155D-02, 0.5035D-02, 0.6098D-02, # 0.7398D-02, 0.8967D-02, 0.1088D-01, 0.1320D-01, 0.1603D-01, # 0.1948D-01, 0.2369D-01, 0.2885D-01, 0.3516D-01, 0.4290D-01, # 0.5237D-01, 0.6390D-01, 0.7776D-01, 0.9410D-01, 0.1125D+00, # 0.1319D+00, 0.1502D+00, 0.1643D+00, 0.1711D+00, 0.1690D+00, # 0.1582D+00, 0.1415D+00, 0.1220D+00, 0.1024D+00, 0.8425D-01, # 0.6824D-01, 0.5459D-01, 0.4318D-01, 0.3380D-01, 0.2621D-01, # 0.2020D-01, 0.1546D-01, 0.1178D-01, 0.8882D-02, 0.6679D-02, # 0.5031D-02, 0.3732D-02, 0.2776D-02, 0.2094D-02, 0.1550D-02, # 0.1143D-02, 0.8052D-03, 0.6018D-03, 0.4662D-03, 0.3314D-03, # 0.2637D-03, 0.1963D-03, 0.1291D-03, 0.6213D-04, 0.6190D-04, # 0.6175D-04, 0.6164D-04, -.5098D-05, -.5147D-05, -.5180D-05, # -.5203D-05/ data (calcpts(j, 7), j = 1,neta) /0.2822D-03, 0.3418D-03, # 0.4146D-03, 0.5024D-03, 0.6083D-03, 0.7374D-03, 0.8933D-03, # 0.1082D-02, 0.1311D-02, 0.1589D-02, 0.1925D-02, 0.2335D-02, # 0.2825D-02, 0.3422D-02, 0.4147D-02, 0.5028D-02, 0.6098D-02, # 0.7392D-02, 0.8962D-02, 0.1087D-01, 0.1319D-01, 0.1602D-01, # 0.1947D-01, 0.2368D-01, 0.2883D-01, 0.3514D-01, 0.4287D-01, # 0.5234D-01, 0.6386D-01, 0.7775D-01, 0.9403D-01, 0.1124D+00, # 0.1318D+00, 0.1501D+00, 0.1642D+00, 0.1711D+00, 0.1689D+00, # 0.1581D+00, 0.1414D+00, 0.1220D+00, 0.1024D+00, 0.8422D-01, # 0.6822D-01, 0.5457D-01, 0.4315D-01, 0.3378D-01, 0.2626D-01, # 0.2024D-01, 0.1544D-01, 0.1176D-01, 0.8925D-02, 0.6722D-02, # 0.5008D-02, 0.3775D-02, 0.2820D-02, 0.2071D-02, 0.1527D-02, # 0.1120D-02, 0.8487D-03, 0.5787D-03, 0.4431D-03, 0.3083D-03, # 0.2405D-03, 0.1732D-03, 0.1060D-03, 0.1057D-03, 0.3878D-04, # 0.3863D-04, 0.3852D-04, 0.3845D-04, 0.3840D-04, 0.3837D-04, # 0.3835D-04/ data (calcpts(j, 8), j = 1,neta) /0.2819D-03, 0.3417D-03, # 0.4140D-03, 0.5020D-03, 0.6082D-03, 0.7369D-03, 0.8925D-03, # 0.1081D-02, 0.1311D-02, 0.1588D-02, 0.1923D-02, 0.2327D-02, # 0.2824D-02, 0.3422D-02, 0.4148D-02, 0.5023D-02, 0.6094D-02, # 0.7383D-02, 0.8954D-02, 0.1087D-01, 0.1319D-01, 0.1601D-01, # 0.1946D-01, 0.2366D-01, 0.2880D-01, 0.3511D-01, 0.4283D-01, # 0.5229D-01, 0.6380D-01, 0.7762D-01, 0.9395D-01, 0.1123D+00, # 0.1317D+00, 0.1500D+00, 0.1640D+00, 0.1709D+00, 0.1687D+00, # 0.1580D+00, 0.1414D+00, 0.1219D+00, 0.1023D+00, 0.8419D-01, # 0.6819D-01, 0.5450D-01, 0.4315D-01, 0.3378D-01, 0.2626D-01, # 0.2017D-01, 0.1544D-01, 0.1176D-01, 0.8926D-02, 0.6724D-02, # 0.5010D-02, 0.3777D-02, 0.2755D-02, 0.2073D-02, 0.1529D-02, # 0.1122D-02, 0.8504D-03, 0.5805D-03, 0.4449D-03, 0.3100D-03, # 0.2423D-03, 0.1749D-03, 0.1078D-03, 0.1074D-03, 0.4054D-04, # 0.4039D-04, 0.4028D-04, 0.4021D-04, 0.4016D-04, 0.4013D-04, # 0.4011D-04/ data (calcpts(j, 9), j = 1,neta) /0.2821D-03, 0.3414D-03, # 0.4141D-03, 0.5010D-03, 0.6076D-03, 0.7361D-03, 0.8916D-03, # 0.1080D-02, 0.1309D-02, 0.1585D-02, 0.1921D-02, 0.2328D-02, # 0.2820D-02, 0.3419D-02, 0.4139D-02, 0.5022D-02, 0.6082D-02, # 0.7378D-02, 0.8945D-02, 0.1085D-01, 0.1317D-01, 0.1599D-01, # 0.1943D-01, 0.2363D-01, 0.2877D-01, 0.3506D-01, 0.4277D-01, # 0.5221D-01, 0.6370D-01, 0.7755D-01, 0.9379D-01, 0.1121D+00, # 0.1315D+00, 0.1497D+00, 0.1638D+00, 0.1707D+00, 0.1685D+00, # 0.1579D+00, 0.1412D+00, 0.1218D+00, 0.1023D+00, 0.8414D-01, # 0.6816D-01, 0.5450D-01, 0.4309D-01, 0.3378D-01, 0.2620D-01, # 0.2018D-01, 0.1544D-01, 0.1177D-01, 0.8867D-02, 0.6665D-02, # 0.5017D-02, 0.3718D-02, 0.2762D-02, 0.2080D-02, 0.1537D-02, # 0.1130D-02, 0.7915D-03, 0.5882D-03, 0.4526D-03, 0.3177D-03, # 0.2500D-03, 0.1826D-03, 0.1155D-03, 0.1151D-03, 0.4825D-04, # 0.4810D-04, 0.4800D-04, 0.4793D-04, 0.4788D-04, -.1882D-04, # -.1885D-04/ data (calcpts(j,10), j = 1,neta) /0.2816D-03, 0.3406D-03, # 0.4130D-03, 0.5005D-03, 0.6063D-03, 0.7348D-03, 0.8897D-03, # 0.1078D-02, 0.1307D-02, 0.1583D-02, 0.1917D-02, 0.2324D-02, # 0.2812D-02, 0.3413D-02, 0.4136D-02, 0.5014D-02, 0.6076D-02, # 0.7362D-02, 0.8930D-02, 0.1083D-01, 0.1315D-01, 0.1596D-01, # 0.1939D-01, 0.2359D-01, 0.2871D-01, 0.3500D-01, 0.4269D-01, # 0.5211D-01, 0.6357D-01, 0.7734D-01, 0.9356D-01, 0.1119D+00, # 0.1311D+00, 0.1493D+00, 0.1634D+00, 0.1703D+00, 0.1682D+00, # 0.1576D+00, 0.1410D+00, 0.1217D+00, 0.1022D+00, 0.8406D-01, # 0.6810D-01, 0.5448D-01, 0.4307D-01, 0.3376D-01, 0.2618D-01, # 0.2016D-01, 0.1543D-01, 0.1175D-01, 0.8918D-02, 0.6716D-02, # 0.5002D-02, 0.3770D-02, 0.2814D-02, 0.2066D-02, 0.1522D-02, # 0.1115D-02, 0.8435D-03, 0.5735D-03, 0.4379D-03, 0.3031D-03, # 0.2354D-03, 0.1680D-03, 0.1008D-03, 0.1005D-03, 0.3361D-04, # 0.3346D-04, 0.3335D-04, 0.3328D-04, 0.3324D-04, 0.3320D-04, # 0.3318D-04/ data (calcpts(j,11), j = 1,neta) /0.2808D-03, 0.3397D-03, # 0.4121D-03, 0.4989D-03, 0.6049D-03, 0.7330D-03, 0.8876D-03, # 0.1076D-02, 0.1304D-02, 0.1579D-02, 0.1913D-02, 0.2318D-02, # 0.2811D-02, 0.3401D-02, 0.4126D-02, 0.5001D-02, 0.6060D-02, # 0.7342D-02, 0.8908D-02, 0.1080D-01, 0.1311D-01, 0.1592D-01, # 0.1934D-01, 0.2352D-01, 0.2864D-01, 0.3490D-01, 0.4257D-01, # 0.5195D-01, 0.6338D-01, 0.7713D-01, 0.9325D-01, 0.1115D+00, # 0.1307D+00, 0.1489D+00, 0.1630D+00, 0.1698D+00, 0.1678D+00, # 0.1573D+00, 0.1408D+00, 0.1215D+00, 0.1020D+00, 0.8395D-01, # 0.6802D-01, 0.5440D-01, 0.4305D-01, 0.3368D-01, 0.2616D-01, # 0.2015D-01, 0.1541D-01, 0.1174D-01, 0.8907D-02, 0.6705D-02, # 0.4991D-02, 0.3759D-02, 0.2804D-02, 0.2055D-02, 0.1512D-02, # 0.1105D-02, 0.8330D-03, 0.6298D-03, 0.4275D-03, 0.2927D-03, # 0.2250D-03, 0.1576D-03, 0.9045D-04, 0.9012D-04, 0.8989D-04, # 0.2308D-04, 0.2297D-04, 0.2290D-04, 0.2285D-04, 0.2282D-04, # 0.2280D-04/ data (calcpts(j,12), j = 1,neta) /0.2794D-03, 0.3384D-03, # 0.4104D-03, 0.4976D-03, 0.6028D-03, 0.7303D-03, 0.8845D-03, # 0.1072D-02, 0.1298D-02, 0.1573D-02, 0.1906D-02, 0.2310D-02, # 0.2798D-02, 0.3391D-02, 0.4107D-02, 0.4980D-02, 0.6037D-02, # 0.7318D-02, 0.8875D-02, 0.1076D-01, 0.1306D-01, 0.1586D-01, # 0.1927D-01, 0.2343D-01, 0.2853D-01, 0.3476D-01, 0.4239D-01, # 0.5173D-01, 0.6310D-01, 0.7678D-01, 0.9279D-01, 0.1109D+00, # 0.1301D+00, 0.1481D+00, 0.1622D+00, 0.1691D+00, 0.1672D+00, # 0.1568D+00, 0.1404D+00, 0.1212D+00, 0.1018D+00, 0.8379D-01, # 0.6790D-01, 0.5432D-01, 0.4298D-01, 0.3368D-01, 0.2616D-01, # 0.2015D-01, 0.1542D-01, 0.1174D-01, 0.8843D-02, 0.6708D-02, # 0.4995D-02, 0.3762D-02, 0.2807D-02, 0.2059D-02, 0.1515D-02, # 0.1108D-02, 0.8366D-03, 0.6334D-03, 0.4312D-03, 0.2963D-03, # 0.2286D-03, 0.1613D-03, 0.9411D-04, 0.9378D-04, 0.9356D-04, # 0.2674D-04, 0.2664D-04, 0.2657D-04, 0.2652D-04, 0.2649D-04, # 0.2647D-04/ data (calcpts(j,13), j = 1,neta) /0.2781D-03, 0.3369D-03, # 0.4082D-03, 0.4949D-03, 0.5992D-03, 0.7261D-03, 0.8799D-03, # 0.1066D-02, 0.1291D-02, 0.1565D-02, 0.1896D-02, 0.2297D-02, # 0.2783D-02, 0.3376D-02, 0.4084D-02, 0.4957D-02, 0.6001D-02, # 0.7282D-02, 0.8828D-02, 0.1071D-01, 0.1300D-01, 0.1577D-01, # 0.1916D-01, 0.2330D-01, 0.2836D-01, 0.3455D-01, 0.4214D-01, # 0.5141D-01, 0.6268D-01, 0.7623D-01, 0.9216D-01, 0.1102D+00, # 0.1291D+00, 0.1471D+00, 0.1611D+00, 0.1681D+00, 0.1663D+00, # 0.1560D+00, 0.1398D+00, 0.1208D+00, 0.1015D+00, 0.8356D-01, # 0.6773D-01, 0.5417D-01, 0.4290D-01, 0.3360D-01, 0.2609D-01, # 0.2015D-01, 0.1542D-01, 0.1174D-01, 0.8844D-02, 0.6643D-02, # 0.4997D-02, 0.3765D-02, 0.2810D-02, 0.2062D-02, 0.1518D-02, # 0.1111D-02, 0.8399D-03, 0.6366D-03, 0.4344D-03, 0.2996D-03, # 0.2319D-03, 0.1645D-03, 0.9741D-04, 0.9708D-04, 0.9686D-04, # 0.3005D-04, 0.2994D-04, 0.2987D-04, 0.2983D-04, 0.2979D-04, # 0.2977D-04/ data (calcpts(j,14), j = 1,neta) /0.2757D-03, 0.3342D-03, # 0.4053D-03, 0.4909D-03, 0.5944D-03, 0.7208D-03, 0.8734D-03, # 0.1058D-02, 0.1282D-02, 0.1553D-02, 0.1881D-02, 0.2279D-02, # 0.2760D-02, 0.3346D-02, 0.4057D-02, 0.4912D-02, 0.5959D-02, # 0.7225D-02, 0.8761D-02, 0.1063D-01, 0.1289D-01, 0.1565D-01, # 0.1901D-01, 0.2312D-01, 0.2813D-01, 0.3426D-01, 0.4177D-01, # 0.5094D-01, 0.6209D-01, 0.7546D-01, 0.9123D-01, 0.1090D+00, # 0.1277D+00, 0.1456D+00, 0.1595D+00, 0.1666D+00, 0.1649D+00, # 0.1550D+00, 0.1390D+00, 0.1201D+00, 0.1010D+00, 0.8322D-01, # 0.6748D-01, 0.5402D-01, 0.4276D-01, 0.3354D-01, 0.2604D-01, # 0.2009D-01, 0.1537D-01, 0.1169D-01, 0.8864D-02, 0.6664D-02, # 0.5018D-02, 0.3720D-02, 0.2765D-02, 0.2084D-02, 0.1540D-02, # 0.1134D-02, 0.7956D-03, 0.5924D-03, 0.4569D-03, 0.3221D-03, # 0.2544D-03, 0.1870D-03, 0.1199D-03, 0.1196D-03, 0.5270D-04, # 0.5255D-04, 0.5245D-04, 0.5238D-04, -.1433D-04, -.1436D-04, # -.1438D-04/ data (calcpts(j,15), j = 1,neta) /0.2728D-03, 0.3303D-03, # 0.4008D-03, 0.4855D-03, 0.5879D-03, 0.7125D-03, 0.8631D-03, # 0.1045D-02, 0.1267D-02, 0.1535D-02, 0.1860D-02, 0.2254D-02, # 0.2733D-02, 0.3311D-02, 0.4014D-02, 0.4862D-02, 0.5890D-02, # 0.7144D-02, 0.8656D-02, 0.1050D-01, 0.1274D-01, 0.1547D-01, # 0.1879D-01, 0.2284D-01, 0.2779D-01, 0.3384D-01, 0.4124D-01, # 0.5028D-01, 0.6126D-01, 0.7442D-01, 0.8991D-01, 0.1074D+00, # 0.1259D+00, 0.1435D+00, 0.1573D+00, 0.1644D+00, 0.1630D+00, # 0.1534D+00, 0.1378D+00, 0.1192D+00, 0.1004D+00, 0.8273D-01, # 0.6712D-01, 0.5375D-01, 0.4256D-01, 0.3335D-01, 0.2591D-01, # 0.1998D-01, 0.1532D-01, 0.1165D-01, 0.8822D-02, 0.6623D-02, # 0.4978D-02, 0.3748D-02, 0.2793D-02, 0.2045D-02, 0.1502D-02, # 0.1095D-02, 0.8240D-03, 0.6209D-03, 0.4188D-03, 0.3507D-03, # 0.2163D-03, 0.1490D-03, 0.1485D-03, 0.8154D-04, 0.8133D-04, # 0.1452D-04, 0.1442D-04, 0.1435D-04, 0.1431D-04, 0.1427D-04, # 0.1425D-04/ data (calcpts(j,16), j = 1,neta) /0.2682D-03, 0.3250D-03, # 0.3946D-03, 0.4778D-03, 0.5786D-03, 0.7010D-03, 0.8497D-03, # 0.1029D-02, 0.1247D-02, 0.1511D-02, 0.1830D-02, 0.2218D-02, # 0.2686D-02, 0.3253D-02, 0.3946D-02, 0.4780D-02, 0.5795D-02, # 0.7024D-02, 0.8518D-02, 0.1033D-01, 0.1254D-01, 0.1521D-01, # 0.1848D-01, 0.2246D-01, 0.2732D-01, 0.3325D-01, 0.4050D-01, # 0.4935D-01, 0.6008D-01, 0.7296D-01, 0.8805D-01, 0.1051D+00, # 0.1232D+00, 0.1404D+00, 0.1541D+00, 0.1614D+00, 0.1603D+00, # 0.1512D+00, 0.1361D+00, 0.1180D+00, 0.9940D-01, 0.8202D-01, # 0.6661D-01, 0.5338D-01, 0.4228D-01, 0.3315D-01, 0.2579D-01, # 0.1993D-01, 0.1528D-01, 0.1161D-01, 0.8786D-02, 0.6655D-02, # 0.4945D-02, 0.3715D-02, 0.2761D-02, 0.2080D-02, 0.1537D-02, # 0.1131D-02, 0.7928D-03, 0.5897D-03, 0.4543D-03, 0.3196D-03, # 0.2519D-03, 0.1846D-03, 0.1175D-03, 0.1172D-03, 0.5032D-04, # 0.5017D-04, 0.5008D-04, 0.5001D-04, 0.4997D-04, -.1673D-04, # -.1675D-04/ data (calcpts(j,17), j = 1,neta) /0.2625D-03, 0.3178D-03, # 0.3854D-03, 0.4667D-03, 0.5652D-03, 0.6851D-03, 0.8304D-03, # 0.1006D-02, 0.1219D-02, 0.1476D-02, 0.1789D-02, 0.2167D-02, # 0.2629D-02, 0.3185D-02, 0.3855D-02, 0.4675D-02, 0.5665D-02, # 0.6864D-02, 0.8322D-02, 0.1010D-01, 0.1225D-01, 0.1486D-01, # 0.1804D-01, 0.2192D-01, 0.2666D-01, 0.3243D-01, 0.3947D-01, # 0.4806D-01, 0.5845D-01, 0.7091D-01, 0.8548D-01, 0.1020D+00, # 0.1195D+00, 0.1363D+00, 0.1497D+00, 0.1571D+00, 0.1566D+00, # 0.1481D+00, 0.1336D+00, 0.1161D+00, 0.9804D-01, 0.8102D-01, # 0.6588D-01, 0.5284D-01, 0.4189D-01, 0.3291D-01, 0.2564D-01, # 0.1978D-01, 0.1514D-01, 0.1154D-01, 0.8721D-02, 0.6593D-02, # 0.4951D-02, 0.3722D-02, 0.2768D-02, 0.2022D-02, 0.1479D-02, # 0.1139D-02, 0.8017D-03, 0.5988D-03, 0.4634D-03, 0.3287D-03, # 0.2611D-03, 0.1938D-03, 0.1267D-03, 0.5977D-04, 0.5957D-04, # 0.5944D-04, 0.5934D-04, -.7387D-05, -.7430D-05, -.7460D-05, # -.7480D-05/ data (calcpts(j,18), j = 1,neta) /0.2543D-03, 0.3078D-03, # 0.3732D-03, 0.4520D-03, 0.5474D-03, 0.6629D-03, 0.8035D-03, # 0.9733D-03, 0.1180D-02, 0.1429D-02, 0.1731D-02, 0.2098D-02, # 0.2541D-02, 0.3079D-02, 0.3729D-02, 0.4525D-02, 0.5479D-02, # 0.6644D-02, 0.8051D-02, 0.9766D-02, 0.1184D-01, 0.1437D-01, # 0.1745D-01, 0.2119D-01, 0.2575D-01, 0.3131D-01, 0.3808D-01, # 0.4632D-01, 0.5627D-01, 0.6816D-01, 0.8206D-01, 0.9782D-01, # 0.1145D+00, 0.1306D+00, 0.1438D+00, 0.1513D+00, 0.1513D+00, # 0.1437D+00, 0.1302D+00, 0.1135D+00, 0.9614D-01, 0.7963D-01, # 0.6486D-01, 0.5210D-01, 0.4140D-01, 0.3251D-01, 0.2532D-01, # 0.1955D-01, 0.1505D-01, 0.1146D-01, 0.8710D-02, 0.6519D-02, # 0.4945D-02, 0.3651D-02, 0.2766D-02, 0.2020D-02, 0.1478D-02, # 0.1138D-02, 0.8008D-03, 0.5980D-03, 0.4628D-03, 0.3282D-03, # 0.2606D-03, 0.1934D-03, 0.1263D-03, 0.5934D-04, 0.5915D-04, # 0.5902D-04, 0.5893D-04, -.7793D-05, -.7834D-05, -.7862D-05, # -.7881D-05/ data (calcpts(j,19), j = 1,neta) /0.2427D-03, 0.2943D-03, # 0.3564D-03, 0.4321D-03, 0.5233D-03, 0.6339D-03, 0.7677D-03, # 0.9304D-03, 0.1128D-02, 0.1366D-02, 0.1654D-02, 0.2005D-02, # 0.2429D-02, 0.2943D-02, 0.3568D-02, 0.4323D-02, 0.5235D-02, # 0.6346D-02, 0.7694D-02, 0.9331D-02, 0.1131D-01, 0.1372D-01, # 0.1665D-01, 0.2022D-01, 0.2455D-01, 0.2983D-01, 0.3625D-01, # 0.4403D-01, 0.5342D-01, 0.6460D-01, 0.7767D-01, 0.9241D-01, # 0.1081D+00, 0.1234D+00, 0.1360D+00, 0.1437D+00, 0.1443D+00, # 0.1378D+00, 0.1256D+00, 0.1100D+00, 0.9352D-01, 0.7771D-01, # 0.6346D-01, 0.5109D-01, 0.4065D-01, 0.3199D-01, 0.2496D-01, # 0.1934D-01, 0.1485D-01, 0.1134D-01, 0.8593D-02, 0.6472D-02, # 0.4902D-02, 0.3676D-02, 0.2725D-02, 0.2047D-02, 0.1505D-02, # 0.1100D-02, 0.8295D-03, 0.6269D-03, 0.4251D-03, 0.2906D-03, # 0.2231D-03, 0.1559D-03, 0.8884D-04, 0.8859D-04, 0.8841D-04, # 0.2162D-04, 0.2154D-04, 0.2149D-04, 0.2145D-04, 0.2142D-04, # 0.2140D-04/ data (calcpts(j,20), j = 1,neta) /0.2281D-03, 0.2765D-03, # 0.3351D-03, 0.4057D-03, 0.4920D-03, 0.5961D-03, 0.7219D-03, # 0.8744D-03, 0.1060D-02, 0.1284D-02, 0.1555D-02, 0.1885D-02, # 0.2284D-02, 0.2768D-02, 0.3353D-02, 0.4060D-02, 0.4921D-02, # 0.5965D-02, 0.7228D-02, 0.8768D-02, 0.1063D-01, 0.1289D-01, # 0.1564D-01, 0.1897D-01, 0.2303D-01, 0.2795D-01, 0.3393D-01, # 0.4116D-01, 0.4985D-01, 0.6017D-01, 0.7220D-01, 0.8575D-01, # 0.1002D+00, 0.1144D+00, 0.1263D+00, 0.1338D+00, 0.1352D+00, # 0.1300D+00, 0.1193D+00, 0.1053D+00, 0.8999D-01, 0.7513D-01, # 0.6159D-01, 0.4974D-01, 0.3967D-01, 0.3130D-01, 0.2449D-01, # 0.1896D-01, 0.1462D-01, 0.1112D-01, 0.8449D-02, 0.6401D-02, # 0.4834D-02, 0.3611D-02, 0.2662D-02, 0.1985D-02, 0.1511D-02, # 0.1106D-02, 0.7688D-03, 0.5665D-03, 0.4316D-03, 0.2972D-03, # 0.2298D-03, 0.1626D-03, 0.9560D-04, 0.9537D-04, 0.2855D-04, # 0.2844D-04, 0.2836D-04, 0.2831D-04, 0.2828D-04, 0.2826D-04, # 0.2824D-04/ data (calcpts(j,21), j = 1,neta) /0.2103D-03, 0.2549D-03, # 0.3087D-03, 0.3736D-03, 0.4527D-03, 0.5489D-03, 0.6649D-03, # 0.8050D-03, 0.9762D-03, 0.1182D-02, 0.1432D-02, 0.1735D-02, # 0.2103D-02, 0.2547D-02, 0.3085D-02, 0.3741D-02, 0.4530D-02, # 0.5493D-02, 0.6658D-02, 0.8067D-02, 0.9784D-02, 0.1186D-01, # 0.1438D-01, 0.1744D-01, 0.2116D-01, 0.2566D-01, 0.3112D-01, # 0.3769D-01, 0.4558D-01, 0.5491D-01, 0.6575D-01, 0.7794D-01, # 0.9094D-01, 0.1037D+00, 0.1147D+00, 0.1220D+00, 0.1241D+00, # 0.1202D+00, 0.1113D+00, 0.9908D-01, 0.8539D-01, 0.7177D-01, # 0.5916D-01, 0.4799D-01, 0.3842D-01, 0.3041D-01, 0.2384D-01, # 0.1852D-01, 0.1426D-01, 0.1091D-01, 0.8312D-02, 0.6336D-02, # 0.4774D-02, 0.3554D-02, 0.2674D-02, 0.1998D-02, 0.1458D-02, # 0.1120D-02, 0.7841D-03, 0.5821D-03, 0.4474D-03, 0.3131D-03, # 0.2458D-03, 0.1787D-03, 0.1117D-03, 0.1115D-03, 0.4471D-04, # 0.4462D-04, 0.4455D-04, 0.4451D-04, 0.4448D-04, 0.4446D-04, # 0.4445D-04/ data (calcpts(j,22), j = 1,neta) /0.1892D-03, 0.2287D-03, # 0.2776D-03, 0.3361D-03, 0.4075D-03, 0.4932D-03, 0.5976D-03, # 0.7242D-03, 0.8775D-03, 0.1063D-02, 0.1288D-02, 0.1560D-02, # 0.1890D-02, 0.2291D-02, 0.2775D-02, 0.3362D-02, 0.4075D-02, # 0.4940D-02, 0.5984D-02, 0.7251D-02, 0.8790D-02, 0.1066D-01, # 0.1292D-01, 0.1566D-01, 0.1898D-01, 0.2301D-01, 0.2788D-01, # 0.3373D-01, 0.4073D-01, 0.4899D-01, 0.5855D-01, 0.6927D-01, # 0.8071D-01, 0.9201D-01, 0.1019D+00, 0.1087D+00, 0.1111D+00, # 0.1086D+00, 0.1016D+00, 0.9138D-01, 0.7959D-01, 0.6752D-01, # 0.5609D-01, 0.4579D-01, 0.3685D-01, 0.2929D-01, 0.2304D-01, # 0.1796D-01, 0.1389D-01, 0.1066D-01, 0.8130D-02, 0.6135D-02, # 0.4644D-02, 0.3495D-02, 0.2617D-02, 0.1942D-02, 0.1470D-02, # 0.1067D-02, 0.7975D-03, 0.5958D-03, 0.3947D-03, 0.3272D-03, # 0.2600D-03, 0.1930D-03, 0.1261D-03, 0.5924D-04, 0.5913D-04, # 0.5905D-04, 0.5900D-04, 0.5896D-04, -.7732D-05, -.7749D-05, # -.7760D-05/ data (calcpts(j,23), j = 1,neta) /0.1655D-03, 0.2005D-03, # 0.2427D-03, 0.2942D-03, 0.3569D-03, 0.4318D-03, 0.5232D-03, # 0.6342D-03, 0.7686D-03, 0.9306D-03, 0.1128D-02, 0.1366D-02, # 0.1655D-02, 0.2006D-02, 0.2430D-02, 0.2944D-02, 0.3566D-02, # 0.4324D-02, 0.5236D-02, 0.6346D-02, 0.7697D-02, 0.9327D-02, # 0.1130D-01, 0.1370D-01, 0.1660D-01, 0.2012D-01, 0.2435D-01, # 0.2944D-01, 0.3551D-01, 0.4267D-01, 0.5093D-01, 0.6019D-01, # 0.7004D-01, 0.7982D-01, 0.8841D-01, 0.9454D-01, 0.9712D-01, # 0.9561D-01, 0.9035D-01, 0.8227D-01, 0.7258D-01, 0.6234D-01, # 0.5234D-01, 0.4311D-01, 0.3494D-01, 0.2794D-01, 0.2208D-01, # 0.1727D-01, 0.1340D-01, 0.1032D-01, 0.7891D-02, 0.6003D-02, # 0.4538D-02, 0.3418D-02, 0.2556D-02, 0.1909D-02, 0.1419D-02, # 0.1049D-02, 0.7738D-03, 0.5724D-03, 0.4115D-03, 0.3043D-03, # 0.2172D-03, 0.1635D-03, 0.1167D-03, 0.8322D-04, 0.5646D-04, # 0.4307D-04, 0.2969D-04, 0.2300D-04, 0.1631D-04, 0.9633D-05, # 0.2957D-05/ data (calcpts(j,24), j = 1,neta) /0.1409D-03, 0.1707D-03, # 0.2069D-03, 0.2508D-03, 0.3035D-03, 0.3675D-03, 0.4456D-03, # 0.5401D-03, 0.6543D-03, 0.7925D-03, 0.9600D-03, 0.1164D-02, # 0.1410D-02, 0.1708D-02, 0.2069D-02, 0.2507D-02, 0.3038D-02, # 0.3684D-02, 0.4462D-02, 0.5404D-02, 0.6550D-02, 0.7939D-02, # 0.9619D-02, 0.1166D-01, 0.1413D-01, 0.1711D-01, 0.2072D-01, # 0.2504D-01, 0.3019D-01, 0.3626D-01, 0.4327D-01, 0.5112D-01, # 0.5950D-01, 0.6782D-01, 0.7521D-01, 0.8060D-01, 0.8310D-01, # 0.8228D-01, 0.7840D-01, 0.7221D-01, 0.6458D-01, 0.5629D-01, # 0.4793D-01, 0.3996D-01, 0.3271D-01, 0.2636D-01, 0.2096D-01, # 0.1649D-01, 0.1285D-01, 0.9932D-02, 0.7623D-02, 0.5816D-02, # 0.4408D-02, 0.3325D-02, 0.2498D-02, 0.1867D-02, 0.1391D-02, # 0.1029D-02, 0.7605D-03, 0.5595D-03, 0.4122D-03, 0.3051D-03, # 0.2181D-03, 0.1579D-03, 0.1177D-03, 0.8429D-04, 0.6423D-04, # 0.4418D-04, 0.3082D-04, 0.2413D-04, 0.1745D-04, 0.1077D-04, # 0.1076D-04/ data (calcpts(j,25), j = 1,neta) /0.1168D-03, 0.1415D-03, # 0.1715D-03, 0.2077D-03, 0.2514D-03, 0.3048D-03, 0.3695D-03, # 0.4475D-03, 0.5420D-03, 0.6569D-03, 0.7959D-03, 0.9642D-03, # 0.1169D-02, 0.1415D-02, 0.1715D-02, 0.2078D-02, 0.2518D-02, # 0.3051D-02, 0.3697D-02, 0.4481D-02, 0.5431D-02, 0.6581D-02, # 0.7974D-02, 0.9667D-02, 0.1171D-01, 0.1419D-01, 0.1717D-01, # 0.2076D-01, 0.2503D-01, 0.3008D-01, 0.3591D-01, 0.4247D-01, # 0.4949D-01, 0.5653D-01, 0.6285D-01, 0.6757D-01, 0.6993D-01, # 0.6954D-01, 0.6664D-01, 0.6189D-01, 0.5601D-01, 0.4956D-01, # 0.4291D-01, 0.3634D-01, 0.3015D-01, 0.2456D-01, 0.1970D-01, # 0.1560D-01, 0.1222D-01, 0.9487D-02, 0.7313D-02, 0.5599D-02, # 0.4256D-02, 0.3222D-02, 0.2424D-02, 0.1814D-02, 0.1359D-02, # 0.1011D-02, 0.7496D-03, 0.5489D-03, 0.4018D-03, 0.2948D-03, # 0.2146D-03, 0.1611D-03, 0.1143D-03, 0.8092D-04, 0.6087D-04, # 0.4084D-04, 0.3415D-04, 0.2080D-04, 0.1413D-04, 0.1412D-04, # 0.7449D-05/ data (calcpts(j,26), j = 1,neta) /0.9441D-04, 0.1144D-03, # 0.1386D-03, 0.1679D-03, 0.2035D-03, 0.2465D-03, 0.2988D-03, # 0.3618D-03, 0.4387D-03, 0.5310D-03, 0.6434D-03, 0.7796D-03, # 0.9444D-03, 0.1144D-02, 0.1386D-02, 0.1680D-02, 0.2035D-02, # 0.2466D-02, 0.2989D-02, 0.3622D-02, 0.4389D-02, 0.5322D-02, # 0.6448D-02, 0.7811D-02, 0.9470D-02, 0.1148D-01, 0.1389D-01, # 0.1680D-01, 0.2027D-01, 0.2438D-01, 0.2914D-01, 0.3452D-01, # 0.4033D-01, 0.4624D-01, 0.5164D-01, 0.5581D-01, 0.5808D-01, # 0.5806D-01, 0.5589D-01, 0.5214D-01, 0.4753D-01, 0.4257D-01, # 0.3746D-01, 0.3231D-01, 0.2728D-01, 0.2255D-01, 0.1829D-01, # 0.1461D-01, 0.1153D-01, 0.8999D-02, 0.6966D-02, 0.5350D-02, # 0.4084D-02, 0.3099D-02, 0.2343D-02, 0.1761D-02, 0.1313D-02, # 0.9785D-03, 0.7245D-03, 0.5374D-03, 0.3904D-03, 0.2902D-03, # 0.2101D-03, 0.1567D-03, 0.1099D-03, 0.7655D-04, 0.5652D-04, # 0.4316D-04, 0.2982D-04, 0.1647D-04, 0.1647D-04, 0.9795D-05, # 0.3125D-05/ data (calcpts(j,27), j = 1,neta) /0.7459D-04, 0.9038D-04, # 0.1096D-03, 0.1328D-03, 0.1608D-03, 0.1948D-03, 0.2361D-03, # 0.2860D-03, 0.3463D-03, 0.4201D-03, 0.5086D-03, 0.6162D-03, # 0.7467D-03, 0.9047D-03, 0.1096D-02, 0.1328D-02, 0.1609D-02, # 0.1950D-02, 0.2363D-02, 0.2863D-02, 0.3470D-02, 0.4206D-02, # 0.5098D-02, 0.6182D-02, 0.7492D-02, 0.9074D-02, 0.1099D-01, # 0.1330D-01, 0.1607D-01, 0.1933D-01, 0.2315D-01, 0.2749D-01, # 0.3223D-01, 0.3712D-01, 0.4171D-01, 0.4543D-01, 0.4767D-01, # 0.4805D-01, 0.4654D-01, 0.4356D-01, 0.3980D-01, 0.3583D-01, # 0.3191D-01, 0.2802D-01, 0.2413D-01, 0.2032D-01, 0.1674D-01, # 0.1353D-01, 0.1078D-01, 0.8474D-02, 0.6599D-02, 0.5100D-02, # 0.3910D-02, 0.2980D-02, 0.2259D-02, 0.1704D-02, 0.1277D-02, # 0.9560D-03, 0.7089D-03, 0.5286D-03, 0.3884D-03, 0.2883D-03, # 0.2149D-03, 0.1548D-03, 0.1148D-03, 0.8145D-04, 0.6143D-04, # 0.4808D-04, 0.3474D-04, 0.2807D-04, 0.2140D-04, 0.1473D-04, # 0.1472D-04/ data (calcpts(j,28), j = 1,neta) /0.5791D-04, 0.7018D-04, # 0.8503D-04, 0.1030D-03, 0.1248D-03, 0.1512D-03, 0.1832D-03, # 0.2219D-03, 0.2689D-03, 0.3258D-03, 0.3947D-03, 0.4780D-03, # 0.5794D-03, 0.7018D-03, 0.8505D-03, 0.1030D-02, 0.1249D-02, # 0.1513D-02, 0.1834D-02, 0.2222D-02, 0.2693D-02, 0.3264D-02, # 0.3956D-02, 0.4796D-02, 0.5814D-02, 0.7043D-02, 0.8538D-02, # 0.1034D-01, 0.1248D-01, 0.1505D-01, 0.1805D-01, 0.2148D-01, # 0.2527D-01, 0.2925D-01, 0.3310D-01, 0.3637D-01, 0.3858D-01, # 0.3935D-01, 0.3852D-01, 0.3628D-01, 0.3320D-01, 0.2986D-01, # 0.2667D-01, 0.2369D-01, 0.2079D-01, 0.1789D-01, 0.1503D-01, # 0.1235D-01, 0.9957D-02, 0.7905D-02, 0.6194D-02, 0.4811D-02, # 0.3709D-02, 0.2841D-02, 0.2160D-02, 0.1633D-02, 0.1232D-02, # 0.9185D-03, 0.6850D-03, 0.5115D-03, 0.3781D-03, 0.2780D-03, # 0.2046D-03, 0.1512D-03, 0.1112D-03, 0.7787D-04, 0.5786D-04, # 0.4452D-04, 0.3119D-04, 0.2452D-04, 0.1785D-04, 0.1118D-04, # 0.1118D-04/ data (calcpts(j,29), j = 1,neta) /0.4422D-04, 0.5359D-04, # 0.6494D-04, 0.7870D-04, 0.9534D-04, 0.1155D-03, 0.1400D-03, # 0.1695D-03, 0.2054D-03, 0.2489D-03, 0.3015D-03, 0.3653D-03, # 0.4423D-03, 0.5363D-03, 0.6496D-03, 0.7869D-03, 0.9536D-03, # 0.1156D-02, 0.1400D-02, 0.1697D-02, 0.2057D-02, 0.2493D-02, # 0.3022D-02, 0.3664D-02, 0.4441D-02, 0.5384D-02, 0.6524D-02, # 0.7899D-02, 0.9553D-02, 0.1153D-01, 0.1384D-01, 0.1651D-01, # 0.1948D-01, 0.2266D-01, 0.2581D-01, 0.2862D-01, 0.3073D-01, # 0.3179D-01, 0.3158D-01, 0.3012D-01, 0.2772D-01, 0.2490D-01, # 0.2214D-01, 0.1968D-01, 0.1747D-01, 0.1533D-01, 0.1318D-01, # 0.1106D-01, 0.9063D-02, 0.7286D-02, 0.5765D-02, 0.4510D-02, # 0.3496D-02, 0.2688D-02, 0.2055D-02, 0.1561D-02, 0.1174D-02, # 0.8874D-03, 0.6607D-03, 0.4939D-03, 0.3672D-03, 0.2672D-03, # 0.2005D-03, 0.1472D-03, 0.1071D-03, 0.7381D-04, 0.5380D-04, # 0.4047D-04, 0.2713D-04, 0.2046D-04, 0.1379D-04, 0.7127D-05, # 0.7127D-05/ data (calcpts(j,30), j = 1,neta) /0.3339D-04, 0.4040D-04, # 0.4896D-04, 0.5931D-04, 0.7186D-04, 0.8708D-04, 0.1055D-03, # 0.1279D-03, 0.1549D-03, 0.1876D-03, 0.2273D-03, 0.2755D-03, # 0.3337D-03, 0.4043D-03, 0.4899D-03, 0.5933D-03, 0.7195D-03, # 0.8717D-03, 0.1056D-02, 0.1280D-02, 0.1551D-02, 0.1880D-02, # 0.2279D-02, 0.2763D-02, 0.3350D-02, 0.4061D-02, 0.4922D-02, # 0.5962D-02, 0.7212D-02, 0.8703D-02, 0.1047D-01, 0.1251D-01, # 0.1481D-01, 0.1729D-01, 0.1981D-01, 0.2216D-01, 0.2408D-01, # 0.2527D-01, 0.2553D-01, 0.2477D-01, 0.2311D-01, 0.2086D-01, # 0.1846D-01, 0.1628D-01, 0.1443D-01, 0.1281D-01, 0.1125D-01, # 0.9669D-02, 0.8097D-02, 0.6622D-02, 0.5310D-02, 0.4192D-02, # 0.3272D-02, 0.2532D-02, 0.1945D-02, 0.1485D-02, 0.1125D-02, # 0.8448D-03, 0.6381D-03, 0.4781D-03, 0.3514D-03, 0.2648D-03, # 0.1914D-03, 0.1448D-03, 0.1048D-03, 0.7809D-04, 0.5809D-04, # 0.3809D-04, 0.3142D-04, 0.1809D-04, 0.1809D-04, 0.1142D-04, # 0.4756D-05/ data (calcpts(j,31), j = 1,neta) /0.2490D-04, 0.3016D-04, # 0.3654D-04, 0.4428D-04, 0.5367D-04, 0.6502D-04, 0.7877D-04, # 0.9543D-04, 0.1156D-03, 0.1401D-03, 0.1697D-03, 0.2056D-03, # 0.2490D-03, 0.3017D-03, 0.3656D-03, 0.4430D-03, 0.5366D-03, # 0.6505D-03, 0.7880D-03, 0.9552D-03, 0.1158D-02, 0.1403D-02, # 0.1701D-02, 0.2062D-02, 0.2499D-02, 0.3031D-02, 0.3673D-02, # 0.4450D-02, 0.5386D-02, 0.6504D-02, 0.7828D-02, 0.9372D-02, # 0.1112D-01, 0.1302D-01, 0.1501D-01, 0.1691D-01, 0.1855D-01, # 0.1974D-01, 0.2028D-01, 0.2007D-01, 0.1909D-01, 0.1747D-01, # 0.1552D-01, 0.1357D-01, 0.1189D-01, 0.1053D-01, 0.9356D-02, # 0.8220D-02, 0.7059D-02, 0.5903D-02, 0.4817D-02, 0.3855D-02, # 0.3039D-02, 0.2368D-02, 0.1827D-02, 0.1400D-02, 0.1067D-02, # 0.8068D-03, 0.6068D-03, 0.4535D-03, 0.3402D-03, 0.2535D-03, # 0.1869D-03, 0.1402D-03, 0.1002D-03, 0.7354D-04, 0.5354D-04, # 0.4021D-04, 0.2687D-04, 0.2021D-04, 0.1354D-04, 0.1354D-04, # 0.6874D-05/ data (calcpts(j,32), j = 1,neta) /0.1842D-04, 0.2232D-04, # 0.2705D-04, 0.3277D-04, 0.3967D-04, 0.4809D-04, 0.5828D-04, # 0.7059D-04, 0.8552D-04, 0.1036D-03, 0.1255D-03, 0.1521D-03, # 0.1842D-03, 0.2232D-03, 0.2705D-03, 0.3277D-03, 0.3971D-03, # 0.4812D-03, 0.5832D-03, 0.7063D-03, 0.8566D-03, 0.1038D-02, # 0.1258D-02, 0.1525D-02, 0.1849D-02, 0.2242D-02, 0.2717D-02, # 0.3293D-02, 0.3986D-02, 0.4815D-02, 0.5799D-02, 0.6949D-02, # 0.8259D-02, 0.9705D-02, 0.1123D-01, 0.1273D-01, 0.1409D-01, # 0.1517D-01, 0.1583D-01, 0.1597D-01, 0.1551D-01, 0.1450D-01, # 0.1306D-01, 0.1144D-01, 0.9914D-02, 0.8646D-02, 0.7648D-02, # 0.6802D-02, 0.5979D-02, 0.5131D-02, 0.4284D-02, 0.3490D-02, # 0.2787D-02, 0.2193D-02, 0.1706D-02, 0.1315D-02, 0.1007D-02, # 0.7654D-03, 0.5787D-03, 0.4354D-03, 0.3261D-03, 0.2428D-03, # 0.1801D-03, 0.1328D-03, 0.9812D-04, 0.7146D-04, 0.5213D-04, # 0.3813D-04, 0.2746D-04, 0.1946D-04, 0.1413D-04, 0.1013D-04, # 0.6796D-05/ data (calcpts(j,33), j = 1,neta) /0.1353D-04, 0.1639D-04, # 0.1986D-04, 0.2406D-04, 0.2915D-04, 0.3532D-04, 0.4280D-04, # 0.5186D-04, 0.6284D-04, 0.7611D-04, 0.9222D-04, 0.1117D-03, # 0.1353D-03, 0.1640D-03, 0.1987D-03, 0.2407D-03, 0.2917D-03, # 0.3535D-03, 0.4283D-03, 0.5190D-03, 0.6291D-03, 0.7624D-03, # 0.9242D-03, 0.1120D-02, 0.1359D-02, 0.1647D-02, 0.1996D-02, # 0.2419D-02, 0.2929D-02, 0.3539D-02, 0.4264D-02, 0.5114D-02, # 0.6087D-02, 0.7170D-02, 0.8324D-02, 0.9486D-02, 0.1058D-01, # 0.1150D-01, 0.1216D-01, 0.1247D-01, 0.1237D-01, 0.1182D-01, # 0.1089D-01, 0.9674D-02, 0.8381D-02, 0.7203D-02, 0.6260D-02, # 0.5537D-02, 0.4928D-02, 0.4334D-02, 0.3718D-02, 0.3101D-02, # 0.2522D-02, 0.2011D-02, 0.1580D-02, 0.1228D-02, 0.9457D-03, # 0.7231D-03, 0.5498D-03, 0.4151D-03, 0.3125D-03, 0.2338D-03, # 0.1745D-03, 0.1299D-03, 0.9586D-04, 0.7119D-04, 0.5253D-04, # 0.3853D-04, 0.2853D-04, 0.2053D-04, 0.1520D-04, 0.1120D-04, # 0.8532D-05/ data (calcpts(j,34), j = 1,neta) /0.9884D-05, 0.1197D-04, # 0.1451D-04, 0.1758D-04, 0.2129D-04, 0.2579D-04, 0.3125D-04, # 0.3787D-04, 0.4585D-04, 0.5560D-04, 0.6733D-04, 0.8161D-04, # 0.9883D-04, 0.1198D-03, 0.1451D-03, 0.1758D-03, 0.2130D-03, # 0.2581D-03, 0.3128D-03, 0.3790D-03, 0.4594D-03, 0.5567D-03, # 0.6748D-03, 0.8180D-03, 0.9920D-03, 0.1203D-02, 0.1457D-02, # 0.1766D-02, 0.2138D-02, 0.2585D-02, 0.3116D-02, 0.3739D-02, # 0.4456D-02, 0.5258D-02, 0.6121D-02, 0.7005D-02, 0.7857D-02, # 0.8612D-02, 0.9205D-02, 0.9575D-02, 0.9668D-02, 0.9447D-02, # 0.8908D-02, 0.8095D-02, 0.7109D-02, 0.6099D-02, 0.5209D-02, # 0.4514D-02, 0.3993D-02, 0.3557D-02, 0.3130D-02, 0.2683D-02, # 0.2236D-02, 0.1816D-02, 0.1445D-02, 0.1134D-02, 0.8796D-03, # 0.6770D-03, 0.5170D-03, 0.3924D-03, 0.2930D-03, 0.2224D-03, # 0.1664D-03, 0.1237D-03, 0.9174D-04, 0.6774D-04, 0.4974D-04, # 0.3641D-04, 0.2708D-04, 0.1974D-04, 0.1441D-04, 0.1041D-04, # 0.7744D-05/ data (calcpts(j,35), j = 1,neta) /0.7181D-05, 0.8703D-05, # 0.1054D-04, 0.1277D-04, 0.1548D-04, 0.1875D-04, 0.2272D-04, # 0.2752D-04, 0.3334D-04, 0.4039D-04, 0.4895D-04, 0.5928D-04, # 0.7186D-04, 0.8704D-04, 0.1055D-03, 0.1278D-03, 0.1548D-03, # 0.1876D-03, 0.2273D-03, 0.2754D-03, 0.3338D-03, 0.4046D-03, # 0.4904D-03, 0.5944D-03, 0.7209D-03, 0.8739D-03, 0.1059D-02, # 0.1283D-02, 0.1554D-02, 0.1878D-02, 0.2265D-02, 0.2719D-02, # 0.3243D-02, 0.3833D-02, 0.4472D-02, 0.5136D-02, 0.5787D-02, # 0.6385D-02, 0.6885D-02, 0.7246D-02, 0.7428D-02, 0.7396D-02, # 0.7134D-02, 0.6646D-02, 0.5971D-02, 0.5191D-02, 0.4417D-02, # 0.3752D-02, 0.3245D-02, 0.2871D-02, 0.2560D-02, 0.2253D-02, # 0.1931D-02, 0.1607D-02, 0.1303D-02, 0.1036D-02, 0.8116D-03, # 0.6290D-03, 0.4830D-03, 0.3684D-03, 0.2791D-03, 0.2104D-03, # 0.1578D-03, 0.1178D-03, 0.8778D-04, 0.6511D-04, 0.4778D-04, # 0.3512D-04, 0.2578D-04, 0.1845D-04, 0.1378D-04, 0.9784D-05, # 0.7117D-05/ data (calcpts(j,36), j = 1,neta) /0.5199D-05, 0.6298D-05, # 0.7628D-05, 0.9240D-05, 0.1120D-04, 0.1356D-04, 0.1644D-04, # 0.1991D-04, 0.2413D-04, 0.2923D-04, 0.3541D-04, 0.4290D-04, # 0.5199D-04, 0.6297D-04, 0.7629D-04, 0.9246D-04, 0.1120D-03, # 0.1357D-03, 0.1645D-03, 0.1993D-03, 0.2415D-03, 0.2927D-03, # 0.3548D-03, 0.4301D-03, 0.5213D-03, 0.6320D-03, 0.7660D-03, # 0.9282D-03, 0.1124D-02, 0.1359D-02, 0.1639D-02, 0.1969D-02, # 0.2350D-02, 0.2780D-02, 0.3250D-02, 0.3743D-02, 0.4234D-02, # 0.4697D-02, 0.5101D-02, 0.5419D-02, 0.5623D-02, 0.5688D-02, # 0.5595D-02, 0.5336D-02, 0.4918D-02, 0.4375D-02, 0.3771D-02, # 0.3185D-02, 0.2694D-02, 0.2326D-02, 0.2059D-02, 0.1837D-02, # 0.1617D-02, 0.1386D-02, 0.1152D-02, 0.9331D-03, 0.7411D-03, # 0.5799D-03, 0.4492D-03, 0.3446D-03, 0.2626D-03, 0.1993D-03, # 0.1499D-03, 0.1126D-03, 0.8394D-04, 0.6261D-04, 0.4595D-04, # 0.3395D-04, 0.2528D-04, 0.1795D-04, 0.1328D-04, 0.9951D-05, # 0.7284D-05/ data (calcpts(j,37), j = 1,neta) /0.3747D-05, 0.4542D-05, # 0.5498D-05, 0.6662D-05, 0.8071D-05, 0.9782D-05, 0.1185D-04, # 0.1435D-04, 0.1739D-04, 0.2107D-04, 0.2553D-04, 0.3093D-04, # 0.3748D-04, 0.4540D-04, 0.5502D-04, 0.6667D-04, 0.8072D-04, # 0.9783D-04, 0.1185D-03, 0.1437D-03, 0.1741D-03, 0.2110D-03, # 0.2558D-03, 0.3100D-03, 0.3758D-03, 0.4556D-03, 0.5522D-03, # 0.6690D-03, 0.8100D-03, 0.9794D-03, 0.1181D-02, 0.1419D-02, # 0.1695D-02, 0.2008D-02, 0.2351D-02, 0.2714D-02, 0.3080D-02, # 0.3432D-02, 0.3749D-02, 0.4013D-02, 0.4205D-02, 0.4308D-02, # 0.4308D-02, 0.4192D-02, 0.3958D-02, 0.3614D-02, 0.3188D-02, # 0.2726D-02, 0.2289D-02, 0.1928D-02, 0.1663D-02, 0.1473D-02, # 0.1315D-02, 0.1158D-02, 0.9917D-03, 0.8239D-03, 0.6665D-03, # 0.5292D-03, 0.4132D-03, 0.3199D-03, 0.2452D-03, 0.1865D-03, # 0.1412D-03, 0.1066D-03, 0.7989D-04, 0.5923D-04, 0.4389D-04, # 0.3256D-04, 0.2389D-04, 0.1723D-04, 0.1323D-04, 0.9229D-05, # 0.6563D-05/ data (calcpts(j,38), j = 1,neta) /0.2693D-05, 0.3262D-05, # 0.3953D-05, 0.4790D-05, 0.5801D-05, 0.7032D-05, 0.8515D-05, # 0.1032D-04, 0.1250D-04, 0.1514D-04, 0.1835D-04, 0.2223D-04, # 0.2693D-04, 0.3263D-04, 0.3954D-04, 0.4790D-04, 0.5803D-04, # 0.7034D-04, 0.8521D-04, 0.1033D-03, 0.1251D-03, 0.1516D-03, # 0.1838D-03, 0.2228D-03, 0.2700D-03, 0.3273D-03, 0.3967D-03, # 0.4807D-03, 0.5819D-03, 0.7036D-03, 0.8488D-03, 0.1020D-02, # 0.1219D-02, 0.1445D-02, 0.1694D-02, 0.1960D-02, 0.2230D-02, # 0.2494D-02, 0.2738D-02, 0.2949D-02, 0.3115D-02, 0.3224D-02, # 0.3266D-02, 0.3231D-02, 0.3114D-02, 0.2915D-02, 0.2640D-02, # 0.2311D-02, 0.1963D-02, 0.1640D-02, 0.1377D-02, 0.1186D-02, # 0.1051D-02, 0.9394D-03, 0.8273D-03, 0.7081D-03, 0.5877D-03, # 0.4752D-03, 0.3766D-03, 0.2938D-03, 0.2271D-03, 0.1738D-03, # 0.1325D-03, 0.9981D-04, 0.7515D-04, 0.5648D-04, 0.4182D-04, # 0.3115D-04, 0.2315D-04, 0.1648D-04, 0.1248D-04, 0.9150D-05, # 0.6484D-05/ data (calcpts(j,39), j = 1,neta) /0.1929D-05, 0.2338D-05, # 0.2832D-05, 0.3431D-05, 0.4157D-05, 0.5039D-05, 0.6100D-05, # 0.7390D-05, 0.8955D-05, 0.1085D-04, 0.1314D-04, 0.1593D-04, # 0.1930D-04, 0.2338D-04, 0.2833D-04, 0.3433D-04, 0.4159D-04, # 0.5039D-04, 0.6106D-04, 0.7396D-04, 0.8967D-04, 0.1087D-03, # 0.1317D-03, 0.1596D-03, 0.1935D-03, 0.2345D-03, 0.2842D-03, # 0.3443D-03, 0.4170D-03, 0.5041D-03, 0.6082D-03, 0.7312D-03, # 0.8742D-03, 0.1037D-02, 0.1217D-02, 0.1410D-02, 0.1608D-02, # 0.1804D-02, 0.1989D-02, 0.2153D-02, 0.2288D-02, 0.2388D-02, # 0.2445D-02, 0.2452D-02, 0.2404D-02, 0.2298D-02, 0.2134D-02, # 0.1919D-02, 0.1669D-02, 0.1410D-02, 0.1172D-02, 0.9811D-03, # 0.8447D-03, 0.7488D-03, 0.6697D-03, 0.5899D-03, 0.5048D-03, # 0.4188D-03, 0.3383D-03, 0.2679D-03, 0.2091D-03, 0.1614D-03, # 0.1236D-03, 0.9402D-04, 0.7108D-04, 0.5349D-04, 0.3989D-04, # 0.2989D-04, 0.2189D-04, 0.1655D-04, 0.1189D-04, 0.9221D-05, # 0.6554D-05/ data (calcpts(j,40), j = 1,neta) /0.1379D-05, 0.1671D-05, # 0.2025D-05, 0.2453D-05, 0.2972D-05, 0.3600D-05, 0.4362D-05, # 0.5285D-05, 0.6401D-05, 0.7759D-05, 0.9399D-05, 0.1138D-04, # 0.1380D-04, 0.1671D-04, 0.2025D-04, 0.2454D-04, 0.2973D-04, # 0.3602D-04, 0.4364D-04, 0.5288D-04, 0.6408D-04, 0.7768D-04, # 0.9415D-04, 0.1141D-03, 0.1382D-03, 0.1676D-03, 0.2031D-03, # 0.2461D-03, 0.2980D-03, 0.3602D-03, 0.4347D-03, 0.5226D-03, # 0.6251D-03, 0.7419D-03, 0.8716D-03, 0.1011D-02, 0.1155D-02, # 0.1300D-02, 0.1438D-02, 0.1563D-02, 0.1670D-02, 0.1755D-02, # 0.1812D-02, 0.1837D-02, 0.1825D-02, 0.1775D-02, 0.1685D-02, # 0.1554D-02, 0.1389D-02, 0.1201D-02, 0.1009D-02, 0.8352D-03, # 0.6976D-03, 0.6001D-03, 0.5322D-03, 0.4763D-03, 0.4197D-03, # 0.3590D-03, 0.2976D-03, 0.2402D-03, 0.1901D-03, 0.1482D-03, # 0.1143D-03, 0.8746D-04, 0.6646D-04, 0.5026D-04, 0.3773D-04, # 0.2826D-04, 0.2106D-04, 0.1546D-04, 0.1153D-04, 0.8464D-05, # 0.6264D-05/ data (calcpts(j,41), j = 1,neta) /0.9836D-06, 0.1192D-05, # 0.1444D-05, 0.1750D-05, 0.2120D-05, 0.2568D-05, 0.3111D-05, # 0.3769D-05, 0.4567D-05, 0.5531D-05, 0.6704D-05, 0.8123D-05, # 0.9839D-05, 0.1192D-04, 0.1444D-04, 0.1750D-04, 0.2120D-04, # 0.2569D-04, 0.3113D-04, 0.3772D-04, 0.4570D-04, 0.5539D-04, # 0.6713D-04, 0.8134D-04, 0.9861D-04, 0.1195D-03, 0.1449D-03, # 0.1754D-03, 0.2125D-03, 0.2569D-03, 0.3099D-03, 0.3727D-03, # 0.4459D-03, 0.5295D-03, 0.6227D-03, 0.7233D-03, 0.8281D-03, # 0.9335D-03, 0.1036D-02, 0.1130D-02, 0.1213D-02, 0.1281D-02, # 0.1331D-02, 0.1362D-02, 0.1368D-02, 0.1349D-02, 0.1303D-02, # 0.1229D-02, 0.1126D-02, 0.1001D-02, 0.8613D-03, 0.7202D-03, # 0.5940D-03, 0.4950D-03, 0.4256D-03, 0.3776D-03, 0.3382D-03, # 0.2980D-03, 0.2548D-03, 0.2111D-03, 0.1702D-03, 0.1346D-03, # 0.1049D-03, 0.8085D-04, 0.6179D-04, 0.4692D-04, 0.3539D-04, # 0.2659D-04, 0.1985D-04, 0.1466D-04, 0.1092D-04, 0.8055D-05, # 0.5922D-05/ data (calcpts(j,42), j = 1,neta) /0.7004D-06, 0.8482D-06, # 0.1028D-05, 0.1246D-05, 0.1509D-05, 0.1827D-05, 0.2214D-05, # 0.2683D-05, 0.3250D-05, 0.3938D-05, 0.4771D-05, 0.5778D-05, # 0.7001D-05, 0.8488D-05, 0.1028D-04, 0.1245D-04, 0.1509D-04, # 0.1828D-04, 0.2216D-04, 0.2684D-04, 0.3252D-04, 0.3942D-04, # 0.4777D-04, 0.5790D-04, 0.7017D-04, 0.8503D-04, 0.1031D-03, # 0.1248D-03, 0.1512D-03, 0.1828D-03, 0.2205D-03, 0.2653D-03, # 0.3174D-03, 0.3772D-03, 0.4439D-03, 0.5161D-03, 0.5919D-03, # 0.6686D-03, 0.7434D-03, 0.8136D-03, 0.8767D-03, 0.9305D-03, # 0.9725D-03, 0.1001D-02, 0.1015D-02, 0.1012D-02, 0.9913D-03, # 0.9518D-03, 0.8919D-03, 0.8136D-03, 0.7195D-03, 0.6161D-03, # 0.5131D-03, 0.4218D-03, 0.3507D-03, 0.3014D-03, 0.2676D-03, # 0.2398D-03, 0.2113D-03, 0.1806D-03, 0.1496D-03, 0.1206D-03, # 0.9525D-04, 0.7412D-04, 0.5712D-04, 0.4366D-04, 0.3312D-04, # 0.2499D-04, 0.1879D-04, 0.1392D-04, 0.1039D-04, 0.7724D-05, # 0.5658D-05/ data (calcpts(j,43), j = 1,neta) /0.4974D-06, 0.6029D-06, # 0.7301D-06, 0.8846D-06, 0.1071D-05, 0.1298D-05, 0.1573D-05, # 0.1906D-05, 0.2309D-05, 0.2798D-05, 0.3389D-05, 0.4106D-05, # 0.4975D-05, 0.6027D-05, 0.7305D-05, 0.8846D-05, 0.1072D-04, # 0.1299D-04, 0.1574D-04, 0.1907D-04, 0.2311D-04, 0.2800D-04, # 0.3393D-04, 0.4113D-04, 0.4985D-04, 0.6041D-04, 0.7320D-04, # 0.8870D-04, 0.1073D-03, 0.1298D-03, 0.1566D-03, 0.1884D-03, # 0.2256D-03, 0.2681D-03, 0.3157D-03, 0.3675D-03, 0.4220D-03, # 0.4776D-03, 0.5321D-03, 0.5840D-03, 0.6313D-03, 0.6725D-03, # 0.7062D-03, 0.7312D-03, 0.7465D-03, 0.7510D-03, 0.7440D-03, # 0.7243D-03, 0.6914D-03, 0.6450D-03, 0.5856D-03, 0.5156D-03, # 0.4396D-03, 0.3647D-03, 0.2989D-03, 0.2481D-03, 0.2132D-03, # 0.1893D-03, 0.1697D-03, 0.1496D-03, 0.1278D-03, 0.1058D-03, # 0.8526D-04, 0.6726D-04, 0.5232D-04, 0.4032D-04, 0.3079D-04, # 0.2333D-04, 0.1759D-04, 0.1319D-04, 0.9859D-05, 0.7325D-05, # 0.5459D-05/ data (calcpts(j,44), j = 1,neta) /0.3528D-06, 0.4274D-06, # 0.5179D-06, 0.6277D-06, 0.7598D-06, 0.9211D-06, 0.1116D-05, # 0.1352D-05, 0.1638D-05, 0.1984D-05, 0.2404D-05, 0.2912D-05, # 0.3528D-05, 0.4275D-05, 0.5179D-05, 0.6275D-05, 0.7603D-05, # 0.9212D-05, 0.1116D-04, 0.1352D-04, 0.1639D-04, 0.1986D-04, # 0.2406D-04, 0.2916D-04, 0.3535D-04, 0.4284D-04, 0.5190D-04, # 0.6288D-04, 0.7611D-04, 0.9204D-04, 0.1111D-03, 0.1336D-03, # 0.1600D-03, 0.1903D-03, 0.2242D-03, 0.2612D-03, 0.3003D-03, # 0.3403D-03, 0.3800D-03, 0.4180D-03, 0.4531D-03, 0.4843D-03, # 0.5106D-03, 0.5312D-03, 0.5454D-03, 0.5527D-03, 0.5524D-03, # 0.5439D-03, 0.5268D-03, 0.5004D-03, 0.4648D-03, 0.4202D-03, # 0.3685D-03, 0.3130D-03, 0.2588D-03, 0.2115D-03, 0.1753D-03, # 0.1505D-03, 0.1337D-03, 0.1199D-03, 0.1057D-03, 0.9034D-04, # 0.7472D-04, 0.6014D-04, 0.4747D-04, 0.3687D-04, 0.2840D-04, # 0.2167D-04, 0.1640D-04, 0.1240D-04, 0.9271D-05, 0.6938D-05, # 0.5138D-05/ data (calcpts(j,45), j = 1,neta) /0.2498D-06, 0.3026D-06, # 0.3666D-06, 0.4442D-06, 0.5384D-06, 0.6517D-06, 0.7901D-06, # 0.9569D-06, 0.1160D-05, 0.1405D-05, 0.1702D-05, 0.2062D-05, # 0.2499D-05, 0.3027D-05, 0.3667D-05, 0.4443D-05, 0.5383D-05, # 0.6523D-05, 0.7902D-05, 0.9579D-05, 0.1160D-04, 0.1406D-04, # 0.1704D-04, 0.2065D-04, 0.2502D-04, 0.3033D-04, 0.3675D-04, # 0.4452D-04, 0.5389D-04, 0.6516D-04, 0.7864D-04, 0.9462D-04, # 0.1133D-03, 0.1348D-03, 0.1589D-03, 0.1853D-03, 0.2133D-03, # 0.2421D-03, 0.2708D-03, 0.2985D-03, 0.3243D-03, 0.3477D-03, # 0.3678D-03, 0.3841D-03, 0.3963D-03, 0.4039D-03, 0.4067D-03, # 0.4041D-03, 0.3958D-03, 0.3816D-03, 0.3610D-03, 0.3339D-03, # 0.3007D-03, 0.2628D-03, 0.2225D-03, 0.1834D-03, 0.1495D-03, # 0.1237D-03, 0.1062D-03, 0.9438D-04, 0.8469D-04, 0.7467D-04, # 0.6379D-04, 0.5275D-04, 0.4245D-04, 0.3348D-04, 0.2604D-04, # 0.2004D-04, 0.1524D-04, 0.1158D-04, 0.8709D-05, 0.6576D-05, # 0.4909D-05/ data (calcpts(j,46), j = 1,neta) /0.1766D-06, 0.2140D-06, # 0.2593D-06, 0.3141D-06, 0.3805D-06, 0.4610D-06, 0.5583D-06, # 0.6765D-06, 0.8200D-06, 0.9935D-06, 0.1204D-05, 0.1458D-05, # 0.1766D-05, 0.2140D-05, 0.2593D-05, 0.3142D-05, 0.3807D-05, # 0.4612D-05, 0.5588D-05, 0.6771D-05, 0.8207D-05, 0.9939D-05, # 0.1205D-04, 0.1460D-04, 0.1770D-04, 0.2144D-04, 0.2598D-04, # 0.3147D-04, 0.3810D-04, 0.4606D-04, 0.5559D-04, 0.6689D-04, # 0.8012D-04, 0.9534D-04, 0.1125D-03, 0.1312D-03, 0.1512D-03, # 0.1719D-03, 0.1925D-03, 0.2126D-03, 0.2316D-03, 0.2488D-03, # 0.2640D-03, 0.2767D-03, 0.2866D-03, 0.2936D-03, 0.2972D-03, # 0.2976D-03, 0.2942D-03, 0.2869D-03, 0.2754D-03, 0.2595D-03, # 0.2392D-03, 0.2147D-03, 0.1870D-03, 0.1578D-03, 0.1297D-03, # 0.1055D-03, 0.8715D-04, 0.7480D-04, 0.6651D-04, 0.5970D-04, # 0.5264D-04, 0.4496D-04, 0.3716D-04, 0.2989D-04, 0.2356D-04, # 0.1830D-04, 0.1407D-04, 0.1073D-04, 0.8131D-05, 0.6124D-05, # 0.4591D-05/ data (calcpts(j,47), j = 1,neta) /0.1247D-06, 0.1511D-06, # 0.1831D-06, 0.2218D-06, 0.2687D-06, 0.3256D-06, 0.3945D-06, # 0.4779D-06, 0.5790D-06, 0.7013D-06, 0.8498D-06, 0.1029D-05, # 0.1247D-05, 0.1511D-05, 0.1831D-05, 0.2218D-05, 0.2688D-05, # 0.3257D-05, 0.3946D-05, 0.4781D-05, 0.5793D-05, 0.7020D-05, # 0.8506D-05, 0.1031D-04, 0.1249D-04, 0.1514D-04, 0.1834D-04, # 0.2222D-04, 0.2689D-04, 0.3252D-04, 0.3925D-04, 0.4723D-04, # 0.5657D-04, 0.6735D-04, 0.7949D-04, 0.9282D-04, 0.1071D-03, # 0.1218D-03, 0.1366D-03, 0.1512D-03, 0.1650D-03, 0.1777D-03, # 0.1890D-03, 0.1986D-03, 0.2065D-03, 0.2123D-03, 0.2161D-03, # 0.2176D-03, 0.2167D-03, 0.2133D-03, 0.2071D-03, 0.1981D-03, # 0.1860D-03, 0.1709D-03, 0.1530D-03, 0.1328D-03, 0.1118D-03, # 0.9159D-04, 0.7433D-04, 0.6134D-04, 0.5263D-04, 0.4681D-04, # 0.4204D-04, 0.3707D-04, 0.3166D-04, 0.2615D-04, 0.2102D-04, # 0.1656D-04, 0.1286D-04, 0.9878D-05, 0.7524D-05, 0.5698D-05, # 0.4291D-05/ data (calcpts(j,48), j = 1,neta) /0.8797D-07, 0.1066D-06, # 0.1291D-06, 0.1564D-06, 0.1895D-06, 0.2296D-06, 0.2782D-06, # 0.3371D-06, 0.4083D-06, 0.4947D-06, 0.5994D-06, 0.7261D-06, # 0.8796D-06, 0.1066D-05, 0.1291D-05, 0.1565D-05, 0.1896D-05, # 0.2296D-05, 0.2783D-05, 0.3372D-05, 0.4086D-05, 0.4951D-05, # 0.6000D-05, 0.7270D-05, 0.8808D-05, 0.1068D-04, 0.1293D-04, # 0.1567D-04, 0.1897D-04, 0.2293D-04, 0.2767D-04, 0.3331D-04, # 0.3991D-04, 0.4752D-04, 0.5611D-04, 0.6556D-04, 0.7568D-04, # 0.8621D-04, 0.9686D-04, 0.1073D-03, 0.1173D-03, 0.1265D-03, # 0.1350D-03, 0.1422D-03, 0.1482D-03, 0.1530D-03, 0.1564D-03, # 0.1582D-03, 0.1585D-03, 0.1572D-03, 0.1541D-03, 0.1491D-03, # 0.1421D-03, 0.1330D-03, 0.1219D-03, 0.1088D-03, 0.9418D-04, # 0.7904D-04, 0.6462D-04, 0.5233D-04, 0.4313D-04, 0.3700D-04, # 0.3292D-04, 0.2958D-04, 0.2609D-04, 0.2227D-04, 0.1839D-04, # 0.1478D-04, 0.1163D-04, 0.9027D-05, 0.6934D-05, 0.5281D-05, # 0.4001D-05/ data (calcpts(j,49), j = 1,neta) /0.6194D-07, 0.7506D-07, # 0.9095D-07, 0.1102D-06, 0.1335D-06, 0.1617D-06, 0.1960D-06, # 0.2374D-06, 0.2876D-06, 0.3485D-06, 0.4222D-06, 0.5115D-06, # 0.6198D-06, 0.7509D-06, 0.9094D-06, 0.1102D-05, 0.1335D-05, # 0.1618D-05, 0.1960D-05, 0.2375D-05, 0.2878D-05, 0.3488D-05, # 0.4226D-05, 0.5121D-05, 0.6206D-05, 0.7520D-05, 0.9108D-05, # 0.1104D-04, 0.1335D-04, 0.1615D-04, 0.1949D-04, 0.2346D-04, # 0.2811D-04, 0.3348D-04, 0.3956D-04, 0.4625D-04, 0.5343D-04, # 0.6092D-04, 0.6852D-04, 0.7603D-04, 0.8325D-04, 0.8997D-04, # 0.9617D-04, 0.1015D-03, 0.1062D-03, 0.1099D-03, 0.1127D-03, # 0.1145D-03, 0.1153D-03, 0.1150D-03, 0.1135D-03, 0.1109D-03, # 0.1070D-03, 0.1017D-03, 0.9490D-04, 0.8672D-04, 0.7719D-04, # 0.6667D-04, 0.5582D-04, 0.4553D-04, 0.3680D-04, 0.3030D-04, # 0.2599D-04, 0.2313D-04, 0.2079D-04, 0.1833D-04, 0.1565D-04, # 0.1292D-04, 0.1038D-04, 0.8170D-05, 0.6337D-05, 0.4864D-05, # 0.3704D-05/ data (dlaeta(j), j = 1,neta) / # -6d0, -5.83333333d0, -5.66666667d0, -5.5d0, -5.33333333d0, # -5.16666667d0, -5d0, -4.83333333d0, -4.66666667d0, -4.5d0, # -4.33333333d0, -4.16666667d0, -4d0, -3.83333333d0, # -3.66666667d0, -3.5d0, -3.33333333d0, -3.16666667d0, -3d0, # -2.83333333d0, -2.66666667d0, -2.5d0, -2.33333333d0, # -2.16666667d0, -2d0, -1.83333333d0, -1.66666667d0, -1.5d0, # -1.33333333d0, -1.16666667d0, -1d0, -0.83333333d0, -0.66666667d0, # -0.5d0, -0.33333333d0, -0.16666667d0, 0d0, 0.16666667d0, # 0.33333333d0, 0.5d0, 0.66666667d0, 0.83333333d0, 1d0, # 1.16666667d0, 1.33333333d0, 1.5d0, 1.66666667d0, 1.83333333d0, # 2d0, 2.16666667d0, 2.33333333d0, 2.5d0, 2.66666667d0, # 2.83333333d0, 3d0, 3.16666667d0, 3.33333333d0, 3.5d0, # 3.66666667d0, 3.83333333d0, 4d0, 4.16666667d0, 4.33333333d0, # 4.5d0, 4.66666667d0, 4.83333333d0, 5d0, 5.16666667d0, # 5.33333333d0, 5.5d0, 5.66666667d0, 5.83333333d0, 6d0/ data (dlaxi(j), j = 1,nxi) / # -3d0, -2.83333333d0, -2.66666667d0, -2.5d0, -2.33333333d0, # -2.16666667d0, -2d0, -1.83333333d0, -1.66666667d0, -1.5d0, # -1.33333333d0, -1.16666667d0, -1d0, -0.83333333d0, -0.66666667d0, # -0.5d0, -0.33333333d0, -0.16666667d0, 0d0, 0.16666667d0, # 0.33333333d0, 0.5d0, 0.66666667d0, 0.83333333d0, 1d0, # 1.16666667d0, 1.33333333d0, 1.5d0, 1.66666667d0, 1.83333333d0, # 2d0, 2.16666667d0, 2.33333333d0, 2.5d0, 2.66666667d0, # 2.83333333d0, 3d0, 3.16666667d0, 3.33333333d0, 3.5d0, # 3.66666667d0, 3.83333333d0, 4d0, 4.16666667d0, 4.33333333d0, # 4.5d0, 4.66666667d0, 4.83333333d0, 5d0/ dleta = dlog10(eta) dlxi = dlog10(xi) if (dlxi .le. dlaxi(1)) dlxi = dlaxi(1) if (dlxi .ge. dlaxi(nxi)) dlxi = dlaxi(nxi) if (dleta .ge. dlaeta(neta)) dleta = dlaeta(neta) if (dleta .le. dlaeta(1)) dleta = dlaeta(1) call locat(dlaeta,neta, dleta, ieta) call locat(dlaxi, nxi, dlxi, ixi) c interpolating between the appropriate points delxi = 1d0/6d0 deleta = 1d0/6d0 c lagrange 3-pt. if (ixi .le. 2) ixi = 2 if (ixi .ge. 48) ixi = 48 if (ieta .le. 2) ieta = 2 if (ixi .ge. 72) ieta = 72 pxi = (dlxi - dlaxi(ixi))/delxi f(-1) = pxi*(pxi-1d0)/2d0*calcpts(ieta-1,ixi-1) + # (1d0 - pxi**2)*calcpts(ieta-1,ixi) + # pxi*(pxi+1d0)/2d0*calcpts(ieta-1,ixi+1) f(0) = pxi*(pxi-1d0)/2d0*calcpts(ieta,ixi-1) + # (1d0 - pxi**2)*calcpts(ieta,ixi) + # pxi*(pxi+1d0)/2d0*calcpts(ieta,ixi+1) f(1) = pxi*(pxi-1d0)/2d0*calcpts(ieta+1,ixi-1) + # (1d0 - pxi**2)*calcpts(ieta+1,ixi) + # pxi*(pxi+1d0)/2d0*calcpts(ieta+1,ixi+1) peta = (dleta - dlaeta(ieta))/deleta xsctba = peta*(peta-1d0)/2d0*f(-1) + # (1d0 - peta**2)*f(0) + # peta*(peta+1d0)/2d0*f(1) return end c the subtracted term from eq (27) of PLB347 (1995) 143 - 151 c longitudinal light quark initiated piece accompanying MF log. c prop. to e_H^2 subroutine sqlbar(eta, xi, xsqlba) implicit none integer neta, nxi parameter (neta = 73, nxi = 49) real*8 calcpts(neta, nxi), dlaeta(neta), dlaxi(nxi) real*8 eta, xi, dleta, dlxi, xsqlba real*8 pxi, peta, f(-1:1), delxi, deleta integer ieta, ixi, j data (calcpts(j, 1), j = 1,neta) /0.7071D-14, 0.1258D-13, # 0.2235D-13, 0.3975D-13, 0.7071D-13, 0.1257D-12, 0.2236D-12, # 0.3977D-12, 0.7068D-12, 0.1257D-11, 0.2236D-11, 0.3975D-11, # 0.7068D-11, 0.1257D-10, 0.2234D-10, 0.3972D-10, 0.7062D-10, # 0.1255D-09, 0.2229D-09, 0.3959D-09, 0.7023D-09, 0.1245D-08, # 0.2205D-08, 0.3896D-08, 0.6863D-08, 0.1204D-07, 0.2097D-07, # 0.3623D-07, 0.6178D-07, 0.1034D-06, 0.1688D-06, 0.2662D-06, # 0.4012D-06, 0.5725D-06, 0.7658D-06, 0.9555D-06, 0.1113D-05, # 0.1217D-05, 0.1255D-05, 0.1223D-05, 0.1129D-05, 0.9890D-06, # 0.8246D-06, 0.6585D-06, 0.5077D-06, 0.3804D-06, 0.2780D-06, # 0.2007D-06, 0.1423D-06, 0.1004D-06, 0.6907D-07, 0.4861D-07, # 0.3374D-07, 0.2298D-07, 0.1593D-07, 0.1030D-07, 0.8102D-08, # 0.5170D-08, 0.3239D-08, 0.2466D-08, 0.1462D-08, 0.1800D-08, # 0.5305D-09, 0.6874D-09, 0.7944D-09, 0.8672D-09, 0.9168D-09, # -.5494D-09, -.5264D-09, -.5107D-09, -.5000D-09, -.4927D-09, # -.4878D-09/ data (calcpts(j, 2), j = 1,neta) /0.1038D-13, 0.1846D-13, # 0.3281D-13, 0.5835D-13, 0.1038D-12, 0.1845D-12, 0.3282D-12, # 0.5837D-12, 0.1037D-11, 0.1845D-11, 0.3282D-11, 0.5835D-11, # 0.1037D-10, 0.1845D-10, 0.3279D-10, 0.5829D-10, 0.1036D-09, # 0.1842D-09, 0.3272D-09, 0.5811D-09, 0.1031D-08, 0.1828D-08, # 0.3237D-08, 0.5718D-08, 0.1007D-07, 0.1767D-07, 0.3078D-07, # 0.5317D-07, 0.9068D-07, 0.1518D-06, 0.2477D-06, 0.3907D-06, # 0.5888D-06, 0.8403D-06, 0.1124D-05, 0.1403D-05, 0.1635D-05, # 0.1788D-05, 0.1841D-05, 0.1796D-05, 0.1658D-05, 0.1451D-05, # 0.1210D-05, 0.9677D-06, 0.7471D-06, 0.5589D-06, 0.4104D-06, # 0.2951D-06, 0.2097D-06, 0.1473D-06, 0.1041D-06, 0.7141D-07, # 0.4950D-07, 0.3464D-07, 0.2390D-07, 0.1685D-07, 0.1272D-07, # 0.9026D-08, 0.6095D-08, 0.5663D-08, 0.3391D-08, 0.3887D-08, # 0.2724D-08, 0.2955D-08, 0.1612D-08, 0.1719D-08, 0.1791D-08, # 0.1841D-08, 0.1875D-08, 0.1898D-08, 0.1913D-08, 0.1924D-08, # 0.1931D-08/ data (calcpts(j, 3), j = 1,neta) /0.1522D-13, 0.2708D-13, # 0.4812D-13, 0.8559D-13, 0.1522D-12, 0.2707D-12, 0.4814D-12, # 0.8562D-12, 0.1522D-11, 0.2706D-11, 0.4814D-11, 0.8559D-11, # 0.1522D-10, 0.2706D-10, 0.4809D-10, 0.8551D-10, 0.1520D-09, # 0.2701D-09, 0.4799D-09, 0.8524D-09, 0.1512D-08, 0.2681D-08, # 0.4748D-08, 0.8388D-08, 0.1478D-07, 0.2592D-07, 0.4515D-07, # 0.7800D-07, 0.1330D-06, 0.2226D-06, 0.3633D-06, 0.5731D-06, # 0.8638D-06, 0.1233D-05, 0.1649D-05, 0.2058D-05, 0.2397D-05, # 0.2621D-05, 0.2701D-05, 0.2633D-05, 0.2429D-05, 0.2126D-05, # 0.1772D-05, 0.1416D-05, 0.1091D-05, 0.8163D-06, 0.5969D-06, # 0.4288D-06, 0.3029D-06, 0.2122D-06, 0.1470D-06, 0.1055D-06, # 0.6832D-07, 0.3893D-07, 0.3458D-07, 0.2684D-07, 0.1679D-07, # 0.5163D-08, 0.7463D-08, 0.9030D-08, -.4902D-08, -.4174D-08, # -.3679D-08, -.3341D-08, -.3111D-08, -.2954D-08, -.2847D-08, # -.2774D-08, -.2725D-08, -.2691D-08, -.2668D-08, -.2652D-08, # -.2642D-08/ data (calcpts(j, 4), j = 1,neta) /0.2234D-13, 0.3973D-13, # 0.7061D-13, 0.1256D-12, 0.2234D-12, 0.3972D-12, 0.7063D-12, # 0.1256D-11, 0.2233D-11, 0.3971D-11, 0.7063D-11, 0.1256D-10, # 0.2233D-10, 0.3971D-10, 0.7057D-10, 0.1255D-09, 0.2231D-09, # 0.3964D-09, 0.7042D-09, 0.1251D-08, 0.2219D-08, 0.3934D-08, # 0.6967D-08, 0.1231D-07, 0.2168D-07, 0.3803D-07, 0.6626D-07, # 0.1145D-06, 0.1952D-06, 0.3267D-06, 0.5332D-06, 0.8410D-06, # 0.1268D-05, 0.1809D-05, 0.2420D-05, 0.3020D-05, 0.3519D-05, # 0.3848D-05, 0.3965D-05, 0.3865D-05, 0.3568D-05, 0.3128D-05, # 0.2606D-05, 0.2084D-05, 0.1606D-05, 0.1202D-05, 0.8735D-06, # 0.6284D-06, 0.4504D-06, 0.3150D-06, 0.2217D-06, 0.1508D-06, # 0.1093D-06, 0.7222D-07, 0.4284D-07, 0.3850D-07, 0.1576D-07, # 0.2071D-07, 0.9091D-08, 0.1139D-07, -.2043D-08, -.9755D-09, # -.2487D-09, 0.2471D-09, 0.5849D-09, 0.8149D-09, 0.9716D-09, # 0.1078D-08, 0.1151D-08, 0.1201D-08, 0.1234D-08, 0.1257D-08, # 0.1273D-08/ data (calcpts(j, 5), j = 1,neta) /0.3277D-13, 0.5829D-13, # 0.1036D-12, 0.1843D-12, 0.3277D-12, 0.5827D-12, 0.1036D-11, # 0.1843D-11, 0.3276D-11, 0.5826D-11, 0.1036D-10, 0.1842D-10, # 0.3276D-10, 0.5826D-10, 0.1035D-09, 0.1841D-09, 0.3273D-09, # 0.5816D-09, 0.1033D-08, 0.1835D-08, 0.3255D-08, 0.5772D-08, # 0.1022D-07, 0.1806D-07, 0.3181D-07, 0.5580D-07, 0.9721D-07, # 0.1679D-06, 0.2864D-06, 0.4793D-06, 0.7823D-06, 0.1234D-05, # 0.1860D-05, 0.2655D-05, 0.3553D-05, 0.4433D-05, 0.5166D-05, # 0.5649D-05, 0.5822D-05, 0.5680D-05, 0.5241D-05, 0.4590D-05, # 0.3820D-05, 0.3061D-05, 0.2354D-05, 0.1770D-05, 0.1289D-05, # 0.9368D-06, 0.6648D-06, 0.4732D-06, 0.3234D-06, 0.2304D-06, # 0.1596D-06, 0.1032D-06, 0.8115D-07, 0.5179D-07, 0.3243D-07, # 0.2470D-07, 0.1466D-07, 0.1803D-07, 0.5327D-08, 0.6894D-08, # 0.7960D-08, 0.8687D-08, 0.9183D-08, 0.9520D-08, 0.9750D-08, # 0.9907D-08, 0.1001D-07, 0.1009D-07, 0.1014D-07, 0.1017D-07, # 0.1019D-07/ data (calcpts(j, 6), j = 1,neta) /0.4805D-13, 0.8547D-13, # 0.1519D-12, 0.2702D-12, 0.4806D-12, 0.8545D-12, 0.1519D-11, # 0.2703D-11, 0.4803D-11, 0.8543D-11, 0.1520D-10, 0.2702D-10, # 0.4804D-10, 0.8543D-10, 0.1518D-09, 0.2699D-09, 0.4799D-09, # 0.8528D-09, 0.1515D-08, 0.2691D-08, 0.4773D-08, 0.8463D-08, # 0.1499D-07, 0.2648D-07, 0.4664D-07, 0.8183D-07, 0.1425D-06, # 0.2462D-06, 0.4200D-06, 0.7029D-06, 0.1147D-05, 0.1810D-05, # 0.2729D-05, 0.3894D-05, 0.5212D-05, 0.6505D-05, 0.7579D-05, # 0.8289D-05, 0.8535D-05, 0.8330D-05, 0.7691D-05, 0.6728D-05, # 0.5606D-05, 0.4484D-05, 0.3460D-05, 0.2584D-05, 0.1900D-05, # 0.1368D-05, 0.9749D-06, 0.6750D-06, 0.4691D-06, 0.3348D-06, # 0.2270D-06, 0.1562D-06, 0.9983D-07, 0.7776D-07, 0.4838D-07, # 0.2904D-07, 0.2130D-07, 0.1124D-07, 0.1461D-07, 0.1912D-08, # 0.3475D-08, 0.4542D-08, 0.5269D-08, 0.5763D-08, 0.6101D-08, # 0.6330D-08, 0.6487D-08, 0.6593D-08, 0.6666D-08, 0.6716D-08, # 0.6749D-08/ data (calcpts(j, 7), j = 1,neta) /0.7043D-13, 0.1253D-12, # 0.2227D-12, 0.3960D-12, 0.7044D-12, 0.1253D-11, 0.2227D-11, # 0.3961D-11, 0.7041D-11, 0.1252D-10, 0.2227D-10, 0.3960D-10, # 0.7041D-10, 0.1252D-09, 0.2225D-09, 0.3957D-09, 0.7035D-09, # 0.1250D-08, 0.2221D-08, 0.3944D-08, 0.6996D-08, 0.1241D-07, # 0.2197D-07, 0.3881D-07, 0.6837D-07, 0.1199D-06, 0.2090D-06, # 0.3610D-06, 0.6156D-06, 0.1031D-05, 0.1682D-05, 0.2654D-05, # 0.4001D-05, 0.5712D-05, 0.7645D-05, 0.9542D-05, 0.1112D-04, # 0.1217D-04, 0.1253D-04, 0.1222D-04, 0.1128D-04, 0.9879D-05, # 0.8236D-05, 0.6579D-05, 0.5079D-05, 0.3800D-05, 0.2788D-05, # 0.1996D-05, 0.1425D-05, 0.1005D-05, 0.6910D-06, 0.4859D-06, # 0.3367D-06, 0.2289D-06, 0.1582D-06, 0.1018D-06, 0.7968D-07, # 0.5030D-07, 0.3095D-07, 0.2320D-07, 0.1314D-07, 0.1650D-07, # 0.3796D-08, 0.5360D-08, 0.6425D-08, 0.7150D-08, 0.7644D-08, # 0.7981D-08, 0.8210D-08, 0.8367D-08, -.6527D-08, -.6454D-08, # -.6405D-08/ data (calcpts(j, 8), j = 1,neta) /0.1032D-12, 0.1835D-12, # 0.3262D-12, 0.5802D-12, 0.1032D-11, 0.1835D-11, 0.3263D-11, # 0.5804D-11, 0.1032D-10, 0.1835D-10, 0.3263D-10, 0.5802D-10, # 0.1032D-09, 0.1835D-09, 0.3260D-09, 0.5797D-09, 0.1031D-08, # 0.1831D-08, 0.3253D-08, 0.5779D-08, 0.1025D-07, 0.1818D-07, # 0.3219D-07, 0.5687D-07, 0.1002D-06, 0.1757D-06, 0.3062D-06, # 0.5289D-06, 0.9021D-06, 0.1510D-05, 0.2465D-05, 0.3890D-05, # 0.5866D-05, 0.8377D-05, 0.1121D-04, 0.1400D-04, 0.1632D-04, # 0.1785D-04, 0.1840D-04, 0.1795D-04, 0.1656D-04, 0.1450D-04, # 0.1209D-04, 0.9673D-05, 0.7465D-05, 0.5587D-05, 0.4094D-05, # 0.2950D-05, 0.2092D-05, 0.1480D-05, 0.1031D-05, 0.7180D-06, # 0.4981D-06, 0.3489D-06, 0.2410D-06, 0.1703D-06, 0.1288D-06, # 0.9171D-07, 0.6230D-07, 0.4292D-07, 0.3516D-07, 0.2510D-07, # 0.2845D-07, 0.1574D-07, 0.1730D-07, 0.1837D-07, 0.1909D-07, # 0.1958D-07, 0.1992D-07, 0.2015D-07, 0.2031D-07, 0.2041D-07, # 0.2048D-07/ data (calcpts(j, 9), j = 1,neta) /0.1510D-12, 0.2685D-12, # 0.4773D-12, 0.8489D-12, 0.1510D-11, 0.2685D-11, 0.4774D-11, # 0.8491D-11, 0.1509D-10, 0.2684D-10, 0.4774D-10, 0.8488D-10, # 0.1509D-09, 0.2684D-09, 0.4770D-09, 0.8481D-09, 0.1508D-08, # 0.2679D-08, 0.4760D-08, 0.8454D-08, 0.1500D-07, 0.2659D-07, # 0.4709D-07, 0.8320D-07, 0.1466D-06, 0.2571D-06, 0.4480D-06, # 0.7740D-06, 0.1320D-05, 0.2210D-05, 0.3608D-05, 0.5695D-05, # 0.8591D-05, 0.1227D-04, 0.1643D-04, 0.2051D-04, 0.2392D-04, # 0.2616D-04, 0.2696D-04, 0.2628D-04, 0.2426D-04, 0.2123D-04, # 0.1770D-04, 0.1414D-04, 0.1090D-04, 0.8152D-05, 0.5971D-05, # 0.4277D-05, 0.3024D-05, 0.2126D-05, 0.1471D-05, 0.1008D-05, # 0.6944D-06, 0.4892D-06, 0.2948D-06, 0.2168D-06, 0.1159D-06, # 0.1494D-06, 0.2220D-07, 0.3774D-07, 0.4833D-07, 0.5555D-07, # 0.6046D-07, -.8619D-07, -.8390D-07, -.8235D-07, -.8129D-07, # -.8057D-07, -.8008D-07, -.7974D-07, -.7951D-07, -.7936D-07, # -.7925D-07/ data (calcpts(j,10), j = 1,neta) /0.2207D-12, 0.3925D-12, # 0.6976D-12, 0.1241D-11, 0.2207D-11, 0.3924D-11, 0.6978D-11, # 0.1241D-10, 0.2206D-10, 0.3923D-10, 0.6978D-10, 0.1241D-09, # 0.2206D-09, 0.3923D-09, 0.6972D-09, 0.1240D-08, 0.2204D-08, # 0.3916D-08, 0.6958D-08, 0.1236D-07, 0.2192D-07, 0.3887D-07, # 0.6884D-07, 0.1216D-06, 0.2143D-06, 0.3759D-06, 0.6549D-06, # 0.1132D-05, 0.1930D-05, 0.3232D-05, 0.5279D-05, 0.8334D-05, # 0.1257D-04, 0.1797D-04, 0.2406D-04, 0.3007D-04, 0.3508D-04, # 0.3837D-04, 0.3956D-04, 0.3857D-04, 0.3560D-04, 0.3117D-04, # 0.2598D-04, 0.2081D-04, 0.1595D-04, 0.1201D-04, 0.8833D-05, # 0.6355D-05, 0.4407D-05, 0.3191D-05, 0.2248D-05, 0.1534D-05, # 0.9652D-06, 0.7414D-06, 0.4458D-06, 0.4011D-06, 0.1728D-06, # 0.2217D-06, 0.1051D-06, 0.1278D-06, -.6740D-08, 0.3811D-08, # 0.1099D-07, 0.1589D-07, 0.1923D-07, 0.2150D-07, 0.2305D-07, # 0.2410D-07, 0.2482D-07, 0.2531D-07, 0.2564D-07, 0.2587D-07, # 0.2603D-07/ data (calcpts(j,11), j = 1,neta) /0.3220D-12, 0.5726D-12, # 0.1018D-11, 0.1810D-11, 0.3220D-11, 0.5725D-11, 0.1018D-10, # 0.1811D-10, 0.3218D-10, 0.5724D-10, 0.1018D-09, 0.1810D-09, # 0.3219D-09, 0.5724D-09, 0.1017D-08, 0.1809D-08, 0.3216D-08, # 0.5714D-08, 0.1015D-07, 0.1803D-07, 0.3198D-07, 0.5671D-07, # 0.1004D-06, 0.1775D-06, 0.3126D-06, 0.5485D-06, 0.9557D-06, # 0.1652D-05, 0.2818D-05, 0.4720D-05, 0.7710D-05, 0.1218D-04, # 0.1838D-04, 0.2628D-04, 0.3524D-04, 0.4405D-04, 0.5141D-04, # 0.5627D-04, 0.5802D-04, 0.5660D-04, 0.5232D-04, 0.4571D-04, # 0.3816D-04, 0.3050D-04, 0.2357D-04, 0.1761D-04, 0.1302D-04, # 0.9293D-05, 0.6683D-05, 0.4741D-05, 0.3224D-05, 0.2282D-05, # 0.1566D-05, 0.1146D-05, 0.7708D-06, 0.6244D-06, 0.4290D-06, # 0.3504D-06, 0.2491D-06, 0.1322D-06, 0.1548D-06, 0.1702D-06, # 0.3068D-07, 0.3783D-07, 0.4270D-07, 0.4601D-07, 0.4827D-07, # 0.4981D-07, 0.5086D-07, 0.5157D-07, 0.5206D-07, 0.5239D-07, # 0.5262D-07/ data (calcpts(j,12), j = 1,neta) /0.4683D-12, 0.8329D-12, # 0.1480D-11, 0.2633D-11, 0.4683D-11, 0.8327D-11, 0.1481D-10, # 0.2634D-10, 0.4681D-10, 0.8325D-10, 0.1481D-09, 0.2633D-09, # 0.4681D-09, 0.8325D-09, 0.1479D-08, 0.2630D-08, 0.4677D-08, # 0.8310D-08, 0.1476D-07, 0.2622D-07, 0.4652D-07, 0.8249D-07, # 0.1461D-06, 0.2581D-06, 0.4548D-06, 0.7980D-06, 0.1391D-05, # 0.2403D-05, 0.4102D-05, 0.6872D-05, 0.1123D-04, 0.1775D-04, # 0.2682D-04, 0.3838D-04, 0.5150D-04, 0.6445D-04, 0.7526D-04, # 0.8242D-04, 0.8503D-04, 0.8298D-04, 0.7661D-04, 0.6705D-04, # 0.5593D-04, 0.4469D-04, 0.3455D-04, 0.2585D-04, 0.1898D-04, # 0.1369D-04, 0.9675D-05, 0.6918D-05, 0.4820D-05, 0.3300D-05, # 0.2353D-05, 0.1633D-05, 0.1211D-05, 0.8341D-06, 0.5363D-06, # 0.4901D-06, 0.4109D-06, 0.3091D-06, 0.1919D-06, 0.2143D-06, # 0.2296D-06, 0.8995D-07, 0.9703D-07, 0.1018D-06, 0.1051D-06, # 0.1074D-06, 0.1089D-06, 0.1099D-06, 0.1106D-06, 0.1111D-06, # 0.1115D-06/ data (calcpts(j,13), j = 1,neta) /0.6783D-12, 0.1207D-11, # 0.2144D-11, 0.3814D-11, 0.6784D-11, 0.1206D-10, 0.2145D-10, # 0.3815D-10, 0.6781D-10, 0.1206D-09, 0.2145D-09, 0.3814D-09, # 0.6781D-09, 0.1206D-08, 0.2143D-08, 0.3811D-08, 0.6775D-08, # 0.1204D-07, 0.2139D-07, 0.3799D-07, 0.6739D-07, 0.1195D-06, # 0.2117D-06, 0.3740D-06, 0.6590D-06, 0.1156D-05, 0.2016D-05, # 0.3484D-05, 0.5948D-05, 0.9971D-05, 0.1631D-04, 0.2579D-04, # 0.3901D-04, 0.5590D-04, 0.7514D-04, 0.9416D-04, 0.1101D-03, # 0.1207D-03, 0.1245D-03, 0.1214D-03, 0.1122D-03, 0.9831D-04, # 0.8202D-04, 0.6564D-04, 0.5065D-04, 0.3808D-04, 0.2804D-04, # 0.2017D-04, 0.1443D-04, 0.1026D-04, 0.7188D-05, 0.5079D-05, # 0.3548D-05, 0.2593D-05, 0.1868D-05, 0.1441D-05, 0.1062D-05, # 0.7624D-06, 0.7149D-06, 0.4847D-06, 0.5323D-06, 0.4147D-06, # 0.4368D-06, 0.3018D-06, 0.3121D-06, 0.3191D-06, 0.3238D-06, # 0.3271D-06, 0.3293D-06, 0.3308D-06, 0.3318D-06, 0.3325D-06, # 0.3330D-06/ data (calcpts(j,14), j = 1,neta) /0.9761D-12, 0.1736D-11, # 0.3086D-11, 0.5488D-11, 0.9762D-11, 0.1736D-10, 0.3087D-10, # 0.5490D-10, 0.9758D-10, 0.1735D-09, 0.3087D-09, 0.5488D-09, # 0.9758D-09, 0.1735D-08, 0.3084D-08, 0.5483D-08, 0.9750D-08, # 0.1732D-07, 0.3078D-07, 0.5467D-07, 0.9698D-07, 0.1720D-06, # 0.3046D-06, 0.5383D-06, 0.9486D-06, 0.1665D-05, 0.2903D-05, # 0.5020D-05, 0.8573D-05, 0.1438D-04, 0.2354D-04, 0.3728D-04, # 0.5648D-04, 0.8107D-04, 0.1092D-03, 0.1371D-03, 0.1605D-03, # 0.1760D-03, 0.1816D-03, 0.1773D-03, 0.1637D-03, 0.1434D-03, # 0.1196D-03, 0.9570D-04, 0.7384D-04, 0.5544D-04, 0.4061D-04, # 0.2922D-04, 0.2087D-04, 0.1464D-04, 0.1027D-04, 0.7166D-05, # 0.5032D-05, 0.3483D-05, 0.2366D-05, 0.1631D-05, 0.1199D-05, # 0.8151D-06, 0.6626D-06, 0.4631D-06, 0.3815D-06, 0.2782D-06, # 0.1600D-06, 0.1816D-06, 0.1964D-06, 0.2064D-06, 0.2133D-06, # 0.6796D-07, 0.7114D-07, 0.7330D-07, 0.7478D-07, 0.7578D-07, # 0.7647D-07/ data (calcpts(j,15), j = 1,neta) /0.1392D-11, 0.2477D-11, # 0.4402D-11, 0.7829D-11, 0.1393D-10, 0.2476D-10, 0.4403D-10, # 0.7832D-10, 0.1392D-09, 0.2476D-09, 0.4403D-09, 0.7829D-09, # 0.1392D-08, 0.2476D-08, 0.4399D-08, 0.7822D-08, 0.1391D-07, # 0.2471D-07, 0.4391D-07, 0.7800D-07, 0.1384D-06, 0.2454D-06, # 0.4347D-06, 0.7682D-06, 0.1354D-05, 0.2377D-05, 0.4145D-05, # 0.7171D-05, 0.1226D-04, 0.2058D-04, 0.3373D-04, 0.5351D-04, # 0.8124D-04, 0.1169D-03, 0.1579D-03, 0.1988D-03, 0.2333D-03, # 0.2561D-03, 0.2645D-03, 0.2582D-03, 0.2385D-03, 0.2088D-03, # 0.1742D-03, 0.1394D-03, 0.1074D-03, 0.8048D-04, 0.5895D-04, # 0.4236D-04, 0.2994D-04, 0.2101D-04, 0.1453D-04, 0.9938D-05, # 0.6780D-05, 0.4608D-05, 0.3032D-05, 0.2046D-05, 0.1299D-05, # 0.8574D-06, 0.4678D-06, 0.3112D-06, 0.1088D-06, 0.2541D-07, # -.7929D-07, -.1984D-06, -.1773D-06, -.1630D-06, -.1532D-06, # -.2966D-06, -.2920D-06, -.2889D-06, -.2868D-06, -.2854D-06, # -.2844D-06/ data (calcpts(j,16), j = 1,neta) /0.1963D-11, 0.3491D-11, # 0.6205D-11, 0.1104D-10, 0.1963D-10, 0.3490D-10, 0.6206D-10, # 0.1104D-09, 0.1962D-09, 0.3489D-09, 0.6207D-09, 0.1104D-08, # 0.1962D-08, 0.3490D-08, 0.6201D-08, 0.1103D-07, 0.1960D-07, # 0.3484D-07, 0.6190D-07, 0.1099D-06, 0.1950D-06, 0.3459D-06, # 0.6129D-06, 0.1083D-05, 0.1910D-05, 0.3353D-05, 0.5851D-05, # 0.1013D-04, 0.1733D-04, 0.2913D-04, 0.4784D-04, 0.7607D-04, # 0.1158D-03, 0.1673D-03, 0.2269D-03, 0.2867D-03, 0.3375D-03, # 0.3716D-03, 0.3841D-03, 0.3753D-03, 0.3466D-03, 0.3039D-03, # 0.2537D-03, 0.2030D-03, 0.1565D-03, 0.1181D-03, 0.8594D-04, # 0.6177D-04, 0.4362D-04, 0.3032D-04, 0.2161D-04, 0.1543D-04, # 0.1088D-04, 0.6887D-05, 0.5260D-05, 0.3197D-05, 0.2334D-05, # 0.1270D-05, 0.1566D-05, 0.2684D-06, 0.4061D-06, 0.4999D-06, # 0.5638D-06, 0.6074D-06, 0.6370D-06, 0.6572D-06, -.8290D-06, # -.8196D-06, -.8132D-06, -.8089D-06, -.8059D-06, -.8039D-06, # -.8025D-06/ data (calcpts(j,17), j = 1,neta) /0.2719D-11, 0.4836D-11, # 0.8595D-11, 0.1529D-10, 0.2719D-10, 0.4835D-10, 0.8598D-10, # 0.1529D-09, 0.2718D-09, 0.4834D-09, 0.8598D-09, 0.1529D-08, # 0.2718D-08, 0.4834D-08, 0.8590D-08, 0.1527D-07, 0.2716D-07, # 0.4826D-07, 0.8575D-07, 0.1523D-06, 0.2702D-06, 0.4794D-06, # 0.8493D-06, 0.1502D-05, 0.2648D-05, 0.4652D-05, 0.8121D-05, # 0.1407D-04, 0.2410D-04, 0.4059D-04, 0.6682D-04, 0.1066D-03, # 0.1630D-03, 0.2366D-03, 0.3226D-03, 0.4099D-03, 0.4847D-03, # 0.5352D-03, 0.5545D-03, 0.5421D-03, 0.5006D-03, 0.4394D-03, # 0.3677D-03, 0.2939D-03, 0.2269D-03, 0.1708D-03, 0.1253D-03, # 0.9057D-04, 0.6407D-04, 0.4530D-04, 0.3153D-04, 0.2250D-04, # 0.1459D-04, 0.9875D-05, 0.7276D-05, 0.5574D-05, 0.3457D-05, # 0.2560D-05, 0.1471D-05, 0.1751D-05, 0.4418D-06, 0.5718D-06, # 0.6603D-06, 0.7206D-06, 0.7618D-06, 0.7898D-06, 0.8088D-06, # 0.8218D-06, 0.8307D-06, 0.8367D-06, 0.8408D-06, 0.8436D-06, # 0.8455D-06/ data (calcpts(j,18), j = 1,neta) /0.3677D-11, 0.6539D-11, # 0.1162D-10, 0.2067D-10, 0.3677D-10, 0.6538D-10, 0.1163D-09, # 0.2068D-09, 0.3675D-09, 0.6537D-09, 0.1163D-08, 0.2067D-08, # 0.3676D-08, 0.6537D-08, 0.1162D-07, 0.2066D-07, 0.3673D-07, # 0.6527D-07, 0.1160D-06, 0.2060D-06, 0.3655D-06, 0.6485D-06, # 0.1149D-05, 0.2032D-05, 0.3585D-05, 0.6301D-05, 0.1101D-04, # 0.1910D-04, 0.3277D-04, 0.5531D-04, 0.9132D-04, 0.1463D-03, # 0.2249D-03, 0.3286D-03, 0.4512D-03, 0.5776D-03, 0.6873D-03, # 0.7621D-03, 0.7917D-03, 0.7756D-03, 0.7173D-03, 0.6298D-03, # 0.5273D-03, 0.4235D-03, 0.3281D-03, 0.2463D-03, 0.1814D-03, # 0.1306D-03, 0.9257D-04, 0.6479D-04, 0.4509D-04, 0.3217D-04, # 0.2119D-04, 0.1446D-04, 0.9533D-05, 0.6787D-05, 0.4982D-05, # 0.2797D-05, 0.1853D-05, 0.2231D-05, 0.9891D-06, 0.1165D-05, # -.2155D-06, -.1339D-06, -.7834D-07, -.4048D-07, -.1468D-07, # 0.2897D-08, 0.1486D-07, 0.2302D-07, 0.2858D-07, 0.3237D-07, # 0.3495D-07/ data (calcpts(j,19), j = 1,neta) /0.4815D-11, 0.8565D-11, # 0.1522D-10, 0.2707D-10, 0.4816D-10, 0.8563D-10, 0.1523D-09, # 0.2708D-09, 0.4814D-09, 0.8561D-09, 0.1523D-08, 0.2707D-08, # 0.4814D-08, 0.8562D-08, 0.1521D-07, 0.2705D-07, 0.4811D-07, # 0.8549D-07, 0.1519D-06, 0.2699D-06, 0.4789D-06, 0.8497D-06, # 0.1506D-05, 0.2664D-05, 0.4702D-05, 0.8270D-05, 0.1446D-04, # 0.2512D-04, 0.4319D-04, 0.7311D-04, 0.1212D-03, 0.1951D-03, # 0.3020D-03, 0.4449D-03, 0.6166D-03, 0.7966D-03, 0.9558D-03, # 0.1067D-02, 0.1113D-02, 0.1092D-02, 0.1014D-02, 0.8925D-03, # 0.7478D-03, 0.6015D-03, 0.4664D-03, 0.3505D-03, 0.2583D-03, # 0.1857D-03, 0.1329D-03, 0.9248D-04, 0.6442D-04, 0.4501D-04, # 0.3124D-04, 0.2118D-04, 0.1405D-04, 0.1035D-04, 0.7411D-05, # 0.3979D-05, 0.3207D-05, 0.2202D-05, 0.1040D-05, 0.1270D-05, # 0.1427D-05, 0.3386D-07, 0.1067D-06, 0.1563D-06, 0.1901D-06, # 0.2131D-06, 0.2287D-06, 0.2394D-06, 0.2467D-06, 0.2517D-06, # 0.2551D-06/ data (calcpts(j,20), j = 1,neta) /0.6052D-11, 0.1076D-10, # 0.1913D-10, 0.3403D-10, 0.6052D-10, 0.1076D-09, 0.1914D-09, # 0.3404D-09, 0.6050D-09, 0.1076D-08, 0.1914D-08, 0.3403D-08, # 0.6050D-08, 0.1076D-07, 0.1912D-07, 0.3400D-07, 0.6046D-07, # 0.1075D-06, 0.1909D-06, 0.3393D-06, 0.6021D-06, 0.1068D-05, # 0.1894D-05, 0.3352D-05, 0.5918D-05, 0.1042D-04, 0.1824D-04, # 0.3174D-04, 0.5468D-04, 0.9285D-04, 0.1546D-03, 0.2504D-03, # 0.3906D-03, 0.5811D-03, 0.8145D-03, 0.1065D-02, 0.1291D-02, # 0.1454D-02, 0.1525D-02, 0.1504D-02, 0.1401D-02, 0.1236D-02, # 0.1041D-02, 0.8396D-03, 0.6525D-03, 0.4925D-03, 0.3638D-03, # 0.2628D-03, 0.1870D-03, 0.1314D-03, 0.9228D-04, 0.6359D-04, # 0.4418D-04, 0.3088D-04, 0.2162D-04, 0.1401D-04, 0.9972D-05, # 0.6814D-05, 0.4728D-05, 0.3851D-05, 0.2776D-05, 0.1565D-05, # 0.1762D-05, 0.3964D-06, 0.4879D-06, 0.5502D-06, 0.5927D-06, # 0.6216D-06, 0.6413D-06, 0.6548D-06, 0.6639D-06, 0.6702D-06, # 0.6744D-06/ data (calcpts(j,21), j = 1,neta) /0.7225D-11, 0.1285D-10, # 0.2284D-10, 0.4062D-10, 0.7226D-10, 0.1285D-09, 0.2285D-09, # 0.4064D-09, 0.7222D-09, 0.1285D-08, 0.2285D-08, 0.4062D-08, # 0.7223D-08, 0.1285D-07, 0.2283D-07, 0.4060D-07, 0.7219D-07, # 0.1283D-06, 0.2280D-06, 0.4051D-06, 0.7191D-06, 0.1276D-05, # 0.2263D-05, 0.4006D-05, 0.7078D-05, 0.1247D-04, 0.2186D-04, # 0.3809D-04, 0.6578D-04, 0.1121D-03, 0.1875D-03, 0.3057D-03, # 0.4809D-03, 0.7232D-03, 0.1027D-02, 0.1361D-02, 0.1674D-02, # 0.1907D-02, 0.2020D-02, 0.2003D-02, 0.1874D-02, 0.1664D-02, # 0.1407D-02, 0.1140D-02, 0.8905D-03, 0.6748D-03, 0.4981D-03, # 0.3607D-03, 0.2569D-03, 0.1812D-03, 0.1264D-03, 0.8829D-04, # 0.6015D-04, 0.4206D-04, 0.2761D-04, 0.1906D-04, 0.1240D-04, # 0.8007D-05, 0.6099D-05, 0.3843D-05, 0.2850D-05, 0.1695D-05, # 0.4300D-06, 0.5904D-06, 0.6997D-06, -.7260D-06, -.6753D-06, # -.6407D-06, -.6172D-06, -.6012D-06, -.5902D-06, -.5828D-06, # -.5777D-06/ data (calcpts(j,22), j = 1,neta) /0.8126D-11, 0.1445D-10, # 0.2569D-10, 0.4569D-10, 0.8127D-10, 0.1445D-09, 0.2570D-09, # 0.4570D-09, 0.8123D-09, 0.1445D-08, 0.2570D-08, 0.4569D-08, # 0.8124D-08, 0.1445D-07, 0.2568D-07, 0.4566D-07, 0.8120D-07, # 0.1443D-06, 0.2565D-06, 0.4558D-06, 0.8090D-06, 0.1436D-05, # 0.2547D-05, 0.4511D-05, 0.7973D-05, 0.1406D-04, 0.2467D-04, # 0.4306D-04, 0.7453D-04, 0.1274D-03, 0.2141D-03, 0.3512D-03, # 0.5574D-03, 0.8476D-03, 0.1220D-02, 0.1643D-02, 0.2054D-02, # 0.2375D-02, 0.2546D-02, 0.2550D-02, 0.2406D-02, 0.2151D-02, # 0.1834D-02, 0.1496D-02, 0.1177D-02, 0.8971D-03, 0.6657D-03, # 0.4847D-03, 0.3465D-03, 0.2451D-03, 0.1721D-03, 0.1195D-03, # 0.8221D-04, 0.5604D-04, 0.3922D-04, 0.2660D-04, 0.1874D-04, # 0.1304D-04, 0.8271D-05, 0.6108D-05, 0.3678D-05, 0.2566D-05, # 0.1330D-05, 0.1511D-05, 0.1337D-06, 0.2174D-06, 0.2744D-06, # 0.3133D-06, 0.3397D-06, 0.3577D-06, 0.3700D-06, 0.3784D-06, # 0.3841D-06/ data (calcpts(j,23), j = 1,neta) /0.8555D-11, 0.1522D-10, # 0.2705D-10, 0.4810D-10, 0.8556D-10, 0.1521D-09, 0.2705D-09, # 0.4812D-09, 0.8552D-09, 0.1521D-08, 0.2706D-08, 0.4810D-08, # 0.8554D-08, 0.1521D-07, 0.2704D-07, 0.4808D-07, 0.8549D-07, # 0.1520D-06, 0.2701D-06, 0.4799D-06, 0.8520D-06, 0.1513D-05, # 0.2684D-05, 0.4754D-05, 0.8406D-05, 0.1483D-04, 0.2605D-04, # 0.4552D-04, 0.7895D-04, 0.1353D-03, 0.2283D-03, 0.3768D-03, # 0.6026D-03, 0.9260D-03, 0.1351D-02, 0.1849D-02, 0.2353D-02, # 0.2770D-02, 0.3018D-02, 0.3064D-02, 0.2924D-02, 0.2640D-02, # 0.2273D-02, 0.1874D-02, 0.1488D-02, 0.1143D-02, 0.8549D-03, # 0.6257D-03, 0.4499D-03, 0.3189D-03, 0.2234D-03, 0.1552D-03, # 0.1080D-03, 0.7481D-04, 0.5080D-04, 0.3538D-04, 0.2466D-04, # 0.1606D-04, 0.1135D-04, 0.7732D-05, 0.5332D-05, 0.4241D-05, # 0.3019D-05, 0.1709D-05, 0.1838D-05, 0.4264D-06, 0.4864D-06, # 0.5273D-06, 0.5552D-06, 0.5742D-06, 0.5871D-06, 0.5959D-06, # 0.6019D-06/ data (calcpts(j,24), j = 1,neta) /0.8413D-11, 0.1496D-10, # 0.2660D-10, 0.4731D-10, 0.8414D-10, 0.1496D-09, 0.2660D-09, # 0.4732D-09, 0.8410D-09, 0.1496D-08, 0.2661D-08, 0.4731D-08, # 0.8412D-08, 0.1496D-07, 0.2659D-07, 0.4728D-07, 0.8408D-07, # 0.1494D-06, 0.2656D-06, 0.4721D-06, 0.8381D-06, 0.1488D-05, # 0.2640D-05, 0.4678D-05, 0.8275D-05, 0.1461D-04, 0.2567D-04, # 0.4492D-04, 0.7802D-04, 0.1340D-03, 0.2268D-03, 0.3760D-03, # 0.6052D-03, 0.9383D-03, 0.1385D-02, 0.1925D-02, 0.2495D-02, # 0.2996D-02, 0.3329D-02, 0.3440D-02, 0.3331D-02, 0.3050D-02, # 0.2661D-02, 0.2221D-02, 0.1785D-02, 0.1387D-02, 0.1048D-02, # 0.7719D-03, 0.5577D-03, 0.3976D-03, 0.2806D-03, 0.1956D-03, # 0.1362D-03, 0.9383D-04, 0.6522D-04, 0.4373D-04, 0.2997D-04, # 0.2133D-04, 0.1360D-04, 0.9969D-05, 0.6059D-05, 0.4962D-05, # 0.3735D-05, 0.2422D-05, 0.1049D-05, 0.1136D-05, 0.1195D-05, # -.2647D-06, -.2374D-06, -.2187D-06, -.2060D-06, -.1973D-06, # -.1914D-06/ data (calcpts(j,25), j = 1,neta) /0.7746D-11, 0.1378D-10, # 0.2449D-10, 0.4355D-10, 0.7747D-10, 0.1377D-09, 0.2449D-09, # 0.4357D-09, 0.7743D-09, 0.1377D-08, 0.2450D-08, 0.4355D-08, # 0.7745D-08, 0.1377D-07, 0.2448D-07, 0.4353D-07, 0.7741D-07, # 0.1376D-06, 0.2446D-06, 0.4347D-06, 0.7717D-06, 0.1370D-05, # 0.2432D-05, 0.4309D-05, 0.7624D-05, 0.1346D-04, 0.2367D-04, # 0.4144D-04, 0.7206D-04, 0.1240D-03, 0.2103D-03, 0.3497D-03, # 0.5656D-03, 0.8828D-03, 0.1316D-02, 0.1852D-02, 0.2441D-02, # 0.2990D-02, 0.3395D-02, 0.3583D-02, 0.3537D-02, 0.3295D-02, # 0.2920D-02, 0.2479D-02, 0.2022D-02, 0.1593D-02, 0.1219D-02, # 0.9078D-03, 0.6620D-03, 0.4748D-03, 0.3362D-03, 0.2362D-03, # 0.1638D-03, 0.1133D-03, 0.7819D-04, 0.5339D-04, 0.3641D-04, # 0.2462D-04, 0.1679D-04, 0.1159D-04, 0.7636D-05, 0.5006D-05, # 0.3758D-05, 0.2430D-05, 0.1047D-05, 0.1127D-05, 0.1181D-05, # 0.1218D-05, -.2567D-06, -.2395D-06, -.2278D-06, -.2198D-06, # -.2144D-06/ data (calcpts(j,26), j = 1,neta) /0.6715D-11, 0.1194D-10, # 0.2123D-10, 0.3775D-10, 0.6716D-10, 0.1194D-09, 0.2123D-09, # 0.3777D-09, 0.6712D-09, 0.1194D-08, 0.2124D-08, 0.3776D-08, # 0.6714D-08, 0.1194D-07, 0.2122D-07, 0.3774D-07, 0.6711D-07, # 0.1193D-06, 0.2120D-06, 0.3768D-06, 0.6690D-06, 0.1188D-05, # 0.2108D-05, 0.3737D-05, 0.6612D-05, 0.1168D-04, 0.2054D-04, # 0.3598D-04, 0.6259D-04, 0.1078D-03, 0.1831D-03, 0.3051D-03, # 0.4950D-03, 0.7763D-03, 0.1165D-02, 0.1656D-02, 0.2213D-02, # 0.2759D-02, 0.3201D-02, 0.3456D-02, 0.3490D-02, 0.3320D-02, # 0.3002D-02, 0.2595D-02, 0.2157D-02, 0.1730D-02, 0.1343D-02, # 0.1015D-02, 0.7487D-03, 0.5417D-03, 0.3862D-03, 0.2735D-03, # 0.1906D-03, 0.1314D-03, 0.9113D-04, 0.6284D-04, 0.4252D-04, # 0.2901D-04, 0.1952D-04, 0.1272D-04, 0.8687D-05, 0.6008D-05, # 0.4726D-05, 0.1876D-05, 0.1977D-05, 0.5462D-06, 0.5933D-06, # 0.6254D-06, 0.6473D-06, -.8378D-06, -.8277D-06, -.8207D-06, # -.8160D-06/ data (calcpts(j,27), j = 1,neta) /0.5527D-11, 0.9830D-11, # 0.1747D-10, 0.3108D-10, 0.5528D-10, 0.9829D-10, 0.1748D-09, # 0.3109D-09, 0.5525D-09, 0.9827D-09, 0.1748D-08, 0.3108D-08, # 0.5526D-08, 0.9828D-08, 0.1747D-07, 0.3106D-07, 0.5524D-07, # 0.9818D-07, 0.1745D-06, 0.3102D-06, 0.5507D-06, 0.9780D-06, # 0.1736D-05, 0.3076D-05, 0.5444D-05, 0.9614D-05, 0.1691D-04, # 0.2963D-04, 0.5158D-04, 0.8887D-04, 0.1511D-03, 0.2521D-03, # 0.4098D-03, 0.6445D-03, 0.9714D-03, 0.1391D-02, 0.1877D-02, # 0.2374D-02, 0.2806D-02, 0.3100D-02, 0.3208D-02, 0.3127D-02, # 0.2890D-02, 0.2554D-02, 0.2168D-02, 0.1775D-02, 0.1405D-02, # 0.1080D-02, 0.8101D-03, 0.5929D-03, 0.4277D-03, 0.3048D-03, # 0.2141D-03, 0.1493D-03, 0.1037D-03, 0.7180D-04, 0.4960D-04, # 0.3432D-04, 0.2316D-04, 0.1623D-04, 0.1211D-04, 0.7877D-05, # 0.5057D-05, 0.3680D-05, 0.2263D-05, 0.2320D-05, 0.2359D-05, # 0.8854D-06, 0.9034D-06, 0.9157D-06, 0.9240D-06, 0.9297D-06, # 0.9336D-06/ data (calcpts(j,28), j = 1,neta) /0.4356D-11, 0.7748D-11, # 0.1377D-10, 0.2449D-10, 0.4356D-10, 0.7746D-10, 0.1377D-09, # 0.2450D-09, 0.4354D-09, 0.7745D-09, 0.1378D-08, 0.2449D-08, # 0.4355D-08, 0.7746D-08, 0.1377D-07, 0.2448D-07, 0.4353D-07, # 0.7738D-07, 0.1375D-06, 0.2445D-06, 0.4340D-06, 0.7708D-06, # 0.1368D-05, 0.2425D-05, 0.4291D-05, 0.7579D-05, 0.1333D-04, # 0.2337D-04, 0.4067D-04, 0.7011D-04, 0.1192D-03, 0.1991D-03, # 0.3240D-03, 0.5104D-03, 0.7713D-03, 0.1109D-02, 0.1507D-02, # 0.1926D-02, 0.2310D-02, 0.2603D-02, 0.2758D-02, 0.2758D-02, # 0.2615D-02, 0.2366D-02, 0.2056D-02, 0.1721D-02, 0.1394D-02, # 0.1094D-02, 0.8339D-03, 0.6218D-03, 0.4527D-03, 0.3258D-03, # 0.2304D-03, 0.1613D-03, 0.1134D-03, 0.7795D-04, 0.5386D-04, # 0.3683D-04, 0.2549D-04, 0.1693D-04, 0.1274D-04, 0.8447D-05, # 0.5589D-05, 0.4186D-05, 0.2751D-05, 0.1296D-05, 0.1327D-05, # 0.1348D-05, 0.1362D-05, 0.1372D-05, -.1219D-06, -.1174D-06, # -.1143D-06/ data (calcpts(j,29), j = 1,neta) /0.3316D-11, 0.5897D-11, # 0.1048D-10, 0.1864D-10, 0.3316D-10, 0.5896D-10, 0.1048D-09, # 0.1865D-09, 0.3314D-09, 0.5895D-09, 0.1049D-08, 0.1864D-08, # 0.3315D-08, 0.5896D-08, 0.1048D-07, 0.1863D-07, 0.3314D-07, # 0.5890D-07, 0.1047D-06, 0.1861D-06, 0.3304D-06, 0.5867D-06, # 0.1041D-05, 0.1846D-05, 0.3266D-05, 0.5769D-05, 0.1015D-04, # 0.1779D-04, 0.3097D-04, 0.5339D-04, 0.9082D-04, 0.1517D-03, # 0.2470D-03, 0.3894D-03, 0.5895D-03, 0.8495D-03, 0.1159D-02, # 0.1491D-02, 0.1808D-02, 0.2068D-02, 0.2237D-02, 0.2292D-02, # 0.2232D-02, 0.2073D-02, 0.1847D-02, 0.1585D-02, 0.1314D-02, # 0.1055D-02, 0.8229D-03, 0.6239D-03, 0.4621D-03, 0.3359D-03, # 0.2403D-03, 0.1702D-03, 0.1186D-03, 0.8264D-04, 0.5672D-04, # 0.3945D-04, 0.2646D-04, 0.1780D-04, 0.1203D-04, 0.9188D-05, # 0.6296D-05, 0.3370D-05, 0.1920D-05, 0.1954D-05, 0.4774D-06, # 0.4932D-06, 0.5040D-06, 0.5114D-06, 0.5164D-06, 0.5198D-06, # 0.5221D-06/ data (calcpts(j,30), j = 1,neta) /0.2456D-11, 0.4369D-11, # 0.7765D-11, 0.1381D-10, 0.2457D-10, 0.4368D-10, 0.7767D-10, # 0.1381D-09, 0.2455D-09, 0.4367D-09, 0.7768D-09, 0.1381D-08, # 0.2456D-08, 0.4368D-08, 0.7762D-08, 0.1380D-07, 0.2455D-07, # 0.4363D-07, 0.7756D-07, 0.1378D-06, 0.2448D-06, 0.4347D-06, # 0.7714D-06, 0.1367D-05, 0.2420D-05, 0.4274D-05, 0.7520D-05, # 0.1318D-04, 0.2295D-04, 0.3956D-04, 0.6730D-04, 0.1124D-03, # 0.1831D-03, 0.2889D-03, 0.4376D-03, 0.6315D-03, 0.8634D-03, # 0.1115D-02, 0.1361D-02, 0.1574D-02, 0.1729D-02, 0.1809D-02, # 0.1807D-02, 0.1725D-02, 0.1579D-02, 0.1391D-02, 0.1183D-02, # 0.9743D-03, 0.7788D-03, 0.6043D-03, 0.4562D-03, 0.3371D-03, # 0.2448D-03, 0.1753D-03, 0.1230D-03, 0.8669D-04, 0.6049D-04, # 0.4154D-04, 0.2841D-04, 0.1966D-04, 0.1383D-04, 0.9450D-05, # 0.6530D-05, 0.3585D-05, 0.3622D-05, 0.2147D-05, 0.6646D-06, # 0.6763D-06, 0.6843D-06, 0.6898D-06, 0.6935D-06, 0.6960D-06, # 0.6977D-06/ data (calcpts(j,31), j = 1,neta) /0.1782D-11, 0.3169D-11, # 0.5632D-11, 0.1002D-10, 0.1782D-10, 0.3168D-10, 0.5634D-10, # 0.1002D-09, 0.1781D-09, 0.3168D-09, 0.5634D-09, 0.1002D-08, # 0.1781D-08, 0.3168D-08, 0.5630D-08, 0.1001D-07, 0.1781D-07, # 0.3165D-07, 0.5626D-07, 0.9999D-07, 0.1775D-06, 0.3153D-06, # 0.5596D-06, 0.9917D-06, 0.1755D-05, 0.3100D-05, 0.5455D-05, # 0.9560D-05, 0.1665D-04, 0.2870D-04, 0.4883D-04, 0.8158D-04, # 0.1329D-03, 0.2097D-03, 0.3177D-03, 0.4588D-03, 0.6281D-03, # 0.8132D-03, 0.9961D-03, 0.1159D-02, 0.1288D-02, 0.1369D-02, # 0.1397D-02, 0.1369D-02, 0.1288D-02, 0.1166D-02, 0.1019D-02, # 0.8616D-03, 0.7061D-03, 0.5616D-03, 0.4343D-03, 0.3274D-03, # 0.2414D-03, 0.1742D-03, 0.1245D-03, 0.8781D-04, 0.6139D-04, # 0.4228D-04, 0.2905D-04, 0.2024D-04, 0.1436D-04, 0.9946D-05, # 0.7004D-05, 0.4044D-05, 0.2570D-05, 0.2589D-05, 0.1101D-05, # 0.1110D-05, 0.1116D-05, 0.1120D-05, -.3777D-06, -.3759D-06, # -.3746D-06/ data (calcpts(j,32), j = 1,neta) /0.1272D-11, 0.2262D-11, # 0.4020D-11, 0.7150D-11, 0.1272D-10, 0.2261D-10, 0.4021D-10, # 0.7152D-10, 0.1271D-09, 0.2261D-09, 0.4021D-09, 0.7150D-09, # 0.1271D-08, 0.2261D-08, 0.4019D-08, 0.7146D-08, 0.1271D-07, # 0.2259D-07, 0.4015D-07, 0.7136D-07, 0.1267D-06, 0.2250D-06, # 0.3994D-06, 0.7078D-06, 0.1253D-05, 0.2213D-05, 0.3893D-05, # 0.6823D-05, 0.1188D-04, 0.2048D-04, 0.3485D-04, 0.5823D-04, # 0.9486D-04, 0.1497D-03, 0.2269D-03, 0.3278D-03, 0.4490D-03, # 0.5819D-03, 0.7143D-03, 0.8346D-03, 0.9331D-03, 0.1003D-02, # 0.1040D-02, 0.1042D-02, 0.1006D-02, 0.9370D-03, 0.8420D-03, # 0.7316D-03, 0.6159D-03, 0.5030D-03, 0.3989D-03, 0.3078D-03, # 0.2315D-03, 0.1704D-03, 0.1231D-03, 0.8770D-04, 0.6186D-04, # 0.4310D-04, 0.2994D-04, 0.2062D-04, 0.1411D-04, 0.9669D-05, # 0.6560D-05, 0.4488D-05, 0.3008D-05, 0.1971D-05, 0.1230D-05, # 0.7857D-06, 0.4899D-06, 0.3427D-06, 0.1946D-06, 0.4594D-07, # 0.4683D-07/ data (calcpts(j,33), j = 1,neta) /0.8970D-12, 0.1596D-11, # 0.2836D-11, 0.5044D-11, 0.8972D-11, 0.1595D-10, 0.2837D-10, # 0.5045D-10, 0.8967D-10, 0.1595D-09, 0.2837D-09, 0.5044D-09, # 0.8969D-09, 0.1595D-08, 0.2835D-08, 0.5041D-08, 0.8965D-08, # 0.1594D-07, 0.2832D-07, 0.5034D-07, 0.8939D-07, 0.1587D-06, # 0.2817D-06, 0.4993D-06, 0.8838D-06, 0.1561D-05, 0.2747D-05, # 0.4814D-05, 0.8381D-05, 0.1445D-04, 0.2459D-04, 0.4108D-04, # 0.6692D-04, 0.1056D-03, 0.1601D-03, 0.2313D-03, 0.3170D-03, # 0.4110D-03, 0.5051D-03, 0.5914D-03, 0.6637D-03, 0.7184D-03, # 0.7533D-03, 0.7669D-03, 0.7573D-03, 0.7242D-03, 0.6695D-03, # 0.5985D-03, 0.5181D-03, 0.4348D-03, 0.3544D-03, 0.2805D-03, # 0.2162D-03, 0.1625D-03, 0.1195D-03, 0.8643D-04, 0.6152D-04, # 0.4342D-04, 0.3035D-04, 0.2115D-04, 0.1461D-04, 0.1015D-04, # 0.7032D-05, 0.4801D-05, 0.3315D-05, 0.2424D-05, 0.1681D-05, # 0.1235D-05, 0.7878D-06, 0.6398D-06, 0.4911D-06, 0.3421D-06, # 0.3427D-06/ data (calcpts(j,34), j = 1,neta) /0.6268D-12, 0.1115D-11, # 0.1982D-11, 0.3525D-11, 0.6269D-11, 0.1115D-10, 0.1982D-10, # 0.3526D-10, 0.6266D-10, 0.1114D-09, 0.1982D-09, 0.3525D-09, # 0.6267D-09, 0.1115D-08, 0.1981D-08, 0.3523D-08, 0.6265D-08, # 0.1114D-07, 0.1979D-07, 0.3518D-07, 0.6246D-07, 0.1109D-06, # 0.1969D-06, 0.3489D-06, 0.6176D-06, 0.1091D-05, 0.1919D-05, # 0.3364D-05, 0.5857D-05, 0.1010D-04, 0.1718D-04, 0.2871D-04, # 0.4677D-04, 0.7381D-04, 0.1119D-03, 0.1617D-03, 0.2216D-03, # 0.2874D-03, 0.3534D-03, 0.4142D-03, 0.4658D-03, 0.5061D-03, # 0.5344D-03, 0.5501D-03, 0.5524D-03, 0.5402D-03, 0.5129D-03, # 0.4718D-03, 0.4202D-03, 0.3626D-03, 0.3038D-03, 0.2471D-03, # 0.1954D-03, 0.1503D-03, 0.1129D-03, 0.8290D-04, 0.5986D-04, # 0.4259D-04, 0.3009D-04, 0.2100D-04, 0.1460D-04, 0.1013D-04, # 0.6998D-05, 0.4762D-05, 0.3271D-05, 0.2228D-05, 0.1632D-05, # 0.1035D-05, 0.7373D-06, 0.5887D-06, 0.4396D-06, 0.2903D-06, # 0.1407D-06/ data (calcpts(j,35), j = 1,neta) /0.4350D-12, 0.7738D-12, # 0.1375D-11, 0.2446D-11, 0.4351D-11, 0.7736D-11, 0.1376D-10, # 0.2447D-10, 0.4349D-10, 0.7735D-10, 0.1376D-09, 0.2446D-09, # 0.4350D-09, 0.7736D-09, 0.1375D-08, 0.2445D-08, 0.4348D-08, # 0.7729D-08, 0.1374D-07, 0.2442D-07, 0.4335D-07, 0.7699D-07, # 0.1366D-06, 0.2422D-06, 0.4286D-06, 0.7571D-06, 0.1332D-05, # 0.2335D-05, 0.4065D-05, 0.7008D-05, 0.1192D-04, 0.1992D-04, # 0.3246D-04, 0.5123D-04, 0.7766D-04, 0.1122D-03, 0.1538D-03, # 0.1995D-03, 0.2454D-03, 0.2878D-03, 0.3240D-03, 0.3528D-03, # 0.3739D-03, 0.3876D-03, 0.3936D-03, 0.3915D-03, 0.3802D-03, # 