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PythonWrapper.f95
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PythonWrapper.f95
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subroutine pyPlmBar(p,lmax,z,csphase,cnorm,p_d0)
use shtools, only: PlmBar
implicit none
real*8, dimension(p_d0),intent(out) :: p
integer, intent(in) :: lmax
real*8, intent(in) :: z
integer, optional,intent(in) :: csphase
integer, optional,intent(in) :: cnorm
integer, intent(in) :: p_d0
call PlmBar(p,lmax,z,csphase=csphase,cnorm=cnorm)
end subroutine pyPlmBar
subroutine pyPlmBar_d1(p,dp,lmax,z,csphase,cnorm,p_d0,dp_d0)
use shtools, only: PlmBar_d1
implicit none
real*8, dimension(p_d0),intent(out) :: p
real*8, dimension(dp_d0),intent(out) :: dp
integer, intent(in) :: lmax
real*8, intent(in) :: z
integer, optional,intent(in) :: csphase
integer, optional,intent(in) :: cnorm
integer, intent(in) :: p_d0
integer, intent(in) :: dp_d0
call PlmBar_d1(p,dp,lmax,z,csphase=csphase,cnorm=cnorm)
end subroutine pyPlmBar_d1
subroutine pyPlBar(p,lmax,z,p_d0)
use shtools, only: PlBar
implicit none
real*8, dimension(p_d0),intent(out) :: p
integer, intent(in) :: lmax
real*8, intent(in) :: z
integer, intent(in) :: p_d0
call PlBar(p,lmax,z)
end subroutine pyPlBar
subroutine pyPlBar_d1(p,dp,lmax,z,p_d0,dp_d0)
use shtools, only: PlBar_d1
implicit none
real*8, dimension(p_d0),intent(out) :: p
real*8, dimension(dp_d0),intent(out) :: dp
integer, intent(in) :: lmax
real*8, intent(in) :: z
integer, intent(in) :: p_d0
integer, intent(in) :: dp_d0
call PlBar_d1(p,dp,lmax,z)
end subroutine pyPlBar_d1
subroutine pyPlmSchmidt(p,lmax,z,csphase,cnorm,p_d0)
use shtools, only: PlmSchmidt
implicit none
real*8, dimension(p_d0),intent(out) :: p
integer, intent(in) :: lmax
real*8, intent(in) :: z
integer, optional,intent(in) :: csphase
integer, optional,intent(in) :: cnorm
integer, intent(in) :: p_d0
call PlmSchmidt(p,lmax,z,csphase=csphase,cnorm=cnorm)
end subroutine pyPlmSchmidt
subroutine pyPlSchmidt(p,lmax,z,p_d0)
use shtools, only: PlSchmidt
implicit none
real*8, dimension(p_d0),intent(out) :: p
integer, intent(in) :: lmax
real*8, intent(in) :: z
integer, intent(in) :: p_d0
call PlSchmidt(p,lmax,z)
end subroutine pyPlSchmidt
subroutine pyPlmSchmidt_d1(p,dp,lmax,z,csphase,cnorm,p_d0,dp_d0)
use shtools, only: PlmSchmidt_d1
implicit none
real*8, dimension(p_d0),intent(out) :: p
real*8, dimension(dp_d0),intent(out) :: dp
integer, intent(in) :: lmax
real*8, intent(in) :: z
integer, optional,intent(in) :: csphase
integer, optional,intent(in) :: cnorm
integer, intent(in) :: p_d0
integer, intent(in) :: dp_d0
call PlmSchmidt_d1(p,dp,lmax,z,csphase=csphase,cnorm=cnorm)
end subroutine pyPlmSchmidt_d1
subroutine pyPlSchmidt_d1(p,dp,lmax,z,p_d0,dp_d0)
use shtools, only: PlSchmidt_d1
implicit none
real*8, dimension(p_d0),intent(out) :: p
real*8, dimension(dp_d0),intent(out) :: dp
integer, intent(in) :: lmax
real*8, intent(in) :: z
integer, intent(in) :: p_d0
integer, intent(in) :: dp_d0
call PlSchmidt_d1(p,dp,lmax,z)
end subroutine pyPlSchmidt_d1
subroutine pyPLegendre(p,lmax,z,p_d0)
use shtools, only: PLegendre
implicit none
real*8, dimension(p_d0),intent(out) :: p
integer, intent(in) :: lmax
real*8, intent(in) :: z
integer, intent(in) :: p_d0
call PLegendre(p,lmax,z)
end subroutine pyPLegendre
subroutine pyPLegendreA(p,lmax,z,csphase,p_d0)
use shtools, only: PLegendreA
implicit none
real*8, dimension(p_d0),intent(out) :: p
integer, intent(in) :: lmax
real*8, intent(in) :: z
integer, optional,intent(in) :: csphase
integer, intent(in) :: p_d0
call PLegendreA(p,lmax,z,csphase=csphase)
end subroutine pyPLegendreA
subroutine pyPLegendre_d1(p,dp,lmax,z,p_d0,dp_d0)
use shtools, only: PLegendre_d1
implicit none
real*8, dimension(p_d0),intent(out) :: p
real*8, dimension(dp_d0),intent(out) :: dp
integer, intent(in) :: lmax
real*8, intent(in) :: z
integer, intent(in) :: p_d0
integer, intent(in) :: dp_d0
call PLegendre_d1(p,dp,lmax,z)
end subroutine pyPLegendre_d1
subroutine pyPLegendreA_d1(p,dp,lmax,z,csphase,p_d0,dp_d0)
use shtools, only: PLegendreA_d1
implicit none
real*8, dimension(p_d0),intent(out) :: p
real*8, dimension(dp_d0),intent(out) :: dp
integer, intent(in) :: lmax
real*8, intent(in) :: z
integer, optional,intent(in) :: csphase
integer, intent(in) :: p_d0
