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large
        CHARACTER*16 DAT
        DIMENSION U(300),V(300),A(8,100),D(301),RR0(300),RI0(300)
        DIMENSION W2(15),AA(8000),BB(8000),CM(15),CD(15),X(300),Y(300)
        DIMENSION FJ(300),HJ(300),fp(300),wu(30)
        COMMON /C2/NC(5,5,8),NA(5,5,8)/C0/N2(300),N3(300),N4(300)
        COMMON /C3/XC,YC,XA,YA,X0,Y0
        COMMON /CH/H(3)/CN/N0(5,5,8)
        INTEGER D,PB,SS1,A,EN(8)
        REAL KK(36),NA,NC,N0,N2,N3,N4
      open(22,file='ok.out')
c        WRITE(*,*) '  INPUT  DATAFILENAME:'
c      READ(*,11) DAT
c 11      FORMAT(A)     
c        OPEN(88,FILE=dat,STATUS='OLD')
      open(88,file='y5.dat')
      pause 0        
      READ(88,*) NE,KE,PB,AREA,L,L1,L2,L3,NW,MP,ndan
      pause 1
      READ(88,*) Z,BATA,isy
        pause 2
          write(*,*) ne,ke,area
          pause 10  
          write(*,*) ne,ke,area
        pause 11
        READ(88,*) ((A(i,j),i=1,8),j=1,ne)
        pause 3
        READ(88,*) (X(i),i=1,ke)
       pause 4
      READ(88,*) (y(i),i=1,ke)
      pause 5
      READ(88,*) (W2(i),i=1,mp)
      pause 6
      KE1=KE+1            
        H(1)=0.5555555556
        H(2)=0.8888888889
        H(3)=0.5555555556
        CALL SXY(PB,NE,KE,X,Y,A)
        WRITE(*,19) NE,KE,PB,AREA
 19      FORMAT(4X,3HNE=,I4,6X,3HKE=,I6,6X,3HPB=,I3,6X,5HAREA=,F8.4)
        WRITE(*,*) ' W2(10):'
        WRITE(*,'(1X,5F8.2)') W2      
        CALL SKD(NE,KE,A,D,KE1,SS1)
        WRITE(*,*) '  SS1='
        WRITE(*,'(1X,I8)') SS1
        DO  1  I=1,KE
 1        D(I)=D(I+1)
        WRITE(*,*) '    D(KE)='
        WRITE(*,'(1X,6I6)') D        
        CALL SCH
        DO 9 I=1,MP
         SS=W2(I)
       WRITE(*,*)'SS=',SS
c         PAUSE'SS'
     
         DO 18 J=1,SS1
          AA(J)=0.
18        BB(J)=0.
         DO 17 J=1,KE
          U(J)=0.
17        V(J)=0.
         DO 3 J=1,NE
          DO 2 K=1,8
 2         EN(K)=A(K,J)
          CALL SFORMKU(EN,KE,KK,X,Y)
          CALL KKAK(EN,D,KK,AA,SS1,KE)
 3       CONTINUE
         DO 4 J=L1,L2
          CALL SUR(SS,J,NE,KE,EN,KK,X,A)
          CALL KKAK(EN,D,KK,AA,SS1,KE)
 4       CONTINUE
c       do 5 J=L10,L20
c        call sur0(ss,J,NE,KE,EN,KK,X,A)
c         CALL KKAK(EN,D,KK,AA,SS1,KE)
c5        CONTINUE
         DO 7 J=L2,L3
          CALL RAD(SS,J,NE,KE,EN,KK,Y,A)
          CALL KKAK(EN,D,KK,BB,SS1,KE)
 7       CONTINUE
        
