+++ /dev/null
-CDECK ID>, QCDCOM.
-
-CDECK ID>, QCDCOM.
-
-C------------------------QCDNUM COMMON BLOCKS---------------------
-
-CDECK ID>, QCDNUM.
-
-CDECK ID>, QNINIT.
-
-C =================
- SUBROUTINE QNINIT
-C =================
-
-C--- QNINIT: initialisation.
-C--- Called by user.
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- CHARACTER*8 CHVERS,CHDATE
- COMMON/QCVERS/ CHVERS,CHDATE
-
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- REAL
- +WGTFF1,WGTFG1,
- +WGTGF1,WGTGG1,
- +WGTPP2,WGTPM2,WGTNS2,
- +WGTFF2,WGTFG2,
- +WGTGF2,WGTGG2,
- +WGTC2Q,WGTC2G,YNTC2Q,
- +WGTCLQ,WGTCLG,WGTC3Q
-
- COMMON/QCWEIT/
- +WGTFF1(MXX*(MXX+1)/2) ,WGTFG1(MXX*(MXX+1)/2,3:5),
- +WGTGF1(MXX*(MXX+1)/2) ,WGTGG1(MXX*(MXX+1)/2,3:5),
- +WGTPP2(MXX*(MXX+1)/2,3:5),WGTPM2(MXX*(MXX+1)/2,3:5),
- +WGTNS2(MXX*(MXX+1)/2,3:5),
- +WGTFF2(MXX*(MXX+1)/2,3:5),WGTFG2(MXX*(MXX+1)/2,3:5),
- +WGTGF2(MXX*(MXX+1)/2,3:5),WGTGG2(MXX*(MXX+1)/2,3:5),
- +WGTC2Q(MXX*(MXX+1)/2) ,WGTC2G(MXX*(MXX+1)/2,3:5),
- +WGTCLQ(MXX*(MXX+1)/2) ,WGTCLG(MXX*(MXX+1)/2,3:5),
- +WGTC3Q(MXX*(MXX+1)/2) ,YNTC2Q(MXX)
-
- COMMON/QCWADR/ IWADR(MXX,MXX)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- CHARACTER*5 PNAM,STFNAM
- LOGICAL LNFP
- COMMON /QCLNFP/ LNFP(0:30,3:5)
- COMMON /QCPNAM/ PNAM(0:30)
- COMMON /QCPWGT/ PWGT(0:10,0:30,3:5)
- COMMON /QCFNAM/ STFNAM(7)
-
-
- LOGICAL LTIME
- REAL T_START,T_END,T_SPENT
- COMMON/QCTIME/T_START(10),T_END(10),T_SPENT(10),N_CALLS(10),
- +E_CALLS(10),LTIME
- COMMON/QCFCNT/IFCNT(-1:1,5)
-
- CHARACTER*7 TSNAM
- COMMON/QCTRCE/ TSNAM(0:19)
- COMMON/QCTRCI/ NTCAL(0:19),ITADR
-c
-c common added by MRW 18/3/05 to make silent mode for LHAPDF
-c
- common/lhasilent/lhasilent
-c
-
- CHVERS = '16.12 '
- CHDATE = '12-08-98'
-
- LDOUBL = .TRUE.
- if(lhasilent.eq.0) then
- WRITE(6,'(/////)')
- WRITE(6,
- &'(8X,''+-----------------------------------------------+'')')
- WRITE(6,
- &'(8X,''| |'')')
-c LDOUBL = .TRUE.
- WRITE(6,
- &'(8X,''| You are using the double precision version of |'')')
- WRITE(6,
- &'(8X,''| |'')')
- WRITE(6,
- &'(8X,''| Q C D N U M '',A8,
- & '' |'')') CHVERS
- WRITE(6,
- &'(8X,''| |'')')
- WRITE(6,
- &'(8X,''| Author : Michiel Botje |'')')
- WRITE(6,
- &'(8X,''| Email : h24@nikhef.nl |'')')
- WRITE(6,
- &'(8X,''| |'')')
- WRITE(6,
- &'(8X,''| Date : '',A8,
- & '' |'')') CHDATE
- WRITE(6,
- &'(8X,''| Max NX : '',I3,
- & '' |'')') MXX-1
- WRITE(6,
- &'(8X,''| Max NQ2 : '',I3,
- & '' |'')') MQ2-1
- WRITE(6,
- &'(8X,''| |'')')
- WRITE(6,
- &'(8X,''+-----------------------------------------------+'')')
- WRITE(6,'(/////)')
- endif
-
- IORD = 2
- IOLAST = -999
- Q0ALFA = 50.
- ALPHA0 = 0.180
- QALAST = -999.
- ASLAST = -999.
- SCAX0 = 0.20
- SCAQ0 = 1.D10
-
- PI = 3.14159265359
- PROTON = 0.9382796
- EUTRON = 0.9395731
- UCLEON = (PROTON + EUTRON) / 2.
- UDSCBT(1) = 0.005
- UDSCBT(2) = 0.01
- UDSCBT(3) = 0.3
- UDSCBT(4) = 1.5
- UDSCBT(5) = 5.0
- UDSCBT(6) = 188.
- CBMSTF(4) = UDSCBT(4)
- CBMSTF(5) = UDSCBT(4)
- CBMSTF(6) = UDSCBT(5)
- CBMSTF(7) = UDSCBT(5)
- CHARGE(4) = 4./9.
- CHARGE(5) = 4./9.
- CHARGE(6) = 1./9.
- CHARGE(7) = 1./9.
- AAM2H = 1.
- BBM2H = 0.
- AAM2L = 1.
- BBM2L = 0.
- AAAR2 = 1.
- BBBR2 = 0.
- FL_FAC = 0.
- C1S3 = 1./3.
- C2S3 = 2./3.
- C4S3 = 4./3.
- C5S3 = 5./3.
- C8S3 = 8./3.
- C14S3 = 14./3.
- C16S3 = 16./3.
- C20S3 = 20./3.
- C28S3 = 28./3.
- C38S3 = 38./3.
- C40S3 = 40./3.
- C44S3 = 44./3.
- C52S3 = 52./3.
- C136S3 = 136./3.
- C11S6 = 11./6.
- C2S9 = 2./9.
- C4S9 = 4./9.
- C10S9 = 10./9.
- C14S9 = 14./9.
- C16S9 = 16./9.
- C40S9 = 40./9.
- C44S9 = 44./9.
- C62S9 = 62./9.
- C112S9 = 112./9.
- C182S9 = 182./9.
- C11S12 = 11./12.
- C35S18 = 35./18.
- C11S3 = 11./3.
- C22S3 = 22./3.
- C61S12 = 61./12.
- C215S1 = 215./12.
- C29S12 = 29./12.
- CPI2S3 = PI**2/3.
- CPIA = 67./18. - CPI2S3/2.
- CPIB = 4.*CPI2S3
- CPIC = 17./18. + 3.5*CPI2S3
- CPID = 367./36. - CPI2S3
- CPIE = 5. - CPI2S3
- CPIF = CPI2S3 - 218./9.
-
- CCA = 3.
- CCF = (CCA*CCA-1.)/(2.*CCA)
- CTF = 0.5
- CATF = CCA*CTF
- CFTF = CCF*CTF
-
- DO I = 1,10
- T_SPENT(I) = 0.
- E_CALLS(I) = 0.
- N_CALLS(I) = 0
- ENDDO
- LTIME = .FALSE.
-
- LBMARK = .FALSE.
- LW1ANA = .TRUE.
- LW1NUM = .FALSE.
- LW2NUM = .TRUE.
- LW2STF = .TRUE.
- LWF2C = .FALSE.
- LWF2B = .FALSE.
- LWFLC = .FALSE.
- LWFLB = .FALSE.
- LIMCK = .TRUE.
- LPLUS = .TRUE.
- LALFOK = .FALSE.
- LDQ2OK = .FALSE.
- LWT1OK = .FALSE.
- LWT2OK = .FALSE.
- LWTFOK = .FALSE.
- LWFCOK = .FALSE.
- LWLCOK = .FALSE.
- LWFBOK = .FALSE.
- LWLBOK = .FALSE.
- LMARK = .FALSE.
- LCLOWQ = .TRUE.
- LASOLD = .FALSE.
- DO I = 1,30
- DO J = 1,7
- LFFCAL(J,I) = .FALSE.
- ENDDO
- ENDDO
-C-- Invalidate all evolutions
- CALL QNFALS(LEVDONE,MXX*10)
- CALL QNFALS(LE_DONE,MXX)
- CALL QNINUL(IQL_LAST,10)
- CALL QNINUL(IQ0_LAST,10)
- CALL QNINUL(IQH_LAST,10)
-
- ITADR = 0
- DO I = 0,19
- TSNAM(I) = ' '
- NTCAL(I) = 0
- ENDDO
-
- NXX = 0
- NQ2 = 0
- NGRVER = 0
- NDFAST = 30
- XMICUT = -1.
- QMICUT = -1.
- QMACUT = -1.
- RS2CUT = -1.
- QMINAS = 0.
- THRS34 = -1.D10
- THRS45 = 1.D10
-
- CALL VZERO (WGTFF1,MXX*(MXX+1)/2)
- CALL VZERO (WGTFG1,MXX*(MXX+1)*3/2)
- CALL VZERO (WGTGF1,MXX*(MXX+1)/2)
- CALL VZERO (WGTGG1,MXX*(MXX+1)*3/2)
- CALL VZERO (WGTPP2,MXX*(MXX+1)*3/2)
- CALL VZERO (WGTPM2,MXX*(MXX+1)*3/2)
- CALL VZERO (WGTNS2,MXX*(MXX+1)*3/2)
- CALL VZERO (WGTFF2,MXX*(MXX+1)*3/2)
- CALL VZERO (WGTFG2,MXX*(MXX+1)*3/2)
- CALL VZERO (WGTGF2,MXX*(MXX+1)*3/2)
- CALL VZERO (WGTGG2,MXX*(MXX+1)*3/2)
- CALL VZERO (WGTC2Q,MXX*(MXX+1)/2)
- CALL VZERO (WGTC2G,MXX*(MXX+1)*3/2)
- CALL VZERO (YNTC2Q,MXX)
- CALL VZERO (WGTCLQ,MXX*(MXX+1)/2)
- CALL VZERO (WGTCLG,MXX*(MXX+1)*3/2)
- CALL VZERO (WGTC3Q,MXX*(MXX+1)/2)
-
- CALL QNVNUL(PWGT,11*31*3)
- CALL QNINUL(NFMAP,MQ2)
- CALL QNINUL(MARKFF,MXX*MQ2)
- CALL QNINUL(MARKFH,MXX*MQ2)
- CALL QNINUL(MARKQQ,MQ2)
- CALL QNINUL(IDFAST,7*30)
- CALL QNINUL(IFCNT,3*5)
-
- CALL QNVNUL(PDFQCD,MXX*MQ2*11)
- DO ID = 1,NDFMAX
- DO IX = 1,MXX
- DO IQ = 1,MQ2
- FSTORE(IX,IQ,30+ID) = -501.
- ENDDO
- ENDDO
- ENDDO
-
- PNAM(0) = 'GLUON'
- PNAM(1) = 'SINGL'
- LNFP(0,3) = .TRUE.
- LNFP(0,4) = .TRUE.
- LNFP(0,5) = .TRUE.
- LNFP(1,3) = .TRUE.
- LNFP(1,4) = .TRUE.
- LNFP(1,5) = .TRUE.
- DO 10 I = 2,30
- PNAM(I) = 'FREE '
- LNFP(I,3) = .FALSE.
- LNFP(I,4) = .FALSE.
- LNFP(I,5) = .FALSE.
- 10 CONTINUE
- PWGT(0,0,3) = 1.
- PWGT(0,0,4) = 1.
- PWGT(0,0,5) = 1.
- PWGT(1,1,3) = 1.
- PWGT(1,1,4) = 1.
- PWGT(1,1,5) = 1.
- STFNAM(1) = 'F2 '
- STFNAM(2) = 'FL '
- STFNAM(3) = 'XF3 '
- STFNAM(4) = 'F2C '
- STFNAM(5) = 'FLC '
- STFNAM(6) = 'F2B '
- STFNAM(7) = 'FLB '
-
- CALL QTRACE('QNINIT ',0)
-
- RETURN
- END
-
-CDECK ID>, QTRACE.
-
-C ===============================
- SUBROUTINE QTRACE(SRNAM,IPRINT)
-C ===============================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- CHARACTER*7 SRNAM
-
- CHARACTER*7 TSNAM
- COMMON/QCTRCE/ TSNAM(0:19)
- COMMON/QCTRCI/ NTCAL(0:19),ITADR
-
-
- IF(IPRINT.EQ.0) THEN
-
- IF(SRNAM.EQ.TSNAM(ITADR)) THEN
- NTCAL(ITADR) = NTCAL(ITADR) + 1
- ELSE
- ITADR = MOD(ITADR+1,20)
- TSNAM(ITADR) = SRNAM
- NTCAL(ITADR) = 1
- ENDIF
-
- ELSE
-
- WRITE(6,'(/'' ----------------------------'')')
-
- K = -20
- DO I = ITADR+1,ITADR+19
- J = MOD(I,20)
- K = K+1
- WRITE(6,'(I4,2X,A7,'' #calls = '',I5)')
- + K,TSNAM(J),NTCAL(J)
- ENDDO
- K = 0
- WRITE(6,'(I4,2X,A7,'' #calls = '',I5,'' <--- error'')')
- + K,TSNAM(ITADR),NTCAL(ITADR)
-
- WRITE(6,'( '' ----------------------------'')')
-
- ENDIF
-
- RETURN
- END
-
-CDECK ID>, QNDUMP.
-
-C ======================
- SUBROUTINE QNDUMP(LUN)
-C ======================
-
-C--- QNDUMP: write weight tables to LUN.
-C--- Called by user.
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
- CHARACTER*8 CHVERS,CHDATE
- COMMON/QCVERS/ CHVERS,CHDATE
-
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- REAL
- +WGTFF1,WGTFG1,
- +WGTGF1,WGTGG1,
- +WGTPP2,WGTPM2,WGTNS2,
- +WGTFF2,WGTFG2,
- +WGTGF2,WGTGG2,
- +WGTC2Q,WGTC2G,YNTC2Q,
- +WGTCLQ,WGTCLG,WGTC3Q
-
- COMMON/QCWEIT/
- +WGTFF1(MXX*(MXX+1)/2) ,WGTFG1(MXX*(MXX+1)/2,3:5),
- +WGTGF1(MXX*(MXX+1)/2) ,WGTGG1(MXX*(MXX+1)/2,3:5),
- +WGTPP2(MXX*(MXX+1)/2,3:5),WGTPM2(MXX*(MXX+1)/2,3:5),
- +WGTNS2(MXX*(MXX+1)/2,3:5),
- +WGTFF2(MXX*(MXX+1)/2,3:5),WGTFG2(MXX*(MXX+1)/2,3:5),
- +WGTGF2(MXX*(MXX+1)/2,3:5),WGTGG2(MXX*(MXX+1)/2,3:5),
- +WGTC2Q(MXX*(MXX+1)/2) ,WGTC2G(MXX*(MXX+1)/2,3:5),
- +WGTCLQ(MXX*(MXX+1)/2) ,WGTCLG(MXX*(MXX+1)/2,3:5),
- +WGTC3Q(MXX*(MXX+1)/2) ,YNTC2Q(MXX)
-
- COMMON/QCWADR/ IWADR(MXX,MXX)
-
-
- REAL
- +WH_C0KG,WH_C1KG,WH_C1BKG,
- +WH_C1KQ,WH_C1BKQ,WH_D1KQ,WH_D1BKQ
-
- COMMON/QCHWGT/
- +WH_C0KG(0:MXX,MQ2,4:7),
- +WH_C1KG(0:MXX,MQ2,4:7),WH_C1BKG(0:MXX,MQ2,4:7),
- +WH_C1KQ(0:MXX,MQ2,4:7),WH_C1BKQ(0:MXX,MQ2,4:7),
- +WH_D1KQ(0:MXX,MQ2,4:7),WH_D1BKQ(0:MXX,MQ2,4:7)
-
-
- DIMENSION STOREM(6)
-
- CALL QTRACE('QNDUMP ',0)
-
- STOREM(1) = CBMSTF(4)
- STOREM(2) = CBMSTF(6)
- STOREM(3) = 0.
- STOREM(4) = 0.
- STOREM(5) = 0.
- STOREM(6) = 0.
-
- WRITE(LUN) MXX,MQ2
- WRITE(LUN) CHVERS,CHDATE
- WRITE(LUN) STOREM
- WRITE(LUN) LWT1OK,LWT2OK,LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,
- + LPLUS
- WRITE(LUN) XXTAB,Q2TAB,
- + NXX,NQ2,IQF2C,IQF2B,IQFLC,IQFLB
- IF(LWT1OK) THEN
- WRITE(LUN) WGTFF1,WGTFG1,WGTGF1,WGTGG1
- ENDIF
- IF(LWT2OK) THEN
- WRITE(LUN) WGTPP2,WGTPM2,WGTNS2,WGTFF2,WGTFG2,WGTGF2,WGTGG2
- ENDIF
- IF(LWTFOK) THEN
- WRITE(LUN) WGTC2Q,WGTC2G,YNTC2Q,WGTCLQ,WGTCLG,WGTC3Q
- ENDIF
- IF(LWFCOK.OR.LWLCOK.OR.LWFBOK.OR.LWLBOK) THEN
- WRITE(LUN) WH_C0KG,WH_C1KG,WH_C1BKG,
- + WH_C1KQ,WH_C1BKQ,WH_D1KQ,WH_D1BKQ
- ENDIF
-
- RETURN
- END
-
-CDECK ID>, QNREAD.
-
-C =================================
- SUBROUTINE QNREAD(LUN,ISTOP,IERR)
-C =================================
-
-C--- QNDUMP: read weight tables from LUN.
-C--- Called by user.
-C--- Input integer LUN
-C--- integer ISTOP = 0 read the file
-C--- ISTOP = 1 read only when ierr = 0
-C--- ISTOP = 2 stop the program when ierr .ne. 0
-C--- Output integer IERR = 0 all ok
-C--- = 1 xgrid on file .ne. that in QCDNUM
-C--- = 2 file contains heavy quark weight tables and
-C--- qgrid on file .ne. that in QCDNUM
-C--- = 3 file contains charm weight tables and
-C--- c mass on the file .ne. that in QCDNUM
-C--- = 4 file contains bottom weight tables and
-C--- b mass on the file .ne. that in QCDNUM
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
- CHARACTER*8 CHVERS,CHDATE
- COMMON/QCVERS/ CHVERS,CHDATE
-
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- REAL
- +WGTFF1,WGTFG1,
- +WGTGF1,WGTGG1,
- +WGTPP2,WGTPM2,WGTNS2,
- +WGTFF2,WGTFG2,
- +WGTGF2,WGTGG2,
- +WGTC2Q,WGTC2G,YNTC2Q,
- +WGTCLQ,WGTCLG,WGTC3Q
-
- COMMON/QCWEIT/
- +WGTFF1(MXX*(MXX+1)/2) ,WGTFG1(MXX*(MXX+1)/2,3:5),
- +WGTGF1(MXX*(MXX+1)/2) ,WGTGG1(MXX*(MXX+1)/2,3:5),
- +WGTPP2(MXX*(MXX+1)/2,3:5),WGTPM2(MXX*(MXX+1)/2,3:5),
- +WGTNS2(MXX*(MXX+1)/2,3:5),
- +WGTFF2(MXX*(MXX+1)/2,3:5),WGTFG2(MXX*(MXX+1)/2,3:5),
- +WGTGF2(MXX*(MXX+1)/2,3:5),WGTGG2(MXX*(MXX+1)/2,3:5),
- +WGTC2Q(MXX*(MXX+1)/2) ,WGTC2G(MXX*(MXX+1)/2,3:5),
- +WGTCLQ(MXX*(MXX+1)/2) ,WGTCLG(MXX*(MXX+1)/2,3:5),
- +WGTC3Q(MXX*(MXX+1)/2) ,YNTC2Q(MXX)
-
- COMMON/QCWADR/ IWADR(MXX,MXX)
-
-
- REAL
- +WH_C0KG,WH_C1KG,WH_C1BKG,
- +WH_C1KQ,WH_C1BKQ,WH_D1KQ,WH_D1BKQ
-
- COMMON/QCHWGT/
- +WH_C0KG(0:MXX,MQ2,4:7),
- +WH_C1KG(0:MXX,MQ2,4:7),WH_C1BKG(0:MXX,MQ2,4:7),
- +WH_C1KQ(0:MXX,MQ2,4:7),WH_C1BKQ(0:MXX,MQ2,4:7),
- +WH_D1KQ(0:MXX,MQ2,4:7),WH_D1BKQ(0:MXX,MQ2,4:7)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- CHARACTER*8 RHVERS,RHDATE
- LOGICAL RWT1OK,RWT2OK,RWTFOK,RWFCOK
- LOGICAL RWLCOK,RWFBOK,RWLBOK,RPLUS
- LOGICAL LREADX,LREADQ,LREADB,LREADC
- DIMENSION RMASS(6)
- DIMENSION RXTAB(MXX),RQTAB(MQ2)
- DIMENSION IRF2C(MQ2),IRF2B(MQ2),IRFLC(MQ2),IRFLB(MQ2)
-c
-c common added 18/3/05 by MRW
- common/lhasilent/lhasilent
-
- CALL QTRACE('QNREAD ',0)
-
- REWIND LUN
-
-C-- Setup the weight adresses
-C-- (Usually done in QNFILW, but this routine might not be called)
- DO IX0 = 1,MXX
- DO IX = IX0,MXX
- IWADR(IX,IX0) = IWTAD(IX,IX0)
- ENDDO
- ENDDO
-
-C-- Read header information
- READ(LUN,ERR=500) KXX,KQ2
- IF(KXX.NE.MXX.OR.KQ2.NE.MQ2) THEN
- WRITE(6,'(/'' QNREAD: nxmax, nqmax on file '',2I5,
- + /'' nxmax, nqmax in QCDNUM'',2I5,
- + /'' Incompatible ---> STOP'')')
- + KXX,KQ2,MXX,MQ2
- STOP
- ENDIF
- READ(LUN,ERR=500) RHVERS,RHDATE
- READ(RHVERS(1:2),'(I2)') IV
-
-C-- If ISTOP > 0 : stop when fileversion = QCDNUM15 or lower
-C-- If ISTOP = 0 : read up to the weight tables
- IF(IV.LE.15.AND.ISTOP.NE.0) THEN
- WRITE(6,'(/'' QNREAD: file was written with QCDNUM'',A8,
- + '' Incompatible ---> STOP'')')
- + RHVERS
- STOP
- ENDIF
- if(lhasilent.eq.0)
- + WRITE(6,'(/'' QNREAD: file was written with QCDNUM'',A8)')
- + RHVERS
-
- READ(LUN,ERR=500) RMASS
- READ(LUN,ERR=500) RWT1OK,RWT2OK,RWTFOK,RWFCOK,RWLCOK,RWFBOK,
- + RWLBOK,RPLUS
- READ(LUN,ERR=500) RXTAB,RQTAB,
- + NRX,NRQ,IRF2C,IRF2B,IRFLC,IRFLB
-
- IERR = 0
- LREADX = .FALSE.
- LREADQ = .FALSE.
- LREADC = .FALSE.
- LREADB = .FALSE.
-
-C-- Check xgrid (if there is one already defined)
- IF(NXX.NE.0) THEN
- IF(NXX.NE.NRX) THEN
- IERR = 1
- ELSE
- DO IX = 1,NXX
- IF(RXTAB(IX).NE.XXTAB(IX)) IERR = 1
- ENDDO
- ENDIF
- ENDIF
-
-C-- What to do when xgrid is different
- IF(IERR.EQ.1) THEN
- IF(ISTOP.EQ.1) THEN
- WRITE(6,'(/
- + '' QNREAD: X grid in memory different from that on file'',
- + '' ---> abandon reading'')')
- RETURN
- ENDIF
- IF(ISTOP.EQ.2) THEN
- WRITE(6,'(/
- + '' QNREAD: X grid in memory different from that on file'',
- + '' ---> STOP'')')
- STOP
- ENDIF
- ENDIF
-
- IF(IERR.EQ.1.OR.NXX.LE.0) LREADX = .TRUE.
-
-C-- Check Q2 grid if there is one already defined and if there are
-C-- heavy quark weight tables on the file
- IF(NQ2.NE.0.AND.(RWFCOK.OR.RWLCOK.OR.RWFBOK.OR.RWLBOK)) THEN
- IF(NQ2.NE.NRQ) THEN
- IERR = 2
- ELSE
- DO IQ = 1,NQ2
- IF(RQTAB(IQ).NE.Q2TAB(IQ)) IERR = 2
- ENDDO
- ENDIF
- ENDIF
-
-C-- What to do when qgrid is different
- IF(IERR.EQ.2) THEN
- IF(ISTOP.EQ.1) THEN
- WRITE(6,'(/
- + '' QNREAD: Q2 grid in memory different from that on file'',
- + '' ---> abandon reading'')')
- RETURN
- ENDIF
- IF(ISTOP.EQ.2) THEN
- WRITE(6,'(/
- + '' QNREAD: Q2 grid in memory different from that on file'',
- + '' ---> STOP'')')
- STOP
- ENDIF
- ENDIF
-
- IF(IERR.EQ.2.OR.NQ2.LE.0) LREADQ = .TRUE.
-
-C-- Check charm mass if there are charm weight tables on the file
- IF(RWFCOK.OR.RWLCOK) THEN
- IF(IV.LE.15) THEN
- IF(RMASS(4).NE.CBMSTF(4)) IERR = 3
- ELSE
- IF(RMASS(1).NE.CBMSTF(4)) IERR = 3
- ENDIF
- ENDIF
-
-C-- What to do when charm mass is different
- IF(IERR.EQ.3) THEN
- IF(ISTOP.EQ.1) THEN
- WRITE(6,'(/
- + '' QNREAD: Charm mass in memory different from that on file'',
- + '' ---> abandon reading'')')
- RETURN
- ENDIF
- IF(ISTOP.EQ.2) THEN
- WRITE(6,'(/
- + '' QNREAD: Charm mass in memory different from that on'',
- + '' file ---> STOP'')')
- STOP
- ENDIF
- LREADC = .TRUE.
- ENDIF
-
-C-- Check bottom mass if there are bottom weight tables on the file
- IF(RWFBOK.OR.RWLBOK) THEN
- IF(IV.LE.15) THEN
- IF(RMASS(5).NE.CBMSTF(6)) IERR = 4
- ELSE
- IF(RMASS(2).NE.CBMSTF(6)) IERR = 4
- ENDIF
- ENDIF
-
-C-- What to do when bottom mass is different
- IF(IERR.EQ.4) THEN
- IF(ISTOP.EQ.1) THEN
- WRITE(6,'(/
- + '' QNREAD: Bottom mass in memory different from that on'',
- + '' file ---> abandon reading'')')
- RETURN
- ENDIF
- IF(ISTOP.EQ.2) THEN
- WRITE(6,'(/
- + '' QNREAD: Bottom mass in memory different from that on'',
- + '' file ---> STOP'')')
- STOP
- ENDIF
- LREADB = .TRUE.
- ENDIF
-
-C-- ok..... continue.......
- LPLUS = RPLUS
-C-- Invalidate all evolutions
- CALL QNFALS(LEVDONE,MXX*10)
-
- IF(LREADX) THEN
-C-- Copy xgrid to qcdnum common block
- NXX = NRX
- DO IX = 1,NXX+1
- XXTAB(IX) = RXTAB(IX)
- ENDDO
- WRITE(6,'(/
- + '' QNREAD: xgrid table read in (original overwritten)'')')
-C-- Invalidate all weight tables since the grid has changed
- LWT1OK = .FALSE.
- LWT2OK = .FALSE.
- LWTFOK = .FALSE.
- LWFCOK = .FALSE.
- LWLCOK = .FALSE.
- LWFBOK = .FALSE.
- LWLBOK = .FALSE.
- LMARK = .FALSE.
- NGRVER = NGRVER+1
-C-- Invalidate all evolutions
- CALL QNFALS(LEVDONE,MXX*10)
-C--- Update IFAILC
- CALL GRSETC
-C--- Update NFMAP
- CALL QNSETT
-C--- Update heavy quark xgrid
- CALL GXHDEF
- ENDIF
-
- IF(LREADQ) THEN
-C-- Copy q2 grid to common block
- NQ2 = NRQ
- DO IQ = 1,NQ2
- Q2TAB(IQ) = RQTAB(IQ)
- ENDDO
- WRITE(6,'(/
- + '' QNREAD: qgrid table read in (original overwritten)'')')
-C-- Invalidate hq weight tables since the grid has changed
- LALFOK = .FALSE.
- LDQ2OK = .FALSE.
- LWFCOK = .FALSE.
- LWLCOK = .FALSE.
- LWFBOK = .FALSE.
- LWLBOK = .FALSE.
- LMARK = .FALSE.
- NGRVER = NGRVER + 1
-C-- Invalidate all evolutions
- CALL QNFALS(LEVDONE,MXX*10)
-C--- Update IFAILC
- CALL GRSETC
-C--- Update NFMAP
- CALL QNSETT
- ENDIF
-
- IF(LREADC) THEN
- IF(IV.LE.15) THEN
- UDSCBT(4) = RMASS(4)
- CBMSTF(4) = RMASS(4)
- CBMSTF(5) = RMASS(4)
- ELSE
- CBMSTF(4) = RMASS(1)
- CBMSTF(5) = RMASS(1)
- ENDIF
- WRITE(6,'(/
- + '' QNREAD: charm mass read in (original overwritten)'')')
-C-- Invalidate charm weight tables since charm mass has changed
- LWFCOK = .FALSE.
- LWLCOK = .FALSE.
-C-- Invalidate alpha_s table
- LALFOK = .FALSE.
- ENDIF
-
- IF(LREADB) THEN
- IF(IV.LE.15) THEN
- UDSCBT(5) = RMASS(5)
- CBMSTF(6) = RMASS(5)
- CBMSTF(7) = RMASS(5)
- ELSE
- CBMSTF(6) = RMASS(2)
- CBMSTF(7) = RMASS(2)
- ENDIF
- WRITE(6,'(/
- + '' QNREAD: bottom mass read in (original overwritten)'')')
-C-- Invalidate bottom weight tables since charm mass has changed
- LWFBOK = .FALSE.
- LWLBOK = .FALSE.
-C-- Invalidate alpha_s table
- LALFOK = .FALSE.
- ENDIF
-
- IF(IV.LE.15) THEN
- WRITE(6,'(/'' QNREAD: file was written with QCDNUM'',A8)')
- + RHVERS
- WRITE(6,'( '' ------> Abandon reading the weight tables'')')
- RETURN
- ENDIF
-
- IF(RWT1OK) THEN
- READ(LUN,ERR=500) WGTFF1,WGTFG1,WGTGF1,WGTGG1
- LWT1OK = .TRUE.
- if(lhasilent.eq.0)
- + WRITE(6,'(/'' QNREAD: LO weight tables read in'')')
- ENDIF
-
- IF(RWT2OK) THEN
- READ(LUN,ERR=500) WGTPP2,WGTPM2,WGTNS2,WGTFF2,WGTFG2,WGTGF2,
- + WGTGG2
- LWT2OK = .TRUE.
- if(lhasilent.eq.0)
- + WRITE(6,'(/'' QNREAD: NLO weight tables read in'')')
- ENDIF
-
- IF(RWTFOK) THEN
- READ(LUN,ERR=500) WGTC2Q,WGTC2G,YNTC2Q,WGTCLQ,WGTCLG,WGTC3Q
- LWTFOK = .TRUE.
- if(lhasilent.eq.0)
- + WRITE(6,'(/'' QNREAD: F2, FL weight tables read in'')')
- ENDIF
-
- IF(RWFCOK.OR.RWLCOK.OR.RWFBOK.OR.RWLBOK) THEN
- READ(LUN,ERR=500) WH_C0KG,WH_C1KG,WH_C1BKG,
- + WH_C1KQ,WH_C1BKQ,WH_D1KQ,WH_D1BKQ
- LWFCOK = RWFCOK
- LWLCOK = RWLCOK
- LWFBOK = RWFBOK
- LWLBOK = RWLBOK
- if(lhasilent.eq.0) then
- IF(RWFCOK)
- + WRITE(6,'(/'' QNREAD: F2C weight tables read in'')')
- IF(RWLCOK)
- + WRITE(6,'(/'' QNREAD: FLC weight tables read in'')')
- IF(RWFBOK)
- + WRITE(6,'(/'' QNREAD: F2B weight tables read in'')')
- IF(RWLBOK)
- + WRITE(6,'(/'' QNREAD: FLB weight tables read in'')')
- endif
- ENDIF
-
- RETURN
-
- 500 CONTINUE
- WRITE(6,'(/'' QNREAD: cannot read file on lun = '',I5,
- + '' ---> STOP'')') LUN
-
- CALL QTRACE('QNREAD ',1)
-
- STOP
-
- END
-
-CDECK ID>, QNPRIN.
-C
-C ======================
- SUBROUTINE QNPRIN(LUN)
-C ======================
-
-C--- QNPRIN: print default + current setting of QCDNUM parameters.
-C--- Called by QPRINT
-C--- Input parameter: LUN. To be opened by user unless LUN = 6.
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- IF(RS2CUT.GE.0.) THEN
- RS2C = SQRT(RS2CUT)
- ELSE
- RS2C = RS2CUT
- ENDIF
-
- WRITE(LUN,'(//'' +-------+---+-------+--------------+'',
- + ''------------------------------------+'')')
- WRITE(LUN,'( '' | var |typ| deflt | value |'',
- + '' description |'')')
- WRITE(LUN,'( '' +-------+---+-------+--------------+'',
- + ''------------------------------------+'')')
- WRITE(LUN,'('' | W1ANA | L | T | '',6X,L1,5X,
- + '' | Analytical LO weight calculation |'')') LW1ANA
- WRITE(LUN,'('' | W1NUM | L | F | '',6X,L1,5X,
- + '' | Numerical LO weight calculation |'')') LW1NUM
- WRITE(LUN,'('' | W2NUM | L | T | '',6X,L1,5X,
- + '' | Numerical NLO weight calculation |'')') LW2NUM
- WRITE(LUN,'('' | W2STF | L | T | '',6X,L1,5X,
- + '' | Structure function NLO weights |'')') LW2STF
- WRITE(LUN,'('' | WTF2C | L | F | '',6X,L1,5X,
- + '' | F2_charm weight calculation |'')') LWF2C
- WRITE(LUN,'('' | WTF2B | L | F | '',6X,L1,5X,
- + '' | F2_bottom weight calculation |'')') LWF2B
- WRITE(LUN,'('' | WTFLC | L | F | '',6X,L1,5X,
- + '' | FL_charm weight calculation |'')') LWFLC
- WRITE(LUN,'('' | WTFLB | L | F | '',6X,L1,5X,
- + '' | FL_bottom weight calculation |'')') LWFLB
- WRITE(LUN,'('' | LIMCK | L | T | '',6X,L1,5X,
- + '' | Check x, Q2 limits and cuts |'')') LIMCK
- WRITE(LUN,'('' | CLOWQ | L | T | '',6X,L1,5X,
- + '' | Heavy F2,FL only for Q2 > 1.5 GeV2 |'')') LCLOWQ
- WRITE(LUN,'('' | ORDER | I | 2 | '',6X,I1,5X,
- + '' | LO (1) or NLO (2) calculations |'')') IORD
- WRITE(LUN,'('' | SCAX0 | R | 0.20 | '',E12.5,
- + '' | x-grid scale from log --> linear |'')') SCAX0
- WRITE(LUN,'('' | SCAQ0 | R | +inf | '',E12.5,
- + '' | Q2-grid scale from log --> linear |'')') SCAQ0
- WRITE(LUN,'('' | MCSTF | R | 1.5 | '',E12.5,
- + '' | C mass for F2c, FLc (GeV) |'')') CBMSTF(4)
- WRITE(LUN,'('' | MBSTF | R | 5.0 | '',E12.5,
- + '' | B mass for F2b, FLb (GeV) |'')') CBMSTF(6)
- WRITE(LUN,'('' | MCALF | R | 1.5 | '',E12.5,
- + '' | C mass for alpha_s evolution (GeV) |'')') UDSCBT(4)
- WRITE(LUN,'('' | MBALF | R | 5.0 | '',E12.5,
- + '' | B mass for alpha_s evolution (GeV) |'')') UDSCBT(5)
- WRITE(LUN,'('' | MTALF | R | 188. | '',E12.5,
- + '' | T mass for alpha_s evolution (GeV) |'')') UDSCBT(6)
- WRITE(LUN,'('' | ALFAS | R | 0.180 | '',E12.5,
- + '' | Value of alpha_s |'')') ALPHA0
- WRITE(LUN,'('' | ALFQ0 | R | 50. | '',E12.5,
- + '' | Q2 where alpha_s is given (GeV2) |'')') Q0ALFA
- WRITE(LUN,'('' | AAAR2 | R | 1.0 | '',E12.5,
- + '' | R2 = A*M2 + B (ren. scale) |'')') AAAR2
- WRITE(LUN,'('' | BBBR2 | R | 0.0 | '',E12.5,
- + '' | R2 = A*M2 + B (ren. scale) |'')') BBBR2
- WRITE(LUN,'('' | AAM2L | R | 1.0 | '',E12.5,
- + '' | M2 = A*Q2 + B (light fact. scale) |'')') AAM2L
- WRITE(LUN,'('' | BBM2L | R | 0.0 | '',E12.5,
- + '' | M2 = A*Q2 + B (light fact. scale) |'')') BBM2L
- WRITE(LUN,'('' | AAM2H | R | 1.0 | '',E12.5,
- + '' | M2 = A*Q2 + B (heavy fact. scale) |'')') AAM2H
- WRITE(LUN,'('' | BBM2H | R | 0.0 | '',E12.5,
- + '' | M2 = A*Q2 + B (heavy fact. scale) |'')') BBM2H
- WRITE(LUN,'( '' +-------+---+-------+--------------+'',
- + ''------------------------------------+'')')
- WRITE(LUN,'('' | TCHRM | R | -inf | '',E12.5,
- + '' | Charm threshold (GeV2) |'')') THRS34
- WRITE(LUN,'('' | TBOTT | R | +inf | '',E12.5,
- + '' | Bottom threshold (GeV2) |'')') THRS45
- WRITE(LUN,'('' | XMINC | R | 0.0 | '',E12.5,
- + '' | Xmin cut (.le.0 = no cut) |'')') XMICUT
- WRITE(LUN,'('' | QMINC | R | 0.0 | '',E12.5,
- + '' | Qmin cut (.le.0 = no cut) |'')') QMICUT
- WRITE(LUN,'('' | QMAXC | R | 0.0 | '',E12.5,
- + '' | Qmax cut (.le.0 = no cut) |'')') QMACUT
- WRITE(LUN,'('' | ROOTS | R | 0.0 | '',E12.5,
- + '' | Roots cut (.le.0 = no cut) |'')') RS2C
- WRITE(LUN,'('' | QMINA | R | 0.0 | '',E12.5,
- + '' | Lowest Q2 gridpoint above Lambda2 |'')') QMINAS
- WRITE(LUN,'( '' +-------+---+-------+--------------+'',
- + ''------------------------------------+'')')
- WRITE(LUN,'('' | ASOLD | L | F | '',6X,L1,5X,
- + '' | Use old (incorrect) a_s evolution |'')') LASOLD
- WRITE(LUN,'('' | BMARK | L | F | '',6X,L1,5X,
- + '' | Do not use: for tests only |'')') LBMARK
- WRITE(LUN,'('' | FLFAC | R | 0.0 | '',E12.5,
- + '' | Hands off : for experts only |'')') BBM2H
- WRITE(LUN,'( '' +-------+---+-------+--------------+'',
- + ''------------------------------------+'')')
-
- RETURN
- END
-
-CDECK ID>, QNVERS.
-C
-C ==============================================
- SUBROUTINE QNVERS(VERSION,LDOUBLE,NXMAX,NQMAX)
-C ==============================================
-
-C--- QNVERS: return version number, dp flag and max # of gridpoints.
-C--- Called by user.
-C--- Output variables: VERSION (character*8)
-C--- LDOUBLE (logical)
-C--- NXMAX, NQMAX (integer); set by parameter
-C--- statement in common block QCNXQM.
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- CHARACTER*8 VERSION
- LOGICAL LDOUBLE
-
- CHARACTER*8 CHVERS,CHDATE
- COMMON/QCVERS/ CHVERS,CHDATE
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- CALL QTRACE('QNVERS ',0)
-
- VERSION = CHVERS
- LDOUBLE = LDOUBL
- NXMAX = MXX-1
- NQMAX = MQ2-1
-
- RETURN
- END
-
-CDECK ID>, QPRINT.
-
-C ==========================
- SUBROUTINE QPRINT(LUN,OPT)
-C ==========================
-
-C--- QPRINT: steering routine to print various QCDNUM info on
-C-- logical unit number LUN (to be opened by the user).
-C--- Called by user.
-C--- Input integer LUN : locical unit number.
-C--- character OPT: 'A' (All) print all info.
-C--- 'B' (Booklist) print pdf definitions.
-C--- 'P' (Parameters) Parameter/option list.
-C--- 'S' (Statistics) # STF function calls.
-C--- 'T' (Timelog) timelog.
-C--- 'X' (Xq2grid) grid,thresholds,cuts.
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- CHARACTER*(*) OPT
- CHARACTER*1 OPT1
-
-
- LOGICAL LTIME
- REAL T_START,T_END,T_SPENT
- COMMON/QCTIME/T_START(10),T_END(10),T_SPENT(10),N_CALLS(10),
- +E_CALLS(10),LTIME
- COMMON/QCFCNT/IFCNT(-1:1,5)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- REAL
- +WGTFF1,WGTFG1,
- +WGTGF1,WGTGG1,
- +WGTPP2,WGTPM2,WGTNS2,
- +WGTFF2,WGTFG2,
- +WGTGF2,WGTGG2,
- +WGTC2Q,WGTC2G,YNTC2Q,
- +WGTCLQ,WGTCLG,WGTC3Q
-
- COMMON/QCWEIT/
- +WGTFF1(MXX*(MXX+1)/2) ,WGTFG1(MXX*(MXX+1)/2,3:5),
- +WGTGF1(MXX*(MXX+1)/2) ,WGTGG1(MXX*(MXX+1)/2,3:5),
- +WGTPP2(MXX*(MXX+1)/2,3:5),WGTPM2(MXX*(MXX+1)/2,3:5),
- +WGTNS2(MXX*(MXX+1)/2,3:5),
- +WGTFF2(MXX*(MXX+1)/2,3:5),WGTFG2(MXX*(MXX+1)/2,3:5),
- +WGTGF2(MXX*(MXX+1)/2,3:5),WGTGG2(MXX*(MXX+1)/2,3:5),
- +WGTC2Q(MXX*(MXX+1)/2) ,WGTC2G(MXX*(MXX+1)/2,3:5),
- +WGTCLQ(MXX*(MXX+1)/2) ,WGTCLG(MXX*(MXX+1)/2,3:5),
- +WGTC3Q(MXX*(MXX+1)/2) ,YNTC2Q(MXX)
-
- COMMON/QCWADR/ IWADR(MXX,MXX)
-
-
- CALL QTRACE('QPRINT ',0)
-
- IF(LENOCC_LHA(OPT).LT.1) GOTO 500
- OPT1 = OPT(1:1)
- CALL CLTOU_LHA(OPT1)
-
- IF(OPT1.EQ.'T') THEN !
- CALL QPTIME(LUN)
- ELSEIF(OPT1.EQ.'P') THEN
- CALL QNPRIN(LUN)
- ELSEIF(OPT1.EQ.'B') THEN
- CALL QNLIST(LUN)
- ELSEIF(OPT1.EQ.'S') THEN
- CALL QNSTAT(LUN)
- ELSEIF(OPT1.EQ.'X') THEN
- CALL QPGRID(LUN)
- ELSEIF(OPT1.EQ.'A') THEN
- CALL QNPRIN(LUN)
- CALL QNLIST(LUN)
- CALL QPGRID(LUN)
- CALL QNSTAT(LUN)
- CALL QPTIME(LUN)
- ELSE
- GOTO 500
- ENDIF
-
- RETURN
-
- 500 CONTINUE
-
- WRITE(6,'(/'' ------------------------------------'')')
- WRITE(6,'( '' QCDNUM error in s/r QPRINT ---> STOP'')')
- WRITE(6,'( '' ------------------------------------'')')
- WRITE(6,'( '' Input LUN :'',I5 )') LUN
- WRITE(6,'( '' OPT :'',A )') OPT
- WRITE(6,'(/'' Option should be A, B, P, S, T or X'')')
-
- STOP
-
- END
-
-CDECK ID>, QNTIME.
-
-C ======================
- SUBROUTINE QNTIME(OPT)
-C ======================
-
-C--- QNTIME: start/halt/continue the timelog.
-C--- Called by user and by QPTIME.
-C--- Input variable: 'Start' initialise and start the timelog.
-C--- 'Hold' stop logging.
-C--- 'Cont' continue logging.
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- CHARACTER*(*) OPT
- CHARACTER*1 OPT1
-
-
- LOGICAL LTIME
- REAL T_START,T_END,T_SPENT
- COMMON/QCTIME/T_START(10),T_END(10),T_SPENT(10),N_CALLS(10),
- +E_CALLS(10),LTIME
- COMMON/QCFCNT/IFCNT(-1:1,5)
-
-
- CALL QTRACE('QNTIME ',0)
-
- IF(LENOCC_LHA(OPT).LT.1) GOTO 500
- OPT1 = OPT(1:1)
- CALL CLTOU_LHA(OPT1)
-
- IF(OPT1.EQ.'S') THEN
-
- DO I = 1,10
- T_SPENT(I) = 0.
- E_CALLS(I) = 0.
- N_CALLS(I) = 0
- ENDDO
- LTIME = .TRUE.
-
- N_CALLS(1) = N_CALLS(1)+1
- CALL TIMEX_LHA(T_START(1))
-
- ELSEIF(OPT1.EQ.'H') THEN
-
- LTIME = .FALSE.
- CALL TIMEX_LHA(T_END(1))
- T_SPENT(1) = T_SPENT(1)+T_END(1)-T_START(1)
- T_START(1) = T_END(1)
-
- ELSEIF(OPT1.EQ.'C') THEN
-
- IF(.NOT.LTIME) THEN
- LTIME = .TRUE.
- N_CALLS(1) = N_CALLS(1)+1
- CALL TIMEX_LHA(T_START(1))
- ENDIF
-
- ELSE
-
- GOTO 500
-
- ENDIF
-
- RETURN
-
- 500 CONTINUE
-
- WRITE(6,'(/'' ------------------------------------'')')
- WRITE(6,'( '' QCDNUM error in s/r QNTIME ---> STOP'')')
- WRITE(6,'( '' ------------------------------------'')')
- WRITE(6,'( '' Input OPT :'',A )') OPT
- WRITE(6,'(/'' Option should be S, H or C '')')
-
- CALL QTRACE('QNTIME ',1)
-
- STOP
-
- END
-
-CDECK ID>, QPTIME.
-
-C ======================
- SUBROUTINE QPTIME(LUN)
-C ======================
-
-C--- QPTIME: start/print the timelog.
-C--- Called by QPRINT.
-C--- Input variable: LUN logical unit number
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- LOGICAL LTIME
- REAL T_START,T_END,T_SPENT
- COMMON/QCTIME/T_START(10),T_END(10),T_SPENT(10),N_CALLS(10),
- +E_CALLS(10),LTIME
- COMMON/QCFCNT/IFCNT(-1:1,5)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- REAL
- +WGTFF1,WGTFG1,
- +WGTGF1,WGTGG1,
- +WGTPP2,WGTPM2,WGTNS2,
- +WGTFF2,WGTFG2,
- +WGTGF2,WGTGG2,
- +WGTC2Q,WGTC2G,YNTC2Q,
- +WGTCLQ,WGTCLG,WGTC3Q
-
- COMMON/QCWEIT/
- +WGTFF1(MXX*(MXX+1)/2) ,WGTFG1(MXX*(MXX+1)/2,3:5),
- +WGTGF1(MXX*(MXX+1)/2) ,WGTGG1(MXX*(MXX+1)/2,3:5),
- +WGTPP2(MXX*(MXX+1)/2,3:5),WGTPM2(MXX*(MXX+1)/2,3:5),
- +WGTNS2(MXX*(MXX+1)/2,3:5),
- +WGTFF2(MXX*(MXX+1)/2,3:5),WGTFG2(MXX*(MXX+1)/2,3:5),
- +WGTGF2(MXX*(MXX+1)/2,3:5),WGTGG2(MXX*(MXX+1)/2,3:5),
- +WGTC2Q(MXX*(MXX+1)/2) ,WGTC2G(MXX*(MXX+1)/2,3:5),
- +WGTCLQ(MXX*(MXX+1)/2) ,WGTCLG(MXX*(MXX+1)/2,3:5),
- +WGTC3Q(MXX*(MXX+1)/2) ,YNTC2Q(MXX)
-
- COMMON/QCWADR/ IWADR(MXX,MXX)
-
-
- CALL QNTIME('H')
-
- N_TOT = N_CALLS(3)+N_CALLS(4)+N_CALLS(5)
- E_TOT = E_CALLS(3)+E_CALLS(4)+E_CALLS(5)
- T_TOT = T_SPENT(3)+T_SPENT(4)+T_SPENT(5)
- T_REST = T_SPENT(1)-T_TOT-T_SPENT(2)-T_SPENT(6)
- DUMMY = 1.
- F_FAST = 0.
- DO J = 1,5
- F_FAST = F_FAST+IFCNT(1,J)
- ENDDO
- WRITE(LUN,
- + '(//'' -------------------------------------------------'')')
- WRITE(LUN,
- + '( '' Routine # calls # evols CPU sec CPU/evol'')')
- WRITE(LUN,
- + '( '' -------------------------------------------------'')')
- WRITE(LUN,
- + '('' EVOLNM '',I10,2F10.1,F10.2)') N_CALLS(3),
- + E_CALLS(3),T_SPENT(3),T_SPENT(3)/MAX(E_CALLS(3),DUMMY)
- WRITE(LUN,
- + '('' EVOLNP '',I10,2F10.1,F10.2)') N_CALLS(4),
- + E_CALLS(4),T_SPENT(4),T_SPENT(4)/MAX(E_CALLS(4),DUMMY)
- WRITE(LUN,
- + '('' EVOLSG '',I10,2F10.1,F10.2)') N_CALLS(5),
- + E_CALLS(5),T_SPENT(5),T_SPENT(5)/MAX(E_CALLS(5),DUMMY)
- WRITE(LUN,
- + '( '' -------------------------------------------------'')')
- WRITE(LUN,
- + '('' AP total '',I10,2F10.1,F10.2)') N_TOT,
- + E_TOT,T_TOT,T_TOT/MAX(E_TOT,DUMMY)
- WRITE(LUN,'('' '')')
- WRITE(LUN,
- + '('' STFAST '',I10, 2F10.1)') N_CALLS(6),F_FAST,T_SPENT(6)
- WRITE(LUN,
- + '('' QNFILW '',I10,10X,F10.1)') N_CALLS(2),T_SPENT(2)
- WRITE(LUN,
- + '('' Other '',10X,10X,F10.1)') T_REST
- WRITE(LUN,
- + '( '' -------------------------------------------------'')')
- WRITE(LUN,
- + '('' Total '',10X,10X,F10.1)') T_SPENT(1)
- WRITE(LUN,
- + '( '' -------------------------------------------------'')')
-
-
- RETURN
- END
-
-CDECK ID>, QNSTAT.
-
-C ======================
- SUBROUTINE QNSTAT(LUN)
-C ======================
-
-C--- QNSTAT: print number of structure function calculations.
-C--- Called by user.
-C--- Input parameter: LUN to be opened by user unless LUN = 6.
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- LOGICAL LTIME
- REAL T_START,T_END,T_SPENT
- COMMON/QCTIME/T_START(10),T_END(10),T_SPENT(10),N_CALLS(10),
- +E_CALLS(10),LTIME
- COMMON/QCFCNT/IFCNT(-1:1,5)
-
-
- DIMENSION ITOT(5)
-
- DO J = 1,5
- ITOT(J) = 0
- DO I = -1,1
- ITOT(J) = ITOT(J)+IFCNT(I,J)
- ENDDO
- ENDDO
-
- WRITE(LUN,'(//'' ------------------------------'',
- + ''--------------------------------------------'')')
- WRITE(LUN,'( '' Structure function calls '',
- + '' F2 FL xF3'',
- + '' F2h FLh'')')
- WRITE(LUN,'( '' ------------------------------'',
- + ''--------------------------------------------'')')
- WRITE(LUN,
- + '('' Slow calculation '',5I9)') (IFCNT( 0,J),J=1,5)
- WRITE(LUN,
- + '('' Fast calculation '',5I9)') (IFCNT( 1,J),J=1,5)
- WRITE(LUN,
- + '('' Outside grid or cuts '',5I9)') (IFCNT(-1,J),J=1,5)
- WRITE(LUN,'( '' ------------------------------'',
- + ''--------------------------------------------'')')
- WRITE(LUN,
- + '('' Total '',5I9)') ( ITOT(J),J=1,5)
- WRITE(LUN,'( '' ------------------------------'',
- + ''--------------------------------------------'')')
-
- RETURN
- END
-
-CDECK ID>, QNIVAL.
-
-C ================================
- SUBROUTINE QNIVAL(OPT,FLAG,IVAL)
-C ================================
-
-C--- QNIVAL: set/get integer variable.
-C--- Called by user or internally by s/r QNISET and QNIGET.
-C--- Input parameters: 'OPT' = 'Set' or 'Get'.
-C--- 'FLAG' = variable name to set or get.
-C--- 'IVAL' (integer) input or output variable.
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- CHARACTER*(*) OPT
- CHARACTER*1 OPT1
- CHARACTER*(*) FLAG
- CHARACTER*5 FLAG5
-
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- IF(LENOCC_LHA(OPT).LT.1) THEN
- IERR = 1
- GOTO 500
- ENDIF
- IF(LENOCC_LHA(FLAG).LT.5) THEN
- IERR = 2
- GOTO 500
- ENDIF
- OPT1 = OPT(1:1)
- FLAG5 = FLAG(1:5)
- CALL CLTOU_LHA(OPT1)
- CALL CLTOU_LHA(FLAG5)
-
-C ----------------------
- IF(OPT1.EQ.'S') THEN !
-C ----------------------
-
- IF (FLAG5.EQ.'ORDER') THEN
- IF(IVAL.LE.0.OR.IVAL.GE.3) THEN
- IERR = 3
- GOTO 500
- ENDIF
- IORD = IVAL
-C-- Invalidate all evolutions
- CALL QNFALS(LEVDONE,MXX*10)
- LALFOK = .FALSE.
- ELSE
- IERR = 2
- GOTO 500
- ENDIF
-
-C --------------------------
- ELSEIF(OPT1.EQ.'G') THEN !
-C --------------------------
-
- IF (FLAG5.EQ.'ORDER') THEN
- IVAL = IORD
- ELSE
- IERR = 2
- GOTO 500
- ENDIF
-
-C ------
- ELSE !
-C ------
-
- IERR = 1
- GOTO 500
-
-C -------
- ENDIF !
-C -------
-
- RETURN
-
- 500 CONTINUE
-
- WRITE(6,'(/'' ------------------------------------'')')
- WRITE(6,'( '' QCDNUM error in s/r QNIVAL ---> STOP'')')
- WRITE(6,'( '' ------------------------------------'')')
- WRITE(6,'( '' Input OPT : '',A )') OPT
- WRITE(6,'( '' VAR : '',A )') FLAG
- WRITE(6,'( '' VAL : '',I10 )') IVAL
- IF(IERR.EQ.1) THEN
- WRITE(6,'(/'' OPT should be either SET or GET '')')
- ELSEIF(IERR.EQ.2) THEN
- WRITE(6,'(/'' Variable VAR not found'')')
- ELSEIF(IERR.EQ.3) THEN
- WRITE(6,'(/'' IVAL out of allowed range'')')
- ENDIF
-
- CALL QTRACE('QNIVAL ',1)
-
- STOP
-
- END
-
-CDECK ID>, QNISET.
-
-C ============================
- SUBROUTINE QNISET(FLAG,IVAL)
-C ============================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- CHARACTER*(*) FLAG
-
- CALL QTRACE('QNISET ',0)
-
- CALL QNIVAL('SET',FLAG,IVAL)
-
- RETURN
- END
-
-CDECK ID>, QNIGET.
-
-C ============================
- SUBROUTINE QNIGET(FLAG,IVAL)
-C ============================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- CHARACTER*(*) FLAG
-
- CALL QTRACE('QNIGET ',0)
-
- CALL QNIVAL('GET',FLAG,IVAL)
-
- RETURN
- END
-
-CDECK ID>, QNRVAL.
-
-C ===============================
- SUBROUTINE QNRVAL(OPT,FLAG,VAL)
-C ===============================
-
-C--- QNRVAL: set/get floating point variable.
-C--- Called by user or internally by s/r QNRSET and QNRGET.
-C--- Input parameters: 'OPT' = 'Set' or 'Get'.
-C--- 'FLAG' = variable name to set or get.
-C--- 'VAL' (real or d.p.) input or output variable.
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- CHARACTER*(*) OPT
- CHARACTER*1 OPT1
- CHARACTER*(*) FLAG
- CHARACTER*5 FLAG5
-
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- IF(LENOCC_LHA(OPT).LT.1) THEN
- IERR = 1
- GOTO 500
- ENDIF
- IF(LENOCC_LHA(FLAG).LT.5) THEN
- IERR = 2
- GOTO 500
- ENDIF
- OPT1 = OPT(1:1)
- FLAG5 = FLAG(1:5)
- CALL CLTOU_LHA(OPT1)
- CALL CLTOU_LHA(FLAG5)
-
-C ----------------------
- IF(OPT1.EQ.'S') THEN !
-C ----------------------
-
- IF (FLAG5.EQ.'AAM2H'.OR.FLAG5.EQ.'AATQ2') THEN
- IF(VAL.LE.0.) THEN
- IERR = 3
- GOTO 500
- ENDIF
- AAM2H = VAL
- DO I = 1,30
- LFFCAL(4,I) = .FALSE.
- LFFCAL(5,I) = .FALSE.
- LFFCAL(6,I) = .FALSE.
- LFFCAL(7,I) = .FALSE.
- ENDDO
- ELSEIF(FLAG5.EQ.'BBM2H'.OR.FLAG5.EQ.'PLUSB') THEN
- BBM2H = VAL
- DO I = 1,30
- LFFCAL(4,I) = .FALSE.
- LFFCAL(5,I) = .FALSE.
- LFFCAL(6,I) = .FALSE.
- LFFCAL(7,I) = .FALSE.
- ENDDO
- ELSEIF(FLAG5.EQ.'AAM2L') THEN
- IF(VAL.LE.0.) THEN
- IERR = 3
- GOTO 500
- ENDIF
- AAM2L = VAL
- DO I = 1,30
- LFFCAL(1,I) = .FALSE.
- LFFCAL(2,I) = .FALSE.
- LFFCAL(3,I) = .FALSE.
- ENDDO
- ELSEIF(FLAG5.EQ.'BBM2L') THEN
- BBM2L = VAL
- DO I = 1,30
- LFFCAL(1,I) = .FALSE.
- LFFCAL(2,I) = .FALSE.
- LFFCAL(3,I) = .FALSE.
- ENDDO
- ELSEIF(FLAG5.EQ.'AAAR2') THEN
- AAAR2 = VAL
-C-- Invalidate all evolutions
- CALL QNFALS(LEVDONE,MXX*10)
- LALFOK = .FALSE.
- DO I = 1,30
- DO J = 1,7
- LFFCAL(J,I) = .FALSE.
- ENDDO
- ENDDO
- ELSEIF(FLAG5.EQ.'BBBR2') THEN
- BBBR2 = VAL
-C-- Invalidate all evolutions
- CALL QNFALS(LEVDONE,MXX*10)
- LALFOK = .FALSE.
- DO I = 1,30
- DO J = 1,7
- LFFCAL(J,I) = .FALSE.
- ENDDO
- ENDDO
- ELSEIF(FLAG5.EQ.'FLFAC') THEN
- FL_FAC = VAL
- DO I = 1,30
- LFFCAL(2,I) = .FALSE.
- ENDDO
- ELSEIF(FLAG5.EQ.'SCAX0') THEN
- IF(VAL.LE.0.) THEN
- IERR = 3
- GOTO 500
- ENDIF
- SCAX0 = VAL
- ELSEIF(FLAG5.EQ.'SCAQ0') THEN
- IF(VAL.LE.0.) THEN
- IERR = 3
- GOTO 500
- ENDIF
- SCAQ0 = VAL
- ELSE
- IF(VAL.LE.0.) THEN
- IERR = 3
- GOTO 500
- ENDIF
-C-- Invalidate all evolutions
- CALL QNFALS(LEVDONE,MXX*10)
- LALFOK = .FALSE. !force alpha_s to be recalculated
- IF (FLAG5.EQ.'UMASS') THEN
- UDSCBT(1) = VAL
- ELSEIF(FLAG5.EQ.'DMASS') THEN
- UDSCBT(2) = VAL
- ELSEIF(FLAG5.EQ.'SMASS') THEN
- UDSCBT(3) = VAL
- ELSEIF(FLAG5.EQ.'CMASS') THEN
- UDSCBT(4) = VAL
- CBMSTF(4) = VAL
- CBMSTF(5) = VAL
- LWFCOK = .FALSE. !invalidate F2C weight tables
- LWLCOK = .FALSE. !invalidate FLC weight tables
- ELSEIF(FLAG5.EQ.'MCSTF') THEN
- CBMSTF(4) = VAL
- CBMSTF(5) = VAL
- LWFCOK = .FALSE.
- LWLCOK = .FALSE.
- ELSEIF(FLAG5.EQ.'MCALF') THEN
- UDSCBT(4) = VAL
- ELSEIF(FLAG5.EQ.'BMASS') THEN
- UDSCBT(5) = VAL
- CBMSTF(6) = VAL
- CBMSTF(7) = VAL
- LWFBOK = .FALSE. !invalidate F2B weight tables
- LWLBOK = .FALSE. !invalidate FLB weight tables
- ELSEIF(FLAG5.EQ.'MBSTF') THEN
- CBMSTF(6) = VAL
- CBMSTF(7) = VAL
- LWFBOK = .FALSE.
- LWLBOK = .FALSE.
- ELSEIF(FLAG5.EQ.'MBALF') THEN
- UDSCBT(5) = VAL
- ELSEIF(FLAG5.EQ.'MTALF') THEN
- UDSCBT(6) = VAL
- ELSEIF(FLAG5.EQ.'TMASS') THEN
- UDSCBT(6) = VAL
- ELSEIF(FLAG5.EQ.'ALFAS') THEN
- ALPHA0 = VAL
- ELSEIF(FLAG5.EQ.'ALFQ0') THEN
- Q0ALFA = VAL
- ELSE
- IERR = 2
- GOTO 500
- ENDIF
- ENDIF
-
-C --------------------------
- ELSEIF(OPT1.EQ.'G') THEN !
-C --------------------------
-
- IF (FLAG5.EQ.'SCAX0') THEN
- VAL = SCAX0
- ELSEIF(FLAG5.EQ.'SCAQ0') THEN
- VAL = SCAQ0
- ELSEIF(FLAG5.EQ.'AAM2H'.OR.FLAG5.EQ.'AATQ2') THEN
- VAL = AAM2H
- ELSEIF(FLAG5.EQ.'BBM2H'.OR.FLAG5.EQ.'PLUSB') THEN
- VAL = BBM2H
- ELSEIF(FLAG5.EQ.'AAM2L') THEN
- VAL = AAM2L
- ELSEIF(FLAG5.EQ.'BBM2L') THEN
- VAL = BBM2L
- ELSEIF(FLAG5.EQ.'AAAR2') THEN
- VAL = AAAR2
- ELSEIF(FLAG5.EQ.'BBBR2') THEN
- VAL = BBBR2
- ELSEIF(FLAG5.EQ.'FLFAC') THEN
- VAL = FL_FAC
- ELSEIF(FLAG5.EQ.'UMASS') THEN
- VAL = UDSCBT(1)
- ELSEIF(FLAG5.EQ.'DMASS') THEN
- VAL = UDSCBT(2)
- ELSEIF(FLAG5.EQ.'SMASS') THEN
- VAL = UDSCBT(3)
- ELSEIF(FLAG5.EQ.'CMASS') THEN
- VAL = UDSCBT(4)
- ELSEIF(FLAG5.EQ.'BMASS') THEN
- VAL = UDSCBT(5)
- ELSEIF(FLAG5.EQ.'TMASS') THEN
- VAL = UDSCBT(6)
- ELSEIF(FLAG5.EQ.'MCSTF') THEN
- VAL = CBMSTF(4)
- ELSEIF(FLAG5.EQ.'MBSTF') THEN
- VAL = CBMSTF(6)
- ELSEIF(FLAG5.EQ.'MCALF') THEN
- VAL = UDSCBT(4)
- ELSEIF(FLAG5.EQ.'MBALF') THEN
- VAL = UDSCBT(5)
- ELSEIF(FLAG5.EQ.'MTALF') THEN
- VAL = UDSCBT(6)
- ELSEIF(FLAG5.EQ.'ALFAS') THEN
- VAL = ALPHA0
- ELSEIF(FLAG5.EQ.'ALFQ0') THEN
- VAL = Q0ALFA
- ELSEIF(FLAG5.EQ.'TCHRM') THEN
- VAL = THRS34
- ELSEIF(FLAG5.EQ.'TBOTT') THEN
- VAL = THRS45
- ELSEIF(FLAG5.EQ.'XMINC') THEN
- VAL = XMICUT
- ELSEIF(FLAG5.EQ.'QMINC') THEN
- VAL = QMICUT
- ELSEIF(FLAG5.EQ.'QMAXC') THEN
- VAL = QMACUT
- ELSEIF(FLAG5.EQ.'ROOTS') THEN
- IF(RS2CUT.GE.0.) THEN
- VAL = SQRT(RS2CUT)
- ELSE
- VAL = RS2CUT
- ENDIF
- ELSEIF(FLAG5.EQ.'QMINA') THEN
- VAL = QMINAS
- ELSE
- IERR = 2
- GOTO 500
- ENDIF
-
-C ------
- ELSE !
-C ------
-
- IERR = 1
- GOTO 500
-
-C -------
- ENDIF !
-C -------
-
- RETURN
-
- 500 CONTINUE
-
- WRITE(6,'(/'' ------------------------------------'')')
- WRITE(6,'( '' QCDNUM error in s/r QNRVAL ---> STOP'')')
- WRITE(6,'( '' ------------------------------------'')')
- WRITE(6,'( '' Input OPT : '',A )') OPT
- WRITE(6,'( '' VAR : '',A )') FLAG
- WRITE(6,'( '' VAL : '',E12.5)') RVAL
- IF(IERR.EQ.1) THEN
- WRITE(6,'(/'' OPT should be either SET or GET '')')
- ELSEIF(IERR.EQ.2) THEN
- WRITE(6,'(/'' Variable VAR not found'')')
- ELSEIF(IERR.EQ.3) THEN
- WRITE(6,'(/'' VAL should be .gt. 0 '')')
- ENDIF
-
- CALL QTRACE('QNRVAL ',1)
-
- STOP
-
- END
-
-CDECK ID>, QNRSET.
-
-C ============================
- SUBROUTINE QNRSET(FLAG,RVAL)
-C ============================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- CHARACTER*(*) FLAG
-
- CALL QTRACE('QNRSET ',0)
-
- CALL QNRVAL('SET',FLAG,RVAL)
-
- RETURN
- END
-
-CDECK ID>, QNRGET.
-
-C ============================
- SUBROUTINE QNRGET(FLAG,RVAL)
-C ============================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- CHARACTER*(*) FLAG
-
- CALL QTRACE('QNRGET ',0)
-
- CALL QNRVAL('GET',FLAG,RVAL)
-
- RETURN
- END
-
-CDECK ID>, QNLVAL.
-
-C ================================
- SUBROUTINE QNLVAL(OPT,FLAG,LVAL)
-C ================================
-
-C--- QNLVAL: set/get logical variable.
-C--- Called by user or internally by s/r QNLSET and QNLGET.
-C--- Input parameters: 'OPT' = 'Set' or 'Get'.
-C--- 'FLAG' = variable name to set or get.
-C--- 'VAL' (logical) input or output variable.
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- CHARACTER*(*) OPT
- CHARACTER*1 OPT1
- CHARACTER*(*) FLAG
- CHARACTER*5 FLAG5
- LOGICAL LVAL
-
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- IF(LENOCC_LHA(OPT).LT.1) THEN
- IERR = 1
- GOTO 500
- ENDIF
- IF(LENOCC_LHA(FLAG).LT.5) THEN
- IERR = 2
- GOTO 500
- ENDIF
- OPT1 = OPT(1:1)
- FLAG5 = FLAG(1:5)
- CALL CLTOU_LHA(OPT1)
- CALL CLTOU_LHA(FLAG5)
-
-C ----------------------
- IF(OPT1.EQ.'S') THEN !
-C ----------------------
-
- IF (FLAG5.EQ.'W1ANA' ) THEN
- LW1ANA = LVAL
- IF(LW1ANA) LW1NUM = .FALSE.
- ELSEIF(FLAG5.EQ.'W1NUM' ) THEN
- LW1NUM = LVAL
- IF(LW1NUM) LW1ANA = .FALSE.
- ELSEIF(FLAG5.EQ.'W2NUM' ) THEN
- LW2NUM = LVAL
- ELSEIF(FLAG5.EQ.'W2STF' ) THEN
- LW2STF = LVAL
- ELSEIF(FLAG5.EQ.'WTF2C' ) THEN
- LWF2C = LVAL
- ELSEIF(FLAG5.EQ.'WTFLC' ) THEN
- LWFLC = LVAL
- ELSEIF(FLAG5.EQ.'WTF2B' ) THEN
- LWF2B = LVAL
- ELSEIF(FLAG5.EQ.'WTFLB' ) THEN
- LWFLB = LVAL
- ELSEIF(FLAG5.EQ.'BMARK' ) THEN
- LBMARK = LVAL
- LALFOK = .FALSE.
- ELSEIF(FLAG5.EQ.'LIMCK' ) THEN
- LIMCK = LVAL
- ELSEIF(FLAG5.EQ.'CLOWQ' ) THEN
- LCLOWQ = LVAL
- ELSEIF(FLAG5.EQ.'ASOLD' ) THEN
- LASOLD = LVAL
- LALFOK = .FALSE.
- ELSE
- IERR = 2
- GOTO 500
- ENDIF
-
-C --------------------------
- ELSEIF(OPT1.EQ.'G') THEN !
-C --------------------------
-
- IF (FLAG5.EQ.'W1ANA' ) THEN
- LVAL = LW1ANA
- ELSEIF(FLAG5.EQ.'W1NUM' ) THEN
- LVAL = LW1NUM
- ELSEIF(FLAG5.EQ.'W2NUM' ) THEN
- LVAL = LW2NUM
- ELSEIF(FLAG5.EQ.'W2STF' ) THEN
- LVAL = LW2STF
- ELSEIF(FLAG5.EQ.'WTF2C' ) THEN
- LVAL = LWF2C
- ELSEIF(FLAG5.EQ.'WTFLC' ) THEN
- LVAL = LWFLC
- ELSEIF(FLAG5.EQ.'WTF2B' ) THEN
- LVAL = LWF2B
- ELSEIF(FLAG5.EQ.'WTFLB' ) THEN
- LVAL = LWFLB
- ELSEIF(FLAG5.EQ.'BMARK' ) THEN
- LVAL = LBMARK
- ELSEIF(FLAG5.EQ.'LIMCK' ) THEN
- LVAL = LIMCK
- ELSEIF(FLAG5.EQ.'CLOWQ' ) THEN
- LVAL = LCLOWQ
- ELSEIF(FLAG5.EQ.'ASOLD' ) THEN
- LVAL = LASOLD
- ELSE
- IERR = 2
- GOTO 500
- ENDIF
-
-C ------
- ELSE !
-C ------
-
- IERR = 1
- GOTO 500
-
-C -------
- ENDIF !
-C -------
-
- RETURN
-
- 500 CONTINUE
-
- WRITE(6,'(/'' ------------------------------------'')')
- WRITE(6,'( '' QCDNUM error in s/r QNLVAL ---> STOP'')')
- WRITE(6,'( '' ------------------------------------'')')
- WRITE(6,'( '' Input OPT : '',A )') OPT
- WRITE(6,'( '' VAR : '',A )') FLAG
- WRITE(6,'( '' VAL : '',L2 )') LVAL
- IF(IERR.EQ.1) THEN
- WRITE(6,'(/'' OPT should be either SET or GET '')')
- ELSEIF(IERR.EQ.2) THEN
- WRITE(6,'(/'' Variable VAR not found'')')
- ENDIF
-
- CALL QTRACE('QNLVAL ',1)
-
- STOP
-
- END
-
-CDECK ID>, QNLSET.
-
-C ============================
- SUBROUTINE QNLSET(FLAG,LVAL)
-C ============================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- CHARACTER*(*) FLAG
- LOGICAL LVAL
-
- CALL QTRACE('QNLSET ',0)
-
- CALL QNLVAL('SET',FLAG,LVAL)
-
- RETURN
- END
-
-CDECK ID>, QNLGET.
-
-C ============================
- SUBROUTINE QNLGET(FLAG,LVAL)
-C ============================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- CHARACTER*(*) FLAG
- LOGICAL LVAL
-
- CALL QTRACE('QNLGET ',0)
-
- CALL QNLVAL('GET',FLAG,LVAL)
-
- RETURN
- END
-
-CDECK ID>, GRMXMQ.
-
-C ============================
- SUBROUTINE GRMXMQ(NXMA,NQMA)
-C ============================
-
-C--- GRMXMQ: return max allowed number of x, Q2 gridpoints.
-C--- Called by user.
-C--- MXX and MQ2 are set by parameter statement in common QCNXQM.
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- CALL QTRACE('GRMXMQ ',0)
-
- NXMA = MXX-1
- NQMA = MQ2-1
-
- RETURN
- END
-
-CDECK ID>, GRGIVE.
-
-C ========================================
- SUBROUTINE GRGIVE(NX,XMI,XMA,NQ,QMI,QMA)
-C ========================================
-
-C--- GRGIVE: return current grid definition.
-C--- Called by user.
-C--- Output variables: NX (integer) number of x gridpoints.
-C--- XMI (real or d.p.) lowest x value.
-C--- XMA (real or d.p.) highest x value = 1.
-C--- NQ (integer) number of Q2 gridpoints.
-C--- QMI (real or d.p.) lowest Q2 value.
-C--- QMA (real or d.p.) highest Q2 value.
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- CALL QTRACE('GRGIVE ',0)
-
- NX = NXX
- XMI = XXTAB(1)
- XMA = XXTAB(NXX+1)
- NQ = NQ2
- QMI = Q2TAB(1)
- QMA = Q2TAB(NQ2)
-
- RETURN
- END
-
-CDECK ID>, GRXNUL.
-
-C =================
- SUBROUTINE GRXNUL
-C =================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- CALL QTRACE('GRXNUL ',0)
-
-C--- Invalidate weight tables (validated by call to QNFILW)
- LWT1OK = .FALSE.
- LWT2OK = .FALSE.
- LWTFOK = .FALSE.
- LWFCOK = .FALSE.
- LWLCOK = .FALSE.
- LWFBOK = .FALSE.
- LWLBOK = .FALSE.
- LMARK = .FALSE.
-C-- Invalidate all evolutions
- CALL QNFALS(LEVDONE,MXX*10)
-
-C--- Set grid to zero
- CALL QNVNUL(XXTAB,MXX)
- CALL QNVNUL(XHTAB,MXX)
- CALL QNINUL(IHTAB,MXX)
- NXX = 0
- NGRVER = 0
-
-C--- Update IFAILC
- CALL GRSETC
-
-C--- Update NFMAP
- CALL QNSETT
-
-
- RETURN
- END
-
-CDECK ID>, GRXINP.
-
-C ============================
- SUBROUTINE GRXINP(XARRAY,NX)
-C ============================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- DIMENSION XARRAY(*)
-
- DATA EPSI /1.E-6/
-
- CALL QTRACE('GRXINP ',0)
-
- IF(NX.LE.0) THEN
- IERR = 1
- GOTO 500
- ENDIF
-
- IF((NX+NXX).GT.MXX-1) THEN
- IERR = 2
- GOTO 500
- ENDIF
-
-C--- Invalidate weight tables (validated by call to QNFILW)
- LWT1OK = .FALSE.
- LWT2OK = .FALSE.
- LWTFOK = .FALSE.
- LWFCOK = .FALSE.
- LWLCOK = .FALSE.
- LWFBOK = .FALSE.
- LWLBOK = .FALSE.
- LMARK = .FALSE.
