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pyramid_species_density.f90
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pyramid_species_density.f90
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module pyramid_species_density
use precision, only: dp
use input, only: level_py, partition, number_density, xHI
use array, only: pyramid_grid, &
px_py_pz_dx, px_py_pz_dy, px_py_pz_dz, &
px_py_nz_dx, px_py_nz_dy, px_py_nz_dz, &
px_ny_pz_dx, px_ny_pz_dy, px_ny_pz_dz, &
px_ny_nz_dx, px_ny_nz_dy, px_ny_nz_dz, &
nx_py_pz_dx, nx_py_pz_dy, nx_py_pz_dz, &
nx_py_nz_dx, nx_py_nz_dy, nx_py_nz_dz, &
nx_ny_pz_dx, nx_ny_pz_dy, nx_ny_pz_dz, &
nx_ny_nz_dx, nx_ny_nz_dy, nx_ny_nz_dz, &
pyramid_source_px_py_pz_HI_density_array, &
pyramid_source_px_py_nz_HI_density_array, &
pyramid_source_px_ny_pz_HI_density_array, &
pyramid_source_px_ny_nz_HI_density_array, &
pyramid_source_nx_py_pz_HI_density_array, &
pyramid_source_nx_py_nz_HI_density_array, &
pyramid_source_nx_ny_pz_HI_density_array, &
pyramid_source_nx_ny_nz_HI_density_array
implicit none
contains
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
subroutine pyramid_source_to_domain_HI_density_transformation ()
call px_py_pz_HI_density_calculation ()
call px_py_nz_HI_density_calculation ()
call px_ny_pz_HI_density_calculation ()
call px_ny_nz_HI_density_calculation ()
call nx_py_pz_HI_density_calculation ()
call nx_py_nz_HI_density_calculation ()
call nx_ny_pz_HI_density_calculation ()
call nx_ny_nz_HI_density_calculation ()
end subroutine pyramid_source_to_domain_HI_density_transformation
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
subroutine px_py_pz_HI_density_calculation ()
integer :: i_primary,i_secondary,i_level_py,n
integer :: a,b
real :: HI_number_dx,HI_number_dy,HI_number_dz
!Distance of the center of pyramid_grid to the source
do i_level_py = 1,level_py
do i_primary = 1,partition(i_level_py)
do i_secondary = 1,partition(i_level_py)
HI_number_dx = 0
HI_number_dy = 0
HI_number_dz = 0
do a = lbound(pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume,1),&
ubound(pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume,1)
do b = lbound(pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume,2),&
ubound(pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume,2)
HI_number_dx = HI_number_dx + &
pyramid_source_px_py_pz_HI_density_array(i_level_py,a,b) * &
pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume(a,b)
HI_number_dy = HI_number_dy + &
pyramid_source_px_py_pz_HI_density_array(b,i_level_py,a) * &
pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume(a,b)
HI_number_dz = HI_number_dz + &
pyramid_source_px_py_pz_HI_density_array(a,b,i_level_py) * &
pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume(a,b)
enddo
enddo
px_py_pz_dx(i_level_py)%HI_density(i_primary,i_secondary) = &
HI_number_dx/pyramid_grid(i_level_py)%volume(i_primary,i_secondary)
px_py_pz_dy(i_level_py)%HI_density(i_primary,i_secondary) = &
HI_number_dy/pyramid_grid(i_level_py)%volume(i_primary,i_secondary)
px_py_pz_dz(i_level_py)%HI_density(i_primary,i_secondary) = &
HI_number_dz/pyramid_grid(i_level_py)%volume(i_primary,i_secondary)
end do
end do
end do
end subroutine px_py_pz_HI_density_calculation
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
subroutine px_py_nz_HI_density_calculation ()
integer :: i_primary,i_secondary,i_level_py,n
integer :: a,b
real :: HI_number_dx,HI_number_dy,HI_number_dz
!Distance of the center of pyramid_grid to the source
do i_level_py = 1,level_py
do i_primary = 1,partition(i_level_py)
do i_secondary = 1,partition(i_level_py)
HI_number_dx = 0
HI_number_dy = 0
HI_number_dz = 0
do a = lbound(pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume,1),&
