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array.f90
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array.f90
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module array
use precision, only: dp
use input, only: level_py, level_sl, partition, layer
use type, only: pyramid, cartesian, data, root
implicit none
type(pyramid), dimension(1:level_py) :: pyramid_grid
type(cartesian), dimension(1:level_py) :: cartesian_grid
type(root), dimension(:,:), allocatable :: parent_position
type(data), dimension(1:level_py) :: px_py_pz_dx
type(data), dimension(1:level_py) :: px_py_pz_dy
type(data), dimension(1:level_py) :: px_py_pz_dz
type(data), dimension(1:level_py) :: px_py_nz_dx
type(data), dimension(1:level_py) :: px_py_nz_dy
type(data), dimension(-level_py:-1) :: px_py_nz_dz
type(data), dimension(1:level_py) :: px_ny_pz_dx
type(data), dimension(-level_py:-1) :: px_ny_pz_dy
type(data), dimension(1:level_py) :: px_ny_pz_dz
type(data), dimension(1:level_py) :: px_ny_nz_dx
type(data), dimension(-level_py:-1) :: px_ny_nz_dy
type(data), dimension(-level_py:-1) :: px_ny_nz_dz
type(data), dimension(-level_py:-1) :: nx_py_pz_dx
type(data), dimension(1:level_py) :: nx_py_pz_dy
type(data), dimension(1:level_py) :: nx_py_pz_dz
type(data), dimension(-level_py:-1) :: nx_py_nz_dx
type(data), dimension(1:level_py) :: nx_py_nz_dy
type(data), dimension(-level_py:-1) :: nx_py_nz_dz
type(data), dimension(-level_py:-1) :: nx_ny_pz_dx
type(data), dimension(-level_py:-1) :: nx_ny_pz_dy
type(data), dimension(1:level_py) :: nx_ny_pz_dz
type(data), dimension(-level_py:-1) :: nx_ny_nz_dx
type(data), dimension(-level_py:-1) :: nx_ny_nz_dy
type(data), dimension(-level_py:-1) :: nx_ny_nz_dz
real(kind=dp), dimension(1:2*level_py,1:2*level_py,1:2*level_py) :: pyramid_global_number_density_array
real(kind=dp), dimension(1:2*level_py,1:2*level_py,1:2*level_py) :: pyramid_global_xHI_array
real(kind=dp), dimension(1:2*level_py,1:2*level_py,1:2*level_py) :: pyramid_global_xHeI_array
real(kind=dp), dimension(1:2*level_py,1:2*level_py,1:2*level_py) :: pyramid_global_xHeII_array
! for pyramid ray-tracing
real(kind=dp), dimension(1:2*level_py,1:2*level_py,1:2*level_py) :: pyramid_global_HI_photoionization_rate_array
real(kind=dp), dimension(1:2*level_py,1:2*level_py,1:2*level_py) :: pyramid_global_HeI_photoionization_rate_array
real(kind=dp), dimension(1:2*level_py,1:2*level_py,1:2*level_py) :: pyramid_global_HeII_photoionization_rate_array
real(kind=dp), dimension(1:2*level_py,1:2*level_py,1:2*level_py) :: pyramid_global_photoheating_rate_array
! for trilinear interpolated
real(kind=dp), dimension(1:2*level_py,1:2*level_py,1:2*level_py) :: interpolated_HI_photoionization_rate_array
real(kind=dp), dimension(1:2*level_py,1:2*level_py,1:2*level_py) :: interpolated_HeI_photoionization_rate_array
real(kind=dp), dimension(1:2*level_py,1:2*level_py,1:2*level_py) :: interpolated_HeII_photoionization_rate_array
real(kind=dp), dimension(1:2*level_py,1:2*level_py,1:2*level_py) :: interpolated_photoheating_rate_array
real(kind=dp), dimension(1:level_py,1:level_py,1:level_py) :: pyramid_source_px_py_pz_HI_density_array
real(kind=dp), dimension(1:level_py,1:level_py,-level_py:-1) :: pyramid_source_px_py_nz_HI_density_array
real(kind=dp), dimension(1:level_py,-level_py:-1,1:level_py) :: pyramid_source_px_ny_pz_HI_density_array
real(kind=dp), dimension(1:level_py,-level_py:-1,-level_py:-1) :: pyramid_source_px_ny_nz_HI_density_array
real(kind=dp), dimension(-level_py:-1,1:level_py,1:level_py) :: pyramid_source_nx_py_pz_HI_density_array
real(kind=dp), dimension(-level_py:-1,1:level_py,-level_py:-1) :: pyramid_source_nx_py_nz_HI_density_array
real(kind=dp), dimension(-level_py:-1,-level_py:-1,1:level_py) :: pyramid_source_nx_ny_pz_HI_density_array
real(kind=dp), dimension(-level_py:-1,-level_py:-1,-level_py:-1) :: pyramid_source_nx_ny_nz_HI_density_array
real(kind=dp), dimension(1:level_py,1:level_py,1:level_py) :: pyramid_source_px_py_pz_HeI_density_array
real(kind=dp), dimension(1:level_py,1:level_py,-level_py:-1) :: pyramid_source_px_py_nz_HeI_density_array
real(kind=dp), dimension(1:level_py,-level_py:-1,1:level_py) :: pyramid_source_px_ny_pz_HeI_density_array
real(kind=dp), dimension(1:level_py,-level_py:-1,-level_py:-1) :: pyramid_source_px_ny_nz_HeI_density_array
real(kind=dp), dimension(-level_py:-1,1:level_py,1:level_py) :: pyramid_source_nx_py_pz_HeI_density_array
real(kind=dp), dimension(-level_py:-1,1:level_py,-level_py:-1) :: pyramid_source_nx_py_nz_HeI_density_array
real(kind=dp), dimension(-level_py:-1,-level_py:-1,1:level_py) :: pyramid_source_nx_ny_pz_HeI_density_array
real(kind=dp), dimension(-level_py:-1,-level_py:-1,-level_py:-1) :: pyramid_source_nx_ny_nz_HeI_density_array
real(kind=dp), dimension(1:level_py,1:level_py,1:level_py) :: pyramid_source_px_py_pz_HeII_density_array
real(kind=dp), dimension(1:level_py,1:level_py,-level_py:-1) :: pyramid_source_px_py_nz_HeII_density_array
real(kind=dp), dimension(1:level_py,-level_py:-1,1:level_py) :: pyramid_source_px_ny_pz_HeII_density_array
real(kind=dp), dimension(1:level_py,-level_py:-1,-level_py:-1) :: pyramid_source_px_ny_nz_HeII_density_array
real(kind=dp), dimension(-level_py:-1,1:level_py,1:level_py) :: pyramid_source_nx_py_pz_HeII_density_array
real(kind=dp), dimension(-level_py:-1,1:level_py,-level_py:-1) :: pyramid_source_nx_py_nz_HeII_density_array
real(kind=dp), dimension(-level_py:-1,-level_py:-1,1:level_py) :: pyramid_source_nx_ny_pz_HeII_density_array
real(kind=dp), dimension(-level_py:-1,-level_py:-1,-level_py:-1) :: pyramid_source_nx_ny_nz_HeII_density_array
real(kind=dp), dimension(1:level_py,1:level_py,1:level_py) :: pyramid_source_px_py_pz_HI_photoionization_rate_array
real(kind=dp), dimension(1:level_py,1:level_py,-level_py:-1) :: pyramid_source_px_py_nz_HI_photoionization_rate_array
real(kind=dp), dimension(1:level_py,-level_py:-1,1:level_py) :: pyramid_source_px_ny_pz_HI_photoionization_rate_array
real(kind=dp), dimension(1:level_py,-level_py:-1,-level_py:-1) :: pyramid_source_px_ny_nz_HI_photoionization_rate_array
real(kind=dp), dimension(-level_py:-1,1:level_py,1:level_py) :: pyramid_source_nx_py_pz_HI_photoionization_rate_array
real(kind=dp), dimension(-level_py:-1,1:level_py,-level_py:-1) :: pyramid_source_nx_py_nz_HI_photoionization_rate_array
real(kind=dp), dimension(-level_py:-1,-level_py:-1,1:level_py) :: pyramid_source_nx_ny_pz_HI_photoionization_rate_array
real(kind=dp), dimension(-level_py:-1,-level_py:-1,-level_py:-1) :: pyramid_source_nx_ny_nz_HI_photoionization_rate_array
real(kind=dp), dimension(1:level_py,1:level_py,1:level_py) :: pyramid_source_px_py_pz_HeI_photoionization_rate_array
real(kind=dp), dimension(1:level_py,1:level_py,-level_py:-1) :: pyramid_source_px_py_nz_HeI_photoionization_rate_array
real(kind=dp), dimension(1:level_py,-level_py:-1,1:level_py) :: pyramid_source_px_ny_pz_HeI_photoionization_rate_array
real(kind=dp), dimension(1:level_py,-level_py:-1,-level_py:-1) :: pyramid_source_px_ny_nz_HeI_photoionization_rate_array
real(kind=dp), dimension(-level_py:-1,1:level_py,1:level_py) :: pyramid_source_nx_py_pz_HeI_photoionization_rate_array
real(kind=dp), dimension(-level_py:-1,1:level_py,-level_py:-1) :: pyramid_source_nx_py_nz_HeI_photoionization_rate_array
real(kind=dp), dimension(-level_py:-1,-level_py:-1,1:level_py) :: pyramid_source_nx_ny_pz_HeI_photoionization_rate_array
real(kind=dp), dimension(-level_py:-1,-level_py:-1,-level_py:-1) :: pyramid_source_nx_ny_nz_HeI_photoionization_rate_array
real(kind=dp), dimension(1:level_py,1:level_py,1:level_py) :: pyramid_source_px_py_pz_HeII_photoionization_rate_array
real(kind=dp), dimension(1:level_py,1:level_py,-level_py:-1) :: pyramid_source_px_py_nz_HeII_photoionization_rate_array
real(kind=dp), dimension(1:level_py,-level_py:-1,1:level_py) :: pyramid_source_px_ny_pz_HeII_photoionization_rate_array
real(kind=dp), dimension(1:level_py,-level_py:-1,-level_py:-1) :: pyramid_source_px_ny_nz_HeII_photoionization_rate_array
real(kind=dp), dimension(-level_py:-1,1:level_py,1:level_py) :: pyramid_source_nx_py_pz_HeII_photoionization_rate_array
real(kind=dp), dimension(-level_py:-1,1:level_py,-level_py:-1) :: pyramid_source_nx_py_nz_HeII_photoionization_rate_array
real(kind=dp), dimension(-level_py:-1,-level_py:-1,1:level_py) :: pyramid_source_nx_ny_pz_HeII_photoionization_rate_array
real(kind=dp), dimension(-level_py:-1,-level_py:-1,-level_py:-1) :: pyramid_source_nx_ny_nz_HeII_photoionization_rate_array
real(kind=dp), dimension(1:level_py,1:level_py,1:level_py) :: pyramid_source_px_py_pz_photoheating_rate_array
real(kind=dp), dimension(1:level_py,1:level_py,-level_py:-1) :: pyramid_source_px_py_nz_photoheating_rate_array
real(kind=dp), dimension(1:level_py,-level_py:-1,1:level_py) :: pyramid_source_px_ny_pz_photoheating_rate_array
real(kind=dp), dimension(1:level_py,-level_py:-1,-level_py:-1) :: pyramid_source_px_ny_nz_photoheating_rate_array
real(kind=dp), dimension(-level_py:-1,1:level_py,1:level_py) :: pyramid_source_nx_py_pz_photoheating_rate_array
real(kind=dp), dimension(-level_py:-1,1:level_py,-level_py:-1) :: pyramid_source_nx_py_nz_photoheating_rate_array
real(kind=dp), dimension(-level_py:-1,-level_py:-1,1:level_py) :: pyramid_source_nx_ny_pz_photoheating_rate_array
real(kind=dp), dimension(-level_py:-1,-level_py:-1,-level_py:-1) :: pyramid_source_nx_ny_nz_photoheating_rate_array
real(kind=dp), dimension(1:level_sl,1:level_sl,1:level_sl) :: short_global_number_density_array
real(kind=dp), dimension(1:level_sl,1:level_sl,1:level_sl) :: short_global_xHI_array
real(kind=dp), dimension(1:level_sl,1:level_sl,1:level_sl) :: short_global_xHeI_array