-C-- Invalidate all evolutions
- CALL QNFALS(LEVDONE,MXX*10)
-
-C--- if this number changes, QCDNUM knows that the grid has changed
- NGRVER = NGRVER + 1
-
- IF(NXX.EQ.0) THEN
- DO 10 IX = 1,NX
- X = XARRAY(IX)
- IF(X.LE.0..OR.X.GT.1.) THEN
- IERR = 3
- GOTO 500
- ENDIF
- NXX = NXX+1
- XXTAB(IX) = X
- 10 CONTINUE
- IF(XXTAB(NXX).EQ.1.) THEN
- NXX = NXX-1
- ELSE
- XXTAB(NXX+1) = 1.
- ENDIF
- RETURN
- ENDIF
-
- IF(XXTAB(NXX).EQ.1.) THEN
- NXX = NXX-1
- ELSE
- XXTAB(NXX+1) = 1.
- ENDIF
-
- NXP = NXX+1
-
- DO 100 IX = 1,NX
-
- X = XARRAY(IX)
-
- IF(X.LE.0..OR.X.GT.1.) THEN
- IERR = 3
- GOTO 500
- ENDIF
-
-*mb IF(X.LT.XXTAB(1)-EPSI) THEN
- IF(X/XXTAB(1).LT.1.-EPSI) THEN
-
- DO 20 JX = NXP,1,-1
- XXTAB(JX+1) = XXTAB(JX)
- 20 CONTINUE
- NXP = NXP+1
- XXTAB(1) = X
-
-*mb ELSEIF(X.GT.XXTAB(NXP)+EPSI) THEN
- ELSEIF(X/XXTAB(NXP).GT.1.+EPSI) THEN
-
- NXP = NXP+1
- XXTAB(NXP) = X
-
- ELSE
-
- DO 30 I = 1,NXP
-*mb IF(XXTAB(I).LE.X+EPSI) IX0 = I
- IF(XXTAB(I)/X.LE.1.+EPSI) IX0 = I
- 30 CONTINUE
-
-*mb IF(ABS(XXTAB(IX0)-X).LE.EPSI) THEN
- IF(ABS(XXTAB(IX0)/X-1.).LE.EPSI) THEN
- XXTAB(IX0) = X
- ELSE
- DO 40 JX = NXP,IX0+1,-1
- XXTAB(JX+1) = XXTAB(JX)
- 40 CONTINUE
- NXP = NXP+1
- XXTAB(IX0+1) = X
- ENDIF
-
- ENDIF
-
- 100 CONTINUE
-
- IF(XXTAB(NXP).EQ.1.) THEN
- NXX = NXP-1
- ELSE
- NXX = NXP
- XXTAB(NXX+1) = 1.
- ENDIF
-
-C--- Update IFAILC
- CALL GRSETC
-
-C--- Update NFMAP
- CALL QNSETT
-
-C--- Update heavy quark xgrid
- CALL GXHDEF
-
- RETURN
-
- 500 CONTINUE
-
- WRITE(6,'(/'' ------------------------------------'')')
- WRITE(6,'( '' QCDNUM error in s/r GRXINP ---> STOP'')')
- WRITE(6,'( '' ------------------------------------'')')
- WRITE(6,'( '' Input X :'',E12.5)') X
- WRITE(6,'( '' NX :'',I5 )') NX
- IF(IERR.EQ.1) THEN
- WRITE(6,'(/'' NX must be .ge. 1'')')
- ELSEIF(IERR.EQ.2) THEN
- WRITE(6,'(/'' Maximum number of gridpoints exceeded '')')
- WRITE(6,'(/'' # existing x gridpoints ='',I5/
- + '' # points to be added ='',I5/
- + '' maximum # points allowed ='',I5)')
- + NXX, NX, MXX-1
- ELSEIF(IERR.EQ.3) THEN
- WRITE(6,'(/'' Value of X outside allowed range (0,1]'')')
- ENDIF
-
- CALL QTRACE('GRXINP ',1)
-
- STOP
-
- END
-
-CDECK ID>, GRXDEF.
-
-C ==========================
- SUBROUTINE GRXDEF(NX,XMIN)
-C ==========================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- CALL QTRACE('GRXDEF ',0)
-
- IF(NX.LE.0) THEN
- IERR = 1
- GOTO 500
- ENDIF
-
- IF(NX.GT.MXX-1) THEN
- IERR = 2
- GOTO 500
- ENDIF
-
- IF(XMIN.LE.0.OR.XMIN.GE.1.) THEN
- IERR = 3
- GOTO 500
- ENDIF
-
-C--- Invalidate weight tables (validated by call to QNFILW)
- LWT1OK = .FALSE.
- LWT2OK = .FALSE.
- LWTFOK = .FALSE.
- LWFCOK = .FALSE.
- LWLCOK = .FALSE.
- LWFBOK = .FALSE.
- LWLBOK = .FALSE.
- LMARK = .FALSE.
-C-- Invalidate all evolutions
- CALL QNFALS(LEVDONE,MXX*10)
-
-C--- if this number changes, QCDNUM knows that the grid has changed
- NGRVER = NGRVER + 1
-
- XMAX = 1.
- YMIN = SYFROMX(XMIN)
- YMAX = SYFROMX(XMAX)
- BW = (YMAX-YMIN)/NX
- DO I = 1,NX
- YI = YMIN+(I-1)*BW
- XXTAB(I) = SXFROMY(YI)
- ENDDO
- XXTAB(1) = XMIN
- XXTAB(NX+1) = 1.
- NXX = NX
-
-C--- Update IFAILC
- CALL GRSETC
-
-C--- Update NFMAP
- CALL QNSETT
-
-C--- Update heavy quark xgrid
- CALL GXHDEF
-
- RETURN
-
- 500 CONTINUE
-
- WRITE(6,'(/'' ------------------------------------'')')
- WRITE(6,'( '' QCDNUM error in s/r GRXDEF ---> STOP'')')
- WRITE(6,'( '' ------------------------------------'')')
- WRITE(6,'( '' Input NX :'',I5 )') NX
- WRITE(6,'( '' Xmin :'',E12.5)') XMIN
- IF(IERR.EQ.1) THEN
- WRITE(6,'(/'' NX must be .ge. 1'')')
- ELSEIF(IERR.EQ.2) THEN
- WRITE(6,'(/'' NX > max number of gridpoints'',
- + '' allowed:'',I5)') MXX-1
- ELSEIF(IERR.EQ.3) THEN
- WRITE(6,'(/'' Xmin outside allowed range (0,1]'')')
- ENDIF
-
- CALL QTRACE('GRXDEF ',1)
-
- STOP
-
- END
-
-CDECK ID>, GRXLIM.
-
-C ==========================
- SUBROUTINE GRXLIM(NX,XMIN)
-C ==========================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- DATA EPSI / 1.E-6 /
-
- CALL QTRACE('GRXLIM ',0)
-
- IF(NX.LE.0) THEN
- IERR = 1
- GOTO 500
- ENDIF
-
- IF(NX.GT.MXX-1) THEN
- IERR = 2
- GOTO 500
- ENDIF
-
-C--- Invalidate weight tables (validated by call to QNFILW)
- LWT1OK = .FALSE.
- LWT2OK = .FALSE.
- LWTFOK = .FALSE.
- LWFCOK = .FALSE.
- LWLCOK = .FALSE.
- LWFBOK = .FALSE.
- LWLBOK = .FALSE.
- LMARK = .FALSE.
-C-- Invalidate all evolutions
- CALL QNFALS(LEVDONE,MXX*10)
-
- IF(XMIN.LE.0.OR.XMIN.GE.1.) THEN
- IERR = 3
- GOTO 500
- ENDIF
-
-C--- if this number changes, QCDNUM knows that the grid has changed
- NGRVER = NGRVER + 1
-
- IF(NXX.EQ.0) THEN
- XXTAB(1) = 1.
- ELSEIF(XXTAB(NXX).EQ.1.) THEN
- NXX = NXX-1
- ELSE
- XXTAB(NXX+1) = 1.
- ENDIF
-
- NXP = NXX+1
-
-*mb IF(XMIN.LT.XXTAB(1)-EPSI) THEN
- IF(XMIN/XXTAB(1).LT.1.-EPSI) THEN
- DO 20 IX = NXP,1,-1
- XXTAB(IX+1) = XXTAB(IX)
- 20 CONTINUE
- NXP = NXP+1
- XXTAB(1) = XMIN
- ENDIF
-
- IF(NX.GT.NXP-1) THEN
- 30 CONTINUE
- GAPMAX = 0.
- DO 35 IX = 1,NXP-1
- GAP = SYFROMX(XXTAB(IX+1))-SYFROMX(XXTAB(IX))
- IF(GAP.GT.GAPMAX) THEN
- GAPMAX = GAP
- IX0 = IX
- ENDIF
- 35 CONTINUE
- DO 40 IX = NXP,IX0+1,-1
- XXTAB(IX+1) = XXTAB(IX)
- 40 CONTINUE
- NXP = NXP+1
- XXTAB(IX0+1) = 0.5*(XXTAB(IX0)+XXTAB(IX0+2))
- IF(NXP-1.LT.NX) GOTO 30
-
- ELSEIF(NX.LT.NXP-1) THEN
- 50 CONTINUE
- GAPMIN = 999999.
- DO 55 IX = 2,NXP-1
- GAP = SYFROMX(XXTAB(IX+1))-SYFROMX(XXTAB(IX-1))
- IF(GAP.LE.GAPMIN) THEN
- GAPMIN = GAP
- IX0 = IX
- ENDIF
- 55 CONTINUE
- DO 60 IX = IX0,NXP-1
- XXTAB(IX) = XXTAB(IX+1)
- 60 CONTINUE
- XXTAB(NXP) = 0.
- NXP = NXP-1
- IF(NXP-1.GT.NX) GOTO 50
- ENDIF
-
- IF(XXTAB(NXP).EQ.1.) THEN
- NXX = NXP-1
- ELSE
- NXX = NXP
- XXTAB(NXX+1) = 1.
- ENDIF
-
-C--- Update IFAILC
- CALL GRSETC
-
-C--- Update NFMAP
- CALL QNSETT
-
-C--- Update heavy quark xgrid
- CALL GXHDEF
-
- RETURN
-
- 500 CONTINUE
-
- WRITE(6,'(/'' ------------------------------------'')')
- WRITE(6,'( '' QCDNUM error in s/r GRXLIM ---> STOP'')')
- WRITE(6,'( '' ------------------------------------'')')
- WRITE(6,'( '' Input NX :'',I5 )') NX
- WRITE(6,'( '' Xmin :'',E12.5)') XMIN
- IF(IERR.EQ.1) THEN
- WRITE(6,'(/'' NX must be .ge. 1'')')
- ELSEIF(IERR.EQ.2) THEN
- WRITE(6,'(/'' NX > max number of gridpoints'',
- + '' allowed:'',I5)') MXX-1
- ELSEIF(IERR.EQ.3) THEN
- WRITE(6,'(/'' Xmin outside allowed range (0,1]'')')
- ENDIF
-
- CALL QTRACE('GRXLIM ',1)
-
- STOP
-
- END
-
-CDECK ID>, GXHDEF.
-
-C =================
- SUBROUTINE GXHDEF
-C =================
-
-C-- Create a purely logarithmic grid in x (XHTAB) for use
-C-- in the heavy quark structure function calculations.
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- IF(NXX.EQ.0.OR.NXX.GE.MXX) RETURN
- IF(XXTAB(1).LE.0..OR.XXTAB(1).GE.1.) RETURN
-
- XL1 = LOG(XXTAB(1))
- XL2 = 0.
- BW = (XL2-XL1)/NXX
-
- DO IX = 1,NXX
- XL = XL1 + (IX-1)*BW
- XHTAB(IX) = EXP(XL)
- IHTAB(IX) = ABS(IXFROMX(XHTAB(IX)))
- ENDDO
- XHTAB(NXX+1) = 1.
- IHTAB(NXX+1) = NXX+1
-
- RETURN
- END
-
-
-CDECK ID>, SYFROMX.
-
-C ====================================
- DOUBLE PRECISION FUNCTION SYFROMX(X)
-C ====================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- IF(X.LE.SCAX0) THEN
- SYFROMX = LOG(X)
- ELSE
- SYFROMX = LOG(SCAX0) + (X-SCAX0)/SCAX0
- ENDIF
-
- RETURN
- END
-
-CDECK ID>, SXFROMY.
-
-C ====================================
- DOUBLE PRECISION FUNCTION SXFROMY(Y)
-C ====================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- IF(Y.LE.LOG(SCAX0)) THEN
- SXFROMY = EXP(Y)
- ELSE
- SXFROMY = (Y-LOG(SCAX0)+1.) * SCAX0
- ENDIF
-
- RETURN
- END
-
-CDECK ID>, GRXOUT.
-
-C =========================
- SUBROUTINE GRXOUT(XARRAY)
-C =========================
-
-C--- Copy XXTAB to XARRAY which should have been dimensioned
-C--- to at least NXX+1 by the user.
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- DIMENSION XARRAY(*)
-
- CALL QTRACE('GRXOUT ',0)
-
- DO 10 IX = 1,NXX+1
- XARRAY(IX) = XXTAB(IX)
- 10 CONTINUE
-
- RETURN
- END
-
-CDECK ID>, LOGXGR.
-
-C ===============================
- LOGICAL FUNCTION LOGXGR(IDUMMY)
-C ===============================
-
-C--- Figure out if xgrid is purely logarithmic
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- REAL RAT1,RAT
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- LOGXGR = .FALSE.
-
- IF(NXX.LE.0) RETURN
-
- RAT1 = XXTAB(2)/XXTAB(1)
- LOGXGR = .TRUE.
- DO IX = 1,NXX
- RAT = XXTAB(IX+1)/XXTAB(IX)
- IF(RAT.NE.RAT1) LOGXGR = .FALSE.
- ENDDO
-
- RETURN
- END
-
-CDECK ID>, GRQNUL.
-
-C =================
- SUBROUTINE GRQNUL
-C =================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- CALL QTRACE('GRQNUL ',0)
-
-C--- Invalidate weight tables (validated by call to QNFILW)
- LALFOK = .FALSE.
- LDQ2OK = .FALSE.
- LWFCOK = .FALSE.
- LWLCOK = .FALSE.
- LWFBOK = .FALSE.
- LWLBOK = .FALSE.
- LMARK = .FALSE.
-C-- Invalidate all evolutions
- CALL QNFALS(LEVDONE,MXX*10)
-
-C--- Set grid to zero
- CALL QNVNUL(Q2TAB,MQ2)
- NQ2 = 0
- NGRVER = 0
-
-C--- Update IFAILC
- CALL GRSETC
-
-C--- Update NFMAP
- CALL QNSETT
-
-
- RETURN
- END
-
-CDECK ID>, GRQINP.
-C
-C ============================
- SUBROUTINE GRQINP(QARRAY,NQ)
-C ============================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- DIMENSION QARRAY(*)
-
- DATA EPSI /1.E-6/
-
- CALL QTRACE('GRQINP ',0)
-
- IF(NQ.LE.0) THEN
- IERR = 1
- GOTO 500
- ENDIF
-
- IF((NQ+NQ2).GT.MQ2-1) THEN
- IERR = 2
- GOTO 500
- ENDIF
-
-C--- Invalidate weight tables (validated by call to QNFILW)
- LALFOK = .FALSE.
- LDQ2OK = .FALSE.
- LWFCOK = .FALSE.
- LWLCOK = .FALSE.
- LWFBOK = .FALSE.
- LWLBOK = .FALSE.
- LMARK = .FALSE.
-C-- Invalidate all evolutions
- CALL QNFALS(LEVDONE,MXX*10)
-
-C--- if this number changes, QCDNUM knows that the grid has changed
- NGRVER = NGRVER + 1
-
- IF(NQ2.EQ.0) THEN
- DO 10 IQ = 1,NQ
- Q = QARRAY(IQ)
- IF(Q.LE.0.) THEN
- IERR = 3
- GOTO 500
- ENDIF
- NQ2 = NQ2+1
- Q2TAB(IQ) = Q
- 10 CONTINUE
- RETURN
- ENDIF
-
- DO 100 IQ = 1,NQ
-
- Q = QARRAY(IQ)
-
- IF(Q.LE.0.) THEN
- IERR = 3
- GOTO 500
- ENDIF
-
-*mb IF(Q.LT.Q2TAB(1)-EPSI) THEN
- IF(Q/Q2TAB(1).LT.1.-EPSI) THEN
-
- DO 20 JQ = NQ2,1,-1
- Q2TAB(JQ+1) = Q2TAB(JQ)
- 20 CONTINUE
- NQ2 = NQ2+1
- Q2TAB(1) = Q
-
-*mb ELSEIF(Q.GT.Q2TAB(NQ2)+EPSI) THEN
- ELSEIF(Q/Q2TAB(NQ2).GT.1.+EPSI) THEN
-
- NQ2 = NQ2+1
- Q2TAB(NQ2) = Q
-
- ELSE
-
- DO 30 I = 1,NQ2
-*mb IF(Q2TAB(I).LE.Q+EPSI) IQ0 = I
- IF(Q2TAB(I)/Q.LE.1.+EPSI) IQ0 = I
- 30 CONTINUE
-
-*mb IF(ABS(Q2TAB(IQ0)-Q).LE.EPSI) THEN
- IF(ABS(Q2TAB(IQ0)/Q-1.).LE.EPSI) THEN
- Q2TAB(IQ0) = Q
- ELSE
- DO 40 JQ = NQ2,IQ0+1,-1
- Q2TAB(JQ+1) = Q2TAB(JQ)
- 40 CONTINUE
- NQ2 = NQ2+1
- Q2TAB(IQ0+1) = Q
- ENDIF
-
- ENDIF
-
- 100 CONTINUE
-
-C--- Update IFAILC
- CALL GRSETC
-
-C--- Update NFMAP
- CALL QNSETT
-
- RETURN
-
- 500 CONTINUE
-
- WRITE(6,'(/'' ------------------------------------'')')
- WRITE(6,'( '' QCDNUM error in s/r GRQINP ---> STOP'')')
- WRITE(6,'( '' ------------------------------------'')')
- WRITE(6,'( '' Input Q2 :'',E12.5)') Q
- WRITE(6,'( '' NQ :'',I5 )') NQ
- IF(IERR.EQ.1) THEN
- WRITE(6,'(/'' NQ must be .ge. 1'')')
- ELSEIF(IERR.EQ.2) THEN
- WRITE(6,'(/'' Maximum number of gridpoints exceeded '')')
- WRITE(6,'(/'' # existing Q2 gridpoints ='',I5/
- + '' # points to be added ='',I5/
- + '' maximum # points allowed ='',I5)')
- + NQ2, NQ, MQ2-1
- ELSEIF(IERR.EQ.3) THEN
- WRITE(6,'(/'' Value of Q2 outside allowed range > 0'')')
- ENDIF
-
- CALL QTRACE('GRQINP ',1)
-
- STOP
-
- END
-
-CDECK ID>, GRQDEF.
-
-C ===============================
- SUBROUTINE GRQDEF(NQ,QMIN,QMAX)
-C ===============================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- CALL QTRACE('GRQDEF ',0)
-
- IF(NQ.LE.1) THEN
- IERR = 1
- GOTO 500
- ENDIF
-
- IF(NQ.GT.MQ2-1) THEN
- IERR = 2
- GOTO 500
- ENDIF
-
- IF(QMIN.LE.0.OR.QMAX.LE.0.OR.QMIN.GE.QMAX) THEN
- IERR = 3
- GOTO 500
- ENDIF
-
-C--- Invalidate weight tables (validated by call to QNFILW)
- LALFOK = .FALSE.
- LDQ2OK = .FALSE.
- LWFCOK = .FALSE.
- LWLCOK = .FALSE.
- LWFBOK = .FALSE.
- LWLBOK = .FALSE.
- LMARK = .FALSE.
-C-- Invalidate all evolutions
- CALL QNFALS(LEVDONE,MXX*10)
-
-C--- if this number changes, QCDNUM knows that the grid has changed
- NGRVER = NGRVER + 1
-
- YMIN = SYFROMQ(QMIN)
- YMAX = SYFROMQ(QMAX)
- BW = (YMAX-YMIN)/(NQ-1)
- DO I = 1,NQ
- YI = YMIN+(I-1)*BW
- Q2TAB(I) = SQFROMY(YI)
- ENDDO
- Q2TAB(1) = QMIN
- Q2TAB(NQ) = QMAX
- NQ2 = NQ
-
-C--- Update IFAILC
- CALL GRSETC
-
-C--- Update NFMAP
- CALL QNSETT
-
- RETURN
-
- 500 CONTINUE
-
- WRITE(6,'(/'' ------------------------------------'')')
- WRITE(6,'( '' QCDNUM error in s/r GRQDEF ---> STOP'')')
- WRITE(6,'( '' ------------------------------------'')')
- WRITE(6,'( '' Input NQ :'',I5 )') NQ
- WRITE(6,'( '' Q2min :'',E12.5)') QMIN
- WRITE(6,'( '' Q2max :'',E12.5)') QMAX
- IF(IERR.EQ.1) THEN
- WRITE(6,'(/'' NQ must be .ge. 2'')')
- ELSEIF(IERR.EQ.2) THEN
- WRITE(6,'(/'' NQ > max number of gridpoints'',
- + '' allowed:'',I5)') MQ2-1
- ELSEIF(IERR.EQ.3) THEN
- WRITE(6,'(/'' Qmin and/or Qmax .le. 0 or Qmin .ge. Qmax'')')
- ENDIF
-
- CALL QTRACE('GRQDEF ',1)
-
- STOP
-
- END
-
-CDECK ID>, GRQLIM.
-
-C ===============================
- SUBROUTINE GRQLIM(NQ,QMIN,QMAX)
-C ===============================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- DATA EPSI /1.E-6/
-
- CALL QTRACE('GRQLIM ',0)
-
- IF(NQ.LE.0) THEN
- IERR = 1
- GOTO 500
- ENDIF
-
- IF(NQ.GT.MQ2-1) THEN
- IERR = 2
- GOTO 500
- ENDIF
-
-C--- Invalidate weight tables (validated by call to QNFILW)
- LALFOK = .FALSE.
- LDQ2OK = .FALSE.
- LWFCOK = .FALSE.
- LWLCOK = .FALSE.
- LWFBOK = .FALSE.
- LWLBOK = .FALSE.
- LMARK = .FALSE.
-C-- Invalidate all evolutions
- CALL QNFALS(LEVDONE,MXX*10)
-
-C--- if this number changes, QCDNUM knows that the grid has changed
- NGRVER = NGRVER + 1
-
- IF(NQ2.EQ.0) THEN
-
- IF(QMIN.LE.0..OR.QMAX.LE.0..OR.QMIN.GE.QMAX) THEN
- IERR = 3
- GOTO 500
- ENDIF
-
- CALL GRQDEF(NQ,QMI,QMA)
-
- ELSE
-
- IF(QMIN.LE.0..OR.QMAX.LE.0..OR.QMIN.GE.QMAX) THEN
- IERR = 3
- GOTO 500
- ENDIF
-
-*mb IF(QMIN.LT.Q2TAB(1)-EPSI) THEN
- IF(QMIN/Q2TAB(1).LT.1.-EPSI) THEN
- DO 20 IQ = NQ2,1,-1
- Q2TAB(IQ+1) = Q2TAB(IQ)
- 20 CONTINUE
- NQ2 = NQ2+1
- Q2TAB(1) = QMIN
- ENDIF
-*mb IF(QMAX.GT.Q2TAB(NQ2)+EPSI) THEN
- IF(QMAX/Q2TAB(NQ2).GT.1.+EPSI) THEN
- NQ2 = NQ2+1
- Q2TAB(NQ2) = QMAX
- ENDIF
-
- IF(NQ.GT.NQ2) THEN
- 30 CONTINUE
- GAPMAX = 0.
- DO 35 IQ = 1,NQ2-1
- GAP = SYFROMQ(Q2TAB(IQ+1))-SYFROMQ(Q2TAB(IQ))
- IF(GAP.GT.GAPMAX) THEN
- GAPMAX = GAP
- IQ0 = IQ
- ENDIF
- 35 CONTINUE
- DO 40 IQ = NQ2,IQ0+1,-1
- Q2TAB(IQ+1) = Q2TAB(IQ)
- 40 CONTINUE
- NQ2 = NQ2+1
- Q2TAB(IQ0+1) = SQRT(Q2TAB(IQ0)*Q2TAB(IQ0+2))
- IF(NQ2.LT.NQ) GOTO 30
-
- ELSEIF(NQ.LT.NQ2) THEN
- 50 CONTINUE
- GAPMIN = 999999.
- DO 55 IQ = 2,NQ2-1
- GAP = SYFROMQ(Q2TAB(IQ+1))-SYFROMQ(Q2TAB(IQ-1))
- IF(GAP.LE.GAPMIN) THEN
- GAPMIN = GAP
- IQ0 = IQ
- ENDIF
- 55 CONTINUE
- DO 60 IQ = IQ0,NQ2-1
- Q2TAB(IQ) = Q2TAB(IQ+1)
- 60 CONTINUE
- Q2TAB(NQ2) = 0.
- NQ2 = NQ2-1
- IF(NQ2.GT.NQ) GOTO 50
- ENDIF
-
- ENDIF
-
-C--- Update IFAILC
- CALL GRSETC
-
-C--- Update NFMAP
- CALL QNSETT
-
- RETURN
-
- 500 CONTINUE
-
- WRITE(6,'(/'' ------------------------------------'')')
- WRITE(6,'( '' QCDNUM error in s/r GRQLIM ---> STOP'')')
- WRITE(6,'( '' ------------------------------------'')')
- WRITE(6,'( '' Input NQ :'',I5 )') NQ
- WRITE(6,'( '' Q2min :'',E12.5)') QMIN
- WRITE(6,'( '' Q2max :'',E12.5)') QMAX
- IF(IERR.EQ.1) THEN
- WRITE(6,'(/'' NQ must be .ge. 1'')')
- ELSEIF(IERR.EQ.2) THEN
- WRITE(6,'(/'' NQ > max number of gridpoints'',
- + '' allowed:'',I5)') MQ2-1
- ELSEIF(IERR.EQ.3) THEN
- WRITE(6,'(/'' Qmin and/or Qmax .le. 0 or Qmin .ge. Qmax'')')
- ENDIF
-
- CALL QTRACE('GRQLIM ',1)
-
- STOP
-
- END
-
-CDECK ID>, SYFROMQ.
-
-C ====================================
- DOUBLE PRECISION FUNCTION SYFROMQ(Q)
-C ====================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- IF(Q.LE.SCAQ0) THEN
- SYFROMQ = LOG(Q)
- ELSE
- SYFROMQ = LOG(SCAQ0) + (Q-SCAQ0)/SCAQ0
- ENDIF
-
- RETURN
- END
-
-CDECK ID>, SQFROMY.
-
-C ====================================
- DOUBLE PRECISION FUNCTION SQFROMY(Y)
-C ====================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- IF(Y.LE.LOG(SCAQ0)) THEN
- SQFROMY = EXP(Y)
- ELSE
- SQFROMY = (Y-LOG(SCAQ0)+1.) * SCAQ0
- ENDIF
-
- RETURN
- END
-
-
-CDECK ID>, GRQOUT.
-
-C =========================
- SUBROUTINE GRQOUT(QARRAY)
-C =========================
-
-C--- Copy Q2TAB to QARRAY which should have been dimensioned
-C--- to at least NQ2 by the user.
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- DIMENSION QARRAY(*)
-
- CALL QTRACE('GRQOUT ',0)
-
- DO 10 IQ = 1,NQ2
- QARRAY(IQ) = Q2TAB(IQ)
- 10 CONTINUE
-
- RETURN
- END
-
-CDECK ID>, IXFROMX.
-
-C ===========================
- INTEGER FUNCTION IXFROMX(X)
-C ===========================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-C--- Returns gridindex IX given a value for X.
-C--- If X is outside the current gridboundary then IXFROMX = 0.
-C--- If X corresponds to gridindex IX then IXFROMX = IX.
-C--- If X lies above IX and below IX+1 then IXFROMX = -IX.
-
-C--- NB: X and XXTAB are different only if |X-XXTAB| < epsi.
-C--- NB: If since the previous call the grid did not change
-C--- (i.e. NGRVER is the same) and if X did not change, then
-C--- IXFROMX just returns the result of the previous call.
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- SAVE XLAST,IXLAST,NGLAST
-
- DATA XLAST / 0. /
- DATA IXLAST / 0 /
- DATA NGLAST / 0 /
- DATA EPSI /1.E-6/
-
-* CALL QTRACE('IXFROMX',0)
-
- IF(X.EQ.XLAST.AND.NGRVER.EQ.NGLAST) THEN
- IXFROMX = IXLAST
- RETURN
- ENDIF
-
- IX = 0
- IXLAST = 0
- NGLAST = NGRVER
- XLAST = X
- IXFROMX = 0
-
- IF(X.GT.1..OR.NXX.LE.0) RETURN
- IF(X/XXTAB(1).LT.1.-EPSI) RETURN
-
- DO 10 I = 1,NXX
-*mb IF(XXTAB(I).LE.X+EPSI) IX = I
- IF(XXTAB(I)/X.LE.1.+EPSI) IX = I
- 10 CONTINUE
-
-*mb IF(ABS(XXTAB(IX)-X).LE.EPSI) THEN
- IF(ABS(XXTAB(IX)/X-1.).LE.EPSI) THEN
- IXFROMX = IX
- IXLAST = IX
- ELSE
- IXFROMX = -IX
- IXLAST = -IX
- ENDIF
-
- RETURN
- END
-
-C------------------------------------------------
-
-*- REAL XR,X1,X2,XLAST
-*-
-*-+SEQ,QCNXQM.
-*-+SEQ,QCGRID.
-*-
-*- SAVE XLAST,IXLAST,NGLAST
-*-
-*- DATA XLAST / 0. /
-*- DATA IXLAST / 0 /
-*- DATA NGLAST / 0 /
-*-
-*-* CALL QTRACE('IXFROMX',0)
-*-
-*- XR = X
-*- IF(XR.EQ.XLAST.AND.NGRVER.EQ.NGLAST) THEN
-*- IXFROMX = IXLAST
-*- RETURN
-*- ENDIF
-*-
-*- IX = 0
-*- IXLAST = 0
-*- NGLAST = NGRVER
-*- XLAST = X
-*- IXFROMX = 0
-*-
-*- IF(XR.GT.1..OR.NXX.LE.0) RETURN
-*- X1 = XXTAB(1)
-*- IF(XR.LT.X1) RETURN
-*-
-*- DO IX = 1,NXX
-*- X2 = XXTAB(IX+1)
-*- IF(X1.LE.XR.AND.XR.LT.X2) THEN
-*- IXFROMX = -IX
-*- IF(X1.EQ.XR) IXFROMX = IX
-*- IXLAST = IX
-*- RETURN
-*- ENDIF
-*- X1 = X2
-*- ENDDO
-*-
-*- RETURN
-*- END
-
-CDECK ID>, IHFROMH.
-
-C ===========================
- INTEGER FUNCTION IHFROMH(X)
-C ===========================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-C--- Returns gridindex IX of heavy quark grid given a value for X.
-C--- If X is outside the current gridboundary then IHFROMH = 0.
-C--- If X corresponds to gridindex IX then IHFROMH = IX.
-C--- If X lies above IX and below IX+1 then IHFROMH = -IX.
-
-C--- NB: X and XHTAB are different only if |X-XHTAB| < epsi.
-C--- NB: If since the previous call the grid did not change
-C--- (i.e. NGRVER is the same) and if X did not change, then
-C--- IHFROMH just returns the result of the previous call.
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- SAVE XLAST,IXLAST,NGLAST
-
- DATA XLAST / 0. /
- DATA IXLAST / 0 /
- DATA NGLAST / 0 /
- DATA EPSI /1.E-6/
-
-* CALL QTRACE('IHFROMH',0)
-
- IF(X.EQ.XLAST.AND.NGRVER.EQ.NGLAST) THEN
- IHFROMH = IXLAST
- RETURN
- ENDIF
-
- IX = 0
- IXLAST = 0
- NGLAST = NGRVER
- XLAST = X
- IHFROMH = 0
-
- IF(X.GT.1..OR.NXX.LE.0) RETURN
- IF(X/XHTAB(1).LT.1.-EPSI) RETURN
-
- DO 10 I = 1,NXX
-*mb IF(XHTAB(I).LE.X+EPSI) IX = I
- IF(XHTAB(I)/X.LE.1.+EPSI) IX = I
- 10 CONTINUE
-
-*mb IF(ABS(XHTAB(IX)-X).LE.EPSI) THEN
- IF(ABS(XHTAB(IX)/X-1.).LE.EPSI) THEN
- IHFROMH = IX
- IXLAST = IX
- ELSE
- IHFROMH = -IX
- IXLAST = -IX
- ENDIF
-
- RETURN
- END
-
-C------------------------------------------------
-
-*- REAL XR,X1,X2,XLAST
-*-
-*-+SEQ,QCNXQM.
-*-+SEQ,QCGRID.
-*-
-*- SAVE XLAST,IXLAST,NGLAST
-*-
-*- DATA XLAST / 0. /
-*- DATA IXLAST / 0 /
-*- DATA NGLAST / 0 /
-*-
-*-* CALL QTRACE('IXFROMX',0)
-*-
-*- XR = X
-*- IF(XR.EQ.XLAST.AND.NGRVER.EQ.NGLAST) THEN
-*- IXFROMX = IXLAST
-*- RETURN
-*- ENDIF
-*-
-*- IX = 0
-*- IXLAST = 0
-*- NGLAST = NGRVER
-*- XLAST = X
-*- IXFROMX = 0
-*-
-*- IF(XR.GT.1..OR.NXX.LE.0) RETURN
-*- X1 = XHTAB(1)
-*- IF(XR.LT.X1) RETURN
-*-
-*- DO IX = 1,NXX
-*- X2 = XHTAB(IX+1)
-*- IF(X1.LE.XR.AND.XR.LT.X2) THEN
-*- IXFROMX = -IX
-*- IF(X1.EQ.XR) IXFROMX = IX
-*- IXLAST = IX
-*- RETURN
-*- ENDIF
-*- X1 = X2
-*- ENDDO
-*-
-*- RETURN
-*- END
-
-CDECK ID>, IXNEARX.
-
-C ===========================
- INTEGER FUNCTION IXNEARX(X)
-C ===========================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-C--- Returns closest gridindex IX given a value for X.
-C--- If X is outside the current gridboundary then IXNEARX = 0.
-C--- If X corresponds to gridindex IX then IXNEARX = IX.
-C--- If X lies above IX and below IX+1 then IXNEARX = -IX or -IX-1.
-
-C--- NB: X and XXTAB are different only if |X-XXTAB| < epsi.
-C--- NB: If since the previous call the grid did not change
-C--- (i.e. NGRVER is the same) and if X did not change, then
-C--- IXNEARX just returns the result of the previous call.
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- SAVE XLAST,IXLAST,NGLAST
-
- DATA XLAST / 0. /
- DATA IXLAST / 0 /
- DATA NGLAST / 0 /
- DATA EPSI /1.E-6/
-
-* CALL QTRACE('IXNEARX',0)
-
- IF(X.EQ.XLAST.AND.NGRVER.EQ.NGLAST) THEN
- IXNEARX = IXLAST
- RETURN
- ENDIF
-
- IX = 0
- IXLAST = 0
- NGLAST = NGRVER
- XLAST = X
- IXNEARX = 0
-
- IF(X.GT.1..OR.NXX.LE.0) RETURN
- IF(X/XXTAB(1).LT.1.-EPSI) RETURN
-
- DO 10 I = 1,NXX
-*mb IF(XXTAB(I).LE.X+EPSI) IX = I
- IF(XXTAB(I)/X.LE.1.+EPSI) IX = I
- 10 CONTINUE
-
-*mb IF(ABS(XXTAB(IX)-X).LE.EPSI) THEN
- IF(ABS(XXTAB(IX)/X-1.).LE.EPSI) THEN
- IXNEARX = IX
- IXLAST = IX
- ELSE
- GAP = SYFROMX(XXTAB(IX+1))-SYFROMX(XXTAB(IX))
- DEL = SYFROMX(X)-SYFROMX(XXTAB(IX))
- IF(DEL/GAP.LE.0.5) THEN
- IXNEARX = -IX
- ELSE
- IXNEARX = -MIN(IX+1,NXX)
- ENDIF
- IXLAST = IXNEARX
- ENDIF
-
- RETURN
- END
-
-CDECK ID>, IQFROMQ.
-
-C ===========================
- INTEGER FUNCTION IQFROMQ(Q)
-C ===========================
-
-C--- Returns gridindex IQ given a value for Q.
-C--- If Q is outside the current gridboundary then IQFROMQ = 0.
-C--- If Q corresponds to gridindex IQ then IQFROMQ = IQ.
-C--- If Q lies above IQ and below IQ+1 then IQFROMQ = -IQ.
-
-C--- NB: Q and Q2TAB are different only if |Q-Q2TAB| < epsi.
-C--- NB: If since the previous call the grid did not change
-C--- (i.e. NGRVER is the same) and if Q did not change, then
-C--- IQFROMQ just returns the result of the previous call.
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- SAVE QLAST,IQLAST,NGLAST
-
- DATA QLAST / 0. /
- DATA IQLAST / 0 /
- DATA NGLAST / 0 /
- DATA EPSI /1.E-6/
-
-* CALL QTRACE('IQFROMQ',0)
-
- IF(Q.EQ.QLAST.AND.NGRVER.EQ.NGLAST) THEN
- IQFROMQ = IQLAST
- RETURN
- ENDIF
-
- IQ = 0
- IQLAST = 0
- NGLAST = NGRVER
- QLAST = Q
- IQFROMQ = 0
-
- IF(NQ2.EQ.0) RETURN
- IF(Q/Q2TAB(1).LT.1.-EPSI) RETURN
- IF(Q/Q2TAB(NQ2).GT.1.+EPSI) RETURN
-
- DO 10 I = 1,NQ2
-*mb IF(Q2TAB(I).LE.Q+EPSI) IQ = I
- IF(Q2TAB(I)/Q.LE.1.+EPSI) IQ = I
- 10 CONTINUE
-
-*mb IF(ABS(Q2TAB(IQ)-Q).LE.EPSI) THEN
- IF(ABS(Q2TAB(IQ)/Q-1.).LE.EPSI) THEN
- IQFROMQ = IQ
- IQLAST = IQ
- ELSE
- IQFROMQ = -IQ
- IQLAST = -IQ
- ENDIF
-
- RETURN
- END
-
-C------------------------------------------------
-
-*- REAL QR,Q1,Q2,QLAST
-*-
-*-+SEQ,QCNXQM.
-*-+SEQ,QCGRID.
-*-
-*- SAVE QLAST,IQLAST,NGLAST
-*-
-*- DATA QLAST / 0. /
-*- DATA IQLAST / 0 /
-*- DATA NGLAST / 0 /
-*-
-*-* CALL QTRACE('IQFROMQ',0)
-*-
-*- QR = Q
-*- IF(QR.EQ.QLAST.AND.NGRVER.EQ.NGLAST) THEN
-*- IQFROMQ = IQLAST
-*- RETURN
-*- ENDIF
-*-
-*- IQ = 0
-*- IQLAST = 0
-*- NGLAST = NGRVER
-*- QLAST = Q
-*- IQFROMQ = 0
-*-
-*-
-*- IF(NQ2.LE.0) RETURN
-*- Q1 = Q2TAB(1)
-*- IF(QR.LT.Q1) RETURN
-*- Q2 = Q2TAB(NQ2)
-*- IF(QR.GT.Q2) RETURN
-*- IF(QR.EQ.Q2) THEN
-*- IQFROMQ = NQ2
-*- IQLAST = NQ2
-*- RETURN
-*- ENDIF
-*-
-*- DO IQ = 1,NQ2-1
-*- Q2 = Q2TAB(IQ+1)
-*- IF(Q1.LE.QR.AND.QR.LT.Q2) THEN
-*- IQFROMQ = -IQ
-*- IF(Q1.EQ.QR) IQFROMQ = IQ
-*- IQLAST = IQ
-*- RETURN
-*- ENDIF
-*- Q1 = Q2
-*- ENDDO
-*-
-*- RETURN
-*- END
-
-CDECK ID>, IQNEARQ.
-
-C ===========================
- INTEGER FUNCTION IQNEARQ(Q)
-C ===========================
-
-C--- Returns closest gridindex IQ given a value for Q.
-C--- If Q is outside the current gridboundary then IQNEARQ = 0.
-C--- If Q corresponds to gridindex IQ then IQNEARQ = IQ.
-C--- If Q lies above IQ and below IQ+1 then IQNEARQ = -IQ or -IQ-1.
-
-C--- NB: Q and Q2TAB are different only if |Q-Q2TAB| < epsi.
-C--- NB: If since the previous call the grid did not change
-C--- (i.e. NGRVER is the same) and if Q did not change, then
-C--- IQNEARQ just returns the result of the previous call.
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- SAVE QLAST,IQLAST,NGLAST
-
- DATA QLAST / 0. /
- DATA IQLAST / 0 /
- DATA NGLAST / 0 /
- DATA EPSI /1.E-6/
-
-* CALL QTRACE('IQNEARQ',0)
-
- IF(Q.EQ.QLAST.AND.NGRVER.EQ.NGLAST) THEN
- IQNEARQ = IQLAST
- RETURN
- ENDIF
-
- IQ = 0
- IQLAST = 0
- NGLAST = NGRVER
- QLAST = Q
- IQNEARQ = 0
-
- IF(NQ2.EQ.0) RETURN
- IF(Q/Q2TAB(1).LT.1.-EPSI) RETURN
- IF(Q/Q2TAB(NQ2).GT.1.+EPSI) RETURN
-
- DO 10 I = 1,NQ2
-*mb IF(Q2TAB(I).LE.Q+EPSI) IQ = I
- IF(Q2TAB(I)/Q.LE.1.+EPSI) IQ = I
- 10 CONTINUE
-
-*mb IF(ABS(Q2TAB(IQ)-Q).LE.EPSI) THEN
- IF(ABS(Q2TAB(IQ)/Q-1.).LE.EPSI) THEN
- IQNEARQ = IQ
- IQLAST = IQ
- ELSE
- GAP = LOG(Q2TAB(IQ+1)/Q2TAB(IQ))
- DEL = LOG(Q/Q2TAB(IQ))
- IF(DEL/GAP.LE.0.5) THEN
- IQNEARQ = -IQ
- ELSE
- IQNEARQ = -MIN(IQ+1,NQ2)
- ENDIF
- IQLAST = IQNEARQ
- ENDIF
-
- RETURN
- END
-
-CDECK ID>, XFROMIX.
-
-C =====================================
- DOUBLE PRECISION FUNCTION XFROMIX(IX)
-C =====================================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-C--- Returns x given the gridindex IX.
-C--- If IX is out of range [1,NXX] then XFROMIX = 0.
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
-* CALL QTRACE('XFROMIX',0)
-
- IF(IX.LE.0) THEN
- XFROMIX = 0.
- ELSEIF(IX.GT.NXX) THEN
- XFROMIX = 0.
- ELSE
- XFROMIX = XXTAB(IX)
- ENDIF
-
- RETURN
- END
-
-CDECK ID>, QFROMIQ.
-C
-C =====================================
- DOUBLE PRECISION FUNCTION QFROMIQ(IQ)
-C =====================================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-C--- Returns Q2 given the gridindex IQ.
-C--- If IQ is out of range [1,NQ2] then QFROMIQ = 0.
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
-* CALL QTRACE('QFROMIQ',0)
-
- IF(IQ.LE.0) THEN
- QFROMIQ = 0.
- ELSEIF(IQ.GT.NQ2) THEN
- QFROMIQ = 0.
- ELSE
- QFROMIQ = Q2TAB(IQ)
- ENDIF
-
- RETURN
- END
-
-CDECK ID>, GRCUTS.
-
-C ====================================
- SUBROUTINE GRCUTS(XMI,QMI,QMA,ROOTS)
-C ====================================
-
-C--- GRCUTS: user input of cuts.
-C--- Input : Double precision XMI: reject x .lt. XMI
-C--- QMI: reject Q2 .lt. QMI
-C--- QMA: reject Q2 .gt. QMA
-C--- ROOTS: reject Q2 .gt. x * roots**2
-C--- Output: XMICUT, QMICUT, QMACUT, RS2CUT in +seq,QCGRID.
-C--- NB : No cut is applied when XMI etc .le. 0 (XMICUT etc = -1.)
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- CALL QTRACE('GRCUTS ',0)
-
- IF(XMI.LE.0..OR.XMI.GE.1.) THEN
- XMICUT = -1.
- ELSE
- XMICUT = XMI
- ENDIF
-
- IF(QMI.LE.0.) THEN
- QMICUT = -1.
- ELSE
- QMICUT = QMI
- ENDIF
-
- IF(QMA.LE.0.) THEN
- QMACUT = -0.5
- ELSE
- QMACUT = QMA
- ENDIF
-
- IF(ROOTS.LE.0.) THEN
- RS2CUT = -1.
- ELSE
- RS2CUT = ROOTS*ROOTS
- ENDIF
-
- IF(QMICUT.GE.QMACUT.AND.QMACUT.GT.0.) THEN
-
- WRITE(6,'(/'' ------------------------------------'')')
- WRITE(6,'( '' QCDNUM error in s/r GRCUTS ---> STOP'')')
- WRITE(6,'( '' ------------------------------------'')')
- WRITE(6,'( '' Input Xmin :'',E12.5)') XMI
- WRITE(6,'( '' Q2min :'',E12.5)') QMI
- WRITE(6,'( '' Q2max :'',E12.5)') QMA
- WRITE(6,'( '' rootS :'',E12.5)') ROOTS
- WRITE(6,'(/'' Value of Q2min .ge. Q2max'')')
-
- CALL QTRACE('GRCUTS ',1)
-
- STOP
-
- ENDIF
-
- CALL GRSETC
-
- RETURN
- END
-
-CDECK ID>, GRSETC.
-
-C =================
- SUBROUTINE GRSETC
-C =================
-
-C--- Input: XMIN, QMIN, QMAX, RS2CUT + grid-definitions, all this
-C--- as stored in QCGRID.
-C--- Output: integer array IFAILC(IX,IQ) (see below).
-C--- Called by GRCUTS (user input of cuts) and
-C--- by all grid definition routines (update of IFAILC).
-
-C--- Fill the array IFAILC(IX,IQ) such that
-C--- IFAILC = 0 : gridpoint passes all cuts
-C--- IFAILC = ijkl : i = 0/1 no/yes fail roots cut
-C--- j = 0/1 no/yes fail qmax cut
-C--- k = 0/1 no/yes fail qmin cut
-C--- l = 0/1 no/yes fail xmin cut
-
-C--- For any x,Q2 passing the cuts the four surrounding gridpoints
-C--- will also be flagged as passing the cut. This then guarantees
-C--- that parton distributions are available on the surrounding
-C--- gridpoints for interpolation purposes.
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- DO IX = 1,MXX
- DO IQ = 1,MQ2
- IFAILC(IX,IQ) = 11111
- ENDDO
- ENDDO
- IF(NXX.LE.0) RETURN
- IF(NQ2.LE.0) RETURN
-
- DO IQ = 1,NQ2
- DO IX = 1,NXX
- IXP1 = MIN(IX+1,NXX)
- IQP1 = MIN(IQ+1,NQ2)
- IQM1 = MAX(IQ-1,1)
- IFAILC(IX,IQ) = 0
- IF(XXTAB(IXP1).LE.XMICUT.AND.XMICUT.GT.0.)
- + IFAILC(IX,IQ) = IFAILC(IX,IQ)+1
- IF(Q2TAB(IQP1).LE.QMICUT.AND.QMICUT.GT.0.)
- + IFAILC(IX,IQ) = IFAILC(IX,IQ)+10
- IF(Q2TAB(IQM1).GE.QMACUT.AND.QMACUT.GT.0.)
- + IFAILC(IX,IQ) = IFAILC(IX,IQ)+100
- IF(Q2TAB(IQM1).GE.XXTAB(IXP1)*RS2CUT.AND.RS2CUT.GT.0.)
- + IFAILC(IX,IQ) = IFAILC(IX,IQ)+1000
- IF(Q2TAB(IQP1).LE.QMINAS.AND.QMINAS.GT.0.)
- + IFAILC(IX,IQ) = IFAILC(IX,IQ)+10000
-
- ENDDO
- ENDDO
-
-C-- Invalidate all evolutions
- CALL QNFALS(LEVDONE,MXX*10)
-
- RETURN
- END
-
-CDECK ID>, IFAILXQ.
-
-C =============================
- INTEGER FUNCTION IFAILXQ(X,Q)
-C =============================
-
-C--- User interface to ICUTXQ
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- CALL QTRACE('IFAILXQ',0)
-
- IFAILXQ = ICUTXQ(X,Q,0)
-
- RETURN
- END
-
-CDECK ID>, ICUTXQ.
-
-C ==================================
- INTEGER FUNCTION ICUTXQ(X,Q,IPRIN)
-C ==================================
-
-C--- ICUTXQ = ijkl : i = 0/1 no/yes fail ROOTS cut
-C--- j = 0/1 no/yes fail QMAX cut
-C--- k = 0/1 no/yes fail QMIN cut
-C--- l = 0/1 no/yes fail XMIN cut
-
-C--- Input integer IPRIN = 0/1 no/yes printout.
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- CHARACTER*4 PASS(0:1)
-
- DATA PASS /'pass','fail'/
-
-C-- No x-grid available
- IF(NXX.LE.0) THEN
- ICUTXQ = 11111
- RETURN
- ENDIF
-C-- No Q2 grid available
- IF(NQ2.LE.0) THEN
- ICUTXQ = 11111
- RETURN
- ENDIF
-C-- x > 1
- IF(X.GT.1.0) THEN
- ICUTXQ = 11111
- RETURN
- ENDIF
-
- I1 = 0
- I2 = 0
- I3 = 0
- I4 = 0
- I5 = 0
-
- IF((X.LT.XXTAB(1)).OR.(X.LT.XMICUT.AND.XMICUT.GT.0.))
- + I1 = 1
- IF((Q.LT.Q2TAB(1)).OR.(Q.LT.QMICUT.AND.QMICUT.GT.0.))
- + I2 = 1
- IF((Q.GT.Q2TAB(NQ2)).OR.(Q.GT.QMACUT.AND.QMACUT.GT.0.))
- + I3 = 1
- IF(Q.GT.X*RS2CUT.AND.RS2CUT.GT.0.)
- + I4 = 1
- IF((Q.LT.Q2TAB(1)).OR.(Q.LT.QMINAS.AND.QMINAS.GT.0.))
- + I5 = 1
-
- ICUTXQ = 10000*I5 + 1000*I4 + 100*I3 + 10*I2 + I1
-
- IF(IPRIN.EQ.1) THEN
-
- XMIPR = XMICUT
- IF(XMICUT.LE.0.) XMIPR = XXTAB(1)
- QMIPR = QMICUT
- IF(QMICUT.LE.0.) QMIPR = Q2TAB(1)
- QMAPR = QMACUT
- IF(QMACUT.LE.0.) QMAPR = Q2TAB(NQ2)
- WRITE(6,'('' '')')
- WRITE(6,'('' x ='',E12.5,'' xmin = '',E12.5,
- + '' pass/fail = '',A4)') X, XMIPR, PASS(I1)
- WRITE(6,'('' Q2 ='',E12.5,'' Qmin = '',E12.5,
- + '' pass/fail = '',A4)') Q, QMIPR, PASS(I2)
- WRITE(6,'('' Q2 ='',E12.5,'' Qmax = '',E12.5,
- + '' pass/fail = '',A4)') Q, QMAPR, PASS(I3)
- WRITE(6,'('' s ='',E12.5,'' Smax = '',E12.5,
- + '' pass/fail = '',A4)') Q/X, RS2CUT, PASS(I4)
- WRITE(6,'('' Q2 ='',E12.5,'' Qmin_alphas = '',E12.5,
- + '' pass/fail = '',A4)') Q, QMINAS, PASS(I5)
- WRITE(6,'('' '')')
-
- ENDIF
-
- RETURN
- END
-
-CDECK ID>, IFAILIJ.
-
-C ===============================
- INTEGER FUNCTION IFAILIJ(IX,IQ)
-C ===============================
-
-C--- User interface to ICUTIJ
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- CALL QTRACE('IFAILIJ',0)
-
- IFAILIJ = ICUTIJ(IX,IQ,0)
-
- RETURN
- END
-
-CDECK ID>, ICUTIJ.
-
-C ====================================
- INTEGER FUNCTION ICUTIJ(JX,JQ,IPRIN)
-C ====================================
-
-C--- ICUTIJ = ijklm : i = 0/1 no/yes fail QMINA cut
-C--- j = 0/1 no/yes fail ROOTS cut
-C--- k = 0/1 no/yes fail QMAX cut
-C--- l = 0/1 no/yes fail QMIN cut
-C--- m = 0/1 no/yes fail XMIN cut
-
-C--- ijklm is taken from array IFAILC.
-C--- IFAILC is set by s/r GRSETC
-
-C--- Input integer IPRIN = 0/1 no/yes printout.
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- CHARACTER*4 PASS(0:1)
-
- DATA PASS /'pass','fail'/
-
- ICUTIJ = 11111
-
-C-- No x-grid available
- IF(NXX.LE.0) RETURN
-C-- No Q2 grid available
- IF(NQ2.LE.0) RETURN
-
- IX = ABS(JX)
- IQ = ABS(JQ)
- IF(IX.GE.1.AND.IX.LE.NXX.AND.IQ.GE.1.AND.IQ.LE.NQ2)
- + ICUTIJ = IFAILC(IX,IQ)
-
- IF(IPRIN.EQ.1) THEN
-
- IF(IX.GE.1.AND.IX.LE.NXX.AND.IQ.GE.1.AND.IQ.LE.NQ2) THEN
- X = XXTAB(IX)
- Q = Q2TAB(IQ)
- ELSE
- X = 0.
- Q = 0.
- ENDIF
- I5 = ICUTIJ/10000.
- I4 = (ICUTIJ-10000*I5)/1000.
- I3 = (ICUTIJ-10000*I5-1000*I4)/100.
- I2 = (ICUTIJ-10000*I5-1000*I4-100*I3)/10.
- I1 = ICUTIJ-10000*I5-1000*I4-100*I3-10*I2
-
- XMIPR = XMICUT
- IF(XMICUT.LE.0.) XMIPR = XXTAB(1)
- QMIPR = QMICUT
- IF(QMICUT.LE.0.) QMIPR = Q2TAB(1)
- QMAPR = QMACUT
- IF(QMACUT.LE.0.) QMAPR = Q2TAB(NQ2)
- WRITE(6,'('' '')')
- WRITE(6,'('' IX = '',I5,'' x ='',E12.5,'' xmin = '',
- + E12.5,'' pass/fail = '',A4)') IX, X, XMIPR, PASS(I1)
- WRITE(6,'('' IQ = '',I5,'' Q2 ='',E12.5,'' Qmin = '',
- + E12.5,'' pass/fail = '',A4)') IQ, Q, QMIPR, PASS(I2)
- WRITE(6,'('' IQ = '',I5,'' Q2 ='',E12.5,'' Qmax = '',
- + E12.5,'' pass/fail = '',A4)') IQ, Q, QMAPR, PASS(I3)
- WRITE(6,'('' '',5X,'' s ='',E12.5,'' Smax = '',
- + E12.5,'' pass/fail = '',A4)') Q/X, RS2CUT, PASS(I4)
- WRITE(6,'('' IQ = '',I5,'' Q2 ='',E12.5,'' Qmin_alphas = '',
- + E12.5,'' pass/fail = '',A4)') IQ, Q, QMINAS, PASS(I5)
- WRITE(6,'('' '')')
-
- ENDIF
-
- RETURN
- END
-
-CDECK ID>, QTHRES.
-
-C ==========================
- SUBROUTINE QTHRES(T34,T45)
-C ==========================
-
-C--- QTHRES: user input of flavour thresholds.
-C--- Input : Double precision T34: Q2 .lt. T34 --> f = 3
-C--- Q2 .ge. T34 --> f = 4
-C--- T45: Q2 .lt. T45 --> f = 4
-C--- Q2 .ge. T45 --> f = 5
-C--- Output: THRS34 and THRS45 in +seq,QCGRID.
-C--- NB1 : Default THRS34 = -huge, THRS45 = +huge --> f = 4.
-C--- NB2 : The array NFMAP(Q2) = 3,4,5 is setup here through a
-C--- call to QNSETT and maintained further in the grid
-C--- defining routines.
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- CALL QTRACE('QTHRES ',0)
-
- IF(T34.GE.T45) THEN
- IERR = 1
- GOTO 500
- ENDIF
-
- THRS34 = T34
- THRS45 = T45
-
-C--- Fill the flavour map
- CALL QNSETT
-
- RETURN
-
- 500 CONTINUE
-
- WRITE(6,'(/'' ------------------------------------'')')
- WRITE(6,'( '' QCDNUM error in s/r QTHRES ---> STOP'')')
- WRITE(6,'( '' ------------------------------------'')')
- WRITE(6,'( '' Input Threshold34 :'',E12.5)') T34
- WRITE(6,'( '' Threshold45 :'',E12.5)') T45
- WRITE(6,'(/'' Value of T34 .ge. T45'')')
-
- CALL QTRACE('QTHRES ',1)
-
- STOP
-
- END
-
-CDECK ID>, QNSETT.
-
-C =================
- SUBROUTINE QNSETT
-C =================
-
-C--- Input: THRS34 and THRS45 + grid-definitions, all this
-C--- as stored in QCGRID.
-C--- Output: integer array NFMAP(IQ) = 3,4,5
-C--- Called by QTHRES (user input of thresholds) and
-C--- by all grid definition routines (update of NFMAP).
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- IF(NQ2.LE.0) THEN
- DO IQ = 1,MQ2
- NFMAP(IQ) = 4
- ENDDO
- RETURN
- ENDIF
-
- DO IQ = 1,NQ2
- NFMAP(IQ) = 4
- IF(Q2TAB(IQ).LT.THRS34) NFMAP(IQ) = 3
- IF(Q2TAB(IQ).GE.THRS45) NFMAP(IQ) = 5
- ENDDO
-
-C-- Invalidate all evolutions
- CALL QNFALS(LEVDONE,MXX*10)
-
- RETURN
- END
-
-CDECK ID>, QNFMAP.
-
-C ==============================
- SUBROUTINE QNFMAP(OPT,T34,T45)
-C ==============================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- CHARACTER*(*) OPT
-
-
-C--- Obsolete 17/07/96: use QTHRES instead
-
- CALL QTHRES(T34,T45)
-
- RETURN
-
- END
-
-CDECK ID>, QNFSET.
-
-C ===========================
- SUBROUTINE QNFSET(IX,IQ,NF)
-C ===========================
-
- WRITE(6,'(/'' QNFSET: this routine is not available'',
- + '' ---> STOP'')')
- STOP
-
- END
-
-CDECK ID>, QNFNUL.
-
-C =================
- SUBROUTINE QNFNUL
-C =================
-
- WRITE(6,'(/'' QNFNUL: this routine is not available'',
- + '' ---> STOP'')')
- STOP
-
- END
-
-CDECK ID>, NFLGET.
-
-C ===========================
- INTEGER FUNCTION NFLGET(IQ)
-C ===========================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- CALL QTRACE('NFLGET ',0)
-
- NFLGET = 0
- IF(IQ.GE.1.AND.IQ.LE.NQ2) THEN
- NFLGET = NFMAP(IQ)
- ELSE
- WRITE(6,'(/'' ------------------------------------'')')
- WRITE(6,'( '' QCDNUM error in s/r NFLGET ---> STOP'')')
- WRITE(6,'( '' ------------------------------------'')')
- WRITE(6,'( '' Input IQ :'',I10)') IQ
- WRITE(6,'(/'' IQ outside grid boundary'')')
- CALL QTRACE('NFLGET ',1)
- STOP
- ENDIF
-
- RETURN
- END
-
-CDECK ID>, QPGRID.
-
-C ======================
- SUBROUTINE QPGRID(LUN)
-C ======================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
-C-- Write x-Q2 evolution grid
-C-- -------------------------
-
- WRITE(LUN,'(/'' QCDNUM x-Q2 evolution grid'')')
- WRITE(LUN,'( '' --------------------------'')')
-
- CALL GRGIVE(N_X,X_MI,X_MA,N_Q,Q_MI,Q_MA)
-
- WRITE(LUN,'(/'' nx xmin xmax'',
- + '' nq qmin qmax'')')
- WRITE(LUN,'(I5,2F10.7,I5,2F10.2)')
- + N_X,X_MI,X_MA,N_Q,Q_MI,Q_MA
- WRITE(LUN,'(/'' Xgrid (heavy quarks)'')')
- WRITE(LUN,'(5(I4,E12.5))') (I,XHTAB(I),I=1,NXX)
- WRITE(LUN,'(/'' Xgrid'')')
- WRITE(LUN,'(5(I4,E12.5))') (I,XXTAB(I),I=1,NXX)
- WRITE(LUN,'(/'' Qgrid'')')
- WRITE(LUN,'(5(I4,E12.5))') (I,Q2TAB(I),I=1,NQ2)
- IF(RS2CUT.GE.0.) THEN
- RS2C = SQRT(RS2CUT)
- ELSE
- RS2C = RS2CUT
- ENDIF
- WRITE(LUN,'(/'' Thresholds and cuts''/
- + '' Q2 charm .......: '',E12.5/
- + '' Q2 bottom .......: '',E12.5/
- + '' Xmin cut .......: '',E12.5/
- + '' Qmin cut .......: '',E12.5/
- + '' Qmax cut .......: '',E12.5/
- + '' Roots cut .......: '',E12.5/
- + '' Qmin alpha_s ...: '',E12.5/)')
- + THRS34,THRS45,XMICUT,QMICUT,QMACUT,RS2C,QMINAS
-
- RETURN
- END
-
-CDECK ID>, QDELQ2.
-
-C =================
- SUBROUTINE QDELQ2
-C =================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
-C-- Pre-calculate log distance in Q2 for up and down evolution
-
- DO 10 IQ = 2,NQ2
- DELUP(IQ) = LOG(Q2TAB(IQ)/Q2TAB(IQ-1))
- 10 CONTINUE
- DO 20 IQ = NQ2-1,1,-1
- DELDN(IQ) = LOG(Q2TAB(IQ)/Q2TAB(IQ+1))
- 20 CONTINUE
-
- LDQ2OK = .TRUE.
-
- RETURN
- END
-
-CDECK ID>, QFMARK.
-
-C ======================
- SUBROUTINE QFMARK(X,Q)
-C ======================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- CALL QTRACE('QFMARK ',0)
-
-C-- Mark gridpoints for fast structure function calculation
-
- IERR = 0
- IF(X.LE.0. .OR. X.GT.1.) THEN
- IERR = 1
- GOTO 500
- ENDIF
- IF(Q.LE.0.) THEN
- IERR = 2
- GOTO 500
- ENDIF
-
-C-- Mark the evolution grid
-
- IX = IXFROMX(X)
- IQ = IQFROMQ(Q)
- IF(IX.EQ.0.OR.IQ.EQ.0) THEN
- IERR = 3
- GOTO 500
- ELSEIF(IX.GT.0.AND.IQ.GT.0) THEN
- MARKFF(IX,IQ) = 1
- MARKQQ(IQ) = 1
- LMARK = .TRUE.
- ELSEIF(IX.LT.0.AND.IQ.GT.0) THEN
- MARKFF(-IX,IQ) = 1
- MARKFF(-IX+1,IQ) = 1
- MARKQQ(IQ) = 1
- LMARK = .TRUE.
- ELSEIF(IX.GT.0.AND.IQ.LT.0) THEN
- MARKFF(IX,-IQ) = 1
- MARKFF(IX,-IQ+1) = 1
- MARKQQ(-IQ) = 1
- MARKQQ(-IQ+1) = 1
- LMARK = .TRUE.
- ELSEIF(IX.LT.0.AND.IQ.LT.0) THEN
- MARKFF(-IX,-IQ) = 1
- MARKFF(-IX+1,-IQ) = 1
- MARKFF(-IX,-IQ+1) = 1
- MARKFF(-IX+1,-IQ+1) = 1
- MARKQQ(-IQ) = 1
- MARKQQ(-IQ+1) = 1
- LMARK = .TRUE.
- ENDIF
-
-C-- Mark the heavy quark grid
-
- IX = IHFROMH(X)
- IQ = IQFROMQ(Q)
- IF(IX.EQ.0.OR.IQ.EQ.0) THEN
- IERR = 3
- GOTO 500
- ELSEIF(IX.GT.0.AND.IQ.GT.0) THEN
- MARKFH(IX,IQ) = 1
- ELSEIF(IX.LT.0.AND.IQ.GT.0) THEN
- MARKFH(-IX,IQ) = 1
- MARKFH(-IX+1,IQ) = 1
- ELSEIF(IX.GT.0.AND.IQ.LT.0) THEN
- MARKFH(IX,-IQ) = 1
- MARKFH(IX,-IQ+1) = 1
- ELSEIF(IX.LT.0.AND.IQ.LT.0) THEN
- MARKFH(-IX,-IQ) = 1
- MARKFH(-IX+1,-IQ) = 1
- MARKFH(-IX,-IQ+1) = 1
- MARKFH(-IX+1,-IQ+1) = 1
- ENDIF
-
- RETURN
-
- 500 CONTINUE
-
- DO I = 1,30
- DO J = 1,7
- LFFCAL(J,I) = .FALSE.
- ENDDO
- ENDDO
-
- WRITE(6,'(/'' ------------------------------------'')')
- WRITE(6,'( '' QCDNUM error in s/r QFMARK ---> STOP'')')
- WRITE(6,'( '' ------------------------------------'')')
- WRITE(6,'( '' Input x :'',E12.5)') X
- WRITE(6,'( '' Input Q2 :'',E12.5)') Q
- IF(IERR.EQ.1) THEN
- WRITE(6,'(/'' Value of x outside allowed range [0,1]'')')
- ELSEIF(IERR.EQ.2) THEN
- WRITE(6,'(/'' Value of Q2 outside allowed range > 0'')')
- ELSEIF(IERR.EQ.3) THEN
- WRITE(6,'(/'' Value of x and/or Q2 outside grid'')')
- IDUM = ICUTXQ(X,Q,1)
- ENDIF
-
- CALL QTRACE('QFMARK ',1)
-
- STOP
-
- END
-
-CDECK ID>, QFMNUL.
-
-C =================
- SUBROUTINE QFMNUL
-C =================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- CALL QTRACE('QFMNUL ',0)
-
-C-- Clear gridpoints for fast structure function calculation
-
- CALL QNINUL(MARKFF,MXX*MQ2)
- CALL QNINUL(MARKQQ,MQ2)
- CALL QNINUL(IDFAST,7*30)
- NDFAST = 30
- LMARK = .FALSE.
-
- DO I = 1,30
- DO J = 1,7
- LFFCAL(J,I) = .FALSE.
- ENDDO
- ENDDO
-
- RETURN
- END
-
-CDECK ID>, STFCLR.
-
-C =================
- SUBROUTINE STFCLR
-C =================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
-C-- Clear memory allocation for STFAST
-
- CALL QTRACE('STFCLR ',0)
-
- CALL QNINUL(IDFAST,7*30)
- NDFAST = 30
-
- DO I = 1,30
- DO J = 1,7
- LFFCAL(J,I) = .FALSE.
- ENDDO
- ENDDO
-
- RETURN
- END
-
-CDECK ID>, QNFILW.
-
-C ================================
- SUBROUTINE QNFILW(IQLIST,NQLIST)
-C ================================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- LOGICAL LTIME
- REAL T_START,T_END,T_SPENT
- COMMON/QCTIME/T_START(10),T_END(10),T_SPENT(10),N_CALLS(10),
- +E_CALLS(10),LTIME
- COMMON/QCFCNT/IFCNT(-1:1,5)
-
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- REAL
- +WGTFF1,WGTFG1,
- +WGTGF1,WGTGG1,
- +WGTPP2,WGTPM2,WGTNS2,
- +WGTFF2,WGTFG2,
- +WGTGF2,WGTGG2,
- +WGTC2Q,WGTC2G,YNTC2Q,
- +WGTCLQ,WGTCLG,WGTC3Q
-
- COMMON/QCWEIT/
- +WGTFF1(MXX*(MXX+1)/2) ,WGTFG1(MXX*(MXX+1)/2,3:5),
- +WGTGF1(MXX*(MXX+1)/2) ,WGTGG1(MXX*(MXX+1)/2,3:5),
- +WGTPP2(MXX*(MXX+1)/2,3:5),WGTPM2(MXX*(MXX+1)/2,3:5),
- +WGTNS2(MXX*(MXX+1)/2,3:5),
- +WGTFF2(MXX*(MXX+1)/2,3:5),WGTFG2(MXX*(MXX+1)/2,3:5),
- +WGTGF2(MXX*(MXX+1)/2,3:5),WGTGG2(MXX*(MXX+1)/2,3:5),
- +WGTC2Q(MXX*(MXX+1)/2) ,WGTC2G(MXX*(MXX+1)/2,3:5),
- +WGTCLQ(MXX*(MXX+1)/2) ,WGTCLG(MXX*(MXX+1)/2,3:5),
- +WGTC3Q(MXX*(MXX+1)/2) ,YNTC2Q(MXX)
-
- COMMON/QCWADR/ IWADR(MXX,MXX)
-
-
- DIMENSION IQLIST(*)
-
- IF(LTIME) CALL TIMEX_LHA(T_START(2))
-
- CALL QTRACE('QNFILW ',0)
-
- IF(NXX.EQ.0.OR.NQ2.EQ.0) THEN
- IERR = 1
- GOTO 500
- ENDIF
-
-C-- Invalidate all evolutions
- CALL QNFALS(LEVDONE,MXX*10)
-
-C-- Setup the adresses
- DO IX0 = 1,MXX
- DO IX = IX0,MXX
- IWADR(IX,IX0) = IWTAD(IX,IX0)
- ENDDO
- ENDDO
-
-C-- Now calculate weights
- IF(LW1ANA) THEN
- DO 30 NF = 3,5
- CALL FILLO1(NF)
- 30 CONTINUE
- LW1NUM = .FALSE.
- LWT1OK = .TRUE.
- WRITE(6,'(/'' QNFILW: Calculate LO weights analytically'')')
- ENDIF
-
- I1 = 0
- I2 = 0
- I3 = 0
- IF(LW1NUM) THEN
- I1 = 1
- LWT1OK = .TRUE.
- WRITE(6,'(/'' QNFILW: Calculate LO weights numerically'')')
- ENDIF
- IF(LW2NUM) THEN
- I2 = 1
- LWT2OK = .TRUE.
- WRITE(6,'(/'' QNFILW: Calculate NLO weights'')')
- ENDIF
- IF(LW2STF) THEN
- I3 = 1
- LWTFOK = .TRUE.
- WRITE(6,'(/'' QNFILW: Calculate F2 weights'')')
- ENDIF
-
- DO 40 NF = 3,5
- CALL FILLWF(I1,I2,I3,NF)
- 40 CONTINUE
-
- IF(LWF2C.OR.LWF2B.OR.LWFLC.OR.LWFLB) THEN
-
-C--- Check charm, bottom mass
- IF(.NOT.(0..LT.CBMSTF(4) .AND. CBMSTF(4).EQ.CBMSTF(5) .AND.
- + CBMSTF(4).LT.CBMSTF(6) .AND. CBMSTF(6).EQ.CBMSTF(7))) THEN
- IERR = 2
- GOTO 500
- ENDIF
-
- IF(LWF2C) THEN
- LWFCOK = .TRUE.
- CALL FIL_F2H(4)
- WRITE(6,'(/'' QNFILW: Calculate F2c weights'')')
- ENDIF
- IF(LWF2B) THEN
- LWFBOK = .TRUE.
- CALL FIL_F2H(6)
- WRITE(6,'(/'' QNFILW: Calculate F2b weights'')')
- ENDIF
- IF(LWFLC) THEN
- LWLCOK = .TRUE.
- CALL FIL_FLH(5)
- WRITE(6,'(/'' QNFILW: Calculate FLc weights'')')
- ENDIF
- IF(LWFLB) THEN
- LWLBOK = .TRUE.
- CALL FIL_FLH(7)
- WRITE(6,'(/'' QNFILW: Calculate FLb weights'')')
- ENDIF
-
- ENDIF
-
- WRITE(6,'(/)')
-
- IF(LTIME) THEN
- CALL TIMEX_LHA(T_END(2))
- T_SPENT(2) = T_SPENT(2)+T_END(2)-T_START(2)
- N_CALLS(2) = N_CALLS(2)+1
- ENDIF
-
- RETURN
-
- 500 CONTINUE
- WRITE(6,'(/'' ------------------------------------'')')
- WRITE(6,'( '' QCDNUM error in s/r QNFILW ---> STOP'')')
- WRITE(6,'( '' ------------------------------------'')')
- IF(IERR.EQ.1) THEN
- WRITE(6,'(/'' No x-Q2 grid available'')')
- ENDIF
- IF(IERR.EQ.2) THEN
- WRITE(6,'( '' Cmass (F2c,FLc) ='',2E12.5)') CBMSTF(4),CBMSTF(5)
- WRITE(6,'( '' Bmass (F2b,FLb) ='',2E12.5)') CBMSTF(6),CBMSTF(7)
- WRITE(6,'(/'' Masses not in ascending order or not equal'',
- + '' for F2 and FL'')')
- ENDIF
-
- CALL QTRACE('QNFILW ',1)
-
- STOP
-
- END
-
-CDECK ID>, QNGETW.
-
-C ===============================================
- DOUBLE PRECISION FUNCTION QNGETW(OPT,IX0,IX,IQ)
-C ===============================================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- REAL
- +WGTFF1,WGTFG1,
- +WGTGF1,WGTGG1,
- +WGTPP2,WGTPM2,WGTNS2,
- +WGTFF2,WGTFG2,
- +WGTGF2,WGTGG2,
- +WGTC2Q,WGTC2G,YNTC2Q,
- +WGTCLQ,WGTCLG,WGTC3Q
-
- COMMON/QCWEIT/
- +WGTFF1(MXX*(MXX+1)/2) ,WGTFG1(MXX*(MXX+1)/2,3:5),
- +WGTGF1(MXX*(MXX+1)/2) ,WGTGG1(MXX*(MXX+1)/2,3:5),
- +WGTPP2(MXX*(MXX+1)/2,3:5),WGTPM2(MXX*(MXX+1)/2,3:5),
- +WGTNS2(MXX*(MXX+1)/2,3:5),
- +WGTFF2(MXX*(MXX+1)/2,3:5),WGTFG2(MXX*(MXX+1)/2,3:5),
- +WGTGF2(MXX*(MXX+1)/2,3:5),WGTGG2(MXX*(MXX+1)/2,3:5),
- +WGTC2Q(MXX*(MXX+1)/2) ,WGTC2G(MXX*(MXX+1)/2,3:5),
- +WGTCLQ(MXX*(MXX+1)/2) ,WGTCLG(MXX*(MXX+1)/2,3:5),
- +WGTC3Q(MXX*(MXX+1)/2) ,YNTC2Q(MXX)
-
- COMMON/QCWADR/ IWADR(MXX,MXX)
-
-
- REAL
- +WH_C0KG,WH_C1KG,WH_C1BKG,
- +WH_C1KQ,WH_C1BKQ,WH_D1KQ,WH_D1BKQ
-
- COMMON/QCHWGT/
- +WH_C0KG(0:MXX,MQ2,4:7),
- +WH_C1KG(0:MXX,MQ2,4:7),WH_C1BKG(0:MXX,MQ2,4:7),
- +WH_C1KQ(0:MXX,MQ2,4:7),WH_C1BKQ(0:MXX,MQ2,4:7),
- +WH_D1KQ(0:MXX,MQ2,4:7),WH_D1BKQ(0:MXX,MQ2,4:7)
-
-
- CHARACTER*(*) OPT
- CHARACTER*8 OPT8
-
- CALL QTRACE('QNGETW ',0)
-
- IERR = 0
- IF(IX0.LE.0.OR.IX0.GT.MXX-1) THEN
- IERR = 1
- GOTO 500
- ENDIF
- IF(IX.LE.0.OR.IX.GT.MXX-1) THEN
- IERR = 1
- GOTO 500
- ENDIF
- IF(IQ.LE.0.OR.IQ.GT.MQ2-1) THEN
- IERR = 1
- GOTO 500
- ENDIF
-
- NF = NFMAP(IQ)
- IF(NF.LT.3.OR.NF.GT.5) THEN
- IERR = 2
- GOTO 500
- ENDIF
-
- IF(IX.LT.IX0) THEN
- QNGETW = 0.
