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pyshtools.pyf
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pyshtools.pyf
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python module _SHTOOLS
!------------------------------------------------------------------------------
!
! Python signature file for the SHTOOLS Fortran 95 routines. The
! definitions of how the fortran functions are actually called are found in
! the wrapper file PythonWrapper.f95.
!
! Note: The context of this file is case sensitive.
!
!------------------------------------------------------------------------------
interface
subroutine PlmBar(exitstatus,p,lmax,z,csphase,cnorm,p_d0)
fortranname pyplmbar
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(p_d0),intent(out) :: p
integer,intent(in) :: lmax
real(dp),intent(in) :: z
integer,optional,intent(in) :: csphase = 1
integer,optional,intent(in) :: cnorm = 0
integer,intent(hide),depend(lmax),check(lmax>=0) :: p_d0 = (lmax+1)*(lmax+2)/2
end subroutine PlmBar
subroutine PlmBar_d1(exitstatus,p,dp1,lmax,z,csphase,cnorm,p_d0,dp1_d0)
fortranname pyplmbar_d1
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(p_d0),intent(out) :: p
real(dp),dimension(dp1_d0),intent(out) :: dp1
integer,intent(in) :: lmax
real(dp),intent(in) :: z
integer,optional,intent(in) :: csphase = 1
integer,optional,intent(in) :: cnorm = 0
integer,intent(hide),depend(lmax),check(lmax>=0) :: p_d0 = (lmax+1)*(lmax+2)/2
integer,intent(hide),depend(lmax) :: dp1_d0 = (lmax+1)*(lmax+2)/2
end subroutine PlmBar_d1
subroutine PlBar(exitstatus,p,lmax,z,p_d0)
fortranname pyplbar
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(p_d0),intent(out) :: p
integer,intent(in) :: lmax
real(dp),intent(in) :: z
integer,intent(hide),depend(lmax),check(lmax>=0) :: p_d0 = lmax+1
end subroutine PlBar
subroutine PlBar_d1(exitstatus,p,dp1,lmax,z,p_d0,dp1_d0)
fortranname pyplbar_d1
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(p_d0),intent(out) :: p
real(dp),dimension(dp1_d0),intent(out):: dp1
integer,intent(in) :: lmax
real(dp),intent(in) :: z
integer,intent(hide),depend(lmax),check(lmax>=0) :: p_d0 = lmax+1
integer,intent(hide),depend(lmax) :: dp1_d0 = lmax+1
end subroutine PlBar_d1
subroutine PlmON(exitstatus,p,lmax,z,csphase,cnorm,p_d0)
fortranname pyplmon
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(p_d0),intent(out) :: p
integer,intent(in) :: lmax
real(dp),intent(in) :: z
integer,optional,intent(in) :: csphase = 1
integer,optional,intent(in) :: cnorm = 0
integer,intent(hide),depend(lmax),check(lmax>=0) :: p_d0 = (lmax+1)*(lmax+2)/2
end subroutine PlmON
subroutine PlmON_d1(exitstatus,p,dp1,lmax,z,csphase,cnorm,p_d0,dp1_d0)
fortranname pyplmon_d1
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(p_d0),intent(out) :: p
real(dp),dimension(dp1_d0),intent(out) :: dp1
integer,intent(in) :: lmax
real(dp),intent(in) :: z
integer,optional,intent(in) :: csphase = 1
integer,optional,intent(in) :: cnorm = 0
integer,intent(hide),depend(lmax),check(lmax>=0) :: p_d0 = (lmax+1)*(lmax+2)/2
integer,intent(hide),depend(lmax) :: dp1_d0 = (lmax+1)*(lmax+2)/2
end subroutine PlmON_d1
subroutine PlON(exitstatus,p,lmax,z,p_d0)
fortranname pyplon
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(p_d0),intent(out) :: p
integer,intent(in) :: lmax
real(dp),intent(in) :: z
integer,intent(hide),depend(lmax),check(lmax>=0) :: p_d0 = lmax+1
end subroutine PlON
subroutine PlON_d1(exitstatus,p,dp1,lmax,z,p_d0,dp1_d0)
fortranname pyplon_d1
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(p_d0),intent(out) :: p
real(dp),dimension(dp1_d0),intent(out) :: dp1
integer,intent(in) :: lmax
real(dp),intent(in) :: z
integer,intent(hide),depend(lmax),check(lmax>=0) :: p_d0 = lmax+1
integer,intent(hide),depend(lmax) :: dp1_d0 = lmax+1
end subroutine PlON_d1
subroutine PlmSchmidt(exitstatus,p,lmax,z,csphase,cnorm,p_d0)
fortranname pyplmschmidt
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(p_d0),intent(out) :: p
integer,intent(in) :: lmax
real(dp),intent(in) :: z
integer,optional,intent(in) :: csphase = 1
integer,optional,intent(in) :: cnorm = 0
integer,intent(hide),depend(lmax),check(lmax>=0) :: p_d0 = (lmax+1)*(lmax+2)/2
end subroutine PlmSchmidt
subroutine PlmSchmidt_d1(exitstatus,p,dp1,lmax,z,csphase,cnorm,p_d0,dp1_d0)
fortranname pyplmschmidt_d1
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(p_d0),intent(out):: p
real(dp),dimension(dp1_d0),intent(out) :: dp1
integer,intent(in) :: lmax
real(dp),intent(in) :: z
integer,optional,intent(in) :: csphase = 1
integer,optional,intent(in) :: cnorm = 0
integer,intent(hide),depend(lmax),check(lmax>=0) :: p_d0 = (lmax+1)*(lmax+2)/2
integer,intent(hide),depend(lmax) :: dp1_d0 = (lmax+1)*(lmax+2)/2
end subroutine PlmSchmidt_d1
subroutine PlSchmidt(exitstatus,p,lmax,z,p_d0)
fortranname pyplschmidt
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(p_d0),intent(out) :: p
integer,intent(in) :: lmax
real(dp),intent(in) :: z
integer,intent(hide),depend(lmax),check(lmax>=0) :: p_d0 = lmax+1
end subroutine PlSchmidt
subroutine PlSchmidt_d1(exitstatus,p,dp1,lmax,z,p_d0,dp1_d0)
fortranname pyplschmidt_d1
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(p_d0),intent(out) :: p
real(dp),dimension(dp1_d0),intent(out) :: dp1
integer,intent(in) :: lmax
real(dp),intent(in) :: z
integer,intent(hide),depend(lmax),check(lmax>=0) :: p_d0 = lmax+1
integer,intent(hide),depend(lmax) :: dp1_d0 = lmax+1
end subroutine PlSchmidt_d1
subroutine PLegendreA(exitstatus,p,lmax,z,csphase,p_d0)
fortranname pyplegendrea
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(p_d0),intent(out) :: p
integer,intent(in) :: lmax
real(dp),intent(in) :: z
integer,optional,intent(in) :: csphase = 1
integer,intent(hide),depend(lmax),check(lmax>=0) :: p_d0 = (lmax+1)*(lmax+2)/2
end subroutine PLegendreA
subroutine PLegendre(exitstatus,p,lmax,z,p_d0)
fortranname pyplegendre
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(p_d0),intent(out) :: p
integer,intent(in) :: lmax
real(dp),intent(in) :: z