integer, intent(in) :: dp_d0
call PLegendreA_d1(p,dp,lmax,z,csphase=csphase)
end subroutine pyPLegendreA_d1
subroutine pyCilmPlusDH(cilm,gridin,lmax,nmax,mass,d,rho,sampling,n, &
gridin_d0,gridin_d1,cilm_d0,cilm_d1,cilm_d2)
use shtools, only: CilmPlus
implicit none
real*8, dimension(cilm_d0,cilm_d1,cilm_d2),intent(out) :: cilm
real*8, dimension(gridin_d0,gridin_d1),intent(in) :: gridin
integer, intent(in) :: lmax
integer, intent(in) :: nmax
real*8, intent(in) :: mass
real*8, intent(out) :: d
real*8, intent(in) :: rho
integer, intent(in) :: sampling
integer, optional,intent(in) :: n
integer, intent(in) :: gridin_d0
integer, intent(in) :: gridin_d1
integer, intent(in) :: cilm_d0
integer, intent(in) :: cilm_d1
integer, intent(in) :: cilm_d2
if (sampling == 1) then
call CilmPlus(cilm,gridin,lmax,nmax,mass,d,rho,2,n=n)
else
call CilmPlus(cilm,gridin,lmax,nmax,mass,d,rho,3,n=n)
endif
end subroutine pyCilmPlusDH
subroutine pyCilmMinusDH(cilm,gridin,lmax,nmax,mass,d,rho,sampling,n, &
gridin_d0,gridin_d1,cilm_d0,cilm_d1,cilm_d2)
use shtools, only: CilmMinus
implicit none
real*8, dimension(cilm_d0,cilm_d1,cilm_d2),intent(out) :: cilm
real*8, dimension(gridin_d0,gridin_d1),intent(in) :: gridin
integer, intent(in) :: lmax
integer, intent(in) :: nmax
real*8, intent(in) :: mass
real*8, intent(out) :: d
real*8, intent(in) :: rho
integer, intent(in) :: sampling
integer, optional,intent(in) :: n
integer, intent(in) :: gridin_d0
integer, intent(in) :: gridin_d1
integer, intent(in) :: cilm_d0
integer, intent(in) :: cilm_d1
integer, intent(in) :: cilm_d2
if (sampling == 1) then
call CilmMinus(cilm,gridin,lmax,nmax,mass,d,rho,2,n=n)
else
call CilmMinus(cilm,gridin,lmax,nmax,mass,d,rho,3,n=n)
endif
end subroutine pyCilmMinusDH
subroutine pyCilmPlusRhoHDH(cilm,gridin,lmax,nmax,mass,d,rho,sampling,n, &
gridin_d0,gridin_d1,cilm_d0,cilm_d1,cilm_d2,rho_d0,rho_d1)
use shtools, only: CilmPlusRhoH
implicit none
real*8, dimension(cilm_d0,cilm_d1,cilm_d2),intent(out) :: cilm
real*8, dimension(gridin_d0,gridin_d1),intent(in) :: gridin
integer, intent(in) :: lmax
integer, intent(in) :: nmax
real*8, intent(in) :: mass
real*8, intent(out) :: d
real*8, dimension(rho_d0,rho_d1),intent(in) :: rho
integer, intent(in) :: sampling
integer, optional,intent(in) :: n
integer, intent(in) :: gridin_d0
integer, intent(in) :: gridin_d1
integer, intent(in) :: cilm_d0
integer, intent(in) :: cilm_d1
integer, intent(in) :: cilm_d2
integer, intent(in) :: rho_d0
integer, intent(in) :: rho_d1
if (sampling == 1) then
call CilmPlusRhoH(cilm,gridin,lmax,nmax,mass,d,rho,2,n=n)
else
call CilmPlusRhoH(cilm,gridin,lmax,nmax,mass,d,rho,3,n=n)
endif
end subroutine pyCilmPlusRhoHDH
subroutine pyCilmMinusRhoHDH(cilm,gridin,lmax,nmax,mass,d,rho,sampling,n, &
gridin_d0,gridin_d1,cilm_d0,cilm_d1,cilm_d2,rho_d0,rho_d1)
use shtools, only: CilmMinusRhoH
implicit none
real*8, dimension(cilm_d0,cilm_d1,cilm_d2),intent(out) :: cilm
real*8, dimension(gridin_d0,gridin_d1),intent(in) :: gridin
integer, intent(in) :: lmax
integer, intent(in) :: nmax
real*8, intent(in) :: mass
real*8, intent(out) :: d
real*8, dimension(rho_d0,rho_d1),intent(in) :: rho
integer, intent(in) :: sampling
integer, optional,intent(in) :: n
integer, intent(in) :: gridin_d0
integer, intent(in) :: gridin_d1
integer, intent(in) :: cilm_d0
integer, intent(in) :: cilm_d1
integer, intent(in) :: cilm_d2
integer, intent(in) :: rho_d0
integer, intent(in) :: rho_d1
if (sampling == 1) then
call CilmMinusRhoH(cilm,gridin,lmax,nmax,mass,d,rho,2,n=n)
else
call CilmMinusRhoH(cilm,gridin,lmax,nmax,mass,d,rho,3,n=n)
endif
end subroutine pyCilmMinusRhoHDH
subroutine pyBAtoHilmDH(cilm,ba,griddh,lmax,nmax,mass,r0,rho,sampling, &
filter_type,filter_deg,lmax_calc,ba_d0,ba_d1,ba_d2, &
griddh_d0,griddh_d1,cilm_d0,cilm_d1,cilm_d2)
use shtools, only: BAtoHilm
implicit none
real*8, dimension(cilm_d0,cilm_d1,cilm_d2),intent(out) :: cilm
real*8, dimension(ba_d0,ba_d1,ba_d2),intent(in) :: ba
real*8, dimension(griddh_d0,griddh_d1),intent(in) :: griddh
integer, intent(in) :: lmax
integer, intent(in) :: nmax
real*8, intent(in) :: mass
real*8, intent(in) :: r0
real*8, intent(in) :: rho
integer, intent(in) :: sampling
integer, optional,intent(in) :: filter_type
integer, optional,intent(in) :: filter_deg