real(kind=dp), dimension(1:level_sl,1:level_sl,1:level_sl) :: short_global_xHeII_array
real(kind=dp), dimension(1:level_sl,1:level_sl,1:level_sl) :: short_global_HI_photoionization_rate_array
real(kind=dp), dimension(1:level_sl,1:level_sl,1:level_sl) :: short_global_HeI_photoionization_rate_array
real(kind=dp), dimension(1:level_sl,1:level_sl,1:level_sl) :: short_global_HeII_photoionization_rate_array
real(kind=dp), dimension(1:level_sl,1:level_sl,1:level_sl) :: short_global_photoheating_rate_array
real(kind=dp), dimension(-level_py:level_py,-level_py:level_py,-level_py:level_py) :: short_source_HI_density_array
real(kind=dp), dimension(-level_py:level_py,-level_py:level_py,-level_py:level_py) :: short_source_HeI_density_array
real(kind=dp), dimension(-level_py:level_py,-level_py:level_py,-level_py:level_py) :: short_source_HeII_density_array
real(kind=dp), dimension(-level_py:level_py,-level_py:level_py,-level_py:level_py) :: short_source_HI_column_density_in
real(kind=dp), dimension(-level_py:level_py,-level_py:level_py,-level_py:level_py) :: short_source_HeI_column_density_in
real(kind=dp), dimension(-level_py:level_py,-level_py:level_py,-level_py:level_py) :: short_source_HeII_column_density_in
real(kind=dp), dimension(-level_py:level_py,-level_py:level_py,-level_py:level_py) :: short_source_HI_column_density_out
real(kind=dp), dimension(-level_py:level_py,-level_py:level_py,-level_py:level_py) :: short_source_HeI_column_density_out
real(kind=dp), dimension(-level_py:level_py,-level_py:level_py,-level_py:level_py) :: short_source_HeII_column_density_out
real(kind=dp), dimension(-level_py:level_py,-level_py:level_py,-level_py:level_py) :: short_source_HI_photoionization_rate_array
real(kind=dp), dimension(-level_py:level_py,-level_py:level_py,-level_py:level_py) :: short_source_HeI_photoionization_rate_array
real(kind=dp), dimension(-level_py:level_py,-level_py:level_py,-level_py:level_py) :: short_source_HeII_photoionization_rate_array
real(kind=dp), dimension(-level_py:level_py,-level_py:level_py,-level_py:level_py) :: short_source_photoheating_rate_array
real(kind=dp), dimension(-level_py:level_py,-level_py:level_py,-level_py:level_py) :: short_source_shell_volume
real(kind=dp), dimension(1:level_sl,1:level_sl,1:level_sl) :: long_global_number_density_array
real(kind=dp), dimension(1:level_sl,1:level_sl,1:level_sl) :: long_global_xHI_array
real(kind=dp), dimension(1:level_sl,1:level_sl,1:level_sl) :: long_global_xHeI_array
real(kind=dp), dimension(1:level_sl,1:level_sl,1:level_sl) :: long_global_xHeII_array
real(kind=dp), dimension(1:level_sl,1:level_sl,1:level_sl) :: long_global_HI_photoionization_rate_array
real(kind=dp), dimension(1:level_sl,1:level_sl,1:level_sl) :: long_global_HeI_photoionization_rate_array
real(kind=dp), dimension(1:level_sl,1:level_sl,1:level_sl) :: long_global_HeII_photoionization_rate_array
real(kind=dp), dimension(1:level_sl,1:level_sl,1:level_sl) :: long_global_photoheating_rate_array
real(kind=dp), dimension(-level_py:level_py,-level_py:level_py,-level_py:level_py) :: long_source_HI_density_array
real(kind=dp), dimension(-level_py:level_py,-level_py:level_py,-level_py:level_py) :: long_source_HeI_density_array
real(kind=dp), dimension(-level_py:level_py,-level_py:level_py,-level_py:level_py) :: long_source_HeII_density_array
real(kind=dp), dimension(-level_py:level_py,-level_py:level_py,-level_py:level_py) :: long_source_HI_column_density_in
real(kind=dp), dimension(-level_py:level_py,-level_py:level_py,-level_py:level_py) :: long_source_HeI_column_density_in
real(kind=dp), dimension(-level_py:level_py,-level_py:level_py,-level_py:level_py) :: long_source_HeII_column_density_in
real(kind=dp), dimension(-level_py:level_py,-level_py:level_py,-level_py:level_py) :: long_source_HI_column_density_out
real(kind=dp), dimension(-level_py:level_py,-level_py:level_py,-level_py:level_py) :: long_source_HeI_column_density_out
real(kind=dp), dimension(-level_py:level_py,-level_py:level_py,-level_py:level_py) :: long_source_HeII_column_density_out
real(kind=dp), dimension(-level_py:level_py,-level_py:level_py,-level_py:level_py) :: long_source_HI_photoionization_rate_array
real(kind=dp), dimension(-level_py:level_py,-level_py:level_py,-level_py:level_py) :: long_source_HeI_photoionization_rate_array
real(kind=dp), dimension(-level_py:level_py,-level_py:level_py,-level_py:level_py) :: long_source_HeII_photoionization_rate_array
real(kind=dp), dimension(-level_py:level_py,-level_py:level_py,-level_py:level_py) :: long_source_photoheating_rate_array
real(kind=dp), dimension(-level_py:level_py,-level_py:level_py,-level_py:level_py) :: long_source_shell_volume
! for analytical solution of pyramid model
real(kind=dp) :: pyramid_analytical_number_density
real(kind=dp) :: pyramid_analytical_xHI
real(kind=dp) :: pyramid_analytical_xHeI
real(kind=dp) :: pyramid_analytical_xHeII
real(kind=dp), dimension(1:2*level_py,1:2*level_py,1:2*level_py) :: pyramid_analytical_HI_column_density_in
real(kind=dp), dimension(1:2*level_py,1:2*level_py,1:2*level_py) :: pyramid_analytical_HeI_column_density_in
real(kind=dp), dimension(1:2*level_py,1:2*level_py,1:2*level_py) :: pyramid_analytical_HeII_column_density_in
real(kind=dp), dimension(1:2*level_py,1:2*level_py,1:2*level_py) :: pyramid_analytical_HI_column_density_out
real(kind=dp), dimension(1:2*level_py,1:2*level_py,1:2*level_py) :: pyramid_analytical_HeI_column_density_out
real(kind=dp), dimension(1:2*level_py,1:2*level_py,1:2*level_py) :: pyramid_analytical_HeII_column_density_out
real(kind=dp), dimension(1:2*level_py,1:2*level_py,1:2*level_py) :: pyramid_analytical_HI_photoionization_rate_array
real(kind=dp), dimension(1:2*level_py,1:2*level_py,1:2*level_py) :: pyramid_analytical_HeI_photoionization_rate_array
real(kind=dp), dimension(1:2*level_py,1:2*level_py,1:2*level_py) :: pyramid_analytical_HeII_photoionization_rate_array
real(kind=dp), dimension(1:2*level_py,1:2*level_py,1:2*level_py) :: pyramid_analytical_photoheating_rate_array
real(kind=dp), dimension(1:2*level_py,1:2*level_py,1:2*level_py) :: pyramid_analytical_shell_volume
! for analytical solution of cartesian model
real(kind=dp) :: cartesian_analytical_number_density
real(kind=dp) :: cartesian_analytical_xHI
real(kind=dp) :: cartesian_analytical_xHeI
real(kind=dp) :: cartesian_analytical_xHeII
real(kind=dp), dimension(-level_py:level_py,-level_py:level_py,-level_py:level_py) :: cartesian_analytical_HI_column_density_in
real(kind=dp), dimension(-level_py:level_py,-level_py:level_py,-level_py:level_py) :: cartesian_analytical_HeI_column_density_in
real(kind=dp), dimension(-level_py:level_py,-level_py:level_py,-level_py:level_py) :: cartesian_analytical_HeII_column_density_in
real(kind=dp), dimension(-level_py:level_py,-level_py:level_py,-level_py:level_py) :: cartesian_analytical_HI_column_density_out
real(kind=dp), dimension(-level_py:level_py,-level_py:level_py,-level_py:level_py) :: cartesian_analytical_HeI_column_density_out
real(kind=dp), dimension(-level_py:level_py,-level_py:level_py,-level_py:level_py) :: cartesian_analytical_HeII_column_density_out
real(kind=dp),dimension(-level_py:level_py,-level_py:level_py,-level_py:level_py) :: &
cartesian_analytical_HI_photoionization_rate_array
real(kind=dp),dimension(-level_py:level_py,-level_py:level_py,-level_py:level_py) :: &
cartesian_analytical_HeI_photoionization_rate_array
real(kind=dp),dimension(-level_py:level_py,-level_py:level_py,-level_py:level_py) :: &
cartesian_analytical_HeII_photoionization_rate_array
real(kind=dp),dimension(-level_py:level_py,-level_py:level_py,-level_py:level_py) :: &
cartesian_analytical_photoheating_rate_array
real(kind=dp),dimension(-level_py:level_py,-level_py:level_py,-level_py:level_py) :: cartesian_analytical_shell_volume
! Integrands ( frequency, optical depth )
real(kind=dp),dimension(:,:), allocatable :: bb_photo_thick_integrand
real(kind=dp),dimension(:,:), allocatable :: bb_photo_thin_integrand
real(kind=dp),dimension(:,:), allocatable :: pl_photo_thick_integrand
real(kind=dp),dimension(:,:), allocatable :: pl_photo_thin_integrand
real(kind=dp),dimension(:,:), allocatable :: bb_heat_thick_integrand_HI
real(kind=dp),dimension(:,:), allocatable :: bb_heat_thick_integrand_HeI
real(kind=dp),dimension(:,:), allocatable :: bb_heat_thick_integrand_HeII
real(kind=dp),dimension(:,:), allocatable :: bb_heat_thin_integrand_HI
real(kind=dp),dimension(:,:), allocatable :: bb_heat_thin_integrand_HeI
real(kind=dp),dimension(:,:), allocatable :: bb_heat_thin_integrand_HeII
real(kind=dp),dimension(:,:), allocatable :: pl_heat_thick_integrand_HI
real(kind=dp),dimension(:,:), allocatable :: pl_heat_thick_integrand_HeI
real(kind=dp),dimension(:,:), allocatable :: pl_heat_thick_integrand_HeII
real(kind=dp),dimension(:,:), allocatable :: pl_heat_thin_integrand_HI
real(kind=dp),dimension(:,:), allocatable :: pl_heat_thin_integrand_HeI
real(kind=dp),dimension(:,:), allocatable :: pl_heat_thin_integrand_HeII
! Integration table ( optical depth, sub-bin )
real(kind=dp),dimension(:,:), target, allocatable :: bb_photo_thick_table
real(kind=dp),dimension(:,:), target, allocatable :: bb_photo_thin_table
real(kind=dp),dimension(:,:), target, allocatable :: pl_photo_thick_table
real(kind=dp),dimension(:,:), target, allocatable :: pl_photo_thin_table
real(kind=dp),dimension(:,:), target, allocatable :: bb_heat_thick_table
real(kind=dp),dimension(:,:), target, allocatable :: bb_heat_thin_table
real(kind=dp),dimension(:,:), target, allocatable :: pl_heat_thick_table
real(kind=dp),dimension(:,:), target, allocatable :: pl_heat_thin_table
contains
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
subroutine pyramid_creation()
! allocation arrays of volume, length...
