--- /dev/null
+! -*- F90 -*-
+
+
+ subroutine evolvePDF(x,Q,f)
+ implicit none
+ include 'parmsetup.inc'
+ real*8 gridx(nmxgridx),gridq(nmxgridq)
+ integer nxgrid,nqgrid
+ integer nset,imem,Eorder,IP2
+ real*8 x,Q,P2,Q2fit,f(-6:6),alfas,a,photon,gluino
+ nset = 1
+ call evolvePDFM(nset,x,Q,f)
+ return
+!
+ entry evolvePDFp(x,Q,P2,IP2,f)
+ nset = 1
+ call evolvePDFpM(nset,x,Q,P2,IP2,f)
+ return
+!
+ entry evolvePDFa(x,Q,a,f)
+ nset = 1
+ call evolvePDFaM(nset,x,Q,a,f)
+ return
+!
+ entry evolvePDFphoton(x,Q,f,photon)
+ nset = 1
+ call evolvePDFphotonM(nset,x,Q,f,photon)
+ return
+!
+ entry evolvePDFgluino(x,Q,f,gluino)
+ nset = 1
+ call evolvePDFgluinoM(nset,x,Q,f,gluino)
+ return
+!
+ entry initPDF(imem)
+ nset = 1
+ call initPDFM(nset,imem)
+ return
+
+ entry getgrid(nxgrid,nqgrid,gridx,gridq)
+ nset = 1
+ call getgridM(nset,nxgrid,nqgrid,gridx,gridq)
+
+ return
+ END
+!
+ subroutine evolvePDFaM(nset,xin,Qin,a,f)
+ implicit none
+ real*8 x,Q,a,f(-6:6)
+ real*8 ruv,rdv,ru,rd,rs,rc,rb,rt,rg
+ integer nset,iimem,j
+ real*8 xin,qin,q2in
+ character*20 lparm
+ real*8 xmin,xmax,q2min,q2max
+ integer iorder,ipset,ia
+
+
+ call getlhaparm(18,lparm)
+ if(lparm.ne.'EXTRAPOLATE') then
+ call getnmem(nset,iimem)
+ call getminmaxm(nset,iimem,xmin,xmax,q2min,q2max)
+ x = max(xmin,min(xmax,xin))
+ q2in = qin**2
+ q = sqrt(max(0d0,q2min,min(q2max,q2in)))
+ else
+ x = xin
+ q = qin
+ endif
+
+ call getlhaparm(15,lparm)
+ if(lparm.eq.'EPS08') then
+ call eps08(x,q,a,ruv,rdv,ru,rd,rs,rc,rb,rt,rg)
+ else if(lparm(1:5).eq.'EPS09') then
+ if(lparm.eq.'EPS09LO') then
+ iorder=1
+ ipset=1
+ else if(lparm.eq.'EPS09NLO') then
+ iorder=2
+ ipset=1
+ else if(lparm(1:8).eq.'EPS09LO,') then
+ iorder=1
+ read(lparm(9:),*)ipset
+ else if(lparm(1:9).eq.'EPS09NLO,') then
+ iorder=2
+ read(lparm(10:),*)ipset
+ else
+ iorder=2
+ ipset=1
+ endif
+ ia = a
+ call eps09(iorder,ipset,ia,x,q,ruv,rdv,ru,rd,rs,rc,rb,rg)
+ rt = 1.0d0
+ else
+ call eks98(x,q,a,ruv,rdv,ru,rd,rs,rc,rb,rt,rg)
+ endif
+
+ call evolvePDFM(nset,x,Q,f)
+ f(0) = f(0)*rg
+ f(1) = f(1)*rdv-f(-1)*(rdv-rd)
+ f(2) = f(2)*ruv-f(-2)*(ruv-ru)
+ f(3) = f(3)*rs
+ f(4) = f(4)*rc
+ f(5) = f(5)*rb
+ f(6) = f(6)*rt
+ f(-6) = f(-6)*rt
+ f(-5) = f(-5)*rb
+ f(-4) = f(-4)*rc
+ f(-3) = f(-3)*rs
+ f(-2) = f(-2)*ru
+ f(-1) = f(-1)*rd
+
+ return
+ end
+!
+ subroutine evolvePDFM(nset,xin,Qin,f)
+ implicit none
+ include 'parmsetup.inc'
+ integer Eorder,index,imem
+ character*16 name(nmxset)
+ integer nmem(nmxset),ndef(nmxset),mem,ip2
+ common/NAME/name,nmem,ndef,mem
+ integer iset,iimem
+ common/SET/iset,iimem
+ integer nset,j
+ real*8 x,xin,Q,Qin,Q2fit,alfas,p2,q2in
+ real*8 f(-6:6),photon,gluino,xphoton
+ character*20 lparm
+ real*8 xmin,xmax,q2min,q2max
+ real*8 gridx(nmxgridx),gridq(nmxgridq)
+ integer nxgrid,nqgrid
+ character*512 setpath
+ integer nnpdf,nnpdf100,nnpdf1000
+ data nnpdf,nnpdf100,nnpdf1000/0,0,0/
+ save
+!
+ call setnset(nset)
+!
