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bnd_profiles_mod.f90
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bnd_profiles_mod.f90
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module bnd_profiles_mod
!
use module_kind_types
use eqn_idx, only : nec,nmx,nmy,nmz,nmb,nme,nee,ntk,ntl,nq
!
implicit none
!
private
!
!
!
! ##################################
! ### Module Public Procedures ###
! ##################################
!
public :: init_bnd_profile_structures
public :: compute_bnd_profiles
public :: bnd_profiles_memory_usage
!
!
!
! ###########################
! ### Module Parameters ###
! ###########################
!
character(len=*), parameter :: fname = "bndprof.tec.dat"
!
!
!
! ##############################
! ### Module Derived Types ###
! ##############################
!
!
! PROFILE_QUANTITY: Derived type containing the name of a profile
! quantity and the corresponding data
!
type, public :: profile_quantity
character(len=100) :: qty_name
real(wp), allocatable :: qty_data(:)
end type profile_quantity
!
! PROFILE: Derived type of a single profile containing multiple quantities
!
type, public :: profile
character(len=100) :: prof_name
integer :: group_num
integer, allocatable :: faces(:)
integer, allocatable :: connectivity(:,:)
type(profile_quantity), allocatable :: qty(:)
end type profile
!
!
!
! ###################################
! ### Module Allocatable Arrays ###
! ###################################
!
! BND_PROF : Solution profiles along each boundary
! SOL_PROF : Solution profiles within the interior
!
type(profile), public, save, allocatable, dimension(:) :: bnd_prof
type(profile), public, save, allocatable, dimension(:) :: sol_prof
!
!
!
! ################################
! ### Module Local Variables ###
! ################################
!
!
contains
!
!###############################################################################
!
subroutine compute_bnd_profiles
!
!.. Use Statements ..
use order_mod, only : maxSP,maxFP,geom_solpts
use quadrature_mod, only : std_elem
use geovar, only : nr,bface,face,cell,xyz_nodes
use geovar, only : nodes_of_cell,nodes_of_cell_ptr
use ovar, only : machref,rhoref,aref,muref,tref
use ovar, only : cpref_nd,Pr
use ovar, only : output_bnd_profiles
use metrics_mod, only : geofa
use flowvar, only : usp,dusp
use interpolation_mod, only : interp
use interpolation_mod, only : outerp
!
!.. Local Scalars ..
integer :: i,k,l,m,n,nf,np,n1,n2,kf,kl
integer :: host_cell,host_geom,host_order
integer :: ndata,face_geom,face_order,nfp
integer :: ioprf,ierr
real(wp) :: temp,visc,tauwall
real(wp) :: cfmag,rex,utau,yplus,qdot
real(wp) :: dynamic_pres,blasius_cf
real(wp) :: uinf,eta_coef,vy_non_coef
real(wp) :: xloc,yloc,vx,vy,nuref
real(wp) :: eta,vx_non,vy_non
real(wp) :: cfdrag,cfdrag_total,plate_length
real(wp) :: cfdrag_ideal,jacfp,rexmax
logical(lk) :: use_coefs
integer :: nn1,host_side
!
character(len=20) :: zonetype
!
!.. Local Arrays ..
real(wp), dimension(1:nr) :: unrm
real(wp), dimension(1:nr) :: xyz_fp
real(wp), dimension(1:nq) :: cvfp
real(wp), dimension(1:nq) :: pvfp
real(wp), dimension(1:nr,1:nq) :: dcvdx
real(wp), dimension(1:nr,1:nq) :: dpvdx
real(wp), dimension(1:maxSP,1:nq) :: tusp
real(wp), dimension(1:maxSP,1:nr,1:nq) :: tdusp
real(wp), dimension(1:maxSP,1:nr,1:nq) :: tdvsp
real(wp), dimension(1:nr,1:nq,1:maxSP) :: dvsp
!
!.. Local Parameters ..
character(len=*), parameter :: pname = "compute_bnd_profiles"
!
continue
!
! If output_bnd_profiles is not set then return without doing anything
!
if (.not. output_bnd_profiles) return
!
call debug_timer(entering_procedure,pname)
!
dynamic_pres = half * machref * machref
!
cfdrag_total = zero
rexmax = -huge(zero)
!
! #########
! #########
! ## 1 ##
! #########
! #########
!