integer :: count_x, count_y, count_l
integer :: count
integer :: delta_l
do count = 1,level_py
allocate(pyramid_grid(count)%cellsize(1:partition(count),1:partition(count)))
allocate(pyramid_grid(count)%solid_angle(1:partition(count),1:partition(count)))
allocate(pyramid_grid(count)%case(1:partition(count),1:partition(count)))
allocate(pyramid_grid(count)%transform(1:partition(count),1:partition(count)))
end do
allocate(parent_position(1:level_py,1:partition(level_py)))
do count = 1,level_py
do count_x = 1,partition(count)
allocate(parent_position(count,count_x)%with_parent_height(1:count))
enddo
enddo
end subroutine pyramid_creation
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
subroutine cartesian_creation()
! allocation arrays of volume, length...
integer :: count
do count = 1,level_py
allocate(cartesian_grid(count)%transform(1:count,1:count))
end do
end subroutine cartesian_creation
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
subroutine domain_creation()
implicit none
integer :: count
do count = 1,level_py
allocate(px_py_pz_dx(count)%HI_density(1:partition(count),1:partition(count)))
allocate(px_py_pz_dy(count)%HI_density(1:partition(count),1:partition(count)))
allocate(px_py_pz_dz(count)%HI_density(1:partition(count),1:partition(count)))
allocate(px_py_nz_dx(count)%HI_density(1:partition(count),-partition(count):-1))
allocate(px_py_nz_dy(count)%HI_density(-partition(count):-1,1:partition(count)))
allocate(px_py_nz_dz(-count)%HI_density(1:partition(count),1:partition(count)))
allocate(px_ny_pz_dx(count)%HI_density(-partition(count):-1,1:partition(count)))
allocate(px_ny_pz_dy(-count)%HI_density(1:partition(count),1:partition(count)))
allocate(px_ny_pz_dz(count)%HI_density(1:partition(count),-partition(count):-1))
allocate(px_ny_nz_dx(count)%HI_density(-partition(count):-1,-partition(count):-1))
allocate(px_ny_nz_dy(-count)%HI_density(-partition(count):-1,1:partition(count)))
allocate(px_ny_nz_dz(-count)%HI_density(1:partition(count),-partition(count):-1))
allocate(nx_py_pz_dx(-count)%HI_density(1:partition(count),1:partition(count)))
allocate(nx_py_pz_dy(count)%HI_density(1:partition(count),-partition(count):-1))
allocate(nx_py_pz_dz(count)%HI_density(-partition(count):-1,1:partition(count)))
allocate(nx_py_nz_dx(-count)%HI_density(1:partition(count),-partition(count):-1))
allocate(nx_py_nz_dy(count)%HI_density(-partition(count):-1,-partition(count):-1))
allocate(nx_py_nz_dz(-count)%HI_density(-partition(count):-1,1:partition(count)))
allocate(nx_ny_pz_dx(-count)%HI_density(-partition(count):-1,1:partition(count)))
allocate(nx_ny_pz_dy(-count)%HI_density(1:partition(count),-partition(count):-1))
allocate(nx_ny_pz_dz(count)%HI_density(-partition(count):-1,-partition(count):-1))
allocate(nx_ny_nz_dx(-count)%HI_density(-partition(count):-1,-partition(count):-1))
allocate(nx_ny_nz_dy(-count)%HI_density(-partition(count):-1,-partition(count):-1))
allocate(nx_ny_nz_dz(-count)%HI_density(-partition(count):-1,-partition(count):-1))
allocate(px_py_pz_dx(count)%HI_column_density_in(1:partition(count),1:partition(count)))
allocate(px_py_pz_dy(count)%HI_column_density_in(1:partition(count),1:partition(count)))
allocate(px_py_pz_dz(count)%HI_column_density_in(1:partition(count),1:partition(count)))
allocate(px_py_nz_dx(count)%HI_column_density_in(1:partition(count),-partition(count):-1))
allocate(px_py_nz_dy(count)%HI_column_density_in(-partition(count):-1,1:partition(count)))
allocate(px_py_nz_dz(-count)%HI_column_density_in(1:partition(count),1:partition(count)))
allocate(px_ny_pz_dx(count)%HI_column_density_in(-partition(count):-1,1:partition(count)))
allocate(px_ny_pz_dy(-count)%HI_column_density_in(1:partition(count),1:partition(count)))
allocate(px_ny_pz_dz(count)%HI_column_density_in(1:partition(count),-partition(count):-1))
allocate(px_ny_nz_dx(count)%HI_column_density_in(-partition(count):-1,-partition(count):-1))
allocate(px_ny_nz_dy(-count)%HI_column_density_in(-partition(count):-1,1:partition(count)))
allocate(px_ny_nz_dz(-count)%HI_column_density_in(1:partition(count),-partition(count):-1))
allocate(nx_py_pz_dx(-count)%HI_column_density_in(1:partition(count),1:partition(count)))
allocate(nx_py_pz_dy(count)%HI_column_density_in(1:partition(count),-partition(count):-1))
allocate(nx_py_pz_dz(count)%HI_column_density_in(-partition(count):-1,1:partition(count)))
allocate(nx_py_nz_dx(-count)%HI_column_density_in(1:partition(count),-partition(count):-1))
allocate(nx_py_nz_dy(count)%HI_column_density_in(-partition(count):-1,-partition(count):-1))
allocate(nx_py_nz_dz(-count)%HI_column_density_in(-partition(count):-1,1:partition(count)))
allocate(nx_ny_pz_dx(-count)%HI_column_density_in(-partition(count):-1,1:partition(count)))
allocate(nx_ny_pz_dy(-count)%HI_column_density_in(1:partition(count),-partition(count):-1))
allocate(nx_ny_pz_dz(count)%HI_column_density_in(-partition(count):-1,-partition(count):-1))
allocate(nx_ny_nz_dx(-count)%HI_column_density_in(-partition(count):-1,-partition(count):-1))
allocate(nx_ny_nz_dy(-count)%HI_column_density_in(-partition(count):-1,-partition(count):-1))
allocate(nx_ny_nz_dz(-count)%HI_column_density_in(-partition(count):-1,-partition(count):-1))
allocate(px_py_pz_dx(count)%HI_column_density_out(1:partition(count),1:partition(count)))
allocate(px_py_pz_dy(count)%HI_column_density_out(1:partition(count),1:partition(count)))
allocate(px_py_pz_dz(count)%HI_column_density_out(1:partition(count),1:partition(count)))
allocate(px_py_nz_dx(count)%HI_column_density_out(1:partition(count),-partition(count):-1))
allocate(px_py_nz_dy(count)%HI_column_density_out(-partition(count):-1,1:partition(count)))
allocate(px_py_nz_dz(-count)%HI_column_density_out(1:partition(count),1:partition(count)))
allocate(px_ny_pz_dx(count)%HI_column_density_out(-partition(count):-1,1:partition(count)))
allocate(px_ny_pz_dy(-count)%HI_column_density_out(1:partition(count),1:partition(count)))
allocate(px_ny_pz_dz(count)%HI_column_density_out(1:partition(count),-partition(count):-1))
allocate(px_ny_nz_dx(count)%HI_column_density_out(-partition(count):-1,-partition(count):-1))
allocate(px_ny_nz_dy(-count)%HI_column_density_out(-partition(count):-1,1:partition(count)))
allocate(px_ny_nz_dz(-count)%HI_column_density_out(1:partition(count),-partition(count):-1))
allocate(nx_py_pz_dx(-count)%HI_column_density_out(1:partition(count),1:partition(count)))
allocate(nx_py_pz_dy(count)%HI_column_density_out(1:partition(count),-partition(count):-1))
allocate(nx_py_pz_dz(count)%HI_column_density_out(-partition(count):-1,1:partition(count)))
allocate(nx_py_nz_dx(-count)%HI_column_density_out(1:partition(count),-partition(count):-1))
allocate(nx_py_nz_dy(count)%HI_column_density_out(-partition(count):-1,-partition(count):-1))
allocate(nx_py_nz_dz(-count)%HI_column_density_out(-partition(count):-1,1:partition(count)))
allocate(nx_ny_pz_dx(-count)%HI_column_density_out(-partition(count):-1,1:partition(count)))
allocate(nx_ny_pz_dy(-count)%HI_column_density_out(1:partition(count),-partition(count):-1))
allocate(nx_ny_pz_dz(count)%HI_column_density_out(-partition(count):-1,-partition(count):-1))
allocate(nx_ny_nz_dx(-count)%HI_column_density_out(-partition(count):-1,-partition(count):-1))
allocate(nx_ny_nz_dy(-count)%HI_column_density_out(-partition(count):-1,-partition(count):-1))
allocate(nx_ny_nz_dz(-count)%HI_column_density_out(-partition(count):-1,-partition(count):-1))
allocate(px_py_pz_dx(count)%HI_photoionization_rate(1:partition(count),1:partition(count)))
allocate(px_py_pz_dy(count)%HI_photoionization_rate(1:partition(count),1:partition(count)))
allocate(px_py_pz_dz(count)%HI_photoionization_rate(1:partition(count),1:partition(count)))