+! print *,'this is evolvePDFM, name=',nset,name(nset)
+! set all f's to 0.0d0 at start
+! do j = -6,6
+! f(j) = 0.0d0
+! enddo
+
+ call getlhaparm(18,lparm)
+ if(lparm.ne.'EXTRAPOLATE') then
+ call getnmem(nset,iimem)
+ call getminmaxm(nset,iimem,xmin,xmax,q2min,q2max)
+ x = max(xmin,min(xmax,xin))
+ q2in = qin**2
+ q = sqrt(max(0d0,q2min,min(q2max,q2in)))
+ else
+ x = xin
+ q = qin
+ endif
+
+#ifdef QCDNUM
+ if (name(nset).eq.'QCDNUM') call QCDNUMevolve(x,Q,f)
+ if (name(nset).eq.'QCDNUM_MRST') call QCDNUMevolve(x,Q,f)
+ if (name(nset).eq.'QCDNUM_MRST3') call QCDNUM3evolve(x,Q,f)
+ if (name(nset).eq.'QCDNUM_MRST4') call QCDNUM4evolve(x,Q,f)
+#endif
+#ifdef GRV
+ if (name(nset).eq.'GRV') call GRVevolve(x,Q,f)
+#endif
+#ifdef ZEUS
+ if (name(nset)(1:12).eq.'QCDNUM_ZEUS_') call ZEUSevolve(x,Q,f)
+#endif
+#ifdef HERA
+ if (name(nset)(1:12).eq.'QCDNUM_HERA_') call HERAevolve(x,Q,f)
+ if (name(nset)(1:8).eq.'HERAGRID') call HERAGRIDevolve(x,Q,f)
+#endif
+#ifdef CTEQ
+ if (name(nset).eq.'EVLCTEQ') call EVLCTEQevolve(x,Q,f)
+ if (name(nset).eq.'CTEQ5grid') call CTEQ5evolve(x,Q,f)
+ if (name(nset).eq.'CTEQ6grid') call CTEQ6evolve(x,Q,f)
+ if (name(nset).eq.'CTEQ65grid') call CTEQ65evolve(x,Q,f)
+ if (name(nset).eq.'CTEQ65cgrid') call CTEQ65cevolve(x,Q,f)
+ if (name(nset).eq.'CTEQ65sgrid') call CTEQ65sevolve(x,Q,f)
+ if (name(nset).eq.'CTEQ6ABgrid') call CTEQ6evolve(x,Q,f)
+ if (name(nset).eq.'CTEQ66grid') call CTEQ65evolve(x,Q,f)
+ if (name(nset).eq.'CT10grid') call CT12evolve(x,Q,f)
+ if (name(nset).eq.'CT12grid') call CT12evolve(x,Q,f)
+#endif
+#ifdef MRST
+ if (name(nset).eq.'MRST') call QCDNUMevolve(x,Q,f)
+ if (name(nset).eq.'MRSTpdf') call QCDNUMevolve(x,Q,f)
+ if (name(nset).eq.'MRSTgrid') call MRSTevolve(x,Q,f)
+ if (name(nset).eq.'MRST3grid') call MRSTevolve(x,Q,f)
+ if (name(nset).eq.'MRST4grid') call MRSTevolve(x,Q,f)
+#endif
+#ifdef MRSTQED
+ if (name(nset).eq.'MRST4qed') call MRSTqedevolve(x,Q,f,xphoton)
+#endif
+#ifdef MRST98
+ if (name(nset).eq.'MRST98grid') call MRST98evolve(x,Q,f)
+#endif
+#ifdef MRST06
+ if (name(nset).eq.'MRST2006grid') call MRST2006evolve(x,Q,f)
+#endif
+#ifdef MSTW
+ if (name(nset).eq.'MSTWgrid') call MSTWevolve(x,Q,f,xphoton)
+#endif
+#ifdef ALEKHIN
+ if (name(nset).eq.'A02M') call A02Mevolve(x,Q,f)
+ if (name(nset).eq.'ABKM09') call ABKM09evolve(x,Q,f)
+ if (name(nset).eq.'ABM11') call ABM11evolve(x,Q,f)
+#endif
+#ifdef H1
+ if (name(nset).eq.'H12000') call H1evolve(x,Q,f)
+#endif
+#ifdef GJR
+ if (name(nset)(1:5).eq.'GJR08') call GJRevolve(x,Q,f)
+#endif
+#ifdef NNPDF
+ if (name(nset).eq.'NNPDF') call NNPDFevolve(x,Q,f)
+ if (name(nset).eq.'NNPDFint') call NNPDFINTevolve(x,Q,f)
+ if (name(nset).eq.'NNPDF20int') call NNPDFINT20evolve(x,Q,f)
+ if (name(nset).eq.'NNPDF20intqed') call NNPDFINT20qedevolve(x,Q,f,xphoton)
+#endif
+#ifdef HKN
+ if (name(nset).eq.'HKNgrid') call hknevolve(x,Q,f)
+#endif
+#ifdef PIONS
+ if (name(nset).eq.'OWP') call OWPevolve(x,Q,f)
+ if (name(nset).eq.'SMRSP') call SMRSPevolve(x,Q,f)
+ if (name(nset).eq.'GRVP0') call GRVP0evolve(x,Q,f)
+ if (name(nset).eq.'GRVP1') call GRVP1evolve(x,Q,f)
+ if (name(nset).eq.'ABFKWP') call ABFKWPevolve(x,Q,f)
+#endif
+#ifdef USER
+ if (name(nset).eq.'USER') call USERevolve(x,Q,f)
+ if (name(nset)(1:8).eq.'USERGRID') call USERGRIDevolve(x,Q,f)
+#endif
+ return
+!
+ entry evolvePDFpM(nset,xin,Qin,P2,IP2,f)
+!
+ call setnset(nset)
+!
+ call getlhaparm(18,lparm)
+ if(lparm.ne.'EXTRAPOLATE') then
+ call getnmem(nset,iimem)
+ call getminmaxm(nset,iimem,xmin,xmax,q2min,q2max)
+ x = max(xmin,min(xmax,xin))
+ q2in = qin**2
+ q = sqrt(max(0d0,q2min,min(q2max,q2in)))
+ else
+ x = xin
+ q = qin
+ endif
+!