         CALL RIGHT(L,L1,NE,KE,X,Y,A,U,NW)
         nw1=abs(nw)
       if(nw1.gt.0) ke=ke-isy
         CALL GSC(SS1,KE,AA,BB,U,V,D,D,RR0,RI0)
       if(nw1.gt.0) ke=ke+isy
       CALL CMCD(L,L1,I,AREA,SS,NE,KE,CM,CD,U,V,A,X,Y,NW)         
 9      CONTINUE
        open(55,file='cdcmy7.dat')
      do i=1,mp
       wu(i)=w2(i)*w2(i)*1./9.81
      enddo
      write(55,*)' n       w2         wu         cm           cd'
      write(55,56)(n,w2(n),wu(n),cm(n),cd(n),n=1,mp)         
56      format(x,i3,x,F6.2,2x,F8.3,2x,F8.3,2x,f8.3) 
        write(22,*) 'ne=',ne,'  ke=',ke,'  pb=',pb,'  area=',area,
     &  'd(ke)=',d,'ss1=',ss1,'ss=',ss
      close(22)
      close(55)
        STOP
        END

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沙发

SUBROUTINE  SCH
        DIMENSION XX(5)
        COMMON /C2/NC(5,5,8),NA(5,5,8)/CN/N0(5,5,8)
        REAL NA,NC,N0
        XX(1)=-0.7745966692
        XX(2)=0.
        XX(3)=-XX(1)
        XX(4)=1.
        XX(5)=-1.
        DO 20 I=1,5
         C=XX(I)
          DO 20 J=1,5
           A=XX(J)
           N0(I,J,1)=(1+C)*(1+A)*(A+C-1)/4.
           N0(I,J,2)=(1+A)*(1-C*C)/2.
           N0(I,J,3)=(1-C)*(1+A)*(A-C-1)/4.
           N0(I,J,4)=(1-C)*(1-A*A)/2.
           N0(I,J,5)=(1-C)*(1-A)*(-A-C-1)/4.
           N0(I,J,6)=(1-A)*(1-C*C)/2.
           N0(I,J,7)=(1+C)*(1-A)*(C-A-1)/4.
           N0(I,J,8)=(1+C)*(1-A*A)/2.
           NC(I,J,1)=(1+A)*(C+C+A)/4.
           NC(I,J,2)=-C*(1+A)
           NC(I,J,3)=(1+A)*(C+C-A)/4.
           NC(I,J,4)=(A*A-1)/2.
           NC(I,J,5)=(1-A)*(A+C+C)/4.
           NC(I,J,6)=C*(A-1)
           NC(I,J,7)=(1-A)*(C+C-A)/4.
           NC(I,J,8)=(1-A*A)/2.
           NA(I,J,1)=(1+C)*(C+A+A)/4.
           NA(I,J,2)=(1-C*C)/2.
         NA(I,J,3)=(1-C)*(A+A-C)/4.
           NA(I,J,4)=A*(C-1)
           NA(I,J,5)=(1-C)*(A+A+C)/4.
           NA(I,J,6)=(C*C-1)/2.
           NA(I,J,7)=(1+C)*(A+A-C)/4.
           NA(I,J,8)=-A*(1+C)
 20       CONTINUE
        RETURN
        END


        SUBROUTINE SXY(PB,NE,KE,X,Y,A)
        DIMENSION X(KE),Y(KE),A(8,NE)         
        COMMON /C2/NC(5,5,8),NA(5,5,8)/CN/N0(5,5,8)
        REAL NA,NC,N0
        INTEGER PB,A
        DO  10  I=1,KE
          X(I)=X(I)/PB
 10       Y(I)=Y(I)/PB
        DO  11  I=1,NE
          DO  11  J=1,4
            K=A(2*J,I)
            IF((X(K).NE.0.).OR.(Y(K).NE.0.))  GOTO 11
            IF(J.EQ.4)  L=1
            IF(J.NE.4)  L=2*J+1
            M=A(2*J-1,I)
            N=A(L,I)
            X(K)=(X(M)+X(N))/2.
            Y(K)=(Y(M)+Y(N))/2.
 11     CONTINUE
        WRITE(*,*) 'A(8,NE)='
        WRITE(*,'(1X,8I8)') A
        WRITE(*,*) 'X(KE)='
        WRITE(*,'(1X,10F7.4)') X
c      pause    
        WRITE(*,*) 'Y(KE)='
        WRITE(*,'(1X,10F7.4)') Y
c      pause
        RETURN
        END