! Compute the various profile quantities
!
write (iout,1)
1 format(//,10x,"INTEGRATED SKIN FRICTION DRAG",/,80("-"))
do n = 1,size(bnd_prof)
!
ndata = 0 ! initialize the index within qty_data for this boundary group
!
cfdrag = zero ! initialize the integrated skin friction drag
!
do i = 1,size(bnd_prof(n)%faces)
!
nf = bnd_prof(n)%faces(i) ! boundary face of current profile
!
face_geom = face(nf)%geom ! geometry of boundary face
face_order = face(nf)%order ! order of boundary face
!
nfp = geom_solpts(face_geom,face_order) ! number of flx-pts
!
host_cell = face(nf)%left%cell ! host cell on current boundary face
!
host_geom = cell(host_cell)%geom ! host cell geometry type
host_order = cell(host_cell)%order ! host cell solution order
!
host_side = bface(4,nf)
!
n1 = cell(host_cell)%beg_sp ! beginning index for sol-pts in host cell
n2 = cell(host_cell)%end_sp ! ending index for sol-pts in host cell
np = n2-n1+1 ! number of sol-pts in host cell
!
! Create transposes of the usp and dusp arrays to reduce cache misses
!
nn1 = nodes_of_cell_ptr(host_cell)+1
!
jacfp = norm2( half * (xyz_nodes(:,nodes_of_cell(nn1+ &
side_nodes(1,host_side,host_geom))) - &
xyz_nodes(:,nodes_of_cell(nn1+ &
side_nodes(2,host_side,host_geom))) &
) &
)
!
!dvsp(1:nr,1:nq,1:np) = grad_cv_to_grad_pv( usp(1:nq,n1:n2) , &
! dusp(1,1:nq,n1:n2), &
! dusp(2,1:nq,n1:n2))
!
tusp(1:np,1:nq) = transpose( usp(1:nq,n1:n2) )
do k = 1,np
tdusp(k,1:nr,1:nq) = dusp(1:nr,1:nq,n1-1+k)
! tdvsp(k,1:nr,1:nq) = dvsp(1:nr,1:nq,k)
end do
!
! Compute the profile quantities at each data point for this face
!
do k = 1,nfp
!
! Index of flx-pt local to the current host cell
kl = face(nf)%left%get_fp_idx(face_geom,face_order,k)
! Index within qty_data for current flx-pt
kf = ndata + k
!
unrm(1:nr) = geofa(nf)%v(1:nr,k)
!
! Interpolate the conservative variables from the interior sol-pts
! to the current flux point on face nf
!
do m = 1,nq
cvfp(m) = interp(host_geom,host_order)% &
toFace(face_order)% &
dot( kl , tusp(1:np,m) )
do l = 1,nr
dcvdx(l,m) = interp(host_geom,host_order)% &
toFace(face_order)% &
dot( kl , tdusp(1:np,l,m) )
! dpvdx(l,m) = interp(host_geom,host_order)% &
! toFace(face_order)% &
! dot( kl , tdvsp(1:np,l,m) )
end do
end do
!
! Compute the primitive variables and their
! gradients at the current flux point
!
pvfp(1:nq) = usp2v_sp( cvfp(1:nq) )
dpvdx(1:nr,1:nq) = grad_cv_to_grad_pv_sp( cvfp(1:nq) , &
dcvdx(1:nr,1:nq) )
!
temp = temperature_pv_sp(pvfp)
visc = viscosity_pv_sp(pvfp)
!
pvfp(nec) = pvfp(nec) * rhoref
pvfp(nmb:nme) = pvfp(nmb:nme) * aref
pvfp(nee) = pvfp(nee) * rhoref * aref * aref
!
do m = 1,nq
bnd_prof(n)%qty(nr+m)%qty_data(kf) = pvfp(m)
end do
!
bnd_prof(n)%qty(nr+nq+1)%qty_data(kf) = temp * tref
bnd_prof(n)%qty(nr+nq+2)%qty_data(kf) = visc / muref
!
! Compute the other flow variables for the profile
!
do m = 1,nr
xyz_fp(m) = bnd_prof(n)%qty(m)%qty_data(kf)
end do
!
if (any(bface(1,nf) == bc_walls)) then
!
