Visual studio 错误：修改Fortran代码后文件结束
我正在使用Fortran代码，以便更容易地从许多输出文件中提取所需的数据。首先，我构建了一个代码，用于一个名为“output.sub”的特定文件，它可以很好地提取我需要的各种变量。现在，我尝试将代码与另一个文件“output.rch”一起使用，该文件的结构与前一个文件类似。更改了需要更改的内容以处理新的输出文件，但现在我得到了文件结束错误。我正在Visual Studio Professional 2017上使用固定格式的Fortran文件 这是旧代码：Visual studio 错误：修改Fortran代码后文件结束,visual-studio,fortran,Visual Studio,Fortran,我正在使用Fortran代码，以便更容易地从许多输出文件中提取所需的数据。首先，我构建了一个代码，用于一个名为“output.sub”的特定文件，它可以很好地提取我需要的各种变量。现在，我尝试将代码与另一个文件“output.rch”一起使用，该文件的结构与前一个文件类似。更改了需要更改的内容以处理新的输出文件，但现在我得到了文件结束错误。我正在Visual Studio Professional 2017上使用固定格式的Fortran文件 这是旧代码： PROGRAM WATER_BA
PROGRAM WATER_BALANCE
IMPLICIT NONE
INTEGER I,J,K
INTEGER FLAGP(516),FLAGS(516),FLAGPET(516),FLAGET(516),
$ FLAGSW(516),FLAGPER(516),FLAGSUR(516),FLAGGW(516),FLAGWYLD(516)
REAL A,B,C,D,E,F,G,H,L
REAL PRECIP(516),SNOMELT(516),PET(516),ET(516),SW(516),PERC(516),
$SURQ(516),GW_Q(516),WYLD(516)
REAL PETB(14,516) !1999,2000,2001,2002,2003,2004,2005,2006,2007,2008,2009,2010,2011,2012
DO I=1,516
PRECIP(I)=0.0
SNOMELT(I)=0.0
PET(I)=0.0
ET(I)=0.0
SW(I)=0.0
PERC(I)=0.0
SURQ(I)=0.0
GW_Q(I)=0.0
WYLD(I)=0.0
END DO
OPEN(1,FILE='output.sub',STATUS='OLD')
DO I=1,9
READ(1,*)
END DO
DO I=1,365 !1999Äê
DO J=1,516
READ(1,"(41X,9E10.3)") A,B,C,D,E,F,G,H,L
PRECIP(J)=PRECIP(J)+A
SNOMELT(J)=SNOMELT(J)+B
PET(J)=PET(J)+C
ET(J)=ET(J)+D
SW(J)=SW(J)+E
PERC(J)=PERC(J)+F
SURQ(J)=SURQ(J)+G
GW_Q(J)=GW_Q(J)+H
WYLD(J)=WYLD(J)+L
END DO
END DO
DO K=1,516
PETB(1,K)=PET(K)/365
PET(K)=0.0
END DO
DO I=366,731 !2000
DO J=1,516
READ(1,"(41X,9E10.3)") A,B,C,D,E,F,G,H,L
PRECIP(J)=PRECIP(J)+A
SNOMELT(J)=SNOMELT(J)+B
PET(J)=PET(J)+C
ET(J)=ET(J)+D
SW(J)=SW(J)+E
PERC(J)=PERC(J)+F
SURQ(J)=SURQ(J)+G
GW_Q(J)=GW_Q(J)+H
WYLD(J)=WYLD(J)+L
END DO
END DO
DO K=1,516
PETB(2,K)=PET(K)/366
PET(K)=0.0
END DO
DO I=732,1096 !2001
DO J=1,516
READ(1,"(41X,9E10.3)") A,B,C,D,E,F,G,H,L
PRECIP(J)=PRECIP(J)+A
SNOMELT(J)=SNOMELT(J)+B
PET(J)=PET(J)+C
ET(J)=ET(J)+D
SW(J)=SW(J)+E
PERC(J)=PERC(J)+F
SURQ(J)=SURQ(J)+G
GW_Q(J)=GW_Q(J)+H
WYLD(J)=WYLD(J)+L
END DO
END DO
DO K=1,516
PETB(3,K)=PET(K)/366
PET(K)=0.0
END DO
DO I=1097,1461 !2002
DO J=1,516
READ(1,"(41X,9E10.3)") A,B,C,D,E,F,G,H,L
PRECIP(J)=PRECIP(J)+A
SNOMELT(J)=SNOMELT(J)+B
PET(J)=PET(J)+C
ET(J)=ET(J)+D
SW(J)=SW(J)+E
PERC(J)=PERC(J)+F
SURQ(J)=SURQ(J)+G
GW_Q(J)=GW_Q(J)+H
WYLD(J)=WYLD(J)+L
END DO
END DO
DO K=1,516
PETB(4,K)=PET(K)/366
PET(K)=0.0
END DO
DO I=1462,1826 !2003
DO J=1,516
READ(1,"(41X,9E10.3)") A,B,C,D,E,F,G,H,L
PRECIP(J)=PRECIP(J)+A
SNOMELT(J)=SNOMELT(J)+B
PET(J)=PET(J)+C
ET(J)=ET(J)+D
SW(J)=SW(J)+E
PERC(J)=PERC(J)+F
SURQ(J)=SURQ(J)+G
GW_Q(J)=GW_Q(J)+H
WYLD(J)=WYLD(J)+L
END DO
END DO
DO K=1,516
PETB(5,K)=PET(K)/366
PET(K)=0.0
END DO
DO I=1827,2191 !2004
DO J=1,516
READ(1,"(41X,9E10.3)") A,B,C,D,E,F,G,H,L
PRECIP(J)=PRECIP(J)+A
SNOMELT(J)=SNOMELT(J)+B
PET(J)=PET(J)+C
ET(J)=ET(J)+D
SW(J)=SW(J)+E
PERC(J)=PERC(J)+F
SURQ(J)=SURQ(J)+G
GW_Q(J)=GW_Q(J)+H
WYLD(J)=WYLD(J)+L
END DO
END DO
DO K=1,516
PETB(6,K)=PET(K)/366
PET(K)=0.0
END DO
DO I=2192,2556 !2005
DO J=1,516
READ(1,"(41X,9E10.3)") A,B,C,D,E,F,G,H,L
PRECIP(J)=PRECIP(J)+A
SNOMELT(J)=SNOMELT(J)+B
PET(J)=PET(J)+C
ET(J)=ET(J)+D
SW(J)=SW(J)+E
PERC(J)=PERC(J)+F
SURQ(J)=SURQ(J)+G
GW_Q(J)=GW_Q(J)+H
WYLD(J)=WYLD(J)+L
END DO
END DO
DO K=1,516
PETB(7,K)=PET(K)/366
PET(K)=0.0
END DO
DO I=2557,2921 !2006
DO J=1,516
READ(1,"(41X,9E10.3)") A,B,C,D,E,F,G,H,L
PRECIP(J)=PRECIP(J)+A
SNOMELT(J)=SNOMELT(J)+B
PET(J)=PET(J)+C
ET(J)=ET(J)+D
SW(J)=SW(J)+E
PERC(J)=PERC(J)+F
SURQ(J)=SURQ(J)+G
GW_Q(J)=GW_Q(J)+H
WYLD(J)=WYLD(J)+L
END DO
END DO
DO K=1,516
PETB(8,K)=PET(K)/366
PET(K)=0.0
END DO
DO I=2922,3287 !2007
DO J=1,516
READ(1,"(41X,9E10.3)") A,B,C,D,E,F,G,H,L
PRECIP(J)=PRECIP(J)+A
SNOMELT(J)=SNOMELT(J)+B
PET(J)=PET(J)+C
ET(J)=ET(J)+D
SW(J)=SW(J)+E
PERC(J)=PERC(J)+F
SURQ(J)=SURQ(J)+G
GW_Q(J)=GW_Q(J)+H
WYLD(J)=WYLD(J)+L
END DO
END DO
DO K=1,516
PETB(9,K)=PET(K)/366
PET(K)=0.0
END DO
DO I=3288,3653 !2008
DO J=1,516
READ(1,"(41X,9E10.3)") A,B,C,D,E,F,G,H,L
PRECIP(J)=PRECIP(J)+A
SNOMELT(J)=SNOMELT(J)+B
PET(J)=PET(J)+C
ET(J)=ET(J)+D
SW(J)=SW(J)+E
PERC(J)=PERC(J)+F
SURQ(J)=SURQ(J)+G
GW_Q(J)=GW_Q(J)+H
WYLD(J)=WYLD(J)+L
END DO
END DO
DO K=1,516
PETB(10,K)=PET(K)/366
PET(K)=0.0
END DO
DO I=3654,4018 !2009
DO J=1,516
READ(1,"(41X,9E10.3)") A,B,C,D,E,F,G,H,L
PRECIP(J)=PRECIP(J)+A
SNOMELT(J)=SNOMELT(J)+B
PET(J)=PET(J)+C
ET(J)=ET(J)+D
SW(J)=SW(J)+E
PERC(J)=PERC(J)+F
SURQ(J)=SURQ(J)+G
GW_Q(J)=GW_Q(J)+H
WYLD(J)=WYLD(J)+L
END DO
END DO
DO K=1,516
PETB(11,K)=PET(K)/366
PET(K)=0.0
END DO
DO I=4019,4383 !2010
DO J=1,516
READ(1,"(41X,9E10.3)") A,B,C,D,E,F,G,H,L
PRECIP(J)=PRECIP(J)+A
SNOMELT(J)=SNOMELT(J)+B
PET(J)=PET(J)+C
ET(J)=ET(J)+D
SW(J)=SW(J)+E
PERC(J)=PERC(J)+F
SURQ(J)=SURQ(J)+G
GW_Q(J)=GW_Q(J)+H
WYLD(J)=WYLD(J)+L
END DO
END DO
DO K=1,516
PETB(12,K)=PET(K)/366
PET(K)=0.0
END DO
DO I=4384,4748 !2011
DO J=1,516