板凳

SUBROUTINE  RIGHT(L,L1,NE,KE,X,Y,A,U,NW)
        DIMENSION U(KE),A(8,NE),X(KE),Y(KE)
        COMMON /C3/XC,YC,XA,YA,X0,Y0/CH/H(3)/CN/N0(5,5,8)
        INTEGER EN(8),A
        REAL N0        
        DO 48 I=1,KE
 48        U(I)=0.
        DO  40  I=L,L1
          DO  41  K=1,8
 41         EN(K)=A(K,I)
          DO  40  J=1,3
            CALL XYCA(5,J,EN,KE,X,Y)
            IF(NW.LT.0) VN=YA
            IF(NW.EQ.0) VN=XA
            IF(NW.GT.0) VN=-X0*XA-Y0*YA
          WRITE(*,*) 'x0'
            WRITE(*,'(2X,6F10.5)') x0
c       pause 123
            Q=H(J)*VN
          DO  40  K=1,8
            EN(K)=A(K,I)
            M=EN(K)
            U(M)=U(M)+N0(5,J,K)*Q
 40     CONTINUE        
        WRITE(*,*) 'U(KE)'
        WRITE(*,'(2X,6F10.5)') U
c       pause
        RETURN
        END

        SUBROUTINE  SUR(M,N,NE,KE,EN,KK,X,A)
        DIMENSION C(8)
        DIMENSION X(KE),A(8,NE)
        COMMON /CN/N0(5,5,8)/CH/H(3)
        INTEGER EN(8),A
        REAL KK(36),N0,M
        DO  53  I=1,36
 53       KK(I)=0.
          R=M*M/9.8
        DO  52  K=1,8
 52      EN(K)=A(K,N)
        L1=EN(1)
        L3=EN(3)
        P=(X(L1)-X(L3))/2.
        Q=P*R
        DO  51  I=1,3
          DO  51  K=1,8
            C(K)=N0(I,4,K)
            J=K*(K-1)/2
            DO  51  L=1,K
             P=C(K)*C(L)
             KK(J+L)=KK(J+L)+P*H(I)    
 51     CONTINUE
        DO  50  I=1,36
 50      KK(I)=KK(I)*Q
        RETURN
        END

3 楼

     SUBROUTINE  SUR0(M,N,NE,KE,EN,KK,X,A)
        DIMENSION C(8)
        DIMENSION X(KE),A(8,NE)
        COMMON /CN/N0(5,5,8)/CH/H(3)
        INTEGER EN(8),A
        REAL KK(36),N0,M
        DO  153  I=1,36
 153       KK(I)=0.
          R=M*M/9.8
        DO  152  K=1,8
 152      EN(K)=A(K,N)
        L1=EN(5)
        L3=EN(7)
        P=(X(L1)-X(L3))/2.
        Q=P*R
        DO  151  I=1,3
          DO  151  K=1,8
            C(K)=N0(I,4,K)
            J=K*(K-1)/2
            DO  151  L=1,K
             P=C(K)*C(L)
             KK(J+L)=KK(J+L)+P*H(I)    
 151     CONTINUE
        DO  150  I=1,36
 150      KK(I)=KK(I)*Q
        RETURN
        END


        SUBROUTINE  RAD(W,N,NE,KE,EN,KK,Y,A)
        DIMENSION C(8)
        DIMENSION Y(KE),A(8,NE)
        COMMON /CN/N0(5,5,8)/CH/H(3)
        INTEGER EN(8),A
        REAL KK(36),N0
        DO 73 I=1,36
 73       KK(I)=0.
        R=W*W/9.8
        DO  72  K=1,8
 72       EN(K)=A(K,N)
          L1=EN(1)
          L7=EN(7)
          P=(Y(L7)-Y(L1))/2.
          Q=P*R
          DO  71  J=1,3
           DO  71  K=1,8
            C(K)=N0(4,J,K)
            I=K*(K-1)/2
            DO  71  L=1,K
             P=C(K)*C(L)
             KK(I+L)=KK(I+L)+P*H(J)
 71     CONTINUE
        DO  70  I=1,36
 70      KK(I)=KK(I)*Q
        RETURN
        END
       