0.3592D-03, 0.3292D-03, 0.2924D-03, 0.2519D-03, 0.2107D-03, # 0.1711D-03, 0.1351D-03, 0.1039D-03, 0.7790D-04, 0.5719D-04, # 0.4124D-04, 0.2931D-04, 0.2065D-04, 0.1438D-04, 0.1005D-04, # 0.6917D-05, 0.4677D-05, 0.3184D-05, 0.2138D-05, 0.1541D-05, # 0.9433D-06, 0.6447D-06, 0.4957D-06, 0.3463D-06, 0.1968D-06, # 0.4708D-07/ data (calcpts(j,36), j = 1,neta) /0.3005D-12, 0.5345D-12, # 0.9500D-12, 0.1690D-11, 0.3005D-11, 0.5344D-11, 0.9502D-11, # 0.1690D-10, 0.3004D-10, 0.5343D-10, 0.9503D-10, 0.1690D-09, # 0.3005D-09, 0.5344D-09, 0.9497D-09, 0.1689D-08, 0.3003D-08, # 0.5338D-08, 0.9488D-08, 0.1686D-07, 0.2994D-07, 0.5318D-07, # 0.9438D-07, 0.1673D-06, 0.2960D-06, 0.5229D-06, 0.9201D-06, # 0.1613D-05, 0.2808D-05, 0.4841D-05, 0.8237D-05, 0.1376D-04, # 0.2242D-04, 0.3538D-04, 0.5364D-04, 0.7751D-04, 0.1062D-03, # 0.1378D-03, 0.1696D-03, 0.1989D-03, 0.2240D-03, 0.2442D-03, # 0.2594D-03, 0.2699D-03, 0.2761D-03, 0.2777D-03, 0.2743D-03, # 0.2651D-03, 0.2496D-03, 0.2282D-03, 0.2023D-03, 0.1741D-03, # 0.1455D-03, 0.1180D-03, 0.9320D-04, 0.7159D-04, 0.5369D-04, # 0.3936D-04, 0.2845D-04, 0.2023D-04, 0.1425D-04, 0.9918D-05, # 0.6928D-05, 0.4684D-05, 0.3339D-05, 0.2292D-05, 0.1544D-05, # 0.1095D-05, 0.6464D-06, 0.4971D-06, 0.3476D-06, 0.1979D-06, # 0.1981D-06/ data (calcpts(j,37), j = 1,neta) /0.2068D-12, 0.3678D-12, # 0.6537D-12, 0.1163D-11, 0.2068D-11, 0.3677D-11, 0.6539D-11, # 0.1163D-10, 0.2067D-10, 0.3676D-10, 0.6539D-10, 0.1163D-09, # 0.2068D-09, 0.3677D-09, 0.6535D-09, 0.1162D-08, 0.2067D-08, # 0.3673D-08, 0.6529D-08, 0.1161D-07, 0.2061D-07, 0.3659D-07, # 0.6495D-07, 0.1151D-06, 0.2037D-06, 0.3598D-06, 0.6331D-06, # 0.1110D-05, 0.1932D-05, 0.3331D-05, 0.5668D-05, 0.9470D-05, # 0.1543D-04, 0.2435D-04, 0.3691D-04, 0.5334D-04, 0.7311D-04, # 0.9485D-04, 0.1167D-03, 0.1369D-03, 0.1542D-03, 0.1682D-03, # 0.1789D-03, 0.1865D-03, 0.1915D-03, 0.1940D-03, 0.1939D-03, # 0.1906D-03, 0.1836D-03, 0.1724D-03, 0.1573D-03, 0.1393D-03, # 0.1198D-03, 0.1000D-03, 0.8116D-04, 0.6403D-04, 0.4914D-04, # 0.3688D-04, 0.2701D-04, 0.1954D-04, 0.1385D-04, 0.9811D-05, # 0.6817D-05, 0.4722D-05, 0.3225D-05, 0.2177D-05, 0.1579D-05, # 0.9795D-06, 0.6802D-06, 0.5307D-06, 0.3810D-06, 0.2312D-06, # 0.8135D-07/ data (calcpts(j,38), j = 1,neta) /0.1419D-12, 0.2524D-12, # 0.4485D-12, 0.7978D-12, 0.1419D-11, 0.2523D-11, 0.4487D-11, # 0.7980D-11, 0.1418D-10, 0.2523D-10, 0.4487D-10, 0.7978D-10, # 0.1419D-09, 0.2523D-09, 0.4484D-09, 0.7974D-09, 0.1418D-08, # 0.2521D-08, 0.4480D-08, 0.7963D-08, 0.1414D-07, 0.2511D-07, # 0.4456D-07, 0.7898D-07, 0.1398D-06, 0.2469D-06, 0.4344D-06, # 0.7614D-06, 0.1326D-05, 0.2286D-05, 0.3889D-05, 0.6498D-05, # 0.1059D-04, 0.1671D-04, 0.2533D-04, 0.3660D-04, 0.5016D-04, # 0.6509D-04, 0.8007D-04, 0.9395D-04, 0.1059D-03, 0.1155D-03, # 0.1229D-03, 0.1283D-03, 0.1320D-03, 0.1343D-03, 0.1351D-03, # 0.1344D-03, 0.1316D-03, 0.1265D-03, 0.1186D-03, 0.1081D-03, # 0.9565D-04, 0.8217D-04, 0.6858D-04, 0.5562D-04, 0.4385D-04, # 0.3367D-04, 0.2521D-04, 0.1849D-04, 0.1333D-04, 0.9480D-05, # 0.6665D-05, 0.4643D-05, 0.3220D-05, 0.2216D-05, 0.1512D-05, # 0.1033D-05, 0.7036D-06, 0.2689D-06, 0.3141D-06, 0.2093D-06, # 0.1344D-06/ data (calcpts(j,39), j = 1,neta) /0.9721D-13, 0.1729D-12, # 0.3073D-12, 0.5466D-12, 0.9722D-12, 0.1729D-11, 0.3074D-11, # 0.5467D-11, 0.9717D-11, 0.1728D-10, 0.3074D-10, 0.5466D-10, # 0.9719D-10, 0.1729D-09, 0.3072D-09, 0.5463D-09, 0.9715D-09, # 0.1727D-08, 0.3069D-08, 0.5455D-08, 0.9686D-08, 0.1720D-07, # 0.3053D-07, 0.5411D-07, 0.9577D-07, 0.1692D-06, 0.2976D-06, # 0.5216D-06, 0.9082D-06, 0.1566D-05, 0.2664D-05, 0.4452D-05, # 0.7252D-05, 0.1145D-04, 0.1735D-04, 0.2507D-04, 0.3437D-04, # 0.4459D-04, 0.5486D-04, 0.6437D-04, 0.7254D-04, 0.7914D-04, # 0.8422D-04, 0.8797D-04, 0.9062D-04, 0.9238D-04, 0.9334D-04, # 0.9349D-04, 0.9267D-04, 0.9059D-04, 0.8691D-04, 0.8140D-04, # 0.7414D-04, 0.6557D-04, 0.5631D-04, 0.4698D-04, 0.3810D-04, # 0.3004D-04, 0.2306D-04, 0.1728D-04, 0.1268D-04, 0.9146D-05, # 0.6510D-05, 0.4592D-05, 0.3213D-05, 0.2224D-05, 0.1550D-05, # 0.1070D-05, 0.7407D-06, 0.5159D-06, 0.3511D-06, 0.2462D-06, # 0.1713D-06/ data (calcpts(j,40), j = 1,neta) /0.6647D-13, 0.1182D-12, # 0.2101D-12, 0.3737D-12, 0.6648D-12, 0.1182D-11, 0.2102D-11, # 0.3739D-11, 0.6645D-11, 0.1182D-10, 0.2102D-10, 0.3738D-10, # 0.6646D-10, 0.1182D-09, 0.2101D-09, 0.3736D-09, 0.6643D-09, # 0.1181D-08, 0.2099D-08, 0.3730D-08, 0.6624D-08, 0.1176D-07, # 0.2088D-07, 0.3700D-07, 0.6549D-07, 0.1157D-06, 0.2035D-06, # 0.3567D-06, 0.6210D-06, 0.1071D-05, 0.1822D-05, 0.3044D-05, # 0.4959D-05, 0.7827D-05, 0.1187D-04, 0.1715D-04, 0.2350D-04, # 0.3049D-04, 0.3751D-04, 0.4402D-04, 0.4960D-04, 0.5412D-04, # 0.5760D-04, 0.6019D-04, 0.6204D-04, 0.6331D-04, 0.6410D-04, # 0.6447D-04, 0.6436D-04, 0.6366D-04, 0.6213D-04, 0.5954D-04, # 0.5572D-04, 0.5072D-04, 0.4483D-04, 0.3849D-04, 0.3210D-04, # 0.2603D-04, 0.2052D-04, 0.1576D-04, 0.1180D-04, 0.8654D-05, # 0.6241D-05, 0.4442D-05, 0.3123D-05, 0.2179D-05, 0.1519D-05, # 0.1055D-05, 0.7248D-06, 0.5000D-06, 0.3351D-06, 0.2302D-06, # 0.1702D-06/ data (calcpts(j,41), j = 1,neta) /0.4540D-13, 0.8075D-13, # 0.1435D-12, 0.2553D-12, 0.4541D-12, 0.8074D-12, 0.1436D-11, # 0.2554D-11, 0.4539D-11, 0.8072D-11, 0.1436D-10, 0.2553D-10, # 0.4539D-10, 0.8074D-10, 0.1435D-09, 0.2552D-09, 0.4538D-09, # 0.8066D-09, 0.1434D-08, 0.2548D-08, 0.4524D-08, 0.8035D-08, # 0.1426D-07, 0.2527D-07, 0.4473D-07, 0.7901D-07, 0.1390D-06, # 0.2436D-06, 0.4242D-06, 0.7314D-06, 0.1244D-05, 0.2079D-05, # 0.3387D-05, 0.5346D-05, 0.8105D-05, 0.1171D-04, 0.1605D-04, # 0.2083D-04, 0.2562D-04, 0.3006D-04, 0.3388D-04, 0.3697D-04, # 0.3935D-04, 0.4112D-04, 0.4239D-04, 0.4329D-04, 0.4388D-04, # 0.4423D-04, 0.4434D-04, 0.4417D-04, 0.4362D-04, 0.4252D-04, # 0.4072D-04, 0.3808D-04, 0.3465D-04, 0.3062D-04, 0.2628D-04, # 0.2192D-04, 0.1777D-04, 0.1400D-04, 0.1074D-04, 0.8047D-05, # 0.5904D-05, 0.4255D-05, 0.3025D-05, 0.2126D-05, 0.1481D-05, # 0.1031D-05, 0.7015D-06, 0.4916D-06, 0.3266D-06, 0.2217D-06, # 0.1467D-06/ data (calcpts(j,42), j = 1,neta) /0.3100D-13, 0.5513D-13, # 0.9799D-13, 0.1743D-12, 0.3100D-12, 0.5512D-12, 0.9801D-12, # 0.1743D-11, 0.3098D-11, 0.5511D-11, 0.9802D-11, 0.1743D-10, # 0.3099D-10, 0.5512D-10, 0.9795D-10, 0.1742D-09, 0.3098D-09, # 0.5506D-09, 0.9787D-09, 0.1740D-08, 0.3089D-08, 0.5485D-08, # 0.9735D-08, 0.1725D-07, 0.3054D-07, 0.5394D-07, 0.9490D-07, # 0.1663D-06, 0.2896D-06, 0.4993D-06, 0.8496D-06, 0.1420D-05, # 0.2313D-05, 0.3650D-05, 0.5533D-05, 0.7995D-05, 0.1096D-04, # 0.1422D-04, 0.1749D-04, 0.2052D-04, 0.2313D-04, 0.2524D-04, # 0.2686D-04, 0.2807D-04, 0.2895D-04, 0.2957D-04, 0.2999D-04, # 0.3026D-04, 0.3040D-04, 0.3041D-04, 0.3025D-04, 0.2984D-04, # 0.2907D-04, 0.2782D-04, 0.2601D-04, 0.2366D-04, 0.2091D-04, # 0.1794D-04, 0.1497D-04, 0.1213D-04, 0.9555D-05, 0.7337D-05, # 0.5493D-05, 0.4024D-05, 0.2899D-05, 0.2059D-05, 0.1460D-05, # 0.1010D-05, 0.7099D-06, 0.4850D-06, 0.3350D-06, 0.2300D-06, # 0.1551D-06/ data (calcpts(j,43), j = 1,neta) /0.2115D-13, 0.3761D-13, # 0.6685D-13, 0.1189D-12, 0.2115D-12, 0.3761D-12, 0.6687D-12, # 0.1189D-11, 0.2114D-11, 0.3760D-11, 0.6688D-11, 0.1189D-10, # 0.2114D-10, 0.3760D-10, 0.6683D-10, 0.1188D-09, 0.2113D-09, # 0.3757D-09, 0.6677D-09, 0.1187D-08, 0.2107D-08, 0.3742D-08, # 0.6642D-08, 0.1177D-07, 0.2083D-07, 0.3680D-07, 0.6475D-07, # 0.1135D-06, 0.1976D-06, 0.3407D-06, 0.5796D-06, 0.9685D-06, # 0.1578D-05, 0.2490D-05, 0.3775D-05, 0.5455D-05, 0.7477D-05, # 0.9701D-05, 0.1193D-04, 0.1400D-04, 0.1578D-04, 0.1722D-04, # 0.1833D-04, 0.1916D-04, 0.1975D-04, 0.2018D-04, 0.2047D-04, # 0.2067D-04, 0.2079D-04, 0.2084D-04, 0.2082D-04, 0.2068D-04, # 0.2039D-04, 0.1985D-04, 0.1899D-04, 0.1775D-04, 0.1614D-04, # 0.1426D-04, 0.1224D-04, 0.1021D-04, 0.8272D-05, 0.6518D-05, # 0.5005D-05, 0.3746D-05, 0.2741D-05, 0.1976D-05, 0.1406D-05, # 0.9865D-06, 0.6866D-06, 0.4766D-06, 0.3267D-06, 0.2217D-06, # 0.1617D-06/ data (calcpts(j,44), j = 1,neta) /0.1442D-13, 0.2565D-13, # 0.4559D-13, 0.8108D-13, 0.1442D-12, 0.2564D-12, 0.4560D-12, # 0.8110D-12, 0.1441D-11, 0.2564D-11, 0.4560D-11, 0.8108D-11, # 0.1442D-10, 0.2564D-10, 0.4557D-10, 0.8104D-10, 0.1441D-09, # 0.2562D-09, 0.4553D-09, 0.8093D-09, 0.1437D-08, 0.2552D-08, # 0.4529D-08, 0.8027D-08, 0.1421D-07, 0.2509D-07, 0.4415D-07, # 0.7738D-07, 0.1347D-06, 0.2323D-06, 0.3952D-06, 0.6604D-06, # 0.1076D-05, 0.1698D-05, 0.2574D-05, 0.3720D-05, 0.5098D-05, # 0.6615D-05, 0.8138D-05, 0.9549D-05, 0.1076D-04, 0.1174D-04, # 0.1250D-04, 0.1306D-04, 0.1347D-04, 0.1376D-04, 0.1396D-04, # 0.1410D-04, 0.1419D-04, 0.1424D-04, 0.1426D-04, 0.1422D-04, # 0.1412D-04, 0.1391D-04, 0.1354D-04, 0.1295D-04, 0.1211D-04, # 0.1101D-04, 0.9725D-05, 0.8345D-05, 0.6957D-05, 0.5636D-05, # 0.4442D-05, 0.3407D-05, 0.2551D-05, 0.1870D-05, 0.1348D-05, # 0.9585D-06, 0.6736D-06, 0.4696D-06, 0.3241D-06, 0.2236D-06, # 0.1532D-06/ data (calcpts(j,45), j = 1,neta) /0.9834D-14, 0.1749D-13, # 0.3109D-13, 0.5530D-13, 0.9836D-13, 0.1749D-12, 0.3110D-12, # 0.5531D-12, 0.9831D-12, 0.1749D-11, 0.3110D-11, 0.5530D-11, # 0.9833D-11, 0.1749D-10, 0.3108D-10, 0.5527D-10, 0.9829D-10, # 0.1747D-09, 0.3105D-09, 0.5519D-09, 0.9800D-09, 0.1740D-08, # 0.3089D-08, 0.5474D-08, 0.9689D-08, 0.1711D-07, 0.3011D-07, # 0.5277D-07, 0.9189D-07, 0.1584D-06, 0.2696D-06, 0.4504D-06, # 0.7337D-06, 0.1158D-05, 0.1756D-05, 0.2537D-05, 0.3477D-05, # 0.4511D-05, 0.5550D-05, 0.6512D-05, 0.7339D-05, 0.8008D-05, # 0.8524D-05, 0.8909D-05, 0.9187D-05, 0.9385D-05, 0.9524D-05, # 0.9620D-05, 0.9684D-05, 0.9725D-05, 0.9746D-05, 0.9745D-05, # 0.9716D-05, 0.9642D-05, 0.9496D-05, 0.9241D-05, 0.8837D-05, # 0.8258D-05, 0.7509D-05, 0.6633D-05, 0.5691D-05, 0.4745D-05, # 0.3847D-05, 0.3031D-05, 0.2327D-05, 0.1743D-05, 0.1278D-05, # 0.9198D-06, 0.6558D-06, 0.4624D-06, 0.3229D-06, 0.2254D-06, # 0.1564D-06/ data (calcpts(j,46), j = 1,neta) /0.6703D-14, 0.1192D-13, # 0.2119D-13, 0.3769D-13, 0.6704D-13, 0.1192D-12, 0.2120D-12, # 0.3770D-12, 0.6701D-12, 0.1192D-11, 0.2120D-11, 0.3769D-11, # 0.6702D-11, 0.1192D-10, 0.2118D-10, 0.3767D-10, 0.6699D-10, # 0.1191D-09, 0.2116D-09, 0.3762D-09, 0.6679D-09, 0.1186D-08, # 0.2105D-08, 0.3731D-08, 0.6603D-08, 0.1166D-07, 0.2052D-07, # 0.3597D-07, 0.6263D-07, 0.1080D-06, 0.1837D-06, 0.3070D-06, # 0.5001D-06, 0.7893D-06, 0.1196D-05, 0.1729D-05, 0.2370D-05, # 0.3075D-05, 0.3783D-05, 0.4439D-05, 0.5002D-05, 0.5458D-05, # 0.5810D-05, 0.6072D-05, 0.6262D-05, 0.6397D-05, 0.6492D-05, # 0.6557D-05, 0.6602D-05, 0.6632D-05, 0.6650D-05, 0.6657D-05, # 0.6652D-05, 0.6629D-05, 0.6576D-05, 0.6475D-05, 0.6300D-05, # 0.6024D-05, 0.5629D-05, 0.5117D-05, 0.4519D-05, 0.3879D-05, # 0.3234D-05, 0.2621D-05, 0.2066D-05, 0.1585D-05, 0.1187D-05, # 0.8707D-06, 0.6277D-06, 0.4462D-06, 0.3143D-06, 0.2198D-06, # 0.1523D-06/ data (calcpts(j,47), j = 1,neta) /0.4567D-14, 0.8124D-14, # 0.1444D-13, 0.2568D-13, 0.4568D-13, 0.8122D-13, 0.1444D-12, # 0.2569D-12, 0.4566D-12, 0.8121D-12, 0.1444D-11, 0.2568D-11, # 0.4567D-11, 0.8122D-11, 0.1443D-10, 0.2567D-10, 0.4565D-10, # 0.8114D-10, 0.1442D-09, 0.2563D-09, 0.4551D-09, 0.8083D-09, # 0.1435D-08, 0.2542D-08, 0.4500D-08, 0.7948D-08, 0.1398D-07, # 0.2451D-07, 0.4267D-07, 0.7358D-07, 0.1252D-06, 0.2092D-06, # 0.3408D-06, 0.5378D-06, 0.8153D-06, 0.1178D-05, 0.1615D-05, # 0.2095D-05, 0.2578D-05, 0.3025D-05, 0.3409D-05, 0.3719D-05, # 0.3959D-05, 0.4138D-05, 0.4267D-05, 0.4359D-05, 0.4424D-05, # 0.4468D-05, 0.4499D-05, 0.4520D-05, 0.4534D-05, 0.4541D-05, # 0.4543D-05, 0.4537D-05, 0.4520D-05, 0.4483D-05, 0.4413D-05, # 0.4294D-05, 0.4105D-05, 0.3835D-05, 0.3487D-05, 0.3080D-05, # 0.2643D-05, 0.2203D-05, 0.1785D-05, 0.1407D-05, 0.1078D-05, # 0.8084D-06, 0.5924D-06, 0.4274D-06, 0.3029D-06, 0.2129D-06, # 0.1484D-06/ data (calcpts(j,48), j = 1,neta) /0.3113D-14, 0.5537D-14, # 0.9840D-14, 0.1750D-13, 0.3113D-13, 0.5535D-13, 0.9843D-13, # 0.1751D-12, 0.3112D-12, 0.5534D-12, 0.9844D-12, 0.1750D-11, # 0.3112D-11, 0.5535D-11, 0.9837D-11, 0.1749D-10, 0.3111D-10, # 0.5530D-10, 0.9829D-10, 0.1747D-09, 0.3102D-09, 0.5509D-09, # 0.9777D-09, 0.1733D-08, 0.3067D-08, 0.5417D-08, 0.9531D-08, # 0.1670D-07, 0.2908D-07, 0.5014D-07, 0.8532D-07, 0.1426D-06, # 0.2322D-06, 0.3665D-06, 0.5557D-06, 0.8030D-06, 0.1101D-05, # 0.1428D-05, 0.1757D-05, 0.2061D-05, 0.2323D-05, 0.2535D-05, # 0.2698D-05, 0.2820D-05, 0.2908D-05, 0.2971D-05, 0.3015D-05, # 0.3045D-05, 0.3067D-05, 0.3081D-05, 0.3091D-05, 0.3097D-05, # 0.3100D-05, 0.3099D-05, 0.3094D-05, 0.3082D-05, 0.3056D-05, # 0.3009D-05, 0.2927D-05, 0.2798D-05, 0.2614D-05, 0.2377D-05, # 0.2099D-05, 0.1801D-05, 0.1502D-05, 0.1217D-05, 0.9587D-06, # 0.7353D-06, 0.5508D-06, 0.4038D-06, 0.2913D-06, 0.2073D-06, # 0.1458D-06/ data (calcpts(j,49), j = 1,neta) /0.2121D-14, 0.3773D-14, # 0.6706D-14, 0.1193D-13, 0.2121D-13, 0.3772D-13, 0.6708D-13, # 0.1193D-12, 0.2120D-12, 0.3771D-12, 0.6708D-12, 0.1193D-11, # 0.2121D-11, 0.3772D-11, 0.6703D-11, 0.1192D-10, 0.2120D-10, # 0.3768D-10, 0.6698D-10, 0.1190D-09, 0.2114D-09, 0.3754D-09, # 0.6662D-09, 0.1181D-08, 0.2090D-08, 0.3691D-08, 0.6495D-08, # 0.1138D-07, 0.1982D-07, 0.3417D-07, 0.5814D-07, 0.9715D-07, # 0.1583D-06, 0.2498D-06, 0.3786D-06, 0.5472D-06, 0.7499D-06, # 0.9731D-06, 0.1197D-05, 0.1405D-05, 0.1583D-05, 0.1727D-05, # 0.1839D-05, 0.1921D-05, 0.1982D-05, 0.2024D-05, 0.2054D-05, # 0.2075D-05, 0.2090D-05, 0.2100D-05, 0.2106D-05, 0.2111D-05, # 0.2113D-05, 0.2114D-05, 0.2113D-05, 0.2110D-05, 0.2101D-05, # 0.2083D-05, 0.2050D-05, 0.1994D-05, 0.1907D-05, 0.1781D-05, # 0.1620D-05, 0.1430D-05, 0.1227D-05, 0.1023D-05, 0.8291D-06, # 0.6532D-06, 0.5011D-06, 0.3751D-06, 0.2746D-06, 0.1981D-06, # 0.1411D-06/ data (dlaeta(j), j = 1,neta) / # -6d0, -5.83333333d0, -5.66666667d0, -5.5d0, -5.33333333d0, # -5.16666667d0, -5d0, -4.83333333d0, -4.66666667d0, -4.5d0, # -4.33333333d0, -4.16666667d0, -4d0, -3.83333333d0, # -3.66666667d0, -3.5d0, -3.33333333d0, -3.16666667d0, -3d0, # -2.83333333d0, -2.66666667d0, -2.5d0, -2.33333333d0, # -2.16666667d0, -2d0, -1.83333333d0, -1.66666667d0, -1.5d0, # -1.33333333d0, -1.16666667d0, -1d0, -0.83333333d0, -0.66666667d0, # -0.5d0, -0.33333333d0, -0.16666667d0, 0d0, 0.16666667d0, # 0.33333333d0, 0.5d0, 0.66666667d0, 0.83333333d0, 1d0, # 1.16666667d0, 1.33333333d0, 1.5d0, 1.66666667d0, 1.83333333d0, # 2d0, 2.16666667d0, 2.33333333d0, 2.5d0, 2.66666667d0, # 2.83333333d0, 3d0, 3.16666667d0, 3.33333333d0, 3.5d0, # 3.66666667d0, 3.83333333d0, 4d0, 4.16666667d0, 4.33333333d0, # 4.5d0, 4.66666667d0, 4.83333333d0, 5d0, 5.16666667d0, # 5.33333333d0, 5.5d0, 5.66666667d0, 5.83333333d0, 6d0/ data (dlaxi(j), j = 1,nxi) / # -3d0, -2.83333333d0, -2.66666667d0, -2.5d0, -2.33333333d0, # -2.16666667d0, -2d0, -1.83333333d0, -1.66666667d0, -1.5d0, # -1.33333333d0, -1.16666667d0, -1d0, -0.83333333d0, -0.66666667d0, # -0.5d0, -0.33333333d0, -0.16666667d0, 0d0, 0.16666667d0, # 0.33333333d0, 0.5d0, 0.66666667d0, 0.83333333d0, 1d0, # 1.16666667d0, 1.33333333d0, 1.5d0, 1.66666667d0, 1.83333333d0, # 2d0, 2.16666667d0, 2.33333333d0, 2.5d0, 2.66666667d0, # 2.83333333d0, 3d0, 3.16666667d0, 3.33333333d0, 3.5d0, # 3.66666667d0, 3.83333333d0, 4d0, 4.16666667d0, 4.33333333d0, # 4.5d0, 4.66666667d0, 4.83333333d0, 5d0/ dleta = dlog10(eta) dlxi = dlog10(xi) if (dlxi .le. dlaxi(1)) dlxi = dlaxi(1) if (dlxi .ge. dlaxi(nxi)) dlxi = dlaxi(nxi) if (dleta .ge. dlaeta(neta)) dleta = dlaeta(neta) if (dleta .le. dlaeta(1)) dleta = dlaeta(1) call locat(dlaeta,neta, dleta, ieta) call locat(dlaxi, nxi, dlxi, ixi) c interpolating between the appropriate points delxi = 1d0/6d0 deleta = 1d0/6d0 c lagrange 3-pt. if (ixi .le. 2) ixi = 2 if (ixi .ge. 48) ixi = 48 if (ieta .le. 2) ieta = 2 if (ieta .ge. 72) ieta = 72 pxi = (dlxi - dlaxi(ixi))/delxi f(-1) = pxi*(pxi-1d0)/2d0*calcpts(ieta-1,ixi-1) + # (1d0 - pxi**2)*calcpts(ieta-1,ixi) + # pxi*(pxi+1d0)/2d0*calcpts(ieta-1,ixi+1) f(0) = pxi*(pxi-1d0)/2d0*calcpts(ieta,ixi-1) + # (1d0 - pxi**2)*calcpts(ieta,ixi) + # pxi*(pxi+1d0)/2d0*calcpts(ieta,ixi+1) f(1) = pxi*(pxi-1d0)/2d0*calcpts(ieta+1,ixi-1) + # (1d0 - pxi**2)*calcpts(ieta+1,ixi) + # pxi*(pxi+1d0)/2d0*calcpts(ieta+1,ixi+1) peta = (dleta - dlaeta(ieta))/deleta xsqlba = peta*(peta-1d0)/2d0*f(-1) + # (1d0 - peta**2)*f(0) + # peta*(peta+1d0)/2d0*f(1) return end c the subtracted term from eq (27) of PLB347 (1995) 143 - 151 c transverse light quark initiated piece accompanying the MF log c prop. to e_H^2 subroutine sqtbar(eta, xi, xsqtba) implicit none integer neta, nxi parameter (neta = 73, nxi = 49) real*8 calcpts(neta, nxi), dlaeta(neta), dlaxi(nxi) real*8 eta, xi, dleta, dlxi, xsqtba real*8 pxi, peta, f(-1:1), delxi, deleta integer ieta, ixi, j data (calcpts(j, 1), j = 1,neta) /0.9803D-10, 0.1739D-09, # 0.3086D-09, 0.5482D-09, 0.9743D-09, 0.1731D-08, 0.3078D-08, # 0.5473D-08, 0.9724D-08, 0.1729D-07, 0.3076D-07, 0.5469D-07, # 0.9724D-07, 0.1729D-06, 0.3073D-06, 0.5465D-06, 0.9718D-06, # 0.1727D-05, 0.3070D-05, 0.5455D-05, 0.9683D-05, 0.1719D-04, # 0.3050D-04, 0.5401D-04, 0.9550D-04, 0.1684D-03, 0.2957D-03, # 0.5166D-03, 0.8955D-03, 0.1534D-02, 0.2586D-02, 0.4266D-02, # 0.6826D-02, 0.1052D-01, 0.1546D-01, 0.2147D-01, 0.2798D-01, # 0.3406D-01, 0.3874D-01, 0.4130D-01, 0.4150D-01, 0.3958D-01, # 0.3613D-01, 0.3180D-01, 0.2716D-01, 0.2264D-01, 0.1849D-01, # 0.1485D-01, 0.1178D-01, 0.9225D-02, 0.7162D-02, 0.5499D-02, # 0.4200D-02, 0.3187D-02, 0.2403D-02, 0.1803D-02, 0.1348D-02, # 0.1000D-02, 0.7489D-03, 0.5516D-03, 0.4103D-03, 0.2962D-03, # 0.2103D-03, 0.1530D-03, 0.1099D-03, 0.8117D-04, 0.6703D-04, # 0.3763D-04, 0.3803D-04, 0.2330D-04, 0.2349D-04, 0.8619D-05, # 0.8705D-05/ data (calcpts(j, 2), j = 1,neta) /0.9804D-10, 0.1739D-09, # 0.3085D-09, 0.5481D-09, 0.9742D-09, 0.1731D-08, 0.3077D-08, # 0.5472D-08, 0.9723D-08, 0.1729D-07, 0.3076D-07, 0.5468D-07, # 0.9722D-07, 0.1729D-06, 0.3073D-06, 0.5464D-06, 0.9717D-06, # 0.1727D-05, 0.3069D-05, 0.5455D-05, 0.9682D-05, 0.1719D-04, # 0.3050D-04, 0.5401D-04, 0.9548D-04, 0.1684D-03, 0.2957D-03, # 0.5165D-03, 0.8953D-03, 0.1534D-02, 0.2586D-02, 0.4265D-02, # 0.6827D-02, 0.1052D-01, 0.1546D-01, 0.2147D-01, 0.2797D-01, # 0.3407D-01, 0.3875D-01, 0.4129D-01, 0.4150D-01, 0.3958D-01, # 0.3613D-01, 0.3180D-01, 0.2716D-01, 0.2264D-01, 0.1850D-01, # 0.1486D-01, 0.1177D-01, 0.9227D-02, 0.7149D-02, 0.5501D-02, # 0.4202D-02, 0.3189D-02, 0.2405D-02, 0.1804D-02, 0.1350D-02, # 0.1002D-02, 0.7507D-03, 0.5534D-03, 0.4121D-03, 0.2980D-03, # 0.2120D-03, 0.1548D-03, 0.1117D-03, 0.8293D-04, 0.5380D-04, # 0.3939D-04, 0.2480D-04, 0.2507D-04, 0.1026D-04, 0.1039D-04, # 0.1047D-04/ data (calcpts(j, 3), j = 1,neta) /0.9802D-10, 0.1739D-09, # 0.3085D-09, 0.5481D-09, 0.9742D-09, 0.1731D-08, 0.3077D-08, # 0.5472D-08, 0.9722D-08, 0.1729D-07, 0.3076D-07, 0.5468D-07, # 0.9722D-07, 0.1729D-06, 0.3072D-06, 0.5464D-06, 0.9717D-06, # 0.1727D-05, 0.3069D-05, 0.5454D-05, 0.9682D-05, 0.1719D-04, # 0.3049D-04, 0.5400D-04, 0.9548D-04, 0.1684D-03, 0.2956D-03, # 0.5165D-03, 0.8953D-03, 0.1534D-02, 0.2585D-02, 0.4265D-02, # 0.6825D-02, 0.1052D-01, 0.1546D-01, 0.2147D-01, 0.2798D-01, # 0.3406D-01, 0.3873D-01, 0.4130D-01, 0.4150D-01, 0.3958D-01, # 0.3613D-01, 0.3180D-01, 0.2716D-01, 0.2264D-01, 0.1849D-01, # 0.1485D-01, 0.1178D-01, 0.9223D-02, 0.7160D-02, 0.5497D-02, # 0.4198D-02, 0.3184D-02, 0.2401D-02, 0.1800D-02, 0.1345D-02, # 0.9976D-03, 0.7463D-03, 0.5490D-03, 0.4077D-03, 0.2936D-03, # 0.2227D-03, 0.1654D-03, 0.1223D-03, 0.7854D-04, 0.6441D-04, # 0.5000D-04, 0.3540D-04, 0.2068D-04, 0.2087D-04, 0.5994D-05, # 0.6081D-05/ data (calcpts(j, 4), j = 1,neta) /0.9800D-10, 0.1739D-09, # 0.3085D-09, 0.5480D-09, 0.9740D-09, 0.1731D-08, 0.3077D-08, # 0.5471D-08, 0.9721D-08, 0.1729D-07, 0.3075D-07, 0.5467D-07, # 0.9720D-07, 0.1729D-06, 0.3072D-06, 0.5463D-06, 0.9715D-06, # 0.1727D-05, 0.3069D-05, 0.5454D-05, 0.9680D-05, 0.1718D-04, # 0.3049D-04, 0.5399D-04, 0.9547D-04, 0.1684D-03, 0.2956D-03, # 0.5164D-03, 0.8952D-03, 0.1533D-02, 0.2585D-02, 0.4264D-02, # 0.6824D-02, 0.1052D-01, 0.1546D-01, 0.2147D-01, 0.2797D-01, # 0.3407D-01, 0.3873D-01, 0.4129D-01, 0.4149D-01, 0.3959D-01, # 0.3613D-01, 0.3181D-01, 0.2716D-01, 0.2264D-01, 0.1850D-01, # 0.1485D-01, 0.1178D-01, 0.9225D-02, 0.7161D-02, 0.5498D-02, # 0.4199D-02, 0.3186D-02, 0.2402D-02, 0.1801D-02, 0.1347D-02, # 0.9991D-03, 0.7478D-03, 0.5506D-03, 0.4092D-03, 0.2951D-03, # 0.2242D-03, 0.1519D-03, 0.1088D-03, 0.8006D-04, 0.6593D-04, # 0.5152D-04, 0.3692D-04, 0.2220D-04, 0.2239D-04, 0.7513D-05, # 0.7599D-05/ data (calcpts(j, 5), j = 1,neta) /0.9798D-10, 0.1738D-09, # 0.3084D-09, 0.5479D-09, 0.9738D-09, 0.1730D-08, 0.3076D-08, # 0.5470D-08, 0.9718D-08, 0.1728D-07, 0.3074D-07, 0.5466D-07, # 0.9718D-07, 0.1728D-06, 0.3071D-06, 0.5462D-06, 0.9713D-06, # 0.1726D-05, 0.3068D-05, 0.5452D-05, 0.9678D-05, 0.1718D-04, # 0.3048D-04, 0.5398D-04, 0.9544D-04, 0.1683D-03, 0.2955D-03, # 0.5163D-03, 0.8950D-03, 0.1533D-02, 0.2584D-02, 0.4263D-02, # 0.6823D-02, 0.1052D-01, 0.1546D-01, 0.2146D-01, 0.2797D-01, # 0.3406D-01, 0.3872D-01, 0.4130D-01, 0.4149D-01, 0.3958D-01, # 0.3613D-01, 0.3180D-01, 0.2715D-01, 0.2263D-01, 0.1849D-01, # 0.1486D-01, 0.1177D-01, 0.9228D-02, 0.7150D-02, 0.5502D-02, # 0.4202D-02, 0.3189D-02, 0.2406D-02, 0.1805D-02, 0.1350D-02, # 0.1002D-02, 0.7510D-03, 0.5538D-03, 0.3974D-03, 0.2984D-03, # 0.2124D-03, 0.1551D-03, 0.1120D-03, 0.8327D-04, 0.5414D-04, # 0.3973D-04, 0.2513D-04, 0.2541D-04, 0.1059D-04, 0.1072D-04, # 0.1081D-04/ data (calcpts(j, 6), j = 1,neta) /0.9794D-10, 0.1738D-09, # 0.3083D-09, 0.5477D-09, 0.9735D-09, 0.1730D-08, 0.3075D-08, # 0.5468D-08, 0.9715D-08, 0.1728D-07, 0.3073D-07, 0.5464D-07, # 0.9715D-07, 0.1728D-06, 0.3070D-06, 0.5460D-06, 0.9710D-06, # 0.1726D-05, 0.3067D-05, 0.5450D-05, 0.9674D-05, 0.1718D-04, # 0.3047D-04, 0.5396D-04, 0.9541D-04, 0.1683D-03, 0.2954D-03, # 0.5161D-03, 0.8947D-03, 0.1532D-02, 0.2584D-02, 0.4262D-02, # 0.6821D-02, 0.1052D-01, 0.1546D-01, 0.2146D-01, 0.2796D-01, # 0.3405D-01, 0.3872D-01, 0.4128D-01, 0.4148D-01, 0.3958D-01, # 0.3612D-01, 0.3180D-01, 0.2716D-01, 0.2263D-01, 0.1849D-01, # 0.1486D-01, 0.1177D-01, 0.9228D-02, 0.7149D-02, 0.5501D-02, # 0.4201D-02, 0.3188D-02, 0.2405D-02, 0.1804D-02, 0.1349D-02, # 0.1001D-02, 0.7498D-03, 0.5525D-03, 0.4112D-03, 0.2971D-03, # 0.2111D-03, 0.1539D-03, 0.1108D-03, 0.8203D-04, 0.6790D-04, # 0.3849D-04, 0.3889D-04, 0.2416D-04, 0.9350D-05, 0.9477D-05, # 0.9564D-05/ data (calcpts(j, 7), j = 1,neta) /0.9790D-10, 0.1737D-09, # 0.3081D-09, 0.5474D-09, 0.9730D-09, 0.1729D-08, 0.3073D-08, # 0.5465D-08, 0.9711D-08, 0.1727D-07, 0.3072D-07, 0.5461D-07, # 0.9710D-07, 0.1727D-06, 0.3069D-06, 0.5457D-06, 0.9705D-06, # 0.1725D-05, 0.3065D-05, 0.5448D-05, 0.9670D-05, 0.1717D-04, # 0.3046D-04, 0.5394D-04, 0.9537D-04, 0.1682D-03, 0.2953D-03, # 0.5159D-03, 0.8943D-03, 0.1532D-02, 0.2582D-02, 0.4260D-02, # 0.6819D-02, 0.1051D-01, 0.1545D-01, 0.2145D-01, 0.2795D-01, # 0.3404D-01, 0.3871D-01, 0.4127D-01, 0.4147D-01, 0.3956D-01, # 0.3612D-01, 0.3180D-01, 0.2715D-01, 0.2263D-01, 0.1849D-01, # 0.1486D-01, 0.1177D-01, 0.9229D-02, 0.7150D-02, 0.5501D-02, # 0.4202D-02, 0.3189D-02, 0.2405D-02, 0.1804D-02, 0.1349D-02, # 0.1001D-02, 0.7501D-03, 0.5528D-03, 0.4114D-03, 0.2973D-03, # 0.2114D-03, 0.1541D-03, 0.1110D-03, 0.8225D-04, 0.6811D-04, # 0.3871D-04, 0.3911D-04, 0.2438D-04, 0.9568D-05, 0.9695D-05, # 0.9782D-05/ data (calcpts(j, 8), j = 1,neta) /0.9783D-10, 0.1736D-09, # 0.3079D-09, 0.5470D-09, 0.9723D-09, 0.1728D-08, 0.3071D-08, # 0.5461D-08, 0.9704D-08, 0.1726D-07, 0.3069D-07, 0.5457D-07, # 0.9703D-07, 0.1726D-06, 0.3066D-06, 0.5453D-06, 0.9698D-06, # 0.1724D-05, 0.3063D-05, 0.5444D-05, 0.9663D-05, 0.1715D-04, # 0.3043D-04, 0.5390D-04, 0.9530D-04, 0.1681D-03, 0.2951D-03, # 0.5155D-03, 0.8937D-03, 0.1531D-02, 0.2581D-02, 0.4258D-02, # 0.6815D-02, 0.1051D-01, 0.1544D-01, 0.2144D-01, 0.2794D-01, # 0.3404D-01, 0.3870D-01, 0.4126D-01, 0.4146D-01, 0.3956D-01, # 0.3611D-01, 0.3178D-01, 0.2714D-01, 0.2263D-01, 0.1848D-01, # 0.1485D-01, 0.1178D-01, 0.9218D-02, 0.7154D-02, 0.5505D-02, # 0.4206D-02, 0.3192D-02, 0.2409D-02, 0.1807D-02, 0.1353D-02, # 0.1005D-02, 0.7385D-03, 0.5562D-03, 0.3999D-03, 0.3008D-03, # 0.2148D-03, 0.1575D-03, 0.1144D-03, 0.8568D-04, 0.5654D-04, # 0.4213D-04, 0.2753D-04, 0.2781D-04, 0.1299D-04, 0.1312D-04, # 0.1321D-04/ data (calcpts(j, 9), j = 1,neta) /0.9773D-10, 0.1734D-09, # 0.3076D-09, 0.5464D-09, 0.9713D-09, 0.1726D-08, 0.3068D-08, # 0.5455D-08, 0.9693D-08, 0.1724D-07, 0.3066D-07, 0.5451D-07, # 0.9693D-07, 0.1724D-06, 0.3063D-06, 0.5447D-06, 0.9688D-06, # 0.1722D-05, 0.3060D-05, 0.5438D-05, 0.9653D-05, 0.1714D-04, # 0.3040D-04, 0.5384D-04, 0.9520D-04, 0.1679D-03, 0.2948D-03, # 0.5150D-03, 0.8928D-03, 0.1529D-02, 0.2578D-02, 0.4254D-02, # 0.6808D-02, 0.1050D-01, 0.1543D-01, 0.2143D-01, 0.2792D-01, # 0.3401D-01, 0.3868D-01, 0.4125D-01, 0.4145D-01, 0.3954D-01, # 0.3611D-01, 0.3177D-01, 0.2715D-01, 0.2263D-01, 0.1848D-01, # 0.1486D-01, 0.1177D-01, 0.9223D-02, 0.7158D-02, 0.5509D-02, # 0.4209D-02, 0.3195D-02, 0.2412D-02, 0.1810D-02, 0.1355D-02, # 0.1008D-02, 0.7413D-03, 0.5440D-03, 0.4026D-03, 0.3035D-03, # 0.2175D-03, 0.1603D-03, 0.1171D-03, 0.8839D-04, 0.5926D-04, # 0.4485D-04, 0.3025D-04, 0.3052D-04, 0.1571D-04, 0.1584D-04, # 0.1592D-04/ data (calcpts(j,10), j = 1,neta) /0.9756D-10, 0.1731D-09, # 0.3071D-09, 0.5456D-09, 0.9697D-09, 0.1723D-08, 0.3063D-08, # 0.5447D-08, 0.9679D-08, 0.1721D-07, 0.3062D-07, 0.5443D-07, # 0.9678D-07, 0.1721D-06, 0.3058D-06, 0.5439D-06, 0.9673D-06, # 0.1719D-05, 0.3055D-05, 0.5430D-05, 0.9637D-05, 0.1711D-04, # 0.3035D-04, 0.5376D-04, 0.9505D-04, 0.1677D-03, 0.2943D-03, # 0.5142D-03, 0.8915D-03, 0.1527D-02, 0.2575D-02, 0.4248D-02, # 0.6801D-02, 0.1048D-01, 0.1541D-01, 0.2141D-01, 0.2790D-01, # 0.3398D-01, 0.3866D-01, 0.4121D-01, 0.4142D-01, 0.3952D-01, # 0.3609D-01, 0.3177D-01, 0.2714D-01, 0.2261D-01, 0.1847D-01, # 0.1485D-01, 0.1177D-01, 0.9215D-02, 0.7149D-02, 0.5499D-02, # 0.4199D-02, 0.3185D-02, 0.2401D-02, 0.1799D-02, 0.1344D-02, # 0.9965D-03, 0.7451D-03, 0.5477D-03, 0.4064D-03, 0.2922D-03, # 0.2212D-03, 0.1640D-03, 0.1208D-03, 0.9209D-04, 0.6295D-04, # 0.4854D-04, 0.3394D-04, 0.1922D-04, 0.1940D-04, 0.1953D-04, # 0.4614D-05/ data (calcpts(j,11), j = 1,neta) /0.9733D-10, 0.1727D-09, # 0.3064D-09, 0.5443D-09, 0.9675D-09, 0.1719D-08, 0.3056D-08, # 0.5434D-08, 0.9656D-08, 0.1717D-07, 0.3055D-07, 0.5431D-07, # 0.9657D-07, 0.1717D-06, 0.3052D-06, 0.5427D-06, 0.9650D-06, # 0.1715D-05, 0.3048D-05, 0.5417D-05, 0.9615D-05, 0.1707D-04, # 0.3029D-04, 0.5364D-04, 0.9484D-04, 0.1673D-03, 0.2937D-03, # 0.5131D-03, 0.8895D-03, 0.1524D-02, 0.2570D-02, 0.4240D-02, # 0.6788D-02, 0.1047D-01, 0.1539D-01, 0.2138D-01, 0.2786D-01, # 0.3395D-01, 0.3862D-01, 0.4118D-01, 0.4139D-01, 0.3949D-01, # 0.3606D-01, 0.3175D-01, 0.2711D-01, 0.2261D-01, 0.1847D-01, # 0.1484D-01, 0.1176D-01, 0.9213D-02, 0.7146D-02, 0.5496D-02, # 0.4195D-02, 0.3180D-02, 0.2411D-02, 0.1809D-02, 0.1354D-02, # 0.1006D-02, 0.7398D-03, 0.5425D-03, 0.4010D-03, 0.3019D-03, # 0.2159D-03, 0.1586D-03, 0.1155D-03, 0.8672D-04, 0.5758D-04, # 0.4316D-04, 0.2856D-04, 0.2883D-04, 0.1402D-04, 0.1415D-04, # 0.1423D-04/ data (calcpts(j,12), j = 1,neta) /0.9701D-10, 0.1721D-09, # 0.3054D-09, 0.5425D-09, 0.9642D-09, 0.1714D-08, 0.3046D-08, # 0.5416D-08, 0.9625D-08, 0.1712D-07, 0.3044D-07, 0.5412D-07, # 0.9624D-07, 0.1712D-06, 0.3041D-06, 0.5409D-06, 0.9619D-06, # 0.1710D-05, 0.3038D-05, 0.5400D-05, 0.9584D-05, 0.1702D-04, # 0.3019D-04, 0.5346D-04, 0.9453D-04, 0.1667D-03, 0.2927D-03, # 0.5115D-03, 0.8867D-03, 0.1519D-02, 0.2562D-02, 0.4228D-02, # 0.6769D-02, 0.1044D-01, 0.1535D-01, 0.2133D-01, 0.2781D-01, # 0.3388D-01, 0.3855D-01, 0.4112D-01, 0.4133D-01, 0.3945D-01, # 0.3602D-01, 0.3172D-01, 0.2710D-01, 0.2260D-01, 0.1846D-01, # 0.1484D-01, 0.1176D-01, 0.9208D-02, 0.7154D-02, 0.5502D-02, # 0.4200D-02, 0.3185D-02, 0.2400D-02, 0.1799D-02, 0.1343D-02, # 0.1010D-02, 0.7437D-03, 0.5463D-03, 0.4048D-03, 0.2906D-03, # 0.2196D-03, 0.1623D-03, 0.1191D-03, 0.9040D-04, 0.6126D-04, # 0.4684D-04, 0.3224D-04, 0.1751D-04, 0.1769D-04, 0.1782D-04, # 0.2904D-05/ data (calcpts(j,13), j = 1,neta) /0.9653D-10, 0.1713D-09, # 0.3039D-09, 0.5399D-09, 0.9596D-09, 0.1705D-08, 0.3031D-08, # 0.5390D-08, 0.9577D-08, 0.1703D-07, 0.3030D-07, 0.5386D-07, # 0.9577D-07, 0.1703D-06, 0.3027D-06, 0.5382D-06, 0.9572D-06, # 0.1701D-05, 0.3023D-05, 0.5373D-05, 0.9537D-05, 0.1693D-04, # 0.3004D-04, 0.5321D-04, 0.9408D-04, 0.1659D-03, 0.2913D-03, # 0.5091D-03, 0.8826D-03, 0.1512D-02, 0.2551D-02, 0.4210D-02, # 0.6742D-02, 0.1040D-01, 0.1530D-01, 0.2126D-01, 0.2773D-01, # 0.3380D-01, 0.3846D-01, 0.4104D-01, 0.4126D-01, 0.3938D-01, # 0.3598D-01, 0.3168D-01, 0.2707D-01, 0.2257D-01, 0.1845D-01, # 0.1482D-01, 0.1175D-01, 0.9208D-02, 0.7152D-02, 0.5498D-02, # 0.4195D-02, 0.3179D-02, 0.2408D-02, 0.1806D-02, 0.1350D-02, # 0.1002D-02, 0.7506D-03, 0.5531D-03, 0.4116D-03, 0.2974D-03, # 0.2113D-03, 0.1540D-03, 0.1108D-03, 0.8206D-04, 0.6791D-04, # 0.3849D-04, 0.3888D-04, 0.2415D-04, 0.2433D-04, 0.9458D-05, # 0.9543D-05/ data (calcpts(j,14), j = 1,neta) /0.9585D-10, 0.1701D-09, # 0.3017D-09, 0.5360D-09, 0.9528D-09, 0.1693D-08, 0.3010D-08, # 0.5352D-08, 0.9510D-08, 0.1691D-07, 0.3008D-07, 0.5348D-07, # 0.9509D-07, 0.1691D-06, 0.3005D-06, 0.5344D-06, 0.9504D-06, # 0.1689D-05, 0.3002D-05, 0.5335D-05, 0.9470D-05, 0.1681D-04, # 0.2983D-04, 0.5283D-04, 0.9341D-04, 0.1648D-03, 0.2893D-03, # 0.5056D-03, 0.8766D-03, 0.1502D-02, 0.2534D-02, 0.4184D-02, # 0.6704D-02, 0.1034D-01, 0.1522D-01, 0.2116D-01, 0.2761D-01, # 0.3367D-01, 0.3833D-01, 0.4091D-01, 0.4114D-01, 0.3930D-01, # 0.3591D-01, 0.3162D-01, 0.2703D-01, 0.2253D-01, 0.1843D-01, # 0.1481D-01, 0.1174D-01, 0.9207D-02, 0.7131D-02, 0.5490D-02, # 0.4200D-02, 0.3182D-02, 0.2396D-02, 0.1808D-02, 0.1352D-02, # 0.1004D-02, 0.7369D-03, 0.5542D-03, 0.3976D-03, 0.2983D-03, # 0.2122D-03, 0.1549D-03, 0.1117D-03, 0.8293D-04, 0.5377D-04, # 0.3935D-04, 0.2474D-04, 0.2500D-04, 0.1018D-04, 0.1031D-04, # 0.1039D-04/ data (calcpts(j,15), j = 1,neta) /0.9484D-10, 0.1683D-09, # 0.2986D-09, 0.5305D-09, 0.9430D-09, 0.1676D-08, 0.2979D-08, # 0.5297D-08, 0.9412D-08, 0.1674D-07, 0.2977D-07, 0.5293D-07, # 0.9412D-07, 0.1674D-06, 0.2975D-06, 0.5290D-06, 0.9407D-06, # 0.1672D-05, 0.2971D-05, 0.5281D-05, 0.9373D-05, 0.1664D-04, # 0.2953D-04, 0.5229D-04, 0.9248D-04, 0.1631D-03, 0.2864D-03, # 0.5006D-03, 0.8680D-03, 0.1488D-02, 0.2511D-02, 0.4147D-02, # 0.6646D-02, 0.1026D-01, 0.1511D-01, 0.2102D-01, 0.2744D-01, # 0.3347D-01, 0.3814D-01, 0.4072D-01, 0.4099D-01, 0.3916D-01, # 0.3580D-01, 0.3155D-01, 0.2697D-01, 0.2249D-01, 0.1839D-01, # 0.1478D-01, 0.1173D-01, 0.9194D-02, 0.7127D-02, 0.5482D-02, # 0.4189D-02, 0.3185D-02, 0.2397D-02, 0.1809D-02, 0.1352D-02, # 0.1003D-02, 0.7511D-03, 0.5532D-03, 0.4115D-03, 0.2971D-03, # 0.2110D-03, 0.1536D-03, 0.1104D-03, 0.8161D-04, 0.6744D-04, # 0.3800D-04, 0.3839D-04, 0.2365D-04, 0.2383D-04, 0.8947D-05, # 0.9030D-05/ data (calcpts(j,16), j = 1,neta) /0.9341D-10, 0.1658D-09, # 0.2941D-09, 0.5226D-09, 0.9290D-09, 0.1651D-08, 0.2935D-08, # 0.5219D-08, 0.9272D-08, 0.1649D-07, 0.2933D-07, 0.5215D-07, # 0.9273D-07, 0.1649D-06, 0.2930D-06, 0.5211D-06, 0.9268D-06, # 0.1647D-05, 0.2927D-05, 0.5203D-05, 0.9235D-05, 0.1640D-04, # 0.2909D-04, 0.5153D-04, 0.9111D-04, 0.1607D-03, 0.2823D-03, # 0.4934D-03, 0.8558D-03, 0.1467D-02, 0.2477D-02, 0.4092D-02, # 0.6564D-02, 0.1014D-01, 0.1494D-01, 0.2081D-01, 0.2718D-01, # 0.3319D-01, 0.3784D-01, 0.4044D-01, 0.4073D-01, 0.3894D-01, # 0.3563D-01, 0.3141D-01, 0.2687D-01, 0.2244D-01, 0.1834D-01, # 0.1475D-01, 0.1170D-01, 0.9181D-02, 0.7122D-02, 0.5486D-02, # 0.4189D-02, 0.3183D-02, 0.2393D-02, 0.1804D-02, 0.1346D-02, # 0.9968D-03, 0.7442D-03, 0.5461D-03, 0.4042D-03, 0.3047D-03, # 0.2185D-03, 0.1611D-03, 0.1178D-03, 0.8900D-04, 0.5981D-04, # 0.4536D-04, 0.3073D-04, 0.3099D-04, 0.1617D-04, 0.1628D-04, # 0.1637D-04/ data (calcpts(j,17), j = 1,neta) /0.9140D-10, 0.1622D-09, # 0.2878D-09, 0.5114D-09, 0.9091D-09, 0.1616D-08, 0.2872D-08, # 0.5107D-08, 0.9075D-08, 0.1614D-07, 0.2871D-07, 0.5104D-07, # 0.9076D-07, 0.1614D-06, 0.2868D-06, 0.5100D-06, 0.9071D-06, # 0.1612D-05, 0.2865D-05, 0.5092D-05, 0.9038D-05, 0.1605D-04, # 0.2847D-04, 0.5044D-04, 0.8919D-04, 0.1574D-03, 0.2764D-03, # 0.4832D-03, 0.8382D-03, 0.1438D-02, 0.2428D-02, 0.4014D-02, # 0.6444D-02, 0.9965D-02, 0.1470D-01, 0.2049D-01, 0.2681D-01, # 0.3278D-01, 0.3741D-01, 0.4002D-01, 0.4037D-01, 0.3863D-01, # 0.3538D-01, 0.3122D-01, 0.2673D-01, 0.2233D-01, 0.1826D-01, # 0.1470D-01, 0.1167D-01, 0.9149D-02, 0.7108D-02, 0.5465D-02, # 0.4178D-02, 0.3168D-02, 0.2391D-02, 0.1800D-02, 0.1341D-02, # 0.1006D-02, 0.7379D-03, 0.5545D-03, 0.3973D-03, 0.2977D-03, # 0.2113D-03, 0.1538D-03, 0.1105D-03, 0.8168D-04, 0.6746D-04, # 0.3800D-04, 0.3836D-04, 0.2361D-04, 0.8782D-05, 0.8897D-05, # 0.8976D-05/ data (calcpts(j,18), j = 1,neta) /0.8860D-10, 0.1573D-09, # 0.2791D-09, 0.4959D-09, 0.8816D-09, 0.1567D-08, 0.2785D-08, # 0.4953D-08, 0.8802D-08, 0.1565D-07, 0.2784D-07, 0.4950D-07, # 0.8801D-07, 0.1565D-06, 0.2782D-06, 0.4947D-06, 0.8797D-06, # 0.1564D-05, 0.2779D-05, 0.4939D-05, 0.8766D-05, 0.1557D-04, # 0.2762D-04, 0.4892D-04, 0.8653D-04, 0.1527D-03, 0.2682D-03, # 0.4689D-03, 0.8138D-03, 0.1396D-02, 0.2360D-02, 0.3904D-02, # 0.6272D-02, 0.9714D-02, 0.1435D-01, 0.2004D-01, 0.2626D-01, # 0.3217D-01, 0.3678D-01, 0.3942D-01, 0.3983D-01, 0.3817D-01, # 0.3502D-01, 0.3095D-01, 0.2653D-01, 0.2218D-01, 0.1817D-01, # 0.1462D-01, 0.1162D-01, 0.9119D-02, 0.7079D-02, 0.5455D-02, # 0.4161D-02, 0.3161D-02, 0.2381D-02, 0.1787D-02, 0.1342D-02, # 0.9912D-03, 0.7374D-03, 0.5534D-03, 0.3960D-03, 0.2961D-03, # 0.2096D-03, 0.1520D-03, 0.1086D-03, 0.7971D-04, 0.6547D-04, # 0.5098D-04, 0.3633D-04, 0.2157D-04, 0.2173D-04, 0.6842D-05, # 0.6917D-05/ data (calcpts(j,19), j = 1,neta) /0.8482D-10, 0.1506D-09, # 0.2673D-09, 0.4749D-09, 0.8443D-09, 0.1501D-08, 0.2668D-08, # 0.4744D-08, 0.8430D-08, 0.1499D-07, 0.2667D-07, 0.4741D-07, # 0.8431D-07, 0.1499D-06, 0.2664D-06, 0.4738D-06, 0.8427D-06, # 0.1498D-05, 0.2662D-05, 0.4730D-05, 0.8397D-05, 0.1491D-04, # 0.2646D-04, 0.4687D-04, 0.8290D-04, 0.1463D-03, 0.2570D-03, # 0.4495D-03, 0.7805D-03, 0.1340D-02, 0.2266D-02, 0.3752D-02, # 0.6036D-02, 0.9363D-02, 0.1386D-01, 0.1939D-01, 0.2547D-01, # 0.3127D-01, 0.3585D-01, 0.3853D-01, 0.3902D-01, 0.3751D-01, # 0.3448D-01, 0.3054D-01, 0.2622D-01, 0.2195D-01, 0.1800D-01, # 0.1451D-01, 0.1154D-01, 0.9062D-02, 0.7047D-02, 0.5424D-02, # 0.4152D-02, 0.3145D-02, 0.2376D-02, 0.1795D-02, 0.1333D-02, # 0.9950D-03, 0.7403D-03, 0.5407D-03, 0.3978D-03, 0.2977D-03, # 0.2110D-03, 0.1532D-03, 0.1098D-03, 0.8080D-04, 0.6651D-04, # 0.3700D-04, 0.3733D-04, 0.2255D-04, 0.2271D-04, 0.7810D-05, # 0.7881D-05/ data (calcpts(j,20), j = 1,neta) /0.7986D-10, 0.1418D-09, # 0.2517D-09, 0.4474D-09, 0.7953D-09, 0.1414D-08, 0.2513D-08, # 0.4469D-08, 0.7942D-08, 0.1413D-07, 0.2512D-07, 0.4467D-07, # 0.7942D-07, 0.1413D-06, 0.2510D-06, 0.4464D-06, 0.7938D-06, # 0.1411D-05, 0.2508D-05, 0.4457D-05, 0.7912D-05, 0.1405D-04, # 0.2493D-04, 0.4416D-04, 0.7812D-04, 0.1379D-03, 0.2423D-03, # 0.4239D-03, 0.7362D-03, 0.1265D-02, 0.2140D-02, 0.3548D-02, # 0.5716D-02, 0.8883D-02, 0.1318D-01, 0.1849D-01, 0.2436D-01, # 0.3002D-01, 0.3454D-01, 0.3727D-01, 0.3788D-01, 0.3654D-01, # 0.3370D-01, 0.2993D-01, 0.2577D-01, 0.2163D-01, 0.1777D-01, # 0.1435D-01, 0.1142D-01, 0.8980D-02, 0.6985D-02, 0.5391D-02, # 0.4121D-02, 0.3137D-02, 0.2363D-02, 0.1778D-02, 0.1328D-02, # 0.9888D-03, 0.7330D-03, 0.5476D-03, 0.4042D-03, 0.2886D-03, # 0.2167D-03, 0.1588D-03, 0.1152D-03, 0.8615D-04, 0.5680D-04, # 0.4225D-04, 0.2756D-04, 0.1276D-04, 0.1290D-04, 0.1300D-04, # -.1933D-05/ data (calcpts(j,21), j = 1,neta) /0.7364D-10, 0.1308D-09, # 0.2322D-09, 0.4128D-09, 0.7339D-09, 0.1304D-08, 0.2319D-08, # 0.4124D-08, 0.7329D-08, 0.1304D-07, 0.2318D-07, 0.4122D-07, # 0.7330D-07, 0.1304D-06, 0.2317D-06, 0.4120D-06, 0.7326D-06, # 0.1302D-05, 0.2314D-05, 0.4113D-05, 0.7302D-05, 0.1297D-04, # 0.2301D-04, 0.4076D-04, 0.7211D-04, 0.1273D-03, 0.2237D-03, # 0.3915D-03, 0.6803D-03, 0.1169D-02, 0.1980D-02, 0.3287D-02, # 0.5304D-02, 0.8258D-02, 0.1229D-01, 0.1729D-01, 0.2287D-01, # 0.2830D-01, 0.3273D-01, 0.3549D-01, 0.3628D-01, 0.3517D-01, # 0.3260D-01, 0.2908D-01, 0.2514D-01, 0.2116D-01, 0.1744D-01, # 0.1412D-01, 0.1126D-01, 0.8865D-02, 0.6916D-02, 0.5332D-02, # 0.4094D-02, 0.3115D-02, 0.2349D-02, 0.1775D-02, 0.1322D-02, # 0.9960D-03, 0.7388D-03, 0.5525D-03, 0.4084D-03, 0.2924D-03, # 0.2202D-03, 0.1621D-03, 0.1184D-03, 0.8922D-04, 0.5982D-04, # 0.4522D-04, 0.3049D-04, 0.3068D-04, 0.1581D-04, 0.1590D-04, # 0.1596D-04/ data (calcpts(j,22), j = 1,neta) /0.6623D-10, 0.1177D-09, # 0.2090D-09, 0.3714D-09, 0.6605D-09, 0.1174D-08, 0.2087D-08, # 0.3712D-08, 0.6597D-08, 0.1173D-07, 0.2087D-07, 0.3711D-07, # 0.6598D-07, 0.1173D-06, 0.2085D-06, 0.3708D-06, 0.6595D-06, # 0.1172D-05, 0.2083D-05, 0.3703D-05, 0.6573D-05, 0.1167D-04, # 0.2071D-04, 0.3670D-04, 0.6493D-04, 0.1146D-03, 0.2015D-03, # 0.3527D-03, 0.6130D-03, 0.1054D-02, 0.1787D-02, 0.2969D-02, # 0.4798D-02, 0.7487D-02, 0.1117D-01, 0.1578D-01, 0.2096D-01, # 0.2608D-01, 0.3034D-01, 0.3312D-01, 0.3410D-01, 0.3330D-01, # 0.3108D-01, 0.2789D-01, 0.2425D-01, 0.2052D-01, 0.1698D-01, # 0.1379D-01, 0.1103D-01, 0.8707D-02, 0.6800D-02, 0.5253D-02, # 0.4030D-02, 0.3071D-02, 0.2328D-02, 0.1748D-02, 0.1307D-02, # 0.9787D-03, 0.7349D-03, 0.5475D-03, 0.4027D-03, 0.3013D-03, # 0.2137D-03, 0.1554D-03, 0.1115D-03, 0.8225D-04, 0.6777D-04, # 0.5312D-04, 0.3836D-04, 0.2353D-04, 0.2364D-04, 0.8718D-05, # 0.8771D-05/ data (calcpts(j,23), j = 1,neta) /0.5794D-10, 0.1030D-09, # 0.1829D-09, 0.3251D-09, 0.5782D-09, 0.1028D-08, 0.1827D-08, # 0.3250D-08, 0.5776D-08, 0.1027D-07, 0.1827D-07, 0.3249D-07, # 0.5776D-07, 0.1027D-06, 0.1826D-06, 0.3247D-06, 0.5774D-06, # 0.1026D-05, 0.1824D-05, 0.3242D-05, 0.5756D-05, 0.1022D-04, # 0.1814D-04, 0.3214D-04, 0.5686D-04, 0.1004D-03, 0.1765D-03, # 0.3090D-03, 0.5373D-03, 0.9244D-03, 0.1568D-02, 0.2608D-02, # 0.4221D-02, 0.6599D-02, 0.9870D-02, 0.1399D-01, 0.1868D-01, # 0.2338D-01, 0.2740D-01, 0.3016D-01, 0.3134D-01, 0.3088D-01, # 0.2908D-01, 0.2633D-01, 0.2306D-01, 0.1963D-01, 0.1634D-01, # 0.1333D-01, 0.1071D-01, 0.8483D-02, 0.6647D-02, 0.5151D-02, # 0.3957D-02, 0.3017D-02, 0.2296D-02, 0.1726D-02, 0.1297D-02, # 0.9662D-03, 0.7208D-03, 0.5323D-03, 0.3868D-03, 0.2848D-03, # 0.2119D-03, 0.1533D-03, 0.1092D-03, 0.7987D-04, 0.5032D-04, # 0.3562D-04, 0.3583D-04, 0.2097D-04, 0.2107D-04, 0.6131D-05, # 0.6176D-05/ data (calcpts(j,24), j = 1,neta) /0.4927D-10, 0.8757D-10, # 0.1556D-09, 0.2766D-09, 0.4919D-09, 0.8745D-09, 0.1555D-08, # 0.2765D-08, 0.4915D-08, 0.8741D-08, 0.1555D-07, 0.2764D-07, # 0.4915D-07, 0.8742D-07, 0.1554D-06, 0.2763D-06, 0.4913D-06, # 0.8733D-06, 0.1552D-05, 