integer,intent(hide),depend(lmax),check(lmax>=0) :: p_d0 = lmax+1
end subroutine PLegendre
subroutine PLegendreA_d1(exitstatus,p,dp1,lmax,z,csphase,p_d0,dp1_d0)
fortranname pyplegendrea_d1
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(p_d0),intent(out) :: p
real(dp),dimension(dp1_d0),intent(out) :: dp1
integer,intent(in) :: lmax
real(dp),intent(in) :: z
integer,optional,intent(in) :: csphase = 1
integer,intent(hide),depend(lmax),check(lmax>=0) :: p_d0 = (lmax+1)*(lmax+2)/2
integer,intent(hide),depend(lmax) :: dp1_d0 = (lmax+1)*(lmax+2)/2
end subroutine PLegendreA_d1
subroutine PLegendre_d1(exitstatus,p,dp1,lmax,z,p_d0,dp1_d0)
fortranname pyplegendre_d1
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(p_d0),intent(out) :: p
real(dp),dimension(dp1_d0),intent(out) :: dp1
integer,intent(in) :: lmax
real(dp),intent(in) :: z
integer,intent(hide),depend(lmax),check(lmax>=0) :: p_d0 = lmax+1
integer,intent(hide),depend(lmax) :: dp1_d0 = lmax+1
end subroutine PLegendre_d1
subroutine SHExpandDH(exitstatus,grid,n,cilm,lmax,norm,sampling,csphase,lmax_calc,cilm_d0,cilm_d1,cilm_d2,grid_d0,grid_d1)
fortranname pyshexpanddh
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(grid_d0,grid_d1),intent(in) :: grid
integer,intent(hide),depend(grid_d0) :: n = grid_d0
real(dp),dimension(cilm_d0,cilm_d1,cilm_d2),intent(out) :: cilm
integer,intent(hide) :: lmax
integer,optional,intent(in) :: norm = 1
integer,optional,intent(in) :: sampling = 1
integer,optional,intent(in) :: csphase = 1
integer,optional,intent(in),depend(n) :: lmax_calc = n/2-1
integer,optional,intent(in),intent(hide) :: cilm_d0 = 2
integer,optional,intent(in),depend(lmax_calc),intent(hide) :: cilm_d1 = lmax_calc+1
integer,optional,intent(in),depend(lmax_calc),intent(hide) :: cilm_d2 = lmax_calc+1
integer,optional,intent(in),depend(grid),intent(hide) :: grid_d0 = shape(grid,0)
integer,optional,intent(in),depend(grid),intent(hide) :: grid_d1 = shape(grid,1)
end subroutine SHExpandDH
subroutine MakeGridDH(exitstatus,griddh,n,cilm,lmax,norm,sampling,csphase,lmax_calc,extend,cilm_d0,cilm_d1,cilm_d2,griddh_d0,griddh_d1)
fortranname pymakegriddh
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(griddh_d0,griddh_d1),intent(out) :: griddh
integer,intent(hide) :: n
real(dp),dimension(cilm_d0,cilm_d1,cilm_d2),intent(in) :: cilm
integer,optional,intent(in),depend(cilm_d1) :: lmax = cilm_d1-1
integer,optional,intent(in) :: norm = 1
integer,optional,intent(in) :: sampling = 1
integer,optional,intent(in) :: csphase = 1
integer,optional,intent(in),depend(lmax) :: lmax_calc = lmax
integer,optional,intent(in) :: extend = 0
integer,optional,intent(in),depend(cilm),intent(hide) :: cilm_d0 = shape(cilm,0)
integer,optional,intent(in),depend(cilm),intent(hide) :: cilm_d1 = shape(cilm,1)
integer,optional,intent(in),depend(cilm),intent(hide) :: cilm_d2 = shape(cilm,2)
integer,optional,intent(in),depend(lmax,extend),intent(hide) :: griddh_d0 = 2*(lmax+1)+extend
integer,optional,intent(in),depend(sampling,lmax,extend),intent(hide) :: griddh_d1 = sampling*2*(lmax+1)+extend
end subroutine MakeGridDH
subroutine SHExpandDHC(exitstatus,grid,n,cilm,lmax,norm,sampling,csphase,lmax_calc,cilm_d0,cilm_d1,cilm_d2,grid_d0,grid_d1)
fortranname pyshexpanddhc
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
complex(dp),dimension(grid_d0,grid_d1),intent(in) :: grid
integer,intent(hide),depend(grid_d0) :: n = grid_d0
complex(dp),dimension(cilm_d0,cilm_d1,cilm_d2),intent(out) :: cilm
integer,intent(hide) :: lmax
integer,optional,intent(in) :: norm = 1
integer,optional,intent(in) :: sampling = 1
integer,optional,intent(in) :: csphase = 1
integer,optional,intent(in),depend(n) :: lmax_calc = n/2-1
integer,optional,intent(in) :: cilm_d0 = 2
integer,optional,intent(in),depend(lmax_calc),intent(hide) :: cilm_d1 = lmax_calc+1
integer,optional,intent(in),depend(lmax_calc),intent(hide) :: cilm_d2 = lmax_calc+1
integer,optional,intent(in),depend(grid),intent(hide) :: grid_d0 = shape(grid,0)
integer,optional,intent(in),depend(grid),intent(hide) :: grid_d1 = shape(grid,1)
end subroutine SHExpandDHC
subroutine MakeGridDHC(exitstatus,griddh,n,cilm,lmax,norm,sampling,csphase,lmax_calc,extend,cilm_d0,cilm_d1,cilm_d2,griddh_d0,griddh_d1)
fortranname pymakegriddhc
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
complex(dp),dimension(griddh_d0,griddh_d1),intent(out) :: griddh
integer,intent(hide) :: n
complex(dp),dimension(cilm_d0,cilm_d1,cilm_d2),intent(in) :: cilm
integer,optional,intent(in),depend(cilm_d1) :: lmax = cilm_d1-1
integer,optional,intent(in) :: norm = 1
integer,optional,intent(in) :: sampling = 1
integer,optional,intent(in) :: csphase = 1
integer,optional,intent(in),depend(lmax) :: lmax_calc = lmax
integer,optional,intent(in) :: extend = 0
integer,optional,intent(in),depend(cilm),intent(hide) :: cilm_d0 = shape(cilm,0)
integer,optional,intent(in),depend(cilm),intent(hide) :: cilm_d1 = shape(cilm,1)
integer,optional,intent(in),depend(cilm),intent(hide) :: cilm_d2 = shape(cilm,2)
integer,optional,intent(in),depend(lmax,extend),intent(hide) :: griddh_d0 = 2*(lmax+1)+extend
integer,optional,intent(in),depend(sampling,lmax,extend),intent(hide) :: griddh_d1 = sampling*2*(lmax+1)+extend
end subroutine MakeGridDHC
subroutine SHGLQ(exitstatus,lmax,zero,w,zero_d0,w_d0)
fortranname pyshglq
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
integer,intent(in) :: lmax
real(dp),dimension(zero_d0),intent(out):: zero
real(dp),dimension(w_d0),intent(out) :: w
integer,intent(in),depend(lmax),intent(hide),check(lmax>=0) :: zero_d0 = lmax+1
integer,intent(in),depend(lmax),intent(hide) :: w_d0 = lmax+1
end subroutine SHGLQ
subroutine SHExpandGLQ(exitstatus,cilm,lmax,gridglq,w,zero,norm,csphase,lmax_calc,cilm_d0,cilm_d1,cilm_d2,gridglq_d0,gridglq_d1,zero_d0,w_d0)
fortranname pyshexpandglq
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(cilm_d0,cilm_d1,cilm_d2),intent(out) :: cilm
integer,intent(hide),depend(gridglq_d0) :: lmax = gridglq_d0-1
real(dp),dimension(gridglq_d0,gridglq_d1),intent(in) :: gridglq