allocate(px_py_nz_dx(count)%HI_photoionization_rate(1:partition(count),-partition(count):-1))
allocate(px_py_nz_dy(count)%HI_photoionization_rate(-partition(count):-1,1:partition(count)))
allocate(px_py_nz_dz(-count)%HI_photoionization_rate(1:partition(count),1:partition(count)))
allocate(px_ny_pz_dx(count)%HI_photoionization_rate(-partition(count):-1,1:partition(count)))
allocate(px_ny_pz_dy(-count)%HI_photoionization_rate(1:partition(count),1:partition(count)))
allocate(px_ny_pz_dz(count)%HI_photoionization_rate(1:partition(count),-partition(count):-1))
allocate(px_ny_nz_dx(count)%HI_photoionization_rate(-partition(count):-1,-partition(count):-1))
allocate(px_ny_nz_dy(-count)%HI_photoionization_rate(-partition(count):-1,1:partition(count)))
allocate(px_ny_nz_dz(-count)%HI_photoionization_rate(1:partition(count),-partition(count):-1))
allocate(nx_py_pz_dx(-count)%HI_photoionization_rate(1:partition(count),1:partition(count)))
allocate(nx_py_pz_dy(count)%HI_photoionization_rate(1:partition(count),-partition(count):-1))
allocate(nx_py_pz_dz(count)%HI_photoionization_rate(-partition(count):-1,1:partition(count)))
allocate(nx_py_nz_dx(-count)%HI_photoionization_rate(1:partition(count),-partition(count):-1))
allocate(nx_py_nz_dy(count)%HI_photoionization_rate(-partition(count):-1,-partition(count):-1))
allocate(nx_py_nz_dz(-count)%HI_photoionization_rate(-partition(count):-1,1:partition(count)))
allocate(nx_ny_pz_dx(-count)%HI_photoionization_rate(-partition(count):-1,1:partition(count)))
allocate(nx_ny_pz_dy(-count)%HI_photoionization_rate(1:partition(count),-partition(count):-1))
allocate(nx_ny_pz_dz(count)%HI_photoionization_rate(-partition(count):-1,-partition(count):-1))
allocate(nx_ny_nz_dx(-count)%HI_photoionization_rate(-partition(count):-1,-partition(count):-1))
allocate(nx_ny_nz_dy(-count)%HI_photoionization_rate(-partition(count):-1,-partition(count):-1))
allocate(nx_ny_nz_dz(-count)%HI_photoionization_rate(-partition(count):-1,-partition(count):-1))
allocate(px_py_pz_dx(count)%HeI_density(1:partition(count),1:partition(count)))
allocate(px_py_pz_dy(count)%HeI_density(1:partition(count),1:partition(count)))
allocate(px_py_pz_dz(count)%HeI_density(1:partition(count),1:partition(count)))
allocate(px_py_nz_dx(count)%HeI_density(1:partition(count),-partition(count):-1))
allocate(px_py_nz_dy(count)%HeI_density(-partition(count):-1,1:partition(count)))
allocate(px_py_nz_dz(-count)%HeI_density(1:partition(count),1:partition(count)))
allocate(px_ny_pz_dx(count)%HeI_density(-partition(count):-1,1:partition(count)))
allocate(px_ny_pz_dy(-count)%HeI_density(1:partition(count),1:partition(count)))
allocate(px_ny_pz_dz(count)%HeI_density(1:partition(count),-partition(count):-1))
allocate(px_ny_nz_dx(count)%HeI_density(-partition(count):-1,-partition(count):-1))
allocate(px_ny_nz_dy(-count)%HeI_density(-partition(count):-1,1:partition(count)))
allocate(px_ny_nz_dz(-count)%HeI_density(1:partition(count),-partition(count):-1))
allocate(nx_py_pz_dx(-count)%HeI_density(1:partition(count),1:partition(count)))
allocate(nx_py_pz_dy(count)%HeI_density(1:partition(count),-partition(count):-1))
allocate(nx_py_pz_dz(count)%HeI_density(-partition(count):-1,1:partition(count)))
allocate(nx_py_nz_dx(-count)%HeI_density(1:partition(count),-partition(count):-1))
allocate(nx_py_nz_dy(count)%HeI_density(-partition(count):-1,-partition(count):-1))
allocate(nx_py_nz_dz(-count)%HeI_density(-partition(count):-1,1:partition(count)))
allocate(nx_ny_pz_dx(-count)%HeI_density(-partition(count):-1,1:partition(count)))
allocate(nx_ny_pz_dy(-count)%HeI_density(1:partition(count),-partition(count):-1))
allocate(nx_ny_pz_dz(count)%HeI_density(-partition(count):-1,-partition(count):-1))
allocate(nx_ny_nz_dx(-count)%HeI_density(-partition(count):-1,-partition(count):-1))
allocate(nx_ny_nz_dy(-count)%HeI_density(-partition(count):-1,-partition(count):-1))
allocate(nx_ny_nz_dz(-count)%HeI_density(-partition(count):-1,-partition(count):-1))
allocate(px_py_pz_dx(count)%HeI_column_density_in(1:partition(count),1:partition(count)))
allocate(px_py_pz_dy(count)%HeI_column_density_in(1:partition(count),1:partition(count)))
allocate(px_py_pz_dz(count)%HeI_column_density_in(1:partition(count),1:partition(count)))
allocate(px_py_nz_dx(count)%HeI_column_density_in(1:partition(count),-partition(count):-1))
allocate(px_py_nz_dy(count)%HeI_column_density_in(-partition(count):-1,1:partition(count)))
allocate(px_py_nz_dz(-count)%HeI_column_density_in(1:partition(count),1:partition(count)))
allocate(px_ny_pz_dx(count)%HeI_column_density_in(-partition(count):-1,1:partition(count)))
allocate(px_ny_pz_dy(-count)%HeI_column_density_in(1:partition(count),1:partition(count)))
allocate(px_ny_pz_dz(count)%HeI_column_density_in(1:partition(count),-partition(count):-1))
allocate(px_ny_nz_dx(count)%HeI_column_density_in(-partition(count):-1,-partition(count):-1))
allocate(px_ny_nz_dy(-count)%HeI_column_density_in(-partition(count):-1,1:partition(count)))
allocate(px_ny_nz_dz(-count)%HeI_column_density_in(1:partition(count),-partition(count):-1))
allocate(nx_py_pz_dx(-count)%HeI_column_density_in(1:partition(count),1:partition(count)))
allocate(nx_py_pz_dy(count)%HeI_column_density_in(1:partition(count),-partition(count):-1))
allocate(nx_py_pz_dz(count)%HeI_column_density_in(-partition(count):-1,1:partition(count)))
allocate(nx_py_nz_dx(-count)%HeI_column_density_in(1:partition(count),-partition(count):-1))
allocate(nx_py_nz_dy(count)%HeI_column_density_in(-partition(count):-1,-partition(count):-1))
allocate(nx_py_nz_dz(-count)%HeI_column_density_in(-partition(count):-1,1:partition(count)))
allocate(nx_ny_pz_dx(-count)%HeI_column_density_in(-partition(count):-1,1:partition(count)))
allocate(nx_ny_pz_dy(-count)%HeI_column_density_in(1:partition(count),-partition(count):-1))
allocate(nx_ny_pz_dz(count)%HeI_column_density_in(-partition(count):-1,-partition(count):-1))
allocate(nx_ny_nz_dx(-count)%HeI_column_density_in(-partition(count):-1,-partition(count):-1))
allocate(nx_ny_nz_dy(-count)%HeI_column_density_in(-partition(count):-1,-partition(count):-1))
allocate(nx_ny_nz_dz(-count)%HeI_column_density_in(-partition(count):-1,-partition(count):-1))
allocate(px_py_pz_dx(count)%HeI_column_density_out(1:partition(count),1:partition(count)))
allocate(px_py_pz_dy(count)%HeI_column_density_out(1:partition(count),1:partition(count)))
allocate(px_py_pz_dz(count)%HeI_column_density_out(1:partition(count),1:partition(count)))
allocate(px_py_nz_dx(count)%HeI_column_density_out(1:partition(count),-partition(count):-1))
allocate(px_py_nz_dy(count)%HeI_column_density_out(-partition(count):-1,1:partition(count)))
allocate(px_py_nz_dz(-count)%HeI_column_density_out(1:partition(count),1:partition(count)))
allocate(px_ny_pz_dx(count)%HeI_column_density_out(-partition(count):-1,1:partition(count)))
allocate(px_ny_pz_dy(-count)%HeI_column_density_out(1:partition(count),1:partition(count)))
allocate(px_ny_pz_dz(count)%HeI_column_density_out(1:partition(count),-partition(count):-1))
allocate(px_ny_nz_dx(count)%HeI_column_density_out(-partition(count):-1,-partition(count):-1))
allocate(px_ny_nz_dy(-count)%HeI_column_density_out(-partition(count):-1,1:partition(count)))
allocate(px_ny_nz_dz(-count)%HeI_column_density_out(1:partition(count),-partition(count):-1))
allocate(nx_py_pz_dx(-count)%HeI_column_density_out(1:partition(count),1:partition(count)))
allocate(nx_py_pz_dy(count)%HeI_column_density_out(1:partition(count),-partition(count):-1))
allocate(nx_py_pz_dz(count)%HeI_column_density_out(-partition(count):-1,1:partition(count)))
allocate(nx_py_nz_dx(-count)%HeI_column_density_out(1:partition(count),-partition(count):-1))
allocate(nx_py_nz_dy(count)%HeI_column_density_out(-partition(count):-1,-partition(count):-1))
