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saved_stat_file.F90
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saved_stat_file.F90
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subroutine plane_parav_plane_yz(kk)
! INCLUDE 'header_duct'
use ntypes
use Domain
use Grid, only : dx,GZF, GYF, GXF
use run_variable
use variable_stat
implicit none
integer i,j,k,np1,np2,kk,N
!FILENAMES
parameter(np1 = NZ, np2 = NY)
character(len=100) :: InFileName, OutFileName
character(len=100) :: dataDIR, outputDIR
character(len=80) :: basename
!OTHER STRINGS
character(len=25) :: ss
! real(r4),allocatable,dimension(:) :: g1vtk,g2vtk
real(r4) :: g1vtk(1:np1),g2vtk(1:np2), var_1(1:3*np1*np2)
! th_wh(1:np1,1:np2,N_TH+1)
! real(r4),allocatable,dimension(:,:) :: var1
! real(r8),allocatable,dimension(:,:,:) :: th_wh
!STATUS VARIABLES
integer :: s11
do k=1,np1
g1vtk(k) = GZF(k)
enddo
do j=1,np2
g2vtk(j) = GYF(J)
enddo
outputDIR='plane_data_yz/'
basename = 'data_parav_yz'
write(OutFileName,'(a,a,i4.4,a2,i5.5,a4)') trim(outputDIR), &
trim(basename)//"_p",ipn,"_n",kk,".vtk"
open(unit=13,file=OutFileName,access='stream', &
form='unformatted',status='unknown', &
convert='big_endian',iostat=s11)
WRITE(6,*) 'Wrting in ', OutFileName,' for paraview for plane ipn=', ipn
!HEADER: note termination with char(10)
write(13) "# vtk DataFile Version 3.0"//char(10)
write(13) trim(BaseName)//char(10)
write(13) "BINARY"//char(10)
write(13) "DATASET RECTILINEAR_GRID"//char(10)
write(ss,fmt='(A10,3I5)') "DIMENSIONS",1,np1,np2
write(13) ss//char(10)
!Xgrid
write(ss,fmt='(A13,I6,A6)') "X_COORDINATES",1," float"
write(13) char(10)//ss//char(10)
write(13) real(GXF(ipn))
!Ygrid
write(ss,fmt='(A13,I6,A6)') "Y_COORDINATES",np1," float"
write(13) char(10)//ss//char(10)
do k = 1,np1
write(13) g1vtk(k)
enddo
!Zgrid
write(ss,fmt='(A13,I6,A6)') "Z_COORDINATES",np2," float"
write(13) char(10)//ss//char(10)
do j = 1,np2
write(13) g2vtk(j)
enddo
!Field
k = 1
do j = 1, np2
do i = 1, np1
var_1(k) = real(U1X(ipn,i,j))
k = k+1
var_1(k) = real(U3X(ipn,i,j))
k = k+1
var_1(k) = real(U2X(ipn,i,j))
k = k+1
DO N=1,N_TH
th_wh(i,j,N)= THX(ipn,i,j,N) + THBAR(j,N) !
ENDDO
enddo
enddo
do j = 1, np2
do i = 1, np1
th_wh(i,j,N_TH+1)=-alpha_T*THX(ipn,i,j,1)+THBAR(j,N_TH+1)
enddo
enddo
!Field
write(ss,fmt='(A10,I15)') "POINT_DATA",np1*np2
write(13) char(10)//ss//char(10)
write(13) "VECTORS velocity_vectors float 1"//char(10)
write(13) var_1
write(13) "SCALARS Temp_div float 1"//char(10)
write(13) "LOOKUP_TABLE default"//char(10)
write(13) real(dble(THX(ipn,1:np1,1:np2,1)))
write(13) "SCALARS Temp_wh float 1"//char(10)
write(13) "LOOKUP_TABLE default"//char(10)
write(13) real(th_wh(1:np1,1:np2,1))
write(13) "SCALARS Density_wh float 1"//char(10)
write(13) "LOOKUP_TABLE default"//char(10)
write(13) real(th_wh(1:np1,1:np2,2))