ubound(pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume,1)
do b = lbound(pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume,2),&
ubound(pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume,2)
HI_number_dx = HI_number_dx + &
pyramid_source_px_py_nz_HI_density_array(i_level_py,a,-b) * &
pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume(a,b)
HI_number_dy = HI_number_dy + &
pyramid_source_px_py_nz_HI_density_array(b,i_level_py,-a) * &
pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume(a,b)
HI_number_dz = HI_number_dz + &
pyramid_source_px_py_nz_HI_density_array(a,b,-i_level_py) * &
pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume(a,b)
enddo
enddo
px_py_nz_dx(i_level_py)%HI_density(i_primary,-i_secondary) = &
HI_number_dx/pyramid_grid(i_level_py)%volume(i_primary,i_secondary)
px_py_nz_dy(i_level_py)%HI_density(-i_primary,i_secondary) = &
HI_number_dy/pyramid_grid(i_level_py)%volume(i_primary,i_secondary)
px_py_nz_dz(-i_level_py)%HI_density(i_primary,i_secondary) = &
HI_number_dz/pyramid_grid(i_level_py)%volume(i_primary,i_secondary)
end do
end do
end do
end subroutine px_py_nz_HI_density_calculation
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
subroutine px_ny_pz_HI_density_calculation ()
integer :: i_primary,i_secondary,i_level_py,n
integer :: a,b
real :: HI_number_dx,HI_number_dy,HI_number_dz
!Distance of the center of pyramid_grid to the source
do i_level_py = 1,level_py
do i_primary = 1,partition(i_level_py)
do i_secondary = 1,partition(i_level_py)
HI_number_dx = 0
HI_number_dy = 0
HI_number_dz = 0
do a = lbound(pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume,1),&
ubound(pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume,1)
do b = lbound(pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume,2),&
ubound(pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume,2)
HI_number_dx = HI_number_dx + &
pyramid_source_px_ny_pz_HI_density_array(i_level_py,-a,b) * &
pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume(a,b)
HI_number_dy = HI_number_dy + &
pyramid_source_px_ny_pz_HI_density_array(b,-i_level_py,a) * &
pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume(a,b)
HI_number_dz = HI_number_dz + &
pyramid_source_px_ny_pz_HI_density_array(a,-b,i_level_py) * &
pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume(a,b)
enddo
enddo
px_ny_pz_dx(i_level_py)%HI_density(-i_primary,i_secondary) = &
HI_number_dx/pyramid_grid(i_level_py)%volume(i_primary,i_secondary)
px_ny_pz_dy(-i_level_py)%HI_density(i_primary,i_secondary) = &
HI_number_dy/pyramid_grid(i_level_py)%volume(i_primary,i_secondary)
px_ny_pz_dz(i_level_py)%HI_density(i_primary,-i_secondary) = &
HI_number_dz/pyramid_grid(i_level_py)%volume(i_primary,i_secondary)
end do
end do
end do
end subroutine px_ny_pz_HI_density_calculation
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
subroutine px_ny_nz_HI_density_calculation ()
integer :: i_primary,i_secondary,i_level_py,n
integer :: a,b
real :: HI_number_dx,HI_number_dy,HI_number_dz
!Distance of the center of pyramid_grid to the source
do i_level_py = 1,level_py
do i_primary = 1,partition(i_level_py)
do i_secondary = 1,partition(i_level_py)
HI_number_dx = 0
HI_number_dy = 0
HI_number_dz = 0
do a = lbound(pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume,1),&
ubound(pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume,1)
do b = lbound(pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume,2),&
ubound(pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume,2)
HI_number_dx = HI_number_dx + &
pyramid_source_px_ny_nz_HI_density_array(i_level_py,-a,-b) * &
pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume(a,b)
HI_number_dy = HI_number_dy + &