real(dp),dimension(w_d0),intent(in) :: w
real(dp),dimension(zero_d0),intent(in) :: zero
integer,optional,intent(in) :: norm = 1
integer,optional,intent(in) :: csphase = 1
integer,optional,intent(in),depend(lmax) :: lmax_calc = lmax
integer,optional,intent(in),intent(hide) :: cilm_d0 = 2
integer,optional,intent(in),depend(lmax_calc),intent(hide) :: cilm_d1 = lmax_calc+1
integer,optional,intent(in),depend(lmax_calc),intent(hide) :: cilm_d2 = lmax_calc+1
integer,optional,intent(in),depend(gridglq),intent(hide) :: gridglq_d0 = shape(gridglq,0)
integer,optional,intent(in),depend(gridglq),intent(hide) :: gridglq_d1 = shape(gridglq,1)
integer,optional,intent(in),depend(zero),intent(hide) :: zero_d0 = len(zero)
integer,optional,intent(in),depend(w),intent(hide) :: w_d0 = len(w)
end subroutine SHExpandGLQ
subroutine MakeGridGLQ(exitstatus,gridglq,cilm,lmax,zero,norm,csphase,lmax_calc,extend,gridglq_d0,gridglq_d1,cilm_d0,cilm_d1,cilm_d2,zero_d0)
fortranname pymakegridglq
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(gridglq_d0,gridglq_d1),intent(out) :: gridglq
real(dp),dimension(cilm_d0,cilm_d1,cilm_d2),intent(in) :: cilm
integer,optional,intent(in),depend(cilm_d1) :: lmax = cilm_d1-1
real(dp),dimension(zero_d0),intent(in) :: zero
integer,optional,intent(in) :: norm = 1
integer,optional,intent(in) :: csphase = 1
integer,optional,intent(in),depend(lmax) :: lmax_calc = lmax
integer,optional,intent(in) :: extend = 0
integer,optional,intent(in),depend(lmax),intent(hide) :: gridglq_d0 = lmax+1
integer,optional,intent(in),depend(lmax,extend),intent(hide) :: gridglq_d1 = 2*lmax+1+extend
integer,optional,intent(in),depend(cilm),intent(hide) :: cilm_d0 = shape(cilm,0)
integer,optional,intent(in),depend(cilm),intent(hide) :: cilm_d1 = shape(cilm,1)
integer,optional,intent(in),depend(cilm),intent(hide) :: cilm_d2 = shape(cilm,2)
integer,optional,intent(in),depend(zero),intent(hide) :: zero_d0 = len(zero)
end subroutine MakeGridGLQ
subroutine SHExpandGLQC(exitstatus,cilm,lmax,gridglq,w,zero,norm,csphase,lmax_calc,cilm_d0,cilm_d1,cilm_d2,gridglq_d0,gridglq_d1,zero_d0,w_d0)
fortranname pyshexpandglqc
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
complex(dp),dimension(cilm_d0,cilm_d1,cilm_d2),intent(out) :: cilm
complex(dp),dimension(gridglq_d0,gridglq_d1),intent(in) :: gridglq
real(dp),dimension(w_d0),intent(in) :: w
real(dp),dimension(zero_d0),intent(in) :: zero
integer,intent(hide),depend(gridglq_d0) :: lmax = gridglq_d0-1
integer,optional,intent(in) :: norm = 1
integer,optional,intent(in) :: csphase = 1
integer,optional,intent(in),depend(lmax) :: lmax_calc = lmax
integer,optional,intent(in) :: cilm_d0 = 2
integer,optional,intent(in),depend(lmax_calc),intent(hide) :: cilm_d1 = lmax_calc+1
integer,optional,intent(in),depend(lmax_calc),intent(hide) :: cilm_d2 = lmax_calc+1
integer,optional,intent(in),depend(gridglq),intent(hide) :: gridglq_d0 = shape(gridglq,0)
integer,optional,intent(in),depend(gridglq),intent(hide) :: gridglq_d1 = shape(gridglq,1)
integer,optional,intent(in),depend(zero),intent(hide) :: zero_d0 = len(zero)
integer,optional,intent(in),depend(w),intent(hide) :: w_d0 = len(w)
end subroutine SHExpandGLQC
subroutine MakeGridGLQC(exitstatus,gridglq,cilm,lmax,zero,norm,csphase,lmax_calc,extend,gridglq_d0,gridglq_d1,cilm_d0,cilm_d1,cilm_d2,zero_d0)
fortranname pymakegridglqc
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
complex(dp),dimension(gridglq_d0,gridglq_d1),intent(out) :: gridglq
complex(dp),dimension(cilm_d0,cilm_d1,cilm_d2),intent(in) :: cilm
integer,optional,intent(in),depend(cilm_d1) :: lmax = cilm_d1-1
real(dp),dimension(zero_d0),intent(in) :: zero
integer,optional,intent(in) :: norm = 1
integer,optional,intent(in) :: csphase = 1
integer,optional,intent(in),depend(lmax) :: lmax_calc = lmax
integer,optional,intent(in) :: extend = 0
integer,optional,intent(in),depend(lmax),intent(hide) :: gridglq_d0 = lmax+1
integer,optional,intent(in),depend(lmax,extend),intent(hide) :: gridglq_d1 = 2*lmax+1+extend
integer,optional,intent(in),depend(cilm),intent(hide) :: cilm_d0 = shape(cilm,0)
integer,optional,intent(in),depend(cilm),intent(hide) :: cilm_d1 = shape(cilm,1)
integer,optional,intent(in),depend(cilm),intent(hide) :: cilm_d2 = shape(cilm,2)
integer,optional,intent(in),depend(zero),intent(hide) :: zero_d0 = len(zero)
end subroutine MakeGridGLQC
subroutine GLQGridCoord(exitstatus,latglq,longlq,lmax,nlat,nlong,extend,latglq_d0,longlq_d0)
fortranname pyglqgridcoord
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(latglq_d0),intent(out) :: latglq
real(dp),dimension(longlq_d0),intent(out) :: longlq
integer,intent(in) :: lmax
integer,intent(hide) :: nlat
integer,intent(hide) :: nlong
integer,optional,intent(in) :: extend = 0
integer,optional,intent(in),depend(lmax),intent(hide),check(lmax>=0) :: latglq_d0 = lmax+1
integer,optional,intent(in),depend(lmax,extend),intent(hide) :: longlq_d0 = 2*lmax+1+extend
end subroutine GLQGridCoord
subroutine SHExpandLSQ(exitstatus,cilm,d,lat,lon,nmax,lmax,norm,chi2,csphase,cilm_d0,cilm_d1,cilm_d2,d_d0,lat_d0,lon_d0)
fortranname pyshexpandlsq
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(cilm_d0,cilm_d1,cilm_d2),intent(out) :: cilm
real(dp),intent(out) :: chi2
real(dp),dimension(d_d0),intent(in) :: d
real(dp),dimension(lat_d0),intent(in) :: lat
real(dp),dimension(lon_d0),intent(in) :: lon
integer,intent(hide) :: nmax = d_d0
integer,intent(in) :: lmax
integer,optional,intent(in) :: norm = 1
integer,optional,intent(in) :: csphase = 1
integer,optional,intent(in),intent(hide) :: cilm_d0=2
integer,optional,intent(in),depend(lmax),intent(hide),check(lmax>=0) :: cilm_d1 = lmax+1
integer,optional,intent(in),depend(lmax),intent(hide) :: cilm_d2 = lmax+1
integer,optional,intent(in),depend(d),intent(hide) :: d_d0 = len(d)
integer,optional,intent(in),depend(lat),intent(hide) :: lat_d0 = len(lat)
integer,optional,intent(in),depend(lon),intent(hide) :: lon_d0 = len(lon)
end subroutine SHExpandLSQ
subroutine SHExpandWLSQ(exitstatus,cilm,d,w,lat,lon,nmax,lmax,norm,chi2,csphase,cilm_d0,cilm_d1,cilm_d2,d_d0,w_d0,lat_d0,lon_d0)
