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flowvar_mod.f90
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flowvar_mod.f90
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module flowvar
!
use module_kind_types, only : wp,lk
use module_kind_types, only : zero,iout
use module_kind_types, only : true,fals
use module_kind_types, only : debug_timer
use module_kind_types, only : entering_procedure
use module_kind_types, only : leaving_procedure
use module_kind_types, only : Classic_RK
use module_kind_types, only : CK4_RK
use module_kind_types, only : TVD4_RK
use module_kind_types, only : alloc_error
use module_kind_types, only : skip_alloc_pause
use module_kind_types, only : error_message
use module_kind_types, only : Geom_Edge
!
implicit none
!
private
!
public :: flowvar_memory_usage
public :: allocate_flowvar_arrays
!
! USP : conservative variables at the solution points (@SP)
! DUSP : gradient of primitive variables @SP
!
real(wp), public, save, allocatable, dimension(:,:) :: usp
real(wp), public, save, allocatable, dimension(:,:,:) :: dusp
!
! UOLDSP : conservative variables of previous time step @SP
! RESIDUAL : RHS residual @SP for current time/RK step
!
real(wp), public, save, allocatable, dimension(:,:) :: uoldsp
real(wp), public, save, allocatable, dimension(:,:) :: residual
!
! GLOBAL_USP : conservative variables @SP across all processors
! GLOBAL_VAR : arbitrary variable @SP across all processors
!
real(wp), public, save, allocatable, dimension(:,:) :: global_usp
real(wp), public, save, allocatable, dimension(:) :: global_var
!
! USP_SUM : auxilary array needed for SSP-RK4 method
! RSSPRK : auxilary array containing old residuals,
! needed for some RK methods
!
real(wp), public, save, allocatable, dimension(:,:) :: usp_sum
real(wp), public, save, allocatable, dimension(:,:,:) :: rssprk
!
! DTSP : Time step for each solution point
!
real(wp), public, save, allocatable, dimension(:) :: dtsp
!
! UAVESP : time averaged variables at the solution points
!
real(wp), public, save, allocatable :: uavesp(:,:)
!
! TIME_AVE_VARIABLES : character identifier for variables included
! in the time averaging
!
character(len=4), public, save, allocatable :: time_ave_variables(:)
!
!
! FACE_XYZ : Derived type containing a set of variables at the flux/face
! points on each side of a face between cells
!
type, public :: face_xyz
real(wp), allocatable :: v(:,:)
end type face_xyz
!
!
! FACE_VAR : Derived type containing a set of variables at the flux/face
! points on each side of a face between cells
!
type, public :: face_var
real(wp), allocatable :: v(:,:,:)
contains
#ifdef SPECIAL_FOR_PGI
procedure :: zero_face_var
#else
procedure :: zero => zero_face_var
#endif
end type face_var
!
!
! FACE_VEC : Derived type containing a vector of a set of variables at the
! flux/face points on each side of a face between cells. This is
! basically the same thing as face_var but with an additional
! rank for v to allow for directional quantities for each
! variable in the set.
!
type, public :: face_vec
real(wp), allocatable :: v(:,:,:,:)
contains
#ifdef SPECIAL_FOR_PGI
procedure :: zero_face_vec
#else
procedure :: zero => zero_face_vec
#endif
end type face_vec
!
! FACEFLX : flux normal to cell faces at each interface flux point
! FACEUSP : conservative variables at the interface flux points
! FACEDUSP : conservative variable gradients at the interface flux points
! FACEXYZ : coordinates of the flux points on the boundary faces
!
! faceflx(1:nface)%v(1:nq,1:n_sp1de,1:2) ! this is the normal face flux
! faceusp(1:nface)%v(1:nq,1:n_sp1de,1:2)
! facedusp(1:nface)%v(1:nr,1:nq,1:n_sp1de,1:2)
!
type(face_var), public, save, allocatable, dimension(:) :: faceusp
type(face_vec), public, save, allocatable, dimension(:) :: facedusp
type(face_var), public, save, allocatable, dimension(:) :: faceflx
type(face_xyz), public, save, allocatable, dimension(:) :: facexyz
!