        SUBROUTINE  SFORMKU(EN,KE,KK,X,Y)
        DIMENSION B(2,8),X(KE),Y(KE)
        COMMON /C3/XC,YC,XA,YA,X0,Y0/C2/NC(5,5,8),NA(5,5,8)/CH/H(3)
        INTEGER EN(8)
        REAL KK(36),NC,NA,JD
        DO  83  I=1,36
 83       KK(I)=0.
        DO  80  I=1,3
          DO  80  J=1,3
           CALL XYCA(I,J,EN,KE,X,Y)
            JD=XC*YA-XA*YC
            IF(JD.EQ.0) PAUSE 190
     
            Q=JD*H(I)*H(J)
            DO  82  K=1,8
             W=NC(I,J,K)
             S=NA(I,J,K)
             BIX=(YA*W-YC*S)/JD
             BIY=(XC*S-XA*W)/JD
             B(1,K)=BIX
             B(2,K)=BIY
 82         CONTINUE
            DO  80  K=1,8
             KG=K*(K-1)/2
             DO  80  L=1,K
              S=0.
              DO  81  M=1,2
 81            S=S+B(M,K)*B(M,L)
              KK(KG+L)=KK(KG+L)+S*Q
 80     CONTINUE
        RETURN
        END

4 楼

SUBROUTINE  SKD(NE,KE,A,D,KE1,SS1)
        INTEGER EN(8),A(8,NE),D(KE1),SS1
        DO  94  I=1,KE
 94      D(I+1)=KE
        DO  91  I=1,NE
          DO  93  J=1,8
 93        EN(J)=A(J,I)
          L=EN(8)
          DO  92  J=1,7
           IF(EN(J).GE.L) GOTO 92
           L=EN(J)
 92       CONTINUE
          DO  91  J=1,8
           N=EN(J)
           IF(L.GE.D(N+1))  GOTO 91
           D(N+1)=L
 91     CONTINUE
        D(1)=0
        DO  90  I=1,KE
 90      D(I+1)=D(I)-D(I+1)+I+1
         SS1=D(KE+1)
        RETURN
        END

        SUBROUTINE  CMCD(L,L1,M,AREA,SS,NE,KE,CM,CD,U,V,A,X,Y,NW)
        DIMENSION U(KE),V(KE),A(8,NE),X(KE),Y(KE),CM(10),CD(10)
        COMMON /C3/XC,YC,XA,YA,X0,Y0
        COMMON /CN/N0(5,5,8)/CH/H(3)
        INTEGER EN(8),A
        REAL N0
        CM(M)=0.
        CD(M)=0.
        DO 120 I=L,L1
         DO 123 K=1,8
 123      EN(K)=A(K,I)
         U1=0.
         V1=0.   
         DO 121 J=1,3
          CALL XYCA(5,J,EN,KE,X,Y)
          IF(NW.LT.0) VN=YA
          IF(NW.EQ.0) VN=XA
          IF(NW.GT.0) VN=-X0*XA-Y0*YA
          Q=-H(J)*VN
          BIX=0.
          BIY=0.
          DO  122 K=1,8
           K1=EN(K)
           BIX=BIX+N0(5,J,K)*U(K1)
           BIY=BIY+N0(5,J,K)*V(K1)
 122      CONTINUE
          U1=U1+BIX*Q
          V1=V1+BIY*Q
 121     CONTINUE
         CM(M)=CM(M)+U1
         CD(M)=CD(M)+V1
 120    CONTINUE
        CM(M)=CM(M)/AREA
        CD(M)=CD(M)*SS/AREA
        WRITE(*,127) SS,CM(M),CD(M)
 127    FORMAT(1X,3HSS=,F8.2,8X,6HCM(M)=,F8.5,4X,6HCD(M)=,F8.5)
c        pause
         RETURN
         END