WRITE(6,*) 'Finished Wrting in ', OutFileName,' for paraview'
!Close VTK File
close(13)
return
end subroutine plane_parav_plane_yz
subroutine plane_parav_plane_zx(kk)
! INCLUDE 'header_duct'
use ntypes
use Domain
use Grid, only : dx,GZF, GYF
use run_variable
use variable_stat
use mpi_var, only: rank
implicit none
integer i,j,k,np1,np3,kk,N
!FILENAMES
parameter(np1 = NX, np3 = NZ)
character(len=100) :: InFileName, OutFileName
character(len=100) :: dataDIR, outputDIR
character(len=80) :: basename
!OTHER STRINGS
character(len=25) :: ss
real(r8),allocatable,dimension(:,:) :: U1_ZX,U2_ZX,U3_ZX,TH_ZX,K_E_ZX
real(r4) :: g1vtk(1:np1),g3vtk(1:np3), var_2(1:3*np1*np3)
! th_wh(1:np1,1:np2,N_TH+1)
! real(r4),allocatable,dimension(:,:) :: var1
! real(r8),allocatable,dimension(:,:,:) :: th_wh
!STATUS VARIABLES
integer :: s11
allocate (U1_ZX(1:(NXP+1)*NP,1:NZ+2))
allocate (U2_ZX(1:(NXP+1)*NP,1:NZ+2))
allocate (U3_ZX(1:(NXP+1)*NP,1:NZ+2))
allocate (TH_ZX(1:(NXP+1)*NP,1:NZ+2))
allocate (K_E_ZX(1:(NXP+1)*NP,1:NZ+2))
U1_ZX(:,:)=0.0d0
U2_ZX(:,:)=0.0d0
U3_ZX(:,:)=0.0d0
TH_ZX(:,:)=0.0d0
K_E_ZX(:,:)=0.0d0
! jpn1 = int(NY)
CALL MPI_COMBINE (U1X(0:NXP,0:NZ+1,jpn1),U1_ZX,NXP+1,NZ+2)
CALL MPI_COMBINE (U2X(0:NXP,0:NZ+1,jpn1),U2_ZX,NXP+1,NZ+2)
CALL MPI_COMBINE (U3X(0:NXP,0:NZ+1,jpn1),U3_ZX,NXP+1,NZ+2)
CALL MPI_COMBINE (THX(0:NXP,0:NZ+1,jpn1,1),TH_ZX,NXP+1,NZ+2)
do k=1,np1
g1vtk(k) = dx(1)*(k-1)
enddo
do j=1,np3
g3vtk(j) = GZF(J)
enddo
if (rank.eq.0)then
outputDIR='plane_data_zx/'
basename = 'data_parav_zx'
write(OutFileName,'(a,a,i4.4,a2,i5.5,a4)') trim(outputDIR), &
trim(basename)//"_p",jpn1,"_n",kk,".vtk"
! write(OutFileName,'(a,a,i5.5,a4)') trim(outputDIR), &
! trim(basename)//"_n",kk,".vtk"
open(unit=13,file=OutFileName,access='stream', &
form='unformatted',status='unknown', &
convert='big_endian',iostat=s11)
WRITE(6,*) 'Wrting in ', OutFileName,' for paraview for plane jpn1=', jpn1
!HEADER: note termination with char(10)
write(13) "# vtk DataFile Version 3.0"//char(10)
write(13) trim(BaseName)//char(10)
write(13) "BINARY"//char(10)
write(13) "DATASET RECTILINEAR_GRID"//char(10)
write(ss,fmt='(A10,3I5)') "DIMENSIONS",np1,np3,1
write(13) ss//char(10)
!Xgrid
write(ss,fmt='(A13,I6,A6)') "X_COORDINATES",np1," float"
write(13) char(10)//ss//char(10)
do k = 1,np1
write(13) g1vtk(k)
enddo
!Ygrid
write(ss,fmt='(A13,I6,A6)') "Y_COORDINATES",np3," float"
write(13) char(10)//ss//char(10)
do j = 1,np3
write(13) g3vtk(j)
enddo
!Zgrid
write(ss,fmt='(A13,I6,A6)') "Z_COORDINATES",1," float"
write(13) char(10)//ss//char(10)
write(13) real(GYF(jpn1))
!Field
j = 1
do k = 1, np3
do i = 1, np1
var_2(j) = real(U1_ZX(i,k))
j = j+1
var_2(j) = real(U3_ZX(i,k))
j = j+1
var_2(j) = real(U2_ZX(i,k))
j = j+1
K_E_ZX(i,k)=0.5d0*((real(U1_ZX(i,k)))**2+(real(U2_ZX(i,k)))**2+(real(U3_ZX(i,k)))**2)
enddo
enddo
!Field
write(ss,fmt='(A10,I15)') "POINT_DATA",np1*np3