!
!
! NE1D_T : Derived type containing a 1D array for storing edge/node
! solutions for a processor
!
type, public :: ne1d_t
real(wp), allocatable :: v(:)
contains
#ifdef SPECIAL_FOR_PGI
procedure :: zero_ne1d_t
#else
procedure :: zero => zero_ne1d_t
#endif
end type ne1d_t
!
! NE2D_T : Derived type containing a 2D array for storing edge/node
! solutions for a processor
!
type, public :: ne2d_t
real(wp), allocatable :: v(:,:)
contains
#ifdef SPECIAL_FOR_PGI
procedure :: zero_ne2d_t
#else
procedure :: zero => zero_ne2d_t
#endif
end type ne2d_t
!
! NE3D_T : Derived type containing a 3D array for storing edge/node
! solutions for a processor
!
type, public :: ne3d_t
real(wp), allocatable :: v(:,:,:)
contains
#ifdef SPECIAL_FOR_PGI
procedure :: zero_ne3d_t
#else
procedure :: zero => zero_ne3d_t
#endif
end type ne3d_t
!
! NODEUSP : conservative variables at the nodes
! nodeusp(1:nnode)%v(1:nq)
!
type(ne1d_t), public, save, allocatable, dimension(:) :: nodeusp
!
! NODEDUSP : conservative variable gradients at the nodes
! nodedusp(1:nnode)%v(1:nr,1:nq)
!
type(ne2d_t), public, save, allocatable, dimension(:) :: nodedusp
!
! EDGEUSP : conservative variables at the edge points
! edgeusp(1:nedge)%v(1:nq,1:n_sp1de)
!
type(ne2d_t), public, save, allocatable, dimension(:) :: edgeusp
!
! EDGEDUSP : conservative variable gradients at the edge points
! edgedusp(1:nedge)%v(1:nr,1:nq,1:n_sp1de)
!
type(ne3d_t), public, save, allocatable, dimension(:) :: edgedusp
!
! EDGEXYZ : conservative variable gradients at the edge points
! edgexyz(1:nedge)%v(1:nr,1:n_sp1de)
!
type(ne2d_t), public, save, allocatable, dimension(:) :: edgexyz
!
!
contains
!
!###############################################################################
!
subroutine allocate_flowvar_arrays()
!
!.. Use Statements ..
use eqn_idx, only : nq
use geovar, only : nr,n_solpts,n_totpts
use geovar, only : nfbnd,nface,face
use geovar, only : nnode,nedge,edge
use order_mod, only : geom_solpts
use ovar, only : Runge_Kutta_Scheme,num_rk_stages,mms_opt
use ovar, only : convert_restart_to_cgns
use ovar, only : continuous_output
use ovar, only : time_average_restart_files
!
!.. Local Scalars ..
integer :: n,ne,nf,nn,nepts,nfpts
integer :: face_geom,face_order,ierr
character(len=200) :: array_name
!
!.. Local Constants ..
character(len=*), parameter :: pname = "allocate_flowvar_arrays"
!
continue
!
call debug_timer(entering_procedure,pname)
!
allocate ( usp(1:nq,1:n_totpts) , source=zero , &
stat=ierr , errmsg=error_message )
call alloc_error(pname,"usp",1,__LINE__,__FILE__,ierr,error_message)
!
!
allocate ( dusp(1:nr,1:nq,1:n_totpts) , source=zero , &
stat=ierr , errmsg=error_message )
call alloc_error(pname,"dusp",1,__LINE__,__FILE__,ierr,error_message)
!
!
! If we are only time averaging restart files, we dont need any of
! these other arrays so
!
if (time_average_restart_files) return
!
allocate ( residual(1:nq,1:n_solpts) , source=zero , &
stat=ierr , errmsg=error_message )
call alloc_error(pname,"residual",1,__LINE__,__FILE__,ierr,error_message)
!