integer, optional,intent(in) :: lmax_calc
integer, intent(in) :: ba_d0
integer, intent(in) :: ba_d1
integer, intent(in) :: ba_d2
integer, intent(in) :: griddh_d0
integer, intent(in) :: griddh_d1
integer, intent(in) :: cilm_d0
integer, intent(in) :: cilm_d1
integer, intent(in) :: cilm_d2
if (sampling == 1) then
call BAtoHilm(cilm,ba,griddh,lmax,nmax,mass,r0,rho,2, &
filter_type=filter_type,filter_deg=filter_deg, &
lmax_calc=lmax_calc)
else
call BAtoHilm(cilm,ba,griddh,lmax,nmax,mass,r0,rho,3, &
filter_type=filter_type,filter_deg=filter_deg, &
lmax_calc=lmax_calc)
endif
end subroutine pyBAtoHilmDH
subroutine pyBAtoHilmRhoHDH(cilm,ba,griddh,lmax,nmax,mass,r0,rho,sampling, &
filter_type,filter_deg,lmax_calc,ba_d0,ba_d1, &
ba_d2,griddh_d0,griddh_d1,cilm_d0,cilm_d1,cilm_d2, &
rho_d0,rho_d1)
use shtools, only: BAtoHilmRhoH
implicit none
real*8, dimension(cilm_d0,cilm_d1,cilm_d2),intent(out) :: cilm
real*8, dimension(ba_d0,ba_d1,ba_d2),intent(in) :: ba
real*8, dimension(griddh_d0,griddh_d1),intent(in) :: griddh
integer, intent(in) :: lmax
integer, intent(in) :: nmax
real*8, intent(in) :: mass
real*8, intent(in) :: r0
real*8, dimension(rho_d0,rho_d1),intent(in) :: rho
integer, optional,intent(in) :: sampling
integer, optional,intent(in) :: filter_type
integer, optional,intent(in) :: filter_deg
integer, optional,intent(in) :: lmax_calc
integer, intent(in) :: ba_d0
integer, intent(in) :: ba_d1
integer, intent(in) :: ba_d2
integer, intent(in) :: griddh_d0
integer, intent(in) :: griddh_d1
integer, intent(in) :: cilm_d0
integer, intent(in) :: cilm_d1
integer, intent(in) :: cilm_d2
integer, intent(in) :: rho_d0
integer, intent(in) :: rho_d1
if (sampling == 1) then
call BAtoHilmRhoH(cilm,ba,griddh,lmax,nmax,mass,r0,rho,2,&
filter_type=filter_type,filter_deg=filter_deg, &
lmax_calc=lmax_calc)
else
call BAtoHilmRhoH(cilm,ba,griddh,lmax,nmax,mass,r0,rho,3,&
filter_type=filter_type,filter_deg=filter_deg, &
lmax_calc=lmax_calc)
endif
end subroutine pyBAtoHilmRhoHDH
subroutine pyMakeGrid2d(grid,cilm,lmax,interval,nlat,nlong,norm,csphase,f, &
a,north,south,east,west,dealloc,cilm_d0,cilm_d1, &
cilm_d2,grid_d0,grid_d1)
use shtools, only: MakeGrid2d
implicit none
real*8, dimension(grid_d0,grid_d1),intent(out) :: grid
real*8, dimension(cilm_d0,cilm_d1,cilm_d2),intent(in) :: cilm
integer, intent(in) :: lmax
real*8, intent(in) :: interval
integer, intent(out) :: nlat
integer, intent(out) :: nlong
integer, optional,intent(in) :: norm
integer, optional,intent(in) :: csphase
real*8, optional,intent(in) :: f
real*8, optional,intent(in) :: a
real*8, optional,intent(in) :: north
real*8, optional,intent(in) :: south
real*8, optional,intent(in) :: east
real*8, optional,intent(in) :: west
integer, optional,intent(in) :: dealloc
integer, intent(in) :: cilm_d0
integer, intent(in) :: cilm_d1
integer, intent(in) :: cilm_d2
integer, intent(in) :: grid_d0
integer, intent(in) :: grid_d1
if (f<0.0d0 .and. a<0.0d0) then
call MakeGrid2d(grid,cilm,lmax,interval,nlat,nlong,norm=norm, &
csphase=csphase,north=north,south=south,east=east, &
west=west,dealloc=dealloc)
else
call MakeGrid2d(grid,cilm,lmax,interval,nlat,nlong,norm=norm, &
csphase=csphase,f=f,a=a,north=north,&
south=south,east=east,west=west,dealloc=dealloc)
endif
end subroutine pyMakeGrid2d
subroutine pyGLQGridCoord(latglq,longlq,lmax,nlat,nlong,latglq_d0,longlq_d0)
use shtools, only: GLQGridCoord
implicit none
real*8, dimension(latglq_d0),intent(out) :: latglq
real*8, dimension(longlq_d0),intent(out) :: longlq
integer, intent(in) :: lmax
integer, intent(out) :: nlat
integer, intent(out) :: nlong
integer, intent(in) :: latglq_d0
integer, intent(in) :: longlq_d0
call GLQGridCoord(latglq,longlq,lmax,nlat,nlong)
end subroutine pyGLQGridCoord
subroutine pyMakeGridGLQ(gridglq,cilm,lmax,zero,norm,csphase,lmax_calc, &
gridglq_d0,gridglq_d1,cilm_d0,cilm_d1,cilm_d2,zero_d0)
use shtools, only: MakeGridGLQ
implicit none
real*8, dimension(gridglq_d0,gridglq_d1),intent(out) :: gridglq
real*8, dimension(cilm_d0,cilm_d1,cilm_d2),intent(in) :: cilm
integer, intent(in) :: lmax
real*8, optional,dimension(zero_d0),intent(in) :: zero
integer, optional,intent(in) :: norm
integer, optional,intent(in) :: csphase
integer, optional,intent(in) :: lmax_calc
integer, intent(in) :: gridglq_d0
integer, intent(in) :: gridglq_d1