write(13) char(10)//ss//char(10)
write(13) "VECTORS velocity_vectors float 1"//char(10)
write(13) var_2
write(13) "SCALARS Temp_div float 1"//char(10)
write(13) "LOOKUP_TABLE default"//char(10)
write(13) real(TH_ZX(1:np1,1:np3))
write(13) "SCALARS Kinetic_Energy float 1"//char(10)
write(13) "LOOKUP_TABLE default"//char(10)
write(13) real(K_E_ZX(1:np1,1:np3))
!Close VTK File
close(13)
endif
deallocate(U1_ZX,U2_ZX,U3_ZX,TH_ZX,K_E_ZX)
return
end subroutine plane_parav_plane_zx
subroutine plane_parav_plane_zx_2(kk)
! INCLUDE 'header_duct'
use ntypes
use Domain
use Grid, only : dx,GZF, GYF
use run_variable
use variable_stat
use mpi_var, only: rank
implicit none
integer i,j,k,np1,np3,kk,N
!FILENAMES
parameter(np1 = NX, np3 = NZ)
character(len=100) :: InFileName, OutFileName
character(len=100) :: dataDIR, outputDIR
character(len=80) :: basename
!OTHER STRINGS
character(len=25) :: ss
real(r8),allocatable,dimension(:,:) :: U1_ZX_2,U2_ZX_2,U3_ZX_2,TH_ZX_2,K_E_ZX_2
real(r4) :: g1vtk(1:np1),g3vtk(1:np3), var_2(1:3*np1*np3)
! th_wh(1:np1,1:np2,N_TH+1)
! real(r4),allocatable,dimension(:,:) :: var1
! real(r8),allocatable,dimension(:,:,:) :: th_wh
!STATUS VARIABLES
integer :: s11
allocate (U1_ZX_2(1:(NXP+1)*NP,1:NZ+2))
allocate (U2_ZX_2(1:(NXP+1)*NP,1:NZ+2))
allocate (U3_ZX_2(1:(NXP+1)*NP,1:NZ+2))
allocate (TH_ZX_2(1:(NXP+1)*NP,1:NZ+2))
allocate (K_E_ZX_2(1:(NXP+1)*NP,1:NZ+2))
U1_ZX_2(:,:)=0.0d0
U2_ZX_2(:,:)=0.0d0
U3_ZX_2(:,:)=0.0d0
TH_ZX_2(:,:)=0.0d0
K_E_ZX_2(:,:)=0.0d0
! jpn2 = int(NY-16)
CALL MPI_COMBINE (U1X(0:NXP,0:NZ+1,jpn2),U1_ZX_2,NXP+1,NZ+2)
CALL MPI_COMBINE (U2X(0:NXP,0:NZ+1,jpn2),U2_ZX_2,NXP+1,NZ+2)
CALL MPI_COMBINE (U3X(0:NXP,0:NZ+1,jpn2),U3_ZX_2,NXP+1,NZ+2)
CALL MPI_COMBINE (THX(0:NXP,0:NZ+1,jpn2,1),TH_ZX_2,NXP+1,NZ+2)
do k=1,np1
g1vtk(k) = dx(1)*(k-1)
enddo
do j=1,np3
g3vtk(j) = GZF(J)
enddo
if (rank.eq.0)then
outputDIR='plane_data_zx/'
basename = 'data_parav_zx'
write(OutFileName,'(a,a,i4.4,a2,i5.5,a4)') trim(outputDIR), &
trim(basename)//"_p",jpn2,"_n",kk,".vtk"
open(unit=13,file=OutFileName,access='stream', &
form='unformatted',status='unknown', &
convert='big_endian',iostat=s11)
WRITE(6,*) 'Wrting in ', OutFileName,' for paraview for plane jpn2=', jpn2
!HEADER: note termination with char(10)
write(13) "# vtk DataFile Version 3.0"//char(10)
write(13) trim(BaseName)//char(10)
write(13) "BINARY"//char(10)
write(13) "DATASET RECTILINEAR_GRID"//char(10)
write(ss,fmt='(A10,3I5)') "DIMENSIONS",np1,np3,1
write(13) ss//char(10)
!Xgrid
write(ss,fmt='(A13,I6,A6)') "X_COORDINATES",np1," float"
write(13) char(10)//ss//char(10)
do k = 1,np1
write(13) g1vtk(k)
enddo
!Ygrid
write(ss,fmt='(A13,I6,A6)') "Y_COORDINATES",np3," float"
write(13) char(10)//ss//char(10)
do j = 1,np3
write(13) g3vtk(j)
enddo
!Zgrid
write(ss,fmt='(A13,I6,A6)') "Z_COORDINATES",1," float"
write(13) char(10)//ss//char(10)