!tauwall = visc * &
! normal_streamwise_velocity_gradient_pv(pvfp,dpvdx,unrm)
tauwall = visc * dpvdx(2,nmx)
!tauwall = muref * dpvdx(2,nmx)
tauwall = abs(tauwall)
cfmag = tauwall / dynamic_pres
rex = rhoref * machref * aref * xyz_fp(1) / muref
!rex = rhoref * machref * aref * xyz_fp(1) / (visc*aref*rhoref)
utau = sqrt( tauwall / cvfp(nec) )
yplus = cvfp(1) * utau * xyz_fp(2) / visc
blasius_cf = 0.664_wp / sqrt(max(rex,small))
!qdot = -dot(dpvdx(1:nr,nee),unrm(1:nr)) * cpref_nd * visc / Pr
!
bnd_prof(n)%qty(nr+nq+3)%qty_data(kf) = cfmag
bnd_prof(n)%qty(nr+nq+4)%qty_data(kf) = rex
bnd_prof(n)%qty(nr+nq+5)%qty_data(kf) = yplus
bnd_prof(n)%qty(nr+nq+6)%qty_data(kf) = tauwall
bnd_prof(n)%qty(nr+nq+7)%qty_data(kf) = utau
bnd_prof(n)%qty(nr+nq+7)%qty_data(kf) = cfmag/blasius_cf
!bnd_prof(n)%qty(nr+nq+8)%qty_data(kf) = qdot
bnd_prof(n)%qty(nr+nq+8)%qty_data(kf) = blasius_cf
!
if (rex > rexmax) then
rexmax = rex
plate_length = xyz_fp(1)
end if
if (xyz_fp(1) > 1.0e-4_wp) then
cfdrag = cfdrag + cfmag*jacfp*std_elem(face_geom,face_order)%wts(k)
end if
!
else
!
bnd_prof(n)%qty(nr+nq+3)%qty_data(kf) = zero
bnd_prof(n)%qty(nr+nq+4)%qty_data(kf) = zero
bnd_prof(n)%qty(nr+nq+5)%qty_data(kf) = zero
bnd_prof(n)%qty(nr+nq+6)%qty_data(kf) = zero
bnd_prof(n)%qty(nr+nq+7)%qty_data(kf) = zero
bnd_prof(n)%qty(nr+nq+8)%qty_data(kf) = zero
!
end if
!
end do
!
! Update ndata for the next face in this boundary group
!
ndata = ndata + nfp
!
end do
!
if (cfdrag /= zero) then
cfdrag = cfdrag!/ plate_length
cfdrag_total = cfdrag_total + cfdrag
write (iout,2) bnd_prof(n)%group_num, &
trim(adjustl(bnd_prof(n)%prof_name)), &
cfdrag
!write (iout,'(a,es23.15)') " plate_length = ",plate_length
end if
2 format ("Boundary group #",i0," - (",a," B.C.) => cfdrag = ",es23.15)
!
end do
write (iout,3) cfdrag_total
3 format (80("-"),/,20x,"Total cfdrag = ",es23.15)
write (iout,4) 1.328_wp / sqrt(rexmax)
4 format (20x,"Ideal cfdrag = ",es23.15,/,80("-"))
!
! Compute the subsonic outflow profile
!
do n = 1,size(bnd_prof)
!
if (bc_string_to_integer(bnd_prof(n)%prof_name) == bc_sub_outflow) then
!
uinf = maxval( bnd_prof(n)%qty(nr+nmx)%qty_data ) * aref
!
do kf = 1,size(bnd_prof(n)%qty(1)%qty_data)
!
use_coefs = true
!use_coefs = fals
!
nuref = muref / rhoref
!
eta_coef = merge(half,one,use_coefs)
vy_non_coef = merge(two,one,use_coefs)
!
xloc = bnd_prof(n)%qty(1)%qty_data(kf)
yloc = bnd_prof(n)%qty(2)%qty_data(kf)
!
vx = bnd_prof(n)%qty(nr+nmx)%qty_data(kf) * aref
vy = bnd_prof(n)%qty(nr+nmy)%qty_data(kf) * aref
rex = uinf * xloc / nuref
!
eta = yloc * sqrt( max(eta_coef*uinf/(nuref*xloc),zero) )
vx_non = vx / uinf
vy_non = vy * sqrt( vy_non_coef * max(rex,zero) ) / uinf
!
bnd_prof(n)%qty(nr+nq+3)%qty_data(kf) = eta
bnd_prof(n)%qty(nr+nq+4)%qty_data(kf) = vx_non
bnd_prof(n)%qty(nr+nq+5)%qty_data(kf) = vy_non
bnd_prof(n)%qty(nr+nq+6)%qty_data(kf) = rex
bnd_prof(n)%qty(nr+nq+7)%qty_data(kf) = vx
bnd_prof(n)%qty(nr+nq+8)%qty_data(kf) = vy
!
end do
!
end if
!
end do
!