- RETURN
- ENDIF
-
- LEN = MIN(LENOCC_LHA(OPT),8)
- OPT8(1:LEN) = OPT(1:LEN)
- CALL CLTOU_LHA(OPT8)
-
- IF(OPT8(1:6).EQ.'WGTFF1') THEN
- QNGETW = WGTFF1(IWTAD(IX,IX0))
- ELSEIF(OPT8(1:6).EQ.'WGTFG1') THEN
- QNGETW = WGTFG1(IWTAD(IX,IX0),NF)
- ELSEIF(OPT8(1:6).EQ.'WGTGF1') THEN
- QNGETW = WGTGF1(IWTAD(IX,IX0))
- ELSEIF(OPT8(1:6).EQ.'WGTGG1') THEN
- QNGETW = WGTGG1(IWTAD(IX,IX0),NF)
- ELSEIF(OPT8(1:6).EQ.'WGTPP2') THEN
- QNGETW = WGTPP2(IWTAD(IX,IX0),NF)
- ELSEIF(OPT8(1:6).EQ.'WGTPM2') THEN
- QNGETW = WGTPM2(IWTAD(IX,IX0),NF)
- ELSEIF(OPT8(1:6).EQ.'WGTNS2') THEN
- QNGETW = WGTNS2(IWTAD(IX,IX0),NF)
- ELSEIF(OPT8(1:6).EQ.'WGTFF2') THEN
- QNGETW = WGTFF2(IWTAD(IX,IX0),NF)
- ELSEIF(OPT8(1:6).EQ.'WGTFG2') THEN
- QNGETW = WGTFG2(IWTAD(IX,IX0),NF)
- ELSEIF(OPT8(1:6).EQ.'WGTGF2') THEN
- QNGETW = WGTGF2(IWTAD(IX,IX0),NF)
- ELSEIF(OPT8(1:6).EQ.'WGTGG2') THEN
- QNGETW = WGTGG2(IWTAD(IX,IX0),NF)
- ELSEIF(OPT8(1:6).EQ.'WGTC2Q') THEN
- QNGETW = WGTC2Q(IWTAD(IX,IX0))
- ELSEIF(OPT8(1:6).EQ.'WGTC2G') THEN
- QNGETW = WGTC2G(IWTAD(IX,IX0),NF)
- ELSEIF(OPT8(1:6).EQ.'WGTCLQ') THEN
- QNGETW = WGTCLQ(IWTAD(IX,IX0))
- ELSEIF(OPT8(1:6).EQ.'WGTCLG') THEN
- QNGETW = WGTCLG(IWTAD(IX,IX0),NF)
- ELSEIF(OPT8(1:6).EQ.'WGTC3Q') THEN
- QNGETW = WGTC3Q(IWTAD(IX,IX0))
- ELSEIF(OPT8(1:7).EQ.'WH_C02G') THEN
- QNGETW = WH_C0KG(IX-IX0,IQ,4)
- ELSEIF(OPT8(1:7).EQ.'WH_C12G') THEN
- QNGETW = WH_C1KG(IX-IX0,IQ,4)
- ELSEIF(OPT8(1:8).EQ.'WH_C1B2G') THEN
- QNGETW = WH_C1BKG(IX-IX0,IQ,4)
- ELSEIF(OPT8(1:7).EQ.'WH_C12Q') THEN
- QNGETW = WH_C1KQ(IX-IX0,IQ,4)
- ELSEIF(OPT8(1:8).EQ.'WH_C1B2Q') THEN
- QNGETW = WH_C1BKQ(IX-IX0,IQ,4)
- ELSEIF(OPT8(1:7).EQ.'WH_D12Q') THEN
- QNGETW = WH_D1KQ(IX-IX0,IQ,4)
- ELSEIF(OPT8(1:8).EQ.'WH_D1B2Q') THEN
- QNGETW = WH_D1BKQ(IX-IX0,IQ,4)
- ELSEIF(OPT8(1:7).EQ.'WH_C0LG') THEN
- QNGETW = WH_C0KG(IX-IX0,IQ,5)
- ELSEIF(OPT8(1:7).EQ.'WH_C1LG') THEN
- QNGETW = WH_C1KG(IX-IX0,IQ,5)
- ELSEIF(OPT8(1:8).EQ.'WH_C1BLG') THEN
- QNGETW = WH_C1BKG(IX-IX0,IQ,5)
- ELSEIF(OPT8(1:7).EQ.'WH_C1LQ') THEN
- QNGETW = WH_C1KQ(IX-IX0,IQ,5)
- ELSEIF(OPT8(1:8).EQ.'WH_C1BLQ') THEN
- QNGETW = WH_C1BKQ(IX-IX0,IQ,5)
- ELSEIF(OPT8(1:7).EQ.'WH_D1LQ') THEN
- QNGETW = WH_D1KQ(IX-IX0,IQ,5)
- ELSEIF(OPT8(1:8).EQ.'WH_D1BLQ') THEN
- QNGETW = WH_D1BKQ(IX-IX0,IQ,5)
- ELSE
- IERR = 3
- GOTO 500
- ENDIF
-
- RETURN
-
- 500 CONTINUE
- WRITE(6,'(/'' ------------------------------------'')')
- WRITE(6,'( '' QCDNUM error in s/r QNGETW ---> STOP'')')
- WRITE(6,'( '' ------------------------------------'')')
- WRITE(6,'( '' Input OPT :'',A)') OPT
- WRITE(6,'( '' IX0 :'',I10)') IX0
- WRITE(6,'( '' IX :'',I10)') IX
- WRITE(6,'( '' IQ :'',I10)') IQ
- IF(IERR.EQ.1) THEN
- WRITE(6,'(/'' IX0, IX and/or IQ outside allowed range'')')
- ELSEIF(IERR.EQ.2) THEN
- WRITE(6,'(/'' NF(IX,IQ) ='',I3,'' outside allowed range'')') NF
- ELSEIF(IERR.EQ.3) THEN
- WRITE(6,'(/'' Unknown option'')')
- ENDIF
-
- CALL QTRACE('QNGETW ',1)
-
- STOP
-
- END
-
-CDECK ID>, QSTRIP.
-
-C =================================
- SUBROUTINE QSTRIP(NAMEIN,NAMEOUT)
-C =================================
-
-C--- Truncate NAMEIN to 5 characters and convert to upper case
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- CHARACTER*(*) NAMEIN
- CHARACTER*5 NAMEOUT
-
- LEN = MIN(LENOCC_LHA(NAMEIN),5)
- NAMEOUT = ' '
- NAMEOUT(1:LEN) = NAMEIN(1:LEN)
- CALL CLTOU_LHA(NAMEOUT)
-
- RETURN
- END
-
-CDECK ID>, CHKNAM.
-
-C ====================================
- SUBROUTINE CHKNAM(ID,NAME,SNAME,NAM)
-C ====================================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- CHARACTER*5 PNAM,STFNAM
- LOGICAL LNFP
- COMMON /QCLNFP/ LNFP(0:30,3:5)
- COMMON /QCPNAM/ PNAM(0:30)
- COMMON /QCPWGT/ PWGT(0:10,0:30,3:5)
- COMMON /QCFNAM/ STFNAM(7)
-
-
- CHARACTER*(*) NAME, SNAME
- CHARACTER*5 NAM
-
- LEN = MIN(LENOCC_LHA(NAME),5)
- NAM = ' '
- NAM(1:LEN) = NAME(1:LEN)
- CALL CLTOU_LHA(NAM)
-
- IF(NAM.EQ.' ') THEN
- IERR = 1
- GOTO 500
- ENDIF
-
- IF(NAM.EQ.'FREE ') THEN
- PNAM(ID) = NAM
- LNFP(ID,3) = .FALSE.
- LNFP(ID,4) = .FALSE.
- LNFP(ID,5) = .FALSE.
- IF(ID.LE.10) THEN
- DO JD = 0,30
- PWGT(ID,JD,3) = 0.
- PWGT(ID,JD,4) = 0.
- PWGT(ID,JD,5) = 0.
- ENDDO
- ELSE
- DO JD = 0,10
- PWGT(JD,ID,3) = 0.
- PWGT(JD,ID,4) = 0.
- PWGT(JD,ID,5) = 0.
- ENDDO
- ENDIF
- RETURN
- ENDIF
-
- IF(PNAM(ID).NE.'FREE '.AND.PNAM(ID).NE.NAM) THEN
- IERR = 2
- GOTO 500
- ENDIF
-
- DO 10 JD = 0,30
- IF(JD.EQ.ID) GOTO 10
- IF(PNAM(JD).EQ.NAM) THEN
- IERR = 3
- GOTO 500
- ENDIF
- 10 CONTINUE
-
- RETURN
-
- 500 CONTINUE
- WRITE(6,'(/'' ------------------------------------'')')
- WRITE(6,'( '' QCDNUM error in s/r '',A,'' ---> STOP'')')
- + SNAME
- WRITE(6,'( '' ------------------------------------'')')
- WRITE(6,'( '' Input ID :'',I10)') ID
- WRITE(6,'( '' Input NAME :'',A)') NAM
- IF(IERR.EQ.1) THEN
- WRITE(6,'(/'' Blank name not allowed'')')
- ELSEIF(IERR.EQ.2) THEN
- WRITE(6,'(/'' ID already booked'')')
- ELSEIF(IERR.EQ.3) THEN
- WRITE(6,'(/'' NAME already used'')')
- ENDIF
-
- CALL QTRACE('CHKNAM ',1)
-
- STOP
-
- END
-
-CDECK ID>, QNBOOK.
-
-C ==========================
- SUBROUTINE QNBOOK(ID,NAME)
-C ==========================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- CHARACTER*5 PNAM,STFNAM
- LOGICAL LNFP
- COMMON /QCLNFP/ LNFP(0:30,3:5)
- COMMON /QCPNAM/ PNAM(0:30)
- COMMON /QCPWGT/ PWGT(0:10,0:30,3:5)
- COMMON /QCFNAM/ STFNAM(7)
-
-
- CHARACTER*(*) NAME
- CHARACTER*5 NAM
-
- CALL QTRACE('QNBOOK ',0)
-
- CALL CHKNAM(ID,NAME,'QNBOOK',NAM)
-
- PNAM(ID) = NAM
- LNFP(ID,3) = .TRUE.
- LNFP(ID,4) = .TRUE.
- LNFP(ID,5) = .TRUE.
- PWGT(ID,ID,3) = 1.
- PWGT(ID,ID,4) = 1.
- PWGT(ID,ID,5) = 1.
-
- RETURN
- END
-
-CDECK ID>, QNLINC.
-
-C ===================================
- SUBROUTINE QNLINC(ID,NAME,NF,WEITS)
-C ===================================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- CHARACTER*5 PNAM,STFNAM
- LOGICAL LNFP
- COMMON /QCLNFP/ LNFP(0:30,3:5)
- COMMON /QCPNAM/ PNAM(0:30)
- COMMON /QCPWGT/ PWGT(0:10,0:30,3:5)
- COMMON /QCFNAM/ STFNAM(7)
-
-
- CHARACTER*(*) NAME
- CHARACTER*5 NAM
- DIMENSION WEITS(10)
-
- CALL QTRACE('QNLINC ',0)
-
- IF(ID.LE.10.OR.ID.GE.31) THEN
- IERR = 1
- GOTO 500
- ENDIF
-
- IF(NF.LT.3 .OR.NF.GT.5 ) THEN
- IERR = 2
- GOTO 500
- ENDIF
-
- CALL CHKNAM(ID,NAME,'QNLINC',NAM)
-
- PNAM(ID) = NAM
- LNFP(ID,NF) = .TRUE.
- DO 20 I=1,10
- PWGT(I,ID,NF) = WEITS(I)
- 20 CONTINUE
-
- RETURN
-
- 500 CONTINUE
- WRITE(6,'(/'' ------------------------------------'')')
- WRITE(6,'( '' QCDNUM error in s/r QNLINC ---> STOP'')')
- WRITE(6,'( '' ------------------------------------'')')
- WRITE(6,'( '' Input ID :'',I0)') ID
- WRITE(6,'( '' NAME :'',A)') NAME
- WRITE(6,'( '' NF :'',I0)') NF
- WRITE(6,'( '' FACTORS(1):'',E12.5)') WEITS(1)
- IF(IERR.EQ.1) THEN
- WRITE(6,'(/'' ID outside allowed range [11,30]'')')
- ELSEIF(IERR.EQ.2) THEN
- WRITE(6,'(/'' NF outside allowed range [3,5]'')')
- ENDIF
-
- CALL QTRACE('QNLINC ',1)
-
- STOP
-
- END
-
-CDECK ID>, QNGIVE.
-
-C ===================================
- SUBROUTINE QNGIVE(ID,NF,NAME,WEITS)
-C ===================================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- CHARACTER*5 PNAM,STFNAM
- LOGICAL LNFP
- COMMON /QCLNFP/ LNFP(0:30,3:5)
- COMMON /QCPNAM/ PNAM(0:30)
- COMMON /QCPWGT/ PWGT(0:10,0:30,3:5)
- COMMON /QCFNAM/ STFNAM(7)
-
-
- CHARACTER*5 NAME
- DIMENSION WEITS(10)
-
- CALL QTRACE('QNGIVE ',1)
-
- IF(ID.LT.0.OR.ID.GT.30.OR.NF.LT.3.OR.NF.GT.5) THEN
-
- NAME = 'NULL '
- DO 10 I=1,10
- WEITS(I) = 0.
- 10 CONTINUE
-
- ELSE
-
- NAME = PNAM(ID)
- DO 15 I=1,10
- WEITS(I) = PWGT(I,ID,NF)
- 15 CONTINUE
-
- ENDIF
-
- RETURN
- END
-
-CDECK ID>, IDCHEK.
-
-C =============================
- INTEGER FUNCTION IPDFID(UNAM)
-C =============================
-
-C--- IPDFID = identifier of memory resident quark distn
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- CHARACTER*(*) UNAM
- CHARACTER*5 NAM
-
-
- CHARACTER*5 PNAM,STFNAM
- LOGICAL LNFP
- COMMON /QCLNFP/ LNFP(0:30,3:5)
- COMMON /QCPNAM/ PNAM(0:30)
- COMMON /QCPWGT/ PWGT(0:10,0:30,3:5)
- COMMON /QCFNAM/ STFNAM(7)
-
-
- CALL QTRACE('IPDFID ',0)
-
- CALL QSTRIP(UNAM,NAM)
-
- IF(NAM.EQ.' '.OR.NAM.EQ.'FREE ') THEN
- GOTO 500
- ENDIF
-
- ID = -1
- DO I = 1,10
- IF(NAM.EQ.PNAM(I)) ID = I
- ENDDO
-
- IPDFID = ID
-
- IF(ID.EQ.-1) THEN
- GOTO 500
- ENDIF
-
- RETURN
-
- 500 CONTINUE
- WRITE(6,'(/'' ------------------------------------'')')
- WRITE(6,'( '' QCDNUM error in s/r IPDFID ---> STOP'')')
- WRITE(6,'( '' ------------------------------------'')')
- WRITE(6,'( '' Input NAME :'',A)') UNAM
- WRITE(6,'(/'' NAME not booked at all or NAME does not refer''/
- + '' to a memory resident quark distribution'')')
- IF(NAM(1:1).EQ.' ')
- +WRITE(6,'(/'' WARNING: NAME has one or more leading blanks'')')
-
- CALL QTRACE('IPDFID ',1)
-
- STOP
- END
-
-
-CDECK ID>, IDCHEK.
-
-C ============================================
- INTEGER FUNCTION IDCHEK(NAM,NF,SRNAME,ISTOP)
-C ============================================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- CHARACTER*6 SRNAME
- CHARACTER*5 NAMLAST,NAM
-
-
- CHARACTER*5 PNAM,STFNAM
- LOGICAL LNFP
- COMMON /QCLNFP/ LNFP(0:30,3:5)
- COMMON /QCPNAM/ PNAM(0:30)
- COMMON /QCPWGT/ PWGT(0:10,0:30,3:5)
- COMMON /QCFNAM/ STFNAM(7)
-
-
- SAVE IDLAST,NAMLAST
-
- DATA IDLAST / 0 /
- DATA NAMLAST / ' ' /
-
- IDCHEK = -1
-
- IF(NAM.EQ.' '.OR.NAM.EQ.'FREE '.OR.
- + NF.LT.3.OR.NF.GT.5) THEN
- IF(ISTOP.EQ.1) THEN
- IERR = 1
- GOTO 500
- ENDIF
- RETURN
- ENDIF
-
- ID = -1
- IF(NAM.EQ.NAMLAST.AND.LNFP(IDLAST,NF)) THEN
- ID = IDLAST
- ELSE
- DO 10 I = 0,30
- IF(NAM.EQ.PNAM(I).AND.LNFP(I,NF)) ID = I
- 10 CONTINUE
- IDLAST = ID
- NAMLAST = NAM
- ENDIF
-
- IDCHEK = ID
-
- IF(ID.EQ.-1.AND.ISTOP.EQ.1) THEN
- IERR = 2
- GOTO 500
- ENDIF
-
- RETURN
-
- 500 CONTINUE
- WRITE(6,'(/'' ------------------------------------'')')
- WRITE(6,'( '' QCDNUM error in s/r '',A,'' ---> STOP'')')
- + SRNAME
- WRITE(6,'( '' ------------------------------------'')')
- WRITE(6,'( '' Input NAME :'',A)') NAM
- WRITE(6,'( '' NF :'',I10)') NF
- IF(IERR.EQ.1) THEN
- WRITE(6,'(/'' Input name not allowed and/or NF outside'',
- + '' the allowed range [3,5]'')')
- ELSEIF(IERR.EQ.2) THEN
- WRITE(6,'(/'' NAME not booked at all or, if NAME refers to''/
- + '' a linear combination, it might not have been''/
- + '' booked for NF flavours'')')
- IF(NAM(1:1).EQ.' ')
- + WRITE(6,'(/'' WARNING: NAME has one or more leading blanks'')')
- ENDIF
-
- CALL QTRACE('IDCHEK ',1)
-
- STOP
- END
-
-CDECK ID>, QNLIST.
-
-C ======================
- SUBROUTINE QNLIST(LUN)
-C ======================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- CHARACTER*5 NAM
- CHARACTER*3 II
-
-
- CHARACTER*5 PNAM,STFNAM
- LOGICAL LNFP
- COMMON /QCLNFP/ LNFP(0:30,3:5)
- COMMON /QCPNAM/ PNAM(0:30)
- COMMON /QCPWGT/ PWGT(0:10,0:30,3:5)
- COMMON /QCFNAM/ STFNAM(7)
-
-
- WRITE(LUN,'(////)')
- WRITE(LUN,'(1X,''+'',13(''-''),''+'',60(''-''),''+'')')
- WRITE(LUN,'('' | | W_'',I2,
- + 9('' W_'',I2),'' |'')') (J, J=1,10)
- WRITE(LUN,'('' | ID NAME nf | '',A4,
- + 9(2X,A4),'' |'')') (PNAM(J),J=1,10)
- WRITE(LUN,'(1X,''+'',13(''-''),''+'',60(''-''),''+'')')
- DO 10 I = 0,10
- IF(IDCHEK(PNAM(I),3,' ',0).EQ.-1) GOTO 10
- WRITE(LUN,'('' |'',I3,1X,A5,'' |'',F5.2,
- + 9(F6.2),'' |'')') I, PNAM(I),(PWGT(J,I,3),J=1,10)
- 10 CONTINUE
- WRITE(LUN,'(1X,''+'',13(''-''),''+'',60(''-''),''+'')')
- DO 20 I = 11,30
- NAM = PNAM(I)
- WRITE(II,'(I3)') I
- IF(IDCHEK(PNAM(I),3,' ',0).NE.-1) THEN
- WRITE(LUN,'('' |'',A3,1X,A5,'' 3 |'',F5.2,
- + 9(F6.2),'' |'')') II, NAM,(PWGT(J,I,3),J=1,10)
- NAM = ' '
- II = ' '
- ENDIF
- IF(IDCHEK(PNAM(I),4,' ',0).NE.-1) THEN
- WRITE(LUN,'('' |'',A3,1X,A5,'' 4 |'',F5.2,
- + 9(F6.2),'' |'')') II, NAM,(PWGT(J,I,4),J=1,10)
- NAM = ' '
- II = ' '
- ENDIF
- IF(IDCHEK(PNAM(I),5,' ',0).NE.-1) THEN
- WRITE(LUN,'('' |'',A3,1X,A5,'' 5 |'',F5.2,
- + 9(F6.2),'' |'')') II, NAM, (PWGT(J,I,5),J=1,10)
- NAM = ' '
- II = ' '
- ENDIF
- 20 CONTINUE
- WRITE(LUN,'(1X,''+'',13(''-''),''+'',60(''-''),''+'')')
- WRITE(LUN,'(////)')
-
- RETURN
- END
-
-CDECK ID>, QNPSET.
-C =================================
- SUBROUTINE QNPSET(UNAM,IX,IQ,VAL)
-C =================================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- CHARACTER*(*) UNAM
- CHARACTER*5 NAME
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- CHARACTER*5 PNAM,STFNAM
- LOGICAL LNFP
- COMMON /QCLNFP/ LNFP(0:30,3:5)
- COMMON /QCPNAM/ PNAM(0:30)
- COMMON /QCPWGT/ PWGT(0:10,0:30,3:5)
- COMMON /QCFNAM/ STFNAM(7)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- CALL QTRACE('QNPSET ',0)
-
- IF(NXX.EQ.0.OR.NQ2.EQ.0) THEN
- IERR = 1
- GOTO 500
- ENDIF
-
- CALL QSTRIP(UNAM,NAME)
-
- ID = IDCHEK(NAME,4,'QNPSET',1)
-
- IF(ID.EQ.-1) RETURN
-
- IF(IX.LT.1.OR.IX.GT.NXX) THEN
- IERR = 2
- GOTO 500
- ENDIF
-
- IF(IQ.LT.1.OR.IQ.GT.NQ2) THEN
- IERR = 2
- GOTO 500
- ENDIF
-
- IF(ID.LT.0.OR.ID.GT.10) THEN
- IERR = 3
- GOTO 500
- ENDIF
-
-C-- If a different input value, invalidate evolution for this
-C-- and all lower x-grid points
- IF(VAL.NE.PDFQCD(IX,IQ,ID)) THEN
- DO JX = 1,IX
- LEVDONE(JX,MAX(ID,1)) = .FALSE.
- ENDDO
- ENDIF
-
- PDFQCD(IX,IQ,ID) = VAL
-
- DO I = 1,30
- DO J = 1,7
- LFFCAL(J,I) = .FALSE.
- ENDDO
- ENDDO
-
- RETURN
-
- 500 CONTINUE
- WRITE(6,'(/'' ------------------------------------'')')
- WRITE(6,'( '' QCDNUM error in s/r QNPSET ---> STOP'')')
- WRITE(6,'( '' ------------------------------------'')')
- WRITE(6,'( '' Input NAME :'',A)') UNAM
- WRITE(6,'( '' IX :'',I10)') IX
- WRITE(6,'( '' IQ :'',I10)') IQ
- WRITE(6,'( '' Value :'',E12.5)') VAL
- IF(IERR.EQ.1) THEN
- WRITE(6,'(/'' No x-Q2 grid available'')')
- ELSEIF(IERR.EQ.2) THEN
- WRITE(6,'(/'' IX and/or IQ outside grid boundary'')')
- ELSEIF(IERR.EQ.3) THEN
- WRITE(6,'(/'' Apparently you try to assign a value'',
- + '' to a linear combination: no thank you'')')
- ENDIF
-
- CALL QTRACE('QNPSET ',1)
-
- STOP
-
- END
-
-CDECK ID>, QADDSI.
-
-C =================================
- SUBROUTINE QADDSI(UNAM,IQ,FACTOR)
-C =================================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- CHARACTER*(*) UNAM
- CHARACTER*5 NAME
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- CHARACTER*5 PNAM,STFNAM
- LOGICAL LNFP
- COMMON /QCLNFP/ LNFP(0:30,3:5)
- COMMON /QCPNAM/ PNAM(0:30)
- COMMON /QCPWGT/ PWGT(0:10,0:30,3:5)
- COMMON /QCFNAM/ STFNAM(7)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- CALL QTRACE('QADDSI ',0)
-
- IF(NXX.EQ.0.OR.NQ2.EQ.0) THEN
- IERR = 1
- GOTO 500
- ENDIF
-
- CALL QSTRIP(UNAM,NAME)
-
- ID = IDCHEK(NAME,4,'QADDSI',1)
-
- IF(ID.EQ.-1) RETURN
-
- IF(ID.EQ.0.OR.ID.EQ.1) THEN
- IERR = 2
- GOTO 500
- ENDIF
-
- IF(IQ.LT.1.OR.IQ.GT.NQ2) THEN
- IERR = 3
- GOTO 500
- ENDIF
-
- IF(ID.LT.0.OR.ID.GT.10) THEN
- IERR = 4
- GOTO 500
- ENDIF
-
- DO IX = 1,NXX
-C-- Invalidate evolution of this pdf
- LEVDONE(IX,MAX(ID,1)) = .FALSE.
- PDFQCD(IX,IQ,ID) = PDFQCD(IX,IQ,ID)+
- + FACTOR*PDFQCD(IX,IQ,1)
- ENDDO
-
- DO I = 1,30
- DO J = 1,7
- LFFCAL(J,I) = .FALSE.
- ENDDO
- ENDDO
-
- RETURN
-
- 500 CONTINUE
- WRITE(6,'(/'' ------------------------------------'')')
- WRITE(6,'( '' QCDNUM error in s/r QADDSI ---> STOP'')')
- WRITE(6,'( '' ------------------------------------'')')
- WRITE(6,'( '' Input NAME :'',A)') UNAM
- WRITE(6,'( '' IQ :'',I10)') IQ
- WRITE(6,'( '' Factor :'',E12.5)') FACTOR
- IF(IERR.EQ.1) THEN
- WRITE(6,'(/'' No x-Q2 grid available'')')
- ELSEIF(IERR.EQ.2) THEN
- WRITE(6,'(/'' This routine cannot be used'',
- + '' for singlet or gluon'')')
- ELSEIF(IERR.EQ.3) THEN
- WRITE(6,'(/'' IX and/or IQ outside grid boundary'')')
- ELSEIF(IERR.EQ.4) THEN
- WRITE(6,'(/'' Apparently you try to assign a value'',
- + '' to a linear combination: no thank you'')')
- ENDIF
-
- CALL QTRACE('QADDSI ',1)
-
- STOP
-
- END
-
-CDECK ID>, QNPNUL.
-
-C =======================
- SUBROUTINE QNPNUL(UNAM)
-C =======================
-
-C--- Set parton distribution 'NAME' to zero.
-C--- Called by user.
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- CHARACTER*(*) UNAM
- CHARACTER*5 NAME
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- CHARACTER*5 PNAM,STFNAM
- LOGICAL LNFP
- COMMON /QCLNFP/ LNFP(0:30,3:5)
- COMMON /QCPNAM/ PNAM(0:30)
- COMMON /QCPWGT/ PWGT(0:10,0:30,3:5)
- COMMON /QCFNAM/ STFNAM(7)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- CALL QTRACE('QNPNUL ',0)
-
- CALL QSTRIP(UNAM,NAME)
-
- ID = IDCHEK(NAME,4,'QNPNUL',1)
-
- IF(ID.EQ.-1) RETURN
-
- IF(ID.LT.0.OR.ID.GT.10) THEN
- GOTO 500
- ENDIF
-
- DO IX = 1,MXX
- DO IQ = 1,MQ2
- PDFQCD(IX,IQ,ID) = 0.
- ENDDO
- ENDDO
-
-C-- Invalidate all evolutions
- CALL QNFALS(LEVDONE,MXX*10)
-
- DO I = 1,30
- DO J = 1,7
- LFFCAL(J,I) = .FALSE.
- ENDDO
- ENDDO
-
- RETURN
-
- 500 CONTINUE
- WRITE(6,'(/'' ------------------------------------'')')
- WRITE(6,'( '' QCDNUM error in s/r QNPNUL ---> STOP'')')
- WRITE(6,'( '' ------------------------------------'')')
- WRITE(6,'( '' Input NAME :'',A)') UNAM
- WRITE(6,'(/'' Apparently you try to clear'',
- + '' a linear combination: no thank you'')')
-
- CALL QTRACE('QNPNUL ',1)
-
- STOP
-
- END
-
-CDECK ID>, IX1CHK.
-
-C ==============================
- INTEGER FUNCTION IX1CHK(ISTOP)
-C ==============================
-
-C--- Check all pdfs are zero at NXX+1 (x = 1).
-C--- IX1CHK = 0 : All ok.
-C--- = 1 : Nonzero entry in gluon or singlet.
-C--- = 2-10 : Nonzero entry in PDF 2-10.
-C--- Called by user.
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- CHARACTER*5 PNAM,STFNAM
- LOGICAL LNFP
- COMMON /QCLNFP/ LNFP(0:30,3:5)
- COMMON /QCPNAM/ PNAM(0:30)
- COMMON /QCPWGT/ PWGT(0:10,0:30,3:5)
- COMMON /QCFNAM/ STFNAM(7)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- CALL QTRACE('IX1CHK ',0)
-
- IERR = -1
- JQ = 0
-
- DO ID = 0,10
- DO IQ = 1,NQ2
- IF(ABS(PDFQCD(NXX+1,IQ,ID)).GT.1.E-11) THEN
- IERR = ID
- JQ = IQ
- ENDIF
- ENDDO
- ENDDO
-
- IF(IERR.EQ.-1) THEN
- IX1CHK = 0
- RETURN
- ENDIF
-
- IX1CHK = MAX(IERR,1)
- IF(ISTOP.EQ.0) RETURN
-
- WRITE(6,'(/'' ------------------------------------'')')
- WRITE(6,'( '' QCDNUM error in s/r IX1CHK ---> STOP'')')
- WRITE(6,'( '' ------------------------------------'')')
- WRITE(6,'( '' Pdf identifier ID :'',I5)') IERR
- WRITE(6,'( '' X = 1 gridpoint IX :'',I5)') NXX+1
- WRITE(6,'( '' Q2 gridpoint IQ :'',I5)') JQ
- WRITE(6,'(/'' Pdf nonzero at x = 1;''/
- + '' this should never happen....'')')
-
- CALL QTRACE('IX1CHK ',1)
-
- STOP
-
- END
-
-CDECK ID>, EVOLSG.
-
-C ================================
- SUBROUTINE EVOLSG(IQ0,IUQL,IUQH)
-C ================================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- LOGICAL LTIME
- REAL T_START,T_END,T_SPENT
- COMMON/QCTIME/T_START(10),T_END(10),T_SPENT(10),N_CALLS(10),
- +E_CALLS(10),LTIME
- COMMON/QCFCNT/IFCNT(-1:1,5)
-
-
- IF(LTIME) CALL TIMEX_LHA(T_START(5))
-
- CALL QTRACE('EVOLSG ',0)
-
- IF(NXX.EQ.0.OR.NQ2.EQ.0) THEN
- IERR = 1
- GOTO 500
- ENDIF
-
- IQL = IUQL
- IQH = IUQH
-
- IXL = MAX(ABS(IXFROMX(XMICUT)),1)
- IQD = ABS(IQFROMQ(QMICUT))
- IQD = MAX(IQD,ABS(IQFROMQ(QMINAS)))
- IQU = ABS(IQFROMQ(QMACUT))
- IF(IQD.NE.0) IQL = MAX(IQD,IQL)
- IF(IQU.NE.0) IQH = MIN(IQU+1,IQH)
-
- IF(IQL.LE.0) IQL = 1
- IF(IQH.LE.0.OR.IQH.GT.NQ2) IQH = NQ2
- IF(IQL.EQ.IQ0.AND.IQH.EQ.IQ0) RETURN
- IF(IQL.GE.IQH) THEN
- IERR = 2
- GOTO 500
- ENDIF
- IF(IQL.LT.1.OR.IQL.GE.NQ2) THEN
- IERR = 3
- GOTO 500
- ENDIF
- IF(IQH.LE.1.OR.IQH.GT.NQ2) THEN
- IERR = 3
- GOTO 500
- ENDIF
- IF(IQ0.LT.IQL.OR.IQ0.GT.IQH) THEN
- IERR = 4
- GOTO 500
- ENDIF
- IF(.NOT.LWT1OK) THEN
- IERR = 5
- GOTO 500
- ENDIF
- IF(IORD.EQ.2.AND..NOT.LWT2OK) THEN
- IERR = 6
- GOTO 500
- ENDIF
-
- IRUN = 0
- IF(.NOT.LALFOK) THEN
- CALL QFILAS('EVOLSG')
- IRUN = 1
- ENDIF
- IF(.NOT.LDQ2OK) THEN
- CALL QDELQ2
- IRUN = 1
- ENDIF
-
- DO IX = 1,NXX
- LE_DONE(IX) = LEVDONE(IX,1)
- DO IQ = 1,NQ2
- FGLQCD(IX,IQ) = PDFQCD(IX,IQ,0)
- FSIQCD(IX,IQ) = PDFQCD(IX,IQ,1)
- ENDDO
- ENDDO
-
- IF(IQ0.NE.IQ0_LAST(1) .OR.
- + IQL.NE.IQL_LAST(1) .OR.
- + IQH.NE.IQH_LAST(1) ) IRUN = 1
-
- CALL APSI(IXL,IQ0,IQL,IQH,IRUN,EVL)
-
- IQ0_LAST(1) = IQ0
- IQL_LAST(1) = IQL
- IQH_LAST(1) = IQH
-
- DO IX = 1,NXX
- LEVDONE(IX,1) = LE_DONE(IX)
- DO IQ = 1,NQ2
- PDFQCD(IX,IQ,0) = FGLQCD(IX,IQ)
- PDFQCD(IX,IQ,1) = FSIQCD(IX,IQ)
- ENDDO
- ENDDO
-
- DO I = 1,30
- DO J = 1,7
- LFFCAL(J,I) = .FALSE.
- ENDDO
- ENDDO
-
- IF(LTIME) THEN
- CALL TIMEX_LHA(T_END(5))
- T_SPENT(5) = T_SPENT(5)+T_END(5)-T_START(5)
- N_CALLS(5) = N_CALLS(5)+1
- E_CALLS(5) = E_CALLS(5)+EVL
- ENDIF
-
- RETURN
-
- 500 CONTINUE
- WRITE(6,'(/'' ------------------------------------'')')
- WRITE(6,'( '' QCDNUM error in s/r EVOLSG ---> STOP'')')
- WRITE(6,'( '' ------------------------------------'')')
- WRITE(6,'( '' Input IQ0 :'',I5)') IQ0
- WRITE(6,'( '' IQLow :'',I5)') IUQL
- WRITE(6,'( '' IQHigh :'',I5)') IUQH
- IF(IERR.NE.1) THEN
- WRITE(6,'(/'' After cuts IQ0, Q20 :'',I5,E12.5)') IQ0,Q2TAB(IQ0)
- WRITE(6,'( '' IQL, Q2L :'',I5,E12.5)') IQL,Q2TAB(IQL)
- WRITE(6,'( '' IQH, Q2H :'',I5,E12.5)') IQH,Q2TAB(IQH)
- ENDIF
- IF(IERR.EQ.1) THEN
- WRITE(6,'(/'' No x-Q2 grid available'')')
- ELSEIF(IERR.EQ.2) THEN
- WRITE(6,'(/'' Value of IQL .ge. IQH'',
- + '' (after applying Q2 cuts, if any)'')')
- ELSEIF(IERR.EQ.3) THEN
- WRITE(6,'(/'' IQL and/or IQH outside grid boundary'')')
- ELSEIF(IERR.EQ.4) THEN
- WRITE(6,'(/'' IQ0 outside the range [IQL,IQH]'',
- + '' (after applying Q2 cuts, if any)'')')
- ELSEIF(IERR.EQ.5) THEN
- WRITE(6,'(/'' No LO weight tables available'',
- + '' (please call s/r QNFILW)'')')
- ELSEIF(IERR.EQ.6) THEN
- WRITE(6,'(/'' No NLO weight tables available'',
- + '' (please call s/r QNFILW)'')')
- ENDIF
-
- CALL QTRACE('EVOLSG ',1)
-
- STOP
-
- END
-
-
-CDECK ID>, APSI.
-C =========================================
- SUBROUTINE APSI(IXL,IQ0,IQL,IQH,IRUN,EVL)
-C =========================================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- REAL
- +WGTFF1,WGTFG1,
- +WGTGF1,WGTGG1,
- +WGTPP2,WGTPM2,WGTNS2,
- +WGTFF2,WGTFG2,
- +WGTGF2,WGTGG2,
- +WGTC2Q,WGTC2G,YNTC2Q,
- +WGTCLQ,WGTCLG,WGTC3Q
-
- COMMON/QCWEIT/
- +WGTFF1(MXX*(MXX+1)/2) ,WGTFG1(MXX*(MXX+1)/2,3:5),
- +WGTGF1(MXX*(MXX+1)/2) ,WGTGG1(MXX*(MXX+1)/2,3:5),
- +WGTPP2(MXX*(MXX+1)/2,3:5),WGTPM2(MXX*(MXX+1)/2,3:5),
- +WGTNS2(MXX*(MXX+1)/2,3:5),
- +WGTFF2(MXX*(MXX+1)/2,3:5),WGTFG2(MXX*(MXX+1)/2,3:5),
- +WGTGF2(MXX*(MXX+1)/2,3:5),WGTGG2(MXX*(MXX+1)/2,3:5),
- +WGTC2Q(MXX*(MXX+1)/2) ,WGTC2G(MXX*(MXX+1)/2,3:5),
- +WGTCLQ(MXX*(MXX+1)/2) ,WGTCLG(MXX*(MXX+1)/2,3:5),
- +WGTC3Q(MXX*(MXX+1)/2) ,YNTC2Q(MXX)
-
- COMMON/QCWADR/ IWADR(MXX,MXX)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- LOGICAL LTIME
- REAL T_START,T_END,T_SPENT
- COMMON/QCTIME/T_START(10),T_END(10),T_SPENT(10),N_CALLS(10),
- +E_CALLS(10),LTIME
- COMMON/QCFCNT/IFCNT(-1:1,5)
-
-
- EVL = 0.
-
- FSI = FSIQCD(NXX,IQ0)
- FGL = FGLQCD(NXX,IQ0)
-C -------------------------------------------
- IF(.NOT.LE_DONE(NXX) .OR. IRUN.EQ.1) THEN !
-C -------------------------------------------
-
- NF = NFMAP(IQ0)
-
- WQQ = ALFAPQ(IQ0) * WGTFF1(IWADR(NXX,NXX)) +
- + ALFA2Q(IQ0) * WGTFF2(IWADR(NXX,NXX),NF)
- WQG = ALFAPQ(IQ0) * WGTFG1(IWADR(NXX,NXX),NF) +
- + ALFA2Q(IQ0) * WGTFG2(IWADR(NXX,NXX),NF)
- WGQ = ALFAPQ(IQ0) * WGTGF1(IWADR(NXX,NXX)) +
- + ALFA2Q(IQ0) * WGTGF2(IWADR(NXX,NXX),NF)
- WGG = ALFAPQ(IQ0) * WGTGG1(IWADR(NXX,NXX),NF) +
- + ALFA2Q(IQ0) * WGTGG2(IWADR(NXX,NXX),NF)
-
- DSI = WQQ*FSI+WQG*FGL
- DGL = WGQ*FSI+WGG*FGL
-
- FSI0 = FSI
- DSI0 = DSI
- FGL0 = FGL
- DGL0 = DGL
- FSIQCD(NXX,IQ0) = FSI
- DSIQCD(NXX,IQ0) = DSI
- FGLQCD(NXX,IQ0) = FGL
- DGGQCD(NXX,IQ0) = DGL
- EVL = EVL+1.
-
- DO 100 IQ = IQ0+1,IQH
- DEL = DELUP(IQ)
- NF = NFMAP(IQ)
- WQQ = ALFAPQ(IQ) * WGTFF1(IWADR(NXX,NXX)) +
- + ALFA2Q(IQ) * WGTFF2(IWADR(NXX,NXX),NF)
- WQG = ALFAPQ(IQ) * WGTFG1(IWADR(NXX,NXX),NF) +
- + ALFA2Q(IQ) * WGTFG2(IWADR(NXX,NXX),NF)
- WGQ = ALFAPQ(IQ) * WGTGF1(IWADR(NXX,NXX)) +
- + ALFA2Q(IQ) * WGTGF2(IWADR(NXX,NXX),NF)
- WGG = ALFAPQ(IQ) * WGTGG1(IWADR(NXX,NXX),NF) +
- + ALFA2Q(IQ) * WGTGG2(IWADR(NXX,NXX),NF)
- AAS = 2.*FSI + DSI*DEL
- BBS = 2. - WQQ*DEL
- AAG = 2.*FGL + DGL*DEL
- BBG = 2. - WGG*DEL
- FSI = (AAS*BBG+WQG*AAG*DEL) / (BBS*BBG-WQG*WGQ*DEL*DEL)
- FGL = (AAG*BBS+WGQ*AAS*DEL) / (BBG*BBS-WGQ*WQG*DEL*DEL)
- DSI = WQQ*FSI+WQG*FGL
- DGL = WGQ*FSI+WGG*FGL
- FSIQCD(NXX,IQ) = FSI
- DSIQCD(NXX,IQ) = DSI
- FGLQCD(NXX,IQ) = FGL
- DGGQCD(NXX,IQ) = DGL
- 100 CONTINUE
- EVL = EVL+IQH-IQ0
-
- FSI = FSI0
- DSI = DSI0
- FGL = FGL0
- DGL = DGL0
-
- DO 200 IQ = IQ0-1,IQL,-1
- DEL = DELDN(IQ)
- NF = NFMAP(IQ)
- WQQ = ALFAPQ(IQ) * WGTFF1(IWADR(NXX,NXX)) +
- + ALFA2Q(IQ) * WGTFF2(IWADR(NXX,NXX),NF)
- WQG = ALFAPQ(IQ) * WGTFG1(IWADR(NXX,NXX),NF) +
- + ALFA2Q(IQ) * WGTFG2(IWADR(NXX,NXX),NF)
- WGQ = ALFAPQ(IQ) * WGTGF1(IWADR(NXX,NXX)) +
- + ALFA2Q(IQ) * WGTGF2(IWADR(NXX,NXX),NF)
- WGG = ALFAPQ(IQ) * WGTGG1(IWADR(NXX,NXX),NF) +
- + ALFA2Q(IQ) * WGTGG2(IWADR(NXX,NXX),NF)
- AAS = 2.*FSI + DSI*DEL
- BBS = 2. - WQQ*DEL
- AAG = 2.*FGL + DGL*DEL
- BBG = 2. - WGG*DEL
- FSI = (AAS*BBG+WQG*AAG*DEL) / (BBS*BBG-WQG*WGQ*DEL*DEL)
- FGL = (AAG*BBS+WGQ*AAS*DEL) / (BBG*BBS-WGQ*WQG*DEL*DEL)
- DSI = WQQ*FSI+WQG*FGL
- DGL = WGQ*FSI+WGG*FGL
- FSIQCD(NXX,IQ) = FSI
- DSIQCD(NXX,IQ) = DSI
- FGLQCD(NXX,IQ) = FGL
- DGGQCD(NXX,IQ) = DGL
- 200 CONTINUE
- EVL = EVL+IQ0-IQL
-
-C -------
- ENDIF !
-C -------
-
-C ---------------------------
- DO 300 IX0 = NXX-1,IXL,-1 !
-C ---------------------------
-
- FSI = FSIQCD(IX0,IQ0)
- FGL = FGLQCD(IX0,IQ0)
- IF(LE_DONE(IX0) .AND. IRUN.EQ.0) GOTO 300
- ALF = ALFAPQ(IQ0)
- AL2 = ALFA2Q(IQ0)
- SQQ1 = 0.
- SQG1 = 0.
- SGQ1 = 0.
- SGG1 = 0.
- SQQ2 = 0.
- SQG2 = 0.
- SGQ2 = 0.
- SGG2 = 0.
- NF = NFMAP(IQ0)
- DO 220 IX = NXX,IX0+1,-1
- IADR = IWADR(IX,IX0)
- SQQ1 = SQQ1 + WGTFF1(IADR) * FSIQCD(IX,IQ0)
- SQQ2 = SQQ2 + WGTFF2(IADR,NF) * FSIQCD(IX,IQ0)
- SQG1 = SQG1 + WGTFG1(IADR,NF) * FGLQCD(IX,IQ0)
- SQG2 = SQG2 + WGTFG2(IADR,NF) * FGLQCD(IX,IQ0)
- SGQ1 = SGQ1 + WGTGF1(IADR) * FSIQCD(IX,IQ0)
- SGQ2 = SGQ2 + WGTGF2(IADR,NF) * FSIQCD(IX,IQ0)
- SGG1 = SGG1 + WGTGG1(IADR,NF) * FGLQCD(IX,IQ0)
- SGG2 = SGG2 + WGTGG2(IADR,NF) * FGLQCD(IX,IQ0)
- 220 CONTINUE
- IAD = IWADR(IX0,IX0)
- SQQ = ALF*SQQ1 + AL2*SQQ2
- SQG = ALF*SQG1 + AL2*SQG2
- SGQ = ALF*SGQ1 + AL2*SGQ2
- SGG = ALF*SGG1 + AL2*SGG2
- WQQ = ALF* WGTFF1(IAD) + AL2*WGTFF2(IAD,NF)
- WQG = ALF* WGTFG1(IAD,NF) + AL2*WGTFG2(IAD,NF)
- WGQ = ALF* WGTGF1(IAD) + AL2*WGTGF2(IAD,NF)
- WGG = ALF* WGTGG1(IAD,NF) + AL2*WGTGG2(IAD,NF)
- DSI = WQQ*FSI+SQQ+WQG*FGL+SQG
- DGL = WGQ*FSI+SGQ+WGG*FGL+SGG
-
- FSI0 = FSI
- DSI0 = DSI
- FGL0 = FGL
- DGL0 = DGL
- FSIQCD(IX0,IQ0) = FSI
- DSIQCD(IX0,IQ0) = DSI
- FGLQCD(IX0,IQ0) = FGL
- DGGQCD(IX0,IQ0) = DGL
- EVL = EVL+NXX-IX0+1
-
- DO 250 IQ = IQ0+1,IQH
- IF(IFAILC(IX0,IQ).NE.0) GOTO 250
- ALF = ALFAPQ(IQ)
- AL2 = ALFA2Q(IQ)
- DEL = DELUP(IQ)
- SQQ1 = 0.
- SQG1 = 0.
- SGQ1 = 0.
- SGG1 = 0.
- SQQ2 = 0.
- SQG2 = 0.
- SGQ2 = 0.
- SGG2 = 0.
- NF = NFMAP(IQ)
- DO 230 IX = NXX,IX0+1,-1
- IADR = IWADR(IX,IX0)
- SQQ1 = SQQ1 + WGTFF1(IADR) * FSIQCD(IX,IQ)
- SQQ2 = SQQ2 + WGTFF2(IADR,NF) * FSIQCD(IX,IQ)
- SQG1 = SQG1 + WGTFG1(IADR,NF) * FGLQCD(IX,IQ)
- SQG2 = SQG2 + WGTFG2(IADR,NF) * FGLQCD(IX,IQ)
- SGQ1 = SGQ1 + WGTGF1(IADR) * FSIQCD(IX,IQ)
- SGQ2 = SGQ2 + WGTGF2(IADR,NF) * FSIQCD(IX,IQ)
- SGG1 = SGG1 + WGTGG1(IADR,NF) * FGLQCD(IX,IQ)
- SGG2 = SGG2 + WGTGG2(IADR,NF) * FGLQCD(IX,IQ)
- 230 CONTINUE
- IAD = IWADR(IX0,IX0)
- SQQ = ALF*SQQ1 + AL2*SQQ2
- SQG = ALF*SQG1 + AL2*SQG2
- SGQ = ALF*SGQ1 + AL2*SGQ2
- SGG = ALF*SGG1 + AL2*SGG2
- WQQ = ALF* WGTFF1(IAD) + AL2*WGTFF2(IAD,NF)
- WQG = ALF* WGTFG1(IAD,NF) + AL2*WGTFG2(IAD,NF)
- WGQ = ALF* WGTGF1(IAD) + AL2*WGTGF2(IAD,NF)
- WGG = ALF* WGTGG1(IAD,NF) + AL2*WGTGG2(IAD,NF)
- AAS = 2.*FSI + (DSI+SQQ+SQG)*DEL
- BBS = 2. - WQQ*DEL
- AAG = 2.*FGL + (DGL+SGQ+SGG)*DEL
- BBG = 2. - WGG*DEL
- FSI = (AAS*BBG+WQG*AAG*DEL) / (BBS*BBG-WQG*WGQ*DEL*DEL)
- FGL = (AAG*BBS+WGQ*AAS*DEL) / (BBG*BBS-WGQ*WQG*DEL*DEL)
- DSI = WQQ*FSI+SQQ+WQG*FGL+SQG
- DGL = WGQ*FSI+SGQ+WGG*FGL+SGG
- FSIQCD(IX0,IQ) = FSI
- DSIQCD(IX0,IQ) = DSI
- FGLQCD(IX0,IQ) = FGL
- DGGQCD(IX0,IQ) = DGL
- EVL = EVL+NXX-IX0+1
- 250 CONTINUE
-
- FSI = FSI0
- DSI = DSI0
- FGL = FGL0
- DGL = DGL0
-
- DO 270 IQ = IQ0-1,IQL,-1
- ALF = ALFAPQ(IQ)
- AL2 = ALFA2Q(IQ)
- DEL = DELDN(IQ)
- SQQ1 = 0.
- SQG1 = 0.
- SGQ1 = 0.
- SGG1 = 0.
- SQQ2 = 0.
- SQG2 = 0.
- SGQ2 = 0.
- SGG2 = 0.
- NF = NFMAP(IQ)
- DO 260 IX = NXX,IX0+1,-1
- IADR = IWADR(IX,IX0)
- SQQ1 = SQQ1 + WGTFF1(IADR) * FSIQCD(IX,IQ)
- SQQ2 = SQQ2 + WGTFF2(IADR,NF) * FSIQCD(IX,IQ)
- SQG1 = SQG1 + WGTFG1(IADR,NF) * FGLQCD(IX,IQ)
- SQG2 = SQG2 + WGTFG2(IADR,NF) * FGLQCD(IX,IQ)
- SGQ1 = SGQ1 + WGTGF1(IADR) * FSIQCD(IX,IQ)
- SGQ2 = SGQ2 + WGTGF2(IADR,NF) * FSIQCD(IX,IQ)
- SGG1 = SGG1 + WGTGG1(IADR,NF) * FGLQCD(IX,IQ)
- SGG2 = SGG2 + WGTGG2(IADR,NF) * FGLQCD(IX,IQ)
- 260 CONTINUE
- IAD = IWADR(IX0,IX0)
- SQQ = ALF*SQQ1 + AL2*SQQ2
- SQG = ALF*SQG1 + AL2*SQG2
- SGQ = ALF*SGQ1 + AL2*SGQ2
- SGG = ALF*SGG1 + AL2*SGG2
- WQQ = ALF* WGTFF1(IAD) + AL2*WGTFF2(IAD,NF)
- WQG = ALF* WGTFG1(IAD,NF) + AL2*WGTFG2(IAD,NF)
- WGQ = ALF* WGTGF1(IAD) + AL2*WGTGF2(IAD,NF)
- WGG = ALF* WGTGG1(IAD,NF) + AL2*WGTGG2(IAD,NF)
- AAS = 2.*FSI + (DSI+SQQ+SQG)*DEL
- BBS = 2. - WQQ*DEL
- AAG = 2.*FGL + (DGL+SGQ+SGG)*DEL
- BBG = 2. - WGG*DEL
- FSI = (AAS*BBG+WQG*AAG*DEL) / (BBS*BBG-WQG*WGQ*DEL*DEL)
- FGL = (AAG*BBS+WGQ*AAS*DEL) / (BBG*BBS-WGQ*WQG*DEL*DEL)
- DSI = WQQ*FSI+SQQ+WQG*FGL+SQG
- DGL = WGQ*FSI+SGQ+WGG*FGL+SGG
- FSIQCD(IX0,IQ) = FSI
- DSIQCD(IX0,IQ) = DSI
- FGLQCD(IX0,IQ) = FGL
- DGGQCD(IX0,IQ) = DGL
- EVL = EVL+NXX-IX0+1
- 270 CONTINUE
-
-C ----------
- 300 CONTINUE !
-C ----------
-
- EVL = EVL*2./(NXX*(NXX+1)*NQ2)
-
- CALL QNTRUE(LE_DONE,NXX)
-
- RETURN
- END
-
-CDECK ID>, EVOLNM.
-
-C =====================================
- SUBROUTINE EVOLNM(UNAM,IQ0,IUQL,IUQH)
-C =====================================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- CHARACTER*(*) UNAM
- CHARACTER*5 NAME
-
-
- CHARACTER*5 PNAM,STFNAM
- LOGICAL LNFP
- COMMON /QCLNFP/ LNFP(0:30,3:5)
- COMMON /QCPNAM/ PNAM(0:30)
- COMMON /QCPWGT/ PWGT(0:10,0:30,3:5)
- COMMON /QCFNAM/ STFNAM(7)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- REAL
- +WGTFF1,WGTFG1,
- +WGTGF1,WGTGG1,
- +WGTPP2,WGTPM2,WGTNS2,
- +WGTFF2,WGTFG2,
- +WGTGF2,WGTGG2,
- +WGTC2Q,WGTC2G,YNTC2Q,
- +WGTCLQ,WGTCLG,WGTC3Q
-
- COMMON/QCWEIT/
- +WGTFF1(MXX*(MXX+1)/2) ,WGTFG1(MXX*(MXX+1)/2,3:5),
- +WGTGF1(MXX*(MXX+1)/2) ,WGTGG1(MXX*(MXX+1)/2,3:5),
- +WGTPP2(MXX*(MXX+1)/2,3:5),WGTPM2(MXX*(MXX+1)/2,3:5),
- +WGTNS2(MXX*(MXX+1)/2,3:5),
- +WGTFF2(MXX*(MXX+1)/2,3:5),WGTFG2(MXX*(MXX+1)/2,3:5),
- +WGTGF2(MXX*(MXX+1)/2,3:5),WGTGG2(MXX*(MXX+1)/2,3:5),
- +WGTC2Q(MXX*(MXX+1)/2) ,WGTC2G(MXX*(MXX+1)/2,3:5),
- +WGTCLQ(MXX*(MXX+1)/2) ,WGTCLG(MXX*(MXX+1)/2,3:5),
- +WGTC3Q(MXX*(MXX+1)/2) ,YNTC2Q(MXX)
-
- COMMON/QCWADR/ IWADR(MXX,MXX)
-
-
- LOGICAL LTIME
- REAL T_START,T_END,T_SPENT
- COMMON/QCTIME/T_START(10),T_END(10),T_SPENT(10),N_CALLS(10),
- +E_CALLS(10),LTIME
- COMMON/QCFCNT/IFCNT(-1:1,5)
-
-
- IF(LTIME) CALL TIMEX_LHA(T_START(3))
-
- CALL QTRACE('EVOLNM ',0)
-
- IF(NXX.EQ.0.OR.NQ2.EQ.0) THEN
- IERR = 1
- GOTO 500
- ENDIF
-
- IQL = IUQL
- IQH = IUQH
-
- IXL = MAX(ABS(IXFROMX(XMICUT)),1)
- IQD = ABS(IQFROMQ(QMICUT))
- IQD = MAX(IQD,ABS(IQFROMQ(QMINAS)))
- IQU = ABS(IQFROMQ(QMACUT))
- IF(IQD.NE.0) IQL = MAX(IQD,IQL)
- IF(IQU.NE.0) IQH = MIN(IQU+1,IQH)
-
- IF(IQL.LE.0) IQL = 1
- IF(IQH.LE.0.OR.IQH.GT.NQ2) IQH = NQ2
- IF(IQL.EQ.IQ0.AND.IQH.EQ.IQ0) RETURN
- IF(IQL.GE.IQH) THEN
- IERR = 2
- GOTO 500
- ENDIF
- IF(IQL.LT.1.OR.IQL.GE.NQ2) THEN
- IERR = 3
- GOTO 500
- ENDIF
- IF(IQH.LE.1.OR.IQH.GT.NQ2) THEN
- IERR = 3
- GOTO 500
- ENDIF
- IF(IQ0.LT.IQL.OR.IQ0.GT.IQH) THEN
- IERR = 4
- GOTO 500
- ENDIF
- IF(.NOT.LWT1OK) THEN
- IERR = 5
- GOTO 500
- ENDIF
- IF(IORD.EQ.2.AND..NOT.LWT2OK) THEN
- IERR = 6
- GOTO 500
- ENDIF
-
- CALL QSTRIP(UNAM,NAME)
-
- NFMI = 9
- NFMA = 0
- DO 15 IQ = IQL,IQH
- NFMI = MIN(NFMI,NFMAP(IQ))
- NFMA = MAX(NFMA,NFMAP(IQ))
- 15 CONTINUE
-
- DO 16 NF = NFMI,NFMA
- ID = IDCHEK(NAME,NF,'EVOLNM',1)
- 16 CONTINUE
-
- IRUN = 0
- IF(LPLUS) THEN
- DO 19 NF = 3,5
- DO 18 IX0 = 1,NXX
- DO 17 IX = IX0,NXX
- WGTNS2(IWADR(IX,IX0),NF) = WGTPM2(IWADR(IX,IX0),NF)
- 17 CONTINUE
- 18 CONTINUE
- 19 CONTINUE
- IRUN = 1
- ENDIF
- LPLUS = .FALSE.
-
- IF(.NOT.LALFOK) THEN
- CALL QFILAS('EVOLNM')
- IRUN = 1
- ENDIF
- IF(.NOT.LDQ2OK) THEN
- CALL QDELQ2
- IRUN = 1
- ENDIF
-
- DO IX = 1,NXX
- LE_DONE(IX) = LEVDONE(IX,ID)
- DO IQ = 1,NQ2
- FNSQCD(IX,IQ) = PDFQCD(IX,IQ,ID)
- ENDDO
- ENDDO
-
- IF(IQ0.NE.IQ0_LAST(ID) .OR.
- + IQL.NE.IQL_LAST(ID) .OR.
- + IQH.NE.IQH_LAST(ID) ) IRUN = 1
-
- CALL APNS(IXL,IQ0,IQL,IQH,IRUN,EVL)
-
- IQ0_LAST(ID) = IQ0
- IQL_LAST(ID) = IQL
- IQH_LAST(ID) = IQH
-
- DO IX = 1,NXX
- LEVDONE(IX,ID) = LE_DONE(IX)
- DO IQ = 1,NQ2
- PDFQCD(IX,IQ,ID) = FNSQCD(IX,IQ)
- ENDDO
- ENDDO
-
- DO I = 1,30
- DO J = 1,7
- LFFCAL(J,I) = .FALSE.
- ENDDO
- ENDDO
-
- IF(LTIME) THEN
- CALL TIMEX_LHA(T_END(3))
- T_SPENT(3) = T_SPENT(3)+T_END(3)-T_START(3)
- N_CALLS(3) = N_CALLS(3)+1
- E_CALLS(3) = E_CALLS(3)+EVL
- ENDIF
-
- RETURN
-
- 500 CONTINUE
- WRITE(6,'(/'' ------------------------------------'')')
- WRITE(6,'( '' QCDNUM error in s/r EVOLNM ---> STOP'')')
- WRITE(6,'( '' ------------------------------------'')')
- WRITE(6,'( '' Input NAME :'',A)') UNAM
- WRITE(6,'( '' IQ0 :'',I5)') IQ0
- WRITE(6,'( '' IQLow :'',I5)') IUQL
- WRITE(6,'( '' IQHigh :'',I5)') IUQH
- IF(IERR.NE.1) THEN
- WRITE(6,'(/'' After cuts IQ0, Q20 :'',I5,E12.5)') IQ0,Q2TAB(IQ0)
- WRITE(6,'( '' IQL, Q2L :'',I5,E12.5)') IQL,Q2TAB(IQL)
- WRITE(6,'( '' IQH, Q2H :'',I5,E12.5)') IQH,Q2TAB(IQH)
- ENDIF
- IF(IERR.EQ.1) THEN
- WRITE(6,'(/'' No x-Q2 grid available'')')
- ELSEIF(IERR.EQ.2) THEN
- WRITE(6,'(/'' Value of IQL .ge. IQH'',
- + '' (after applying Q2 cuts, if any)'')')
- ELSEIF(IERR.EQ.3) THEN
- WRITE(6,'(/'' IQL and/or IQH outside grid boundary'')')
- ELSEIF(IERR.EQ.4) THEN
- WRITE(6,'(/'' IQ0 outside the range [IQL,IQH]'',
- + '' (after applying Q2 cuts, if any)'')')
- ELSEIF(IERR.EQ.5) THEN
- WRITE(6,'(/'' No LO weight tables available'',
- + '' (please call s/r QNFILW)'')')
- ELSEIF(IERR.EQ.6) THEN
- WRITE(6,'(/'' No NLO weight tables available'',
- + '' (please call s/r QNFILW)'')')
- ENDIF
-
- CALL QTRACE('EVOLNM ',1)
-
- STOP
-
- END
-
-CDECK ID>, EVOLNP.
-
-C =====================================
- SUBROUTINE EVOLNP(UNAM,IQ0,IUQL,IUQH)
-C =====================================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- CHARACTER*(*) UNAM
- CHARACTER*5 NAME
-
-
- CHARACTER*5 PNAM,STFNAM
- LOGICAL LNFP
- COMMON /QCLNFP/ LNFP(0:30,3:5)
- COMMON /QCPNAM/ PNAM(0:30)
- COMMON /QCPWGT/ PWGT(0:10,0:30,3:5)
- COMMON /QCFNAM/ STFNAM(7)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- REAL
- +WGTFF1,WGTFG1,
- +WGTGF1,WGTGG1,
- +WGTPP2,WGTPM2,WGTNS2,
- +WGTFF2,WGTFG2,
- +WGTGF2,WGTGG2,
- +WGTC2Q,WGTC2G,YNTC2Q,
- +WGTCLQ,WGTCLG,WGTC3Q
-
- COMMON/QCWEIT/
- +WGTFF1(MXX*(MXX+1)/2) ,WGTFG1(MXX*(MXX+1)/2,3:5),
- +WGTGF1(MXX*(MXX+1)/2) ,WGTGG1(MXX*(MXX+1)/2,3:5),
- +WGTPP2(MXX*(MXX+1)/2,3:5),WGTPM2(MXX*(MXX+1)/2,3:5),
- +WGTNS2(MXX*(MXX+1)/2,3:5),
- +WGTFF2(MXX*(MXX+1)/2,3:5),WGTFG2(MXX*(MXX+1)/2,3:5),
- +WGTGF2(MXX*(MXX+1)/2,3:5),WGTGG2(MXX*(MXX+1)/2,3:5),
- +WGTC2Q(MXX*(MXX+1)/2) ,WGTC2G(MXX*(MXX+1)/2,3:5),
- +WGTCLQ(MXX*(MXX+1)/2) ,WGTCLG(MXX*(MXX+1)/2,3:5),
- +WGTC3Q(MXX*(MXX+1)/2) ,YNTC2Q(MXX)
-
- COMMON/QCWADR/ IWADR(MXX,MXX)
-
-
- LOGICAL LTIME
- REAL T_START,T_END,T_SPENT
- COMMON/QCTIME/T_START(10),T_END(10),T_SPENT(10),N_CALLS(10),
- +E_CALLS(10),LTIME
- COMMON/QCFCNT/IFCNT(-1:1,5)
-
-
- IF(LTIME) CALL TIMEX_LHA(T_START(4))
-
- CALL QTRACE('EVOLNP ',0)
-
- IF(NXX.EQ.0.OR.NQ2.EQ.0) THEN
- IERR = 1
- GOTO 500
- ENDIF
-
- IQL = IUQL
- IQH = IUQH
-
- IXL = MAX(ABS(IXFROMX(XMICUT)),1)
- IQD = ABS(IQFROMQ(QMICUT))
- IQD = MAX(IQD,ABS(IQFROMQ(QMINAS)))
- IQU = ABS(IQFROMQ(QMACUT))
- IF(IQD.NE.0) IQL = MAX(IQD,IQL)
- IF(IQU.NE.0) IQH = MIN(IQU+1,IQH)
-
- IF(IQL.LE.0) IQL = 1
- IF(IQH.LE.0.OR.IQH.GT.NQ2) IQH = NQ2
- IF(IQL.EQ.IQ0.AND.IQH.EQ.IQ0) RETURN
- IF(IQL.GE.IQH) THEN
- IERR = 2
- GOTO 500
- ENDIF
- IF(IQL.LT.1.OR.IQL.GE.NQ2) THEN
- IERR = 3
- GOTO 500
- ENDIF
- IF(IQH.LE.1.OR.IQH.GT.NQ2) THEN
- IERR = 3
- GOTO 500
- ENDIF
- IF(IQ0.LT.IQL.OR.IQ0.GT.IQH) THEN
- IERR = 4
- GOTO 500
- ENDIF
- IF(.NOT.LWT1OK) THEN
- IERR = 5
- GOTO 500
- ENDIF
- IF(IORD.EQ.2.AND..NOT.LWT2OK) THEN
- IERR = 6
- GOTO 500
- ENDIF
-
- CALL QSTRIP(UNAM,NAME)
-
- NFMI = 9
- NFMA = 0
- DO 15 IQ = IQL,IQH
- NFMI = MIN(NFMI,NFMAP(IQ))
- NFMA = MAX(NFMA,NFMAP(IQ))
- 15 CONTINUE
-
- DO 16 NF = NFMI,NFMA
- ID = IDCHEK(NAME,NF,'EVOLNP',1)
- 16 CONTINUE
-
- IRUN = 0
- IF(.NOT.LPLUS) THEN
- DO 19 NF = 3,5
- DO 18 IX0 = 1,NXX
- DO 17 IX = IX0,NXX
- WGTNS2(IWADR(IX,IX0),NF) = WGTPP2(IWADR(IX,IX0),NF)
- 17 CONTINUE
- 18 CONTINUE
- 19 CONTINUE
- IRUN = 1
- ENDIF
- LPLUS = .TRUE.
-
- IF(.NOT.LALFOK) THEN
- CALL QFILAS('EVOLNP')
- IRUN = 1
- ENDIF
- IF(.NOT.LDQ2OK) THEN
- CALL QDELQ2
- IRUN = 1
- ENDIF
-
- DO 25 IX = 1,NXX
- DO 20 IQ = 1,NQ2
- 20 CONTINUE
- 25 CONTINUE
-
- DO IX = 1,NXX
- LE_DONE(IX) = LEVDONE(IX,ID)
- DO IQ = 1,NQ2
- FNSQCD(IX,IQ) = PDFQCD(IX,IQ,ID)
- ENDDO
- ENDDO
-
- IF(IQ0.NE.IQ0_LAST(ID) .OR.
- + IQL.NE.IQL_LAST(ID) .OR.
- + IQH.NE.IQH_LAST(ID) ) IRUN = 1
-
- CALL APNS(IXL,IQ0,IQL,IQH,IRUN,EVL)
-
- IQ0_LAST(ID) = IQ0
- IQL_LAST(ID) = IQL
- IQH_LAST(ID) = IQH
-
- DO IX = 1,NXX
- LEVDONE(IX,ID) = LE_DONE(IX)
- DO IQ = 1,NQ2
- PDFQCD(IX,IQ,ID) = FNSQCD(IX,IQ)
- ENDDO
- ENDDO
-
- DO I = 1,30
- DO J = 1,7
- LFFCAL(J,I) = .FALSE.
- ENDDO
- ENDDO
-
- IF(LTIME) THEN
- CALL TIMEX_LHA(T_END(4))
- T_SPENT(4) = T_SPENT(4)+T_END(4)-T_START(4)
- N_CALLS(4) = N_CALLS(4)+1
- E_CALLS(4) = E_CALLS(4)+EVL
- ENDIF
-
- RETURN
-
- 500 CONTINUE
- WRITE(6,'(/'' ------------------------------------'')')
- WRITE(6,'( '' QCDNUM error in s/r EVOLNP ---> STOP'')')
- WRITE(6,'( '' ------------------------------------'')')
- WRITE(6,'( '' Input NAME :'',A)') UNAM
- WRITE(6,'( '' IQ0 :'',I5)') IQ0
- WRITE(6,'( '' IQLow :'',I5)') IUQL
- WRITE(6,'( '' IQHigh :'',I5)') IUQH
- IF(IERR.NE.1) THEN
- WRITE(6,'(/'' After cuts IQ0, Q20 :'',I5,E12.5)') IQ0,Q2TAB(IQ0)
- WRITE(6,'( '' IQL, Q2L :'',I5,E12.5)') IQL,Q2TAB(IQL)
- WRITE(6,'( '' IQH, Q2H :'',I5,E12.5)') IQH,Q2TAB(IQH)
- ENDIF
- IF(IERR.EQ.1) THEN
- WRITE(6,'(/'' No x-Q2 grid available'')')
- ELSEIF(IERR.EQ.2) THEN
- WRITE(6,'(/'' Value of IQL .ge. IQH'',
- + '' (after applying Q2 cuts, if any)'')')
- ELSEIF(IERR.EQ.3) THEN
- WRITE(6,'(/'' IQL and/or IQH outside grid boundary'')')
- ELSEIF(IERR.EQ.4) THEN
- WRITE(6,'(/'' IQ0 outside the range [IQL,IQH]'',
- + '' (after applying Q2 cuts, if any)'')')
- ELSEIF(IERR.EQ.5) THEN
- WRITE(6,'(/'' No LO weight tables available'',
- + '' (please call s/r QNFILW)'')')
- ELSEIF(IERR.EQ.6) THEN
- WRITE(6,'(/'' No NLO weight tables available'',
- + '' (please call s/r QNFILW)'')')
- ENDIF
-
- CALL QTRACE('EVOLNP ',1)
-
- STOP
-
- END
-
-CDECK ID>, EVPLUS.
-
-C =====================================
- SUBROUTINE EVPLUS(UNAM,IQ0,IUQL,IUQH)
-C =====================================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- CHARACTER*(*) UNAM
- CHARACTER*5 NAME
-
-
- CHARACTER*5 PNAM,STFNAM
- LOGICAL LNFP
- COMMON /QCLNFP/ LNFP(0:30,3:5)
- COMMON /QCPNAM/ PNAM(0:30)
- COMMON /QCPWGT/ PWGT(0:10,0:30,3:5)
- COMMON /QCFNAM/ STFNAM(7)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- REAL
- +WGTFF1,WGTFG1,
- +WGTGF1,WGTGG1,
- +WGTPP2,WGTPM2,WGTNS2,
- +WGTFF2,WGTFG2,
- +WGTGF2,WGTGG2,
- +WGTC2Q,WGTC2G,YNTC2Q,
- +WGTCLQ,WGTCLG,WGTC3Q
-
- COMMON/QCWEIT/
- +WGTFF1(MXX*(MXX+1)/2) ,WGTFG1(MXX*(MXX+1)/2,3:5),
- +WGTGF1(MXX*(MXX+1)/2) ,WGTGG1(MXX*(MXX+1)/2,3:5),
- +WGTPP2(MXX*(MXX+1)/2,3:5),WGTPM2(MXX*(MXX+1)/2,3:5),
- +WGTNS2(MXX*(MXX+1)/2,3:5),
- +WGTFF2(MXX*(MXX+1)/2,3:5),WGTFG2(MXX*(MXX+1)/2,3:5),
- +WGTGF2(MXX*(MXX+1)/2,3:5),WGTGG2(MXX*(MXX+1)/2,3:5),
- +WGTC2Q(MXX*(MXX+1)/2) ,WGTC2G(MXX*(MXX+1)/2,3:5),
- +WGTCLQ(MXX*(MXX+1)/2) ,WGTCLG(MXX*(MXX+1)/2,3:5),
- +WGTC3Q(MXX*(MXX+1)/2) ,YNTC2Q(MXX)
-
- COMMON/QCWADR/ IWADR(MXX,MXX)
-
-
- LOGICAL LTIME
- REAL T_START,T_END,T_SPENT
- COMMON/QCTIME/T_START(10),T_END(10),T_SPENT(10),N_CALLS(10),
- +E_CALLS(10),LTIME
- COMMON/QCFCNT/IFCNT(-1:1,5)
-
-
- IF(LTIME) CALL TIMEX_LHA(T_START(4))
-
- CALL QTRACE('EVPLUS ',0)
-
- IF(NXX.EQ.0.OR.NQ2.EQ.0) THEN
- IERR = 1
- GOTO 500
- ENDIF
-
- IQL = IUQL
- IQH = IUQH
-
- IXL = MAX(ABS(IXFROMX(XMICUT)),1)
- IQD = ABS(IQFROMQ(QMICUT))
- IQD = MAX(IQD,ABS(IQFROMQ(QMINAS)))
- IQU = ABS(IQFROMQ(QMACUT))
- IF(IQD.NE.0) IQL = MAX(IQD,IQL)
- IF(IQU.NE.0) IQH = MIN(IQU+1,IQH)
-
- IF(IQL.LE.0) IQL = 1
- IF(IQH.LE.0.OR.IQH.GT.NQ2) IQH = NQ2
- IF(IQL.EQ.IQ0.AND.IQH.EQ.IQ0) RETURN
- IF(IQL.GE.IQH) THEN
- IERR = 2
- GOTO 500
- ENDIF
- IF(IQL.LT.1.OR.IQL.GE.NQ2) THEN
- IERR = 3
- GOTO 500
- ENDIF
- IF(IQH.LE.1.OR.IQH.GT.NQ2) THEN
- IERR = 3
- GOTO 500
- ENDIF
- IF(IQ0.LT.IQL.OR.IQ0.GT.IQH) THEN
- IERR = 4
- GOTO 500
- ENDIF
- IF(NFMAP(IQL).NE.NFMAP(IQH-1)) THEN
- IERR = 5
- GOTO 500
- ENDIF
- IF(.NOT.LWT1OK) THEN
- IERR = 6
- GOTO 500
- ENDIF
- IF(IORD.EQ.2.AND..NOT.LWT2OK) THEN
- IERR = 7
- GOTO 500
- ENDIF
-
- CALL QSTRIP(UNAM,NAME)
-
- NFMI = 9
- NFMA = 0
- DO 15 IQ = IQL,IQH
- NFMI = MIN(NFMI,NFMAP(IQ))
- NFMA = MAX(NFMA,NFMAP(IQ))
- 15 CONTINUE
-
- DO 16 NF = NFMI,NFMA
- ID = IDCHEK(NAME,NF,'EVPLUS',1)
- 16 CONTINUE
-
- IRUN = 0
- IF(.NOT.LPLUS) THEN
- DO 19 NF = 3,5
- DO 18 IX0 = 1,NXX
- DO 17 IX = IX0,NXX
- WGTNS2(IWADR(IX,IX0),NF) = WGTPP2(IWADR(IX,IX0),NF)
- 17 CONTINUE
- 18 CONTINUE
- 19 CONTINUE
- IRUN = 1
- ENDIF
- LPLUS = .TRUE.
-
- IF(.NOT.LALFOK) THEN
- CALL QFILAS('EVPLUS')
- IRUN = 1
- ENDIF
- IF(.NOT.LDQ2OK) THEN
- CALL QDELQ2
- IRUN = 1
- ENDIF
-
- DO IX = 1,NXX
- LE_DONE(IX) = LEVDONE(IX,ID)
- DO IQ = 1,NQ2
- FNSQCD(IX,IQ) = PDFQCD(IX,IQ,ID)
- ENDDO
- ENDDO
-
- IF(IQ0.NE.IQ0_LAST(ID) .OR.
- + IQL.NE.IQL_LAST(ID) .OR.
- + IQH.NE.IQH_LAST(ID) ) IRUN = 1
-
- CALL APNS(IXL,IQ0,IQL,IQH,IRUN,EVL)
-
- IQ0_LAST(ID) = IQ0
- IQL_LAST(ID) = IQL
- IQH_LAST(ID) = IQH
-
- DO IX = 1,NXX
- LEVDONE(IX,ID) = LE_DONE(IX)
- DO IQ = 1,NQ2
- PDFQCD(IX,IQ,ID) = FNSQCD(IX,IQ)
- ENDDO
- ENDDO
-
- DO I = 1,30
- DO J = 1,7
- LFFCAL(J,I) = .FALSE.
