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gamainter.f
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C*************
SUBROUTINE setmodel(iq)
USE global
INTEGER iq
INCLUDE 'comopt.h'
INCLUDE 'comforw.h'
REAL fval ! function for computation of real values
INCLUDE './gama/common/parms_conv'
INCLUDE './gama/common/srlox'
INCLUDE './gama/common/depth'
INCLUDE './gama/common/tilt'
INTEGER i,ii
REAL xhelp
DO i=1,nparm
IF (par2phy(i).EQ.1) THEN
c*** this is the water depth
R_h0(par3(i))=fval(model(i,iq),i)
ELSEIF (par2phy(i).EQ.2) THEN
c*** this is the water velocity
c WRITE(*,*)'fval', fval(model(i,iq),i)
R_c0(par2lay(i),par3(i))=fval(model(i,iq),i)
ELSEIF (par2phy(i).EQ.3) THEN
c*** this is the sediment velocity
R_c1(par2lay(i),par3(i))=fval(model(i,iq),i)
ELSEIF (par2phy(i).EQ.4) THEN
c*** this is the attenuation
R_beta(par2lay(i),par3(i))=fval(model(i,iq),i)
ELSEIF (par2phy(i).EQ.5) THEN
c*** this is the roughness
c R_scatt(par2lay(i),par3(i))=fval(model(i,iq),i)
WRITE(*,*) 'not available in gama'
ELSEIF (par2phy(i).EQ.6) THEN
c*** this is the sediment density
R_r1(par2lay(i),par3(i)) = fval(model(i,iq),i)
ELSEIF (par2phy(i).EQ.8) THEN
c*** source depth
srloc(1)=fval(model(i,iq),i)
cpln WRITE(6,*)'#1 SD= ',srloc(1)
c*** receiver range...
ELSEIF (par2phy(i).EQ.9) THEN
cpln WRITE(6,*)'#1 ',rtmp(1),fval(model(i,iq),i)
xhelp=rtmp(1)*1000.
rtmp(1)= fval(model(i,iq),i)*0.001
xhelp=rtmp(1)*1000.-xhelp
ELSEIF (par2phy(i).EQ.11) THEN
c*** this is the EOF
aeof(par2lay(i)) = fval(model(i,iq),i)
ELSEIF (par2phy(i).EQ.12) THEN
c*** this is the bottom P-velocity
R_c2(par3(i)) = fval(model(i,iq),i)
ELSEIF (par2phy(i).EQ.13) THEN
c*** this is the bottom S-velocity
R_c2s(par3(i)) = fval(model(i,iq),i)
ELSEIF (par2phy(i).EQ.14) THEN
c*** this is the bottom density
R_r2(par3(i)) = fval(model(i,iq),i)
ELSEIF (par2phy(i).EQ.15) THEN
c*** this is the receiver depth
xhelp=zr1
zr1 = fval(model(i,iq),i)
cpln WRITE(6,*)'#1 RD= ',zr1
xhelp=zr1-xhelp
c THIS IS ONLY VALID FOR RI ENVIRONMENTS
ELSEIF (par2phy(i).EQ.16) THEN
c*** this is the velocity points in water
R_z0(par2lay(i),par3(i)) = fval(model(i,iq),i)
ELSEIF (par2phy(i).EQ.17) THEN
c*** this is the sediment depth
R_h1(par3(i)) = fval(model(i,iq),i)
ELSEIF (par2phy(i).EQ.18) THEN
c*** this is the velocity points in sediment
R_z1(par2lay(i),par3(i)) = fval(model(i,iq),i)
ELSEIF (par2phy(i).EQ.19) THEN
c*** this is tilt
dtiltv = fval(model(i,iq),i)
c WRITE(*,*) 'not available in prosim'
ELSEIF (par2phy(i).EQ.20) THEN
c*** this is time delay
del_time = fval(model(i,iq),i)
ELSEIF (par2phy(i).EQ.21) THEN
c*** this is tilt
dtilth = fval(model(i,iq),i)
c WRITE(6,*)'Tilth #1: ',dtilth
c PAUSE
ELSEIF (par2phy(i).EQ.22) THEN
c*** this is the velocity points in sediment