! #########
! #########
! ## 2 ##
! #########
! #########
!
! Go back through the face quantities and interpolate these values
! to the output solution points
!
do n = 1,size(bnd_prof)
!
ndata = 0 ! initialize the index within qty_data for this boundary group
!
do i = 1,size(bnd_prof(n)%faces)
!
nf = bnd_prof(n)%faces(i) ! boundary face of current profile
!
face_geom = face(nf)%geom ! geometry of boundary face
face_order = face(nf)%order ! order of boundary face
!
nfp = geom_solpts(face_geom,face_order) ! number of flx-pts
!
if (allocated(outerp(face_geom,face_order)%output)) then
!
n1 = ndata + 1
n2 = ndata + nfp
!
do m = 1,size(bnd_prof(n)%qty)
bnd_prof(n)%qty(m)%qty_data(n1:n2) = outerp(face_geom,face_order)% &
output% &
mv_mult( bnd_prof(n)%qty(m)%qty_data(n1:n2) )
end do
!
end if
!
! Update ndata for the next face in this boundary group
!
ndata = ndata + nfp
!
end do
!
end do
!
! #########
! #########
! ## 3 ##
! #########
! #########
!
! Output the profiles in Tecplot format
!
open (newunit=ioprf,file=fname,status="replace",action="write", &
form="formatted",position="rewind", &
iostat=ierr,iomsg=error_message)
call io_error(pname,fname,1,__LINE__,__FILE__,ierr,error_message)
!
write (ioprf,100) (trim(bnd_prof(1)%qty(m)%qty_name), &
m=1,size(bnd_prof(1)%qty) )
!
do n = 1,size(bnd_prof)
!
n1 = size(bnd_prof(n)%connectivity,dim=1)
n2 = size(bnd_prof(n)%connectivity,dim=2)
np = size(bnd_prof(n)%qty(1)%qty_data)
!
zonetype = merge("FEQUADRILATERAL","FELINESEG ",nr==3)
!
nf = bnd_prof(n)%faces(1)
!if (any(bface(1,nf) == bc_walls)) then
write (ioprf,101) trim(bnd_prof(n)%prof_name), &
np,n2,trim(zonetype)
!else
! write (ioprf,101) trim(bnd_prof(n)%prof_name), &
! np,n2,trim(zonetype),nr+nq+3,nr+nq+8
!end if
!
do m = 1,size(bnd_prof(n)%qty)
write (ioprf,102) (bnd_prof(n)%qty(m)%qty_data(i), i=1,np)
end do
!
do m = 1,n2
write (ioprf,103) (bnd_prof(n)%connectivity(i,m), i=1,n1)
end do
!
end do
!
close (ioprf,iostat=ierr,iomsg=error_message)
call io_error(pname,fname,2,__LINE__,__FILE__,ierr,error_message)
!
call debug_timer(leaving_procedure,pname)
!
! Format Statements
!
100 format ('VARIABLES =',100(' "',a,'"',:))
!100 format ('VARIABLES =',*(' "',a,'"',:))
101 format ('ZONE T="',a,'", N=',i0,', E=',i0, &
', DATAPACKING=BLOCK, ZONETYPE=',a,:, &
', PASSIVEVARLIST=[',i0,'-',i0,']')
102 format (5es18.10)
103 format (4(1x,i0))
!
end subroutine compute_bnd_profiles
!
!###############################################################################
!
subroutine init_bnd_profile_structures
!
!.. Use Statements ..
use order_mod, only : maxSP,geom_solpts
use geovar, only : nr,nfbnd,nbfai,bface
use geovar, only : xyz,face,cell,pst_geom
use ovar, only : output_bnd_profiles
use interpolation_mod, only : interp
use interpolation_mod, only : outerp
!
!.. Local Scalars ..
integer :: i,k,kl,kf,l,n,nf,np,n1,n2
integer :: nqty,ndata,nfbnd_nc,ierr
integer :: min_grp,max_grp,nbcgrps
integer :: group_id,num_group_faces
integer :: face_geom,face_order,nfp
integer :: host_cell,host_geom,host_order
integer :: flow_qtys,wall_qtys,n_subcells
integer :: iogrd
character(len=200) :: array_name
!