- ENDDO
- ENDDO
-
- IF(LTIME) THEN
- CALL TIMEX_LHA(T_END(4))
- T_SPENT(4) = T_SPENT(4)+T_END(4)-T_START(4)
- N_CALLS(4) = N_CALLS(4)+1
- E_CALLS(4) = E_CALLS(4)+EVL
- ENDIF
-
- RETURN
-
- 500 CONTINUE
- WRITE(6,'(/'' ------------------------------------'')')
- WRITE(6,'( '' QCDNUM error in s/r EVPLUS ---> STOP'')')
- WRITE(6,'( '' ------------------------------------'')')
- WRITE(6,'( '' Input NAME :'',A)') UNAM
- WRITE(6,'( '' Input IQ0 :'',I10)') IQ0
- WRITE(6,'( '' IQLow :'',I10)') IUQL
- WRITE(6,'( '' IQHigh :'',I10)') IUQH
- IF(IERR.NE.1) THEN
- WRITE(6,'(/'' After cuts IQ0, Q20 :'',I5,E12.5)') IQ0,Q2TAB(IQ0)
- WRITE(6,'( '' IQL, Q2L :'',I5,E12.5)') IQL,Q2TAB(IQL)
- WRITE(6,'( '' IQH, Q2H :'',I5,E12.5)') IQH,Q2TAB(IQH)
- ENDIF
- IF(IERR.EQ.1) THEN
- WRITE(6,'(/'' No x-Q2 grid available'')')
- ELSEIF(IERR.EQ.2) THEN
- WRITE(6,'(/'' Value of IQL .ge. IQH'',
- + '' (after applying Q2 cuts, if any)'')')
- ELSEIF(IERR.EQ.3) THEN
- WRITE(6,'(/'' IQL and/or IQH outside grid boundary'')')
- ELSEIF(IERR.EQ.4) THEN
- WRITE(6,'(/'' IQ0 outside the range [IQL,IQH]'')')
- ELSEIF(IERR.EQ.5) THEN
- WRITE(6,'(/'' [IQL,IQH} crosses a flavour threshold'')')
- ELSEIF(IERR.EQ.6) THEN
- WRITE(6,'(/'' No LO weight tables available'',
- + '' (please call s/r QNFILW)'')')
- ELSEIF(IERR.EQ.7) THEN
- WRITE(6,'(/'' No NLO weight tables available'',
- + '' (please call s/r QNFILW)'')')
- ENDIF
-
- CALL QTRACE('EVPLUS ',1)
-
- STOP
-
- END
-
-CDECK ID>, APNS.
-
-C =========================================
- SUBROUTINE APNS(IXL,IQ0,IQL,IQH,IRUN,EVL)
-C =========================================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- REAL
- +WGTFF1,WGTFG1,
- +WGTGF1,WGTGG1,
- +WGTPP2,WGTPM2,WGTNS2,
- +WGTFF2,WGTFG2,
- +WGTGF2,WGTGG2,
- +WGTC2Q,WGTC2G,YNTC2Q,
- +WGTCLQ,WGTCLG,WGTC3Q
-
- COMMON/QCWEIT/
- +WGTFF1(MXX*(MXX+1)/2) ,WGTFG1(MXX*(MXX+1)/2,3:5),
- +WGTGF1(MXX*(MXX+1)/2) ,WGTGG1(MXX*(MXX+1)/2,3:5),
- +WGTPP2(MXX*(MXX+1)/2,3:5),WGTPM2(MXX*(MXX+1)/2,3:5),
- +WGTNS2(MXX*(MXX+1)/2,3:5),
- +WGTFF2(MXX*(MXX+1)/2,3:5),WGTFG2(MXX*(MXX+1)/2,3:5),
- +WGTGF2(MXX*(MXX+1)/2,3:5),WGTGG2(MXX*(MXX+1)/2,3:5),
- +WGTC2Q(MXX*(MXX+1)/2) ,WGTC2G(MXX*(MXX+1)/2,3:5),
- +WGTCLQ(MXX*(MXX+1)/2) ,WGTCLG(MXX*(MXX+1)/2,3:5),
- +WGTC3Q(MXX*(MXX+1)/2) ,YNTC2Q(MXX)
-
- COMMON/QCWADR/ IWADR(MXX,MXX)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- LOGICAL LTIME
- REAL T_START,T_END,T_SPENT
- COMMON/QCTIME/T_START(10),T_END(10),T_SPENT(10),N_CALLS(10),
- +E_CALLS(10),LTIME
- COMMON/QCFCNT/IFCNT(-1:1,5)
-
-
- EVL = 0.
-
- FNS = FNSQCD(NXX,IQ0)
-C -------------------------------------------
- IF(.NOT.LE_DONE(NXX) .OR. IRUN.EQ.1) THEN !
-C -------------------------------------------
-
- NF = NFMAP(IQ0)
- WGT = ALFAPQ(IQ0)*WGTFF1(IWADR(NXX,NXX)) +
- + ALFA2Q(IQ0)*WGTNS2(IWADR(NXX,NXX),NF)
- DNS = WGT*FNS
- FNS0 = FNS
- DNS0 = DNS
- FNSQCD(NXX,IQ0) = FNS
- DNSQCD(NXX,IQ0) = DNS
- EVL = EVL+1.
-
- DO 100 IQ = IQ0+1,IQH
- NF = NFMAP(IQ)
- WGT = ALFAPQ(IQ)*WGTFF1(IWADR(NXX,NXX)) +
- + ALFA2Q(IQ)*WGTNS2(IWADR(NXX,NXX),NF)
- FNS = ( 2.*FNS + DNS*DELUP(IQ) ) / ( 2. - WGT*DELUP(IQ) )
- DNS = WGT*FNS
- FNSQCD(NXX,IQ) = FNS
- DNSQCD(NXX,IQ) = DNS
- 100 CONTINUE
- EVL = EVL+IQH-IQ0
-
- FNS = FNS0
- DNS = DNS0
-
- DO 200 IQ = IQ0-1,IQL,-1
- NF = NFMAP(IQ)
- WGT = ALFAPQ(IQ)*WGTFF1(IWADR(NXX,NXX)) +
- + ALFA2Q(IQ)*WGTNS2(IWADR(NXX,NXX),NF)
- FNS = ( 2.*FNS + DNS*DELDN(IQ) ) / ( 2. - WGT*DELDN(IQ) )
- DNS = WGT*FNS
- FNSQCD(NXX,IQ) = FNS
- DNSQCD(NXX,IQ) = DNS
- 200 CONTINUE
- EVL = EVL+IQ0-IQL
-
-C -------
- ENDIF !
-C -------
-
-C ---------------------------
- DO 300 IX0 = NXX-1,IXL,-1 !
-C ---------------------------
-
- FNS = FNSQCD(IX0,IQ0)
- IF(LE_DONE(IX0).AND.IRUN.EQ.0) GOTO 300
- ALFAS = ALFAPQ(IQ0)
- ALFA2 = ALFA2Q(IQ0)
- SUM = 0.
- NF = NFMAP(IQ0)
- DO 220 IX = NXX,IX0+1,-1
- WFF1 = WGTFF1(IWADR(IX,IX0))
- WNS2 = WGTNS2(IWADR(IX,IX0),NF)
- SUM = SUM + (ALFAS*WFF1+ALFA2*WNS2) * FNSQCD(IX,IQ0)
- 220 CONTINUE
- WGT = ALFAS*WGTFF1(IWADR(IX0,IX0)) +
- + ALFA2*WGTNS2(IWADR(IX0,IX0),NF)
- DNS = WGT*FNS + SUM
-
- FNS0 = FNS
- DNS0 = DNS
- FNSQCD(IX0,IQ0) = FNS
- DNSQCD(IX0,IQ0) = DNS
- EVL = EVL+NXX-IX0+1
-
- DO 250 IQ = IQ0+1,IQH
- IF(IFAILC(IX0,IQ).NE.0) GOTO 250
- ALFAS = ALFAPQ(IQ)
- ALFA2 = ALFA2Q(IQ)
- DELIQ = DELUP(IQ)
- SUM = 0.
- NF = NFMAP(IQ)
- DO 230 IX = NXX,IX0+1,-1
- WFF1 = WGTFF1(IWADR(IX,IX0))
- WNS2 = WGTNS2(IWADR(IX,IX0),NF)
- SUM = SUM + (ALFAS*WFF1+ALFA2*WNS2) * FNSQCD(IX,IQ)
- 230 CONTINUE
- WGT = ALFAS*WGTFF1(IWADR(IX0,IX0)) +
- + ALFA2*WGTNS2(IWADR(IX0,IX0),NF)
- FNS = ( 2.*FNS + (DNS+SUM)*DELIQ ) / ( 2. - WGT*DELIQ )
- DNS = WGT*FNS + SUM
- FNSQCD(IX0,IQ) = FNS
- DNSQCD(IX0,IQ) = DNS
- EVL = EVL+NXX-IX0+1
- 250 CONTINUE
-
- FNS = FNS0
- DNS = DNS0
-
- DO 270 IQ = IQ0-1,IQL,-1
- ALFAS = ALFAPQ(IQ)
- ALFA2 = ALFA2Q(IQ)
- DELIQ = DELDN(IQ)
- SUM = 0.
- NF = NFMAP(IQ)
- DO 260 IX = NXX,IX0+1,-1
- WFF1 = WGTFF1(IWADR(IX,IX0))
- WNS2 = WGTNS2(IWADR(IX,IX0),NF)
- SUM = SUM + (ALFAS*WFF1+ALFA2*WNS2) * FNSQCD(IX,IQ)
- 260 CONTINUE
- WGT = ALFAS*WGTFF1(IWADR(IX0,IX0)) +
- + ALFA2*WGTNS2(IWADR(IX0,IX0),NF)
- FNS = ( 2.*FNS + (DNS+SUM)*DELIQ ) / ( 2. - WGT*DELIQ )
- DNS = WGT*FNS + SUM
- FNSQCD(IX0,IQ) = FNS
- DNSQCD(IX0,IQ) = DNS
- EVL = EVL+NXX-IX0+1
- 270 CONTINUE
-
-C ----------
- 300 CONTINUE !
-C ----------
-
- EVL = EVL*2./(NXX*(NXX+1)*NQ2)
-
- CALL QNTRUE(LE_DONE,NXX)
-
- RETURN
- END
-
-CDECK ID>, QNPGET.
-
-C ============================================
- DOUBLE PRECISION FUNCTION QNPGET(NAME,IX,IQ)
-C ============================================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- CHARACTER*(*) NAME
-
-C--- Obsolete (21/05/96): use QPDFIJ instead
-
- QNPGET = QPDFIJ(NAME,IX,IQ,IFL)
-
- RETURN
- END
-
-CDECK ID>, QPDFIJ.
-
-C ================================================
- DOUBLE PRECISION FUNCTION QPDFIJ(UNAM,IX,IQ,IFL)
-C ================================================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-C--- Returns parton distribution 'NAME' at gridpoint IX,IQ
-C--- Output IFL = 0 : Inside grid or cuts
-C--- -1 : Outside grid or cuts
-
- CHARACTER*(*) UNAM
- CHARACTER*5 NAME
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- CHARACTER*5 PNAM,STFNAM
- LOGICAL LNFP
- COMMON /QCLNFP/ LNFP(0:30,3:5)
- COMMON /QCPNAM/ PNAM(0:30)
- COMMON /QCPWGT/ PWGT(0:10,0:30,3:5)
- COMMON /QCFNAM/ STFNAM(7)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- CALL QTRACE('QPDFIJ ',0)
-
- QPDFIJ = 0.
- IERR = 0
- IFL = 0
-
- IF(NXX.EQ.0.OR.NQ2.EQ.0) THEN
- IERR = 1
- GOTO 500
- ENDIF
- IF(IX.LT.1.OR.IX.GT.MXX-1 .OR.
- + IQ.LT.1.OR.IQ.GT.MQ2-1) THEN
- IERR = 2
- IFL = -1
- IF(LIMCK) GOTO 500
- RETURN
- ENDIF
- IF(IFAILC(IX,IQ).NE.0) THEN
- IERR = 2
- IFL = -1
- IF(LIMCK) GOTO 500
- RETURN
- ENDIF
-
- CALL QSTRIP(UNAM,NAME)
-
- NF = NFMAP(IQ)
- ID = IDCHEK(NAME,NF,'QPDFIJ',1)
-
- IF(ID.EQ.-1) RETURN
-
- QPDFIJ = GET_PDFIJ(ID,IX,IQ)
-
- RETURN
-
- 500 CONTINUE
-
- WRITE(6,'(/'' ------------------------------------'')')
- WRITE(6,'( '' QCDNUM error in s/r QPDFIJ ---> STOP'')')
- WRITE(6,'( '' ------------------------------------'')')
- WRITE(6,'( '' Input NAME : '',A)') UNAM
- WRITE(6,'( '' IX : '',I5)') IX
- WRITE(6,'( '' IQ : '',I5)') IQ
- IF(IERR.EQ.1) THEN
- WRITE(6,'(/'' No x-Q2 grid defined'')')
- ELSEIF(IERR.EQ.2) THEN
- WRITE(6,'(/'' IX and/or IQ outside grid or cuts'')')
- IDUM = ICUTIJ(IX,IQ,1)
- ENDIF
-
- CALL QTRACE('QPDFIJ ',1)
-
- STOP
-
- END
-
-CDECK ID>, PARTXQ.
-
-C ===================================
- SUBROUTINE PARTXQ(NAME,X,Q,VAL,IFL)
-C ===================================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- CHARACTER*(*) NAME
-
-C--- Obsolete (21/05/96): use QPDFXQ instead
-
- VAL = QPDFXQ(NAME,X,Q,IFL)
-
- RETURN
- END
-
-CDECK ID>, QPDFXQ.
-
-C ==============================================
- DOUBLE PRECISION FUNCTION QPDFXQ(UNAM,X,Q,IFL)
-C ==============================================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-C--- Returns parton distribution 'NAME' at X,Q
-C--- Output IFL = 0 : Inside grid
-C--- -1 : Outside grid or cuts
-
- CHARACTER*(*) UNAM
- CHARACTER*5 NAME
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- CHARACTER*5 PNAM,STFNAM
- LOGICAL LNFP
- COMMON /QCLNFP/ LNFP(0:30,3:5)
- COMMON /QCPNAM/ PNAM(0:30)
- COMMON /QCPWGT/ PWGT(0:10,0:30,3:5)
- COMMON /QCFNAM/ STFNAM(7)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- CALL QTRACE('QPDFXQ ',0)
-
- VAL = 0.
- IFL = 0
- QPDFXQ = 0.
-
- IF(NXX.EQ.0.OR.NQ2.EQ.0) THEN
- IERR = 1
- IFL = -1
- GOTO 500
- ENDIF
- JFL = ICUTXQ(X,Q,0)
- IF(JFL.NE.0) THEN
- IERR = 2
- IFL = -1
- IF(LIMCK) GOTO 500
- RETURN
- ENDIF
-
- IX = ABS(IXFROMX(X))
- IQ = MIN(ABS(IQFROMQ(Q)),NQ2-1)
-
- CALL QSTRIP(UNAM,NAME)
-
- NF = NFMAP(IQ)
- ID = IDCHEK(NAME,NF,'QPDFXQ',1)
-
- IF(.NOT.LDQ2OK) CALL QDELQ2
-
- TX = (X-XXTAB(IX))/(XXTAB(IX+1)-XXTAB(IX))
- TQ = LOG(Q/Q2TAB(IQ))/LOG(Q2TAB(IQ+1)/Q2TAB(IQ))
-
- QPDFXQ = GET_PDFXQ(ID,IX,IQ,TX,TQ)
-
- RETURN
-
- 500 CONTINUE
-
- WRITE(6,'(/'' ------------------------------------'')')
- WRITE(6,'( '' QCDNUM error in s/r QPDFXQ ---> STOP'')')
- WRITE(6,'( '' ------------------------------------'')')
- WRITE(6,'( '' Input NAME : '',A)') UNAM
- WRITE(6,'( '' X : '',E12.5)') X
- WRITE(6,'( '' Q2 : '',E12.5)') Q
- IF(IERR.EQ.1) THEN
- WRITE(6,'(/'' No x-Q2 grid defined'')')
- ELSEIF(IERR.EQ.2) THEN
- WRITE(6,'(/'' X and/or Q2 outside grid or cuts'')')
- IDUM = ICUTXQ(X,Q,1)
- ENDIF
-
- CALL QTRACE('QPDFXQ ',1)
-
- STOP
- END
-
-CDECK ID>, GET_PDFIJ.
-
-C =============================================
- DOUBLE PRECISION FUNCTION GET_PDFIJ(ID,IX,IQ)
-C =============================================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-C-- Return parton distribution ID at IX,IQ.
-C-- IX should be in the range 1,...NXX.
-C-- IQ should be in the range 1,...NQ2.
-
-
- CHARACTER*5 PNAM,STFNAM
- LOGICAL LNFP
- COMMON /QCLNFP/ LNFP(0:30,3:5)
- COMMON /QCPNAM/ PNAM(0:30)
- COMMON /QCPWGT/ PWGT(0:10,0:30,3:5)
- COMMON /QCFNAM/ STFNAM(7)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- GET_PDFIJ = 0.
-
- NF = NFMAP(IQ)
-
- DO I = 0,10
- GET_PDFIJ = GET_PDFIJ + PWGT(I,ID,NF)*PDFQCD(IX,IQ,I)
- ENDDO
-
- RETURN
- END
-
-CDECK ID>, GET_PDFXQ.
-
-C ===================================================
- DOUBLE PRECISION FUNCTION GET_PDFXQ(ID,IX,IQ,TX,TQ)
-C ===================================================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-C-- Return parton distribution ID at X,Q.
-C-- IX gridpoint at or below x; should be in the range 1,...NXX.
-C-- IQ gridpoint at or below Q; should be in the range 1,...NQ2-1.
-
-
- CHARACTER*5 PNAM,STFNAM
- LOGICAL LNFP
- COMMON /QCLNFP/ LNFP(0:30,3:5)
- COMMON /QCPNAM/ PNAM(0:30)
- COMMON /QCPWGT/ PWGT(0:10,0:30,3:5)
- COMMON /QCFNAM/ STFNAM(7)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- F11 = GET_PDFIJ(ID,IX,IQ)
- F12 = GET_PDFIJ(ID,IX,IQ+1)
- F21 = GET_PDFIJ(ID,IX+1,IQ)
- F22 = GET_PDFIJ(ID,IX+1,IQ+1)
- F1 = (1.-TQ)*F11 + TQ*F12
- F2 = (1.-TQ)*F21 + TQ*F22
-
- GET_PDFXQ = (1.-TX)*F1 + TX*F2
-
- RETURN
- END
-
-CDECK ID>, BKFAST.
-
-C ==============================
- SUBROUTINE BKFAST(IDF,ID,IERR)
-C ==============================
-
-C--- Book the NDFMAX arrays available for STFAST storage.
-C--- Called by STFAST.
-C--- Input : IDF = structure function identifier;
-C--- 1 2 3 4 5 6 7
-C--- F2 FL xF3 F2c Flc F2b Flb
-C--- ID = parton dist identifier (1-30).
-C--- Output : set IDFAST(IDF,ID) = j; the results of
-C--- STFAST for the combination IDF,ID are
-C--- stored in FSTORE(ix,iq,j).
-C--- If j.gt.NDFMAX (no more space) then BKFAST
-C--- acts as a do-nothing & sets ierr .ne. 0.
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- IERR = 0
- IF(IDFAST(IDF,ID).EQ.0) THEN
- IF(NDFAST.EQ.30+NDFMAX) THEN
- IERR = 1
- RETURN
- ENDIF
- NDFAST = NDFAST + 1
- IDFAST(IDF,ID) = NDFAST
- ISTFID(NDFAST) = IDF
- IPDFID(NDFAST) = ID
- ENDIF
-
- RETURN
- END
-
-CDECK ID>, STFAST.
-
-C ===========================
- SUBROUTINE STFAST(OPT,UNAM)
-C ===========================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- CHARACTER*(*) OPT,UNAM
- CHARACTER*5 NAME
- CHARACTER*5 OPT5
-
-
- LOGICAL LTIME
- REAL T_START,T_END,T_SPENT
- COMMON/QCTIME/T_START(10),T_END(10),T_SPENT(10),N_CALLS(10),
- +E_CALLS(10),LTIME
- COMMON/QCFCNT/IFCNT(-1:1,5)
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- IF(LTIME) CALL TIMEX_LHA(T_START(6))
-
- CALL QTRACE('STFAST ',0)
-
- IERR = 0
- IF(.NOT.LMARK) THEN
- IERR = 1
- GOTO 500
- ENDIF
-
- CALL QSTRIP(UNAM,NAME)
- CALL QSTRIP(OPT ,OPT5)
-
- JX = 0
- JQ = 0
- XX = 0.
- QQ = 0.
- IDF = IFCHEK(OPT5,NAME,JX,JQ,XX,QQ,'STFAST',1,ID)
-
- IF(.NOT.LALFOK) CALL QFILAS('STFAST')
- IF(.NOT.LDQ2OK) CALL QDELQ2
-
- IF(IDF.GE.1.AND.IDF.LE.7) THEN
- CALL BKFAST(IDF,ID,IERR)
- IF(IERR.NE.0) THEN
- LFFCAL(IDF,ID) = .FALSE.
- RETURN
- ENDIF
- ELSE
- IERR = 10
- GOTO 500
- ENDIF
-
- IF (IDF.EQ.1) THEN
- CALL FASTF2(ID)
- ELSEIF(IDF.EQ.2) THEN
- CALL FASTFL(ID)
- ELSEIF(IDF.EQ.3) THEN
- CALL FASTF3(ID)
- ELSE
- CALL FASTFKH(IDF,ID)
- ENDIF
-
- IF(LTIME) THEN
- CALL TIMEX_LHA(T_END(6))
- T_SPENT(6) = T_SPENT(6)+T_END(6)-T_START(6)
- N_CALLS(6) = N_CALLS(6)+1
- ENDIF
-
- RETURN
-
- 500 CONTINUE
-
- WRITE(6,'(/'' ------------------------------------'')')
- WRITE(6,'( '' QCDNUM error in s/r STFAST ---> STOP'')')
- WRITE(6,'( '' ------------------------------------'')')
- WRITE(6,'( '' Input OPT : '',A)') OPT
- WRITE(6,'( '' Input NAME : '',A)') UNAM
- IF(IERR.EQ.1) THEN
- WRITE(6,
- + '(/'' No gridpoints marked for fast calculation''/
- + '' Please call s/r QFMARK before STFAST'')')
- ELSEIF(IERR.EQ.10) THEN
- WRITE(6,'(/'' Unknown input option OPT'')')
- ENDIF
-
- CALL QTRACE('STFAST ',1)
-
- STOP
-
- END
-
-CDECK ID>, FASTF2.
-
-C =====================
- SUBROUTINE FASTF2(ID)
-C =====================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- CHARACTER*5 PNAM,STFNAM
- LOGICAL LNFP
- COMMON /QCLNFP/ LNFP(0:30,3:5)
- COMMON /QCPNAM/ PNAM(0:30)
- COMMON /QCPWGT/ PWGT(0:10,0:30,3:5)
- COMMON /QCFNAM/ STFNAM(7)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- REAL
- +WGTFF1,WGTFG1,
- +WGTGF1,WGTGG1,
- +WGTPP2,WGTPM2,WGTNS2,
- +WGTFF2,WGTFG2,
- +WGTGF2,WGTGG2,
- +WGTC2Q,WGTC2G,YNTC2Q,
- +WGTCLQ,WGTCLG,WGTC3Q
-
- COMMON/QCWEIT/
- +WGTFF1(MXX*(MXX+1)/2) ,WGTFG1(MXX*(MXX+1)/2,3:5),
- +WGTGF1(MXX*(MXX+1)/2) ,WGTGG1(MXX*(MXX+1)/2,3:5),
- +WGTPP2(MXX*(MXX+1)/2,3:5),WGTPM2(MXX*(MXX+1)/2,3:5),
- +WGTNS2(MXX*(MXX+1)/2,3:5),
- +WGTFF2(MXX*(MXX+1)/2,3:5),WGTFG2(MXX*(MXX+1)/2,3:5),
- +WGTGF2(MXX*(MXX+1)/2,3:5),WGTGG2(MXX*(MXX+1)/2,3:5),
- +WGTC2Q(MXX*(MXX+1)/2) ,WGTC2G(MXX*(MXX+1)/2,3:5),
- +WGTCLQ(MXX*(MXX+1)/2) ,WGTCLG(MXX*(MXX+1)/2,3:5),
- +WGTC3Q(MXX*(MXX+1)/2) ,YNTC2Q(MXX)
-
- COMMON/QCWADR/ IWADR(MXX,MXX)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- DIMENSION QUARKS(MXX),GLUONS(MXX)
-
-C-- Get adress where to store F2
- JD = IDFAST(1,ID)
-
-C-- Loop over all Q2 gridpoints
- DO 100 IQ = 1,NQ2
-
-C-- Initialise FSTORE and get minimum value of x
- IXMIN = 999999
- DO IX = 1,NXX
- FSTORE(IX,IQ,JD) = -401.
- IF(MARKFF(IX,IQ).EQ.1) IXMIN = MIN(IXMIN,IX)
- ENDDO
-
-C-- Is this Q2 gridpoint marked?
- IF(MARKQQ(IQ).NE.1) GOTO 100
-
-C-- Get scale and check if inside Q2 gridboundaries
- QMU = Q2TAB(IQ)*AAM2L + BBM2L
- IMU = MIN(ABS(IQFROMQ(QMU)),NQ2-1)
- IF(IMU.EQ.0) GOTO 100
- QR2 = QMU*AAAR2 + BBBR2
- IR2 = MIN(ABS(IQFROMQ(QR2)),NQ2-1)
- IF(IR2.EQ.0) GOTO 100
-
-C-- Calculate F2 for all marked gridpoints
- FACT = LOG(Q2TAB(IQ)/QMU)
- NF = NFMAP(IMU)
- TX = 0.
- TQ = LOG(QMU/Q2TAB(IMU))/LOG(Q2TAB(IMU+1)/Q2TAB(IMU))
- TR = LOG(QR2/Q2TAB(IR2))/LOG(Q2TAB(IR2+1)/Q2TAB(IR2))
- AS = GET_AS(IR2,TR)
- DO IX0 = NXX,IXMIN,-1
- GLUONS(IX0) = GET_PDFXQ( 0,IX0,IMU,TX,TQ)
- QUARKS(IX0) = GET_PDFXQ(ID,IX0,IMU,TX,TQ)
- IF(MARKFF(IX0,IQ).EQ.1) THEN
- FFF0 = QUARKS(IX0)
- IF(IORD.EQ.1) THEN
- FSTORE(IX0,IQ,JD) = FFF0
- ELSE
- FF = 0.
- DO IX = IX0,NXX
- FF = FF +
- + (WGTC2Q(IWADR(IX,IX0))+
- + WGTFF1(IWADR(IX,IX0))*FACT)*QUARKS(IX) +
- + (WGTC2G(IWADR(IX,IX0),NF)+
- + WGTFG1(IWADR(IX,IX0),NF)*FACT)*
- + GLUONS(IX)*PWGT(1,ID,NF)
- ENDDO
- FSTORE(IX0,IQ,JD) = FFF0 + AS*FF
- ENDIF
- ENDIF
- ENDDO
- FSTORE(NXX+1,IQ,JD) = 0.
-
- 100 CONTINUE
-
-C-- Mark F2 calculated for pdf ID
- LFFCAL(1,ID) = .TRUE.
-
- RETURN
- END
-
-CDECK ID>, FASTFL.
-
-C =====================
- SUBROUTINE FASTFL(ID)
-C =====================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- CHARACTER*5 PNAM,STFNAM
- LOGICAL LNFP
- COMMON /QCLNFP/ LNFP(0:30,3:5)
- COMMON /QCPNAM/ PNAM(0:30)
- COMMON /QCPWGT/ PWGT(0:10,0:30,3:5)
- COMMON /QCFNAM/ STFNAM(7)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- REAL
- +WGTFF1,WGTFG1,
- +WGTGF1,WGTGG1,
- +WGTPP2,WGTPM2,WGTNS2,
- +WGTFF2,WGTFG2,
- +WGTGF2,WGTGG2,
- +WGTC2Q,WGTC2G,YNTC2Q,
- +WGTCLQ,WGTCLG,WGTC3Q
-
- COMMON/QCWEIT/
- +WGTFF1(MXX*(MXX+1)/2) ,WGTFG1(MXX*(MXX+1)/2,3:5),
- +WGTGF1(MXX*(MXX+1)/2) ,WGTGG1(MXX*(MXX+1)/2,3:5),
- +WGTPP2(MXX*(MXX+1)/2,3:5),WGTPM2(MXX*(MXX+1)/2,3:5),
- +WGTNS2(MXX*(MXX+1)/2,3:5),
- +WGTFF2(MXX*(MXX+1)/2,3:5),WGTFG2(MXX*(MXX+1)/2,3:5),
- +WGTGF2(MXX*(MXX+1)/2,3:5),WGTGG2(MXX*(MXX+1)/2,3:5),
- +WGTC2Q(MXX*(MXX+1)/2) ,WGTC2G(MXX*(MXX+1)/2,3:5),
- +WGTCLQ(MXX*(MXX+1)/2) ,WGTCLG(MXX*(MXX+1)/2,3:5),
- +WGTC3Q(MXX*(MXX+1)/2) ,YNTC2Q(MXX)
-
- COMMON/QCWADR/ IWADR(MXX,MXX)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- DIMENSION QUARKS(MXX),GLUONS(MXX)
-
-C-- Get adress where to store FL
- JD = IDFAST(2,ID)
-
-C-- Loop over all Q2 gridpoints
- DO 100 IQ = 1,NQ2
-
-C-- Initialise FSTORE and get minimum value of x
- IXMIN = 999999
- DO IX = 1,NXX
- FSTORE(IX,IQ,JD) = -401.
- IF(MARKFF(IX,IQ).EQ.1) IXMIN = MIN(IXMIN,IX)
- ENDDO
-
-C-- Is this Q2 gridpoint marked?
- IF(MARKQQ(IQ).NE.1) GOTO 100
-
-C-- Get scale and check if inside Q2 gridboundaries
- QMU = Q2TAB(IQ)*AAM2L + BBM2L
- IMU = MIN(ABS(IQFROMQ(QMU)),NQ2-1)
- IF(IMU.EQ.0) GOTO 100
- QR2 = QMU*AAAR2 + BBBR2
- IR2 = MIN(ABS(IQFROMQ(QR2)),NQ2-1)
- IF(IR2.EQ.0) GOTO 100
-
-C-- Calculate FL for all marked gridpoints
- FACT = LOG(Q2TAB(IQ)/QMU)*FL_FAC
- NF = NFMAP(IMU)
- TX = 0.
- TQ = LOG(QMU/Q2TAB(IMU))/LOG(Q2TAB(IMU+1)/Q2TAB(IMU))
- TR = LOG(QR2/Q2TAB(IR2))/LOG(Q2TAB(IR2+1)/Q2TAB(IR2))
- AS = GET_AS(IR2,TR)
- DO IX0 = NXX,IXMIN,-1
- GLUONS(IX0) = GET_PDFXQ( 0,IX0,IMU,TX,TQ)
- QUARKS(IX0) = GET_PDFXQ(ID,IX0,IMU,TX,TQ)
- IF(MARKFF(IX0,IQ).EQ.1) THEN
- FFF0 = 0.
- IF(IORD.EQ.1) THEN
- FSTORE(IX0,IQ,JD) = 0.
- ELSE
- FF = 0.
- DO IX = IX0,NXX
- FF = FF +
- + (WGTCLQ(IWADR(IX,IX0))+
- + WGTFF1(IWADR(IX,IX0))*FACT)*QUARKS(IX) +
- + (WGTCLG(IWADR(IX,IX0),NF)+
- + WGTFG1(IWADR(IX,IX0),NF)*FACT)*
- + GLUONS(IX)*PWGT(1,ID,NF)
- ENDDO
- FSTORE(IX0,IQ,JD) = FFF0 + AS*FF
- ENDIF
- ENDIF
- ENDDO
- FSTORE(NXX+1,IQ,JD) = 0.
-
- 100 CONTINUE
-
-C-- Mark FL calculated for pdf ID
- LFFCAL(2,ID) = .TRUE.
-
- RETURN
- END
-
-CDECK ID>, FASTF3.
-
-C =====================
- SUBROUTINE FASTF3(ID)
-C =====================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- CHARACTER*5 PNAM,STFNAM
- LOGICAL LNFP
- COMMON /QCLNFP/ LNFP(0:30,3:5)
- COMMON /QCPNAM/ PNAM(0:30)
- COMMON /QCPWGT/ PWGT(0:10,0:30,3:5)
- COMMON /QCFNAM/ STFNAM(7)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- REAL
- +WGTFF1,WGTFG1,
- +WGTGF1,WGTGG1,
- +WGTPP2,WGTPM2,WGTNS2,
- +WGTFF2,WGTFG2,
- +WGTGF2,WGTGG2,
- +WGTC2Q,WGTC2G,YNTC2Q,
- +WGTCLQ,WGTCLG,WGTC3Q
-
- COMMON/QCWEIT/
- +WGTFF1(MXX*(MXX+1)/2) ,WGTFG1(MXX*(MXX+1)/2,3:5),
- +WGTGF1(MXX*(MXX+1)/2) ,WGTGG1(MXX*(MXX+1)/2,3:5),
- +WGTPP2(MXX*(MXX+1)/2,3:5),WGTPM2(MXX*(MXX+1)/2,3:5),
- +WGTNS2(MXX*(MXX+1)/2,3:5),
- +WGTFF2(MXX*(MXX+1)/2,3:5),WGTFG2(MXX*(MXX+1)/2,3:5),
- +WGTGF2(MXX*(MXX+1)/2,3:5),WGTGG2(MXX*(MXX+1)/2,3:5),
- +WGTC2Q(MXX*(MXX+1)/2) ,WGTC2G(MXX*(MXX+1)/2,3:5),
- +WGTCLQ(MXX*(MXX+1)/2) ,WGTCLG(MXX*(MXX+1)/2,3:5),
- +WGTC3Q(MXX*(MXX+1)/2) ,YNTC2Q(MXX)
-
- COMMON/QCWADR/ IWADR(MXX,MXX)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- DIMENSION QUARKS(MXX)
-
-C-- Get adress where to store F3
- JD = IDFAST(3,ID)
-
-C-- Loop over all Q2 gridpoints
- DO 100 IQ = 1,NQ2
-
-C-- Initialise FSTORE and get minimum value of x
- IXMIN = 999999
- DO IX = 1,NXX
- FSTORE(IX,IQ,JD) = -401.
- IF(MARKFF(IX,IQ).EQ.1) IXMIN = MIN(IXMIN,IX)
- ENDDO
-
-C-- Is this Q2 gridpoint marked?
- IF(MARKQQ(IQ).NE.1) GOTO 100
-
-C-- Get scale and check if inside Q2 gridboundaries
- QMU = Q2TAB(IQ)*AAM2L + BBM2L
- IMU = MIN(ABS(IQFROMQ(QMU)),NQ2-1)
- IF(IMU.EQ.0) GOTO 100
- QR2 = QMU*AAAR2 + BBBR2
- IR2 = MIN(ABS(IQFROMQ(QR2)),NQ2-1)
- IF(IR2.EQ.0) GOTO 100
-
-C-- Calculate F3 for all marked gridpoints
- FACT = LOG(Q2TAB(IQ)/QMU)
- TX = 0.
- TQ = LOG(QMU/Q2TAB(IMU))/LOG(Q2TAB(IMU+1)/Q2TAB(IMU))
- TR = LOG(QR2/Q2TAB(IR2))/LOG(Q2TAB(IR2+1)/Q2TAB(IR2))
- AS = GET_AS(IR2,TR)
- DO IX0 = NXX,IXMIN,-1
- QUARKS(IX0) = GET_PDFXQ(ID,IX0,IMU,TX,TQ)
- IF(MARKFF(IX0,IQ).EQ.1) THEN
- FFF0 = QUARKS(IX0)
- IF(IORD.EQ.1) THEN
- FSTORE(IX0,IQ,JD) = FFF0
- ELSE
- FF = 0.
- DO IX = IX0,NXX
- FF = FF +
- + (WGTC3Q(IWADR(IX,IX0))+
- + WGTFF1(IWADR(IX,IX0))*FACT)*QUARKS(IX)
- ENDDO
- FSTORE(IX0,IQ,JD) = FFF0 + AS*FF
- ENDIF
- ENDIF
- ENDDO
- FSTORE(NXX+1,IQ,JD) = 0.
-
- 100 CONTINUE
-
-C-- Mark F3 calculated for pdf ID
- LFFCAL(3,ID) = .TRUE.
-
- RETURN
- END
-
-CDECK ID>, FASTFKH.
-
-C ==========================
- SUBROUTINE FASTFKH(IDF,ID)
-C ==========================
-
-C-- IDF = 4,5,6,7 for F2c,FLc,F2b,FLb
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- CHARACTER*5 PNAM,STFNAM
- LOGICAL LNFP
- COMMON /QCLNFP/ LNFP(0:30,3:5)
- COMMON /QCPNAM/ PNAM(0:30)
- COMMON /QCPWGT/ PWGT(0:10,0:30,3:5)
- COMMON /QCFNAM/ STFNAM(7)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- REAL
- +WH_C0KG,WH_C1KG,WH_C1BKG,
- +WH_C1KQ,WH_C1BKQ,WH_D1KQ,WH_D1BKQ
-
- COMMON/QCHWGT/
- +WH_C0KG(0:MXX,MQ2,4:7),
- +WH_C1KG(0:MXX,MQ2,4:7),WH_C1BKG(0:MXX,MQ2,4:7),
- +WH_C1KQ(0:MXX,MQ2,4:7),WH_C1BKQ(0:MXX,MQ2,4:7),
- +WH_D1KQ(0:MXX,MQ2,4:7),WH_D1BKQ(0:MXX,MQ2,4:7)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- DIMENSION QU(MXX),GL(MXX),SI(MXX)
-
-C-- Correct quark mass
- QMASS = CBMSTF(IDF)
- CCCC = CHARGE(IDF)
-
-C-- Get adress where to store FKH
- JD = IDFAST(IDF,ID)
-
-C-- FKH in LO
- IF(IORD.EQ.1) THEN
-
- DO 100 IQ = 1,NQ2
- IXMIN = 999999
- DO IX = 1,NXX
- FSTORE(IX,IQ,JD) = -401.
- IF(MARKFH(IX,IQ).EQ.1) IXMIN = MIN(IXMIN,IX)
- ENDDO
- IF(MARKQQ(IQ).NE.1) GOTO 100
- QMU = Q2TAB(IQ)*AAM2H + BBM2H
- IMU = MIN(ABS(IQFROMQ(QMU)),NQ2-1)
- IF(IMU.EQ.0) GOTO 100
- QR2 = QMU*AAAR2 + BBBR2
- IR2 = MIN(ABS(IQFROMQ(QR2)),NQ2-1)
- IF(IR2.EQ.0) GOTO 100
- TQ = LOG(QMU/Q2TAB(IMU))/LOG(Q2TAB(IMU+1)/Q2TAB(IMU))
- TR = LOG(QR2/Q2TAB(IR2))/LOG(Q2TAB(IR2+1)/Q2TAB(IR2))
- AS = GET_AS(IR2,TR)
- DO IX0 = NXX,IXMIN,-1
- IXL = IHTAB(IX0)
- X = XHTAB(IX0)
- TX = (X-XXTAB(IXL))/(XXTAB(IXL+1)-XXTAB(IXL))
- GL(IX0) = GET_PDFXQ( 0,IXL,IMU,TX,TQ)
- IF(MARKFH(IX0,IQ).EQ.1) THEN
- FF = 0.
- DO IX = IX0,NXX
- FF = FF +
- + WH_C0KG(IX-IX0,IQ,IDF)*GL(IX)
- ENDDO
- FSTORE(IX0,IQ,JD) = CCCC*AS*FF
- ENDIF
- ENDDO
- FSTORE(NXX+1,IQ,JD) = 0.
- 100 CONTINUE
-
-
-C-- FKH in NLO
- ELSE
-
- DO 200 IQ = 1,NQ2
- IXMIN = 999999
- DO IX = 1,NXX
- FSTORE(IX,IQ,JD) = -401.
- IF(MARKFH(IX,IQ).EQ.1) IXMIN = MIN(IXMIN,IX)
- ENDDO
- IF(MARKQQ(IQ).NE.1) GOTO 200
- QMU = Q2TAB(IQ)*AAM2H + BBM2H
- IMU = MIN(ABS(IQFROMQ(QMU)),NQ2-1)
- IF(IMU.EQ.0) GOTO 200
- QR2 = QMU*AAAR2 + BBBR2
- IR2 = MIN(ABS(IQFROMQ(QR2)),NQ2-1)
- IF(IR2.EQ.0) GOTO 200
- TQ = LOG(QMU/Q2TAB(IMU))/LOG(Q2TAB(IMU+1)/Q2TAB(IMU))
- TR = LOG(QR2/Q2TAB(IR2))/LOG(Q2TAB(IR2+1)/Q2TAB(IR2))
- AS = GET_AS(IR2,TR)
- FACT = LOG(QMU/(QMASS*QMASS))
- DO IX0 = NXX,IXMIN,-1
- IXL = IHTAB(IX0)
- X = XHTAB(IX0)
- TX = (X-XXTAB(IXL))/(XXTAB(IXL+1)-XXTAB(IXL))
- GL(IX0) = GET_PDFXQ( 0,IXL,IMU,TX,TQ)
- SI(IX0) = GET_PDFXQ( 1,IXL,IMU,TX,TQ)
- QU(IX0) = GET_PDFXQ(ID,IXL,IMU,TX,TQ)
- IF(MARKFH(IX0,IQ).EQ.1) THEN
- F1 = 0.
- F2 = 0.
- F3 = 0.
- F4 = 0.
- DO IX = IX0,NXX
- I = IX-IX0
- F1 = F1 +
- + WH_C0KG(I,IQ,IDF)*GL(IX)
- F2 = F2 +
- + (WH_C1KG(I,IQ,IDF)+WH_C1BKG(I,IQ,IDF)*FACT)*GL(IX)
- F3 = F3 +
- + (WH_C1KQ(I,IQ,IDF)+WH_C1BKQ(I,IQ,IDF)*FACT)*SI(IX)
- F4 = F4 +
- + (WH_D1KQ(I,IQ,IDF)+WH_D1BKQ(I,IQ,IDF)*FACT)*QU(IX)
- ENDDO
- FSTORE(IX0,IQ,JD) = CCCC *
- + (AS*F1+AS*AS*(F2+F3)) + AS*AS*F4
- ENDIF
- ENDDO
- FSTORE(NXX+1,IQ,JD) = 0.
- 200 CONTINUE
-
- ENDIF
-
- LFFCAL(IDF,ID) = .TRUE.
-
-
- RETURN
- END
-
-CDECK ID>, QNFGET.
-
-C ================================================
- DOUBLE PRECISION FUNCTION QNFGET(OPT,NAME,IX,IQ)
-C ================================================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- CHARACTER*(*) OPT,NAME
-
-C--- Obsolete (16/07/96): use QSTFIJ instead
-
- QNFGET = QSTFIJ(OPT,NAME,IX,IQ,IFL)
-
- RETURN
- END
-
-CDECK ID>, QSTFIJ.
-
-C ====================================================
- DOUBLE PRECISION FUNCTION QSTFIJ(OPT,UNAM,IX,IQ,IFL)
-C ====================================================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-C--- Returns stf 'OPT' from pdf 'NAME' at gridpoint IX,IQ
-C--- IFL = 0 : F2 sucessfully calculated
-C--- 1 : Fast calculation
-C--- -1 : Scale mu outside grid
-
- CHARACTER*(*) OPT,UNAM
- CHARACTER*5 NAME
- CHARACTER*5 OPT5
-
-
- LOGICAL LTIME
- REAL T_START,T_END,T_SPENT
- COMMON/QCTIME/T_START(10),T_END(10),T_SPENT(10),N_CALLS(10),
- +E_CALLS(10),LTIME
- COMMON/QCFCNT/IFCNT(-1:1,5)
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- CHARACTER*5 PNAM,STFNAM
- LOGICAL LNFP
- COMMON /QCLNFP/ LNFP(0:30,3:5)
- COMMON /QCPNAM/ PNAM(0:30)
- COMMON /QCPWGT/ PWGT(0:10,0:30,3:5)
- COMMON /QCFNAM/ STFNAM(7)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- CALL QTRACE('QSTFIJ ',0)
-
- CALL QSTRIP(UNAM,NAME)
- CALL QSTRIP(OPT ,OPT5)
-
- QSTFIJ = 0.
- IFL = 0
- X = 0.
- Q = 0.
- IERR = IFCHEK(OPT5,NAME,IX,IQ,X,Q,'QSTFIJ',1,ID)
-
-C-- Outside grid or cuts?
- IF(IERR.EQ.-2) THEN
- IFL = -1
- RETURN
- ENDIF
-
- IF(.NOT.LALFOK) CALL QFILAS('QSTFIJ')
- IF(.NOT.LDQ2OK) CALL QDELQ2
-
- IF(IERR.EQ.1) THEN
- QSTFIJ = GET_F2(ID,IX,IQ,IFL)
- IFCNT(IFL,1) = IFCNT(IFL,1)+1
- ELSEIF(IERR.EQ.2) THEN
- QSTFIJ = GET_FL(ID,IX,IQ,IFL)
- IFCNT(IFL,2) = IFCNT(IFL,2)+1
- ELSEIF(IERR.EQ.3) THEN
- QSTFIJ = GET_F3(ID,IX,IQ,IFL)
- IFCNT(IFL,3) = IFCNT(IFL,3)+1
-C--- Use GETFKH instead of GET_FKH for the heavy quarks since
-C--- we have to interpolate on the heavy quark grid.
- ELSEIF(IERR.EQ.4) THEN
- CALL GETFKH(4,ID,XXTAB(IX),Q2TAB(IQ),QSTFIJ,IFL)
- IFCNT(IFL,4) = IFCNT(IFL,4)+1
- ELSEIF(IERR.EQ.5) THEN
- CALL GETFKH(5,ID,XXTAB(IX),Q2TAB(IQ),QSTFIJ,IFL)
- IFCNT(IFL,5) = IFCNT(IFL,5)+1
- ELSEIF(IERR.EQ.6) THEN
- CALL GETFKH(6,ID,XXTAB(IX),Q2TAB(IQ),QSTFIJ,IFL)
- IFCNT(IFL,4) = IFCNT(IFL,4)+1
- ELSEIF(IERR.EQ.7) THEN
- CALL GETFKH(7,ID,XXTAB(IX),Q2TAB(IQ),QSTFIJ,IFL)
- IFCNT(IFL,5) = IFCNT(IFL,5)+1
- ENDIF
-
- RETURN
-
- END
-
-CDECK ID>, STRFXQ.
-
-C =======================================
- SUBROUTINE STRFXQ(OPT,NAME,X,Q,VAL,IFL)
-C =======================================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- CHARACTER*(*) OPT,NAME
-
-C--- Obsolete (16/07/96): use QSTFXQ instead
-
- VAL = QSTFXQ(OPT,NAME,X,Q,IFL)
-
- RETURN
- END
-
-CDECK ID>, QSTFXQ.
-
-C ==================================================
- DOUBLE PRECISION FUNCTION QSTFXQ(OPT,UNAM,X,Q,IFL)
-C ==================================================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
-C--- IFL = 0 : F2 sucessfully calculated
-C--- 1 : Fast calculation
-C--- -1 : Scale mu outside grid
-
- CHARACTER*(*) OPT,UNAM
- CHARACTER*5 NAME
- CHARACTER*5 OPT5
-
-
- LOGICAL LTIME
- REAL T_START,T_END,T_SPENT
- COMMON/QCTIME/T_START(10),T_END(10),T_SPENT(10),N_CALLS(10),
- +E_CALLS(10),LTIME
- COMMON/QCFCNT/IFCNT(-1:1,5)
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- CALL QTRACE('QSTFXQ ',0)
-
- CALL QSTRIP(UNAM,NAME)
- CALL QSTRIP(OPT ,OPT5)
-
- QSTFXQ = 0.
- IFL = 0
- IERR = IFCHEK(OPT5,NAME,0,0,X,Q,'QSTFXQ',1,ID)
-
-C-- Outside grid or cuts?
- IF(IERR.EQ.-2) THEN
- IFL = -1
- RETURN
- ENDIF
-
- IF(.NOT.LALFOK) CALL QFILAS('QSTFXQ')
- IF(.NOT.LDQ2OK) CALL QDELQ2
-
- IF (IERR.EQ.1) THEN
- CALL GETF2(ID,X,Q,STRF,IFL)
- IFCNT(IFL,1) = IFCNT(IFL,1)+1
- ELSEIF(IERR.EQ.2) THEN
- CALL GETFL(ID,X,Q,STRF,IFL)
- IFCNT(IFL,2) = IFCNT(IFL,2)+1
- ELSEIF(IERR.EQ.3) THEN
- CALL GETF3(ID,X,Q,STRF,IFL)
- IFCNT(IFL,3) = IFCNT(IFL,3)+1
- ELSEIF(IERR.EQ.4) THEN
- CALL GETFKH(4,ID,X,Q,STRF,IFL)
- IFCNT(IFL,4) = IFCNT(IFL,4)+1
- ELSEIF(IERR.EQ.5) THEN
- CALL GETFKH(5,ID,X,Q,STRF,IFL)
- IFCNT(IFL,5) = IFCNT(IFL,5)+1
- ELSEIF(IERR.EQ.6) THEN
- CALL GETFKH(6,ID,X,Q,STRF,IFL)
- IFCNT(IFL,4) = IFCNT(IFL,4)+1
- ELSEIF(IERR.EQ.7) THEN
- CALL GETFKH(7,ID,X,Q,STRF,IFL)
- IFCNT(IFL,5) = IFCNT(IFL,5)+1
- ENDIF
-
- QSTFXQ = STRF
-
- RETURN
-
- END
-
-CDECK ID>, IFCHEK.
-
-C ============================================================
- INTEGER FUNCTION IFCHEK(OPT,NAME,JX,JQ,XX,QQ,SRNAM,ISTOP,ID)
-C ============================================================
-
-C--- Check for structure function calculation
-
-C--- IFCHEK = -5: Q2 < 1.5 GeV2 for heavy quark stfs
-C--- -4: No weight tables
-C--- -3: Input NAME corresponds to gluon
-C--- -2: x,Q2,M2,R2 outside grid or cuts
-C--- -1: No x,Q2 grid available
-C--- 0: Unknown option
-C--- 1-7: F2, FL, xF3, F2c, FLc, F2b, FLb
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- CHARACTER*5 OPT
- CHARACTER*5 NAME
- CHARACTER*6 SRNAM
-
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- LOGICAL LTIME
- REAL T_START,T_END,T_SPENT
- COMMON/QCTIME/T_START(10),T_END(10),T_SPENT(10),N_CALLS(10),
- +E_CALLS(10),LTIME
- COMMON/QCFCNT/IFCNT(-1:1,5)
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
-
-C-- Check if valid option
- IERR = IDFCHK(OPT)
- IF(IERR.EQ.0) GOTO 500
- JJ = IERR
- IF(IERR.EQ.6) JJ = 4
- IF(IERR.EQ.7) JJ = 5
-
-C-- Check x,Q2 grid available
- IF(NXX.EQ.0.OR.NQ2.EQ.0) THEN
- IERR = -1
- GOTO 500
- ENDIF
-
- IF(SRNAM.NE.'STFAST') THEN
-C-- --------------------------
-
-C-- Get x, Q2
- IF(SRNAM.EQ.'QSTFIJ') THEN
- X = XFROMIX(JX)
- Q = QFROMIQ(JQ)
- ELSE
- X = XX
- Q = QQ
- ENDIF
-
-C-- Check x,Q2 inside grid
- QP = Q
- IX = ABS(IXFROMX(X))
- IQ = MIN(ABS(IQFROMQ(Q)),NQ2-1)
- IF(IX.EQ.0.OR.IQ.EQ.0) THEN
- IFCNT(-1,JJ) = IFCNT(-1,JJ)+1
- IERR = -2
- GOTO 500
- ENDIF
-
-C-- Check factorisation scale inside grid or cuts
- IF(IERR.LE.3) THEN
- QM = AAM2L*Q + BBM2L
- ELSE
- QM = AAM2H*Q + BBM2H
- ENDIF
- QP = QM
- IFLG = ICUTXQ(X,QP,0)
- IF(IFLG.NE.0) THEN
- IFCNT(-1,JJ) = IFCNT(-1,JJ)+1
- IERR = -2
- GOTO 500
- ENDIF
- IM2 = MIN(ABS(IQFROMQ(QM)),NQ2-1)
-
-C-- Check renormalisation scale inside grid and above Lamba2
- QR = AAAR2*QM + BBBR2
- QP = QR
- IR2 = MIN(ABS(IQFROMQ(QR)),NQ2-1)
- IF(IR2.EQ.0 .OR. IFLG.GE.10000) THEN
- IFCNT(-1,JJ) = IFCNT(-1,JJ)+1
- IERR = -2
- GOTO 500
- ENDIF
-
-C-- Check if the parton distribution is booked
- ID = IDCHEK(NAME,NFMAP(IQ) ,SRNAM,1)
- ID = IDCHEK(NAME,NFMAP(IQ+1) ,SRNAM,1)
- ID = IDCHEK(NAME,NFMAP(IM2) ,SRNAM,1)
- ID = IDCHEK(NAME,NFMAP(IM2+1),SRNAM,1)
- ID = IDCHEK(NAME,NFMAP(IR2) ,SRNAM,1)
- ID = IDCHEK(NAME,NFMAP(IR2+1),SRNAM,1)
-
- ELSE
-C-- ----
-
-C-- Check if the parton distribution is booked
- NFMIN = NFMAP(1)
- NFMAX = NFMAP(NQ2)
- DO NF = NFMIN,NFMAX
- ID = IDCHEK(NAME,NF,'STFAST',1)
- ENDDO
-
- ENDIF
-C-- -----
-
-C-- No structure functions from the gluon
- IF(ID.EQ.0) THEN
- IERR = -3
- GOTO 500
- ENDIF
-
-C-- Check if the weight tables are available
- IF(IERR.LE.3) THEN
- IF(IORD.EQ.2.AND..NOT.LWTFOK) THEN
- IERR = -4
- GOTO 500
- ENDIF
- ELSEIF(IERR.EQ.4) THEN
- IF(.NOT.LWFCOK) THEN
- IERR = -4
- GOTO 500
- ENDIF
- ELSEIF(IERR.EQ.5) THEN
- IF(.NOT.LWLCOK) THEN
- IERR = -4
- GOTO 500
- ENDIF
- ELSEIF(IERR.EQ.6) THEN
- IF(.NOT.LWFBOK) THEN
- IERR = -4
- GOTO 500
- ENDIF
- ELSEIF(IERR.EQ.7) THEN
- IF(.NOT.LWLBOK) THEN
- IERR = -4
- GOTO 500
- ENDIF
- ENDIF
-
-C-- Check low Q2 for heavy quarks
- IF(SRNAM.NE.'STFAST') THEN
- IF(IERR.GE.4) THEN
- IF(LCLOWQ.AND.Q.LE.1.5) THEN
- IERR = -5
- GOTO 500
- ENDIF
- ENDIF
- ENDIF
-
- IFCHEK = IERR
-
- RETURN
-
- 500 CONTINUE
-
- IFCHEK = IERR
-
-C-- Stop?
- IF(ISTOP.EQ.0) RETURN
- IF(.NOT.LIMCK.AND.IERR.EQ.-2) RETURN
-
- WRITE(6,'(/'' ------------------------------------'')')
- WRITE(6,'( '' QCDNUM error in s/r '',A6,'' ---> STOP'')')
- + SRNAM
- WRITE(6,'( '' ------------------------------------'')')
- WRITE(6,'( '' Input Opt : '',A)') OPT
- WRITE(6,'( '' Name : '',A)') NAME
- IF(SRNAM.NE.'STFAST') THEN
- IF(SRNAM.EQ.'QSTFIJ') THEN
- WRITE(6,'( '' IX : '',I10 )') JX
- WRITE(6,'( '' IQ : '',I10 )') JQ
- ELSE
- WRITE(6,'( '' x : '',E12.5)') XX
- WRITE(6,'( '' Q2 : '',E12.5)') QQ
- ENDIF
- ENDIF
- IF(IERR.EQ.0) THEN
- WRITE(6,'(/'' Unknown option'')')
- ELSEIF(IERR.EQ.-1) THEN
- WRITE(6,'(/'' No x-Q2 grid available'')')
- ELSEIF(IERR.EQ.-2) THEN
- WRITE(6,'(/'' X, Q2 or mu2 outside grid or cuts'')')
- IDUM = ICUTXQ(X,QP,1)
- ELSEIF(IERR.EQ.-3) THEN
- WRITE(6,'(/'' Strf from the gluon, no thank you'')')
- ELSEIF(IERR.EQ.-4) THEN
- WRITE(6,'(/'' No weight tables available'')')
- ELSEIF(IERR.EQ.-5) THEN
- WRITE(6,'(/'' Cannot calculate F2h, FLh for Q2 < 1.5 GeV2'')')
- ENDIF
-
- CALL QTRACE('IFCHEK ',1)
-
- STOP
-
- END
-
-CDECK ID>, IDFCHK.
-
-C =============================
- INTEGER FUNCTION IDFCHK(OPT5)
-C =============================
-
-C-- Returns 1,2,3,4,5,6,7 for F2,Fl,xF3,F2c,FLc,F2b,FLb.
-C-- Returns 0 if no valid OPT is given on input.
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- CHARACTER*5 OPT5
-
- IDFCHK = 0
-
- IF (OPT5(1:3).EQ.'F2 ') THEN
- IDFCHK = 1
- ELSEIF(OPT5(1:3).EQ.'FL ') THEN
- IDFCHK = 2
- ELSEIF(OPT5(1:3).EQ.'XF3') THEN
- IDFCHK = 3
- ELSEIF(OPT5(1:3).EQ.'F2C') THEN
- IDFCHK = 4
- ELSEIF(OPT5(1:3).EQ.'FLC') THEN
- IDFCHK = 5
- ELSEIF(OPT5(1:3).EQ.'F2B') THEN
- IDFCHK = 6
- ELSEIF(OPT5(1:3).EQ.'FLB') THEN
- IDFCHK = 7
- ENDIF
-
- RETURN
- END
-
-CDECK ID>, GETF2.
-
-C ================================
- SUBROUTINE GETF2(ID,X,Q,VAL,IFL)
-C ================================
-
-C--- IFL = 0 : F2 sucessfully calculated
-C--- 1 : Fast calculation
-C--- -1 : Scale mu outside grid
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- CHARACTER*5 PNAM,STFNAM
- LOGICAL LNFP
- COMMON /QCLNFP/ LNFP(0:30,3:5)
- COMMON /QCPNAM/ PNAM(0:30)
- COMMON /QCPWGT/ PWGT(0:10,0:30,3:5)
- COMMON /QCFNAM/ STFNAM(7)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- REAL
- +WGTFF1,WGTFG1,
- +WGTGF1,WGTGG1,
- +WGTPP2,WGTPM2,WGTNS2,
- +WGTFF2,WGTFG2,
- +WGTGF2,WGTGG2,
- +WGTC2Q,WGTC2G,YNTC2Q,
- +WGTCLQ,WGTCLG,WGTC3Q
-
- COMMON/QCWEIT/
- +WGTFF1(MXX*(MXX+1)/2) ,WGTFG1(MXX*(MXX+1)/2,3:5),
- +WGTGF1(MXX*(MXX+1)/2) ,WGTGG1(MXX*(MXX+1)/2,3:5),
- +WGTPP2(MXX*(MXX+1)/2,3:5),WGTPM2(MXX*(MXX+1)/2,3:5),
- +WGTNS2(MXX*(MXX+1)/2,3:5),
- +WGTFF2(MXX*(MXX+1)/2,3:5),WGTFG2(MXX*(MXX+1)/2,3:5),
- +WGTGF2(MXX*(MXX+1)/2,3:5),WGTGG2(MXX*(MXX+1)/2,3:5),
- +WGTC2Q(MXX*(MXX+1)/2) ,WGTC2G(MXX*(MXX+1)/2,3:5),
- +WGTCLQ(MXX*(MXX+1)/2) ,WGTCLG(MXX*(MXX+1)/2,3:5),
- +WGTC3Q(MXX*(MXX+1)/2) ,YNTC2Q(MXX)
-
- COMMON/QCWADR/ IWADR(MXX,MXX)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- VAL = 0.
- JER = 1
- IFL = -1
- IX = IXFROMX(X)
- IQ = IQFROMQ(Q)
-
- IF(IX.GT.0.AND.IQ.GT.0) THEN
- VAL = GET_F2(ID,IX,IQ,IERR)
- JER = MIN(JER,IERR)
- ELSEIF(IX.GT.0.AND.IQ.LT.0.AND.IQ.NE.-NQ2) THEN
- IQ = -IQ
- VAL1 = GET_F2(ID,IX,IQ,IERR)
- JER = MIN(JER,IERR)
- VAL2 = GET_F2(ID,IX,IQ+1,IERR)
- JER = MIN(JER,IERR)
- TQ = LOG(Q/Q2TAB(IQ))/LOG(Q2TAB(IQ+1)/Q2TAB(IQ))
- VAL = (1.-TQ)*VAL1 + TQ*VAL2
- ELSEIF(IX.LT.0.AND.IQ.GT.0) THEN
- IX = -IX
- VAL1 = GET_F2(ID,IX,IQ,IERR)
- JER = MIN(JER,IERR)
- VAL2 = GET_F2(ID,IX+1,IQ,IERR)
- JER = MIN(JER,IERR)
- TX = (X-XXTAB(IX))/(XXTAB(IX+1)-XXTAB(IX))
- VAL = (1.-TX)*VAL1 + TX*VAL2
- ELSEIF(IX.LT.0.AND.IQ.LT.0.AND.IQ.NE.-NQ2) THEN
- IX = -IX
- IQ = -IQ
- VAL1 = GET_F2(ID,IX,IQ,IERR)
- JER = MIN(JER,IERR)
- VAL2 = GET_F2(ID,IX,IQ+1,IERR)
- JER = MIN(JER,IERR)
- VAL3 = GET_F2(ID,IX+1,IQ,IERR)
- JER = MIN(JER,IERR)
- VAL4 = GET_F2(ID,IX+1,IQ+1,IERR)
- JER = MIN(JER,IERR)
- TQ = LOG(Q/Q2TAB(IQ))/LOG(Q2TAB(IQ+1)/Q2TAB(IQ))
- VAL1 = (1.-TQ)*VAL1 + TQ*VAL2
- VAL2 = (1.-TQ)*VAL3 + TQ*VAL4
- TX = (X-XXTAB(IX))/(XXTAB(IX+1)-XXTAB(IX))
- VAL = (1.-TX)*VAL1 + TX*VAL2
- ELSE
- VAL = 0.
- JER = -1
- ENDIF
-
- IFL = JER
-
- RETURN
- END
-
-CDECK ID>, GET_F2.
-
-C ================================================
- DOUBLE PRECISION FUNCTION GET_F2(ID,IX0,IQ,IERR)
-C ================================================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-C-- Input: ID parton distribution identifier
-C-- IX0 x gridpoint
-C-- Q Q2 value
-C-- Output: IERR = 0 F2 successfully calculated
-C-- = 1 Fast calculation
-C-- = -1 Scale mu outside grid
-
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- CHARACTER*5 PNAM,STFNAM
- LOGICAL LNFP
- COMMON /QCLNFP/ LNFP(0:30,3:5)
- COMMON /QCPNAM/ PNAM(0:30)
- COMMON /QCPWGT/ PWGT(0:10,0:30,3:5)
- COMMON /QCFNAM/ STFNAM(7)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- REAL
- +WGTFF1,WGTFG1,
- +WGTGF1,WGTGG1,
- +WGTPP2,WGTPM2,WGTNS2,
- +WGTFF2,WGTFG2,
- +WGTGF2,WGTGG2,
- +WGTC2Q,WGTC2G,YNTC2Q,
- +WGTCLQ,WGTCLG,WGTC3Q
-
- COMMON/QCWEIT/
- +WGTFF1(MXX*(MXX+1)/2) ,WGTFG1(MXX*(MXX+1)/2,3:5),
- +WGTGF1(MXX*(MXX+1)/2) ,WGTGG1(MXX*(MXX+1)/2,3:5),
- +WGTPP2(MXX*(MXX+1)/2,3:5),WGTPM2(MXX*(MXX+1)/2,3:5),
- +WGTNS2(MXX*(MXX+1)/2,3:5),
- +WGTFF2(MXX*(MXX+1)/2,3:5),WGTFG2(MXX*(MXX+1)/2,3:5),
- +WGTGF2(MXX*(MXX+1)/2,3:5),WGTGG2(MXX*(MXX+1)/2,3:5),
- +WGTC2Q(MXX*(MXX+1)/2) ,WGTC2G(MXX*(MXX+1)/2,3:5),
- +WGTCLQ(MXX*(MXX+1)/2) ,WGTCLG(MXX*(MXX+1)/2,3:5),
- +WGTC3Q(MXX*(MXX+1)/2) ,YNTC2Q(MXX)
-
- COMMON/QCWADR/ IWADR(MXX,MXX)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- GET_F2 = 0.
-
- IF(LFFCAL(1,ID)) THEN
- IERR = 1
- JD = IDFAST(1,ID)
- GET_F2 = FSTORE(IX0,IQ,JD)
- IF(GET_F2.GE.-99.) RETURN
- ENDIF
-
- IERR = 0
- QMU = AAM2L*Q2TAB(IQ) + BBM2L
- IMU = MIN(ABS(IQFROMQ(QMU)),NQ2-1)
- IF(IMU.EQ.0) THEN
- IERR = -1
- RETURN
- ENDIF
-
- TX = 0.
- TQ = LOG(QMU/Q2TAB(IMU))/LOG(Q2TAB(IMU+1)/Q2TAB(IMU))
- FFF0 = GET_PDFXQ(ID,IX0,IMU,TX,TQ)
-
- IF(IORD.EQ.1) THEN
- GET_F2 = FFF0
- RETURN
- ENDIF
-
- QR2 = QMU*AAAR2 + BBBR2
- IR2 = MIN(ABS(IQFROMQ(QR2)),NQ2-1)
- IF(IR2.EQ.0) THEN
- IERR = -1
- RETURN
- ENDIF
- TR = LOG(QR2/Q2TAB(IR2))/LOG(Q2TAB(IR2+1)/Q2TAB(IR2))
-
- NF = NFMAP(IMU)
- FACT = LOG(Q2TAB(IQ)/QMU)
- F2 = 0.
- DO IX = IX0,NXX
- QU = GET_PDFXQ(ID,IX,IMU,TX,TQ)
- GL = GET_PDFXQ( 0,IX,IMU,TX,TQ)
- F2 = F2 +
- + (WGTC2Q(IWADR(IX,IX0))+
- + WGTFF1(IWADR(IX,IX0))*FACT)*QU +
- + (WGTC2G(IWADR(IX,IX0),NF)+
- + WGTFG1(IWADR(IX,IX0),NF)*FACT)*GL*PWGT(1,ID,NF)
- ENDDO
- GET_F2 = FFF0 + GET_AS(IR2,TR)*F2
-
- RETURN
- END
-
-CDECK ID>, GETFL.
-
-C ================================
- SUBROUTINE GETFL(ID,X,Q,VAL,IFL)
-C ================================
-
-
-C--- IFL = 0 : F2 sucessfully calculated
-C--- 1 : Fast calculation
-C--- -1 : Scale mu outside grid
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- CHARACTER*5 PNAM,STFNAM
- LOGICAL LNFP
- COMMON /QCLNFP/ LNFP(0:30,3:5)
- COMMON /QCPNAM/ PNAM(0:30)
- COMMON /QCPWGT/ PWGT(0:10,0:30,3:5)
- COMMON /QCFNAM/ STFNAM(7)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- REAL
- +WGTFF1,WGTFG1,
- +WGTGF1,WGTGG1,
- +WGTPP2,WGTPM2,WGTNS2,
- +WGTFF2,WGTFG2,
- +WGTGF2,WGTGG2,
- +WGTC2Q,WGTC2G,YNTC2Q,
- +WGTCLQ,WGTCLG,WGTC3Q
-
- COMMON/QCWEIT/
- +WGTFF1(MXX*(MXX+1)/2) ,WGTFG1(MXX*(MXX+1)/2,3:5),
- +WGTGF1(MXX*(MXX+1)/2) ,WGTGG1(MXX*(MXX+1)/2,3:5),
- +WGTPP2(MXX*(MXX+1)/2,3:5),WGTPM2(MXX*(MXX+1)/2,3:5),
- +WGTNS2(MXX*(MXX+1)/2,3:5),
- +WGTFF2(MXX*(MXX+1)/2,3:5),WGTFG2(MXX*(MXX+1)/2,3:5),
- +WGTGF2(MXX*(MXX+1)/2,3:5),WGTGG2(MXX*(MXX+1)/2,3:5),
- +WGTC2Q(MXX*(MXX+1)/2) ,WGTC2G(MXX*(MXX+1)/2,3:5),
- +WGTCLQ(MXX*(MXX+1)/2) ,WGTCLG(MXX*(MXX+1)/2,3:5),
- +WGTC3Q(MXX*(MXX+1)/2) ,YNTC2Q(MXX)
-
- COMMON/QCWADR/ IWADR(MXX,MXX)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- VAL = 0.
- JER = 1
- IFL = -1
- IX = IXFROMX(X)
- IQ = IQFROMQ(Q)
-
- IF(IX.GT.0.AND.IQ.GT.0) THEN
- VAL = GET_FL(ID,IX,IQ,IERR)
- JER = MIN(JER,IERR)
- ELSEIF(IX.GT.0.AND.IQ.LT.0.AND.IQ.NE.-NQ2) THEN
- IQ = -IQ
- VAL1 = GET_FL(ID,IX,IQ,IERR)
- JER = MIN(JER,IERR)
- VAL2 = GET_FL(ID,IX,IQ+1,IERR)
- JER = MIN(JER,IERR)
- TQ = LOG(Q/Q2TAB(IQ))/LOG(Q2TAB(IQ+1)/Q2TAB(IQ))
- VAL = (1.-TQ)*VAL1 + TQ*VAL2
- ELSEIF(IX.LT.0.AND.IQ.GT.0) THEN
- IX = -IX
- VAL1 = GET_FL(ID,IX,IQ,IERR)
- JER = MIN(JER,IERR)
- VAL2 = GET_FL(ID,IX+1,IQ,IERR)
- JER = MIN(JER,IERR)
- TX = (X-XXTAB(IX))/(XXTAB(IX+1)-XXTAB(IX))
- VAL = (1.-TX)*VAL1 + TX*VAL2
- ELSEIF(IX.LT.0.AND.IQ.LT.0.AND.IQ.NE.-NQ2) THEN
- IX = -IX
- IQ = -IQ
- VAL1 = GET_FL(ID,IX,IQ,IERR)
- JER = MIN(JER,IERR)
- VAL2 = GET_FL(ID,IX,IQ+1,IERR)
- JER = MIN(JER,IERR)
- VAL3 = GET_FL(ID,IX+1,IQ,IERR)
- JER = MIN(JER,IERR)
- VAL4 = GET_FL(ID,IX+1,IQ+1,IERR)
- JER = MIN(JER,IERR)
- TQ = LOG(Q/Q2TAB(IQ))/LOG(Q2TAB(IQ+1)/Q2TAB(IQ))
- VAL1 = (1.-TQ)*VAL1 + TQ*VAL2
- VAL2 = (1.-TQ)*VAL3 + TQ*VAL4
- TX = (X-XXTAB(IX))/(XXTAB(IX+1)-XXTAB(IX))
- VAL = (1.-TX)*VAL1 + TX*VAL2
- ELSE
- VAL = 0.
- JER = -1
- ENDIF
-
- IFL = JER
-
- RETURN
- END
-
-CDECK ID>, GET_FL.
-
-C ================================================
- DOUBLE PRECISION FUNCTION GET_FL(ID,IX0,IQ,IERR)
-C ================================================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-C-- Input: ID parton distribution identifier
-C-- IX0 x gridpoint
-C-- Q Q2 value
-C-- Output: IERR = 0 FL successfully calculated
-C-- = 1 Fast calculation
-C-- = -1 Scale mu outside grid
-
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- CHARACTER*5 PNAM,STFNAM
- LOGICAL LNFP
- COMMON /QCLNFP/ LNFP(0:30,3:5)
- COMMON /QCPNAM/ PNAM(0:30)
- COMMON /QCPWGT/ PWGT(0:10,0:30,3:5)
- COMMON /QCFNAM/ STFNAM(7)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- REAL
- +WGTFF1,WGTFG1,
- +WGTGF1,WGTGG1,
- +WGTPP2,WGTPM2,WGTNS2,
- +WGTFF2,WGTFG2,
- +WGTGF2,WGTGG2,
- +WGTC2Q,WGTC2G,YNTC2Q,
- +WGTCLQ,WGTCLG,WGTC3Q
-
- COMMON/QCWEIT/
- +WGTFF1(MXX*(MXX+1)/2) ,WGTFG1(MXX*(MXX+1)/2,3:5),
- +WGTGF1(MXX*(MXX+1)/2) ,WGTGG1(MXX*(MXX+1)/2,3:5),
- +WGTPP2(MXX*(MXX+1)/2,3:5),WGTPM2(MXX*(MXX+1)/2,3:5),
- +WGTNS2(MXX*(MXX+1)/2,3:5),
- +WGTFF2(MXX*(MXX+1)/2,3:5),WGTFG2(MXX*(MXX+1)/2,3:5),
- +WGTGF2(MXX*(MXX+1)/2,3:5),WGTGG2(MXX*(MXX+1)/2,3:5),
- +WGTC2Q(MXX*(MXX+1)/2) ,WGTC2G(MXX*(MXX+1)/2,3:5),
- +WGTCLQ(MXX*(MXX+1)/2) ,WGTCLG(MXX*(MXX+1)/2,3:5),
- +WGTC3Q(MXX*(MXX+1)/2) ,YNTC2Q(MXX)
-
- COMMON/QCWADR/ IWADR(MXX,MXX)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- GET_FL = 0.
-
- IF(LFFCAL(2,ID)) THEN
- IERR = 1
- JD = IDFAST(2,ID)
- GET_FL = FSTORE(IX0,IQ,JD)
- IF(GET_FL.GE.-99.) RETURN
- ENDIF
-
- IERR = 0
-
- IF(IORD.EQ.1) THEN
- GET_FL = 0.
- RETURN
- ENDIF
-
- QMU = AAM2L*Q2TAB(IQ) + BBM2L
- IMU = MIN(ABS(IQFROMQ(QMU)),NQ2-1)
- IF(IMU.EQ.0) THEN
- IERR = -1
- RETURN
- ENDIF
-
- QR2 = QMU*AAAR2 + BBBR2
- IR2 = MIN(ABS(IQFROMQ(QR2)),NQ2-1)
- IF(IR2.EQ.0) THEN
- IERR = -1
- RETURN
- ENDIF
-
- TX = 0.
- TQ = LOG(QMU/Q2TAB(IMU))/LOG(Q2TAB(IMU+1)/Q2TAB(IMU))
- TR = LOG(QR2/Q2TAB(IR2))/LOG(Q2TAB(IR2+1)/Q2TAB(IR2))
-
- NF = NFMAP(IMU)
- FACT = LOG(Q2TAB(IQ)/QMU)*FL_FAC
- FL = 0.
- DO IX = IX0,NXX
- QU = GET_PDFXQ(ID,IX,IMU,TX,TQ)
- GL = GET_PDFXQ( 0,IX,IMU,TX,TQ)
- FL = FL +
- + (WGTCLQ(IWADR(IX,IX0))+
- + WGTFF1(IWADR(IX,IX0))*FACT)*QU +
- + (WGTCLG(IWADR(IX,IX0),NF)+
- + WGTFG1(IWADR(IX,IX0),NF)*FACT)*GL*PWGT(1,ID,NF)
- ENDDO
- GET_FL = GET_AS(IR2,TR)*FL
-
- RETURN
- END
-
-CDECK ID>, GETF3.
-
-C ================================
- SUBROUTINE GETF3(ID,X,Q,VAL,IFL)
-C ================================
-
-
-C--- IFL = 0 : F2 sucessfully calculated
-C--- 1 : Fast calculation
-C--- -1 : Scale mu outside grid
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- CHARACTER*5 PNAM,STFNAM
- LOGICAL LNFP
- COMMON /QCLNFP/ LNFP(0:30,3:5)
- COMMON /QCPNAM/ PNAM(0:30)
- COMMON /QCPWGT/ PWGT(0:10,0:30,3:5)
- COMMON /QCFNAM/ STFNAM(7)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- REAL
- +WGTFF1,WGTFG1,
- +WGTGF1,WGTGG1,
- +WGTPP2,WGTPM2,WGTNS2,
- +WGTFF2,WGTFG2,
- +WGTGF2,WGTGG2,
- +WGTC2Q,WGTC2G,YNTC2Q,
- +WGTCLQ,WGTCLG,WGTC3Q
-
- COMMON/QCWEIT/
- +WGTFF1(MXX*(MXX+1)/2) ,WGTFG1(MXX*(MXX+1)/2,3:5),
- +WGTGF1(MXX*(MXX+1)/2) ,WGTGG1(MXX*(MXX+1)/2,3:5),
- +WGTPP2(MXX*(MXX+1)/2,3:5),WGTPM2(MXX*(MXX+1)/2,3:5),
- +WGTNS2(MXX*(MXX+1)/2,3:5),
- +WGTFF2(MXX*(MXX+1)/2,3:5),WGTFG2(MXX*(MXX+1)/2,3:5),
- +WGTGF2(MXX*(MXX+1)/2,3:5),WGTGG2(MXX*(MXX+1)/2,3:5),
- +WGTC2Q(MXX*(MXX+1)/2) ,WGTC2G(MXX*(MXX+1)/2,3:5),
- +WGTCLQ(MXX*(MXX+1)/2) ,WGTCLG(MXX*(MXX+1)/2,3:5),
- +WGTC3Q(MXX*(MXX+1)/2) ,YNTC2Q(MXX)
-
- COMMON/QCWADR/ IWADR(MXX,MXX)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- VAL = 0.