READ(1,"(41X,9E10.3)") A,B,C,D,E,F,G,H,L
PRECIP(J)=PRECIP(J)+A
SNOMELT(J)=SNOMELT(J)+B
PET(J)=PET(J)+C
ET(J)=ET(J)+D
SW(J)=SW(J)+E
PERC(J)=PERC(J)+F
SURQ(J)=SURQ(J)+G
GW_Q(J)=GW_Q(J)+H
WYLD(J)=WYLD(J)+L
END DO
END DO
DO K=1,516
PETB(13,K)=PET(K)/366
PET(K)=0.0
END DO
DO I=4749,5114 !2012
DO J=1,516
READ(1,"(41X,9E10.3)") A,B,C,D,E,F,G,H,L
PRECIP(J)=PRECIP(J)+A
SNOMELT(J)=SNOMELT(J)+B
PET(J)=PET(J)+C
ET(J)=ET(J)+D
SW(J)=SW(J)+E
PERC(J)=PERC(J)+F
SURQ(J)=SURQ(J)+G
GW_Q(J)=GW_Q(J)+H
WYLD(J)=WYLD(J)+L
END DO
END DO
DO K=1,516
PETB(14,K)=PET(K)/366
PET(K)=0.0
END DO
OPEN(2,FILE='OUT',STATUS='UNKNOWN')
DO K=1,516
WRITE(2,"(14(E10.3,5X))") PETB(1,K),PETB(2,K),PETB(3,K),PETB(4,K),
$ PETB(5,K),PETB(6,K),PETB(7,K),PETB(8,K),PETB(9,K),
$ PETB(10,K),PETB(11,K),PETB(12,K),PETB(13,K),PETB(14,K)
END DO
CLOSE(1)
CLOSE(2)
END
PROGRAM WATER_QUALITY
IMPLICIT NONE
INTEGER X,Y,Z
INTEGER FLAGFIN(516),FLAGFOUT(516),FLAGEVAP(516),FLAGTLOSS(516),
$ FLAGSIN(516),FLAGSOUT(516),FLAGSED(516),FLAGONIN(516),
$ FLAGONOUT(516), FLAGPIN(516),FLAGPOUT(516),FLAGNO3IN(516),
$ FLAGNO3OUT(516), FLAGNH4IN(516),FLAGNH4OUT(516),FLAGNO2IN(516),
$ FLAGNO2OUT(516)
REAL A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
REAL FLOW_IN(516),FLOW_OUT(516),EVAP(516),TLOSS(516),SED_IN(516),
$SED_OUT(516),SEDCONC(516),ORGN_IN(516),ORGN_OUT(516),ORGP_IN(516),
$ORGP_OUT(516),NO3_IN(516),NO3_OUT(516),NH4_IN(516),NH4_OUT(516),
$NO2_IN(516),NO2_OUT(516)
REAL NO3_INB(15,516) !1999,2000,2001,2002,2003,2004,2005,2006,2007,2008,2009,2010,2011,2012,2013
DO X=1,516
FLOW_IN(X)=0.0
FLOW_OUT(X)=0.0
EVAP(X)=0.0
TLOSS(X)=0.0
SED_IN(X)=0.0
SED_OUT(X)=0.0
SEDCONC(X)=0.0
ORGN_IN(X)=0.0
ORGN_OUT(X)=0.0
ORGP_IN(X)=0.0
ORGP_OUT(X)=0.0
NO3_IN(X)=0.0
NO3_OUT(X)=0.0
NH4_IN(X)=0.0
NH4_OUT(X)=0.0
NO2_IN(X)=0.0
NO2_OUT(X)=0.0
END DO
OPEN(10,FILE='output.rch',STATUS='OLD')
DO X=1,9
READ(10,*)
END DO
DO X=1,365 !1999
DO Y=1,516
READ(10,"(44X,17E10.3)")A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
FLOW_IN(Y)=FLOW_IN(Y)+A
FLOW_OUT(Y)=FLOW_OUT(Y)+B
EVAP(Y)=EVAP(Y)+C
TLOSS(Y)=TLOSS(Y)+D
SED_IN(Y)=SED_IN(Y)+E
SED_OUT(Y)=SED_OUT(Y)+F
SEDCONC(Y)=SEDCONC(Y)+G
ORGN_IN(Y)=ORGN_IN(Y)+H
ORGN_OUT(Y)=ORGN_OUT(Y)+I
ORGP_IN(Y)=ORGP_IN(Y)+J
ORGP_OUT(Y)=ORGP_OUT(Y)+K
NO3_IN(Y)=NO3_IN(Y)+L
NO3_OUT(Y)=NO3_OUT(Y)+M
NH4_IN(Y)=NH4_IN(Y)+N
NH4_OUT(Y)=NH4_OUT(Y)+O
NO2_IN(Y)=NO2_IN(Y)+P
NO2_OUT(Y)=NO2_OUT(Y)+Q
END DO
END DO
DO Z=1,516
NO3_INB(1,Z)=NO3_IN(Z)/365
NO3_IN(Z)=0.0
END DO
DO X=366,731 !2000
DO Y=1,516
READ(10,"(44X,17E10.3)")A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
FLOW_IN(Y)=FLOW_IN(Y)+A
FLOW_OUT(Y)=FLOW_OUT(Y)+B
EVAP(Y)=EVAP(Y)+C
TLOSS(Y)=TLOSS(Y)+D
SED_IN(Y)=SED_IN(Y)+E
SED_OUT(Y)=SED_OUT(Y)+F
SEDCONC(Y)=SEDCONC(Y)+G
ORGN_IN(Y)=ORGN_IN(Y)+H
ORGN_OUT(Y)=ORGN_OUT(Y)+I
ORGP_IN(Y)=ORGP_IN(Y)+J
ORGP_OUT(Y)=ORGP_OUT(Y)+K
NO3_IN(Y)=NO3_IN(Y)+L
NO3_OUT(Y)=NO3_OUT(Y)+M
NH4_IN(Y)=NH4_IN(Y)+N
NH4_OUT(Y)=NH4_OUT(Y)+O
NO2_IN(Y)=NO2_IN(Y)+P
NO2_OUT(Y)=NO2_OUT(Y)+Q
END DO
END DO
DO Z=1,516
NO3_INB(2,Z)=NO3_IN(Z)/366
NO3_IN(Z)=0.0
END DO
DO X=732,1096 !2001
DO Y=1,516
READ(10,"(44X,17E10.3)")A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
FLOW_IN(Y)=FLOW_IN(Y)+A
FLOW_OUT(Y)=FLOW_OUT(Y)+B
EVAP(Y)=EVAP(Y)+C
TLOSS(Y)=TLOSS(Y)+D
SED_IN(Y)=SED_IN(Y)+E
SED_OUT(Y)=SED_OUT(Y)+F
SEDCONC(Y)=SEDCONC(Y)+G
ORGN_IN(Y)=ORGN_IN(Y)+H
ORGN_OUT(Y)=ORGN_OUT(Y)+I
ORGP_IN(Y)=ORGP_IN(Y)+J
ORGP_OUT(Y)=ORGP_OUT(Y)+K
NO3_IN(Y)=NO3_IN(Y)+L
NO3_OUT(Y)=NO3_OUT(Y)+M
NH4_IN(Y)=NH4_IN(Y)+N
NH4_OUT(Y)=NH4_OUT(Y)+O
NO2_IN(Y)=NO2_IN(Y)+P
NO2_OUT(Y)=NO2_OUT(Y)+Q
END DO
END DO
DO Z=1,516
NO3_INB(3,Z)=NO3_IN(Z)/366
NO3_IN(Z)=0.0
END DO
DO X=1097,1461 !2002
DO Y=1,516
READ(10,"(44X,17E10.3)")A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
FLOW_IN(Y)=FLOW_IN(Y)+A
FLOW_OUT(Y)=FLOW_OUT(Y)+B
EVAP(Y)=EVAP(Y)+C
TLOSS(Y)=TLOSS(Y)+D
SED_IN(Y)=SED_IN(Y)+E
SED_OUT(Y)=SED_OUT(Y)+F
SEDCONC(Y)=SEDCONC(Y)+G
ORGN_IN(Y)=ORGN_IN(Y)+H
ORGN_OUT(Y)=ORGN_OUT(Y)+I
ORGP_IN(Y)=ORGP_IN(Y)+J
ORGP_OUT(Y)=ORGP_OUT(Y)+K
NO3_IN(Y)=NO3_IN(Y)+L
NO3_OUT(Y)=NO3_OUT(Y)+M
NH4_IN(Y)=NH4_IN(Y)+N
NH4_OUT(Y)=NH4_OUT(Y)+O
NO2_IN(Y)=NO2_IN(Y)+P
NO2_OUT(Y)=NO2_OUT(Y)+Q
END DO
END DO
DO Z=1,516
NO3_INB(4,Z)=NO3_IN(Z)/366
NO3_IN(Z)=0.0
END DO
DO X=1462,1826 !2003
DO Y=1,516
READ(10,"(44X,17E10.3)")A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
FLOW_IN(Y)=FLOW_IN(Y)+A
FLOW_OUT(Y)=FLOW_OUT(Y)+B
EVAP(Y)=EVAP(Y)+C
TLOSS(Y)=TLOSS(Y)+D
SED_IN(Y)=SED_IN(Y)+E
SED_OUT(Y)=SED_OUT(Y)+F
SEDCONC(Y)=SEDCONC(Y)+G
ORGN_IN(Y)=ORGN_IN(Y)+H
ORGN_OUT(Y)=ORGN_OUT(Y)+I
ORGP_IN(Y)=ORGP_IN(Y)+J
ORGP_OUT(Y)=ORGP_OUT(Y)+K
NO3_IN(Y)=NO3_IN(Y)+L
NO3_OUT(Y)=NO3_OUT(Y)+M
NH4_IN(Y)=NH4_IN(Y)+N
NH4_OUT(Y)=NH4_OUT(Y)+O
NO2_IN(Y)=NO2_IN(Y)+P
NO2_OUT(Y)=NO2_OUT(Y)+Q
END DO
END DO
DO Z=1,516
NO3_INB(5,Z)=NO3_IN(Z)/366
NO3_IN(Z)=0.0
END DO
DO X=1827,2191 !2004
DO Y=1,516