write(13) real(GYF(jpn2))
!Field
j = 1
do k = 1, np3
do i = 1, np1
var_2(j) = real(U1_ZX_2(i,k))
j = j+1
var_2(j) = real(U3_ZX_2(i,k))
j = j+1
var_2(j) = real(U2_ZX_2(i,k))
j = j+1
K_E_ZX_2(i,k)=0.5d0*((real(U1_ZX_2(i,k)))**2+(real(U2_ZX_2(i,k)))**2+(real(U3_ZX_2(i,k)))**2)
enddo
enddo
!Field
write(ss,fmt='(A10,I15)') "POINT_DATA",np1*np3
write(13) char(10)//ss//char(10)
write(13) "VECTORS velocity_vectors float 1"//char(10)
write(13) var_2
write(13) "SCALARS Temp_div float 1"//char(10)
write(13) "LOOKUP_TABLE default"//char(10)
write(13) real(TH_ZX_2(1:np1,1:np3))
write(13) "SCALARS Kinetic_Energy float 1"//char(10)
write(13) "LOOKUP_TABLE default"//char(10)
write(13) real(K_E_ZX_2(1:np1,1:np3))
!Close VTK File
close(13)
endif
deallocate(U1_ZX_2,U2_ZX_2,U3_ZX_2,TH_ZX_2,K_E_ZX_2)
return
end subroutine plane_parav_plane_zx_2
subroutine plane_parav_plane_xy(kk)
! INCLUDE 'header_duct'
use ntypes
use Domain
use Grid, only : dx,GZF, GYF
use run_variable
use variable_stat
use mpi_var, only: rank
implicit none
integer i,j,k,np1,np2,kk,N
!FILENAMES
parameter(np1 = NX, np2 = NY)
character(len=100) :: InFileName, OutFileName
character(len=100) :: dataDIR, outputDIR
character(len=80) :: basename
!OTHER STRINGS
character(len=25) :: ss
real(r8),allocatable,dimension(:,:) :: U1_XY,U2_XY,U3_XY,TH_XY,K_E
real(r4) :: g1vtk(1:np1),g2vtk(1:np2), var_1(1:3*np1*np2)
! th_wh(1:np1,1:np2,N_TH+1)
! real(r4),allocatable,dimension(:,:) :: var1
! real(r8),allocatable,dimension(:,:,:) :: th_wh
!STATUS VARIABLES
integer :: s11
allocate (U1_XY(1:(NXP+1)*NP,1:NY+2))
allocate (U2_XY(1:(NXP+1)*NP,1:NY+2))
allocate (U3_XY(1:(NXP+1)*NP,1:NY+2))
allocate (TH_XY(1:(NXP+1)*NP,1:NY+2))
allocate (K_E(1:(NXP+1)*NP,1:NY+2))
U1_XY(:,:)=0.0d0
U2_XY(:,:)=0.0d0
U3_XY(:,:)=0.0d0
TH_XY(:,:)=0.0d0
K_E(:,:)=0.0d0
! kpn = int((NZ+1)/2)
CALL MPI_COMBINE (U1X(0:NXP,kpn1,0:NY+1),U1_XY,NXP+1,NY+2)
CALL MPI_COMBINE (U2X(0:NXP,kpn1,0:NY+1),U2_XY,NXP+1,NY+2)
CALL MPI_COMBINE (U3X(0:NXP,kpn1,0:NY+1),U3_XY,NXP+1,NY+2)
CALL MPI_COMBINE (THX(0:NXP,kpn1,0:NY+1,1),TH_XY,NXP+1,NY+2)
do k=1,np1
g1vtk(k) = dx(1)*(k-1)
enddo
do j=1,np2
g2vtk(j) = GYF(J)
enddo
if (rank.eq.0)then
outputDIR='plane_data_xy/'
basename = 'data_parav_xy'
IF (IBM) THEN
DO I=0,(NXP+1)*NP-1
DO J=1,hill_ind_tot(I)+1
U1_XY(I+1,J)=1.0d0
U2_XY(I+1,J)=1.0d0
U3_XY(I+1,J)=1.0d0
TH_XY(I+1,J)=100.0d0
ENDDO
ENDDO
ENDIF
write(OutFileName,'(a,a,i4.4,a2,i5.5,a4)') trim(outputDIR), &
trim(basename)//"_p",kpn1,"_n",kk,".vtk"
open(unit=13,file=OutFileName,access='stream', &
form='unformatted',status='unknown', &
convert='big_endian',iostat=s11)
WRITE(6,*) 'Wrting in ', OutFileName,' for paraview for plane kpn1=', kpn1
!HEADER: note termination with char(10)
write(13) "# vtk DataFile Version 3.0"//char(10)
write(13) trim(BaseName)//char(10)
write(13) "BINARY"//char(10)
write(13) "DATASET RECTILINEAR_GRID"//char(10)