!.. Local Arrays ..
real(wp), dimension(1:maxSP,1:nr) :: txyz
!
!.. Local Allocatable Arrays ..
logical(lk), allocatable, dimension(:) :: msk
integer, allocatable, dimension(:) :: grp_ids
integer, allocatable, dimension(:) :: bface_map
integer, allocatable, dimension(:,:) :: bface_nc
character(len=100), allocatable, dimension(:) :: flow_var
!
!.. Local Parameters ..
character(len=*), parameter :: char_xyz(1:3) = ["X","Y","Z"]
character(len=*), parameter :: pname = "init_bnd_profile_structures"
!logical(lk), parameter :: test_profile_structures = true
logical(lk), parameter :: test_profile_structures = fals
!
continue
!
! If output_bnd_profiles is not set then return without initializing anything
!
if (.not. output_bnd_profiles) return
!
! For now, only allow boundary profiles to be created if using a single cpu
!
if (ncpu /= 1) then
output_bnd_profiles = fals
return
end if
!
call debug_timer(entering_procedure,pname)
!
! #########
! #########
! ## 1 ##
! #########
! #########
!
! Get the number of flow quantities and their names
!
flow_qtys = nr + nq + 2
wall_qtys = flow_qtys + 6
!
allocate ( flow_var(1:wall_qtys) , stat=ierr , errmsg=error_message )
call alloc_error(pname,"flow_var",1,__LINE__,__FILE__,ierr,error_message)
!
do n = 1,nr
flow_var(n) = "Coordinate"//char_xyz(n)
end do
flow_var(nr+1) = "Density"
do n = 1,nr
flow_var(nr+n+1) = "Velocity"//char_xyz(n)
end do
flow_var(nr+nq+0) = "Pressure"
flow_var(nr+nq+1) = "Temperature"
flow_var(nr+nq+2) = "Viscosity"
flow_var(flow_qtys+1) = "SkinFrictionMagnitude"
flow_var(flow_qtys+2) = "ReynoldsX"
flow_var(flow_qtys+3) = "YPlus"
flow_var(flow_qtys+4) = "WallStress"
flow_var(flow_qtys+5) = "VelocityFriction"
!flow_var(flow_qtys+6) = "WallHeatFlux"
flow_var(flow_qtys+6) = "BlasiusCf"
!
! #########
! #########
! ## 2 ##
! #########
! #########
!
! Create the non-communication boundary face msk array
!
allocate ( msk(1:nfbnd) , source=fals , stat=ierr , errmsg=error_message )
call alloc_error(pname,"msk",1,__LINE__,__FILE__,ierr,error_message)
!
msk(:) = (bface(1,:)/=bc_periodic .and. bface(1,:)/=bc_cpu_bnd)
!
! Count the number of non-communication boundary faces
!
nfbnd_nc = count( msk )
!
! Create the non-communication boundary face mapping array. We need this
! to give us the original index for the boundary face (i.e., from 1:nfbnd)
! when working on the bface_nc array since the face index within bface_nc
! is not necessarily the same as its corresponding index in bface.
!
allocate ( bface_map(1:nfbnd_nc) , source=0 , &
stat=ierr , errmsg=error_message )
call alloc_error(pname,"bface_map",1,__LINE__,__FILE__,ierr,error_message)
!
bface_map = pack( intseq(1,nfbnd) , mask = msk )
!
! Deallocate msk because it is no longer needed
!
deallocate ( msk , stat=ierr , errmsg=error_message )
call alloc_error(pname,"msk",2,__LINE__,__FILE__,ierr,error_message)
!
! Create the bface array for only non-communication type boundaries
!
allocate ( bface_nc(1:nbfai,1:nfbnd_nc) , source=0 , &
stat=ierr , errmsg=error_message )
call alloc_error(pname,"bface_nc",1,__LINE__,__FILE__,ierr,error_message)
!
bface_nc = bface(:,bface_map)
!
! Find the number of different boundary condition groups on this processor.
!
! Get minimum and maximum group IDs in bface(5,:)
! for the non-communication boundaries.
!
min_grp = minval( bface_nc(5,:) )
max_grp = maxval( bface_nc(5,:) )
!
! Loop through the possible group IDs to see how many BC groups are
! present on this processor. At the same time, store any group IDs
! that are present.