READ(10,"(44X,17E10.3)")A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
FLOW_IN(Y)=FLOW_IN(Y)+A
FLOW_OUT(Y)=FLOW_OUT(Y)+B
EVAP(Y)=EVAP(Y)+C
TLOSS(Y)=TLOSS(Y)+D
SED_IN(Y)=SED_IN(Y)+E
SED_OUT(Y)=SED_OUT(Y)+F
SEDCONC(Y)=SEDCONC(Y)+G
ORGN_IN(Y)=ORGN_IN(Y)+H
ORGN_OUT(Y)=ORGN_OUT(Y)+I
ORGP_IN(Y)=ORGP_IN(Y)+J
ORGP_OUT(Y)=ORGP_OUT(Y)+K
NO3_IN(Y)=NO3_IN(Y)+L
NO3_OUT(Y)=NO3_OUT(Y)+M
NH4_IN(Y)=NH4_IN(Y)+N
NH4_OUT(Y)=NH4_OUT(Y)+O
NO2_IN(Y)=NO2_IN(Y)+P
NO2_OUT(Y)=NO2_OUT(Y)+Q
END DO
END DO
DO Z=1,516
NO3_INB(6,Z)=NO3_IN(Z)/366
NO3_IN(Z)=0.0
END DO
DO X=2192,2556 !2005
DO Y=1,516
READ(10,"(44X,17E10.3)")A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
FLOW_IN(Y)=FLOW_IN(Y)+A
FLOW_OUT(Y)=FLOW_OUT(Y)+B
EVAP(Y)=EVAP(Y)+C
TLOSS(Y)=TLOSS(Y)+D
SED_IN(Y)=SED_IN(Y)+E
SED_OUT(Y)=SED_OUT(Y)+F
SEDCONC(Y)=SEDCONC(Y)+G
ORGN_IN(Y)=ORGN_IN(Y)+H
ORGN_OUT(Y)=ORGN_OUT(Y)+I
ORGP_IN(Y)=ORGP_IN(Y)+J
ORGP_OUT(Y)=ORGP_OUT(Y)+K
NO3_IN(Y)=NO3_IN(Y)+L
NO3_OUT(Y)=NO3_OUT(Y)+M
NH4_IN(Y)=NH4_IN(Y)+N
NH4_OUT(Y)=NH4_OUT(Y)+O
NO2_IN(Y)=NO2_IN(Y)+P
NO2_OUT(Y)=NO2_OUT(Y)+Q
END DO
END DO
DO Z=1,516
NO3_INB(7,Z)=NO3_IN(Z)/366
NO3_IN(Z)=0.0
END DO
DO X=2557,2921 !2006
DO Y=1,516
READ(10,"(44X,17E10.3)")A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
FLOW_IN(Y)=FLOW_IN(Y)+A
FLOW_OUT(Y)=FLOW_OUT(Y)+B
EVAP(Y)=EVAP(Y)+C
TLOSS(Y)=TLOSS(Y)+D
SED_IN(Y)=SED_IN(Y)+E
SED_OUT(Y)=SED_OUT(Y)+F
SEDCONC(Y)=SEDCONC(Y)+G
ORGN_IN(Y)=ORGN_IN(Y)+H
ORGN_OUT(Y)=ORGN_OUT(Y)+I
ORGP_IN(Y)=ORGP_IN(Y)+J
ORGP_OUT(Y)=ORGP_OUT(Y)+K
NO3_IN(Y)=NO3_IN(Y)+L
NO3_OUT(Y)=NO3_OUT(Y)+M
NH4_IN(Y)=NH4_IN(Y)+N
NH4_OUT(Y)=NH4_OUT(Y)+O
NO2_IN(Y)=NO2_IN(Y)+P
NO2_OUT(Y)=NO2_OUT(Y)+Q
END DO
END DO
DO Z=1,516
NO3_INB(8,Z)=NO3_IN(Z)/366
NO3_IN(Z)=0.0
END DO
DO X=2922,3287 !2007
DO Y=1,516
READ(10,"(44X,17E10.3)")A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
FLOW_IN(Y)=FLOW_IN(Y)+A
FLOW_OUT(Y)=FLOW_OUT(Y)+B
EVAP(Y)=EVAP(Y)+C
TLOSS(Y)=TLOSS(Y)+D
SED_IN(Y)=SED_IN(Y)+E
SED_OUT(Y)=SED_OUT(Y)+F
SEDCONC(Y)=SEDCONC(Y)+G
ORGN_IN(Y)=ORGN_IN(Y)+H
ORGN_OUT(Y)=ORGN_OUT(Y)+I
ORGP_IN(Y)=ORGP_IN(Y)+J
ORGP_OUT(Y)=ORGP_OUT(Y)+K
NO3_IN(Y)=NO3_IN(Y)+L
NO3_OUT(Y)=NO3_OUT(Y)+M
NH4_IN(Y)=NH4_IN(Y)+N
NH4_OUT(Y)=NH4_OUT(Y)+O
NO2_IN(Y)=NO2_IN(Y)+P
NO2_OUT(Y)=NO2_OUT(Y)+Q
END DO
END DO
DO Z=1,516
NO3_INB(9,Z)=NO3_IN(Z)/366
NO3_IN(Z)=0.0
END DO
DO X=3288,3653 !2008
DO Y=1,516
READ(10,"(44X,17E10.3)")A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
FLOW_IN(Y)=FLOW_IN(Y)+A
FLOW_OUT(Y)=FLOW_OUT(Y)+B
EVAP(Y)=EVAP(Y)+C
TLOSS(Y)=TLOSS(Y)+D
SED_IN(Y)=SED_IN(Y)+E
SED_OUT(Y)=SED_OUT(Y)+F
SEDCONC(Y)=SEDCONC(Y)+G
ORGN_IN(Y)=ORGN_IN(Y)+H
ORGN_OUT(Y)=ORGN_OUT(Y)+I
ORGP_IN(Y)=ORGP_IN(Y)+J
ORGP_OUT(Y)=ORGP_OUT(Y)+K
NO3_IN(Y)=NO3_IN(Y)+L
NO3_OUT(Y)=NO3_OUT(Y)+M
NH4_IN(Y)=NH4_IN(Y)+N
NH4_OUT(Y)=NH4_OUT(Y)+O
NO2_IN(Y)=NO2_IN(Y)+P
NO2_OUT(Y)=NO2_OUT(Y)+Q
END DO
END DO
DO Z=1,516
NO3_INB(10,Z)=NO3_IN(Z)/366
NO3_IN(Z)=0.0
END DO
DO X=3654,4018 !2009
DO Y=1,516
READ(10,"(44X,17E10.3)")A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
FLOW_IN(Y)=FLOW_IN(Y)+A
FLOW_OUT(Y)=FLOW_OUT(Y)+B
EVAP(Y)=EVAP(Y)+C
TLOSS(Y)=TLOSS(Y)+D
SED_IN(Y)=SED_IN(Y)+E
SED_OUT(Y)=SED_OUT(Y)+F
SEDCONC(Y)=SEDCONC(Y)+G
ORGN_IN(Y)=ORGN_IN(Y)+H
ORGN_OUT(Y)=ORGN_OUT(Y)+I
ORGP_IN(Y)=ORGP_IN(Y)+J
ORGP_OUT(Y)=ORGP_OUT(Y)+K
NO3_IN(Y)=NO3_IN(Y)+L
NO3_OUT(Y)=NO3_OUT(Y)+M
NH4_IN(Y)=NH4_IN(Y)+N
NH4_OUT(Y)=NH4_OUT(Y)+O
NO2_IN(Y)=NO2_IN(Y)+P
NO2_OUT(Y)=NO2_OUT(Y)+Q
END DO
END DO
DO Z=1,516
NO3_INB(11,Z)=NO3_IN(Z)/366
NO3_IN(Z)=0.0
END DO
DO X=4019,4383 !2010
DO Y=1,516
READ(10,"(44X,17E10.3)")A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
FLOW_IN(Y)=FLOW_IN(Y)+A
FLOW_OUT(Y)=FLOW_OUT(Y)+B
EVAP(Y)=EVAP(Y)+C
TLOSS(Y)=TLOSS(Y)+D
SED_IN(Y)=SED_IN(Y)+E
SED_OUT(Y)=SED_OUT(Y)+F
SEDCONC(Y)=SEDCONC(Y)+G
ORGN_IN(Y)=ORGN_IN(Y)+H
ORGN_OUT(Y)=ORGN_OUT(Y)+I
ORGP_IN(Y)=ORGP_IN(Y)+J
ORGP_OUT(Y)=ORGP_OUT(Y)+K
NO3_IN(Y)=NO3_IN(Y)+L
NO3_OUT(Y)=NO3_OUT(Y)+M
NH4_IN(Y)=NH4_IN(Y)+N
NH4_OUT(Y)=NH4_OUT(Y)+O
NO2_IN(Y)=NO2_IN(Y)+P
NO2_OUT(Y)=NO2_OUT(Y)+Q
END DO
END DO
DO Z=1,516
NO3_INB(12,Z)=NO3_IN(Z)/366
NO3_IN(Z)=0.0
END DO
DO X=4384,4748 !2011
DO Y=1,516
READ(10,"(44X,17E10.3)")A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
FLOW_IN(Y)=FLOW_IN(Y)+A
FLOW_OUT(Y)=FLOW_OUT(Y)+B
EVAP(Y)=EVAP(Y)+C
TLOSS(Y)=TLOSS(Y)+D
SED_IN(Y)=SED_IN(Y)+E
SED_OUT(Y)=SED_OUT(Y)+F
SEDCONC(Y)=SEDCONC(Y)+G
ORGN_IN(Y)=ORGN_IN(Y)+H
ORGN_OUT(Y)=ORGN_OUT(Y)+I
ORGP_IN(Y)=ORGP_IN(Y)+J
ORGP_OUT(Y)=ORGP_OUT(Y)+K
NO3_IN(Y)=NO3_IN(Y)+L
NO3_OUT(Y)=NO3_OUT(Y)+M
NH4_IN(Y)=NH4_IN(Y)+N
NH4_OUT(Y)=NH4_OUT(Y)+O
NO2_IN(Y)=NO2_IN(Y)+P
NO2_OUT(Y)=NO2_OUT(Y)+Q
END DO
END DO
DO Z=1,516
NO3_INB(13,Z)=NO3_IN(Z)/366
NO3_IN(Z)=0.0
END DO
DO X=4749,5114 !2012
DO Y=1,516
READ(10,"(44X,17E10.3)")A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
FLOW_IN(Y)=FLOW_IN(Y)+A
FLOW_OUT(Y)=FLOW_OUT(Y)+B
EVAP(Y)=EVAP(Y)+C
TLOSS(Y)=TLOSS(Y)+D