write(ss,fmt='(A10,3I5)') "DIMENSIONS",np1,1,np2
write(13) ss//char(10)
!Xgrid
write(ss,fmt='(A13,I6,A6)') "X_COORDINATES",np1," float"
write(13) char(10)//ss//char(10)
do k = 1,np1
write(13) g1vtk(k)
enddo
!Ygrid
write(ss,fmt='(A13,I6,A6)') "Y_COORDINATES",1," float"
write(13) char(10)//ss//char(10)
write(13) real(GZF(kpn1))
!Zgrid
write(ss,fmt='(A13,I6,A6)') "Z_COORDINATES",np2," float"
write(13) char(10)//ss//char(10)
do j = 1,np2
write(13) g2vtk(j)
enddo
!Field
k = 1
do j = 1, np2
do i = 1, np1
var_1(k) = real(U1_XY(i,j))
k = k+1
var_1(k) = real(U3_XY(i,j))
k = k+1
var_1(k) = real(U2_XY(i,j))
k = k+1
K_E(i,j) =0.5d0*((real(U1_XY(i,j)))**2+(real(U2_XY(i,j)))**2+(real(U3_XY(i,j)))**2)
enddo
enddo
!Field
write(ss,fmt='(A10,I15)') "POINT_DATA",np1*np2
write(13) char(10)//ss//char(10)
write(13) "VECTORS velocity_vectors float 1"//char(10)
write(13) var_1
write(13) "SCALARS Temp_div float 1"//char(10)
write(13) "LOOKUP_TABLE default"//char(10)
write(13) real(TH_XY(1:np1,1:np2))
write(13) "SCALARS Kinetic_Energy float 1"//char(10)
write(13) "LOOKUP_TABLE default"//char(10)
write(13) real(K_E(1:np1,1:np2))
!Close VTK File
close(13)
endif
deallocate(U1_XY,U2_XY,U3_XY,TH_XY,K_E)
return
end subroutine plane_parav_plane_xy
subroutine plane_parav_plane_xy_2(kk)
! INCLUDE 'header_duct'
use ntypes
use Domain
use Grid, only : dx,GZF, GYF
use run_variable
use variable_stat
use mpi_var, only: rank
implicit none
integer i,j,k,np1,np2,kk,N
!FILENAMES
parameter(np1 = NX, np2 = NY)
character(len=100) :: InFileName, OutFileName
character(len=100) :: dataDIR, outputDIR
character(len=80) :: basename
!OTHER STRINGS
character(len=25) :: ss
real(r8),allocatable,dimension(:,:) :: U1_XY,U2_XY,U3_XY,TH_XY,K_E
real(r4) :: g1vtk(1:np1),g2vtk(1:np2), var_1(1:3*np1*np2)
! th_wh(1:np1,1:np2,N_TH+1)
! real(r4),allocatable,dimension(:,:) :: var1
! real(r8),allocatable,dimension(:,:,:) :: th_wh
!STATUS VARIABLES
integer :: s11
allocate (U1_XY(1:(NXP+1)*NP,1:NY+2))
allocate (U2_XY(1:(NXP+1)*NP,1:NY+2))
allocate (U3_XY(1:(NXP+1)*NP,1:NY+2))
allocate (TH_XY(1:(NXP+1)*NP,1:NY+2))
allocate (K_E(1:(NXP+1)*NP,1:NY+2))
U1_XY(:,:)=0.0d0
U2_XY(:,:)=0.0d0
U3_XY(:,:)=0.0d0
TH_XY(:,:)=0.0d0
K_E(:,:)=0.0d0
! kpn = int((NZ+1)/2)
CALL MPI_COMBINE (U1X(0:NXP,kpn2,0:NY+1),U1_XY,NXP+1,NY+2)
CALL MPI_COMBINE (U2X(0:NXP,kpn2,0:NY+1),U2_XY,NXP+1,NY+2)
CALL MPI_COMBINE (U3X(0:NXP,kpn2,0:NY+1),U3_XY,NXP+1,NY+2)
CALL MPI_COMBINE (THX(0:NXP,kpn2,0:NY+1,1),TH_XY,NXP+1,NY+2)
do k=1,np1
g1vtk(k) = dx(1)*(k-1)
enddo
do j=1,np2
g2vtk(j) = GYF(J)
enddo
if (rank.eq.0)then
outputDIR='plane_data_xy/'
basename = 'data_parav_xy'
IF (IBM) THEN
DO I=0,(NXP+1)*NP-1
DO J=1,hill_ind_tot(I)+1
U1_XY(I+1,J)=1.0d0
U2_XY(I+1,J)=1.0d0
U3_XY(I+1,J)=1.0d0
TH_XY(I+1,J)=100.0d0
ENDDO
ENDDO
ENDIF
write(OutFileName,'(a,a,i4.4,a2,i5.5,a4)') trim(outputDIR), &