allocate(nx_py_nz_dz(-count)%HeI_column_density_out(-partition(count):-1,1:partition(count)))
allocate(nx_ny_pz_dx(-count)%HeI_column_density_out(-partition(count):-1,1:partition(count)))
allocate(nx_ny_pz_dy(-count)%HeI_column_density_out(1:partition(count),-partition(count):-1))
allocate(nx_ny_pz_dz(count)%HeI_column_density_out(-partition(count):-1,-partition(count):-1))
allocate(nx_ny_nz_dx(-count)%HeI_column_density_out(-partition(count):-1,-partition(count):-1))
allocate(nx_ny_nz_dy(-count)%HeI_column_density_out(-partition(count):-1,-partition(count):-1))
allocate(nx_ny_nz_dz(-count)%HeI_column_density_out(-partition(count):-1,-partition(count):-1))
allocate(px_py_pz_dx(count)%HeI_photoionization_rate(1:partition(count),1:partition(count)))
allocate(px_py_pz_dy(count)%HeI_photoionization_rate(1:partition(count),1:partition(count)))
allocate(px_py_pz_dz(count)%HeI_photoionization_rate(1:partition(count),1:partition(count)))
allocate(px_py_nz_dx(count)%HeI_photoionization_rate(1:partition(count),-partition(count):-1))
allocate(px_py_nz_dy(count)%HeI_photoionization_rate(-partition(count):-1,1:partition(count)))
allocate(px_py_nz_dz(-count)%HeI_photoionization_rate(1:partition(count),1:partition(count)))
allocate(px_ny_pz_dx(count)%HeI_photoionization_rate(-partition(count):-1,1:partition(count)))
allocate(px_ny_pz_dy(-count)%HeI_photoionization_rate(1:partition(count),1:partition(count)))
allocate(px_ny_pz_dz(count)%HeI_photoionization_rate(1:partition(count),-partition(count):-1))
allocate(px_ny_nz_dx(count)%HeI_photoionization_rate(-partition(count):-1,-partition(count):-1))
allocate(px_ny_nz_dy(-count)%HeI_photoionization_rate(-partition(count):-1,1:partition(count)))
allocate(px_ny_nz_dz(-count)%HeI_photoionization_rate(1:partition(count),-partition(count):-1))
allocate(nx_py_pz_dx(-count)%HeI_photoionization_rate(1:partition(count),1:partition(count)))
allocate(nx_py_pz_dy(count)%HeI_photoionization_rate(1:partition(count),-partition(count):-1))
allocate(nx_py_pz_dz(count)%HeI_photoionization_rate(-partition(count):-1,1:partition(count)))
allocate(nx_py_nz_dx(-count)%HeI_photoionization_rate(1:partition(count),-partition(count):-1))
allocate(nx_py_nz_dy(count)%HeI_photoionization_rate(-partition(count):-1,-partition(count):-1))
allocate(nx_py_nz_dz(-count)%HeI_photoionization_rate(-partition(count):-1,1:partition(count)))
allocate(nx_ny_pz_dx(-count)%HeI_photoionization_rate(-partition(count):-1,1:partition(count)))
allocate(nx_ny_pz_dy(-count)%HeI_photoionization_rate(1:partition(count),-partition(count):-1))
allocate(nx_ny_pz_dz(count)%HeI_photoionization_rate(-partition(count):-1,-partition(count):-1))
allocate(nx_ny_nz_dx(-count)%HeI_photoionization_rate(-partition(count):-1,-partition(count):-1))
allocate(nx_ny_nz_dy(-count)%HeI_photoionization_rate(-partition(count):-1,-partition(count):-1))
allocate(nx_ny_nz_dz(-count)%HeI_photoionization_rate(-partition(count):-1,-partition(count):-1))
allocate(px_py_pz_dx(count)%HeII_density(1:partition(count),1:partition(count)))
allocate(px_py_pz_dy(count)%HeII_density(1:partition(count),1:partition(count)))
allocate(px_py_pz_dz(count)%HeII_density(1:partition(count),1:partition(count)))
allocate(px_py_nz_dx(count)%HeII_density(1:partition(count),-partition(count):-1))
allocate(px_py_nz_dy(count)%HeII_density(-partition(count):-1,1:partition(count)))
allocate(px_py_nz_dz(-count)%HeII_density(1:partition(count),1:partition(count)))
allocate(px_ny_pz_dx(count)%HeII_density(-partition(count):-1,1:partition(count)))
allocate(px_ny_pz_dy(-count)%HeII_density(1:partition(count),1:partition(count)))
allocate(px_ny_pz_dz(count)%HeII_density(1:partition(count),-partition(count):-1))
allocate(px_ny_nz_dx(count)%HeII_density(-partition(count):-1,-partition(count):-1))
allocate(px_ny_nz_dy(-count)%HeII_density(-partition(count):-1,1:partition(count)))
allocate(px_ny_nz_dz(-count)%HeII_density(1:partition(count),-partition(count):-1))
allocate(nx_py_pz_dx(-count)%HeII_density(1:partition(count),1:partition(count)))
allocate(nx_py_pz_dy(count)%HeII_density(1:partition(count),-partition(count):-1))
allocate(nx_py_pz_dz(count)%HeII_density(-partition(count):-1,1:partition(count)))
allocate(nx_py_nz_dx(-count)%HeII_density(1:partition(count),-partition(count):-1))
allocate(nx_py_nz_dy(count)%HeII_density(-partition(count):-1,-partition(count):-1))
allocate(nx_py_nz_dz(-count)%HeII_density(-partition(count):-1,1:partition(count)))
allocate(nx_ny_pz_dx(-count)%HeII_density(-partition(count):-1,1:partition(count)))
allocate(nx_ny_pz_dy(-count)%HeII_density(1:partition(count),-partition(count):-1))
allocate(nx_ny_pz_dz(count)%HeII_density(-partition(count):-1,-partition(count):-1))
allocate(nx_ny_nz_dx(-count)%HeII_density(-partition(count):-1,-partition(count):-1))
allocate(nx_ny_nz_dy(-count)%HeII_density(-partition(count):-1,-partition(count):-1))
allocate(nx_ny_nz_dz(-count)%HeII_density(-partition(count):-1,-partition(count):-1))
allocate(px_py_pz_dx(count)%HeII_column_density_in(1:partition(count),1:partition(count)))
allocate(px_py_pz_dy(count)%HeII_column_density_in(1:partition(count),1:partition(count)))
allocate(px_py_pz_dz(count)%HeII_column_density_in(1:partition(count),1:partition(count)))
allocate(px_py_nz_dx(count)%HeII_column_density_in(1:partition(count),-partition(count):-1))
allocate(px_py_nz_dy(count)%HeII_column_density_in(-partition(count):-1,1:partition(count)))
allocate(px_py_nz_dz(-count)%HeII_column_density_in(1:partition(count),1:partition(count)))
allocate(px_ny_pz_dx(count)%HeII_column_density_in(-partition(count):-1,1:partition(count)))
allocate(px_ny_pz_dy(-count)%HeII_column_density_in(1:partition(count),1:partition(count)))
allocate(px_ny_pz_dz(count)%HeII_column_density_in(1:partition(count),-partition(count):-1))
allocate(px_ny_nz_dx(count)%HeII_column_density_in(-partition(count):-1,-partition(count):-1))
allocate(px_ny_nz_dy(-count)%HeII_column_density_in(-partition(count):-1,1:partition(count)))
allocate(px_ny_nz_dz(-count)%HeII_column_density_in(1:partition(count),-partition(count):-1))
allocate(nx_py_pz_dx(-count)%HeII_column_density_in(1:partition(count),1:partition(count)))
allocate(nx_py_pz_dy(count)%HeII_column_density_in(1:partition(count),-partition(count):-1))
allocate(nx_py_pz_dz(count)%HeII_column_density_in(-partition(count):-1,1:partition(count)))
allocate(nx_py_nz_dx(-count)%HeII_column_density_in(1:partition(count),-partition(count):-1))
allocate(nx_py_nz_dy(count)%HeII_column_density_in(-partition(count):-1,-partition(count):-1))
allocate(nx_py_nz_dz(-count)%HeII_column_density_in(-partition(count):-1,1:partition(count)))
allocate(nx_ny_pz_dx(-count)%HeII_column_density_in(-partition(count):-1,1:partition(count)))
allocate(nx_ny_pz_dy(-count)%HeII_column_density_in(1:partition(count),-partition(count):-1))
allocate(nx_ny_pz_dz(count)%HeII_column_density_in(-partition(count):-1,-partition(count):-1))
allocate(nx_ny_nz_dx(-count)%HeII_column_density_in(-partition(count):-1,-partition(count):-1))
allocate(nx_ny_nz_dy(-count)%HeII_column_density_in(-partition(count):-1,-partition(count):-1))
allocate(nx_ny_nz_dz(-count)%HeII_column_density_in(-partition(count):-1,-partition(count):-1))
allocate(px_py_pz_dx(count)%HeII_column_density_out(1:partition(count),1:partition(count)))
allocate(px_py_pz_dy(count)%HeII_column_density_out(1:partition(count),1:partition(count)))
allocate(px_py_pz_dz(count)%HeII_column_density_out(1:partition(count),1:partition(count)))
allocate(px_py_nz_dx(count)%HeII_column_density_out(1:partition(count),-partition(count):-1))
allocate(px_py_nz_dy(count)%HeII_column_density_out(-partition(count):-1,1:partition(count)))
allocate(px_py_nz_dz(-count)%HeII_column_density_out(1:partition(count),1:partition(count)))