integer, intent(in) :: cilm_d0
integer, intent(in) :: cilm_d1
integer, intent(in) :: cilm_d2
integer, intent(in) :: zero_d0
call MakeGridGLQ(gridglq,cilm,lmax,zero=zero,norm=norm, &
csphase=csphase,lmax_calc=lmax_calc)
end subroutine pyMakeGridGLQ
subroutine pySHExpandGLQ(cilm,lmax,gridglq,w,zero,norm,csphase,lmax_calc, &
cilm_d0,cilm_d1,cilm_d2,gridglq_d0,gridglq_d1, &
zero_d0,w_d0)
use shtools, only: SHExpandGLQ
implicit none
real*8, dimension(cilm_d0,cilm_d1,cilm_d2),intent(out) :: cilm
integer, intent(in) :: lmax
real*8, dimension(gridglq_d0,gridglq_d1),intent(in) :: gridglq
real*8, dimension(w_d0),intent(in) :: w
real*8, optional,dimension(zero_d0),intent(in) :: zero
integer, optional,intent(in) :: norm
integer, optional,intent(in) :: csphase
integer, optional,intent(in) :: lmax_calc
integer, intent(in) :: cilm_d0
integer, intent(in) :: cilm_d1
integer, intent(in) :: cilm_d2
integer, intent(in) :: gridglq_d0
integer, intent(in) :: gridglq_d1
integer, intent(in) :: zero_d0
integer, intent(in) :: w_d0
call SHExpandGLQ(cilm,lmax,gridglq,w,zero=zero,norm=norm, &
csphase=csphase,lmax_calc=lmax_calc)
end subroutine pySHExpandGLQ
subroutine pyshglq(lmax,zero,w,zero_d0,w_d0)
use shtools, only: SHGLQ
implicit none
integer, intent(in) :: lmax
real*8, dimension(zero_d0),intent(out) :: zero
real*8, dimension(w_d0),intent(out) :: w
integer, intent(in) :: zero_d0
integer, intent(in) :: w_d0
call SHGLQ(lmax,zero,w)
end subroutine pySHGLQ
subroutine pyPreGLQ(x1,x2,n,zero,w,zero_d0,w_d0)
use shtools, only: PreGLQ
implicit none
real*8, intent(in) :: x1
real*8, intent(in) :: x2
integer, intent(in) :: n
real*8, dimension(zero_d0),intent(out) :: zero
real*8, dimension(w_d0),intent(out) :: w
integer, intent(in) :: zero_d0
integer, intent(in) :: w_d0
call PreGLQ(x1,x2,n,zero,w)
end subroutine pyPreGLQ
subroutine pySHRead(filename,cilm,lmax,lmax_in,skip,cilm_d0,cilm_d1,cilm_d2)
use shtools, only: SHRead
implicit none
character*(*), intent(in) :: filename
real*8, dimension(cilm_d0,cilm_d1,cilm_d2),intent(out) :: cilm
integer, intent(out) :: lmax
integer, intent(in) :: lmax_in
integer, optional,intent(in) :: skip
integer, intent(in) :: cilm_d0
integer, intent(in) :: cilm_d1
integer, intent(in) :: cilm_d2
call SHRead(filename,cilm,lmax,skip=skip)
end subroutine pySHRead
subroutine pySHReadH(filename,cilm,lmax,lmax_in,nheader,header,skip, &
cilm_d0,cilm_d1,cilm_d2)
use shtools, only: SHRead
implicit none
character*(*), intent(in) :: filename
real*8, dimension(cilm_d0,cilm_d1,cilm_d2),intent(out) :: cilm
integer, intent(out) :: lmax
integer, intent(in) :: lmax_in
integer, intent(in) :: nheader
real*8, intent(out), dimension(nheader) :: header
integer, optional,intent(in) :: skip
integer, intent(in) :: cilm_d0
integer, intent(in) :: cilm_d1
integer, intent(in) :: cilm_d2
call SHRead(filename,cilm,lmax,skip=skip,header=header)
end subroutine pySHReadH
subroutine pySHReadError(filename,cilm,error,lmax,lmax_in,skip,cilm_d0, &
cilm_d1,cilm_d2,error_d0,error_d1,error_d2)
use shtools, only: SHRead
implicit none
character*(*), intent(in) :: filename
real*8, dimension(cilm_d0,cilm_d1,cilm_d2),intent(out) :: cilm
real*8, dimension(error_d0,error_d1,error_d2),intent(out) :: error
integer, intent(out) :: lmax
integer, intent(in) :: lmax_in
integer, optional,intent(in) :: skip
integer, intent(in) :: cilm_d0
integer, intent(in) :: cilm_d1
integer, intent(in) :: cilm_d2
integer, intent(in) :: error_d0
integer, intent(in) :: error_d1
integer, intent(in) :: error_d2
call SHRead(filename,cilm,lmax,skip=skip,error=error)
end subroutine pySHReadError
subroutine pySHReadErrorH(filename,cilm,error,lmax,lmax_in,nheader, &
header,skip,cilm_d0,cilm_d1,cilm_d2,error_d0,&
error_d1,error_d2)
use shtools, only: SHRead
implicit none
character*(*), intent(in) :: filename
real*8, dimension(cilm_d0,cilm_d1,cilm_d2),intent(out) :: cilm
real*8, dimension(error_d0,error_d1,error_d2),intent(out) :: error
integer, intent(out) :: lmax
integer, intent(in) :: lmax_in
integer, intent(in) :: nheader
real*8, dimension(nheader),intent(out) :: header
integer, optional,intent(in) :: skip
integer, intent(in) :: cilm_d0
integer, intent(in) :: cilm_d1
integer, intent(in) :: cilm_d2
integer, intent(in) :: error_d0
integer, intent(in) :: error_d1
integer, intent(in) :: error_d2