!
allocate ( dtsp(1:n_solpts) , source=zero , &
stat=ierr , errmsg=error_message )
call alloc_error(pname,"dtsp",1,__LINE__,__FILE__,ierr,error_message)
!
!
allocate ( uoldsp(1:nq,1:n_solpts) , source=zero , &
stat=ierr , errmsg=error_message )
call alloc_error(pname,"uoldsp",1,__LINE__,__FILE__,ierr,error_message)
!
!
! Allocate the outer part of the face solution/flux arrays
!
if (.not. convert_restart_to_cgns .or. continuous_output) then
!
allocate ( faceusp(1:nface) , stat=ierr , errmsg=error_message )
call alloc_error(pname,"faceusp",1,__LINE__,__FILE__,ierr,error_message)
!
allocate ( facedusp(1:nface) , stat=ierr , errmsg=error_message )
call alloc_error(pname,"facedusp",1,__LINE__,__FILE__,ierr,error_message)
!
allocate ( faceflx(1:nface) , stat=ierr , errmsg=error_message )
call alloc_error(pname,"faceflx",1,__LINE__,__FILE__,ierr,error_message)
!
! If using the continuous output option or MMS, allocate the facexyz array
!
if (continuous_output) then
!
! If using continuous output, facexyz needs to be defined
! for both interior and boundary faces
!
allocate ( facexyz(1:nface) , stat=ierr , errmsg=error_message )
call alloc_error(pname,"facexyz",1,__LINE__,__FILE__,ierr,error_message)
!
else if (mms_opt /= 0) then
!
! If using MMS but not using continuous output, facexyz only needs
! to be defined for the boundary faces
!
allocate ( facexyz(1:nfbnd) , stat=ierr , errmsg=error_message )
call alloc_error(pname,"facexyz",1,__LINE__,__FILE__,ierr,error_message)
!
end if
!
! Allocate the data component of these arrays based on the face geometry
!
!##########################################################################
!##########################################################################
!## NOTE : THE LOOPS ALLOCATING THE INNER COMPONENTS ARE KEPT SEPARATE ##
!## FROM EACH OTHER TO TRY AND KEEP THE ALLOCATABLE COMPONENTS ##
!## OF EACH ARRAY CONTIGUOUS IN PHYSICAL MEMORY ##
!##########################################################################
!##########################################################################
!
if (allocated(faceusp)) then
do nf = 1,nface
!
face_geom = face(nf)%geom
face_order = face(nf)%order
!
nfpts = geom_solpts(face_geom,face_order)
!
allocate ( faceusp(nf)%v(1:nq,1:nfpts,1:2) , source=zero , &
stat=ierr , errmsg=error_message )
write (array_name,1) "faceusp",nf
call alloc_error(pname,array_name,1,__LINE__,__FILE__,ierr, &
error_message,skip_alloc_pause)
!
end do
end if
!
if (allocated(facedusp)) then
do nf = 1,nface
!
face_geom = face(nf)%geom
face_order = face(nf)%order
!
nfpts = geom_solpts(face_geom,face_order)
!
allocate ( facedusp(nf)%v(1:nr,1:nq,1:nfpts,1:2) , source=zero , &
stat=ierr , errmsg=error_message )
write (array_name,1) "facedusp",nf
call alloc_error(pname,array_name,1,__LINE__,__FILE__,ierr, &
error_message,skip_alloc_pause)
!
end do
end if
!
if (allocated(faceflx)) then
do nf = 1,nface
!
face_geom = face(nf)%geom
face_order = face(nf)%order
!
nfpts = geom_solpts(face_geom,face_order)
!
allocate ( faceflx(nf)%v(1:nq,1:nfpts,1:2) , source=zero , &
stat=ierr , errmsg=error_message )
write (array_name,1) "faceflx",nf
call alloc_error(pname,array_name,1,__LINE__,__FILE__,ierr, &
error_message,skip_alloc_pause)
!