+#ifdef PHOTONS
+ if(name(nset).eq.'SASG') call SASGevolvep(x,Q,P2,IP2,f)
+ if(name(nset).eq.'GRVG0') call GRVGevolvep0(x,Q,P2,IP2,f)
+ if(name(nset).eq.'GRVG1') call GRVGevolvep1(x,Q,P2,IP2,f)
+ if (name(nset).eq.'DOG0') call DOGevolvep0(x,Q,P2,IP2,f)
+ if (name(nset).eq.'DOG1') call DOGevolvep1(x,Q,P2,IP2,f)
+ if (name(nset).eq.'DGG') call DGGevolvep(x,Q,P2,IP2,f)
+ if (name(nset).eq.'LACG') call LACGevolvep(x,Q,P2,IP2,f)
+ if (name(nset).eq.'GSG0') call GSGevolvep0(x,Q,P2,IP2,f)
+ if (name(nset).eq.'GSG1') call GSGevolvep1(x,Q,P2,IP2,f)
+ if (name(nset).eq.'GSG960') call GSG96evolvep0(x,Q,P2,IP2,f)
+ if (name(nset).eq.'GSG961') call GSG96evolvep1(x,Q,P2,IP2,f)
+ if (name(nset).eq.'ACFGP') call ACFGPevolvep(x,Q,P2,IP2,f)
+ if (name(nset).eq.'WHITG') call WHITGevolvep(x,Q,P2,IP2,f)
+#endif
+ return
+!
+ entry evolvePDFphotonM(nset,xin,qin,f,photon)
+
+!
+ call setnset(nset)
+!
+ call getlhaparm(18,lparm)
+ if(lparm.ne.'EXTRAPOLATE') then
+ call getnmem(nset,iimem)
+ call getminmaxm(nset,iimem,xmin,xmax,q2min,q2max)
+ x = max(xmin,min(xmax,xin))
+ q2in = qin**2
+ q = sqrt(max(0d0,q2min,min(q2max,q2in)))
+ else
+ x = xin
+ q = qin
+ endif
+!
+#ifdef MRSTQED
+ if(name(nset).eq.'MRST4qed') then
+ call MRSTqedevolve(x,Q,f,photon)
+ else if (name(nset).ne.'NNPDF20intqed') then
+ photon = 0.0d0
+ endif
+#endif
+!
+#ifdef NNPDF
+ if(name(nset).eq.'NNPDF20intqed') then
+ call NNPDFINT20qedevolve(x,Q,f,photon)
+ else if (name(nset).ne.'MRST4qed') then
+ photon = 0.0d0
+ endif
+#endif
+!
+ return
+
+ entry evolvePDFgluinoM(nset,xin,qin,f,gluino)
+
+!
+ call setnset(nset)
+!
+ call getlhaparm(18,lparm)
+ if(lparm.ne.'EXTRAPOLATE') then
+ call getnmem(nset,iimem)
+ call getminmaxm(nset,iimem,xmin,xmax,q2min,q2max)
+ x = max(xmin,min(xmax,xin))
+ q2in = qin**2
+ q = sqrt(max(0d0,q2min,min(q2max,q2in)))
+ else
+ x = xin
+ q = qin
+ endif
+!
+#ifdef CTEQ
+ if(name(nset).eq.'CTEQ6LGgrid') then
+ call CTEQ6LGevolve(x,Q,f,gluino)
+ else
+ gluino = 0.0d0
+ endif
+#endif
+ return
+
+
+ entry readevolve(nset)
+!
+ call getsetpath(setpath)
+!
+ if(index(setpath,'NNPDF').gt.0) then
+ if(nset.gt.1) then
+ if((index(setpath,'1000.').gt.0.and.nnpdf.gt.0).or.(index(setpath,'100.').gt.0.and.nnpdf1000.gt.0)) then
+ print *,'LHAPDF ERROR: MULTISET-INITIALIZATION with NNPDF 1000 sets IS NOT AVAIABLE (AT THE MOMENT)!'
+ STOP
+ endif
+ endif
+ nnpdf=nnpdf+1
+ if(index(setpath,'1000').gt.0) then
+ nnpdf1000=nnpdf1000+1
+ else
+ nnpdf100=nnpdf100+1
+ endif
+ endif
+
+!
+ read(1,*) name(nset)
+! print *, 'this is readevolve', name(nset)
+!
+ call setnset(nset)
+!