0.2759D-05, 0.4898D-05, 0.8697D-05, # 0.1543D-04, 0.2735D-04, 0.4839D-04, 0.8545D-04, 0.1503D-03, # 0.2631D-03, 0.4576D-03, 0.7877D-03, 0.1337D-02, 0.2226D-02, # 0.3607D-02, 0.5649D-02, 0.8470D-02, 0.1205D-01, 0.1616D-01, # 0.2035D-01, 0.2403D-01, 0.2670D-01, 0.2803D-01, 0.2794D-01, # 0.2662D-01, 0.2436D-01, 0.2154D-01, 0.1851D-01, 0.1552D-01, # 0.1275D-01, 0.1029D-01, 0.8201D-02, 0.6450D-02, 0.5021D-02, # 0.3871D-02, 0.2965D-02, 0.2252D-02, 0.1692D-02, 0.1274D-02, # 0.9557D-03, 0.7087D-03, 0.5191D-03, 0.3878D-03, 0.2854D-03, # 0.2121D-03, 0.1532D-03, 0.1090D-03, 0.7959D-04, 0.6496D-04, # 0.5021D-04, 0.3538D-04, 0.2050D-04, 0.2058D-04, 0.5633D-05, # 0.5670D-05/ data (calcpts(j,25), j = 1,neta) /0.4076D-10, 0.7246D-10, # 0.1287D-09, 0.2289D-09, 0.4072D-09, 0.7238D-09, 0.1287D-08, # 0.2289D-08, 0.4068D-08, 0.7236D-08, 0.1287D-07, 0.2288D-07, # 0.4069D-07, 0.7237D-07, 0.1286D-06, 0.2287D-06, 0.4067D-06, # 0.7229D-06, 0.1285D-05, 0.2284D-05, 0.4055D-05, 0.7200D-05, # 0.1278D-04, 0.2264D-04, 0.4007D-04, 0.7075D-04, 0.1244D-03, # 0.2180D-03, 0.3791D-03, 0.6528D-03, 0.1109D-02, 0.1847D-02, # 0.2996D-02, 0.4701D-02, 0.7065D-02, 0.1008D-01, 0.1358D-01, # 0.1719D-01, 0.2045D-01, 0.2294D-01, 0.2435D-01, 0.2459D-01, # 0.2374D-01, 0.2201D-01, 0.1972D-01, 0.1713D-01, 0.1451D-01, # 0.1202D-01, 0.9781D-02, 0.7837D-02, 0.6189D-02, 0.4843D-02, # 0.3753D-02, 0.2882D-02, 0.2192D-02, 0.1657D-02, 0.1251D-02, # 0.9304D-03, 0.6969D-03, 0.5213D-03, 0.3893D-03, 0.2864D-03, # 0.2128D-03, 0.1537D-03, 0.1094D-03, 0.7983D-04, 0.6513D-04, # 0.3533D-04, 0.3547D-04, 0.2057D-04, 0.2063D-04, 0.5677D-05, # 0.5708D-05/ data (calcpts(j,26), j = 1,neta) /0.3290D-10, 0.5849D-10, # 0.1039D-09, 0.1848D-09, 0.3287D-09, 0.5844D-09, 0.1039D-08, # 0.1848D-08, 0.3285D-08, 0.5843D-08, 0.1039D-07, 0.1848D-07, # 0.3285D-07, 0.5843D-07, 0.1038D-06, 0.1847D-06, 0.3284D-06, # 0.5837D-06, 0.1038D-05, 0.1844D-05, 0.3274D-05, 0.5814D-05, # 0.1032D-04, 0.1829D-04, 0.3236D-04, 0.5714D-04, 0.1005D-03, # 0.1761D-03, 0.3064D-03, 0.5277D-03, 0.8966D-03, 0.1495D-02, # 0.2427D-02, 0.3813D-02, 0.5742D-02, 0.8218D-02, 0.1111D-01, # 0.1414D-01, 0.1693D-01, 0.1915D-01, 0.2055D-01, 0.2102D-01, # 0.2059D-01, 0.1940D-01, 0.1763D-01, 0.1554D-01, 0.1332D-01, # 0.1115D-01, 0.9167D-02, 0.7406D-02, 0.5896D-02, 0.4635D-02, # 0.3607D-02, 0.2772D-02, 0.2120D-02, 0.1612D-02, 0.1218D-02, # 0.9103D-03, 0.6754D-03, 0.4990D-03, 0.3663D-03, 0.2780D-03, # 0.2041D-03, 0.1448D-03, 0.1004D-03, 0.7070D-04, 0.5594D-04, # 0.4110D-04, 0.2621D-04, 0.2629D-04, 0.1134D-04, 0.1138D-04, # 0.1140D-04/ data (calcpts(j,27), j = 1,neta) /0.2600D-10, 0.4624D-10, # 0.8217D-10, 0.1461D-09, 0.2599D-09, 0.4621D-09, 0.8217D-09, # 0.1462D-08, 0.2598D-08, 0.4620D-08, 0.8218D-08, 0.1461D-07, # 0.2598D-07, 0.4621D-07, 0.8212D-07, 0.1460D-06, 0.2597D-06, # 0.4616D-06, 0.8204D-06, 0.1458D-05, 0.2589D-05, 0.4598D-05, # 0.8160D-05, 0.1446D-04, 0.2559D-04, 0.4520D-04, 0.7950D-04, # 0.1393D-03, 0.2424D-03, 0.4176D-03, 0.7099D-03, 0.1184D-02, # 0.1925D-02, 0.3027D-02, 0.4566D-02, 0.6551D-02, 0.8883D-02, # 0.1135D-01, 0.1367D-01, 0.1558D-01, 0.1688D-01, 0.1748D-01, # 0.1738D-01, 0.1664D-01, 0.1539D-01, 0.1378D-01, 0.1200D-01, # 0.1019D-01, 0.8465D-02, 0.6910D-02, 0.5540D-02, 0.4384D-02, # 0.3434D-02, 0.2666D-02, 0.2040D-02, 0.1558D-02, 0.1176D-02, # 0.8971D-03, 0.6761D-03, 0.4989D-03, 0.3657D-03, 0.2770D-03, # 0.2029D-03, 0.1435D-03, 0.1139D-03, 0.8413D-04, 0.5432D-04, # 0.3945D-04, 0.3954D-04, 0.2459D-04, 0.2463D-04, 0.9662D-05, # 0.9681D-05/ data (calcpts(j,28), j = 1,neta) /0.2019D-10, 0.3591D-10, # 0.6382D-10, 0.1135D-09, 0.2019D-09, 0.3589D-09, 0.6383D-09, # 0.1135D-08, 0.2018D-08, 0.3589D-08, 0.6383D-08, 0.1135D-07, # 0.2018D-07, 0.3589D-07, 0.6378D-07, 0.1134D-06, 0.2017D-06, # 0.3586D-06, 0.6373D-06, 0.1133D-05, 0.2011D-05, 0.3571D-05, # 0.6339D-05, 0.1123D-04, 0.1988D-04, 0.3511D-04, 0.6177D-04, # 0.1082D-03, 0.1884D-03, 0.3246D-03, 0.5519D-03, 0.9212D-03, # 0.1498D-02, 0.2359D-02, 0.3563D-02, 0.5121D-02, 0.6964D-02, # 0.8933D-02, 0.1081D-01, 0.1240D-01, 0.1354D-01, 0.1417D-01, # 0.1427D-01, 0.1389D-01, 0.1307D-01, 0.1192D-01, 0.1056D-01, # 0.9108D-02, 0.7674D-02, 0.6336D-02, 0.5136D-02, 0.4101D-02, # 0.3232D-02, 0.2533D-02, 0.1947D-02, 0.1492D-02, 0.1139D-02, # 0.8581D-03, 0.6512D-03, 0.4883D-03, 0.3548D-03, 0.2657D-03, # 0.1914D-03, 0.1469D-03, 0.1022D-03, 0.7239D-04, 0.5754D-04, # 0.4263D-04, 0.2770D-04, 0.2775D-04, 0.1278D-04, 0.1280D-04, # 0.1281D-04/ data (calcpts(j,29), j = 1,neta) /0.1546D-10, 0.2749D-10, # 0.4886D-10, 0.8690D-10, 0.1546D-09, 0.2748D-09, 0.4887D-09, # 0.8692D-09, 0.1545D-08, 0.2748D-08, 0.4887D-08, 0.8689D-08, # 0.1545D-07, 0.2748D-07, 0.4884D-07, 0.8685D-07, 0.1544D-06, # 0.2745D-06, 0.4879D-06, 0.8673D-06, 0.1540D-05, 0.2735D-05, # 0.4853D-05, 0.8601D-05, 0.1522D-04, 0.2689D-04, 0.4730D-04, # 0.8288D-04, 0.1443D-03, 0.2487D-03, 0.4229D-03, 0.7061D-03, # 0.1149D-02, 0.1810D-02, 0.2737D-02, 0.3941D-02, 0.5371D-02, # 0.6910D-02, 0.8397D-02, 0.9680D-02, 0.1065D-01, 0.1124D-01, # 0.1145D-01, 0.1129D-01, 0.1081D-01, 0.1005D-01, 0.9070D-02, # 0.7967D-02, 0.6826D-02, 0.5717D-02, 0.4696D-02, 0.3793D-02, # 0.3020D-02, 0.2373D-02, 0.1845D-02, 0.1422D-02, 0.1087D-02, # 0.8231D-03, 0.6214D-03, 0.4670D-03, 0.3481D-03, 0.2589D-03, # 0.1844D-03, 0.1397D-03, 0.1100D-03, 0.8011D-04, 0.5022D-04, # 0.3530D-04, 0.3535D-04, 0.2038D-04, 0.2041D-04, 0.5425D-05, # 0.5435D-05/ data (calcpts(j,30), j = 1,neta) /0.1170D-10, 0.2081D-10, # 0.3698D-10, 0.6577D-10, 0.1170D-09, 0.2080D-09, 0.3699D-09, # 0.6579D-09, 0.1169D-08, 0.2080D-08, 0.3699D-08, 0.6577D-08, # 0.1169D-07, 0.2080D-07, 0.3696D-07, 0.6573D-07, 0.1169D-06, # 0.2078D-06, 0.3693D-06, 0.6564D-06, 0.1166D-05, 0.2070D-05, # 0.3673D-05, 0.6510D-05, 0.1152D-04, 0.2035D-04, 0.3581D-04, # 0.6274D-04, 0.1092D-03, 0.1883D-03, 0.3203D-03, 0.5349D-03, # 0.8706D-03, 0.1372D-02, 0.2077D-02, 0.2994D-02, 0.4087D-02, # 0.5271D-02, 0.6427D-02, 0.7443D-02, 0.8232D-02, 0.8751D-02, # 0.8997D-02, 0.8982D-02, 0.8728D-02, 0.8257D-02, 0.7602D-02, # 0.6810D-02, 0.5944D-02, 0.5065D-02, 0.4224D-02, 0.3456D-02, # 0.2782D-02, 0.2208D-02, 0.1731D-02, 0.1343D-02, 0.1033D-02, # 0.7865D-03, 0.5963D-03, 0.4490D-03, 0.3358D-03, 0.2494D-03, # 0.1853D-03, 0.1375D-03, 0.1002D-03, 0.7333D-04, 0.5391D-04, # 0.3897D-04, 0.2851D-04, 0.2103D-04, 0.1505D-04, 0.1056D-04, # 0.7572D-05/ data (calcpts(j,31), j = 1,neta) /0.8769D-11, 0.1560D-10, # 0.2772D-10, 0.4930D-10, 0.8769D-10, 0.1559D-09, 0.2773D-09, # 0.4931D-09, 0.8765D-09, 0.1559D-08, 0.2773D-08, 0.4930D-08, # 0.8766D-08, 0.1559D-07, 0.2771D-07, 0.4927D-07, 0.8763D-07, # 0.1558D-06, 0.2768D-06, 0.4921D-06, 0.8737D-06, 0.1552D-05, # 0.2754D-05, 0.4880D-05, 0.8637D-05, 0.1526D-04, 0.2684D-04, # 0.4704D-04, 0.8189D-04, 0.1412D-03, 0.2402D-03, 0.4011D-03, # 0.6531D-03, 0.1030D-02, 0.1560D-02, 0.2250D-02, 0.3076D-02, # 0.3974D-02, 0.4858D-02, 0.5647D-02, 0.6275D-02, 0.6712D-02, # 0.6952D-02, 0.7007D-02, 0.6892D-02, 0.6622D-02, 0.6211D-02, # 0.5678D-02, 0.5058D-02, 0.4395D-02, 0.3728D-02, 0.3098D-02, # 0.2526D-02, 0.2029D-02, 0.1606D-02, 0.1256D-02, 0.9722D-03, # 0.7462D-03, 0.5675D-03, 0.4289D-03, 0.3231D-03, 0.2410D-03, # 0.1798D-03, 0.1335D-03, 0.9759D-04, 0.7218D-04, 0.5274D-04, # 0.3928D-04, 0.2881D-04, 0.1983D-04, 0.1535D-04, 0.1085D-04, # 0.7861D-05/ data (calcpts(j,32), j = 1,neta) /0.6519D-11, 0.1160D-10, # 0.2061D-10, 0.3665D-10, 0.6520D-10, 0.1159D-09, 0.2061D-09, # 0.3666D-09, 0.6517D-09, 0.1159D-08, 0.2062D-08, 0.3665D-08, # 0.6518D-08, 0.1159D-07, 0.2060D-07, 0.3664D-07, 0.6515D-07, # 0.1158D-06, 0.2058D-06, 0.3658D-06, 0.6496D-06, 0.1154D-05, # 0.2047D-05, 0.3629D-05, 0.6422D-05, 0.1134D-04, 0.1996D-04, # 0.3498D-04, 0.6089D-04, 0.1050D-03, 0.1786D-03, 0.2984D-03, # 0.4859D-03, 0.7664D-03, 0.1161D-02, 0.1676D-02, 0.2293D-02, # 0.2967D-02, 0.3634D-02, 0.4235D-02, 0.4725D-02, 0.5080D-02, # 0.5296D-02, 0.5379D-02, 0.5342D-02, 0.5198D-02, 0.4954D-02, # 0.4617D-02, 0.4200D-02, 0.3725D-02, 0.3224D-02, 0.2727D-02, # 0.2258D-02, 0.1837D-02, 0.1471D-02, 0.1162D-02, 0.9064D-03, # 0.7009D-03, 0.5369D-03, 0.4070D-03, 0.3070D-03, 0.2308D-03, # 0.1725D-03, 0.1277D-03, 0.9475D-04, 0.6932D-04, 0.5137D-04, # 0.3640D-04, 0.2742D-04, 0.1993D-04, 0.1394D-04, 0.9449D-05, # 0.6453D-05/ data (calcpts(j,33), j = 1,neta) /0.4816D-11, 0.8566D-11, # 0.1522D-10, 0.2708D-10, 0.4816D-10, 0.8564D-10, 0.1523D-09, # 0.2709D-09, 0.4814D-09, 0.8562D-09, 0.1523D-08, 0.2708D-08, # 0.4815D-08, 0.8564D-08, 0.1522D-07, 0.2706D-07, 0.4813D-07, # 0.8555D-07, 0.1521D-06, 0.2703D-06, 0.4799D-06, 0.8522D-06, # 0.1513D-05, 0.2681D-05, 0.4744D-05, 0.8380D-05, 0.1474D-04, # 0.2584D-04, 0.4499D-04, 0.7756D-04, 0.1320D-03, 0.2205D-03, # 0.3591D-03, 0.5665D-03, 0.8584D-03, 0.1239D-02, 0.1697D-02, # 0.2198D-02, 0.2696D-02, 0.3149D-02, 0.3523D-02, 0.3804D-02, # 0.3986D-02, 0.4076D-02, 0.4081D-02, 0.4010D-02, 0.3872D-02, # 0.3668D-02, 0.3403D-02, 0.3084D-02, 0.2726D-02, 0.2352D-02, # 0.1984D-02, 0.1640D-02, 0.1331D-02, 0.1065D-02, 0.8402D-03, # 0.6552D-03, 0.5045D-03, 0.3865D-03, 0.2938D-03, 0.2220D-03, # 0.1667D-03, 0.1248D-03, 0.9188D-04, 0.6793D-04, 0.4996D-04, # 0.3798D-04, 0.2750D-04, 0.2001D-04, 0.1552D-04, 0.1102D-04, # 0.8025D-05/ data (calcpts(j,34), j = 1,neta) /0.3536D-11, 0.6289D-11, # 0.1118D-10, 0.1988D-10, 0.3536D-10, 0.6287D-10, 0.1118D-09, # 0.1989D-09, 0.3534D-09, 0.6286D-09, 0.1118D-08, 0.1988D-08, # 0.3535D-08, 0.6287D-08, 0.1117D-07, 0.1987D-07, 0.3534D-07, # 0.6281D-07, 0.1116D-06, 0.1984D-06, 0.3523D-06, 0.6257D-06, # 0.1110D-05, 0.1968D-05, 0.3483D-05, 0.6152D-05, 0.1083D-04, # 0.1897D-04, 0.3303D-04, 0.5695D-04, 0.9689D-04, 0.1619D-03, # 0.2637D-03, 0.4161D-03, 0.6305D-03, 0.9107D-03, 0.1247D-02, # 0.1616D-02, 0.1985D-02, 0.2322D-02, 0.2604D-02, 0.2820D-02, # 0.2968D-02, 0.3052D-02, 0.3076D-02, 0.3048D-02, 0.2973D-02, # 0.2854D-02, 0.2692D-02, 0.2489D-02, 0.2249D-02, 0.1983D-02, # 0.1707D-02, 0.1436D-02, 0.1185D-02, 0.9606D-03, 0.7668D-03, # 0.6041D-03, 0.4696D-03, 0.3620D-03, 0.2767D-03, 0.2094D-03, # 0.1585D-03, 0.1181D-03, 0.8813D-04, 0.6567D-04, 0.4769D-04, # 0.3571D-04, 0.2672D-04, 0.1923D-04, 0.1473D-04, 0.1024D-04, # 0.7239D-05/ data (calcpts(j,35), j = 1,neta) /0.2583D-11, 0.4593D-11, # 0.8164D-11, 0.1452D-10, 0.2583D-10, 0.4592D-10, 0.8167D-10, # 0.1453D-09, 0.2582D-09, 0.4592D-09, 0.8167D-09, 0.1452D-08, # 0.2582D-08, 0.4592D-08, 0.8162D-08, 0.1451D-07, 0.2581D-07, # 0.4588D-07, 0.8154D-07, 0.1449D-06, 0.2573D-06, 0.4570D-06, # 0.8111D-06, 0.1438D-05, 0.2544D-05, 0.4494D-05, 0.7907D-05, # 0.1386D-04, 0.2413D-04, 0.4160D-04, 0.7078D-04, 0.1183D-03, # 0.1926D-03, 0.3040D-03, 0.4607D-03, 0.6655D-03, 0.9118D-03, # 0.1182D-02, 0.1452D-02, 0.1701D-02, 0.1910D-02, 0.2074D-02, # 0.2190D-02, 0.2262D-02, 0.2293D-02, 0.2288D-02, 0.2250D-02, # 0.2183D-02, 0.2087D-02, 0.1963D-02, 0.1810D-02, 0.1631D-02, # 0.1435D-02, 0.1233D-02, 0.1036D-02, 0.8523D-03, 0.6897D-03, # 0.5492D-03, 0.4326D-03, 0.3354D-03, 0.2591D-03, 0.1977D-03, # 0.1498D-03, 0.1123D-03, 0.8387D-04, 0.6289D-04, 0.4641D-04, # 0.3442D-04, 0.2543D-04, 0.1794D-04, 0.1344D-04, 0.8945D-05, # 0.7447D-05/ data (calcpts(j,36), j = 1,neta) /0.1878D-11, 0.3341D-11, # 0.5938D-11, 0.1056D-10, 0.1879D-10, 0.3340D-10, 0.5940D-10, # 0.1056D-09, 0.1878D-09, 0.3340D-09, 0.5940D-09, 0.1056D-08, # 0.1878D-08, 0.3340D-08, 0.5936D-08, 0.1056D-07, 0.1877D-07, # 0.3337D-07, 0.5931D-07, 0.1054D-06, 0.1872D-06, 0.3324D-06, # 0.5900D-06, 0.1046D-05, 0.1851D-05, 0.3269D-05, 0.5751D-05, # 0.1008D-04, 0.1755D-04, 0.3026D-04, 0.5148D-04, 0.8602D-04, # 0.1401D-03, 0.2211D-03, 0.3352D-03, 0.4842D-03, 0.6635D-03, # 0.8605D-03, 0.1058D-02, 0.1239D-02, 0.1394D-02, 0.1516D-02, # 0.1604D-02, 0.1663D-02, 0.1694D-02, 0.1700D-02, 0.1684D-02, # 0.1647D-02, 0.1591D-02, 0.1517D-02, 0.1423D-02, 0.1310D-02, # 0.1178D-02, 0.1035D-02, 0.8878D-03, 0.7447D-03, 0.6124D-03, # 0.4948D-03, 0.3937D-03, 0.3099D-03, 0.2395D-03, 0.1841D-03, # 0.1407D-03, 0.1062D-03, 0.7922D-04, 0.5974D-04, 0.4476D-04, # 0.3277D-04, 0.2377D-04, 0.1778D-04, 0.1328D-04, 0.8780D-05, # 0.7282D-05/ data (calcpts(j,37), j = 1,neta) /0.1361D-11, 0.2420D-11, # 0.4302D-11, 0.7651D-11, 0.1361D-10, 0.2420D-10, 0.4303D-10, # 0.7654D-10, 0.1360D-09, 0.2419D-09, 0.4304D-09, 0.7652D-09, # 0.1361D-08, 0.2420D-08, 0.4301D-08, 0.7648D-08, 0.1360D-07, # 0.2417D-07, 0.4297D-07, 0.7637D-07, 0.1356D-06, 0.2408D-06, # 0.4274D-06, 0.7575D-06, 0.1341D-05, 0.2368D-05, 0.4167D-05, # 0.7302D-05, 0.1271D-04, 0.2192D-04, 0.3730D-04, 0.6232D-04, # 0.1015D-03, 0.1602D-03, 0.2429D-03, 0.3509D-03, 0.4808D-03, # 0.6237D-03, 0.7669D-03, 0.8990D-03, 0.1012D-02, 0.1101D-02, # 0.1168D-02, 0.1214D-02, 0.1241D-02, 0.1252D-02, 0.1247D-02, # 0.1229D-02, 0.1197D-02, 0.1153D-02, 0.1097D-02, 0.1027D-02, # 0.9440D-03, 0.8481D-03, 0.7439D-03, 0.6371D-03, 0.5338D-03, # 0.4384D-03, 0.3538D-03, 0.2812D-03, 0.2206D-03, 0.1710D-03, # 0.1314D-03, 0.9996D-04, 0.7554D-04, 0.5680D-04, 0.4241D-04, # 0.3147D-04, 0.2322D-04, 0.1722D-04, 0.1258D-04, 0.9276D-05, # 0.6727D-05/ data (calcpts(j,38), j = 1,neta) /0.9823D-12, 0.1747D-11, # 0.3105D-11, 0.5523D-11, 0.9824D-11, 0.1747D-10, 0.3106D-10, # 0.5525D-10, 0.9820D-10, 0.1746D-09, 0.3106D-09, 0.5523D-09, # 0.9821D-09, 0.1747D-08, 0.3104D-08, 0.5520D-08, 0.9817D-08, # 0.1745D-07, 0.3102D-07, 0.5513D-07, 0.9788D-07, 0.1738D-06, # 0.3085D-06, 0.5468D-06, 0.9677D-06, 0.1709D-05, 0.3008D-05, # 0.5271D-05, 0.9178D-05, 0.1582D-04, 0.2692D-04, 0.4499D-04, # 0.7328D-04, 0.1157D-03, 0.1753D-03, 0.2533D-03, 0.3472D-03, # 0.4503D-03, 0.5539D-03, 0.6495D-03, 0.7313D-03, 0.7967D-03, # 0.8460D-03, 0.8807D-03, 0.9029D-03, 0.9140D-03, 0.9153D-03, # 0.9074D-03, 0.8906D-03, 0.8654D-03, 0.8319D-03, 0.7900D-03, # 0.7389D-03, 0.6781D-03, 0.6084D-03, 0.5330D-03, 0.4559D-03, # 0.3816D-03, 0.3129D-03, 0.2522D-03, 0.2002D-03, 0.1569D-03, # 0.1216D-03, 0.9324D-04, 0.7090D-04, 0.5351D-04, 0.4017D-04, # 0.2997D-04, 0.2218D-04, 0.1633D-04, 0.1198D-04, 0.8832D-05, # 0.6432D-05/ data (calcpts(j,39), j = 1,neta) /0.7071D-12, 0.1258D-11, # 0.2235D-11, 0.3976D-11, 0.7072D-11, 0.1257D-10, 0.2236D-10, # 0.3977D-10, 0.7069D-10, 0.1257D-09, 0.2236D-09, 0.3976D-09, # 0.7070D-09, 0.1257D-08, 0.2235D-08, 0.3974D-08, 0.7067D-08, # 0.1256D-07, 0.2233D-07, 0.3969D-07, 0.7046D-07, 0.1251D-06, # 0.2221D-06, 0.3936D-06, 0.6967D-06, 0.1231D-05, 0.2165D-05, # 0.3795D-05, 0.6607D-05, 0.1139D-04, 0.1938D-04, 0.3238D-04, # 0.5276D-04, 0.8326D-04, 0.1262D-03, 0.1824D-03, 0.2499D-03, # 0.3243D-03, 0.3988D-03, 0.4678D-03, 0.5269D-03, 0.5743D-03, # 0.6104D-03, 0.6362D-03, 0.6535D-03, 0.6634D-03, 0.6670D-03, # 0.6646D-03, 0.6564D-03, 0.6425D-03, 0.6230D-03, 0.5980D-03, # 0.5672D-03, 0.5300D-03, 0.4858D-03, 0.4354D-03, 0.3811D-03, # 0.3257D-03, 0.2723D-03, 0.2232D-03, 0.1797D-03, 0.1427D-03, # 0.1117D-03, 0.8649D-04, 0.6640D-04, 0.5051D-04, 0.3806D-04, # 0.2861D-04, 0.2142D-04, 0.1587D-04, 0.1182D-04, 0.8670D-05, # 0.6420D-05/ data (calcpts(j,40), j = 1,neta) /0.5074D-12, 0.9025D-12, # 0.1604D-11, 0.2853D-11, 0.5075D-11, 0.9023D-11, 0.1605D-10, # 0.2854D-10, 0.5073D-10, 0.9022D-10, 0.1605D-09, 0.2853D-09, # 0.5073D-09, 0.9023D-09, 0.1604D-08, 0.2852D-08, 0.5071D-08, # 0.9014D-08, 0.1602D-07, 0.2848D-07, 0.5056D-07, 0.8980D-07, # 0.1594D-06, 0.2825D-06, 0.4999D-06, 0.8830D-06, 0.1554D-05, # 0.2723D-05, 0.4741D-05, 0.8174D-05, 0.1391D-04, 0.2324D-04, # 0.3786D-04, 0.5975D-04, 0.9057D-04, 0.1309D-03, 0.1794D-03, # 0.2327D-03, 0.2863D-03, 0.3358D-03, 0.3783D-03, 0.4125D-03, # 0.4386D-03, 0.4576D-03, 0.4706D-03, 0.4788D-03, 0.4827D-03, # 0.4829D-03, 0.4794D-03, 0.4723D-03, 0.4614D-03, 0.4467D-03, # 0.4283D-03, 0.4058D-03, 0.3789D-03, 0.3470D-03, 0.3108D-03, # 0.2717D-03, 0.2321D-03, 0.1939D-03, 0.1586D-03, 0.1276D-03, # 0.1012D-03, 0.7919D-04, 0.6120D-04, 0.4695D-04, 0.3571D-04, # 0.2686D-04, 0.2011D-04, 0.1501D-04, 0.1111D-04, 0.8263D-05, # 0.6013D-05/ data (calcpts(j,41), j = 1,neta) /0.3632D-12, 0.6459D-12, # 0.1148D-11, 0.2042D-11, 0.3632D-11, 0.6458D-11, 0.1148D-10, # 0.2043D-10, 0.3630D-10, 0.6457D-10, 0.1149D-09, 0.2042D-09, # 0.3631D-09, 0.6458D-09, 0.1148D-08, 0.2041D-08, 0.3630D-08, # 0.6452D-08, 0.1147D-07, 0.2038D-07, 0.3619D-07, 0.6427D-07, # 0.1141D-06, 0.2022D-06, 0.3578D-06, 0.6320D-06, 0.1112D-05, # 0.1949D-05, 0.3393D-05, 0.5850D-05, 0.9954D-05, 0.1663D-04, # 0.2710D-04, 0.4276D-04, 0.6483D-04, 0.9367D-04, 0.1284D-03, # 0.1666D-03, 0.2049D-03, 0.2404D-03, 0.2708D-03, 0.2954D-03, # 0.3142D-03, 0.3280D-03, 0.3377D-03, 0.3440D-03, 0.3475D-03, # 0.3487D-03, 0.3476D-03, 0.3443D-03, 0.3385D-03, 0.3302D-03, # 0.3193D-03, 0.3059D-03, 0.2896D-03, 0.2702D-03, 0.2473D-03, # 0.2213D-03, 0.1933D-03, 0.1650D-03, 0.1377D-03, 0.1127D-03, # 0.9046D-04, 0.7172D-04, 0.5598D-04, 0.4323D-04, 0.3318D-04, # 0.2508D-04, 0.1894D-04, 0.1414D-04, 0.1054D-04, 0.7838D-05, # 0.5738D-05/ data (calcpts(j,42), j = 1,neta) /0.2594D-12, 0.4613D-12, # 0.8200D-12, 0.1458D-11, 0.2594D-11, 0.4613D-11, 0.8202D-11, # 0.1459D-10, 0.2593D-10, 0.4612D-10, 0.8203D-10, 0.1458D-09, # 0.2593D-09, 0.4612D-09, 0.8197D-09, 0.1458D-08, 0.2592D-08, # 0.4608D-08, 0.8190D-08, 0.1456D-07, 0.2585D-07, 0.4590D-07, # 0.8147D-07, 0.1444D-06, 0.2555D-06, 0.4514D-06, 0.7942D-06, # 0.1392D-05, 0.2423D-05, 0.4178D-05, 0.7110D-05, 0.1188D-04, # 0.1935D-04, 0.3054D-04, 0.4630D-04, 0.6691D-04, 0.9170D-04, # 0.1190D-03, 0.1464D-03, 0.1717D-03, 0.1935D-03, 0.2111D-03, # 0.2246D-03, 0.2345D-03, 0.2416D-03, 0.2463D-03, 0.2492D-03, # 0.2506D-03, 0.2506D-03, 0.2492D-03, 0.2463D-03, 0.2418D-03, # 0.2356D-03, 0.2277D-03, 0.2179D-03, 0.2063D-03, 0.1923D-03, # 0.1759D-03, 0.1573D-03, 0.1373D-03, 0.1171D-03, 0.9766D-04, # 0.7982D-04, 0.6408D-04, 0.5073D-04, 0.3964D-04, 0.3064D-04, # 0.2344D-04, 0.1774D-04, 0.1339D-04, 0.1009D-04, 0.7391D-05, # 0.5591D-05/ data (calcpts(j,43), j = 1,neta) /0.1849D-12, 0.3288D-12, # 0.5844D-12, 0.1039D-11, 0.1849D-11, 0.3287D-11, 0.5846D-11, # 0.1040D-10, 0.1848D-10, 0.3287D-10, 0.5846D-10, 0.1039D-09, # 0.1848D-09, 0.3287D-09, 0.5842D-09, 0.1039D-08, 0.1848D-08, # 0.3284D-08, 0.5837D-08, 0.1037D-07, 0.1842D-07, 0.3271D-07, # 0.5806D-07, 0.1029D-06, 0.1821D-06, 0.3217D-06, 0.5660D-06, # 0.9920D-06, 0.1727D-05, 0.2978D-05, 0.5067D-05, 0.8466D-05, # 0.1379D-04, 0.2177D-04, 0.3300D-04, 0.4768D-04, 0.6535D-04, # 0.8480D-04, 0.1043D-03, 0.1224D-03, 0.1379D-03, 0.1505D-03, # 0.1601D-03, 0.1672D-03, 0.1723D-03, 0.1758D-03, 0.1781D-03, # 0.1793D-03, 0.1797D-03, 0.1793D-03, 0.1780D-03, 0.1757D-03, # 0.1723D-03, 0.1678D-03, 0.1620D-03, 0.1550D-03, 0.1466D-03, # 0.1366D-03, 0.1249D-03, 0.1116D-03, 0.9738D-04, 0.8296D-04, # 0.6912D-04, 0.5646D-04, 0.4534D-04, 0.3586D-04, 0.2796D-04, # 0.2166D-04, 0.1656D-04, 0.1251D-04, 0.9358D-05, 0.7108D-05, # 0.5308D-05/ data (calcpts(j,44), j = 1,neta) /0.1315D-12, 0.2338D-12, # 0.4156D-12, 0.7392D-12, 0.1315D-11, 0.2338D-11, 0.4157D-11, # 0.7394D-11, 0.1314D-10, 0.2337D-10, 0.4158D-10, 0.7392D-10, # 0.1314D-09, 0.2338D-09, 0.4155D-09, 0.7389D-09, 0.1314D-08, # 0.2336D-08, 0.4151D-08, 0.7378D-08, 0.1310D-07, 0.2327D-07, # 0.4129D-07, 0.7318D-07, 0.1295D-06, 0.2288D-06, 0.4025D-06, # 0.7055D-06, 0.1228D-05, 0.2118D-05, 0.3604D-05, 0.6021D-05, # 0.9809D-05, 0.1548D-04, 0.2347D-04, 0.3391D-04, 0.4648D-04, # 0.6031D-04, 0.7419D-04, 0.8705D-04, 0.9810D-04, 0.1070D-03, # 0.1139D-03, 0.1190D-03, 0.1227D-03, 0.1252D-03, 0.1269D-03, # 0.1279D-03, 0.1284D-03, 0.1284D-03, 0.1278D-03, 0.1267D-03, # 0.1250D-03, 0.1225D-03, 0.1192D-03, 0.1150D-03, 0.1100D-03, # 0.1040D-03, 0.9684D-04, 0.8850D-04, 0.7906D-04, 0.6892D-04, # 0.5868D-04, 0.4886D-04, 0.3989D-04, 0.3200D-04, 0.2530D-04, # 0.1973D-04, 0.1522D-04, 0.1162D-04, 0.8801D-05, 0.6626D-05, # 0.4946D-05/ data (calcpts(j,45), j = 1,neta) /0.9338D-13, 0.1661D-12, # 0.2952D-12, 0.5250D-12, 0.9339D-12, 0.1660D-11, 0.2953D-11, # 0.5252D-11, 0.9334D-11, 0.1660D-10, 0.2953D-10, 0.5250D-10, # 0.9336D-10, 0.1660D-09, 0.2951D-09, 0.5248D-09, 0.9332D-09, # 0.1659D-08, 0.2948D-08, 0.5240D-08, 0.9305D-08, 0.1652D-07, # 0.2933D-07, 0.5198D-07, 0.9199D-07, 0.1625D-06, 0.2859D-06, # 0.5011D-06, 0.8724D-06, 0.1504D-05, 0.2559D-05, 0.4276D-05, # 0.6967D-05, 0.1099D-04, 0.1667D-04, 0.2409D-04, 0.3301D-04, # 0.4283D-04, 0.5270D-04, 0.6183D-04, 0.6968D-04, 0.7602D-04, # 0.8091D-04, 0.8454D-04, 0.8715D-04, 0.8899D-04, 0.9023D-04, # 0.9102D-04, 0.9146D-04, 0.9159D-04, 0.9142D-04, 0.9093D-04, # 0.9007D-04, 0.8875D-04, 0.8693D-04, 0.8453D-04, 0.8154D-04, # 0.7794D-04, 0.7367D-04, 0.6859D-04, 0.6266D-04, 0.5594D-04, # 0.4876D-04, 0.4149D-04, 0.3453D-04, 0.2818D-04, 0.2260D-04, # 0.1785D-04, 0.1394D-04, 0.1074D-04, 0.8206D-05, 0.6226D-05, # 0.4681D-05/ data (calcpts(j,46), j = 1,neta) /0.6618D-13, 0.1177D-12, # 0.2092D-12, 0.3721D-12, 0.6619D-12, 0.1177D-11, 0.2093D-11, # 0.3722D-11, 0.6616D-11, 0.1177D-10, 0.2093D-10, 0.3721D-10, # 0.6617D-10, 0.1177D-09, 0.2092D-09, 0.3720D-09, 0.6615D-09, # 0.1176D-08, 0.2090D-08, 0.3714D-08, 0.6595D-08, 0.1171D-07, # 0.2079D-07, 0.3684D-07, 0.6520D-07, 0.1152D-06, 0.2026D-06, # 0.3552D-06, 0.6184D-06, 0.1066D-05, 0.1814D-05, 0.3031D-05, # 0.4938D-05, 0.7793D-05, 0.1181D-04, 0.1707D-04, 0.2340D-04, # 0.3036D-04, 0.3735D-04, 0.4382D-04, 0.4939D-04, 0.5389D-04, # 0.5735D-04, 0.5993D-04, 0.6179D-04, 0.6311D-04, 0.6400D-04, # 0.6460D-04, 0.6495D-04, 0.6512D-04, 0.6510D-04, 0.6491D-04, # 0.6451D-04, 0.6385D-04, 0.6288D-04, 0.6156D-04, 0.5983D-04, # 0.5770D-04, 0.5513D-04, 0.5209D-04, 0.4849D-04, 0.4426D-04, # 0.3951D-04, 0.3441D-04, 0.2927D-04, 0.2435D-04, 0.1985D-04, # 0.1592D-04, 0.1257D-04, 0.9799D-05, 0.7549D-05, 0.5764D-05, # 0.4369D-05/ data (calcpts(j,47), j = 1,neta) /0.4684D-13, 0.8331D-13, # 0.1481D-12, 0.2634D-12, 0.4684D-12, 0.8329D-12, 0.1481D-11, # 0.2634D-11, 0.4682D-11, 0.8328D-11, 0.1481D-10, 0.2634D-10, # 0.4683D-10, 0.8329D-10, 0.1480D-09, 0.2632D-09, 0.4681D-09, # 0.8321D-09, 0.1479D-08, 0.2629D-08, 0.4667D-08, 0.8289D-08, # 0.1471D-07, 0.2607D-07, 0.4614D-07, 0.8151D-07, 0.1434D-06, # 0.2513D-06, 0.4376D-06, 0.7545D-06, 0.1284D-05, 0.2145D-05, # 0.3494D-05, 0.5515D-05, 0.8361D-05, 0.1208D-04, 0.1656D-04, # 0.2149D-04, 0.2643D-04, 0.3101D-04, 0.3495D-04, 0.3814D-04, # 0.4059D-04, 0.4242D-04, 0.4374D-04, 0.4467D-04, 0.4532D-04, # 0.4575D-04, 0.4603D-04, 0.4618D-04, 0.4622D-04, 0.4616D-04, # 0.4598D-04, 0.4567D-04, 0.4518D-04, 0.4448D-04, 0.4352D-04, # 0.4229D-04, 0.4076D-04, 0.3894D-04, 0.3678D-04, 0.3422D-04, # 0.3123D-04, 0.2786D-04, 0.2426D-04, 0.2062D-04, 0.1714D-04, # 0.1397D-04, 0.1120D-04, 0.8828D-05, 0.6878D-05, 0.5303D-05, # 0.4043D-05/ data (calcpts(j,48), j = 1,neta) /0.3311D-13, 0.5889D-13, # 0.1047D-12, 0.1862D-12, 0.3311D-12, 0.5887D-12, 0.1047D-11, # 0.1862D-11, 0.3310D-11, 0.5886D-11, 0.1047D-10, 0.1862D-10, # 0.3310D-10, 0.5887D-10, 0.1046D-09, 0.1861D-09, 0.3309D-09, # 0.5882D-09, 0.1045D-08, 0.1858D-08, 0.3299D-08, 0.5859D-08, # 0.1040D-07, 0.1843D-07, 0.3262D-07, 0.5761D-07, 0.1014D-06, # 0.1777D-06, 0.3093D-06, 0.5333D-06, 0.9075D-06, 0.1516D-05, # 0.2470D-05, 0.3898D-05, 0.5910D-05, 0.8540D-05, 0.1171D-04, # 0.1519D-04, 0.1869D-04, 0.2192D-04, 0.2471D-04, 0.2696D-04, # 0.2869D-04, 0.2999D-04, 0.3092D-04, 0.3158D-04, 0.3204D-04, # 0.3236D-04, 0.3256D-04, 0.3268D-04, 0.3274D-04, 0.3274D-04, # 0.3267D-04, 0.3252D-04, 0.3228D-04, 0.3193D-04, 0.3142D-04, # 0.3073D-04, 0.2985D-04, 0.2877D-04, 0.2747D-04, 0.2594D-04, # 0.2413D-04, 0.2202D-04, 0.1964D-04, 0.1709D-04, 0.1452D-04, # 0.1206D-04, 0.9827D-05, 0.7877D-05, 0.6212D-05, 0.4832D-05, # 0.3722D-05/ data (calcpts(j,49), j = 1,neta) /0.2337D-13, 0.4157D-13, # 0.7388D-13, 0.1314D-12, 0.2337D-12, 0.4156D-12, 0.7390D-12, # 0.1314D-11, 0.2336D-11, 0.4155D-11, 0.7391D-11, 0.1314D-10, # 0.2337D-10, 0.4156D-10, 0.7386D-10, 0.1313D-09, 0.2336D-09, # 0.4152D-09, 0.7379D-09, 0.1312D-08, 0.2329D-08, 0.4136D-08, # 0.7340D-08, 0.1301D-07, 0.2302D-07, 0.4067D-07, 0.7156D-07, # 0.1254D-06, 0.2184D-06, 0.3765D-06, 0.6406D-06, 0.1070D-05, # 0.1744D-05, 0.2752D-05, 0.4172D-05, 0.6028D-05, 0.8263D-05, # 0.1072D-04, 0.1319D-04, 0.1548D-04, 0.1744D-04, 0.1903D-04, # 0.2026D-04, 0.2117D-04, 0.2183D-04, 0.2230D-04, 0.2263D-04, # 0.2285D-04, 0.2300D-04, 0.2309D-04, 0.2314D-04, 0.2316D-04, # 0.2314D-04, 0.2308D-04, 0.2296D-04, 0.2279D-04, 0.2253D-04, # 0.2216D-04, 0.2167D-04, 0.2104D-04, 0.2028D-04, 0.1936D-04, # 0.1828D-04, 0.1700D-04, 0.1550D-04, 0.1382D-04, 0.1202D-04, # 0.1021D-04, 0.8483D-05, 0.6900D-05, 0.5535D-05, 0.4365D-05, # 0.3390D-05/ data (dlaeta(j), j = 1,neta) / # -6d0, -5.83333333d0, -5.66666667d0, -5.5d0, -5.33333333d0, # -5.16666667d0, -5d0, -4.83333333d0, -4.66666667d0, -4.5d0, # -4.33333333d0, -4.16666667d0, -4d0, -3.83333333d0, # -3.66666667d0, -3.5d0, -3.33333333d0, -3.16666667d0, -3d0, # -2.83333333d0, -2.66666667d0, -2.5d0, -2.33333333d0, # -2.16666667d0, -2d0, -1.83333333d0, -1.66666667d0, -1.5d0, # -1.33333333d0, -1.16666667d0, -1d0, -0.83333333d0, -0.66666667d0, # -0.5d0, -0.33333333d0, -0.16666667d0, 0d0, 0.16666667d0, # 0.33333333d0, 0.5d0, 0.66666667d0, 0.83333333d0, 1d0, # 1.16666667d0, 1.33333333d0, 1.5d0, 1.66666667d0, 1.83333333d0, # 2d0, 2.16666667d0, 2.33333333d0, 2.5d0, 2.66666667d0, # 2.83333333d0, 3d0, 3.16666667d0, 3.33333333d0, 3.5d0, # 3.66666667d0, 3.83333333d0, 4d0, 4.16666667d0, 4.33333333d0, # 4.5d0, 4.66666667d0, 4.83333333d0, 5d0, 5.16666667d0, # 5.33333333d0, 5.5d0, 5.66666667d0, 5.83333333d0, 6d0/ data (dlaxi(j), j = 1,nxi) / # -3d0, -2.83333333d0, -2.66666667d0, -2.5d0, -2.33333333d0, # -2.16666667d0, -2d0, -1.83333333d0, -1.66666667d0, -1.5d0, # -1.33333333d0, -1.16666667d0, -1d0, -0.83333333d0, -0.66666667d0, # -0.5d0, -0.33333333d0, -0.16666667d0, 0d0, 0.16666667d0, # 0.33333333d0, 0.5d0, 0.66666667d0, 0.83333333d0, 1d0, # 1.16666667d0, 1.33333333d0, 1.5d0, 1.66666667d0, 1.83333333d0, # 2d0, 2.16666667d0, 2.33333333d0, 2.5d0, 2.66666667d0, # 2.83333333d0, 3d0, 3.16666667d0, 3.33333333d0, 3.5d0, # 3.66666667d0, 3.83333333d0, 4d0, 4.16666667d0, 4.33333333d0, # 4.5d0, 4.66666667d0, 4.83333333d0, 5d0/ dleta = dlog10(eta) dlxi = dlog10(xi) if (dlxi .le. dlaxi(1)) dlxi = dlaxi(1) if (dlxi .ge. dlaxi(nxi)) dlxi = dlaxi(nxi) if (dleta .ge. dlaeta(neta)) dleta = dlaeta(neta) if (dleta .le. dlaeta(1)) dleta = dlaeta(1) call locat(dlaeta,neta, dleta, ieta) call locat(dlaxi, nxi, dlxi, ixi) c interpolating between the appropriate points delxi = 1d0/6d0 deleta = 1d0/6d0 c lagrange 3-pt. if (ixi .le. 2) ixi = 2 if (ixi .ge. 48) ixi = 48 if (ieta .le. 2) ieta = 2 if (ieta .ge. 72) ieta = 72 pxi = (dlxi - dlaxi(ixi))/delxi f(-1) = pxi*(pxi-1d0)/2d0*calcpts(ieta-1,ixi-1) + # (1d0 - pxi**2)*calcpts(ieta-1,ixi) + # pxi*(pxi+1d0)/2d0*calcpts(ieta-1,ixi+1) f(0) = pxi*(pxi-1d0)/2d0*calcpts(ieta,ixi-1) + # (1d0 - pxi**2)*calcpts(ieta,ixi) + # pxi*(pxi+1d0)/2d0*calcpts(ieta,ixi+1) f(1) = pxi*(pxi-1d0)/2d0*calcpts(ieta+1,ixi-1) + # (1d0 - pxi**2)*calcpts(ieta+1,ixi) + # pxi*(pxi+1d0)/2d0*calcpts(ieta+1,ixi+1) peta = (dleta - dlaeta(ieta))/deleta xsqtba = peta*(peta-1d0)/2d0*f(-1) + # (1d0 - peta**2)*f(0) + # peta*(peta+1d0)/2d0*f(1) return end c the subtracted term from eq (28) of PLB347 (1995) 143 - 151 c transverse light quark initiated piece c prop. to e_l^2 subroutine sclqt(eta, xi, xsclqt) implicit none integer neta, nxi parameter (neta = 73, nxi = 49) real*8 calcpts(neta, nxi), dlaeta(neta), dlaxi(nxi) real*8 eta, xi, dleta, dlxi, xsclqt real*8 pxi, peta, f(-1:1), delxi, deleta integer ieta, ixi, j data (calcpts(j, 1), j = 1,neta) /0.2418D-16, 0.9248D-16, # 0.3534D-15, 0.1349D-14, 0.5144D-14, 0.1956D-13, 0.7412D-13, # 0.2795D-12, 0.1046D-11, 0.3876D-11, 0.1417D-10, 0.5081D-10, # 0.1778D-09, 0.6021D-09, 0.1964D-08, 0.6116D-08, 0.1817D-07, # 0.5128D-07, 0.1377D-06, 0.3524D-06, 0.8631D-06, 0.2031D-05, # 0.4617D-05, 0.1017D-04, 0.2177D-04, 0.4545D-04, 0.9263D-04, # 0.1844D-03, 0.3577D-03, 0.6750D-03, 0.1232D-02, 0.2160D-02, # 0.3605D-02, 0.5666D-02, 0.8313D-02, 0.1131D-01, 0.1428D-01, # 0.1683D-01, 0.1868D-01, 0.1970D-01, 0.1988D-01, 0.1925D-01, # 0.1794D-01, 0.1616D-01, 0.1410D-01, 0.1198D-01, 0.9952D-02, # 0.8106D-02, 0.6494D-02, 0.5132D-02, 0.4007D-02, 0.3097D-02, # 0.2373D-02, 0.1806D-02, 0.1364D-02, 0.1025D-02, 0.7660D-03, # 0.5700D-03, 0.4222D-03, 0.3117D-03, 0.2294D-03, 0.1682D-03, # 0.1230D-03, 0.8970D-04, 0.6527D-04, 0.4739D-04, 0.3434D-04, # 0.2483D-04, 0.1791D-04, 0.1291D-04, 0.9285D-05, 0.6669D-05, # 0.4784D-05/ data (calcpts(j, 2), j = 1,neta) /0.1123D-16, 0.4299D-16, # 0.1644D-15, 0.6287D-15, 0.2400D-14, 0.9147D-14, 0.3479D-13, # 0.1318D-12, 0.4970D-12, 0.1860D-11, 0.6894D-11, 0.2520D-10, # 0.9034D-10, 0.3161D-09, 0.1071D-08, 0.3488D-08, 0.1087D-07, # 0.3229D-07, 0.9114D-07, 0.2447D-06, 0.6258D-06, 0.1532D-05, # 0.3602D-05, 0.8169D-05, 0.1794D-04, 0.3830D-04, 0.7952D-04, # 0.1608D-03, 0.3164D-03, 0.6040D-03, 0.1114D-02, 0.1971D-02, # 0.3317D-02, 0.5253D-02, 0.7759D-02, 0.1063D-01, 0.1349D-01, # 0.1597D-01, 0.1781D-01, 0.1886D-01, 0.1908D-01, 0.1852D-01, # 0.1731D-01, 0.1561D-01, 0.1366D-01, 0.1163D-01, 0.9669D-02, # 0.7886D-02, 0.6324D-02, 0.5003D-02, 0.3910D-02, 0.3025D-02, # 0.2321D-02, 0.1767D-02, 0.1336D-02, 0.1004D-02, 0.7509D-03, # 0.5590D-03, 0.4145D-03, 0.3060D-03, 0.2253D-03, 0.1653D-03, # 0.1209D-03, 0.8825D-04, 0.6423D-04, 0.4665D-04, 0.3381D-04, # 0.2445D-04, 0.1765D-04, 0.1272D-04, 0.9156D-05, 0.6579D-05, # 0.4719D-05/ data (calcpts(j, 3), j = 1,neta) /0.5218D-17, 0.1998D-16, # 0.7647D-16, 0.2925D-15, 0.1118D-14, 0.4268D-14, 0.1626D-13, # 0.6185D-13, 0.2343D-12, 0.8836D-12, 0.3308D-11, 0.1226D-10, # 0.4481D-10, 0.1607D-09, 0.5619D-09, 0.1904D-08, 0.6199D-08, # 0.1932D-07, 0.5739D-07, 0.1619D-06, 0.4344D-06, 0.1110D-05, # 0.2715D-05, 0.6374D-05, 0.1442D-04, 0.3158D-04, 0.6700D-04, # 0.1381D-03, 0.2762D-03, 0.5346D-03, 0.9981D-03, 0.1785D-02, # 0.3032D-02, 0.4842D-02, 0.7208D-02, 0.9939D-02, 0.1270D-01, # 0.1512D-01, 0.1694D-01, 0.1800D-01, 0.1828D-01, 0.1781D-01, # 0.1668D-01, 0.1509D-01, 0.1322D-01, 0.1127D-01, 0.9386D-02, # 0.7664D-02, 0.6155D-02, 0.4874D-02, 0.3813D-02, 0.2953D-02, # 0.2267D-02, 0.1726D-02, 0.1307D-02, 0.9832D-03, 0.7359D-03, # 0.5481D-03, 0.4065D-03, 0.3005D-03, 0.2212D-03, 0.1624D-03, # 0.1189D-03, 0.8678D-04, 0.6320D-04, 0.4592D-04, 0.3329D-04, # 0.2409D-04, 0.1740D-04, 0.1254D-04, 0.9027D-05, 0.6488D-05, # 0.4656D-05/ data (calcpts(j, 4), j = 1,neta) /0.2424D-17, 0.9281D-17, # 0.3554D-16, 0.1360D-15, 0.5202D-15, 0.1988D-14, 0.7590D-14, # 0.2893D-13, 0.1100D-12, 0.4168D-12, 0.1572D-11, 0.5883D-11, # 0.2180D-10, 0.7967D-10, 0.2858D-09, 0.9992D-09, 0.3381D-08, # 0.1102D-07, 0.3435D-07, 0.1020D-06, 0.2876D-06, 0.7709D-06, # 0.1968D-05, 0.4806D-05, 0.1125D-04, 0.2538D-04, 0.5526D-04, # 0.1164D-03, 0.2373D-03, 0.4670D-03, 0.8841D-03, 0.1601D-02, # 0.2748D-02, 0.4434D-02, 0.6657D-02, 0.9254D-02, 0.1191D-01, # 0.1426D-01, 0.1607D-01, 0.1716D-01, 0.1749D-01, 0.1710D-01, # 0.1605D-01, 0.1455D-01, 0.1278D-01, 0.1091D-01, 0.9102D-02, # 0.7443D-02, 0.5985D-02, 0.4745D-02, 0.3717D-02, 0.2881D-02, # 0.2214D-02, 0.1688D-02, 0.1278D-02, 0.9624D-03, 0.7208D-03, # 0.5372D-03, 0.3987D-03, 0.2948D-03, 0.2172D-03, 0.1595D-03, # 0.1168D-03, 0.8532D-04, 0.6216D-04, 0.4518D-04, 0.3276D-04, # 0.2371D-04, 0.1713D-04, 0.1236D-04, 0.8898D-05, 0.6398D-05, # 0.4592D-05/ data (calcpts(j, 5), j = 1,neta) /0.1125D-17, 0.4310D-17, # 0.1650D-16, 0.6320D-16, 0.2418D-15, 0.9251D-15, 0.3535D-14, # 0.1350D-13, 0.5145D-13, 0.1956D-12, 0.7412D-12, 0.2795D-11, # 0.1046D-10, 0.3878D-10, 0.1417D-09, 0.5081D-09, 0.1776D-08, # 0.6011D-08, 0.1959D-07, 0.6104D-07, 0.1810D-06, 0.5103D-06, # 0.1367D-05, 0.3486D-05, 0.8489D-05, 0.1981D-04, 0.4444D-04, # 0.9606D-04, 0.2001D-03, 0.4016D-03, 0.7731D-03, 0.1420D-02, # 0.2469D-02, 0.4028D-02, 0.6110D-02, 0.8570D-02, 0.1111D-01, # 0.1341D-01, 0.1520D-01, 0.1631D-01, 0.1670D-01, 0.1638D-01, # 0.1544D-01, 0.1402D-01, 0.1233D-01, 0.1055D-01, 0.8818D-02, # 0.7222D-02, 0.5816D-02, 0.4617D-02, 0.3619D-02, 0.2809D-02, # 0.2160D-02, 0.1649D-02, 0.1250D-02, 0.9416D-03, 0.7056D-03, # 0.5263D-03, 0.3909D-03, 0.2892D-03, 0.2132D-03, 0.1566D-03, # 0.1148D-03, 0.8385D-04, 0.6111D-04, 0.4444D-04, 0.3225D-04, # 0.2336D-04, 0.1688D-04, 0.1217D-04, 0.8769D-05, 0.6306D-05, # 0.4528D-05/ data (calcpts(j, 6), j = 1,neta) /0.5224D-18, 0.2001D-17, # 0.7665D-17, 0.2936D-16, 0.1124D-15, 0.4301D-15, 0.1646D-14, # 0.6288D-14, 0.2400D-13, 0.9149D-13, 0.3479D-12, 0.1318D-11, # 0.4969D-11, 0.1860D-10, 0.6894D-10, 0.2519D-09, 0.9032D-09, # 0.3154D-08, 0.1068D-07, 0.3480D-07, 0.1084D-06, 0.3215D-06, # 0.9049D-06, 0.2420D-05, 0.6157D-05, 0.1495D-04, 0.3471D-04, # 0.7731D-04, 0.1653D-03, 0.3392D-03, 0.6657D-03, 0.1244D-02, # 0.2195D-02, 0.3627D-02, 0.5567D-02, 0.7890D-02, 0.1033D-01, # 0.1256D-01, 0.1432D-01, 0.1546D-01, 0.1592D-01, 0.1566D-01, # 0.1480D-01, 0.1348D-01, 0.1189D-01, 0.1020D-01, 0.8535D-02, # 0.7002D-02, 0.5646D-02, 0.4488D-02, 0.3524D-02, 0.2738D-02, # 0.2108D-02, 0.1610D-02, 0.1221D-02, 0.9207D-03, 0.6905D-03, # 0.5154D-03, 0.3830D-03, 0.2835D-03, 0.2091D-03, 0.1537D-03, # 0.1127D-03, 0.8240D-04, 0.6008D-04, 0.4371D-04, 0.3172D-04, # 0.2298D-04, 0.1662D-04, 0.1199D-04, 0.8640D-05, 0.6216D-05, # 0.4464D-05/ data (calcpts(j, 7), j = 1,neta) /0.2426D-18, 0.9293D-18, # 0.3560D-17, 0.1363D-16, 0.5220D-16, 0.1998D-15, 0.7649D-15, # 0.2925D-14, 0.1118D-13, 0.4269D-13, 0.1628D-12, 0.6186D-12, # 0.2344D-11, 0.8837D-11, 0.3308D-10, 0.1226D-09, 0.4479D-09, # 0.1605D-08, 0.5606D-08, 0.1898D-07, 0.6182D-07, 0.1925D-06, # 0.5700D-06, 0.1602D-05, 0.4277D-05, 0.1085D-04, 0.2621D-04, # 0.6041D-04, 0.1331D-03, 0.2804D-03, 0.5631D-03, 0.1073D-02, # 0.1928D-02, 0.3234D-02, 0.5030D-02, 0.7214D-02, 0.9542D-02, # 0.1171D-01, 0.1346D-01, 0.1462D-01, 0.1512D-01, 0.1494D-01, # 0.1417D-01, 0.1295D-01, 0.1145D-01, 0.9839D-02, 0.8252D-02, # 0.6782D-02, 0.5476D-02, 0.4359D-02, 0.3428D-02, 0.2665D-02, # 0.2054D-02, 0.1571D-02, 0.1193D-02, 0.8998D-03, 0.6755D-03, # 0.5045D-03, 0.3752D-03, 0.2780D-03, 0.2050D-03, 0.1509D-03, # 0.1107D-03, 0.8093D-04, 0.5904D-04, 0.4298D-04, 0.3120D-04, # 0.2261D-04, 0.1635D-04, 0.1181D-04, 0.8511D-05, 0.6124D-05, # 0.4401D-05/ data (calcpts(j, 8), j = 1,neta) /0.1126D-18, 0.4314D-18, # 0.1653D-17, 0.6330D-17, 0.2424D-16, 0.9284D-16, 0.3554D-15, # 0.1360D-14, 0.5202D-14, 0.1989D-13, 0.7591D-13, 0.2894D-12, # 0.1100D-11, 0.4169D-11, 0.1572D-10, 0.5882D-10, 0.2180D-09, # 0.7962D-09, 0.2850D-08, 0.9960D-08, 0.3371D-07, 0.1097D-06, # 0.3413D-06, 0.1010D-05, 0.2832D-05, 0.7536D-05, 0.1902D-04, # 0.4563D-04, 0.1041D-03, 0.2262D-03, 0.4664D-03, 0.9094D-03, # 0.1667D-02, 0.2847D-02, 0.4498D-02, 0.6543D-02, 0.8759D-02, # 0.1086D-01, 0.1259D-01, 0.1378D-01, 0.1432D-01, 0.1422D-01, # 0.1354D-01, 0.1241D-01, 0.1101D-01, 0.9482D-02, 0.7970D-02, # 0.6561D-02, 0.5307D-02, 0.4230D-02, 0.3330D-02, 0.2594D-02, # 0.2001D-02, 0.1532D-02, 0.1164D-02, 0.8790D-03, 0.6603D-03, # 0.4935D-03, 0.3674D-03, 0.2723D-03, 0.2010D-03, 0.1480D-03, # 0.1086D-03, 0.7947D-04, 0.5801D-04, 0.4224D-04, 0.3068D-04, # 0.2224D-04, 0.1610D-04, 0.1163D-04, 0.8382D-05, 0.6033D-05, # 0.4337D-05/ data (calcpts(j, 9), j = 1,neta) /0.5227D-19, 0.2003D-18, # 0.7671D-18, 0.2938D-17, 0.1126D-16, 0.4311D-16, 0.1652D-15, # 0.6321D-15, 0.2419D-14, 0.9252D-14, 0.3537D-13, 0.1350D-12, # 0.5145D-12, 0.1956D-11, 0.7413D-11, 0.2794D-10, 0.1046D-09, # 0.3874D-09, 0.1415D-08, 0.5064D-08, 0.1770D-07, 0.5985D-07, # 0.1946D-06, 0.6045D-06, 0.1785D-05, 0.4993D-05, 0.1322D-04, # 0.3315D-04, 0.7875D-04, 0.1771D-03, 0.3768D-03, 0.7551D-03, # 0.1417D-02, 0.2472D-02, 0.3978D-02, 0.5880D-02, 0.7983D-02, # 0.1002D-01, 0.1173D-01, 0.1293D-01, 0.1353D-01, 0.1351D-01, # 0.1291D-01, 0.1188D-01, 0.1056D-01, 0.9123D-02, 0.7686D-02, # 0.6340D-02, 0.5138D-02, 0.4103D-02, 0.3234D-02, 0.2522D-02, # 0.1947D-02, 0.1492D-02, 0.1135D-02, 0.8582D-03, 0.6452D-03, # 0.4827D-03, 0.3594D-03, 0.2666D-03, 0.1969D-03, 0.1451D-03, # 0.1065D-03, 0.7800D-04, 0.5697D-04, 0.4149D-04, 0.3017D-04, # 0.2187D-04, 0.1584D-04, 0.1144D-04, 0.8253D-05, 0.5943D-05, # 0.4273D-05/ data (calcpts(j,10), j = 1,neta) /0.2427D-19, 0.9297D-19, # 0.3561D-18, 0.1364D-17, 0.5227D-17, 0.2003D-16, 0.7668D-16, # 0.2937D-15, 0.1124D-14, 0.4302D-14, 0.1646D-13, 0.6290D-13, # 0.2401D-12, 0.9151D-12, 0.3479D-11, 0.1318D-10, 0.4970D-10, # 0.1860D-09, 0.6888D-09, 0.2511D-08, 0.8997D-08, 0.3141D-07, # 0.1062D-06, 0.3449D-06, 0.1069D-05, 0.3147D-05, 0.8768D-05, # 0.2307D-04, 0.5728D-04, 0.1342D-03, 0.2958D-03, 0.6119D-03, # 0.1181D-02, 0.2110D-02, 0.3471D-02, 0.5228D-02, 0.7215D-02, # 0.9179D-02, 0.1087D-01, 0.1209D-01, 0.1275D-01, 0.1279D-01, # 0.1229D-01, 0.1135D-01, 0.1012D-01, 0.8766D-02, 0.7403D-02, # 0.6120D-02, 0.4968D-02, 0.3974D-02, 0.3136D-02, 0.2449D-02, # 0.1895D-02, 0.1453D-02, 0.1107D-02, 0.8375D-03, 0.6302D-03, # 0.4718D-03, 0.3516D-03, 0.2610D-03, 0.1931D-03, 0.1422D-03, # 0.1045D-03, 0.7655D-04, 0.5592D-04, 0.4075D-04, 0.2964D-04, # 0.2151D-04, 0.1557D-04, 0.1126D-04, 0.8124D-05, 0.5852D-05, # 0.4209D-05/ data (calcpts(j,11), j = 1,neta) /0.1127D-19, 0.4317D-19, # 0.1653D-18, 0.6334D-18, 0.2427D-17, 0.9297D-17, 0.3561D-16, # 0.1364D-15, 0.5223D-15, 0.2000D-14, 0.7653D-14, 0.2927D-13, # 0.1119D-12, 0.4270D-12, 0.1627D-11, 0.6187D-11, 0.2344D-10, # 0.8835D-10, 0.3306D-09, 0.1224D-08, 0.4463D-08, 0.1597D-07, # 0.5574D-07, 0.1881D-06, 0.6101D-06, 0.1885D-05, 0.5529D-05, # 0.1531D-04, 0.3992D-04, 0.9777D-04, 0.2246D-03, 0.4818D-03, # 0.9605D-03, 0.1767D-02, 0.2981D-02, 0.4590D-02, 0.6457D-02, # 0.8346D-02, 0.1001D-01, 0.1125D-01, 0.1196D-01, 0.1208D-01, # 0.1166D-01, 0.1081D-01, 0.9681D-02, 0.8409D-02, 0.7119D-02, # 0.5898D-02, 0.4799D-02, 0.3844D-02, 0.3040D-02, 0.2378D-02, # 0.1841D-02, 0.1414D-02, 0.1078D-02, 0.8166D-03, 0.6150D-03, # 0.4608D-03, 0.3438D-03, 0.2553D-03, 0.1890D-03, 0.1393D-03, # 0.1024D-03, 0.7509D-04, 0.5489D-04, 0.4002D-04, 0.2911D-04, # 0.2114D-04, 0.1531D-04, 0.1108D-04, 0.7995D-05, 0.5762D-05, # 0.4146D-05/ data (calcpts(j,12), j = 1,neta) /0.5232D-20, 0.2004D-19, # 0.7680D-19, 0.2941D-18, 0.1127D-17, 0.4318D-17, 0.1654D-16, # 0.6336D-16, 0.2427D-15, 0.9293D-15, 0.3558D-14, 0.1361D-13, # 0.5208D-13, 0.1991D-12, 0.7597D-12, 0.2895D-11, 0.1101D-10, # 0.4170D-10, 0.1571D-09, 0.5877D-09, 0.2175D-08, 0.7928D-08, # 0.2835D-07, 0.9882D-07, 0.3330D-06, 0.1077D-05, 0.3317D-05, # 0.9666D-05, 0.2652D-04, 0.6827D-04, 0.1641D-03, 0.3672D-03, # 0.7601D-03, 0.1446D-02, 0.2514D-02, 0.3972D-02, 0.5714D-02, # 0.7524D-02, 0.9161D-02, 0.1042D-01, 0.1117D-01, 0.1137D-01, # 0.1104D-01, 0.1028D-01, 0.9240D-02, 0.8052D-02, 0.6837D-02, # 0.5678D-02, 0.4629D-02, 0.3716D-02, 0.2943D-02, 0.2306D-02, # 0.1788D-02, 0.1375D-02, 0.1049D-02, 0.7957D-03, 0.5998D-03, # 0.4500D-03, 0.3359D-03, 0.2498D-03, 0.1850D-03, 0.1365D-03, # 0.1004D-03, 0.7362D-04, 0.5385D-04, 0.3929D-04, 0.2861D-04, # 0.2078D-04, 0.1506D-04, 