end do
end if
!
if (allocated(facexyz)) then
do nf = 1,size(facexyz) ! could be nfbnd or nface
!
face_geom = face(nf)%geom
face_order = face(nf)%order
!
nfpts = geom_solpts(face_geom,face_order)
!
allocate ( facexyz(nf)%v(1:nr,1:nfpts) , source=zero , &
stat=ierr , errmsg=error_message )
write (array_name,1) "facexyz",nf
call alloc_error(pname,array_name,1,__LINE__,__FILE__,ierr, &
error_message,skip_alloc_pause)
!
end do
end if
!
! If using continuous output, allocate the nodeusp, nodedusp, edgeusp,
! and edgedusp arrays
!
!##########################################################################
!##########################################################################
!## NOTE : THE LOOPS ALLOCATING THE INNER COMPONENTS ARE KEPT SEPARATE ##
!## FROM EACH OTHER TO TRY AND KEEP THE ALLOCATABLE COMPONENTS ##
!## OF EACH ARRAY CONTIGUOUS IN PHYSICAL MEMORY ##
!##########################################################################
!##########################################################################
!
if (continuous_output) then
!
! Allocate the nodeusp array and its data components
!
allocate ( nodeusp(1:nnode) , stat=ierr , errmsg=error_message )
call alloc_error(pname,"nodeusp",1,__LINE__,__FILE__,ierr,error_message)
!
do nn = 1,nnode
allocate ( nodeusp(nn)%v(1:nq) , source=zero , &
stat=ierr , errmsg=error_message )
write (array_name,1) "nodeusp",nn
call alloc_error(pname,array_name,1,__LINE__,__FILE__,ierr, &
error_message,skip_alloc_pause)
end do
!
! Allocate the nodedusp array and its data components
!
allocate ( nodedusp(1:nnode) , stat=ierr , errmsg=error_message )
call alloc_error(pname,"nodedusp",1,__LINE__,__FILE__,ierr,error_message)
!
do nn = 1,nnode
allocate ( nodedusp(nn)%v(1:nr,1:nq) , source=zero , &
stat=ierr , errmsg=error_message )
write (array_name,1) "nodedusp",nn
call alloc_error(pname,array_name,1,__LINE__,__FILE__,ierr, &
error_message,skip_alloc_pause)
end do
!
! Allocate the edgeusp array and its data components
!
allocate ( edgeusp(1:nedge) , stat=ierr , errmsg=error_message )
call alloc_error(pname,"edgeusp",1,__LINE__,__FILE__,ierr,error_message)
!
do ne = 1,nedge
!
nepts = geom_solpts(Geom_Edge,edge(ne)%order)
!
allocate ( edgeusp(ne)%v(1:nq,1:nepts) , source=zero , &
stat=ierr , errmsg=error_message )
write (array_name,1) "edgeusp",ne
call alloc_error(pname,array_name,1,__LINE__,__FILE__,ierr, &
error_message,skip_alloc_pause)
!
end do
!
! Allocate the edgedusp array and its data components
!
allocate ( edgedusp(1:nedge) , stat=ierr , errmsg=error_message )
call alloc_error(pname,"edgedusp",1,__LINE__,__FILE__,ierr,error_message)
!
do ne = 1,nedge
!
nepts = geom_solpts(Geom_Edge,edge(ne)%order)
!
allocate ( edgedusp(ne)%v(1:nr,1:nq,1:nepts) , source=zero , &
stat=ierr , errmsg=error_message )
write (array_name,1) "edgedusp",ne
call alloc_error(pname,array_name,1,__LINE__,__FILE__,ierr, &
error_message,skip_alloc_pause)
!
end do
!