5 楼

SUBROUTINE KKAK(EN,D,KK,KA,NS,KE)
        DIMENSION EN(8),D(KE),KK(36),KA(NS)
        INTEGER EN,D
        REAL KK,KA
        DO 110 I=1,8
          K=EN(I)
          L=I*(I-1)/2
          DO 110 J=1,I
           M=EN(J)
           K1=D(K)-K+M
           IF(M.LT.K) GOTO 117
           K1=D(M)-M+K
 117       KA(K1)=KA(K1)+KK(L+J)
 110      CONTINUE
        RETURN
        END


        SUBROUTINE  GSC(NS,L0,RR,RI,PR,PI,NR,NI,RR0,RI0)
        DIMENSION RR(NS),RI(NS),PR(L0),PI(L0),NR(L0),NI(L0)
        DIMENSION RR0(L0),RI0(L0)
        DO  63  L=1,L0
         N1=NR(L)
         N2=NI(L)
         T=RR(N1)**2+RI(N2)**2
         UU=PR(L)*RR(N1)/T+PI(L)*RI(N2)/T
         PI(L)=PI(L)*RR(N1)/T-PR(L)*RI(N2)/T
         PR(L)=UU
         L2=L+1
         DO  61  L1=L2,L0
          RR0(L1)=0.
          RI0(L1)=0.
          LL1=L1-L
          LL2=NR(L1)-NR(L1-1)-1
          M1=NR(L1)-LL1
          M2=NI(L1)-LL1
          IF(LL1.GT.LL2)  GOTO  60
          RR0(L1)=RR(M1)
          RI0(L1)=RI(M2)
 60       IF((RR0(L1).EQ.0.).AND.(RI0(L1).EQ.0.)) GOTO 61
          RR0(L1)=RR(M1)*RR(N1)/T+RI(M2)*RI(N2)/T
          RI0(L1)=RI(M2)*RR(N1)/T-RR(M1)*RI(N2)/T
          I1=M1+1
          I2=NR(L1)
          DO  62  I=I1,I2
           RR(I)=RR(I)-RR(I1-1)*RR0(L+I-I1+1)+RI(I1-1)*RI0(L+I-I1+1)
           RI(I)=RI(I)-RI(I1-1)*RR0(L+I-I1+1)-RR(I1-1)*RI0(L+I-I1+1)
 62       CONTINUE
          PR(L1)=PR(L1)-PR(L)*RR(I1-1)+PI(L)*RI(I1-1)
          PI(L1)=PI(L1)-PR(L)*RI(I1-1)-PI(L)*RR(I1-1)
           RR(I1-1)=RR0(L1)
           RI(I1-1)=RI0(L1)
 61      CONTINUE
         RR(N1)=1.
         RI(N2)=1.
 63     CONTINUE
         DO 65 L=L0-1,1,-1
          L2=L+1
          DO   65  L1=L2,L0
           LL1=L1-L
           LL2=NR(L1)-NR(L1-1)-1
           M1=NR(L1)-LL1
           M2=NI(L1)-LL1
           RR0(L1)=0.
           RI0(L1)=0.
           IF(LL1.GT.LL2)  GOTO  66
           RR0(L1)=RR(M1)
           RI0(L1)=RI(M2)
 66        PR(L)=PR(L)-RR0(L1)*PR(L1)+RI0(L1)*PI(L1)
           PI(L)=PI(L)-RR0(L1)*PI(L1)-RI0(L1)*PR(L1)
 65      CONTINUE
         WRITE(*,*) 'U(KE)='
         WRITE(*,'(1X,8F8.4)') PR
c       pause
        WRITE(*,*) 'V(KE)='
        WRITE(*,'(1X,8F8.4)') PI
c        pause
        RETURN
        END

6 楼

SUBROUTINE  XYCA(I,J,EN,KE,X,Y)
        DIMENSION X(KE),Y(KE)
        COMMON /C2/NC(5,5,8),NA(5,5,8)
        COMMON /C3/XC,YC,XA,YA,X0,Y0/CN/N0(5,5,8)
        INTEGER EN(8)
        REAL NA,NC,N0
        XC=0.
        XA=0.
        YC=0.
        YA=0.
        X0=0.
        Y0=0.
        DO  30  K=1,8
          P=NC(I,J,K)
          Q=NA(I,J,K)
          R=N0(I,J,K)
          L=EN(K)
          A=X(L)
          B=Y(L)
          XC=XC+P*A
          XA=XA+Q*A
          YC=YC+P*B
          YA=YA+Q*B
          X0=X0+R*A
          Y0=Y0+R*B
 30      CONTINUE
         RETURN
         END