pyramid_source_px_ny_nz_HI_density_array(b,-i_level_py,-a) * &
pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume(a,b)
HI_number_dz = HI_number_dz + &
pyramid_source_px_ny_nz_HI_density_array(a,-b,-i_level_py) * &
pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume(a,b)
enddo
enddo
px_ny_nz_dx(i_level_py)%HI_density(-i_primary,-i_secondary) = &
HI_number_dx/pyramid_grid(i_level_py)%volume(i_primary,i_secondary)
px_ny_nz_dy(-i_level_py)%HI_density(-i_primary,i_secondary) = &
HI_number_dy/pyramid_grid(i_level_py)%volume(i_primary,i_secondary)
px_ny_nz_dz(-i_level_py)%HI_density(i_primary,-i_secondary) = &
HI_number_dz/pyramid_grid(i_level_py)%volume(i_primary,i_secondary)
end do
end do
end do
end subroutine px_ny_nz_HI_density_calculation
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
subroutine nx_py_pz_HI_density_calculation ()
integer :: i_primary,i_secondary,i_level_py,n
integer :: a,b
real :: HI_number_dx,HI_number_dy,HI_number_dz
!Distance of the center of pyramid_grid to the source
do i_level_py = 1,level_py
do i_primary = 1,partition(i_level_py)
do i_secondary = 1,partition(i_level_py)
HI_number_dx = 0
HI_number_dy = 0
HI_number_dz = 0
do a = lbound(pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume,1),&
ubound(pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume,1)
do b = lbound(pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume,2),&
ubound(pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume,2)
HI_number_dx = HI_number_dx + &
pyramid_source_nx_py_pz_HI_density_array(-i_level_py,a,b) * &
pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume(a,b)
HI_number_dy = HI_number_dy + &
pyramid_source_nx_py_pz_HI_density_array(-b,i_level_py,a) * &
pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume(a,b)
HI_number_dz = HI_number_dz + &
pyramid_source_nx_py_pz_HI_density_array(-a,b,i_level_py) * &
pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume(a,b)
enddo
enddo
nx_py_pz_dx(-i_level_py)%HI_density(i_primary,i_secondary) = &
HI_number_dx/pyramid_grid(i_level_py)%volume(i_primary,i_secondary)
nx_py_pz_dy(i_level_py)%HI_density(i_primary,-i_secondary) = &
HI_number_dy/pyramid_grid(i_level_py)%volume(i_primary,i_secondary)
nx_py_pz_dz(i_level_py)%HI_density(-i_primary,i_secondary) = &
HI_number_dz/pyramid_grid(i_level_py)%volume(i_primary,i_secondary)
end do
end do
end do
end subroutine nx_py_pz_HI_density_calculation
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
subroutine nx_py_nz_HI_density_calculation ()
integer :: i_primary,i_secondary,i_level_py,n
integer :: a,b
real :: HI_number_dx,HI_number_dy,HI_number_dz
!Distance of the center of pyramid_grid to the source
do i_level_py = 1,level_py
do i_primary = 1,partition(i_level_py)
do i_secondary = 1,partition(i_level_py)
HI_number_dx = 0
HI_number_dy = 0
HI_number_dz = 0
do a = lbound(pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume,1),&
ubound(pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume,1)
do b = lbound(pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume,2),&
ubound(pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume,2)
HI_number_dx = HI_number_dx + &
pyramid_source_nx_py_nz_HI_density_array(-i_level_py,a,-b) * &
pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume(a,b)
HI_number_dy = HI_number_dy + &
pyramid_source_nx_py_nz_HI_density_array(-b,i_level_py,-a) * &
pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume(a,b)
HI_number_dz = HI_number_dz + &
pyramid_source_nx_py_nz_HI_density_array(-a,b,-i_level_py) * &
pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume(a,b)
enddo
enddo
nx_py_nz_dx(-i_level_py)%HI_density(i_primary,-i_secondary) = &
HI_number_dx/pyramid_grid(i_level_py)%volume(i_primary,i_secondary)