R_BLUG1(par2lay(i),par3(i)) = fval(model(i,iq),i)
ELSEIF (par2phy(i).EQ.23) THEN
c*** this is the velocity points in sediment
R_BLUG2(par2lay(i),par3(i)) = fval(model(i,iq),i)
ELSEIF (par2phy(i).EQ.24) THEN
c*** this is the velocity points in sediment
drtmp = fval(model(i,iq),i)
ELSE
WRITE(*,*) ' setmodel: option not defined for parameter',i
ENDIF
c WRITE(prtfil,*)' setmodel:, i,fval',i,fval(model(i,iq),i)
ENDDO
c WRITE(*,*)'parameters'
c WRITE(*,'(8f10.3)')(v(par2lay(i),par2phy(i)),i=1,nparm)
c DO i=1,nlay
c WRITE(*,'(6f12.3)')(v(i,j),j=1,6)
c ENDDO
END
c*************
SUBROUTINE setmodelbest(modelb)
USE global
INTEGER i,modelb(*),ii
REAL xhelp
INCLUDE 'comopt.h'
INCLUDE 'comforw.h'
REAL fval ! function for computation of real values
INCLUDE './gama/common/parms_conv'
INCLUDE './gama/common/srlox'
INCLUDE './gama/common/depth'
INCLUDE './gama/common/tilt'
DO i=1,nparm
IF (par2phy(i).EQ.1) THEN
c*** this is the water depth
R_h0(par3(i))=fval(modelb(i),i)
ELSEIF (par2phy(i).EQ.2) THEN
c*** this is the water velocity
c WRITE(*,*)'fval', fval(modelb(i),i)
R_c0(par2lay(i),par3(i))=fval(modelb(i),i)
ELSEIF (par2phy(i).EQ.3) THEN
c*** this is the sediment velocity
R_c1(par2lay(i),par3(i))=fval(modelb(i),i)
ELSEIF (par2phy(i).EQ.4) THEN
c*** this is the sediment attenuation
R_beta(par2lay(i),par3(i))=fval(modelb(i),i)
ELSEIF (par2phy(i).EQ.5) THEN
c*** this is the roughness
c R_scatt(par2lay(i),par3(i))=fval(modelb(i),i)
WRITE(*,*) 'not available in prosim'
ELSEIF (par2phy(i).EQ.6) THEN
c*** this is the sediment density
R_r1(par2lay(i),par3(i)) = fval(modelb(i),i)
ELSEIF (par2phy(i).EQ.8) THEN
c*** source depth
srloc(1)=fval(modelb(i),i)
cpln WRITE(6,*)'#2 SD= ',srloc(1)
ELSEIF (par2phy(i).EQ.9) THEN
c*** receiver range...
cpln WRITE(6,*)'#2 ',rtmp(1),fval(modelb(i),i)
xhelp=rtmp(1)*1000.
rtmp(1)= fval(modelb(i),i)*0.001
xhelp=rtmp(1)*1000.-xhelp
ELSEIF (par2phy(i).EQ.11) THEN
c*** this is the EOF
aeof(par2lay(i)) = fval(modelb(i),i)
ELSEIF (par2phy(i).EQ.12) THEN
c*** this is the bottom P-velocity
R_c2(par3(i)) = fval(modelb(i),i)
ELSEIF (par2phy(i).EQ.13) THEN
c*** this is the bottom S-velocity
R_c2s(par3(i)) = fval(modelb(i),i)
ELSEIF (par2phy(i).EQ.14) THEN
c*** this is the bottom density
R_r2(par3(i)) = fval(modelb(i),i)
ELSEIF (par2phy(i).EQ.15) THEN
c*** this is the receiver depth
xhelp=zr1
zr1 = fval(modelb(i),i)
cpln WRITE(6,*)'#2 RD= ',zr1
xhelp=zr1-xhelp
ELSEIF (par2phy(i).EQ.16) THEN
c*** this is the velocity points in water
R_z0(par2lay(i),par3(i)) = fval(modelb(i),i)
ELSEIF (par2phy(i).EQ.17) THEN
c*** this is the sediment depth
R_h1(par3(i)) = fval(modelb(i),i)
ELSEIF (par2phy(i).EQ.18) THEN
c*** this is the velocity points in sediment
R_z1(par2lay(i),par3(i)) = fval(modelb(i),i)