allocate(px_ny_pz_dx(count)%HeII_column_density_out(-partition(count):-1,1:partition(count)))
allocate(px_ny_pz_dy(-count)%HeII_column_density_out(1:partition(count),1:partition(count)))
allocate(px_ny_pz_dz(count)%HeII_column_density_out(1:partition(count),-partition(count):-1))
allocate(px_ny_nz_dx(count)%HeII_column_density_out(-partition(count):-1,-partition(count):-1))
allocate(px_ny_nz_dy(-count)%HeII_column_density_out(-partition(count):-1,1:partition(count)))
allocate(px_ny_nz_dz(-count)%HeII_column_density_out(1:partition(count),-partition(count):-1))
allocate(nx_py_pz_dx(-count)%HeII_column_density_out(1:partition(count),1:partition(count)))
allocate(nx_py_pz_dy(count)%HeII_column_density_out(1:partition(count),-partition(count):-1))
allocate(nx_py_pz_dz(count)%HeII_column_density_out(-partition(count):-1,1:partition(count)))
allocate(nx_py_nz_dx(-count)%HeII_column_density_out(1:partition(count),-partition(count):-1))
allocate(nx_py_nz_dy(count)%HeII_column_density_out(-partition(count):-1,-partition(count):-1))
allocate(nx_py_nz_dz(-count)%HeII_column_density_out(-partition(count):-1,1:partition(count)))
allocate(nx_ny_pz_dx(-count)%HeII_column_density_out(-partition(count):-1,1:partition(count)))
allocate(nx_ny_pz_dy(-count)%HeII_column_density_out(1:partition(count),-partition(count):-1))
allocate(nx_ny_pz_dz(count)%HeII_column_density_out(-partition(count):-1,-partition(count):-1))
allocate(nx_ny_nz_dx(-count)%HeII_column_density_out(-partition(count):-1,-partition(count):-1))
allocate(nx_ny_nz_dy(-count)%HeII_column_density_out(-partition(count):-1,-partition(count):-1))
allocate(nx_ny_nz_dz(-count)%HeII_column_density_out(-partition(count):-1,-partition(count):-1))
allocate(px_py_pz_dx(count)%HeII_photoionization_rate(1:partition(count),1:partition(count)))
allocate(px_py_pz_dy(count)%HeII_photoionization_rate(1:partition(count),1:partition(count)))
allocate(px_py_pz_dz(count)%HeII_photoionization_rate(1:partition(count),1:partition(count)))
allocate(px_py_nz_dx(count)%HeII_photoionization_rate(1:partition(count),-partition(count):-1))
allocate(px_py_nz_dy(count)%HeII_photoionization_rate(-partition(count):-1,1:partition(count)))
allocate(px_py_nz_dz(-count)%HeII_photoionization_rate(1:partition(count),1:partition(count)))
allocate(px_ny_pz_dx(count)%HeII_photoionization_rate(-partition(count):-1,1:partition(count)))
allocate(px_ny_pz_dy(-count)%HeII_photoionization_rate(1:partition(count),1:partition(count)))
allocate(px_ny_pz_dz(count)%HeII_photoionization_rate(1:partition(count),-partition(count):-1))
allocate(px_ny_nz_dx(count)%HeII_photoionization_rate(-partition(count):-1,-partition(count):-1))
allocate(px_ny_nz_dy(-count)%HeII_photoionization_rate(-partition(count):-1,1:partition(count)))
allocate(px_ny_nz_dz(-count)%HeII_photoionization_rate(1:partition(count),-partition(count):-1))
allocate(nx_py_pz_dx(-count)%HeII_photoionization_rate(1:partition(count),1:partition(count)))
allocate(nx_py_pz_dy(count)%HeII_photoionization_rate(1:partition(count),-partition(count):-1))
allocate(nx_py_pz_dz(count)%HeII_photoionization_rate(-partition(count):-1,1:partition(count)))
allocate(nx_py_nz_dx(-count)%HeII_photoionization_rate(1:partition(count),-partition(count):-1))
allocate(nx_py_nz_dy(count)%HeII_photoionization_rate(-partition(count):-1,-partition(count):-1))
allocate(nx_py_nz_dz(-count)%HeII_photoionization_rate(-partition(count):-1,1:partition(count)))
allocate(nx_ny_pz_dx(-count)%HeII_photoionization_rate(-partition(count):-1,1:partition(count)))
allocate(nx_ny_pz_dy(-count)%HeII_photoionization_rate(1:partition(count),-partition(count):-1))
allocate(nx_ny_pz_dz(count)%HeII_photoionization_rate(-partition(count):-1,-partition(count):-1))
allocate(nx_ny_nz_dx(-count)%HeII_photoionization_rate(-partition(count):-1,-partition(count):-1))
allocate(nx_ny_nz_dy(-count)%HeII_photoionization_rate(-partition(count):-1,-partition(count):-1))
allocate(nx_ny_nz_dz(-count)%HeII_photoionization_rate(-partition(count):-1,-partition(count):-1))
allocate(px_py_pz_dx(count)%photoheating_rate(1:partition(count),1:partition(count)))
allocate(px_py_pz_dy(count)%photoheating_rate(1:partition(count),1:partition(count)))
allocate(px_py_pz_dz(count)%photoheating_rate(1:partition(count),1:partition(count)))
allocate(px_py_nz_dx(count)%photoheating_rate(1:partition(count),-partition(count):-1))
allocate(px_py_nz_dy(count)%photoheating_rate(-partition(count):-1,1:partition(count)))
allocate(px_py_nz_dz(-count)%photoheating_rate(1:partition(count),1:partition(count)))
allocate(px_ny_pz_dx(count)%photoheating_rate(-partition(count):-1,1:partition(count)))
allocate(px_ny_pz_dy(-count)%photoheating_rate(1:partition(count),1:partition(count)))
allocate(px_ny_pz_dz(count)%photoheating_rate(1:partition(count),-partition(count):-1))
allocate(px_ny_nz_dx(count)%photoheating_rate(-partition(count):-1,-partition(count):-1))
allocate(px_ny_nz_dy(-count)%photoheating_rate(-partition(count):-1,1:partition(count)))
allocate(px_ny_nz_dz(-count)%photoheating_rate(1:partition(count),-partition(count):-1))
allocate(nx_py_pz_dx(-count)%photoheating_rate(1:partition(count),1:partition(count)))
allocate(nx_py_pz_dy(count)%photoheating_rate(1:partition(count),-partition(count):-1))
allocate(nx_py_pz_dz(count)%photoheating_rate(-partition(count):-1,1:partition(count)))
allocate(nx_py_nz_dx(-count)%photoheating_rate(1:partition(count),-partition(count):-1))
allocate(nx_py_nz_dy(count)%photoheating_rate(-partition(count):-1,-partition(count):-1))
allocate(nx_py_nz_dz(-count)%photoheating_rate(-partition(count):-1,1:partition(count)))
allocate(nx_ny_pz_dx(-count)%photoheating_rate(-partition(count):-1,1:partition(count)))
allocate(nx_ny_pz_dy(-count)%photoheating_rate(1:partition(count),-partition(count):-1))
allocate(nx_ny_pz_dz(count)%photoheating_rate(-partition(count):-1,-partition(count):-1))
allocate(nx_ny_nz_dx(-count)%photoheating_rate(-partition(count):-1,-partition(count):-1))
allocate(nx_ny_nz_dy(-count)%photoheating_rate(-partition(count):-1,-partition(count):-1))
allocate(nx_ny_nz_dz(-count)%photoheating_rate(-partition(count):-1,-partition(count):-1))
end do
end subroutine domain_creation
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
subroutine pyramid_destruction()
integer :: k
! To deallocate of the arrays
do k = 1,level_py
deallocate(pyramid_grid(k)%cellsize)
deallocate(pyramid_grid(k)%solid_angle)
deallocate(pyramid_grid(k)%case)
deallocate(pyramid_grid(k)%transform)
end do
end subroutine pyramid_destruction
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
subroutine cartiesian_destruction()
integer :: k
! To deallocate of the arrays
do k = 1,level_py
deallocate(cartesian_grid(k)%transform)
end do
end subroutine cartiesian_destruction
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
subroutine domain_destruction()
implicit none
integer :: count
! To deallocate of the arrays
do count = 1,level_py
deallocate(px_py_pz_dx(count)%HI_density)
deallocate(px_py_pz_dy(count)%HI_density)
deallocate(px_py_pz_dz(count)%HI_density)
deallocate(px_py_nz_dx(count)%HI_density)
deallocate(px_py_nz_dy(count)%HI_density)
deallocate(px_py_nz_dz(-count)%HI_density)
deallocate(px_ny_pz_dx(count)%HI_density)
deallocate(px_ny_pz_dy(-count)%HI_density)
deallocate(px_ny_pz_dz(count)%HI_density)
deallocate(px_ny_nz_dx(count)%HI_density)
deallocate(px_ny_nz_dy(-count)%HI_density)
deallocate(px_ny_nz_dz(-count)%HI_density)
deallocate(nx_py_pz_dx(-count)%HI_density)
deallocate(nx_py_pz_dy(count)%HI_density)
deallocate(nx_py_pz_dz(count)%HI_density)
deallocate(nx_py_nz_dx(-count)%HI_density)
deallocate(nx_py_nz_dy(count)%HI_density)
deallocate(nx_py_nz_dz(-count)%HI_density)