+#ifdef QCDNUM
+ if (name(nset).eq.'QCDNUM') call QCDNUMread(nset)
+ if (name(nset).eq.'QCDNUM_MRST') call QCDNUMread(nset)
+ if (name(nset).eq.'QCDNUM_MRST3') call QCDNUM3read(nset)
+ if (name(nset).eq.'QCDNUM_MRST4') call QCDNUM4read(nset)
+#endif
+#ifdef GRV
+ if (name(nset).eq.'GRV') call GRVread(nset)
+#endif
+#ifdef ZEUS
+ if (name(nset)(1:12).eq.'QCDNUM_ZEUS_') call ZEUSread(nset)
+#endif
+#ifdef HERA
+ if (name(nset)(1:12).eq.'QCDNUM_HERA_') call HERAread(nset)
+ if (name(nset)(1:8).eq.'HERAGRID') call HERAGRIDread(nset)
+#endif
+#ifdef CTEQ
+ if (name(nset).eq.'EVLCTEQ') call EVLCTEQread(nset)
+ if (name(nset).eq.'CTEQ5grid') call CTEQ5read(nset)
+ if (name(nset).eq.'CTEQ6grid') call CTEQ6read(nset)
+ if (name(nset).eq.'CTEQ65grid') call CTEQ65read(nset)
+ if (name(nset).eq.'CTEQ65cgrid') call CTEQ65cread(nset)
+ if (name(nset).eq.'CTEQ65sgrid') call CTEQ65read(nset)
+ if (name(nset).eq.'CTEQ6ABgrid') call CTEQ6read(nset)
+ if (name(nset).eq.'CTEQ66grid') call CTEQ66read(nset)
+ if (name(nset).eq.'CTEQ6LGgrid') call CTEQ6LGread(nset)
+ if (name(nset).eq.'CT10grid') call CT12read(nset)
+ if (name(nset).eq.'CT12grid') call CT12read(nset)
+#endif
+#ifdef MRST
+ if (name(nset).eq.'MRST') call QCDNUMread(nset)
+ if (name(nset).eq.'MRSTpdf') call QCDNUMread(nset)
+ if (name(nset).eq.'MRSTgrid') call MRSTread(nset)
+ if (name(nset).eq.'MRST3grid') call MRSTread(nset)
+ if (name(nset).eq.'MRST4grid') call MRSTread(nset)
+#endif
+#ifdef MRSTQED
+ if (name(nset).eq.'MRST4qed') call MRSTqedread(nset)
+#endif
+#ifdef MRST98
+ if (name(nset).eq.'MRST98grid') call MRST98read(nset)
+#endif
+#ifdef MRST06
+ if (name(nset).eq.'MRST2006grid') call MRST2006read(nset)
+#endif
+#ifdef MSTW
+ if (name(nset).eq.'MSTWgrid') call MSTWread(nset)
+#endif
+#ifdef ALEKHIN
+ if (name(nset).eq.'A02M') call A02Mread(nset)
+ if (name(nset).eq.'ABKM09') call ABKM09read(nset)
+ if (name(nset).eq.'ABM11') call ABM11read(nset)
+#endif
+#ifdef H1
+ if (name(nset).eq.'H12000') call H1read(nset)
+#endif
+#ifdef GJR
+ if (name(nset)(1:5).eq.'GJR08') call GJRread(nset)
+#endif
+#ifdef NNPDF
+ if (name(nset).eq.'NNPDF') call NNPDFread(nset)
+ if (name(nset).eq.'NNPDFint') call NNPDFINTread(nset)
+ if (name(nset).eq.'NNPDF20int') call NNPDFINT20read(nset)
+ if (name(nset).eq.'NNPDF20intqed') call NNPDFINT20qedread(nset)
+#endif
+#ifdef HKN
+ if (name(nset).eq.'HKNgrid') call hknread(nset)
+#endif
+#ifdef PHOTONS
+ if (name(nset).eq.'SASG') call SASGread(nset)
+ if (name(nset).eq.'GRVG0' .OR. &
+ & name(nset).eq.'GRVG1') call GRVGread(nset)
+ if (name(nset).eq.'DOG0' .OR. &
+ & name(nset).eq.'DOG1') call DOGread(nset)
+ if (name(nset).eq.'DGG') call DGGread(nset)
+ if (name(nset).eq.'LACG') call LACGread(nset)
+ if (name(nset).eq.'GSG0' .OR. &
+ & name(nset).eq.'GSG1') call GSGread(nset)
+ if (name(nset).eq.'GSG960' .OR. &
+ & name(nset).eq.'GSG961') call GSG96read(nset)
+ if (name(nset).eq.'ACFGP') call ACFGPread(nset)
+ if (name(nset).eq.'WHITG') call WHITGread(nset)
+#endif
+#ifdef PIONS
+ if (name(nset).eq.'OWP') call OWPread(nset)
+ if (name(nset).eq.'SMRSP') call SMRSPread(nset)
+ if (name(nset).eq.'GRVP0' .OR. &
+ & name(nset).eq.'GRVP1') call GRVPread(nset)
+ if (name(nset).eq.'ABFKWP') call ABFKWPread(nset)
+#endif
+#ifdef USER
+ if (name(nset).eq.'USER') call USERread(nset)
+ if (name(nset)(1:8).eq.'USERGRID') call USERGRIDread(nset)
+#endif
+ return
+!
+ entry alfasevolve(nset,alfas,Qin)
+!
+ call setnset(nset)
+ q = qin
+#ifdef QCDNUM
+ if (name(nset).eq.'QCDNUM') call QCDNUMalfa(alfas,Q)
+ if (name(nset).eq.'QCDNUM_MRST') call QCDNUMalfa(alfas,Q)
+ if (name(nset).eq.'QCDNUM_MRST3') call QCDNUM3alfa(alfas,Q)
+ if (name(nset).eq.'QCDNUM_MRST4') call QCDNUM4alfa(alfas,Q)
+#endif