SED_IN(Y)=SED_IN(Y)+E
SED_OUT(Y)=SED_OUT(Y)+F
SEDCONC(Y)=SEDCONC(Y)+G
ORGN_IN(Y)=ORGN_IN(Y)+H
ORGN_OUT(Y)=ORGN_OUT(Y)+I
ORGP_IN(Y)=ORGP_IN(Y)+J
ORGP_OUT(Y)=ORGP_OUT(Y)+K
NO3_IN(Y)=NO3_IN(Y)+L
NO3_OUT(Y)=NO3_OUT(Y)+M
NH4_IN(Y)=NH4_IN(Y)+N
NH4_OUT(Y)=NH4_OUT(Y)+O
NO2_IN(Y)=NO2_IN(Y)+P
NO2_OUT(Y)=NO2_OUT(Y)+Q
END DO
END DO
DO Z=1,516
NO3_INB(14,Z)=NO3_IN(Z)/366
NO3_IN(Z)=0.0
END DO
DO X=5115,5481 !2013
DO Y=1,516
READ(10,"(44X,17E10.3)")A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
FLOW_IN(Y)=FLOW_IN(Y)+A
FLOW_OUT(Y)=FLOW_OUT(Y)+B
EVAP(Y)=EVAP(Y)+C
TLOSS(Y)=TLOSS(Y)+D
SED_IN(Y)=SED_IN(Y)+E
SED_OUT(Y)=SED_OUT(Y)+F
SEDCONC(Y)=SEDCONC(Y)+G
ORGN_IN(Y)=ORGN_IN(Y)+H
ORGN_OUT(Y)=ORGN_OUT(Y)+I
ORGP_IN(Y)=ORGP_IN(Y)+J
ORGP_OUT(Y)=ORGP_OUT(Y)+K
NO3_IN(Y)=NO3_IN(Y)+L
NO3_OUT(Y)=NO3_OUT(Y)+M
NH4_IN(Y)=NH4_IN(Y)+N
NH4_OUT(Y)=NH4_OUT(Y)+O
NO2_IN(Y)=NO2_IN(Y)+P
NO2_OUT(Y)=NO2_OUT(Y)+Q
END DO
END DO
DO Z=1,516
NO3_INB(15,Z)=NO3_IN(Z)/366
NO3_IN(Z)=0.0
END DO
OPEN(11,FILE='OUT',STATUS='UNKNOWN')
DO Z=1,516
WRITE(11,"(15(E10.3,6X))") NO3_INB(1,Z),NO3_INB(2,Z),NO3_INB(3,Z),
$ NO3_INB(4,Z),NO3_INB(5,Z),NO3_INB(6,Z),NO3_INB(7,Z),
$ NO3_INB(8,Z),NO3_INB(9,Z),NO3_INB(10,Z),NO3_INB(11,Z),
$ NO3_INB(12,Z),NO3_INB(13,Z),NO3_INB(14,Z),NO3_INB(15,Z)
END DO
CLOSE(10)
CLOSE(11)
END
1
SWAT Dec 23 2016 VER 2016/Rev 664 0/ 0/ 0 0: 0: 0
General Input/Output section (file.cio):
12/3/2018 12:00:00 AM ARCGIS-SWAT interface AV
RCH GIS MO DA YR AREAkm2 FLOW_INcms FLOW_OUTcms EVAPcms TLOSScms SED_INtons SED_OUTtons SEDCONCmg/L ORGN_INkg ORGN_OUTkg ORGP_INkg ORGP_OUTkg NO3_INkg NO3_OUTkg NH4_INkg NH4_OUTkg NO2_INkg NO2_OUTkg MINP_INkg MINP_OUTkg CHLA_INkg CHLA_OUTkg CBOD_INkg CBOD_OUTkg DISOX_INkg DISOX_OUTkg SOLPST_INmgSOLPST_OUTmg SORPST_INmgSORPST_OUTmg REACTPSTmg VOLPSTmg SETTLPSTmgRESUSP_PSTmgDIFFUSEPSTmgREACBEDPSTmg BURYPSTmg BED_PSTmg BACTP_OUTctBACTLP_OUTct CMETAL#1kg CMETAL#2kg CMETAL#3kg TOT Nkg TOT Pkg NO3ConcMg/l WTMPdegc
REACH 1 0 1 1 1999 0.1144E+03 0.1118E+00 0.1139E+00 0.0000E+00 0.1118E+00 0.8167E-01 0.8167E-01 0.8301E+01 0.3215E+01 0.2903E+01 0.9024E+00 0.7628E+00 0.7042E+01 0.7173E+01 0.0000E+00 0.2906E+00 0.0000E+00 0.0000E+00 0.2660E-01 0.8129E-01 0.9096E-02 0.0000E+00 0.0000E+00 0.0000E+00 0.1408E+03 0.1425E+03 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.1037E+02 0.8441E+00 0.7291E+00 -0.2837E+01
REACH 2 0 1 1 1999 0.1335E+03 0.1338E+00 0.1366E+00 0.0000E+00 0.1338E+00 0.7249E-01 0.7249E-01 0.6140E+01 0.3292E+01 0.2978E+01 0.9225E+00 0.7812E+00 0.9594E+01 0.9795E+01 0.0000E+00 0.2949E+00 0.0000E+00 0.0000E+00 0.3013E-01 0.9229E-01 0.7375E-02 0.0000E+00 0.0000E+00 0.0000E+00 0.1686E+03 0.1710E+03 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.1307E+02 0.8735E+00 0.8297E+00 -0.2837E+01
REACH 3 0 1 1 1999 0.3121E+03 0.4549E+00 0.4618E+00 0.0000E+00 0.4549E+00 0.1543E+00 0.3399E+00 0.8519E+01 0.5983E+01 0.5373E+01 0.1572E+01 0.1322E+01 0.1770E+02 0.1797E+02 0.5855E+00 0.1071E+01 0.0000E+00 0.6687E-01 0.1765E+00 0.4064E+00 0.2952E-06 0.0000E+00 0.0000E+00 0.0000E+00 0.5710E+03 0.5779E+03 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.2448E+02 0.1729E+01 0.4505E+00 -0.2837E+01
REACH 4 0 1 1 1999 0.4225E+03 0.6049E+00 0.6164E+00 0.0000E+00 0.6049E+00 0.3417E+00 0.5355E+00 0.1005E+02 0.5860E+01 0.5890E+01 0.1472E+01 0.1470E+01 0.2393E+02 0.2439E+02 0.1134E+01 0.1205E+01 0.6687E-01 0.7998E-01 0.4412E+00 0.4751E+00 0.6916E-20 0.0000E+00 0.0000E+00 0.0000E+00 0.7570E+03 0.7712E+03 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.0000E+00 0.3156E+02 0.1945E+01 0.4579E+00 -0.2837E+01
forrtl: severe (64): input conversion error, unit 10, file C:\Users\etern\OneDrive\Documents\Indiana University\PhD Research\PhD Dissertation Writing\WabashProject\VisualStudioProjects\OutPutRCH\OutPutRCH\output.rch
Image PC Routine Line Source
libifcoremdd.dll 54013BA5 Unknown Unknown Unknown
libifcoremdd.dll 54059BDA Unknown Unknown Unknown
OutPutRCH.exe 00BD1E6E _MAIN__ 51 RCH.for
OutPutRCH.exe 00BF00D3 Unknown Unknown Unknown
OutPutRCH.exe 00BF24DE Unknown Unknown Unknown
OutPutRCH.exe 00BF23C7 Unknown Unknown Unknown
OutPutRCH.exe 00BF226D Unknown Unknown Unknown
OutPutRCH.exe 00BF2548 Unknown Unknown Unknown
KERNEL32.DLL 766A8484 Unknown Unknown Unknown
ntdll.dll 77173AB8 Unknown Unknown Unknown
ntdll.dll 77173A88 Unknown Unknown Unknown
READ(10,"(44X,17E10.3)")A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
READ(1,"(41X,9E10.3)") A,B,C,D,E,F,G,H,L
7-更改写入函数，以创建与旧文件相同的6个字符宽而不是5个字符宽的列。使用
Fortran编辑描述符时出错。在原始代码SUB
中，读取命令被指定为41X，E10.3
，因为分析所需的数据在41个空格之后开始，并且字段的长度包括下一个字段之前的空格。在这个字段中，每个字段之间只有一个空格。
新代码RCH
被正确地分配为从44X开始，但仍然标记为从E10.4
开始读取数据，这是不正确的，因为字段的长度实际上是12；在下一个字段之前有十个数字和两个空格。此处张贴了正确的代码以供参考：
PROGRAM WATER_QUALITY
IMPLICIT NONE
INTEGER X,Y,Z
INTEGER FLAGFIN(516),FLAGFOUT(516),FLAGEVAP(516),FLAGTLOSS(516),