ELSEIF (par2phy(i).EQ.19) THEN
c*** this is tilt
dtiltv = fval(modelb(i),i)
c WRITE(*,*) 'not available in prosim'
ELSEIF (par2phy(i).EQ.20) THEN
c*** this is time delay
del_time = fval(modelb(i),i)
ELSEIF (par2phy(i).EQ.21) THEN
c*** this is tilt
c WRITE(*,*) 'not available in prosim'
dtilth = fval(modelb(i),i)
c WRITE(6,*)'Tilth #2: ',dtilth
c PAUSE
ELSEIF (par2phy(i).EQ.22) THEN
c*** this is the velocity points in sediment
R_BLUG1(par2lay(i),par3(i)) = fval(modelb(i),i)
ELSEIF (par2phy(i).EQ.23) THEN
c*** this is the velocity points in sediment
R_BLUG2(par2lay(i),par3(i)) = fval(modelb(i),i)
ELSEIF (par2phy(i).EQ.24) THEN
c*** this is the velocity points in sediment
drtmp = fval(modelb(i),i)
ELSE
WRITE(*,*) ' prosiminter: option not defined'
ENDIF
ENDDO
END
SUBROUTINE setmodelreal(x)
USE global
INCLUDE 'comopt.h'
INCLUDE 'comforw.h'
INCLUDE './gama/common/parms_conv'
INCLUDE './gama/common/srlox'
INCLUDE './gama/common/depth'
INCLUDE './gama/common/tilt'
INTEGER i,ii
REAL x(*),xhelp
DO i=1,nparm
IF (par2phy(i).EQ.1) THEN
c*** this is the water depth
R_h0(par3(i))=x(i)
ELSEIF (par2phy(i).EQ.2) THEN
c*** this is the water velocity
c WRITE(*,*)'fval', fval(modelb(i),i)
R_c0(par2lay(i),par3(i))=x(i)
ELSEIF (par2phy(i).EQ.3) THEN
c*** this is the sediment velocity
R_c1(par2lay(i),par3(i))=x(i)
ELSEIF (par2phy(i).EQ.4) THEN
c*** this is the attenuation
R_beta(par2lay(i),par3(i))=x(i)
ELSEIF (par2phy(i).EQ.5) THEN
c*** this is the roughness
c R_scatt(par2lay(i),par3(i))=x(i)
WRITE(*,*) 'not available in prosim'
ELSEIF (par2phy(i).EQ.6) THEN
c*** this is the sediment density
R_r1(par2lay(i),par3(i)) = x(i)
ELSEIF (par2phy(i).EQ.8) THEN
c*** source depth
srloc(1)=x(i)
cpln WRITE(6,*)'#3 SD= ',srloc(1)
ELSEIF (par2phy(i).EQ.9) THEN
c*** receiver range...
cpln WRITE(6,*)'#3 ',rtmp(1),x(i)
xhelp=rtmp(1)*1000.
rtmp(1)= x(i)*0.001
xhelp=rtmp(1)*1000.-xhelp
ELSEIF (par2phy(i).EQ.11) THEN
c*** this is the EOF
aeof(par2lay(i)) = x(i)
ELSEIF (par2phy(i).EQ.12) THEN
c*** this is the bottom P-velocity
R_c2(par3(i)) = x(i)
ELSEIF (par2phy(i).EQ.13) THEN
c*** this is the bottom S-velocity
R_c2s(par3(i)) =x(i)
ELSEIF (par2phy(i).EQ.14) THEN
c*** this is the bottom density
R_r2(par3(i)) = x(i)
ELSEIF (par2phy(i).EQ.15) THEN
c*** this is the receiver depth
xhelp=zr1
zr1 = x(i)
cpln WRITE(6,*)'#3 RD= ',zr1
xhelp=zr1-xhelp
ELSEIF (par2phy(i).EQ.16) THEN
c*** this is the velocity points in water
R_z0(par2lay(i),par3(i)) = x(i)
ELSEIF (par2phy(i).EQ.17) THEN
c*** this is the sediment depth
R_h1(par3(i)) = x(i)
ELSEIF (par2phy(i).EQ.18) THEN
c*** this is the velocity points in sediment
R_z1(par2lay(i),par3(i)) = x(i)
ELSEIF (par2phy(i).EQ.19) THEN
c*** this is tilt
dtiltv = x(i)
c WRITE(*,*) 'not available in prosim'