+#ifdef GRV
+ if (name(nset).eq.'GRV') call GRValfa(alfas,Q)
+#endif
+#ifdef ZEUS
+ if (name(nset)(1:12).eq.'QCDNUM_ZEUS_') call ZEUSalfa(alfas,Q)
+#endif
+#ifdef HERA
+ if (name(nset)(1:12).eq.'QCDNUM_HERA_') call HERAalfa(alfas,Q)
+ if (name(nset)(1:8).eq.'HERAGRID') call HERAGRIDalfa(alfas,Q)
+#endif
+#ifdef CTEQ
+ if (name(nset).eq.'EVLCTEQ') call EVLCTEQalfa(alfas,Q)
+ if (name(nset).eq.'CTEQ5grid') call CTEQ5alfa(alfas,Q)
+ if (name(nset).eq.'CTEQ6grid') call CTEQ6alfa(alfas,Q)
+ if (name(nset).eq.'CTEQ65grid') call CTEQ65alfa(alfas,Q)
+ if (name(nset).eq.'CTEQ65cgrid') call CTEQ65alfa(alfas,Q)
+ if (name(nset).eq.'CTEQ65sgrid') call CTEQ65alfa(alfas,Q)
+ if (name(nset).eq.'CTEQ66grid') call CTEQ65alfa(alfas,Q)
+ if (name(nset).eq.'CTEQ6LGgrid') call CTEQ6LGalfa(alfas,Q)
+ if (name(nset).eq.'CT10grid') call CT12alfa(alfas,Q)
+ if (name(nset).eq.'CT12grid') call CT12alfa(alfas,Q)
+#endif
+#ifdef MRST
+ if (name(nset).eq.'MRST') call QCDNUMalfa(alfas,Q)
+ if (name(nset).eq.'MRSTpdf') call QCDNUMalfa(alfas,Q)
+ if (name(nset).eq.'MRSTgrid') call MRSTalfa(5,alfas,Q)
+ if (name(nset).eq.'MRST3grid') call MRSTalfa(3,alfas,Q)
+ if (name(nset).eq.'MRST4grid') call MRSTalfa(4,alfas,Q)
+#endif
+#ifdef MRSTQED
+ if (name(nset).eq.'MRST4qed') call MRSTqedalfa(4,alfas,Q)
+#endif
+#ifdef MRST98
+ if (name(nset).eq.'MRST98grid') call MRST98alfa(alfas,Q)
+#endif
+#ifdef MRST06
+ if (name(nset).eq.'MRST2006grid') call MRST2006alfa(5,alfas,Q)
+#endif
+#ifdef MSTW
+ if (name(nset).eq.'MSTWgrid') call MSTWalfa(alfas,Q)
+#endif
+#ifdef ALEKHIN
+ if (name(nset).eq.'A02M') call A02Malfa(alfas,Q)
+ if (name(nset).eq.'ABKM09') call ABKM09alfa(alfas,Q)
+ if (name(nset).eq.'ABM11') call ABM11alfa(alfas,Q)
+#endif
+#ifdef H1
+ if (name(nset).eq.'H12000') call H1alfa(alfas,Q)
+#endif
+#ifdef GJR
+ if (name(nset)(1:5).eq.'GJR08') call GJRalfa(alfas,Q)
+#endif
+#ifdef NNPDF
+ if (name(nset).eq.'NNPDF') call NNPDFalfa(alfas,Q)
+ if (name(nset).eq.'NNPDFint') call NNPDFINTalfa(alfas,Q)
+ if (name(nset).eq.'NNPDF20int') call NNPDFINT20alfa(alfas,Q)
+ if (name(nset).eq.'NNPDF20intqed') call NNPDFINT20qedalfa(alfas,Q)
+#endif
+#ifdef HKN
+ if (name(nset).eq.'HKNgrid') call hknalfa(alfas,Q)
+#endif
+#ifdef PHOTONS
+ if (name(nset).eq.'SASG') call SASGalfa(alfas,Q)
+ if (name(nset).eq.'GRVG0' .OR. &
+ & name(nset).eq.'GRVG1') call GRVGalfa(alfas,Q)
+ if (name(nset).eq.'DOG0' .OR. &
+ & name(nset).eq.'DOG1') call DOGalfa(alfas,Q)
+ if (name(nset).eq.'DGG') call DGGalfa(alfas,Q)
+ if (name(nset).eq.'LACG') call LACGalfa(alfas,Q)
+ if (name(nset).eq.'GSG0' .OR. &
+ & name(nset).eq.'GSG1') call GSGalfa(alfas,Q)
+ if (name(nset).eq.'GSG960' .OR. &
+ & name(nset).eq.'GSG961') call GSG96alfa(alfas,Q)
+ if (name(nset).eq.'ACFGP') call ACFGPalfa(alfas,Q)
+ if (name(nset).eq.'WHITG') call WHITGalfa(alfas,Q)
+#endif
+#ifdef PIONS
+ if (name(nset).eq.'OWP') call OWPalfa(alfas,Q)
+ if (name(nset).eq.'SMRSP') call SMRSPalfa(alfas,Q)
+ if (name(nset).eq.'GRVP0' .OR. &
+ & name(nset).eq.'GRVP1') call GRVPalfa(alfas,Q)
+ if (name(nset).eq.'ABFKWP') call ABFKWPalfa(alfas,Q)
+#endif
+#ifdef USER
+ if (name(nset).eq.'USER') call USERalfa(alfas,Q)
+ if (name(nset)(1:8).eq.'USERGRID') call USERGRIDalfa(alfas,Q)
+#endif
+ return
+!
+ entry initevolution(nset,Eorder,Q2fit)
+!
+ call setnset(nset)
+!
+#ifdef QCDNUM
+ if (name(nset).eq.'QCDNUM') call QCDNUMinit(nset,Eorder,Q2fit)
+ if (name(nset).eq.'QCDNUM_MRST') then
+ call QCDNUMinit(nset,Eorder,Q2fit)
+ call QNLSET('BMARK',.TRUE.)
+ endif
+ if (name(nset).eq.'QCDNUM_MRST3') then
+ call QCDNUM3init(nset,Eorder,Q2fit)
+ call QNLSET('BMARK',.TRUE.)
+ endif
+ if (name(nset).eq.'QCDNUM_MRST4') then
+ call QCDNUM4init(nset,Eorder,Q2fit)
+ call QNLSET('BMARK',.TRUE.)