fortranname pyshexpandwlsq
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(cilm_d0,cilm_d1,cilm_d2),intent(out) :: cilm
real(dp),intent(out) :: chi2
real(dp),dimension(d_d0),intent(in) :: d
real(dp),dimension(w_d0),intent(in) :: w
real(dp),dimension(lat_d0),intent(in) :: lat
real(dp),dimension(lon_d0),intent(in) :: lon
integer,intent(hide) :: nmax = d_d0
integer,intent(in) :: lmax
integer,optional,intent(in) :: norm = 1
integer,optional,intent(in) :: csphase = 1
integer,optional,intent(in),intent(hide) :: cilm_d0=2
integer,optional,intent(in),depend(lmax),intent(hide),check(lmax>=0) :: cilm_d1 = lmax+1
integer,optional,intent(in),depend(lmax),intent(hide) :: cilm_d2 = lmax+1
integer,optional,intent(in),depend(d),intent(hide) :: d_d0 = len(d)
integer,optional,intent(in),depend(w),intent(hide) :: w_d0 = len(w)
integer,optional,intent(in),depend(lat),intent(hide) :: lat_d0 = len(lat)
integer,optional,intent(in),depend(lon),intent(hide) :: lon_d0 = len(lon)
end subroutine SHExpandWLSQ
function MakeGridPoint(cilm,lmax,lat,lon,norm,csphase,dealloc,cilm_d0,cilm_d1,cilm_d2)
fortranname pymakegridpoint
integer, parameter :: dp = selected_real_kind(p=15)
real(dp),dimension(cilm_d0,cilm_d1,cilm_d2),intent(in) :: cilm
integer,optional,intent(in),depend(cilm_d1) :: lmax = cilm_d1-1
real(dp),intent(in) :: lat
real(dp),intent(in) :: lon
integer,optional,intent(in) :: norm = 1
integer,optional,intent(in) :: csphase = 1
integer,optional,intent(in) :: dealloc = 0
integer,optional,intent(in),depend(cilm),intent(hide) :: cilm_d0 = shape(cilm,0)
integer,optional,intent(in),depend(cilm),intent(hide) :: cilm_d1 = shape(cilm,1)
integer,optional,intent(in),depend(cilm),intent(hide) :: cilm_d2 = shape(cilm,2)
real(dp) :: MakeGridPoint
end function MakeGridPoint
function MakeGridPointC(cilm,lmax,lat,lon,norm,csphase,dealloc,cilm_d0,cilm_d1,cilm_d2)
fortranname pymakegridpointc
integer, parameter :: dp = selected_real_kind(p=15)
complex(dp),dimension(cilm_d0,cilm_d1,cilm_d2),intent(in) :: cilm
integer,optional,intent(in),depend(cilm_d1) :: lmax = cilm_d1-1
real(dp),intent(in) :: lat
real(dp),intent(in) :: lon
integer,optional,intent(in) :: norm = 1
integer,optional,intent(in) :: csphase = 1
integer,optional,intent(in) :: dealloc = 0
integer,optional,intent(in),depend(cilm),intent(hide) :: cilm_d0 = shape(cilm,0)
integer,optional,intent(in),depend(cilm),intent(hide) :: cilm_d1 = shape(cilm,1)
integer,optional,intent(in),depend(cilm),intent(hide) :: cilm_d2 = shape(cilm,2)
complex(dp) :: MakeGridPointC
end function MakeGridPointC
subroutine SHMultiply(exitstatus,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)
fortranname pyshmultiply
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(shout_d0,shout_d1,shout_d2),intent(out) :: shout
real(dp),dimension(sh1_d0,sh1_d1,sh1_d2),intent(in) :: sh1
integer,optional,intent(in),depend(sh1_d1) :: lmax1 = sh1_d1-1
real(dp),dimension(sh2_d0,sh2_d1,sh2_d2),intent(in) :: sh2
integer,optional,intent(in),depend(sh2_d1) :: lmax2 = sh2_d1-1
integer,intent(hide) :: precomp = 0
integer,optional,intent(in) :: norm = 1
integer,optional,intent(in) :: csphase = 1
integer,optional,intent(in),depend(sh1),intent(hide) :: sh1_d0 = shape(sh1,0)
integer,optional,intent(in),depend(sh1),intent(hide) :: sh1_d1 = shape(sh1,1)
integer,optional,intent(in),depend(sh1),intent(hide) :: sh1_d2 = shape(sh1,2)
integer,optional,intent(in),depend(sh2),intent(hide) :: sh2_d0 = shape(sh2,0)
integer,optional,intent(in),depend(sh2),intent(hide) :: sh2_d1 = shape(sh2,1)
integer,optional,intent(in),depend(sh2),intent(hide) :: sh2_d2 = shape(sh2,2)
integer,optional,intent(in),intent(hide) :: shout_d0 = 2
integer,optional,intent(in),depend(lmax1,lmax2),intent(hide) :: shout_d1 = lmax1+lmax2+1
integer,optional,intent(in),depend(lmax1,lmax2),intent(hide) :: shout_d2 = lmax1+lmax2+1
end subroutine SHMultiply
subroutine MakeGrid2D(exitstatus,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)
fortranname pymakegrid2d
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(grid_d0,grid_d1),intent(out) :: grid
real(dp),dimension(cilm_d0,cilm_d1,cilm_d2),intent(in) :: cilm
integer,optional,intent(in),depend(cilm_d1) :: lmax = cilm_d1-1
real(dp),intent(in) :: interval = 1.0
integer,intent(hide) :: nlat
integer,intent(hide) :: nlong
integer,optional,intent(in) :: norm = 1
integer,optional,intent(in) :: csphase = 1
real(dp),optional,intent(in) :: f = -1.0
real(dp),optional,intent(in) :: a = -1.0
real(dp),optional,intent(in) :: north = 90.0
real(dp),optional,intent(in) :: south = -90.0
real(dp),optional,intent(in) :: east = 360.0
real(dp),optional,intent(in) :: west = 0.0
integer,optional,intent(in) :: dealloc = 0
integer,optional,intent(in),depend(cilm),intent(hide) :: cilm_d0 = shape(cilm,0)
integer,optional,intent(in),depend(cilm),intent(hide) :: cilm_d1 = shape(cilm,1)
integer,optional,intent(in),depend(cilm),intent(hide) :: cilm_d2 = shape(cilm,2)
integer,optional,intent(in),depend(north,south,interval),intent(hide) :: grid_d0 = (north-south)/interval + 1
integer,optional,intent(in),depend(east,west,interval),intent(hide) :: grid_d1 = (east-west)/interval + 1
end subroutine MakeGrid2d
subroutine SHRead2(exitstatus,filename,cilm,lmax,lmax_in,gm,r0_pot,dot,doystart,doyend,epoch,cilm_d0,cilm_d1,cilm_d2,dot_d0,dot_d1,dot_d2)
fortranname pyshread2
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
character(*) intent(in) :: filename
real(dp),dimension(cilm_d0,cilm_d1,cilm_d2),intent(out) :: cilm
integer,intent(out) :: lmax
integer,intent(in) :: lmax_in
real(dp),intent(out) :: gm
real(dp),intent(out) :: r0_pot
real(dp),dimension(dot_d0,dot_d1,dot_d2),intent(out) :: dot
real(dp),intent(out) :: doystart
real(dp),intent(out) :: doyend
real(dp),intent(out) :: epoch
integer,optional,intent(in),intent(hide) :: cilm_d0 = 2
integer,optional,intent(in),intent(hide),depend(lmax_in),check(lmax_in>=0) :: cilm_d1 = lmax_in + 1
integer,optional,intent(in),intent(hide),depend(cilm_d1) :: cilm_d2 = cilm_d1