! Allocate the edgexyz array and its data components
!
allocate ( edgexyz(1:nedge) , stat=ierr , errmsg=error_message )
call alloc_error(pname,"edgexyz",1,__LINE__,__FILE__,ierr,error_message)
!
do ne = 1,nedge
!
nepts = geom_solpts(Geom_Edge,edge(ne)%order)
!
allocate ( edgexyz(ne)%v(1:nr,1:nepts) , source=zero , &
stat=ierr , errmsg=error_message )
write (array_name,1) "edgexyz",ne
call alloc_error(pname,array_name,1,__LINE__,__FILE__,ierr, &
error_message,skip_alloc_pause)
!
end do
!
end if
!
end if
!
! Allocate the storage for the Runge-Kutta methods
!
n = 0
!
if (Runge_Kutta_Scheme == Classic_RK) then
n = num_rk_stages
else if ( any(Runge_Kutta_Scheme == [CK4_RK,TVD4_RK]) ) then
n = 1
if (Runge_Kutta_Scheme == TVD4_RK) then
allocate ( usp_sum(1:nq,1:n_solpts) , source=zero , &
stat=ierr , errmsg=error_message )
call alloc_error(pname,"usp_sum",1,__LINE__,__FILE__,ierr,error_message)
end if
end if
!
if (n /= 0) then
allocate ( rssprk(1:nq,1:n_solpts,1:n) , source=zero , &
stat=ierr , errmsg=error_message )
call alloc_error(pname,"rssprk",1,__LINE__,__FILE__,ierr,error_message)
end if
!
call debug_timer(leaving_procedure,pname)
!
! Format Statements
!
1 format (a,"(",i0,")%v")
!
end subroutine allocate_flowvar_arrays
!
!###############################################################################
!###############################################################################
!
! FACE RELATED PROCEDURES FOR THE FACE_VAR DERIVED TYPE
!
!###############################################################################
!###############################################################################
!
elemental subroutine zero_face_var(this)
class(face_var), intent(inout) :: this
if (allocated(this%v)) this%v = zero
end subroutine zero_face_var
!
!###############################################################################
!###############################################################################
!
! FACE RELATED PROCEDURES FOR THE FACE_VEC DERIVED TYPE
!
!###############################################################################
!###############################################################################
!
elemental subroutine zero_face_vec(this)
class(face_vec), intent(inout) :: this
if (allocated(this%v)) this%v = zero
end subroutine zero_face_vec
!
!###############################################################################
!###############################################################################
!
! EDGE/NODE RELATED PROCEDURES FOR THE NE1D_T DERIVED TYPE
!
!###############################################################################
!###############################################################################
!
elemental subroutine zero_ne1d_t(this)
class(ne1d_t), intent(inout) :: this
if (allocated(this%v)) this%v = zero
end subroutine zero_ne1d_t
!
!###############################################################################
!###############################################################################
!
! EDGE/NODE RELATED PROCEDURES FOR THE NE2D_T DERIVED TYPE
!
!###############################################################################
!###############################################################################
!
elemental subroutine zero_ne2d_t(this)
class(ne2d_t), intent(inout) :: this
if (allocated(this%v)) this%v = zero
end subroutine zero_ne2d_t
!
!###############################################################################
!###############################################################################
!
! EDGE/NODE RELATED PROCEDURES FOR THE NE3D_T DERIVED TYPE
!
!###############################################################################
!###############################################################################
!
elemental subroutine zero_ne3d_t(this)
class(ne3d_t), intent(inout) :: this
if (allocated(this%v)) this%v = zero
end subroutine zero_ne3d_t
!
!###############################################################################
!###############################################################################
!
! MEMORY USAGE
!
!###############################################################################
!###############################################################################
!
subroutine flowvar_memory_usage(iunit)
!
!.. Use Statements ..
use module_memory
!
!.. Formal Arguments ..
integer, optional, intent(in) :: iunit
!
!.. Local Scalars ..
integer :: iou,i,j,k
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)
!