+ endif
+#endif
+#ifdef GRV
+ if (name(nset).eq.'GRV') call GRVinit(Eorder,Q2fit)
+#endif
+#ifdef ZEUS
+ if (name(nset)(1:12).eq.'QCDNUM_ZEUS_') &
+ & call ZEUSinit(nset,Eorder,Q2fit)
+#endif
+#ifdef HERA
+ if (name(nset)(1:12).eq.'QCDNUM_HERA_') &
+ & call HERAinit(nset,Eorder,Q2fit)
+ if (name(nset)(1:8).eq.'HERAGRID')call HERAGRIDinit(nset,Eorder,Q2fit)
+#endif
+#ifdef CTEQ
+ if (name(nset).eq.'EVLCTEQ') call EVLCTEQinit(nset,Eorder,Q2fit)
+ if (name(nset).eq.'CTEQ5grid') call CTEQ5init(Eorder,Q2fit)
+ if (name(nset).eq.'CTEQ6grid') call CTEQ6init(Eorder,Q2fit)
+ if (name(nset).eq.'CTEQ65grid') call CTEQ65init(Eorder,Q2fit)
+ if (name(nset).eq.'CTEQ65cgrid') call CTEQ65init(Eorder,Q2fit)
+ if (name(nset).eq.'CTEQ65sgrid') call CTEQ65init(Eorder,Q2fit)
+ if (name(nset).eq.'CTEQ66grid') call CTEQ65init(Eorder,Q2fit)
+ if (name(nset).eq.'CTEQ6LGgrid') call CTEQ6LGinit(Eorder,Q2fit)
+ if (name(nset).eq.'CT10grid') call CT12init(Eorder,Q2fit)
+ if (name(nset).eq.'CT12grid') call CT12init(Eorder,Q2fit)
+#endif
+#ifdef MRST
+ if (name(nset).eq.'MRSTgrid') call MRSTinit(Eorder,Q2fit)
+ if (name(nset).eq.'MRST3grid') call MRSTinit(Eorder,Q2fit)
+ if (name(nset).eq.'MRST4grid') call MRSTinit(Eorder,Q2fit)
+#endif
+#ifdef MRSTQED
+ if (name(nset).eq.'MRST4qed') call MRSTqedinit(Eorder,Q2fit)
+#endif
+#ifdef MRST98
+ if (name(nset).eq.'MRST98grid') call MRST98init(Eorder,Q2fit)
+#endif
+#ifdef MRST06
+ if (name(nset).eq.'MRST2006grid') call MRST2006init(Eorder,Q2fit)
+#endif
+#ifdef MSTW
+ if (name(nset).eq.'MSTWgrid') call MSTWinit(Eorder,Q2fit)
+#endif
+#ifdef ALEKHIN
+ if (name(nset).eq.'A02M') call A02Minit
+ if (name(nset).eq.'ABKM09') call ABKM09init
+ if (name(nset).eq.'ABM11') call ABM11init
+#endif
+#ifdef H1
+ if (name(nset).eq.'H12000') call H1init(Eorder,Q2fit)
+#endif
+#ifdef GJR
+ if (name(nset)(1:5).eq.'GJR08') call GJRinit(Eorder,Q2fit)
+#endif
+#ifdef NNPDF
+ if (name(nset).eq.'NNPDF') call NNPDFinit(nset,Eorder,Q2fit)
+ if (name(nset).eq.'NNPDFint') call NNPDFINTinit(nset,Eorder,Q2fit)
+ if (name(nset).eq.'NNPDF20int') call NNPDFINT20init(nset,Eorder,Q2fit)
+ if (name(nset).eq.'NNPDF20intqed') call NNPDFINT20qedinit(nset,Eorder,Q2fit)
+#endif
+#ifdef PHOTONS
+ if (name(nset).eq.'SASG') call SASGinit(Eorder,Q2fit)
+ if (name(nset).eq.'GRVG0' .OR. &
+ & name(nset).eq.'GRVG1') call GRVGinit(Eorder,Q2fit)
+ if (name(nset).eq.'DOG0' .OR. &
+ & name(nset).eq.'DOG1') call DOGinit(Eorder,Q2fit)
+ if (name(nset).eq.'DGG') call DGGinit(Eorder,Q2fit)
+ if (name(nset).eq.'LACG') call LACGinit(Eorder,Q2fit)
+ if (name(nset).eq.'GSG0' .OR. &
+ & name(nset).eq.'GSG1') call GSGinit(Eorder,Q2fit)
+ if (name(nset).eq.'GSG960' .OR. &
+ & name(nset).eq.'GSG961') call GSG96init(Eorder,Q2fit)
+ if (name(nset).eq.'ACFGP') call ACFGPinit(Eorder,Q2fit)
+ if (name(nset).eq.'WHITG') call WHITGinit(Eorder,Q2fit)
+#endif
+#ifdef PIONS
+ if (name(nset).eq.'OWP') call OWPinit(Eorder,Q2fit)
+ if (name(nset).eq.'SMRSP') call SMRSPinit(Eorder,Q2fit)
+ if (name(nset).eq.'GRVP0' .OR. &
+ & name(nset).eq.'GRVP1') call GRVPinit(Eorder,Q2fit)
+ if (name(nset).eq.'ABFKWP') call ABFKWPinit(Eorder,Q2fit)
+#endif
+#ifdef HKN
+ if (name(nset).eq.'HKNgrid') call hkninit(nset,Eorder,Q2fit)
+#endif
+#ifdef USER
+ if (name(nset).eq.'USER') call USERinit(nset,Eorder,Q2fit)
+ if (name(nset)(1:8).eq.'USERGRID') call USERGRIDinit(nset,Eorder,Q2fit)
+#endif
+ return
+!
+ entry initPDFM(nset,imem)
+!
+ call setnset(nset)
+ call setnmem(nset,imem)
+!