0.1089D-04, 0.7866D-05, 0.5670D-05, # 0.4082D-05/ data (calcpts(j,13), j = 1,neta) /0.2432D-20, 0.9314D-20, # 0.3569D-19, 0.1367D-18, 0.5238D-18, 0.2007D-17, 0.7688D-17, # 0.2945D-16, 0.1128D-15, 0.4320D-15, 0.1654D-14, 0.6333D-14, # 0.2424D-13, 0.9270D-13, 0.3543D-12, 0.1352D-11, 0.5153D-11, # 0.1959D-10, 0.7419D-10, 0.2795D-09, 0.1045D-08, 0.3861D-08, # 0.1408D-07, 0.5031D-07, 0.1750D-06, 0.5883D-06, 0.1896D-05, # 0.5805D-05, 0.1678D-04, 0.4548D-04, 0.1150D-03, 0.2696D-03, # 0.5826D-03, 0.1153D-02, 0.2075D-02, 0.3379D-02, 0.4991D-02, # 0.6716D-02, 0.8320D-02, 0.9593D-02, 0.1039D-01, 0.1066D-01, # 0.1041D-01, 0.9750D-02, 0.8799D-02, 0.7695D-02, 0.6554D-02, # 0.5457D-02, 0.4459D-02, 0.3588D-02, 0.2847D-02, 0.2234D-02, # 0.1734D-02, 0.1336D-02, 0.1021D-02, 0.7749D-03, 0.5849D-03, # 0.4391D-03, 0.3281D-03, 0.2441D-03, 0.1809D-03, 0.1336D-03, # 0.9832D-04, 0.7217D-04, 0.5282D-04, 0.3855D-04, 0.2808D-04, # 0.2040D-04, 0.1480D-04, 0.1071D-04, 0.7737D-05, 0.5580D-05, # 0.4019D-05/ data (calcpts(j,14), j = 1,neta) /0.1131D-20, 0.4332D-20, # 0.1661D-19, 0.6360D-19, 0.2436D-18, 0.9334D-18, 0.3576D-17, # 0.1370D-16, 0.5248D-16, 0.2010D-15, 0.7700D-15, 0.2948D-14, # 0.1129D-13, 0.4318D-13, 0.1652D-12, 0.6312D-12, 0.2409D-11, # 0.9181D-11, 0.3489D-10, 0.1321D-09, 0.4977D-09, 0.1860D-08, # 0.6866D-08, 0.2501D-07, 0.8922D-07, 0.3097D-06, 0.1037D-05, # 0.3326D-05, 0.1010D-04, 0.2886D-04, 0.7695D-04, 0.1899D-03, # 0.4307D-03, 0.8910D-03, 0.1670D-02, 0.2820D-02, 0.4293D-02, # 0.5926D-02, 0.7491D-02, 0.8774D-02, 0.9617D-02, 0.9952D-02, # 0.9792D-02, 0.9219D-02, 0.8360D-02, 0.7339D-02, 0.6272D-02, # 0.5238D-02, 0.4292D-02, 0.3459D-02, 0.2751D-02, 0.2162D-02, # 0.1682D-02, 0.1296D-02, 0.9921D-03, 0.7541D-03, 0.5697D-03, # 0.4281D-03, 0.3203D-03, 0.2384D-03, 0.1769D-03, 0.1307D-03, # 0.9627D-04, 0.7069D-04, 0.5178D-04, 0.3781D-04, 0.2755D-04, # 0.2004D-04, 0.1454D-04, 0.1053D-04, 0.7608D-05, 0.5489D-05, # 0.3954D-05/ data (calcpts(j,15), j = 1,neta) /0.5274D-21, 0.2020D-20, # 0.7740D-20, 0.2965D-19, 0.1136D-18, 0.4353D-18, 0.1668D-17, # 0.6389D-17, 0.2448D-16, 0.9377D-16, 0.3591D-15, 0.1376D-14, # 0.5267D-14, 0.2016D-13, 0.7716D-13, 0.2951D-12, 0.1128D-11, # 0.4303D-11, 0.1640D-10, 0.6230D-10, 0.2358D-09, 0.8878D-09, # 0.3311D-08, 0.1223D-07, 0.4447D-07, 0.1583D-06, 0.5478D-06, # 0.1825D-05, 0.5810D-05, 0.1746D-04, 0.4913D-04, 0.1280D-03, # 0.3062D-03, 0.6659D-03, 0.1307D-02, 0.2299D-02, 0.3630D-02, # 0.5162D-02, 0.6679D-02, 0.7965D-02, 0.8849D-02, 0.9251D-02, # 0.9173D-02, 0.8691D-02, 0.7920D-02, 0.6984D-02, 0.5990D-02, # 0.5018D-02, 0.4122D-02, 0.3330D-02, 0.2654D-02, 0.2090D-02, # 0.1628D-02, 0.1257D-02, 0.9634D-03, 0.7332D-03, 0.5546D-03, # 0.4172D-03, 0.3123D-03, 0.2328D-03, 0.1728D-03, 0.1278D-03, # 0.9422D-04, 0.6924D-04, 0.5073D-04, 0.3708D-04, 0.2703D-04, # 0.1967D-04, 0.1428D-04, 0.1034D-04, 0.7479D-05, 0.5399D-05, # 0.3889D-05/ data (calcpts(j,16), j = 1,neta) /0.2473D-21, 0.9471D-21, # 0.3629D-20, 0.1390D-19, 0.5327D-19, 0.2040D-18, 0.7818D-18, # 0.2995D-17, 0.1148D-16, 0.4397D-16, 0.1685D-15, 0.6450D-15, # 0.2471D-14, 0.9459D-14, 0.3621D-13, 0.1386D-12, 0.5300D-12, # 0.2025D-11, 0.7727D-11, 0.2943D-10, 0.1118D-09, 0.4230D-09, # 0.1591D-08, 0.5928D-08, 0.2187D-07, 0.7937D-07, 0.2817D-06, # 0.9701D-06, 0.3212D-05, 0.1012D-04, 0.2997D-04, 0.8255D-04, # 0.2088D-03, 0.4799D-03, 0.9918D-03, 0.1830D-02, 0.3011D-02, # 0.4431D-02, 0.5892D-02, 0.7172D-02, 0.8091D-02, 0.8556D-02, # 0.8559D-02, 0.8166D-02, 0.7484D-02, 0.6629D-02, 0.5708D-02, # 0.4797D-02, 0.3953D-02, 0.3202D-02, 0.2558D-02, 0.2018D-02, # 0.1575D-02, 0.1218D-02, 0.9348D-03, 0.7124D-03, 0.5396D-03, # 0.4063D-03, 0.3045D-03, 0.2271D-03, 0.1688D-03, 0.1249D-03, # 0.9216D-04, 0.6777D-04, 0.4969D-04, 0.3635D-04, 0.2652D-04, # 0.1931D-04, 0.1402D-04, 0.1016D-04, 0.7350D-05, 0.5307D-05, # 0.3826D-05/ data (calcpts(j,17), j = 1,neta) /0.1173D-21, 0.4490D-21, # 0.1721D-20, 0.6589D-20, 0.2525D-19, 0.9674D-19, 0.3706D-18, # 0.1420D-17, 0.5441D-17, 0.2084D-16, 0.7985D-16, 0.3059D-15, # 0.1172D-14, 0.4486D-14, 0.1718D-13, 0.6576D-13, 0.2515D-12, # 0.9621D-12, 0.3677D-11, 0.1403D-10, 0.5340D-10, 0.2028D-09, # 0.7668D-09, 0.2877D-08, 0.1072D-07, 0.3948D-07, 0.1429D-06, # 0.5049D-06, 0.1728D-05, 0.5670D-05, 0.1761D-04, 0.5118D-04, # 0.1370D-03, 0.3338D-03, 0.7298D-03, 0.1420D-02, 0.2446D-02, # 0.3744D-02, 0.5136D-02, 0.6400D-02, 0.7347D-02, 0.7871D-02, # 0.7950D-02, 0.7644D-02, 0.7049D-02, 0.6275D-02, 0.5426D-02, # 0.4578D-02, 0.3783D-02, 0.3074D-02, 0.2460D-02, 0.1946D-02, # 0.1521D-02, 0.1179D-02, 0.9061D-03, 0.6915D-03, 0.5244D-03, # 0.3954D-03, 0.2965D-03, 0.2215D-03, 0.1647D-03, 0.1220D-03, # 0.9011D-04, 0.6632D-04, 0.4866D-04, 0.3561D-04, 0.2600D-04, # 0.1893D-04, 0.1376D-04, 0.9977D-05, 0.7221D-05, 0.5217D-05, # 0.3762D-05/ data (calcpts(j,18), j = 1,neta) /0.5694D-22, 0.2178D-21, # 0.8340D-21, 0.3197D-20, 0.1224D-19, 0.4692D-19, 0.1797D-18, # 0.6886D-18, 0.2639D-17, 0.1011D-16, 0.3873D-16, 0.1484D-15, # 0.5682D-15, 0.2177D-14, 0.8335D-14, 0.3192D-13, 0.1222D-12, # 0.4674D-12, 0.1787D-11, 0.6827D-11, 0.2604D-10, 0.9911D-10, # 0.3760D-09, 0.1421D-08, 0.5325D-08, 0.1981D-07, 0.7272D-07, # 0.2622D-06, 0.9210D-06, 0.3125D-05, 0.1012D-04, 0.3086D-04, # 0.8726D-04, 0.2252D-03, 0.5222D-03, 0.1074D-02, 0.1948D-02, # 0.3114D-02, 0.4422D-02, 0.5658D-02, 0.6624D-02, 0.7197D-02, # 0.7350D-02, 0.7127D-02, 0.6615D-02, 0.5923D-02, 0.5145D-02, # 0.4359D-02, 0.3615D-02, 0.2946D-02, 0.2364D-02, 0.1873D-02, # 0.1468D-02, 0.1140D-02, 0.8775D-03, 0.6706D-03, 0.5093D-03, # 0.3844D-03, 0.2888D-03, 0.2159D-03, 0.1607D-03, 0.1192D-03, # 0.8805D-04, 0.6485D-04, 0.4762D-04, 0.3488D-04, 0.2547D-04, # 0.1857D-04, 0.1350D-04, 0.9792D-05, 0.7092D-05, 0.5126D-05, # 0.3699D-05/ data (calcpts(j,19), j = 1,neta) /0.2892D-22, 0.1104D-21, # 0.4228D-21, 0.1620D-20, 0.6209D-20, 0.2379D-19, 0.9114D-19, # 0.3492D-18, 0.1338D-17, 0.5126D-17, 0.1964D-16, 0.7522D-16, # 0.2882D-15, 0.1104D-14, 0.4228D-14, 0.1618D-13, 0.6200D-13, # 0.2373D-12, 0.9077D-12, 0.3470D-11, 0.1325D-10, 0.5052D-10, # 0.1922D-09, 0.7287D-09, 0.2744D-08, 0.1028D-07, 0.3815D-07, # 0.1394D-06, 0.4995D-06, 0.1739D-05, 0.5822D-05, 0.1850D-04, # 0.5489D-04, 0.1494D-03, 0.3666D-03, 0.7981D-03, 0.1525D-02, # 0.2552D-02, 0.3762D-02, 0.4955D-02, 0.5926D-02, 0.6543D-02, # 0.6762D-02, 0.6616D-02, 0.6188D-02, 0.5574D-02, 0.4866D-02, # 0.4140D-02, 0.3447D-02, 0.2817D-02, 0.2268D-02, 0.1802D-02, # 0.1415D-02, 0.1101D-02, 0.8490D-03, 0.6498D-03, 0.4941D-03, # 0.3735D-03, 0.2810D-03, 0.2103D-03, 0.1566D-03, 0.1163D-03, # 0.8600D-04, 0.6339D-04, 0.4659D-04, 0.3414D-04, 0.2496D-04, # 0.1820D-04, 0.1324D-04, 0.9609D-05, 0.6963D-05, 0.5036D-05, # 0.3635D-05/ data (calcpts(j,20), j = 1,neta) /0.1592D-22, 0.6060D-22, # 0.2321D-21, 0.8892D-21, 0.3408D-20, 0.1305D-19, 0.5001D-19, # 0.1916D-18, 0.7341D-18, 0.2813D-17, 0.1078D-16, 0.4128D-16, # 0.1581D-15, 0.6058D-15, 0.2321D-14, 0.8889D-14, 0.3404D-13, # 0.1303D-12, 0.4986D-12, 0.1907D-11, 0.7287D-11, 0.2781D-10, # 0.1060D-09, 0.4028D-09, 0.1524D-08, 0.5727D-08, 0.2139D-07, # 0.7892D-07, 0.2864D-06, 0.1015D-05, 0.3480D-05, 0.1140D-04, # 0.3512D-04, 0.9989D-04, 0.2573D-03, 0.5892D-03, 0.1183D-02, # 0.2070D-02, 0.3171D-02, 0.4304D-02, 0.5265D-02, 0.5913D-02, # 0.6189D-02, 0.6116D-02, 0.5766D-02, 0.5228D-02, 0.4590D-02, # 0.3923D-02, 0.3279D-02, 0.2690D-02, 0.2172D-02, 0.1729D-02, # 0.1362D-02, 0.1062D-02, 0.8204D-03, 0.6291D-03, 0.4791D-03, # 0.3627D-03, 0.2730D-03, 0.2046D-03, 0.1526D-03, 0.1134D-03, # 0.8394D-04, 0.6194D-04, 0.4556D-04, 0.3341D-04, 0.2443D-04, # 0.1782D-04, 0.1298D-04, 0.9426D-05, 0.6834D-05, 0.4944D-05, # 0.3572D-05/ data (calcpts(j,21), j = 1,neta) /0.9878D-23, 0.3747D-22, # 0.1434D-21, 0.5498D-21, 0.2108D-20, 0.8071D-20, 0.3093D-19, # 0.1185D-18, 0.4539D-18, 0.1740D-17, 0.6663D-17, 0.2553D-16, # 0.9780D-16, 0.3747D-15, 0.1435D-14, 0.5498D-14, 0.2105D-13, # 0.8060D-13, 0.3086D-12, 0.1180D-11, 0.4512D-11, 0.1724D-10, # 0.6569D-10, 0.2499D-09, 0.9476D-09, 0.3569D-08, 0.1337D-07, # 0.4960D-07, 0.1814D-06, 0.6490D-06, 0.2256D-05, 0.7524D-05, # 0.2373D-04, 0.6951D-04, 0.1854D-03, 0.4410D-03, 0.9218D-03, # 0.1677D-02, 0.2660D-02, 0.3717D-02, 0.4652D-02, 0.5315D-02, # 0.5637D-02, 0.5630D-02, 0.5352D-02, 0.4886D-02, 0.4316D-02, # 0.3706D-02, 0.3113D-02, 0.2562D-02, 0.2076D-02, 0.1658D-02, # 0.1309D-02, 0.1023D-02, 0.7917D-03, 0.6083D-03, 0.4640D-03, # 0.3518D-03, 0.2652D-03, 0.1989D-03, 0.1486D-03, 0.1105D-03, # 0.8189D-04, 0.6046D-04, 0.4451D-04, 0.3267D-04, 0.2391D-04, # 0.1746D-04, 0.1272D-04, 0.9243D-05, 0.6705D-05, 0.4854D-05, # 0.3507D-05/ data (calcpts(j,22), j = 1,neta) /0.7062D-23, 0.2674D-22, # 0.1023D-21, 0.3922D-21, 0.1503D-20, 0.5758D-20, 0.2206D-19, # 0.8454D-19, 0.3239D-18, 0.1241D-17, 0.4755D-17, 0.1821D-16, # 0.6978D-16, 0.2673D-15, 0.1024D-14, 0.3923D-14, 0.1501D-13, # 0.5751D-13, 0.2202D-12, 0.8422D-12, 0.3221D-11, 0.1230D-10, # 0.4690D-10, 0.1785D-09, 0.6773D-09, 0.2553D-08, 0.9576D-08, # 0.3558D-07, 0.1304D-06, 0.4683D-06, 0.1637D-05, 0.5496D-05, # 0.1751D-04, 0.5196D-04, 0.1410D-03, 0.3428D-03, 0.7349D-03, # 0.1374D-02, 0.2240D-02, 0.3207D-02, 0.4098D-02, 0.4761D-02, # 0.5115D-02, 0.5162D-02, 0.4949D-02, 0.4551D-02, 0.4044D-02, # 0.3494D-02, 0.2946D-02, 0.2436D-02, 0.1980D-02, 0.1587D-02, # 0.1256D-02, 0.9835D-03, 0.7632D-03, 0.5874D-03, 0.4490D-03, # 0.3408D-03, 0.2574D-03, 0.1933D-03, 0.1446D-03, 0.1076D-03, # 0.7983D-04, 0.5901D-04, 0.4347D-04, 0.3194D-04, 0.2339D-04, # 0.1708D-04, 0.1246D-04, 0.9060D-05, 0.6576D-05, 0.4763D-05, # 0.3444D-05/ data (calcpts(j,23), j = 1,neta) /0.5736D-23, 0.2175D-22, # 0.8327D-22, 0.3192D-21, 0.1223D-20, 0.4686D-20, 0.1796D-19, # 0.6879D-19, 0.2635D-18, 0.1010D-17, 0.3869D-17, 0.1482D-16, # 0.5678D-16, 0.2175D-15, 0.8331D-15, 0.3191D-14, 0.1222D-13, # 0.4680D-13, 0.1791D-12, 0.6852D-12, 0.2620D-11, 0.1001D-10, # 0.3816D-10, 0.1452D-09, 0.5510D-09, 0.2081D-08, 0.7790D-08, # 0.2894D-07, 0.1060D-06, 0.3809D-06, 0.1330D-05, 0.4469D-05, # 0.1424D-04, 0.4233D-04, 0.1152D-03, 0.2819D-03, 0.6101D-03, # 0.1156D-02, 0.1914D-02, 0.2787D-02, 0.3618D-02, 0.4260D-02, # 0.4631D-02, 0.4718D-02, 0.4562D-02, 0.4226D-02, 0.3779D-02, # 0.3282D-02, 0.2781D-02, 0.2310D-02, 0.1884D-02, 0.1515D-02, # 0.1203D-02, 0.9446D-03, 0.7346D-03, 0.5665D-03, 0.4338D-03, # 0.3300D-03, 0.2495D-03, 0.1876D-03, 0.1405D-03, 0.1047D-03, # 0.7777D-04, 0.5754D-04, 0.4244D-04, 0.3120D-04, 0.2288D-04, # 0.1672D-04, 0.1220D-04, 0.8877D-05, 0.6446D-05, 0.4672D-05, # 0.3380D-05/ data (calcpts(j,24), j = 1,neta) /0.5089D-23, 0.1944D-22, # 0.7445D-22, 0.2853D-21, 0.1093D-20, 0.4188D-20, 0.1605D-19, # 0.6147D-19, 0.2355D-18, 0.9023D-18, 0.3458D-17, 0.1325D-16, # 0.5074D-16, 0.1944D-15, 0.7446D-15, 0.2851D-14, 0.1092D-13, # 0.4182D-13, 0.1601D-12, 0.6123D-12, 0.2342D-11, 0.8940D-11, # 0.3409D-10, 0.1297D-09, 0.4920D-09, 0.1857D-08, 0.6951D-08, # 0.2581D-07, 0.9449D-07, 0.3390D-06, 0.1182D-05, 0.3962D-05, # 0.1259D-04, 0.3729D-04, 0.1011D-03, 0.2465D-03, 0.5325D-03, # 0.1010D-02, 0.1679D-02, 0.2462D-02, 0.3223D-02, 0.3828D-02, # 0.4196D-02, 0.4308D-02, 0.4196D-02, 0.3912D-02, 0.3521D-02, # 0.3075D-02, 0.2619D-02, 0.2184D-02, 0.1790D-02, 0.1444D-02, # 0.1150D-02, 0.9055D-03, 0.7061D-03, 0.5459D-03, 0.4188D-03, # 0.3191D-03, 0.2416D-03, 0.1821D-03, 0.1365D-03, 0.1019D-03, # 0.7572D-04, 0.5609D-04, 0.4140D-04, 0.3047D-04, 0.2235D-04, # 0.1635D-04, 0.1194D-04, 0.8694D-05, 0.6317D-05, 0.4581D-05, # 0.3317D-05/ data (calcpts(j,25), j = 1,neta) /0.4752D-23, 0.1836D-22, # 0.7038D-22, 0.2695D-21, 0.1032D-20, 0.3957D-20, 0.1516D-19, # 0.5808D-19, 0.2225D-18, 0.8525D-18, 0.3266D-17, 0.1251D-16, # 0.4794D-16, 0.1836D-15, 0.7035D-15, 0.2694D-14, 0.1032D-13, # 0.3951D-13, 0.1512D-12, 0.5784D-12, 0.2211D-11, 0.8445D-11, # 0.3221D-10, 0.1225D-09, 0.4647D-09, 0.1753D-08, 0.6560D-08, # 0.2435D-07, 0.8906D-07, 0.3190D-06, 0.1111D-05, 0.3716D-05, # 0.1177D-04, 0.3473D-04, 0.9371D-04, 0.2271D-03, 0.4874D-03, # 0.9189D-03, 0.1521D-02, 0.2228D-02, 0.2918D-02, 0.3474D-02, # 0.3820D-02, 0.3941D-02, 0.3857D-02, 0.3616D-02, 0.3271D-02, # 0.2874D-02, 0.2460D-02, 0.2061D-02, 0.1697D-02, 0.1374D-02, # 0.1098D-02, 0.8669D-03, 0.6777D-03, 0.5250D-03, 0.4036D-03, # 0.3082D-03, 0.2339D-03, 0.1764D-03, 0.1325D-03, 0.9899D-04, # 0.7366D-04, 0.5461D-04, 0.4037D-04, 0.2973D-04, 0.2183D-04, # 0.1599D-04, 0.1168D-04, 0.8510D-05, 0.6187D-05, 0.4491D-05, # 0.3252D-05/ data (calcpts(j,26), j = 1,neta) /0.4554D-23, 0.1785D-22, # 0.6852D-22, 0.2624D-21, 0.1004D-20, 0.3849D-20, 0.1475D-19, # 0.5651D-19, 0.2165D-18, 0.8293D-18, 0.3177D-17, 0.1217D-16, # 0.4664D-16, 0.1787D-15, 0.6843D-15, 0.2621D-14, 0.1004D-13, # 0.3843D-13, 0.1471D-12, 0.5628D-12, 0.2151D-11, 0.8216D-11, # 0.3132D-10, 0.1192D-09, 0.4520D-09, 0.1705D-08, 0.6378D-08, # 0.2366D-07, 0.8651D-07, 0.3097D-06, 0.1077D-05, 0.3598D-05, # 0.1137D-04, 0.3346D-04, 0.8996D-04, 0.2169D-03, 0.4628D-03, # 0.8664D-03, 0.1424D-02, 0.2072D-02, 0.2699D-02, 0.3202D-02, # 0.3516D-02, 0.3627D-02, 0.3555D-02, 0.3344D-02, 0.3038D-02, # 0.2681D-02, 0.2306D-02, 0.1941D-02, 0.1603D-02, 0.1304D-02, # 0.1045D-02, 0.8282D-03, 0.6494D-03, 0.5043D-03, 0.3887D-03, # 0.2973D-03, 0.2261D-03, 0.1709D-03, 0.1284D-03, 0.9611D-04, # 0.7161D-04, 0.5316D-04, 0.3932D-04, 0.2899D-04, 0.2132D-04, # 0.1562D-04, 0.1142D-04, 0.8327D-05, 0.6058D-05, 0.4400D-05, # 0.3189D-05/ data (calcpts(j,27), j = 1,neta) /0.4428D-23, 0.1761D-22, # 0.6771D-22, 0.2590D-21, 0.9912D-21, 0.3800D-20, 0.1455D-19, # 0.5577D-19, 0.2136D-18, 0.8187D-18, 0.3136D-17, 0.1202D-16, # 0.4603D-16, 0.1764D-15, 0.6754D-15, 0.2587D-14, 0.9908D-14, # 0.3794D-13, 0.1452D-12, 0.5555D-12, 0.2124D-11, 0.8109D-11, # 0.3092D-10, 0.1176D-09, 0.4459D-09, 0.1683D-08, 0.6292D-08, # 0.2334D-07, 0.8531D-07, 0.3054D-06, 0.1062D-05, 0.3543D-05, # 0.1119D-04, 0.3286D-04, 0.8811D-04, 0.2118D-03, 0.4500D-03, # 0.8382D-03, 0.1369D-02, 0.1977D-02, 0.2558D-02, 0.3014D-02, # 0.3288D-02, 0.3373D-02, 0.3299D-02, 0.3102D-02, 0.2821D-02, # 0.2498D-02, 0.2157D-02, 0.1822D-02, 0.1512D-02, 0.1234D-02, # 0.9936D-03, 0.7897D-03, 0.6210D-03, 0.4838D-03, 0.3737D-03, # 0.2865D-03, 0.2181D-03, 0.1652D-03, 0.1244D-03, 0.9323D-04, # 0.6956D-04, 0.5171D-04, 0.3828D-04, 0.2826D-04, 0.2079D-04, # 0.1525D-04, 0.1116D-04, 0.8144D-05, 0.5930D-05, 0.4309D-05, # 0.3125D-05/ data (calcpts(j,28), j = 1,neta) /0.4341D-23, 0.1749D-22, # 0.6735D-22, 0.2576D-21, 0.9849D-21, 0.3777D-20, 0.1447D-19, # 0.5542D-19, 0.2124D-18, 0.8136D-18, 0.3117D-17, 0.1194D-16, # 0.4575D-16, 0.1752D-15, 0.6714D-15, 0.2571D-14, 0.9848D-14, # 0.3771D-13, 0.1443D-12, 0.5520D-12, 0.2110D-11, 0.8059D-11, # 0.3072D-10, 0.1169D-09, 0.4432D-09, 0.1672D-08, 0.6254D-08, # 0.2319D-07, 0.8475D-07, 0.3033D-06, 0.1054D-05, 0.3516D-05, # 0.1110D-04, 0.3256D-04, 0.8724D-04, 0.2094D-03, 0.4437D-03, # 0.8241D-03, 0.1341D-02, 0.1926D-02, 0.2476D-02, 0.2895D-02, # 0.3132D-02, 0.3189D-02, 0.3096D-02, 0.2897D-02, 0.2631D-02, # 0.2329D-02, 0.2016D-02, 0.1710D-02, 0.1424D-02, 0.1167D-02, # 0.9424D-03, 0.7516D-03, 0.5929D-03, 0.4632D-03, 0.3587D-03, # 0.2756D-03, 0.2103D-03, 0.1596D-03, 0.1204D-03, 0.9035D-04, # 0.6752D-04, 0.5024D-04, 0.3725D-04, 0.2752D-04, 0.2026D-04, # 0.1488D-04, 0.1090D-04, 0.7960D-05, 0.5800D-05, 0.4218D-05, # 0.3062D-05/ data (calcpts(j,29), j = 1,neta) /0.4268D-23, 0.1743D-22, # 0.6717D-22, 0.2568D-21, 0.9821D-21, 0.3767D-20, 0.1443D-19, # 0.5527D-19, 0.2118D-18, 0.8114D-18, 0.3108D-17, 0.1191D-16, # 0.4561D-16, 0.1748D-15, 0.6694D-15, 0.2563D-14, 0.9819D-14, # 0.3759D-13, 0.1439D-12, 0.5505D-12, 0.2105D-11, 0.8036D-11, # 0.3065D-10, 0.1166D-09, 0.4419D-09, 0.1668D-08, 0.6236D-08, # 0.2312D-07, 0.8450D-07, 0.3024D-06, 0.1051D-05, 0.3504D-05, # 0.1106D-04, 0.3243D-04, 0.8684D-04, 0.2082D-03, 0.4409D-03, # 0.8175D-03, 0.1328D-02, 0.1902D-02, 0.2436D-02, 0.2834D-02, # 0.3042D-02, 0.3069D-02, 0.2950D-02, 0.2738D-02, 0.2472D-02, # 0.2181D-02, 0.1887D-02, 0.1603D-02, 0.1339D-02, 0.1101D-02, # 0.8922D-03, 0.7140D-03, 0.5650D-03, 0.4426D-03, 0.3436D-03, # 0.2648D-03, 0.2025D-03, 0.1539D-03, 0.1163D-03, 0.8747D-04, # 0.6546D-04, 0.4878D-04, 0.3621D-04, 0.2678D-04, 0.1974D-04, # 0.1451D-04, 0.1064D-04, 0.7777D-05, 0.5671D-05, 0.4128D-05, # 0.2997D-05/ data (calcpts(j,30), j = 1,neta) /0.4237D-23, 0.1740D-22, # 0.6711D-22, 0.2565D-21, 0.9807D-21, 0.3762D-20, 0.1441D-19, # 0.5520D-19, 0.2115D-18, 0.8103D-18, 0.3105D-17, 0.1189D-16, # 0.4556D-16, 0.1746D-15, 0.6686D-15, 0.2561D-14, 0.9807D-14, # 0.3755D-13, 0.1437D-12, 0.5498D-12, 0.2102D-11, 0.8025D-11, # 0.3060D-10, 0.1164D-09, 0.4413D-09, 0.1665D-08, 0.6227D-08, # 0.2309D-07, 0.8437D-07, 0.3020D-06, 0.1049D-05, 0.3498D-05, # 0.1104D-04, 0.3237D-04, 0.8664D-04, 0.2078D-03, 0.4397D-03, # 0.8148D-03, 0.1323D-02, 0.1893D-02, 0.2421D-02, 0.2808D-02, # 0.3002D-02, 0.3006D-02, 0.2862D-02, 0.2626D-02, 0.2349D-02, # 0.2058D-02, 0.1775D-02, 0.1506D-02, 0.1259D-02, 0.1037D-02, # 0.8433D-03, 0.6771D-03, 0.5374D-03, 0.4224D-03, 0.3289D-03, # 0.2540D-03, 0.1947D-03, 0.1483D-03, 0.1123D-03, 0.8458D-04, # 0.6341D-04, 0.4733D-04, 0.3518D-04, 0.2604D-04, 0.1923D-04, # 0.1414D-04, 0.1038D-04, 0.7594D-05, 0.5542D-05, 0.4037D-05, # 0.2932D-05/ data (calcpts(j,31), j = 1,neta) /0.4208D-23, 0.1743D-22, # 0.6705D-22, 0.2565D-21, 0.9801D-21, 0.3759D-20, 0.1440D-19, # 0.5517D-19, 0.2113D-18, 0.8097D-18, 0.3102D-17, 0.1189D-16, # 0.4554D-16, 0.1745D-15, 0.6681D-15, 0.2559D-14, 0.9801D-14, # 0.3753D-13, 0.1436D-12, 0.5495D-12, 0.2100D-11, 0.8020D-11, # 0.3059D-10, 0.1163D-09, 0.4410D-09, 0.1664D-08, 0.6222D-08, # 0.2307D-07, 0.8433D-07, 0.3018D-06, 0.1048D-05, 0.3495D-05, # 0.1103D-04, 0.3234D-04, 0.8656D-04, 0.2075D-03, 0.4392D-03, # 0.8139D-03, 0.1321D-02, 0.1891D-02, 0.2420D-02, 0.2805D-02, # 0.2994D-02, 0.2985D-02, 0.2823D-02, 0.2565D-02, 0.2267D-02, # 0.1966D-02, 0.1682D-02, 0.1420D-02, 0.1185D-02, 0.9775D-03, # 0.7964D-03, 0.6411D-03, 0.5104D-03, 0.4023D-03, 0.3143D-03, # 0.2433D-03, 0.1870D-03, 0.1427D-03, 0.1083D-03, 0.8172D-04, # 0.6135D-04, 0.4586D-04, 0.3414D-04, 0.2530D-04, 0.1871D-04, # 0.1378D-04, 0.1012D-04, 0.7412D-05, 0.5414D-05, 0.3947D-05, # 0.2870D-05/ data (calcpts(j,32), j = 1,neta) /0.4152D-23, 0.1735D-22, # 0.6717D-22, 0.2562D-21, 0.9799D-21, 0.3757D-20, 0.1439D-19, # 0.5514D-19, 0.2113D-18, 0.8095D-18, 0.3102D-17, 0.1188D-16, # 0.4552D-16, 0.1745D-15, 0.6679D-15, 0.2559D-14, 0.9798D-14, # 0.3751D-13, 0.1436D-12, 0.5493D-12, 0.2100D-11, 0.8017D-11, # 0.3057D-10, 0.1163D-09, 0.4410D-09, 0.1664D-08, 0.6221D-08, # 0.2307D-07, 0.8430D-07, 0.3017D-06, 0.1048D-05, 0.3495D-05, # 0.1102D-04, 0.3234D-04, 0.8652D-04, 0.2075D-03, 0.4389D-03, # 0.8138D-03, 0.1321D-02, 0.1893D-02, 0.2423D-02, 0.2812D-02, # 0.3003D-02, 0.2994D-02, 0.2821D-02, 0.2546D-02, 0.2226D-02, # 0.1906D-02, 0.1613D-02, 0.1350D-02, 0.1121D-02, 0.9229D-03, # 0.7521D-03, 0.6066D-03, 0.4842D-03, 0.3826D-03, 0.2997D-03, # 0.2326D-03, 0.1792D-03, 0.1372D-03, 0.1043D-03, 0.7885D-04, # 0.5931D-04, 0.4440D-04, 0.3311D-04, 0.2457D-04, 0.1818D-04, # 0.1341D-04, 0.9858D-05, 0.7227D-05, 0.5284D-05, 0.3855D-05, # 0.2805D-05/ data (calcpts(j,33), j = 1,neta) /0.4175D-23, 0.1735D-22, # 0.6707D-22, 0.2565D-21, 0.9798D-21, 0.3757D-20, 0.1439D-19, # 0.5514D-19, 0.2112D-18, 0.8094D-18, 0.3100D-17, 0.1188D-16, # 0.4551D-16, 0.1743D-15, 0.6679D-15, 0.2558D-14, 0.9797D-14, # 0.3751D-13, 0.1436D-12, 0.5492D-12, 0.2100D-11, 0.8017D-11, # 0.3057D-10, 0.1163D-09, 0.4408D-09, 0.1664D-08, 0.6219D-08, # 0.2307D-07, 0.8429D-07, 0.3017D-06, 0.1048D-05, 0.3494D-05, # 0.1102D-04, 0.3232D-04, 0.8651D-04, 0.2075D-03, 0.4389D-03, # 0.8139D-03, 0.1322D-02, 0.1895D-02, 0.2428D-02, 0.2823D-02, # 0.3020D-02, 0.3015D-02, 0.2841D-02, 0.2556D-02, 0.2220D-02, # 0.1881D-02, 0.1571D-02, 0.1300D-02, 0.1070D-02, 0.8756D-03, # 0.7119D-03, 0.5740D-03, 0.4589D-03, 0.3634D-03, 0.2853D-03, # 0.2222D-03, 0.1716D-03, 0.1316D-03, 0.1003D-03, 0.7599D-04, # 0.5727D-04, 0.4295D-04, 0.3207D-04, 0.2385D-04, 0.1767D-04, # 0.1304D-04, 0.9599D-05, 0.7044D-05, 0.5156D-05, 0.3764D-05, # 0.2742D-05/ data (calcpts(j,34), j = 1,neta) /0.4158D-23, 0.1734D-22, # 0.6731D-22, 0.2564D-21, 0.9796D-21, 0.3757D-20, 0.1439D-19, # 0.5514D-19, 0.2112D-18, 0.8094D-18, 0.3100D-17, 0.1188D-16, # 0.4551D-16, 0.1743D-15, 0.6678D-15, 0.2558D-14, 0.9797D-14, # 0.3750D-13, 0.1436D-12, 0.5492D-12, 0.2100D-11, 0.8016D-11, # 0.3057D-10, 0.1163D-09, 0.4408D-09, 0.1664D-08, 0.6219D-08, # 0.2307D-07, 0.8429D-07, 0.3017D-06, 0.1048D-05, 0.3494D-05, # 0.1102D-04, 0.3232D-04, 0.8651D-04, 0.2075D-03, 0.4391D-03, # 0.8140D-03, 0.1323D-02, 0.1898D-02, 0.2433D-02, 0.2834D-02, # 0.3038D-02, 0.3039D-02, 0.2871D-02, 0.2585D-02, 0.2240D-02, # 0.1886D-02, 0.1556D-02, 0.1271D-02, 0.1033D-02, 0.8375D-03, # 0.6769D-03, 0.5445D-03, 0.4352D-03, 0.3452D-03, 0.2715D-03, # 0.2118D-03, 0.1641D-03, 0.1261D-03, 0.9634D-04, 0.7314D-04, # 0.5523D-04, 0.4149D-04, 0.3104D-04, 0.2312D-04, 0.1715D-04, # 0.1267D-04, 0.9339D-05, 0.6861D-05, 0.5027D-05, 0.3674D-05, # 0.2677D-05/ data (calcpts(j,35), j = 1,neta) /0.4069D-23, 0.1734D-22, # 0.6731D-22, 0.2564D-21, 0.9805D-21, 0.3757D-20, 0.1439D-19, # 0.5514D-19, 0.2112D-18, 0.8094D-18, 0.3100D-17, 0.1188D-16, # 0.4551D-16, 0.1743D-15, 0.6678D-15, 0.2558D-14, 0.9795D-14, # 0.3750D-13, 0.1436D-12, 0.5492D-12, 0.2098D-11, 0.8016D-11, # 0.3057D-10, 0.1163D-09, 0.4408D-09, 0.1664D-08, 0.6219D-08, # 0.2307D-07, 0.8427D-07, 0.3017D-06, 0.1048D-05, 0.3494D-05, # 0.1102D-04, 0.3232D-04, 0.8651D-04, 0.2075D-03, 0.4391D-03, # 0.8142D-03, 0.1323D-02, 0.1899D-02, 0.2438D-02, 0.2841D-02, # 0.3053D-02, 0.3063D-02, 0.2903D-02, 0.2620D-02, 0.2272D-02, # 0.1910D-02, 0.1565D-02, 0.1264D-02, 0.1013D-02, 0.8111D-03, # 0.6492D-03, 0.5190D-03, 0.4135D-03, 0.3278D-03, 0.2582D-03, # 0.2018D-03, 0.1566D-03, 0.1207D-03, 0.9242D-04, 0.7031D-04, # 0.5321D-04, 0.4004D-04, 0.3000D-04, 0.2238D-04, 0.1662D-04, # 0.1231D-04, 0.9080D-05, 0.6678D-05, 0.4898D-05, 0.3582D-05, # 0.2615D-05/ data (calcpts(j,36), j = 1,neta) /0.4145D-23, 0.1776D-22, # 0.6732D-22, 0.2571D-21, 0.9791D-21, 0.3755D-20, 0.1439D-19, # 0.5514D-19, 0.2112D-18, 0.8094D-18, 0.3100D-17, 0.1188D-16, # 0.4551D-16, 0.1743D-15, 0.6678D-15, 0.2558D-14, 0.9795D-14, # 0.3750D-13, 0.1435D-12, 0.5492D-12, 0.2098D-11, 0.8016D-11, # 0.3057D-10, 0.1163D-09, 0.4408D-09, 0.1664D-08, 0.6219D-08, # 0.2306D-07, 0.8427D-07, 0.3015D-06, 0.1048D-05, 0.3494D-05, # 0.1102D-04, 0.3232D-04, 0.8651D-04, 0.2075D-03, 0.4391D-03, # 0.8144D-03, 0.1324D-02, 0.1901D-02, 0.2441D-02, 0.2849D-02, # 0.3065D-02, 0.3083D-02, 0.2930D-02, 0.2655D-02, 0.2311D-02, # 0.1944D-02, 0.1590D-02, 0.1275D-02, 0.1011D-02, 0.7981D-03, # 0.6305D-03, 0.4989D-03, 0.3950D-03, 0.3122D-03, 0.2456D-03, # 0.1922D-03, 0.1494D-03, 0.1154D-03, 0.8852D-04, 0.6750D-04, # 0.5118D-04, 0.3859D-04, 0.2897D-04, 0.2165D-04, 0.1611D-04, # 0.1194D-04, 0.8820D-05, 0.6495D-05, 0.4769D-05, 0.3492D-05, # 0.2550D-05/ data (calcpts(j,37), j = 1,neta) /0.4138D-23, 0.1734D-22, # 0.6732D-22, 0.2570D-21, 0.9789D-21, 0.3757D-20, 0.1439D-19, # 0.5514D-19, 0.2112D-18, 0.8094D-18, 0.3100D-17, 0.1188D-16, # 0.4551D-16, 0.1743D-15, 0.6678D-15, 0.2558D-14, 0.9795D-14, # 0.3750D-13, 0.1435D-12, 0.5492D-12, 0.2098D-11, 0.8016D-11, # 0.3057D-10, 0.1163D-09, 0.4408D-09, 0.1664D-08, 0.6219D-08, # 0.2306D-07, 0.8427D-07, 0.3015D-06, 0.1048D-05, 0.3494D-05, # 0.1102D-04, 0.3232D-04, 0.8651D-04, 0.2075D-03, 0.4391D-03, # 0.8145D-03, 0.1324D-02, 0.1902D-02, 0.2443D-02, 0.2853D-02, # 0.3074D-02, 0.3097D-02, 0.2952D-02, 0.2685D-02, 0.2348D-02, # 0.1982D-02, 0.1625D-02, 0.1301D-02, 0.1024D-02, 0.7987D-03, # 0.6221D-03, 0.4856D-03, 0.3806D-03, 0.2987D-03, 0.2343D-03, # 0.1832D-03, 0.1425D-03, 0.1102D-03, 0.8471D-04, 0.6473D-04, # 0.4917D-04, 0.3716D-04, 0.2795D-04, 0.2091D-04, 0.1559D-04, # 0.1157D-04, 0.8561D-05, 0.6312D-05, 0.4640D-05, 0.3402D-05, # 0.2487D-05/ data (calcpts(j,38), j = 1,neta) /0.3888D-23, 0.1774D-22, # 0.6732D-22, 0.2554D-21, 0.9805D-21, 0.3757D-20, 0.1439D-19, # 0.5514D-19, 0.2112D-18, 0.8094D-18, 0.3100D-17, 0.1188D-16, # 0.4551D-16, 0.1743D-15, 0.6678D-15, 0.2558D-14, 0.9795D-14, # 0.3750D-13, 0.1435D-12, 0.5492D-12, 0.2098D-11, 0.8016D-11, # 0.3057D-10, 0.1163D-09, 0.4408D-09, 0.1664D-08, 0.6219D-08, # 0.2306D-07, 0.8427D-07, 0.3015D-06, 0.1048D-05, 0.3494D-05, # 0.1102D-04, 0.3232D-04, 0.8651D-04, 0.2075D-03, 0.4391D-03, # 0.8145D-03, 0.1324D-02, 0.1902D-02, 0.2445D-02, 0.2858D-02, # 0.3081D-02, 0.3110D-02, 0.2970D-02, 0.2709D-02, 0.2378D-02, # 0.2016D-02, 0.1661D-02, 0.1332D-02, 0.1047D-02, 0.8111D-03, # 0.6242D-03, 0.4803D-03, 0.3712D-03, 0.2883D-03, 0.2246D-03, # 0.1749D-03, 0.1360D-03, 0.1052D-03, 0.8099D-04, 0.6200D-04, # 0.4719D-04, 0.3573D-04, 0.2693D-04, 0.2019D-04, 0.1508D-04, # 0.1121D-04, 0.8303D-05, 0.6129D-05, 0.4512D-05, 0.3311D-05, # 0.2423D-05/ data (calcpts(j,39), j = 1,neta) /0.3883D-23, 0.1724D-22, # 0.6732D-22, 0.2544D-21, 0.9805D-21, 0.3756D-20, 0.1439D-19, # 0.5514D-19, 0.2112D-18, 0.8094D-18, 0.3100D-17, 0.1188D-16, # 0.4551D-16, 0.1743D-15, 0.6678D-15, 0.2558D-14, 0.9795D-14, # 0.3750D-13, 0.1435D-12, 0.5492D-12, 0.2098D-11, 0.8016D-11, # 0.3057D-10, 0.1163D-09, 0.4408D-09, 0.1664D-08, 0.6219D-08, # 0.2306D-07, 0.8427D-07, 0.3015D-06, 0.1048D-05, 0.3494D-05, # 0.1102D-04, 0.3232D-04, 0.8651D-04, 0.2075D-03, 0.4391D-03, # 0.8147D-03, 0.1325D-02, 0.1904D-02, 0.2446D-02, 0.2859D-02, # 0.3085D-02, 0.3117D-02, 0.2982D-02, 0.2729D-02, 0.2401D-02, # 0.2046D-02, 0.1694D-02, 0.1365D-02, 0.1075D-02, 0.8318D-03, # 0.6356D-03, 0.4832D-03, 0.3680D-03, 0.2819D-03, 0.2172D-03, # 0.1680D-03, 0.1301D-03, 0.1005D-03, 0.7742D-04, 0.5934D-04, # 0.4526D-04, 0.3432D-04, 0.2591D-04, 0.1947D-04, 0.1456D-04, # 0.1084D-04, 0.8043D-05, 0.5948D-05, 0.4383D-05, 0.3220D-05, # 0.2360D-05/ data (calcpts(j,40), j = 1,neta) /0.4569D-23, 0.1774D-22, # 0.6616D-22, 0.2544D-21, 0.9809D-21, 0.3756D-20, 0.1439D-19, # 0.5514D-19, 0.2112D-18, 0.8094D-18, 0.3100D-17, 0.1188D-16, # 0.4551D-16, 0.1743D-15, 0.6678D-15, 0.2558D-14, 0.9795D-14, # 0.3750D-13, 0.1435D-12, 0.5492D-12, 0.2098D-11, 0.8016D-11, # 0.3057D-10, 0.1163D-09, 0.4408D-09, 0.1664D-08, 0.6219D-08, # 0.2306D-07, 0.8427D-07, 0.3015D-06, 0.1048D-05, 0.3494D-05, # 0.1102D-04, 0.3232D-04, 0.8651D-04, 0.2075D-03, 0.4391D-03, # 0.8147D-03, 0.1325D-02, 0.1904D-02, 0.2448D-02, 0.2862D-02, # 0.3089D-02, 0.3123D-02, 0.2993D-02, 0.2742D-02, 0.2420D-02, # 0.2069D-02, 0.1721D-02, 0.1394D-02, 0.1104D-02, 0.8562D-03, # 0.6533D-03, 0.4932D-03, 0.3709D-03, 0.2799D-03, 0.2127D-03, # 0.1627D-03, 0.1251D-03, 0.9633D-04, 0.7409D-04, 0.5679D-04, # 0.4335D-04, 0.3294D-04, 0.2491D-04, 0.1875D-04, 0.1404D-04, # 0.1048D-04, 0.7787D-05, 0.5764D-05, 0.4254D-05, 0.3129D-05, # 0.2295D-05/ data (calcpts(j,41), j = 1,neta) /0.4535D-23, 0.1701D-22, # 0.6738D-22, 0.2558D-21, 0.9793D-21, 0.3755D-20, 0.1439D-19, # 0.5514D-19, 0.2112D-18, 0.8094D-18, 0.3100D-17, 0.1188D-16, # 0.4551D-16, 0.1743D-15, 0.6678D-15, 0.2558D-14, 0.9795D-14, # 0.3750D-13, 0.1435D-12, 0.5492D-12, 0.2098D-11, 0.8016D-11, # 0.3057D-10, 0.1163D-09, 0.4408D-09, 0.1664D-08, 0.6219D-08, # 0.2306D-07, 0.8427D-07, 0.3015D-06, 0.1048D-05, 0.3494D-05, # 0.1102D-04, 0.3232D-04, 0.8651D-04, 0.2075D-03, 0.4392D-03, # 0.8147D-03, 0.1325D-02, 0.1904D-02, 0.2448D-02, 0.2862D-02, # 0.3092D-02, 0.3128D-02, 0.2998D-02, 0.2751D-02, 0.2433D-02, # 0.2087D-02, 0.1741D-02, 0.1418D-02, 0.1129D-02, 0.8806D-03, # 0.6739D-03, 0.5081D-03, 0.3795D-03, 0.2829D-03, 0.2117D-03, # 0.1596D-03, 0.1214D-03, 0.9278D-04, 0.7107D-04, 0.5441D-04, # 0.4154D-04, 0.3159D-04, 0.2393D-04, 0.1803D-04, 0.1354D-04, # 0.1011D-04, 0.7529D-05, 0.5583D-05, 0.4125D-05, 0.3039D-05, # 0.2232D-05/ data (calcpts(j,42), j = 1,neta) /0.5008D-23, 0.1776D-22, # 0.6751D-22, 0.2558D-21, 0.9809D-21, 0.3755D-20, 0.1439D-19, # 0.5514D-19, 0.2112D-18, 0.8092D-18, 0.3100D-17, 0.1188D-16, # 0.4551D-16, 0.1743D-15, 0.6678D-15, 0.2558D-14, 0.9795D-14, # 0.3750D-13, 0.1435D-12, 0.5492D-12, 0.2098D-11, 0.8016D-11, # 0.3057D-10, 0.1163D-09, 0.4408D-09, 0.1664D-08, 0.6219D-08, # 0.2306D-07, 0.8427D-07, 0.3015D-06, 0.1048D-05, 0.3494D-05, # 0.1102D-04, 0.3232D-04, 0.8651D-04, 0.2075D-03, 0.4392D-03, # 0.8147D-03, 0.1325D-02, 0.1904D-02, 0.2448D-02, 0.2864D-02, # 0.3093D-02, 0.3131D-02, 0.3003D-02, 0.2757D-02, 0.2443D-02, # 0.2100D-02, 0.1758D-02, 0.1437D-02, 0.1151D-02, 0.9024D-03, # 0.6945D-03, 0.5253D-03, 0.3918D-03, 0.2900D-03, 0.2144D-03, # 0.1592D-03, 0.1193D-03, 0.9015D-04, 0.6855D-04, 0.5228D-04, # 0.3984D-04, 0.3030D-04, 0.2297D-04, 0.1734D-04, 0.1303D-04, # 0.9756D-05, 0.7273D-05, 0.5401D-05, 0.3998D-05, 0.2949D-05, # 0.2169D-05/ data (calcpts(j,43), j = 1,neta) /0.4451D-23, 0.1773D-22, # 0.6620D-22, 0.2545D-21, 0.9812D-21, 0.3755D-20, 0.1439D-19, # 0.5513D-19, 0.2112D-18, 0.8094D-18, 0.3100D-17, 0.1188D-16, # 0.4551D-16, 0.1743D-15, 0.6678D-15, 0.2558D-14, 0.9795D-14, # 0.3750D-13, 0.1435D-12, 0.5492D-12, 0.2098D-11, 0.8016D-11, # 0.3057D-10, 0.1163D-09, 0.4408D-09, 0.1664D-08, 0.6219D-08, # 0.2306D-07, 0.8427D-07, 0.3015D-06, 0.1048D-05, 0.3494D-05, # 0.1102D-04, 0.3232D-04, 0.8651D-04, 0.2075D-03, 0.4392D-03, # 0.8147D-03, 0.1325D-02, 0.1904D-02, 0.2448D-02, 0.2864D-02, # 0.3095D-02, 0.3132D-02, 0.3006D-02, 0.2763D-02, 0.2449D-02, # 0.2109D-02, 0.1769D-02, 0.1451D-02, 0.1167D-02, 0.9204D-03, # 0.7127D-03, 0.5421D-03, 0.4059D-03, 0.3000D-03, 0.2200D-03, # 0.1614D-03, 0.1191D-03, 0.8873D-04, 0.6671D-04, 0.5048D-04, # 0.3833D-04, 0.2910D-04, 0.2205D-04, 0.1667D-04, 0.1254D-04, # 0.9401D-05, 0.7020D-05, 0.5222D-05, 0.3870D-05, 0.2859D-05, # 0.2105D-05/ data (calcpts(j,44), j = 1,neta) /0.4536D-23, 0.1766D-22, # 0.6613D-22, 0.2562D-21, 0.9802D-21, 0.3755D-20, 0.1439D-19, # 0.5513D-19, 0.2112D-18, 0.8095D-18, 0.3102D-17, 0.1188D-16, # 0.4551D-16, 0.1743D-15, 0.6678D-15, 0.2558D-14, 0.9795D-14, # 0.3750D-13, 0.1435D-12, 0.5492D-12, 0.2098D-11, 0.8016D-11, # 0.3057D-10, 0.1163D-09, 0.4408D-09, 0.1664D-08, 0.6219D-08, # 0.2306D-07, 0.8427D-07, 0.3015D-06, 0.1048D-05, 0.3494D-05, # 0.1102D-04, 0.3232D-04, 0.8651D-04, 0.2075D-03, 0.4392D-03, # 0.8148D-03, 0.1325D-02, 0.1904D-02, 0.2449D-02, 0.2865D-02, # 0.3095D-02, 0.3134D-02, 0.3008D-02, 0.2766D-02, 0.2454D-02, # 0.2115D-02, 0.1777D-02, 0.1462D-02, 0.1179D-02, 0.9344D-03, # 0.7277D-03, 0.5571D-03, 0.4196D-03, 0.3113D-03, 0.2282D-03, # 0.1661D-03, 0.1210D-03, 0.8875D-04, 0.6575D-04, 0.4919D-04, # 0.3705D-04, 0.2802D-04, 0.2120D-04, 0.1601D-04, 0.1206D-04, # 0.9053D-05, 0.6770D-05, 0.5043D-05, 0.3742D-05, 0.2769D-05, # 0.2042D-05/ data (calcpts(j,45), j = 1,neta) /0.4531D-23, 0.1743D-22, # 0.6650D-22, 0.2545D-21, 0.9850D-21, 0.3771D-20, 0.1438D-19, # 0.5526D-19, 0.2116D-18, 0.8094D-18, 0.3104D-17, 0.1188D-16, # 0.4551D-16, 0.1743D-15, 0.6679D-15, 0.2558D-14, 0.9795D-14, # 0.3750D-13, 0.1435D-12, 0.5492D-12, 0.2098D-11, 0.8016D-11, # 0.3057D-10, 0.1163D-09, 0.4408D-09, 0.1664D-08, 0.6219D-08, # 0.2306D-07, 0.8427D-07, 0.3015D-06, 0.1048D-05, 0.3494D-05, # 0.1102D-04, 0.3232D-04, 0.8651D-04, 0.2075D-03, 0.4392D-03, # 0.8148D-03, 0.1325D-02, 0.1904D-02, 0.2449D-02, 0.2865D-02, # 0.3096D-02, 0.3135D-02, 0.3009D-02, 0.2768D-02, 0.2457D-02, # 0.2120D-02, 0.1783D-02, 0.1469D-02, 0.1188D-02, 0.9449D-03, # 0.7394D-03, 0.5694D-03, 0.4317D-03, 0.3222D-03, 0.2370D-03, # 0.1725D-03, 0.1247D-03, 0.9030D-04, 0.6587D-04, 0.4854D-04, # 0.3615D-04, 0.2712D-04, 0.2043D-04, 0.1541D-04, 0.1160D-04, # 0.8714D-05, 0.6524D-05, 0.4866D-05, 0.3617D-05, 0.2679D-05, # 0.1979D-05/ data (calcpts(j,46), j = 1,neta) /0.4427D-23, 0.1749D-22, # 0.6682D-22, 0.2549D-21, 0.9752D-21, 0.3768D-20, 0.1432D-19, # 0.5490D-19, 0.2113D-18, 0.8091D-18, 0.3100D-17, 0.1188D-16, # 0.4550D-16, 0.1743D-15, 0.6677D-15, 0.2558D-14, 0.9795D-14, # 0.3750D-13, 0.1435D-12, 0.5492D-12, 0.2098D-11, 0.8016D-11, # 0.3057D-10, 0.1163D-09, 0.4408D-09, 0.1664D-08, 0.6219D-08, # 0.2306D-07, 0.8427D-07, 0.3015D-06, 0.1048D-05, 0.3494D-05, # 0.1102D-04, 0.3232D-04, 0.8651D-04, 0.2075D-03, 0.4392D-03, # 0.8148D-03, 0.1325D-02, 0.1904D-02, 0.2449D-02, 0.2865D-02, # 0.3096D-02, 0.3135D-02, 0.3011D-02, 0.2769D-02, 0.2460D-02, # 0.2122D-02, 0.1787D-02, 0.1474D-02, 0.1195D-02, 0.9525D-03, # 0.7480D-03, 0.5790D-03, 0.4416D-03, 0.3318D-03, 0.2457D-03, # 0.1794D-03, 0.1297D-03, 0.9321D-04, 0.6711D-04, 0.4869D-04, # 0.3573D-04, 0.2649D-04, 0.1980D-04, 0.1487D-04, 0.1117D-04, # 0.8388D-05, 0.6284D-05, 0.4692D-05, 0.3492D-05, 0.2591D-05, # 0.1916D-05/ data (calcpts(j,47), j = 1,neta) /0.4376D-23, 0.1851D-22, # 0.6717D-22, 0.2583D-21, 0.1000D-20, 0.3750D-20, 0.1439D-19, # 0.5514D-19, 0.2121D-18, 0.8097D-18, 0.3111D-17, 0.1190D-16, # 0.4551D-16, 0.1743D-15, 0.6681D-15, 0.2559D-14, 0.9798D-14, # 0.3750D-13, 0.1435D-12, 0.5492D-12, 0.2098D-11, 0.8016D-11, # 0.3057D-10, 0.1163D-09, 0.4408D-09, 0.1664D-08, 0.6219D-08, # 0.2306D-07, 0.8427D-07, 0.3015D-06, 0.1048D-05, 0.3494D-05, # 0.1102D-04, 0.3232D-04, 0.8651D-04, 0.2075D-03, 0.4392D-03, # 0.8148D-03, 0.1325D-02, 0.1904D-02, 0.2449D-02, 0.2865D-02, # 0.3096D-02, 0.3135D-02, 0.3012D-02, 0.2771D-02, 0.2462D-02, # 0.2124D-02, 0.1790D-02, 0.1478D-02, 0.1199D-02, 0.9579D-03, # 0.7544D-03, 0.5861D-03, 0.4492D-03, 0.3398D-03, 0.2534D-03, # 0.1863D-03, 0.1351D-03, 0.9705D-04, 0.6938D-04, 0.4968D-04, # 0.3588D-04, 0.2621D-04, 0.1937D-04, 0.1442D-04, 0.1079D-04, # 0.8087D-05, 0.6054D-05, 0.4524D-05, 0.3371D-05, 0.2504D-05, # 0.1854D-05/ data (calcpts(j,48), j = 1,neta) /0.5678D-23, 0.1891D-22, # 0.7606D-22, 0.2568D-21, 0.9618D-21, 0.3826D-20, 0.1455D-19, # 0.5600D-19, 0.2135D-18, 0.8070D-18, 0.3093D-17, 0.1190D-16, # 0.4561D-16, 0.1745D-15, 0.6681D-15, 0.2561D-14, 0.9801D-14, # 0.3751D-13, 0.1436D-12, 0.5492D-12, 0.2098D-11, 0.8016D-11, # 0.3057D-10, 0.1163D-09, 0.4408D-09, 0.1664D-08, 0.6219D-08, # 0.2306D-07, 0.8427D-07, 0.3015D-06, 0.1048D-05, 0.3494D-05, # 0.1102D-04, 0.3232D-04, 0.8651D-04, 0.2075D-03, 0.4392D-03, # 0.8148D-03, 0.1325D-02, 0.1904D-02, 0.2449D-02, 0.2865D-02, # 0.3096D-02, 0.3135D-02, 0.3012D-02, 0.2772D-02, 0.2463D-02, # 0.2125D-02, 0.1792D-02, 0.1481D-02, 0.1202D-02, 0.9617D-03, # 0.7589D-03, 0.5913D-03, 0.4551D-03, 0.3459D-03, 0.2597D-03, # 0.1923D-03, 0.1404D-03, 0.1013D-03, 0.7233D-04, 0.5142D-04, # 0.3666D-04, 0.2636D-04, 0.1919D-04, 0.1412D-04, 0.1048D-04, # 0.7817D-05, 0.5841D-05, 0.4362D-05, 0.3252D-05, 0.2418D-05, # 0.1792D-05/ data (calcpts(j,49), j = 1,neta) /0.3773D-23, 0.1720D-22, # 0.6603D-22, 0.2522D-21, 0.1040D-20, 0.3992D-20, 0.1503D-19, # 0.5605D-19, 0.2113D-18, 0.8140D-18, 0.3115D-17, 0.1187D-16, # 0.4551D-16, 0.1745D-15, 0.6692D-15, 0.2561D-14, 0.9800D-14, # 0.3749D-13, 0.1435D-12, 0.5492D-12, 0.2098D-11, 0.8016D-11, # 0.3057D-10, 0.1163D-09, 0.4408D-09, 0.1664D-08, 0.6219D-08, # 0.2306D-07, 0.8427D-07, 0.3015D-06, 0.1048D-05, 0.3494D-05, # 0.1102D-04, 0.3232D-04, 0.8651D-04, 0.2075D-03, 0.4392D-03, # 0.8148D-03, 0.1325D-02, 0.1904D-02, 0.2449D-02, 0.2865D-02, # 0.3096D-02, 0.3136D-02, 0.3012D-02, 0.2772D-02, 0.2463D-02, # 0.2127D-02, 0.1792D-02, 0.1482D-02, 0.1204D-02, 0.9644D-03, # 0.7620D-03, 0.5949D-03, 0.4593D-03, 0.3505D-03, 0.2645D-03, # 0.1971D-03, 0.1451D-03, 0.1054D-03, 0.7557D-04, 0.5369D-04, # 0.3800D-04, 0.2695D-04, 0.1931D-04, 0.1400D-04, 0.1027D-04, # 0.7599D-05, 0.5652D-05, 0.4212D-05, 0.3138D-05, 0.2334D-05, # 0.1731D-05/ data (dlaeta(j), j = 1,neta) / # -6d0, -5.83333333d0, -5.66666667d0, -5.5d0, -5.33333333d0, # -5.16666667d0, -5d0, -4.83333333d0, -4.66666667d0, -4.5d0, # -4.33333333d0, -4.16666667d0, -4d0, -3.83333333d0, # -3.66666667d0, -3.5d0, -3.33333333d0, -3.16666667d0, -3d0, # -2.83333333d0, -2.66666667d0, -2.5d0, -2.33333333d0, # -2.16666667d0, -2d0, -1.83333333d0, -1.66666667d0, -1.5d0, # -1.33333333d0, -1.16666667d0, -1d0, -0.83333333d0, -0.66666667d0, # -0.5d0, -0.33333333d0, -0.16666667d0, 0d0, 0.16666667d0, # 0.33333333d0, 0.5d0, 0.66666667d0, 0.83333333d0, 1d0, # 1.16666667d0, 1.33333333d0, 1.5d0, 1.66666667d0, 1.83333333d0, # 2d0, 2.16666667d0, 2.33333333d0, 2.5d0, 2.66666667d0, # 2.83333333d0, 3d0, 3.16666667d0, 3.33333333d0, 3.5d0, # 3.66666667d0, 3.83333333d0, 4d0, 4.16666667d0, 4.33333333d0, # 4.5d0, 4.66666667d0, 4.83333333d0, 5d0, 5.16666667d0, # 5.33333333d0, 5.5d0, 5.66666667d0, 5.83333333d0, 6d0/ data (dlaxi(j), j = 1,nxi) / # -3d0, -2.83333333d0, -2.66666667d0, -2.5d0, -2.33333333d0, # -2.16666667d0, -2d0, -1.83333333d0, -1.66666667d0, -1.5d0, # -1.33333333d0, -1.16666667d0, -1d0, -0.83333333d0, -0.66666667d0, # -0.5d0, -0.33333333d0, -0.16666667d0, 0d0, 0.16666667d0, # 0.33333333d0, 0.5d0, 0.66666667d0, 0.83333333d0, 1d0, # 1.16666667d0, 1.33333333d0, 1.5d0, 1.66666667d0, 1.83333333d0, # 2d0, 2.16666667d0, 2.33333333d0, 2.5d0, 2.66666667d0, # 2.83333333d0, 3d0, 3.16666667d0, 3.33333333d0, 3.5d0, # 3.66666667d0, 3.83333333d0, 4d0, 4.16666667d0, 4.33333333d0, # 4.5d0, 4.66666667d0, 4.83333333d0, 5d0/ dleta = dlog10(eta) dlxi = dlog10(xi) if (dlxi .le. dlaxi(1)) dlxi = dlaxi(1) if (dlxi .ge. dlaxi(nxi)) dlxi = dlaxi(nxi) if (dleta .ge. dlaeta(neta)) dleta = dlaeta(neta) if (dleta .le. dlaeta(1)) dleta = dlaeta(1) call locat(dlaeta,neta, dleta, ieta) call locat(dlaxi, nxi, dlxi, ixi) c interpolating between the appropriate points delxi = 1d0/6d0 deleta = 1d0/6d0 c lagrange 3-pt. if (ixi .le. 2) ixi = 2 if (ixi .ge. 48) ixi = 48 if (ieta .le. 2) ieta = 2 if (ieta .ge. 72) ieta = 72 pxi = (dlxi - dlaxi(ixi))/delxi f(-1) = pxi*(pxi-1d0)/2d0*calcpts(ieta-1,ixi-1) + # (1d0 - pxi**2)*calcpts(ieta-1,ixi) + # pxi*(pxi+1d0)/2d0*calcpts(ieta-1,ixi+1) f(0) = pxi*(pxi-1d0)/2d0*calcpts(ieta,ixi-1) + # (1d0 - pxi**2)*calcpts(ieta,ixi) + # pxi*(pxi+1d0)/2d0*calcpts(ieta,ixi+1) f(1) = pxi*(pxi-1d0)/2d0*calcpts(ieta+1,ixi-1) + # (1d0 - pxi**2)*calcpts(ieta+1,ixi) + # pxi*(pxi+1d0)/2d0*calcpts(ieta+1,ixi+1) peta = (dleta - dlaeta(ieta))/deleta xsclqt = peta*(peta-1d0)/2d0*f(-1) + # (1d0 - peta**2)*f(0) + # peta*(peta+1d0)/2d0*f(1) return end c the subtracted term from eq (10) of PLB347 (1995) 143 - 151 c longitudinal gluon initiated piece with C_F color factor in front c prop. to e_H^2 subroutine sclcf(eta, xi, xsclcf) implicit none integer neta, nxi parameter (neta = 73, nxi = 49) real*8 calcpts(neta, nxi), dlaeta(neta), dlaxi(nxi) real*8 eta, xi, dleta, dlxi, xsclcf real*8 pxi, peta, f(-1:1), delxi, deleta integer ieta, ixi, j data (calcpts(j, 1), j = 1,neta) /-.1526D-12, -.3323D-12, # -.3907D-12, -.6839D-12, -.1600D-11, -.3278D-11, -.4479D-11, # -.9221D-11, -.1419D-10, -.2587D-10, -.4799D-10, -.7559D-10, # -.1451D-09, -.2621D-09, -.4500D-09, -.8116D-09, -.1474D-08, # -.2638D-08, -.4581D-08, -.8208D-08, -.1447D-07, -.2578D-07, # -.4622D-07, -.8126D-07, -.1450D-06, -.2590D-06, -.4588D-06, # -.8141D-06, -.1438D-05, -.2515D-05, -.4340D-05, -.7316D-05, # -.1190D-04, -.1839D-04, -.2652D-04, -.3509D-04, -.4205D-04, # -.4536D-04, -.4420D-04, -.3927D-04, -.3230D-04, -.2498D-04, # -.1844D-04, -.1315D-04, -.9162D-05, -.6272D-05, -.4243D-05, # -.2849D-05, -.1902D-05, -.1265D-05, -.8396D-06, -.5559D-06, # -.3675D-06, -.2427D-06, -.1601D-06, -.1055D-06, -.6950D-07, # -.4569D-07, -.3001D-07, -.1968D-07, -.1290D-07, -.8435D-08, # -.5514D-08, -.3594D-08, -.4557D-08, -.3116D-08, -.2128D-08, # -.1452D-08, -.9914D-09, -.6763D-09, -.4610D-09, -.3142D-09, # -.2142D-09/ data (calcpts(j, 2), j = 1,neta) /-.1979D-12, -.6116D-12, # -.5642D-12, -.1280D-11, -.3041D-11, -.3966D-11, -.7910D-11, # -.1347D-10, -.2032D-10, -.3911D-10, -.7392D-10, -.1265D-09, # -.2222D-09, -.4048D-09, -.6812D-09, -.1207D-08, -.2240D-08, # -.3794D-08, -.6782D-08, -.1216D-07, -.2132D-07, -.3805D-07, # -.6763D-07, -.1202D-06, -.2143D-06, -.3812D-06, -.6731D-06, # -.1196D-05, -.2112D-05, -.3695D-05, -.6377D-05, -.1074D-04, # -.1746D-04, -.2699D-04, -.3893D-04, -.5150D-04, -.6170D-04, # -.6657D-04, -.6486D-04, -.5763D-04, -.4739D-04, -.3665D-04, # -.2706D-04, -.1930D-04, -.1345D-04, -.9205D-05, -.6227D-05, # -.4180D-05, -.2791D-05, -.1856D-05, -.1232D-05, -.8156D-06, # -.5392D-06, -.3562D-06, -.2349D-06, -.1548D-06, -.1020D-06, # -.6705D-07, -.4403D-07, -.2888D-07, -.1893D-07, -.1238D-07, # -.8090D-08, -.5273D-08, -.3429D-08, -.4572D-08, -.3123D-08, # -.2131D-08, -.1455D-08, -.9921D-09, -.6764D-09, -.4611D-09, # -.3143D-09/ data (calcpts(j, 3), j = 1,neta) /-.2047D-12, -.4402D-12, # -.5594D-12, -.1213D-11, -.3449D-11, -.4707D-11, -.9446D-11, # -.1768D-10, -.2612D-10, -.5612D-10, -.9231D-10, -.1774D-09, # -.3093D-09, -.5600D-09, -.9492D-09, -.1660D-08, -.3105D-08, # -.5504D-08, -.9882D-08, -.1767D-07, -.3091D-07, -.5602D-07, # -.9938D-07, -.1750D-06, -.3126D-06, -.5560D-06, -.9846D-06, # -.1747D-05, -.3092D-05, -.5405D-05, -.9329D-05, -.1574D-04, # -.2559D-04, -.3955D-04, -.5706D-04, -.7550D-04, -.9047D-04, # -.9761D-04, -.9510D-04, -.8452D-04, -.6949D-04, -.5375D-04, # -.3968D-04, -.2830D-04, -.1972D-04, -.1350D-04, -.9131D-05, # -.6129D-05, -.4092D-05, -.2721D-05, -.1806D-05, -.1196D-05, # -.7903D-06, -.5220D-06, -.3444D-06, -.2268D-06, -.1495D-06, # -.9828D-07, -.6453D-07, -.4234D-07, -.2774D-07, -.1814D-07, # -.1186D-07, -.7726D-08, -.5024D-08, -.3262D-08, -.4580D-08, # -.3126D-08, -.2133D-08, -.1455D-08, -.9916D-09, -.6762D-09, # -.4608D-09/ data (calcpts(j, 4), j = 1,neta) /-.3980D-12, -.9437D-12, # -.1372D-11, -.2820D-11, -.4058D-11, -.7437D-11, -.1433D-10, # -.2712D-10, -.4303D-10, -.7171D-10, -.1424D-09, -.2625D-09, # -.4584D-09, -.8241D-09, -.1411D-08, -.2519D-08, -.4554D-08, # -.8235D-08, -.1450D-07, -.2605D-07, -.4624D-07, -.8090D-07, # -.1457D-06, -.2586D-06, -.4593D-06, -.8177D-06, -.1447D-05, # -.2562D-05, -.4530D-05, -.7931D-05, -.1368D-04, -.2309D-04, # -.3753D-04, -.5802D-04, -.8370D-04, -.1107D-03, -.1327D-03, # -.1432D-03, -.1395D-03, -.1240D-03, -.1019D-03, -.7884D-04, # -.5820D-04, -.4152D-04, -.2892D-04, -.1980D-04, -.1339D-04, # -.8990D-05, -.6002D-05, -.3991D-05, -.2649D-05, -.1754D-05, # -.1159D-05, -.7655D-06, -.5050D-06, -.3328D-06, -.2192D-06, # -.1441D-06, -.9463D-07, -.6208D-07, -.4067D-07, -.2659D-07, # -.1738D-07, -.1133D-07, -.7365D-08, -.4782D-08, -.3097D-08, # -.4585D-08, -.3129D-08, -.2134D-08, -.1454D-08, -.9915D-09, # -.6759D-09/ data (calcpts(j, 5), j = 1,neta) /-.8492D-12, -.1819D-11, # -.1594D-11, -.4321D-11, -.7149D-11, -.1278D-10, -.2327D-10, # -.4772D-10, -.5993D-10, -.1160D-09, -.2318D-09, -.3877D-09, # -.6909D-09, -.1180D-08, -.2148D-08, -.3792D-08, -.6799D-08, # -.1217D-07, -.2153D-07, -.3862D-07, -.6690D-07, -.1197D-06, # -.2149D-06, -.3801D-06, -.6744D-06, -.1203D-05, -.2123D-05, # -.3762D-05, -.6655D-05, -.1164D-04, -.2008D-04, -.3386D-04, # -.5505D-04, -.8509D-04, -.1227D-03, -.1624D-03, -.1945D-03, # -.2099D-03, -.2045D-03, -.1818D-03, -.1495D-03, -.1156D-03, # -.8534D-04, -.6087D-04, -.4240D-04, -.2902D-04, -.1963D-04, # -.1318D-04, -.8800D-05, -.5851D-05, -.3883D-05, -.2571D-05, # -.1699D-05, -.1122D-05, -.7403D-06, -.4877D-06, -.3213D-06, # -.2112D-06, -.1387D-06, -.9099D-07, -.5960D-07, -.3897D-07, # -.2547D-07, -.1659D-07, -.1079D-07, -.7007D-08, -.4537D-08, # -.2929D-08, -.4588D-08, -.3128D-08, -.2132D-08, -.1454D-08, # -.9910D-09/ data (calcpts(j, 6), j = 1,neta) /-.1553D-11, -.2541D-11, # -.1878D-11, -.5611D-11, -.1141D-10, -.1789D-10, -.3021D-10, # -.5472D-10, -.9229D-10, -.1729D-09, -.3173D-09, -.5690D-09, # -.1020D-08, -.1828D-08, -.3025D-08, -.5610D-08, -.9985D-08, # -.1771D-07, -.3101D-07, -.5642D-07, -.9798D-07, -.1758D-06, # -.3135D-06, -.5555D-06, -.9859D-06, -.1752D-05, -.3104D-05, # -.5519D-05, -.9739D-05, -.1703D-04, -.2940D-04, -.4958D-04, # -.8056D-04, -.1245D-03, -.1798D-03, -.2378D-03, -.2849D-03, # -.3075D-03, -.2996D-03, -.2663D-03, -.2190D-03, -.1694D-03, # -.1250D-03, -.8919D-04, -.6212D-04, -.4252D-04, -.2876D-04, # -.1931D-04, -.1289D-04, -.8570D-05, -.5687D-05, -.3765D-05, # -.2488D-05, -.1643D-05, -.1084D-05, -.7140D-06, -.4703D-06, # -.3092D-06, -.2030D-06, -.1332D-06, -.8723D-07, -.5703D-07, # -.3726D-07, -.2427D-07, -.1579D-07, -.1025D-07, -.6635D-08, # -.4282D-08, -.2759D-08, -.4583D-08, -.3124D-08, -.2130D-08, # -.1452D-08/ data (calcpts(j, 7), j = 1,neta) /-.1951D-11, -.3023D-11, # -.3552D-11, -.6768D-11, -.1542D-10, -.3304D-10, -.4905D-10, # -.8922D-10, -.1383D-09, -.2580D-09, -.4742D-09, -.7587D-09, # -.1494D-08, -.2591D-08, -.4467D-08, -.8113D-08, -.1468D-07, # -.2642D-07, -.4627D-07, -.8186D-07, -.1445D-06, -.2566D-06, # -.4593D-06, -.8145D-06, -.1443D-05, -.2580D-05, -.4555D-05, # -.8069D-05, -.1426D-04, -.2494D-04, -.4300D-04, -.7255D-04, # -.1179D-03, -.1822D-03, -.2629D-03, -.3479D-03, -.4170D-03, # -.4500D-03, -.4386D-03, -.3898D-03, -.3205D-03, -.2479D-03, # -.1830D-03, -.1305D-03, -.9092D-04, -.6223D-04, -.4210D-04, # -.2826D-04, -.1886D-04, -.1254D-04, -.8322D-05, -.5508D-05, # -.3640D-05, -.2404D-05, -.1585D-05, -.1044D-05, -.6877D-06, # -.4521D-06, -.2967D-06, -.1947D-06, -.1275D-06, -.8334D-07, # -.5444D-07, -.3546D-07, -.2305D-07, -.1496D-07, -.9679D-08, # -.6249D-08, -.4026D-08, -.2581D-08, -.4573D-08, -.3117D-08, # -.2125D-08/ data (calcpts(j, 8), j = 1,neta) /-.3202D-11, -.4660D-11, # -.6771D-11, -.1185D-10, -.2005D-10, -.3729D-10, -.7634D-10, # -.1351D-09, -.2145D-09, -.3817D-09, -.7858D-09, -.1241D-08, # -.2195D-08, -.3904D-08, -.6628D-08, -.1198D-07, -.2138D-07, # -.3774D-07, -.6762D-07, -.1203D-06, -.2116D-06, -.3773D-06, # -.6675D-06, -.1188D-05, -.2118D-05, -.3769D-05, -.6672D-05, # -.1182D-04, -.2086D-04, -.3649D-04, -.6290D-04, -.1060D-03, # -.1724D-03, -.2665D-03, -.3843D-03, -.5086D-03, -.6095D-03, # -.6578D-03, -.6413D-03, -.5699D-03, -.4687D-03, -.3625D-03, # -.2676D-03, -.1909D-03, -.1329D-03, -.9100D-04, -.6154D-04, # -.4130D-04, -.2757D-04, -.1833D-04, -.1216D-04, -.8049D-05, # -.5319D-05, -.3511D-05, -.2316D-05, -.1525D-05, -.1004D-05, # -.6600D-06, -.4332D-06, -.2840D-06, -.1861D-06, -.1216D-06, # -.7942D-07, -.5172D-07, -.3361D-07, -.2180D-07, -.1412D-07, # -.9108D-08, -.5862D-08, -.3756D-08, -.2397D-08, -.4558D-08, # -.3106D-08/ data (calcpts(j, 9), j = 1,neta) /-.2020D-11, -.5453D-11, # -.5060D-11, -.1092D-10, -.3336D-10, -.5003D-10, -.9420D-10, # -.1724D-09, -.2710D-09, -.5493D-09, -.9121D-09, -.1654D-08, # -.2942D-08, -.5559D-08, -.9296D-08, -.1649D-07, -.3097D-07, # -.5391D-07, -.9745D-07, -.1736D-06, -.3048D-06, -.5456D-06, # -.9811D-06, -.1731D-05, -.3082D-05, -.5485D-05, -.9689D-05, # -.1719D-04, -.3034D-04, -.5312D-04, -.9155D-04, -.1544D-03, # -.2510D-03, -.3881D-03, -.5599D-03, -.7412D-03, -.8885D-03, # -.9592D-03, -.9351D-03, -.8313D-03, -.6838D-03, -.5289D-03, # -.3904D-03, -.2785D-03, -.1939D-03, -.1327D-03, -.8974D-04, # -.6022D-04, -.4019D-04, -.2671D-04, -.1772D-04, -.1173D-04, # 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0.2188D-04, 0.1779D-04, 0.1397D-04, 0.1067D-04, 0.7984D-05, # 0.5875D-05, 0.4269D-05, 0.3070D-05, 0.2193D-05, 0.1557D-05, # 0.1101D-05/ data (calcpts(j,44), j = 1,neta) /0.2906D-09, -.1005D-09, # -.3852D-10, -.4085D-10, 0.4381D-10, 0.4428D-10, 0.1203D-11, # -.1534D-10, -.7004D-11, 0.1085D-10, 0.1420D-10, -.1206D-10, # 0.4450D-11, 0.9734D-11, -.1428D-10, 0.5013D-12, -.3193D-11, # 0.5180D-11, 0.8894D-12, -.6236D-12, -.1257D-10, -.1550D-10, # -.2144D-10, -.4033D-10, -.6840D-10, -.1162D-09, -.1881D-09, # -.3056D-09, -.4808D-09, -.7301D-09, -.1067D-08, -.1479D-08, # -.1927D-08, -.2374D-08, -.2901D-08, -.3997D-08, -.7078D-08, # -.1508D-07, -.3295D-07, -.6784D-07, -.1293D-06, -.2292D-06, # -.3817D-06, -.6034D-06, -.9124D-06, -.1326D-05, -.1859D-05, # -.2509D-05, -.3253D-05, -.4018D-05, -.4658D-05, -.4929D-05, # -.4484D-05, -.2922D-05, 0.5770D-07, 0.4431D-05, 0.9675D-05, # 0.1484D-04, 0.1891D-04, 0.2124D-04, 0.2167D-04, 0.2052D-04, # 0.1825D-04, 0.1545D-04, 0.1254D-04, 0.9835D-05, 0.7509D-05, # 0.5613D-05, 0.4126D-05, 0.2995D-05, 0.2154D-05, 0.1537D-05, # 0.1091D-05/ data (calcpts(j,45), j = 1,neta) /0.6116D-10, 0.3562D-09, # 0.3791D-09, 0.2375D-09, 0.1795D-09, 0.2456D-09, 0.2054D-09, # 0.3163D-09, 0.1831D-09, 0.1081D-09, 0.5660D-10, 0.8214D-10, # 0.7798D-10, 0.1560D-10, 0.1258D-10, 0.2074D-10, 0.3867D-10, # 0.6209D-11, 0.2225D-10, 0.1446D-10, 0.1357D-10, 0.4389D-11, # -.7446D-11, -.1488D-10, -.2801D-10, -.5172D-10, -.8844D-10, # -.1439D-09, -.2279D-09, -.3493D-09, -.5138D-09, -.7197D-09, # -.9534D-09, -.1207D-08, -.1533D-08, -.2187D-08, -.3875D-08, # -.8040D-08, -.1711D-07, -.3462D-07, -.6532D-07, -.1152D-06, # -.1917D-06, -.3035D-06, -.4610D-06, -.6749D-06, -.9555D-06, # -.1309D-05, -.1734D-05, -.2207D-05, -.2676D-05, -.3038D-05, # -.3120D-05, -.2687D-05, -.1476D-05, 0.7008D-06, 0.3801D-05, # 0.7441D-05, 0.1096D-04, 0.1369D-04, 0.1519D-04, 0.1540D-04, # 0.1452D-04, 0.1289D-04, 0.1089D-04, 0.8827D-05, 0.6918D-05, # 0.5277D-05, 0.3942D-05, 0.2896D-05, 0.2101D-05, 0.1509D-05, # 0.1076D-05/ data (calcpts(j,46), j = 1,neta) /0.1917D-09, -.1535D-09, # 0.4083D-09, 0.2116D-09, 0.9985D-10, -.3683D-11, 0.6403D-10, # 0.2144D-10, 0.7432D-11, 0.7975D-10, -.1710D-10, 0.2668D-10, # -.1262D-10, 0.4799D-11, 0.3884D-11, -.4044D-11, 0.4642D-11, # -.6977D-11, 0.6772D-11, 0.2195D-10, 0.1218D-10, 0.8504D-11, # -.4265D-11, -.5370D-11, -.1092D-10, -.2660D-10, -.4248D-10, # -.7007D-10, -.1082D-09, -.1669D-09, -.2471D-09, -.3489D-09, # -.4687D-09, -.6066D-09, -.7951D-09, -.1165D-08, -.2068D-08, # -.4211D-08, -.8778D-08, -.1752D-07, -.3277D-07, -.5755D-07, # -.9563D-07, -.1516D-06, -.2311D-06, -.3402D-06, -.4856D-06, # -.6733D-06, -.9060D-06, -.1180D-05, -.1478D-05, -.1760D-05, # -.1953D-05, -.1940D-05, -.1557D-05, -.6336D-06, 0.9465D-06, # 0.3136D-05, 0.5659D-05, 0.8059D-05, 0.9882D-05, 0.1085D-04, # 0.1093D-04, 0.1026D-04, 0.9090D-05, 0.7666D-05, 0.6207D-05, # 0.4860D-05, 0.3705D-05, 0.2766D-05, 0.2031D-05, 0.1472D-05, # 0.1057D-05/ data (calcpts(j,47), j = 1,neta) /0.2895D-09, -.2610D-09, # -.3456D-09, -.1412D-09, -.3047D-10, -.2021D-10, -.2062D-09, # -.9289D-10, 0.4744D-10, -.9101D-10, -.2432D-10, -.1832D-10, # 0.5847D-10, -.2453D-10, -.3673D-10, -.2271D-10, 0.1469D-10, # -.5788D-11, -.7590D-11, -.1979D-10, 0.1805D-10, -.6081D-11, # -.2603D-11, -.8448D-11, -.6680D-11, -.1677D-10, -.2327D-10, # -.3327D-10, -.5595D-10, -.7616D-10, -.1179D-09, -.1698D-09, # -.2286D-09, -.3027D-09, -.4085D-09, -.6112D-09, -.1086D-08, # -.2176D-08, -.4463D-08, -.8801D-08, -.1634D-07, -.2859D-07, # -.4746D-07, -.7531D-07, -.1151D-06, -.1702D-06, -.2447D-06, # -.3423D-06, -.4663D-06, -.6178D-06, -.7926D-06, -.9777D-06, # -.1144D-05, -.1239D-05, -.1182D-05, -.8625D-06, -.1674D-06, # 0.9738D-06, 0.2517D-05, 0.4263D-05, 0.5896D-05, 0.7111D-05, # 0.7731D-05, 0.7740D-05, 0.7242D-05, 0.6402D-05, 0.5391D-05, # 0.4360D-05, 0.3411D-05, 0.2599D-05, 0.1938D-05, 0.1422D-05, # 0.1030D-05/ data (calcpts(j,48), j = 1,neta) /-.1464D-09, 0.1705D-10, # 0.2130D-09, -.6478D-10, 0.5286D-09, 0.1417D-09, 0.3096D-09, # 0.1552D-09, -.5639D-10, 0.1330D-09, 0.1519D-09, 0.5894D-10, # 0.5478D-10, 0.4993D-10, 0.4679D-10, -.7341D-10, 0.3779D-10, # 0.4836D-10, 0.5389D-10, 0.6009D-11, -.5886D-12, 0.1044D-10, # -.2832D-11, 0.1719D-10, 0.4355D-11, -.2739D-11, -.1025D-10, # -.1470D-10, -.1767D-10, -.3432D-10, -.5392D-10, -.7840D-10, # -.1105D-09, -.1499D-09, -.2074D-09, -.3156D-09, -.5618D-09, # -.1113D-08, -.2252D-08, -.4395D-08, -.8110D-08, -.1414D-07, # -.2344D-07, -.3724D-07, -.5702D-07, -.8466D-07, -.1223D-06, # -.1724D-06, -.2372D-06, -.3185D-06, -.4163D-06, -.5270D-06, # -.6404D-06, -.7353D-06, -.7752D-06, -.7035D-06, -.4463D-06, # 0.7188D-07, 0.8923D-06, 0.1977D-05, 0.3184D-05, 0.4294D-05, # 0.5103D-05, 0.5499D-05, 0.5475D-05, 0.5106D-05, 0.4503D-05, # 0.3787D-05, 0.3060D-05, 0.2392D-05, 0.1821D-05, 0.1357D-05, # 0.9954D-06/ data (calcpts(j,49), j = 1,neta) /0.5682D-09, 0.1002D-08, # -.8636D-09, 0.3879D-09, -.6704D-09, -.1877D-09, 0.6433D-10, # 0.4983D-09, 0.2832D-09, 0.1430D-09, -.1107D-09, -.2155D-09, # -.7760D-10, 0.9064D-10, 0.5010D-10, 0.5425D-10, -.2434D-10, # 0.2420D-11, -.3557D-10, -.2176D-10, 0.2093D-10, 0.3055D-11, # -.5441D-12, 0.2863D-11, 0.5720D-12, -.4297D-11, -.8496D-11, # 0.8641D-12, -.1555D-10, -.1598D-10, -.2747D-10, -.3948D-10, # -.5439D-10, -.7508D-10, -.1040D-09, -.1614D-09, -.2881D-09, # -.5647D-09, -.1129D-08, -.2184D-08, -.4008D-08, -.6967D-08, # -.1154D-07, -.1834D-07, -.2814D-07, -.4188D-07, -.6078D-07, # -.8618D-07, -.1195D-06, -.1623D-06, -.2151D-06, -.2778D-06, # -.3471D-06, -.4155D-06, -.4677D-06, -.4778D-06, -.4068D-06, # -.2046D-06, 0.1783D-06, 0.7663D-06, 0.1528D-05, 0.2361D-05, # 0.3115D-05, 0.3654D-05, 0.3904D-05, 0.3867D-05, 0.3595D-05, # 0.3165D-05, 0.2658D-05, 0.2146D-05, 0.1677D-05, 0.1275D-05, # 0.9499D-06/ data (dlaeta(j), j = 1,neta) / # -6d0, -5.83333333d0, -5.66666667d0, -5.5d0, -5.33333333d0, # -5.16666667d0, -5d0, -4.83333333d0, -4.66666667d0, -4.5d0, # -4.33333333d0, -4.16666667d0, -4d0, -3.83333333d0, # -3.66666667d0, -3.5d0, -3.33333333d0, -3.16666667d0, -3d0, # -2.83333333d0, -2.66666667d0, -2.5d0, -2.33333333d0, # -2.16666667d0, -2d0, -1.83333333d0, -1.66666667d0, -1.5d0, # -1.33333333d0, -1.16666667d0, -1d0, -0.83333333d0, -0.66666667d0, # -0.5d0, -0.33333333d0, -0.16666667d0, 0d0, 0.16666667d0, # 0.33333333d0, 0.5d0, 0.66666667d0, 0.83333333d0, 1d0, # 1.16666667d0, 1.33333333d0, 1.5d0, 1.66666667d0, 1.83333333d0, # 2d0, 2.16666667d0, 2.33333333d0, 2.5d0, 2.66666667d0, # 2.83333333d0, 3d0, 3.16666667d0, 3.33333333d0, 3.5d0, # 3.66666667d0, 3.83333333d0, 4d0, 4.16666667d0, 4.33333333d0, # 4.5d0, 4.66666667d0, 4.83333333d0, 5d0, 5.16666667d0, # 5.33333333d0, 5.5d0, 5.66666667d0, 5.83333333d0, 6d0/ data (dlaxi(j), j = 1,nxi) / # -3d0, -2.83333333d0, -2.66666667d0, -2.5d0, -2.33333333d0, # -2.16666667d0, -2d0, -1.83333333d0, -1.66666667d0, -1.5d0, # -1.33333333d0, -1.16666667d0, -1d0, -0.83333333d0, -0.66666667d0, # -0.5d0, -0.33333333d0, -0.16666667d0, 0d0, 0.16666667d0, # 0.33333333d0, 0.5d0, 0.66666667d0, 0.83333333d0, 1d0, # 1.16666667d0, 1.33333333d0, 1.5d0, 1.66666667d0, 1.83333333d0, # 2d0, 2.16666667d0, 2.33333333d0, 2.5d0, 2.66666667d0, # 2.83333333d0, 3d0, 3.16666667d0, 3.33333333d0, 3.5d0, # 3.66666667d0, 3.83333333d0, 4d0, 4.16666667d0, 4.33333333d0, # 4.5d0, 4.66666667d0, 4.83333333d0, 5d0/ dleta = dlog10(eta) dlxi = dlog10(xi) if (dlxi .le. dlaxi(1)) dlxi = dlaxi(1) if (dlxi .ge. dlaxi(nxi)) dlxi = dlaxi(nxi) if (dleta .ge. dlaeta(neta)) dleta = dlaeta(neta) if (dleta .le. dlaeta(1)) dleta = dlaeta(1) call locat(dlaeta,neta, dleta, ieta) call locat(dlaxi, nxi, dlxi, ixi) c interpolating between the appropriate points delxi = 1d0/6d0 deleta = 1d0/6d0 c lagrange 3-pt. if (ixi .le. 2) ixi = 2 if (ixi .ge. 48) ixi = 48 if (ieta .le. 2) ieta = 2 if (ieta .ge. 72) ieta = 72 pxi = (dlxi - dlaxi(ixi))/delxi f(-1) = pxi*(pxi-1d0)/2d0*calcpts(ieta-1,ixi-1) + # (1d0 - pxi**2)*calcpts(ieta-1,ixi) + # pxi*(pxi+1d0)/2d0*calcpts(ieta-1,ixi+1) f(0) = pxi*(pxi-1d0)/2d0*calcpts(ieta,ixi-1) + # (1d0 - pxi**2)*calcpts(ieta,ixi) + # pxi*(pxi+1d0)/2d0*calcpts(ieta,ixi+1) f(1) = pxi*(pxi-1d0)/2d0*calcpts(ieta+1,ixi-1) + # (1d0 - pxi**2)*calcpts(ieta+1,ixi) + # pxi*(pxi+1d0)/2d0*calcpts(ieta+1,ixi+1) peta = (dleta - dlaeta(ieta))/deleta xsclcf = peta*(peta-1d0)/2d0*f(-1) + # (1d0 - peta**2)*f(0) + # peta*(peta+1d0)/2d0*f(1) return end c the subtracted term from eq (9) of PLB347 (1995) 143 - 151 c longitudinal gluon initiated piece with C_A color factor in front c prop. to e_H^2 subroutine sclca(eta, xi, xsclca) implicit none integer neta, nxi parameter (neta = 73, nxi = 49) real*8 calcpts(neta, nxi), dlaeta(neta), dlaxi(nxi) real*8 eta, xi, dleta, dlxi, xsclca real*8 pxi, peta, f(-1:1), delxi, deleta integer ieta, ixi, j data (calcpts(j, 1), j = 1,neta) /-.1179D-07, -.1428D-07, # -.1730D-07, -.2095D-07, -.2538D-07, -.3074D-07, -.3723D-07, # -.4509D-07, -.5457D-07, -.6604D-07, -.7989D-07, -.9657D-07, # -.1166D-06, -.1406D-06, -.1691D-06, -.2029D-06, -.2423D-06, # -.2875D-06, -.3377D-06, -.3910D-06, -.4424D-06, -.4824D-06, # -.4929D-06, -.4417D-06, -.2734D-06, 0.1048D-06, 0.8410D-06, # 0.2167D-05, 0.4413D-05, 0.8018D-05, 0.1347D-04, 0.2118D-04, # 0.3115D-04, 0.4274D-04, 0.5440D-04, 0.6402D-04, 0.6968D-04, # 0.7031D-04, 0.6605D-04, 0.5802D-04, 0.4795D-04, 0.3757D-04, # 0.2814D-04, 0.2032D-04, 0.1427D-04, 0.9805D-05, 0.6626D-05, # 0.4430D-05, 0.2942D-05, 0.1939D-05, 0.1271D-05, 0.8315D-06, # 0.5416D-06, 0.3496D-06, 0.2296D-06, 0.1507D-06, 0.9812D-07, # 0.6371D-07, 0.3752D-07, 0.2606D-07, 0.1129D-07, 0.1001D-07, # 0.6726D-08, -.6033D-10, 0.1982D-08, -.1166D-08, -.3311D-08, # -.4773D-08, 0.8985D-09, 0.2197D-09, -.2427D-09, -.5576D-09, # -.7721D-09/ data (calcpts(j, 2), j = 1,neta) /-.1730D-07, -.2096D-07, # -.2538D-07, -.3075D-07, -.3725D-07, -.4512D-07, -.5464D-07, # -.6617D-07, -.8009D-07, -.9693D-07, -.1173D-06, -.1417D-06, # -.1711D-06, -.2063D-06, -.2482D-06, -.2978D-06, -.3556D-06, # -.4219D-06, -.4957D-06, -.5739D-06, -.6493D-06, -.7080D-06, # -.7235D-06, -.6485D-06, -.4017D-06, 0.1531D-06, 0.1234D-05, # 0.3179D-05, 0.6475D-05, 0.1177D-04, 0.1977D-04, 0.3108D-04, # 0.4572D-04, 0.6272D-04, 0.7983D-04, 0.9395D-04, 0.1023D-03, # 0.1032D-03, 0.9692D-04, 0.8514D-04, 0.7037D-04, 0.5514D-04, # 0.4130D-04, 0.2982D-04, 0.2094D-04, 0.1439D-04, 0.9726D-05, # 0.6501D-05, 0.4316D-05, 0.2843D-05, 0.1869D-05, 0.1219D-05, # 0.7955D-06, 0.5175D-06, 0.3379D-06, 0.2175D-06, 0.1385D-06, # 0.8579D-07, 0.5801D-07, 0.3185D-07, 0.2039D-07, 0.1227D-07, # 0.4342D-08, 0.1049D-08, 0.9303D-09, -.3690D-08, -.1711D-09, # -.2317D-08, -.3777D-08, -.4773D-08, -.5452D-08, -.5914D-08, # -.6228D-08/ data (calcpts(j, 3), j = 1,neta) /-.2537D-07, -.3074D-07, # -.3724D-07, -.4511D-07, -.5465D-07, -.6619D-07, -.8016D-07, # -.9707D-07, -.1175D-06, -.1422D-06, -.1720D-06, -.2079D-06, # -.2510D-06, -.3027D-06, -.3642D-06, -.4368D-06, -.5217D-06, # -.6189D-06, -.7272D-06, -.8419D-06, -.9525D-06, -.1039D-05, # -.1061D-05, -.9512D-06, -.5895D-06, 0.2244D-06, 0.1810D-05, # 0.4663D-05, 0.9499D-05, 0.1726D-04, 0.2900D-04, 0.4559D-04, # 0.6706D-04, 0.9199D-04, 0.1171D-03, 0.1378D-03, 0.1500D-03, # 0.1513D-03, 0.1421D-03, 0.1249D-03, 0.1032D-03, 0.8086D-04, # 0.6056D-04, 0.4373D-04, 0.3071D-04, 0.2110D-04, 0.1427D-04, # 0.9545D-05, 0.6330D-05, 0.4175D-05, 0.2746D-05, 0.1799D-05, # 0.1177D-05, 0.7653D-06, 0.4997D-06, 0.3263D-06, 0.2127D-06, # 0.1402D-06, 0.9418D-07, 0.5982D-07, 0.4034D-07, 0.2889D-07, # 0.2081D-07, 0.1287D-07, 0.9587D-08, 0.9478D-08, 0.4861D-08, # 0.8381D-08, 0.6240D-08, 0.4779D-08, 0.3784D-08, 0.3106D-08, # 0.2644D-08/ data (calcpts(j, 4), j = 1,neta) /-.3724D-07, -.4511D-07, # -.5464D-07, -.6620D-07, -.8019D-07, -.9713D-07, -.1176D-06, # -.1424D-06, -.1724D-06, -.2087D-06, -.2524D-06, -.3051D-06, # -.3684D-06, -.4442D-06, -.5344D-06, -.6411D-06, -.7656D-06, # -.9083D-06, -.1067D-05, -.1236D-05, -.1398D-05, -.1524D-05, # -.1558D-05, -.1397D-05, -.8658D-06, 0.3268D-06, 0.2652D-05, # 0.6837D-05, 0.1393D-04, 0.2531D-04, 0.4253D-04, 0.6687D-04, # 0.9836D-04, 0.1349D-03, 0.1717D-03, 0.2021D-03, 0.2200D-03, # 0.2219D-03, 0.2085D-03, 0.1831D-03, 0.1514D-03, 0.1186D-03, # 0.8883D-04, 0.6414D-04, 0.4504D-04, 0.3095D-04, 0.2093D-04, # 0.1400D-04, 0.9283D-05, 0.6119D-05, 0.4024D-05, 0.2635D-05, # 0.1720D-05, 0.1122D-05, 0.7284D-06, 0.4753D-06, 0.3088D-06, # 0.2015D-06, 0.1291D-06, 0.8310D-07, 0.5541D-07, 0.3594D-07, # 0.2453D-07, 0.1644D-07, 0.8512D-08, 0.5240D-08, 0.5134D-08, # 0.7185D-08, 0.4044D-08, 0.1901D-08, 0.4413D-09, 0.6114D-08, # 0.5437D-08/ data (calcpts(j, 5), j = 1,neta) /-.5464D-07, -.6620D-07, # -.8018D-07, -.9714D-07, -.1177D-06, -.1425D-06, -.1726D-06, # -.2090D-06, -.2530D-06, -.3062D-06, -.3704D-06, -.4477D-06, # -.5406D-06, -.6519D-06, -.7842D-06, -.9407D-06, -.1123D-05, # -.1333D-05, -.1566D-05, -.1813D-05, -.2052D-05, -.2229D-05, # -.2287D-05, -.2051D-05, -.1274D-05, 0.4740D-06, 0.3881D-05, # 0.1002D-04, 0.2042D-04, 0.3710D-04, 0.6236D-04, 0.9805D-04, # 0.1442D-03, 0.1979D-03, 0.2518D-03, 0.2964D-03, 0.3225D-03, # 0.3254D-03, 0.3056D-03, 0.2685D-03, 0.2219D-03, 0.1739D-03, # 0.1302D-03, 0.9403D-04, 0.6603D-04, 0.4537D-04, 0.3067D-04, # 0.2051D-04, 0.1360D-04, 0.8964D-05, 0.5884D-05, 0.3854D-05, # 0.2514D-05, 0.1636D-05, 0.1062D-05, 0.6875D-06, 0.4415D-06, # 0.2878D-06, 0.1807D-06, 0.1151D-06, 0.6913D-07, 0.4147D-07, # 0.2875D-07, 0.1733D-07, 0.9258D-08, 0.1351D-08, -.1914D-08, # -.2016D-08, 0.4406D-10, -.3098D-08, -.5239D-08, -.6697D-08, # -.7690D-08/ data (calcpts(j, 6), j = 1,neta) /-.8015D-07, -.9710D-07, # -.1176D-06, -.1425D-06, -.1726D-06, -.2090D-06, -.2532D-06, # -.3066D-06, -.3711D-06, -.4491D-06, -.5433D-06, -.6566D-06, # -.7929D-06, -.9561D-06, -.1150D-05, -.1380D-05, -.1648D-05, # -.1955D-05, -.2297D-05, -.2660D-05, -.3010D-05, -.3283D-05, # -.3357D-05, -.3012D-05, -.1874D-05, 0.6859D-06, 0.5677D-05, # 0.1467D-04, 0.2990D-04, 0.5435D-04, 0.9137D-04, 0.1437D-03, # 0.2113D-03, 0.2900D-03, 0.3690D-03, 0.4343D-03, 0.4726D-03, # 0.4768D-03, 0.4478D-03, 0.3933D-03, 0.3251D-03, 0.2547D-03, # 0.1908D-03, 0.1377D-03, 0.9673D-04, 0.6645D-04, 0.4493D-04, # 0.3004D-04, 0.1995D-04, 0.1316D-04, 0.8593D-05, 0.5674D-05, # 0.3711D-05, 0.2394D-05, 0.1547D-05, 0.1026D-05, 0.6864D-06, # 0.4268D-06, 0.2468D-06, 0.1668D-06, 0.8797D-07, 0.5549D-07, # 0.5467D-07, 0.8638D-08, 0.4394D-07, 0.2258D-07, 0.8028D-08, # -.1890D-08, -.8640D-08, -.1324D-07, -.1638D-07, -.1852D-07, # -.1997D-07/ data (calcpts(j, 7), j = 1,neta) /-.1175D-06, -.1424D-06, # -.1725D-06, -.2089D-06, -.2531D-06, -.3065D-06, -.3712D-06, # -.4496D-06, -.5441D-06, -.6585D-06, -.7966D-06, -.9629D-06, # -.1163D-05, -.1402D-05, -.1687D-05, -.2023D-05, -.2417D-05, # -.2867D-05, -.3369D-05, -.3901D-05, -.4415D-05, -.4817D-05, # -.4927D-05, -.4425D-05, -.2761D-05, 0.9843D-06, 0.8293D-05, # 0.2145D-04, 0.4376D-04, 0.7956D-04, 0.1338D-03, 0.2103D-03, # 0.3094D-03, 0.4245D-03, 0.5403D-03, 0.6358D-03, 0.6919D-03, # 0.6980D-03, 0.6555D-03, 0.5757D-03, 0.4758D-03, 0.3728D-03, # 0.2792D-03, 0.2016D-03, 0.1416D-03, 0.9723D-04, 0.6578D-04, # 0.4393D-04, 0.2913D-04, 0.1919D-04, 0.1264D-04, 0.8225D-05, # 0.5357D-05, 0.3523D-05, 0.2272D-05, 0.1492D-05, 0.9729D-06, # 0.6333D-06, 0.3745D-06, 0.2620D-06, 0.1824D-06, 0.1038D-06, # 0.7170D-07, 0.7095D-07, 0.2502D-07, -.6248D-08, 0.3911D-07, # 0.2459D-07, 0.1470D-07, 0.7959D-08, 0.3366D-08, 0.2383D-09, # -.1893D-08/ data (calcpts(j, 8), j = 1,neta) /-.1723D-06, -.2087D-06, # -.2528D-06, -.3063D-06, -.3710D-06, -.4494D-06, -.5442D-06, # -.6590D-06, -.7977D-06, -.9654D-06, -.1168D-05, -.1412D-05, # -.1705D-05, -.2055D-05, -.2473D-05, -.2966D-05, -.3543D-05, # -.4204D-05, -.4940D-05, -.5721D-05, -.6476D-05, -.7067D-05, # -.7232D-05, -.6503D-05, -.4077D-05, 0.1394D-05, 0.1208D-04, # 0.3131D-04, 0.6393D-04, 0.1163D-03, 0.1956D-03, 0.3076D-03, # 0.4526D-03, 0.6210D-03, 0.7904D-03, 0.9301D-03, 0.1012D-02, # 0.1021D-02, 0.9584D-03, 0.8418D-03, 0.6956D-03, 0.5450D-03, # 0.4082D-03, 0.2947D-03, 0.2069D-03, 0.1421D-03, 0.9608D-04, # 0.6424D-04, 0.4255D-04, 0.2802D-04, 0.1842D-04, 0.1201D-04, # 0.7843D-05, 0.5108D-05, 0.3342D-05, 0.2159D-05, 0.1384D-05, # 0.8661D-06, 0.5282D-06, 0.3378D-06, 0.2262D-06, 0.1472D-06, # 0.6927D-07, 0.3732D-07, 0.3679D-07, -.8953D-08, -.4013D-07, # 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-.6616D-04, -.4956D-04, -.3623D-04, -.2623D-04, -.1890D-04, # -.1357D-04, -.9571D-05, -.6905D-05, -.4905D-05, -.3572D-05, # -.2239D-05/ data (calcpts(j,40), j = 1,neta) /-.5152D-06, -.6243D-06, # -.7562D-06, -.9162D-06, -.1110D-05, -.1345D-05, -.1629D-05, # -.1974D-05, -.2391D-05, -.2897D-05, -.3510D-05, -.4253D-05, # -.5152D-05, -.6242D-05, -.7561D-05, -.9160D-05, -.1110D-04, # -.1344D-04, -.1628D-04, -.1973D-04, -.2389D-04, -.2893D-04, # -.3502D-04, -.4238D-04, -.5127D-04, -.6197D-04, -.7482D-04, # -.9021D-04, -.1085D-03, -.1302D-03, -.1554D-03, -.1845D-03, # -.2173D-03, -.2533D-03, -.2915D-03, -.3306D-03, -.3691D-03, # -.4057D-03, -.4398D-03, -.4717D-03, -.5030D-03, -.5357D-03, # -.5727D-03, -.6176D-03, -.6733D-03, -.7430D-03, -.8276D-03, # -.9246D-03, -.1025D-02, -.1112D-02, -.1159D-02, -.1142D-02, # -.1046D-02, -.8819D-03, -.6861D-03, -.5007D-03, -.3536D-03, # -.2504D-03, -.1824D-03, -.1371D-03, -.1051D-03, -.8080D-04, # -.6168D-04, -.4655D-04, -.3462D-04, -.2542D-04, -.1848D-04, # -.1335D-04, -.9553D-05, -.6820D-05, -.4820D-05, -.3420D-05, # -.2420D-05/ data (calcpts(j,41), j = 1,neta) /-.3691D-06, -.4472D-06, # -.5416D-06, -.6563D-06, -.7952D-06, -.9633D-06, -.1167D-05, # -.1414D-05, -.1713D-05, -.2075D-05, -.2514D-05, -.3046D-05, # -.3691D-05, -.4471D-05, -.5416D-05, -.6562D-05, -.7950D-05, # -.9630D-05, -.1167D-04, -.1413D-04, -.1711D-04, -.2072D-04, # -.2509D-04, -.3036D-04, -.3672D-04, -.4439D-04, -.5360D-04, # -.6462D-04, -.7775D-04, -.9324D-04, -.1113D-03, -.1322D-03, # -.1556D-03, -.1813D-03, -.2086D-03, -.2364D-03, -.2635D-03, # -.2890D-03, -.3124D-03, -.3336D-03, -.3535D-03, -.3734D-03, # -.3951D-03, -.4206D-03, -.4523D-03, -.4925D-03, -.5429D-03, # -.6043D-03, -.6745D-03, -.7467D-03, -.8083D-03, -.8408D-03, # -.8255D-03, -.7532D-03, -.6325D-03, -.4898D-03, -.3558D-03, # -.2501D-03, -.1766D-03, -.1284D-03, -.9645D-04, -.7386D-04, # -.5680D-04, -.4333D-04, -.3267D-04, -.2427D-04, -.1780D-04, # -.1294D-04, -.9270D-05, -.6670D-05, -.4737D-05, -.3337D-05, # -.2337D-05/ data (calcpts(j,42), j = 1,neta) /-.2638D-06, -.3195D-06, # -.3871D-06, -.4689D-06, -.5682D-06, -.6883D-06, -.8339D-06, # -.1010D-05, -.1224D-05, -.1483D-05, -.1797D-05, -.2177D-05, # -.2637D-05, -.3195D-05, -.3870D-05, -.4688D-05, -.5680D-05, # -.6881D-05, -.8335D-05, -.1010D-04, -.1223D-04, -.1481D-04, # -.1793D-04, -.2169D-04, -.2624D-04, -.3172D-04, -.3830D-04, # -.4617D-04, -.5555D-04, -.6662D-04, -.7954D-04, -.9441D-04, # -.1111D-03, -.1295D-03, -.1489D-03, -.1686D-03, -.1878D-03, # -.2057D-03, -.2218D-03, -.2361D-03, -.2490D-03, -.2613D-03, # -.2741D-03, -.2886D-03, -.3064D-03, -.3289D-03, -.3579D-03, # -.3944D-03, -.4389D-03, -.4895D-03, -.5414D-03, -.5851D-03, # -.6073D-03, -.5946D-03, -.5408D-03, -.4524D-03, -.3489D-03, # -.2524D-03, -.1767D-03, -.1244D-03, -.9029D-04, -.6776D-04, # -.5190D-04, -.3990D-04, -.3044D-04, -.2297D-04, -.1704D-04, # -.1250D-04, -.9105D-05, -.6505D-05, -.4638D-05, -.3305D-05, # -.2372D-05/ data (calcpts(j,43), j = 1,neta) /-.1880D-06, -.2277D-06, # -.2758D-06, -.3342D-06, -.4049D-06, -.4906D-06, -.5944D-06, # -.7201D-06, -.8723D-06, -.1057D-05, -.1281D-05, -.1551D-05, # -.1879D-05, -.2277D-05, -.2758D-05, -.3342D-05, -.4049D-05, # -.4904D-05, -.5941D-05, -.7196D-05, -.8714D-05, -.1055D-04, # -.1278D-04, -.1546D-04, -.1870D-04, -.2261D-04, -.2729D-04, # -.3291D-04, -.3959D-04, -.4748D-04, -.5669D-04, -.6728D-04, # -.7919D-04, -.9224D-04, -.1060D-03, -.1200D-03, -.1336D-03, # -.1462D-03, -.1573D-03, -.1670D-03, -.1755D-03, -.1833D-03, # -.1910D-03, -.1993D-03, -.2093D-03, -.2217D-03, -.2379D-03, # -.2588D-03, -.2852D-03, -.3172D-03, -.3537D-03, -.3909D-03, # -.4218D-03, -.4371D-03, -.4269D-03, -.3872D-03, -.3228D-03, # -.2480D-03, -.1787D-03, -.1247D-03, -.8754D-04, -.6341D-04, # -.4755D-04, -.3642D-04, -.2802D-04, -.2135D-04, -.1609D-04, # -.1195D-04, -.8754D-05, -.6354D-05, -.4554D-05, -.3288D-05, # -.2288D-05/ data (calcpts(j,44), j = 1,neta) /-.1338D-06, -.1621D-06, # -.1963D-06, -.2378D-06, -.2880D-06, -.3489D-06, -.4227D-06, # -.5121D-06, -.6204D-06, -.7516D-06, -.9106D-06, -.1103D-05, # -.1337D-05, -.1619D-05, -.1961D-05, -.2376D-05, -.2879D-05, # -.3488D-05, -.4225D-05, -.5117D-05, -.6197D-05, -.7504D-05, # -.9086D-05, -.1100D-04, -.1330D-04, -.1608D-04, -.1941D-04, # -.2340D-04, -.2815D-04, -.3376D-04, -.4031D-04, -.4784D-04, # -.5630D-04, -.6557D-04, -.7537D-04, -.8529D-04, -.9487D-04, # -.1037D-03, -.1115D-03, -.1182D-03, -.1238D-03, -.1288D-03, # -.1335D-03, -.1384D-03, -.1439D-03, -.1508D-03, -.1596D-03, # -.1712D-03, -.1863D-03, -.2053D-03, -.2284D-03, -.2546D-03, # -.2812D-03, -.3031D-03, -.3135D-03, -.3057D-03, -.2764D-03, # -.2298D-03, -.1760D-03, -.1263D-03, -.8785D-04, -.6152D-04, # -.4446D-04, -.3332D-04, -.2552D-04, -.1959D-04, -.1499D-04, # -.1126D-04, -.8392D-05, -.6126D-05, -.4459D-05, -.3193D-05, # -.2259D-05/ data (calcpts(j,45), j = 1,neta) /-.9473D-07, -.1149D-06, # -.1392D-06, -.1688D-06, -.2045D-06, -.2477D-06, -.3001D-06, # -.3636D-06, -.4404D-06, -.5337D-06, -.6466D-06, -.7833D-06, # -.9490D-06, -.1150D-05, -.1393D-05, -.1687D-05, -.2044D-05, # -.2476D-05, -.3000D-05, -.3634D-05, -.4400D-05, -.5328D-05, # -.6451D-05, -.7807D-05, -.9444D-05, -.1142D-04, -.1378D-04, # -.1662D-04, -.1999D-04, -.2397D-04, -.2862D-04, -.3397D-04, # -.3997D-04, -.4655D-04, -.5350D-04, -.6052D-04, -.6730D-04, # -.7351D-04, -.7896D-04, -.8357D-04, -.8742D-04, -.9068D-04, # -.9360D-04, -.9648D-04, -.9962D-04, -.1034D-03, -.1082D-03, # -.1145D-03, -.1228D-03, -.1336D-03, -.1473D-03, -.1640D-03, # -.1827D-03, -.2017D-03, -.2172D-03, -.2243D-03, -.2184D-03, # -.1970D-03, -.1634D-03, -.1247D-03, -.8922D-04, -.6185D-04, # -.4319D-04, -.3121D-04, -.2337D-04, -.1791D-04, -.1377D-04, # -.1051D-04, -.7907D-05, -.5907D-05, -.4307D-05, -.3107D-05, # -.2241D-05/ data (calcpts(j,46), j = 1,neta) /-.6701D-07, -.8119D-07, # -.9870D-07, -.1195D-06, -.1447D-06, -.1754D-06, -.2127D-06, # -.2576D-06, -.3120D-06, -.3781D-06, -.4581D-06, -.5551D-06, # -.6724D-06, -.8147D-06, -.9868D-06, -.1196D-05, -.1449D-05, # -.1755D-05, -.2125D-05, -.2575D-05, -.3118D-05, -.3776D-05, # -.4571D-05, -.5532D-05, -.6691D-05, -.8089D-05, -.9765D-05, # -.1177D-04, -.1416D-04, -.1699D-04, -.2028D-04, -.2407D-04, # -.2832D-04, -.3298D-04, -.3790D-04, -.4286D-04, -.4765D-04, # -.5203D-04, -.5584D-04, -.5904D-04, -.6167D-04, -.6384D-04, # -.6570D-04, -.6744D-04, -.6924D-04, -.7133D-04, -.7392D-04, # -.7731D-04, -.8181D-04, -.8777D-04, -.9555D-04, -.1054D-03, # -.1173D-03, -.1308D-03, -.1443D-03, -.1552D-03, -.1602D-03, # -.1556D-03, -.1401D-03, -.1158D-03, -.8818D-04, -.6290D-04, # -.4347D-04, -.3029D-04, -.2185D-04, -.1636D-04, -.1252D-04, # -.9628D-05, -.7341D-05, -.5528D-05, -.4108D-05, -.3008D-05, # -.2181D-05/ data (calcpts(j,47), j = 1,neta) /-.4757D-07, -.5758D-07, # -.6968D-07, -.8450D-07, -.1024D-06, -.1242D-06, -.1503D-06, # -.1822D-06, -.2207D-06, -.2675D-06, -.3240D-06, -.3926D-06, # -.4757D-06, -.5763D-06, -.6981D-06, -.8458D-06, -.1025D-05, # -.1241D-05, -.1504D-05, -.1821D-05, -.2206D-05, -.2671D-05, # -.3234D-05, -.3913D-05, -.4734D-05, -.5722D-05, -.6908D-05, # -.8329D-05, -.1002D-04, -.1202D-04, -.1435D-04, -.1702D-04, # -.2003D-04, -.2333D-04, -.2680D-04, -.3031D-04, -.3369D-04, # -.3677D-04, -.3945D-04, -.4168D-04, -.4349D-04, -.4495D-04, # -.4616D-04, -.4724D-04, -.4829D-04, -.4945D-04, -.5086D-04, # -.5267D-04, -.5507D-04, -.5828D-04, -.6256D-04, -.6814D-04, # -.7521D-04, -.8374D-04, -.9332D-04, -.1029D-03, -.1107D-03, # -.1141D-03, -.1106D-03, -.9943D-04, -.8204D-04, -.6228D-04, # -.4429D-04, -.3052D-04, -.2122D-04, -.1528D-04, -.1143D-04, # -.8745D-05, -.6726D-05, -.5126D-05, -.3859D-05, -.2859D-05, # -.2092D-05/ data (calcpts(j,48), j = 1,neta) /-.3318D-07, -.4036D-07, # -.4933D-07, -.5977D-07, -.7242D-07, -.8763D-07, -.1062D-06, # -.1288D-06, -.1559D-06, -.1890D-06, -.2290D-06, -.2774D-06, # -.3361D-06, -.4072D-06, -.4933D-06, -.5976D-06, -.7240D-06, # -.8771D-06, -.1062D-05, -.1287D-05, -.1558D-05, -.1887D-05, # -.2285D-05, -.2765D-05, -.3345D-05, -.4043D-05, -.4881D-05, # -.5885D-05, -.7080D-05, -.8490D-05, -.1014D-04, -.1203D-04, # -.1415D-04, -.1648D-04, -.1893D-04, -.2141D-04, -.2379D-04, # -.2597D-04, -.2785D-04, -.2941D-04, -.3066D-04, -.3166D-04, # -.3246D-04, -.3313D-04, -.3376D-04, -.3442D-04, -.3519D-04, # -.3615D-04, -.3743D-04, -.3914D-04, -.4144D-04, -.4450D-04, # -.4849D-04, -.5354D-04, -.5964D-04, -.6647D-04, -.7329D-04, # -.7875D-04, -.8108D-04, -.7854D-04, -.7046D-04, -.5801D-04, # -.4393D-04, -.3116D-04, -.2142D-04, -.1486D-04, -.1069D-04, # -.7993D-05, -.6113D-05, -.4700D-05, -.3586D-05, -.2700D-05, # -.2000D-05/ data (calcpts(j,49), j = 1,neta) /-.2387D-07, -.2858D-07, # -.3511D-07, -.4218D-07, -.5120D-07, -.6191D-07, -.7500D-07, # -.9087D-07, -.1101D-06, -.1334D-06, -.1616D-06, -.1957D-06, # -.2372D-06, -.2873D-06, -.3480D-06, -.4217D-06, -.5109D-06, # -.6189D-06, -.7496D-06, -.9081D-06, -.1100D-05, -.1332D-05, # -.1612D-05, -.1951D-05, -.2360D-05, -.2853D-05, -.3444D-05, # -.4152D-05, -.4995D-05, -.5990D-05, -.7151D-05, -.8486D-05, # -.9986D-05, -.1163D-04, -.1336D-04, -.1510D-04, -.1678D-04, # -.1831D-04, -.1963D-04, -.2073D-04, -.2160D-04, -.2228D-04, # -.2282D-04, -.2326D-04, -.2364D-04, -.2402D-04, -.2445D-04, # -.2496D-04, -.2563D-04, -.2653D-04, -.2775D-04, -.2939D-04, # -.3159D-04, -.3444D-04, -.3805D-04, -.4239D-04, -.4725D-04, # -.5208D-04, -.5593D-04, -.5753D-04, -.5566D-04, -.4986D-04, # -.4097D-04, -.3095D-04, -.2190D-04, -.1502D-04, -.1040D-04, # -.7471D-05, -.5584D-05, -.4271D-05, -.3284D-05, -.2504D-05, # -.1884D-05/ data (dlaeta(j), j = 1,neta) / # -6d0, -5.83333333d0, -5.66666667d0, -5.5d0, -5.33333333d0, # -5.16666667d0, -5d0, -4.83333333d0, -4.66666667d0, -4.5d0, # -4.33333333d0, -4.16666667d0, -4d0, -3.83333333d0, # -3.66666667d0, -3.5d0, -3.33333333d0, -3.16666667d0, -3d0, # -2.83333333d0, -2.66666667d0, -2.5d0, -2.33333333d0, # -2.16666667d0, -2d0, -1.83333333d0, -1.66666667d0, -1.5d0, # -1.33333333d0, -1.16666667d0, -1d0, -0.83333333d0, -0.66666667d0, # -0.5d0, -0.33333333d0, -0.16666667d0, 0d0, 0.16666667d0, # 0.33333333d0, 0.5d0, 0.66666667d0, 0.83333333d0, 1d0, # 1.16666667d0, 1.33333333d0, 1.5d0, 1.66666667d0, 1.83333333d0, # 2d0, 2.16666667d0, 2.33333333d0, 2.5d0, 2.66666667d0, # 2.83333333d0, 3d0, 3.16666667d0, 3.33333333d0, 3.5d0, # 3.66666667d0, 3.83333333d0, 4d0, 4.16666667d0, 4.33333333d0, # 4.5d0, 4.66666667d0, 4.83333333d0, 5d0, 5.16666667d0, # 5.33333333d0, 5.5d0, 5.66666667d0, 5.83333333d0, 6d0/ data (dlaxi(j), j = 1,nxi) / # -3d0, -2.83333333d0, -2.66666667d0, -2.5d0, -2.33333333d0, # -2.16666667d0, -2d0, -1.83333333d0, -1.66666667d0, -1.5d0, # -1.33333333d0, -1.16666667d0, -1d0, -0.83333333d0, -0.66666667d0, # -0.5d0, -0.33333333d0, -0.16666667d0, 0d0, 0.16666667d0, # 0.33333333d0, 0.5d0, 0.66666667d0, 0.83333333d0, 1d0, # 1.16666667d0, 1.33333333d0, 1.5d0, 1.66666667d0, 1.83333333d0, # 2d0, 2.16666667d0, 2.33333333d0, 2.5d0, 2.66666667d0, # 2.83333333d0, 3d0, 3.16666667d0, 3.33333333d0, 3.5d0, # 3.66666667d0, 3.83333333d0, 4d0, 4.16666667d0, 4.33333333d0, # 4.5d0, 4.66666667d0, 4.83333333d0, 5d0/ dleta = dlog10(eta) dlxi = dlog10(xi) if (dlxi .le. dlaxi(1)) dlxi = dlaxi(1) if (dlxi .ge. dlaxi(nxi)) dlxi = dlaxi(nxi) if (dleta .ge. dlaeta(neta)) dleta = dlaeta(neta) if (dleta .le. dlaeta(1)) dleta = dlaeta(1) call locat(dlaeta,neta, dleta, ieta) call locat(dlaxi, nxi, dlxi, ixi) c interpolating between the appropriate points delxi = 1d0/6d0 deleta = 1d0/6d0 c lagrange 3-pt. if (ixi .le. 2) ixi = 2 if (ixi .ge. 48) ixi = 48 if (ieta .le. 2) ieta = 2 if (ieta .ge. 72) ieta = 72 pxi = (dlxi - dlaxi(ixi))/delxi f(-1) = pxi*(pxi-1d0)/2d0*calcpts(ieta-1,ixi-1) + # (1d0 - pxi**2)*calcpts(ieta-1,ixi) + # pxi*(pxi+1d0)/2d0*calcpts(ieta-1,ixi+1) f(0) = pxi*(pxi-1d0)/2d0*calcpts(ieta,ixi-1) + # (1d0 - pxi**2)*calcpts(ieta,ixi) + # pxi*(pxi+1d0)/2d0*calcpts(ieta,ixi+1) f(1) = pxi*(pxi-1d0)/2d0*calcpts(ieta+1,ixi-1) + # (1d0 - pxi**2)*calcpts(ieta+1,ixi) + # pxi*(pxi+1d0)/2d0*calcpts(ieta+1,ixi+1) peta = (dleta - dlaeta(ieta))/deleta xsclca = peta*(peta-1d0)/2d0*f(-1) + # (1d0 - peta**2)*f(0) + # peta*(peta+1d0)/2d0*f(1) return end c the subtracted term from eq (12) of PLB347 (1995) 143 - 151 c longitudinal gluon initiated piece accompanying the MF log c prop. to e_H^2 subroutine sclbar(eta, xi, xsclba) implicit none integer neta, nxi parameter (neta = 73, nxi = 49) real*8 calcpts(neta, nxi), dlaeta(neta), dlaxi(nxi) real*8 eta, xi, dleta, dlxi, xsclba real*8 pxi, peta, f(-1:1), delxi, deleta integer ieta, ixi, j data (calcpts(j, 1), j = 1,neta) /0.7071D-08, 0.8567D-08, # 0.1038D-07, 0.1257D-07, 0.1524D-07, 0.1846D-07, 0.2236D-07, # 0.2710D-07, 0.3283D-07, 0.3978D-07, 0.4822D-07, 0.5844D-07, # 0.7084D-07, 0.8591D-07, 0.1042D-06, 0.1265D-06, 0.1537D-06, # 0.1870D-06, 0.2279D-06, 0.2786D-06, 0.3418D-06, 0.4217D-06, # 0.5243D-06, 0.6586D-06, 0.8386D-06, 0.1086D-05, 0.1434D-05, # 0.1933D-05, 0.2658D-05, 0.3705D-05, 0.5187D-05, 0.7191D-05, # 0.9704D-05, 0.1252D-04, 0.1518D-04, 0.1707D-04, 0.1771D-04, # 0.1701D-04, 0.1527D-04, 0.1299D-04, 0.1059D-04, 0.8349D-05, # 0.6403D-05, 0.4797D-05, 0.3525D-05, 0.2546D-05, 0.1816D-05, # 0.1282D-05, 0.8938D-06, 0.6230D-06, 0.4303D-06, 0.2961D-06, # 0.2068D-06, 0.1394D-06, 0.9358D-07, 0.6473D-07, 0.4295D-07, # 0.3262D-07, 0.1892D-07, 0.1412D-07, 0.1085D-07, 0.8620D-08, # 0.7103D-08, 0.6068D-08, 0.5363D-08, -.1784D-08, -.2111D-08, # -.2334D-08, -.2486D-08, -.2589D-08, -.2660D-08, -.2708D-08, # -.2741D-08/ data (calcpts(j, 2), j = 1,neta) /0.1038D-07, 0.1257D-07, # 0.1523D-07, 0.1845D-07, 0.2236D-07, 0.2709D-07, 0.3282D-07, # 0.3977D-07, 0.4818D-07, 0.5839D-07, 0.7077D-07, 0.8577D-07, # 0.1040D-06, 0.1261D-06, 0.1529D-06, 0.1857D-06, 0.2256D-06, # 0.2745D-06, 0.3345D-06, 0.4089D-06, 0.5016D-06, 0.6189D-06, # 0.7695D-06, 0.9666D-06, 0.1231D-05, 0.1593D-05, 0.2104D-05, # 0.2837D-05, 0.3901D-05, 0.5438D-05, 0.7612D-05, 0.1055D-04, # 0.1424D-04, 0.1838D-04, 0.2228D-04, 0.2506D-04, 0.2600D-04, # 0.2497D-04, 0.2241D-04, 0.1906D-04, 0.1554D-04, 0.1225D-04, # 0.9395D-05, 0.7042D-05, 0.5175D-05, 0.3742D-05, 0.2663D-05, # 0.1879D-05, 0.1317D-05, 0.9144D-06, 0.6334D-06, 0.4387D-06, # 0.2970D-06, 0.2074D-06, 0.1398D-06, 0.9388D-07, 0.6503D-07, # 0.4321D-07, 0.3288D-07, 0.1917D-07, 0.1438D-07, 0.1111D-07, # 0.8879D-08, 0.7360D-08, 0.6325D-08, 0.5620D-08, 0.5140D-08, # 0.4813D-08, 0.4590D-08, 0.4438D-08, 0.4335D-08, 0.4264D-08, # 0.4216D-08/ data (calcpts(j, 3), j = 1,neta) /0.1522D-07, 0.1844D-07, # 0.2234D-07, 0.2707D-07, 0.3280D-07, 0.3974D-07, 0.4815D-07, # 0.5834D-07, 0.7068D-07, 0.8565D-07, 0.1038D-06, 0.1258D-06, # 0.1525D-06, 0.1850D-06, 0.2244D-06, 0.2724D-06, 0.3309D-06, # 0.4026D-06, 0.4907D-06, 0.5998D-06, 0.7358D-06, 0.9079D-06, # 0.1129D-05, 0.1418D-05, 0.1805D-05, 0.2338D-05, 0.3087D-05, # 0.4163D-05, 0.5723D-05, 0.7978D-05, 0.1117D-04, 0.1548D-04, # 0.2090D-04, 0.2696D-04, 0.3269D-04, 0.3676D-04, 0.3814D-04, # 0.3662D-04, 0.3287D-04, 0.2796D-04, 0.2279D-04, 0.1796D-04, # 0.1378D-04, 0.1033D-04, 0.7581D-05, 0.5477D-05, 0.3902D-05, # 0.2753D-05, 0.1925D-05, 0.1338D-05, 0.9239D-06, 0.6335D-06, # 0.4377D-06, 0.2956D-06, 0.1991D-06, 0.1380D-06, 0.9217D-07, # 0.6328D-07, 0.4146D-07, 0.2447D-07, 0.1743D-07, 0.1263D-07, # 0.9369D-08, 0.4751D-09, -.1043D-08, -.2076D-08, -.2780D-08, # -.3260D-08, -.3587D-08, -.3809D-08, -.3961D-08, -.4065D-08, # -.4135D-08/ data (calcpts(j, 4), j = 1,neta) /0.2234D-07, 0.2706D-07, # 0.3278D-07, 0.3972D-07, 0.4813D-07, 0.5831D-07, 0.7065D-07, # 0.8560D-07, 0.1037D-06, 0.1257D-06, 0.1523D-06, 0.1846D-06, # 0.2238D-06, 0.2714D-06, 0.3292D-06, 0.3996D-06, 0.4856D-06, # 0.5907D-06, 0.7200D-06, 0.8801D-06, 0.1080D-05, 0.1332D-05, # 0.1656D-05, 0.2081D-05, 0.2649D-05, 0.3430D-05, 0.4529D-05, # 0.6107D-05, 0.8395D-05, 0.1171D-04, 0.1638D-04, 0.2272D-04, # 0.3066D-04, 0.3956D-04, 0.4796D-04, 0.5393D-04, 0.5596D-04, # 0.5373D-04, 0.4823D-04, 0.4102D-04, 0.3344D-04, 0.2636D-04, # 0.2021D-04, 0.1515D-04, 0.1113D-04, 0.8040D-05, 0.5732D-05, # 0.4043D-05, 0.2826D-05, 0.1960D-05, 0.1359D-05, 0.9340D-06, # 0.6419D-06, 0.4389D-06, 0.2964D-06, 0.2064D-06, 0.1387D-06, # 0.9274D-07, 0.6384D-07, 0.4204D-07, 0.3172D-07, 0.1801D-07, # 0.1322D-07, 0.9956D-08, 0.7730D-08, -.4522D-09, -.1485D-08, # -.2189D-08, -.2668D-08, -.2995D-08, -.3218D-08, -.3369D-08, # -.3473D-08/ data (calcpts(j, 5), j = 1,neta) /0.3277D-07, 0.3971D-07, # 0.4810D-07, 0.5828D-07, 0.7061D-07, 0.8555D-07, 0.1036D-06, # 0.1256D-06, 0.1522D-06, 0.1844D-06, 0.2235D-06, 0.2708D-06, # 0.3283D-06, 0.3982D-06, 0.4830D-06, 0.5863D-06, 0.7124D-06, # 0.8667D-06, 0.1056D-05, 0.1291D-05, 0.1584D-05, 0.1954D-05, # 0.2430D-05, 0.3052D-05, 0.3886D-05, 0.5032D-05, 0.6644D-05, # 0.8958D-05, 0.1231D-04, 0.1717D-04, 0.2403D-04, 0.3332D-04, # 0.4497D-04, 0.5803D-04, 0.7035D-04, 0.7913D-04, 0.8209D-04, # 0.7883D-04, 0.7075D-04, 0.6016D-04, 0.4905D-04, 0.3866D-04, # 0.2965D-04, 0.2222D-04, 0.1633D-04, 0.1179D-04, 0.8411D-05, # 0.5937D-05, 0.4149D-05, 0.2887D-05, 0.1997D-05, 0.1377D-05, # 0.9428D-06, 0.6499D-06, 0.4463D-06, 0.3037D-06, 0.2070D-06, # 0.1459D-06, 0.9995D-07, 0.7108D-07, 0.4928D-07, 0.3230D-07, # 0.2527D-07, 0.2048D-07, 0.1055D-07, 0.8328D-08, 0.6813D-08, # 0.5781D-08, 0.5079D-08, 0.4599D-08, 0.4273D-08, 0.4051D-08, # 0.3899D-08/ data (calcpts(j, 6), j = 1,neta) /0.4805D-07, 0.5822D-07, # 0.7053D-07, 0.8545D-07, 0.1035D-06, 0.1254D-06, 0.1520D-06, # 0.1842D-06, 0.2231D-06, 0.2704D-06, 0.3277D-06, 0.3971D-06, # 0.4815D-06, 0.5839D-06, 0.7082D-06, 0.8597D-06, 0.1045D-05, # 0.1271D-05, 0.1549D-05, 0.1893D-05, 0.2323D-05, 0.2866D-05, # 0.3563D-05, 0.4475D-05, 0.5698D-05, 0.7377D-05, 0.9741D-05, # 0.1313D-04, 0.1806D-04, 0.2517D-04, 0.3524D-04, 0.4885D-04, # 0.6594D-04, 0.8508D-04, 0.1032D-03, 0.1160D-03, 0.1204D-03, # 0.1156D-03, 0.1037D-03, 0.8819D-04, 0.7189D-04, 0.5667D-04, # 0.4346D-04, 0.3256D-04, 0.2392D-04, 0.1729D-04, 0.1232D-04, # 0.8691D-05, 0.6081D-05, 0.4225D-05, 0.2921D-05, 0.2010D-05, # 0.1380D-05, 0.9449D-06, 0.6514D-06, 0.4410D-06, 0.3051D-06, # 0.2084D-06, 0.1406D-06, 0.9476D-07, 0.6592D-07, 0.4414D-07, # 0.3385D-07, 0.2016D-07, 0.1538D-07, 0.1212D-07, 0.9899D-08, # 0.8387D-08, 0.6908D-09, -.1138D-10, -.4898D-09, -.8155D-09, # -.1037D-08/ data (calcpts(j, 7), j = 1,neta) /0.7044D-07, 0.8534D-07, # 0.1034D-06, 0.1253D-06, 0.1518D-06, 0.1839D-06, 0.2228D-06, # 0.2699D-06, 0.3270D-06, 0.3963D-06, 0.4803D-06, 0.5821D-06, # 0.7057D-06, 0.8558D-06, 0.1038D-05, 0.1260D-05, 0.1531D-05, # 0.1863D-05, 0.2270D-05, 0.2775D-05, 0.3405D-05, 0.4200D-05, # 0.5222D-05, 0.6559D-05, 0.8351D-05, 0.1081D-04, 0.1428D-04, # 0.1925D-04, 0.2646D-04, 0.3688D-04, 0.5164D-04, 0.7160D-04, # 0.9666D-04, 0.1247D-03, 0.1512D-03, 0.1701D-03, 0.1764D-03, # 0.1694D-03, 0.1520D-03, 0.1292D-03, 0.1053D-03, 0.8300D-04, # 0.6365D-04, 0.4768D-04, 0.3504D-04, 0.2532D-04, 0.1805D-04, # 0.1274D-04, 0.8887D-05, 0.6193D-05, 0.4276D-05, 0.2941D-05, # 0.2053D-05, 0.1382D-05, 0.9261D-06, 0.6392D-06, 0.4224D-06, # 0.3199D-06, 0.1833D-06, 0.1356D-06, 0.1032D-06, 0.8102D-07, # 0.6595D-07, 0.5567D-07, 0.4867D-07, 0.4390D-07, 0.4065D-07, # 0.3843D-07, 0.3693D-07, 0.3590D-07, 0.3520D-07, 0.3472D-07, # 0.3440D-07/ data (calcpts(j, 8), j = 1,neta) /0.1032D-06, 0.1250D-06, # 0.1515D-06, 0.1835D-06, 0.2223D-06, 0.2694D-06, 0.3264D-06, # 0.3955D-06, 0.4791D-06, 0.5806D-06, 0.7037D-06, 0.8529D-06, # 0.1034D-05, 0.1254D-05, 0.1521D-05, 0.1846D-05, 0.2243D-05, # 0.2729D-05, 0.3326D-05, 0.4065D-05, 0.4988D-05, 0.6154D-05, # 0.7650D-05, 0.9609D-05, 0.1223D-04, 0.1583D-04, 0.2091D-04, # 0.2819D-04, 0.3875D-04, 0.5401D-04, 0.7562D-04, 0.1049D-03, # 0.1415D-03, 0.1826D-03, 0.2215D-03, 0.2492D-03, 0.2585D-03, # 0.2481D-03, 0.2226D-03, 0.1892D-03, 0.1542D-03, 0.1215D-03, # 0.9315D-04, 0.6981D-04, 0.5128D-04, 0.3707D-04, 0.2644D-04, # 0.1866D-04, 0.1302D-04, 0.9091D-05, 0.6303D-05, 0.4304D-05, # 0.2964D-05, 0.2075D-05, 0.1403D-05, 0.9480D-06, 0.6617D-06, # 0.4450D-06, 0.3427D-06, 0.2064D-06, 0.1589D-06, 0.1265D-06, # 0.1045D-06, 0.8944D-07, 0.1253D-07, 0.5554D-08, 0.8006D-09, # -.2439D-08, -.4644D-08, -.6148D-08, -.7172D-08, -.7870D-08, # -.8345D-08/ data (calcpts(j, 9), j = 1,neta) /0.1510D-06, 0.1829D-06, # 0.2216D-06, 0.2685D-06, 0.3253D-06, 0.3941D-06, 0.4775D-06, # 0.5786D-06, 0.7010D-06, 0.8495D-06, 0.1030D-05, 0.1248D-05, # 0.1513D-05, 0.1834D-05, 0.2225D-05, 0.2701D-05, 0.3282D-05, # 0.3992D-05, 0.4866D-05, 0.5948D-05, 0.7297D-05, 0.9002D-05, # 0.1119D-04, 0.1406D-04, 0.1789D-04, 0.2316D-04, 0.3058D-04, # 0.4123D-04, 0.5667D-04, 0.7900D-04, 0.1106D-03, 0.1534D-03, # 0.2071D-03, 0.2673D-03, 0.3241D-03, 0.3646D-03, 0.3781D-03, # 0.3629D-03, 0.3255D-03, 0.2765D-03, 0.2252D-03, 0.1775D-03, # 0.1361D-03, 0.1019D-03, 0.7488D-04, 0.5409D-04, 0.3859D-04, # 0.2717D-04, 0.1898D-04, 0.1318D-04, 0.9152D-05, 0.6280D-05, # 0.4277D-05, 0.2938D-05, 0.1983D-05, 0.1379D-05, 0.9252D-06, # 0.6396D-06, 0.4236D-06, 0.2553D-06, 0.1859D-06, 0.1387D-06, # 0.3983D-07, 0.1788D-07, 0.2928D-08, -.7253D-08, -.1419D-07, # -.1892D-07, -.2214D-07, -.2433D-07, -.2583D-07, -.2685D-07, # -.2754D-07/ data (calcpts(j,10), j = 1,neta) /0.2207D-06, 0.2674D-06, # 0.3239D-06, 0.3924D-06, 0.4755D-06, 0.5761D-06, 0.6980D-06, # 0.8458D-06, 0.1025D-05, 0.1242D-05, 0.1505D-05, 0.1824D-05, # 0.2211D-05, 0.2681D-05, 0.3252D-05, 0.3948D-05, 0.4797D-05, # 0.5836D-05, 0.7113D-05, 0.8694D-05, 0.1066D-04, 0.1316D-04, # 0.1636D-04, 0.2054D-04, 0.2614D-04, 0.3384D-04, 0.4467D-04, # 0.6022D-04, 0.8277D-04, 0.1154D-03, 0.1615D-03, 0.2240D-03, # 0.3025D-03, 0.3905D-03, 0.4737D-03, 0.5328D-03, 0.5527D-03, # 0.5302D-03, 0.4753D-03, 0.4036D-03, 0.3286D-03, 0.2589D-03, # 0.1984D-03, 0.1486D-03, 0.1092D-03, 0.7896D-04, 0.5628D-04, # 0.3968D-04, 0.2778D-04, 0.1927D-04, 0.1335D-04, 0.9172D-05, # 0.6298D-05, 0.4299D-05, 0.2963D-05, 0.2012D-05, 0.1345D-05, # 0.9590D-06, 0.6082D-06, 0.4600D-06, 0.2924D-06, 0.2235D-06, # 0.1100D-06, 0.7802D-07, 0.5624D-07, 0.4141D-07, 0.3130D-07, # 0.2441D-07, 0.1972D-07, 0.1652D-07, 0.1435D-07, 0.1286D-07, # 0.1185D-07/ data (calcpts(j,11), j = 1,neta) /0.3220D-06, 0.3901D-06, # 0.4725D-06, 0.5725D-06, 0.6937D-06, 0.8405D-06, 0.1018D-05, # 0.1234D-05, 0.1495D-05, 0.1811D-05, 0.2195D-05, 0.2661D-05, # 0.3226D-05, 0.3912D-05, 0.4745D-05, 0.5760D-05, 0.6999D-05, # 0.8514D-05, 0.1038D-04, 0.1268D-04, 0.1556D-04, 0.1919D-04, # 0.2385D-04, 0.2996D-04, 0.3812D-04, 0.4934D-04, 0.6512D-04, # 0.8776D-04, 0.1206D-03, 0.1681D-03, 0.2354D-03, 0.3265D-03, # 0.4410D-03, 0.5695D-03, 0.6909D-03, 0.7773D-03, 0.8061D-03, # 0.7730D-03, 0.6925D-03, 0.5877D-03, 0.4781D-03, 0.3765D-03, # 0.2886D-03, 0.2162D-03, 0.1589D-03, 0.1148D-03, 0.8193D-04, # 0.5780D-04, 0.4049D-04, 0.2811D-04, 0.1949D-04, 0.1344D-04, # 0.9262D-05, 0.6335D-05, 0.4346D-05, 0.3018D-05, 0.2074D-05, # 0.1411D-05, 0.1028D-05, 0.6800D-06, 0.4667D-06, 0.3667D-06, # 0.2320D-06, 0.1856D-06, 0.1540D-06, 0.1325D-06, 0.1178D-06, # 0.1078D-06, 0.1010D-06, 0.9635D-07, 0.9319D-07, 0.9104D-07, # 0.8957D-07/ data (calcpts(j,12), j = 1,neta) /0.4683D-06, 0.5674D-06, # 0.6873D-06, 0.8327D-06, 0.1009D-05, 0.1222D-05, 0.1481D-05, # 0.1795D-05, 0.2174D-05, 0.2635D-05, 0.3193D-05, 0.3870D-05, # 0.4692D-05, 0.5689D-05, 0.6901D-05, 0.8377D-05, 0.1018D-04, # 0.1238D-04, 0.1509D-04, 0.1844D-04, 0.2262D-04, 0.2790D-04, # 0.3468D-04, 0.4354D-04, 0.5541D-04, 0.7170D-04, 0.9460D-04, # 0.1275D-03, 0.1751D-03, 0.2441D-03, 0.3418D-03, 0.4742D-03, # 0.6407D-03, 0.8277D-03, 0.1005D-02, 0.1130D-02, 0.1172D-02, # 0.1123D-02, 0.1005D-02, 0.8521D-03, 0.6927D-03, 0.5450D-03, # 0.4176D-03, 0.3128D-03, 0.2299D-03, 0.1662D-03, 0.1186D-03, # 0.8370D-04, 0.5860D-04, 0.4075D-04, 0.2823D-04, 0.1950D-04, # 0.1342D-04, 0.9210D-05, 0.6376D-05, 0.4340D-05, 0.3028D-05, # 0.2093D-05, 0.1437D-05, 0.1060D-05, 0.7149D-06, 0.5039D-06, # 0.4057D-06, 0.2720D-06, 0.2264D-06, 0.1953D-06, 0.1741D-06, # 0.1597D-06, 0.1499D-06, 0.1431D-06, 0.1386D-06, 0.1355D-06, # 0.1334D-06/ data (calcpts(j,13), j = 1,neta) /0.6783D-06, 0.8219D-06, # 0.9956D-06, 0.1206D-05, 0.1462D-05, 0.1771D-05, 0.2145D-05, # 0.2600D-05, 0.3150D-05, 0.3817D-05, 0.4626D-05, 0.5606D-05, # 0.6796D-05, 0.8242D-05, 0.9996D-05, 0.1213D-04, 0.1474D-04, # 0.1793D-04, 0.2186D-04, 0.2671D-04, 0.3276D-04, 0.4041D-04, # 0.5021D-04, 0.6303D-04, 0.8018D-04, 0.1037D-03, 0.1368D-03, # 0.1842D-03, 0.2531D-03, 0.3527D-03, 0.4939D-03, 0.6854D-03, # 0.9269D-03, 0.1198D-02, 0.1455D-02, 0.1638D-02, 0.1697D-02, # 0.1625D-02, 0.1452D-02, 0.1229D-02, 0.9978D-03, 0.7844D-03, # 0.6007D-03, 0.4499D-03, 0.3307D-03, 0.2392D-03, 0.1708D-03, # 0.1206D-03, 0.8451D-04, 0.5882D-04, 0.4067D-04, 0.2798D-04, # 0.1955D-04, 0.1315D-04, 0.9469D-05, 0.6745D-05, 0.4676D-05, # 0.3051D-05, 0.2398D-05, 0.1953D-05, 0.9828D-06, 0.7760D-06, # 0.6353D-06, 0.5393D-06, 0.4738D-06, 0.4293D-06, 0.3989D-06, # 0.3782D-06, 0.3641D-06, 0.3545D-06, 0.3480D-06, 0.3435D-06, # 0.3405D-06/ data (calcpts(j,14), j = 1,neta) /0.9761D-06, 0.1183D-05, # 0.1433D-05, 0.1736D-05, 0.2103D-05, 0.2548D-05, 0.3087D-05, # 0.3741D-05, 0.4532D-05, 0.5492D-05, 0.6656D-05, 0.8067D-05, # 0.9780D-05, 0.1186D-04, 0.1438D-04, 0.1746D-04, 0.2121D-04, # 0.2580D-04, 0.3145D-04, 0.3843D-04, 0.4712D-04, 0.5811D-04, # 0.7220D-04, 0.9060D-04, 0.1152D-03, 0.1490D-03, 0.1964D-03, # 0.2644D-03, 0.3630D-03, 0.5058D-03, 0.7084D-03, 0.9837D-03, # 0.1331D-02, 0.1722D-02, 0.2093D-02, 0.2357D-02, 0.2442D-02, # 0.2335D-02, 0.2083D-02, 0.1759D-02, 0.1425D-02, 0.1118D-02, # 0.8558D-03, 0.6404D-03, 0.4707D-03, 0.3408D-03, 0.2433D-03, # 0.1714D-03, 0.1205D-03, 0.8340D-04, 0.5819D-04, 0.4026D-04, # 0.2781D-04, 0.1890D-04, 0.1263D-04, 0.9049D-05, 0.6393D-05, # 0.4368D-05, 0.2775D-05, 0.2145D-05, 0.1714D-05, 0.7546D-06, # 0.5551D-06, 0.4189D-06, 0.3261D-06, 0.2630D-06, 0.2199D-06, # 0.1906D-06, 0.1707D-06, 0.1570D-06, 0.1478D-06, 0.1414D-06, # 0.1371D-06/ data (calcpts(j,15), j = 1,neta) /0.1392D-05, 0.1687D-05, # 0.2044D-05, 0.2476D-05, 0.3000D-05, 0.3635D-05, 0.4404D-05, # 0.5337D-05, 0.6465D-05, 0.7835D-05, 0.9495D-05, 0.1151D-04, # 0.1395D-04, 0.1692D-04, 0.2052D-04, 0.2491D-04, 0.3026D-04, # 0.3680D-04, 0.4485D-04, 0.5480D-04, 0.6719D-04, 0.8283D-04, # 0.1029D-03, 0.1290D-03, 0.1640D-03, 0.2119D-03, 0.2792D-03, # 0.3756D-03, 0.5155D-03, 0.7180D-03, 0.1006D-02, 0.1397D-02, # 0.1893D-02, 0.2452D-02, 0.2984D-02, 0.3362D-02, 0.3482D-02, # 0.3324D-02, 0.2956D-02, 0.2488D-02, 0.2009D-02, 0.1574D-02, # 0.1203D-02, 0.9001D-03, 0.6612D-03, 0.4787D-03, 0.3412D-03, # 0.2412D-03, 0.1686D-03, 0.1173D-03, 0.8115D-04, 0.5598D-04, # 0.3859D-04, 0.2589D-04, 0.1793D-04, 0.1186D-04, 0.8419D-05, # 0.5190D-05, 0.3898D-05, 0.2351D-05, 0.1751D-05, 0.6754D-06, # 0.3970D-06, 0.2070D-06, 0.7757D-07, -.1055D-07, -.7060D-07, # -.1115D-06, -.1394D-06, -.1584D-06, -.1713D-06, -.1801D-06, # -.1862D-06/ data (calcpts(j,16), j = 1,neta) /0.1963D-05, 0.2378D-05, # 0.2881D-05, 0.3490D-05, 0.4229D-05, 0.5124D-05, 0.6208D-05, # 0.7522D-05, 0.9113D-05, 0.1104D-04, 0.1338D-04, 0.1622D-04, # 0.1966D-04, 0.2384D-04, 0.2892D-04, 0.3510D-04, 0.4264D-04, # 0.5186D-04, 0.6319D-04, 0.7719D-04, 0.9463D-04, 0.1166D-03, # 0.1448D-03, 0.1815D-03, 0.2304D-03, 0.2975D-03, 0.3914D-03, # 0.5261D-03, 0.7214D-03, 0.1005D-02, 0.1407D-02, 0.1957D-02, # 0.2654D-02, 0.3445D-02, 0.4200D-02, 0.4737D-02, 0.4905D-02, # 0.4672D-02, 0.4139D-02, 0.3467D-02, 0.2788D-02, 0.2177D-02, # 0.1661D-02, 0.1242D-02, 0.9134D-03, 0.6611D-03, 0.4721D-03, # 0.3337D-03, 0.2342D-03, 0.1627D-03, 0.1128D-03, 0.7755D-04, # 0.5352D-04, 0.3630D-04, 0.2484D-04, 0.1728D-04, 0.1149D-04, # 0.7571D-05, 0.5140D-05, 0.3272D-05, 0.2453D-05, 0.1894D-05, # 0.8474D-06, 0.5881D-06, 0.4114D-06, 0.2911D-06, 0.2091D-06, # 0.1532D-06, 0.1152D-06, 0.8923D-07, 0.7155D-07, 0.5952D-07, # 0.5132D-07/ data (calcpts(j,17), j = 1,neta) /0.2719D-05, 0.3294D-05, # 0.3990D-05, 0.4835D-05, 0.5858D-05, 0.7098D-05, 0.8599D-05, # 0.1042D-04, 0.1262D-04, 0.1530D-04, 0.1854D-04, 0.2247D-04, # 0.2724D-04, 0.3303D-04, 0.4005D-04, 0.4862D-04, 0.5906D-04, # 0.7181D-04, 0.8748D-04, 0.1068D-03, 0.1309D-03, 0.1613D-03, # 0.2001D-03, 0.2506D-03, 0.3179D-03, 0.4097D-03, 0.5383D-03, # 0.7223D-03, 0.9891D-03, 0.1376D-02, 0.1929D-02, 0.2685D-02, # 0.3648D-02, 0.4749D-02, 0.5806D-02, 0.6560D-02, 0.6792D-02, # 0.6451D-02, 0.5686D-02, 0.4731D-02, 0.3782D-02, 0.2938D-02, # 0.2236D-02, 0.1671D-02, 0.1228D-02, 0.8906D-03, 0.6366D-03, # 0.4510D-03, 0.3165D-03, 0.2206D-03, 0.1529D-03, 0.1054D-03, # 0.7247D-04, 0.5007D-04, 0.3397D-04, 0.2328D-04, 0.1627D-04, # 0.1085D-04, 0.7844D-05, 0.4920D-05, 0.3835D-05, 0.2430D-05, # 0.1926D-05, 0.1583D-05, 0.6827D-06, 0.5235D-06, 0.4149D-06, # 0.3410D-06, 0.2907D-06, 0.2563D-06, 0.2329D-06, 0.2170D-06, # 0.2062D-06/ data (calcpts(j,18), j = 1,neta) /0.3677D-05, 0.4455D-05, # 0.5396D-05, 0.6538D-05, 0.7922D-05, 0.9598D-05, 0.1163D-04, # 0.1409D-04, 0.1707D-04, 0.2068D-04, 0.2507D-04, 0.3038D-04, # 0.3683D-04, 0.4466D-04, 0.5415D-04, 0.6572D-04, 0.7983D-04, # 0.9706D-04, 0.1182D-03, 0.1443D-03, 0.1768D-03, 0.2176D-03, # 0.2697D-03, 0.3374D-03, 0.4273D-03, 0.5497D-03, 0.7207D-03, # 0.9649D-03, 0.1319D-02, 0.1833D-02, 0.2568D-02, 0.3579D-02, # 0.4879D-02, 0.6374D-02, 0.7823D-02, 0.8865D-02, 0.9184D-02, # 0.8698D-02, 0.7616D-02, 0.6282D-02, 0.4975D-02, 0.3839D-02, # 0.2909D-02, 0.2170D-02, 0.1597D-02, 0.1158D-02, 0.8295D-03, # 0.5883D-03, 0.4137D-03, 0.2884D-03, 0.2003D-03, 0.1379D-03, # 0.9479D-04, 0.6551D-04, 0.4453D-04, 0.3054D-04, 0.2084D-04, # 0.1450D-04, 0.9540D-05, 0.6857D-05, 0.4815D-05, 0.3211D-05, # 0.1906D-05, 0.1471D-05, 0.1174D-05, 0.9723D-06, 0.1680D-06, # 0.7420D-07, 0.1038D-07, -.3316D-07, -.6282D-07, -.8302D-07, # -.9678D-07/ data (calcpts(j,19), j = 1,neta) /0.4815D-05, 0.5834D-05, # 0.7067D-05, 0.8563D-05, 0.1038D-04, 0.1257D-04, 0.1523D-04, # 0.1845D-04, 0.2236D-04, 0.2709D-04, 0.3283D-04, 0.3979D-04, # 0.4823D-04, 0.5848D-04, 0.7091D-04, 0.8605D-04, 0.1045D-03, # 0.1270D-03, 0.1547D-03, 0.1887D-03, 0.2310D-03, 0.2842D-03, # 0.3518D-03, 0.4393D-03, 0.5551D-03, 0.7123D-03, 0.9310D-03, # 0.1242D-02, 0.1694D-02, 0.2349D-02, 0.3290D-02, 0.4593D-02, # 0.6281D-02, 0.8248D-02, 0.1018D-01, 0.1159D-01, 0.1204D-01, # 0.1138D-01, 0.9887D-02, 0.8062D-02, 0.6306D-02, 0.4815D-02, # 0.3625D-02, 0.2697D-02, 0.1984D-02, 0.1442D-02, 0.1035D-02, # 0.7363D-03, 0.5187D-03, 0.3626D-03, 0.2517D-03, 0.1742D-03, # 0.1200D-03, 0.8207D-04, 0.5639D-04, 0.3855D-04, 0.2627D-04, # 0.1773D-04, 0.1218D-04, 0.8433D-05, 0.5453D-05, 0.3663D-05, # 0.2898D-05, 0.1710D-05, 0.1355D-05, 0.1113D-05, 0.2814D-06, # 0.1690D-06, 0.9258D-07, 0.4042D-07, 0.4880D-08, -.1932D-07, # -.3580D-07/ data (calcpts(j,20), j = 1,neta) /0.6052D-05, 0.7332D-05, # 0.8882D-05, 0.1076D-04, 0.1304D-04, 0.1580D-04, 0.1914D-04, # 0.2319D-04, 0.2810D-04, 0.3405D-04, 0.4126D-04, 0.5000D-04, # 0.6060D-04, 0.7348D-04, 0.8909D-04, 0.1081D-03, 0.1313D-03, # 0.1595D-03, 0.1941D-03, 0.2368D-03, 0.2896D-03, 0.3558D-03, # 0.4397D-03, 0.5479D-03, 0.6905D-03, 0.8828D-03, 0.1149D-02, # 0.1527D-02, 0.2073D-02, 0.2866D-02, 0.4009D-02, 0.5604D-02, # 0.7695D-02, 0.1017D-01, 0.1265D-01, 0.1452D-01, 0.1516D-01, # 0.1433D-01, 0.1237D-01, 0.9951D-02, 0.7656D-02, 0.5758D-02, # 0.4289D-02, 0.3177D-02, 0.2336D-02, 0.1702D-02, 0.1227D-02, # 0.8756D-03, 0.6190D-03, 0.4342D-03, 0.3023D-03, 0.2098D-03, # 0.1449D-03, 0.9966D-04, 0.6879D-04, 0.4702D-04, 0.3254D-04, # 0.2208D-04, 0.1546D-04, 0.1077D-04, 0.7606D-05, 0.5022D-05, # 0.3505D-05, 0.2924D-05, 0.1862D-05, 0.1593D-05, 0.1409D-05, # 0.6174D-06, 0.5323D-06, 0.4742D-06, 0.4347D-06, 0.4077D-06, # 0.3894D-06/ data (calcpts(j,21), j = 1,neta) /0.7225D-05, 0.8754D-05, # 0.1060D-04, 0.1285D-04, 0.1557D-04, 0.1886D-04, 0.2285D-04, # 0.2769D-04, 0.3354D-04, 0.4064D-04, 0.4925D-04, 0.5969D-04, # 0.7234D-04, 0.8770D-04, 0.1063D-03, 0.1290D-03, 0.1566D-03, # 0.1902D-03, 0.2314D-03, 0.2821D-03, 0.3446D-03, 0.4228D-03, # 0.5215D-03, 0.6482D-03, 0.8139D-03, 0.1036D-02, 0.1341D-02, # 0.1772D-02, 0.2391D-02, 0.3291D-02, 0.4591D-02, 0.6420D-02, # 0.8852D-02, 0.1179D-01, 0.1482D-01, 0.1722D-01, 0.1815D-01, # 0.1725D-01, 0.1484D-01, 0.1179D-01, 0.8890D-02, 0.6547D-02, # 0.4798D-02, 0.3523D-02, 0.2586D-02, 0.1889D-02, 0.1369D-02, # 0.9817D-03, 0.6970D-03, 0.4904D-03, 0.3405D-03, 0.2364D-03, # 0.1636D-03, 0.1165D-03, 0.7802D-04, 0.5204D-04, 0.3676D-04, # 0.2420D-04, 0.1352D-04, 0.1079D-04, 0.8921D-05, 0.7650D-05, # 0.1180D-06, -.4722D-06, -.8743D-06, -.1148D-05, -.1335D-05, # -.1462D-05, -.1548D-05, -.1607D-05, -.1648D-05, -.1675D-05, # -.1694D-05/ data (calcpts(j,22), j = 1,neta) /0.8126D-05, 0.9846D-05, # 0.1193D-04, 0.1445D-04, 0.1751D-04, 0.2121D-04, 0.2570D-04, # 0.3114D-04, 0.3772D-04, 0.4571D-04, 0.5539D-04, 0.6712D-04, # 0.8135D-04, 0.9862D-04, 0.1195D-03, 0.1450D-03, 0.1760D-03, # 0.2137D-03, 0.2598D-03, 0.3164D-03, 0.3862D-03, 0.4730D-03, # 0.5821D-03, 0.7212D-03, 0.9018D-03, 0.1142D-02, 0.1468D-02, # 0.1925D-02, 0.2577D-02, 0.3522D-02, 0.4889D-02, 0.6829D-02, # 0.9448D-02, 0.1269D-01, 0.1617D-01, 0.1908D-01, 0.2047D-01, # 0.1972D-01, 0.1705D-01, 0.1345D-01, 0.9946D-02, 0.7133D-02, # 0.5103D-02, 0.3690D-02, 0.2694D-02, 0.1972D-02, 0.1441D-02, # 0.1041D-02, 0.7446D-03, 0.5284D-03, 0.3724D-03, 0.2599D-03, # 0.1772D-03, 0.1258D-03, 0.8889D-04, 0.5733D-04, 0.4279D-04, # 0.3074D-04, 0.2041D-04, 0.1124D-04, 0.9540D-05, 0.8379D-05, # 0.9215D-06, 0.3822D-06, 0.1478D-07, -.2354D-06, -.4059D-06, # -.5221D-06, -.6012D-06, -.6551D-06, -.6919D-06, -.7169D-06, # -.7339D-06/ data (calcpts(j,23), j = 1,neta) /0.8555D-05, 0.1037D-04, # 0.1256D-04, 0.1521D-04, 0.1843D-04, 0.2233D-04, 0.2706D-04, # 0.3278D-04, 0.3971D-04, 0.4812D-04, 0.5831D-04, 0.7066D-04, # 0.8563D-04, 0.1038D-03, 0.1258D-03, 0.1526D-03, 0.1851D-03, # 0.2247D-03, 0.2731D-03, 0.3323D-03, 0.4050D-03, 0.4952D-03, # 0.6079D-03, 0.7506D-03, 0.9342D-03, 0.1175D-02, 0.1500D-02, # 0.1948D-02, 0.2582D-02, 0.3494D-02, 0.4813D-02, 0.6696D-02, # 0.9276D-02, 0.1255D-01, 0.1623D-01, 0.1956D-01, 0.2150D-01, # 0.2122D-01, 0.1870D-01, 0.1484D-01, 0.1085D-01, 0.7583D-02, # 0.5254D-02, 0.3705D-02, 0.2674D-02, 0.1958D-02, 0.1439D-02, # 0.1054D-02, 0.7605D-03, 0.5451D-03, 0.3902D-03, 0.2743D-03, # 0.1917D-03, 0.1316D-03, 0.9125D-04, 0.6188D-04, 0.4216D-04, # 0.3112D-04, 0.2148D-04, 0.1279D-04, 0.1140D-04, 0.3796D-05, # 0.3154D-05, 0.2717D-05, 0.2418D-05, 0.2215D-05, 0.2077D-05, # 0.1983D-05, 0.1919D-05, 0.1875D-05, 0.1845D-05, 0.1825D-05, # 0.1811D-05/ data (calcpts(j,24), j = 1,neta) /0.8413D-05, 0.1019D-04, # 0.1235D-04, 0.1496D-04, 0.1813D-04, 0.2196D-04, 0.2661D-04, # 0.3224D-04, 0.3905D-04, 0.4732D-04, 0.5734D-04, 0.6948D-04, # 0.8420D-04, 0.1020D-03, 0.1237D-03, 0.1500D-03, 0.1819D-03, # 0.2207D-03, 0.2680D-03, 0.3259D-03, 0.3968D-03, 0.4842D-03, # 0.5930D-03, 0.7296D-03, 0.9037D-03, 0.1130D-02, 0.1429D-02, # 0.1837D-02, 0.2406D-02, 0.3215D-02, 0.4381D-02, 0.6047D-02, # 0.8359D-02, 0.1138D-01, 0.1491D-01, 0.1838D-01, 0.2084D-01, # 0.2132D-01, 0.1945D-01, 0.1584D-01, 0.1168D-01, 0.8046D-02, # 0.5399D-02, 0.3674D-02, 0.2589D-02, 0.1882D-02, 0.1394D-02, # 0.1027D-02, 0.7572D-03, 0.5472D-03, 0.3965D-03, 0.2795D-03, # 0.1985D-03, 0.1375D-03, 0.9440D-04, 0.6770D-04, 0.4313D-04, # 0.3334D-04, 0.2454D-04, 0.1643D-04, 0.8770D-05, 0.8095D-05, # 0.7637D-05, 0.6570D-06, 0.4437D-06, 0.2984D-06, 0.1995D-06, # 0.1320D-06, 0.8611D-07, 0.5480D-07, 0.3347D-07, 0.1894D-07, # 0.9044D-08/ data (calcpts(j,25), j = 1,neta) /0.7746D-05, 0.9385D-05, # 0.1137D-04, 0.1377D-04, 0.1669D-04, 0.2022D-04, 0.2450D-04, # 0.2968D-04, 0.3595D-04, 0.4356D-04, 0.5279D-04, 0.6396D-04, # 0.7750D-04, 0.9393D-04, 0.1138D-03, 0.1380D-03, 0.1673D-03, # 0.2030D-03, 0.2464D-03, 0.2993D-03, 0.3640D-03, 0.4435D-03, # 0.5418D-03, 0.6644D-03, 0.8191D-03, 0.1017D-02, 0.1276D-02, # 0.1623D-02, 0.2097D-02, 0.2763D-02, 0.3711D-02, 0.5062D-02, # 0.6951D-02, 0.9470D-02, 0.1255D-01, 0.1582D-01, 0.1854D-01, # 0.1980D-01, 0.1897D-01, 0.1619D-01, 0.1236D-01, 0.8615D-02, # 0.5685D-02, 0.3727D-02, 0.2527D-02, 0.1798D-02, 0.1322D-02, # 0.9898D-03, 0.7401D-03, 0.5472D-03, 0.3930D-03, 0.2873D-03, # 0.2008D-03, 0.1385D-03, 0.9903D-04, 0.6815D-04, 0.4528D-04, # 0.2999D-04, 0.2199D-04, 0.1441D-04, 0.1379D-04, 0.6702D-05, # 0.6414D-05, 0.6217D-05, -.5833D-06, -.6745D-06, -.7366D-06, # -.7790D-06, -.8078D-06, -.8274D-06, -.8408D-06, -.8499D-06, # -.8561D-06/ data (calcpts(j,26), j = 1,neta) /0.6715D-05, 0.8136D-05, # 0.9855D-05, 0.1194D-04, 0.1447D-04, 0.1753D-04, 0.2123D-04, # 0.2573D-04, 0.3117D-04, 0.3776D-04, 0.4576D-04, 0.5544D-04, # 0.6718D-04, 0.8141D-04, 0.9864D-04, 0.1196D-03, 0.1450D-03, # 0.1758D-03, 0.2132D-03, 0.2589D-03, 0.3145D-03, 0.3827D-03, # 0.4666D-03, 0.5705D-03, 0.7003D-03, 0.8648D-03, 0.1076D-02, # 0.1354D-02, 0.1727D-02, 0.2241D-02, 0.2960D-02, 0.3976D-02, # 0.5397D-02, 0.7320D-02, 0.9753D-02, 0.1251D-01, 0.1514D-01, # 0.1691D-01, 0.1715D-01, 0.1558D-01, 0.1263D-01, 0.9184D-02, # 0.6147D-02, 0.3950D-02, 0.2568D-02, 0.1754D-02, 0.1266D-02, # 0.9457D-03, 0.7134D-03, 0.5339D-03, 0.3943D-03, 0.2873D-03, # 0.2062D-03, 0.1459D-03, 0.1026D-03, 0.7161D-04, 0.5138D-04, # 0.3698D-04, 0.2292D-04, 0.1576D-04, 0.8751D-05, 0.8521D-05, # 0.1697D-05, 0.1590D-05, 0.1517D-05, 0.1467D-05, 0.1433D-05, # 0.1410D-05, 0.1394D-05, 0.1384D-05, 0.1376D-05, 0.1371D-05, # 0.1368D-05/ data (calcpts(j,27), j = 1,neta) /0.5527D-05, 0.6697D-05, # 0.8112D-05, 0.9828D-05, 0.1191D-04, 0.1443D-04, 0.1748D-04, # 0.2118D-04, 0.2565D-04, 0.3108D-04, 0.3766D-04, 0.4563D-04, # 0.5529D-04, 0.6700D-04, 0.8117D-04, 0.9838D-04, 0.1193D-03, # 0.1446D-03, 0.1753D-03, 0.2127D-03, 0.2582D-03, 0.3138D-03, # 0.3820D-03, 0.4658D-03, 0.5698D-03, 0.7001D-03, 0.8652D-03, # 0.1078D-02, 0.1359D-02, 0.1736D-02, 0.2254D-02, 0.2975D-02, # 0.3975D-02, 0.5336D-02, 0.7100D-02, 0.9208D-02, 0.1142D-01, # 0.1330D-01, 0.1427D-01, 0.1389D-01, 0.1213D-01, 0.9453D-02, # 0.6646D-02, 0.4334D-02, 0.2749D-02, 0.1791D-02, 0.1239D-02, # 0.9080D-03, 0.6858D-03, 0.5201D-03, 0.3907D-03, 0.2893D-03, # 0.2107D-03, 0.1511D-03, 0.1076D-03, 0.7520D-04, 0.5248D-04, # 0.3666D-04, 0.2566D-04, 0.1810D-04, 0.1261D-04, 0.8501D-05, # 0.6429D-05, 0.4380D-05, 0.3013D-05, 0.2324D-05, 0.1642D-05, # 0.1631D-05, 0.9573D-06, 0.9524D-06, 0.9491D-06, 0.9468D-06, # 0.9452D-06/ data (calcpts(j,28), j = 1,neta) /0.4356D-05, 0.5278D-05, # 0.6393D-05, 0.7746D-05, 0.9385D-05, 0.1137D-04, 0.1377D-04, # 0.1669D-04, 0.2022D-04, 0.2450D-04, 0.2968D-04, 0.3596D-04, # 0.4357D-04, 0.5279D-04, 0.6396D-04, 0.7751D-04, 0.9394D-04, # 0.1139D-03, 0.1380D-03, 0.1674D-03, 0.2031D-03, 0.2466D-03, # 0.2997D-03, 0.3648D-03, 0.4450D-03, 0.5445D-03, 0.6690D-03, # 0.8273D-03, 0.1031D-02, 0.1300D-02, 0.1660D-02, 0.2150D-02, # 0.2822D-02, 0.3731D-02, 0.4925D-02, 0.6402D-02, 0.8068D-02, # 0.9700D-02, 0.1093D-01, 0.1138D-01, 0.1074D-01, 0.9100D-02, # 0.6902D-02, 0.4741D-02, 0.3044D-02, 0.1922D-02, 0.1261D-02, # 0.8844D-03, 0.6548D-03, 0.4977D-03, 0.3789D-03, 0.2847D-03, # 0.2103D-03, 0.1528D-03, 0.1097D-03, 0.7798D-04, 0.5441D-04, # 0.3824D-04, 0.2613D-04, 0.1806D-04, 0.1267D-04, 0.8635D-05, # 0.5944D-05, 0.3927D-05, 0.3250D-05, 0.1909D-05, 0.1237D-05, # 0.1233D-05, 0.5641D-06, 0.5624D-06, 0.5613D-06, 0.5605D-06, # 0.5600D-06/ data (calcpts(j,29), j = 1,neta) /0.3316D-05, 0.4017D-05, # 0.4866D-05, 0.5896D-05, 0.7143D-05, 0.8654D-05, 0.1048D-04, # 0.1270D-04, 0.1539D-04, 0.1864D-04, 0.2259D-04, 0.2737D-04, # 0.3316D-04, 0.4018D-04, 0.4868D-04, 0.5898D-04, 0.7148D-04, # 0.8663D-04, 0.1050D-03, 0.1273D-03, 0.1544D-03, 0.1873D-03, # 0.2274D-03, 0.2764D-03, 0.3363D-03, 0.4102D-03, 0.5017D-03, # 0.6164D-03, 0.7619D-03, 0.9490D-03, 0.1194D-02, 0.1520D-02, # 0.1957D-02, 0.2541D-02, 0.3310D-02, 0.4278D-02, 0.5426D-02, # 0.6659D-02, 0.7797D-02, 0.8574D-02, 0.8706D-02, 0.8034D-02, # 0.6662D-02, 0.4955D-02, 0.3351D-02, 0.2133D-02, 0.1347D-02, # 0.8913D-03, 0.6316D-03, 0.4717D-03, 0.3603D-03, 0.2743D-03, # 0.2056D-03, 0.1516D-03, 0.1102D-03, 0.7889D-04, 0.5555D-04, # 0.3887D-04, 0.2687D-04, 0.1887D-04, 0.1287D-04, 0.8864D-05, # 0.6196D-05, 0.4195D-05, 0.2861D-05, 0.1528D-05, 0.8609D-06, # 0.8608D-06, 0.1940D-06, 0.1939D-06, 0.1939D-06, 0.1938D-06, # 0.1938D-06/ data (calcpts(j,30), j = 1,neta) /0.2456D-05, 0.2976D-05, # 0.3605D-05, 0.4368D-05, 0.5292D-05, 0.6411D-05, 0.7767D-05, # 0.9411D-05, 0.1140D-04, 0.1381D-04, 0.1674D-04, 0.2027D-04, # 0.2456D-04, 0.2976D-04, 0.3606D-04, 0.4369D-04, 0.5294D-04, # 0.6415D-04, 0.7774D-04, 0.9423D-04, 0.1142D-03, 0.1385D-03, # 0.1680D-03, 0.2040D-03, 0.2478D-03, 0.3016D-03, 0.3675D-03, # 0.4493D-03, 0.5515D-03, 0.6804D-03, 0.8454D-03, 0.1060D-02, # 0.1340D-02, 0.1708D-02, 0.2186D-02, 0.2794D-02, 0.3532D-02, # 0.4376D-02, 0.5249D-02, 0.6019D-02, 0.6490D-02, 0.6471D-02, # 0.5869D-02, 0.4789D-02, 0.3513D-02, 0.2351D-02, 0.1490D-02, # 0.9437D-03, 0.6290D-03, 0.4496D-03, 0.3378D-03, 0.2583D-03, # 0.1967D-03, 0.1476D-03, 0.1085D-03, 0.7861D-04, 0.5603D-04, # 0.3942D-04, 0.2812D-04, 0.1948D-04, 0.1350D-04, 0.9509D-05, # 0.6184D-05, 0.4190D-05, 0.2860D-05, 0.2196D-05, 0.1531D-05, # 0.8655D-06, 0.8663D-06, 0.2002D-06, 0.2006D-06, 0.2009D-06, # 0.2010D-06/ data (calcpts(j,31), j = 1,neta) /0.1782D-05, 0.2159D-05, # 0.2615D-05, 0.3168D-05, 0.3839D-05, 0.4650D-05, 0.5634D-05, # 0.6826D-05, 0.8269D-05, 0.1002D-04, 0.1214D-04, 0.1471D-04, # 0.1782D-04, 0.2159D-04, 0.2615D-04, 0.3169D-04, 0.3839D-04, # 0.4652D-04, 0.5637D-04, 0.6831D-04, 0.8278D-04, 0.1003D-03, # 0.1217D-03, 0.1476D-03, 0.1791D-03, 0.2175D-03, 0.2644D-03, # 0.3220D-03, 0.3931D-03, 0.4814D-03, 0.5922D-03, 0.7325D-03, # 0.9115D-03, 0.1141D-02, 0.1435D-02, 0.1805D-02, 0.2259D-02, # 0.2796D-02, 0.3394D-02, 0.3997D-02, 0.4507D-02, 0.4786D-02, # 0.4704D-02, 0.4211D-02, 0.3395D-02, 0.2465D-02, 0.1639D-02, # 0.1036D-02, 0.6582D-03, 0.4417D-03, 0.3174D-03, 0.2395D-03, # 0.1833D-03, 0.1396D-03, 0.1045D-03, 0.7664D-04, 0.5541D-04, # 0.3948D-04, 0.2819D-04, 0.1956D-04, 0.1358D-04, 0.9596D-05, # 0.6273D-05, 0.4280D-05, 0.2951D-05, 0.2288D-05, 0.1623D-05, # 0.9582D-06, 0.9592D-06, 0.2932D-06, 0.2937D-06, 0.2940D-06, # 0.2942D-06/ data (calcpts(j,32), j = 1,neta) /0.1272D-05, 0.1541D-05, # 0.1866D-05, 0.2261D-05, 0.2740D-05, 0.3319D-05, 0.4021D-05, # 0.4872D-05, 0.5902D-05, 0.7150D-05, 0.8664D-05, 0.1050D-04, # 0.1272D-04, 0.1541D-04, 0.1866D-04, 0.2261D-04, 0.2740D-04, # 0.3320D-04, 0.4022D-04, 0.4874D-04, 0.5904D-04, 0.7155D-04, # 0.8673D-04, 0.1051D-03, 0.1274D-03, 0.1546D-03, 0.1876D-03, # 0.2278D-03, 0.2770D-03, 0.3373D-03, 0.4117D-03, 0.5039D-03, # 0.6187D-03, 0.7624D-03, 0.9419D-03, 0.1164D-02, 0.1437D-02, # 0.1763D-02, 0.2141D-02, 0.2555D-02, 0.2964D-02, 0.3298D-02, # 0.3459D-02, 0.3363D-02, 0.2980D-02, 0.2382D-02, 0.1717D-02, # 0.1136D-02, 0.7172D-03, 0.4566D-03, 0.3082D-03, 0.2229D-03, # 0.1680D-03, 0.1290D-03, 0.9783D-04, 0.7330D-04, 0.5406D-04, # 0.3879D-04, 0.2751D-04, 0.1953D-04, 0.1356D-04, 0.9569D-05, # 0.6245D-05, 0.4252D-05, 0.2923D-05, 0.2259D-05, 0.1594D-05, # 0.9291D-06, 0.2634D-06, 0.2640D-06, 0.2645D-06, 0.2648D-06, # 0.2650D-06/ data (calcpts(j,33), j = 1,neta) /0.8970D-06, 0.1087D-05, # 0.1317D-05, 0.1595D-05, 0.1933D-05, 0.2341D-05, 0.2837D-05, # 0.3437D-05, 0.4163D-05, 0.5044D-05, 0.6112D-05, 0.7404D-05, # 0.8970D-05, 0.1087D-04, 0.1317D-04, 0.1595D-04, 0.1933D-04, # 0.2341D-04, 0.2837D-04, 0.3437D-04, 0.4163D-04, 0.5045D-04, # 0.6112D-04, 0.7405D-04, 0.8972D-04, 0.1087D-03, 0.1317D-03, # 0.1597D-03, 0.1936D-03, 0.2347D-03, 0.2848D-03, 0.3457D-03, # 0.4200D-03, 0.5106D-03, 0.6210D-03, 0.7547D-03, 0.9159D-03, # 0.1109D-02, 0.1336D-02, 0.1597D-02, 0.1879D-02, 0.2154D-02, # 0.2370D-02, 0.2463D-02, 0.2373D-02, 0.2087D-02, 0.1657D-02, # 0.1189D-02, 0.7842D-03, 0.4950D-03, 0.3161D-03, 0.2139D-03, # 0.1556D-03, 0.1179D-03, 0.9002D-04, 0.6880D-04, 0.5155D-04, # 0.3760D-04, 0.2763D-04, 0.1966D-04, 0.1368D-04, 0.9687D-05, # 0.7028D-05, 0.5033D-05, 0.3036D-05, 0.2372D-05, 0.1707D-05, # 0.1042D-05, 0.1042D-05, 0.3762D-06, 0.3766D-06, 0.3768D-06, # 0.3770D-06/ data (calcpts(j,34), j = 1,neta) /0.6268D-06, 0.7595D-06, # 0.9200D-06, 0.1115D-05, 0.1351D-05, 0.1636D-05, 0.1982D-05, # 0.2402D-05, 0.2909D-05, 0.3525D-05, 0.4271D-05, 0.5174D-05, # 0.6268D-05, 0.7595D-05, 0.9200D-05, 0.1115D-04, 0.1350D-04, # 0.1636D-04, 0.1982D-04, 0.2401D-04, 0.2908D-04, 0.3523D-04, # 0.4268D-04, 0.5169D-04, 0.6260D-04, 0.7581D-04, 0.9176D-04, # 0.1110D-03, 0.1343D-03, 0.1624D-03, 0.1961D-03, 0.2367D-03, # 0.2851D-03, 0.3429D-03, 0.4115D-03, 0.4925D-03, 0.5880D-03, # 0.7006D-03, 0.8336D-03, 0.9893D-03, 0.1167D-02, 0.1358D-02, # 0.1540D-02, 0.1681D-02, 0.1733D-02, 0.1659D-02, 0.1450D-02, # 0.1146D-02, 0.8190D-03, 0.5392D-03, 0.3403D-03, 0.2178D-03, # 0.1480D-03, 0.1076D-03, 0.8157D-04, 0.6259D-04, 0.4758D-04, # 0.3556D-04, 0.2612D-04, 0.1887D-04, 0.1348D-04, 0.9490D-05, # 0.6696D-05, 0.4633D-05, 0.3236D-05, 0.2238D-05, 0.1572D-05, # 0.1106D-05, 0.7737D-06, 0.5075D-06, 0.3744D-06, 0.3079D-06, # 0.1747D-06/ data (calcpts(j,35), j = 1,neta) /0.4350D-06, 0.5271D-06, # 0.6385D-06, 0.7736D-06, 0.9373D-06, 0.1136D-05, 0.1376D-05, # 0.1667D-05, 0.2019D-05, 0.2446D-05, 0.2964D-05, 0.3591D-05, # 0.4350D-05, 0.5271D-05, 0.6385D-05, 0.7735D-05, 0.9372D-05, # 0.1135D-04, 0.1375D-04, 0.1666D-04, 0.2018D-04, 0.2445D-04, # 0.2961D-04, 0.3585D-04, 0.4340D-04, 0.5253D-04, 0.6354D-04, # 0.7681D-04, 0.9277D-04, 0.1119D-03, 0.1347D-03, 0.1618D-03, # 0.1937D-03, 0.2310D-03, 0.2742D-03, 0.3239D-03, 0.3809D-03, # 0.4467D-03, 0.5232D-03, 0.6132D-03, 0.7186D-03, 0.8385D-03, # 0.9666D-03, 0.1088D-02, 0.1179D-02, 0.1209D-02, 0.1152D-02, # 0.1002D-02, 0.7892D-03, 0.5624D-03, 0.3697D-03, 0.2333D-03, # 0.1496D-03, 0.1018D-03, 0.7418D-04, 0.5625D-04, 0.4316D-04, # 0.3279D-04, 0.2447D-04, 0.1795D-04, 0.1296D-04, 0.9234D-05, # 0.6505D-05, 0.4508D-05, 0.3110D-05, 0.2178D-05, 0.1446D-05, # 0.9797D-06, 0.6468D-06, 0.4471D-06, 0.3140D-06, 0.1808D-06, # 0.1142D-06/ data (calcpts(j,36), j = 1,neta) /0.3005D-06, 0.3641D-06, # 0.4410D-06, 0.5343D-06, 0.6474D-06, 0.7844D-06, 0.9503D-06, # 0.1151D-05, 0.1395D-05, 0.1690D-05, 0.2047D-05, 0.2480D-05, # 0.3005D-05, 0.3641D-05, 0.4410D-05, 0.5343D-05, 0.6473D-05, # 0.7842D-05, 0.9500D-05, 0.1151D-04, 0.1394D-04, 0.1688D-04, # 0.2044D-04, 0.2475D-04, 0.2996D-04, 0.3624D-04, 0.4381D-04, # 0.5293D-04, 0.6385D-04, 0.7688D-04, 0.9234D-04, 0.1105D-03, # 0.1317D-03, 0.1561D-03, 0.1837D-03, 0.2147D-03, 0.2492D-03, # 0.2879D-03, 0.3319D-03, 0.3831D-03, 0.4434D-03, 0.5142D-03, # 0.5948D-03, 0.6807D-03, 0.7617D-03, 0.8210D-03, 0.8378D-03, # 0.7949D-03, 0.6898D-03, 0.5417D-03, 0.3854D-03, 0.2531D-03, # 0.1597D-03, 0.1025D-03, 0.6996D-04, 0.5100D-04, 0.3870D-04, # 0.2972D-04, 0.2253D-04, 0.1688D-04, 0.1235D-04, 0.8956D-05, # 0.6359D-05, 0.4494D-05, 0.3096D-05, 0.2163D-05, 0.1497D-05, # 0.1031D-05, 0.6979D-06, 0.4981D-06, 0.2982D-06, 0.2317D-06, # 0.1651D-06/ data (calcpts(j,37), j = 1,neta) /0.2068D-06, 0.2505D-06, # 0.3035D-06, 0.3677D-06, 0.4455D-06, 0.5397D-06, 0.6539D-06, # 0.7923D-06, 0.9597D-06, 0.1163D-05, 0.1409D-05, 0.1707D-05, # 0.2068D-05, 0.2505D-05, 0.3035D-05, 0.3677D-05, 0.4454D-05, # 0.5396D-05, 0.6537D-05, 0.7918D-05, 0.9589D-05, 0.1161D-04, # 0.1406D-04, 0.1703D-04, 0.2060D-04, 0.2492D-04, 0.3011D-04, # 0.3636D-04, 0.4383D-04, 0.5271D-04, 0.6320D-04, 0.7547D-04, # 0.8960D-04, 0.1057D-03, 0.1236D-03, 0.1432D-03, 0.1645D-03, # 0.1875D-03, 0.2130D-03, 0.2420D-03, 0.2759D-03, 0.3161D-03, # 0.3636D-03, 0.4177D-03, 0.4753D-03, 0.5293D-03, 0.5682D-03, # 0.5779D-03, 0.5467D-03, 0.4734D-03, 0.3711D-03, 0.2636D-03, # 0.1730D-03, 0.1092D-03, 0.7015D-04, 0.4791D-04, 0.3500D-04, # 0.2655D-04, 0.2036D-04, 0.1550D-04, 0.1157D-04, 0.8508D-05, # 0.6110D-05, 0.4379D-05, 0.3046D-05, 0.2114D-05, 0.1514D-05, # 0.1048D-05, 0.7145D-06, 0.5147D-06, 0.3148D-06, 0.2482D-06, # 0.1816D-06/ data (calcpts(j,38), j = 1,neta) /0.1419D-06, 0.1719D-06, # 0.2082D-06, 0.2523D-06, 0.3057D-06, 0.3703D-06, 0.4487D-06, # 0.5436D-06, 0.6585D-06, 0.7978D-06, 0.9667D-06, 0.1171D-05, # 0.1419D-05, 0.1719D-05, 0.2082D-05, 0.2523D-05, 0.3056D-05, # 0.3702D-05, 0.4485D-05, 0.5433D-05, 0.6579D-05, 0.7968D-05, # 0.9649D-05, 0.1168D-04, 0.1413D-04, 0.1709D-04, 0.2065D-04, # 0.2492D-04, 0.3002D-04, 0.3607D-04, 0.4320D-04, 0.5149D-04, # 0.6098D-04, 0.7165D-04, 0.8339D-04, 0.9600D-04, 0.1093D-03, # 0.1234D-03, 0.1383D-03, 0.1548D-03, 0.1737D-03, 0.1960D-03, # 0.2228D-03, 0.2547D-03, 0.2911D-03, 0.3297D-03, 0.3658D-03, # 0.3915D-03, 0.3972D-03, 0.3750D-03, 0.3241D-03, 0.2537D-03, # 0.1801D-03, 0.1181D-03, 0.7455D-04, 0.4790D-04, 0.3279D-04, # 0.2393D-04, 0.1820D-04, 0.1394D-04, 0.1061D-04, 0.7880D-05, # 0.5815D-05, 0.4149D-05, 0.2950D-05, 0.2084D-05, 0.1417D-05, # 0.1017D-05, 0.6842D-06, 0.2843D-06, 0.2844D-06, 0.2178D-06, # 0.1512D-06/ data (calcpts(j,39), j = 1,neta) /0.9721D-07, 0.1178D-06, # 0.1427D-06, 0.1729D-06, 0.2094D-06, 0.2537D-06, 0.3074D-06, # 0.3724D-06, 0.4511D-06, 0.5466D-06, 0.6623D-06, 0.8023D-06, # 0.9720D-06, 0.1178D-05, 0.1427D-05, 0.1728D-05, 0.2094D-05, # 0.2537D-05, 0.3073D-05, 0.3722D-05, 0.4507D-05, 0.5459D-05, # 0.6610D-05, 0.8000D-05, 0.9679D-05, 0.1170D-04, 0.1414D-04, # 0.1705D-04, 0.2054D-04, 0.2466D-04, 0.2951D-04, 0.3513D-04, # 0.4153D-04, 0.4867D-04, 0.5644D-04, 0.6466D-04, 0.7316D-04, # 0.8184D-04, 0.9078D-04, 0.1003D-03, 0.1108D-03, 0.1231D-03, # 0.1379D-03, 0.1558D-03, 0.1771D-03, 0.2016D-03, 0.2277D-03, # 0.2518D-03, 0.2689D-03, 0.2724D-03, 0.2567D-03, 0.2216D-03, # 0.1733D-03, 0.1230D-03, 0.8063D-04, 0.5093D-04, 0.3276D-04, # 0.2239D-04, 0.1640D-04, 0.1247D-04, 0.9535D-05, 0.7270D-05, # 0.5404D-05, 0.4005D-05, 0.2872D-05, 0.2072D-05, 0.1473D-05, # 0.1006D-05, 0.7395D-06, 0.4729D-06, 0.3396D-06, 0.2730D-06, # 0.2064D-06/ data (calcpts(j,40), j = 1,neta) /0.6647D-07, 0.8054D-07, # 0.9756D-07, 0.1182D-06, 0.1432D-06, 0.1735D-06, 0.2102D-06, # 0.2547D-06, 0.3085D-06, 0.3738D-06, 0.4529D-06, 0.5486D-06, # 0.6647D-06, 0.8053D-06, 0.9755D-06, 0.1182D-05, 0.1432D-05, # 0.1734D-05, 0.2101D-05, 0.2545D-05, 0.3082D-05, 0.3732D-05, # 0.4519D-05, 0.5470D-05, 0.6617D-05, 0.8001D-05, 0.9662D-05, # 0.1166D-04, 0.1403D-04, 0.1684D-04, 0.2014D-04, 0.2395D-04, # 0.2828D-04, 0.3308D-04, 0.3826D-04, 0.4367D-04, 0.4917D-04, # 0.5464D-04, 0.6008D-04, 0.6564D-04, 0.7160D-04, 0.7835D-04, # 0.8637D-04, 0.9616D-04, 0.1081D-03, 0.1225D-03, 0.1390D-03, # 0.1566D-03, 0.1729D-03, 0.1843D-03, 0.1864D-03, 0.1755D-03, # 0.1513D-03, 0.1183D-03, 0.8387D-04, 0.5499D-04, 0.3474D-04, # 0.2235D-04, 0.1530D-04, 0.1119D-04, 0.8507D-05, 0.6528D-05, # 0.4955D-05, 0.3703D-05, 0.2716D-05, 0.1963D-05, 0.1397D-05, # 0.9834D-06, 0.6902D-06, 0.4835D-06, 0.3369D-06, 0.2303D-06, # 0.1636D-06/ data (calcpts(j,41), j = 1,neta) /0.4540D-07, 0.5501D-07, # 0.6663D-07, 0.8073D-07, 0.9782D-07, 0.1185D-06, 0.1436D-06, # 0.1740D-06, 0.2107D-06, 0.2553D-06, 0.3093D-06, 0.3747D-06, # 0.4540D-06, 0.5501D-06, 0.6663D-06, 0.8072D-06, 0.9780D-06, # 0.1185D-05, 0.1435D-05, 0.1738D-05, 0.2105D-05, 0.2549D-05, # 0.3087D-05, 0.3736D-05, 0.4519D-05, 0.5464D-05, 0.6598D-05, # 0.7957D-05, 0.9578D-05, 0.1149D-04, 0.1374D-04, 0.1633D-04, # 0.1926D-04, 0.2250D-04, 0.2597D-04, 0.2956D-04, 0.3316D-04, # 0.3667D-04, 0.4005D-04, 0.4337D-04, 0.4679D-04, 0.5052D-04, # 0.5486D-04, 0.6013D-04, 0.6665D-04, 0.7469D-04, 0.8439D-04, # 0.9556D-04, 0.1074D-03, 0.1184D-03, 0.1261D-03, 0.1274D-03, # 0.1198D-03, 0.1033D-03, 0.8069D-04, 0.5719D-04, 0.3748D-04, # 0.2367D-04, 0.1524D-04, 0.1043D-04, 0.7626D-05, 0.5800D-05, # 0.4447D-05, 0.3374D-05, 0.2521D-05, 0.1848D-05, 0.1328D-05, # 0.9483D-06, 0.6683D-06, 0.4617D-06, 0.3217D-06, 0.2217D-06, # 0.1484D-06/ data (calcpts(j,42), j = 1,neta) /0.3100D-07, 0.3755D-07, # 0.4549D-07, 0.5512D-07, 0.6678D-07, 0.8090D-07, 0.9801D-07, # 0.1188D-06, 0.1439D-06, 0.1743D-06, 0.2112D-06, 0.2558D-06, # 0.3099D-06, 0.3755D-06, 0.4549D-06, 0.5511D-06, 0.6677D-06, # 0.8088D-06, 0.9797D-06, 0.1187D-05, 0.1437D-05, 0.1740D-05, # 0.2107D-05, 0.2550D-05, 0.3085D-05, 0.3729D-05, 0.4503D-05, # 0.5431D-05, 0.6536D-05, 0.7841D-05, 0.9368D-05, 0.1113D-04, # 0.1312D-04, 0.1531D-04, 0.1765D-04, 0.2005D-04, 0.2243D-04, # 0.2471D-04, 0.2685D-04, 0.2888D-04, 0.3088D-04, 0.3297D-04, # 0.3533D-04, 0.3814D-04, 0.4162D-04, 0.4599D-04, 0.5141D-04, # 0.5796D-04, 0.6552D-04, 0.7356D-04, 0.8100D-04, 0.8616D-04, # 0.8698D-04, 0.8179D-04, 0.7046D-04, 0.5502D-04, 0.3899D-04, # 0.2555D-04, 0.1615D-04, 0.1039D-04, 0.7120D-05, 0.5207D-05, # 0.3961D-05, 0.3035D-05, 0.2308D-05, 0.1722D-05, 0.1262D-05, # 0.9083D-06, 0.6484D-06, 0.4550D-06, 0.3217D-06, 0.2217D-06, # 0.1551D-06/ data (calcpts(j,43), j = 1,neta) /0.2115D-07, 0.2562D-07, # 0.3104D-07, 0.3760D-07, 0.4556D-07, 0.5520D-07, 0.6687D-07, # 0.8102D-07, 0.9814D-07, 0.1189D-06, 0.1441D-06, 0.1745D-06, # 0.2115D-06, 0.2562D-06, 0.3103D-06, 0.3760D-06, 0.4555D-06, # 0.5518D-06, 0.6684D-06, 0.8097D-06, 0.9804D-06, 0.1187D-05, # 0.1438D-05, 0.1740D-05, 0.2105D-05, 0.2544D-05, 0.3072D-05, # 0.3704D-05, 0.4457D-05, 0.5347D-05, 0.6387D-05, 0.7585D-05, # 0.8936D-05, 0.1042D-04, 0.1200D-04, 0.1362D-04, 0.1520D-04, # 0.1670D-04, 0.1808D-04, 0.1934D-04, 0.2054D-04, 0.2173D-04, # 0.2303D-04, 0.2453D-04, 0.2637D-04, 0.2869D-04, 0.3162D-04, # 0.3529D-04, 0.3972D-04, 0.4485D-04, 0.5030D-04, 0.5534D-04, # 0.5882D-04, 0.5935D-04, 0.5579D-04, 0.4805D-04, 0.3751D-04, # 0.2657D-04, 