- JER = 1
- IFL = -1
- IX = IXFROMX(X)
- IQ = IQFROMQ(Q)
-
- IF(IX.GT.0.AND.IQ.GT.0) THEN
- VAL = GET_F3(ID,IX,IQ,IERR)
- JER = MIN(JER,IERR)
- ELSEIF(IX.GT.0.AND.IQ.LT.0.AND.IQ.NE.-NQ2) THEN
- IQ = -IQ
- VAL1 = GET_F3(ID,IX,IQ,IERR)
- JER = MIN(JER,IERR)
- VAL2 = GET_F3(ID,IX,IQ+1,IERR)
- JER = MIN(JER,IERR)
- TQ = LOG(Q/Q2TAB(IQ))/LOG(Q2TAB(IQ+1)/Q2TAB(IQ))
- VAL = (1.-TQ)*VAL1 + TQ*VAL2
- ELSEIF(IX.LT.0.AND.IQ.GT.0) THEN
- IX = -IX
- VAL1 = GET_F3(ID,IX,IQ,IERR)
- JER = MIN(JER,IERR)
- VAL2 = GET_F3(ID,IX+1,IQ,IERR)
- JER = MIN(JER,IERR)
- TX = (X-XXTAB(IX))/(XXTAB(IX+1)-XXTAB(IX))
- VAL = (1.-TX)*VAL1 + TX*VAL2
- ELSEIF(IX.LT.0.AND.IQ.LT.0.AND.IQ.NE.-NQ2) THEN
- IX = -IX
- IQ = -IQ
- VAL1 = GET_F3(ID,IX,IQ,IERR)
- JER = MIN(JER,IERR)
- VAL2 = GET_F3(ID,IX,IQ+1,IERR)
- JER = MIN(JER,IERR)
- VAL3 = GET_F3(ID,IX+1,IQ,IERR)
- JER = MIN(JER,IERR)
- VAL4 = GET_F3(ID,IX+1,IQ+1,IERR)
- JER = MIN(JER,IERR)
- TQ = LOG(Q/Q2TAB(IQ))/LOG(Q2TAB(IQ+1)/Q2TAB(IQ))
- VAL1 = (1.-TQ)*VAL1 + TQ*VAL2
- VAL2 = (1.-TQ)*VAL3 + TQ*VAL4
- TX = (X-XXTAB(IX))/(XXTAB(IX+1)-XXTAB(IX))
- VAL = (1.-TX)*VAL1 + TX*VAL2
- ELSE
- VAL = 0.
- JER = -1
- ENDIF
-
- IFL = JER
-
- RETURN
- END
-
-CDECK ID>, GET_F3.
-
-C ================================================
- DOUBLE PRECISION FUNCTION GET_F3(ID,IX0,IQ,IERR)
-C ================================================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-C-- Input: ID parton distribution identifier
-C-- IX0 x gridpoint
-C-- Q Q2 value
-C-- Output: IERR = 0 F3 successfully calculated
-C-- = 1 Fast calculation
-C-- = -1 Scale mu outside grid
-
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- CHARACTER*5 PNAM,STFNAM
- LOGICAL LNFP
- COMMON /QCLNFP/ LNFP(0:30,3:5)
- COMMON /QCPNAM/ PNAM(0:30)
- COMMON /QCPWGT/ PWGT(0:10,0:30,3:5)
- COMMON /QCFNAM/ STFNAM(7)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- REAL
- +WGTFF1,WGTFG1,
- +WGTGF1,WGTGG1,
- +WGTPP2,WGTPM2,WGTNS2,
- +WGTFF2,WGTFG2,
- +WGTGF2,WGTGG2,
- +WGTC2Q,WGTC2G,YNTC2Q,
- +WGTCLQ,WGTCLG,WGTC3Q
-
- COMMON/QCWEIT/
- +WGTFF1(MXX*(MXX+1)/2) ,WGTFG1(MXX*(MXX+1)/2,3:5),
- +WGTGF1(MXX*(MXX+1)/2) ,WGTGG1(MXX*(MXX+1)/2,3:5),
- +WGTPP2(MXX*(MXX+1)/2,3:5),WGTPM2(MXX*(MXX+1)/2,3:5),
- +WGTNS2(MXX*(MXX+1)/2,3:5),
- +WGTFF2(MXX*(MXX+1)/2,3:5),WGTFG2(MXX*(MXX+1)/2,3:5),
- +WGTGF2(MXX*(MXX+1)/2,3:5),WGTGG2(MXX*(MXX+1)/2,3:5),
- +WGTC2Q(MXX*(MXX+1)/2) ,WGTC2G(MXX*(MXX+1)/2,3:5),
- +WGTCLQ(MXX*(MXX+1)/2) ,WGTCLG(MXX*(MXX+1)/2,3:5),
- +WGTC3Q(MXX*(MXX+1)/2) ,YNTC2Q(MXX)
-
- COMMON/QCWADR/ IWADR(MXX,MXX)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- GET_F3 = 0.
-
- IF(LFFCAL(3,ID)) THEN
- IERR = 1
- JD = IDFAST(3,ID)
- GET_F3 = FSTORE(IX0,IQ,JD)
- IF(GET_F3.GE.-99.) RETURN
- ENDIF
-
- IERR = 0
-
- QMU = AAM2L*Q2TAB(IQ) + BBM2L
- IMU = MIN(ABS(IQFROMQ(QMU)),NQ2-1)
- IF(IMU.EQ.0) THEN
- IERR = -1
- RETURN
- ENDIF
-
- TX = 0.
- TQ = LOG(QMU/Q2TAB(IMU))/LOG(Q2TAB(IMU+1)/Q2TAB(IMU))
- FFF0 = GET_PDFXQ(ID,IX0,IMU,TX,TQ)
-
- IF(IORD.EQ.1) THEN
- GET_F3 = FFF0
- RETURN
- ENDIF
-
- QR2 = QMU*AAAR2 + BBBR2
- IR2 = MIN(ABS(IQFROMQ(QR2)),NQ2-1)
- IF(IR2.EQ.0) THEN
- IERR = -1
- RETURN
- ENDIF
- TR = LOG(QR2/Q2TAB(IR2))/LOG(Q2TAB(IR2+1)/Q2TAB(IR2))
-
- F3 = 0.
- FACT = LOG(Q2TAB(IQ)/QMU)
- DO IX = IX0,NXX
- QU = GET_PDFXQ(ID,IX,IMU,TX,TQ)
- F3 = F3 +
- + (WGTC3Q(IWADR(IX,IX0))+
- + WGTFF1(IWADR(IX,IX0))*FACT)*QU
- ENDDO
- GET_F3 = FFF0 + GET_AS(IR2,TR)*F3
-
- RETURN
- END
-
-CDECK ID>, GETFKH.
-
-C =====================================
- SUBROUTINE GETFKH(IDF,ID,X,Q,VAL,IFL)
-C =====================================
-
-C--- Input : IDF = 4,5,6,7 for F2c,FLc,F2b,Flb
-C--- ID = parton distribution identifier
-C--- X = x value
-C--- Q = Q2 value
-
-C--- Output: VAL = heavy quark structure function
-C--- IFL = 0 : F2 sucessfully calculated
-C--- 1 : Fast calculation
-C--- -1 : Scale mu outside grid
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- CHARACTER*5 PNAM,STFNAM
- LOGICAL LNFP
- COMMON /QCLNFP/ LNFP(0:30,3:5)
- COMMON /QCPNAM/ PNAM(0:30)
- COMMON /QCPWGT/ PWGT(0:10,0:30,3:5)
- COMMON /QCFNAM/ STFNAM(7)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- REAL
- +WGTFF1,WGTFG1,
- +WGTGF1,WGTGG1,
- +WGTPP2,WGTPM2,WGTNS2,
- +WGTFF2,WGTFG2,
- +WGTGF2,WGTGG2,
- +WGTC2Q,WGTC2G,YNTC2Q,
- +WGTCLQ,WGTCLG,WGTC3Q
-
- COMMON/QCWEIT/
- +WGTFF1(MXX*(MXX+1)/2) ,WGTFG1(MXX*(MXX+1)/2,3:5),
- +WGTGF1(MXX*(MXX+1)/2) ,WGTGG1(MXX*(MXX+1)/2,3:5),
- +WGTPP2(MXX*(MXX+1)/2,3:5),WGTPM2(MXX*(MXX+1)/2,3:5),
- +WGTNS2(MXX*(MXX+1)/2,3:5),
- +WGTFF2(MXX*(MXX+1)/2,3:5),WGTFG2(MXX*(MXX+1)/2,3:5),
- +WGTGF2(MXX*(MXX+1)/2,3:5),WGTGG2(MXX*(MXX+1)/2,3:5),
- +WGTC2Q(MXX*(MXX+1)/2) ,WGTC2G(MXX*(MXX+1)/2,3:5),
- +WGTCLQ(MXX*(MXX+1)/2) ,WGTCLG(MXX*(MXX+1)/2,3:5),
- +WGTC3Q(MXX*(MXX+1)/2) ,YNTC2Q(MXX)
-
- COMMON/QCWADR/ IWADR(MXX,MXX)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- VAL = 0.
- IFL = -1
-
- JER = 1
- IX = IHFROMH(X)
- IQ = IQFROMQ(Q)
-
- IF(IX.GT.0.AND.IQ.GT.0) THEN
- VAL = GET_FKH(IDF,ID,IX,IQ,IERR)
- JER = MIN(JER,IERR)
- ELSEIF(IX.GT.0.AND.IQ.LT.0.AND.IQ.NE.-NQ2) THEN
- IQ = -IQ
- VAL1 = GET_FKH(IDF,ID,IX,IQ,IERR)
- JER = MIN(JER,IERR)
- VAL2 = GET_FKH(IDF,ID,IX,IQ+1,IERR)
- JER = MIN(JER,IERR)
- TQ = LOG(Q/Q2TAB(IQ))/LOG(Q2TAB(IQ+1)/Q2TAB(IQ))
- VAL = (1.-TQ)*VAL1 + TQ*VAL2
- ELSEIF(IX.LT.0.AND.IQ.GT.0) THEN
- IX = -IX
- VAL1 = GET_FKH(IDF,ID,IX,IQ,IERR)
- JER = MIN(JER,IERR)
- VAL2 = GET_FKH(IDF,ID,IX+1,IQ,IERR)
- JER = MIN(JER,IERR)
- TX = (X-XHTAB(IX))/(XHTAB(IX+1)-XHTAB(IX))
- VAL = (1.-TX)*VAL1 + TX*VAL2
- ELSEIF(IX.LT.0.AND.IQ.LT.0.AND.IQ.NE.-NQ2) THEN
- IX = -IX
- IQ = -IQ
- VAL1 = GET_FKH(IDF,ID,IX,IQ,IERR)
- JER = MIN(JER,IERR)
- VAL2 = GET_FKH(IDF,ID,IX,IQ+1,IERR)
- JER = MIN(JER,IERR)
- VAL3 = GET_FKH(IDF,ID,IX+1,IQ,IERR)
- JER = MIN(JER,IERR)
- VAL4 = GET_FKH(IDF,ID,IX+1,IQ+1,IERR)
- JER = MIN(JER,IERR)
- TQ = LOG(Q/Q2TAB(IQ))/LOG(Q2TAB(IQ+1)/Q2TAB(IQ))
- VAL1 = (1.-TQ)*VAL1 + TQ*VAL2
- VAL2 = (1.-TQ)*VAL3 + TQ*VAL4
- TX = (X-XHTAB(IX))/(XHTAB(IX+1)-XHTAB(IX))
- VAL = (1.-TX)*VAL1 + TX*VAL2
- ELSE
- VAL = 0.
- JER = -1
- ENDIF
-
- IFL = JER
-
-
- RETURN
- END
-
-CDECK ID>, FILLWF.
-
-C ====================================
- SUBROUTINE FILLWF(IO1,IO2,IF2,NFLAV)
-C ====================================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- REAL
- +WGTFF1,WGTFG1,
- +WGTGF1,WGTGG1,
- +WGTPP2,WGTPM2,WGTNS2,
- +WGTFF2,WGTFG2,
- +WGTGF2,WGTGG2,
- +WGTC2Q,WGTC2G,YNTC2Q,
- +WGTCLQ,WGTCLG,WGTC3Q
-
- COMMON/QCWEIT/
- +WGTFF1(MXX*(MXX+1)/2) ,WGTFG1(MXX*(MXX+1)/2,3:5),
- +WGTGF1(MXX*(MXX+1)/2) ,WGTGG1(MXX*(MXX+1)/2,3:5),
- +WGTPP2(MXX*(MXX+1)/2,3:5),WGTPM2(MXX*(MXX+1)/2,3:5),
- +WGTNS2(MXX*(MXX+1)/2,3:5),
- +WGTFF2(MXX*(MXX+1)/2,3:5),WGTFG2(MXX*(MXX+1)/2,3:5),
- +WGTGF2(MXX*(MXX+1)/2,3:5),WGTGG2(MXX*(MXX+1)/2,3:5),
- +WGTC2Q(MXX*(MXX+1)/2) ,WGTC2G(MXX*(MXX+1)/2,3:5),
- +WGTCLQ(MXX*(MXX+1)/2) ,WGTCLG(MXX*(MXX+1)/2,3:5),
- +WGTC3Q(MXX*(MXX+1)/2) ,YNTC2Q(MXX)
-
- COMMON/QCWADR/ IWADR(MXX,MXX)
-
-
- EXTERNAL C2Q, C2QX0, C2G, CLQ, CLG, D3Q
- EXTERNAL PQGLO, PGQLO, PQQLO, PQQX0, PGGLO, PGGX0
- EXTERNAL PP1SFUN, PP1SX0, PM1SFUN, PM1SX0
- EXTERNAL FF1SFUN, FF1SX0, GF1SFUN, XP1TFUN
- EXTERNAL GG1SFUN, GG1SX0, FG1SFUN, XG1TFUN
-
- COMMON /QCWGTC/ YWGT,QPCG,QMASS,EGAUSS,NF
-
- EGAUSS = 0.0001
- NF = NFLAV
-
- CWFGG = 6.*(11./12.-NF/18.) - 6.
-
- DO 90 IX0 = 1,NXX
-
- X0 = XXTAB(IX0)
-
- YNTC2Q(IX0) = DGAUSS_LHA(C2Q,0.D0,X0,EGAUSS)
-
- SI = X0/XXTAB(IX0)
- SP = X0/XXTAB(IX0+1)
-
- IF(IO1.NE.0) THEN
- CALL S1FUNC(PQGLO ,SP,SI,S1PQG)
- WGTFG1(IWADR(IX0,IX0),NF) = S1PQG
- CALL S1FUNC(PGQLO ,SP,SI,S1PGQ)
- WGTGF1(IWADR(IX0,IX0)) = S1PGQ
- CALL S1FUNC(PQQX0 ,SP,SI,S1PQQ)
- WGTFF1(IWADR(IX0,IX0)) = S1PQQ+2.+(8./3.)*LOG(1.-SP)
- CALL S1FUNC(PGGX0 ,SP,SI,S1PGG)
- WGTGG1(IWADR(IX0,IX0),NF) = S1PGG+6.*LOG(1.-SP)+CWFGG
- ENDIF
-
- IF(IO2.NE.0) THEN
- TERM1 = DGAUSS_LHA(PM1SFUN,0.D0,SP,EGAUSS)
- TERM2 = DGAUSS_LHA(XP1TFUN,0.D0,SP,EGAUSS)
- TERM3 = DGAUSS_LHA(XG1TFUN,0.D0,SP,EGAUSS)
- CALL S1FUNC(PP1SX0 ,SP,SI,S1NS2)
- WGTPP2(IWADR(IX0,IX0),NF) = S1NS2 - TERM1
- WGTNS2(IWADR(IX0,IX0),NF) = S1NS2 - TERM1
- LPLUS = .TRUE.
- CALL S1FUNC(PM1SX0 ,SP,SI,S1F32)
- WGTPM2(IWADR(IX0,IX0),NF) = S1F32 - TERM1
- CALL S1FUNC(FF1SX0 ,SP,SI,S1FF2)
- WGTFF2(IWADR(IX0,IX0),NF) = S1FF2 - TERM2
- CALL S1FUNC(GF1SFUN,SP,SI,S1FG2)
- WGTFG2(IWADR(IX0,IX0),NF) = S1FG2
- CALL S1FUNC(GG1SX0 ,SP,SI,S1GG2)
- WGTGG2(IWADR(IX0,IX0),NF) = S1GG2 - TERM3
- CALL S1FUNC(FG1SFUN,SP,SI,S1GF2)
- WGTGF2(IWADR(IX0,IX0),NF) = S1GF2
- ENDIF
-
- IF(IF2.NE.0) THEN
- TERM = DGAUSS_LHA(C2Q,0.D0,SP,EGAUSS)
- CALL S1FUNC(C2QX0 ,SP,SI,S1C2Q)
- WGTC2Q(IWADR(IX0,IX0)) = S1C2Q - TERM
- CALL S1FUNC(C2G ,SP,SI,S1C2G)
- WGTC2G(IWADR(IX0,IX0),NF) = S1C2G
- CALL S1FUNC(CLQ ,SP,SI,S1CLQ)
- WGTCLQ(IWADR(IX0,IX0)) = S1CLQ
- CALL S1FUNC(CLG ,SP,SI,S1CLG)
- WGTCLG(IWADR(IX0,IX0),NF) = S1CLG
- CALL S1FUNC(D3Q ,SP,SI,S1D3Q)
- WGTC3Q(IWADR(IX0,IX0)) = S1C2Q - TERM - S1D3Q
- ENDIF
-
- DO 80 IX = IX0+1,NXX
-
- SI = X0/XXTAB(IX)
- SP = X0/XXTAB(IX+1)
- SM = X0/XXTAB(IX-1)
-
- IF(IO1.NE.0) THEN
- CALL S1FUNC(PQGLO ,SP,SI,S1PQG)
- CALL S2FUNC(PQGLO ,SI,SM,S2PQG)
- WGTFG1(IWADR(IX,IX0),NF) = (S1PQG-S2PQG)
- CALL S1FUNC(PGQLO ,SP,SI,S1PGQ)
- CALL S2FUNC(PGQLO ,SI,SM,S2PGQ)
- WGTGF1(IWADR(IX,IX0)) = S1PGQ-S2PGQ
- CALL S1FUNC(PQQLO ,SP,SI,S1PQQ)
- CALL S2FUNC(PQQLO ,SI,SM,S2PQQ)
- WGTFF1(IWADR(IX,IX0)) = S1PQQ-S2PQQ
- CALL S1FUNC(PGGLO ,SP,SI,S1PGG)
- CALL S2FUNC(PGGLO ,SI,SM,S2PGG)
- WGTGG1(IWADR(IX,IX0),NF) = S1PGG-S2PGG
- ENDIF
-
- IF(IO2.NE.0) THEN
- CALL S1FUNC(PP1SFUN,SP,SI,S1NS2)
- CALL S2FUNC(PP1SFUN,SI,SM,S2NS2)
- WGTPP2(IWADR(IX,IX0),NF) = S1NS2-S2NS2
- WGTNS2(IWADR(IX,IX0),NF) = S1NS2-S2NS2
- CALL S1FUNC(PM1SFUN,SP,SI,S1F32)
- CALL S2FUNC(PM1SFUN,SI,SM,S2F32)
- WGTPM2(IWADR(IX,IX0),NF) = S1F32-S2F32
- CALL S1FUNC(FF1SFUN,SP,SI,S1FF2)
- CALL S2FUNC(FF1SFUN,SI,SM,S2FF2)
- WGTFF2(IWADR(IX,IX0),NF) = S1FF2-S2FF2
- CALL S1FUNC(GF1SFUN,SP,SI,S1FG2)
- CALL S2FUNC(GF1SFUN,SI,SM,S2FG2)
- WGTFG2(IWADR(IX,IX0),NF) = S1FG2-S2FG2
- CALL S1FUNC(GG1SFUN,SP,SI,S1GG2)
- CALL S2FUNC(GG1SFUN,SI,SM,S2GG2)
- WGTGG2(IWADR(IX,IX0),NF) = S1GG2-S2GG2
- CALL S1FUNC(FG1SFUN,SP,SI,S1GF2)
- CALL S2FUNC(FG1SFUN,SI,SM,S2GF2)
- WGTGF2(IWADR(IX,IX0),NF) = S1GF2-S2GF2
- ENDIF
-
- IF(IF2.NE.0) THEN
- CALL S1FUNC(C2Q ,SP,SI,S1C2Q)
- CALL S2FUNC(C2Q ,SI,SM,S2C2Q)
- WGTC2Q(IWADR(IX,IX0)) = S1C2Q-S2C2Q
- CALL S1FUNC(C2G ,SP,SI,S1C2G)
- CALL S2FUNC(C2G ,SI,SM,S2C2G)
- WGTC2G(IWADR(IX,IX0),NF) = S1C2G-S2C2G
- CALL S1FUNC(CLQ ,SP,SI,S1CLQ)
- CALL S2FUNC(CLQ ,SI,SM,S2CLQ)
- WGTCLQ(IWADR(IX,IX0)) = S1CLQ-S2CLQ
- CALL S1FUNC(CLG ,SP,SI,S1CLG)
- CALL S2FUNC(CLG ,SI,SM,S2CLG)
- WGTCLG(IWADR(IX,IX0),NF) = S1CLG-S2CLG
- CALL S1FUNC(D3Q ,SP,SI,S1D3Q)
- CALL S2FUNC(D3Q ,SI,SM,S2D3Q)
- WGTC3Q(IWADR(IX,IX0)) = S1C2Q-S2C2Q-S1D3Q+S2D3Q
- ENDIF
-
- 80 CONTINUE
-
- 90 CONTINUE
-
- YWGT = 0.
-
- RETURN
- END
-
-CDECK ID>, IWTADR.
-
- INTEGER FUNCTION IWTADR(I,J,K)
-
-C--- Upper diagonal storage: I .ge. J (!)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- IWTADR = 1 + (J-1)*(MXX+1) -
- + (J*(J-1))/2 + (I-J) + (K-1)*(MXX*(MXX+1))/2
-
- RETURN
- END
-
-CDECK ID>, IWTAD.
-
- INTEGER FUNCTION IWTAD(I,J)
-
-C--- Upper diagonal storage: I .ge. J (!)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- IWTAD = 1 + (J-1)*(MXX+1) - (J*(J-1))/2 + (I-J)
-
- RETURN
- END
-
-CDECK ID>, S1FUNC.
-
-C ================================
- SUBROUTINE S1FUNC(FUN,U,V,S1FUN)
-C ================================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- EXTERNAL FUN
-
- COMMON /QCWGTC/ YWGT,QPCG,QMASS,EGAUSS,NF
-
- YWGT = U
- S1FUN = DGAUSS_LHA(FUN,U,V,EGAUSS)*V/(V-U)
-
- YWGT = 0.
-
- RETURN
- END
-
-CDECK ID>, S2FUNC.
-
-C ================================
- SUBROUTINE S2FUNC(FUN,U,V,S2FUN)
-C ================================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- EXTERNAL FUN
-
- COMMON /QCWGTC/ YWGT,QPCG,QMASS,EGAUSS,NF
-
- YWGT = V
- S2FUN = DGAUSS_LHA(FUN,U,V,EGAUSS)*U/(V-U)
-
- YWGT = 0.
-
- RETURN
- END
-
-CDECK ID>, FILLO1.
-
-C =====================
- SUBROUTINE FILLO1(NF)
-C =====================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-C----- | F | | WGTFF WGTFG | | F |
-C----- d/dLnQ2 | | = | | | |
-C----- | G | | WGTGF WGTGG | | G |
-
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- REAL
- +WGTFF1,WGTFG1,
- +WGTGF1,WGTGG1,
- +WGTPP2,WGTPM2,WGTNS2,
- +WGTFF2,WGTFG2,
- +WGTGF2,WGTGG2,
- +WGTC2Q,WGTC2G,YNTC2Q,
- +WGTCLQ,WGTCLG,WGTC3Q
-
- COMMON/QCWEIT/
- +WGTFF1(MXX*(MXX+1)/2) ,WGTFG1(MXX*(MXX+1)/2,3:5),
- +WGTGF1(MXX*(MXX+1)/2) ,WGTGG1(MXX*(MXX+1)/2,3:5),
- +WGTPP2(MXX*(MXX+1)/2,3:5),WGTPM2(MXX*(MXX+1)/2,3:5),
- +WGTNS2(MXX*(MXX+1)/2,3:5),
- +WGTFF2(MXX*(MXX+1)/2,3:5),WGTFG2(MXX*(MXX+1)/2,3:5),
- +WGTGF2(MXX*(MXX+1)/2,3:5),WGTGG2(MXX*(MXX+1)/2,3:5),
- +WGTC2Q(MXX*(MXX+1)/2) ,WGTC2G(MXX*(MXX+1)/2,3:5),
- +WGTCLQ(MXX*(MXX+1)/2) ,WGTCLG(MXX*(MXX+1)/2,3:5),
- +WGTC3Q(MXX*(MXX+1)/2) ,YNTC2Q(MXX)
-
- COMMON/QCWADR/ IWADR(MXX,MXX)
-
-
- DO 100 IX0=1,NXX
- X0 = XXTAB(IX0)
-
- DO 100 IXI=IX0,NXX
- SI = X0 / XXTAB(IXI)
- SP = X0 / XXTAB(IXI+1)
- IF(IXI.EQ.IX0) THEN
- SSP = LOG(SP) / (1.-SP)
- WPQQV = SP + 4.*LOG(1.-SP)+ 2.*SP*SSP
- WPQGV = 3. - (1.-SP)**2 + 3.*SP*SSP
- WPGQV = - 7. - SP - 4.*(1.+SP)*SSP
- WPGGV = - 12.5 - NF/3. + 6.*LOG(1.-SP) + (1.-SP)**2
- + - 6.*(1.+SP)*SSP
- ELSEIF(IXI.EQ.IX0+1) THEN
- SSI = LOG(SI) / (1.-SI)
- WPQQV = SP-1. + SQQ(SI,SP) - 2.*SSI
- WPQGV = (SP-1.)*(2.-SI-SP) - 3.*SP*LOG(SP/SI)/(SP-SI) - 3.*SSI
- WPGQV = 1.-SP + 4.*(SP+1.)*LOG(SP/SI)/(SP-SI) + 8.*SSI
- WPGGV = (1.-SP)*(2.-SI-SP) + 6.*SGG(SI,SP) + 12.*SSI
- ELSE
- SM = X0 / XXTAB(IXI-1)
- WPQQV = SP-SM + SQQ(SI,SP) - SQQ(SI,SM)
- WPQGV = (SP-SM)*(3.-SM-SI-SP) - 3.*SP*LOG(SP/SI)/(SP-SI)
- + + 3.*SM*LOG(SM/SI)/(SM-SI)
- WPGQV = SM-SP + 4.*(SP+1.)*LOG(SP/SI)/(SP-SI)
- + - 4.*(SM+1.)*LOG(SM/SI)/(SM-SI)
- WPGGV = (SM-SP)*(3.-SM-SI-SP) + 6.*( SGG(SI,SP) - SGG(SI,SM) )
- ENDIF
-
- WGTFF1(IWADR(IXI,IX0)) = 2./3. * SI * WPQQV
-
- WGTFG1(IWADR(IXI,IX0),NF) = 1./6. * SI * WPQGV * 2.*NF
-
- WGTGF1(IWADR(IXI,IX0)) = 2./3. * SI * WPGQV
-
- WGTGG1(IWADR(IXI,IX0),NF) = SI * WPGGV
-
-100 CONTINUE
-
- RETURN
- END
-
-CDECK ID>, SQQ.
-
-C ==================================
- DOUBLE PRECISION FUNCTION SQQ(X,Y)
-C ==================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- SQQ = 2./(Y-X) * ( 2.*(Y-1.)*LOG((1.-Y)/(1.-X)) - Y*LOG(Y/X) )
-
- RETURN
- END
-
-CDECK ID>, SGG.
-
-C ==================================
- DOUBLE PRECISION FUNCTION SGG(X,Y)
-C ==================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- SGG = ( (1.+Y)*LOG(Y/X) - (1.-Y)*LOG((1.-Y)/(1.-X)) ) / (Y-X)
-
- RETURN
- END
-
-CDECK ID>, QNSPLF.
-
-C ===============================================
- DOUBLE PRECISION FUNCTION QNSPLF(OPT,X,Q,NFLAV)
-C ===============================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- CHARACTER*(*) OPT
- CHARACTER*10 OPT1
-
- COMMON /QCWGTC/ YWGT,QPGC,QMASS,EGAUSS,NF
-
- DATA OPT1 /' '/
-
- YWGT = 0.
- NF = NFLAV
- QNSPLF = 0.
- QPCG = Q
- CALL QNRGET('CMASS',QMASS)
-
- LEN = LENOCC_LHA(OPT)
- IF(LEN.GT.10 .OR. LEN.LE.0) GOTO 550
-C-- Avoid changing input parameter
- OPT1(1:LEN) = OPT(1:LEN)
- CALL CLTOU_LHA(OPT1)
-
- IF (LEN.GE.4.AND.OPT1(1:4).EQ.'PFF1') THEN
- IF(X.GE.1..OR.X.LT.0.) RETURN
- QNSPLF = PQQLO(X)
- ELSEIF(LEN.GE.4.AND.OPT1(1:4).EQ.'PFG1') THEN
- IF(NF.LE.0) GOTO 500
- IF(X.GT.1..OR.X.LT.0.) RETURN
- QNSPLF = PQGLO(X)
- ELSEIF(LEN.GE.4.AND.OPT1(1:4).EQ.'PGF1') THEN
- IF(X.GT.1..OR.X.LT.0.) RETURN
- QNSPLF = PGQLO(X)
- ELSEIF(LEN.GE.4.AND.OPT1(1:4).EQ.'PGG1') THEN
- IF(X.GE.1..OR.X.LT.0.) RETURN
- QNSPLF = PGGLO(X)
- ELSEIF(LEN.GE.4.AND.OPT1(1:4).EQ.'PPL2') THEN
- IF(NF.LE.0) GOTO 500
- IF(X.GE.1..OR.X.LT.0.) RETURN
- QNSPLF = PP1SFUN(X)
- ELSEIF(LEN.GE.4.AND.OPT1(1:4).EQ.'PMI2') THEN
- IF(NF.LE.0) GOTO 500
- IF(X.GE.1..OR.X.LT.0.) RETURN
- QNSPLF = PM1SFUN(X)
- ELSEIF(LEN.GE.4.AND.OPT1(1:4).EQ.'PFF2') THEN
- IF(NF.LE.0) GOTO 500
- IF(X.GE.1..OR.X.LT.0.) RETURN
- QNSPLF = FF1SFUN(X)
- ELSEIF(LEN.GE.4.AND.OPT1(1:4).EQ.'PFG2') THEN
- IF(NF.LE.0) GOTO 500
- IF(X.GE.1..OR.X.LT.0.) RETURN
- QNSPLF = FG1SFUN(X)
- ELSEIF(LEN.GE.4.AND.OPT1(1:4).EQ.'PGF2') THEN
- IF(NF.LE.0) GOTO 500
- IF(X.GE.1..OR.X.LT.0.) RETURN
- QNSPLF = GF1SFUN(X)
- ELSEIF(LEN.GE.4.AND.OPT1(1:4).EQ.'PGG2') THEN
- IF(NF.LE.0) GOTO 500
- IF(X.GE.1..OR.X.LT.0.) RETURN
- QNSPLF = GG1SFUN(X)
- ELSEIF(LEN.GE.3.AND.OPT1(1:3).EQ.'C1Q') THEN
- IF(X.GE.1..OR.X.LT.0.) RETURN
- QNSPLF = C2Q(X)-CLQ(X)
- ELSEIF(LEN.GE.3.AND.OPT1(1:3).EQ.'C1G') THEN
- IF(NF.LE.0) GOTO 500
- IF(X.GE.1..OR.X.LT.0.) RETURN
- QNSPLF = C2G(X)-CLG(X)
- ELSEIF(LEN.GE.3.AND.OPT1(1:3).EQ.'C2Q') THEN
- IF(X.GE.1..OR.X.LT.0.) RETURN
- QNSPLF = C2Q(X)
- ELSEIF(LEN.GE.3.AND.OPT1(1:3).EQ.'C2G') THEN
- IF(NF.LE.0) GOTO 500
- IF(X.GE.1..OR.X.LT.0.) RETURN
- QNSPLF = C2G(X)
- ELSEIF(LEN.GE.3.AND.OPT1(1:3).EQ.'CLQ') THEN
- IF(X.GE.1..OR.X.LT.0.) RETURN
- QNSPLF = CLQ(X)
- ELSEIF(LEN.GE.3.AND.OPT1(1:3).EQ.'CLG') THEN
- IF(NF.LE.0) GOTO 500
- IF(X.GE.1..OR.X.LT.0.) RETURN
- QNSPLF = CLG(X)
- ELSEIF(LEN.GE.3.AND.OPT1(1:3).EQ.'C3Q') THEN
- IF(X.GE.1..OR.X.LT.0.) RETURN
- QNSPLF = C2Q(X)-D3Q(X)
- ELSEIF(LEN.GE.4.AND.OPT1(1:4).EQ.'C02G') THEN
- IF(X.GE.1..OR.X.LT.0.) RETURN
- QNSPLF = X*C02G_FUN(X)
- ELSEIF(LEN.GE.4.AND.OPT1(1:4).EQ.'C12G') THEN
- IF(X.GE.1..OR.X.LT.0.) RETURN
- QNSPLF = X*C12G_FUN(X)
- ELSEIF(LEN.GE.5.AND.OPT1(1:5).EQ.'C1B2G') THEN
- IF(X.GE.1..OR.X.LT.0.) RETURN
- QNSPLF = X*C1B2G_FUN(X)
- ELSEIF(LEN.GE.4.AND.OPT1(1:4).EQ.'C12Q') THEN
- IF(X.GE.1..OR.X.LT.0.) RETURN
- QNSPLF = X*C12Q_FUN(X)
- ELSEIF(LEN.GE.5.AND.OPT1(1:5).EQ.'C1B2Q') THEN
- IF(X.GE.1..OR.X.LT.0.) RETURN
- QNSPLF = X*C1B2Q_FUN(X)
- ELSEIF(LEN.GE.4.AND.OPT1(1:4).EQ.'D12Q') THEN
- IF(X.GE.1..OR.X.LT.0.) RETURN
- QNSPLF = X*D12Q_FUN(X)
- ELSEIF(LEN.GE.5.AND.OPT1(1:5).EQ.'D1B2Q') THEN
- IF(X.GE.1..OR.X.LT.0.) RETURN
- QNSPLF = X*D1B2Q_FUN(X)
- ELSE
- GOTO 550
- ENDIF
-
- RETURN
-
- 500 CONTINUE
- WRITE(6,'('' QNSPLF: NF not allowed'',I10,
- + '' ---> STOP'')') NF
- STOP
-
- 550 CONTINUE
- WRITE(6,'('' QNSPLF: undefined option '',A,
- + '' ---> STOP'')') OPT
- STOP
-
- END
-
-CDECK ID>, PQGLO.
-
-C ==================================
- DOUBLE PRECISION FUNCTION PQGLO(X)
-C ==================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- COMMON /QCWGTC/ YWGT,QPGC,QMASS,EGAUSS,NF
-
- PQG = NF * ( X*X + (1.-X)*(1.-X) )
-
- PQGLO = (X-YWGT)*PQG/X
-
- RETURN
- END
-
-CDECK ID>, PGQLO.
-
-C ==================================
- DOUBLE PRECISION FUNCTION PGQLO(X)
-C ==================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- COMMON /QCWGTC/ YWGT,QPGC,QMASS,EGAUSS,NF
-
- PGQ = 4. * ( 1. + (1.-X)*(1.-X) ) / ( 3.*X )
-
- PGQLO = (X-YWGT)*PGQ/X
-
- RETURN
- END
-
-CDECK ID>, PQQLO.
-C
-C ==================================
- DOUBLE PRECISION FUNCTION PQQLO(X)
-C ==================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-C
- COMMON /QCWGTC/ YWGT,QPGC,QMASS,EGAUSS,NF
-C
- PQQ = (4./3.) * ( 1. + X*X ) / (1.-X)
-C
- PQQLO = (X-YWGT)*PQQ/X
-C
- RETURN
- END
-
-CDECK ID>, PQQX0.
-C
-C ==================================
- DOUBLE PRECISION FUNCTION PQQX0(X)
-C ==================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-C
- COMMON /QCWGTC/ YWGT,QPGC,QMASS,EGAUSS,NF
-C
- PQQX0 = (4./3.) * ( (X-YWGT)*(1.+X*X)/X - 2.*(1.-YWGT) ) / (1.-X)
-C
- RETURN
- END
-
-CDECK ID>, PGGLO.
-C
-C ==================================
- DOUBLE PRECISION FUNCTION PGGLO(X)
-C ==================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-C
- COMMON /QCWGTC/ YWGT,QPGC,QMASS,EGAUSS,NF
-C
- PGG = 6. * ( X/(1.-X) + (1.-X)/X + X*(1.-X) )
-C
- PGGLO = (X-YWGT)*PGG/X
-C
- RETURN
- END
-
-CDECK ID>, PGGX0.
-C
-C ==================================
- DOUBLE PRECISION FUNCTION PGGX0(X)
-C ==================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-C
- COMMON /QCWGTC/ YWGT,QPGC,QMASS,EGAUSS,NF
-C
- PGGX0 = 6. * (X-YWGT) * ( (1.-X)/(X*X) + 1. - X )
-C
- RETURN
- END
-
-CDECK ID>, PP1SFUN.
-C
-C ====================================
- DOUBLE PRECISION FUNCTION PP1SFUN(X)
-C ====================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-C
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-C
- COMMON /QCWGTC/ YWGT,QPGC,QMASS,EGAUSS,NF
-C
- CX2 = X**2
- C1PX = 1.+X
- C1MX = 1.-X
- CLX = LOG(X)
- CLX2 = CLX**2
- CL1MX = LOG(C1MX)
- CL1PX = LOG(C1PX)
- CPFFX = (1.+CX2) / C1MX
- CPFFMX = (1.+CX2) / C1PX
- CS3X = -DDILOG_LHA(-X)
- CS2X = .5*(CLX2-CPI2S3) + 2.*(CS3X-CLX*CL1PX)
-C
- AAA = - CPFFX*2.*CLX*CL1MX - (2.*X+3./C1MX)*CLX - .5*C1PX*CLX2
- + - 5.*C1MX
- BBB = CPFFX*(.5*CLX2+C11S6*CLX+CPIA) + C1PX*CLX + C20S3*C1MX
- CCC = - CPFFX*C2S3*(C5S3+CLX) - C4S3*C1MX
-C
- PQQ = C16S9*AAA + 4.*BBB + C2S3*NF*CCC
- PQQB = - C4S9 * ( CPFFMX*CS2X + C1PX*CLX + 2.*C1MX )
-C
- PP1S = PQQ + PQQB
- PP1SFUN = (X-YWGT)*PP1S/X
-C
- RETURN
- END
-
-CDECK ID>, PP1SX0.
-C
-C ===================================
- DOUBLE PRECISION FUNCTION PP1SX0(X)
-C ===================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-C
- COMMON /QCWGTC/ YWGT,QPGC,QMASS,EGAUSS,NF
-C
- YREM = YWGT
- YWGT = 0.
- PPLUS = PP1SFUN(X)
- PMINU = PM1SFUN(X)
- YWGT = YREM
- PP1SX0 = (X-YWGT)*PPLUS/X - (1.-YWGT)*PMINU
-C
- RETURN
- END
-
-CDECK ID>, PM1SFUN.
-C
-C ====================================
- DOUBLE PRECISION FUNCTION PM1SFUN(X)
-C ====================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-C
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-C
- COMMON /QCWGTC/ YWGT,QPGC,QMASS,EGAUSS,NF
-C
- CX2 = X**2
- C1PX = 1.+X
- C1MX = 1.-X
- CLX = LOG(X)
- CLX2 = CLX**2
- CL1MX = LOG(C1MX)
- CL1PX = LOG(C1PX)
- CPFFX = (1.+CX2) / C1MX
- CPFFMX = (1.+CX2) / C1PX
- CS3X = -DDILOG_LHA(-X)
- CS2X = .5*(CLX2-CPI2S3) + 2.*(CS3X-CLX*CL1PX)
-C
- AAA = - CPFFX*2.*CLX*CL1MX - (2.*X+3./C1MX)*CLX - .5*C1PX*CLX2
- + - 5.*C1MX
- BBB = CPFFX*(.5*CLX2+C11S6*CLX+CPIA) + C1PX*CLX + C20S3*C1MX
- CCC = - CPFFX*C2S3*(C5S3+CLX) - C4S3*C1MX
-C
- PQQ = C16S9*AAA + 4.*BBB + C2S3*NF*CCC
- PQQB = - C4S9 * ( CPFFMX*CS2X + C1PX*CLX + 2.*C1MX )
-C
- PM1S = PQQ - PQQB
- PM1SFUN = (X-YWGT)*PM1S/X
-C
- RETURN
- END
-
-CDECK ID>, PM1SX0.
-C
-C ===================================
- DOUBLE PRECISION FUNCTION PM1SX0(X)
-C ===================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-C
- COMMON /QCWGTC/ YWGT,QPGC,QMASS,EGAUSS,NF
-C
- YREM = YWGT
- YWGT = 0.
- PMINU = PM1SFUN(X)
- YWGT = YREM
- PM1SX0 = (X-YWGT)*PMINU/X - (1.-YWGT)*PMINU
-C
- RETURN
- END
-
-CDECK ID>, FF1SFUN.
-C
-C ====================================
- DOUBLE PRECISION FUNCTION FF1SFUN(X)
-C ====================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-C
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-C
- COMMON /QCWGTC/ YWGT,QPGC,QMASS,EGAUSS,NF
-C
- CX2 = X**2
- C1PX = 1.+X
- C1MX = 1.-X
- CLX = LOG(X)
- CLX2 = CLX**2
- CL1MX = LOG(C1MX)
- CL1PX = LOG(C1PX)
- CPFFX = (1.+CX2) / C1MX
- CPFFMX = (1.+CX2) / C1PX
- CS3X = -DDILOG_LHA(-X)
- CS2X = .5*(CLX2-CPI2S3) + 2.*(CS3X-CLX*CL1PX)
-C
- AAA = - CPFFX*CLX*(1.5+2.*CL1MX) + 2.*CPFFMX*CS2X
- + - 1. + X + (.5-1.5*X)*CLX - .5*C1PX*CLX2
- BBB = CPFFX*(C11S6*CLX+.5*CLX2+CPIA) - CPFFMX*CS2X
- + + C14S3*C1MX
- CCC = - CPFFX*(C10S9+C2S3*CLX) + C40S9/X - 2.*C1PX*CLX2
- + - C16S3 + C40S3*X + (10.*X+C16S3*CX2+2.)*CLX
- + - C112S9*CX2
-C
- FF1S = C16S9*AAA + 4.*BBB + C2S3*NF*CCC
- FF1SFUN = (X-YWGT)*FF1S/X
-C
- RETURN
- END
-
-CDECK ID>, FF1SX0.
-C
-C ===================================
- DOUBLE PRECISION FUNCTION FF1SX0(X)
-C ===================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-C
- COMMON /QCWGTC/ YWGT,QPGC,QMASS,EGAUSS,NF
-C
- YREM = YWGT
- YWGT = 0.
- FF1S = FF1SFUN(X)
- XP1T = XP1TFUN(X)
- YWGT = YREM
- FF1SX0 = (X-YWGT)*FF1S/X - (1.-YWGT)*XP1T
-C
- RETURN
- END
-
-CDECK ID>, GF1SFUN.
-C
-C ====================================
- DOUBLE PRECISION FUNCTION GF1SFUN(X)
-C ====================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-C
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-C
- COMMON /QCWGTC/ YWGT,QPGC,QMASS,EGAUSS,NF
-C
- CX2 = X**2
- C1PX = 1.+X
- C1MX = 1.-X
- CLX = LOG(X)
- CLX2 = CLX**2
- CL1MX = LOG(C1MX)
- CL1PX = LOG(C1PX)
- CL1MX2 = CL1MX**2
- CPGFX = CX2 + C1MX**2
- CPGFMX = CX2 + C1PX**2
- CS3X = -DDILOG_LHA(-X)
- CS2X = .5*(CLX2-CPI2S3) + 2.*(CS3X-CLX*CL1PX)
-C
- AAA = 4. - 9.*X + (4.*X-1.)*CLX + (2.*X-1.)*CLX2
- + + 4.*CL1MX
- + + (2.*CLX-2.*CLX*CL1MX+CLX2-2.*CL1MX+CL1MX2+CPIE)
- + * 2. * CPGFX
- DDD = C182S9 + C14S9*X + C40S9/X + (C136S3*X-C38S3)*CLX
- + - 4.*CL1MX - (2.+8.*X)*CLX2 + 2.*CS2X*CPGFMX
- + + (C44S3*CLX-CLX2-2.*CL1MX2+4.*CL1MX+CPIF) * CPGFX
-C
- GF1S = C2S3*NF*AAA + 1.5*NF*DDD
- GF1SFUN = (X-YWGT)*GF1S/X
-C
- RETURN
- END
-
-CDECK ID>, XP1TFUN.
-C
-C ====================================
- DOUBLE PRECISION FUNCTION XP1TFUN(X)
-C ====================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-C
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-C
- COMMON /QCWGTC/ YWGT,QPGC,QMASS,EGAUSS,NF
-C
- CX2 = X**2
- C1PX = 1.+X
- C1MX = 1.-X
- CLX = LOG(X)
- CLX2 = CLX**2
- CL1MX = LOG(C1MX)
- CL1PX = LOG(C1PX)
- CL1MX2 = CL1MX**2
- CPFFX = (1.+CX2) / C1MX
- CPFFMX = (1.+CX2) / C1PX
- CPFGX = (1.+C1MX**2) / X
- CPFGMX = - (1.+C1PX**2) / X
- CS1X = -DDILOG_LHA(1.D0-X)
- CS3X = -DDILOG_LHA(-X)
- CS2X = .5*(CLX2-CPI2S3) + 2.*(CS3X-CLX*CL1PX)
-C
- AAA = CPFFX*(1.5*CLX-2.*CLX2+2.*CLX*CL1MX) + 2.*CPFFMX*CS2X
- + - 1. + X + (-1.5+.5*X)*CLX + .5*C1PX*CLX2
- BBB = CPFFX*(C11S6*CLX+.5*CLX2+CPIA) - CPFFMX*CS2X
- + + C14S3*C1MX
- CCC = - CPFFX*(C2S3*CLX+C10S9)
- + - C52S3 + C28S3*X + C112S9*CX2 - C40S9/X
- + - (10.+18.*X+C16S3*CX2)*CLX + 2.*C1PX*CLX2
- PFF1T = C16S9*AAA + 4.*BBB + C2S3*NF*CCC
-C
- AAA = -.5 + 4.5*X + (-8.+.5*X)*CLX + 2.*X*CL1MX
- + + (1.-.5*X)*CLX2
- + + (CL1MX2+4.*CLX*CL1MX-8.*CS1X-CPIB) * CPFGX
- BBB = C62S9 - C35S18*X - C44S9*CX2
- + + (2.+12.*X+C8S3*CX2) * CLX
- + - 2.*X*CL1MX - (4.+X)*CLX2 + CPFGMX*CS2X
- + + ( - 2.*CLX*CL1MX - 3.*CLX - 1.5*CLX2
- + - CL1MX2 + 8.*CS1X + CPIC ) * CPFGX
- PFG1T = C16S9*AAA + 4.*BBB
-C
- XP1T = X * ( PFF1T + PFG1T )
- XP1TFUN = (X-YWGT)*XP1T/X
-C
- RETURN
- END
-
-CDECK ID>, GG1SFUN.
-C
-C ====================================
- DOUBLE PRECISION FUNCTION GG1SFUN(X)
-C ====================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-C
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-C
- COMMON /QCWGTC/ YWGT,QPGC,QMASS,EGAUSS,NF
-C
- CX2 = X**2
- C1PX = 1.+X
- C1MX = 1.-X
- CLX = LOG(X)
- CLX2 = CLX**2
- CL1MX = LOG(C1MX)
- CL1PX = LOG(C1PX)
- CL1MX2 = CL1MX**2
- CS3X = -DDILOG_LHA(-X)
- CS2X = .5*(CLX2-CPI2S3) + 2.*(CS3X-CLX*CL1PX)
-C
- CPGG = 1./C1MX + 1./X -2. + X - CX2
- CMPGG = 1./C1PX - 1./X -2. - X - CX2
-C
-c AAA = -16.+ 8.*X+ C20S3*CX2 + C4S3/X + (-6.-10.*X)*CLX +
- AAA = -16.+ 8.*X+ C20S3*CX2 + C4S3/X + (-6.-10.*X)*CLX
- + -2.*C1PX*CLX2
- BBB = 2.* C1MX + 26./9.*(CX2-1./X) - C4S3*C1PX*CLX -
- + 20./9.*CPGG
- CCC = 27./2.*C1MX + 67./9.*(CX2-1./X)+(-25./3.+11./3.*x-
- + 44./3.*CX2)*CLX+4.*C1PX*CLX2+(67./9.-4.*CLX*CL1MX +
- + CLX2-CPI2S3)*CPGG + 2.*CMPGG*CS2X
-C
- GG1S = C2S3*NF*AAA + 1.5*NF*BBB + 9.* CCC
- GG1SFUN = (X-YWGT)*GG1S/X
-C
- RETURN
- END
-
-CDECK ID>, GG1SX0.
-C
-C ===================================
- DOUBLE PRECISION FUNCTION GG1SX0(X)
-C ===================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-C
- COMMON /QCWGTC/ YWGT,QPGC,QMASS,EGAUSS,NF
-C
- YREM = YWGT
- YWGT = 0.
- GG1S = GG1SFUN(X)
- XG1T = XG1TFUN(X)
- YWGT = YREM
- GG1SX0 = (X-YWGT)*GG1S/X - (1.-YWGT)*XG1T
-C
- RETURN
- END
-
-CDECK ID>, FG1SFUN.
-C
-C ====================================
- DOUBLE PRECISION FUNCTION FG1SFUN(X)
-C ====================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-C
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-C
- COMMON /QCWGTC/ YWGT,QPGC,QMASS,EGAUSS,NF
-C
- CX2 = X**2
- C1PX = 1.+X
- C1MX = 1.-X
- CLX = LOG(X)
- CLX2 = CLX**2
- CL1MX = LOG(C1MX)
- CL1PX = LOG(C1PX)
- CL1MX2 = CL1MX**2
- CPFGX = (1.+C1MX**2) / X
- CPFGMX = - (1.+C1PX**2) / X
- CS3X = -DDILOG_LHA(-X)
- CS2X = .5*(CLX2-CPI2S3) + 2.*(CS3X-CLX*CL1PX)
-C
- AAA = -5./2.- 7./2.*X+(2.+7./2.*X)*CLX+(-1.+0.5*X)*CLX2
- + -2.*X*CL1MX+ (-3.*CL1MX-CL1MX2)*CPFGX
- BBB = 28./9.+65./18.*X+44./9.*CX2+(-12.-5.*X-8./3.*CX2)*CLX+
- + (4.+X)*CLX2+2.*X*CL1MX+ (-2.*CLX*CL1MX+0.5*CLX2+
- + 11./3.*CL1MX+CL1MX2-0.5*CPI2S3+0.5)*CPFGX+CPFGMX*CS2X
- CCC = -C4S3*X- (20./9.+C4S3*CL1MX)*CPFGX
-C
- FG1S = C16S9*AAA+4.*BBB+2./3.*NF*CCC
- FG1SFUN = (X-YWGT)*FG1S/X
-C
- RETURN
- END
-
-CDECK ID>, XG1TFUN.
-C
-C ====================================
- DOUBLE PRECISION FUNCTION XG1TFUN(X)
-C ====================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-C
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-C
- COMMON /QCWGTC/ YWGT,QPGC,QMASS,EGAUSS,NF
-C
- CX2 = X**2
- C1PX = 1.+X
- C1MX = 1.-X
- CLX = LOG(X)
- CLX2 = CLX**2
- CL1MX = LOG(C1MX)
- CL1PX = LOG(C1PX)
- CL1MX2 = CL1MX**2
- CPGFX = CX2 + C1MX**2
- CPGFMX = CX2 + C1PX**2
- CS1X = -DDILOG_LHA(1.D0-X)
- CS3X = -DDILOG_LHA(-X)
- CS2X = .5*(CLX2-CPI2S3) + 2.*(CS3X-CLX*CL1PX)
-C
- CPGG = 1./C1MX + 1./X -2. + X - CX2
- CMPGG = 1./C1PX - 1./X -2. - X - CX2
-C
- AAA = -4.+12.*x-164./9.*CX2+92./9./X+(10.+14.*X+C16S3*CX2+
- + C16S3/X)*CLX + 2.*C1PX*CLX2
- BBB = 2.-2.*X+26./9.*(CX2-1./X)-C4S3*C1PX*CLX-
- + (20./9.+8./3.*CLX)*CPGG
- CCC = 27./2.*(C1MX)+67./9.*(CX2-1./X)+(11./3.-25./3.*X-
- + 44./3./X)*CLX -4.*(C1PX) * CLX2 + (4.*CLX*CL1MX -
- + 3.*CLX2+22./3.*CLX-CPI2S3+67./9.)*CPGG+
- + 2.*CMPGG*CS2X
- PGG1T = 2./3.*NF*AAA+3./2.*NF*BBB+9.*CCC
-C
- AAA = -8./3.-(16./9.+8./3.*CLX+8./3.*CL1MX)*CPGFX
- BBB = -2.+3.*X+(-7.+8.*X)*CLX-4.*CL1MX + (1.-2.*X)*CLX2
- + +(-4.*CLX*CL1MX-2.*CLX2-2.*CL1MX+2.*CLX-2.*CL1MX2
- + +16.*CS1X+ 2.*PI*PI - 10.)*CPGFX
- CCC = -152./9.+166./9.*X-40./9./X+ (-C4S3-76./3.*X)*CLX+
- + 4.*CL1MX + (2.+8.*X)*CLX2+ (8.*CLX*CL1MX-CLX2-
- + C4S3*CLX+10./3.*CL1MX+2.*CL1MX2-16.*CS1X-7.*CPI2S3+
- + 178./9.)*CPGFX+2.*CPGFMX*CS2X
- PGF1T = (0.5*NF)**2*AAA+2./3.*NF*BBB+3./2.*NF*CCC
-C
- XG1T = X * ( PGG1T + PGF1T )
- XG1TFUN = (X-YWGT)*XG1T/X
-C
- RETURN
- END
-
-CDECK ID>, C2Q.
-
-C ================================
- DOUBLE PRECISION FUNCTION C2Q(X)
-C ================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- COMMON /QCWGTC/ YWGT,QPGC,QMASS,EGAUSS,NF
-
- C1MX = 1.-X
- C2Q = 3. + C5S3*X + (C4S3*LOG(C1MX/X)-1.) * (1.+X**2) / C1MX
- C2Q = (X-YWGT)*C2Q/X
-
- RETURN
- END
-
-CDECK ID>, C2QX0.
-
-
-C ==================================
- DOUBLE PRECISION FUNCTION C2QX0(X)
-C ==================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- COMMON /QCWGTC/ YWGT,QPGC,QMASS,EGAUSS,NF
-
- C1MX = 1.-X
- C2Q = 3. + C5S3*X + (C4S3*LOG(C1MX/X)-1.) * (1.+X**2) / C1MX
-
- C2QX0 = ((X-YWGT)/X+YWGT-1.)*C2Q
-
- RETURN
- END
-
-CDECK ID>, C2G.
-
-C ================================
- DOUBLE PRECISION FUNCTION C2G(X)
-C ================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- COMMON /QCWGTC/ YWGT,QPGC,QMASS,EGAUSS,NF
-
- C1MX = 1. - X
- C2G = -.5 + 4.*X*C1MX + .5 * (X**2+C1MX**2) * LOG(C1MX/X)
- C2G = 2.*NF*(X-YWGT)*C2G/X
-
- RETURN
- END
-
-CDECK ID>, CLQ.
-
-C ================================
- DOUBLE PRECISION FUNCTION CLQ(X)
-C ================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- COMMON /QCWGTC/ YWGT,QPGC,QMASS,EGAUSS,NF
-
- CLQ = C8S3*X
- CLQ = (X-YWGT)*CLQ/X
-
- RETURN
- END
-
-CDECK ID>, CLG.
-
-C ================================
- DOUBLE PRECISION FUNCTION CLG(X)
-C ================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- COMMON /QCWGTC/ YWGT,QPGC,QMASS,EGAUSS,NF
-
- CLG = NF*4.*X*(1.-X)
- CLG = (X-YWGT)*CLG/X
-
- RETURN
- END
-
-CDECK ID>, D3Q.
-
-C ================================
- DOUBLE PRECISION FUNCTION D3Q(X)
-C ================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
-C-- C3Q = C2Q - D3Q
-
- COMMON /QCWGTC/ YWGT,QPGC,QMASS,EGAUSS,NF
-
- D3Q = C4S3*(1.+X)
-C-- Fixed this bug in QCDNUM16.11 17-01-98
-C D3Q = (X-YWGT)*C3Q/X
- D3Q = (X-YWGT)*D3Q/X
-
- RETURN
- END
-
-CDECK ID>, PCGFUN.
-
-C ===================================
- DOUBLE PRECISION FUNCTION PCGFUN(X)
-C ===================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-C-- Pcg (heavy quark) splitting function taken from
-C-- Glueck, Hoffmann and Reya, Z. Phys. C13(1982)119 eq. (2.6).
-C-- Notice that if YWGT is set to zero, PCGFUN(X) returns Pcg(x).
-C-- Q2 and the quark mass are passed through the common block
-C-- /QCWGTC/ as QPCG and QMASS respectively.
-
- COMMON /QCWGTC/ YWGT,QPCG,QMASS,EGAUSS,NF
-
- FACTOR = QMASS*QMASS/QPCG
- PCG = 0.
- IF(X.LT.(1./(1.+4.*FACTOR))) THEN
- U = 1.-X
- V = SQRT(1.-4.*FACTOR*X/(1.-X))
- PCG = (1./V)*(0.5-X*U+FACTOR*X*(3.-4.*X)/U
- + -16.*FACTOR*FACTOR*X*X) -
- + (2.*FACTOR*X*(1.-3.*X)-8.*FACTOR*FACTOR*X*X)
- + *LOG((1.+V)/(1.-V))
- ENDIF
- PCGFUN = (X-YWGT)*PCG/X
-
- RETURN
- END
-
-CDECK ID>, QASTOL.
-
-C ==============================
- SUBROUTINE LFROMA(AS,Q2,QL,NF)
-C ==============================
-
-C--- Calculate Lambda^(nf) given alpha_s(Q^2)
-
- WRITE(6,'(/'' ------------------------------------'')')
- WRITE(6,'( '' QCDNUM error in s/r LFROMA ---> STOP'')')
- WRITE(6,'( '' ------------------------------------'')')
- WRITE(6,'(/'' This s/r is not available...... '')')
-
- STOP
- END
-
-
-CDECK ID>, AFROML.
-
-C ==============================
- SUBROUTINE AFROML(QL,NF,AS,Q2)
-C ==============================
-
-C--- Calculate alpha_s(Q^2) given Lambda^(nf)
-
- WRITE(6,'(/'' ------------------------------------'')')
- WRITE(6,'( '' QCDNUM error in s/r AFROML ---> STOP'')')
- WRITE(6,'( '' ------------------------------------'')')
- WRITE(6,'(/'' This s/r is not available...... '')')
-
- STOP
- END
-
-CDECK ID>, QNALFA.
-
-C =====================================
- DOUBLE PRECISION FUNCTION QNALFA(QQ2)
-C =====================================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- IF(LBMARK) THEN
-c fix for rgr
- call rgras(qnalfa,qq2)
-c print *,' 1 rgras called and NF is ',nf
-c F = 4.
-c QCDL = 0.250
-c QNALFA = QNALAM(F,QQ2,QCDL,IORD)
- ELSEIF(LASOLD) THEN
- QNALFA = A0TOA1_OLD(QQ2,Q0ALFA,ALPHA0,IORD,NF,IERR)
- ELSE
- QNALFA = A0TOA1(QQ2,Q0ALFA,ALPHA0,IORD,NF,IERR)
- ENDIF
-
- RETURN
- END
-
-CDECK ID>, QALFAS.
-
-C ===================================================
- DOUBLE PRECISION FUNCTION QALFAS(QQ2,QLAMB,NF,IERR)
-C ===================================================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- IF(LBMARK) THEN
-c fix for rgr alphas
-c print *,' 2 rgras called and NF is '
- call rgras(qalfas,qq2)
- QLAMB = SQRT(Q_LAMB2(QQ2,QALFAS,NF,IORD))
-c F = 4.
-c QCDL = 0.250
-c QALFAS = QNALAM(F,QQ2,QCDL,IORD)
-c NF = F
-c QLAMB = 0.
- ELSEIF(LASOLD) THEN
- QALFAS = A0TOA1_OLD(QQ2,Q0ALFA,ALPHA0,IORD,NF,IERR)
- QLAMB = SQRT(Q_LAMB2(QQ2,QALFAS,NF,IORD))
- IF(IERR.NE.0) QLAMB = 0.
- ELSE
- QALFAS = A0TOA1(QQ2,Q0ALFA,ALPHA0,IORD,NF,IERR)
- QLAMB = SQRT(Q_LAMB2(QQ2,QALFAS,NF,IORD))
- IF(IERR.NE.0) QLAMB = 0.
- ENDIF
-
- RETURN
- END
-
-CDECK ID>, QFILAS.
-
-C ========================
- SUBROUTINE QFILAS(SRNAM)
-C ========================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- CHARACTER*6 SRNAM
-
-C-- Check quark masses
- IF(.NOT.(0.LE.UDSCBT(1) .AND. UDSCBT(1).LE.UDSCBT(2) .AND.
- + UDSCBT(2).LE.UDSCBT(3) .AND. UDSCBT(3).LT.UDSCBT(4) .AND.
- + UDSCBT(4).LT.UDSCBT(5) .AND. UDSCBT(5).LT.UDSCBT(6))) THEN
- IERR = 1
- GOTO 500
- ENDIF
-
- IF(LBMARK) THEN
-c-- This is a fix to put in the RGR alphas
- DO IQ = 1,NQ2
-
-C-- Alphas at the renormalistion scale
- QQ2 = Q2TAB(IQ)*AAAR2 + BBBR2
-c print *,' 3 rgras called and iord is ',iord
- call rgras(ALF,QQ2)
-c print *,nf,iord,alf,qq2
- BET0 = 11.-2*NF/3.
- ALFASQ(IQ) = ALF
- ALFAPQ(IQ) = ALF/(2.*PI)
- ALFA2Q(IQ) = 0.
- IF(IORD.GE.2) THEN
- ALFA2Q(IQ) = ALFAPQ(IQ)*ALFAPQ(IQ)
- FACT = LOG(QQ2/Q2TAB(IQ))*BET0*0.5
- ALFAPQ(IQ) = ALFAPQ(IQ)*(1.+FACT*ALFAPQ(IQ))
- ENDIF
-
- ENDDO
-
-
-cC-- Alphas for benchmark tests (HERA workshop)
-c
-c F = 4.
-c QCDL = 0.250
-c
-c DO IQ = 1,NQ2
-c
-cC-- Alphas at the renormalistion scale
-c QQ2 = Q2TAB(IQ)*AAAR2 + BBBR2
-c ALFASQ(IQ) = QNALAM(F,QQ2,QCDL,IORD)
-c BET0 = 11.-2.*F/3.
-c ALFAPQ(IQ) = ALFASQ(IQ) /(2.*PI)
-c ALFA2Q(IQ) = 0.
-c IEALFA(IQ) = 0
-c IF(IORD.GE.2) THEN
-c ALFA2Q(IQ) = ALFAPQ(IQ)*ALFAPQ(IQ)
-c FACT = LOG(QQ2/Q2TAB(IQ))*BET0*0.5
-c ALFAPQ(IQ) = ALFAPQ(IQ)*(1.+FACT*ALFAPQ(IQ))
-c ENDIF
-c
-c ENDDO
-
- ELSEIF(LASOLD) THEN
-
-C-- Alphas from old routine (for backwards compatibility)
-
- DO IQ = 1,NQ2
-
-C-- Alphas at the renormalistion scale
- QQ2 = Q2TAB(IQ)*AAAR2 + BBBR2
- ALFASQ(IQ) = A0TOA1_OLD(QQ2,Q0ALFA,ALPHA0,IORD,NF,IERR)
- BET0 = 11.-2*NF/3.
- IEALFA(IQ) = IERR
- ALFAPQ(IQ) = ALFASQ(IQ) /(2.*PI)
- ALFA2Q(IQ) = 0.
- IF(IORD.GE.2) THEN
- ALFA2Q(IQ) = ALFAPQ(IQ)*ALFAPQ(IQ)
- FACT = LOG(QQ2/Q2TAB(IQ))*BET0*0.5
- ALFAPQ(IQ) = ALFAPQ(IQ)*(1.+FACT*ALFAPQ(IQ))
- ENDIF
-
- ENDDO
-
- ELSE
-
-C-- This is the alphas to be used
-
- DO IQ = 1,NQ2
-
-C-- Alphas at the renormalistion scale
- QQ2 = Q2TAB(IQ)*AAAR2 + BBBR2
- ALF = A0TOA1(QQ2,Q0ALFA,ALPHA0,IORD,NF,IERR)
-c print *,iord,nf,qq2,alf
- BET0 = 11.-2*NF/3.
- IEALFA(IQ) = IERR
- ALFASQ(IQ) = ALF
- ALFAPQ(IQ) = ALF/(2.*PI)
- ALFA2Q(IQ) = 0.
- IF(IORD.GE.2) THEN
- ALFA2Q(IQ) = ALFAPQ(IQ)*ALFAPQ(IQ)
- FACT = LOG(QQ2/Q2TAB(IQ))*BET0*0.5
- ALFAPQ(IQ) = ALFAPQ(IQ)*(1.+FACT*ALFAPQ(IQ))
- ENDIF
-
- ENDDO
-
- ENDIF
-
- LALFOK = .TRUE.
-C-- Invalidate all evolutions
- CALL QNFALS(LEVDONE,MXX*10)
-
-C-- Find lowest Q2 for which alpha_s is calculated
- QMINAS = Q2TAB(NQ2)
- DO IQ = NQ2,1,-1
- IF(IEALFA(IQ).EQ.0) QMINAS = Q2TAB(IQ)
- ENDDO
-
- RETURN
-
- 500 CONTINUE
- WRITE(6,'(/'' ------------------------------------'')')
- WRITE(6,'( '' QCDNUM error in s/r '',A,'' ---> STOP'')')
- + SRNAM
- WRITE(6,'( '' ------------------------------------'')')
- WRITE(6,'( '' Umass :'',E12.5)') UDSCBT(1)
- WRITE(6,'( '' Dmass :'',E12.5)') UDSCBT(2)
- WRITE(6,'( '' Smass :'',E12.5)') UDSCBT(3)
- WRITE(6,'( '' Cmass :'',E12.5)') UDSCBT(4)
- WRITE(6,'( '' Bmass :'',E12.5)') UDSCBT(5)
- WRITE(6,'( '' Tmass :'',E12.5)') UDSCBT(6)
- IF(IERR.EQ.1) THEN
- WRITE(6,'(/'' Quark masses not in ascending order'')')
- ENDIF
-
- CALL QTRACE('QFILAS ',1)
-
- STOP
-
- END
-
-CDECK ID>, GET_AS.
-
-C =======================================
- DOUBLE PRECISION FUNCTION GET_AS(IQ,TQ)
-C =======================================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-C-- Interpolation of alpha_s table: returns alpha_s/(2pi)
-C-- Input IQ must be in the range 1,...,NQ2-1
-
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
- GET_AS = ((1.-TQ)*ALFASQ(IQ)+TQ*ALFASQ(IQ+1))/(2.*PI)
-
- RETURN
- END
-
-CDECK ID>, QNALAM.
-
-C =================================================
- DOUBLE PRECISION FUNCTION QNALAM (F,Q2,QCDL,IORD)
-C =================================================
-
- IMPLICIT DOUBLE PRECISION (A - Z)
- INTEGER IORD
-
- DATA PI / 3.14159265359 /
-
-C--- Calculation of alpha strong (Q**2) in NLO :
-C--- F = number of flavours
-C--- Q2 = Q**2 in GeV**2
-C--- QCDL = Lambda(MSbar) in GeV
-
- B0 = 11.D0 - 2.D0/3.D0 * F
- B0S = B0 * B0
- B1 = 102.D0 - 38.D0/3.D0 * F
- LAM2 = QCDL * QCDL
- LQ2 = DLOG (Q2/LAM2)
- QNALAM = 1.D0/(B0 * LQ2)
- IF(IORD.GE.2) QNALAM = QNALAM - 1.D0/(B0 * LQ2) *
- + (B1/B0S * DLOG(LQ2)/LQ2)
- QNALAM = QNALAM*4.D0*PI
-
- RETURN
- END
-
-CDECK ID>, A0TOA1.
-
-C ===========================================================
- DOUBLE PRECISION FUNCTION A0TOA1(QSU,QS0,AS0,IORD,NFF,IERR)
-C ===========================================================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- QS1 = QSU
-
- QMU0 = SQRT(QS0)
- QMU1 = SQRT(QS1)
-
- DO 10 I=1,6
- IF(QMU0.GE.UDSCBT(I)) NF0 = I
- IF(QMU1.GE.UDSCBT(I)) NF1 = I
- 10 CONTINUE
-
- IF(NF1.LT.NF0) THEN
- IST = -1
- JST = 0
- ELSE
- IST = 1
- JST = 1
- ENDIF
-
- ALFA0 = AS0
- Q00 = QS0
-
- DO 50 NF = NF0,NF1,IST
-
- IF(NF.NE.NF1) THEN
- Q21 = UDSCBT(NF+JST)*UDSCBT(NF+JST)
- ELSE
- Q21 = QS1
- ENDIF
- ALFA1 = ALPHAR(Q21,Q00,ALFA0,NF,IORD,JERR)
- ALFA0 = ALFA1
- Q00 = Q21
-
- 50 CONTINUE
-
- A0TOA1 = ALFA0
- NFF = NF1
- IERR = JERR
-
- RETURN
- END
-
-C ===============================================================
- DOUBLE PRECISION FUNCTION A0TOA1_OLD(QSU,QS0,AS0,IORD,NFF,IERR)
-C ===============================================================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- QS1 = QSU
-
- QMU0 = SQRT(QS0)
- QMU1 = SQRT(QS1)
-
- DO 10 I=1,6
- IF(QMU0.GE.UDSCBT(I)) NF0 = I
- IF(QMU1.GE.UDSCBT(I)) NF1 = I
- 10 CONTINUE
-
- IF(NF1.LT.NF0) THEN
- IST = -1
- JST = 0
- ELSE
- IST = 1
- JST = 1
- ENDIF
-
- ALFA0 = AS0
- Q00 = QS0
-
- DO 50 NF = NF0,NF1,IST
-
- IF(NF.NE.NF1) THEN
- Q21 = UDSCBT(NF+JST)*UDSCBT(NF+JST)
- ELSE
- Q21 = QS1
- ENDIF
- ALFA0 = ALPHAR_OLD(Q21,Q00,ALFA0,NF,IORD,JERR)
- Q00 = Q21
-
- 50 CONTINUE
-
- A0TOA1_OLD = ALFA0
- NFF = NF1
- IERR = JERR
-
- RETURN
- END
-
-CDECK ID>, ALPHAR.
-
-C ==========================================================
- DOUBLE PRECISION FUNCTION ALPHAR(QSQ,QS0,AS0,NF,IORD,IERR)
-C ==========================================================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-C-- ALPHAS FROM RGE GIVEN AS0 AT QS0
-
- DATA PI / 3.14159265359 /
-
- BET0 = 11.-2*NF/3.
- BET1 = 102.-38*NF/3.
- B0 = BET0/(4.*PI)
- B1 = BET1/(4.*PI*BET0)
- IERR = 0
-
- TERM0 = 1./AS0+B0*LOG(QSQ/QS0)
- IF(TERM0.LE.0.) THEN
- ALPHAR = 100.
- IERR = 1
- RETURN
- ENDIF
- ALFA0 = 1./TERM0
- IF(IORD.EQ.1) THEN
- ALPHAR = ALFA0
- RETURN
- ENDIF
- 20 CONTINUE
- ARG = (1./ALFA0+B1)/(1./AS0+B1)
- IF(ARG.LE.0.) THEN
- ALPHAR = 100.
- IERR = 1
- RETURN
- ELSE
- TERM = TERM0+B1*LOG(ARG)
- IF(TERM.LE.0) THEN
- ALPHAR = 100.
- IERR = 1
- RETURN
- ELSE
- ALFA1 = 1./TERM
- ENDIF
- ENDIF
- IF(ABS(ALFA1-ALFA0).GT.1.E-6) THEN
- ALFA0 = ALFA1
- GOTO 20
- ENDIF
-
- ALPHAR = ALFA1
-
- RETURN
- END
-
-C ==============================================================
- DOUBLE PRECISION FUNCTION ALPHAR_OLD(QSQ,QS0,AS0,NF,IORD,IERR)
-C ==============================================================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-C-----MARCHIANO: ALPHAS FROM RGE GIVEN AS0 AT QS0
-C-----This routine uses an incorrect truncation -->
-C-----alpha_s is about 0.4% too low.
-
- DATA PI / 3.1415927 /
-
- QMU = SQRT(QSQ)
- QM0 = SQRT(QS0)
-
- B3 = -(11.-2.*NF/3.)/(2.*PI)
- B33 = -(51.-19.*NF/3.)/(4.*PI*PI)
- B333 = -(2857.-5033.*NF/9.+325.*NF*NF/27.)/(64.*PI*PI*PI)
- IERR = 0
-
- TERM0 = 1./AS0-B3*LOG(QMU/QM0)
- ALFA0 = 1./TERM0
- IF(IORD.EQ.1) THEN
- ALPHAR_OLD = ALFA0
- RETURN
- ENDIF
- 20 CONTINUE
- TERM = TERM0-B33*LOG(ALFA0/AS0)/B3
- IF(IORD.EQ.3) TERM = TERM-(B333*B3-B33*B33)*(ALFA0-AS0)/(B3*B3)
- ALFA1 = 1./TERM
- IF(ABS(ALFA1-ALFA0).GT.1.E-6) THEN
- ALFA0 = ALFA1
- GOTO 20
- ENDIF
-
- ALPHAR_OLD = ALFA1
-
- RETURN
- END
-
-CDECK ID>, Q_LAMB2.
-
-C ==================================================
- DOUBLE PRECISION FUNCTION Q_LAMB2(QS0,AS0,NF,IORD)
-C ==================================================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-C-- Calculate lambda**2 given AS0 at QS0
-
- DATA PI / 3.14159265359 /
-
- BET0 = 11.-2*NF/3.
- BET1 = 102.-38*NF/3.
- AS = AS0/(4.*PI)
-
- Q_LAMB2 = QS0*EXP(-1./(BET0*AS))
-
- IF(IORD.EQ.1) RETURN
-
- ARG = 1. + BET0/(BET1*AS)
- POW = BET1/(BET0*BET0)
- Q_LAMB2 = Q_LAMB2*ARG**POW
-
- RETURN
- END
-
-CDECK ID>, QHEAVY.
-
-c Heavy quark structure functions.
-c Heavy quark coefficient functions up to NLO are taken from the code
-c of S. Riemersma. For reference, see S. Riemersma, J. Smith and
-c W.L. van Neerven, Phys. Lett. B347(1995)143.
-
-CDECK ID>, GET_FKH.