+ iimem = imem
+#ifdef QCDNUM
+ if (name(nset).eq.'QCDNUM') then
+ call InitEvolvePDF(nset,imem)
+ call QCDNUMpdf(nset)
+ endif
+ if (name(nset).eq.'QCDNUM_MRST') then
+ call InitEvolvePDF(nset,imem)
+ call QCDNUMpdf(nset)
+ endif
+ if (name(nset).eq.'QCDNUM_MRST3') then
+ call InitEvolvePDF(nset,imem)
+ call QCDNUM3pdf(nset)
+ endif
+ if (name(nset).eq.'QCDNUM_MRST4') then
+ call InitEvolvePDF(nset,imem)
+ call QCDNUM4pdf(nset)
+ endif
+#endif
+#ifdef ZEUS
+ if (name(nset)(1:12).eq.'QCDNUM_ZEUS_') then
+ call InitEvolvePDF(nset,imem)
+ call ZEUSpdf(nset)
+ endif
+#endif
+#ifdef HERA
+ if (name(nset)(1:12).eq.'QCDNUM_HERA_') then
+ call InitEvolvePDF(nset,imem)
+ call HERApdf(nset)
+ endif
+ if (name(nset)(1:8).eq.'HERAGRID') call HERAGRIDpdf(imem)
+#endif
+#ifdef MRST
+ if (name(nset).eq.'MRST') then
+ call InitEvolvePDF(nset,imem)
+ call QCDNUMpdf(nset)
+ endif
+ if (name(nset).eq.'MRSTpdf') then
+ call InitEvolvePDF(nset,imem)
+ call QCDNUMpdf(nset)
+ endif
+ if (name(nset).eq.'MRSTgrid') call MRSTpdf(imem)
+ if (name(nset).eq.'MRST3grid') call MRSTpdf(imem)
+ if (name(nset).eq.'MRST4grid') call MRSTpdf(imem)
+#endif
+#ifdef MRSTQED
+ if (name(nset).eq.'MRST4qed') call MRSTqedpdf(imem)
+#endif
+#ifdef MRST98
+ if (name(nset).eq.'MRST98grid') call MRST98pdf(imem)
+#endif
+#ifdef MRST06
+ if (name(nset).eq.'MRST2006grid') call MRST2006pdf(imem)
+#endif
+#ifdef CTEQ
+ if (name(nset).eq.'EVLCTEQ') then
+ call InitEvolvePDF(nset,imem)
+ call EVLCTEQpdf(nset)
+! call EVLCTEQpdf(nset,imem)
+ endif
+ if (name(nset).eq.'CTEQ65grid') then
+ call CTEQ6NewAlpha(nset,imem)
+ endif
+ if (name(nset).eq.'CTEQ65cgrid') then
+ call CTEQ6NewAlpha(nset,imem)
+ endif
+ if (name(nset).eq.'CTEQ65sgrid') then
+ call CTEQ6NewAlpha(nset,imem)
+ endif
+ if (name(nset).eq.'CTEQ6ABgrid') then
+ call CTEQ6NewAlpha(nset,imem)
+! call CTEQ6pdf(nset)
+ endif
+ if (name(nset).eq.'CTEQ66grid') then
+ call CTEQ6NewAlpha(nset,imem)
+ endif
+ if (name(nset).eq.'CT10grid') then
+ call CTEQ6NewAlpha(nset,imem)
+ endif
+ if (name(nset).eq.'CT12grid') then
+ call CTEQ6NewAlpha(nset,imem)
+ endif
+ if (name(nset).eq.'CTEQ5grid') call CTEQ5pdf(imem)
+ if (name(nset).eq.'CTEQ6grid') call CTEQ6pdf(imem)
+ if (name(nset).eq.'CTEQ65grid') call CTEQ65pdf(imem)
+ if (name(nset).eq.'CTEQ66grid') call CTEQ65pdf(imem)
+ if (name(nset).eq.'CTEQ65cgrid') call CTEQ65pdf(imem)
+ if (name(nset).eq.'CTEQ65sgrid') call CTEQ65pdf(imem)
+ if (name(nset).eq.'CTEQ6ABgrid') call CTEQ6pdf(imem)
+ if (name(nset).eq.'CTEQ66grid') call CTEQ65pdf(imem)
+ if (name(nset).eq.'CTEQ6LGgrid') call CTEQ6LGpdf(imem)
+ if (name(nset).eq.'CT10grid') call CT12pdf(imem)
+ if (name(nset).eq.'CT12grid') call CT12pdf(imem)
+#endif
+#ifdef H1
+ if (name(nset).eq.'H12000') then
+ call InitEvolvePDF(nset,imem)
+ call H1pdf(imem)
+ endif
+#endif
+#ifdef NNPDF
+ if (name(nset).eq.'NNPDF') then
+ call InitEvolvePDF(nset,imem)
+ call NNPDFpdf(nset)
+ endif
+ if (name(nset).eq.'NNPDFint') then
+ call InitEvolvePDF(nset,imem)
+ call NNPDFINTpdf(imem)
+ endif
+ if (name(nset).eq.'NNPDF20int') then
+ call InitEvolvePDF(nset,imem)
+ call NNPDFINT20pdf(imem)
+ endif
+ if (name(nset).eq.'NNPDF20intqed') then
+ call InitEvolvePDF(nset,imem)
+ call NNPDFINT20qedpdf(imem)
+ endif
+#endif
+#ifdef MSTW
+ if (name(nset).eq.'MSTWgrid') call MSTWpdf(imem)
+#endif
+#ifdef GJR
+ if (name(nset)(1:5).eq.'GJR08') call GJRpdf(imem)
+#endif
+#ifdef ALEKHIN
+ if (name(nset).eq.'A02M') call A02Mpdf(imem)
+ if (name(nset).eq.'ABKM09') call ABKM09pdf(imem)
+ if (name(nset).eq.'ABM11') call ABM11pdf(imem)
+#endif
+#ifdef HKN
+ if (name(nset).eq.'HKNgrid') call hknpdf(imem)
+#endif
+#ifdef PHOTONS
+! if (name(nset).eq.'GRV0' .OR. &
+! & name(nset).eq.'GRV1') call GRVpdf(imem)
+ if (name(nset).eq.'SASG') call SASGpdf(imem)
+ if (name(nset).eq.'GRVG') call GRVGpdf(imem)
+ if (name(nset).eq.'DOG0' .OR. &
+ & name(nset).eq.'DOG1') call DOGpdf(imem)
+ if (name(nset).eq.'DGG') call DGGpdf(imem)
+ if (name(nset).eq.'LACG') call LACGpdf(imem)
+ if (name(nset).eq.'GSG0' .OR. &
+ & name(nset).eq.'GSG1') call GSGpdf(imem)
+ if (name(nset).eq.'GSG960' .OR. &
+ & name(nset).eq.'GSG961') call GSG96pdf(imem)
+ if (name(nset).eq.'ACFGP') call ACFGPpdf(imem)
+ if (name(nset).eq.'WHITG') call WHITGpdf(imem)
+#endif
+#ifdef PIONS
+ if (name(nset).eq.'OWP') call OWPpdf(imem)
+ if (name(nset).eq.'SMRSP') call SMRSPpdf(imem)
+ if (name(nset).eq.'GRVP0' .OR. &
+ & name(nset).eq.'GRVP1') call GRVPpdf(imem)
+ if (name(nset).eq.'ABFKWP') call ABFKWPpdf(imem)
+#endif
+#ifdef USER
+ if (name(nset).eq.'USER') then
+ call InitEvolvePDF(nset,imem)
+ call USERpdf(imem)
+ endif
+ if (name(nset)(1:8).eq.'USERGRID') then
+ call InitEvolvePDF(nset,imem)
+ call USERGRIDpdf(imem)
+ endif
+#endif
+ return
+!