integer,optional,intent(in),intent(hide) :: dot_d0 = 2
integer,optional,intent(in),depend(cilm_d1),intent(hide) :: dot_d1 = cilm_d1
integer,optional,intent(in),depend(cilm_d2),intent(hide) :: dot_d2 = cilm_d1
end subroutine SHRead2
subroutine SHRead2Error(exitstatus,filename,cilm,error,lmax,lmax_in,gm,r0_pot,dot,doystart,doyend,epoch,cilm_d0,cilm_d1,cilm_d2,error_d0,error_d1,error_d2,dot_d0,dot_d1,dot_d2)
fortranname pyshread2error
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
character(*) intent(in) :: filename
real(dp),dimension(cilm_d0,cilm_d1,cilm_d2),intent(out) :: cilm
real(dp),dimension(error_d0,error_d1,error_d2),intent(out) :: error
integer,intent(out) :: lmax
integer,intent(in) :: lmax_in
real(dp),intent(out) :: gm
real(dp),intent(out) :: r0_pot
real(dp),dimension(dot_d0,dot_d1,dot_d2),intent(out) :: dot
real(dp),intent(out) :: doystart
real(dp),intent(out) :: doyend
real(dp),intent(out) :: epoch
integer,optional,intent(in),intent(hide) :: cilm_d0 = 2
integer,optional,intent(in),intent(hide),depend(lmax_in),check(lmax_in>=0) :: cilm_d1 = lmax_in+1
integer,optional,intent(in),intent(hide),depend(cilm_d1) :: cilm_d2 = cilm_d1
integer,optional,intent(in),intent(hide) :: error_d0 = 2
integer,optioanl,intent(in),depend(cilm_d1),intent(hide) :: error_d1 = cilm_d1
integer,optional,intent(in),depend(cilm_d2),intent(hide) :: error_d2 = cilm_d2
integer,optional,intent(in),intent(hide) :: dot_d0 = 2
integer,optional,intent(in),depend(cilm_d1),intent(hide) :: dot_d1 = cilm_d1
integer,optional,intent(in),depend(cilm_d2),intent(hide) :: dot_d2 = cilm_d1
end subroutine SHRead2Error
subroutine SHReadJPL(exitstatus,filename,cilm,lmax,lmax_in,gm,formatstring,cilm_d0,cilm_d1,cilm_d2)
fortranname pyshreadjpl
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
character(*) intent(in) :: filename
real(dp),dimension(cilm_d0,cilm_d1,cilm_d2),intent(out) :: cilm
integer,intent(out) :: lmax
integer,intent(out) :: lmax_in
real(dp),dimension(2),intent(out) :: gm
character(6),optional,intent(in) :: formatstring = 'E19.12'
integer,optional,intent(in),intent(hide) :: cilm_d0 = 2
integer,optional,intent(in),depend(lmax_in),intent(hide),check(lmax_in>=0):: cilm_d1 = lmax_in+1
integer,optional,intent(in),depend(cilm_d1),intent(hide) :: cilm_d2 = cilm_d1
end subroutine SHReadJPL
subroutine SHReadJPLError(exitstatus,filename,cilm,error,lmax,lmax_in,gm,formatstring,cilm_d0,cilm_d1,cilm_d2,error_d0,error_d1,error_d2)
fortranname pyshreadjplerror
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
character(*) intent(in) :: filename
real(dp),dimension(cilm_d0,cilm_d1,cilm_d2),intent(out) :: cilm
real(dp),dimension(error_d0,error_d1,error_d2),intent(out) :: error
integer,intent(out) :: lmax
integer,intent(out) :: lmax_in
real(dp),dimension(2),intent(out) :: gm
character(6),optional,intent(in) :: formatstring = 'E19.12'
integer,optional,intent(in),intent(hide) :: cilm_d0 = 2
integer,optional,intent(in),depend(lmax_in),intent(hide),check(lmax_in>=0):: cilm_d1 = lmax_in+1
integer,optional,intent(in),depend(cilm_d1),intent(hide) :: cilm_d2 = cilm_d1
integer,optional,intent(in),intent(hide) :: error_d0 = 2
integer,optional,intent(in),depend(cilm_d1),intent(hide) :: error_d1 = cilm_d1
integer,optional,intent(in),depend(cilm_d2),intent(hide) :: error_d2 = cilm_d2
end subroutine SHReadJPLError
subroutine SHCilmToVector(exitstatus,cilm,vector,lmax,vector_d0,cilm_d0,cilm_d1,cilm_d2)
fortranname pyshcilmtovector
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(cilm_d0,cilm_d1,cilm_d2),intent(in) :: cilm
real(dp),dimension(vector_d0),intent(out) :: vector
integer,optional,intent(in),depend(cilm_d1) :: lmax = cilm_d1-1
integer,optional,intent(in),depend(lmax),intent(hide),check(lmax>=0) :: vector_d0 = (lmax+1)*(lmax+1)
integer,optional,intent(in),depend(cilm),intent(hide) :: cilm_d0 = shape(cilm,0)
integer,optional,intent(in),depend(cilm),intent(hide) :: cilm_d1 = shape(cilm,1)
integer,optional,intent(in),depend(cilm),intent(hide) :: cilm_d2 = shape(cilm,2)
end subroutine SHCilmToVector
subroutine SHVectorToCilm(exitstatus,vector,cilm,lmax,vector_d0,cilm_d0,cilm_d1,cilm_d2)
fortranname pyshvectortocilm
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(vector_d0),intent(in) :: vector
real(dp),dimension(cilm_d0,cilm_d1,cilm_d2),intent(out) :: cilm
integer,optional,intent(in),depend(vector_d0) :: lmax = sqrt(vector_d0)-1
integer,optional,intent(in),depend(vector),intent(hide) :: vector_d0 = len(vector)
integer,optional,intent(in),intent(hide) :: cilm_d0 = 2
integer,optional,intent(in),depend(lmax),intent(hide),check(lmax>=0) :: cilm_d1 = lmax+1
integer,optional,intent(in),depend(lmax),intent(hide) :: cilm_d2 = lmax+1
end subroutine SHVectorToCilm
subroutine SHCilmToCindex(exitstatus,cilm,cindex,degmax,cindex_d0,cindex_d1,cilm_d0,cilm_d1,cilm_d2)
fortranname pyshcilmtocindex
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(cilm_d0,cilm_d1,cilm_d2),intent(in) :: cilm
real(dp),dimension(cindex_d0,cindex_d1),intent(out) :: cindex
integer,optional,intent(in),depend(cilm_d1) :: degmax = cilm_d1-1
integer,optional,intent(in),intent(hide) :: cindex_d0 = 2
integer,optional,intent(in),depend(degmax),intent(hide),check(degmax>=0) :: cindex_d1 = (degmax+1)*(degmax+2)/2
integer,optional,intent(in),depend(cilm),intent(hide) :: cilm_d0 = shape(cilm,0)
integer,optional,intent(in),depend(cilm),intent(hide) :: cilm_d1 = shape(cilm,1)
integer,optional,intent(in),depend(cilm),intent(hide) :: cilm_d2 = shape(cilm,2)
end subroutine SHCilmToCindex
subroutine SHCindexToCilm(exitstatus,cindex,cilm,degmax,cindex_d0,cindex_d1,cilm_d0,cilm_d1,cilm_d2)
fortranname pyshcindextocilm
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(cindex_d0,cindex_d1),intent(in) :: cindex
real(dp),dimension(cilm_d0,cilm_d1,cilm_d2),intent(out) :: cilm
integer,optional,intent(in),depend(cindex_d1) :: degmax = (-3+sqrt(1+8*cindex_d1))/2
integer,optional,intent(in),depend(cindex),intent(hide) :: cindex_d0 = shape(cindex,0)