trim(basename)//"_p",kpn2,"_n",kk,".vtk"
open(unit=13,file=OutFileName,access='stream', &
form='unformatted',status='unknown', &
convert='big_endian',iostat=s11)
WRITE(6,*) 'Wrting in ', OutFileName,' for paraview for plane kpn2=', kpn2
!HEADER: note termination with char(10)
write(13) "# vtk DataFile Version 3.0"//char(10)
write(13) trim(BaseName)//char(10)
write(13) "BINARY"//char(10)
write(13) "DATASET RECTILINEAR_GRID"//char(10)
write(ss,fmt='(A10,3I5)') "DIMENSIONS",np1,1,np2
write(13) ss//char(10)
!Xgrid
write(ss,fmt='(A13,I6,A6)') "X_COORDINATES",np1," float"
write(13) char(10)//ss//char(10)
do k = 1,np1
write(13) g1vtk(k)
enddo
!Ygrid
write(ss,fmt='(A13,I6,A6)') "Y_COORDINATES",1," float"
write(13) char(10)//ss//char(10)
write(13) real(GZF(kpn2))
!Zgrid
write(ss,fmt='(A13,I6,A6)') "Z_COORDINATES",np2," float"
write(13) char(10)//ss//char(10)
do j = 1,np2
write(13) g2vtk(j)
enddo
!Field
k = 1
do j = 1, np2
do i = 1, np1
var_1(k) = real(U1_XY(i,j))
k = k+1
var_1(k) = real(U3_XY(i,j))
k = k+1
var_1(k) = real(U2_XY(i,j))
k = k+1
K_E(i,j)=0.5d0*((real(U1_XY(i,j)))**2+(real(U2_XY(i,j)))**2+(real(U3_XY(i,j)))**2)
enddo
enddo
!Field
write(ss,fmt='(A10,I15)') "POINT_DATA",np1*np2
write(13) char(10)//ss//char(10)
write(13) "VECTORS velocity_vectors float 1"//char(10)
write(13) var_1
write(13) "SCALARS Temp_div float 1"//char(10)
write(13) "LOOKUP_TABLE default"//char(10)
write(13) real(TH_XY(1:np1,1:np2))
write(13) "SCALARS Kinetic_Energy float 1"//char(10)
write(13) "LOOKUP_TABLE default"//char(10)
write(13) real(K_E(1:np1,1:np2))
!Close VTK File
close(13)
endif
deallocate(U1_XY,U2_XY,U3_XY,TH_XY,K_E)
return
end subroutine plane_parav_plane_xy_2
subroutine plane_parav_vel(kk)
! INCLUDE 'header_duct'
use ntypes
use Domain
use Grid, only : dx,GZF, GYF
use run_variable
use variable_stat
implicit none
integer i,j,k,np1,np2,kk,N
!FILENAMES
parameter(np1 = NZ, np2 = NY)
character(len=100) :: InFileName, OutFileName
character(len=100) :: dataDIR, outputDIR
character(len=80) :: basename
!OTHER STRINGS
character(len=25) :: ss
! real(r4),allocatable,dimension(:) :: g1vtk,g2vtk
real(r4) g1vtk(1:np1),g2vtk(1:np2), var_1(1:3*np1*np2)
! th_wh(1:np1,1:np2,N_TH+1)
! real(r4),allocatable,dimension(:,:) :: var1
! real(r8),allocatable,dimension(:,:,:) :: th_wh
!STATUS VARIABLES
integer :: s11
! allocate (th_wh(0:NZ+1,0:NY+1,1:N_TH+1))
! allocate (var1(0:NZ+1,0:NY+1))
! allocate(g1vtk(0:NZ+1), g2vtk(0:NY+1))
! do j=0,NY+1
! g1vtk(j) = xpoint(k,j)
! enddo
do k=1,np1
g1vtk(k) = GZF(k)
enddo
do j=1,np2
g2vtk(j) = GYF(J)
enddo
! DO N=1,N_TH
! th_wh(k,j,N)=dble(CTHX(0,k,j,N)) + TH_BAR(K,j,N) !
! ENDDO
! IF (Non_linear_ST) THEN
! call density_TC(.true.,.true.)
! ELSE
! do j=0,NY+1
! do k=0,NZ+1
! th_wh(k,j,N_TH+1)= -alpha_w*dble(CTHX(0,K,J,1)) + gamma_w*dble(CTHX(0,K,J,2)) + TH_BAR(K,j,N_TH+1) !