nx_py_nz_dy(i_level_py)%HI_density(-i_primary,-i_secondary) = &
HI_number_dy/pyramid_grid(i_level_py)%volume(i_primary,i_secondary)
nx_py_nz_dz(-i_level_py)%HI_density(-i_primary,i_secondary) = &
HI_number_dz/pyramid_grid(i_level_py)%volume(i_primary,i_secondary)
end do
end do
end do
end subroutine nx_py_nz_HI_density_calculation
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
subroutine nx_ny_pz_HI_density_calculation ()
integer :: i_primary,i_secondary,i_level_py,n
integer :: a,b
real :: HI_number_dx,HI_number_dy,HI_number_dz
!Distance of the center of pyramid_grid to the source
do i_level_py = 1,level_py
do i_primary = 1,partition(i_level_py)
do i_secondary = 1,partition(i_level_py)
HI_number_dx = 0
HI_number_dy = 0
HI_number_dz = 0
do a = lbound(pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume,1),&
ubound(pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume,1)
do b = lbound(pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume,2),&
ubound(pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume,2)
HI_number_dx = HI_number_dx + &
pyramid_source_nx_ny_pz_HI_density_array(-i_level_py,-a,b) * &
pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume(a,b)
HI_number_dy = HI_number_dy + &
pyramid_source_nx_ny_pz_HI_density_array(-b,-i_level_py,a) * &
pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume(a,b)
HI_number_dz = HI_number_dz + &
pyramid_source_nx_ny_pz_HI_density_array(-a,-b,i_level_py) * &
pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume(a,b)
enddo
enddo
nx_ny_pz_dx(-i_level_py)%HI_density(-i_primary,i_secondary) = &
HI_number_dx/pyramid_grid(i_level_py)%volume(i_primary,i_secondary)
nx_ny_pz_dy(-i_level_py)%HI_density(i_primary,-i_secondary) = &
HI_number_dy/pyramid_grid(i_level_py)%volume(i_primary,i_secondary)
nx_ny_pz_dz(i_level_py)%HI_density(-i_primary,-i_secondary) = &
HI_number_dz/pyramid_grid(i_level_py)%volume(i_primary,i_secondary)
end do
end do
end do
end subroutine nx_ny_pz_HI_density_calculation
!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
subroutine nx_ny_nz_HI_density_calculation ()
integer :: i_primary,i_secondary,i_level_py,n
integer :: a,b
real :: HI_number_dx,HI_number_dy,HI_number_dz
!Distance of the center of pyramid_grid to the source
do i_level_py = 1,level_py
do i_primary = 1,partition(i_level_py)
do i_secondary = 1,partition(i_level_py)
HI_number_dx = 0
HI_number_dy = 0
HI_number_dz = 0
do a = lbound(pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume,1),&
ubound(pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume,1)
do b = lbound(pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume,2),&
ubound(pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume,2)
HI_number_dx = HI_number_dx + &
pyramid_source_nx_ny_nz_HI_density_array(-i_level_py,-a,-b) * &
pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume(a,b)
HI_number_dy = HI_number_dy + &
pyramid_source_nx_ny_nz_HI_density_array(-b,-i_level_py,-a) * &
pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume(a,b)
HI_number_dz = HI_number_dz + &
pyramid_source_nx_ny_nz_HI_density_array(-a,-b,-i_level_py) * &
pyramid_grid(i_level_py)%transform(i_primary,i_secondary)%transform_volume(a,b)
enddo
enddo
nx_ny_nz_dx(-i_level_py)%HI_density(-i_primary,-i_secondary) = &
HI_number_dx/pyramid_grid(i_level_py)%volume(i_primary,i_secondary)
nx_ny_nz_dy(-i_level_py)%HI_density(-i_primary,-i_secondary) = &
HI_number_dy/pyramid_grid(i_level_py)%volume(i_primary,i_secondary)
nx_ny_nz_dz(-i_level_py)%HI_density(-i_primary,-i_secondary) = &
HI_number_dz/pyramid_grid(i_level_py)%volume(i_primary,i_secondary)
end do
end do
end do
end subroutine nx_ny_nz_HI_density_calculation
end module pyramid_species_density