         SUBROUTINE   NORMAL(A,X,Y,KE,NE,L,L1,NDAN,EN)
         DIMENSION X(KE),Y(KE),A(8,NE),ME(15)
         COMMON /C0/N2(300),N3(300),N4(300)
         REAL NX(90),NY(90),N2,N3,N4
         INTEGER EN(8),A
         DO 4 I=1,ke
          N2(I)=0.
          N3(I)=0.
          N4(I)=0.
  4      CONTINUE
         do  I=L,L1
          DO 2 K=1,8
           EN(K)=A(K,I)      
  2       CONTINUE 
          I3=EN(3)
          I4=EN(4)
          I5=EN(5) 
c        NX(I)=X(I4)
c        NY(I)=Y(I4) 
          R1=X(I3)-X(I5)
          R2=Y(I3)-Y(I5)
          R=SQRT(R1*R1+R2*R2)
          T=ABS(R1)
          N2(I4)=R2/R
          write(*,'(2x,3hr1=,f7.3,3x,3hr2=,f7.3,3x,2hr=,f7.3)') r1,r2,r
          N3(I4)=T/R
          N4(I4)=X(I4)*N3(I4)-Y(I4)*N2(I4)
          write(*,'(3x,2hi=,i3)') i
         ENDDO
         DO K=1,8
          en(K)=a(K,1)
         ENDDO

7 楼

IF(NDAN.EQ.1) THEN
        N2(EN(5))=0.
        N3(EN(5))=1.
          ELSE
          N2(EN(5))=1.
          N3(EN(5))=0.
        ENDIF
        N4(EN(5))=X(EN(5))*N3(EN(5))-Y(EN(5))*N2(EN(5))
        EN(3)=A(3,L1)
        I3=EN(3)
        N2(I3)=-1.
        N3(I3)=0.
        N4(I3)=X(I3)*N3(I3)-Y(I3)*N2(I3)
        write(*,*) 'n2____'
        write(*,'(2x,10f7.3)') n2
        DO I=L,L1
         ME(I)=A(4,I)
        ENDDO      
        WRITE(*,*) 'ME'
        WRITE(*,'(3X,10I5)') ME
        DO I=L,L1
         NX(I)=X(ME(I))
         NY(I)=Y(ME(I)) 
        enddo
        do i=L,L1-1
         R3=NX(I+1)-NX(I)
         R4=NY(I+1)-NY(I)
         S=SQRT(R3*R3+R4*R4)
         en(i)=a(3,i)
         N2(en(I))=R4/S
         N3(en(I))=ABS(R3/S)
         N4(en(I))=X(me(I))*N3(en(I))-Y(ME(I))*N2(en(I))
         WRITE(*,*) 'R3,R4,S'
         WRITE(*,'(4X,F7.3,4X,F7.3,4X,F7.3)') R3,R4,S
        ENDDO            
        WRITE(*,*) ' N2 '
        WRITE(*,'(2x,10f7.3)') n2
        write(*,*) 'n3'  
        write(*,'(2x,10f7.3)') n3
        write(*,*) 'n4'
        write(*,'(2x,10f7.3)') n4
        RETURN
        END


