5 SUBROUTINE grv94di (X, Q2, UV, DV, DEL, UDB, SB, GL)
6 IMPLICIT DOUBLE PRECISION (a -
z)
9 s = dlog(dlog(q2/lam2) / dlog(mu2/lam2))
14 nu = 2.484 + 0.116 *
s + 0.093 *
s2
15 aku = 0.563 - 0.025 *
s
16 bku = 0.054 + 0.154 *
s
17 au = -0.326 - 0.058 *
s - 0.135 *
s2
18 bu = -3.322 + 8.259 *
s - 3.119 *
s2 + 0.291 *
s3
19 cu = 11.52 - 12.99 *
s + 3.161 *
s2
20 du = 2.808 + 1.400 *
s - 0.557 *
s2 + 0.119 *
s3
21 uv =
fv(
x, nu, aku, bku, au, bu, cu, du)
23 nd = 0.156 - 0.017 *
s
24 akd = 0.299 - 0.022 *
s
25 bkd = 0.259 - 0.015 *
s
26 ad = 3.445 + 1.278 *
s + 0.326 *
s2
27 bd = -6.934 + 37.45 *
s - 18.95 *
s2 + 1.463 *
s3
28 cd = 55.45 - 69.92 *
s + 20.78 *
s2
29 dd = 3.577 + 1.441 *
s - 0.683 *
s2 + 0.179 *
s3
30 dv =
fv(
x, nd, akd, bkd, ad, bd,
cd, dd)
32 ne = 0.099 + 0.019 *
s + 0.002 *
s2
33 ake = 0.419 - 0.013 *
s
34 bke = 1.064 - 0.038 *
s
35 ae = -44.00 + 98.70 *
s - 14.79 *
s2
36 be = 28.59 - 40.94 *
s - 13.66 *
s2 + 2.523 *
s3
37 ce = 84.57 - 108.8 *
s + 31.52 *
s2
38 de = 7.469 + 2.480 *
s - 0.866 *
s2
39 del =
fv(
x, ne, ake, bke, ae, be, ce, de)
43 akx = 0.326 + 0.150 *
s
44 bkx = 0.956 + 0.405 *
s
46 bgx = 3.794 - 2.359 * ds
48 dx = 7.941 + 0.534 * ds - 0.940 *
s + 0.410 *
s2
49 ex = 3.049 + 1.597 *
s
50 esx = 4.396 - 4.594 * ds + 3.268 *
s
51 udb =
fw(
x,
s, alx, bex, akx, bkx, agx, bgx,
cx,
dx, ex, esx)
55 aks = 1.415 - 0.641 * ds
56 as = 0.580 - 9.763 * ds + 6.795 *
s - 0.558 *
s2
57 bs = 5.617 + 5.709 * ds - 3.972 *
s
58 dst = 13.78 - 9.581 *
s + 5.370 *
s2 - 0.996 *
s3
59 est = 4.546 + 0.372 *
s2
60 ess = 5.053 - 1.070 *
s + 0.805 *
s2
61 sb =
fws(
x,
s, als, bes, aks,
as, bs, dst, est, ess)
66 bkg = 2.427 + 1.311 *
s - 0.153 *
s2
67 ag = 25.09 - 7.935 *
s
68 bg = -14.84 - 124.3 * ds + 72.18 *
s
69 cg = 590.3 - 173.8 *
s
70 dg = 5.196 + 1.857 *
s
71 eg = -1.648 + 3.988 *
s - 0.432 *
s2
72 esg = 3.232 - 0.542 *
s
73 gl =
fw(
x,
s, alg, beg, akg, bkg, ag, bg, cg, dg,
eg, esg)