call SHRead(filename,cilm,lmax,skip=skip,error=error,header=header)
end subroutine pySHReadErrorH
subroutine pyMakeMagGridDH(cilm,lmax,r0,a,f,rad_grid,theta_grid,phi_grid, &
total_grid,n,sampling,lmax_calc,total_grid_d0, &
total_grid_d1,cilm_d0,cilm_d1,cilm_d2,rad_grid_d0, &
rad_grid_d1,theta_grid_d0,theta_grid_d1,phi_grid_d0, &
phi_grid_d1)
use shtools, only: MakeMagGridDH
implicit none
real*8, dimension(cilm_d0,cilm_d1,cilm_d2),intent(in) :: cilm
integer, intent(in) :: lmax
real*8, intent(in) :: r0
real*8, intent(in) :: a
real*8, intent(in) :: f
real*8, dimension(rad_grid_d0,rad_grid_d1),intent(out) :: rad_grid
real*8, dimension(theta_grid_d0,theta_grid_d1),intent(out) :: theta_grid
real*8, dimension(phi_grid_d0,phi_grid_d1),intent(out) :: phi_grid
real*8, dimension(total_grid_d0,total_grid_d1),intent(out) :: total_grid
integer, intent(out) :: n
integer, optional,intent(in) :: sampling
integer, optional,intent(in) :: lmax_calc
integer, intent(in) :: total_grid_d0
integer, intent(in) :: total_grid_d1
integer, intent(in) :: cilm_d0
integer, intent(in) :: cilm_d1
integer, intent(in) :: cilm_d2
integer, intent(in) :: rad_grid_d0
integer, intent(in) :: rad_grid_d1
integer, intent(in) :: theta_grid_d0
integer, intent(in) :: theta_grid_d1
integer, intent(in) :: phi_grid_d0
integer, intent(in) :: phi_grid_d1
call MakeMagGridDH(cilm,lmax,r0,a,f,rad_grid,theta_grid,phi_grid, &
total_grid,n,sampling=sampling,lmax_calc=lmax_calc)
end subroutine pyMakeMagGridDH
function pySHPowerL(c,l,c_d0,c_d1,c_d2)
use shtools, only: SHPowerL
implicit none
real*8, dimension(c_d0,c_d1,c_d2),intent(in) :: c
integer, intent(in) :: l
integer, intent(in) :: c_d0
integer, intent(in) :: c_d1
integer, intent(in) :: c_d2
real*8 :: pySHPowerL
pySHPowerL=SHPowerL(c,l)
end function pySHPowerL
function pySHPowerDensityL(c,l,c_d0,c_d1,c_d2)
use shtools, only: SHPowerDensityL
implicit none
real*8, dimension(c_d0,c_d1,c_d2),intent(in) :: c
integer, intent(in) :: l
integer, intent(in) :: c_d0
integer, intent(in) :: c_d1
integer, intent(in) :: c_d2
real*8 :: pySHPowerDensityL
pySHPowerDensityL=SHPowerDensityL(c,l)
end function pySHPowerDensityL
function pySHCrossPowerL(c1,c2,l,c2_d0,c2_d1,c2_d2,c1_d0,c1_d1,c1_d2)
use shtools, only: SHCrossPowerL
implicit none
real*8, dimension(c1_d0,c1_d1,c1_d2),intent(in) :: c1
real*8, dimension(c2_d0,c2_d1,c2_d2),intent(in) :: c2
integer, intent(in) :: l
integer, intent(in) :: c2_d0
integer, intent(in) :: c2_d1
integer, intent(in) :: c2_d2
integer, intent(in) :: c1_d0
integer, intent(in) :: c1_d1
integer, intent(in) :: c1_d2
real*8 :: pySHCrossPowerL
pySHCrossPowerL=SHCrossPowerL(c1,c2,l)
end function pySHCrossPowerL
function pySHCrossPowerDensityL(c1,c2,l,c2_d0,c2_d1,c2_d2,c1_d0,c1_d1,c1_d2)
use shtools, only: SHCrossPowerDensityL
implicit none
real*8, dimension(c1_d0,c1_d1,c1_d2),intent(in) :: c1
real*8, dimension(c2_d0,c2_d1,c2_d2),intent(in) :: c2
integer, intent(in) :: l
integer, intent(in) :: c2_d0
integer, intent(in) :: c2_d1
integer, intent(in) :: c2_d2
integer, intent(in) :: c1_d0
integer, intent(in) :: c1_d1
integer, intent(in) :: c1_d2
real*8 :: pySHCrossPowerDensityL
pySHCrossPowerDensityL=SHCrossPowerDensityL(c1,c2,l)
end function pySHCrossPowerDensityL
subroutine pySHPowerSpectrum(c,lmax,spectra,c_d0,c_d1,c_d2,spectra_d0)
use shtools, only: SHPowerSpectrum
implicit none
real*8, dimension(c_d0,c_d1,c_d2),intent(in) :: c
integer, intent(in) :: lmax
real*8, dimension(spectra_d0),intent(out) :: spectra
integer, intent(in) :: c_d0
integer, intent(in) :: c_d1
integer, intent(in) :: c_d2
integer, intent(in) :: spectra_d0
call SHPowerSpectrum(c,lmax,spectra)
end subroutine pySHPowerSpectrum
subroutine pySHPowerSpectrumDensity(c,lmax,spectra,c_d0,c_d1,c_d2, &
spectra_d0)
use shtools, only: SHPowerSpectrumDensity
implicit none
real*8, dimension(c_d0,c_d1,c_d2),intent(in) :: c
integer, intent(in) :: lmax
real*8, dimension(spectra_d0),intent(out) :: spectra
integer, intent(in) :: c_d0
integer, intent(in) :: c_d1
integer, intent(in) :: c_d2
integer, intent(in) :: spectra_d0
call SHPowerSpectrumDensity(c,lmax,spectra)
end subroutine pySHPowerSpectrumDensity
subroutine pySHCrossPowerSpectrum(c1,c2,lmax,cspectra,c2_d0,c2_d1,c2_d2, &
c1_d0,c1_d1,c1_d2,cspectra_d0)
use shtools, only: SHCrossPowerSpectrum