0.1742D-04, 0.1101D-04, 0.7086D-05, 0.4853D-05, # 0.3553D-05, 0.2700D-05, 0.2073D-05, 0.1573D-05, 0.1167D-05, # 0.8600D-06, 0.6200D-06, 0.4400D-06, 0.3134D-06, 0.2201D-06, # 0.1534D-06/ data (calcpts(j,44), j = 1,neta) /0.1442D-07, 0.1747D-07, # 0.2116D-07, 0.2564D-07, 0.3107D-07, 0.3764D-07, 0.4560D-07, # 0.5525D-07, 0.6692D-07, 0.8108D-07, 0.9824D-07, 0.1190D-06, # 0.1442D-06, 0.1747D-06, 0.2116D-06, 0.2564D-06, 0.3106D-06, # 0.3763D-06, 0.4558D-06, 0.5521D-06, 0.6685D-06, 0.8096D-06, # 0.9802D-06, 0.1186D-05, 0.1435D-05, 0.1735D-05, 0.2094D-05, # 0.2525D-05, 0.3039D-05, 0.3645D-05, 0.4353D-05, 0.5168D-05, # 0.6086D-05, 0.7095D-05, 0.8165D-05, 0.9254D-05, 0.1032D-04, # 0.1131D-04, 0.1221D-04, 0.1301D-04, 0.1374D-04, 0.1444D-04, # 0.1516D-04, 0.1597D-04, 0.1694D-04, 0.1816D-04, 0.1971D-04, # 0.2169D-04, 0.2416D-04, 0.2718D-04, 0.3065D-04, 0.3435D-04, # 0.3778D-04, 0.4014D-04, 0.4048D-04, 0.3803D-04, 0.3275D-04, # 0.2556D-04, 0.1811D-04, 0.1187D-04, 0.7499D-05, 0.4826D-05, # 0.3306D-05, 0.2419D-05, 0.1840D-05, 0.1413D-05, 0.1073D-05, # 0.7996D-06, 0.5863D-06, 0.4197D-06, 0.2997D-06, 0.2130D-06, # 0.1463D-06/ data (calcpts(j,45), j = 1,neta) /0.9834D-08, 0.1192D-07, # 0.1443D-07, 0.1749D-07, 0.2119D-07, 0.2567D-07, 0.3110D-07, # 0.3768D-07, 0.4564D-07, 0.5530D-07, 0.6700D-07, 0.8117D-07, # 0.9834D-07, 0.1191D-06, 0.1443D-06, 0.1748D-06, 0.2118D-06, # 0.2566D-06, 0.3108D-06, 0.3765D-06, 0.4559D-06, 0.5521D-06, # 0.6685D-06, 0.8090D-06, 0.9786D-06, 0.1183D-05, 0.1428D-05, # 0.1722D-05, 0.2072D-05, 0.2485D-05, 0.2968D-05, 0.3523D-05, # 0.4148D-05, 0.4833D-05, 0.5559D-05, 0.6296D-05, 0.7012D-05, # 0.7676D-05, 0.8269D-05, 0.8788D-05, 0.9244D-05, 0.9661D-05, # 0.1007D-04, 0.1051D-04, 0.1102D-04, 0.1166D-04, 0.1247D-04, # 0.1351D-04, 0.1485D-04, 0.1653D-04, 0.1857D-04, 0.2094D-04, # 0.2345D-04, 0.2578D-04, 0.2738D-04, 0.2760D-04, 0.2593D-04, # 0.2233D-04, 0.1743D-04, 0.1234D-04, 0.8090D-05, 0.5112D-05, # 0.3293D-05, 0.2254D-05, 0.1654D-05, 0.1254D-05, 0.9610D-06, # 0.7277D-06, 0.5477D-06, 0.4011D-06, 0.2877D-06, 0.2077D-06, # 0.1477D-06/ data (calcpts(j,46), j = 1,neta) /0.6703D-08, 0.8121D-08, # 0.9837D-08, 0.1192D-07, 0.1444D-07, 0.1750D-07, 0.2120D-07, # 0.2568D-07, 0.3111D-07, 0.3769D-07, 0.4567D-07, 0.5532D-07, # 0.6702D-07, 0.8121D-07, 0.9836D-07, 0.1192D-06, 0.1444D-06, # 0.1749D-06, 0.2119D-06, 0.2566D-06, 0.3108D-06, 0.3763D-06, # 0.4556D-06, 0.5514D-06, 0.6670D-06, 0.8063D-06, 0.9734D-06, # 0.1174D-05, 0.1412D-05, 0.1694D-05, 0.2022D-05, 0.2400D-05, # 0.2825D-05, 0.3292D-05, 0.3785D-05, 0.4284D-05, 0.4768D-05, # 0.5214D-05, 0.5608D-05, 0.5947D-05, 0.6237D-05, 0.6492D-05, # 0.6730D-05, 0.6974D-05, 0.7248D-05, 0.7579D-05, 0.7998D-05, # 0.8541D-05, 0.9245D-05, 0.1015D-04, 0.1129D-04, 0.1268D-04, # 0.1429D-04, 0.1600D-04, 0.1758D-04, 0.1867D-04, 0.1881D-04, # 0.1768D-04, 0.1522D-04, 0.1187D-04, 0.8410D-05, 0.5511D-05, # 0.3483D-05, 0.2243D-05, 0.1537D-05, 0.1125D-05, 0.8554D-06, # 0.6561D-06, 0.4988D-06, 0.3721D-06, 0.2728D-06, 0.1974D-06, # 0.1408D-06/ data (calcpts(j,47), j = 1,neta) /0.4567D-08, 0.5534D-08, # 0.6703D-08, 0.8122D-08, 0.9841D-08, 0.1192D-07, 0.1444D-07, # 0.1750D-07, 0.2120D-07, 0.2568D-07, 0.3112D-07, 0.3770D-07, # 0.4567D-07, 0.5534D-07, 0.6703D-07, 0.8121D-07, 0.9838D-07, # 0.1192D-06, 0.1444D-06, 0.1749D-06, 0.2118D-06, 0.2564D-06, # 0.3105D-06, 0.3757D-06, 0.4545D-06, 0.5494D-06, 0.6633D-06, # 0.7997D-06, 0.9622D-06, 0.1154D-05, 0.1378D-05, 0.1635D-05, # 0.1925D-05, 0.2242D-05, 0.2577D-05, 0.2916D-05, 0.3243D-05, # 0.3544D-05, 0.3808D-05, 0.4032D-05, 0.4219D-05, 0.4378D-05, # 0.4520D-05, 0.4658D-05, 0.4807D-05, 0.4980D-05, 0.5197D-05, # 0.5476D-05, 0.5841D-05, 0.6317D-05, 0.6932D-05, 0.7708D-05, # 0.8653D-05, 0.9745D-05, 0.1091D-04, 0.1199D-04, 0.1273D-04, # 0.1283D-04, 0.1205D-04, 0.1037D-04, 0.8089D-05, 0.5729D-05, # 0.3755D-05, 0.2372D-05, 0.1527D-05, 0.1047D-05, 0.7661D-06, # 0.5821D-06, 0.4461D-06, 0.3387D-06, 0.2527D-06, 0.1854D-06, # 0.1334D-06/ data (calcpts(j,48), j = 1,neta) /0.3113D-08, 0.3771D-08, # 0.4568D-08, 0.5535D-08, 0.6707D-08, 0.8125D-08, 0.9843D-08, # 0.1193D-07, 0.1445D-07, 0.1750D-07, 0.2121D-07, 0.2569D-07, # 0.3113D-07, 0.3771D-07, 0.4568D-07, 0.5534D-07, 0.6705D-07, # 0.8122D-07, 0.9839D-07, 0.1192D-06, 0.1443D-06, 0.1748D-06, # 0.2116D-06, 0.2561D-06, 0.3097D-06, 0.3744D-06, 0.4520D-06, # 0.5450D-06, 0.6557D-06, 0.7863D-06, 0.9388D-06, 0.1114D-05, # 0.1311D-05, 0.1527D-05, 0.1755D-05, 0.1986D-05, 0.2208D-05, # 0.2411D-05, 0.2588D-05, 0.2738D-05, 0.2860D-05, 0.2962D-05, # 0.3048D-05, 0.3128D-05, 0.3210D-05, 0.3302D-05, 0.3414D-05, # 0.3557D-05, 0.3744D-05, 0.3991D-05, 0.4314D-05, 0.4731D-05, # 0.5259D-05, 0.5902D-05, 0.6646D-05, 0.7437D-05, 0.8169D-05, # 0.8672D-05, 0.8739D-05, 0.8207D-05, 0.7063D-05, 0.5512D-05, # 0.3904D-05, 0.2558D-05, 0.1616D-05, 0.1041D-05, 0.7134D-06, # 0.5221D-06, 0.3968D-06, 0.3048D-06, 0.2315D-06, 0.1728D-06, # 0.1261D-06/ data (calcpts(j,49), j = 1,neta) /0.2121D-08, 0.2570D-08, # 0.3113D-08, 0.3772D-08, 0.4570D-08, 0.5536D-08, 0.6708D-08, # 0.8127D-08, 0.9844D-08, 0.1193D-07, 0.1445D-07, 0.1751D-07, # 0.2121D-07, 0.2570D-07, 0.3113D-07, 0.3771D-07, 0.4569D-07, # 0.5535D-07, 0.6704D-07, 0.8121D-07, 0.9834D-07, 0.1191D-06, # 0.1442D-06, 0.1745D-06, 0.2111D-06, 0.2551D-06, 0.3080D-06, # 0.3714D-06, 0.4468D-06, 0.5358D-06, 0.6397D-06, 0.7591D-06, # 0.8934D-06, 0.1040D-05, 0.1195D-05, 0.1352D-05, 0.1503D-05, # 0.1641D-05, 0.1761D-05, 0.1861D-05, 0.1942D-05, 0.2007D-05, # 0.2061D-05, 0.2109D-05, 0.2155D-05, 0.2205D-05, 0.2263D-05, # 0.2336D-05, 0.2431D-05, 0.2557D-05, 0.2724D-05, 0.2944D-05, # 0.3228D-05, 0.3586D-05, 0.4024D-05, 0.4530D-05, 0.5069D-05, # 0.5567D-05, 0.5910D-05, 0.5955D-05, 0.5592D-05, 0.4813D-05, # 0.3756D-05, 0.2660D-05, 0.1743D-05, 0.1101D-05, 0.7091D-06, # 0.4858D-06, 0.3558D-06, 0.2705D-06, 0.2078D-06, 0.1578D-06, # 0.1178D-06/ data (dlaeta(j), j = 1,neta) / # -6d0, -5.83333333d0, -5.66666667d0, -5.5d0, -5.33333333d0, # -5.16666667d0, -5d0, -4.83333333d0, -4.66666667d0, -4.5d0, # -4.33333333d0, -4.16666667d0, -4d0, -3.83333333d0, # -3.66666667d0, -3.5d0, -3.33333333d0, -3.16666667d0, -3d0, # -2.83333333d0, -2.66666667d0, -2.5d0, -2.33333333d0, # -2.16666667d0, -2d0, -1.83333333d0, -1.66666667d0, -1.5d0, # -1.33333333d0, -1.16666667d0, -1d0, -0.83333333d0, -0.66666667d0, # -0.5d0, -0.33333333d0, -0.16666667d0, 0d0, 0.16666667d0, # 0.33333333d0, 0.5d0, 0.66666667d0, 0.83333333d0, 1d0, # 1.16666667d0, 1.33333333d0, 1.5d0, 1.66666667d0, 1.83333333d0, # 2d0, 2.16666667d0, 2.33333333d0, 2.5d0, 2.66666667d0, # 2.83333333d0, 3d0, 3.16666667d0, 3.33333333d0, 3.5d0, # 3.66666667d0, 3.83333333d0, 4d0, 4.16666667d0, 4.33333333d0, # 4.5d0, 4.66666667d0, 4.83333333d0, 5d0, 5.16666667d0, # 5.33333333d0, 5.5d0, 5.66666667d0, 5.83333333d0, 6d0/ data (dlaxi(j), j = 1,nxi) / # -3d0, -2.83333333d0, -2.66666667d0, -2.5d0, -2.33333333d0, # -2.16666667d0, -2d0, -1.83333333d0, -1.66666667d0, -1.5d0, # -1.33333333d0, -1.16666667d0, -1d0, -0.83333333d0, -0.66666667d0, # -0.5d0, -0.33333333d0, -0.16666667d0, 0d0, 0.16666667d0, # 0.33333333d0, 0.5d0, 0.66666667d0, 0.83333333d0, 1d0, # 1.16666667d0, 1.33333333d0, 1.5d0, 1.66666667d0, 1.83333333d0, # 2d0, 2.16666667d0, 2.33333333d0, 2.5d0, 2.66666667d0, # 2.83333333d0, 3d0, 3.16666667d0, 3.33333333d0, 3.5d0, # 3.66666667d0, 3.83333333d0, 4d0, 4.16666667d0, 4.33333333d0, # 4.5d0, 4.66666667d0, 4.83333333d0, 5d0/ dleta = dlog10(eta) dlxi = dlog10(xi) if (dlxi .le. dlaxi(1)) dlxi = dlaxi(1) if (dlxi .ge. dlaxi(nxi)) dlxi = dlaxi(nxi) if (dleta .ge. dlaeta(neta)) dleta = dlaeta(neta) if (dleta .le. dlaeta(1)) dleta = dlaeta(1) call locat(dlaeta,neta, dleta, ieta) call locat(dlaxi, nxi, dlxi, ixi) c interpolating between the appropriate points delxi = 1d0/6d0 deleta = 1d0/6d0 c lagrange 3-pt. if (ixi .le. 2) ixi = 2 if (ixi .ge. 48) ixi = 48 if (ieta .le. 2) ieta = 2 if (ixi .ge. 72) ieta = 72 pxi = (dlxi - dlaxi(ixi))/delxi f(-1) = pxi*(pxi-1d0)/2d0*calcpts(ieta-1,ixi-1) + # (1d0 - pxi**2)*calcpts(ieta-1,ixi) + # pxi*(pxi+1d0)/2d0*calcpts(ieta-1,ixi+1) f(0) = pxi*(pxi-1d0)/2d0*calcpts(ieta,ixi-1) + # (1d0 - pxi**2)*calcpts(ieta,ixi) + # pxi*(pxi+1d0)/2d0*calcpts(ieta,ixi+1) f(1) = pxi*(pxi-1d0)/2d0*calcpts(ieta+1,ixi-1) + # (1d0 - pxi**2)*calcpts(ieta+1,ixi) + # pxi*(pxi+1d0)/2d0*calcpts(ieta+1,ixi+1) peta = (dleta - dlaeta(ieta))/deleta xsclba = peta*(peta-1d0)/2d0*f(-1) + # (1d0 - peta**2)*f(0) + # peta*(peta+1d0)/2d0*f(1) return end c the subtracted term from eq (26) of PLB347 (1995) 143 - 151 c transverse light quark initiated piece c prop. to e_H^2 subroutine schqt(eta, xi, xschqt) implicit none integer neta, nxi parameter (neta = 73, nxi = 49) real*8 calcpts(neta, nxi), dlaeta(neta), dlaxi(nxi) real*8 eta, xi, dleta, dlxi, xschqt real*8 pxi, peta, f(-1:1), delxi, deleta integer ieta, ixi, j data (calcpts(j, 1), j = 1,neta) /-.9757D-09, -.1701D-08, # -.2961D-08, -.5155D-08, -.8967D-08, -.1559D-07, -.2708D-07, # -.4703D-07, -.8158D-07, -.1415D-06, -.2452D-06, -.4245D-06, # -.7345D-06, -.1270D-05, -.2194D-05, -.3787D-05, -.6531D-05, # -.1125D-04, -.1936D-04, -.3327D-04, -.5709D-04, -.9784D-04, # -.1674D-03, -.2859D-03, -.4868D-03, -.8266D-03, -.1398D-02, # -.2352D-02, -.3932D-02, -.6512D-02, -.1065D-01, -.1711D-01, # -.2682D-01, -.4073D-01, -.5935D-01, -.8225D-01, -.1077D+00, # -.1325D+00, -.1534D+00, -.1673D+00, -.1729D+00, -.1704D+00, # -.1612D+00, -.1472D+00, -.1307D+00, -.1132D+00, -.9612D-01, # -.8027D-01, -.6602D-01, -.5365D-01, -.4317D-01, -.3440D-01, # -.2727D-01, -.2137D-01, -.1673D-01, -.1295D-01, -.1003D-01, # -.7682D-02, -.5769D-02, -.4444D-02, -.3410D-02, -.2522D-02, # -.1930D-02, -.1485D-02, -.1039D-02, -.7414D-03, -.5931D-03, # -.4443D-03, -.2950D-03, -.2956D-03, -.1459D-03, -.1462D-03, # -.1464D-03/ data (calcpts(j, 2), j = 1,neta) /-.9756D-09, -.1701D-08, # -.2961D-08, -.5155D-08, -.8966D-08, -.1559D-07, -.2708D-07, # -.4701D-07, -.8156D-07, -.1415D-06, -.2452D-06, -.4245D-06, # -.7345D-06, -.1270D-05, -.2194D-05, -.3786D-05, -.6529D-05, # -.1125D-04, -.1936D-04, -.3327D-04, -.5708D-04, -.9783D-04, # -.1674D-03, -.2857D-03, -.4866D-03, -.8264D-03, -.1397D-02, # -.2352D-02, -.3932D-02, -.6511D-02, -.1065D-01, -.1711D-01, # -.2682D-01, -.4073D-01, -.5935D-01, -.8225D-01, -.1076D+00, # -.1325D+00, -.1534D+00, -.1673D+00, -.1729D+00, -.1704D+00, # -.1612D+00, -.1472D+00, -.1307D+00, -.1132D+00, -.9610D-01, # -.8026D-01, -.6600D-01, -.5363D-01, -.4316D-01, -.3439D-01, # -.2725D-01, -.2135D-01, -.1672D-01, -.1293D-01, -.1001D-01, # -.7667D-02, -.5903D-02, -.4428D-02, -.3395D-02, -.2507D-02, # -.1914D-02, -.1470D-02, -.1023D-02, -.8760D-03, -.5777D-03, # -.4288D-03, -.2796D-03, -.2801D-03, -.1305D-03, -.1308D-03, # -.1309D-03/ data (calcpts(j, 3), j = 1,neta) /-.9753D-09, -.1700D-08, # -.2960D-08, -.5153D-08, -.8964D-08, -.1558D-07, -.2707D-07, # -.4701D-07, -.8154D-07, -.1414D-06, -.2450D-06, -.4243D-06, # -.7343D-06, -.1270D-05, -.2193D-05, -.3785D-05, -.6528D-05, # -.1124D-04, -.1935D-04, -.3325D-04, -.5708D-04, -.9781D-04, # -.1673D-03, -.2857D-03, -.4866D-03, -.8262D-03, -.1397D-02, # -.2351D-02, -.3931D-02, -.6510D-02, -.1064D-01, -.1710D-01, # -.2681D-01, -.4072D-01, -.5934D-01, -.8223D-01, -.1076D+00, # -.1325D+00, -.1533D+00, -.1673D+00, -.1729D+00, -.1704D+00, # -.1612D+00, -.1472D+00, -.1307D+00, -.1132D+00, -.9611D-01, # -.8024D-01, -.6598D-01, -.5376D-01, -.4314D-01, -.3437D-01, # -.2723D-01, -.2133D-01, -.1670D-01, -.1291D-01, -.9990D-02, # -.7644D-02, -.5881D-02, -.4405D-02, -.3372D-02, -.2484D-02, # -.1892D-02, -.1447D-02, -.1001D-02, -.8533D-03, -.5550D-03, # -.4062D-03, -.2570D-03, -.2575D-03, -.1079D-03, -.1081D-03, # -.1083D-03/ data (calcpts(j, 4), j = 1,neta) /-.9749D-09, -.1699D-08, # -.2960D-08, -.5150D-08, -.8961D-08, -.1558D-07, -.2706D-07, # -.4698D-07, -.8151D-07, -.1414D-06, -.2450D-06, -.4241D-06, # -.7340D-06, -.1269D-05, -.2192D-05, -.3785D-05, -.6526D-05, # -.1124D-04, -.1934D-04, -.3325D-04, -.5704D-04, -.9777D-04, # -.1673D-03, -.2855D-03, -.4864D-03, -.8260D-03, -.1397D-02, # -.2351D-02, -.3930D-02, -.6508D-02, -.1064D-01, -.1710D-01, # -.2680D-01, -.4071D-01, -.5932D-01, -.8222D-01, -.1076D+00, # -.1325D+00, -.1533D+00, -.1673D+00, -.1729D+00, -.1704D+00, # -.1611D+00, -.1472D+00, -.1306D+00, -.1132D+00, -.9609D-01, # 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-.2368D-03, -.1828D-03, -.1408D-03, -.1063D-03, -.8082D-04, # -.6132D-04/ data (calcpts(j,41), j = 1,neta) /-.2059D-11, -.3662D-11, # -.6509D-11, -.1158D-10, -.2059D-10, -.3661D-10, -.6510D-10, # -.1158D-09, -.2058D-09, -.3660D-09, -.6511D-09, -.1158D-08, # -.2058D-08, -.3661D-08, -.6506D-08, -.1157D-07, -.2057D-07, # -.3657D-07, -.6500D-07, -.1155D-06, -.2051D-06, -.3643D-06, # -.6465D-06, -.1146D-05, -.2028D-05, -.3582D-05, -.6303D-05, # -.1105D-04, -.1923D-04, -.3316D-04, -.5642D-04, -.9427D-04, # -.1536D-03, -.2424D-03, -.3674D-03, -.5310D-03, -.7278D-03, # -.9443D-03, -.1162D-02, -.1363D-02, -.1536D-02, -.1676D-02, # -.1784D-02, -.1864D-02, -.1922D-02, -.1962D-02, -.1988D-02, # -.2004D-02, -.2011D-02, -.2008D-02, -.1996D-02, -.1974D-02, # -.1940D-02, -.1891D-02, -.1825D-02, -.1736D-02, -.1622D-02, # -.1484D-02, -.1327D-02, -.1160D-02, -.9928D-03, -.8341D-03, # -.6894D-03, -.5615D-03, -.4517D-03, -.3587D-03, -.2823D-03, # -.2208D-03, -.1713D-03, -.1323D-03, -.1008D-03, -.7679D-04, # -.5729D-04/ data (calcpts(j,42), j = 1,neta) /-.1520D-11, -.2703D-11, # -.4804D-11, -.8545D-11, -.1520D-10, -.2702D-10, -.4806D-10, # -.8547D-10, -.1519D-09, -.2702D-09, -.4806D-09, -.8545D-09, # -.1519D-08, -.2702D-08, -.4802D-08, -.8540D-08, -.1519D-07, # -.2700D-07, -.4798D-07, -.8528D-07, -.1514D-06, -.2689D-06, # -.4773D-06, -.8459D-06, -.1497D-05, -.2644D-05, -.4653D-05, # -.8154D-05, -.1420D-04, -.2448D-04, -.4165D-04, -.6959D-04, # -.1134D-03, -.1789D-03, -.2712D-03, -.3920D-03, -.5372D-03, # -.6971D-03, -.8576D-03, -.1006D-02, -.1134D-02, -.1237D-02, # -.1317D-02, -.1376D-02, -.1419D-02, -.1449D-02, -.1469D-02, # -.1482D-02, -.1489D-02, -.1490D-02, -.1485D-02, -.1474D-02, # -.1455D-02, -.1428D-02, -.1391D-02, -.1340D-02, -.1274D-02, # -.1189D-02, -.1086D-02, -.9692D-03, -.8460D-03, -.7231D-03, # -.6067D-03, -.5007D-03, -.4073D-03, -.3272D-03, -.2599D-03, # -.2045D-03, -.1595D-03, -.1234D-03, -.9489D-04, -.7254D-04, # -.5514D-04/ data (calcpts(j,43), j = 1,neta) /-.1118D-11, -.1989D-11, # -.3535D-11, -.6287D-11, -.1118D-10, -.1988D-10, -.3536D-10, # -.6289D-10, -.1118D-09, -.1988D-09, -.3536D-09, -.6287D-09, # -.1118D-08, -.1988D-08, -.3534D-08, -.6284D-08, -.1118D-07, # -.1986D-07, -.3531D-07, -.6275D-07, -.1114D-06, -.1979D-06, # -.3512D-06, -.6224D-06, -.1102D-05, -.1946D-05, -.3424D-05, # -.6000D-05, -.1045D-04, -.1801D-04, -.3065D-04, -.5121D-04, # -.8342D-04, -.1317D-03, -.1996D-03, -.2884D-03, -.3953D-03, # -.5129D-03, -.6310D-03, -.7404D-03, -.8344D-03, -.9105D-03, # -.9691D-03, -.1013D-02, -.1044D-02, -.1066D-02, -.1082D-02, # -.1092D-02, -.1097D-02, -.1100D-02, -.1098D-02, -.1093D-02, # -.1084D-02, -.1069D-02, -.1048D-02, -.1020D-02, -.9815D-03, # -.9317D-03, -.8684D-03, -.7922D-03, -.7063D-03, -.6156D-03, # -.5255D-03, -.4402D-03, -.3628D-03, -.2947D-03, -.2365D-03, # -.1876D-03, -.1474D-03, -.1149D-03, -.8879D-04, -.6824D-04, # -.5204D-04/ data (calcpts(j,44), j = 1,neta) /-.8203D-12, -.1459D-11, # -.2593D-11, -.4612D-11, -.8204D-11, -.1459D-10, -.2594D-10, # -.4614D-10, -.8200D-10, -.1458D-09, -.2594D-09, -.4613D-09, # -.8202D-09, -.1459D-08, -.2592D-08, -.4610D-08, -.8198D-08, # -.1457D-07, -.2590D-07, -.4604D-07, -.8174D-07, -.1452D-06, # -.2576D-06, -.4566D-06, -.8081D-06, -.1427D-05, -.2512D-05, # -.4402D-05, -.7664D-05, -.1321D-04, -.2248D-04, -.3757D-04, # -.6120D-04, -.9659D-04, -.1464D-03, -.2116D-03, -.2900D-03, # -.3763D-03, -.4630D-03, -.5432D-03, -.6122D-03, -.6679D-03, # -.7110D-03, -.7430D-03, -.7662D-03, -.7826D-03, -.7939D-03, # -.8015D-03, -.8062D-03, -.8086D-03, -.8088D-03, -.8068D-03, # -.8022D-03, -.7944D-03, -.7828D-03, -.7667D-03, -.7451D-03, # -.7161D-03, -.6790D-03, -.6323D-03, -.5761D-03, -.5130D-03, # -.4466D-03, -.3806D-03, -.3185D-03, -.2621D-03, -.2128D-03, # -.1705D-03, -.1351D-03, -.1060D-03, -.8242D-04, -.6367D-04, # -.4882D-04/ data (calcpts(j,45), j = 1,neta) /-.6004D-12, -.1068D-11, # -.1898D-11, -.3376D-11, -.6005D-11, -.1068D-10, -.1899D-10, # -.3377D-10, -.6002D-10, -.1068D-09, -.1899D-09, -.3376D-09, # -.6003D-09, -.1068D-08, -.1897D-08, -.3374D-08, -.6001D-08, # -.1067D-07, -.1896D-07, -.3370D-07, -.5983D-07, -.1062D-06, # -.1886D-06, -.3342D-06, -.5915D-06, -.1045D-05, -.1838D-05, # -.3222D-05, -.5610D-05, -.9672D-05, -.1646D-04, -.2750D-04, # -.4479D-04, -.7070D-04, -.1072D-03, -.1549D-03, -.2123D-03, # -.2754D-03, -.3389D-03, -.3976D-03, -.4481D-03, -.4889D-03, # -.5204D-03, -.5439D-03, -.5608D-03, -.5729D-03, -.5812D-03, # -.5869D-03, -.5906D-03, -.5927D-03, -.5935D-03, -.5929D-03, # -.5908D-03, -.5869D-03, -.5807D-03, -.5718D-03, -.5596D-03, # -.5434D-03, -.5222D-03, -.4948D-03, -.4602D-03, -.4188D-03, # -.3725D-03, -.3239D-03, -.2758D-03, -.2305D-03, -.1895D-03, # -.1537D-03, -.1229D-03, -.9744D-04, -.7629D-04, -.5934D-04, # -.4584D-04/ data (calcpts(j,46), j = 1,neta) /-.4382D-12, -.7794D-12, # -.1385D-11, -.2464D-11, -.4383D-11, -.7793D-11, -.1386D-10, # -.2465D-10, -.4381D-10, -.7791D-10, -.1386D-09, -.2464D-09, # -.4381D-09, -.7792D-09, -.1385D-08, -.2463D-08, -.4380D-08, # -.7785D-08, -.1384D-07, -.2459D-07, -.4367D-07, -.7755D-07, # -.1376D-06, -.2439D-06, -.4317D-06, -.7625D-06, -.1342D-05, # -.2351D-05, -.4094D-05, -.7059D-05, -.1201D-04, -.2007D-04, # -.3269D-04, -.5160D-04, -.7822D-04, -.1130D-03, -.1549D-03, # -.2010D-03, -.2473D-03, -.2902D-03, -.3270D-03, -.3568D-03, # -.3798D-03, -.3969D-03, -.4093D-03, -.4181D-03, -.4243D-03, # -.4285D-03, -.4313D-03, -.4330D-03, -.4338D-03, -.4339D-03, # -.4331D-03, -.4312D-03, -.4281D-03, -.4233D-03, -.4165D-03, # -.4073D-03, -.3952D-03, -.3795D-03, -.3590D-03, -.3339D-03, # -.3036D-03, -.2697D-03, -.2342D-03, -.1992D-03, -.1662D-03, # -.1365D-03, -.1106D-03, -.8839D-04, -.6994D-04, -.5479D-04, # -.4249D-04/ data (calcpts(j,47), j = 1,neta) /-.3191D-12, -.5675D-12, # -.1009D-11, -.1794D-11, -.3191D-11, -.5674D-11, -.1009D-10, # -.1795D-10, -.3190D-10, -.5673D-10, -.1009D-09, -.1794D-09, # -.3190D-09, -.5674D-09, -.1008D-08, -.1793D-08, -.3189D-08, # -.5668D-08, -.1007D-07, -.1791D-07, -.3179D-07, -.5646D-07, # -.1002D-06, -.1776D-06, -.3143D-06, -.5552D-06, -.9769D-06, # -.1712D-05, -.2981D-05, -.5140D-05, -.8745D-05, -.1461D-04, # -.2380D-04, -.3757D-04, -.5695D-04, -.8230D-04, -.1128D-03, # -.1464D-03, -.1801D-03, -.2113D-03, -.2381D-03, -.2598D-03, # -.2765D-03, -.2890D-03, -.2980D-03, -.3045D-03, -.3090D-03, # -.3120D-03, -.3141D-03, -.3155D-03, -.3162D-03, -.3165D-03, # -.3162D-03, -.3154D-03, -.3139D-03, -.3114D-03, -.3077D-03, # -.3026D-03, -.2957D-03, -.2868D-03, -.2752D-03, -.2603D-03, # -.2417D-03, -.2195D-03, -.1948D-03, -.1690D-03, -.1435D-03, # -.1197D-03, -.9825D-04, -.7935D-04, -.6345D-04, -.5010D-04, # -.3915D-04/ data (calcpts(j,48), j = 1,neta) /-.2319D-12, -.4124D-12, # -.7330D-12, -.1304D-11, -.2319D-11, -.4123D-11, -.7332D-11, # -.1304D-10, -.2318D-10, -.4122D-10, -.7332D-10, -.1304D-09, # -.2318D-09, -.4123D-09, -.7327D-09, -.1303D-08, -.2317D-08, # -.4119D-08, -.7321D-08, -.1301D-07, -.2310D-07, -.4103D-07, # -.7282D-07, -.1291D-06, -.2284D-06, -.4035D-06, -.7099D-06, # -.1244D-05, -.2166D-05, -.3735D-05, -.6355D-05, -.1062D-04, # -.1730D-04, -.2730D-04, -.4139D-04, -.5981D-04, -.8197D-04, # -.1064D-03, -.1309D-03, -.1535D-03, -.1730D-03, -.1888D-03, # -.2010D-03, -.2100D-03, -.2166D-03, -.2213D-03, -.2245D-03, # -.2268D-03, -.2283D-03, -.2293D-03, -.2300D-03, -.2303D-03, # -.2303D-03, -.2299D-03, -.2292D-03, -.2280D-03, -.2261D-03, # -.2233D-03, -.2195D-03, -.2143D-03, -.2077D-03, -.1992D-03, # -.1883D-03, -.1747D-03, -.1585D-03, -.1406D-03, -.1218D-03, # -.1034D-03, -.8612D-04, -.7060D-04, -.5695D-04, -.4555D-04, # -.3595D-04/ data (calcpts(j,49), j = 1,neta) /-.1681D-12, -.2990D-12, # -.5315D-12, -.9453D-12, -.1681D-11, -.2990D-11, -.5317D-11, # -.9456D-11, -.1681D-10, -.2989D-10, -.5317D-10, -.9454D-10, # -.1681D-09, -.2990D-09, -.5313D-09, -.9449D-09, -.1680D-08, # -.2987D-08, -.5309D-08, -.9436D-08, -.1675D-07, -.2975D-07, # -.5281D-07, -.9359D-07, -.1656D-06, -.2926D-06, -.5148D-06, # -.9022D-06, -.1571D-05, -.2708D-05, -.4608D-05, -.7700D-05, # -.1254D-04, -.1980D-04, -.3001D-04, -.4337D-04, -.5944D-04, # -.7713D-04, -.9489D-04, -.1113D-03, -.1255D-03, -.1369D-03, # -.1457D-03, -.1523D-03, -.1571D-03, -.1604D-03, -.1628D-03, # -.1645D-03, -.1656D-03, -.1663D-03, -.1668D-03, -.1671D-03, # -.1672D-03, -.1671D-03, -.1668D-03, -.1662D-03, -.1652D-03, # -.1638D-03, -.1617D-03, -.1588D-03, -.1550D-03, -.1502D-03, # -.1439D-03, -.1359D-03, -.1260D-03, -.1143D-03, -.1012D-03, # -.8765D-04, -.7430D-04, -.6185D-04, -.5062D-04, -.4087D-04, # -.3257D-04/ data (dlaeta(j), j = 1,neta) / # -6d0, -5.83333333d0, -5.66666667d0, -5.5d0, -5.33333333d0, # -5.16666667d0, -5d0, -4.83333333d0, -4.66666667d0, -4.5d0, # -4.33333333d0, -4.16666667d0, -4d0, -3.83333333d0, # -3.66666667d0, -3.5d0, -3.33333333d0, -3.16666667d0, -3d0, # -2.83333333d0, -2.66666667d0, -2.5d0, -2.33333333d0, # -2.16666667d0, -2d0, -1.83333333d0, -1.66666667d0, -1.5d0, # -1.33333333d0, -1.16666667d0, -1d0, -0.83333333d0, -0.66666667d0, # -0.5d0, -0.33333333d0, -0.16666667d0, 0d0, 0.16666667d0, # 0.33333333d0, 0.5d0, 0.66666667d0, 0.83333333d0, 1d0, # 1.16666667d0, 1.33333333d0, 1.5d0, 1.66666667d0, 1.83333333d0, # 2d0, 2.16666667d0, 2.33333333d0, 2.5d0, 2.66666667d0, # 2.83333333d0, 3d0, 3.16666667d0, 3.33333333d0, 3.5d0, # 3.66666667d0, 3.83333333d0, 4d0, 4.16666667d0, 4.33333333d0, # 4.5d0, 4.66666667d0, 4.83333333d0, 5d0, 5.16666667d0, # 5.33333333d0, 5.5d0, 5.66666667d0, 5.83333333d0, 6d0/ data (dlaxi(j), j = 1,nxi) / # -3d0, -2.83333333d0, -2.66666667d0, -2.5d0, -2.33333333d0, # -2.16666667d0, -2d0, -1.83333333d0, -1.66666667d0, -1.5d0, # -1.33333333d0, -1.16666667d0, -1d0, -0.83333333d0, -0.66666667d0, # -0.5d0, -0.33333333d0, -0.16666667d0, 0d0, 0.16666667d0, # 0.33333333d0, 0.5d0, 0.66666667d0, 0.83333333d0, 1d0, # 1.16666667d0, 1.33333333d0, 1.5d0, 1.66666667d0, 1.83333333d0, # 2d0, 2.16666667d0, 2.33333333d0, 2.5d0, 2.66666667d0, # 2.83333333d0, 3d0, 3.16666667d0, 3.33333333d0, 3.5d0, # 3.66666667d0, 3.83333333d0, 4d0, 4.16666667d0, 4.33333333d0, # 4.5d0, 4.66666667d0, 4.83333333d0, 5d0/ dleta = dlog10(eta) dlxi = dlog10(xi) if (dlxi .le. dlaxi(1)) dlxi = dlaxi(1) if (dlxi .ge. dlaxi(nxi)) dlxi = dlaxi(nxi) if (dleta .ge. dlaeta(neta)) dleta = dlaeta(neta) if (dleta .le. dlaeta(1)) dleta = dlaeta(1) call locat(dlaeta,neta, dleta, ieta) call locat(dlaxi, nxi, dlxi, ixi) c interpolating between the appropriate points delxi = 1d0/6d0 deleta = 1d0/6d0 c lagrange 3-pt. if (ixi .le. 2) ixi = 2 if (ixi .ge. 48) ixi = 48 if (ieta .le. 2) ieta = 2 if (ieta .ge. 72) ieta = 72 pxi = (dlxi - dlaxi(ixi))/delxi f(-1) = pxi*(pxi-1d0)/2d0*calcpts(ieta-1,ixi-1) + # (1d0 - pxi**2)*calcpts(ieta-1,ixi) + # pxi*(pxi+1d0)/2d0*calcpts(ieta-1,ixi+1) f(0) = pxi*(pxi-1d0)/2d0*calcpts(ieta,ixi-1) + # (1d0 - pxi**2)*calcpts(ieta,ixi) + # pxi*(pxi+1d0)/2d0*calcpts(ieta,ixi+1) f(1) = pxi*(pxi-1d0)/2d0*calcpts(ieta+1,ixi-1) + # (1d0 - pxi**2)*calcpts(ieta+1,ixi) + # pxi*(pxi+1d0)/2d0*calcpts(ieta+1,ixi+1) peta = (dleta - dlaeta(ieta))/deleta xschqt = peta*(peta-1d0)/2d0*f(-1) + # (1d0 - peta**2)*f(0) + # peta*(peta+1d0)/2d0*f(1) return end c the subtracted term from eq (26) of PLB347 (1995) 143 - 151 c longitudinal light quark initiated piece c prop. to e_H^2 subroutine schql(eta, xi, xschql) implicit none integer neta, nxi parameter (neta = 73, nxi = 49) real*8 calcpts(neta, nxi), dlaeta(neta), dlaxi(nxi) real*8 eta, xi, dleta, dlxi, xschql real*8 pxi, peta, f(-1:1), delxi, deleta integer ieta, ixi, j data (calcpts(j, 1), j = 1,neta) /-.2062D-13, -.3668D-13, # -.6520D-13, -.1160D-12, -.2063D-12, -.3668D-12, -.6522D-12, # -.1160D-11, -.2062D-11, -.3668D-11, -.6525D-11, -.1160D-10, # -.2064D-10, -.3672D-10, -.6530D-10, -.1162D-09, -.2069D-09, # -.3684D-09, -.6561D-09, -.1170D-08, -.2085D-08, -.3723D-08, # -.6657D-08, -.1192D-07, -.2137D-07, -.3838D-07, -.6900D-07, # -.1242D-06, -.2233D-06, -.3993D-06, -.7067D-06, -.1227D-05, # -.2066D-05, -.3329D-05, -.5057D-05, -.7154D-05, -.9369D-05, # -.1137D-04, -.1288D-04, -.1379D-04, -.1414D-04, -.1402D-04, # -.1358D-04, -.1296D-04, -.1228D-04, -.1162D-04, -.1103D-04, # -.1052D-04, -.1012D-04, -.9794D-05, -.9545D-05, -.9356D-05, # -.9215D-05, -.9111D-05, -.9034D-05, -.8980D-05, -.8938D-05, # -.8910D-05, -.8889D-05, -.8873D-05, -.8863D-05, -.8856D-05, # -.8851D-05, -.8847D-05, -.8844D-05, -.8841D-05, -.8840D-05, # -.8840D-05, -.8839D-05, -.8839D-05, -.8837D-05, -.8837D-05, # -.8837D-05/ data (calcpts(j, 2), j = 1,neta) /-.3027D-13, -.5384D-13, # -.9569D-13, -.1702D-12, -.3027D-12, -.5383D-12, -.9573D-12, # -.1703D-11, -.3027D-11, -.5384D-11, -.9577D-11, -.1703D-10, # -.3029D-10, -.5390D-10, -.9585D-10, -.1706D-09, -.3037D-09, # -.5406D-09, -.9630D-09, -.1717D-08, -.3060D-08, -.5465D-08, # -.9771D-08, -.1749D-07, -.3136D-07, -.5633D-07, -.1013D-06, # -.1823D-06, -.3277D-06, -.5860D-06, -.1037D-05, -.1801D-05, # -.3032D-05, -.4886D-05, -.7422D-05, -.1050D-04, -.1375D-04, # -.1668D-04, -.1890D-04, -.2024D-04, -.2075D-04, -.2058D-04, # -.1993D-04, -.1903D-04, -.1803D-04, -.1705D-04, -.1619D-04, # -.1545D-04, -.1485D-04, -.1438D-04, -.1401D-04, -.1373D-04, # -.1352D-04, -.1337D-04, -.1326D-04, -.1318D-04, -.1312D-04, # -.1308D-04, -.1305D-04, -.1303D-04, -.1301D-04, -.1300D-04, # -.1299D-04, -.1299D-04, -.1299D-04, -.1297D-04, -.1297D-04, # -.1297D-04, -.1297D-04, -.1297D-04, -.1297D-04, -.1297D-04, # -.1297D-04/ data (calcpts(j, 3), j = 1,neta) /-.4440D-13, -.7897D-13, # -.1404D-12, -.2497D-12, -.4441D-12, -.7896D-12, -.1404D-11, # -.2498D-11, -.4440D-11, -.7897D-11, -.1405D-10, -.2498D-10, # -.4444D-10, -.7907D-10, -.1406D-09, -.2502D-09, -.4455D-09, # -.7931D-09, -.1413D-08, -.2518D-08, -.4489D-08, -.8016D-08, # 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-.6214D-03, -.6493D-03, -.6694D-03, -.6833D-03, -.6921D-03, # -.6963D-03, -.6953D-03, -.6874D-03, -.6703D-03, -.6414D-03, # -.5995D-03, -.5460D-03, -.4838D-03, -.4172D-03, -.3501D-03, # -.2859D-03, -.2275D-03, -.1767D-03, -.1343D-03, -.1003D-03, # -.7396D-04, -.5387D-04, -.3888D-04, -.2779D-04, -.1985D-04, # -.1415D-04, -.9951D-05, -.7103D-05, -.5004D-05, -.3504D-05, # -.2455D-05/ data (calcpts(j,40), j = 1,neta) /-.5152D-12, -.9164D-12, # -.1629D-11, -.2897D-11, -.5153D-11, -.9162D-11, -.1629D-10, # -.2898D-10, -.5150D-10, -.9160D-10, -.1629D-09, -.2897D-09, # -.5151D-09, -.9162D-09, -.1628D-08, -.2896D-08, -.5149D-08, # -.9153D-08, -.1627D-07, -.2892D-07, -.5134D-07, -.9118D-07, # -.1618D-06, -.2868D-06, -.5076D-06, -.8966D-06, -.1578D-05, # -.2765D-05, -.4814D-05, -.8300D-05, -.1412D-04, -.2360D-04, # -.3844D-04, -.6067D-04, -.9197D-04, -.1329D-03, -.1822D-03, # -.2364D-03, -.2908D-03, -.3412D-03, -.3845D-03, -.4195D-03, # -.4466D-03, -.4667D-03, -.4812D-03, -.4914D-03, -.4982D-03, # -.5023D-03, -.5036D-03, -.5016D-03, -.4949D-03, -.4816D-03, # -.4601D-03, -.4293D-03, -.3903D-03, -.3453D-03, -.2974D-03, # -.2490D-03, -.2031D-03, -.1614D-03, -.1251D-03, -.9502D-04, # -.7088D-04, -.5215D-04, -.3790D-04, -.2726D-04, -.1946D-04, # -.1392D-04, -.9867D-05, -.7018D-05, -.4919D-05, -.3420D-05, # -.2520D-05/ data (calcpts(j,41), j = 1,neta) /-.3691D-12, -.6564D-12, # -.1167D-11, -.2075D-11, -.3691D-11, -.6563D-11, -.1167D-10, # -.2076D-10, -.3689D-10, -.6562D-10, -.1167D-09, -.2075D-09, # -.3690D-09, -.6563D-09, -.1166D-08, -.2074D-08, -.3689D-08, # -.6557D-08, -.1165D-07, -.2071D-07, -.3678D-07, -.6531D-07, # -.1159D-06, -.2054D-06, -.3636D-06, -.6423D-06, -.1130D-05, # -.1980D-05, -.3448D-05, -.5945D-05, -.1012D-04, -.1690D-04, # -.2754D-04, -.4346D-04, -.6588D-04, -.9520D-04, -.1305D-03, # -.1693D-03, -.2083D-03, -.2444D-03, -.2754D-03, -.3005D-03, # -.3199D-03, -.3343D-03, -.3447D-03, -.3521D-03, -.3572D-03, # -.3605D-03, -.3622D-03, -.3623D-03, -.3602D-03, -.3548D-03, # -.3448D-03, -.3289D-03, -.3064D-03, -.2782D-03, -.2458D-03, # -.2112D-03, -.1768D-03, -.1440D-03, -.1142D-03, -.8838D-04, # -.6709D-04, -.5000D-04, -.3666D-04, -.2661D-04, -.1911D-04, # -.1372D-04, -.9668D-05, -.6819D-05, -.4869D-05, -.3370D-05, # -.2320D-05/ data (calcpts(j,42), j = 1,neta) /-.2637D-12, -.4690D-12, # -.8337D-12, -.1483D-11, -.2637D-11, -.4689D-11, -.8339D-11, # -.1483D-10, -.2636D-10, -.4689D-10, -.8340D-10, -.1483D-09, # -.2637D-09, -.4689D-09, -.8334D-09, -.1482D-08, -.2636D-08, # -.4685D-08, -.8327D-08, -.1480D-07, -.2628D-07, -.4667D-07, # -.8282D-07, -.1468D-06, -.2598D-06, -.4589D-06, -.8074D-06, # -.1415D-05, -.2464D-05, -.4248D-05, -.7228D-05, -.1208D-04, # -.1967D-04, -.3105D-04, -.4707D-04, -.6802D-04, -.9323D-04, # -.1210D-03, -.1488D-03, -.1746D-03, -.1968D-03, -.2147D-03, # -.2286D-03, -.2389D-03, -.2463D-03, -.2516D-03, -.2553D-03, # -.2578D-03, -.2593D-03, -.2600D-03, -.2596D-03, -.2577D-03, # -.2536D-03, -.2462D-03, -.2345D-03, -.2182D-03, -.1978D-03, # -.1746D-03, -.1499D-03, -.1253D-03, -.1018D-03, -.8068D-04, # -.6239D-04, -.4724D-04, -.3525D-04, -.2580D-04, -.1875D-04, # -.1350D-04, -.9603D-05, -.6754D-05, -.4804D-05, -.3455D-05, # -.2405D-05/ data (calcpts(j,43), j = 1,neta) /-.1880D-12, -.3343D-12, # -.5942D-12, -.1057D-11, -.1880D-11, -.3342D-11, -.5944D-11, # -.1057D-10, -.1879D-10, -.3342D-10, -.5944D-10, -.1057D-09, # -.1879D-09, -.3342D-09, -.5940D-09, -.1056D-08, -.1878D-08, # -.3339D-08, -.5935D-08, -.1055D-07, -.1873D-07, -.3326D-07, # -.5903D-07, -.1046D-06, -.1852D-06, -.3271D-06, -.5755D-06, # -.1009D-05, -.1756D-05, -.3028D-05, -.5152D-05, -.8608D-05, # -.1402D-04, -.2213D-04, -.3355D-04, -.4848D-04, -.6645D-04, # -.8622D-04, -.1061D-03, -.1245D-03, -.1403D-03, -.1530D-03, # -.1629D-03, -.1703D-03, -.1756D-03, -.1794D-03, -.1820D-03, # -.1838D-03, -.1850D-03, -.1857D-03, -.1859D-03, -.1854D-03, # -.1838D-03, -.1807D-03, -.1753D-03, -.1668D-03, -.1550D-03, # -.1404D-03, -.1238D-03, -.1061D-03, -.8858D-04, -.7196D-04, # -.5695D-04, -.4401D-04, -.3330D-04, -.2475D-04, -.1815D-04, # -.1320D-04, -.9453D-05, -.6753D-05, -.4804D-05, -.3304D-05, # -.2404D-05/ data (calcpts(j,44), j = 1,neta) /-.1337D-12, -.2377D-12, # -.4225D-12, -.7515D-12, -.1337D-11, -.2377D-11, -.4227D-11, # -.7518D-11, -.1336D-10, -.2376D-10, -.4227D-10, -.7516D-10, # -.1336D-09, -.2377D-09, -.4224D-09, -.7512D-09, -.1336D-08, # -.2374D-08, -.4220D-08, -.7501D-08, -.1332D-07, -.2365D-07, # -.4198D-07, -.7440D-07, -.1317D-06, -.2326D-06, -.4092D-06, # -.7172D-06, -.1249D-05, -.2153D-05, -.3664D-05, -.6121D-05, # -.9972D-05, -.1574D-04, -.2386D-04, -.3448D-04, -.4726D-04, # -.6132D-04, -.7544D-04, -.8851D-04, -.9975D-04, -.1088D-03, # -.1159D-03, -.1211D-03, -.1249D-03, -.1276D-03, -.1294D-03, # -.1307D-03, -.1316D-03, -.1322D-03, -.1325D-03, -.1324D-03, # -.1320D-03, -.1308D-03, -.1285D-03, -.1245D-03, -.1184D-03, # -.1099D-03, -.9945D-04, -.8755D-04, -.7500D-04, -.6253D-04, # -.5075D-04, -.4011D-04, -.3097D-04, -.2341D-04, -.1738D-04, # -.1273D-04, -.9203D-05, -.6594D-05, -.4704D-05, -.3324D-05, # -.2349D-05/ data (calcpts(j,45), j = 1,neta) /-.9491D-13, -.1688D-12, # -.3000D-12, -.5336D-12, -.9492D-12, -.1688D-11, -.3001D-11, # -.5338D-11, -.9488D-11, -.1687D-10, -.3001D-10, -.5337D-10, # -.9489D-10, -.1688D-09, -.2999D-09, -.5334D-09, -.9485D-09, # -.1686D-08, -.2997D-08, -.5326D-08, -.9457D-08, -.1680D-07, # -.2981D-07, -.5283D-07, -.9350D-07, -.1652D-06, -.2906D-06, # -.5093D-06, -.8867D-06, -.1529D-05, -.2601D-05, -.4347D-05, # -.7081D-05, -.1118D-04, -.1694D-04, -.2448D-04, -.3355D-04, # -.4354D-04, -.5356D-04, -.6285D-04, -.7083D-04, -.7728D-04, # -.8226D-04, -.8597D-04, -.8866D-04, -.9058D-04, -.9192D-04, # -.9285D-04, -.9349D-04, -.9391D-04, -.9416D-04, -.9426D-04, # -.9416D-04, -.9377D-04, -.9288D-04, -.9118D-04, -.8830D-04, # -.8390D-04, -.7785D-04, -.7036D-04, -.6189D-04, -.5297D-04, # -.4413D-04, -.3577D-04, -.2826D-04, -.2180D-04, -.1647D-04, # -.1223D-04, -.8957D-05, -.6482D-05, -.4652D-05, -.3317D-05, # -.2357D-05/ data (calcpts(j,46), j = 1,neta) /-.6725D-13, -.1196D-12, # -.2126D-12, -.3781D-12, -.6726D-12, -.1196D-11, -.2127D-11, # -.3782D-11, -.6723D-11, -.1196D-10, -.2127D-10, -.3781D-10, # -.6724D-10, -.1196D-09, -.2125D-09, -.3779D-09, -.6721D-09, # -.1195D-08, -.2123D-08, -.3774D-08, -.6701D-08, -.1190D-07, # -.2112D-07, -.3743D-07, -.6625D-07, -.1170D-06, -.2059D-06, # -.3609D-06, -.6283D-06, -.1083D-05, -.1843D-05, -.3080D-05, # -.5017D-05, -.7918D-05, -.1200D-04, -.1735D-04, -.2378D-04, # -.3085D-04, -.3795D-04, -.4453D-04, -.5019D-04, -.5476D-04, # -.5829D-04, -.6092D-04, -.6282D-04, -.6418D-04, -.6513D-04, # -.6579D-04, -.6625D-04, -.6655D-04, -.6675D-04, -.6686D-04, # -.6688D-04, -.6678D-04, -.6647D-04, -.6581D-04, -.6457D-04, # -.6250D-04, -.5934D-04, -.5502D-04, -.4969D-04, -.4366D-04, # -.3733D-04, -.3106D-04, -.2517D-04, -.1986D-04, -.1530D-04, # -.1155D-04, -.8567D-05, -.6258D-05, -.4533D-05, -.3243D-05, # -.2313D-05/ data (calcpts(j,47), j = 1,neta) /-.4757D-13, -.8461D-13, # -.1504D-12, -.2675D-12, -.4758D-12, -.8460D-12, -.1504D-11, # -.2676D-11, -.4756D-11, -.8458D-11, -.1504D-10, -.2675D-10, # -.4757D-10, -.8460D-10, -.1503D-09, -.2674D-09, -.4755D-09, # -.8451D-09, -.1502D-08, -.2670D-08, -.4740D-08, -.8419D-08, # -.1494D-07, -.2648D-07, -.4687D-07, -.8278D-07, -.1457D-06, # -.2553D-06, -.4445D-06, -.7663D-06, -.1304D-05, -.2179D-05, # -.3549D-05, -.5602D-05, -.8492D-05, -.1227D-04, -.1682D-04, # -.2182D-04, -.2685D-04, -.3150D-04, -.3550D-04, -.3874D-04, # -.4123D-04, -.4309D-04, -.4444D-04, -.4540D-04, -.4608D-04, # -.4654D-04, -.4687D-04, -.4709D-04, -.4723D-04, -.4733D-04, # -.4737D-04, -.4736D-04, -.4726D-04, -.4703D-04, -.4654D-04, # -.4565D-04, -.4416D-04, -.4190D-04, -.3882D-04, -.3503D-04, # -.3075D-04, -.2629D-04, -.2185D-04, -.1768D-04, -.1394D-04, # -.1073D-04, -.8092D-05, -.5992D-05, -.4372D-05, -.3157D-05, # -.2257D-05/ data (calcpts(j,48), j = 1,neta) /-.3361D-13, -.5979D-13, # -.1063D-12, -.1890D-12, -.3362D-12, -.5977D-12, -.1063D-11, # -.1891D-11, -.3360D-11, -.5976D-11, -.1063D-10, -.1890D-10, # -.3361D-10, -.5977D-10, -.1062D-09, -.1889D-09, -.3359D-09, # -.5971D-09, -.1061D-08, -.1886D-08, -.3349D-08, -.5948D-08, # -.1056D-07, -.1871D-07, -.3312D-07, -.5849D-07, -.1029D-06, # -.1804D-06, -.3141D-06, -.5415D-06, -.9213D-06, -.1539D-05, # -.2508D-05, -.3958D-05, -.6000D-05, -.8671D-05, -.1188D-04, # -.1542D-04, -.1897D-04, -.2226D-04, -.2509D-04, -.2737D-04, # -.2914D-04, -.3045D-04, -.3140D-04, -.3208D-04, -.3256D-04, # -.3289D-04, -.3311D-04, -.3327D-04, -.3338D-04, -.3345D-04, # -.3349D-04, -.3350D-04, -.3348D-04, -.3341D-04, -.3323D-04, # -.3288D-04, -.3224D-04, -.3117D-04, -.2956D-04, -.2737D-04, # -.2468D-04, -.2165D-04, -.1849D-04, -.1536D-04, -.1242D-04, # -.9778D-05, -.7528D-05, -.5668D-05, -.4198D-05, -.3058D-05, # -.2218D-05/ data (calcpts(j,49), j = 1,neta) /-.2372D-13, -.4218D-13, # -.7498D-13, -.1334D-12, -.2372D-12, -.4218D-12, -.7500D-12, # -.1334D-11, -.2371D-11, -.4217D-11, -.7501D-11, -.1334D-10, # -.2371D-10, -.4218D-10, -.7495D-10, -.1333D-09, -.2370D-09, # -.4213D-09, -.7489D-09, -.1331D-08, -.2363D-08, -.4197D-08, # -.7449D-08, -.1320D-07, -.2337D-07, -.4127D-07, -.7262D-07, # -.1273D-06, -.2216D-06, -.3821D-06, -.6501D-06, -.1086D-05, # -.1770D-05, -.2793D-05, -.4234D-05, -.6118D-05, -.8385D-05, # -.1088D-04, -.1339D-04, -.1571D-04, -.1770D-04, -.1931D-04, # -.2056D-04, -.2149D-04, -.2216D-04, -.2264D-04, -.2297D-04, # -.2320D-04, -.2337D-04, -.2348D-04, -.2355D-04, -.2360D-04, # -.2364D-04, -.2365D-04, -.2366D-04, -.2363D-04, -.2358D-04, # -.2345D-04, -.2319D-04, -.2273D-04, -.2197D-04, -.2083D-04, # -.1927D-04, -.1737D-04, -.1523D-04, -.1299D-04, -.1078D-04, # -.8717D-05, -.6857D-05, -.5267D-05, -.3962D-05, -.2942D-05, # -.2147D-05/ data (dlaeta(j), j = 1,neta) / # -6d0, -5.83333333d0, -5.66666667d0, -5.5d0, -5.33333333d0, # -5.16666667d0, -5d0, -4.83333333d0, -4.66666667d0, -4.5d0, # -4.33333333d0, -4.16666667d0, -4d0, -3.83333333d0, # -3.66666667d0, -3.5d0, -3.33333333d0, -3.16666667d0, -3d0, # -2.83333333d0, -2.66666667d0, -2.5d0, -2.33333333d0, # -2.16666667d0, -2d0, -1.83333333d0, -1.66666667d0, -1.5d0, # -1.33333333d0, -1.16666667d0, -1d0, -0.83333333d0, -0.66666667d0, # -0.5d0, -0.33333333d0, -0.16666667d0, 0d0, 0.16666667d0, # 0.33333333d0, 0.5d0, 0.66666667d0, 0.83333333d0, 1d0, # 1.16666667d0, 1.33333333d0, 1.5d0, 1.66666667d0, 1.83333333d0, # 2d0, 2.16666667d0, 2.33333333d0, 2.5d0, 2.66666667d0, # 2.83333333d0, 3d0, 3.16666667d0, 3.33333333d0, 3.5d0, # 3.66666667d0, 3.83333333d0, 4d0, 4.16666667d0, 4.33333333d0, # 4.5d0, 4.66666667d0, 4.83333333d0, 5d0, 5.16666667d0, # 5.33333333d0, 5.5d0, 5.66666667d0, 5.83333333d0, 6d0/ data (dlaxi(j), j = 1,nxi) / # -3d0, -2.83333333d0, -2.66666667d0, -2.5d0, -2.33333333d0, # -2.16666667d0, -2d0, -1.83333333d0, -1.66666667d0, -1.5d0, # -1.33333333d0, -1.16666667d0, -1d0, -0.83333333d0, -0.66666667d0, # -0.5d0, -0.33333333d0, -0.16666667d0, 0d0, 0.16666667d0, # 0.33333333d0, 0.5d0, 0.66666667d0, 0.83333333d0, 1d0, # 1.16666667d0, 1.33333333d0, 1.5d0, 1.66666667d0, 1.83333333d0, # 2d0, 2.16666667d0, 2.33333333d0, 2.5d0, 2.66666667d0, # 2.83333333d0, 3d0, 3.16666667d0, 3.33333333d0, 3.5d0, # 3.66666667d0, 3.83333333d0, 4d0, 4.16666667d0, 4.33333333d0, # 4.5d0, 4.66666667d0, 4.83333333d0, 5d0/ dleta = dlog10(eta) dlxi = dlog10(xi) if (dlxi .le. dlaxi(1)) dlxi = dlaxi(1) if (dlxi .ge. dlaxi(nxi)) dlxi = dlaxi(nxi) if (dleta .ge. dlaeta(neta)) dleta = dlaeta(neta) if (dleta .le. dlaeta(1)) dleta = dlaeta(1) call locat(dlaeta,neta, dleta, ieta) call locat(dlaxi, nxi, dlxi, ixi) c interpolating between the appropriate points delxi = 1d0/6d0 deleta = 1d0/6d0 c lagrange 3-pt. if (ixi .le. 2) ixi = 2 if (ixi .ge. 48) ixi = 48 if (ieta .le. 2) ieta = 2 if (ieta .ge. 72) ieta = 72 pxi = (dlxi - dlaxi(ixi))/delxi f(-1) = pxi*(pxi-1d0)/2d0*calcpts(ieta-1,ixi-1) + # (1d0 - pxi**2)*calcpts(ieta-1,ixi) + # pxi*(pxi+1d0)/2d0*calcpts(ieta-1,ixi+1) f(0) = pxi*(pxi-1d0)/2d0*calcpts(ieta,ixi-1) + # (1d0 - pxi**2)*calcpts(ieta,ixi) + # pxi*(pxi+1d0)/2d0*calcpts(ieta,ixi+1) f(1) = pxi*(pxi-1d0)/2d0*calcpts(ieta+1,ixi-1) + # (1d0 - pxi**2)*calcpts(ieta+1,ixi) + # pxi*(pxi+1d0)/2d0*calcpts(ieta+1,ixi+1) peta = (dleta - dlaeta(ieta))/deleta xschql = peta*(peta-1d0)/2d0*f(-1) + # (1d0 - peta**2)*f(0) + # peta*(peta+1d0)/2d0*f(1) return end