integer,optional,intent(in),depend(cindex),intent(hide) :: cindex_d1 = shape(cindex,1)
integer,optional,intent(in),intent(hide) :: cilm_d0 = 2
integer,optional,intent(in),depend(degmax),intent(hide),check(degmax>=0) :: cilm_d1 = degmax+1
integer,optional,intent(in),depend(degmax),intent(hide) :: cilm_d2 = degmax+1
end subroutine SHCindexToCilm
subroutine SHrtoc(exitstatus,rcilm,ccilm,degmax,convention,switchcs,rcilm_d0,rcilm_d1,rcilm_d2,ccilm_d0,ccilm_d1,ccilm_d2)
fortranname pyshrtoc
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(rcilm_d0,rcilm_d1,rcilm_d2),intent(in) :: rcilm
real(dp),dimension(ccilm_d0,ccilm_d1,ccilm_d2),intent(out) :: ccilm
integer,optional,intent(in),depend(rcilm_d1) :: degmax = rcilm_d1-1
integer,optional,intent(in) :: convention = 1
integer,optional,intent(in) :: switchcs = 0
integer,optional,intent(in),depend(rcilm),intent(hide) :: rcilm_d0 = shape(rcilm,0)
integer,optional,intent(in),depend(rcilm),intent(hide) :: rcilm_d1 = shape(rcilm,1)
integer,optional,intent(in),depend(rcilm),intent(hide) :: rcilm_d2 = shape(rcilm,2)
integer,optional,intent(in),depend(rcilm_d0),intent(hide) :: ccilm_d0 = rcilm_d0
integer,optional,intent(in),depend(rcilm_d1),intent(hide) :: ccilm_d1 = rcilm_d1
integer,optional,intent(in),depend(rcilm_d2),intent(hide) :: ccilm_d2 = rcilm_d2
end subroutine SHrtoc
subroutine SHctor(exitstatus,ccilm,rcilm,degmax,convention,switchcs,rcilm_d0,rcilm_d1,rcilm_d2,ccilm_d0,ccilm_d1,ccilm_d2)
fortranname pyshctor
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(ccilm_d0,ccilm_d1,ccilm_d2),intent(in) :: ccilm
real(dp),dimension(rcilm_d0,rcilm_d1,rcilm_d2),intent(out) :: rcilm
integer,optional,intent(in),depend(ccilm_d1) :: degmax = ccilm_d1-1
integer,optional,intent(in) :: convention = 1
integer,optional,intent(in) :: switchcs = 0
integer,optional,intent(in),depend(ccilm_d0),intent(hide) :: rcilm_d0 = ccilm_d0
integer,optional,intent(in),depend(ccilm_d1),intent(hide) :: rcilm_d1 = ccilm_d1
integer,optional,intent(in),depend(ccilm_d2),intent(hide) :: rcilm_d2 = ccilm_d2
integer,optional,intent(in),depend(ccilm),intent(hide) :: ccilm_d0 = shape(ccilm,0)
integer,optional,intent(in),depend(ccilm),intent(hide) :: ccilm_d1 = shape(ccilm,1)
integer,optional,intent(in),depend(ccilm),intent(hide) :: ccilm_d2 = shape(ccilm,2)
end subroutine SHctor
subroutine djpi2(exitstatus,dj,lmax,dj_d0,dj_d1,dj_d2)
fortranname pydjpi2
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(dj_d0,dj_d1,dj_d2),intent(out) :: dj
integer,intent(in) :: lmax
integer,optional,intent(in),depend(lmax),intent(hide),check(lmax>=0) :: dj_d0 = lmax+1
integer,optional,intent(in),depend(lmax),intent(hide) :: dj_d1 = lmax+1
integer,optional,intent(in),depend(lmax),intent(hide) :: dj_d2 = lmax+1
end subroutine djpi2
subroutine SHRotateCoef(exitstatus,x,cof,rcof,dj,lmax,rcof_d0,rcof_d1,dj_d0,dj_d1,dj_d2,cof_d0,cof_d1)
fortranname pyshrotatecoef
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(3),intent(in) :: x
real(dp),dimension(cof_d0,cof_d1),intent(in) :: cof
real(dp),dimension(dj_d0,dj_d1,dj_d2),intent(in) :: dj
real(dp),dimension(rcof_d0,rcof_d1),intent(out) :: rcof
integer,optional,intent(in),depend(cof_d1) :: lmax = (-3+sqrt(1+8*cof_d1))/2
integer,optional,intent(in),intent(hide) :: rcof_d0 = 2
integer,optional,intent(in),depend(lmax),intent(hide),check(lmax>=0) :: rcof_d1 = (lmax+1)*(lmax+2)/2
integer,optional,intent(in),depend(dj),intent(hide) :: dj_d0 = shape(dj,0)
integer,optional,intent(in),depend(dj),intent(hide) :: dj_d1 = shape(dj,1)
integer,optional,intent(in),depend(dj),intent(hide) :: dj_d2 = shape(dj,2)
integer,optional,intent(in),depend(cof),intent(hide) :: cof_d0 = shape(cof,0)
integer,optional,intent(in),depend(cof),intent(hide) :: cof_d1 = shape(cof,1)
end subroutine SHRotateCoef
subroutine SHRotateRealCoef(exitstatus,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)
fortranname pyshrotaterealcoef
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(cilm_d0,cilm_d1,cilm_d2),intent(in) :: cilm
real(dp),dimension(cilmrot_d0,cilmrot_d1,cilmrot_d2),intent(out) :: cilmrot
integer,optional,intent(in),depend(cilm_d1) :: lmax = cilm_d1-1
real(dp),dimension(x_d0),intent(in) :: x
real(dp),dimension(dj_d0,dj_d1,dj_d2),intent(in) :: dj
integer,optional,intent(in),depend(x),intent(hide) :: x_d0 = len(x)
integer,optional,intent(in),depend(dj),intent(hide) :: dj_d0 = shape(dj,0)
integer,optional,intent(in),depend(dj),intent(hide) :: dj_d1 = shape(dj,1)
integer,optional,intent(in),depend(dj),intent(hide) :: dj_d2 = shape(dj,2)
integer,optional,intent(in),depend(cilm),intent(hide) :: cilm_d0 = shape(cilm,0)
integer,optional,intent(in),depend(cilm),intent(hide) :: cilm_d1 = shape(cilm,1)
integer,optional,intent(in),depend(cilm),intent(hide) :: cilm_d2 = shape(cilm,2)
integer,optional,intent(in),depend(lmax),intent(hide) :: cilmrot_d0 = 2
integer,optional,intent(in),depend(lmax),intent(hide),check(lmax>=0) :: cilmrot_d1 = lmax+1
integer,optional,intent(in),depend(lmax),intent(hide) :: cilmrot_d2 = lmax+1
end subroutine SHRotateRealCoef
subroutine SHAdmitCorr(exitstatus,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)
fortranname pyshadmitcorr
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(G_d0,G_d1,G_d2),intent(in) :: G
real(dp),dimension(T_d0,T_d1,T_d2),intent(in) :: T
integer,optional,intent(in),depend(G_d1,T_d1) :: lmax = min(G_d1,T_d1)-1
real(dp),dimension(admit_d0),intent(out) :: admit
real(dp),dimension(admit_error_d0),intent(out) :: admit_error
real(dp),dimension(corr_d0),intent(out) :: corr
integer,optional,intent(in),depend(G),intent(hide) :: G_d0 = shape(G,0)
integer,optional,intent(in),depend(G),intent(hide) :: G_d1 = shape(G,1)
integer,optional,intent(in),depend(G),intent(hide) :: G_d2 = shape(G,2)
integer,optional,intent(in),depend(T),intent(hide) :: T_d0 = shape(T,0)
integer,optional,intent(in),depend(T),intent(hide) :: T_d1 = shape(T,1)
integer,optional,intent(in),depend(T),intent(hide) :: T_d2 = shape(T,2)
integer,optional,intent(in),depend(lmax),intent(hide),check(lmax>=0) :: admit_d0 = lmax+1