implicit none
real*8, dimension(c1_d0,c1_d1,c1_d2),intent(in) :: c1
real*8, dimension(c2_d0,c2_d1,c2_d2),intent(in) :: c2
integer, intent(in) :: lmax
real*8, dimension(cspectra_d0),intent(out) :: cspectra
integer, intent(in) :: c2_d0
integer, intent(in) :: c2_d1
integer, intent(in) :: c2_d2
integer, intent(in) :: c1_d0
integer, intent(in) :: c1_d1
integer, intent(in) :: c1_d2
integer, intent(in) :: cspectra_d0
call SHCrossPowerSpectrum(c1,c2,lmax,cspectra)
end subroutine pySHCrossPowerSpectrum
subroutine pySHCrossPowerSpectrumDensity(c1,c2,lmax,cspectra,c2_d0,c2_d1, &
c2_d2,c1_d0,c1_d1,c1_d2,cspectra_d0)
use shtools, only: SHCrossPowerSpectrumDensity
implicit none
real*8, dimension(c1_d0,c1_d1,c1_d2),intent(in) :: c1
real*8, dimension(c2_d0,c2_d1,c2_d2),intent(in) :: c2
integer, intent(in) :: lmax
real*8, dimension(cspectra_d0),intent(out) :: cspectra
integer, intent(in) :: c2_d0
integer, intent(in) :: c2_d1
integer, intent(in) :: c2_d2
integer, intent(in) :: c1_d0
integer, intent(in) :: c1_d1
integer, intent(in) :: c1_d2
integer, intent(in) :: cspectra_d0
call SHCrossPowerSpectrumDensity(c1,c2,lmax,cspectra)
end subroutine pySHCrossPowerSpectrumDensity
subroutine pydjpi2(dj,lmax,dj_d0,dj_d1,dj_d2)
use shtools, only: djpi2
implicit none
real*8, dimension(dj_d0,dj_d1,dj_d2),intent(out) :: dj
integer, intent(in) :: lmax
integer, intent(in) :: dj_d0
integer, intent(in) :: dj_d1
integer, intent(in) :: dj_d2
call djpi2(dj,lmax)
end subroutine pydjpi2
subroutine pySHrtoc(rcilm,ccilm,degmax,convention,switchcs,rcilm_d0, &
rcilm_d1,rcilm_d2,ccilm_d0,ccilm_d1,ccilm_d2)
use shtools, only: SHrtoc
implicit none
real*8, dimension(rcilm_d0,rcilm_d1,rcilm_d2),intent(in) :: rcilm
real*8, dimension(ccilm_d0,ccilm_d1,ccilm_d2),intent(out) :: ccilm
integer, optional,intent(in) :: degmax
integer, optional,intent(in) :: convention
integer, optional,intent(in) :: switchcs
integer, intent(in) :: rcilm_d0
integer, intent(in) :: rcilm_d1
integer, intent(in) :: rcilm_d2
integer, intent(in) :: ccilm_d0
integer, intent(in) :: ccilm_d1
integer, intent(in) :: ccilm_d2
call SHrtoc(rcilm,ccilm,degmax=degmax,convention=convention, &
switchcs=switchcs)
end subroutine pySHrtoc
subroutine pySHctor(ccilm,rcilm,degmax,convention,switchcs,rcilm_d0, &
rcilm_d1,rcilm_d2,ccilm_d0,ccilm_d1,ccilm_d2)
use shtools, only: SHctor
implicit none
real*8, dimension(ccilm_d0,ccilm_d1,ccilm_d2),intent(in) :: ccilm
real*8, dimension(rcilm_d0,rcilm_d1,rcilm_d2),intent(out) :: rcilm
integer, optional,intent(in) :: degmax
integer, optional,intent(in) :: convention
integer, optional,intent(in) :: switchcs
integer, intent(in) :: rcilm_d0
integer, intent(in) :: rcilm_d1
integer, intent(in) :: rcilm_d2
integer, intent(in) :: ccilm_d0
integer, intent(in) :: ccilm_d1
integer, intent(in) :: ccilm_d2
call SHctor(ccilm,rcilm,degmax=degmax,convention=convention, &
switchcs=switchcs)
end subroutine pySHctor
subroutine pySHCilmToCindex(cilm,cindex,degmax,cindex_d0,cindex_d1, &
cilm_d0,cilm_d1,cilm_d2)
use shtools, only: SHCilmToCindex
implicit none
real*8, dimension(cilm_d0,cilm_d1,cilm_d2),intent(in) :: cilm
real*8, dimension(cindex_d0,cindex_d1),intent(out) :: cindex
integer, optional,intent(in) :: degmax
integer, intent(in) :: cindex_d0
integer, intent(in) :: cindex_d1
integer, intent(in) :: cilm_d0
integer, intent(in) :: cilm_d1
integer, intent(in) :: cilm_d2
call SHCilmToCindex(cilm,cindex,degmax=degmax)
end subroutine pySHCilmToCindex
subroutine pySHCindexToCilm(cindex,cilm,degmax,cindex_d0,cindex_d1, &
cilm_d0,cilm_d1,cilm_d2)
use shtools, only: SHCindexToCilm
implicit none
real*8, dimension(cindex_d0,cindex_d1),intent(in) :: cindex
real*8, dimension(cilm_d0,cilm_d1,cilm_d2),intent(out) :: cilm
integer, optional,intent(in) :: degmax
integer, intent(in) :: cindex_d0
integer, intent(in) :: cindex_d1
integer, intent(in) :: cilm_d0
integer, intent(in) :: cilm_d1
integer, intent(in) :: cilm_d2
call SHCindexToCilm(cindex,cilm,degmax=degmax)
end subroutine pySHCindexToCilm
subroutine pySHRotateCoef(x,cof,rcof,dj,lmax,rcof_d0,rcof_d1,dj_d0,dj_d1, &
dj_d2,cof_d0,cof_d1)
use shtools, only: SHRotateCoef
implicit none
real*8, dimension(3),intent(in) :: x
real*8, dimension(cof_d0,cof_d1),intent(in) :: cof
real*8, dimension(rcof_d0,rcof_d1),intent(out) :: rcof