! NOTE: The grp_ids array enters this loop deallocated and the first
! call to reallocate will allocate it for the first time. Each
! subsequent call to reallocate will increase its size as needed.
!
nbcgrps = 0
do n = min_grp,max_grp
if (any(bface(5,:) == n)) then
nbcgrps = nbcgrps + 1
call reallocate( grp_ids , nbcgrps )
grp_ids(nbcgrps) = n
end if
end do
!
! #########
! #########
! ## 3 ##
! #########
! #########
!
! Allocate the top level of the bnd_prof array now that we
! know how many BC groups are on this processor
!
allocate ( bnd_prof(1:nbcgrps) , stat=ierr , errmsg=error_message )
call alloc_error(pname,"bnd_prof",1,__LINE__,__FILE__,ierr,error_message)
!
! Loop back through the boundary groups and get the indices
! of the boundary faces belonging to each group ID.
!
do n = 1,size(grp_ids)
!
! Store this group ID in the bnd_prof array
!
group_id = grp_ids(n)
bnd_prof(n)%group_num = group_id
!
! Count the number of boundary faces with this group ID.
!
num_group_faces = count(bface_nc(5,:) == group_id)
!
! Allocate the faces part of the bnd_prof array for this group ID
!
allocate ( bnd_prof(n)%faces(1:num_group_faces) , source=0 , &
stat=ierr , errmsg=error_message )
write (array_name,1) n,"faces"
call alloc_error(pname,array_name,1,__LINE__,__FILE__,ierr,error_message)
!
! Store the indices for the boundary faces that have this group ID
! NOTE: We need to use bface_map as the packing array to map the face
! index within bface_nc back to the index for bface.
!
bnd_prof(n)%faces = pack( bface_map , mask = (bface_nc(5,:) == group_id) )
!
! Get the name of the BC for this group ID
! using the first face in the group.
!
nf = bnd_prof(n)%faces(1)
bnd_prof(n)%prof_name = trim( bc_integer_to_string(bface(1,nf)) )
!
! Allocate the number of flow quantities
!
nqty = wall_qtys
!nqty = merge( wall_qtys , flow_qtys , any(bface(1,nf) == bc_walls) )
!
allocate ( bnd_prof(n)%qty(1:nqty) , stat=ierr , errmsg=error_message )
write (array_name,1) n,"qty"
call alloc_error(pname,array_name,1,__LINE__,__FILE__,ierr, &
error_message,skip_alloc_pause)
!
! Get the total number of data points for this boundary group by summing
! the number of face points for each face that belongs to this group.
!
ndata = 0
do i = 1,size(bnd_prof(n)%faces)
!
nf = bnd_prof(n)%faces(i)
!
face_geom = face(nf)%geom ! geometry of the current boundary face
face_order = face(nf)%order ! order of the current boundary face
!
nfp = geom_solpts(face_geom,face_order) ! number of flx-pts
!
! Add the number of face points for this face to the total
! number of data points for this boundary group.
!
ndata = ndata + nfp
!
end do
!
! Loop over the number of flow quantities and
! allocate the data locations for each quantity.
!
do i = 1,size(bnd_prof(n)%qty)
!
! Store the name of the flow quantity
!
bnd_prof(n)%qty(i)%qty_name = flow_var(i)
!
! Allocate the arrays containing the actual data for each flow quantity
!
allocate ( bnd_prof(n)%qty(i)%qty_data(1:ndata) , source=zero , &
stat=ierr , errmsg=error_message )
write (array_name,1) n,"qty",i
call alloc_error(pname,array_name,1,__LINE__,__FILE__,ierr,error_message)
!
end do
!
end do
!
! Deallocate flow_var, grp_ids, bface_nc, and
! bface_map because they no longer needed
!
deallocate ( grp_ids , stat=ierr , errmsg=error_message )
call alloc_error(pname,"grp_ids",2,__LINE__,__FILE__,ierr, &
error_message,skip_alloc_pause)
deallocate ( bface_nc , stat=ierr , errmsg=error_message )
call alloc_error(pname,"bface_nc",2,__LINE__,__FILE__,ierr,error_message)
deallocate ( bface_map , stat=ierr , errmsg=error_message )
call alloc_error(pname,"bface_map",2,__LINE__,__FILE__,ierr,error_message)
deallocate ( flow_var , stat=ierr , errmsg=error_message )
call alloc_error(pname,"flow_var",2,__LINE__,__FILE__,ierr,error_message)
!