!-----------------------------------------------------------------------------
!
if (allocated(faceusp)) then
!
call array%set( storage_size(faceusp,kind=inttype) )
!
write (array_name,5) "type(face_var)"
write (iou,6) array_name,array%get_units()
!
call array%set( storage_size(faceusp,kind=inttype) , &
size(faceusp,kind=inttype) )
!
write (array_name,5) "faceusp(:)"
write (iou,6) array_name,array%get_units()
!
call dt%set(array)
!
call array%reset
!
do i = lbound(faceusp,dim=1),ubound(faceusp,dim=1)
!
call array%add( storage_size(faceusp(i)%v,kind=inttype) , &
size(faceusp(i)%v,kind=inttype) )
!
end do
!
write (array_name,5) "faceusp(:)%v"
write (iou,6) array_name,array%get_units()
!
call dt%add(array)
!
call total%add(dt)
write (array_name,5) "faceusp"
write (iou,2) array_name,dt%get_units()
!
else
write (iou,7) "faceusp"
end if
!
!-----------------------------------------------------------------------------
!
if (allocated(facedusp)) then
!
call array%set( storage_size(facedusp,kind=inttype) )
!
write (array_name,5) "type(face_vec)"
write (iou,6) array_name,array%get_units()
!
call array%set( storage_size(facedusp,kind=inttype) , &
size(facedusp,kind=inttype) )
!
write (array_name,5) "facedusp(:)"
write (iou,6) array_name,array%get_units()
!
call dt%set(array)
!
call array%reset
!
do i = lbound(facedusp,dim=1),ubound(facedusp,dim=1)
!
call array%add( storage_size(facedusp(i)%v,kind=inttype) , &
size(facedusp(i)%v,kind=inttype) )
!
end do
!
write (array_name,5) "facedusp(:)%v"
write (iou,6) array_name,array%get_units()
!
call dt%add(array)
!
call total%add(dt)
write (array_name,5) "facedusp"
write (iou,2) array_name,dt%get_units()
!
else
write (iou,7) "facedusp"
end if
!
!-----------------------------------------------------------------------------
!
if (allocated(faceflx)) then
!
call array%set( storage_size(faceflx,kind=inttype) )
!
write (array_name,5) "type(face_var)"
write (iou,6) array_name,array%get_units()
!
call array%set( storage_size(faceflx,kind=inttype) , &
size(faceflx,kind=inttype) )
!
write (array_name,5) "faceflx(:)"
write (iou,6) array_name,array%get_units()
!
call dt%set(array)
!
call array%reset
!
do i = lbound(faceflx,dim=1),ubound(faceflx,dim=1)
!
call array%add( storage_size(faceflx(i)%v,kind=inttype) , &
size(faceflx(i)%v,kind=inttype) )
!
end do
!
write (array_name,5) "faceflx(:)%v"
write (iou,6) array_name,array%get_units()
!
call dt%add(array)
!
call total%add(dt)
write (array_name,5) "faceflx"
write (iou,2) array_name,dt%get_units()
!
else
write (iou,7) "faceflx"
end if
!
!-----------------------------------------------------------------------------
!
if (allocated(facexyz)) then
!
call array%set( storage_size(facexyz,kind=inttype) )
!
write (array_name,5) "type(face_xyz)"
write (iou,6) array_name,array%get_units()
!
call array%set( storage_size(facexyz,kind=inttype) , &
size(facexyz,kind=inttype) )
!
write (array_name,5) "facexyz(:)"
write (iou,6) array_name,array%get_units()
!
call dt%set(array)
!
call array%reset
!
do i = lbound(facexyz,dim=1),ubound(facexyz,dim=1)
!
call array%add( storage_size(facexyz(i)%v,kind=inttype) , &
size(facexyz(i)%v,kind=inttype) )
!
end do
!
write (array_name,5) "facexyz(:)%v"
write (iou,6) array_name,array%get_units()
!
call dt%add(array)
!
call total%add(dt)
write (array_name,5) "facexyz"
write (iou,2) array_name,dt%get_units()
!
else
write (iou,7) "facexyz"
end if
!
