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huanke05

木虫 (正式写手)

应助: 1 (幼儿园)
金币: 1694
散金: 693
帖子: 969
在线: 142.3小时
虫号: 1308182
注册: 2011-05-27
性别: GG
专业: 自然资源管理

[求助] fortran语句DO循环，只能实现第一个，后面的无法生成的txt里面没有内容已有1人参与

各位大虾，我是FORTRAN语言的小虾米，刚学着用Fortran来写代码，遇到了一个问题。就是代码可以生成成功，但是用DO循环，就只有第一个可以成功生成，后面生成的文件，都是控制，请各位大侠们指导。具体代码如下，金币不多，就先赠送200个吧，谢谢了！

   CHARACTER*20 FDATA
   CHARACTER*3 APMNU

   DIMENSION IAPL(50000),ICMO(50000),IE(50000),IFED(50000),IMW(50000),&
   IO(50000),IOP(50000),IOW(50000),IPTS(50000),IR(50000),IRR(50000),&
   ISAO(50000),ISOL(50000),IWTH(50000),KI(50000),IX(50000),IA(50000),&
   IY(50000),LM(50000),LUNS(50000),NBSA(50000),NVCN(50000),KR(3),KW(2)
   DIMENSION AZM(50000),BCOF(50000),BFFL(50000),CHL(50000),CHS(50000),&
   DALG(50000),FFPQ(50000),PCOF(50000),RCHL(50000),RCHN(50000),RCHS&
   (50000),RSAE(50000),RSAP(50000),RSBD(50000),RSDP(50000),RSEE&
   (50000),RSEP(50000),RSHC(50000),RSRR(50000),RSV(50000),RSYN(50000),&
   RSYS(50000),RVE0(50000),RVP0(50000),SLG(50000),SLP(50000),UPN&
   (50000),URBF(50000),WSA(50000),XCT(50000),YCT(50000),XTP(4)
   DATA NN/50000/,KR/11,12,13/,KW/31,32/

   SNO=0
      STDO=0
      FL=0
      FW=0
      ANGL=0
      CHD=0
      CHN=0
      RCHD=0
      RCBW=0
      RCTW=0
      RFPW=0
      IFD=0
      IDR=0
      EFI=0
      VIMX=0
      ARMN=0
      ARMX=0
      FNP4=0
      FMX=0
      DRT=0
      FDSF=0
      SFLG=0
      FIRG=0
ICMO=0

   OPEN(KR(3),FILE='APSUBRUN.DAT')
DO
   READ(KR(3),28) FDATA

   IF(LEN_TRIM(FDATA)==0)STOP
   FDATA=ADJUSTR(FDATA)
   OPEN(KR(1),FILE=FDATA//'.DAT')
   OPEN(KR(2),FILE=FDATA//'.SAF')
   OPEN(KW(1),FILE=FDATA//'.OUT')
   OPEN(KW(2),FILE=FDATA//'.SUB')



   READ(KR(1),33)IRI,IFA,IDF1,IDF2,IDF4,IDF5,IDF3

   READ(KR(1),34)BIR,BFT,CHC,CHK,PEC,VLGN,COWW,DDLG,SOLQ,FNP2,FNP5
   DO I=1,N
   IX(I)=0
   IY(I)=0
   IA(I)=0
   END DO
   READ(KR(2),3)II
   DO I=1,NN
   READ(KR(2),*,IOSTAT=NFL)IE(I),IO(I),ISOL(I),IOP(I),IOW(I),&
   IFED(I),IAPL(I),IDUM,NVCN(I),IWTH(I),IPTS(I),ISAO(I),&
   LUNS(I),IMW(I),IRR(I),LM(I),WSA(I),CHL(I),CHS(I),UPN(I),&
   SLG(I),SLP(I),RCHS(I),RCHL(I),RCHN(I),FFPQ(I),URBF(I),RSEE(I),&
   RSAE(I),RVE0(I),RSEP(I),RSAP(I),RVP0(I),RSV(I),RSRR(I),RSYS&
   (I),RSYN(I),RSHC(I),RSDP(I),RSBD(I),PCOF(I),BCOF(I),BFFL(I),&
   DALG(I),YCT(I),XCT(I),AZM(I)
   IF(NFL/=0)EXIT
   WRITE(KW(1),3)IE(I),IO(I),ISOL(I),IOP(I),IOW(I),IFED(I),IAPL(I)&
   ,IDUM,NVCN(I),IWTH(I),IPTS(I),ISAO(I),LUNS(I),IMW(I),IRR(I),&
   LM(I),WSA(I),CHL(I),CHS(I),UPN(I),SLG(I),SLP(I),RCHS(I),RCHL(I),&
   RCHN(I),FFPQ(I),URBF(I),RSEE(I),RSAE(I),RVE0(I),RSEP(I),RSAP(I),&
   RVP0(I),RSV(I),RSRR(I),RSYS(I),RSYN(I),RSHC(I),RSDP(I),RSBD(I),&
   PCOF(I),BCOF(I),DALG(I)