integer,optional,intent(in),depend(lmax),intent(hide) :: admit_error_d0 = lmax+1
integer,optional,intent(in),depend(lmax),intent(hide) :: corr_d0 = lmax+1
end subroutine SHAdmitCorr
function SHConfidence(l_conf,r)
fortranname pyshconfidence
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(in) :: l_conf
real(dp),intent(in) :: r
real(dp) :: SHConfidence
end function SHConfidence
subroutine SHMultiTaperSE(exitstatus,mtse,sd,sh,lmax,tapers,taper_order,lmaxt,k,lat,lon,taper_wt,norm,csphase,taper_order_d0,taper_wt_d0,sh_d0,sh_d1,sh_d2,tapers_d0,tapers_d1,mtse_d0,sd_d0)
fortranname pyshmultitaperse
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(mtse_d0),intent(out) :: mtse
real(dp),dimension(sd_d0),intent(out) :: sd
real(dp),dimension(sh_d0,sh_d1,sh_d2),intent(in) :: sh
integer,optional,intent(in),depend(sh_d1) :: lmax = sh_d1-1
real(dp),dimension(tapers_d0,tapers_d1),intent(in) :: tapers
integer,dimension(taper_order_d0),intent(in) :: taper_order
integer,optional,intent(in),depend(tapers_d0) :: lmaxt = tapers_d0-1
integer,optional,intent(in),depend(tapers_d1) :: k = tapers_d1
real(dp),optional,intent(in) :: lat = 0.0
real(dp),optional,intent(in) :: lon = 0.0
real(dp),optional,dimension(taper_wt_d0),intent(in) :: taper_wt = -1.0
integer,optional,intent(in) :: norm = 1
integer,optional,intent(in) :: csphase = 1
integer,optional,intent(in),depend(taper_order),intent(hide) :: taper_order_d0 = len(taper_order)
integer,optional,intent(in),depend(tapers_d1),intent(hide) :: taper_wt_d0 = tapers_d1
integer,optional,intent(in),depend(sh),intent(hide) :: sh_d0 = shape(sh,0)
integer,optional,intent(in),depend(sh),intent(hide) :: sh_d1 = shape(sh,1)
integer,optional,intent(in),depend(sh),intent(hide) :: sh_d2 = shape(sh,2)
integer,optional,intent(in),depend(tapers),intent(hide) :: tapers_d0 = shape(tapers,0)
integer,optional,intent(in),depend(tapers),intent(hide) :: tapers_d1 = shape(tapers,1)
integer,optional,intent(in),depend(lmax,lmaxt),intent(hide) :: mtse_d0 = lmax-lmaxt+1
integer,optional,intent(in),depend(lmax,lmaxt),intent(hide) :: sd_d0 = lmax-lmaxt+1
end subroutine SHMultiTaperSE
subroutine SHMultiTaperCSE(exitstatus,mtse,sd,sh1,lmax1,sh2,lmax2,tapers,taper_order,lmaxt,k,lat,lon,taper_wt,norm,csphase,sh1_d0,sh1_d1,sh1_d2,sh2_d0,sh2_d1,sh2_d2,taper_order_d0,taper_wt_d0,tapers_d0,tapers_d1,sd_d0,mtse_d0)
fortranname pyshmultitapercse
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(mtse_d0),intent(out) :: mtse
real(dp),dimension(sd_d0),intent(out) :: sd
real(dp),dimension(sh1_d0,sh1_d1,sh1_d2),intent(in) :: sh1
integer,optional,intent(in),depend(sh1_d1) :: lmax1 = sh1_d1-1
real(dp),dimension(sh2_d0,sh2_d1,sh2_d2),intent(in) :: sh2
integer,optional,intent(in),depend(sh2_d1) :: lmax2 = sh2_d1-1
real(dp),dimension(tapers_d0,tapers_d1),intent(in) :: tapers
integer,dimension(taper_order_d0),intent(in) :: taper_order
integer,optional,intent(in),depend(tapers_d0) :: lmaxt = tapers_d0-1
integer,optional,intent(in),depend(tapers_d1) :: k = tapers_d1
real(dp),optional,intent(in) :: lat = 0.0
real(dp),optional,intent(in) :: lon = 0.0
real(dp),optional,dimension(taper_wt_d0),intent(in) :: taper_wt = -1.0
integer,optional,intent(in) :: norm = 1
integer,optional,intent(in) :: csphase = 1
integer,optional,intent(in),depend(sh1),intent(hide) :: sh1_d0 = shape(sh1,0)
integer,optional,intent(in),depend(sh1),intent(hide) :: sh1_d1 = shape(sh1,1)
integer,optional,intent(in),depend(sh1),intent(hide) :: sh1_d2 = shape(sh1,2)
integer,optional,intent(in),depend(sh2),intent(hide) :: sh2_d0 = shape(sh2,0)
integer,optional,intent(in),depend(sh2),intent(hide) :: sh2_d1 = shape(sh2,1)
integer,optional,intent(in),depend(sh2),intent(hide) :: sh2_d2 = shape(sh2,2)
integer,optional,intent(in),depend(taper_order),intent(hide) :: taper_order_d0 = len(taper_order)
integer,optional,intent(in),depend(tapers_d1),intent(hide) :: taper_wt_d0 = tapers_d1
integer,optional,intent(in),depend(tapers),intent(hide) :: tapers_d0 = shape(tapers,0)
integer,optional,intent(in),depend(tapers),intent(hide) :: tapers_d1 = shape(tapers,1)
integer,optional,intent(in),depend(lmax1,lmax2,lmaxt),intent(hide) :: sd_d0 = min(lmax1,lmax2)-lmaxt+1
integer,optional,intent(in),depend(lmax1,lmax2,lmaxt),intent(hide) :: mtse_d0 = min(lmax1,lmax2)-lmaxt+1
end subroutine SHMultiTaperCSE
subroutine SHLocalizedAdmitCorr(exitstatus,g,t,tapers,taper_order,k,lat,lon,lwin,lmax,admit,corr,admit_error,corr_error,taper_wt,mtdef,k1linsig,taper_order_d0,g_d0,g_d1,g_d2,taper_wt_d0,corr_error_d0,admit_d0,admit_error_d0,corr_d0,tapers_d0,tapers_d1,t_d0,t_d1,t_d2)
fortranname pyshlocalizedadmitcorr
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(g_d0,g_d1,g_d2),intent(in) :: g
real(dp),dimension(t_d0,t_d1,t_d2),intent(in) :: t
real(dp),dimension(tapers_d0,tapers_d1),intent(in) :: tapers
integer,dimension(taper_order_d0),intent(in) :: taper_order
integer,optional,intent(in),depend(tapers_d1) :: k = tapers_d1
real(dp),intent(in) :: lat
real(dp),intent(in) :: lon
integer,optional,intent(in),depend(tapers_d0) :: lwin = tapers_d0-1
integer,optional,intent(in),depend(t_d1,g_d1) :: lmax = min(t_d1-1,g_d1-1)
real(dp),dimension(admit_d0),intent(out) :: admit
real(dp),dimension(corr_d0),intent(out),depend(corr_d0) :: corr
real(dp),dimension(admit_error_d0),intent(out) :: admit_error
real(dp),dimension(corr_error_d0),intent(out) :: corr_error
real(dp),optional,dimension(taper_wt_d0),intent(in) :: taper_wt = -1.0
integer,optional,intent(in) :: mtdef = 1
integer,optional,intent(in) :: k1linsig = -1
integer,optional,intent(in),depend(tapers),intent(hide) :: tapers_d0 = shape(tapers,0)
integer,optional,intent(in),depend(tapers),intent(hide) :: tapers_d1 = shape(tapers,1)
integer,optional,intent(in),depend(taper_order),intent(hide) :: taper_order_d0 = len(taper_order)
integer,optional,intent(in),depend(tapers_d1),intent(hide) :: taper_wt_d0 = tapers_d1
integer,optional,intent(in),depend(g),intent(hide) :: g_d0 = shape(g,0)
integer,optional,intent(in),depend(g),intent(hide) :: g_d1 = shape(g,1)