$ FLAGSIN(516),FLAGSOUT(516),FLAGSED(516),FLAGONIN(516),
$ FLAGONOUT(516), FLAGPIN(516),FLAGPOUT(516),FLAGNO3IN(516),
$ FLAGNO3OUT(516), FLAGNH4IN(516),FLAGNH4OUT(516),FLAGNO2IN(516),
$ FLAGNO2OUT(516)
REAL A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
REAL FLOW_IN(516),FLOW_OUT(516),EVAP(516),TLOSS(516),SED_IN(516),
$SED_OUT(516),SEDCONC(516),ORGN_IN(516),ORGN_OUT(516),ORGP_IN(516),
$ORGP_OUT(516),NO3_IN(516),NO3_OUT(516),NH4_IN(516),NH4_OUT(516),
$NO2_IN(516),NO2_OUT(516)
REAL NO3_INB(14,516) !1999,2000,2001,2002,2003,2004,2005,2006,2007,2008,2009,2010,2011,2012
DO X=1,516
FLOW_IN(X)=0.0
FLOW_OUT(X)=0.0
EVAP(X)=0.0
TLOSS(X)=0.0
SED_IN(X)=0.0
SED_OUT(X)=0.0
SEDCONC(X)=0.0
ORGN_IN(X)=0.0
ORGN_OUT(X)=0.0
ORGP_IN(X)=0.0
ORGP_OUT(X)=0.0
NO3_IN(X)=0.0
NO3_OUT(X)=0.0
NH4_IN(X)=0.0
NH4_OUT(X)=0.0
NO2_IN(X)=0.0
NO2_OUT(X)=0.0
END DO
OPEN(10,FILE='output.rch',STATUS='OLD')
DO X=1,9
READ(10,*)
END DO
DO X=1,365 !1999
DO Y=1,516
READ(10,"(44X,17E12.3)") A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
FLOW_IN(Y)=FLOW_IN(Y)+A
FLOW_OUT(Y)=FLOW_OUT(Y)+B
EVAP(Y)=EVAP(Y)+C
TLOSS(Y)=TLOSS(Y)+D
SED_IN(Y)=SED_IN(Y)+E
SED_OUT(Y)=SED_OUT(Y)+F
SEDCONC(Y)=SEDCONC(Y)+G
ORGN_IN(Y)=ORGN_IN(Y)+H
ORGN_OUT(Y)=ORGN_OUT(Y)+I
ORGP_IN(Y)=ORGP_IN(Y)+J
ORGP_OUT(Y)=ORGP_OUT(Y)+K
NO3_IN(Y)=NO3_IN(Y)+L
NO3_OUT(Y)=NO3_OUT(Y)+M
NH4_IN(Y)=NH4_IN(Y)+N
NH4_OUT(Y)=NH4_OUT(Y)+O
NO2_IN(Y)=NO2_IN(Y)+P
NO2_OUT(Y)=NO2_OUT(Y)+Q
END DO
END DO
DO Z=1,516
NO3_INB(1,Z)=NO3_IN(Z)/365
NO3_IN(Z)=0.0
END DO
DO X=366,731 !2000
DO Y=1,516
READ(10,"(44X,17E12.4)")A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
FLOW_IN(Y)=FLOW_IN(Y)+A
FLOW_OUT(Y)=FLOW_OUT(Y)+B
EVAP(Y)=EVAP(Y)+C
TLOSS(Y)=TLOSS(Y)+D
SED_IN(Y)=SED_IN(Y)+E
SED_OUT(Y)=SED_OUT(Y)+F
SEDCONC(Y)=SEDCONC(Y)+G
ORGN_IN(Y)=ORGN_IN(Y)+H
ORGN_OUT(Y)=ORGN_OUT(Y)+I
ORGP_IN(Y)=ORGP_IN(Y)+J
ORGP_OUT(Y)=ORGP_OUT(Y)+K
NO3_IN(Y)=NO3_IN(Y)+L
NO3_OUT(Y)=NO3_OUT(Y)+M
NH4_IN(Y)=NH4_IN(Y)+N
NH4_OUT(Y)=NH4_OUT(Y)+O
NO2_IN(Y)=NO2_IN(Y)+P
NO2_OUT(Y)=NO2_OUT(Y)+Q
END DO
END DO
DO Z=1,516
NO3_INB(2,Z)=NO3_IN(Z)/366
NO3_IN(Z)=0.0
END DO
DO X=732,1096 !2001
DO Y=1,516
READ(10,"(44X,17E12.4)")A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
FLOW_IN(Y)=FLOW_IN(Y)+A
FLOW_OUT(Y)=FLOW_OUT(Y)+B
EVAP(Y)=EVAP(Y)+C
TLOSS(Y)=TLOSS(Y)+D
SED_IN(Y)=SED_IN(Y)+E
SED_OUT(Y)=SED_OUT(Y)+F
SEDCONC(Y)=SEDCONC(Y)+G
ORGN_IN(Y)=ORGN_IN(Y)+H
ORGN_OUT(Y)=ORGN_OUT(Y)+I
ORGP_IN(Y)=ORGP_IN(Y)+J
ORGP_OUT(Y)=ORGP_OUT(Y)+K
NO3_IN(Y)=NO3_IN(Y)+L
NO3_OUT(Y)=NO3_OUT(Y)+M
NH4_IN(Y)=NH4_IN(Y)+N
NH4_OUT(Y)=NH4_OUT(Y)+O
NO2_IN(Y)=NO2_IN(Y)+P
NO2_OUT(Y)=NO2_OUT(Y)+Q
END DO
END DO
DO Z=1,516
NO3_INB(3,Z)=NO3_IN(Z)/366
NO3_IN(Z)=0.0
END DO
DO X=1097,1461 !2002
DO Y=1,516
READ(10,"(44X,17E12.4)")A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
FLOW_IN(Y)=FLOW_IN(Y)+A
FLOW_OUT(Y)=FLOW_OUT(Y)+B
EVAP(Y)=EVAP(Y)+C
TLOSS(Y)=TLOSS(Y)+D
SED_IN(Y)=SED_IN(Y)+E
SED_OUT(Y)=SED_OUT(Y)+F
SEDCONC(Y)=SEDCONC(Y)+G
ORGN_IN(Y)=ORGN_IN(Y)+H
ORGN_OUT(Y)=ORGN_OUT(Y)+I
ORGP_IN(Y)=ORGP_IN(Y)+J
ORGP_OUT(Y)=ORGP_OUT(Y)+K
NO3_IN(Y)=NO3_IN(Y)+L
NO3_OUT(Y)=NO3_OUT(Y)+M
NH4_IN(Y)=NH4_IN(Y)+N
NH4_OUT(Y)=NH4_OUT(Y)+O
NO2_IN(Y)=NO2_IN(Y)+P
NO2_OUT(Y)=NO2_OUT(Y)+Q
END DO
END DO
DO Z=1,516
NO3_INB(4,Z)=NO3_IN(Z)/366
NO3_IN(Z)=0.0
END DO
DO X=1462,1826 !2003
DO Y=1,516
READ(10,"(44X,17E12.4)")A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
FLOW_IN(Y)=FLOW_IN(Y)+A
FLOW_OUT(Y)=FLOW_OUT(Y)+B
EVAP(Y)=EVAP(Y)+C
TLOSS(Y)=TLOSS(Y)+D
SED_IN(Y)=SED_IN(Y)+E
SED_OUT(Y)=SED_OUT(Y)+F
SEDCONC(Y)=SEDCONC(Y)+G
ORGN_IN(Y)=ORGN_IN(Y)+H
ORGN_OUT(Y)=ORGN_OUT(Y)+I
ORGP_IN(Y)=ORGP_IN(Y)+J
ORGP_OUT(Y)=ORGP_OUT(Y)+K
NO3_IN(Y)=NO3_IN(Y)+L
NO3_OUT(Y)=NO3_OUT(Y)+M
NH4_IN(Y)=NH4_IN(Y)+N
NH4_OUT(Y)=NH4_OUT(Y)+O
NO2_IN(Y)=NO2_IN(Y)+P
NO2_OUT(Y)=NO2_OUT(Y)+Q
END DO
END DO
DO Z=1,516
NO3_INB(5,Z)=NO3_IN(Z)/366
NO3_IN(Z)=0.0
END DO
DO X=1827,2191 !2004
DO Y=1,516
READ(10,"(44X,17E12.4)")A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
FLOW_IN(Y)=FLOW_IN(Y)+A
FLOW_OUT(Y)=FLOW_OUT(Y)+B
EVAP(Y)=EVAP(Y)+C
TLOSS(Y)=TLOSS(Y)+D
SED_IN(Y)=SED_IN(Y)+E
SED_OUT(Y)=SED_OUT(Y)+F
SEDCONC(Y)=SEDCONC(Y)+G
ORGN_IN(Y)=ORGN_IN(Y)+H
ORGN_OUT(Y)=ORGN_OUT(Y)+I
ORGP_IN(Y)=ORGP_IN(Y)+J
ORGP_OUT(Y)=ORGP_OUT(Y)+K
NO3_IN(Y)=NO3_IN(Y)+L
NO3_OUT(Y)=NO3_OUT(Y)+M
NH4_IN(Y)=NH4_IN(Y)+N
NH4_OUT(Y)=NH4_OUT(Y)+O
NO2_IN(Y)=NO2_IN(Y)+P
NO2_OUT(Y)=NO2_OUT(Y)+Q
END DO
END DO
DO Z=1,516
NO3_INB(6,Z)=NO3_IN(Z)/366
NO3_IN(Z)=0.0
END DO
DO X=2192,2556 !2005
DO Y=1,516
READ(10,"(44X,17E12.4)")A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
FLOW_IN(Y)=FLOW_IN(Y)+A
FLOW_OUT(Y)=FLOW_OUT(Y)+B
EVAP(Y)=EVAP(Y)+C
TLOSS(Y)=TLOSS(Y)+D
SED_IN(Y)=SED_IN(Y)+E
SED_OUT(Y)=SED_OUT(Y)+F
SEDCONC(Y)=SEDCONC(Y)+G
ORGN_IN(Y)=ORGN_IN(Y)+H
ORGN_OUT(Y)=ORGN_OUT(Y)+I
ORGP_IN(Y)=ORGP_IN(Y)+J
ORGP_OUT(Y)=ORGP_OUT(Y)+K
NO3_IN(Y)=NO3_IN(Y)+L
NO3_OUT(Y)=NO3_OUT(Y)+M