!-----------------------------------------------------------------------------
!
if (allocated(edgeusp)) then
!
call array%set( storage_size(edgeusp,kind=inttype) )
!
write (array_name,5) "type(ne2d_t)"
write (iou,6) array_name,array%get_units()
!
call array%set( storage_size(edgeusp,kind=inttype) , &
size(edgeusp,kind=inttype) )
!
write (array_name,5) "edgeusp(:)"
write (iou,6) array_name,array%get_units()
!
call dt%set(array)
!
call array%reset
!
do i = lbound(edgeusp,dim=1),ubound(edgeusp,dim=1)
!
call array%add( storage_size(edgeusp(i)%v,kind=inttype) , &
size(edgeusp(i)%v,kind=inttype) )
!
end do
!
write (array_name,5) "edgeusp(:)%v"
write (iou,6) array_name,array%get_units()
!
call dt%add(array)
!
call total%add(dt)
write (array_name,5) "edgeusp"
write (iou,2) array_name,dt%get_units()
!
else
write (iou,7) "edgeusp"
end if
!
!-----------------------------------------------------------------------------
!
if (allocated(edgedusp)) then
!
call array%set( storage_size(edgedusp,kind=inttype) )
!
write (array_name,5) "type(ne3d_t)"
write (iou,6) array_name,array%get_units()
!
call array%set( storage_size(edgedusp,kind=inttype) , &
size(edgedusp,kind=inttype) )
!
write (array_name,5) "edgedusp(:)"
write (iou,6) array_name,array%get_units()
!
call dt%set(array)
!
call array%reset
!
do i = lbound(edgedusp,dim=1),ubound(edgedusp,dim=1)
!
call array%add( storage_size(edgedusp(i)%v,kind=inttype) , &
size(edgedusp(i)%v,kind=inttype) )
!
end do
!
write (array_name,5) "edgedusp(:)%v"
write (iou,6) array_name,array%get_units()
!
call dt%add(array)
!
call total%add(dt)
write (array_name,5) "edgedusp"
write (iou,2) array_name,dt%get_units()
!
else
write (iou,7) "edgedusp"
end if
!
!-----------------------------------------------------------------------------
!
if (allocated(edgexyz)) then
!
call array%set( storage_size(edgexyz,kind=inttype) )
!
write (array_name,5) "type(ne2d_t)"
write (iou,6) array_name,array%get_units()
!
call array%set( storage_size(edgexyz,kind=inttype) , &
size(edgexyz,kind=inttype) )
!
write (array_name,5) "edgexyz(:)"
write (iou,6) array_name,array%get_units()
!
call dt%set(array)
!
call array%reset
!
do i = lbound(edgexyz,dim=1),ubound(edgexyz,dim=1)
!
call array%add( storage_size(edgexyz(i)%v,kind=inttype) , &
size(edgexyz(i)%v,kind=inttype) )
!
end do
!
write (array_name,5) "edgexyz(:)%v"
write (iou,6) array_name,array%get_units()
!
call dt%add(array)
!
call total%add(dt)
write (array_name,5) "edgexyz"
write (iou,2) array_name,dt%get_units()
!
else
write (iou,7) "edgexyz"
end if
!
!-----------------------------------------------------------------------------
!
if (allocated(nodeusp)) then
!
call array%set( storage_size(nodeusp,kind=inttype) )
!
write (array_name,5) "type(ne1d_t)"
write (iou,6) array_name,array%get_units()
!
call array%set( storage_size(nodeusp,kind=inttype) , &
size(nodeusp,kind=inttype) )
!
write (array_name,5) "nodeusp(:)"
write (iou,6) array_name,array%get_units()
!
call dt%set(array)
!
call array%reset
!
do i = lbound(nodeusp,dim=1),ubound(nodeusp,dim=1)
!
call array%add( storage_size(nodeusp(i)%v,kind=inttype) , &
size(nodeusp(i)%v,kind=inttype) )
!
end do
!
write (array_name,5) "nodeusp(:)%v"
write (iou,6) array_name,array%get_units()
!
call dt%add(array)
!
call total%add(dt)
write (array_name,5) "nodeusp"
write (iou,2) array_name,dt%get_units()
!
else
write (iou,7) "nodeusp"
end if
!