ELSEIF (par2phy(i).EQ.20) THEN
c*** this is time delay
del_time = x(i)
ELSEIF (par2phy(i).EQ.21) THEN
c*** this is tilt
c WRITE(*,*) 'not available in prosim'
dtilth = x(i)
c WRITE(6,*)'Tilth #3: ',dtilth
c PAUSE
ELSEIF (par2phy(i).EQ.22) THEN
c*** this is the velocity points in sediment
R_BLUG1(par2lay(i),par3(i)) = x(i)
ELSEIF (par2phy(i).EQ.23) THEN
c*** this is the velocity points in sediment
R_BLUG2(par2lay(i),par3(i)) = x(i)
ELSEIF (par2phy(i).EQ.24) THEN
c*** this is the velocity points in sediment
drtmp = x(i)
ELSE
WRITE(*,*) ' prosiminter: option not defined'
ENDIF
ENDDO
END
c********************
SUBROUTINE getmodelreal(x)
USE global
INCLUDE 'comopt.h'
INCLUDE 'comforw.h'
INCLUDE './gama/common/parms_conv'
INCLUDE './gama/common/srlox'
INCLUDE './gama/common/depth'
INCLUDE './gama/common/tilt'
INTEGER i
REAL x(*)
DO i=1,nparm
IF (par2phy(i).EQ.1) THEN
c*** this is the water depth
x(i)=R_h0(par3(i))
ELSEIF (par2phy(i).EQ.2) THEN
c*** this is the water velocity
x(i)=R_c0(par2lay(i),par3(i))
ELSEIF (par2phy(i).EQ.3) THEN
c*** this is the sediment velocity
x(i)= R_c1(par2lay(i),par3(i))
ELSEIF (par2phy(i).EQ.4) THEN
c*** this is the sediment attenuation
x(i)=R_beta(par2lay(i),par3(i))
ELSEIF (par2phy(i).EQ.5) THEN
c*** this is the roughness
c x(i)=R_scatt(par2lay(i),par3(i))
WRITE(*,*) 'not available in prosim'
ELSEIF (par2phy(i).EQ.6) THEN
c*** this is the sediment density
x(i)=R_r1(par2lay(i),par3(i))
ELSEIF (par2phy(i).EQ.8) THEN
c*** source depth
x(i)=srloc(1)
cpln WRITE(6,*)'#4 SD= ',srloc(1)
ELSEIF (par2phy(i).EQ.9) THEN
c*** receiver range...
cpln WRITE(6,*)'#4 ',rtmp(1),x(i)
x(i)= rtmp(1)*1000.
ELSEIF (par2phy(i).EQ.11) THEN
c*** this is the EOF
x(i)=aeof(par2lay(i))
ELSEIF (par2phy(i).EQ.12) THEN
c*** this is the bottom P-velocity
x(i) = R_c2(par3(i))
ELSEIF (par2phy(i).EQ.13) THEN
c*** this is the bottom S-velocity
x(i) = R_c2s(par3(i))
ELSEIF (par2phy(i).EQ.14) THEN
c*** this is the bottom density
x(i) = R_r2(par3(i))
ELSEIF (par2phy(i).EQ.15) THEN
c*** this is the receiver depth
x(i) = zr1
cpln WRITE(6,*)'#4 RD= ',zr1
c fldrd(2) = fldrd(1)+fldrd(3)*(ndep-1)
ELSEIF (par2phy(i).EQ.16) THEN
c*** this is the velocity points in water
x(i)= R_z0(par2lay(i),par3(i))
ELSEIF (par2phy(i).EQ.17) THEN
c*** this is the sediment depth
x(i)=R_h1(par3(i))
ELSEIF (par2phy(i).EQ.18) THEN
c*** this is the velocity points in sediment
x(i)= R_z1(par2lay(i),par3(i))
ELSEIF (par2phy(i).EQ.19) THEN
c*** this is tilt
c WRITE(*,*) 'not available in prosim'
x(i)=dtiltv
ELSEIF (par2phy(i).EQ.20) THEN
c*** this is time delay
x(i)=del_time
ELSEIF (par2phy(i).EQ.21) THEN
c*** this is tilt
c WRITE(*,*) 'not available in prosim'
x(i)=dtilth
c WRITE(6,*)'Tilth #4: ',dtilth
c PAUSE