   END DO

NN=I-1
   WRITE(KW(1),49)(IE(I),IO(I),I=1,NN)
   IF(NN>1)CALL ASORT(IE,IO,NN)
   WRITE(KW(1),'(///A)')'#####'
   WRITE(KW(1),49)(IE(I),IO(I),I=1,NN)


   DO I=1,NN
   NBSA(I)=IE(I)
   IE(I)=I
   IF(IO(I)==0)ICMO(I)=IE(I)
   IF(IOW(I)<1)IOW(I)=1
   KI(I)=I
   END DO
   NN0=NN
   IF(NN>=2)THEN
   DO I=1,NN
   DO J=1,NN
   IF(NBSA(I).NE.IO(J))CYCLE
   IR(J)=IE(I)
   END DO
   END DO
   !    IR(NN)=0
   DO I=1,NN
   II=IE(I)-I
   IY(IE(I))=II
   IE(I)=I
   END DO
   DO I=1,NN
   IF(IR(I)<2)CYCLE
   IR(I)=IR(I)-IY(IR(I))
   END DO
   DO I=1,NN
   IR(IE(I))=IR(I)
   END DO
   DO I=NN,1,-1
   IF(IR(KI(I))>0)CYCLE
   IO(NN)=IE(KI(I))
   CALL ELIM(KI,NN,I)
   EXIT
   END DO
   I=NN0
   DO WHILE(NN>0)
   DO J=1,NN
   IF(IR(KI(J))==IO(I))EXIT
   END DO
   IF(J>NN)THEN
   IX(IO(I))=1
   K=IO(I)
   DO
   DO J=1,NN
   IF(IR(KI(J))==IR(K))EXIT
   END DO
   IF(J<=NN)EXIT
   K=IR(K)
   END DO
   I=I-1
   IO(I)=IE(KI(J))
   ELSE
   I=I-1
   IO(I)=IE(KI(J))
   END IF
      CALL ELIM(KI,NN,J)
      END DO
   IX(IO(1))=1
   DO I=1,NN0
   II=IR(IO(I))
   I1=I+1
   DO J=I1,NN0
   IF(IR(IO(J))==II)IA(IO(J))=1
   END DO
   END DO
   END IF
   DO I=1,NN0
   IF(NN0>1)THEN
   I1=MAX0(1,IO(I))
   ELSE
   I1=I
   IX(I1)=1
   END IF
   XX=SQRT(WSA(I1))
   IF(IX(I1)>0)THEN
   IF(CHL(I1)>0.)THEN
   RCHL(I1)=CHL(I1)
   ELSE
   IF(RCHL(I1)>0.)THEN
   CHL(I1)=RCHL(I1)
   ELSE
   CHL(I1)=.1732*XX
   RCHL(I1)=CHL(I1)
   END IF
   END IF
   ELSE
   IF(RCHL(I1)<1.E-10)THEN
   RCHL(I1)=.1*XX
   ELSE
   IF(CHL(I1)<1.E-10)THEN
   CHL(I1)=.1732*XX
   ELSE
   IF(ABS(CHL(I1)-RCHL(I1))<1.E-5)CHL(I1)=1.732*RCHL(I1)
   END IF
   END IF
   END IF
   IF(IA(I1)>0)THEN
   X1=-WSA(I1)
   ELSE
   X1=WSA(I1)
   END IF
   XTP=0.
   X2=0.
   X5=0.
   IF(IAPL(I1)>0)THEN
   APMNU='SOA'
   IF(IDF2>0)X2=FNP2
   IF(IDF5>0)X5=FNP5
   ELSE
   IF(IAPL(I1)==0)THEN
   APMNU=' '
   ELSE
   APMNU='LQA'
   END IF
   END IF
   IF(IFED(I1)>0)THEN
   XTP(1)=VLGN
   XTP(2)=COWW
   XTP(3)=DDLG
   XTP(4)=SOLQ
   APMNU='FDA'
   END IF
   Y1=0.
   J1=0