-
-C =====================================================
- DOUBLE PRECISION FUNCTION GET_FKH(IDF,ID,IX0,IQ,IERR)
-C =====================================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-C-- Input: IDF = 4,5,6,7 for F2c,Flc,F2b,Flb
-C-- Input: ID parton distribution identifier
-C-- IX0 x gridpoint of heavy quark grid
-C-- IQ Q2 gridpoint
-C-- Output: IERR = 0 FKH successfully calculated
-C-- = 1 Fast calculation
-C-- = -1 Scale mu outside grid
-
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- LOGICAL
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL,LASOLD
-
- COMMON/QCFLAG/
- +IORD,IOLAST,
- +LDOUBL,LBMARK,LWF2C,LWF2B,LWFLC,LWFLB,
- +LW1ANA,LW1NUM,LW2NUM,LW2STF,LIMCK,LPLUS,
- +LALFOK,LDQ2OK,LWT1OK,LWT2OK,
- +LWTFOK,LWFCOK,LWLCOK,LWFBOK,LWLBOK,LMARK,LCLOWQ,
- +LFFCAL(7,30),LASOLD
-
-
- CHARACTER*5 PNAM,STFNAM
- LOGICAL LNFP
- COMMON /QCLNFP/ LNFP(0:30,3:5)
- COMMON /QCPNAM/ PNAM(0:30)
- COMMON /QCPWGT/ PWGT(0:10,0:30,3:5)
- COMMON /QCFNAM/ STFNAM(7)
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- REAL
- +WH_C0KG,WH_C1KG,WH_C1BKG,
- +WH_C1KQ,WH_C1BKQ,WH_D1KQ,WH_D1BKQ
-
- COMMON/QCHWGT/
- +WH_C0KG(0:MXX,MQ2,4:7),
- +WH_C1KG(0:MXX,MQ2,4:7),WH_C1BKG(0:MXX,MQ2,4:7),
- +WH_C1KQ(0:MXX,MQ2,4:7),WH_C1BKQ(0:MXX,MQ2,4:7),
- +WH_D1KQ(0:MXX,MQ2,4:7),WH_D1BKQ(0:MXX,MQ2,4:7)
-
-
- COMMON/QCPASS/
- +ALPHA0, Q0ALFA, ASLAST, QALAST,
- +ALFASQ(MQ2), ALFAPQ(MQ2), ALFA2Q(MQ2),
- +DELUP(MQ2), DELDN(MQ2), PDFQCD(MXX,MQ2,0:10),
- +FNSQCD(MXX,MQ2),DNSQCD(MXX,MQ2),
- +FSIQCD(MXX,MQ2),DSIQCD(MXX,MQ2),
- +FGLQCD(MXX,MQ2),DGGQCD(MXX,MQ2),
- +FSTORE(MXX,MQ2,31:30+NDFMAX),IDFAST(7,30),NDFAST,
- +MARKFF(MXX,MQ2),MARKFH(MXX,MQ2),MARKQQ(MQ2),
- +ISTFID(31:30+NDFMAX),IPDFID(31:30+NDFMAX),IEALFA(MQ2),
- +IQL_LAST(10),IQ0_LAST(10),IQH_LAST(10)
-
- LOGICAL LEVDONE,LE_DONE
- COMMON/QCLEVL/
- +LEVDONE(MXX,10),LE_DONE(MXX)
-
-
-C-- Correct quark mass
- QMASS = CBMSTF(IDF)
- CCCC = CHARGE(IDF)
-
- GET_FKH = 0.
-
- IF(LFFCAL(IDF,ID)) THEN
- IERR = 1
- JD = IDFAST(IDF,ID)
- GET_FKH = FSTORE(IX0,IQ,JD)
- IF(GET_FKH.GE.-99.) RETURN
- ENDIF
-
- QMU = Q2TAB(IQ)*AAM2H + BBM2H
- IMU = MIN(ABS(IQFROMQ(QMU)),NQ2-1)
- IF(IMU.EQ.0) THEN
- IERR = -1
- RETURN
- ENDIF
- QR2 = QMU*AAAR2 + BBBR2
- IR2 = MIN(ABS(IQFROMQ(QR2)),NQ2-1)
- IF(IR2.EQ.0) THEN
- IERR = -1
- RETURN
- ENDIF
-
- IERR = 0
- TQ = LOG(QMU/Q2TAB(IMU))/LOG(Q2TAB(IMU+1)/Q2TAB(IMU))
- TR = LOG(QR2/Q2TAB(IR2))/LOG(Q2TAB(IR2+1)/Q2TAB(IR2))
-
- IF(IORD.EQ.1) THEN
-
- FF = 0.
- DO IX = IX0,NXX
- IXL = IHTAB(IX)
- X = XHTAB(IX)
- TX = (X-XXTAB(IXL))/(XXTAB(IXL+1)-XXTAB(IXL))
- GL = GET_PDFXQ(0,IXL,IMU,TX,TQ)
- FF = FF + WH_C0KG(IX-IX0,IQ,IDF)*GL
- ENDDO
- GET_FKH = CCCC * GET_AS(IR2,TR) * FF
-
- ELSE
-
- AS = GET_AS(IR2,TR)
- F1 = 0.
- F2 = 0.
- F3 = 0.
- F4 = 0.
- FACT = LOG(QMU/(QMASS*QMASS))
- DO IX = IX0,NXX
- IXL = IHTAB(IX)
- X = XHTAB(IX)
- TX = (X-XXTAB(IXL))/(XXTAB(IXL+1)-XXTAB(IXL))
- GL = GET_PDFXQ( 0,IXL,IMU,TX,TQ)
- SI = GET_PDFXQ( 1,IXL,IMU,TX,TQ)
- QU = GET_PDFXQ(ID,IXL,IMU,TX,TQ)
- I = IX-IX0
- F1 = F1 + WH_C0KG(I,IQ,IDF)*GL
- F2 = F2 + (WH_C1KG(I,IQ,IDF)+WH_C1BKG(I,IQ,IDF)*FACT)*GL
- F3 = F3 + (WH_C1KQ(I,IQ,IDF)+WH_C1BKQ(I,IQ,IDF)*FACT)*SI
- F4 = F4 + (WH_D1KQ(I,IQ,IDF)+WH_D1BKQ(I,IQ,IDF)*FACT)*QU
- ENDDO
- GET_FKH = CCCC * (AS*F1+AS*AS*(F2+F3)) + AS*AS*F4
- ENDIF
-
- RETURN
- END
-
-CDECK ID>, FIL_F2H.
-
-C =======================
- SUBROUTINE FIL_F2H(IDF)
-C =======================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- EXTERNAL C02G_FUN, C12G_FUN, C1B2G_FUN
- EXTERNAL C12Q_FUN, C1B2Q_FUN
- EXTERNAL D12Q_FUN, D1B2Q_FUN
-
- COMMON /QCWGTC/ YWGT,QPCG,QMASS,EGAUSS,NF
-
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- REAL
- +WH_C0KG,WH_C1KG,WH_C1BKG,
- +WH_C1KQ,WH_C1BKQ,WH_D1KQ,WH_D1BKQ
-
- COMMON/QCHWGT/
- +WH_C0KG(0:MXX,MQ2,4:7),
- +WH_C1KG(0:MXX,MQ2,4:7),WH_C1BKG(0:MXX,MQ2,4:7),
- +WH_C1KQ(0:MXX,MQ2,4:7),WH_C1BKQ(0:MXX,MQ2,4:7),
- +WH_D1KQ(0:MXX,MQ2,4:7),WH_D1BKQ(0:MXX,MQ2,4:7)
-
-
- QMASS = CBMSTF(IDF)
-
- EGAUSS = 0.001
-
- DO 400 IQ = 1,NQ2
-
- QPCG = Q2TAB(IQ)
- APCG = 1.+4.*QMASS*QMASS/QPCG
-
- IX0 = 1
- X0 = XHTAB(IX0)
-
-* WRITE(6,'('' Calculate F2H weights for IX ='',I4)') IX0
-
- DO 200 IX = IX0,NXX
-
- XI = XHTAB(IX)
- XIP1 = XHTAB(IX+1)
- IF(IX.GT.IX0) XIM1 = XHTAB(IX-1)
- IF(XIP1.LE.X0*APCG) GOTO 200
- XI = MAX(XI,X0*APCG)
- SIP1 = X0/XIP1
- SI = X0/XI
-
- CALL S1FUNC(C02G_FUN,SIP1,SI,S1FUN)
- IF(IX.EQ.IX0) THEN
- WH_C0KG(IX-IX0,IQ,IDF) = S1FUN
- ELSE
- SIM1 = X0/XIM1
- CALL S2FUNC(C02G_FUN,SI,SIM1,S2FUN)
- WH_C0KG(IX-IX0,IQ,IDF) = S1FUN-S2FUN
- ENDIF
-
- CALL S1FUNC(C12G_FUN,SIP1,SI,S1FUN)
- IF(IX.EQ.IX0) THEN
- WH_C1KG(IX-IX0,IQ,IDF) = S1FUN
- ELSE
- SIM1 = X0/XIM1
- CALL S2FUNC(C12G_FUN,SI,SIM1,S2FUN)
- WH_C1KG(IX-IX0,IQ,IDF) = S1FUN-S2FUN
- ENDIF
-
- CALL S1FUNC(C1B2G_FUN,SIP1,SI,S1FUN)
- IF(IX.EQ.IX0) THEN
- WH_C1BKG(IX-IX0,IQ,IDF) = S1FUN
- ELSE
- SIM1 = X0/XIM1
- CALL S2FUNC(C1B2G_FUN,SI,SIM1,S2FUN)
- WH_C1BKG(IX-IX0,IQ,IDF) = S1FUN-S2FUN
- ENDIF
-
- CALL S1FUNC(C12Q_FUN,SIP1,SI,S1FUN)
- IF(IX.EQ.IX0) THEN
- WH_C1KQ(IX-IX0,IQ,IDF) = S1FUN
- ELSE
- SIM1 = X0/XIM1
- CALL S2FUNC(C12Q_FUN,SI,SIM1,S2FUN)
- WH_C1KQ(IX-IX0,IQ,IDF) = S1FUN-S2FUN
- ENDIF
-
- CALL S1FUNC(C1B2Q_FUN,SIP1,SI,S1FUN)
- IF(IX.EQ.IX0) THEN
- WH_C1BKQ(IX-IX0,IQ,IDF) = S1FUN
- ELSE
- SIM1 = X0/XIM1
- CALL S2FUNC(C1B2Q_FUN,SI,SIM1,S2FUN)
- WH_C1BKQ(IX-IX0,IQ,IDF) = S1FUN-S2FUN
- ENDIF
-
- CALL S1FUNC(D12Q_FUN,SIP1,SI,S1FUN)
- IF(IX.EQ.IX0) THEN
- WH_D1KQ(IX-IX0,IQ,IDF) = S1FUN
- ELSE
- SIM1 = X0/XIM1
- CALL S2FUNC(D12Q_FUN,SI,SIM1,S2FUN)
- WH_D1KQ(IX-IX0,IQ,IDF) = S1FUN-S2FUN
- ENDIF
-
- CALL S1FUNC(D1B2Q_FUN,SIP1,SI,S1FUN)
- IF(IX.EQ.IX0) THEN
- WH_D1BKQ(IX-IX0,IQ,IDF) = S1FUN
- ELSE
- SIM1 = X0/XIM1
- CALL S2FUNC(D1B2Q_FUN,SI,SIM1,S2FUN)
- WH_D1BKQ(IX-IX0,IQ,IDF) = S1FUN-S2FUN
- ENDIF
-
- 200 CONTINUE
-
- 400 CONTINUE
-
- RETURN
- END
-
-CDECK ID>, C02G_FUN.
-
-C =====================================
- DOUBLE PRECISION FUNCTION C02G_FUN(X)
-C =====================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- COMMON /QCWGTC/ YWGT,QPCG,QMASS,EGAUSS,NF
-
- DATA PI /3.14159265359/
-
- FACTOR = QMASS*QMASS/QPCG
- C02G = 0.
- IF(X.LT.(1./(1.+4.*FACTOR))) THEN
- XI = 1./FACTOR
- ETA = XI * (1.-X)/(4.*X) - 1.
- C02G = (C0_LG(ETA,XI)+C0_TG(ETA,XI)) * XI / (2.*PI)
- ENDIF
- C02G_FUN = (X-YWGT)*C02G/(X*X)
-
- RETURN
- END
-
-CDECK ID>, C12G_FUN.
-
-C =====================================
- DOUBLE PRECISION FUNCTION C12G_FUN(X)
-C =====================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- COMMON /QCWGTC/ YWGT,QPCG,QMASS,EGAUSS,NF
-
- FACTOR = QMASS*QMASS/QPCG
- C12G = 0.
- IF(X.LT.(1./(1.+4.*FACTOR))) THEN
- XI = 1./FACTOR
- ETA = XI * (1.-X)/(4.*X) - 1.
- BET = SQRT(ETA/(1.+ETA))
- RHO = 1./(1.+ETA)
- C12G = CATF * (H1_ALG(ETA,XI)+H1_ATG(ETA,XI)) +
- + CFTF * (H1_FLG(ETA,XI)+H1_FTG(ETA,XI)) +
- + CATF * BET * (GFUN_L(ETA,XI)+GFUN_T(ETA,XI)) +
- + CATF * RHO * (EFUN_LA(ETA,XI)+EFUN_TA(ETA,XI)) +
- + CFTF * RHO * (EFUN_LF(ETA,XI)+EFUN_TF(ETA,XI))
- C12G = C12G*4.*PI/FACTOR
- ENDIF
- C12G_FUN = (X-YWGT)*C12G/(X*X)
-
- RETURN
- END
-
-CDECK ID>, C1B2G_FUN.
-
-C ======================================
- DOUBLE PRECISION FUNCTION C1B2G_FUN(X)
-C ======================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- COMMON /QCWGTC/ YWGT,QPCG,QMASS,EGAUSS,NF
-
- FACTOR = QMASS*QMASS/QPCG
- C1B2G = 0.
- IF(X.LT.(1./(1.+4.*FACTOR))) THEN
- XI = 1./FACTOR
- ETA = XI * (1.-X)/(4.*X) - 1.
- BET = SQRT(ETA/(1.+ETA))
- RHO = 1./(1.+ETA)
- C1B2G = CATF * (H1BAR_LG(ETA,XI)+H1BAR_TG(ETA,XI)) +
- + CATF * BET * (GBAR_L(ETA,XI)+GBAR_T(ETA,XI)) +
- + CATF * RHO * (EBAR_LA(ETA,XI)+EBAR_TA(ETA,XI))
- C1B2G = C1B2G*4.*PI/FACTOR
- ENDIF
- C1B2G_FUN = (X-YWGT)*C1B2G/(X*X)
-
- RETURN
- END
-
-CDECK ID>, C12Q_FUN.
-
-C =====================================
- DOUBLE PRECISION FUNCTION C12Q_FUN(X)
-C =====================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- COMMON /QCWGTC/ YWGT,QPCG,QMASS,EGAUSS,NF
-
- FACTOR = QMASS*QMASS/QPCG
- C12Q = 0.
- IF(X.LT.(1./(1.+4.*FACTOR))) THEN
- XI = 1./FACTOR
- ETA = XI * (1.-X)/(4.*X) - 1.
- BET = SQRT(ETA/(1.+ETA))
- BET3 = BET*BET*BET
- RHO = 1./(1.+ETA)
- C12Q = CFTF * (H1_HLQ(ETA,XI)+H1_HTQ(ETA,XI)) +
- + CFTF * BET3 * (GFUN_L(ETA,XI)+GFUN_T(ETA,XI))
- C12Q = C12Q*4.*PI/FACTOR
- ENDIF
- C12Q_FUN = (X-YWGT)*C12Q/(X*X)
-
- RETURN
- END
-
-CDECK ID>, C1B2Q_FUN.
-
-C ======================================
- DOUBLE PRECISION FUNCTION C1B2Q_FUN(X)
-C ======================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- COMMON /QCWGTC/ YWGT,QPCG,QMASS,EGAUSS,NF
-
- FACTOR = QMASS*QMASS/QPCG
- C1B2Q = 0.
- IF(X.LT.(1./(1.+4.*FACTOR))) THEN
- XI = 1./FACTOR
- ETA = XI * (1.-X)/(4.*X) - 1.
- BET = SQRT(ETA/(1.+ETA))
- BET3 = BET*BET*BET
- RHO = 1./(1.+ETA)
- C1B2Q = CFTF * (H1BAR_HLQ(ETA,XI)+H1BAR_HTQ(ETA,XI)) +
- + CFTF * BET3 * (GBAR_L(ETA,XI)+GBAR_T(ETA,XI))
- C1B2Q = C1B2Q*4.*PI/FACTOR
- ENDIF
- C1B2Q_FUN = (X-YWGT)*C1B2Q/(X*X)
-
- RETURN
- END
-
-CDECK ID>, D12Q_FUN.
-
-C =====================================
- DOUBLE PRECISION FUNCTION D12Q_FUN(X)
-C =====================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- COMMON /QCWGTC/ YWGT,QPCG,QMASS,EGAUSS,NF
-
- FACTOR = QMASS*QMASS/QPCG
- D12Q = 0.
- IF(X.LT.(1./(1.+4.*FACTOR))) THEN
- XI = 1./FACTOR
- ETA = XI * (1.-X)/(4.*X) - 1.
- IF(QPCG.LE.1.5) THEN
- D12Q = CFTF * (H1F_LLQ(ETA,XI)+H1F_LTQ(ETA,XI))
- ELSE
- D12Q = CFTF * (H1_LLQ(ETA,XI)+H1_LTQ(ETA,XI))
- ENDIF
- D12Q = D12Q*4.*PI/FACTOR
- ENDIF
- D12Q_FUN = (X-YWGT)*D12Q/(X*X)
-
- RETURN
- END
-
-CDECK ID>, D1B2Q_FUN.
-
-C ======================================
- DOUBLE PRECISION FUNCTION D1B2Q_FUN(X)
-C ======================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- COMMON /QCWGTC/ YWGT,QPCG,QMASS,EGAUSS,NF
-
- FACTOR = QMASS*QMASS/QPCG
- D1B2Q = 0.
- IF(X.LT.(1./(1.+4.*FACTOR))) THEN
- XI = 1./FACTOR
- ETA = XI * (1.-X)/(4.*X) - 1.
- IF(QPCG.LE.1.5) THEN
- D1B2Q = CFTF * H1BAR_LTQ(ETA,XI)
- ELSE
- D1B2Q = 0.
- ENDIF
- D1B2Q = D1B2Q*4.*PI/FACTOR
- ENDIF
- D1B2Q_FUN = (X-YWGT)*D1B2Q/(X*X)
-
- RETURN
- END
-
-CDECK ID>, FIL_FLH.
-
-C =======================
- SUBROUTINE FIL_FLH(IDF)
-C =======================
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- EXTERNAL C0LG_FUN, C1LG_FUN, C1BLG_FUN
- EXTERNAL C1LQ_FUN, C1BLQ_FUN
- EXTERNAL D1LQ_FUN, D1BLQ_FUN
-
- COMMON /QCWGTC/ YWGT,QPCG,QMASS,EGAUSS,NF
-
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- PARAMETER ( MXX = 410 )
- PARAMETER ( MQ2 = 120 )
-
-C-- Do not set the following parameter to zero!
- PARAMETER ( NDFMAX = 20)
-
-
- COMMON/QCGRID/
- +SCAX0,SCAQ0,XMICUT,QMICUT,QMACUT,RS2CUT,QMINAS,
- +XXTAB(MXX),Q2TAB(MQ2),XHTAB(MXX),THRS34,THRS45,
- +NXX,NQ2,NGRVER,IHTAB(MXX),NFMAP(MQ2),IQF2C(MQ2),
- +IQF2B(MQ2),IQFLC(MQ2),IQFLB(MQ2),IFAILC(MXX,MQ2)
-
-
- REAL
- +WH_C0KG,WH_C1KG,WH_C1BKG,
- +WH_C1KQ,WH_C1BKQ,WH_D1KQ,WH_D1BKQ
-
- COMMON/QCHWGT/
- +WH_C0KG(0:MXX,MQ2,4:7),
- +WH_C1KG(0:MXX,MQ2,4:7),WH_C1BKG(0:MXX,MQ2,4:7),
- +WH_C1KQ(0:MXX,MQ2,4:7),WH_C1BKQ(0:MXX,MQ2,4:7),
- +WH_D1KQ(0:MXX,MQ2,4:7),WH_D1BKQ(0:MXX,MQ2,4:7)
-
-
- QMASS = CBMSTF(IDF)
-
- EGAUSS = 0.001
-
- DO 400 IQ = 1,NQ2
-
- QPCG = Q2TAB(IQ)
- APCG = 1.+4.*QMASS*QMASS/QPCG
-
- IX0 = 1
- X0 = XHTAB(IX0)
-
-* WRITE(6,'('' Calculate FLH weights for IX ='',I4)') IX0
-
- DO 200 IX = IX0,NXX
-
- XI = XHTAB(IX)
- XIP1 = XHTAB(IX+1)
- IF(IX.GT.IX0) XIM1 = XHTAB(IX-1)
- IF(XIP1.LE.X0*APCG) GOTO 200
- XI = MAX(XI,X0*APCG)
- SIP1 = X0/XIP1
- SI = X0/XI
-
- CALL S1FUNC(C0LG_FUN,SIP1,SI,S1FUN)
- IF(IX.EQ.IX0) THEN
- WH_C0KG(IX-IX0,IQ,IDF) = S1FUN
- ELSE
- SIM1 = X0/XIM1
- CALL S2FUNC(C0LG_FUN,SI,SIM1,S2FUN)
- WH_C0KG(IX-IX0,IQ,IDF) = S1FUN-S2FUN
- ENDIF
-
- CALL S1FUNC(C1LG_FUN,SIP1,SI,S1FUN)
- IF(IX.EQ.IX0) THEN
- WH_C1KG(IX-IX0,IQ,IDF) = S1FUN
- ELSE
- SIM1 = X0/XIM1
- CALL S2FUNC(C1LG_FUN,SI,SIM1,S2FUN)
- WH_C1KG(IX-IX0,IQ,IDF) = S1FUN-S2FUN
- ENDIF
-
- CALL S1FUNC(C1BLG_FUN,SIP1,SI,S1FUN)
- IF(IX.EQ.IX0) THEN
- WH_C1BKG(IX-IX0,IQ,IDF) = S1FUN
- ELSE
- SIM1 = X0/XIM1
- CALL S2FUNC(C1BLG_FUN,SI,SIM1,S2FUN)
- WH_C1BKG(IX-IX0,IQ,IDF) = S1FUN-S2FUN
- ENDIF
-
- CALL S1FUNC(C1LQ_FUN,SIP1,SI,S1FUN)
- IF(IX.EQ.IX0) THEN
- WH_C1KQ(IX-IX0,IQ,IDF) = S1FUN
- ELSE
- SIM1 = X0/XIM1
- CALL S2FUNC(C1LQ_FUN,SI,SIM1,S2FUN)
- WH_C1KQ(IX-IX0,IQ,IDF) = S1FUN-S2FUN
- ENDIF
-
- CALL S1FUNC(C1BLQ_FUN,SIP1,SI,S1FUN)
- IF(IX.EQ.IX0) THEN
- WH_C1BKQ(IX-IX0,IQ,IDF) = S1FUN
- ELSE
- SIM1 = X0/XIM1
- CALL S2FUNC(C1BLQ_FUN,SI,SIM1,S2FUN)
- WH_C1BKQ(IX-IX0,IQ,IDF) = S1FUN-S2FUN
- ENDIF
-
- CALL S1FUNC(D1LQ_FUN,SIP1,SI,S1FUN)
- IF(IX.EQ.IX0) THEN
- WH_D1KQ(IX-IX0,IQ,IDF) = S1FUN
- ELSE
- SIM1 = X0/XIM1
- CALL S2FUNC(D1LQ_FUN,SI,SIM1,S2FUN)
- WH_D1KQ(IX-IX0,IQ,IDF) = S1FUN-S2FUN
- ENDIF
-
-* CALL S1FUNC(D1BLQ_FUN,SIP1,SI,S1FUN)
-* IF(IX.EQ.IX0) THEN
-* WH_D1BKQ(IX-IX0,IQ,IDF) = S1FUN
-* ELSE
-* SIM1 = X0/XIM1
-* CALL S2FUNC(D1BLQ_FUN,SI,SIM1,S2FUN)
-* WH_D1BKQ(IX-IX0,IQ,IDF) = S1FUN-S2FUN
-* ENDIF
- WH_D1BKQ(IX-IX0,IQ,IDF) = 0.
-
- 200 CONTINUE
-
- 400 CONTINUE
-
- RETURN
- END
-
-CDECK ID>, C0LG_FUN.
-
-C =====================================
- DOUBLE PRECISION FUNCTION C0LG_FUN(X)
-C =====================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- COMMON /QCWGTC/ YWGT,QPCG,QMASS,EGAUSS,NF
-
- DATA PI /3.14159265359/
-
- FACTOR = QMASS*QMASS/QPCG
- C0LG = 0.
- IF(X.LT.(1./(1.+4.*FACTOR))) THEN
- XI = 1./FACTOR
- ETA = XI * (1.-X)/(4.*X) - 1.
- C0LG = C0_LG(ETA,XI) * XI / (2.*PI)
- ENDIF
- C0LG_FUN = (X-YWGT)*C0LG/(X*X)
-
- RETURN
- END
-
-CDECK ID>, C1LG_FUN.
-
-C =====================================
- DOUBLE PRECISION FUNCTION C1LG_FUN(X)
-C =====================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- COMMON /QCWGTC/ YWGT,QPCG,QMASS,EGAUSS,NF
-
- FACTOR = QMASS*QMASS/QPCG
- C1LG = 0.
- IF(X.LT.(1./(1.+4.*FACTOR))) THEN
- XI = 1./FACTOR
- ETA = XI * (1.-X)/(4.*X) - 1.
- BET = SQRT(ETA/(1.+ETA))
- RHO = 1./(1.+ETA)
- C1LG = CATF * H1_ALG(ETA,XI) +
- + CFTF * H1_FLG(ETA,XI) +
- + CATF * BET * GFUN_L(ETA,XI) +
- + CATF * RHO * EFUN_LA(ETA,XI) +
- + CFTF * RHO * EFUN_LF(ETA,XI)
- C1LG = C1LG*4.*PI/FACTOR
- ENDIF
- C1LG_FUN = (X-YWGT)*C1LG/(X*X)
-
- RETURN
- END
-
-CDECK ID>, C1BLG_FUN.
-
-C ======================================
- DOUBLE PRECISION FUNCTION C1BLG_FUN(X)
-C ======================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- COMMON /QCWGTC/ YWGT,QPCG,QMASS,EGAUSS,NF
-
- FACTOR = QMASS*QMASS/QPCG
- C1BLG = 0.
- IF(X.LT.(1./(1.+4.*FACTOR))) THEN
- XI = 1./FACTOR
- ETA = XI * (1.-X)/(4.*X) - 1.
- BET = SQRT(ETA/(1.+ETA))
- RHO = 1./(1.+ETA)
- C1BLG = CATF * H1BAR_LG(ETA,XI) +
- + CATF * BET * GBAR_L(ETA,XI) +
- + CATF * RHO * EBAR_LA(ETA,XI)
- C1BLG = C1BLG*4.*PI/FACTOR
- ENDIF
- C1BLG_FUN = (X-YWGT)*C1BLG/(X*X)
-
- RETURN
- END
-
-CDECK ID>, C1LQ_FUN.
-
-C =====================================
- DOUBLE PRECISION FUNCTION C1LQ_FUN(X)
-C =====================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- COMMON /QCWGTC/ YWGT,QPCG,QMASS,EGAUSS,NF
-
- FACTOR = QMASS*QMASS/QPCG
- C1LQ = 0.
- IF(X.LT.(1./(1.+4.*FACTOR))) THEN
- XI = 1./FACTOR
- ETA = XI * (1.-X)/(4.*X) - 1.
- BET = SQRT(ETA/(1.+ETA))
- BET3 = BET*BET*BET
- RHO = 1./(1.+ETA)
- C1LQ = CFTF * H1_HLQ(ETA,XI) +
- + CFTF * BET3 * GFUN_L(ETA,XI)
- C1LQ = C1LQ*4.*PI/FACTOR
- ENDIF
- C1LQ_FUN = (X-YWGT)*C1LQ/(X*X)
-
- RETURN
- END
-
-CDECK ID>, C1BLQ_FUN.
-
-C ======================================
- DOUBLE PRECISION FUNCTION C1BLQ_FUN(X)
-C ======================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- COMMON /QCWGTC/ YWGT,QPCG,QMASS,EGAUSS,NF
-
- FACTOR = QMASS*QMASS/QPCG
- C1BLQ = 0.
- IF(X.LT.(1./(1.+4.*FACTOR))) THEN
- XI = 1./FACTOR
- ETA = XI * (1.-X)/(4.*X) - 1.
- BET = SQRT(ETA/(1.+ETA))
- BET3 = BET*BET*BET
- RHO = 1./(1.+ETA)
- C1BLQ = CFTF * H1BAR_HLQ(ETA,XI) +
- + CFTF * BET3 * GBAR_L(ETA,XI)
- C1BLQ = C1BLQ*4.*PI/FACTOR
- ENDIF
- C1BLQ_FUN = (X-YWGT)*C1BLQ/(X*X)
-
- RETURN
- END
-
-CDECK ID>, D1LQ_FUN.
-
-C =====================================
- DOUBLE PRECISION FUNCTION D1LQ_FUN(X)
-C =====================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- COMMON /QCWGTC/ YWGT,QPCG,QMASS,EGAUSS,NF
-
- FACTOR = QMASS*QMASS/QPCG
- D1LQ = 0.
- IF(X.LT.(1./(1.+4.*FACTOR))) THEN
- XI = 1./FACTOR
- ETA = XI * (1.-X)/(4.*X) - 1.
- IF(QPCG.LE.1.5) THEN
- D1LQ = CFTF * H1F_LLQ(ETA,XI)
- ELSE
- D1LQ = CFTF * H1_LLQ(ETA,XI)
- ENDIF
- D1LQ = D1LQ*4.*PI/FACTOR
- ENDIF
- D1LQ_FUN = (X-YWGT)*D1LQ/(X*X)
-
- RETURN
- END
-
-CDECK ID>, D1BLQ_FUN.
-
-C ======================================
- DOUBLE PRECISION FUNCTION D1BLQ_FUN(X)
-C ======================================
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
-
- COMMON/QCCONS/
- +PI,PROTON,EUTRON,UCLEON,UDSCBT(6),AAM2H,BBM2H,AAM2L,BBM2L,
- +AAAR2,BBBR2,FL_FAC,CBMSTF(4:7),CHARGE(4:7),
- +C1S3,C2S3,C4S3,C5S3,C8S3,C11S3,C14S3,C16S3,C20S3,C22S3,C28S3,
- +C38S3,C40S3,C44S3,C52S3,C136S3,C11S6,C2S9,C4S9,C10S9,C14S9,C16S9,
- +C40S9,C44S9,C62S9,C112S9,C182S9,C11S12,C35S18,C61S12,C215S1,
- +C29S12,CPI2S3,CPIA,CPIB,CPIC,CPID,CPIE,CPIF,CCA,CCF,CTF,CATF,CFTF
-
-
-
- COMMON /QCWGTC/ YWGT,QPCG,QMASS,EGAUSS,NF
-
- D1BLQ_FUN = 0.
-
- RETURN
- END
-
-CDECK ID>, BORN.
-
-c This gives the Born coefficients
-c For QCD take tf = 1d0/2d0, for QED take tf = 1d0.
-c eta = (s - 4d0*m2)/4d0/m2, s is the gamma* gluon (gamma) CM Energy
-c xi = Q^2/m2
-
-c =======================================
- double precision function C0_Lg(eta,xi)
-c =======================================
-
-c Longitudinal coefficient function: PL B347(1995)143 eq. (7).
-c This function is called born_l in the original code.
-
- implicit none
- double precision eta, xi, pi, tf
-* common/group/ca, cf, tf
- parameter(tf = 0.5d0)
- parameter(pi = 3.14159265359d0)
-
- C0_Lg = 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
-
-c =======================================
- double precision function C0_Tg(eta,xi)
-c =======================================
-
-c Transverse coefficient function: PL B347(1995)143 eq. (8).
-c This function is called born_t in the original code.
-
- implicit none
- double precision eta, xi, pi, tf
-* common/group/ca, cf, tf
- parameter(tf = 0.5d0)
- parameter(pi = 3.14159265359d0)
-
- C0_Tg = 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
-
-CDECK ID>, ASYMP.
-
-c These are the functions that give the asymptotic dependence of the
-c coefficient functions with the appropriate factors. xi = mq2/m2 (Q^2/m2)
-c If xi is small, the regular routines have convergence
-c problems and we take the limit. (not anymore after code update 03/06/96).
-
-c ==========================================
- double precision function Gfun_L(dummy,xi)
-c ==========================================
-
-c Longitudinal: equation (19) in PLB347 (1995) 143 - 151
-c This function is called asymp_l in the original code.
-
- implicit none
- double precision xilast, store
- double precision dummy
- double precision xi, pi, term1
- double precision fii, fjj
-* double precision fii_lim, fjj_lim
- parameter (pi = 3.14159265359d0)
-
- save xilast, store
-
- data xilast, store /0.D0, 0.D0/
-
- if(xi.eq.xilast) then
- Gfun_L = store
- return
- endif
-
-* term1 = 1.d0/(1.d0 + 0.25d0*xi)
-
-* if (xi .le. 1.d-1) then
-* Gfun_L = 1.d0/6.d0/pi*(-4.d0/3.d0*term1 +
-* # (1.d0 - 1.d0/6.d0*term1)*fjj_lim(xi) -
-* # 2.d0* (-1.d0/3.d0 + xi/15.d0 - xi**2/70.d0) +
-* # 0.25d0*term1*fii_lim(xi) -
-* # 3.d0* (1.d0/3.d0 - xi/10.d0 + 11.d0*xi**2/420.d0))
-* else
-* Gfun_L = 1.d0/6.d0/pi*(4.d0/xi - 4.d0/3.d0*term1
-* # + (1.d0 - 2.d0/xi - 1.d0/6.d0*term1)*fjj(xi)
-* # - (3.d0/xi + 0.25d0*term1)*fii(xi))
-* endif
-
- term1 = 1.d0/(1.d0 + 0.25d0*xi)
-
- Gfun_L = 1.d0/6.d0/pi*(4.d0/xi - 4.d0/3.d0*term1
- # + (1.d0 - 2.d0/xi - 1.d0/6.d0*term1)*fjj(xi)
- # - (3.d0/xi + 0.25d0*term1)*fii(xi))
-
- xilast = xi
- store = Gfun_L
-
- return
- end
-
-c ==========================================
- double precision function Gfun_T(dummy,xi)
-c ==========================================
-
-c Transverse: equation (20) in PLB347 (1995) 143 - 151
-c This function is called asymp_t in the original code.
-
- implicit none
- double precision xilast, store
- double precision dummy
- double precision xi, pi, term1
- double precision fii, fjj
-* double precision fii_lim, fjj_lim
- parameter (pi = 3.14159265359d0)
-
- save xilast, store
-
- data xilast, store /0.D0, 0.D0/
-
- if(xi.eq.xilast) then
- Gfun_T = store
- return
- endif
-
-* term1 = 1.d0/(1.d0 + 0.25d0*xi)
-
-* if (xi .le. 1.d-1) then
-* Gfun_T = 1.d0/6.d0/pi*(4.d0/3.d0*term1 + (7.d0/6.d0 +
-* # 1.d0/6.d0*term1)*fjj_lim(xi) + 1/3.d0*
-* # (-1.d0/3.d0 + xi/15.d0 - xi**2/70.d0) +
-* # (1.d0 + 0.25d0*term1)*fii_lim(xi) + 2.d0*
-* # (1.d0/3.d0 - xi/10.d0 + 11.d0*xi**2/420.d0))
-* else
-* Gfun_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)*fjj(xi)
-* # + (1.d0 + 2.d0/xi + 0.25d0*term1)*fii(xi))
-* endif
-
- term1 = 1.d0/(1.d0 + 0.25d0*xi)
-
- Gfun_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)*fjj(xi)
- # + (1.d0 + 2.d0/xi + 0.25d0*term1)*fii(xi))
-
- xilast = xi
- store = Gfun_T
-
- return
- end
-
-c ==========================================
- double precision function Gbar_L(dummy,xi)
-c ==========================================
-
-c Longitudinal mass factorization: (21) in PLB347 (1995) 143 - 151
-c This function is called asympbar_l in the original code.
-
- implicit none
- double precision xilast, store
- double precision dummy
- double precision xi, pi, term1
- double precision fjj
-* double precision fjj_lim
- parameter (pi = 3.14159265359d0)
-
- save xilast, store
-
- data xilast, store /0.D0, 0.D0/
-
- if(xi.eq.xilast) then
- Gbar_L = store
- return
- endif
-
-* term1 = 1.d0/(1.d0 + 0.25d0*xi)
-
-* if (xi .le. 1.d-1) then
-* Gbar_L = 1.d0/6.d0/pi*(0.5d0*term1 +
-* # 0.25d0*term1*fjj_lim(xi) +
-* # 3.d0* (-1.d0/3.d0 + xi/15.d0 - xi**2/70.d0))
-* else
-* Gbar_L = 1.d0/6.d0/pi*(-6.d0/xi + 0.5d0*term1
-* # + (3.d0/xi + 0.25d0*term1)*fjj(xi))
-* endif
-
- term1 = 1.d0/(1.d0 + 0.25d0*xi)
-
- Gbar_L = 1.d0/6.d0/pi*(-6.d0/xi + 0.5d0*term1
- # + (3.d0/xi + 0.25d0*term1)*fjj(xi))
-
- xilast = xi
- store = Gbar_L
-
- return
- end
-
-c ==========================================
- double precision function Gbar_T(dummy,xi)
-c ==========================================
-
-c transverse mass factorization: (22) in PLB347 (1995) 143 - 151
-c This function is called asympbar_t in the original code.
-
- implicit none
- double precision xilast, store
- double precision dummy
- double precision xi, pi, term1
- double precision fjj
-* double precision fjj_lim
- parameter (pi = 3.14159265359d0)
-
- save xilast, store
-
- data xilast, store /0.D0, 0.D0/
-
- if(xi.eq.xilast) then
- Gbar_T = store
- return
- endif
-
-* term1 = 1.d0/(1.d0 + 0.25d0*xi)
-
-* if (xi .le. 1.d-1) then
-* Gbar_T = 1.d0/6.d0/pi*(-.5d0*term1 -
-* # (1.d0 + 0.25d0*term1)*fjj_lim(xi) -
-* # 2.d0* (-1.d0/3.d0 + xi/15.d0 - xi**2/70.d0))
-* else
-* Gbar_T = 1.d0/6.d0/pi*(4.d0/xi - 0.5d0*term1
-* # - (1.d0 + 2.d0/xi + 0.25d0*term1)*fjj(xi))
-* endif
-
- term1 = 1.d0/(1.d0 + 0.25d0*xi)
-
- Gbar_T = 1.d0/6.d0/pi*(4.d0/xi - 0.5d0*term1
- # - (1.d0 + 2.d0/xi + 0.25d0*term1)*fjj(xi))
-
- xilast = xi
- store = Gbar_T
-
- return
- end
-
-c =================================
- double precision function fii(xi)
-c =================================
-
-c Equation (24) in PLB347 (1995) 143 - 151
-
- implicit none
- double precision pi, term1, term2, xi, di_log
- parameter (pi = 3.14159265359d0)
-
- term1 = dsqrt(xi)
- term2 = dsqrt(4.d0 + xi)
- fii = 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*di_log(0.5d0*(1.d0 - term1/term2)))
-
- return
- end
-
-c =================================
- double precision function fjj(xi)
-c =================================
-
-c Equation (23) in PLB347 (1995) 143 - 151
-
- implicit none
- double precision pi, xi, term1, term2
- parameter (pi = 3.14159265359d0)
-
- term1 = dsqrt(xi)
- term2 = dsqrt(4.d0 + xi)
- fjj = 4.d0/term1/term2*dlog((term2 + term1)/(term2 - term1))
-
- return
- end
-
-c =====================================
- double precision function fii_lim(xi)
-c =====================================
-
-c this gives fii(xi) in the limit that xi -> 0 up to xi**2
-
- implicit none
- double precision xi
-
- fii_lim = xi/3.d0 - xi**2/10.d0
-
- return
- end
-
-c =====================================
- double precision function fjj_lim(xi)
-c =====================================
-
-c this gives fjj(xi) in the limit that xi -> 0 up to xi**2
-
- implicit none
- double precision xi
-
- fjj_lim = 2.d0 - xi/3.d0 + xi**2/15.d0
-
- return
- end
-
-c ===================================
- double precision function di_log(x)
-c ===================================
-
-c Equation (25) in PLB347 (1995) 143 - 151
-
- 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
- di_log=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)di_log=-di_log-.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)
- di_log=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
- di_log=-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)di_log=-di_log-.5*z*z+pi6*2.
- return
-5 y=een/(een-x)
- z=-dlog(y)
- z2=z*z
- di_log=-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 di_log=pi6
-
- return
- end
-
-CDECK ID>, THRESH.
-
-c These are the functions that give the threshold dependence of the
-c coefficient functions with the appropriate factors.
-c eta = (W^2 - 4d0*m2)/4d0/m2 where W is the CM energy of the
-c gamma* parton system. xi = mq2/m2 (Q^2/m2)
-
-c =========================================
- double precision function Efun_LF(eta,xi)
-c =========================================
-
-c Longitudinal CF group structure: eq (13) in PLB347 (195) 143 - 151
-c This function is called threshf_l in the original code.
-
- 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)
- Efun_LF = 1.d0/6.d0/pi*xi*term1**3*beta*beta*pi*pi/2.d0
-
- return
- end
-
-c =========================================
- double precision function Efun_TF(eta,xi)
-c =========================================
-
-c Transverse CF group structure: eq (14) in PLB347 (195) 143 - 151
-c This function is called threshf_t in the original code.
-
- 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)
- Efun_TF = 0.25d0/pi*term1*pi*pi/2.d0
-
- return
- end
-
-c =========================================
- double precision function Efun_LA(eta,xi)
-c =========================================
-
-c Longitudinal CA group structure: eq (15) in PLB347 (195) 143 - 151
-c This function is called thresha_l in the original code.
-
- 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)
- Efun_LA = 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 =========================================
- double precision function Efun_TA(eta,xi)
-c =========================================
-
-c Transverse CA group structure: eq (16) in PLB347 (195) 143 - 151
-c This function is called thresha_t in the original code.
- 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)
- Efun_TA = 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 =========================================
- double precision function Ebar_LA(eta,xi)
-c =========================================
-
-c Longitudinal CA group structure for the mass factorization piece:
-c equation (17) in PLB347 (195) 143 - 151
-c This function is called threshbar_l in the original code.
-
- 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)
- Ebar_LA = 1.d0/6.d0/pi*xi*term1**3*beta**3*
- # (-dlog(4.d0*beta*beta))
-
- return
- end
-
-c =========================================
- double precision function Ebar_TA(eta,xi)
-c =========================================
-
-c Transverse CA group structure for the mass factorization piece:
-c equation (18) in PLB347 (195) 143 - 151
-c This function is called threshbar_t in the original code.
-
- 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)
- Ebar_TA = 0.25d0/pi*term1*beta*(-dlog(4.d0*beta*beta))
-
- return
- end
-
-CDECK ID>, LOCATE.
-
-c ===========================
- Subroutine Locate(xx,n,x,j)
-c ===========================
-c routine taken out of Numerical Recipes
-
- 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
-
-CDECK ID>, GCORRT.
-
-c ========================================
- double precision function h1_ATg(eta,xi)
-c ========================================
-
-c eq (9) in PLB347 (1995) 143 - 151 for the transverse piece
-c MSbar scheme
-c This routine is called subctca in the original code.
-c Called sctca in updated code (03/06/96).
-
- implicit none
- integer neta, nxi
- parameter (neta = 73, nxi = 49)
- double precision calcpts(neta, nxi), dlaeta(neta), dlaxi(nxi)
- double precision eta, xi, dleta, dlxi
- double precision pxi, peta, f(-1:1), delxi, deleta
- integer j, ieta, ixi
-
- 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,
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- # -.1016D-02, -.7942D-03, -.6176D-03, -.4770D-03, -.3677D-03,
- # -.2804D-03, -.2130D-03, -.1610D-03, -.1217D-03, -.9104D-04,
- # -.6771D-04/
-
- data (calcpts(j,39), j = 1,neta) /-.5564D-05, -.6759D-05,
- # -.8192D-05, -.9970D-05, -.1212D-04, -.1469D-04, -.1779D-04,
- # -.2157D-04, -.2609D-04, -.3166D-04, -.3838D-04, -.4656D-04,
- # -.5639D-04, -.6835D-04, -.8283D-04, -.1004D-03, -.1217D-03,
- # -.1475D-03, -.1787D-03, -.2167D-03, -.2625D-03, -.3182D-03,
- # -.3856D-03, -.4674D-03, -.5663D-03, -.6863D-03, -.8314D-03,
- # -.1007D-02, -.1221D-02, -.1479D-02, -.1792D-02, -.2170D-02,
- # -.2623D-02, -.3162D-02, -.3790D-02, -.4501D-02, -.5273D-02,
- # -.6072D-02, -.6852D-02, -.7568D-02, -.8177D-02, -.8646D-02,
- # -.8952D-02, -.9074D-02, -.9000D-02, -.8723D-02, -.8246D-02,
- # -.7592D-02, -.6807D-02, -.5974D-02, -.5194D-02, -.4557D-02,
- # -.4098D-02, -.3780D-02, -.3519D-02, -.3239D-02, -.2907D-02,
- # -.2535D-02, -.2153D-02, -.1788D-02, -.1457D-02, -.1175D-02,
- # -.9354D-03, -.7381D-03, -.5775D-03, -.4488D-03, -.3468D-03,
- # -.2662D-03, -.2035D-03, -.1549D-03, -.1169D-03, -.8820D-04,
- # -.6620D-04/
-
- data (calcpts(j,40), j = 1,neta) /-.4321D-05, -.5241D-05,
- # -.6319D-05, -.7696D-05, -.9306D-05, -.1129D-04, -.1367D-04,
- # -.1662D-04, -.2009D-04, -.2435D-04, -.2952D-04, -.3579D-04,
- # -.4337D-04, -.5257D-04, -.6371D-04, -.7722D-04, -.9360D-04,
- # -.1134D-03, -.1374D-03, -.1666D-03, -.2019D-03, -.2446D-03,
- # -.2965D-03, -.3593D-03, -.4353D-03, -.5274D-03, -.6389D-03,
- # -.7739D-03, -.9375D-03, -.1135D-02, -.1374D-02, -.1663D-02,
- # -.2009D-02, -.2418D-02, -.2895D-02, -.3434D-02, -.4020D-02,
- # -.4630D-02, -.5230D-02, -.5788D-02, -.6274D-02, -.6666D-02,
- # -.6944D-02, -.7097D-02, -.7115D-02, -.6989D-02, -.6715D-02,
- # -.6298D-02, -.5755D-02, -.5125D-02, -.4469D-02, -.3865D-02,
- # -.3379D-02, -.3033D-02, -.2795D-02, -.2600D-02, -.2389D-02,
- # -.2140D-02, -.1862D-02, -.1578D-02, -.1307D-02, -.1065D-02,
- # -.8552D-03, -.6799D-03, -.5353D-03, -.4180D-03, -.3246D-03,
- # -.2506D-03, -.1920D-03, -.1466D-03, -.1113D-03, -.8399D-04,
- # -.6332D-04/
-
- data (calcpts(j,41), j = 1,neta) /-.3334D-05, -.4055D-05,
- # -.4852D-05, -.5910D-05, -.7143D-05, -.8672D-05, -.1049D-04,
- # -.1268D-04, -.1537D-04, -.1864D-04, -.2260D-04, -.2733D-04,
- # -.3314D-04, -.4016D-04, -.4862D-04, -.5896D-04, -.7144D-04,
- # -.8655D-04, -.1049D-03, -.1271D-03, -.1540D-03, -.1866D-03,
- # -.2261D-03, -.2740D-03, -.3319D-03, -.4022D-03, -.4871D-03,
- # -.5900D-03, -.7145D-03, -.8649D-03, -.1047D-02, -.1265D-02,
- # -.1527D-02, -.1837D-02, -.2196D-02, -.2603D-02, -.3046D-02,
- # -.3508D-02, -.3966D-02, -.4397D-02, -.4780D-02, -.5098D-02,
- # -.5339D-02, -.5494D-02, -.5555D-02, -.5518D-02, -.5376D-02,
- # -.5128D-02, -.4777D-02, -.4337D-02, -.3838D-02, -.3328D-02,
- # -.2864D-02, -.2496D-02, -.2236D-02, -.2060D-02, -.1915D-02,
- # -.1757D-02, -.1571D-02, -.1364D-02, -.1157D-02, -.9529D-03,
- # -.7742D-03, -.6209D-03, -.4923D-03, -.3869D-03, -.3023D-03,
- # -.2343D-03, -.1803D-03, -.1383D-03, -.1050D-03, -.7963D-04,
- # -.6029D-04/
-
- data (calcpts(j,42), j = 1,neta) /-.2479D-05, -.3065D-05,
- # -.3689D-05, -.4454D-05, -.5396D-05, -.6551D-05, -.7966D-05,
- # -.9624D-05, -.1164D-04, -.1409D-04, -.1709D-04, -.2071D-04,
- # -.2511D-04, -.3044D-04, -.3685D-04, -.4467D-04, -.5412D-04,
- # -.6560D-04, -.7945D-04, -.9630D-04, -.1166D-03, -.1413D-03,
- # -.1713D-03, -.2076D-03, -.2514D-03, -.3046D-03, -.3689D-03,
- # -.4468D-03, -.5409D-03, -.6546D-03, -.7917D-03, -.9566D-03,
- # -.1154D-02, -.1386D-02, -.1657D-02, -.1962D-02, -.2295D-02,
- # -.2644D-02, -.2991D-02, -.3321D-02, -.3618D-02, -.3872D-02,
- # -.4073D-02, -.4215D-02, -.4293D-02, -.4303D-02, -.4241D-02,
- # -.4104D-02, -.3890D-02, -.3602D-02, -.3251D-02, -.2861D-02,
- # -.2468D-02, -.2115D-02, -.1837D-02, -.1644D-02, -.1513D-02,
- # -.1406D-02, -.1289D-02, -.1150D-02, -.9963D-03, -.8400D-03,
- # -.6934D-03, -.5621D-03, -.4501D-03, -.3568D-03, -.2801D-03,
- # -.2181D-03, -.1688D-03, -.1301D-03, -.9944D-04, -.7544D-04,
- # -.5744D-04/
-
- data (calcpts(j,43), j = 1,neta) /-.1859D-05, -.2269D-05,
- # -.2779D-05, -.3347D-05, -.4064D-05, -.4958D-05, -.5995D-05,
- # -.7236D-05, -.8771D-05, -.1062D-04, -.1288D-04, -.1560D-04,
- # -.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 locate(dlaeta,neta, dleta, ieta)
- call locate(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
- h1_ATg = peta*(peta-1d0)/2d0*f(-1) +
- # (1d0 - peta**2)*f(0) +
-CMB # + peta*(peta+1d0)/2d0*f(1)
- # peta*(peta+1d0)/2d0*f(1)
- return
- end
-
-c ========================================
- double precision function h1_FTg(eta,xi)
-c ========================================
-
-c eq (10) in PLB347 (1995) 143 - 151 for the transverse piece
-c MSbar scheme
-c This routine is called subctcf in the original code.
-c Called sctcf in updated code (03/06/96).
-
- implicit none
- integer neta, nxi
- parameter (neta = 73, nxi = 49)
- double precision calcpts(neta, nxi), dlaeta(neta), dlaxi(nxi)
- double precision eta, xi, dleta, dlxi
- double precision pxi, peta, f(-1:1), delxi, deleta
- integer j, ieta, ixi
- 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,
- # 0.1637D-01, 0.1755D-01, 0.1244D-01, 0.8570D-03, -.1399D-01,
- # -.2615D-01, -.3083D-01, -.2673D-01, -.1656D-01, -.4395D-02,
- # 0.6424D-02, 0.1430D-01, 0.1893D-01, 0.2086D-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, 0.5778D-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, 4), j = 1,neta) /-.1385D-03, -.2883D-03,
- # -.2881D-03, -.2877D-03, -.4371D-03, -.5862D-03, -.5850D-03,
- # -.7331D-03, -.8804D-03, -.1026D-02, -.1321D-02, -.1612D-02,
- # -.1900D-02, -.2331D-02, -.2754D-02, -.3165D-02, -.3857D-02,
- # -.4522D-02, -.5297D-02, -.6164D-02, -.6946D-02, -.7902D-02,
- # -.8826D-02, -.9634D-02, -.1020D-01, -.1021D-01, -.9565D-02,
- # -.7912D-02, -.4932D-02, -.4606D-03, 0.5233D-02, 0.1154D-01,
- # 0.1645D-01, 0.1748D-01, 0.1236D-01, 0.7658D-03, -.1394D-01,
- # -.2615D-01, -.3082D-01, -.2673D-01, -.1655D-01, -.4398D-02,
- # 0.6433D-02, 0.1429D-01, 0.1894D-01, 0.2087D-01, 0.2083D-01,
- # 0.1952D-01, 0.1753D-01, 0.1527D-01, 0.1298D-01, 0.1083D-01,
- # 0.8899D-02, 0.7216D-02, 0.5790D-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, 0.5778D-03, 0.4364D-03, 0.3286D-03, 0.2464D-03,
- # 0.1844D-03, 0.1375D-03, 0.1022D-03, 0.7582D-04, 0.5611D-04,
- # 0.4143D-04/
-
- data (calcpts(j, 5), j = 1,neta) /-.1435D-03, -.2933D-03,
- # -.2930D-03, -.2926D-03, -.4421D-03, -.5912D-03, -.5900D-03,
- # -.7381D-03, -.8854D-03, -.1031D-02, -.1326D-02, -.1617D-02,
- # -.1905D-02, -.2336D-02, -.2759D-02, -.3170D-02, -.3862D-02,
- # -.4527D-02, -.5302D-02, -.6169D-02, -.6951D-02, -.7908D-02,
- # -.8831D-02, -.9640D-02, -.1021D-01, -.1022D-01, -.9573D-02,
- # -.7921D-02, -.4944D-02, -.4749D-03, 0.5215D-02, 0.1152D-01,
- # 0.1642D-01, 0.1744D-01, 0.1231D-01, 0.8520D-03, -.1402D-01,
- # -.2614D-01, -.3081D-01, -.2671D-01, -.1654D-01, -.4394D-02,
- # 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,
- # 0.4142D-04/
-
- data (calcpts(j,12), j = 1,neta) /-.1721D-03, -.1719D-03,
- # -.3216D-03, -.3212D-03, -.4707D-03, -.4698D-03, -.6186D-03,
- # -.7668D-03, -.9141D-03, -.1060D-02, -.1355D-02, -.1496D-02,
- # -.1934D-02, -.2216D-02, -.2639D-02, -.3200D-02, -.3743D-02,
- # -.4410D-02, -.5187D-02, -.6056D-02, -.6993D-02, -.7805D-02,
- # -.8738D-02, -.9560D-02, -.1015D-01, -.1019D-01, -.9731D-02,
- # -.8137D-02, -.5394D-02, -.1194D-02, 0.4180D-02, 0.1010D-01,
- # 0.1486D-01, 0.1594D-01, 0.1109D-01, 0.1429D-03, -.1411D-01,
- # -.2595D-01, -.3047D-01, -.2643D-01, -.1637D-01, -.4346D-02,
- # 0.6403D-02, 0.1424D-01, 0.1885D-01, 0.2079D-01, 0.2076D-01,
- # 0.1946D-01, 0.1749D-01, 0.1524D-01, 0.1296D-01, 0.1081D-01,
- # 0.8882D-02, 0.7204D-02, 0.5779D-02, 0.4593D-02, 0.3620D-02,
- # 0.2833D-02, 0.2201D-02, 0.1701D-02, 0.1308D-02, 0.1000D-02,
- # 0.7615D-03, 0.5774D-03, 0.4361D-03, 0.3282D-03, 0.2463D-03,
- # 0.1841D-03, 0.1373D-03, 0.1021D-03, 0.7577D-04, 0.5607D-04,
- # 0.4140D-04/
-
- data (calcpts(j,13), j = 1,neta) /-.1707D-03, -.1705D-03,
- # -.3202D-03, -.3198D-03, -.4693D-03, -.4684D-03, -.6172D-03,
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- # 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 locate(dlaeta,neta, dleta, ieta)
- call locate(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
- h1_FTg = peta*(peta-1d0)/2d0*f(-1) +
- # (1d0 - peta**2)*f(0) +
-CMB # + peta*(peta+1d0)/2d0*f(1)
- # peta*(peta+1d0)/2d0*f(1)
- return
- end
-
-c ==========================================
- double precision function h1bar_Tg(eta,xi)
-c ==========================================
-
-c eq (12) in PLB347 (1995) 143 - 151 for the transverse piece
-c MSbar scheme
-c This routine is called subctbar in the original code.
-c Called sctbar in updated code (03/06/96).
-
- implicit none
- integer neta, nxi
- parameter (neta = 73, nxi = 49)
- double precision calcpts(neta, nxi), dlaeta(neta), dlaxi(nxi)
- double precision eta, xi, dleta, dlxi
- double precision pxi, peta, f(-1:1), delxi, deleta
- integer j, ieta, ixi
-
- 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,
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- # 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 locate(dlaeta,neta, dleta, ieta)
- call locate(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
- h1bar_Tg = peta*(peta-1d0)/2d0*f(-1) +
- # (1d0 - peta**2)*f(0) +
-CMB # + peta*(peta+1d0)/2d0*f(1)
- # peta*(peta+1d0)/2d0*f(1)
- return
- end
-
-CDECK ID>, GCORRL.
-
-c ========================================
- double precision function h1_ALg(eta,xi)
-c ========================================
-
-c eq (9) in PLB347 (1995) 143 - 151 for the longitudinal piece
-c MSbar scheme
-c This routine is called subclca in the original code.
-c Called sclca in updated code (03/06/96).
-
- implicit none
- integer neta, nxi
- parameter (neta = 73, nxi = 49)
- double precision calcpts(neta, nxi), dlaeta(neta), dlaxi(nxi)
- double precision eta, xi, dleta, dlxi
- double precision pxi, peta, f(-1:1), delxi, deleta
- integer j, ieta, ixi
-
- 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,
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- # -.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 locate(dlaeta,neta, dleta, ieta)
- call locate(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
- h1_ALg = peta*(peta-1d0)/2d0*f(-1) +
- # (1d0 - peta**2)*f(0) +
-CMB # + peta*(peta+1d0)/2d0*f(1)
- # peta*(peta+1d0)/2d0*f(1)
- return
- end
-
-c ========================================
- double precision function h1_FLg(eta,xi)
-c ========================================
-
-c eq (10) in PLB347 (1995) 143 - 151 for the longitudinal piece
-c MSbar scheme
-c This routine is called subclcf in the original code.
-c Called sclcf in updated code (03/06/96).
-
- implicit none
- integer neta, nxi
- parameter (neta = 73, nxi = 49)
- double precision calcpts(neta, nxi), dlaeta(neta), dlaxi(nxi)
- double precision eta, xi, dleta, dlxi
- double precision pxi, peta, f(-1:1), delxi, deleta
- integer j, ieta, ixi
-
- 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,
- # -.7748D-05, -.5113D-05, -.3372D-05, -.2221D-05, -.1462D-05,
- # -.9603D-06, -.6301D-06, -.4131D-06, -.2704D-06, -.1766D-06,
- # -.1153D-06, -.7510D-07, -.4878D-07, -.3163D-07, -.2046D-07,
- # -.1318D-07, -.8481D-08, -.5434D-08, -.3464D-08, -.2200D-08,
- # -.4531D-08/
-
- data (calcpts(j,10), j = 1,neta) /-.4329D-11, -.8017D-11,
- # -.1468D-10, -.1912D-10, -.4450D-10, -.7630D-10, -.1318D-09,
- # -.2570D-09, -.4401D-09, -.7766D-09, -.1464D-08, -.2495D-08,
- # -.4473D-08, -.8107D-08, -.1423D-07, -.2431D-07, -.4600D-07,
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- # -.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 locate(dlaeta,neta, dleta, ieta)
- call locate(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
- h1_FLg = peta*(peta-1d0)/2d0*f(-1) +
- # (1d0 - peta**2)*f(0) +
-CMB # + peta*(peta+1d0)/2d0*f(1)
- # peta*(peta+1d0)/2d0*f(1)
- return
- end
-
-c ==========================================
- double precision function h1bar_Lg(eta,xi)
-c ==========================================
-
-c eq (12) in PLB347 (1995) 143 - 151 for the longitudinal piece
-c MSbar scheme
-c This routine is called subclbar in the original code.
-c Called sclbar in updated code (03/06/96).
-
- implicit none
- integer neta, nxi
- parameter (neta = 73, nxi = 49)
- double precision calcpts(neta, nxi), dlaeta(neta), dlaxi(nxi)
- double precision eta, xi, dleta, dlxi
- double precision pxi, peta, f(-1:1), delxi, deleta
- integer j, ieta, ixi
-
- 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/
-
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- # 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 locate(dlaeta,neta, dleta, ieta)
- call locate(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
- h1bar_Lg = peta*(peta-1d0)/2d0*f(-1) +
- # (1d0 - peta**2)*f(0) +
-CMB # + peta*(peta+1d0)/2d0*f(1)
- # peta*(peta+1d0)/2d0*f(1)
- return
- end
-
-CDECK ID>, QCORRT.
-
-c ========================================
- double precision function h1_HTq(eta,xi)
-c ========================================
-
-c eq (26) in PLB347 (1995) 143 - 151 for the transverse piece
-c MSbar scheme
-c This routine is called subcqht in the original code.
-c Called schqt in updated code (03/06/96).
-
- implicit none
- integer neta, nxi
- parameter (neta = 73, nxi = 49)
- double precision calcpts(neta, nxi), dlaeta(neta), dlaxi(nxi)
- double precision eta, xi, dleta, dlxi
- double precision pxi, peta, f(-1:1), delxi, deleta
- integer j, ieta, ixi
-
- 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,
- # -.8020D-01, -.6610D-01, -.5373D-01, -.4325D-01, -.3448D-01,
- # -.2720D-01, -.2144D-01, -.1666D-01, -.1288D-01, -.9957D-02,
- # -.7611D-02, -.5847D-02, -.4372D-02, -.3339D-02, -.2601D-02,
- # -.1859D-02, -.1414D-02, -.1118D-02, -.8201D-03, -.5218D-03,
- # -.3729D-03, -.3737D-03, -.2243D-03, -.2246D-03, -.7488D-04,
- # -.7505D-04/
-
- data (calcpts(j, 5), j = 1,neta) /-.9743D-09, -.1698D-08,
- # -.2958D-08, -.5147D-08, -.8956D-08, -.1557D-07, -.2705D-07,
- # -.4696D-07, -.8146D-07, -.1413D-06, -.2448D-06, -.4240D-06,
- # -.7335D-06, -.1268D-05, -.2191D-05, -.3781D-05, -.6522D-05,
- # -.1124D-04, -.1933D-04, -.3323D-04, -.5702D-04, -.9773D-04,
- # -.1672D-03, -.2855D-03, -.4862D-03, -.8256D-03, -.1396D-02,
- # -.2350D-02, -.3928D-02, -.6505D-02, -.1064D-01, -.1709D-01,
- # -.2679D-01, -.4069D-01, -.5930D-01, -.8219D-01, -.1076D+00,
- # -.1324D+00, -.1533D+00, -.1672D+00, -.1729D+00, -.1703D+00,
- # -.1611D+00, -.1472D+00, -.1306D+00, -.1132D+00, -.9609D-01,
- # -.8015D-01, -.6605D-01, -.5368D-01, -.4320D-01, -.3444D-01,
- # -.2730D-01, -.2140D-01, -.1661D-01, -.1298D-01, -.9909D-02,
- # -.7712D-02, -.5799D-02, -.4473D-02, -.3440D-02, -.2552D-02,
- # -.1960D-02, -.1365D-02, -.1069D-02, -.7713D-03, -.6230D-03,
- # -.4742D-03, -.3249D-03, -.1755D-03, -.1758D-03, -.1761D-03,
- # -.2626D-04/
-
- data (calcpts(j, 6), j = 1,neta) /-.9735D-09, -.1697D-08,
- # -.2955D-08, -.5144D-08, -.8947D-08, -.1555D-07, -.2702D-07,
- # -.4691D-07, -.8139D-07, -.1411D-06, -.2447D-06, -.4236D-06,
- # -.7330D-06, -.1267D-05, -.2189D-05, -.3779D-05, -.6517D-05,
- # -.1123D-04, -.1932D-04, -.3320D-04, -.5697D-04, -.9766D-04,
- # -.1671D-03, -.2853D-03, -.4858D-03, -.8250D-03, -.1395D-02,
- # -.2348D-02, -.3925D-02, -.6501D-02, -.1063D-01, -.1708D-01,
- # -.2678D-01, -.4067D-01, -.5927D-01, -.8214D-01, -.1075D+00,
- # -.1324D+00, -.1532D+00, -.1672D+00, -.1728D+00, -.1703D+00,
- # -.1611D+00, -.1472D+00, -.1306D+00, -.1132D+00, -.9608D-01,
- # -.8023D-01, -.6598D-01, -.5361D-01, -.4313D-01, -.3436D-01,
- # -.2723D-01, -.2132D-01, -.1669D-01, -.1291D-01, -.9987D-02,
- # -.7641D-02, -.5877D-02, -.4402D-02, -.3369D-02, -.2480D-02,
- # -.1888D-02, -.1444D-02, -.1147D-02, -.8498D-03, -.5515D-03,
- # -.4026D-03, -.2534D-03, -.2540D-03, -.1043D-03, -.1046D-03,
- # -.1047D-03/
-
- data (calcpts(j, 7), j = 1,neta) /-.9721D-09, -.1695D-08,
- # -.2951D-08, -.5137D-08, -.8936D-08, -.1553D-07, -.2698D-07,
- # -.4686D-07, -.8129D-07, -.1410D-06, -.2443D-06, -.4231D-06,
- # -.7321D-06, -.1266D-05, -.2187D-05, -.3774D-05, -.6510D-05,
- # -.1121D-04, -.1930D-04, -.3317D-04, -.5691D-04, -.9755D-04,
- # -.1669D-03, -.2849D-03, -.4853D-03, -.8241D-03, -.1394D-02,
- # -.2346D-02, -.3921D-02, -.6495D-02, -.1062D-01, -.1707D-01,
- # -.2676D-01, -.4064D-01, -.5922D-01, -.8209D-01, -.1075D+00,
- # -.1323D+00, -.1531D+00, -.1671D+00, -.1727D+00, -.1702D+00,
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- # -.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 locate(dlaeta,neta, dleta, ieta)
- call locate(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
- h1_HTq = peta*(peta-1d0)/2d0*f(-1) +
- # (1d0 - peta**2)*f(0) +
-CMB # + peta*(peta+1d0)/2d0*f(1)
- # peta*(peta+1d0)/2d0*f(1)
- return
- end
-
-c ===========================================
- double precision function h1bar_HTq(eta,xi)
-c ===========================================
-
-c eq (27) in PLB347 (1995) 143 - 151 for the transverse piece
-c MSbar scheme
-c This routine is called subcqhtbar in the original code.
-c Called sqtbar in updated code (03/06/96).
-
- implicit none
- integer neta, nxi
- parameter (neta = 73, nxi = 49)
- double precision calcpts(neta, nxi), dlaeta(neta), dlaxi(nxi)
- double precision eta, xi, dleta, dlxi
- double precision pxi, peta, f(-1:1), delxi, deleta
- integer j, ieta, ixi
-
- 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/
-
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- # 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 locate(dlaeta,neta, dleta, ieta)
- call locate(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
- h1bar_HTq = peta*(peta-1d0)/2d0*f(-1) +
- # (1d0 - peta**2)*f(0) +
-CMB # + peta*(peta+1d0)/2d0*f(1)
- # peta*(peta+1d0)/2d0*f(1)
- return
- end
-
-c =========================================
- double precision function h1f_LTq(eta,xi)
-c =========================================
-
-c eq (28) in PLB347 (1995) 143 - 151 for the transverse piece
-c This also takes into account the additional mass factorizations
-c necessary from a low Q^2 photon coupling to the light quark.
-c MSbar scheme
-c This routine is called subd1tqf in the original code.