deallocate(nx_ny_pz_dx(-count)%HI_density)
deallocate(nx_ny_pz_dy(-count)%HI_density)
deallocate(nx_ny_pz_dz(count)%HI_density)
deallocate(nx_ny_nz_dx(-count)%HI_density)
deallocate(nx_ny_nz_dy(-count)%HI_density)
deallocate(nx_ny_nz_dz(-count)%HI_density)
deallocate(px_py_pz_dx(count)%HeI_density)
deallocate(px_py_pz_dy(count)%HeI_density)
deallocate(px_py_pz_dz(count)%HeI_density)
deallocate(px_py_nz_dx(count)%HeI_density)
deallocate(px_py_nz_dy(count)%HeI_density)
deallocate(px_py_nz_dz(-count)%HeI_density)
deallocate(px_ny_pz_dx(count)%HeI_density)
deallocate(px_ny_pz_dy(-count)%HeI_density)
deallocate(px_ny_pz_dz(count)%HeI_density)
deallocate(px_ny_nz_dx(count)%HeI_density)
deallocate(px_ny_nz_dy(-count)%HeI_density)
deallocate(px_ny_nz_dz(-count)%HeI_density)
deallocate(nx_py_pz_dx(-count)%HeI_density)
deallocate(nx_py_pz_dy(count)%HeI_density)
deallocate(nx_py_pz_dz(count)%HeI_density)
deallocate(nx_py_nz_dx(-count)%HeI_density)
deallocate(nx_py_nz_dy(count)%HeI_density)
deallocate(nx_py_nz_dz(-count)%HeI_density)
deallocate(nx_ny_pz_dx(-count)%HeI_density)
deallocate(nx_ny_pz_dy(-count)%HeI_density)
deallocate(nx_ny_pz_dz(count)%HeI_density)
deallocate(nx_ny_nz_dx(-count)%HeI_density)
deallocate(nx_ny_nz_dy(-count)%HeI_density)
deallocate(nx_ny_nz_dz(-count)%HeI_density)
deallocate(px_py_pz_dx(count)%HeII_density)
deallocate(px_py_pz_dy(count)%HeII_density)
deallocate(px_py_pz_dz(count)%HeII_density)
deallocate(px_py_nz_dx(count)%HeII_density)
deallocate(px_py_nz_dy(count)%HeII_density)
deallocate(px_py_nz_dz(-count)%HeII_density)
deallocate(px_ny_pz_dx(count)%HeII_density)
deallocate(px_ny_pz_dy(-count)%HeII_density)
deallocate(px_ny_pz_dz(count)%HeII_density)
deallocate(px_ny_nz_dx(count)%HeII_density)
deallocate(px_ny_nz_dy(-count)%HeII_density)
deallocate(px_ny_nz_dz(-count)%HeII_density)
deallocate(nx_py_pz_dx(-count)%HeII_density)
deallocate(nx_py_pz_dy(count)%HeII_density)
deallocate(nx_py_pz_dz(count)%HeII_density)
deallocate(nx_py_nz_dx(-count)%HeII_density)
deallocate(nx_py_nz_dy(count)%HeII_density)
deallocate(nx_py_nz_dz(-count)%HeII_density)
deallocate(nx_ny_pz_dx(-count)%HeII_density)
deallocate(nx_ny_pz_dy(-count)%HeII_density)
deallocate(nx_ny_pz_dz(count)%HeII_density)
deallocate(nx_ny_nz_dx(-count)%HeII_density)
deallocate(nx_ny_nz_dy(-count)%HeII_density)
deallocate(nx_ny_nz_dz(-count)%HeII_density)
deallocate(px_py_pz_dx(count)%HI_column_density_in)
deallocate(px_py_pz_dy(count)%HI_column_density_in)
deallocate(px_py_pz_dz(count)%HI_column_density_in)
deallocate(px_py_nz_dx(count)%HI_column_density_in)
deallocate(px_py_nz_dy(count)%HI_column_density_in)
deallocate(px_py_nz_dz(-count)%HI_column_density_in)
deallocate(px_ny_pz_dx(count)%HI_column_density_in)
deallocate(px_ny_pz_dy(-count)%HI_column_density_in)
deallocate(px_ny_pz_dz(count)%HI_column_density_in)
deallocate(px_ny_nz_dx(count)%HI_column_density_in)
deallocate(px_ny_nz_dy(-count)%HI_column_density_in)
deallocate(px_ny_nz_dz(-count)%HI_column_density_in)
deallocate(nx_py_pz_dx(-count)%HI_column_density_in)
deallocate(nx_py_pz_dy(count)%HI_column_density_in)
deallocate(nx_py_pz_dz(count)%HI_column_density_in)
deallocate(nx_py_nz_dx(-count)%HI_column_density_in)
deallocate(nx_py_nz_dy(count)%HI_column_density_in)
deallocate(nx_py_nz_dz(-count)%HI_column_density_in)
deallocate(nx_ny_pz_dx(-count)%HI_column_density_in)
deallocate(nx_ny_pz_dy(-count)%HI_column_density_in)
deallocate(nx_ny_pz_dz(count)%HI_column_density_in)
deallocate(nx_ny_nz_dx(-count)%HI_column_density_in)
deallocate(nx_ny_nz_dy(-count)%HI_column_density_in)
deallocate(nx_ny_nz_dz(-count)%HI_column_density_in)
deallocate(px_py_pz_dx(count)%HeI_column_density_in)
deallocate(px_py_pz_dy(count)%HeI_column_density_in)
deallocate(px_py_pz_dz(count)%HeI_column_density_in)
deallocate(px_py_nz_dx(count)%HeI_column_density_in)
deallocate(px_py_nz_dy(count)%HeI_column_density_in)
deallocate(px_py_nz_dz(-count)%HeI_column_density_in)
deallocate(px_ny_pz_dx(count)%HeI_column_density_in)
deallocate(px_ny_pz_dy(-count)%HeI_column_density_in)
deallocate(px_ny_pz_dz(count)%HeI_column_density_in)
deallocate(px_ny_nz_dx(count)%HeI_column_density_in)
deallocate(px_ny_nz_dy(-count)%HeI_column_density_in)
deallocate(px_ny_nz_dz(-count)%HeI_column_density_in)
deallocate(nx_py_pz_dx(-count)%HeI_column_density_in)
deallocate(nx_py_pz_dy(count)%HeI_column_density_in)
deallocate(nx_py_pz_dz(count)%HeI_column_density_in)
deallocate(nx_py_nz_dx(-count)%HeI_column_density_in)
deallocate(nx_py_nz_dy(count)%HeI_column_density_in)
deallocate(nx_py_nz_dz(-count)%HeI_column_density_in)
deallocate(nx_ny_pz_dx(-count)%HeI_column_density_in)
deallocate(nx_ny_pz_dy(-count)%HeI_column_density_in)
deallocate(nx_ny_pz_dz(count)%HeI_column_density_in)
deallocate(nx_ny_nz_dx(-count)%HeI_column_density_in)
deallocate(nx_ny_nz_dy(-count)%HeI_column_density_in)
deallocate(nx_ny_nz_dz(-count)%HeI_column_density_in)
deallocate(px_py_pz_dx(count)%HeII_column_density_in)
deallocate(px_py_pz_dy(count)%HeII_column_density_in)
deallocate(px_py_pz_dz(count)%HeII_column_density_in)
deallocate(px_py_nz_dx(count)%HeII_column_density_in)
deallocate(px_py_nz_dy(count)%HeII_column_density_in)
deallocate(px_py_nz_dz(-count)%HeII_column_density_in)
deallocate(px_ny_pz_dx(count)%HeII_column_density_in)
deallocate(px_ny_pz_dy(-count)%HeII_column_density_in)
deallocate(px_ny_pz_dz(count)%HeII_column_density_in)
deallocate(px_ny_nz_dx(count)%HeII_column_density_in)
deallocate(px_ny_nz_dy(-count)%HeII_column_density_in)
deallocate(px_ny_nz_dz(-count)%HeII_column_density_in)
deallocate(nx_py_pz_dx(-count)%HeII_column_density_in)
deallocate(nx_py_pz_dy(count)%HeII_column_density_in)
deallocate(nx_py_pz_dz(count)%HeII_column_density_in)
deallocate(nx_py_nz_dx(-count)%HeII_column_density_in)
deallocate(nx_py_nz_dy(count)%HeII_column_density_in)
deallocate(nx_py_nz_dz(-count)%HeII_column_density_in)
deallocate(nx_ny_pz_dx(-count)%HeII_column_density_in)
deallocate(nx_ny_pz_dy(-count)%HeII_column_density_in)
deallocate(nx_ny_pz_dz(count)%HeII_column_density_in)
deallocate(nx_ny_nz_dx(-count)%HeII_column_density_in)
deallocate(nx_ny_nz_dy(-count)%HeII_column_density_in)
deallocate(nx_ny_nz_dz(-count)%HeII_column_density_in)
deallocate(px_py_pz_dx(count)%HI_column_density_out)
deallocate(px_py_pz_dy(count)%HI_column_density_out)
deallocate(px_py_pz_dz(count)%HI_column_density_out)
deallocate(px_py_nz_dx(count)%HI_column_density_out)
deallocate(px_py_nz_dy(count)%HI_column_density_out)
deallocate(px_py_nz_dz(-count)%HI_column_density_out)
deallocate(px_ny_pz_dx(count)%HI_column_density_out)
deallocate(px_ny_pz_dy(-count)%HI_column_density_out)
deallocate(px_ny_pz_dz(count)%HI_column_density_out)
deallocate(px_ny_nz_dx(count)%HI_column_density_out)
deallocate(px_ny_nz_dy(-count)%HI_column_density_out)
deallocate(px_ny_nz_dz(-count)%HI_column_density_out)
deallocate(nx_py_pz_dx(-count)%HI_column_density_out)
deallocate(nx_py_pz_dy(count)%HI_column_density_out)
deallocate(nx_py_pz_dz(count)%HI_column_density_out)
deallocate(nx_py_nz_dx(-count)%HI_column_density_out)
deallocate(nx_py_nz_dy(count)%HI_column_density_out)
deallocate(nx_py_nz_dz(-count)%HI_column_density_out)
deallocate(nx_ny_pz_dx(-count)%HI_column_density_out)
deallocate(nx_ny_pz_dy(-count)%HI_column_density_out)
deallocate(nx_ny_pz_dz(count)%HI_column_density_out)
deallocate(nx_ny_nz_dx(-count)%HI_column_density_out)
deallocate(nx_ny_nz_dy(-count)%HI_column_density_out)
deallocate(nx_ny_nz_dz(-count)%HI_column_density_out)
deallocate(px_py_pz_dx(count)%HeI_column_density_out)
deallocate(px_py_pz_dy(count)%HeI_column_density_out)
deallocate(px_py_pz_dz(count)%HeI_column_density_out)
deallocate(px_py_nz_dx(count)%HeI_column_density_out)