NH4_IN(Y)=NH4_IN(Y)+N
NH4_OUT(Y)=NH4_OUT(Y)+O
NO2_IN(Y)=NO2_IN(Y)+P
NO2_OUT(Y)=NO2_OUT(Y)+Q
END DO
END DO
DO Z=1,516
NO3_INB(7,Z)=NO3_IN(Z)/366
NO3_IN(Z)=0.0
END DO
DO X=2557,2921 !2006
DO Y=1,516
READ(10,"(44X,17E12.4)")A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
FLOW_IN(Y)=FLOW_IN(Y)+A
FLOW_OUT(Y)=FLOW_OUT(Y)+B
EVAP(Y)=EVAP(Y)+C
TLOSS(Y)=TLOSS(Y)+D
SED_IN(Y)=SED_IN(Y)+E
SED_OUT(Y)=SED_OUT(Y)+F
SEDCONC(Y)=SEDCONC(Y)+G
ORGN_IN(Y)=ORGN_IN(Y)+H
ORGN_OUT(Y)=ORGN_OUT(Y)+I
ORGP_IN(Y)=ORGP_IN(Y)+J
ORGP_OUT(Y)=ORGP_OUT(Y)+K
NO3_IN(Y)=NO3_IN(Y)+L
NO3_OUT(Y)=NO3_OUT(Y)+M
NH4_IN(Y)=NH4_IN(Y)+N
NH4_OUT(Y)=NH4_OUT(Y)+O
NO2_IN(Y)=NO2_IN(Y)+P
NO2_OUT(Y)=NO2_OUT(Y)+Q
END DO
END DO
DO Z=1,516
NO3_INB(8,Z)=NO3_IN(Z)/366
NO3_IN(Z)=0.0
END DO
DO X=2922,3287 !2007
DO Y=1,516
READ(10,"(44X,17E12.4)")A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
FLOW_IN(Y)=FLOW_IN(Y)+A
FLOW_OUT(Y)=FLOW_OUT(Y)+B
EVAP(Y)=EVAP(Y)+C
TLOSS(Y)=TLOSS(Y)+D
SED_IN(Y)=SED_IN(Y)+E
SED_OUT(Y)=SED_OUT(Y)+F
SEDCONC(Y)=SEDCONC(Y)+G
ORGN_IN(Y)=ORGN_IN(Y)+H
ORGN_OUT(Y)=ORGN_OUT(Y)+I
ORGP_IN(Y)=ORGP_IN(Y)+J
ORGP_OUT(Y)=ORGP_OUT(Y)+K
NO3_IN(Y)=NO3_IN(Y)+L
NO3_OUT(Y)=NO3_OUT(Y)+M
NH4_IN(Y)=NH4_IN(Y)+N
NH4_OUT(Y)=NH4_OUT(Y)+O
NO2_IN(Y)=NO2_IN(Y)+P
NO2_OUT(Y)=NO2_OUT(Y)+Q
END DO
END DO
DO Z=1,516
NO3_INB(9,Z)=NO3_IN(Z)/366
NO3_IN(Z)=0.0
END DO
DO X=3288,3653 !2008
DO Y=1,516
READ(10,"(44X,17E12.4)")A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
FLOW_IN(Y)=FLOW_IN(Y)+A
FLOW_OUT(Y)=FLOW_OUT(Y)+B
EVAP(Y)=EVAP(Y)+C
TLOSS(Y)=TLOSS(Y)+D
SED_IN(Y)=SED_IN(Y)+E
SED_OUT(Y)=SED_OUT(Y)+F
SEDCONC(Y)=SEDCONC(Y)+G
ORGN_IN(Y)=ORGN_IN(Y)+H
ORGN_OUT(Y)=ORGN_OUT(Y)+I
ORGP_IN(Y)=ORGP_IN(Y)+J
ORGP_OUT(Y)=ORGP_OUT(Y)+K
NO3_IN(Y)=NO3_IN(Y)+L
NO3_OUT(Y)=NO3_OUT(Y)+M
NH4_IN(Y)=NH4_IN(Y)+N
NH4_OUT(Y)=NH4_OUT(Y)+O
NO2_IN(Y)=NO2_IN(Y)+P
NO2_OUT(Y)=NO2_OUT(Y)+Q
END DO
END DO
DO Z=1,516
NO3_INB(10,Z)=NO3_IN(Z)/366
NO3_IN(Z)=0.0
END DO
DO X=3654,4018 !2009
DO Y=1,516
READ(10,"(44X,17E12.4)")A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
FLOW_IN(Y)=FLOW_IN(Y)+A
FLOW_OUT(Y)=FLOW_OUT(Y)+B
EVAP(Y)=EVAP(Y)+C
TLOSS(Y)=TLOSS(Y)+D
SED_IN(Y)=SED_IN(Y)+E
SED_OUT(Y)=SED_OUT(Y)+F
SEDCONC(Y)=SEDCONC(Y)+G
ORGN_IN(Y)=ORGN_IN(Y)+H
ORGN_OUT(Y)=ORGN_OUT(Y)+I
ORGP_IN(Y)=ORGP_IN(Y)+J
ORGP_OUT(Y)=ORGP_OUT(Y)+K
NO3_IN(Y)=NO3_IN(Y)+L
NO3_OUT(Y)=NO3_OUT(Y)+M
NH4_IN(Y)=NH4_IN(Y)+N
NH4_OUT(Y)=NH4_OUT(Y)+O
NO2_IN(Y)=NO2_IN(Y)+P
NO2_OUT(Y)=NO2_OUT(Y)+Q
END DO
END DO
DO Z=1,516
NO3_INB(11,Z)=NO3_IN(Z)/366
NO3_IN(Z)=0.0
END DO
DO X=4019,4383 !2010
DO Y=1,516
READ(10,"(44X,17E12.4)")A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
FLOW_IN(Y)=FLOW_IN(Y)+A
FLOW_OUT(Y)=FLOW_OUT(Y)+B
EVAP(Y)=EVAP(Y)+C
TLOSS(Y)=TLOSS(Y)+D
SED_IN(Y)=SED_IN(Y)+E
SED_OUT(Y)=SED_OUT(Y)+F
SEDCONC(Y)=SEDCONC(Y)+G
ORGN_IN(Y)=ORGN_IN(Y)+H
ORGN_OUT(Y)=ORGN_OUT(Y)+I
ORGP_IN(Y)=ORGP_IN(Y)+J
ORGP_OUT(Y)=ORGP_OUT(Y)+K
NO3_IN(Y)=NO3_IN(Y)+L
NO3_OUT(Y)=NO3_OUT(Y)+M
NH4_IN(Y)=NH4_IN(Y)+N
NH4_OUT(Y)=NH4_OUT(Y)+O
NO2_IN(Y)=NO2_IN(Y)+P
NO2_OUT(Y)=NO2_OUT(Y)+Q
END DO
END DO
DO Z=1,516
NO3_INB(12,Z)=NO3_IN(Z)/366
NO3_IN(Z)=0.0
END DO
DO X=4384,4748 !2011
DO Y=1,516
READ(10,"(44X,17E12.4)")A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
FLOW_IN(Y)=FLOW_IN(Y)+A
FLOW_OUT(Y)=FLOW_OUT(Y)+B
EVAP(Y)=EVAP(Y)+C
TLOSS(Y)=TLOSS(Y)+D
SED_IN(Y)=SED_IN(Y)+E
SED_OUT(Y)=SED_OUT(Y)+F
SEDCONC(Y)=SEDCONC(Y)+G
ORGN_IN(Y)=ORGN_IN(Y)+H
ORGN_OUT(Y)=ORGN_OUT(Y)+I
ORGP_IN(Y)=ORGP_IN(Y)+J
ORGP_OUT(Y)=ORGP_OUT(Y)+K
NO3_IN(Y)=NO3_IN(Y)+L
NO3_OUT(Y)=NO3_OUT(Y)+M
NH4_IN(Y)=NH4_IN(Y)+N
NH4_OUT(Y)=NH4_OUT(Y)+O
NO2_IN(Y)=NO2_IN(Y)+P
NO2_OUT(Y)=NO2_OUT(Y)+Q
END DO
END DO
DO Z=1,516
NO3_INB(13,Z)=NO3_IN(Z)/366
NO3_IN(Z)=0.0
END DO
DO X=4749,5114 !2012
DO Y=1,516
READ(10,"(44X,17E12.4)")A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
FLOW_IN(Y)=FLOW_IN(Y)+A
FLOW_OUT(Y)=FLOW_OUT(Y)+B
EVAP(Y)=EVAP(Y)+C
TLOSS(Y)=TLOSS(Y)+D
SED_IN(Y)=SED_IN(Y)+E
SED_OUT(Y)=SED_OUT(Y)+F
SEDCONC(Y)=SEDCONC(Y)+G
ORGN_IN(Y)=ORGN_IN(Y)+H
ORGN_OUT(Y)=ORGN_OUT(Y)+I
ORGP_IN(Y)=ORGP_IN(Y)+J
ORGP_OUT(Y)=ORGP_OUT(Y)+K
NO3_IN(Y)=NO3_IN(Y)+L
NO3_OUT(Y)=NO3_OUT(Y)+M
NH4_IN(Y)=NH4_IN(Y)+N
NH4_OUT(Y)=NH4_OUT(Y)+O
NO2_IN(Y)=NO2_IN(Y)+P
NO2_OUT(Y)=NO2_OUT(Y)+Q
END DO
END DO
DO Z=1,516
NO3_INB(14,Z)=NO3_IN(Z)/366
NO3_IN(Z)=0.0
END DO
OPEN(11,FILE='OUT',STATUS='UNKNOWN')
DO Z=1,516
WRITE(11,"(14(E10.4,6X))") NO3_INB(1,Z),NO3_INB(2,Z),NO3_INB(3,Z),
$ NO3_INB(4,Z),NO3_INB(5,Z),NO3_INB(6,Z),NO3_INB(7,Z),
$ NO3_INB(8,Z),NO3_INB(9,Z),NO3_INB(10,Z),NO3_INB(11,Z),
$ NO3_INB(12,Z),NO3_INB(13,Z),NO3_INB(14,Z)
END DO
CLOSE(10)
CLOSE(11)
END
欢迎光临，请拿着这本书阅读。请不要将错误信息上传为图片，复制并粘贴为文本。这是非常重要的。错误消息必须是可搜索的。如果您不知道如何从Windows控制台复制文本，请寻求建议。您也可以在internet上轻松找到它。此外，请注意，您的代码似乎格式不正确。它看起来像固定格式的Fortran，但行开头的列都错了。请确保您在此处复制您的代码，并以文本形式准确地输出错误消息。另外，您需要告诉use您所做的确切更改，您不能期望我们对这两个源文件中的每一行进行比较。您的输出.rch