-c Gives h1_LTq for Q2 < 1.5 GeV2 (use h1_LTq for Q2 > 1.5 GeV2)
-
- implicit none
- integer neta, nxi
- parameter (neta = 45, nxi = 15)
- double precision calcpts(neta,nxi), aeta(neta), axi(nxi)
- double precision eta, xi, huge, small
- double precision t, u, y1, y2, y3, y4
- parameter (small = 1.d-8, huge = 1.d10)
- integer j, ieta, ixi
-
- data (calcpts(j, 1), j=1,neta) /0.d0, 0.4019D-05, 0.1896D-04,
- # 0.3899D-04, 0.6269D-04, 0.8935D-04, 0.1037D-03, 0.4849D-03,
- # 0.9762D-03, 0.1525D-02, 0.2108D-02, 0.2406D-02, 0.5362D-02,
- # 0.7965D-02, 0.1012D-01, 0.1186D-01, 0.1328D-01, 0.1443D-01,
- # 0.1537D-01, 0.1616D-01, 0.1682D-01, 0.1986D-01, 0.2073D-01,
- # 0.2096D-01, 0.2088D-01, 0.2067D-01, 0.2037D-01, 0.2001D-01,
- # 0.1965D-01, 0.1929D-01, 0.1370D-01, 0.1084D-01, 0.9107D-02,
- # 0.7934D-02, 0.7464D-02, 0.4891D-02, 0.3756D-02, 0.2645D-02,
- # 0.2090D-02, 0.1746D-02, 0.1617D-02, 0.4779D-03, 0.2775D-03,
- # 0.4104D-04, 0.d0/
-c
- data (calcpts(j, 2), j=1,neta) /0.d0, 0.2321D-05, 0.1077D-04,
- # 0.2190D-04, 0.3488D-04, 0.4935D-04, 0.5706D-04, 0.2585D-03,
- # 0.5173D-03, 0.8102D-03, 0.1125D-02, 0.1287D-02, 0.2955D-02,
- # 0.4511D-02, 0.5861D-02, 0.7013D-02, 0.7984D-02, 0.8813D-02,
- # 0.9516D-02, 0.1012D-01, 0.1065D-01, 0.1352D-01, 0.1463D-01,
- # 0.1512D-01, 0.1529D-01, 0.1529D-01, 0.1518D-01, 0.1502D-01,
- # 0.1482D-01, 0.1460D-01, 0.1073D-01, 0.8586D-02, 0.7261D-02,
- # 0.6349D-02, 0.5983D-02, 0.3966D-02, 0.3061D-02, 0.2178D-02,
- # 0.1718D-02, 0.1440D-02, 0.1337D-02, 0.3998D-03, 0.2339D-03,
- # 0.3529D-04, 0.d0/
-c
- data (calcpts(j, 3), j=1,neta) /0.d0, 0.5064D-06, 0.2317D-05,
- # 0.4667D-05, 0.7383D-05, 0.1040D-04, 0.1200D-04, 0.5411D-04,
- # 0.1119D-03, 0.1832D-03, 0.2663D-03, 0.3119D-03, 0.8727D-03,
- # 0.1533D-02, 0.2214D-02, 0.2874D-02, 0.3495D-02, 0.4073D-02,
- # 0.4602D-02, 0.5091D-02, 0.5538D-02, 0.8424D-02, 0.9777D-02,
- # 0.1046D-01, 0.1080D-01, 0.1095D-01, 0.1098D-01, 0.1094D-01,
- # 0.1086D-01, 0.1075D-01, 0.8148D-02, 0.6592D-02, 0.5609D-02,
- # 0.4921D-02, 0.4650D-02, 0.3110D-02, 0.2411D-02, 0.1722D-02,
- # 0.1371D-02, 0.1150D-02, 0.1067D-02, 0.3261D-03, 0.1892D-03,
- # 0.2870D-04, 0.d0/
-c
- data (calcpts(j, 4), j=1,neta) /0.d0, 0.5228D-08, 0.2381D-07,
- # 0.4875D-07, 0.7962D-07, 0.1172D-06, 0.1388D-06, 0.1292D-05,
- # 0.4892D-05, 0.1220D-04, 0.2403D-04, 0.3177D-04, 0.1790D-03,
- # 0.4347D-03, 0.7627D-03, 0.1131D-02, 0.1518D-02, 0.1906D-02,
- # 0.2291D-02, 0.2660D-02, 0.3014D-02, 0.5617D-02, 0.7014D-02,
- # 0.7787D-02, 0.8220D-02, 0.8455D-02, 0.8574D-02, 0.8612D-02,
- # 0.8603D-02, 0.8558D-02, 0.6753D-02, 0.5525D-02, 0.4737D-02,
- # 0.4176D-02, 0.3954D-02, 0.2678D-02, 0.2087D-02, 0.1502D-02,
- # 0.1196D-02, 0.1007D-02, 0.9338D-03, 0.2877D-03, 0.1692D-03,
- # 0.2625D-04, 0.d0/
-c
- data (calcpts(j, 5), j=1,neta) /0.d0, 0.9101D-12, 0.4199D-10,
- # 0.2486D-09, 0.7987D-09, 0.1908D-08, 0.2745D-08, 0.1169D-06,
- # 0.6378D-06, 0.1896D-05, 0.4197D-05, 0.5822D-05, 0.4473D-04,
- # 0.1310D-03, 0.2623D-03, 0.4305D-03, 0.6257D-03, 0.8389D-03,
- # 0.1064D-02, 0.1294D-02, 0.1525D-02, 0.3522D-02, 0.4800D-02,
- # 0.5585D-02, 0.6078D-02, 0.6383D-02, 0.6571D-02, 0.6681D-02,
- # 0.6738D-02, 0.6764D-02, 0.5665D-02, 0.4725D-02, 0.4088D-02,
- # 0.3632D-02, 0.3446D-02, 0.2369D-02, 0.1861D-02, 0.1347D-02,
- # 0.1081D-02, 0.9132D-03, 0.8487D-03, 0.2657D-03, 0.1563D-03,
- # 0.2511D-04, 0.d0/
-c
- data (calcpts(j, 6), j=1,neta) /0.d0, 0.2657D-12, 0.1234D-10,
- # 0.7333D-10, 0.2366D-09, 0.5664D-09, 0.8165D-09, 0.3585D-07,
- # 0.2016D-06, 0.6159D-06, 0.1399D-05, 0.1963D-05, 0.1675D-04,
- # 0.5327D-04, 0.1141D-03, 0.1979D-03, 0.3015D-03, 0.4212D-03,
- # 0.5532D-03, 0.6942D-03, 0.8411D-03, 0.2292D-02, 0.3371D-02,
- # 0.4096D-02, 0.4583D-02, 0.4909D-02, 0.5129D-02, 0.5277D-02,
- # 0.5371D-02, 0.5431D-02, 0.4823D-02, 0.4098D-02, 0.3584D-02,
- # 0.3204D-02, 0.3046D-02, 0.2125D-02, 0.1683D-02, 0.1229D-02,
- # 0.9890D-03, 0.8394D-03, 0.7798D-03, 0.2471D-03, 0.1470D-03,
- # 0.2343D-04, 0.d0/
-c
- data (calcpts(j, 7), j=1,neta) /0.d0, 0.2199D-12, 0.1022D-10,
- # 0.6069D-10, 0.1959D-09, 0.4690D-09, 0.6762D-09, 0.2974D-07,
- # 0.1674D-06, 0.5122D-06, 0.1165D-05, 0.1637D-05, 0.1405D-04,
- # 0.4497D-04, 0.9692D-04, 0.1690D-03, 0.2589D-03, 0.3633D-03,
- # 0.4793D-03, 0.6040D-03, 0.7347D-03, 0.2058D-02, 0.3074D-02,
- # 0.3776D-02, 0.4248D-02, 0.4574D-02, 0.4796D-02, 0.4949D-02,
- # 0.5048D-02, 0.5115D-02, 0.4613D-02, 0.3939D-02, 0.3453D-02,
- # 0.3095D-02, 0.2944D-02, 0.2064D-02, 0.1636D-02, 0.1198D-02,
- # 0.9665D-03, 0.8193D-03, 0.7636D-03, 0.2445D-03, 0.1445D-03,
- # 0.2312D-04, 0.d0/
-c
- data (calcpts(j, 8), j=1,neta) /0.d0, 0.1569D-12, 0.7293D-11,
- # 0.4330D-10, 0.1397D-09, 0.3345D-09, 0.4823D-09, 0.2118D-07,
- # 0.1189D-06, 0.3635D-06, 0.8253D-06, 0.1158D-05, 0.9902D-05,
- # 0.3158D-04, 0.6792D-04, 0.1184D-03, 0.1815D-03, 0.2548D-03,
- # 0.3369D-03, 0.4252D-03, 0.5186D-03, 0.1495D-02, 0.2288D-02,
- # 0.2862D-02, 0.3269D-02, 0.3558D-02, 0.3766D-02, 0.3914D-02,
- # 0.4020D-02, 0.4095D-02, 0.3882D-02, 0.3377D-02, 0.2991D-02,
- # 0.2703D-02, 0.2580D-02, 0.1839D-02, 0.1469D-02, 0.1086D-02,
- # 0.8801D-03, 0.7482D-03, 0.6992D-03, 0.2261D-03, 0.1353D-03,
- # 0.2217D-04, 0.d0/
-c
- data (calcpts(j, 9), j=1,neta) /0.d0, 0.1509D-12, 0.7016D-11,
- # 0.4166D-10, 0.1344D-09, 0.3218D-09, 0.4636D-09, 0.2035D-07,
- # 0.1142D-06, 0.3489D-06, 0.7914D-06, 0.1111D-05, 0.9461D-05,
- # 0.3008D-04, 0.6453D-04, 0.1122D-03, 0.1716D-03, 0.2406D-03,
- # 0.3174D-03, 0.4000D-03, 0.4874D-03, 0.1394D-02, 0.2127D-02,
- # 0.2660D-02, 0.3038D-02, 0.3311D-02, 0.3506D-02, 0.3646D-02,
- # 0.3748D-02, 0.3820D-02, 0.3657D-02, 0.3196D-02, 0.2844D-02,
- # 0.2571D-02, 0.2460D-02, 0.1764D-02, 0.1415D-02, 0.1049D-02,
- # 0.8515D-03, 0.7264D-03, 0.6773D-03, 0.2231D-03, 0.1328D-03,
- # 0.2174D-04, 0.d0/
-c
- data (calcpts(j,10), j=1,neta) /0.d0, 0.1441D-12, 0.6693D-11,
- # 0.3978D-10, 0.1282D-09, 0.3069D-09, 0.4423D-09, 0.1938D-07,
- # 0.1087D-06, 0.3317D-06, 0.7515D-06, 0.1054D-05, 0.8930D-05,
- # 0.2825D-04, 0.6027D-04, 0.1043D-03, 0.1588D-03, 0.2217D-03,
- # 0.2913D-03, 0.3657D-03, 0.4437D-03, 0.1233D-02, 0.1845D-02,
- # 0.2274D-02, 0.2570D-02, 0.2775D-02, 0.2918D-02, 0.3018D-02,
- # 0.3085D-02, 0.3134D-02, 0.2930D-02, 0.2574D-02, 0.2306D-02,
- # 0.2102D-02, 0.2018D-02, 0.1478D-02, 0.1200D-02, 0.9031D-03,
- # 0.7391D-03, 0.6339D-03, 0.5926D-03, 0.1992D-03, 0.1202D-03,
- # 0.2022D-04, 0.d0/
-c
- data (calcpts(j,11), j=1,neta) /0.d0, 0.1434D-12, 0.6663D-11,
- # 0.3955D-10, 0.1276D-09, 0.3054D-09, 0.4402D-09, 0.1929D-07,
- # 0.1082D-06, 0.3299D-06, 0.7475D-06, 0.1048D-05, 0.8874D-05,
- # 0.2804D-04, 0.5983D-04, 0.1035D-03, 0.1574D-03, 0.2197D-03,
- # 0.2885D-03, 0.3621D-03, 0.4391D-03, 0.1215D-02, 0.1814D-02,
- # 0.2226D-02, 0.2508D-02, 0.2697D-02, 0.2825D-02, 0.2909D-02,
- # 0.2961D-02, 0.2994D-02, 0.2604D-02, 0.2208D-02, 0.1946D-02,
- # 0.1758D-02, 0.1681D-02, 0.1229D-02, 0.1005D-02, 0.7642D-03,
- # 0.6311D-03, 0.5433D-03, 0.5108D-03, 0.1779D-03, 0.1087D-03,
- # 0.1860D-04, 0.d0/
-c
- data (calcpts(j,12), j=1,neta) /0.d0, 0.1433D-12, 0.6657D-11,
- # 0.3953D-10, 0.1275D-09, 0.3053D-09, 0.4401D-09, 0.1929D-07,
- # 0.1081D-06, 0.3297D-06, 0.7470D-06, 0.1048D-05, 0.8868D-05,
- # 0.2804D-04, 0.5979D-04, 0.1034D-03, 0.1574D-03, 0.2196D-03,
- # 0.2883D-03, 0.3619D-03, 0.4391D-03, 0.1216D-02, 0.1818D-02,
- # 0.2238D-02, 0.2525D-02, 0.2720D-02, 0.2855D-02, 0.2943D-02,
- # 0.3000D-02, 0.3036D-02, 0.2630D-02, 0.2171D-02, 0.1860D-02,
- # 0.1643D-02, 0.1555D-02, 0.1076D-02, 0.8619D-03, 0.6490D-03,
- # 0.5361D-03, 0.4630D-03, 0.4353D-03, 0.1560D-03, 0.9623D-04,
- # 0.1727D-04, 0.d0/
-c
- data (calcpts(j,13), j=1,neta) /0.d0, 0.1401D-12, 0.6668D-11,
- # 0.3954D-10, 0.1275D-09, 0.3053D-09, 0.4398D-09, 0.1928D-07,
- # 0.1081D-06, 0.3296D-06, 0.7470D-06, 0.1048D-05, 0.8868D-05,
- # 0.2804D-04, 0.5979D-04, 0.1034D-03, 0.1574D-03, 0.2196D-03,
- # 0.2883D-03, 0.3621D-03, 0.4389D-03, 0.1217D-02, 0.1821D-02,
- # 0.2244D-02, 0.2535D-02, 0.2736D-02, 0.2876D-02, 0.2970D-02,
- # 0.3035D-02, 0.3074D-02, 0.2727D-02, 0.2277D-02, 0.1956D-02,
- # 0.1722D-02, 0.1625D-02, 0.1073D-02, 0.8265D-03, 0.5928D-03,
- # 0.4775D-03, 0.4067D-03, 0.3804D-03, 0.1358D-03, 0.8456D-04,
- # 0.1560D-04, 0.d0/
-c
- data (calcpts(j,14), j=1,neta) /0.d0, 0.4279D-12, 0.7533D-11,
- # 0.4041D-10, 0.1273D-09, 0.3024D-09, 0.4428D-09, 0.1926D-07,
- # 0.1081D-06, 0.3296D-06, 0.7469D-06, 0.1048D-05, 0.8865D-05,
- # 0.2804D-04, 0.5978D-04, 0.1034D-03, 0.1574D-03, 0.2196D-03,
- # 0.2885D-03, 0.3621D-03, 0.4392D-03, 0.1218D-02, 0.1824D-02,
- # 0.2249D-02, 0.2541D-02, 0.2744D-02, 0.2886D-02, 0.2982D-02,
- # 0.3050D-02, 0.3091D-02, 0.2793D-02, 0.2369D-02, 0.2064D-02,
- # 0.1838D-02, 0.1744D-02, 0.1188D-02, 0.9171D-03, 0.6428D-03,
- # 0.5015D-03, 0.4140D-03, 0.3816D-03, 0.1146D-03, 0.7074D-04,
- # 0.1332D-04, 0.d0/
-c
- data (calcpts(j,15), j=1,neta) /0.d0, 0.0000D+00, 0.8481D-11,
- # 0.1250D-10, 0.1173D-09, 0.3631D-09, 0.4731D-09, 0.1937D-07,
- # 0.1080D-06, 0.3296D-06, 0.7471D-06, 0.1048D-05, 0.8865D-05,
- # 0.2802D-04, 0.5976D-04, 0.1034D-03, 0.1574D-03, 0.2196D-03,
- # 0.2885D-03, 0.3619D-03, 0.4391D-03, 0.1218D-02, 0.1824D-02,
- # 0.2249D-02, 0.2543D-02, 0.2745D-02, 0.2888D-02, 0.2985D-02,
- # 0.3051D-02, 0.3095D-02, 0.2802D-02, 0.2385D-02, 0.2084D-02,
- # 0.1860D-02, 0.1769D-02, 0.1219D-02, 0.9522D-03, 0.6765D-03,
- # 0.5313D-03, 0.4398D-03, 0.4059D-03, 0.1124D-03, 0.6680D-04,
- # 0.1251D-04, 0.d0/
-c
- data (aeta(j), j = 1,neta) /small, 0.1000d-02, 0.3000d-02,
- # 0.5000d-02, 0.7000d-02, 0.9000d-02, 0.1000d-01, 0.3000d-01,
- # 0.5000d-01, 0.7000d-01, 0.9000d-01, 0.1000d+00, 0.2000d+00,
- # 0.3000d+00, 0.4000d+00, 0.5000d+00, 0.6000d+00, 0.7000d+00,
- # 0.8000d+00, 0.9000d+00, 0.1000d+01, 0.2000d+01, 0.3000d+01,
- # 0.4000d+01, 0.5000d+01, 0.6000d+01, 0.7000d+01, 0.8000d+01,
- # 0.9000d+01, 0.1000d+02, 0.3000d+02, 0.5000d+02, 0.7000d+02,
- # 0.9000d+02, 0.1000d+03, 0.2000d+03, 0.3000d+03, 0.5000d+03,
- # 0.7000d+03, 0.9000d+03, 0.1000d+04, 0.5000d+04, 0.1000d+05,
- # 0.1000d+06, huge/
-c
- data (axi(j), j = 1,nxi) /0.1000d-01, 0.3162d-01, 0.1000d+00,
- # 0.3162d+00, 0.1000d+01, 0.2500d+01, 0.3162d+01, 0.7500d+01,
- # 0.1000d+02, 0.3162d+02, 0.1000d+03, 0.3162d+03, 0.1000d+04,
- # 0.5000d+04, 0.1000d+05/
-c
-c here we have to choose the array elements that will go into the
-c interpolation.
- call locate(aeta, neta, eta, ieta)
- call locate(axi, nxi, xi, ixi)
- if (ieta .le. 1) ieta = 1
- if (ieta .gt. (neta - 1)) ieta = neta - 1
- if (ixi .le. 1) ixi = 1
- if (ixi .gt. (nxi - 1)) ixi = nxi - 1
- y1 = calcpts(ieta,ixi)
- y2 = calcpts(ieta+1,ixi)
- y3 = calcpts(ieta+1,ixi+1)
- y4 = calcpts(ieta,ixi+1)
-c interpolating between the points
- t = (eta - aeta(ieta))/(aeta(ieta + 1) - aeta(ieta))
- u = (xi - axi(ixi))/(axi(ixi + 1) - axi(ixi))
- h1f_LTq = (1.d0 - t)*(1.d0 - u)*y1 + t*(1.d0 - u)*y2 +
- # t*u*y3 + (1.d0 - t)*u*y4
-
- return
- end
-
-c =========================================
- double precision function h1_LTq(eta,xi)
-c =========================================
-
-c eq (28) in PLB347 (1995) 143 - 151 for the transverse piece
-c MSbar scheme
-c This routine is called subd1tq in the original code.
-c Gives h1_LTq for Q2 > 1.5 GeV2 (use h1f_LTq for Q2 < 1.5 GeV2)
-c Called sclqt in updated code (03/06/96).
-
- implicit none
- integer neta, nxi
- parameter (neta = 73, nxi = 49)
- double precision calcpts(neta, nxi), dlaeta(neta), dlaxi(nxi)
- double precision eta, xi, dleta, dlxi
- double precision pxi, peta, f(-1:1), delxi, deleta
- integer j, ieta, ixi
-
- 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,
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- # 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 locate(dlaeta,neta, dleta, ieta)
- call locate(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
- h1_LTq = peta*(peta-1d0)/2d0*f(-1) +
- # (1d0 - peta**2)*f(0) +
-CMB # + peta*(peta+1d0)/2d0*f(1)
- # peta*(peta+1d0)/2d0*f(1)
- return
- end
-
-c ===========================================
- double precision function h1bar_LTq(eta,xi)
-c ===========================================
-
-c eq (29) in PLB347 (1995) 143 - 151 only necessary for the
-c transverse piece
-c MSbar scheme
-c This routine is called subd1bar in the original code.
-c Gives h1bar_LTq for Q2 < 1.5 GeV2 ( = 0 for Q2 > 1.5 GeV2)
-
- implicit none
- integer neta, nxi
- parameter (neta = 45, nxi = 15)
- double precision calcpts(neta,nxi), aeta(neta), axi(nxi)
- double precision t, u, y1, y2, y3, y4
- double precision eta, xi, huge, small
- parameter (small = 1.d-8, huge = 1.d10)
- integer j, ieta, ixi
-
- data (calcpts(j, 1), j=1,neta) /0.d0, -.3403d-06, -.1758d-05,
- # -.3760d-05, -.6194d-05, -.8975d-05, -.1049d-04, -.5149d-04,
- # -.1049d-03, -.1646d-03, -.2276d-03, -.2598d-03, -.5753d-03,
- # -.8478d-03, -.1068d-02, -.1242d-02, -.1380d-02, -.1488d-02,
- # -.1572d-02, -.1640d-02, -.1694d-02, -.1856d-02, -.1816d-02,
- # -.1742d-02, -.1662d-02, -.1589d-02, -.1518d-02, -.1453d-02,
- # -.1395d-02, -.1342d-02, -.7865d-03, -.5766d-03, -.4622d-03,
- # -.3897d-03, -.3617d-03, -.2181d-03, -.1602d-03, -.1070d-03,
- # -.8177d-04, -.6665d-04, -.6109d-04, -.1574d-04, -.8655d-05,
- # -.1086d-05, 0.d0/
-c
- data (calcpts(j, 2), j=1,neta) /0.d0, -.2178d-06, -.1125d-05,
- # -.2409d-05, -.3966d-05, -.5751d-05, -.6717d-05, -.3299d-04,
- # -.6719d-04, -.1055d-03, -.1459d-03, -.1665d-03, -.3694d-03,
- # -.5449d-03, -.6870d-03, -.8000d-03, -.8888d-03, -.9588d-03,
- # -.1014d-02, -.1057d-02, -.1091d-02, -.1199d-02, -.1175d-02,
- # -.1127d-02, -.1077d-02, -.1028d-02, -.9830d-03, -.9422d-03,
- # -.9041d-03, -.8688d-03, -.5103d-03, -.3741d-03, -.3000d-03,
- # -.2528d-03, -.2346d-03, -.1416d-03, -.1039d-03, -.6963d-04,
- # -.5295d-04, -.4317d-04, -.3972d-04, -.1017d-04, -.5610d-05,
- # -.7188d-06, 0.d0/
-c
- data (calcpts(j, 3), j=1,neta) /0.d0, -.5322d-07, -.2750d-06,
- # -.5883d-06, -.9690d-06, -.1405d-05, -.1641d-05, -.8070d-05,
- # -.1646d-04, -.2586d-04, -.3580d-04, -.4088d-04, -.9104d-04,
- # -.1346d-03, -.1703d-03, -.1986d-03, -.2209d-03, -.2388d-03,
- # -.2528d-03, -.2639d-03, -.2727d-03, -.3014d-03, -.2961d-03,
- # -.2847d-03, -.2724d-03, -.2604d-03, -.2490d-03, -.2386d-03,
- # -.2292d-03, -.2205d-03, -.1297d-03, -.9522d-04, -.7638d-04,
- # -.6429d-04, -.5973d-04, -.3603d-04, -.2641d-04, -.1768d-04,
- # -.1350d-04, -.1100d-04, -.1009d-04, -.2613d-05, -.1420d-05,
- # -.1778d-06, 0.d0/
-c
- data (calcpts(j, 4), j=1,neta) /0.d0, -.6204d-09, -.3207d-08,
- # -.6865d-08, -.1131d-07, -.1639d-07, -.1916d-07, -.9449d-07,
- # -.1932d-06, -.3045d-06, -.4228d-06, -.4833d-06, -.1088d-05,
- # -.1624d-05, -.2069d-05, -.2429d-05, -.2718d-05, -.2949d-05,
- # -.3135d-05, -.3284d-05, -.3403d-05, -.3831d-05, -.3800d-05,
- # -.3674d-05, -.3528d-05, -.3381d-05, -.3245d-05, -.3114d-05,
- # -.2995d-05, -.2883d-05, -.1710d-05, -.1256d-05, -.1010d-05,
- # -.8503d-06, -.7902d-06, -.4776d-06, -.3498d-06, -.2352d-06,
- # -.1790d-06, -.1461d-06, -.1337d-06, -.3444d-07, -.1883d-07,
- # -.2382d-08, 0.d0/
-c
- data (calcpts(j, 5), j=1,neta) /0.d0, -.4968d-15, -.2571d-14,
- # -.5505d-14, -.9076d-14, -.1318d-13, -.1541d-13, -.7657d-13,
- # -.1578d-12, -.2505d-12, -.3500d-12, -.4016d-12, -.9316d-12,
- # -.1425d-11, -.1853d-11, -.2212d-11, -.2511d-11, -.2759d-11,
- # -.2965d-11, -.3137d-11, -.3279d-11, -.3888d-11, -.3960d-11,
- # -.3893d-11, -.3784d-11, -.3660d-11, -.3535d-11, -.3412d-11,
- # -.3296d-11, -.3187d-11, -.1940d-11, -.1433d-11, -.1153d-11,
- # -.9740d-12, -.9041d-12, -.5475d-12, -.4023d-12, -.2694d-12,
- # -.2056d-12, -.1677d-12, -.1536d-12, -.3957d-13, -.2160d-13,
- # -.2823d-14, 0.d0/
-c
- data (calcpts(j, 6), j=1,neta) /0.d0, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.d0/
-c
- data (calcpts(j, 7), j=1,neta) /0.d0, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.d0/
-c
- data (calcpts(j, 8), j=1,neta) /0.d0, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.d0/
-c
- data (calcpts(j, 9), j=1,neta) /0.d0, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.d0/
-c
- data (calcpts(j,10), j=1,neta) /0.d0, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.d0/
-c
- data (calcpts(j,11), j=1,neta) /0.d0, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.d0/
-c
- data (calcpts(j,12), j=1,neta) /0.d0, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.d0/
-c
- data (calcpts(j,13), j=1,neta) /0.d0, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.d0/
-c
- data (calcpts(j,14), j=1,neta) /0.d0, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.d0/
-c
- data (calcpts(j,15), j=1,neta) /0.d0, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00, 0.0000d+00,
- # 0.0000d+00, 0.d0/
-c
- data (aeta(j), j = 1,neta) /small, 0.1000d-02, 0.3000d-02,
- # 0.5000d-02, 0.7000d-02, 0.9000d-02, 0.1000d-01, 0.3000d-01,
- # 0.5000d-01, 0.7000d-01, 0.9000d-01, 0.1000d+00, 0.2000d+00,
- # 0.3000d+00, 0.4000d+00, 0.5000d+00, 0.6000d+00, 0.7000d+00,
- # 0.8000d+00, 0.9000d+00, 0.1000d+01, 0.2000d+01, 0.3000d+01,
- # 0.4000d+01, 0.5000d+01, 0.6000d+01, 0.7000d+01, 0.8000d+01,
- # 0.9000d+01, 0.1000d+02, 0.3000d+02, 0.5000d+02, 0.7000d+02,
- # 0.9000d+02, 0.1000d+03, 0.2000d+03, 0.3000d+03, 0.5000d+03,
- # 0.7000d+03, 0.9000d+03, 0.1000d+04, 0.5000d+04, 0.1000d+05,
- # 0.1000d+06, huge/
-c
- data (axi(j), j = 1,nxi) /0.1000d-01, 0.3162d-01, 0.1000d+00,
- # 0.3162d+00, 0.1000d+01, 0.2500d+01, 0.3162d+01, 0.7500d+01,
- # 0.1000d+02, 0.3162d+02, 0.1000d+03, 0.3162d+03, 0.1000d+04,
- # 0.5000d+04, 0.1000d+05/
-c
-c here we have to choose the array elements that will go into the
-c interpolation.
- call locate(aeta, neta, eta, ieta)
- call locate(axi, nxi, xi, ixi)
- if (ieta .le. 1) ieta = 1
- if (ieta .gt. (neta - 1)) ieta = neta - 1
- if (ixi .le. 1) ixi = 1
- if (ixi .gt. (nxi - 1)) ixi = nxi - 1
- y1 = calcpts(ieta,ixi)
- y2 = calcpts(ieta+1,ixi)
- y3 = calcpts(ieta+1,ixi+1)
- y4 = calcpts(ieta,ixi+1)
-c interpolating between the points
- t = (eta - aeta(ieta))/(aeta(ieta + 1) - aeta(ieta))
- u = (xi - axi(ixi))/(axi(ixi + 1) - axi(ixi))
- h1bar_LTq = (1.d0 - t)*(1.d0 - u)*y1 + t*(1.d0 - u)*y2 +
- # t*u*y3 + (1.d0 - t)*u*y4
-
- return
- end
-
-CDECK ID>, QCORRL.
-
-c ===========================================
- double precision function h1_HLq(eta,xi)
-c ===========================================
-
-c eq (26) in PLB347 (1995) 143 - 151 for the transverse piece
-c MSbar scheme
-c This routine is called subcqhl in the original code.
-c Called schql in updated code (03/06/96).
-
- implicit none
- integer neta, nxi
- parameter (neta = 73, nxi = 49)
- double precision calcpts(neta, nxi), dlaeta(neta), dlaxi(nxi)
- double precision eta, xi, dleta, dlxi
- double precision pxi, peta, f(-1:1), delxi, deleta
- integer j, ieta, ixi
-
- 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,
- # -.1433D-07, -.2565D-07, -.4600D-07, -.8263D-07, -.1486D-06,
- # -.2674D-06, -.4807D-06, -.8596D-06, -.1521D-05, -.2642D-05,
- # -.4448D-05, -.7166D-05, -.1089D-04, -.1540D-04, -.2017D-04,
- # -.2447D-04, -.2772D-04, -.2970D-04, -.3044D-04, -.3018D-04,
- # -.2924D-04, -.2791D-04, -.2643D-04, -.2500D-04, -.2373D-04,
- # -.2265D-04, -.2177D-04, -.2108D-04, -.2054D-04, -.2013D-04,
- # -.1984D-04, -.1961D-04, -.1945D-04, -.1932D-04, -.1923D-04,
- # -.1918D-04, -.1913D-04, -.1910D-04, -.1907D-04, -.1906D-04,
- # -.1905D-04, -.1903D-04, -.1903D-04, -.1903D-04, -.1902D-04,
- # -.1902D-04, -.1902D-04, -.1902D-04, -.1902D-04, -.1902D-04,
- # -.1902D-04/
-
- data (calcpts(j, 4), j = 1,neta) /-.6515D-13, -.1159D-12,
- # -.2060D-12, -.3663D-12, -.6516D-12, -.1159D-11, -.2061D-11,
- # -.3665D-11, -.6515D-11, -.1159D-10, -.2061D-10, -.3666D-10,
- # -.6521D-10, -.1160D-09, -.2063D-09, -.3672D-09, -.6537D-09,
- # -.1164D-08, -.2073D-08, -.3695D-08, -.6587D-08, -.1176D-07,
- # -.2103D-07, -.3764D-07, -.6749D-07, -.1212D-06, -.2180D-06,
- # -.3924D-06, -.7053D-06, -.1261D-05, -.2232D-05, -.3876D-05,
- # -.6526D-05, -.1051D-04, -.1597D-04, -.2260D-04, -.2959D-04,
- # -.3590D-04, -.4068D-04, -.4358D-04, -.4466D-04, -.4429D-04,
- # -.4290D-04, -.4094D-04, -.3878D-04, -.3669D-04, -.3483D-04,
- # -.3323D-04, -.3195D-04, -.3094D-04, -.3014D-04, -.2955D-04,
- # -.2911D-04, -.2877D-04, -.2853D-04, -.2835D-04, -.2822D-04,
- # -.2813D-04, -.2807D-04, -.2803D-04, -.2799D-04, -.2796D-04,
- # -.2795D-04, -.2793D-04, -.2792D-04, -.2792D-04, -.2792D-04,
- # -.2791D-04, -.2791D-04, -.2791D-04, -.2791D-04, -.2791D-04,
- # -.2791D-04/
-
- data (calcpts(j, 5), j = 1,neta) /-.9559D-13, -.1700D-12,
- # -.3022D-12, -.5375D-12, -.9561D-12, -.1700D-11, -.3023D-11,
- # -.5377D-11, -.9558D-11, -.1700D-10, -.3024D-10, -.5379D-10,
- # -.9567D-10, -.1702D-09, -.3027D-09, -.5387D-09, -.9591D-09,
- # -.1707D-08, -.3041D-08, -.5421D-08, -.9664D-08, -.1726D-07,
- # -.3085D-07, -.5523D-07, -.9902D-07, -.1779D-06, -.3198D-06,
- # -.5756D-06, -.1035D-05, -.1850D-05, -.3274D-05, -.5686D-05,
- # -.9572D-05, -.1542D-04, -.2343D-04, -.3315D-04, -.4341D-04,
- # -.5267D-04, -.5968D-04, -.6393D-04, -.6553D-04, -.6498D-04,
- # -.6295D-04, -.6007D-04, -.5691D-04, -.5385D-04, -.5111D-04,
- # -.4878D-04, -.4688D-04, -.4538D-04, -.4423D-04, -.4336D-04,
- # -.4271D-04, -.4222D-04, -.4187D-04, -.4160D-04, -.4142D-04,
- # -.4127D-04, -.4118D-04, -.4112D-04, -.4106D-04, -.4102D-04,
- # -.4100D-04, -.4098D-04, -.4097D-04, -.4097D-04, -.4096D-04,
- # -.4096D-04, -.4096D-04, -.4094D-04, -.4094D-04, -.4094D-04,
- # -.4094D-04/
-
- data (calcpts(j, 6), j = 1,neta) /-.1402D-12, -.2493D-12,
- # -.4431D-12, -.7882D-12, -.1402D-11, -.2493D-11, -.4433D-11,
- # -.7885D-11, -.1402D-10, -.2493D-10, -.4435D-10, -.7887D-10,
- # -.1403D-09, -.2496D-09, -.4439D-09, -.7899D-09, -.1406D-08,
- # -.2504D-08, -.4459D-08, -.7949D-08, -.1417D-07, -.2530D-07,
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- # -.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 locate(dlaeta,neta, dleta, ieta)
- call locate(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
- h1_HLq = peta*(peta-1d0)/2d0*f(-1) +
- # (1d0 - peta**2)*f(0) +
-CMB # + peta*(peta+1d0)/2d0*f(1)
- # peta*(peta+1d0)/2d0*f(1)
- return
- end
-
-c ===========================================
- double precision function h1bar_HLq(eta,xi)
-c ===========================================
-
-c eq (27) in PLB347 (1995) 143 - 151 for the transverse piece
-c MSbar scheme
-c This routine is called subcqhlbar in the original code.
-c Called sqlbar in updated code (03/06/96).
-
- implicit none
- integer neta, nxi
- parameter (neta = 73, nxi = 49)
- double precision calcpts(neta, nxi), dlaeta(neta), dlaxi(nxi)
- double precision eta, xi, dleta, dlxi
- double precision pxi, peta, f(-1:1), delxi, deleta
- integer j, ieta, ixi
-
- 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,
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- # 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 locate(dlaeta,neta, dleta, ieta)
- call locate(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
- h1bar_HLq = peta*(peta-1d0)/2d0*f(-1) +
- # (1d0 - peta**2)*f(0) +
-CMB # + peta*(peta+1d0)/2d0*f(1)
- # peta*(peta+1d0)/2d0*f(1)
- return
- end
-
-c =========================================
- double precision function h1f_LLq(eta,xi)
-c =========================================
-
-c eq (28) in PLB347 (1995) 143 - 151 for the longitudinal piece
-c This also takes into account the additional mass factorizations
-c necessary from a low Q^2 photon coupling to the light quark.
-c MSbar scheme
-c This routine is called subd1lqf in the original code.
-c Gives h1_LLq for Q2 < 1.5 GeV2 (use h1_LLq for Q2 > 1.5 GeV2).
-
- implicit none
- integer neta, nxi
- parameter (neta = 45, nxi = 15)
- double precision calcpts(neta,nxi), aeta(neta), axi(nxi)
- double precision eta, xi, huge, small
- double precision t, u, y1, y2, y3, y4
- parameter (small = 1.d-8, huge = 1.d10)
- integer j, ieta, ixi
-
- data (calcpts(j, 1), j=1,neta) /0.d0, -.4776D-09, -.6020D-08,
- # -.1815D-07, -.3618D-07, -.5922D-07, -.7236D-07, -.4052D-06,
- # -.5175D-06, -.9498D-07, 0.1024D-05, 0.1868D-05, 0.2083D-04,
- # 0.5522D-04, 0.9831D-04, 0.1448D-03, 0.1913D-03, 0.2357D-03,
- # 0.2769D-03, 0.3144D-03, 0.3480D-03, 0.5190D-03, 0.5396D-03,
- # 0.5166D-03, 0.4819D-03, 0.4467D-03, 0.4138D-03, 0.3843D-03,
- # 0.3581D-03, 0.3348D-03, 0.1415D-03, 0.8921D-04, 0.6507D-04,
- # 0.5126D-04, 0.4629D-04, 0.2359D-04, 0.1582D-04, 0.9541D-05,
- # 0.6834D-05, 0.5321D-05, 0.4785D-05, 0.9609D-06, 0.4809D-06,
- # 0.4800D-07, 0.d0/
-c
- data (calcpts(j, 2), j=1,neta) /0.d0, -.3228D-09, -.4385D-08,
- # -.1380D-07, -.2816D-07, -.4656D-07, -.5691D-07, -.1957D-06,
- # 0.4271D-06, 0.2429D-05, 0.6145D-05, 0.8706D-05, 0.5987D-04,
- # 0.1485D-03, 0.2585D-03, 0.3771D-03, 0.4953D-03, 0.6087D-03,
- # 0.7136D-03, 0.8094D-03, 0.8954D-03, 0.1336D-02, 0.1391D-02,
- # 0.1332D-02, 0.1244D-02, 0.1153D-02, 0.1069D-02, 0.9933D-03,
- # 0.9254D-03, 0.8649D-03, 0.3657D-03, 0.2305D-03, 0.1682D-03,
- # 0.1325D-03, 0.1197D-03, 0.6099D-04, 0.4089D-04, 0.2469D-04,
- # 0.1765D-04, 0.1375D-04, 0.1239D-04, 0.2480D-05, 0.1242D-05,
- # 0.1244D-06, 0.d0/
-c
- data (calcpts(j, 3), j=1,neta) /0.d0, -.7553D-10, -.9480D-09,
- # -.2635D-08, -.4464D-08, -.5487D-08, -.5352D-08, 0.3277D-06,
- # 0.2037D-05, 0.5960D-05, 0.1261D-04, 0.1707D-04, 0.1039D-03,
- # 0.2553D-03, 0.4464D-03, 0.6548D-03, 0.8652D-03, 0.1068D-02,
- # 0.1259D-02, 0.1434D-02, 0.1592D-02, 0.2423D-02, 0.2543D-02,
- # 0.2445D-02, 0.2289D-02, 0.2125D-02, 0.1971D-02, 0.1832D-02,
- # 0.1707D-02, 0.1598D-02, 0.6758D-03, 0.4258D-03, 0.3108D-03,
- # 0.2446D-03, 0.2209D-03, 0.1126D-03, 0.7551D-04, 0.4554D-04,
- # 0.3260D-04, 0.2538D-04, 0.2284D-04, 0.4588D-05, 0.2292D-05,
- # 0.2292D-06, 0.d0/
-c
- data (calcpts(j, 4), j=1,neta) /0.d0, 0.1486D-11, 0.9642D-10,
- # 0.6003D-09, 0.1963D-08, 0.4715D-08, 0.6797D-08, 0.2807D-06,
- # 0.1468D-05, 0.4193D-05, 0.8945D-05, 0.1219D-04, 0.8137D-04,
- # 0.2145D-03, 0.3941D-03, 0.6006D-03, 0.8178D-03, 0.1034D-02,
- # 0.1243D-02, 0.1439D-02, 0.1620D-02, 0.2652D-02, 0.2861D-02,
- # 0.2787D-02, 0.2627D-02, 0.2448D-02, 0.2279D-02, 0.2121D-02,
- # 0.1980D-02, 0.1854D-02, 0.7854D-03, 0.4940D-03, 0.3602D-03,
- # 0.2834D-03, 0.2559D-03, 0.1302D-03, 0.8738D-04, 0.5263D-04,
- # 0.3765D-04, 0.2933D-04, 0.2638D-04, 0.5286D-05, 0.2649D-05,
- # 0.2645D-06, 0.d0/
-c
- data (calcpts(j, 5), j=1,neta) /0.d0, 0.7637D-12, 0.3540D-10,
- # 0.2097D-09, 0.6749D-09, 0.1613D-08, 0.2322D-08, 0.9969D-07,
- # 0.5478D-06, 0.1638D-05, 0.3644D-05, 0.5064D-05, 0.3938D-04,
- # 0.1154D-03, 0.2295D-03, 0.3726D-03, 0.5337D-03, 0.7044D-03,
- # 0.8778D-03, 0.1048D-02, 0.1212D-02, 0.2309D-02, 0.2654D-02,
- # 0.2671D-02, 0.2570D-02, 0.2426D-02, 0.2276D-02, 0.2130D-02,
- # 0.1998D-02, 0.1876D-02, 0.8007D-03, 0.5025D-03, 0.3653D-03,
- # 0.2870D-03, 0.2591D-03, 0.1314D-03, 0.8796D-04, 0.5287D-04,
- # 0.3783D-04, 0.2940D-04, 0.2647D-04, 0.5306D-05, 0.2651D-05,
- # 0.2651D-06, 0.d0/
-c
- data (calcpts(j, 6), j=1,neta) /0.d0, 0.3057D-12, 0.1420D-10,
- # 0.8435D-10, 0.2719D-09, 0.6511D-09, 0.9384D-09, 0.4110D-07,
- # 0.2302D-06, 0.7017D-06, 0.1588D-05, 0.2228D-05, 0.1869D-04,
- # 0.5837D-04, 0.1227D-03, 0.2088D-03, 0.3120D-03, 0.4274D-03,
- # 0.5504D-03, 0.6773D-03, 0.8046D-03, 0.1824D-02, 0.2286D-02,
- # 0.2424D-02, 0.2408D-02, 0.2325D-02, 0.2216D-02, 0.2100D-02,
- # 0.1985D-02, 0.1876D-02, 0.8223D-03, 0.5151D-03, 0.3734D-03,
- # 0.2925D-03, 0.2639D-03, 0.1329D-03, 0.8870D-04, 0.5322D-04,
- # 0.3800D-04, 0.2958D-04, 0.2661D-04, 0.5309D-05, 0.2655D-05,
- # 0.2652D-06, 0.d0/
-c
- data (calcpts(j, 7), j=1,neta) /0.d0, 0.2418D-12, 0.1123D-10,
- # 0.6674D-10, 0.2154D-09, 0.5155D-09, 0.7433D-09, 0.3266D-07,
- # 0.1835D-06, 0.5605D-06, 0.1272D-05, 0.1787D-05, 0.1518D-04,
- # 0.4799D-04, 0.1020D-03, 0.1754D-03, 0.2644D-03, 0.3654D-03,
- # 0.4742D-03, 0.5879D-03, 0.7031D-03, 0.1673D-02, 0.2155D-02,
- # 0.2326D-02, 0.2337D-02, 0.2276D-02, 0.2183D-02, 0.2078D-02,
- # 0.1971D-02, 0.1869D-02, 0.8293D-03, 0.5196D-03, 0.3765D-03,
- # 0.2948D-03, 0.2657D-03, 0.1336D-03, 0.8898D-04, 0.5337D-04,
- # 0.3807D-04, 0.2961D-04, 0.2664D-04, 0.5312D-05, 0.2655D-05,
- # 0.2654D-06, 0.d0/
-c
- data (calcpts(j, 8), j=1,neta) /0.d0, 0.1019D-12, 0.4742D-11,
- # 0.2817D-10, 0.9098D-10, 0.2179D-09, 0.3144D-09, 0.1390D-07,
- # 0.7859D-07, 0.2416D-06, 0.5520D-06, 0.7771D-06, 0.6819D-05,
- # 0.2222D-04, 0.4859D-04, 0.8589D-04, 0.1330D-03, 0.1882D-03,
- # 0.2503D-03, 0.3175D-03, 0.3882D-03, 0.1095D-02, 0.1577D-02,
- # 0.1835D-02, 0.1947D-02, 0.1976D-02, 0.1955D-02, 0.1908D-02,
- # 0.1847D-02, 0.1779D-02, 0.8622D-03, 0.5429D-03, 0.3925D-03,
- # 0.3067D-03, 0.2760D-03, 0.1374D-03, 0.9090D-04, 0.5416D-04,
- # 0.3855D-04, 0.2988D-04, 0.2687D-04, 0.5327D-05, 0.2658D-05,
- # 0.2655D-06, 0.d0/
-c
- data (calcpts(j, 9), j=1,neta) /0.d0, 0.7647D-13, 0.3556D-11,
- # 0.2113D-10, 0.6827D-10, 0.1635D-09, 0.2358D-09, 0.1045D-07,
- # 0.5912D-07, 0.1821D-06, 0.4163D-06, 0.5868D-06, 0.5177D-05,
- # 0.1697D-04, 0.3735D-04, 0.6637D-04, 0.1034D-03, 0.1474D-03,
- # 0.1971D-03, 0.2514D-03, 0.3091D-03, 0.9150D-03, 0.1365D-02,
- # 0.1635D-02, 0.1773D-02, 0.1829D-02, 0.1836D-02, 0.1811D-02,
- # 0.1769D-02, 0.1716D-02, 0.8732D-03, 0.5532D-03, 0.4004D-03,
- # 0.3122D-03, 0.2813D-03, 0.1392D-03, 0.9206D-04, 0.5460D-04,
- # 0.3876D-04, 0.3009D-04, 0.2702D-04, 0.5337D-05, 0.2666D-05,
- # 0.2654D-06, 0.d0/
-c
- data (calcpts(j,10), j=1,neta) /0.d0, 0.2420D-13, 0.1125D-11,
- # 0.6694D-11, 0.2160D-10, 0.5178D-10, 0.7469D-10, 0.3315D-08,
- # 0.1881D-07, 0.5808D-07, 0.1332D-06, 0.1879D-06, 0.1680D-05,
- # 0.5582D-05, 0.1245D-04, 0.2245D-04, 0.3549D-04, 0.5128D-04,
- # 0.6956D-04, 0.8996D-04, 0.1122D-03, 0.3801D-03, 0.6375D-03,
- # 0.8418D-03, 0.9927D-03, 0.1100D-02, 0.1172D-02, 0.1219D-02,
- # 0.1246D-02, 0.1259D-02, 0.8760D-03, 0.5937D-03, 0.4388D-03,
- # 0.3447D-03, 0.3107D-03, 0.1521D-03, 0.9921D-04, 0.5789D-04,
- # 0.4068D-04, 0.3131D-04, 0.2807D-04, 0.5393D-05, 0.2676D-05,
- # 0.2657D-06, 0.d0/
-c
- data (calcpts(j,11), j=1,neta) /0.d0, 0.7649D-14, 0.3559D-12,
- # 0.2115D-11, 0.6834D-11, 0.1638D-10, 0.2363D-10, 0.1050D-08,
- # 0.5961D-08, 0.1842D-07, 0.4226D-07, 0.5963D-07, 0.5356D-06,
- # 0.1787D-05, 0.4008D-05, 0.7258D-05, 0.1153D-04, 0.1675D-04,
- # 0.2284D-04, 0.2971D-04, 0.3726D-04, 0.1337D-03, 0.2379D-03,
- # 0.3324D-03, 0.4140D-03, 0.4825D-03, 0.5399D-03, 0.5868D-03,
- # 0.6257D-03, 0.6576D-03, 0.7086D-03, 0.5671D-03, 0.4546D-03,
- # 0.3732D-03, 0.3411D-03, 0.1752D-03, 0.1142D-03, 0.6549D-04,
- # 0.4530D-04, 0.3443D-04, 0.3069D-04, 0.5568D-05, 0.2727D-05,
- # 0.2662D-06, 0.d0/
-c
- data (calcpts(j,12), j=1,neta) /0.d0, 0.2418D-14, 0.1125D-12,
- # 0.6692D-12, 0.2161D-11, 0.5181D-11, 0.7473D-11, 0.3320D-09,
- # 0.1887D-08, 0.5829D-08, 0.1338D-07, 0.1889D-07, 0.1698D-06,
- # 0.5675D-06, 0.1274D-05, 0.2312D-05, 0.3679D-05, 0.5354D-05,
- # 0.7313D-05, 0.9531D-05, 0.1198D-04, 0.4386D-04, 0.7982D-04,
- # 0.1143D-03, 0.1456D-03, 0.1738D-03, 0.1991D-03, 0.2216D-03,
- # 0.2415D-03, 0.2595D-03, 0.3963D-03, 0.3921D-03, 0.3609D-03,
- # 0.3261D-03, 0.3095D-03, 0.1923D-03, 0.1333D-03, 0.7890D-04,
- # 0.5455D-04, 0.4114D-04, 0.3653D-04, 0.6024D-05, 0.2865D-05,
- # 0.2682D-06, 0.d0/
-c
- data (calcpts(j,13), j=1,neta) /0.d0, 0.7684D-15, 0.3558D-13,
- # 0.2117D-12, 0.6833D-12, 0.1638D-11, 0.2362D-11, 0.1050D-09,
- # 0.5965D-09, 0.1844D-08, 0.4233D-08, 0.5975D-08, 0.5375D-07,
- # 0.1797D-06, 0.4038D-06, 0.7329D-06, 0.1166D-05, 0.1700D-05,
- # 0.2322D-05, 0.3029D-05, 0.3806D-05, 0.1403D-04, 0.2573D-04,
- # 0.3713D-04, 0.4772D-04, 0.5745D-04, 0.6639D-04, 0.7458D-04,
- # 0.8210D-04, 0.8896D-04, 0.1616D-03, 0.1850D-03, 0.1919D-03,
- # 0.1917D-03, 0.1901D-03, 0.1583D-03, 0.1280D-03, 0.8802D-04,
- # 0.6498D-04, 0.5058D-04, 0.4533D-04, 0.7158D-05, 0.3225D-05,
- # 0.2742D-06, 0.d0/
-c
- data (calcpts(j,14), j=1,neta) /0.d0, 0.1468D-15, 0.7101D-14,
- # 0.4230D-13, 0.1367D-12, 0.3276D-12, 0.4727D-12, 0.2100D-10,
- # 0.1194D-09, 0.3687D-09, 0.8462D-09, 0.1195D-08, 0.1075D-07,
- # 0.3596D-07, 0.8079D-07, 0.1467D-06, 0.2335D-06, 0.3402D-06,
- # 0.4652D-06, 0.6066D-06, 0.7628D-06, 0.2819D-05, 0.5184D-05,
- # 0.7505D-05, 0.9676D-05, 0.1169D-04, 0.1356D-04, 0.1527D-04,
- # 0.1688D-04, 0.1836D-04, 0.3604D-04, 0.4455D-04, 0.4976D-04,
- # 0.5326D-04, 0.5457D-04, 0.6029D-04, 0.6027D-04, 0.5579D-04,
- # 0.5019D-04, 0.4495D-04, 0.4254D-04, 0.1047D-04, 0.4619D-05,
- # 0.3043D-06, 0.d0/
-c
- data (calcpts(j,15), j=1,neta) /0.d0, 0.8083D-16, 0.3549D-14,
- # 0.2130D-13, 0.6840D-13, 0.1637D-12, 0.2361D-12, 0.1050D-10,
- # 0.5967D-10, 0.1844D-09, 0.4233D-09, 0.5976D-09, 0.5376D-08,
- # 0.1799D-07, 0.4040D-07, 0.7337D-07, 0.1168D-06, 0.1701D-06,
- # 0.2325D-06, 0.3033D-06, 0.3815D-06, 0.1410D-05, 0.2595D-05,
- # 0.3756D-05, 0.4847D-05, 0.5861D-05, 0.6792D-05, 0.7664D-05,
- # 0.8469D-05, 0.9219D-05, 0.1827D-04, 0.2285D-04, 0.2580D-04,
- # 0.2793D-04, 0.2877D-04, 0.3348D-04, 0.3515D-04, 0.3546D-04,
- # 0.3425D-04, 0.3258D-04, 0.3168D-04, 0.1158D-04, 0.5529D-05,
- # 0.3374D-06, 0.d0/
-c
- data (aeta(j), j = 1,neta) /small, 0.1000d-02, 0.3000d-02,
- # 0.5000d-02, 0.7000d-02, 0.9000d-02, 0.1000d-01, 0.3000d-01,
- # 0.5000d-01, 0.7000d-01, 0.9000d-01, 0.1000d+00, 0.2000d+00,
- # 0.3000d+00, 0.4000d+00, 0.5000d+00, 0.6000d+00, 0.7000d+00,
- # 0.8000d+00, 0.9000d+00, 0.1000d+01, 0.2000d+01, 0.3000d+01,
- # 0.4000d+01, 0.5000d+01, 0.6000d+01, 0.7000d+01, 0.8000d+01,
- # 0.9000d+01, 0.1000d+02, 0.3000d+02, 0.5000d+02, 0.7000d+02,
- # 0.9000d+02, 0.1000d+03, 0.2000d+03, 0.3000d+03, 0.5000d+03,
- # 0.7000d+03, 0.9000d+03, 0.1000d+04, 0.5000d+04, 0.1000d+05,
- # 0.1000d+06, huge/
-c
- data (axi(j), j = 1,nxi) /0.1000d-01, 0.3162d-01, 0.1000d+00,
- # 0.3162d+00, 0.1000d+01, 0.2500d+01, 0.3162d+01, 0.7500d+01,
- # 0.1000d+02, 0.3162d+02, 0.1000d+03, 0.3162d+03, 0.1000d+04,
- # 0.5000d+04, 0.1000d+05/
-c
-c here we have to choose the array elements that will go into the
-c interpolation.
- call locate(aeta, neta, eta, ieta)
- call locate(axi, nxi, xi, ixi)
- if (ieta .le. 1) ieta = 1
- if (ieta .gt. (neta - 1)) ieta = neta - 1
- if (ixi .le. 1) ixi = 1
- if (ixi .gt. (nxi - 1)) ixi = nxi - 1
- y1 = calcpts(ieta,ixi)
- y2 = calcpts(ieta+1,ixi)
- y3 = calcpts(ieta+1,ixi+1)
- y4 = calcpts(ieta,ixi+1)
-c interpolating between the points
- t = (eta - aeta(ieta))/(aeta(ieta + 1) - aeta(ieta))
- u = (xi - axi(ixi))/(axi(ixi + 1) - axi(ixi))
- h1f_LLq = (1.d0 - t)*(1.d0 - u)*y1 + t*(1.d0 - u)*y2 +
- # t*u*y3 + (1.d0 - t)*u*y4
-
- return
- end
-
-c ========================================
- double precision function h1_LLq(eta,xi)
-c ========================================
-
-c eq (28) in PLB347 (1995) 143 - 151 for the longitudinal piece
-c MSbar scheme
-c This routine is called subd1lq in the original code.
-c Gives h1_LLq for Q2 > 1.5 GeV2 (use h1f_LLq for Q2 < 1.5 GeV2).
-c Called sclql in updated code (03/06/96).
-
- implicit none
- integer neta, nxi
- parameter (neta = 73, nxi = 49)
- double precision calcpts(neta, nxi), dlaeta(neta), dlaxi(nxi)
- double precision eta, xi, dleta, dlxi
- double precision pxi, peta, f(-1:1), delxi, deleta
- integer j, ieta, ixi
-
- 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/
-
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- # 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 locate(dlaeta,neta, dleta, ieta)
- call locate(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
- h1_LLq = peta*(peta-1d0)/2d0*f(-1) +
- # (1d0 - peta**2)*f(0) +
-CMB # + peta*(peta+1d0)/2d0*f(1)
- # peta*(peta+1d0)/2d0*f(1)
- return
- end
-
-
-CDECK ID>, QCUTIL.
-
-CDECK ID>, QNMACRO.
-
-C ==================================================
- SUBROUTINE QNMACRO(lun,name,isym,xx,yy,ee,np,text)
-C ==================================================
-
- implicit double precision (A-H,O-Z)
-
- character*(*) name
- character*(*) text
- dimension xx(*), yy(*), ee(*)
- dimension luns(50)
-
- data nluns,luns /0,50*0/
-
- nn = max(np,0)
- lseen = 0
- do i = 1,nluns
- if(luns(i).eq.lun) lseen = 1
- enddo
-
- if(lseen.eq.0) then
-
- nluns = min(nluns+1,50)
- luns(nluns) = lun
-
- write(lun,*) ' '
- write(lun,'(''*'',60(''-''))')
- write(lun,*) ' macro qnplot'
- write(lun,'(''*'',60(''-''))')
- write(lun,'(''* 1=opt 2=sym 3=xmin 4=xmax'',
- + '' 5=ymin 6=ymax 7=size 8=npt'')')
- write(lun,'(''*'',60(''-''))')
- write(lun,*) ' '
- write(lun,*) ' if [1].eq.h then'
- write(lun,'('' mess 1=opt 2=sym 3=xmin 4=xmax'',
- + '' 5=ymin 6=ymax 7=size 8=npt'')')
- write(lun,*) ' goto klaar'
- write(lun,*) ' elseif [1].eq.s then'
- write(lun,*) ' if [8].le.0 goto klaar'
- write(lun,*) ' elseif [8].eq.0 then'
- write(lun,*) ' goto klaar'
- write(lun,*) ' else'
- write(lun,*) ' null [3] [4] [5] [6]'
- write(lun,*) ' if [8].lt.0 goto klaar'
- write(lun,*) ' endif'
- write(lun,*) ' if [2].lt.20 then'
- write(lun,*) ' set dmod abs([2])'
- write(lun,*) ' if [2].gt.0 then'
- write(lun,*) ' graph [8] xx yy C'
- write(lun,*) ' endif'
- write(lun,*) ' if [2].lt.0 then'
- write(lun,*) ' sigma up=yy+ey'
- write(lun,*) ' sigma dn=yy-ey'
- write(lun,*) ' graph [8] xx up C'
- write(lun,*) ' graph [8] xx dn C'
- write(lun,*) ' endif'
- write(lun,*) ' else'
- write(lun,*) ' set dmod 1'
- write(lun,*) ' hplot/errors xx yy ex ey [8] [2] [7]'
- write(lun,*) ' endif'
- write(lun,*) ' '
- write(lun,*) ' klaar:'
- write(lun,*) ' '
- write(lun,*) ' return'
-
- endif
-
- if(nn.le.0) then
-
- xmin = 0.
- xmax = 0.
- ymin = 0.
- ymax = 0.
-
- else
-
- xmin = xx(1)
- xmax = xx(1)
- ymin = yy(1)
- ymax = yy(1)
- do i = 2,nn
- xmin = min(xmin,xx(i))
- xmax = max(xmax,xx(i))
- ymin = min(ymin,yy(i))
- ymax = max(ymax,yy(i))
- enddo
-
- dx = xmax-xmin
- xmin = xmin-0.1*dx
- xmax = xmax+0.1*dx
-
- dy = ymax-ymin
- ymin = ymin-0.1*dy
- ymax = ymax+0.1*dy
-
- endif
-
- write(lun,*) ' '
- write(lun,'(''*'',60(''-''))')
- if(isym.lt.10) then
- write(lun,'('' macro '',A,'' 1=n 2='',I1,'' _'')') name,isym
- elseif(isym.lt.100) then
- write(lun,'('' macro '',A,'' 1=n 2='',I2,'' _'')') name,isym
- else
- write(lun,'('' macro '',A,'' 1=n 2='',I3,'' _'')') name,isym
- endif
- if(nn.lt.10) then
- write(lun,'('' 3='',E9.3,'' 4='',E9.3,
- + '' 5='',E9.3,'' 6='',E9.3,'' 7=0.28 8='',I1)')
- + xmin,xmax,ymin,ymax,nn
- elseif(nn.lt.100) then
- write(lun,'('' 3='',E9.3,'' 4='',E9.3,
- + '' 5='',E9.3,'' 6='',E9.3,'' 7=0.28 8='',I2)')
- + xmin,xmax,ymin,ymax,nn
- elseif(nn.lt.1000) then
- write(lun,'('' 3='',E9.3,'' 4='',E9.3,
- + '' 5='',E9.3,'' 6='',E9.3,'' 7=0.28 8='',I3)')
- + xmin,xmax,ymin,ymax,nn
- else
- write(lun,'('' 3='',E9.3,'' 4='',E9.3,
- + '' 5='',E9.3,'' 6='',E9.3,'' 7=0.28 8='',I4)')
- + xmin,xmax,ymin,ymax,nn
- endif
- write(lun,'(''*'',60(''-''))')
-* write(lun,*) ' '
- write(lun,'(''* '',A)') text
-
- if(nn.le.0) goto 500
-
- write(lun,*) ' '
- if(nn.le.9) then
- write(lun,'('' ve/cr xx('',I1,'') r _'')') nn
- elseif(nn.le.99) then
- write(lun,'('' ve/cr xx('',I2,'') r _'')') nn
- elseif(nn.le.999) then
- write(lun,'('' ve/cr xx('',I3,'') r _'')') nn
- elseif(nn.le.9999) then
- write(lun,'('' ve/cr xx('',I4,'') r _'')') nn
- endif
- do i1 = 1,nn,6
- i2 = i1+5
- if(i2.lt.nn) then
- write(lun,'(6E12.4,'' _'')') (xx(i),i=i1,i2)
- else
- write(lun,'(6E12.4 )') (xx(i),i=i1,nn)
- endif
- enddo
-
-* write(lun,*) ' '
- if(nn.le.9) then
- write(lun,'('' ve/cr ex('',I1,'') r '',I1,
- + ''*0'')') nn,nn
- elseif(nn.le.99) then
- write(lun,'('' ve/cr ex('',I2,'') r '',I2,
- + ''*0'')') nn,nn
- elseif(nn.le.999) then
- write(lun,'('' ve/cr ex('',I3,'') r '',I3,
- + ''*0'')') nn,nn
- elseif(nn.le.9999) then
- write(lun,'('' ve/cr ex('',I4,'') r '',I4,
- + ''*0'')') nn,nn
- endif
-
-* write(lun,*) ' '
- if(nn.le.9) then
- write(lun,'('' ve/cr yy('',I1,'') r _'')') nn
- elseif(nn.le.99) then
- write(lun,'('' ve/cr yy('',I2,'') r _'')') nn
- elseif(nn.le.999) then
- write(lun,'('' ve/cr yy('',I3,'') r _'')') nn
- elseif(nn.le.9999) then
- write(lun,'('' ve/cr yy('',I4,'') r _'')') nn
- endif
- do i1 = 1,nn,6
- i2 = i1+5
- if(i2.lt.nn) then
- write(lun,'(6E12.4,'' _'')') (yy(i),i=i1,i2)
- else
- write(lun,'(6E12.4 )') (yy(i),i=i1,nn)
- endif
- enddo
-
-* write(lun,*) ' '
- if(nn.le.9) then
- write(lun,'('' ve/cr ey('',I1,'') r _'')') nn
- elseif(nn.le.99) then
- write(lun,'('' ve/cr ey('',I2,'') r _'')') nn
- elseif(nn.le.999) then
- write(lun,'('' ve/cr ey('',I3,'') r _'')') nn
- elseif(nn.le.9999) then
- write(lun,'('' ve/cr ey('',I4,'') r _'')') nn
- endif
- do i1 = 1,nn,6
- i2 = i1+5
- if(i2.lt.nn) then
- write(lun,'(6E12.4,'' _'')') (ee(i),i=i1,i2)
- else
- write(lun,'(6E12.4 )') (ee(i),i=i1,nn)
- endif
- enddo
-
- 500 continue
-
- write(lun,*) ' '
- write(lun,*) ' exec qnplot [1] [2] [3] [4] [5] [6] [7] [8]'
- write(lun,*) ' '
- write(lun,*) 'return'
-
-
- return
- end
-
-CDECK ID>, QNSORT.
-
-C =================================
- SUBROUTINE QNSORT(ARRAY,NIN,NOUT)
-C =================================
-
-C-- Interface routine to CERN library FLPSOR.
-C-- Sorts NIN (< 5000) elements of ARRAY in ascending
-C-- order into itself. Identical elements are removed
-C-- so that NOUT might be < NIN. In this case the elements
-C-- NOUT+1, ..., NIN are set to zero on output.
-C-- Note: ARRAY is internally copied to the single precision
-C-- array XXX which is copied back again to ARRAY on output.
-C-- The double precision thus gets lost.
-
- IMPLICIT DOUBLE PRECISION (A-H,O-Z)
-
- REAL XXX
-
- DIMENSION ARRAY(*)
- DIMENSION XXX(5000)
-
- IF(NIN.LE.1) THEN
- NOUT = MAX(NIN,0)
- RETURN
- ENDIF
- IF(NIN.GT.5000) THEN
- IERR = 1
- GOTO 500
- ENDIF
-
- DO I = 1,NIN
- XXX(I) = ARRAY(I)
- ENDDO
-
- CALL FLPSOR_LHA(XXX,NIN)
-
- NOUT = 1
- DO I = 2,NIN
- IF(XXX(I).GT.XXX(I-1)) THEN
- NOUT = NOUT + 1
- XXX(NOUT) = XXX(I)
- ENDIF
- ENDDO
-
- DO I = 1,NOUT
- ARRAY(I) = XXX(I)
- ENDDO
-
- DO I = NOUT+1,NIN
- ARRAY(I) = 0.
- ENDDO
-
- RETURN
-
- 500 CONTINUE
-
- WRITE(6,'(/'' ------------------------------------'')')
- WRITE(6,'( '' QCDNUM error in s/r QNSORT ---> STOP'')')
- WRITE(6,'( '' ------------------------------------'')')
- WRITE(6,'( '' Input ARRAY(1) :'',E12.5)') ARRAY(1)
- WRITE(6,'( '' NN :'',I12 )') NIN
- WRITE(6,'(/'' NN should be .le. 5000'')')
- STOP
-
- END
-
-CDECK ID>, QNUCPY.
-
-C ========================
- SUBROUTINE QNUCPY(A,B,N)
-C ========================
-
- DOUBLE PRECISION A,B
- DIMENSION A(*),B(*)
-
- DO 10 I=1,N
- B(I) = A(I)
- 10 CONTINUE
-
- RETURN
- END
-
-CDECK ID>, QNVFIL.
-
-C ========================
- SUBROUTINE QNVFIL(A,N,V)
-C ========================
-
- DOUBLE PRECISION A,V
- DIMENSION A(*)
-
- DO 10 I=1,N
- A(I) = V
- 10 CONTINUE
-
- RETURN
- END
-C
-CDECK ID>, QNVNUL.
-
-C ======================
- SUBROUTINE QNVNUL(A,N)
-C ======================
-
- DOUBLE PRECISION A
- DIMENSION A(*)
-
- DO 10 I=1,N
- A(I) = 0.
- 10 CONTINUE
-
- RETURN
- END
-
-CDECK ID>, QNINUL.
-
-C =======================
- SUBROUTINE QNINUL(IA,N)
-C =======================
-
- DIMENSION IA(*)
-
- DO 10 I=1,N
- IA(I) = 0
- 10 CONTINUE
-
- RETURN
- END
-
-CDECK ID>, QNTRUE.
-
-C =======================
- SUBROUTINE QNTRUE(LA,N)
-C =======================
-
- LOGICAL LA
- DIMENSION LA(*)
-
- DO 10 I=1,N
- LA(I) = .TRUE.
- 10 CONTINUE
-
- RETURN
- END
-
-CDECK ID>, QNFALS.
-
-C =======================
- SUBROUTINE QNFALS(LA,N)
-C =======================
-
- LOGICAL LA
- DIMENSION LA(*)
-
- DO 10 I=1,N
- LA(I) = .FALSE.
- 10 CONTINUE
-
- RETURN
- END
-
-CDECK ID>, QNVMAX.
-
-C ====================================
- DOUBLE PRECISION FUNCTION QNVMAX(A,N)
-C ====================================
- DOUBLE PRECISION A
- DIMENSION A(*)
-
- QNVMAX = A(1)
- IF(N.LE.1) RETURN
- DO 10 I=2,N
- QNVMAX = MAX(A(I),QNVMAX)
- 10 CONTINUE
-
- RETURN
- END
-
-CDECK ID>, MXDFZE.
-
-C ====================
- FUNCTION MXDFZE(A,N)
-C ====================
-
- DOUBLE PRECISION A,V
- DIMENSION A(*)
-
- IF(N.LE.1) THEN
- MXDFZE = 1
- ELSE
- V = A(1)
- DO 10 I=2,N
- V = MAX(A(I),V)
- 10 CONTINUE
- DO 20 I=1,N
- IF(A(I).EQ.V) MXDFZE = I
- 20 CONTINUE
- ENDIF
-
- RETURN
- END
-
-CDECK ID>, CURRENT_TIME.
-
-C ===============================
- INTEGER FUNCTION CURRENT_TIME()
-C ===============================
-
- COMMON/QCSHIT/T1,T2
- CHARACTER*8 T1,T2
- INTEGER ITIME,D(2),T(2)
-
- EQUIVALENCE (T1,D)
- EQUIVALENCE (T2,T)
-
- CALL DATIMH_LHA(D,T)
- CALL CONV_TIME(T2,ITIME)
-
- CURRENT_TIME = ITIME
- RETURN
- END
-
-CDECK ID>, ELAPSED_TIME.
-
-C =================================
- INTEGER FUNCTION ELAPSED_TIME(OT)
-C =================================
-
- EXTERNAL CURRENT_TIME
- INTEGER OT,CT,CURRENT_TIME,IHRO,IMINO,ISECO
- INTEGER IHRP,IMINP,ISECP,EHR,EMI,ESE
-
- CT = CURRENT_TIME()
-
- IHRO = OT/10000
- IMINO = (OT-(IHRO*10000))/100
- ISECO = (OT-(IHRO*10000)-(IMINO*100))
-
- IHRP = CT/10000
- IMINP = (CT-(IHRP*10000))/100
- ISECP = (CT-(IHRP*10000)-(IMINP*100))
-
- EHR = IHRP-IHRO
- IF (EHR.LT.0) EHR = EHR + 24
- EMI = IMINP - IMINO
- ESE = ISECP - ISECO
-
- ELAPSED_TIME = 60*60*EHR + 60*EMI + ESE
- RETURN
- END
-
-CDECK ID>, CONV_TIME.
-
-C ================================
- SUBROUTINE CONV_TIME(TIME,ITIME)
-C ================================
-
- CHARACTER*8 TIME
- INTEGER ITIME,IHRS,IMINS,ISECS
-
- CALL CONV_LHA(TIME(1:2),IHRS)
- CALL CONV_LHA(TIME(4:5),IMINS)
- CALL CONV_LHA(TIME(7:8),ISECS)
-
- ITIME = 10000*IHRS+100*IMINS+ISECS
- RETURN
- END
-
-CDECK ID>, CONV.