+ entry getGridM(nset,nxgrid,nqgrid,gridx,gridq)
+#ifdef MRST
+ if(name(nset).eq.'MRSTgrid') call MRSTgetgrid(nset,nxgrid,nqgrid,gridx,gridq)
+ if(name(nset).eq.'MRST3grid') call MRSTgetgrid(nset,nxgrid,nqgrid,gridx,gridq)
+ if(name(nset).eq.'MRST4grid') call MRSTgetgrid(nset,nxgrid,nqgrid,gridx,gridq)
+#endif
+#ifdef MRSTQED
+ if(name(nset).eq.'MRST4qed') call MRSTqedgetgrid(nset,nxgrid,nqgrid,gridx,gridq)
+#endif
+#ifdef MRST98
+ if(name(nset).eq.'MRST98grid') call MRST98getgrid(nset,nxgrid,nqgrid,gridx,gridq)
+#endif
+#ifdef MRST06
+ if(name(nset).eq.'MRST2006grid') call MRST2006getgrid(nset,nxgrid,nqgrid,gridx,gridq)
+#endif
+#ifdef MSTW
+ if(name(nset).eq.'MSTWgrid') call MSTWgetgrid(nset,nxgrid,nqgrid,gridx,gridq)
+#endif
+#ifdef CTEQ
+ if (name(nset).eq.'CTEQ6grid') call CTEQ6getgrid(nset,nxgrid,nqgrid,gridx,gridq)
+ if (name(nset).eq.'CTEQ6ABgrid') call CTEQ6getgrid(nset,nxgrid,nqgrid,gridx,gridq)
+ if (name(nset).eq.'CTEQ5grid') call CTEQ5getgrid(nset,nxgrid,nqgrid,gridx,gridq)
+ if (name(nset).eq.'CTEQ65grid') call CTEQ65getgrid(nset,nxgrid,nqgrid,gridx,gridq)
+ if (name(nset).eq.'CTEQ65cgrid') call CTEQ65getgrid(nset,nxgrid,nqgrid,gridx,gridq)
+ if (name(nset).eq.'CTEQ65sgrid') call CTEQ65getgrid(nset,nxgrid,nqgrid,gridx,gridq)
+ if (name(nset).eq.'CTEQ66grid') call CTEQ65getgrid(nset,nxgrid,nqgrid,gridx,gridq)
+ if (name(nset).eq.'CT10grid') call CT12getgrid(nset,nxgrid,nqgrid,gridx,gridq)
+ if (name(nset).eq.'CT12grid') call CT12getgrid(nset,nxgrid,nqgrid,gridx,gridq)
+#endif
+#ifdef NNPDF
+! if (name(nset).eq.'NNPDFint') call NNPDFINTgetgrid(nset,nxgrid,nqgrid,gridx,gridq)
+ if (name(nset).eq.'NNPDF20int') call NNPDFINT20getgrid(nset,nxgrid,nqgrid,gridx,gridq)
+ if (name(nset).eq.'NNPDF20qedint') call NNPDFINT20qedgetgrid(nset,nxgrid,nqgrid,gridx,gridq)
+#endif
+#ifdef HERA
+ if (name(nset)(1:8).eq.'HERAGRID') call HERAGRIDgetgrid(nset,nxgrid,nqgrid,gridx,gridq)
+#endif
+#ifdef ALEKHIN
+ if (name(nset).eq.'A02M') call A02Mgetgrid(nset,nxgrid,nqgrid,gridx,gridq)
+ if (name(nset).eq.'ABKM09') call ABKM09getgrid(nset,nxgrid,nqgrid,gridx,gridq)
+ if (name(nset).eq.'ABM11') call ABM11getgrid(nset,nxgrid,nqgrid,gridx,gridq)
+#endif
+#ifdef GJR
+ if (name(nset)(1:5).eq.'GJR08') call GJRgetgrid(nset,nxgrid,nqgrid,gridx,gridq)
+#endif
+#ifdef H1
+ if (name(nset).eq.'H12000') call H1getgrid(nset,nxgrid,nqgrid,gridx,gridq)
+#endif
+#ifdef HKN
+ if (name(nset).eq.'HKNgrid') call hkngetgrid(nset,nxgrid,nqgrid,gridx,gridq)
+#endif
+ return
+
+ end
git://git.uio.no / u / mrichter / AliRoot.git / blobdiff