中的行总数是多少？为什么您要在开头读17行，而不是9行（与子文件一样）。其他一些提示，使用边界检查编译，不使用10以下的usnit数字。我认为Anas将9的所有实例都更改为17。因为现在读取了17个变量。然而，其中一个9是要跳过的行数，不应该更改…我尝试读取17列，而不是17行，在旧代码中它读取9列。此外，我尝试将单位编号改为10和11，而不是1和2，但仍然得到相同的错误。
PROGRAM WATER_QUALITY
IMPLICIT NONE
INTEGER X,Y,Z
INTEGER FLAGFIN(516),FLAGFOUT(516),FLAGEVAP(516),FLAGTLOSS(516),
$ FLAGSIN(516),FLAGSOUT(516),FLAGSED(516),FLAGONIN(516),
$ FLAGONOUT(516), FLAGPIN(516),FLAGPOUT(516),FLAGNO3IN(516),
$ FLAGNO3OUT(516), FLAGNH4IN(516),FLAGNH4OUT(516),FLAGNO2IN(516),
$ FLAGNO2OUT(516)
REAL A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
REAL FLOW_IN(516),FLOW_OUT(516),EVAP(516),TLOSS(516),SED_IN(516),
$SED_OUT(516),SEDCONC(516),ORGN_IN(516),ORGN_OUT(516),ORGP_IN(516),
$ORGP_OUT(516),NO3_IN(516),NO3_OUT(516),NH4_IN(516),NH4_OUT(516),
$NO2_IN(516),NO2_OUT(516)
REAL NO3_INB(14,516) !1999,2000,2001,2002,2003,2004,2005,2006,2007,2008,2009,2010,2011,2012
DO X=1,516
FLOW_IN(X)=0.0
FLOW_OUT(X)=0.0
EVAP(X)=0.0
TLOSS(X)=0.0
SED_IN(X)=0.0
SED_OUT(X)=0.0
SEDCONC(X)=0.0
ORGN_IN(X)=0.0
ORGN_OUT(X)=0.0
ORGP_IN(X)=0.0
ORGP_OUT(X)=0.0
NO3_IN(X)=0.0
NO3_OUT(X)=0.0
NH4_IN(X)=0.0
NH4_OUT(X)=0.0
NO2_IN(X)=0.0
NO2_OUT(X)=0.0
END DO
OPEN(10,FILE='output.rch',STATUS='OLD')
DO X=1,9
READ(10,*)
END DO
DO X=1,365 !1999
DO Y=1,516
READ(10,"(44X,17E12.3)") A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
FLOW_IN(Y)=FLOW_IN(Y)+A
FLOW_OUT(Y)=FLOW_OUT(Y)+B
EVAP(Y)=EVAP(Y)+C
TLOSS(Y)=TLOSS(Y)+D
SED_IN(Y)=SED_IN(Y)+E
SED_OUT(Y)=SED_OUT(Y)+F
SEDCONC(Y)=SEDCONC(Y)+G
ORGN_IN(Y)=ORGN_IN(Y)+H
ORGN_OUT(Y)=ORGN_OUT(Y)+I
ORGP_IN(Y)=ORGP_IN(Y)+J
ORGP_OUT(Y)=ORGP_OUT(Y)+K
NO3_IN(Y)=NO3_IN(Y)+L
NO3_OUT(Y)=NO3_OUT(Y)+M
NH4_IN(Y)=NH4_IN(Y)+N
NH4_OUT(Y)=NH4_OUT(Y)+O
NO2_IN(Y)=NO2_IN(Y)+P
NO2_OUT(Y)=NO2_OUT(Y)+Q
END DO
END DO
DO Z=1,516
NO3_INB(1,Z)=NO3_IN(Z)/365
NO3_IN(Z)=0.0
END DO
DO X=366,731 !2000
DO Y=1,516
READ(10,"(44X,17E12.4)")A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
FLOW_IN(Y)=FLOW_IN(Y)+A
FLOW_OUT(Y)=FLOW_OUT(Y)+B
EVAP(Y)=EVAP(Y)+C
TLOSS(Y)=TLOSS(Y)+D
SED_IN(Y)=SED_IN(Y)+E
SED_OUT(Y)=SED_OUT(Y)+F
SEDCONC(Y)=SEDCONC(Y)+G
ORGN_IN(Y)=ORGN_IN(Y)+H
ORGN_OUT(Y)=ORGN_OUT(Y)+I
ORGP_IN(Y)=ORGP_IN(Y)+J
ORGP_OUT(Y)=ORGP_OUT(Y)+K
NO3_IN(Y)=NO3_IN(Y)+L
NO3_OUT(Y)=NO3_OUT(Y)+M
NH4_IN(Y)=NH4_IN(Y)+N
NH4_OUT(Y)=NH4_OUT(Y)+O
NO2_IN(Y)=NO2_IN(Y)+P
NO2_OUT(Y)=NO2_OUT(Y)+Q
END DO
END DO
DO Z=1,516
NO3_INB(2,Z)=NO3_IN(Z)/366
NO3_IN(Z)=0.0
END DO
DO X=732,1096 !2001
DO Y=1,516
READ(10,"(44X,17E12.4)")A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
FLOW_IN(Y)=FLOW_IN(Y)+A
FLOW_OUT(Y)=FLOW_OUT(Y)+B
EVAP(Y)=EVAP(Y)+C
TLOSS(Y)=TLOSS(Y)+D
SED_IN(Y)=SED_IN(Y)+E
SED_OUT(Y)=SED_OUT(Y)+F
SEDCONC(Y)=SEDCONC(Y)+G
ORGN_IN(Y)=ORGN_IN(Y)+H
ORGN_OUT(Y)=ORGN_OUT(Y)+I
ORGP_IN(Y)=ORGP_IN(Y)+J
ORGP_OUT(Y)=ORGP_OUT(Y)+K
NO3_IN(Y)=NO3_IN(Y)+L
NO3_OUT(Y)=NO3_OUT(Y)+M
NH4_IN(Y)=NH4_IN(Y)+N
NH4_OUT(Y)=NH4_OUT(Y)+O
NO2_IN(Y)=NO2_IN(Y)+P
NO2_OUT(Y)=NO2_OUT(Y)+Q
END DO
END DO
DO Z=1,516
NO3_INB(3,Z)=NO3_IN(Z)/366
NO3_IN(Z)=0.0
END DO
DO X=1097,1461 !2002
DO Y=1,516
READ(10,"(44X,17E12.4)")A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
FLOW_IN(Y)=FLOW_IN(Y)+A
FLOW_OUT(Y)=FLOW_OUT(Y)+B
EVAP(Y)=EVAP(Y)+C
TLOSS(Y)=TLOSS(Y)+D
SED_IN(Y)=SED_IN(Y)+E
SED_OUT(Y)=SED_OUT(Y)+F
SEDCONC(Y)=SEDCONC(Y)+G
ORGN_IN(Y)=ORGN_IN(Y)+H
ORGN_OUT(Y)=ORGN_OUT(Y)+I
ORGP_IN(Y)=ORGP_IN(Y)+J
ORGP_OUT(Y)=ORGP_OUT(Y)+K
NO3_IN(Y)=NO3_IN(Y)+L
NO3_OUT(Y)=NO3_OUT(Y)+M
NH4_IN(Y)=NH4_IN(Y)+N
NH4_OUT(Y)=NH4_OUT(Y)+O
NO2_IN(Y)=NO2_IN(Y)+P
NO2_OUT(Y)=NO2_OUT(Y)+Q
END DO
END DO
DO Z=1,516
NO3_INB(4,Z)=NO3_IN(Z)/366
NO3_IN(Z)=0.0
END DO
DO X=1462,1826 !2003
DO Y=1,516
READ(10,"(44X,17E12.4)")A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
FLOW_IN(Y)=FLOW_IN(Y)+A
FLOW_OUT(Y)=FLOW_OUT(Y)+B
EVAP(Y)=EVAP(Y)+C
TLOSS(Y)=TLOSS(Y)+D
SED_IN(Y)=SED_IN(Y)+E
SED_OUT(Y)=SED_OUT(Y)+F
SEDCONC(Y)=SEDCONC(Y)+G
ORGN_IN(Y)=ORGN_IN(Y)+H
ORGN_OUT(Y)=ORGN_OUT(Y)+I
ORGP_IN(Y)=ORGP_IN(Y)+J
ORGP_OUT(Y)=ORGP_OUT(Y)+K
NO3_IN(Y)=NO3_IN(Y)+L
NO3_OUT(Y)=NO3_OUT(Y)+M
NH4_IN(Y)=NH4_IN(Y)+N
NH4_OUT(Y)=NH4_OUT(Y)+O
NO2_IN(Y)=NO2_IN(Y)+P
NO2_OUT(Y)=NO2_OUT(Y)+Q
END DO
END DO
DO Z=1,516
NO3_INB(5,Z)=NO3_IN(Z)/366
NO3_IN(Z)=0.0
END DO
DO X=1827,2191 !2004
DO Y=1,516
READ(10,"(44X,17E12.4)")A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
FLOW_IN(Y)=FLOW_IN(Y)+A
FLOW_OUT(Y)=FLOW_OUT(Y)+B
EVAP(Y)=EVAP(Y)+C
TLOSS(Y)=TLOSS(Y)+D
SED_IN(Y)=SED_IN(Y)+E
SED_OUT(Y)=SED_OUT(Y)+F
SEDCONC(Y)=SEDCONC(Y)+G
ORGN_IN(Y)=ORGN_IN(Y)+H
ORGN_OUT(Y)=ORGN_OUT(Y)+I
ORGP_IN(Y)=ORGP_IN(Y)+J
ORGP_OUT(Y)=ORGP_OUT(Y)+K
NO3_IN(Y)=NO3_IN(Y)+L
NO3_OUT(Y)=NO3_OUT(Y)+M
NH4_IN(Y)=NH4_IN(Y)+N
NH4_OUT(Y)=NH4_OUT(Y)+O
NO2_IN(Y)=NO2_IN(Y)+P
NO2_OUT(Y)=NO2_OUT(Y)+Q
END DO
END DO
DO Z=1,516
NO3_INB(6,Z)=NO3_IN(Z)/366
NO3_IN(Z)=0.0
END DO
DO X=2192,2556 !2005
DO Y=1,516
READ(10,"(44X,17E12.4)")A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
FLOW_IN(Y)=FLOW_IN(Y)+A