deallocate(px_py_nz_dy(count)%HeI_column_density_out)
deallocate(px_py_nz_dz(-count)%HeI_column_density_out)
deallocate(px_ny_pz_dx(count)%HeI_column_density_out)
deallocate(px_ny_pz_dy(-count)%HeI_column_density_out)
deallocate(px_ny_pz_dz(count)%HeI_column_density_out)
deallocate(px_ny_nz_dx(count)%HeI_column_density_out)
deallocate(px_ny_nz_dy(-count)%HeI_column_density_out)
deallocate(px_ny_nz_dz(-count)%HeI_column_density_out)
deallocate(nx_py_pz_dx(-count)%HeI_column_density_out)
deallocate(nx_py_pz_dy(count)%HeI_column_density_out)
deallocate(nx_py_pz_dz(count)%HeI_column_density_out)
deallocate(nx_py_nz_dx(-count)%HeI_column_density_out)
deallocate(nx_py_nz_dy(count)%HeI_column_density_out)
deallocate(nx_py_nz_dz(-count)%HeI_column_density_out)
deallocate(nx_ny_pz_dx(-count)%HeI_column_density_out)
deallocate(nx_ny_pz_dy(-count)%HeI_column_density_out)
deallocate(nx_ny_pz_dz(count)%HeI_column_density_out)
deallocate(nx_ny_nz_dx(-count)%HeI_column_density_out)
deallocate(nx_ny_nz_dy(-count)%HeI_column_density_out)
deallocate(nx_ny_nz_dz(-count)%HeI_column_density_out)
deallocate(px_py_pz_dx(count)%HeII_column_density_out)
deallocate(px_py_pz_dy(count)%HeII_column_density_out)
deallocate(px_py_pz_dz(count)%HeII_column_density_out)
deallocate(px_py_nz_dx(count)%HeII_column_density_out)
deallocate(px_py_nz_dy(count)%HeII_column_density_out)
deallocate(px_py_nz_dz(-count)%HeII_column_density_out)
deallocate(px_ny_pz_dx(count)%HeII_column_density_out)
deallocate(px_ny_pz_dy(-count)%HeII_column_density_out)
deallocate(px_ny_pz_dz(count)%HeII_column_density_out)
deallocate(px_ny_nz_dx(count)%HeII_column_density_out)
deallocate(px_ny_nz_dy(-count)%HeII_column_density_out)
deallocate(px_ny_nz_dz(-count)%HeII_column_density_out)
deallocate(nx_py_pz_dx(-count)%HeII_column_density_out)
deallocate(nx_py_pz_dy(count)%HeII_column_density_out)
deallocate(nx_py_pz_dz(count)%HeII_column_density_out)
deallocate(nx_py_nz_dx(-count)%HeII_column_density_out)
deallocate(nx_py_nz_dy(count)%HeII_column_density_out)
deallocate(nx_py_nz_dz(-count)%HeII_column_density_out)
deallocate(nx_ny_pz_dx(-count)%HeII_column_density_out)
deallocate(nx_ny_pz_dy(-count)%HeII_column_density_out)
deallocate(nx_ny_pz_dz(count)%HeII_column_density_out)
deallocate(nx_ny_nz_dx(-count)%HeII_column_density_out)
deallocate(nx_ny_nz_dy(-count)%HeII_column_density_out)
deallocate(nx_ny_nz_dz(-count)%HeII_column_density_out)
deallocate(px_py_pz_dx(count)%HI_photoionization_rate)
deallocate(px_py_pz_dy(count)%HI_photoionization_rate)
deallocate(px_py_pz_dz(count)%HI_photoionization_rate)
deallocate(px_py_nz_dx(count)%HI_photoionization_rate)
deallocate(px_py_nz_dy(count)%HI_photoionization_rate)
deallocate(px_py_nz_dz(-count)%HI_photoionization_rate)
deallocate(px_ny_pz_dx(count)%HI_photoionization_rate)
deallocate(px_ny_pz_dy(-count)%HI_photoionization_rate)
deallocate(px_ny_pz_dz(count)%HI_photoionization_rate)
deallocate(px_ny_nz_dx(count)%HI_photoionization_rate)
deallocate(px_ny_nz_dy(-count)%HI_photoionization_rate)
deallocate(px_ny_nz_dz(-count)%HI_photoionization_rate)
deallocate(nx_py_pz_dx(-count)%HI_photoionization_rate)
deallocate(nx_py_pz_dy(count)%HI_photoionization_rate)
deallocate(nx_py_pz_dz(count)%HI_photoionization_rate)
deallocate(nx_py_nz_dx(-count)%HI_photoionization_rate)
deallocate(nx_py_nz_dy(count)%HI_photoionization_rate)
deallocate(nx_py_nz_dz(-count)%HI_photoionization_rate)
deallocate(nx_ny_pz_dx(-count)%HI_photoionization_rate)
deallocate(nx_ny_pz_dy(-count)%HI_photoionization_rate)
deallocate(nx_ny_pz_dz(count)%HI_photoionization_rate)
deallocate(nx_ny_nz_dx(-count)%HI_photoionization_rate)
deallocate(nx_ny_nz_dy(-count)%HI_photoionization_rate)
deallocate(nx_ny_nz_dz(-count)%HI_photoionization_rate)
deallocate(px_py_pz_dx(count)%HeI_photoionization_rate)
deallocate(px_py_pz_dy(count)%HeI_photoionization_rate)
deallocate(px_py_pz_dz(count)%HeI_photoionization_rate)
deallocate(px_py_nz_dx(count)%HeI_photoionization_rate)
deallocate(px_py_nz_dy(count)%HeI_photoionization_rate)
deallocate(px_py_nz_dz(-count)%HeI_photoionization_rate)
deallocate(px_ny_pz_dx(count)%HeI_photoionization_rate)
deallocate(px_ny_pz_dy(-count)%HeI_photoionization_rate)
deallocate(px_ny_pz_dz(count)%HeI_photoionization_rate)
deallocate(px_ny_nz_dx(count)%HeI_photoionization_rate)
deallocate(px_ny_nz_dy(-count)%HeI_photoionization_rate)
deallocate(px_ny_nz_dz(-count)%HeI_photoionization_rate)
deallocate(nx_py_pz_dx(-count)%HeI_photoionization_rate)
deallocate(nx_py_pz_dy(count)%HeI_photoionization_rate)
deallocate(nx_py_pz_dz(count)%HeI_photoionization_rate)
deallocate(nx_py_nz_dx(-count)%HeI_photoionization_rate)
deallocate(nx_py_nz_dy(count)%HeI_photoionization_rate)
deallocate(nx_py_nz_dz(-count)%HeI_photoionization_rate)
deallocate(nx_ny_pz_dx(-count)%HeI_photoionization_rate)
deallocate(nx_ny_pz_dy(-count)%HeI_photoionization_rate)
deallocate(nx_ny_pz_dz(count)%HeI_photoionization_rate)
deallocate(nx_ny_nz_dx(-count)%HeI_photoionization_rate)
deallocate(nx_ny_nz_dy(-count)%HeI_photoionization_rate)
deallocate(nx_ny_nz_dz(-count)%HeI_photoionization_rate)
deallocate(px_py_pz_dx(count)%HeII_photoionization_rate)
deallocate(px_py_pz_dy(count)%HeII_photoionization_rate)
deallocate(px_py_pz_dz(count)%HeII_photoionization_rate)
deallocate(px_py_nz_dx(count)%HeII_photoionization_rate)
deallocate(px_py_nz_dy(count)%HeII_photoionization_rate)
deallocate(px_py_nz_dz(-count)%HeII_photoionization_rate)
deallocate(px_ny_pz_dx(count)%HeII_photoionization_rate)
deallocate(px_ny_pz_dy(-count)%HeII_photoionization_rate)
deallocate(px_ny_pz_dz(count)%HeII_photoionization_rate)
deallocate(px_ny_nz_dx(count)%HeII_photoionization_rate)
deallocate(px_ny_nz_dy(-count)%HeII_photoionization_rate)
deallocate(px_ny_nz_dz(-count)%HeII_photoionization_rate)
deallocate(nx_py_pz_dx(-count)%HeII_photoionization_rate)
deallocate(nx_py_pz_dy(count)%HeII_photoionization_rate)
deallocate(nx_py_pz_dz(count)%HeII_photoionization_rate)
deallocate(nx_py_nz_dx(-count)%HeII_photoionization_rate)
deallocate(nx_py_nz_dy(count)%HeII_photoionization_rate)
deallocate(nx_py_nz_dz(-count)%HeII_photoionization_rate)
deallocate(nx_ny_pz_dx(-count)%HeII_photoionization_rate)
deallocate(nx_ny_pz_dy(-count)%HeII_photoionization_rate)
deallocate(nx_ny_pz_dz(count)%HeII_photoionization_rate)
deallocate(nx_ny_nz_dx(-count)%HeII_photoionization_rate)
deallocate(nx_ny_nz_dy(-count)%HeII_photoionization_rate)
deallocate(nx_ny_nz_dz(-count)%HeII_photoionization_rate)
deallocate(px_py_pz_dx(count)%photoheating_rate)
deallocate(px_py_pz_dy(count)%photoheating_rate)
deallocate(px_py_pz_dz(count)%photoheating_rate)
deallocate(px_py_nz_dx(count)%photoheating_rate)
deallocate(px_py_nz_dy(count)%photoheating_rate)
deallocate(px_py_nz_dz(-count)%photoheating_rate)
deallocate(px_ny_pz_dx(count)%photoheating_rate)
deallocate(px_ny_pz_dy(-count)%photoheating_rate)
deallocate(px_ny_pz_dz(count)%photoheating_rate)
deallocate(px_ny_nz_dx(count)%photoheating_rate)
deallocate(px_ny_nz_dy(-count)%photoheating_rate)
deallocate(px_ny_nz_dz(-count)%photoheating_rate)
deallocate(nx_py_pz_dx(-count)%photoheating_rate)
deallocate(nx_py_pz_dy(count)%photoheating_rate)
deallocate(nx_py_pz_dz(count)%photoheating_rate)
deallocate(nx_py_nz_dx(-count)%photoheating_rate)
deallocate(nx_py_nz_dy(count)%photoheating_rate)
deallocate(nx_py_nz_dz(-count)%photoheating_rate)
deallocate(nx_ny_pz_dx(-count)%photoheating_rate)
deallocate(nx_ny_pz_dy(-count)%photoheating_rate)
deallocate(nx_ny_pz_dz(count)%photoheating_rate)
deallocate(nx_ny_nz_dx(-count)%photoheating_rate)
deallocate(nx_ny_nz_dy(-count)%photoheating_rate)
deallocate(nx_ny_nz_dz(-count)%photoheating_rate)
end do
end subroutine domain_destruction
end module array