      WRITE(KW(2),121)NBSA(I1),I,ICMO(I1),FDATA,APMNU
121    FORMAT(3I8,1X,A20,A3)
      WRITE(KW(2),122)ISOL(I1),IOP(I1),IOW(I1),IFED(I1),IAPL(I1),IDUM,NVCN(I1),IWTH(I1),IPTS(I1),ISAO(I1),LUNS(I1),IMW(I1)
122    FORMAT(12I10)
      WRITE(KW(2),129) SNO, STDO, YCT(I1),XCT(I1), AZM(I1), FL, FW, ANGL
      WRITE(KW(2),123) WSA(I), RCHL(I), CHD, CHS(I), CHN, SLP(I), SLG(I), UPN(I), FFPQ(I), URBF(I)
123    FORMAT(1I8,9F8.3)
      WRITE(KW(2),129) RCHL(I), RCHD, RCBW, RCTW, RCHS(I), RCHN(I), CHC,CHK, RFPW, BFFL(I)

      WRITE(KW(2),131)RSEE(I),RSAE(I),RVE0(I),RSEP(I),RSAP(I),RVP0(I),RSV(I),RSRR(I), &
RSYS(I),RSYN(I)
      WRITE(KW(2),129) RSHC(I),RSDP(I),RSBD(I),PCOF(I),BCOF(I),BFFL(I)
      WRITE(KW(2),124) IRR(I),IRR(I1),IRI,IFA,LM(I1),IFD,IDR,IDF1,IDF2,IDF3,IDF4,IDF5
124    FORMAT(1I3,1I1,10I4)

      WRITE(KW(2),131) BIR, EFI, VIMX, ARMN, ARMX, BFT, FNP4, FMX, DRT, FDSF
      WRITE(KW(2),131) PEC, DALG(I1), XTP, SFLG, FNP2, FNP5, FIRG
      WRITE(KW(2),130) J1,J1,J1,J1,J1,J1,J1,J1,J1,J1
      WRITE(KW(2),131) J1,J1,J1,J1,J1,J1,J1,J1,J1,J1

129    FORMAT(10F8.3)
130    FORMAT(20I8)
131    FORMAT(10F8.2)

   END DO

   WRITE(KW(2),'()')
   WRITE(KW(2),'()')
   CLOSE(KR(1))
   CLOSE(KR(2))
   CLOSE(KW(1))
   CLOSE(KW(2))

   CYCLE
   END DO

   CLOSE(KR(3))

   STOP
3 FORMAT(I8,I9,4I5,I9,9I5,27F9.0)

28 FORMAT(A20)
33 FORMAT(7I4)
34 FORMAT(11F8.3)
49 FORMAT(5X,2I10)
   END
!---+----1----+----2----+----3----+----4----+----5----+----6----+----7-*
   SUBROUTINE ELIM(KI,NN,I)
   DIMENSION KI(50000)
   NN=NN-1
   DO J=I,NN
   KI(J)=KI(J+1)
   END DO
   RETURN
   END
!---+----1----+----2----+----3----+----4----+----5----+----6----+----7-*
   SUBROUTINE ASORT(NZ,NY,M)
!    THIS SUBPROGRAM SORTS NUMBERS INTO ASCENDING ORDER USING
!    RIPPLE SORT
   DIMENSION NY(M),NZ(M)
   NB=M-1
   J=M
   DO I=1,NB
   J=J-1
   MK=0
   DO K=1,J
   K1=K+1
   IF(NZ(K)<=NZ(K1))CYCLE
   N1=NZ(K1)
   N2=NY(K1)
   NZ(K1)=NZ(K)
   NY(K1)=NY(K)
   NZ(K)=N1
   NY(K)=N2
   MK=1
   END DO
   IF(MK==0)EXIT
   END DO
   RETURN
   END
!---+----1----+----2----+----3----+----4----+----5----+----6----+----7-*

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