FLOW_OUT(Y)=FLOW_OUT(Y)+B
EVAP(Y)=EVAP(Y)+C
TLOSS(Y)=TLOSS(Y)+D
SED_IN(Y)=SED_IN(Y)+E
SED_OUT(Y)=SED_OUT(Y)+F
SEDCONC(Y)=SEDCONC(Y)+G
ORGN_IN(Y)=ORGN_IN(Y)+H
ORGN_OUT(Y)=ORGN_OUT(Y)+I
ORGP_IN(Y)=ORGP_IN(Y)+J
ORGP_OUT(Y)=ORGP_OUT(Y)+K
NO3_IN(Y)=NO3_IN(Y)+L
NO3_OUT(Y)=NO3_OUT(Y)+M
NH4_IN(Y)=NH4_IN(Y)+N
NH4_OUT(Y)=NH4_OUT(Y)+O
NO2_IN(Y)=NO2_IN(Y)+P
NO2_OUT(Y)=NO2_OUT(Y)+Q
END DO
END DO
DO Z=1,516
NO3_INB(7,Z)=NO3_IN(Z)/366
NO3_IN(Z)=0.0
END DO
DO X=2557,2921 !2006
DO Y=1,516
READ(10,"(44X,17E12.4)")A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
FLOW_IN(Y)=FLOW_IN(Y)+A
FLOW_OUT(Y)=FLOW_OUT(Y)+B
EVAP(Y)=EVAP(Y)+C
TLOSS(Y)=TLOSS(Y)+D
SED_IN(Y)=SED_IN(Y)+E
SED_OUT(Y)=SED_OUT(Y)+F
SEDCONC(Y)=SEDCONC(Y)+G
ORGN_IN(Y)=ORGN_IN(Y)+H
ORGN_OUT(Y)=ORGN_OUT(Y)+I
ORGP_IN(Y)=ORGP_IN(Y)+J
ORGP_OUT(Y)=ORGP_OUT(Y)+K
NO3_IN(Y)=NO3_IN(Y)+L
NO3_OUT(Y)=NO3_OUT(Y)+M
NH4_IN(Y)=NH4_IN(Y)+N
NH4_OUT(Y)=NH4_OUT(Y)+O
NO2_IN(Y)=NO2_IN(Y)+P
NO2_OUT(Y)=NO2_OUT(Y)+Q
END DO
END DO
DO Z=1,516
NO3_INB(8,Z)=NO3_IN(Z)/366
NO3_IN(Z)=0.0
END DO
DO X=2922,3287 !2007
DO Y=1,516
READ(10,"(44X,17E12.4)")A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
FLOW_IN(Y)=FLOW_IN(Y)+A
FLOW_OUT(Y)=FLOW_OUT(Y)+B
EVAP(Y)=EVAP(Y)+C
TLOSS(Y)=TLOSS(Y)+D
SED_IN(Y)=SED_IN(Y)+E
SED_OUT(Y)=SED_OUT(Y)+F
SEDCONC(Y)=SEDCONC(Y)+G
ORGN_IN(Y)=ORGN_IN(Y)+H
ORGN_OUT(Y)=ORGN_OUT(Y)+I
ORGP_IN(Y)=ORGP_IN(Y)+J
ORGP_OUT(Y)=ORGP_OUT(Y)+K
NO3_IN(Y)=NO3_IN(Y)+L
NO3_OUT(Y)=NO3_OUT(Y)+M
NH4_IN(Y)=NH4_IN(Y)+N
NH4_OUT(Y)=NH4_OUT(Y)+O
NO2_IN(Y)=NO2_IN(Y)+P
NO2_OUT(Y)=NO2_OUT(Y)+Q
END DO
END DO
DO Z=1,516
NO3_INB(9,Z)=NO3_IN(Z)/366
NO3_IN(Z)=0.0
END DO
DO X=3288,3653 !2008
DO Y=1,516
READ(10,"(44X,17E12.4)")A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
FLOW_IN(Y)=FLOW_IN(Y)+A
FLOW_OUT(Y)=FLOW_OUT(Y)+B
EVAP(Y)=EVAP(Y)+C
TLOSS(Y)=TLOSS(Y)+D
SED_IN(Y)=SED_IN(Y)+E
SED_OUT(Y)=SED_OUT(Y)+F
SEDCONC(Y)=SEDCONC(Y)+G
ORGN_IN(Y)=ORGN_IN(Y)+H
ORGN_OUT(Y)=ORGN_OUT(Y)+I
ORGP_IN(Y)=ORGP_IN(Y)+J
ORGP_OUT(Y)=ORGP_OUT(Y)+K
NO3_IN(Y)=NO3_IN(Y)+L
NO3_OUT(Y)=NO3_OUT(Y)+M
NH4_IN(Y)=NH4_IN(Y)+N
NH4_OUT(Y)=NH4_OUT(Y)+O
NO2_IN(Y)=NO2_IN(Y)+P
NO2_OUT(Y)=NO2_OUT(Y)+Q
END DO
END DO
DO Z=1,516
NO3_INB(10,Z)=NO3_IN(Z)/366
NO3_IN(Z)=0.0
END DO
DO X=3654,4018 !2009
DO Y=1,516
READ(10,"(44X,17E12.4)")A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
FLOW_IN(Y)=FLOW_IN(Y)+A
FLOW_OUT(Y)=FLOW_OUT(Y)+B
EVAP(Y)=EVAP(Y)+C
TLOSS(Y)=TLOSS(Y)+D
SED_IN(Y)=SED_IN(Y)+E
SED_OUT(Y)=SED_OUT(Y)+F
SEDCONC(Y)=SEDCONC(Y)+G
ORGN_IN(Y)=ORGN_IN(Y)+H
ORGN_OUT(Y)=ORGN_OUT(Y)+I
ORGP_IN(Y)=ORGP_IN(Y)+J
ORGP_OUT(Y)=ORGP_OUT(Y)+K
NO3_IN(Y)=NO3_IN(Y)+L
NO3_OUT(Y)=NO3_OUT(Y)+M
NH4_IN(Y)=NH4_IN(Y)+N
NH4_OUT(Y)=NH4_OUT(Y)+O
NO2_IN(Y)=NO2_IN(Y)+P
NO2_OUT(Y)=NO2_OUT(Y)+Q
END DO
END DO
DO Z=1,516
NO3_INB(11,Z)=NO3_IN(Z)/366
NO3_IN(Z)=0.0
END DO
DO X=4019,4383 !2010
DO Y=1,516
READ(10,"(44X,17E12.4)")A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
FLOW_IN(Y)=FLOW_IN(Y)+A
FLOW_OUT(Y)=FLOW_OUT(Y)+B
EVAP(Y)=EVAP(Y)+C
TLOSS(Y)=TLOSS(Y)+D
SED_IN(Y)=SED_IN(Y)+E
SED_OUT(Y)=SED_OUT(Y)+F
SEDCONC(Y)=SEDCONC(Y)+G
ORGN_IN(Y)=ORGN_IN(Y)+H
ORGN_OUT(Y)=ORGN_OUT(Y)+I
ORGP_IN(Y)=ORGP_IN(Y)+J
ORGP_OUT(Y)=ORGP_OUT(Y)+K
NO3_IN(Y)=NO3_IN(Y)+L
NO3_OUT(Y)=NO3_OUT(Y)+M
NH4_IN(Y)=NH4_IN(Y)+N
NH4_OUT(Y)=NH4_OUT(Y)+O
NO2_IN(Y)=NO2_IN(Y)+P
NO2_OUT(Y)=NO2_OUT(Y)+Q
END DO
END DO
DO Z=1,516
NO3_INB(12,Z)=NO3_IN(Z)/366
NO3_IN(Z)=0.0
END DO
DO X=4384,4748 !2011
DO Y=1,516
READ(10,"(44X,17E12.4)")A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
FLOW_IN(Y)=FLOW_IN(Y)+A
FLOW_OUT(Y)=FLOW_OUT(Y)+B
EVAP(Y)=EVAP(Y)+C
TLOSS(Y)=TLOSS(Y)+D
SED_IN(Y)=SED_IN(Y)+E
SED_OUT(Y)=SED_OUT(Y)+F
SEDCONC(Y)=SEDCONC(Y)+G
ORGN_IN(Y)=ORGN_IN(Y)+H
ORGN_OUT(Y)=ORGN_OUT(Y)+I
ORGP_IN(Y)=ORGP_IN(Y)+J
ORGP_OUT(Y)=ORGP_OUT(Y)+K
NO3_IN(Y)=NO3_IN(Y)+L
NO3_OUT(Y)=NO3_OUT(Y)+M
NH4_IN(Y)=NH4_IN(Y)+N
NH4_OUT(Y)=NH4_OUT(Y)+O
NO2_IN(Y)=NO2_IN(Y)+P
NO2_OUT(Y)=NO2_OUT(Y)+Q
END DO
END DO
DO Z=1,516
NO3_INB(13,Z)=NO3_IN(Z)/366
NO3_IN(Z)=0.0
END DO
DO X=4749,5114 !2012
DO Y=1,516
READ(10,"(44X,17E12.4)")A,B,C,D,E,F,G,H,I,J,K,L,M,N,O,P,Q
FLOW_IN(Y)=FLOW_IN(Y)+A
FLOW_OUT(Y)=FLOW_OUT(Y)+B
EVAP(Y)=EVAP(Y)+C
TLOSS(Y)=TLOSS(Y)+D
SED_IN(Y)=SED_IN(Y)+E
SED_OUT(Y)=SED_OUT(Y)+F
SEDCONC(Y)=SEDCONC(Y)+G
ORGN_IN(Y)=ORGN_IN(Y)+H
ORGN_OUT(Y)=ORGN_OUT(Y)+I
ORGP_IN(Y)=ORGP_IN(Y)+J
ORGP_OUT(Y)=ORGP_OUT(Y)+K
NO3_IN(Y)=NO3_IN(Y)+L
NO3_OUT(Y)=NO3_OUT(Y)+M
NH4_IN(Y)=NH4_IN(Y)+N
NH4_OUT(Y)=NH4_OUT(Y)+O
NO2_IN(Y)=NO2_IN(Y)+P
NO2_OUT(Y)=NO2_OUT(Y)+Q
END DO
END DO
DO Z=1,516
NO3_INB(14,Z)=NO3_IN(Z)/366
NO3_IN(Z)=0.0
END DO
OPEN(11,FILE='OUT',STATUS='UNKNOWN')
DO Z=1,516
WRITE(11,"(14(E10.4,6X))") NO3_INB(1,Z),NO3_INB(2,Z),NO3_INB(3,Z),
$ NO3_INB(4,Z),NO3_INB(5,Z),NO3_INB(6,Z),NO3_INB(7,Z),
$ NO3_INB(8,Z),NO3_INB(9,Z),NO3_INB(10,Z),NO3_INB(11,Z),
$ NO3_INB(12,Z),NO3_INB(13,Z),NO3_INB(14,Z)
END DO
CLOSE(10)
CLOSE(11)
END