ELSEIF (par2phy(i).EQ.22) THEN
c*** this is the velocity points in sediment
x(i)= R_BLUG1(par2lay(i),par3(i))
ELSEIF (par2phy(i).EQ.23) THEN
c*** this is the velocity points in sediment
x(i)= R_BLUG2(par2lay(i),par3(i))
ELSEIF (par2phy(i).EQ.24) THEN
c*** this is the velocity points in sediment
x(i)= drtmp
ELSE
WRITE(*,*) ' prosiminter: option not defined'
ENDIF
ENDDO
END
c*********************
SUBROUTINE setmodelx(ixlay,ixpar,iz,theta1)
USE global
INCLUDE 'comopt.h'
INCLUDE 'comforw.h'
INCLUDE './gama/common/parms_conv'
INCLUDE './gama/common/srlox'
INCLUDE './gama/common/depth'
INCLUDE './gama/common/tilt'
INTEGER ixlay,ixpar,iz,ii
REAL theta1,xhelp
IF (ixpar.EQ.1) THEN
c*** this is the water depth
R_h0(iz)=theta1
ELSEIF (ixpar.EQ.2) THEN
c*** this is the water velocity
c WRITE(*,*)'fval', theta
R_c0(ixlay,iz)=theta1
ELSEIF (ixpar.EQ.3) THEN
c*** this is the sediment velocity
R_c1(ixlay,iz)=theta1
ELSEIF (ixpar.EQ.4) THEN
c*** this is the attenuation
R_beta(ixlay,iz)=theta1
ELSEIF (ixpar.EQ.5) THEN
c*** this is the roughness
c R_scatt(ixlay,iz)=theta
WRITE(*,*) 'not available in prosim'
ELSEIF (ixpar.EQ.6) THEN
c*** this is the sediment density
R_r1(ixlay,iz) = theta1
ELSEIF (ixpar.EQ.8) THEN
c*** source depth
srloc(1)=theta1
cpln WRITE(6,*)'#5 SD= ',srloc(1)
ELSEIF (ixpar.EQ.9) THEN
c*** receiver range...
cpln WRITE(6,*)'#5 ',rtmp(1),theta1
xhelp=rtmp(1)*1000.
rtmp(1)= theta1*0.001
xhelp=rtmp(1)*1000.-xhelp
ELSEIF (ixpar.EQ.11) THEN
c*** this is the EOF
aeof(ixlay) = theta1
ELSEIF (ixpar.EQ.12) THEN
c*** this is the bottom P-velocity
R_c2(iz) = theta1
ELSEIF (ixpar.EQ.13) THEN
c*** this is the bottom S-velocity
R_c2s(iz) =theta1
ELSEIF (ixpar.EQ.14) THEN
c*** this is the bottom density
R_r2(iz) = theta1
ELSEIF (ixpar.EQ.15) THEN
c*** this is the receiver depth
xhelp=zr1
zr1 = theta1
cpln WRITE(6,*)'#5 RD= ',zr1
xhelp=zr1-xhelp
ELSEIF (ixpar.EQ.16) THEN
c*** this is the velocity points in water
R_z0(ixlay,iz)= theta1
ELSEIF (ixpar.EQ.17) THEN
c*** this is the sediment depth
R_h1(iz)=theta1
ELSEIF (ixpar.EQ.18) THEN
c*** this is the velocity points in sediment
R_z1(ixlay,iz)= theta1
ELSEIF (ixpar.EQ.19) THEN
c*** this is tilt
c WRITE(*,*) 'not available in prosim'
dtiltv = theta1
ELSEIF (ixpar.EQ.20) THEN
c*** this is time delay
del_time =theta1
ELSEIF (ixpar.EQ.21) THEN
c*** this is tilt
c WRITE(*,*) 'not available in prosim'
dtilth = theta1
c WRITE(6,*)'Tilth #5: ',dtilth
c PAUSE
ELSEIF (ixpar.EQ.22) THEN
c*** this is the velocity points in sediment
R_BLUG1(ixlay,iz)= theta1
ELSEIF (ixpar.EQ.23) THEN
c*** this is the velocity points in sediment
R_BLUG2(ixlay,iz)= theta1
ELSEIF (ixpar.EQ.24) THEN
c*** this is the velocity points in sediment
drtmp= theta1
ELSE
WRITE(*,*) ' gamainter: option not defined'