! #########
! #########
! ## 4 ##
! #########
! #########
!
! Fill the coordinate quantity sections of boundary profile
!
do n = 1,size(bnd_prof)
!
ndata = 0 ! initialize the index within qty_data for this boundary group
!
do i = 1,size(bnd_prof(n)%faces)
!
nf = bnd_prof(n)%faces(i) ! boundary face of current profile
!
face_geom = face(nf)%geom ! geometry of boundary face
face_order = face(nf)%order ! order of boundary face
!
nfp = geom_solpts(face_geom,face_order) ! number of flx-pts
!
host_cell = face(nf)%left%cell ! host cell on current boundary face
!
host_geom = cell(host_cell)%geom ! host cell geometry type
host_order = cell(host_cell)%order ! host cell solution order
!
n1 = cell(host_cell)%beg_sp ! beginning index for sol-pts in host cell
n2 = cell(host_cell)%end_sp ! ending index for sol-pts in host cell
np = n2-n1+1 ! number of sol-pts in host cell
!
! Create transpose of the xyz array to reduce cache misses
!
txyz(1:np,1:nr) = transpose( xyz(1:nr,n1:n2) )
!
do k = 1,nfp
!
! Index of flx-pt local to the current host cell
kl = face(nf)%left%get_fp_idx(face_geom,face_order,k)
! Index within qty_data for current flx-pt
kf = ndata + k
!
! Interpolate the coordinates of the interior sol-pts to the
! current flux point on face nf
!
do l = 1,nr
bnd_prof(n)%qty(l)%qty_data(kf) = interp(host_geom,host_order)% &
toFace(face_order)% &
dot( kl , txyz(1:np,l) )
end do
!
end do
!
! Update ndata for the next face in this boundary group
!
ndata = ndata + nfp
!
end do
!
end do
!
! #########
! #########
! ## 5 ##
! #########
! #########
!
! Now we need to create the face connectivities for each boundary group
!
do n = 1,size(bnd_prof)
!
! First count the total number of subcells for this boundary group
!
n_subcells = 0
!
do i = 1,size(bnd_prof(n)%faces)
!
nf = bnd_prof(n)%faces(i) ! boundary face of current profile
!
face_geom = face(nf)%geom ! geometry of boundary face
face_order = face(nf)%order ! order of boundary face
!
! Get the number of subcells for this face geometry at this order and
! add it to the total number of subcells for this boundary group.
! The number of subcells is basically:
! face_order**(spatial dimension of face_geom)
! NOTE: Make sure that the number of subcells is at least 1,
! particularly for the case of face_order=0
!
n_subcells = n_subcells + max( 1 , face_order**geom_dimen(face_geom) )
!
end do
!
! Allocate the connectivity array component of bnd_prof
!
! Get the size of the first dimension of the connectivity array.
! It will be 2 for 2D or 4 for 3D.
!
i = merge(4,2,nr==3)
!
allocate ( bnd_prof(n)%connectivity(1:i,1:n_subcells) , source=0 , &
stat=ierr , errmsg=error_message )
write (array_name,1) n,"connectivity"
call alloc_error(pname,array_name,1,__LINE__,__FILE__,ierr,error_message)
!
! Now create the subcell connectivities for each face of this boundary group
!
np = 1 ! initialize the index within qty_data for this boundary group
l = 0 ! initialize the subcell index for this boundary group
!
do i = 1,size(bnd_prof(n)%faces)
!
nf = bnd_prof(n)%faces(i) ! boundary face of current profile
!
face_geom = face(nf)%geom ! geometry of boundary face
face_order = face(nf)%order ! order of boundary face
!
nfp = geom_solpts(face_geom,face_order) ! number of flx-pts
!
! Number of subcells for the current face
!
n_subcells = max( 1 , face_order**geom_dimen(face_geom) )
!
! Loop through the number of subcells and add the subconnectivity
! to the first solution point of the current grid cell to get the
! connectivity for the current subcell.
!
do k = 1,n_subcells
!
l = l + 1
!
bnd_prof(n)%connectivity(:,l) = np + &
pst_geom(face_geom,face_order)%connectivity(:,k)
!
end do
!
np = np + nfp
!
end do
!
end do
!
! #########
! #########
! ## 6 ##
! #########
! #########
!