real*8, dimension(dj_d0,dj_d1,dj_d2),intent(in) :: dj
integer, intent(in) :: lmax
integer, intent(in) :: rcof_d0
integer, intent(in) :: rcof_d1
integer, intent(in) :: dj_d0
integer, intent(in) :: dj_d1
integer, intent(in) :: dj_d2
integer, intent(in) :: cof_d0
integer, intent(in) :: cof_d1
call SHRotateCoef(x,cof,rcof,dj,lmax)
end subroutine pySHRotateCoef
subroutine pySHRotateRealCoef(cilmrot,cilm,lmax,x,dj,x_d0,dj_d0,dj_d1, &
dj_d2,cilm_d0,cilm_d1,cilm_d2, &
cilmrot_d0,cilmrot_d1,cilmrot_d2)
use shtools, only: SHRotateRealCoef
implicit none
real*8, dimension(cilmrot_d0,cilmrot_d1,cilmrot_d2),intent(out) :: cilmrot
real*8, dimension(cilm_d0,cilm_d1,cilm_d2),intent(in) :: cilm
integer, intent(in) :: lmax
real*8, dimension(x_d0),intent(in) :: x
real*8, dimension(dj_d0,dj_d1,dj_d2),intent(in) :: dj
integer, intent(in) :: x_d0
integer, intent(in) :: dj_d0
integer, intent(in) :: dj_d1
integer, intent(in) :: dj_d2
integer, intent(in) :: cilm_d0
integer, intent(in) :: cilm_d1
integer, intent(in) :: cilm_d2
integer, intent(in) :: cilmrot_d0
integer, intent(in) :: cilmrot_d1
integer, intent(in) :: cilmrot_d2
call SHRotateRealCoef(cilmrot,cilm,lmax,x,dj)
end subroutine pySHRotateRealCoef
subroutine pySHExpandDH(grid,n,cilm,lmax,norm,sampling,csphase,lmax_calc, &
cilm_d0,cilm_d1,cilm_d2,grid_d0,grid_d1)
use shtools, only: SHExpandDH
implicit none
real*8, dimension(grid_d0,grid_d1),intent(in) :: grid
integer, intent(in) :: n
real*8, dimension(cilm_d0,cilm_d1,cilm_d2),intent(out) :: cilm
integer, intent(out) :: lmax
integer, optional,intent(in) :: norm
integer, optional,intent(in) :: sampling
integer, optional,intent(in) :: csphase
integer, optional,intent(in) :: lmax_calc
integer, intent(in) :: cilm_d0
integer, intent(in) :: cilm_d1
integer, intent(in) :: cilm_d2
integer, intent(in) :: grid_d0
integer, intent(in) :: grid_d1
call SHExpandDH(grid,n,cilm,lmax,norm=norm,sampling=sampling, &
csphase=csphase,lmax_calc=lmax_calc)
end subroutine pySHExpandDH
subroutine pyMakeGridDH(griddh,n,cilm,lmax,norm,sampling,csphase, &
lmax_calc,cilm_d0,cilm_d1,cilm_d2,griddh_d0,griddh_d1)
use shtools, only: MakeGridDH
implicit none
real*8, dimension(griddh_d0,griddh_d1),intent(out) :: griddh
integer, intent(out) :: n
real*8, dimension(cilm_d0,cilm_d1,cilm_d2),intent(in) :: cilm
integer, intent(in) :: lmax
integer, optional,intent(in) :: norm
integer, optional,intent(in) :: sampling
integer, optional,intent(in) :: csphase
integer, optional,intent(in) :: lmax_calc
integer, intent(in) :: cilm_d0
integer, intent(in) :: cilm_d1
integer, intent(in) :: cilm_d2
integer, intent(in) :: griddh_d0
integer, intent(in) :: griddh_d1
call MakeGridDH(griddh,n,cilm,lmax,norm=norm,sampling=sampling, &
csphase=csphase,lmax_calc=lmax_calc)
end subroutine pyMakeGridDH
function pyMakeGridPoint(cilm,lmax,lat,longitude,norm,csphase,dealloc, &
cilm_d0,cilm_d1,cilm_d2)
use shtools, only: MakeGridPoint
implicit none
real*8, dimension(cilm_d0,cilm_d1,cilm_d2),intent(in) :: cilm
integer, intent(in) :: lmax
real*8, intent(in) :: lat
real*8, intent(in) :: longitude
integer, optional,intent(in) :: norm
integer, optional,intent(in) :: csphase
integer, optional,intent(in) :: dealloc
integer, intent(in) :: cilm_d0
integer, intent(in) :: cilm_d1
integer, intent(in) :: cilm_d2
real*8 :: pyMakeGridPoint
pyMakeGridPoint=MakeGridPoint(cilm,lmax,lat,longitude,norm=norm, &
csphase=csphase,dealloc=dealloc)
end function pyMakeGridPoint
function pyDownContFilterMA(l,half,r,d)
use shtools, only: DownContFilterMA
implicit none
integer, intent(in) :: l
integer, intent(in) :: half
real*8, intent(in) :: r
real*8, intent(in) :: d
real*8 :: pyDownContFilterMA
pyDownContFilterMA=DownContFilterMA(l,half,r,d)
end function pyDownContFilterMA
function pyDownContFilterMC(l,half,r,d)
use shtools, only: DownContFilterMC
implicit none
integer, intent(in) :: l
integer, intent(in) :: half
real*8, intent(in) :: r
real*8, intent(in) :: d
real*8 :: pyDownContFilterMC
pyDownContFilterMC=DownContFilterMC(l,half,r,d)
end function pyDownContFilterMC
subroutine pySHExpandLSQ(cilm,d,lat,lon,nmax,lmax,norm,chi2,csphase, &
d_d0,lon_d0,cilm_d0,cilm_d1,cilm_d2,lat_d0)
use shtools, only: SHExpandLSQ
implicit none
real*8, dimension(cilm_d0,cilm_d1,cilm_d2),intent(out) :: cilm