ENDIF
END
c*************
SUBROUTINE setmodeleof(x)
USE global
INCLUDE 'comopt.h'
INCLUDE 'comforw.h'
INCLUDE './gama/common/parms_conv'
INCLUDE './gama/common/srlox'
INCLUDE './gama/common/depth'
INCLUDE './gama/common/tilt'
INTEGER i,ii
REAL x(*),xhelp
DO i=1,neofvar
IF (par2phy_eof(i).EQ.1) THEN
c*** this is the water depth
R_h0(par3_eof(i)) = x(i)
ELSEIF (par2phy_eof(i).EQ.2) THEN
c*** this is the water velocity
c WRITE(*,*)'fval', fval(modelb(i),i)
R_c0(par2lay_eof(i),par3_eof(i))=x(i)
ELSEIF (par2phy_eof(i).EQ.3) THEN
c*** this is the sediment velocity
R_c1(par2lay_eof(i),par3_eof(i))=x(i)
ELSEIF (par2phy_eof(i).EQ.4) THEN
c*** this is the sediment attenuation
R_beta(par2lay_eof(i),par3_eof(i))=x(i)
ELSEIF (par2phy_eof(i).EQ.5) THEN
c*** this is the roughness
c R_scatt(par2lay_eof(i),par3_eof(i))=x(i)
WRITE(*,*) 'not available in prosim'
ELSEIF (par2phy_eof(i).EQ.6) THEN
c*** this is the sediment density
R_r1(par2lay_eof(i),par3_eof(i)) = x(i)
ELSEIF (par2phy_eof(i).EQ.8) THEN
c*** source depth
srloc(1)=x(i)
cpln WRITE(6,*)'#6 SD= ',srloc(1)
ELSEIF (par2phy_eof(i).EQ.9) THEN
c*** receiver range...
cpln WRITE(6,*)'#5 ',rtmp(1),x(i)
xhelp=rtmp(1)*1000.
rtmp(1)= x(i)*0.001
xhelp=rtmp(1)*1000.-xhelp
ELSEIF (par2phy_eof(i).EQ.12) THEN
c*** this is the bottom P-velocity
R_c2(par3_eof(i)) = x(i)
ELSEIF (par2phy_eof(i).EQ.13) THEN
c*** this is the bottom S-velocity
R_c2s(par3_eof(i)) = x(i)
ELSEIF (par2phy_eof(i).EQ.14) THEN
c*** this is the bottom density
R_r2(par3_eof(i)) = x(i)
ELSEIF (par2phy_eof(i).EQ.15) THEN
c*** this is the receiver depth
xhelp=zr1
zr1 = x(i)
cpln WRITE(6,*)'#6 RD= ',zr1
xhelp=zr1-xhelp
ELSEIF (par2phy_eof(i).EQ.16) THEN
c*** this is the velocity points in water
R_z0(par2lay_eof(i),par3_eof(i)) = x(i)
ELSEIF (par2phy_eof(i).EQ.17) THEN
c*** this is the sediment depth
R_h1(par3_eof(i)) = x(i)
ELSEIF (par2phy_eof(i).EQ.18) THEN
c*** this is the velocity points in sedimet
R_z1(par2lay_eof(i),par3_eof(i)) = x(i)
ELSEIF (par2phy_eof(i).EQ.19) THEN
c*** this is tilt
c WRITE(*,*) 'not available in prosim'
dtiltv = x(i)
ELSEIF (par2phy_eof(i).EQ.20) THEN
c*** this is time delay
del_time=x(i)
ELSEIF (par2phy_eof(i).EQ.21) THEN
c*** this is tilt
c WRITE(*,*) 'not available in prosim'
dtilth = x(i)
c WRITE(6,*)'Tilth #6: ',dtilth
c PAUSE
ELSEIF (par2phy_eof(i).EQ.22) THEN
c*** this is the velocity points in sedimet
R_BLUG1(par2lay_eof(i),par3_eof(i)) = x(i)
ELSEIF (par2phy_eof(i).EQ.23) THEN
c*** this is the velocity points in sedimet
R_BLUG2(par2lay_eof(i),par3_eof(i)) = x(i)
ELSEIF (par2phy_eof(i).EQ.24) THEN
c*** this is the velocity points in sedimet
drtmp = x(i)
ELSE
WRITE(*,*) ' gamainter: option not defined'
ENDIF
c WRITE(*,*)par2phy_eof(i),par2lay_eof(i),x(i)
ENDDO
END