!-----------------------------------------------------------------------------
!
if (allocated(nodedusp)) then
!
call array%set( storage_size(nodedusp,kind=inttype) )
!
write (array_name,5) "type(ne2d_t)"
write (iou,6) array_name,array%get_units()
!
call array%set( storage_size(nodedusp,kind=inttype) , &
size(nodedusp,kind=inttype) )
!
write (array_name,5) "nodedusp(:)"
write (iou,6) array_name,array%get_units()
!
call dt%set(array)
!
call array%reset
!
do i = lbound(nodedusp,dim=1),ubound(nodedusp,dim=1)
!
call array%add( storage_size(nodedusp(i)%v,kind=inttype) , &
size(nodedusp(i)%v,kind=inttype) )
!
end do
!
write (array_name,5) "nodedusp(:)%v"
write (iou,6) array_name,array%get_units()
!
call dt%add(array)
!
call total%add(dt)
write (array_name,5) "nodedusp"
write (iou,2) array_name,dt%get_units()
!
else
write (iou,7) "nodedusp"
end if
!
!-----------------------------------------------------------------------------
!
if (allocated(usp)) then
call array%set( storage_size(usp,kind=inttype) , &
size(usp,kind=inttype) )
call total%add(array)
write (array_name,5) "usp"
write (iou,2) array_name,array%get_units()
else
write (iou,7) "usp"
end if
if (allocated(dusp)) then
call array%set( storage_size(dusp,kind=inttype) , &
size(dusp,kind=inttype) )
call total%add(array)
write (array_name,5) "dusp"
write (iou,2) array_name,array%get_units()
else
write (iou,7) "dusp"
end if
if (allocated(uoldsp)) then
call array%set( storage_size(uoldsp,kind=inttype) , &
size(uoldsp,kind=inttype) )
call total%add(array)
write (array_name,5) "uoldsp"
write (iou,2) array_name,array%get_units()
else
write (iou,7) "uoldsp"
end if
if (allocated(residual)) then
call array%set( storage_size(residual,kind=inttype) , &
size(residual,kind=inttype) )
call total%add(array)
write (array_name,5) "residual"
write (iou,2) array_name,array%get_units()
else
write (iou,7) "residual"
end if
if (allocated(global_usp)) then
call array%set( storage_size(global_usp,kind=inttype) , &
size(global_usp,kind=inttype) )
call total%add(array)
write (array_name,5) "global_usp"
write (iou,2) array_name,array%get_units()
else
write (iou,7) "global_usp"
end if
if (allocated(global_var)) then
call array%set( storage_size(global_var,kind=inttype) , &
size(global_var,kind=inttype) )
call total%add(array)
write (array_name,5) "global_var"
write (iou,2) array_name,array%get_units()
else
write (iou,7) "global_var"
end if
if (allocated(usp_sum)) then
call array%set( storage_size(usp_sum,kind=inttype) , &
size(usp_sum,kind=inttype) )
call total%add(array)
write (array_name,5) "usp_sum"
write (iou,2) array_name,array%get_units()
else
write (iou,7) "usp_sum"
end if
if (allocated(rssprk)) then
call array%set( storage_size(rssprk,kind=inttype) , &
size(rssprk,kind=inttype) )
call total%add(array)
write (array_name,5) "rssprk"
write (iou,2) array_name,array%get_units()
else
write (iou,7) "rssprk"
end if
if (allocated(dtsp)) then
call array%set( storage_size(dtsp,kind=inttype) , &
size(dtsp,kind=inttype) )
call total%add(array)