! enddo
! enddo
! ENDIF
outputDIR='plane_data_yz/'
basename = 'data_parav'
write(OutFileName,'(a,a,i5.5,a4)') trim(outputDIR), &
trim(basename)//"_n",kk,".vtk"
open(unit=13,file=OutFileName,access='stream', &
form='unformatted',status='unknown', &
convert='big_endian',iostat=s11)
WRITE(6,*) 'Wrting in ', OutFileName,' for paraview'
!HEADER: note termination with char(10)
write(13) "# vtk DataFile Version 3.0"//char(10)
write(13) trim(BaseName)//char(10)
write(13) "BINARY"//char(10)
write(13) "DATASET RECTILINEAR_GRID"//char(10)
write(ss,fmt='(A10,3I5)') "DIMENSIONS",1,np1,np2
write(13) ss//char(10)
!Xgrid
write(ss,fmt='(A13,I6,A6)') "X_COORDINATES",1," float"
write(13) char(10)//ss//char(10)
write(13) 0.01
!Ygrid
write(ss,fmt='(A13,I6,A6)') "Y_COORDINATES",np1," float"
write(13) char(10)//ss//char(10)
do k = 1,np1
write(13) g1vtk(k)
enddo
!Zgrid
write(ss,fmt='(A13,I6,A6)') "Z_COORDINATES",np2," float"
write(13) char(10)//ss//char(10)
do j = 1,np2
write(13) g2vtk(j)
enddo
!Field
k = 1
do j = 1, np2
do i = 1, np1
var_1(k) = real(dble(CU1X(0,i,j)))
k = k+1
var_1(k) = real(dble(CU3X(0,i,j)))
k = k+1
var_1(k) = real(dble(CU2X(0,i,j)))
k = k+1
DO N=1,N_TH
th_wh(i,j,N)=dble(CTHX(0,i,j,N)) + THBAR(j,N) !
ENDDO
enddo
enddo
do j = 1, np2
do i = 1, np1
th_wh(i,j,N_TH+1)=-alpha_T*dble(CTHX(0,i,j,1))+THBAR(j,N_TH+1)
enddo
enddo
!Field
write(ss,fmt='(A10,I15)') "POINT_DATA",np1*np2
write(13) char(10)//ss//char(10)
write(13) "VECTORS velocity_vectors float 1"//char(10)
write(13) var_1
write(13) "SCALARS Temp_div float 1"//char(10)
write(13) "LOOKUP_TABLE default"//char(10)
write(13) real(dble(CTHX(0,1:np1,1:np2,1)))
write(13) "SCALARS Temp_wh float 1"//char(10)
write(13) "LOOKUP_TABLE default"//char(10)
write(13) real(th_wh(1:np1,1:np2,1))
write(13) "SCALARS Density_wh float 1"//char(10)
write(13) "LOOKUP_TABLE default"//char(10)
write(13) real(th_wh(1:np1,1:np2,2))
! write(13) "SCALARS Salinity float 1"//char(10)
! write(13) "LOOKUP_TABLE default"//char(10)
! write(13) real(dble(CTHX(0,0:NZ+1,0:NY+1,2)))
! write(13) "SCALARS Temp_w float 1"//char(10)
! write(13) "LOOKUP_TABLE default"//char(10)
! write(13) real(th_wh(0:NZ+1,0:NY+1,1))
! write(13) "SCALARS Salinity_w float 1"//char(10)
! write(13) "LOOKUP_TABLE default"//char(10)
! write(13) real(th_wh(0:NZ+1,0:NY+1,2))
! write(13) "SCALARS Density_w float 1"//char(10)
! write(13) "LOOKUP_TABLE default"//char(10)
! write(13) real(th_wh(0:NZ+1,0:NY+1,3))
write(13) "SCALARS Pressure float 1"//char(10)
write(13) "LOOKUP_TABLE default"//char(10)
write(13) real(dble(CPX(0,1:np1,1:np2)))
write(13) "SCALARS Urms float 1"//char(10)
write(13) "LOOKUP_TABLE default"//char(10)
write(13) real(wrms(1:np1,1:np2))
write(13) "SCALARS Wrms float 1"//char(10)
write(13) "LOOKUP_TABLE default"//char(10)
write(13) real(vrms(1:np1,1:np2))
write(13) "SCALARS Z_star float 1"//char(10)
write(13) "LOOKUP_TABLE default"//char(10)
write(13) real(Z_star_bar(1:np1,1:np2))