! Output the interpolated coordinates to Tecplot for debugging
!
if (test_profile_structures) then
!
! First go back through the face quantities and interpolate these values
! to the output solution points
!
do n = 1,size(bnd_prof)
!
ndata = 0 ! initialize the index within qty_data for this boundary group
!
do i = 1,size(bnd_prof(n)%faces)
!
nf = bnd_prof(n)%faces(i) ! boundary face of current profile
!
face_geom = face(nf)%geom ! geometry of boundary face
face_order = face(nf)%order ! order of boundary face
!
nfp = geom_solpts(face_geom,face_order) ! number of flx-pts
!
if (allocated(outerp(face_geom,face_order)%output)) then
!
n1 = ndata + 1
n2 = ndata + nfp
!
do l = 1,nr
bnd_prof(n)%qty(l)%qty_data(n1:n2) = outerp(face_geom,face_order)% &
output% &
mv_mult( bnd_prof(n)%qty(l)%qty_data(n1:n2) )
end do
!
end if
!
! Update ndata for the next face in this boundary group
!
ndata = ndata + nfp
!
end do
!
end do
!
! Now write the profile coordinates to the Tecplot file
!
open (newunit=iogrd,file=fname,status="replace",action="write", &
form="formatted",position="rewind", &
iostat=ierr,iomsg=error_message)
call io_error(pname,fname,1,__LINE__,__FILE__,ierr,error_message)
!
write (iogrd,100) (trim(bnd_prof(1)%qty(l)%qty_name), l=1,nr)
do n = 1,size(bnd_prof)
!
n1 = size(bnd_prof(n)%connectivity,dim=1)
n2 = size(bnd_prof(n)%connectivity,dim=2)
np = size(bnd_prof(n)%qty(1)%qty_data)
!
if (nr == 2) then
write (iogrd,101) trim(bnd_prof(n)%prof_name),np,n2,"FELINESEG"
else if (nr == 3) then
write (iogrd,101) trim(bnd_prof(n)%prof_name),np,n2,"FEQUADRILATERAL"
end if
!
do l = 1,nr
write (iogrd,102) (bnd_prof(n)%qty(l)%qty_data(i), i=1,np)
end do
!
do l = 1,n2
write (iogrd,103) (bnd_prof(n)%connectivity(i,l),i=1,n1)
end do
!
end do
!
close (iogrd,iostat=ierr,iomsg=error_message)
call io_error(pname,fname,2,__LINE__,__FILE__,ierr,error_message)
!
write (error_message,104)
call stop_gfr(stop_mpi,pname,__LINE__,__FILE__,error_message)
!
end if
!
call debug_timer(leaving_procedure,pname)
!
! Format Statements
!
1 format ("bnd_prof(",i0,")%",a,:,"(",i0,")%qty_data")
2 format (2x,i0,5x,"'",a,"'")
3 format ("BC Group# = ",i0,": ",a)
100 format ('VARIABLES =',100(' "',a,'"',:))
101 format ('ZONE T="',a,'", N=',i0,', E=',i0, &
', DATAPACKING=BLOCK, ZONETYPE=',a)
102 format (5es18.10)
103 format (4(1x,i0))
104 format ("Temporary stop after writing bndprof.tec.dat")
!
end subroutine init_bnd_profile_structures
!
!###############################################################################
!
subroutine bnd_profiles_memory_usage(iunit)
!
!.. Use Statements ..
use module_memory
!
!.. Formal Arguments ..
integer, optional, intent(in) :: iunit
!
!.. Local Scalars ..
integer :: iou,i,j
character(len=36) :: array_name
type(memory) :: array,dt
type(memory) :: total
!
#ifndef DISABLE_DTIO
continue
!
iou = iout
if (present(iunit)) iou = iunit
!
call total%reset
!
write (iou,1)
!
! Check the memory of the arrays within this module
!
if (allocated(bnd_prof)) then
!
call dt%set( storage_size(bnd_prof,kind=inttype) , &
size(bnd_prof,kind=inttype) )
!
do i = lbound(bnd_prof,dim=1),ubound(bnd_prof,dim=1)
!
call dt%add( storage_size(bnd_prof(i)%prof_name,kind=inttype) )
call dt%add( storage_size(bnd_prof(i)%group_num,kind=inttype) )
!
call array%set( storage_size(bnd_prof(i)%faces,kind=inttype) , &