Removing obsolete module PDF

[u/mrichter/AliRoot.git] / PDF / spdf / sfmsfg.F

diff --git a/PDF/spdf/sfmsfg.F b/PDF/spdf/sfmsfg.F
deleted file mode 100644 (file)
index f5231fd..0000000
--- a/PDF/spdf/sfmsfg.F
+++ /dev/null
@@ -1,93 +0,0 @@
-*
-* $Id$
-*
-* $Log$
-* Revision 1.1.1.2  1996/10/30 08:30:27  cernlib
-* Version 7.04
-*
-* Revision 1.1.1.1  1996/04/12 15:29:45  plothow
-* Version 7.01
-*
-*
-#include "pdf/pilot.h"
-      SUBROUTINE SFMSFG(X,SCALE,UPV,DNV,USEA,DSEA,STR,CHM,BOT,GLU)
-cccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc
-c                                                                    c
-c  This program returns the fitted parton distributions for MRS(G)   c
-c  ... it is an analytic approximation to the "grid version" and     c
-c  gives much smoother distributions. It is, however, much slower.   c
-c  Full details of the fit are contained in the preprint "Pinning    c
-c  Down the Gluon in the Proton", by A.D. Martin, R.G. Roberts and   c
-c  W.J. Stirling, Rutherford preprint RAL-95-021 (1995), to which    c
-c  reference should be made if appropriate.                          c
-c                                                                    c
-cccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc
-C
-#include "pdf/impdp.inc"
-C
-      DIMENSION Z(18,8),ZZ(18),F(8)
-      DATA ((Z(I,K),I=1,18),K=1,4) /
-     +1.665297, -0.590753,  0.086807,  0.676836, -0.027729,  0.006186,
-     +3.340307,  0.260426,  0.024214, -0.787023,  1.101313, -0.302934,
-     +6.098057, -2.645910,  0.175731,  0.557278,  0.363394, -0.001549,
-
-     +0.171268, -0.086429,  0.012191,  0.388998,  0.139088, -0.014565,
-     +4.049580, -0.495801,  0.071001,  8.829433,  0.246082, -0.319317,
-     +5.310913, -6.033850,  1.335430,  0.391294,  0.974633, -0.026356,
-
-     +1.121933, -0.980891,  0.250001, -0.279071, -0.118949,  0.001370,
-     +5.733053,  0.962694, -0.537345, -4.338513,  4.055084, -1.249222,
-     +11.591153, -9.385871,  2.080363, 0.233747,  0.649513, -0.033386,
-
-     +0.811684, -0.732591,  0.188398, -0.146012, -0.450745,  0.162278,
-     +10.716037,  0.423859, -0.332372, -3.347546, 1.476767, -0.164336,
-     +10.221619, -2.432161,  0.693669, -0.372843, -0.451730, 0.548307 /
-
-      DATA ((Z(I,K),I=1,18),K=5,8) /
-     +0.018819, -0.019057,  0.014581,  0.473385, -0.026701, -0.191575,
-     +8.942582, -0.562553,  2.098186, -1.302327, 29.018376,-11.868145,
-     +105.320622,-53.953297,  1.329035, 0.878000, 0.499894, -0.971650,
-
-     +0.093684, -0.074091,  0.033660, -0.107765, -0.408746,  0.100063,
-     +9.275198,  0.692364,  0.110208, -2.787409,  0.041578,  0.488094,
-     +10.637883, 3.815478, -4.848576,  0.184162,  0.185983, -0.186796,
-
-     +0.001026,  0.015587, -0.001414, -0.111311, -0.346509,  0.094542,
-     +5.764679,  4.958334, -2.102611, -1.341127, -2.951861,  1.855254,
-     +12.079860, -0.297841, -3.809543, 1.480855, -0.719267,  0.175987,
-
-     +-0.001533,  0.004429, -0.000718, -0.097267, -0.221771, 0.056117,
-     +3.630148,  2.941006, -0.512863, -0.483095,  1.599856, -1.197675,
-     +8.366443, -4.004534,  1.022508,  2.526478, -0.713666,  0.277209/
-
-      AL=0.254
-      Q2=SCALE*SCALE
-      Q0=2.
-      ARG=( LOG(SCALE/AL)/ LOG(Q0/AL))
-      S= LOG(ARG)
-
-      DO 10 J=1,8
-
-      A=Z(1,J)+Z(2,J)*S+Z(3,J)*S*S
-      B=Z(4,J)+Z(5,J)*S+Z(6,J)*S*S
-      C=Z(7,J)+Z(8,J)*S+Z(9,J)*S*S
-      D=Z(10,J)+Z(11,J)*S+Z(12,J)*S*S
-      E=Z(13,J)+Z(14,J)*S+Z(15,J)*S*S
-      H=Z(16,J)+Z(17,J)*S+Z(18,J)*S*S
-   10 F(J)=A*X**B*(1.-X)**C*(1.+D*SQRT(X)+E*X)*( LOG(1./X))**H
-      UPV=F(1)
-      DNV=F(2)
-      GLU=F(3)
-      DUSUM=F(4)
-      DUDIF=F(5)
-      STR=F(6)
-      CHM=F(7)
-      BOT=F(8)
-      DSEA=0.5D0*(DUSUM+DUDIF)
-      USEA=0.5D0*(DUSUM-DUDIF)
-      IF(Q2.LT.2.7D0) CHM=0.D0
-      IF(Q2.LT.30.D0) BOT=0.D0
-      IF(CHM.LT.0.D0) CHM=0.D0
-      IF(BOT.LT.0.D0) BOT=0.D0
-      RETURN
-      END