write(13) "SCALARS back_pot float 1"//char(10)
write(13) "LOOKUP_TABLE default"//char(10)
write(13) real(back_potential(1:np1,1:np2))
!Close VTK File
close(13)
!deallocate(g1vtk,g2vtk,var1 )
!if (allocated(SPplane) ) deallocate(SPplane)
!if (allocated(DPplane) ) deallocate(DPplane)
return
end subroutine plane_parav_vel
subroutine plot_para_tke(kk)
! INCLUDE 'header_duct'
use ntypes
use Domain
use Grid, only : dx,GZF, GYF
use run_variable
use variable_stat
use les_chan_var
implicit none
integer i,j,k,np1,np2,kk,N
!FILENAMES
parameter(np1 = NZ, np2 = NY)
character(len=100) :: InFileName, OutFileName
character(len=100) :: dataDIR, outputDIR
character(len=80) :: basename
!OTHER STRINGS
character(len=25) :: ss
real(r4) g1vtk(1:np1),g2vtk(1:np2), var_1(1:3*np1*np2)
real(r8) :: var_C_dyn(1:np1,1:np2)
integer :: s11
! do j=0,NY+1
! g1vtk(j) = xpoint(k,j)
! enddo
do k=1,np1
g1vtk(k) = GZF(k)
enddo
do j=1,np2
g2vtk(j) = GYF(J)
enddo
! do j=1,np2
! do k=1,np1
! if(denominator_sum(k,j) .ne. 0.) then
! var_C_dyn(k,j) = -0.50d0*numerator_sum(k,j)/denominator_sum(k,j)
! else
! var_C_dyn(k,j) = 0.0
! endif
! if(var_C_dyn(k,j) .lt. 0.d0 ) then
! var_C_dyn(k,j) = 0.0d0
! endif
! var_C_dyn(k,j) = DELTA_Y(k,j)**2.d0*Sbar_MEAN(k,j)
! enddo
! enddo
! DO N=1,N_TH
! th_wh(k,j,N)=dble(CTHX(0,k,j,N)) + TH_BAR(K,j,N) !
! ENDDO
! IF (Non_linear_ST) THEN
! call density_TC(.true.,.true.)
! ELSE
! do j=0,NY+1
! do k=0,NZ+1
! th_wh(k,j,N_TH+1)= -alpha_w*dble(CTHX(0,K,J,1)) + gamma_w*dble(CTHX(0,K,J,2)) + TH_BAR(K,j,N_TH+1) !
! enddo
! enddo
! ENDIF
outputDIR='plane_tke/'
basename = 'data_tke_parav'
write(OutFileName,'(a,a,i5.5,a4)') trim(outputDIR), &
trim(basename)//"_n",kk,".vtk"
open(unit=13,file=OutFileName,access='stream', &
form='unformatted',status='unknown', &
convert='big_endian',iostat=s11)
WRITE(6,*) 'Wrting in ', OutFileName,' for paraview'
!HEADER: note termination with char(10)
write(13) "# vtk DataFile Version 3.0"//char(10)
write(13) trim(BaseName)//char(10)
write(13) "BINARY"//char(10)
write(13) "DATASET RECTILINEAR_GRID"//char(10)
! write(ss,fmt='(A4,2I4,A6)') "TIME",1,1, " double"
! write(13) char(10)//ss//char(10)
! write(13) real(TIME/(60.00*60.00))
write(ss,fmt='(A10,3I5)') "DIMENSIONS",1,np1,np2
write(13) ss//char(10)
!Xgrid
write(ss,fmt='(A13,I6,A6)') "X_COORDINATES",1," float"
write(13) char(10)//ss//char(10)
write(13) 1.0
!Ygrid
write(ss,fmt='(A13,I6,A6)') "Y_COORDINATES",np1," float"
write(13) char(10)//ss//char(10)
do k = 1,np1
write(13) g1vtk(k)
enddo
!Zgrid
write(ss,fmt='(A13,I6,A6)') "Z_COORDINATES",np2," float"
write(13) char(10)//ss//char(10)
do j = 1,np2
write(13) g2vtk(j)
enddo
!Field
k = 1
do j = 1, np2
do i = 1, np1
var_1(k) = real(dble(CR1X(0,i,j)))
k = k+1
var_1(k) = real(dble(CR3X(0,i,j)))
k = k+1
var_1(k) = real(dble(CR2X(0,i,j)))
k = k+1
! DO N=1,N_TH
! th_wh(i,j,N)=dble(CTHX(0,i,j,N)) + THBAR(j,N) !
! ENDDO
enddo
enddo
! do j = 1, np2
! do i = 1, np1
! th_wh(i,j,N_TH+1)=-alpha_T*dble(CTHX(0,i,j,1))+THBAR(j,N_TH+1)