        SUBROUTINE INCID(A,Fj,X,Y,Z,L,L1,KE,NE,B,SS,NW)
        DIMENSION X(KE),Y(KE),Fj(ke),A(8,NE)
        DIMENSION FU(4)
        COMMON /C0/N2(300),N3(300),N4(300)          
        REAL N2,N3,N4
        INTEGER A,EN(8)
        s=ss*ss/9.8
        DO 6 I0=1,KE
         Y(I0)=-(Y(I0))
  6     CONTINUE
        DO 3 I2=L,L1
         DO 4 K=3,5
          EN(K)=A(K,I2)
          K2=EN(K)
          EZ=EXP(S*Y(K2))
          FU(1)=COS(S*Z*COS(B))
          FU(2)=COS(S*X(K2)*SIN(B))
          FU(3)=SIN(S*Z*COS(B))
          FU(4)=SIN(S*X(K2)*SIN(B))
          IF(NW.LT.0) VN=N2(K2)
          IF(NW.EQ.0) VN=N3(K2)
          IF(NW.GT.0) VN=N4(K2)
          F2=EZ*VN*FU(2)
          F4=EZ*VN*FU(4)
          FJ(K2)=FU(1)*F2+FU(3)*F4
!      WRITE(*,*) 'VN,EZ,F2,F4'
!      WRITE(*,'(2X,4E15.6)') VN,EZ,F2,F4
  4      CONTINUE
  3     CONTINUE
        WRITE(*,*) 'FJ'
        WRITE(*,'(2X,5E15.7)') FJ
        RETURN
        END

        SUBROUTINE DIFR(U,V,A,ss,X,Y,Z,HJ,L,L1,KE,NE,B)
        DIMENSION X(KE),Y(KE),HJ(KE),U(KE),V(KE)
        dimension c1(80),c2(80),s1(80),ww(80),p(80),q(80)    
        dimension f1(80),f2(80),uu(80),vv(80)
        COMMON  /C0/N2(300),N3(300),N4(300)     
        INTEGER EN(8),A(8,NE)
        REAL N2,N3,N4        
        S=ss*ss/9.8
        DO 5 I=L,L1
         DO 4 K=3,5
          EN(K)=A(K,I)
          IK=EN(K)
          C1(ik)=S*X(IK)*SIN(B)
          C2(ik)=S*Z*COS(B)
          S1(ik)=COS(C1(ik))
          WW(ik)=SIN(C1(ik))
          P(ik)=COS(C2(ik))
          Q(ik)=SIN(C2(ik))                                       
          UU(ik)=-(U(iK)*N2(IK)*SIN(B)+V(iK)*N3(IK))
          VV(ik)=U(IK)*N3(IK)-V(iK)*N2(IK)*SIN(B)
          F1(ik)=EXP(S*Y(iK))*(S1(ik)*UU(ik)-WW(ik)*VV(ik))
          F2(ik)=EXP(S*Y(IK))*(WW(ik)*UU(ik)+S1(ik)*VV(ik))
          HJ(IK)=(P(ik)*F1(ik)+Q(ik)*F2(ik))*ss
  4      CONTINUE
  5     CONTINUE
        write(*,*) 'c1(ik)'
        write(*,'(2x,8e8.3)') c1
        write(*,*) 's1'
        write(*,'(2x,8E9.3)') s1       
        write(*,*) 'u(ik)'
        write(*,'(2x,8e9.3)') u
        write(*,*) 'n3'
        write(*,'(2x,8e9.3)') n3
        write(*,*) 'N2'
        WRITE(*,'(2X,8E9.3)') N2
        WRITE(*,*) 'UU'
        WRITE(*,'(2X,8E9.3)') UU
        write(*,*) 'hj'
        WRITE(*,'(2X,8E9.3)') HJ
        RETURN
        END


8 楼

以上都是 跪谢各位了 我不是学这个的 但是被要求翻译这个意思 承受不住了 请大家多帮助

9 楼

那伤、狠刻骨铭心。那痛、痛彻心扉。那爱、深入骨髓。那情、恩断义绝所谓最难忘的就是、从来不曾想起、欲永远也不会忘记分别什么意思写出来。然后再把此人心中大概的想法说出来。如果大致对的话,分数就给你了。写这两句的人是一个刚刚和女生分手的男生、、语言没错误的,别觉得读不通!帮帮忙。

10 楼

P.S:网上绝对有答案,我懒得去搜,大家帮我找来~满意的就采纳!篇目1《母亲的诗》篇目2《两个鸡蛋》篇目3《系在风筝线上》

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