-
-C ============================
- SUBROUTINE CONV_LHA(ICHAR,ITIME)
-C ============================
-C
- CHARACTER*2 ICHAR
- CHARACTER*1 IT(0:9)
- INTEGER ITIME,I,ITEN,IUNI
-C
- DATA IT /'0','1','2','3','4','5','6','7','8','9' /
- ITEN = 0
- IUNI = 0
- DO I = 0,9
- IF (ICHAR(1:1).EQ.IT(I)) ITEN = I
- IF (ICHAR(2:2).EQ.IT(I)) IUNI = I
- ENDDO
- ITIME = 10*ITEN + IUNI
- RETURN
- END
-C
-
+++ /dev/null
- subroutine LACGevolvep(xin,qin,p2in,ip2in,pdf)
- include 'parmsetup.inc'
- real*8 xin,qin,q2in,p2in,pdf(-6:6),xval(45),qcdl4,qcdl5
- character*16 name(nmxset)
- integer nmem(nmxset),ndef(nmxset),mmem
- common/NAME/name,nmem,ndef,mmem
- integer nset
- save
-
- q2in=qin*qin
- call getnset(iset)
- call getnmem(iset,imem)
-
- if(imem.eq.1.or.imem.eq.0) then
- call PHLAC1(xin,q2in,pdf)
-
- elseif(imem.eq.2) then
- call PHLAC2(xin,q2in,pdf)
-
- elseif(imem.eq.3) then
- call PHLAC3(xin,q2in,pdf)
-
- elseif(imem.eq.4) then
- call PHGAL(xin,q2in,pdf)
-
- else
- CONTINUE
- endif
-
- return
-ccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc
- entry LACGread(nset)
- read(1,*)nmem(nset),ndef(nset)
- return
-c
-ccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc
- entry LACGalfa(alfas,qalfa)
- call getnset(iset)
- call GetOrderAsM(iset,iord)
- call Getlam4M(iset,imem,qcdl4)
- call Getlam5M(iset,imem,qcdl5)
- call aspdflib(alfas,Qalfa,iord,qcdl5)
- return
-c
-ccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc
- entry LACGinit(Eorder,Q2fit)
- return
-c
-ccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc
- entry LACGpdf(mem)
- call getnset(iset)
- call setnmem(iset,mem)
-c imem = mem
- return
-c
- 1000 format(5e13.5)
- end
-c
-ccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc
- SUBROUTINE PHLAC1(X,Q2,XPDF)
- implicit real*8 (a-h,o-z)
- PARAMETER(IX=100,IQ=7,NARG=2,NFUN=4)
- double precision
- + DBFINT,
- + XT(IX),Q2T(IQ),ARG(NARG),ENT(IX+IQ),
- + XPV(IX,IQ,0:NFUN),XPDF(-6:6)
- DIMENSION NA(NARG)
- DATA ZEROD/0.D0/
-C...100 x valuse; in (D-4,.77) log spaced (78 points)
-C... in (.78,.995) lineary spaced (22 points)
- DATA Q2T/4.D0,10.D0,50.D0,1.D2,1.D3,1.D4,1.D5/
- DATA XT/
- &0.1000D-03,0.1123D-03,0.1262D-03,0.1417D-03,0.1592D-03,0.1789D-03,
- &0.2009D-03,0.2257D-03,0.2535D-03,0.2848D-03,0.3199D-03,0.3593D-03,
- &0.4037D-03,0.4534D-03,0.5093D-03,0.5722D-03,0.6427D-03,0.7220D-03,
- &0.8110D-03,0.9110D-03,0.1023D-02,0.1150D-02,0.1291D-02,0.1451D-02,
- &0.1629D-02,0.1830D-02,0.2056D-02,0.2310D-02,0.2594D-02,0.2914D-02,
- &0.3274D-02,0.3677D-02,0.4131D-02,0.4640D-02,0.5212D-02,0.5855D-02,
- &0.6577D-02,0.7388D-02,0.8299D-02,0.9323D-02,0.1047D-01,0.1176D-01,
- &0.1321D-01,0.1484D-01,0.1667D-01,0.1873D-01,0.2104D-01,0.2363D-01,
- &0.2655D-01,0.2982D-01,0.3350D-01,0.3763D-01,0.4227D-01,0.4748D-01,
- &0.5334D-01,0.5992D-01,0.6731D-01,0.7560D-01,0.8493D-01,0.9540D-01,
- &0.1072D+00,0.1204D+00,0.1352D+00,0.1519D+00,0.1706D+00,0.1917D+00,
- &0.2153D+00,0.2419D+00,0.2717D+00,0.3052D+00,0.3428D+00,0.3851D+00,
- &0.4326D+00,0.4859D+00,0.5458D+00,0.6131D+00,0.6887D+00,0.7737D+00,
- &0.7837D+00,0.7937D+00,0.8037D+00,0.8137D+00,0.8237D+00,0.8337D+00,
- &0.8437D+00,0.8537D+00,0.8637D+00,0.8737D+00,0.8837D+00,0.8937D+00,
- &0.9037D+00,0.9137D+00,0.9237D+00,0.9337D+00,0.9437D+00,0.9537D+00,
- &0.9637D+00,0.9737D+00,0.9837D+00,0.9937D+00/
-
-C...place for DATA blocks
- DATA (XPV(I,1,0),I=1,100)/
- &0.1565D+01,0.1506D+01,0.1448D+01,0.1391D+01,0.1338D+01,0.1286D+01,
- &0.1236D+01,0.1189D+01,0.1143D+01,0.1098D+01,0.1056D+01,0.1015D+01,
- &0.9745D+00,0.9371D+00,0.9004D+00,0.8646D+00,0.8312D+00,0.7984D+00,
- &0.7665D+00,0.7365D+00,0.7073D+00,0.6785D+00,0.6518D+00,0.6254D+00,
- &0.5998D+00,0.5756D+00,0.5519D+00,0.5287D+00,0.5068D+00,0.4854D+00,
- &0.4644D+00,0.4443D+00,0.4249D+00,0.4058D+00,0.3872D+00,0.3694D+00,
- &0.3519D+00,0.3348D+00,0.3181D+00,0.3020D+00,0.2861D+00,0.2705D+00,
- &0.2553D+00,0.2413D+00,0.2263D+00,0.2118D+00,0.1980D+00,0.1843D+00,
- &0.1706D+00,0.1573D+00,0.1442D+00,0.1315D+00,0.1190D+00,0.1070D+00,
- &0.9501D-01,0.8376D-01,0.7302D-01,0.6278D-01,0.5319D-01,0.4429D-01,
- &0.3613D-01,0.2884D-01,0.2246D-01,0.1692D-01,0.1231D-01,0.8569D-02,
- &0.5692D-02,0.3556D-02,0.2071D-02,0.1106D-02,0.5306D-03,0.2221D-03,
- &0.7821D-04,0.2192D-04,0.4488D-05,0.5808D-06,0.3699D-07,0.6624D-09,
- &0.3750D-09,0.2067D-09,0.1106D-09,0.5732D-10,0.2868D-10,0.1378D-10,
- &0.6286D-11,0.2737D-11,0.1123D-11,0.4323D-12,0.1545D-12,0.5043D-13,
- &0.1478D-13,0.3800D-14,0.8317D-15,0.1485D-15,0.2036D-16,0.1950D-17,
- &0.1118D-18,0.2870D-20,0.1704D-22,0.0000D+00/
- DATA (XPV(I,1,1),I=1,100)/
- &0.2916D-06,0.3304D-06,0.3747D-06,0.4246D-06,0.4815D-06,0.5462D-06,
- &0.6192D-06,0.7024D-06,0.7966D-06,0.9039D-06,0.1025D-05,0.1163D-05,
- &0.1321D-05,0.1499D-05,0.1701D-05,0.1932D-05,0.2193D-05,0.2490D-05,
- &0.2828D-05,0.3212D-05,0.3647D-05,0.4146D-05,0.4707D-05,0.5351D-05,
- &0.6077D-05,0.6906D-05,0.7851D-05,0.8925D-05,0.1014D-04,0.1153D-04,
- &0.1311D-04,0.1490D-04,0.1695D-04,0.1927D-04,0.2191D-04,0.2492D-04,
- &0.2834D-04,0.3223D-04,0.3666D-04,0.4169D-04,0.4740D-04,0.5389D-04,
- &0.6128D-04,0.6966D-04,0.7921D-04,0.9006D-04,0.1023D-03,0.1163D-03,
- &0.1321D-03,0.1500D-03,0.1703D-03,0.1933D-03,0.2192D-03,0.2485D-03,
- &0.2817D-03,0.3190D-03,0.3609D-03,0.4080D-03,0.4608D-03,0.5198D-03,
- &0.5859D-03,0.6591D-03,0.7400D-03,0.8298D-03,0.9282D-03,0.1036D-02,
- &0.1153D-02,0.1280D-02,0.1415D-02,0.1558D-02,0.1706D-02,0.1859D-02,
- &0.2011D-02,0.2158D-02,0.2291D-02,0.2397D-02,0.2457D-02,0.2434D-02,
- &0.2424D-02,0.2411D-02,0.2397D-02,0.2381D-02,0.2362D-02,0.2341D-02,
- &0.2317D-02,0.2291D-02,0.2262D-02,0.2230D-02,0.2194D-02,0.2154D-02,
- &0.2110D-02,0.2060D-02,0.2006D-02,0.1944D-02,0.1874D-02,0.1795D-02,
- &0.1702D-02,0.1592D-02,0.1567D-02,0.9891D-03/
- DATA (XPV(I,1,2),I=1,100)/
- &0.1611D-06,0.1839D-06,0.2101D-06,0.2397D-06,0.2738D-06,0.3129D-06,
- &0.3572D-06,0.4081D-06,0.4661D-06,0.5325D-06,0.6084D-06,0.6950D-06,
- &0.7944D-06,0.9077D-06,0.1037D-05,0.1186D-05,0.1355D-05,0.1550D-05,
- &0.1771D-05,0.2025D-05,0.2315D-05,0.2649D-05,0.3027D-05,0.3464D-05,
- &0.3959D-05,0.4528D-05,0.5180D-05,0.5926D-05,0.6776D-05,0.7751D-05,
- &0.8869D-05,0.1014D-04,0.1161D-04,0.1328D-04,0.1519D-04,0.1738D-04,
- &0.1988D-04,0.2274D-04,0.2602D-04,0.2976D-04,0.3404D-04,0.3893D-04,
- &0.4452D-04,0.5090D-04,0.5821D-04,0.6657D-04,0.7608D-04,0.8693D-04,
- &0.9936D-04,0.1135D-03,0.1296D-03,0.1479D-03,0.1688D-03,0.1925D-03,
- &0.2195D-03,0.2501D-03,0.2847D-03,0.3239D-03,0.3682D-03,0.4180D-03,
- &0.4743D-03,0.5371D-03,0.6071D-03,0.6855D-03,0.7721D-03,0.8679D-03,
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- DATA (XPV(I,1,3),I=1,100)/
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- DATA (XPV(I,1,4),I=1,100)/
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- DATA (XPV(I,2,0),I=1,100)/
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- DATA (XPV(I,2,1),I=1,100)/
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- DATA (XPV(I,2,2),I=1,100)/
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- DATA (XPV(I,2,3),I=1,100)/
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- DATA (XPV(I,2,4),I=1,100)/
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- DATA (XPV(I,3,0),I=1,100)/
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- DATA (XPV(I,3,1),I=1,100)/
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- DATA (XPV(I,3,3),I=1,100)/
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- DATA (XPV(I,3,4),I=1,100)/
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- DATA (XPV(I,4,0),I=1,100)/
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- DATA (XPV(I,4,1),I=1,100)/
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- DATA (XPV(I,4,2),I=1,100)/
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- DATA (XPV(I,4,3),I=1,100)/
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- DATA (XPV(I,4,4),I=1,100)/
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- DATA (XPV(I,5,0),I=1,100)/
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- DATA (XPV(I,6,3),I=1,100)/
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- &0.5930D-02,0.5755D-02,0.5242D-02,0.4010D-02/
- DATA (XPV(I,7,0),I=1,100)/
- &0.7226D+01,0.6770D+01,0.6333D+01,0.5916D+01,0.5533D+01,0.5167D+01,
- &0.4820D+01,0.4501D+01,0.4197D+01,0.3907D+01,0.3643D+01,0.3391D+01,
- &0.3151D+01,0.2932D+01,0.2724D+01,0.2526D+01,0.2345D+01,0.2174D+01,
- &0.2012D+01,0.1864D+01,0.1724D+01,0.1590D+01,0.1470D+01,0.1356D+01,
- &0.1248D+01,0.1150D+01,0.1057D+01,0.9701D+00,0.8910D+00,0.8168D+00,
- &0.7469D+00,0.6829D+00,0.6237D+00,0.5684D+00,0.5169D+00,0.4702D+00,
- &0.4266D+00,0.3861D+00,0.3490D+00,0.3152D+00,0.2841D+00,0.2552D+00,
- &0.2287D+00,0.2056D+00,0.1833D+00,0.1631D+00,0.1451D+00,0.1286D+00,
- &0.1134D+00,0.9989D-01,0.8770D-01,0.7678D-01,0.6701D-01,0.5835D-01,
- &0.5051D-01,0.4375D-01,0.3785D-01,0.3267D-01,0.2821D-01,0.2435D-01,
- &0.2104D-01,0.1823D-01,0.1585D-01,0.1380D-01,0.1205D-01,0.1054D-01,
- &0.9237D-02,0.8080D-02,0.7048D-02,0.6110D-02,0.5249D-02,0.4452D-02,
- &0.3711D-02,0.3023D-02,0.2385D-02,0.1794D-02,0.1252D-02,0.7601D-03,
- &0.7095D-03,0.6603D-03,0.6126D-03,0.5662D-03,0.5213D-03,0.4779D-03,
- &0.4354D-03,0.3948D-03,0.3555D-03,0.3177D-03,0.2813D-03,0.2465D-03,
- &0.2131D-03,0.1814D-03,0.1514D-03,0.1231D-03,0.9674D-04,0.7237D-04,
- &0.5023D-04,0.3050D-04,0.1418D-04,0.2263D-05/
- DATA (XPV(I,7,1),I=1,100)/
- &0.2263D+00,0.2134D+00,0.2010D+00,0.1891D+00,0.1781D+00,0.1675D+00,
- &0.1573D+00,0.1480D+00,0.1390D+00,0.1304D+00,0.1225D+00,0.1149D+00,
- &0.1076D+00,0.1009D+00,0.9446D-01,0.8830D-01,0.8265D-01,0.7723D-01,
- &0.7206D-01,0.6730D-01,0.6277D-01,0.5840D-01,0.5443D-01,0.5061D-01,
- &0.4699D-01,0.4365D-01,0.4048D-01,0.3745D-01,0.3468D-01,0.3205D-01,
- &0.2955D-01,0.2724D-01,0.2508D-01,0.2304D-01,0.2112D-01,0.1936D-01,
- &0.1771D-01,0.1615D-01,0.1472D-01,0.1340D-01,0.1217D-01,0.1103D-01,
- &0.9985D-02,0.9072D-02,0.8184D-02,0.7387D-02,0.6683D-02,0.6045D-02,
- &0.5467D-02,0.4966D-02,0.4530D-02,0.4157D-02,0.3846D-02,0.3593D-02,
- &0.3387D-02,0.3241D-02,0.3146D-02,0.3095D-02,0.3088D-02,0.3119D-02,
- &0.3187D-02,0.3286D-02,0.3412D-02,0.3561D-02,0.3727D-02,0.3908D-02,
- &0.4098D-02,0.4295D-02,0.4495D-02,0.4698D-02,0.4903D-02,0.5117D-02,
- &0.5346D-02,0.5605D-02,0.5913D-02,0.6292D-02,0.6763D-02,0.7310D-02,
- &0.7371D-02,0.7430D-02,0.7487D-02,0.7541D-02,0.7592D-02,0.7638D-02,
- &0.7681D-02,0.7717D-02,0.7747D-02,0.7769D-02,0.7783D-02,0.7784D-02,
- &0.7772D-02,0.7743D-02,0.7695D-02,0.7620D-02,0.7512D-02,0.7358D-02,
- &0.7137D-02,0.6896D-02,0.6255D-02,0.4763D-02/
- DATA (XPV(I,7,2),I=1,100)/
- &0.2263D+00,0.2134D+00,0.2010D+00,0.1891D+00,0.1780D+00,0.1675D+00,
- &0.1573D+00,0.1480D+00,0.1390D+00,0.1304D+00,0.1225D+00,0.1149D+00,
- &0.1076D+00,0.1009D+00,0.9444D-01,0.8828D-01,0.8263D-01,0.7721D-01,
- &0.7203D-01,0.6727D-01,0.6273D-01,0.5836D-01,0.5439D-01,0.5056D-01,
- &0.4694D-01,0.4360D-01,0.4042D-01,0.3738D-01,0.3460D-01,0.3197D-01,
- &0.2946D-01,0.2714D-01,0.2497D-01,0.2291D-01,0.2098D-01,0.1921D-01,
- &0.1754D-01,0.1597D-01,0.1451D-01,0.1317D-01,0.1193D-01,0.1076D-01,
- &0.9687D-02,0.8745D-02,0.7825D-02,0.6993D-02,0.6250D-02,0.5570D-02,
- &0.4947D-02,0.4395D-02,0.3905D-02,0.3475D-02,0.3100D-02,0.2779D-02,
- &0.2500D-02,0.2276D-02,0.2097D-02,0.1957D-02,0.1856D-02,0.1789D-02,
- &0.1752D-02,0.1742D-02,0.1755D-02,0.1786D-02,0.1832D-02,0.1888D-02,
- &0.1951D-02,0.2017D-02,0.2081D-02,0.2140D-02,0.2190D-02,0.2230D-02,
- &0.2256D-02,0.2268D-02,0.2266D-02,0.2252D-02,0.2228D-02,0.2192D-02,
- &0.2187D-02,0.2181D-02,0.2175D-02,0.2168D-02,0.2160D-02,0.2152D-02,
- &0.2143D-02,0.2132D-02,0.2120D-02,0.2107D-02,0.2091D-02,0.2074D-02,
- &0.2053D-02,0.2029D-02,0.2000D-02,0.1966D-02,0.1924D-02,0.1872D-02,
- &0.1804D-02,0.1733D-02,0.1564D-02,0.1186D-02/
- DATA (XPV(I,7,3),I=1,100)/
- &0.2267D+00,0.2139D+00,0.2014D+00,0.1896D+00,0.1786D+00,0.1680D+00,
- &0.1579D+00,0.1485D+00,0.1396D+00,0.1310D+00,0.1231D+00,0.1155D+00,
- &0.1083D+00,0.1016D+00,0.9519D-01,0.8906D-01,0.8343D-01,0.7804D-01,
- &0.7290D-01,0.6817D-01,0.6366D-01,0.5932D-01,0.5538D-01,0.5158D-01,
- &0.4799D-01,0.4469D-01,0.4154D-01,0.3854D-01,0.3579D-01,0.3319D-01,
- &0.3072D-01,0.2843D-01,0.2629D-01,0.2427D-01,0.2237D-01,0.2063D-01,
- &0.1899D-01,0.1745D-01,0.1602D-01,0.1470D-01,0.1348D-01,0.1233D-01,
- &0.1127D-01,0.1034D-01,0.9420D-02,0.8586D-02,0.7837D-02,0.7144D-02,
- &0.6498D-02,0.5917D-02,0.5388D-02,0.4909D-02,0.4474D-02,0.4084D-02,
- &0.3720D-02,0.3402D-02,0.3116D-02,0.2856D-02,0.2623D-02,0.2412D-02,
- &0.2219D-02,0.2045D-02,0.1888D-02,0.1743D-02,0.1611D-02,0.1491D-02,
- &0.1385D-02,0.1294D-02,0.1218D-02,0.1160D-02,0.1123D-02,0.1110D-02,
- &0.1122D-02,0.1165D-02,0.1242D-02,0.1357D-02,0.1512D-02,0.1701D-02,
- &0.1723D-02,0.1744D-02,0.1765D-02,0.1785D-02,0.1804D-02,0.1822D-02,
- &0.1839D-02,0.1854D-02,0.1868D-02,0.1880D-02,0.1889D-02,0.1895D-02,
- &0.1898D-02,0.1896D-02,0.1889D-02,0.1876D-02,0.1853D-02,0.1819D-02,
- &0.1768D-02,0.1711D-02,0.1554D-02,0.1185D-02/
- DATA (XPV(I,7,4),I=1,100)/
- &0.2265D+00,0.2136D+00,0.2012D+00,0.1893D+00,0.1783D+00,0.1677D+00,
- &0.1575D+00,0.1482D+00,0.1392D+00,0.1306D+00,0.1227D+00,0.1151D+00,
- &0.1078D+00,0.1012D+00,0.9474D-01,0.8860D-01,0.8296D-01,0.7755D-01,
- &0.7239D-01,0.6764D-01,0.6312D-01,0.5876D-01,0.5480D-01,0.5099D-01,
- &0.4738D-01,0.4406D-01,0.4090D-01,0.3788D-01,0.3512D-01,0.3250D-01,
- &0.3002D-01,0.2771D-01,0.2556D-01,0.2353D-01,0.2162D-01,0.1987D-01,
- &0.1822D-01,0.1667D-01,0.1524D-01,0.1392D-01,0.1270D-01,0.1156D-01,
- &0.1051D-01,0.9590D-02,0.8693D-02,0.7884D-02,0.7166D-02,0.6509D-02,
- &0.5909D-02,0.5380D-02,0.4911D-02,0.4502D-02,0.4147D-02,0.3845D-02,
- &0.3583D-02,0.3375D-02,0.3211D-02,0.3085D-02,0.2996D-02,0.2940D-02,
- &0.2914D-02,0.2914D-02,0.2939D-02,0.2982D-02,0.3044D-02,0.3121D-02,
- &0.3212D-02,0.3318D-02,0.3438D-02,0.3577D-02,0.3739D-02,0.3934D-02,
- &0.4176D-02,0.4483D-02,0.4880D-02,0.5394D-02,0.6046D-02,0.6819D-02,
- &0.6907D-02,0.6993D-02,0.7077D-02,0.7157D-02,0.7235D-02,0.7308D-02,
- &0.7377D-02,0.7439D-02,0.7495D-02,0.7542D-02,0.7580D-02,0.7605D-02,
- &0.7617D-02,0.7611D-02,0.7584D-02,0.7530D-02,0.7441D-02,0.7306D-02,
- &0.7101D-02,0.6875D-02,0.6245D-02,0.4762D-02/
-
-C..fetching pdfs
- DO 5 IP=-6,6
- XPDF(IP)=ZEROD
- 5 CONTINUE
- DO 2 I=1,IX
- ENT(I)=LOG10(XT(I))
- 2 CONTINUE
- NA(1)=IX
- NA(2)=IQ
- DO 3 I=1,IQ
- ENT(IX+I)=LOG10(Q2T(I))
- 3 CONTINUE
- ARG(1)=LOG10(X)
- ARG(2)=LOG10(Q2)
-C..VARIOUS FLAVOURS (u-->2,d-->1)
- XPDF(0)=DBFINT(NARG,ARG,NA,ENT,XPV(1,1,0))
- XPDF(1)=DBFINT(NARG,ARG,NA,ENT,XPV(1,1,2))
- XPDF(2)=DBFINT(NARG,ARG,NA,ENT,XPV(1,1,1))
- XPDF(3)=DBFINT(NARG,ARG,NA,ENT,XPV(1,1,3))
- XPDF(4)=DBFINT(NARG,ARG,NA,ENT,XPV(1,1,4))
- DO 21 JF=1,4
- XPDF(-JF)=XPDF(JF)
- 21 CONTINUE
- RETURN
- END
-cccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc
- DOUBLE PRECISION FUNCTION DBFINT(NARG,ARG,NA,ENT,TABLE)
- implicit real*8 (a-h,o-z)
- INTEGER NA(NARG), INDEX(32)
- double precision
- + ARG(NARG),ENT(10),TABLE(10),WEIGHT(32)
- DATA ZEROD/0.D0/ONED/1.D0/
-C
- DBFINT = ZEROD
- IF(NARG .LT. 1 .OR. NARG .GT. 5) RETURN
-C
- LMAX = 0
- ISTEP = 1
- KNOTS = 1
- INDEX(1) = 1
- WEIGHT(1) = ONED
- DO 100 N = 1, NARG
- X = ARG(N)
- NDIM = NA(N)
- LOCA = LMAX
- LMIN = LMAX + 1
- LMAX = LMAX + NDIM
- IF(NDIM .GT. 2) GOTO 10
- IF(NDIM .EQ. 1) GOTO 100
- H = X - ENT(LMIN)
- IF(H .EQ. ZEROD) GOTO 90
- ISHIFT = ISTEP
- IF(X-ENT(LMIN+1) .EQ. ZEROD) GOTO 21
- ISHIFT = 0
- ETA = H / (ENT(LMIN+1) - ENT(LMIN))
- GOTO 30
- 10 LOCB = LMAX + 1
- 11 LOCC = (LOCA+LOCB) / 2
- IF(X-ENT(LOCC)) 12, 20, 13
- 12 LOCB = LOCC
- GOTO 14
- 13 LOCA = LOCC
- 14 IF(LOCB-LOCA .GT. 1) GOTO 11
- LOCA = MIN ( MAX (LOCA,LMIN), LMAX-1 )
- ISHIFT = (LOCA - LMIN) * ISTEP
- ETA = (X - ENT(LOCA)) / (ENT(LOCA+1) - ENT(LOCA))
- GOTO 30
- 20 ISHIFT = (LOCC - LMIN) * ISTEP
- 21 DO 22 K = 1, KNOTS
- INDEX(K) = INDEX(K) + ISHIFT
- 22 CONTINUE
- GOTO 90
- 30 DO 31 K = 1, KNOTS
- INDEX(K) = INDEX(K) + ISHIFT
- INDEX(K+KNOTS) = INDEX(K) + ISTEP
- WEIGHT(K+KNOTS) = WEIGHT(K) * ETA
- WEIGHT(K) = WEIGHT(K) - WEIGHT(K+KNOTS)
- 31 CONTINUE
- KNOTS = 2*KNOTS
- 90 ISTEP = ISTEP * NDIM
- 100 CONTINUE
- DO 200 K = 1, KNOTS
- I = INDEX(K)
- DBFINT = DBFINT + WEIGHT(K) * TABLE(I)
- 200 CONTINUE
- RETURN
- END
-cccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc
-C-------------------------------------------------------------
- SUBROUTINE PHLAC2(X,Q2,XPDF)
- implicit real*8 (A-H,O-Z)
- PARAMETER(IX=100,IQ=7,NARG=2,NFUN=4)
- DOUBLE PRECISION
- + DBFINT,
- + XT(IX),Q2T(IQ),ARG(NARG),ENT(IX+IQ),
- + XPV(IX,IQ,0:NFUN),XPDF(-6:6)
- DIMENSION NA(NARG)
- DATA ZEROD/0.D0/
-C...100 x valuse; in (D-4,.77) log spaced (78 points)
-C... in (.78,.995) lineary spaced (22 points)
- DATA Q2T/4.,10.,50.,1.D2,1.D3,1.D4,1.D5/
- DATA XT/
- &0.1000D-03,0.1123D-03,0.1262D-03,0.1417D-03,0.1592D-03,0.1789D-03,
- &0.2009D-03,0.2257D-03,0.2535D-03,0.2848D-03,0.3199D-03,0.3593D-03,
- &0.4037D-03,0.4534D-03,0.5093D-03,0.5722D-03,0.6427D-03,0.7220D-03,
- &0.8110D-03,0.9110D-03,0.1023D-02,0.1150D-02,0.1291D-02,0.1451D-02,
- &0.1629D-02,0.1830D-02,0.2056D-02,0.2310D-02,0.2594D-02,0.2914D-02,
- &0.3274D-02,0.3677D-02,0.4131D-02,0.4640D-02,0.5212D-02,0.5855D-02,
- &0.6577D-02,0.7388D-02,0.8299D-02,0.9323D-02,0.1047D-01,0.1176D-01,
- &0.1321D-01,0.1484D-01,0.1667D-01,0.1873D-01,0.2104D-01,0.2363D-01,
- &0.2655D-01,0.2982D-01,0.3350D-01,0.3763D-01,0.4227D-01,0.4748D-01,
- &0.5334D-01,0.5992D-01,0.6731D-01,0.7560D-01,0.8493D-01,0.9540D-01,
- &0.1072D+00,0.1204D+00,0.1352D+00,0.1519D+00,0.1706D+00,0.1917D+00,
- &0.2153D+00,0.2419D+00,0.2717D+00,0.3052D+00,0.3428D+00,0.3851D+00,
- &0.4326D+00,0.4859D+00,0.5458D+00,0.6131D+00,0.6887D+00,0.7737D+00,
- &0.7837D+00,0.7937D+00,0.8037D+00,0.8137D+00,0.8237D+00,0.8337D+00,
- &0.8437D+00,0.8537D+00,0.8637D+00,0.8737D+00,0.8837D+00,0.8937D+00,
- &0.9037D+00,0.9137D+00,0.9237D+00,0.9337D+00,0.9437D+00,0.9537D+00,
- &0.9637D+00,0.9737D+00,0.9837D+00,0.9937D+00/
-
-C...place for DATA blocks
- DATA (XPV(I,1,0),I=1,100)/
- &0.2589D+00,0.2589D+00,0.2588D+00,0.2587D+00,0.2587D+00,0.2586D+00,
- &0.2584D+00,0.2584D+00,0.2583D+00,0.2581D+00,0.2580D+00,0.2578D+00,
- &0.2576D+00,0.2574D+00,0.2572D+00,0.2568D+00,0.2566D+00,0.2562D+00,
- &0.2558D+00,0.2554D+00,0.2549D+00,0.2543D+00,0.2537D+00,0.2530D+00,
- &0.2522D+00,0.2514D+00,0.2504D+00,0.2492D+00,0.2480D+00,0.2467D+00,
- &0.2451D+00,0.2433D+00,0.2414D+00,0.2392D+00,0.2368D+00,0.2341D+00,
- &0.2312D+00,0.2278D+00,0.2241D+00,0.2201D+00,0.2157D+00,0.2108D+00,
- &0.2054D+00,0.2001D+00,0.1934D+00,0.1864D+00,0.1791D+00,0.1711D+00,
- &0.1623D+00,0.1531D+00,0.1433D+00,0.1330D+00,0.1223D+00,0.1113D+00,
- &0.9973D-01,0.8835D-01,0.7705D-01,0.6593D-01,0.5527D-01,0.4522D-01,
- &0.3597D-01,0.2775D-01,0.2067D-01,0.1471D-01,0.9973D-02,0.6363D-02,
- &0.3799D-02,0.2083D-02,0.1036D-02,0.4560D-03,0.1731D-03,0.5432D-04,
- &0.1340D-04,0.2403D-05,0.2784D-06,0.1701D-07,0.3872D-09,0.1511D-11,
- &0.6880D-12,0.3018D-12,0.1271D-12,0.5114D-13,0.1959D-13,0.7089D-14,
- &0.2386D-14,0.7514D-15,0.2177D-15,0.5781D-16,0.1392D-16,0.2956D-17,
- &0.5413D-18,0.8284D-19,0.1017D-19,0.9439D-21,0.6099D-22,0.2408D-23,
- &0.4675D-25,0.2960D-27,0.2410D-30,0.0000D+00/
- DATA (XPV(I,1,1),I=1,100)/
- &0.3845D-05,0.4208D-05,0.4608D-05,0.5043D-05,0.5522D-05,0.6047D-05,
- &0.6619D-05,0.7247D-05,0.7934D-05,0.8688D-05,0.9512D-05,0.1041D-04,
- &0.1141D-04,0.1249D-04,0.1367D-04,0.1498D-04,0.1640D-04,0.1796D-04,
- &0.1967D-04,0.2154D-04,0.2359D-04,0.2585D-04,0.2830D-04,0.3102D-04,
- &0.3396D-04,0.3720D-04,0.4076D-04,0.4466D-04,0.4891D-04,0.5358D-04,
- &0.5871D-04,0.6431D-04,0.7047D-04,0.7720D-04,0.8457D-04,0.9266D-04,
- &0.1015D-03,0.1112D-03,0.1219D-03,0.1335D-03,0.1462D-03,0.1602D-03,
- &0.1755D-03,0.1923D-03,0.2106D-03,0.2306D-03,0.2526D-03,0.2766D-03,
- &0.3028D-03,0.3314D-03,0.3627D-03,0.3968D-03,0.4340D-03,0.4744D-03,
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- DATA (XPV(I,1,2),I=1,100)/
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- DATA (XPV(I,1,3),I=1,100)/
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- DATA (XPV(I,1,4),I=1,100)/
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- DATA (XPV(I,2,0),I=1,100)/
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- DATA (XPV(I,2,1),I=1,100)/
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- DATA (XPV(I,2,2),I=1,100)/
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- DATA (XPV(I,2,3),I=1,100)/
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- DATA (XPV(I,2,4),I=1,100)/
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- DATA (XPV(I,3,0),I=1,100)/
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- DATA (XPV(I,3,1),I=1,100)/
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- DATA (XPV(I,3,2),I=1,100)/
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- DATA (XPV(I,3,3),I=1,100)/
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- DATA (XPV(I,3,4),I=1,100)/
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- DATA (XPV(I,4,0),I=1,100)/
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- DATA (XPV(I,4,1),I=1,100)/
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- DATA (XPV(I,4,2),I=1,100)/
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- DATA (XPV(I,4,3),I=1,100)/
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- DATA (XPV(I,4,4),I=1,100)/
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- DATA (XPV(I,5,3),I=1,100)/
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- &0.1401D-02,0.1420D-02,0.1439D-02,0.1457D-02,0.1475D-02,0.1492D-02,
- &0.1508D-02,0.1523D-02,0.1537D-02,0.1549D-02,0.1559D-02,0.1567D-02,
- &0.1572D-02,0.1573D-02,0.1570D-02,0.1562D-02,0.1546D-02,0.1521D-02,
- &0.1481D-02,0.1437D-02,0.1308D-02,0.1001D-02/
- DATA (XPV(I,6,4),I=1,100)/
- &0.9387D-01,0.9000D-01,0.8620D-01,0.8249D-01,0.7901D-01,0.7560D-01,
- &0.7228D-01,0.6916D-01,0.6611D-01,0.6313D-01,0.6034D-01,0.5762D-01,
- &0.5495D-01,0.5246D-01,0.5002D-01,0.4764D-01,0.4541D-01,0.4324D-01,
- &0.4112D-01,0.3912D-01,0.3719D-01,0.3528D-01,0.3351D-01,0.3177D-01,
- &0.3009D-01,0.2850D-01,0.2695D-01,0.2544D-01,0.2402D-01,0.2265D-01,
- &0.2131D-01,0.2003D-01,0.1881D-01,0.1763D-01,0.1648D-01,0.1540D-01,
- &0.1436D-01,0.1335D-01,0.1239D-01,0.1148D-01,0.1061D-01,0.9775D-02,
- &0.8982D-02,0.8272D-02,0.7555D-02,0.6890D-02,0.6283D-02,0.5712D-02,
- &0.5175D-02,0.4690D-02,0.4249D-02,0.3854D-02,0.3504D-02,0.3199D-02,
- &0.2930D-02,0.2712D-02,0.2536D-02,0.2398D-02,0.2298D-02,0.2232D-02,
- &0.2197D-02,0.2189D-02,0.2207D-02,0.2243D-02,0.2296D-02,0.2364D-02,
- &0.2444D-02,0.2535D-02,0.2639D-02,0.2757D-02,0.2893D-02,0.3057D-02,
- &0.3260D-02,0.3518D-02,0.3853D-02,0.4291D-02,0.4854D-02,0.5537D-02,
- &0.5617D-02,0.5695D-02,0.5771D-02,0.5846D-02,0.5918D-02,0.5987D-02,
- &0.6052D-02,0.6113D-02,0.6168D-02,0.6217D-02,0.6258D-02,0.6289D-02,
- &0.6309D-02,0.6315D-02,0.6304D-02,0.6270D-02,0.6208D-02,0.6107D-02,
- &0.5948D-02,0.5772D-02,0.5256D-02,0.4016D-02/
- DATA (XPV(I,7,0),I=1,100)/
- &0.4620D+01,0.4371D+01,0.4130D+01,0.3898D+01,0.3682D+01,0.3473D+01,
- &0.3273D+01,0.3087D+01,0.2908D+01,0.2735D+01,0.2576D+01,0.2422D+01,
- &0.2274D+01,0.2137D+01,0.2006D+01,0.1879D+01,0.1763D+01,0.1651D+01,
- &0.1544D+01,0.1444D+01,0.1350D+01,0.1258D+01,0.1175D+01,0.1095D+01,
- &0.1018D+01,0.9480D+00,0.8808D+00,0.8166D+00,0.7576D+00,0.7016D+00,
- &0.6483D+00,0.5987D+00,0.5524D+00,0.5085D+00,0.4671D+00,0.4289D+00,
- &0.3930D+00,0.3591D+00,0.3276D+00,0.2984D+00,0.2712D+00,0.2456D+00,
- &0.2218D+00,0.2008D+00,0.1801D+00,0.1612D+00,0.1440D+00,0.1281D+00,
- &0.1133D+00,0.9995D-01,0.8778D-01,0.7678D-01,0.6687D-01,0.5803D-01,
- &0.5000D-01,0.4309D-01,0.3706D-01,0.3181D-01,0.2732D-01,0.2349D-01,
- &0.2025D-01,0.1754D-01,0.1529D-01,0.1336D-01,0.1174D-01,0.1033D-01,
- &0.9116D-02,0.8022D-02,0.7032D-02,0.6118D-02,0.5270D-02,0.4476D-02,
- &0.3736D-02,0.3047D-02,0.2407D-02,0.1812D-02,0.1266D-02,0.7693D-03,
- &0.7181D-03,0.6683D-03,0.6199D-03,0.5730D-03,0.5276D-03,0.4835D-03,
- &0.4405D-03,0.3993D-03,0.3595D-03,0.3212D-03,0.2843D-03,0.2490D-03,
- &0.2153D-03,0.1832D-03,0.1528D-03,0.1242D-03,0.9750D-04,0.7288D-04,
- &0.5054D-04,0.3065D-04,0.1424D-04,0.2274D-05/
- DATA (XPV(I,7,1),I=1,100)/
- &0.1273D+00,0.1215D+00,0.1159D+00,0.1104D+00,0.1052D+00,0.1002D+00,
- &0.9538D-01,0.9084D-01,0.8644D-01,0.8214D-01,0.7814D-01,0.7426D-01,
- &0.7047D-01,0.6695D-01,0.6352D-01,0.6020D-01,0.5710D-01,0.5408D-01,
- &0.5116D-01,0.4843D-01,0.4580D-01,0.4321D-01,0.4083D-01,0.3850D-01,
- &0.3626D-01,0.3416D-01,0.3213D-01,0.3016D-01,0.2832D-01,0.2655D-01,
- &0.2484D-01,0.2322D-01,0.2168D-01,0.2020D-01,0.1878D-01,0.1745D-01,
- &0.1618D-01,0.1496D-01,0.1381D-01,0.1273D-01,0.1172D-01,0.1075D-01,
- &0.9841D-02,0.9037D-02,0.8237D-02,0.7506D-02,0.6849D-02,0.6244D-02,
- &0.5686D-02,0.5195D-02,0.4761D-02,0.4386D-02,0.4068D-02,0.3807D-02,
- &0.3592D-02,0.3439D-02,0.3337D-02,0.3281D-02,0.3270D-02,0.3299D-02,
- &0.3364D-02,0.3460D-02,0.3582D-02,0.3724D-02,0.3881D-02,0.4050D-02,
- &0.4225D-02,0.4404D-02,0.4584D-02,0.4766D-02,0.4952D-02,0.5148D-02,
- &0.5364D-02,0.5615D-02,0.5922D-02,0.6309D-02,0.6796D-02,0.7362D-02,
- &0.7425D-02,0.7486D-02,0.7545D-02,0.7600D-02,0.7653D-02,0.7701D-02,
- &0.7744D-02,0.7781D-02,0.7812D-02,0.7833D-02,0.7846D-02,0.7846D-02,
- &0.7833D-02,0.7803D-02,0.7751D-02,0.7673D-02,0.7561D-02,0.7402D-02,
- &0.7174D-02,0.6925D-02,0.6273D-02,0.4767D-02/
- DATA (XPV(I,7,2),I=1,100)/
- &0.1273D+00,0.1215D+00,0.1158D+00,0.1104D+00,0.1052D+00,0.1002D+00,
- &0.9537D-01,0.9083D-01,0.8643D-01,0.8213D-01,0.7813D-01,0.7424D-01,
- &0.7046D-01,0.6693D-01,0.6351D-01,0.6018D-01,0.5707D-01,0.5406D-01,
- &0.5113D-01,0.4840D-01,0.4576D-01,0.4318D-01,0.4079D-01,0.3846D-01,
- &0.3621D-01,0.3411D-01,0.3207D-01,0.3009D-01,0.2825D-01,0.2647D-01,
- &0.2475D-01,0.2312D-01,0.2157D-01,0.2008D-01,0.1865D-01,0.1730D-01,
- &0.1602D-01,0.1478D-01,0.1362D-01,0.1252D-01,0.1148D-01,0.1049D-01,
- &0.9553D-02,0.8720D-02,0.7889D-02,0.7124D-02,0.6429D-02,0.5782D-02,
- &0.5181D-02,0.4640D-02,0.4154D-02,0.3722D-02,0.3342D-02,0.3014D-02,
- &0.2728D-02,0.2498D-02,0.2314D-02,0.2171D-02,0.2067D-02,0.1998D-02,
- &0.1960D-02,0.1948D-02,0.1958D-02,0.1984D-02,0.2021D-02,0.2066D-02,
- &0.2114D-02,0.2162D-02,0.2206D-02,0.2245D-02,0.2275D-02,0.2296D-02,
- &0.2307D-02,0.2309D-02,0.2304D-02,0.2293D-02,0.2279D-02,0.2254D-02,
- &0.2250D-02,0.2244D-02,0.2239D-02,0.2232D-02,0.2225D-02,0.2216D-02,
- &0.2207D-02,0.2195D-02,0.2183D-02,0.2168D-02,0.2151D-02,0.2131D-02,
- &0.2108D-02,0.2081D-02,0.2049D-02,0.2010D-02,0.1964D-02,0.1906D-02,
- &0.1832D-02,0.1753D-02,0.1576D-02,0.1190D-02/
- DATA (XPV(I,7,3),I=1,100)/
- &0.1277D+00,0.1220D+00,0.1163D+00,0.1108D+00,0.1057D+00,0.1007D+00,
- &0.9591D-01,0.9139D-01,0.8700D-01,0.8272D-01,0.7874D-01,0.7488D-01,
- &0.7111D-01,0.6761D-01,0.6420D-01,0.6090D-01,0.5781D-01,0.5482D-01,
- &0.5192D-01,0.4921D-01,0.4660D-01,0.4403D-01,0.4167D-01,0.3937D-01,
- &0.3714D-01,0.3506D-01,0.3305D-01,0.3110D-01,0.2928D-01,0.2752D-01,
- &0.2582D-01,0.2422D-01,0.2269D-01,0.2122D-01,0.1980D-01,0.1848D-01,
- &0.1721D-01,0.1598D-01,0.1483D-01,0.1374D-01,0.1270D-01,0.1171D-01,
- &0.1077D-01,0.9936D-02,0.9091D-02,0.8309D-02,0.7592D-02,0.6916D-02,
- &0.6277D-02,0.5693D-02,0.5155D-02,0.4662D-02,0.4213D-02,0.3808D-02,
- &0.3432D-02,0.3104D-02,0.2813D-02,0.2553D-02,0.2325D-02,0.2122D-02,
- &0.1944D-02,0.1788D-02,0.1651D-02,0.1528D-02,0.1420D-02,0.1325D-02,
- &0.1243D-02,0.1175D-02,0.1122D-02,0.1084D-02,0.1065D-02,0.1067D-02,
- &0.1092D-02,0.1144D-02,0.1228D-02,0.1347D-02,0.1506D-02,0.1698D-02,
- &0.1720D-02,0.1741D-02,0.1763D-02,0.1783D-02,0.1803D-02,0.1821D-02,
- &0.1838D-02,0.1854D-02,0.1868D-02,0.1880D-02,0.1890D-02,0.1897D-02,
- &0.1900D-02,0.1898D-02,0.1892D-02,0.1878D-02,0.1856D-02,0.1823D-02,
- &0.1771D-02,0.1715D-02,0.1557D-02,0.1187D-02/
- DATA (XPV(I,7,4),I=1,100)/
- &0.1274D+00,0.1216D+00,0.1160D+00,0.1105D+00,0.1054D+00,0.1004D+00,
- &0.9553D-01,0.9099D-01,0.8660D-01,0.8231D-01,0.7831D-01,0.7443D-01,
- &0.7065D-01,0.6713D-01,0.6371D-01,0.6039D-01,0.5729D-01,0.5428D-01,
- &0.5137D-01,0.4864D-01,0.4601D-01,0.4343D-01,0.4105D-01,0.3873D-01,
- &0.3649D-01,0.3439D-01,0.3236D-01,0.3039D-01,0.2856D-01,0.2679D-01,
- &0.2507D-01,0.2345D-01,0.2191D-01,0.2043D-01,0.1901D-01,0.1767D-01,
- &0.1640D-01,0.1517D-01,0.1401D-01,0.1293D-01,0.1190D-01,0.1091D-01,
- &0.9989D-02,0.9167D-02,0.8345D-02,0.7590D-02,0.6907D-02,0.6271D-02,
- &0.5680D-02,0.5152D-02,0.4677D-02,0.4258D-02,0.3891D-02,0.3578D-02,
- &0.3306D-02,0.3092D-02,0.2925D-02,0.2801D-02,0.2718D-02,0.2672D-02,
- &0.2660D-02,0.2677D-02,0.2720D-02,0.2784D-02,0.2866D-02,0.2964D-02,
- &0.3075D-02,0.3198D-02,0.3335D-02,0.3488D-02,0.3663D-02,0.3870D-02,
- &0.4121D-02,0.4436D-02,0.4840D-02,0.5361D-02,0.6022D-02,0.6806D-02,
- &0.6896D-02,0.6983D-02,0.7069D-02,0.7151D-02,0.7230D-02,0.7305D-02,
- &0.7376D-02,0.7439D-02,0.7497D-02,0.7546D-02,0.7585D-02,0.7612D-02,
- &0.7625D-02,0.7620D-02,0.7595D-02,0.7541D-02,0.7454D-02,0.7319D-02,
- &0.7113D-02,0.6886D-02,0.6254D-02,0.4765D-02/
-
-C..fetching pdfs
- DO 5 IP=-6,6
- XPDF(IP)=ZEROD
- 5 CONTINUE
- DO 2 I=1,IX
- ENT(I)=LOG10(XT(I))
- 2 CONTINUE
- NA(1)=IX
- NA(2)=IQ
- DO 3 I=1,IQ
- ENT(IX+I)=LOG10(Q2T(I))
- 3 CONTINUE
- ARG(1)=LOG10(X)
- ARG(2)=LOG10(Q2)
-C..VARIOUS FLAVOURS (u-->2,d-->1)
- XPDF(0)=DBFINT(NARG,ARG,NA,ENT,XPV(1,1,0))
- XPDF(1)=DBFINT(NARG,ARG,NA,ENT,XPV(1,1,2))
- XPDF(2)=DBFINT(NARG,ARG,NA,ENT,XPV(1,1,1))
- XPDF(3)=DBFINT(NARG,ARG,NA,ENT,XPV(1,1,3))
- XPDF(4)=DBFINT(NARG,ARG,NA,ENT,XPV(1,1,4))
- DO 21 JF=1,4
- XPDF(-JF)=XPDF(JF)
- 21 CONTINUE
- RETURN
- END
-ccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc
-C--------------------------------------------------------------
- SUBROUTINE PHLAC3(X,Q2,XPDF)
- implicit real*8 (a-h,o-z)
- PARAMETER(IX=100,IQ=7,NARG=2,NFUN=4)
- double precision
- + DBFINT,
- + XT(IX),Q2T(IQ),ARG(NARG),ENT(IX+IQ),
- + XPV(IX,IQ,0:NFUN),XPDF(-6:6)
- DIMENSION NA(NARG)
- DATA ZEROD/0.D0/
-C...100 x valuse; in (D-4,.77) log spaced (78 points)
-C... in (.78,.995) lineary spaced (22 points)
- DATA Q2T/1.,10.,50.,1.D2,1.D3,1.D4,1.D5/
- DATA XT/
- &0.1000D-03,0.1123D-03,0.1262D-03,0.1417D-03,0.1592D-03,0.1789D-03,
- &0.2009D-03,0.2257D-03,0.2535D-03,0.2848D-03,0.3199D-03,0.3593D-03,
- &0.4037D-03,0.4534D-03,0.5093D-03,0.5722D-03,0.6427D-03,0.7220D-03,
- &0.8110D-03,0.9110D-03,0.1023D-02,0.1150D-02,0.1291D-02,0.1451D-02,
- &0.1629D-02,0.1830D-02,0.2056D-02,0.2310D-02,0.2594D-02,0.2914D-02,
- &0.3274D-02,0.3677D-02,0.4131D-02,0.4640D-02,0.5212D-02,0.5855D-02,
- &0.6577D-02,0.7388D-02,0.8299D-02,0.9323D-02,0.1047D-01,0.1176D-01,
- &0.1321D-01,0.1484D-01,0.1667D-01,0.1873D-01,0.2104D-01,0.2363D-01,
- &0.2655D-01,0.2982D-01,0.3350D-01,0.3763D-01,0.4227D-01,0.4748D-01,
- &0.5334D-01,0.5992D-01,0.6731D-01,0.7560D-01,0.8493D-01,0.9540D-01,
- &0.1072D+00,0.1204D+00,0.1352D+00,0.1519D+00,0.1706D+00,0.1917D+00,
- &0.2153D+00,0.2419D+00,0.2717D+00,0.3052D+00,0.3428D+00,0.3851D+00,
- &0.4326D+00,0.4859D+00,0.5458D+00,0.6131D+00,0.6887D+00,0.7737D+00,
- &0.7837D+00,0.7937D+00,0.8037D+00,0.8137D+00,0.8237D+00,0.8337D+00,
- &0.8437D+00,0.8537D+00,0.8637D+00,0.8737D+00,0.8837D+00,0.8937D+00,
- &0.9037D+00,0.9137D+00,0.9237D+00,0.9337D+00,0.9437D+00,0.9537D+00,
- &0.9637D+00,0.9737D+00,0.9837D+00,0.9937D+00/
-
-C...place for DATA blocks
- DATA (XPV(I,1,0),I=1,100)/
- &0.1007D-27,0.2075D-27,0.4426D-27,0.1128D-26,0.2333D-26,0.4999D-26,
- &0.1271D-25,0.2627D-25,0.5632D-25,0.1431D-24,0.2954D-24,0.6358D-24,
- &0.1610D-23,0.3324D-23,0.7182D-23,0.1813D-22,0.3751D-22,0.8117D-22,
- &0.2043D-21,0.4240D-21,0.9144D-21,0.2316D-20,0.4799D-20,0.1038D-19,
- &0.2610D-19,0.5465D-19,0.1173D-18,0.2878D-18,0.6255D-18,0.1334D-17,
- &0.3132D-17,0.7205D-17,0.1536D-16,0.3447D-16,0.8339D-16,0.1787D-15,
- &0.3904D-15,0.9044D-15,0.2099D-14,0.4566D-14,0.1007D-13,0.2303D-13,
- &0.5384D-13,0.1169D-12,0.2617D-12,0.5847D-12,0.1299D-11,0.2924D-11,
- &0.6607D-11,0.1484D-10,0.3329D-10,0.7451D-10,0.1668D-09,0.3728D-09,
- &0.8458D-09,0.1887D-08,0.4199D-08,0.9410D-08,0.2093D-07,0.4670D-07,
- &0.1044D-06,0.2319D-06,0.5128D-06,0.1139D-05,0.2523D-05,0.5592D-05,
- &0.1232D-04,0.2713D-04,0.5944D-04,0.1298D-03,0.2819D-03,0.6094D-03,
- &0.1307D-02,0.2770D-02,0.5792D-02,0.1188D-01,0.2357D-01,0.4425D-01,
- &0.4717D-01,0.5016D-01,0.5322D-01,0.5631D-01,0.5943D-01,0.6254D-01,
- &0.6564D-01,0.6864D-01,0.7153D-01,0.7424D-01,0.7672D-01,0.7888D-01,
- &0.8063D-01,0.8185D-01,0.8240D-01,0.8208D-01,0.8066D-01,0.7779D-01,
- &0.7302D-01,0.6561D-01,0.5572D-01,0.3029D-01/
- DATA (XPV(I,1,1),I=1,100)/
- &0.3424D-05,0.3802D-05,0.4225D-05,0.4691D-05,0.5211D-05,0.5789D-05,
- &0.6428D-05,0.7141D-05,0.7930D-05,0.8809D-05,0.9783D-05,0.1086D-04,
- &0.1207D-04,0.1340D-04,0.1488D-04,0.1653D-04,0.1836D-04,0.2039D-04,
- &0.2264D-04,0.2513D-04,0.2790D-04,0.3099D-04,0.3439D-04,0.3819D-04,
- &0.4236D-04,0.4701D-04,0.5217D-04,0.5789D-04,0.6419D-04,0.7118D-04,
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- DATA (XPV(I,1,2),I=1,100)/
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- DATA (XPV(I,1,3),I=1,100)/
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- DATA (XPV(I,1,4),I=1,100)/
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- DATA (XPV(I,2,0),I=1,100)/
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- DATA (XPV(I,2,1),I=1,100)/
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- DATA (XPV(I,2,2),I=1,100)/
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- DATA (XPV(I,2,3),I=1,100)/
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- DATA (XPV(I,2,4),I=1,100)/
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- DATA (XPV(I,3,0),I=1,100)/
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- DATA (XPV(I,3,1),I=1,100)/
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- DATA (XPV(I,3,2),I=1,100)/
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- DATA (XPV(I,3,3),I=1,100)/
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- DATA (XPV(I,3,4),I=1,100)/
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- DATA (XPV(I,4,0),I=1,100)/
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- DATA (XPV(I,4,1),I=1,100)/
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- DATA (XPV(I,4,2),I=1,100)/
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- DATA (XPV(I,4,3),I=1,100)/
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- DATA (XPV(I,4,4),I=1,100)/
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- DATA (XPV(I,5,1),I=1,100)/
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- DATA (XPV(I,5,2),I=1,100)/
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- DATA (XPV(I,5,3),I=1,100)/
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- DATA (XPV(I,5,4),I=1,100)/
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- DATA (XPV(I,6,0),I=1,100)/
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- DATA (XPV(I,6,1),I=1,100)/
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- DATA (XPV(I,6,2),I=1,100)/
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- DATA (XPV(I,6,3),I=1,100)/
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- &0.2104D-02,0.2019D-02,0.1944D-02,0.1879D-02,0.1825D-02,0.1782D-02,
- &0.1749D-02,0.1725D-02,0.1708D-02,0.1698D-02,0.1697D-02,0.1707D-02,
- &0.1708D-02,0.1709D-02,0.1711D-02,0.1711D-02,0.1712D-02,0.1712D-02,
- &0.1712D-02,0.1710D-02,0.1708D-02,0.1704D-02,0.1700D-02,0.1692D-02,
- &0.1683D-02,0.1670D-02,0.1653D-02,0.1631D-02,0.1603D-02,0.1564D-02,
- &0.1512D-02,0.1455D-02,0.1312D-02,0.9886D-03/
- DATA (XPV(I,6,4),I=1,100)/
- &0.2676D-01,0.2573D-01,0.2472D-01,0.2373D-01,0.2280D-01,0.2189D-01,
- &0.2101D-01,0.2018D-01,0.1936D-01,0.1857D-01,0.1782D-01,0.1709D-01,
- &0.1638D-01,0.1571D-01,0.1506D-01,0.1442D-01,0.1382D-01,0.1324D-01,
- &0.1267D-01,0.1213D-01,0.1161D-01,0.1110D-01,0.1063D-01,0.1016D-01,
- &0.9714D-02,0.9291D-02,0.8880D-02,0.8479D-02,0.8104D-02,0.7741D-02,
- &0.7388D-02,0.7054D-02,0.6735D-02,0.6427D-02,0.6131D-02,0.5854D-02,
- &0.5587D-02,0.5331D-02,0.5088D-02,0.4860D-02,0.4644D-02,0.4438D-02,
- &0.4244D-02,0.4076D-02,0.3901D-02,0.3742D-02,0.3601D-02,0.3468D-02,
- &0.3343D-02,0.3232D-02,0.3133D-02,0.3046D-02,0.2971D-02,0.2908D-02,
- &0.2852D-02,0.2812D-02,0.2784D-02,0.2766D-02,0.2760D-02,0.2764D-02,
- &0.2779D-02,0.2803D-02,0.2838D-02,0.2881D-02,0.2931D-02,0.2989D-02,
- &0.3054D-02,0.3126D-02,0.3205D-02,0.3293D-02,0.3394D-02,0.3513D-02,
- &0.3660D-02,0.3850D-02,0.4103D-02,0.4446D-02,0.4907D-02,0.5494D-02,
- &0.5564D-02,0.5634D-02,0.5703D-02,0.5770D-02,0.5836D-02,0.5899D-02,
- &0.5960D-02,0.6016D-02,0.6069D-02,0.6115D-02,0.6155D-02,0.6187D-02,
- &0.6208D-02,0.6216D-02,0.6209D-02,0.6180D-02,0.6125D-02,0.6033D-02,
- &0.5886D-02,0.5722D-02,0.5226D-02,0.4038D-02/
- DATA (XPV(I,7,0),I=1,100)/
- &0.1677D+01,0.1599D+01,0.1523D+01,0.1449D+01,0.1381D+01,0.1314D+01,
- &0.1249D+01,0.1189D+01,0.1131D+01,0.1074D+01,0.1022D+01,0.9709D+00,
- &0.9215D+00,0.8757D+00,0.8313D+00,0.7884D+00,0.7484D+00,0.7098D+00,
- &0.6725D+00,0.6378D+00,0.6043D+00,0.5717D+00,0.5418D+00,0.5126D+00,
- &0.4847D+00,0.4586D+00,0.4335D+00,0.4092D+00,0.3867D+00,0.3651D+00,
- &0.3443D+00,0.3247D+00,0.3062D+00,0.2884D+00,0.2714D+00,0.2555D+00,
- &0.2403D+00,0.2257D+00,0.2120D+00,0.1991D+00,0.1868D+00,0.1751D+00,
- &0.1640D+00,0.1541D+00,0.1439D+00,0.1345D+00,0.1258D+00,0.1174D+00,
- &0.1094D+00,0.1019D+00,0.9482D-01,0.8815D-01,0.8185D-01,0.7594D-01,
- &0.7018D-01,0.6493D-01,0.5999D-01,0.5532D-01,0.5095D-01,0.4685D-01,
- &0.4299D-01,0.3941D-01,0.3609D-01,0.3294D-01,0.3001D-01,0.2728D-01,
- &0.2475D-01,0.2237D-01,0.2014D-01,0.1804D-01,0.1603D-01,0.1408D-01,
- &0.1216D-01,0.1023D-01,0.8245D-02,0.6190D-02,0.4106D-02,0.2133D-02,
- &0.1935D-02,0.1745D-02,0.1564D-02,0.1393D-02,0.1230D-02,0.1078D-02,
- &0.9340D-03,0.8018D-03,0.6796D-03,0.5685D-03,0.4677D-03,0.3782D-03,
- &0.2992D-03,0.2312D-03,0.1736D-03,0.1264D-03,0.8864D-04,0.6022D-04,
- &0.3944D-04,0.2460D-04,0.1450D-04,0.2966D-05/
- DATA (XPV(I,7,1),I=1,100)/
- &0.3968D-01,0.3804D-01,0.3644D-01,0.3488D-01,0.3341D-01,0.3198D-01,
- &0.3060D-01,0.2930D-01,0.2803D-01,0.2680D-01,0.2565D-01,0.2453D-01,
- &0.2343D-01,0.2242D-01,0.2142D-01,0.2046D-01,0.1956D-01,0.1868D-01,
- &0.1783D-01,0.1704D-01,0.1627D-01,0.1552D-01,0.1483D-01,0.1415D-01,
- &0.1350D-01,0.1289D-01,0.1231D-01,0.1174D-01,0.1121D-01,0.1070D-01,
- &0.1021D-01,0.9747D-02,0.9311D-02,0.8894D-02,0.8496D-02,0.8127D-02,
- &0.7777D-02,0.7443D-02,0.7132D-02,0.6844D-02,0.6574D-02,0.6320D-02,
- &0.6086D-02,0.5889D-02,0.5684D-02,0.5503D-02,0.5347D-02,0.5204D-02,
- &0.5072D-02,0.4959D-02,0.4862D-02,0.4780D-02,0.4712D-02,0.4660D-02,
- &0.4612D-02,0.4585D-02,0.4569D-02,0.4563D-02,0.4568D-02,0.4582D-02,
- &0.4605D-02,0.4636D-02,0.4677D-02,0.4723D-02,0.4776D-02,0.4838D-02,
- &0.4908D-02,0.4987D-02,0.5076D-02,0.5180D-02,0.5302D-02,0.5448D-02,
- &0.5628D-02,0.5855D-02,0.6147D-02,0.6522D-02,0.6993D-02,0.7534D-02,
- &0.7594D-02,0.7651D-02,0.7705D-02,0.7756D-02,0.7805D-02,0.7847D-02,
- &0.7886D-02,0.7917D-02,0.7942D-02,0.7958D-02,0.7964D-02,0.7958D-02,
- &0.7937D-02,0.7898D-02,0.7839D-02,0.7751D-02,0.7629D-02,0.7460D-02,
- &0.7219D-02,0.6959D-02,0.6295D-02,0.4764D-02/
- DATA (XPV(I,7,2),I=1,100)/
- &0.3967D-01,0.3803D-01,0.3643D-01,0.3486D-01,0.3340D-01,0.3197D-01,
- &0.3058D-01,0.2928D-01,0.2801D-01,0.2678D-01,0.2562D-01,0.2450D-01,
- &0.2341D-01,0.2239D-01,0.2139D-01,0.2042D-01,0.1952D-01,0.1864D-01,
- &0.1779D-01,0.1699D-01,0.1622D-01,0.1546D-01,0.1476D-01,0.1408D-01,
- &0.1342D-01,0.1280D-01,0.1221D-01,0.1163D-01,0.1109D-01,0.1057D-01,
- &0.1006D-01,0.9587D-02,0.9136D-02,0.8701D-02,0.8285D-02,0.7896D-02,
- &0.7524D-02,0.7166D-02,0.6828D-02,0.6511D-02,0.6211D-02,0.5923D-02,
- &0.5651D-02,0.5414D-02,0.5166D-02,0.4937D-02,0.4730D-02,0.4531D-02,
- &0.4339D-02,0.4161D-02,0.3994D-02,0.3837D-02,0.3689D-02,0.3551D-02,
- &0.3412D-02,0.3287D-02,0.3168D-02,0.3053D-02,0.2944D-02,0.2838D-02,
- &0.2736D-02,0.2639D-02,0.2547D-02,0.2456D-02,0.2371D-02,0.2290D-02,
- &0.2216D-02,0.2149D-02,0.2089D-02,0.2036D-02,0.1992D-02,0.1956D-02,
- &0.1927D-02,0.1907D-02,0.1898D-02,0.1901D-02,0.1923D-02,0.1966D-02,
- &0.1971D-02,0.1977D-02,0.1982D-02,0.1987D-02,0.1991D-02,0.1995D-02,
- &0.1998D-02,0.1999D-02,0.2000D-02,0.1999D-02,0.1996D-02,0.1990D-02,
- &0.1981D-02,0.1968D-02,0.1951D-02,0.1927D-02,0.1894D-02,0.1851D-02,
- &0.1790D-02,0.1723D-02,0.1556D-02,0.1179D-02/
- DATA (XPV(I,7,3),I=1,100)/
- &0.3972D-01,0.3809D-01,0.3648D-01,0.3492D-01,0.3346D-01,0.3204D-01,
- &0.3065D-01,0.2936D-01,0.2810D-01,0.2686D-01,0.2572D-01,0.2460D-01,
- &0.2351D-01,0.2250D-01,0.2151D-01,0.2055D-01,0.1965D-01,0.1878D-01,
- &0.1793D-01,0.1714D-01,0.1638D-01,0.1563D-01,0.1494D-01,0.1427D-01,
- &0.1362D-01,0.1301D-01,0.1243D-01,0.1186D-01,0.1133D-01,0.1082D-01,
- &0.1033D-01,0.9865D-02,0.9426D-02,0.9004D-02,0.8600D-02,0.8223D-02,
- &0.7863D-02,0.7517D-02,0.7191D-02,0.6885D-02,0.6594D-02,0.6316D-02,
- &0.6054D-02,0.5826D-02,0.5584D-02,0.5361D-02,0.5158D-02,0.4962D-02,
- &0.4770D-02,0.4591D-02,0.4421D-02,0.4258D-02,0.4102D-02,0.3953D-02,
- &0.3801D-02,0.3660D-02,0.3523D-02,0.3387D-02,0.3255D-02,0.3124D-02,
- &0.2996D-02,0.2871D-02,0.2751D-02,0.2632D-02,0.2519D-02,0.2411D-02,
- &0.2313D-02,0.2223D-02,0.2143D-02,0.2074D-02,0.2017D-02,0.1971D-02,
- &0.1935D-02,0.1911D-02,0.1899D-02,0.1901D-02,0.1923D-02,0.1966D-02,
- &0.1971D-02,0.1977D-02,0.1982D-02,0.1987D-02,0.1991D-02,0.1995D-02,
- &0.1998D-02,0.1999D-02,0.2000D-02,0.1999D-02,0.1996D-02,0.1990D-02,
- &0.1981D-02,0.1968D-02,0.1951D-02,0.1927D-02,0.1894D-02,0.1851D-02,
- &0.1790D-02,0.1723D-02,0.1556D-02,0.1179D-02/
- DATA (XPV(I,7,4),I=1,100)/
- &0.3951D-01,0.3787D-01,0.3626D-01,0.3470D-01,0.3324D-01,0.3181D-01,
- &0.3042D-01,0.2912D-01,0.2785D-01,0.2661D-01,0.2546D-01,0.2434D-01,
- &0.2324D-01,0.2222D-01,0.2122D-01,0.2025D-01,0.1935D-01,0.1847D-01,
- &0.1761D-01,0.1681D-01,0.1604D-01,0.1528D-01,0.1458D-01,0.1389D-01,
- &0.1323D-01,0.1261D-01,0.1201D-01,0.1142D-01,0.1088D-01,0.1036D-01,
- &0.9848D-02,0.9370D-02,0.8915D-02,0.8477D-02,0.8057D-02,0.7665D-02,
- &0.7290D-02,0.6930D-02,0.6592D-02,0.6274D-02,0.5975D-02,0.5689D-02,
- &0.5422D-02,0.5191D-02,0.4951D-02,0.4734D-02,0.4541D-02,0.4361D-02,
- &0.4191D-02,0.4042D-02,0.3908D-02,0.3791D-02,0.3689D-02,0.3604D-02,
- &0.3528D-02,0.3474D-02,0.3435D-02,0.3410D-02,0.3400D-02,0.3403D-02,
- &0.3420D-02,0.3450D-02,0.3493D-02,0.3545D-02,0.3608D-02,0.3680D-02,
- &0.3761D-02,0.3850D-02,0.3949D-02,0.4059D-02,0.4184D-02,0.4334D-02,
- &0.4519D-02,0.4757D-02,0.5073D-02,0.5499D-02,0.6065D-02,0.6768D-02,
- &0.6851D-02,0.6932D-02,0.7012D-02,0.7089D-02,0.7164D-02,0.7236D-02,
- &0.7303D-02,0.7366D-02,0.7422D-02,0.7470D-02,0.7510D-02,0.7539D-02,
- &0.7554D-02,0.7553D-02,0.7532D-02,0.7484D-02,0.7404D-02,0.7276D-02,
- &0.7082D-02,0.6866D-02,0.6248D-02,0.4789D-02/
-
-C..fetching pdfs
- DO 5 IP=-6,6
- XPDF(IP)=ZEROD
- 5 CONTINUE
- DO 2 I=1,IX
- ENT(I)=LOG10(XT(I))
- 2 CONTINUE
- NA(1)=IX
- NA(2)=IQ
- DO 3 I=1,IQ
- ENT(IX+I)=LOG10(Q2T(I))
- 3 CONTINUE
- ARG(1)=LOG10(X)
- ARG(2)=LOG10(Q2)
-C..VARIOUS FLAVOURS (u-->2,d-->1)
- XPDF(0)=DBFINT(NARG,ARG,NA,ENT,XPV(1,1,0))
- XPDF(1)=DBFINT(NARG,ARG,NA,ENT,XPV(1,1,2))
- XPDF(2)=DBFINT(NARG,ARG,NA,ENT,XPV(1,1,1))
- XPDF(3)=DBFINT(NARG,ARG,NA,ENT,XPV(1,1,3))
- XPDF(4)=DBFINT(NARG,ARG,NA,ENT,XPV(1,1,4))
- DO 21 JF=1,4
- XPDF(-JF)=XPDF(JF)
- 21 CONTINUE
- RETURN
- END
-cccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc
- SUBROUTINE PHGAL(X,Q2,XPDF)
- implicit real*8 (a-h,o-z)
- PARAMETER(IX=100,IQ=7,NARG=2,NFUN=4)
- double precision
- + DBFINT,
- + XT(IX),Q2T(IQ),ARG(NARG),ENT(IX+IQ),
- + XPV(IX,IQ,0:NFUN),XPDF(-6:6)
- DIMENSION NA(NARG)
- DATA ZEROD/0.D0/
-C...100 x values; in (D-4,.77) log spaced (78 points)
-C... in (.78,.995) lineary spaced (22 points)
- DATA Q2T/4.D0,10.D0,50.D0,1.D2,1.D3,1.D4,1.D5/
- DATA XT/
- &0.1000D-03,0.1123D-03,0.1262D-03,0.1417D-03,0.1592D-03,0.1789D-03,
- &0.2009D-03,0.2257D-03,0.2535D-03,0.2848D-03,0.3199D-03,0.3593D-03,
- &0.4037D-03,0.4534D-03,0.5093D-03,0.5722D-03,0.6427D-03,0.7220D-03,
- &0.8110D-03,0.9110D-03,0.1023D-02,0.1150D-02,0.1291D-02,0.1451D-02,
- &0.1629D-02,0.1830D-02,0.2056D-02,0.2310D-02,0.2594D-02,0.2914D-02,
- &0.3274D-02,0.3677D-02,0.4131D-02,0.4640D-02,0.5212D-02,0.5855D-02,
- &0.6577D-02,0.7388D-02,0.8299D-02,0.9323D-02,0.1047D-01,0.1176D-01,
- &0.1321D-01,0.1484D-01,0.1667D-01,0.1873D-01,0.2104D-01,0.2363D-01,
- &0.2655D-01,0.2982D-01,0.3350D-01,0.3763D-01,0.4227D-01,0.4748D-01,
- &0.5334D-01,0.5992D-01,0.6731D-01,0.7560D-01,0.8493D-01,0.9540D-01,
- &0.1072D+00,0.1204D+00,0.1352D+00,0.1519D+00,0.1706D+00,0.1917D+00,
- &0.2153D+00,0.2419D+00,0.2717D+00,0.3052D+00,0.3428D+00,0.3851D+00,
- &0.4326D+00,0.4859D+00,0.5458D+00,0.6131D+00,0.6887D+00,0.7737D+00,
- &0.7837D+00,0.7937D+00,0.8037D+00,0.8137D+00,0.8237D+00,0.8337D+00,
- &0.8437D+00,0.8537D+00,0.8637D+00,0.8737D+00,0.8837D+00,0.8937D+00,
- &0.9037D+00,0.9137D+00,0.9237D+00,0.9337D+00,0.9437D+00,0.9537D+00,
- &0.9637D+00,0.9737D+00,0.9837D+00,0.9937D+00/
-
-C...place for DATA blocks
- DATA (XPV(I,1,0),I=1,100)/
- &0.6632D-01,0.6536D-01,0.6390D-01,0.6196D-01,0.5952D-01,0.5663D-01,
- &0.5339D-01,0.5124D-01,0.5029D-01,0.4893D-01,0.4718D-01,0.4505D-01,
- &0.4259D-01,0.4038D-01,0.3966D-01,0.3860D-01,0.3721D-01,0.3551D-01,
- &0.3354D-01,0.3206D-01,0.3134D-01,0.3031D-01,0.2902D-01,0.2747D-01,
- &0.2608D-01,0.2543D-01,0.2451D-01,0.2335D-01,0.2202D-01,0.2132D-01,
- &0.2051D-01,0.1950D-01,0.1851D-01,0.1783D-01,0.1696D-01,0.1609D-01,
- &0.1539D-01,0.1454D-01,0.1386D-01,0.1310D-01,0.1242D-01,0.1169D-01,
- &0.1104D-01,0.1036D-01,0.9694D-02,0.9046D-02,0.8400D-02,0.7792D-02,
- &0.7173D-02,0.6573D-02,0.5978D-02,0.5411D-02,0.4853D-02,0.4307D-02,
- &0.3791D-02,0.3292D-02,0.2818D-02,0.2382D-02,0.1976D-02,0.1606D-02,
- &0.1275D-02,0.9866D-03,0.7403D-03,0.5351D-03,0.3713D-03,0.2450D-03,
- &0.1524D-03,0.8849D-04,0.4730D-04,0.2278D-04,0.9707D-05,0.3518D-05,
- &0.1041D-05,0.2356D-06,0.3682D-07,0.3365D-08,0.1333D-09,0.1188D-11,
- &0.6095D-12,0.3031D-12,0.1457D-12,0.6733D-13,0.2986D-13,0.1262D-13,
- &0.5060D-14,0.1912D-14,0.6734D-15,0.2199D-15,0.6498D-16,0.1729D-16,
- &0.4059D-17,0.8091D-18,0.1324D-18,0.1691D-19,0.1518D-20,0.8785D-22,
- &0.2519D-23,0.2197D-25,0.2840D-28,0.1908D-33/
- DATA (XPV(I,1,1),I=1,100)/
- &0.5848D-03,0.5838D-03,0.5793D-03,0.5713D-03,0.5597D-03,0.5447D-03,
- &0.5270D-03,0.5167D-03,0.5143D-03,0.5087D-03,0.4998D-03,0.4879D-03,
- &0.4731D-03,0.4599D-03,0.4584D-03,0.4538D-03,0.4461D-03,0.4355D-03,
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- DATA (XPV(I,1,2),I=1,100)/
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- DATA (XPV(I,1,3),I=1,100)/
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- DATA (XPV(I,1,4),I=1,100)/
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- DATA (XPV(I,2,0),I=1,100)/
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- DATA (XPV(I,2,1),I=1,100)/
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- DATA (XPV(I,2,2),I=1,100)/
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- DATA (XPV(I,2,3),I=1,100)/
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- DATA (XPV(I,2,4),I=1,100)/
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- DATA (XPV(I,3,0),I=1,100)/
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- DATA (XPV(I,3,1),I=1,100)/
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- DATA (XPV(I,3,2),I=1,100)/
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- DATA (XPV(I,3,3),I=1,100)/
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- DATA (XPV(I,3,4),I=1,100)/
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- DATA (XPV(I,4,0),I=1,100)/
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- DATA (XPV(I,4,1),I=1,100)/
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- DATA (XPV(I,4,2),I=1,100)/
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- DATA (XPV(I,4,3),I=1,100)/
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- DATA (XPV(I,4,4),I=1,100)/
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- DATA (XPV(I,5,1),I=1,100)/
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- DATA (XPV(I,5,2),I=1,100)/
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- DATA (XPV(I,5,3),I=1,100)/
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- DATA (XPV(I,5,4),I=1,100)/
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- DATA (XPV(I,6,0),I=1,100)/
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- DATA (XPV(I,6,1),I=1,100)/
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- DATA (XPV(I,6,2),I=1,100)/
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- DATA (XPV(I,6,3),I=1,100)/
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- &0.1173D-02,0.1106D-02,0.1044D-02,0.9874D-03,0.9342D-03,0.8881D-03,
- &0.8442D-03,0.8052D-03,0.7698D-03,0.7399D-03,0.7134D-03,0.6903D-03,
- &0.6722D-03,0.6574D-03,0.6463D-03,0.6397D-03,0.6365D-03,0.6368D-03,
- &0.6405D-03,0.6473D-03,0.6570D-03,0.6695D-03,0.6844D-03,0.7019D-03,
- &0.7213D-03,0.7431D-03,0.7673D-03,0.7943D-03,0.8253D-03,0.8617D-03,
- &0.9063D-03,0.9627D-03,0.1036D-02,0.1133D-02,0.1259D-02,0.1412D-02,
- &0.1430D-02,0.1448D-02,0.1465D-02,0.1482D-02,0.1499D-02,0.1514D-02,
- &0.1529D-02,0.1543D-02,0.1556D-02,0.1567D-02,0.1576D-02,0.1583D-02,
- &0.1587D-02,0.1588D-02,0.1586D-02,0.1578D-02,0.1563D-02,0.1539D-02,
- &0.1504D-02,0.1448D-02,0.1358D-02,0.1189D-02/
- DATA (XPV(I,6,4),I=1,100)/
- &0.1216D-01,0.1189D-01,0.1153D-01,0.1107D-01,0.1051D-01,0.9868D-02,
- &0.9154D-02,0.8677D-02,0.8454D-02,0.8157D-02,0.7787D-02,0.7349D-02,
- &0.6851D-02,0.6404D-02,0.6244D-02,0.6025D-02,0.5749D-02,0.5420D-02,
- &0.5047D-02,0.4764D-02,0.4621D-02,0.4429D-02,0.4195D-02,0.3920D-02,
- &0.3677D-02,0.3559D-02,0.3402D-02,0.3211D-02,0.2996D-02,0.2884D-02,
- &0.2759D-02,0.2608D-02,0.2463D-02,0.2369D-02,0.2251D-02,0.2138D-02,
- &0.2053D-02,0.1952D-02,0.1879D-02,0.1800D-02,0.1736D-02,0.1670D-02,
- &0.1619D-02,0.1572D-02,0.1531D-02,0.1498D-02,0.1470D-02,0.1454D-02,
- &0.1442D-02,0.1439D-02,0.1442D-02,0.1455D-02,0.1475D-02,0.1502D-02,
- &0.1539D-02,0.1584D-02,0.1637D-02,0.1699D-02,0.1769D-02,0.1847D-02,
- &0.1934D-02,0.2027D-02,0.2128D-02,0.2235D-02,0.2348D-02,0.2468D-02,
- &0.2591D-02,0.2721D-02,0.2857D-02,0.3001D-02,0.3158D-02,0.3333D-02,
- &0.3538D-02,0.3788D-02,0.4102D-02,0.4506D-02,0.5022D-02,0.5648D-02,
- &0.5720D-02,0.5792D-02,0.5862D-02,0.5931D-02,0.5997D-02,0.6060D-02,
- &0.6120D-02,0.6176D-02,0.6226D-02,0.6271D-02,0.6308D-02,0.6337D-02,
- &0.6354D-02,0.6359D-02,0.6348D-02,0.6316D-02,0.6257D-02,0.6163D-02,
- &0.6019D-02,0.5797D-02,0.5436D-02,0.4755D-02/
- DATA (XPV(I,7,0),I=1,100)/
- &0.6367D+00,0.6216D+00,0.6010D+00,0.5752D+00,0.5440D+00,0.5081D+00,
- &0.4686D+00,0.4418D+00,0.4287D+00,0.4116D+00,0.3907D+00,0.3662D+00,
- &0.3385D+00,0.3137D+00,0.3045D+00,0.2923D+00,0.2772D+00,0.2594D+00,
- &0.2393D+00,0.2241D+00,0.2163D+00,0.2060D+00,0.1936D+00,0.1792D+00,
- &0.1665D+00,0.1602D+00,0.1520D+00,0.1421D+00,0.1311D+00,0.1252D+00,
- &0.1187D+00,0.1109D+00,0.1035D+00,0.9842D-01,0.9228D-01,0.8630D-01,
- &0.8164D-01,0.7624D-01,0.7200D-01,0.6747D-01,0.6355D-01,0.5948D-01,
- &0.5601D-01,0.5255D-01,0.4926D-01,0.4620D-01,0.4326D-01,0.4061D-01,
- &0.3801D-01,0.3557D-01,0.3324D-01,0.3109D-01,0.2903D-01,0.2705D-01,
- &0.2521D-01,0.2344D-01,0.2175D-01,0.2018D-01,0.1868D-01,0.1725D-01,
- &0.1589D-01,0.1460D-01,0.1337D-01,0.1219D-01,0.1107D-01,0.9999D-02,
- &0.8975D-02,0.8003D-02,0.7079D-02,0.6199D-02,0.5369D-02,0.4581D-02,
- &0.3839D-02,0.3144D-02,0.2492D-02,0.1883D-02,0.1320D-02,0.8054D-03,
- &0.7523D-03,0.7006D-03,0.6504D-03,0.6016D-03,0.5543D-03,0.5084D-03,
- &0.4640D-03,0.4210D-03,0.3796D-03,0.3397D-03,0.3011D-03,0.2644D-03,
- &0.2292D-03,0.1957D-03,0.1640D-03,0.1342D-03,0.1063D-03,0.8046D-04,
- &0.5699D-04,0.3611D-04,0.1829D-04,0.4453D-05/
- DATA (XPV(I,7,1),I=1,100)/
- &0.1667D-01,0.1629D-01,0.1577D-01,0.1511D-01,0.1431D-01,0.1340D-01,
- &0.1239D-01,0.1171D-01,0.1139D-01,0.1097D-01,0.1045D-01,0.9835D-02,
- &0.9139D-02,0.8514D-02,0.8286D-02,0.7979D-02,0.7594D-02,0.7137D-02,
- &0.6621D-02,0.6230D-02,0.6029D-02,0.5762D-02,0.5438D-02,0.5061D-02,
- &0.4726D-02,0.4560D-02,0.4342D-02,0.4078D-02,0.3784D-02,0.3626D-02,
- &0.3451D-02,0.3240D-02,0.3038D-02,0.2902D-02,0.2735D-02,0.2572D-02,
- &0.2446D-02,0.2299D-02,0.2185D-02,0.2064D-02,0.1960D-02,0.1852D-02,
- &0.1762D-02,0.1673D-02,0.1591D-02,0.1516D-02,0.1446D-02,0.1386D-02,
- &0.1329D-02,0.1278D-02,0.1233D-02,0.1195D-02,0.1162D-02,0.1134D-02,
- &0.1113D-02,0.1096D-02,0.1084D-02,0.1078D-02,0.1077D-02,0.1081D-02,
- &0.1090D-02,0.1103D-02,0.1119D-02,0.1140D-02,0.1164D-02,0.1191D-02,
- &0.1220D-02,0.1253D-02,0.1288D-02,0.1325D-02,0.1367D-02,0.1413D-02,
- &0.1466D-02,0.1530D-02,0.1609D-02,0.1708D-02,0.1830D-02,0.1967D-02,
- &0.1981D-02,0.1995D-02,0.2008D-02,0.2021D-02,0.2032D-02,0.2042D-02,
- &0.2051D-02,0.2058D-02,0.2063D-02,0.2066D-02,0.2066D-02,0.2063D-02,
- &0.2057D-02,0.2045D-02,0.2029D-02,0.2005D-02,0.1973D-02,0.1929D-02,
- &0.1869D-02,0.1784D-02,0.1655D-02,0.1427D-02/
- DATA (XPV(I,7,2),I=1,100)/
- &0.1825D-01,0.1787D-01,0.1734D-01,0.1666D-01,0.1584D-01,0.1488D-01,
- &0.1382D-01,0.1312D-01,0.1280D-01,0.1236D-01,0.1182D-01,0.1117D-01,
- &0.1044D-01,0.9780D-02,0.9550D-02,0.9233D-02,0.8830D-02,0.8348D-02,
- &0.7799D-02,0.7387D-02,0.7184D-02,0.6906D-02,0.6565D-02,0.6163D-02,
- &0.5808D-02,0.5642D-02,0.5418D-02,0.5140D-02,0.4827D-02,0.4670D-02,
- &0.4493D-02,0.4274D-02,0.4067D-02,0.3936D-02,0.3769D-02,0.3607D-02,
- &0.3489D-02,0.3347D-02,0.3246D-02,0.3136D-02,0.3050D-02,0.2959D-02,
- &0.2893D-02,0.2830D-02,0.2777D-02,0.2736D-02,0.2703D-02,0.2687D-02,
- &0.2678D-02,0.2680D-02,0.2693D-02,0.2720D-02,0.2757D-02,0.2805D-02,
- &0.2867D-02,0.2940D-02,0.3024D-02,0.3123D-02,0.3233D-02,0.3355D-02,
- &0.3489D-02,0.3632D-02,0.3785D-02,0.3948D-02,0.4118D-02,0.4297D-02,
- &0.4479D-02,0.4668D-02,0.4863D-02,0.5063D-02,0.5274D-02,0.5499D-02,
- &0.5750D-02,0.6038D-02,0.6381D-02,0.6800D-02,0.7306D-02,0.7864D-02,
- &0.7924D-02,0.7980D-02,0.8034D-02,0.8085D-02,0.8131D-02,0.8172D-02,
- &0.8208D-02,0.8236D-02,0.8258D-02,0.8270D-02,0.8271D-02,0.8259D-02,
- &0.8233D-02,0.8188D-02,0.8122D-02,0.8027D-02,0.7897D-02,0.7721D-02,
- &0.7480D-02,0.7139D-02,0.6624D-02,0.5709D-02/
- DATA (XPV(I,7,3),I=1,100)/
- &0.1630D-01,0.1592D-01,0.1540D-01,0.1475D-01,0.1396D-01,0.1305D-01,
- &0.1205D-01,0.1138D-01,0.1107D-01,0.1065D-01,0.1013D-01,0.9526D-02,
- &0.8839D-02,0.8222D-02,0.7995D-02,0.7690D-02,0.7310D-02,0.6860D-02,
- &0.6352D-02,0.5966D-02,0.5766D-02,0.5502D-02,0.5183D-02,0.4813D-02,
- &0.4483D-02,0.4318D-02,0.4103D-02,0.3844D-02,0.3555D-02,0.3399D-02,
- &0.3225D-02,0.3018D-02,0.2820D-02,0.2685D-02,0.2521D-02,0.2360D-02,
- &0.2235D-02,0.2091D-02,0.1978D-02,0.1857D-02,0.1754D-02,0.1647D-02,
- &0.1557D-02,0.1468D-02,0.1385D-02,0.1310D-02,0.1239D-02,0.1177D-02,
- &0.1118D-02,0.1066D-02,0.1018D-02,0.9774D-03,0.9411D-03,0.9091D-03,
- &0.8835D-03,0.8619D-03,0.8450D-03,0.8338D-03,0.8268D-03,0.8242D-03,
- &0.8257D-03,0.8312D-03,0.8403D-03,0.8529D-03,0.8686D-03,0.8875D-03,
- &0.9087D-03,0.9331D-03,0.9605D-03,0.9915D-03,0.1028D-02,0.1070D-02,
- &0.1124D-02,0.1191D-02,0.1279D-02,0.1395D-02,0.1545D-02,0.1725D-02,
- &0.1746D-02,0.1766D-02,0.1786D-02,0.1805D-02,0.1823D-02,0.1841D-02,
- &0.1857D-02,0.1872D-02,0.1886D-02,0.1897D-02,0.1907D-02,0.1913D-02,
- &0.1916D-02,0.1915D-02,0.1909D-02,0.1897D-02,0.1877D-02,0.1846D-02,
- &0.1799D-02,0.1729D-02,0.1618D-02,0.1411D-02/
- DATA (XPV(I,7,4),I=1,100)/
- &0.1678D-01,0.1640D-01,0.1587D-01,0.1522D-01,0.1442D-01,0.1350D-01,
- &0.1249D-01,0.1181D-01,0.1149D-01,0.1107D-01,0.1055D-01,0.9935D-02,
- &0.9238D-02,0.8611D-02,0.8385D-02,0.8078D-02,0.7694D-02,0.7237D-02,
- &0.6721D-02,0.6331D-02,0.6132D-02,0.5867D-02,0.5545D-02,0.5170D-02,
- &0.4837D-02,0.4676D-02,0.4462D-02,0.4202D-02,0.3912D-02,0.3761D-02,
- &0.3592D-02,0.3388D-02,0.3194D-02,0.3068D-02,0.2911D-02,0.2759D-02,
- &0.2646D-02,0.2513D-02,0.2415D-02,0.2310D-02,0.2226D-02,0.2139D-02,
- &0.2072D-02,0.2010D-02,0.1955D-02,0.1911D-02,0.1875D-02,0.1852D-02,
- &0.1836D-02,0.1830D-02,0.1833D-02,0.1848D-02,0.1872D-02,0.1905D-02,
- &0.1950D-02,0.2004D-02,0.2069D-02,0.2145D-02,0.2231D-02,0.2327D-02,
- &0.2432D-02,0.2547D-02,0.2669D-02,0.2800D-02,0.2937D-02,0.3082D-02,
- &0.3232D-02,0.3389D-02,0.3553D-02,0.3727D-02,0.3917D-02,0.4130D-02,
- &0.4378D-02,0.4681D-02,0.5061D-02,0.5547D-02,0.6163D-02,0.6897D-02,
- &0.6981D-02,0.7063D-02,0.7144D-02,0.7221D-02,0.7296D-02,0.7367D-02,
- &0.7433D-02,0.7494D-02,0.7548D-02,0.7595D-02,0.7632D-02,0.7658D-02,
- &0.7671D-02,0.7667D-02,0.7644D-02,0.7595D-02,0.7513D-02,0.7388D-02,
- &0.7203D-02,0.6923D-02,0.6476D-02,0.5646D-02/
-
-C..fetching pdfs
- DO 5 IP=-6,6
- XPDF(IP)=ZEROD
- 5 CONTINUE
- DO 2 I=1,IX
- ENT(I)=LOG10(XT(I))
- 2 CONTINUE
- NA(1)=IX
- NA(2)=IQ
- DO 3 I=1,IQ
- ENT(IX+I)=LOG10(Q2T(I))
- 3 CONTINUE
- ARG(1)=LOG10(X)
- ARG(2)=LOG10(Q2)
-C..VARIOUS FLAVOURS (u-->2,d-->1)
- XPDF(0)=DBFINT(NARG,ARG,NA,ENT,XPV(1,1,0))
- XPDF(1)=DBFINT(NARG,ARG,NA,ENT,XPV(1,1,1))
- XPDF(2)=DBFINT(NARG,ARG,NA,ENT,XPV(1,1,2))
- XPDF(3)=DBFINT(NARG,ARG,NA,ENT,XPV(1,1,3))
- XPDF(4)=DBFINT(NARG,ARG,NA,ENT,XPV(1,1,4))
- DO 21 JF=1,4
- XPDF(-JF)=XPDF(JF)
- 21 CONTINUE
- RETURN
- END
-cccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc
git://git.uio.no / u / mrichter / AliRoot.git / commitdiff