real*8, dimension(d_d0),intent(in) :: d
real*8, dimension(lat_d0),intent(in) :: lat
real*8, dimension(lon_d0),intent(in) :: lon
integer, intent(in) :: nmax
integer, intent(in) :: lmax
integer, optional,intent(in) :: norm
real*8, optional,intent(out) :: chi2
integer, optional,intent(in) :: csphase
integer, intent(in) :: d_d0
integer, intent(in) :: lon_d0
integer, intent(in) :: cilm_d0
integer, intent(in) :: cilm_d1
integer, intent(in) :: cilm_d2
integer, intent(in) :: lat_d0
call SHExpandLSQ(cilm,d,lat,lon,nmax,lmax,norm=norm,chi2=chi2, &
csphase=csphase)
end subroutine pySHExpandLSQ
subroutine pySHMultiply(shout,sh1,lmax1,sh2,lmax2,precomp,norm,csphase, &
sh1_d0,sh1_d1,sh1_d2,sh2_d0,sh2_d1,sh2_d2, &
shout_d0,shout_d1,shout_d2)
use shtools, only: SHMultiply
implicit none
real*8, dimension(shout_d0,shout_d1,shout_d2),intent(out) :: shout
real*8, dimension(sh1_d0,sh1_d1,sh1_d2),intent(in) :: sh1
integer, intent(in) :: lmax1
real*8, dimension(sh2_d0,sh2_d1,sh2_d2),intent(in) :: sh2
integer, intent(in) :: lmax2
integer, optional,intent(in) :: precomp
integer, optional,intent(in) :: norm
integer, optional,intent(in) :: csphase
integer, intent(in) :: sh1_d0
integer, intent(in) :: sh1_d1
integer, intent(in) :: sh1_d2
integer, intent(in) :: sh2_d0
integer, intent(in) :: sh2_d1
integer, intent(in) :: sh2_d2
integer, intent(in) :: shout_d0
integer, intent(in) :: shout_d1
integer, intent(in) :: shout_d2
call SHMultiply(shout,sh1,lmax1,sh2,lmax2,precomp=precomp, &
norm=norm,csphase=csphase)
end subroutine pySHMultiply
subroutine pyComputeDm(dllm,lmax,m,theta0,dllm_d0,dllm_d1)
use shtools, only: ComputeDm
implicit none
real*8, dimension(dllm_d0,dllm_d1),intent(out) :: dllm
integer, intent(in) :: lmax
integer, intent(in) :: m
real*8, intent(in) :: theta0
integer, intent(in) :: dllm_d0
integer, intent(in) :: dllm_d1
call ComputeDm(dllm,lmax,m,theta0)
end subroutine pyComputeDm
subroutine pySphericalCapCoef(coef,theta,lmax,coef_d0)
use shtools, only: SphericalCapCoef
implicit none
real*8, dimension(coef_d0),intent(out) :: coef
real*8, intent(in) :: theta
integer, optional,intent(in) :: lmax
integer, intent(in) :: coef_d0
call SphericalCapCoef(coef,theta,lmax=lmax)
end subroutine pySphericalCapCoef
subroutine pyEigValVecSym(ain,n,eig,evec,ul,k,evec_d0,evec_d1,ain_d0, &
ain_d1,eig_d0)
use shtools, only: EigValVecSym
implicit none
real*8, dimension(ain_d0,ain_d1),intent(in) :: ain
integer, intent(in) :: n
real*8, dimension(eig_d0),intent(out) :: eig
real*8, dimension(evec_d0,evec_d1),intent(out) :: evec
character, optional,intent(in) :: ul
integer, optional,intent(in) :: k
integer, intent(in) :: evec_d0
integer, intent(in) :: evec_d1
integer, intent(in) :: ain_d0
integer, intent(in) :: ain_d1
integer, intent(in) :: eig_d0
call EigValVecSym(ain,n,eig,evec,ul=ul,k=k)
end subroutine pyEigValVecSym
subroutine pySHReturnTapersM(theta0,lmax,m,tapers,eigenvalues, &
tapers_d0,tapers_d1,eigenvalues_d0)
use shtools, only: SHReturnTapersM
implicit none
real*8, intent(in) :: theta0
integer, intent(in) :: lmax
integer, intent(in) :: m
real*8, dimension(tapers_d0,tapers_d1),intent(out) :: tapers
real*8, dimension(eigenvalues_d0),intent(out) :: eigenvalues
integer, intent(in) :: tapers_d0
integer, intent(in) :: tapers_d1
integer, intent(in) :: eigenvalues_d0
call SHReturnTapersM(theta0,lmax,m,tapers,eigenvalues)
end subroutine pySHReturnTapersM
subroutine pyEigValSym(ain,n,eval,ul,ain_d0,ain_d1,eval_d0)
use shtools, only: EigValSym
implicit none
real*8, dimension(ain_d0,ain_d1),intent(in) :: ain
integer, intent(in) :: n
real*8, dimension(eval_d0),intent(out) :: eval
character, optional,intent(in) :: ul
integer, intent(in) :: ain_d0
integer, intent(in) :: ain_d1
integer, intent(in) :: eval_d0
call EigValSym(ain,n,eval,ul=ul)
end subroutine pyEigValSym
function pySHFindLWin(theta0,m,alpha,taper_number)
use shtools, only: SHFindLWin
implicit none
real*8, intent(in) :: theta0
integer, intent(in) :: m
real*8, intent(in) :: alpha
integer, optional,intent(in) :: taper_number
integer :: pySHFindLWin
pySHFindLWin=SHFindLWin(theta0,m,alpha,taper_number=taper_number)
end function pySHFindLWin
subroutine pySHAdmitCorr(G,T,lmax,admit,admit_error,corr,G_d0,G_d1,G_d2, &
admit_d0,admit_error_d0,T_d0,T_d1,T_d2,corr_d0)
use shtools, only: SHAdmitCorr
implicit none