integer,optional,intent(in),depend(g),intent(hide) :: g_d2 = shape(g,2)
integer,optional,intent(in),depend(t),intent(hide) :: t_d0 = shape(t,0)
integer,optional,intent(in),depend(t),intent(hide) :: t_d1 = shape(t,1)
integer,optional,intent(in),depend(t),intent(hide) :: t_d2 = shape(t,2)
integer,optional,intent(in),depend(lmax,lwin),intent(hide) :: corr_error_d0 = lmax-lwin+1
integer,optional,intent(in),depend(lmax,lwin),intent(hide) :: admit_d0 = lmax-lwin+1
integer,optional,intent(in),depend(lmax,lwin),intent(hide) :: admit_error_d0 = lmax-lwin+1
integer,optional,intent(in),depend(lmax,lwin),intent(hide) :: corr_d0 = lmax-lwin+1
end subroutine SHLocalizedAdmitCorr
subroutine SHReturnTapers(exitstatus,theta0,lmax,tapers,eigenvalues,taper_order,degrees,eigenvalues_d0,tapers_d0,tapers_d1,taper_order_d0,degrees_d0)
fortranname pyshreturntapers
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),intent(in) :: theta0
integer,intent(in) :: lmax
real(dp),dimension(tapers_d0,tapers_d1),intent(out) :: tapers
real(dp),dimension(eigenvalues_d0),intent(out) :: eigenvalues
integer,dimension(taper_order_d0),intent(out) :: taper_order
integer,optional,intent(in),dimension(degrees_d0) :: degrees = 1
integer,optional,intent(in),depend(lmax),intent(hide),check(lmax>=0) :: eigenvalues_d0 = (lmax+1)*(lmax+1)
integer,optional,intent(in),depend(lmax),intent(hide) :: tapers_d0 = (lmax+1)
integer,optional,intent(in),depend(lmax),intent(hide) :: tapers_d1 = (lmax+1)*(lmax+1)
integer,optional,intent(in),depend(lmax),intent(hide) :: taper_order_d0 = (lmax+1)*(lmax+1)
integer,optional,intent(in),intent(hide),depend(lmax) :: degrees_d0 = lmax+1
end subroutine SHReturnTapers
subroutine SHReturnTapersM(exitstatus,theta0,lmax,m,tapers,eigenvalues,degrees,tapers_d0,tapers_d1,eigenvalues_d0,degrees_d0)
fortranname pyshreturntapersm
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),intent(in) :: theta0
integer,intent(in) :: lmax
integer,intent(in) :: m
real(dp),dimension(tapers_d0,tapers_d1),intent(out) :: tapers
real(dp),dimension(eigenvalues_d0),intent(out) :: eigenvalues
integer,optional,intent(in),dimension(degrees_d0) :: degrees = 1
integer,optional,intent(in),depend(lmax),intent(hide),check(lmax>=0) :: tapers_d0 = lmax+1
integer,optional,intent(in),depend(lmax),intent(hide) :: tapers_d1 = lmax+1-abs(m)
integer,optional,intent(in),depend(degrees),intent(hide) :: eigenvalues_d0 = lmax+1-abs(m)
integer,optional,intent(in),depend(lmax),intent(hide) :: degrees_d0 = lmax+1
end subroutine SHReturnTapersM
subroutine ComputeDm(exitstatus,dllm,lmax,m,theta0,degrees,dllm_d0,dllm_d1,degrees_d0)
fortranname pycomputedm
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(dllm_d0,dllm_d1),intent(out) :: dllm
integer,intent(in) :: lmax
integer,intent(in) :: m
real(dp),intent(in) :: theta0
integer,optional,intent(in),dimension(degrees_d0) :: degrees = 1
integer,optional,intent(in),depend(lmax),intent(hide),check(lmax>=0) :: dllm_d0 = lmax+1
integer,optional,intent(in),depend(lmax),intent(hide) :: dllm_d1 = lmax+1
integer,optional,intent(in),depend(lmax),intent(hide) :: degrees_d0 = lmax+1
end subroutine ComputeDm
subroutine ComputeDG82(exitstatus,dG82,lmax,m,theta0,dG82_d0,dG82_d1)
fortranname pycomputedg82
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(dG82_d0,dG82_d1),intent(out) :: dG82
integer,intent(in) :: lmax
integer,intent(in) :: m
real(dp),intent(in) :: theta0
integer,optional,intent(in),depend(lmax,m),intent(hide) :: dG82_d0 = lmax-abs(m)+1
integer,optional,intent(in),depend(lmax,m),intent(hide) :: dG82_d1 = lmax-abs(m)+1
end subroutine ComputeDG82
function SHFindLWin(theta0,m,alpha,taper_number)
fortranname pyshfindlwin
integer, parameter :: dp = selected_real_kind(p=15)
real(dp),intent(in) :: theta0
integer,intent(in) :: m
real(dp),intent(in) :: alpha
integer,optional,intent(in) :: taper_number = 1
integer :: SHFindLWin
end function SHFindLWin
subroutine SHBiasK(exitstatus,tapers,lwin,k,incspectra,ldata,outcspectra,taper_wt,save_cg,taper_wt_d0,tapers_d0,tapers_d1,incspectra_d0,outcspectra_d0)
fortranname pyshbiask
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(tapers_d0,tapers_d1),intent(in) :: tapers
integer,optional,intent(in),depend(tapers_d0) :: lwin = tapers_d0-1
integer,optional,intent(in),depend(tapers_d1) :: k = tapers_d1
real(dp),dimension(incspectra_d0),intent(in) :: incspectra
integer,optional,intent(in),depend(incspectra_d0) :: ldata = incspectra_d0-1
real(dp),dimension(outcspectra_d0),intent(out) :: outcspectra
real(dp),optional,dimension(taper_wt_d0),intent(in) :: taper_wt = -1
integer,optional,intent(in) :: save_cg = 0
integer,optional,intent(in),depend(tapers_d1),intent(hide) :: taper_wt_d0 = tapers_d1
integer,optional,intent(in),depend(tapers),intent(hide) :: tapers_d0 = shape(tapers,0)
integer,optional,intent(in),depend(tapers),intent(hide) :: tapers_d1 = shape(tapers,1)
integer,optional,intent(in),depend(incspectra),intent(hide) :: incspectra_d0 = len(incspectra)
integer,optional,intent(in),depend(ldata,lwin),intent(hide) :: outcspectra_d0 = ldata+lwin+1
end subroutine SHBiasK
subroutine SHMTCouplingMatrix(exitstatus,Mmt,lmax,tapers_power,lwin,k,taper_wt,Mmt_d0,Mmt_d1,tapers_power_d0,tapers_power_d1,taper_wt_d0)
fortranname pyshmtcouplingmatrix
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(Mmt_d0,Mmt_d1),intent(out) :: Mmt
integer,intent(in) :: lmax
integer,optional,intent(in),depend(tapers_power_d1) :: k = tapers_power_d1
integer,optional,intent(in),depend(tapers_power_d0) :: lwin = tapers_power_d0-1
real(dp),intent(in) :: tapers_power(tapers_power_d0,tapers_power_d1)
real(dp),optional,dimension(taper_wt_d0),intent(in) :: taper_wt = -1
integer,optional,depend(lmax,lwin),intent(hide) :: Mmt_d0 = lmax+lwin+1
integer,optional,depend(lmax),intent(hide),check(lmax>=0) :: Mmt_d1 = lmax+1
integer,optional,depend(tapers_power),intent(hide) :: tapers_power_d0 = shape(tapers_power,0)
integer,optional,depend(tapers_power),intent(hide) :: tapers_power_d1 = shape(tapers_power,1)
integer,optional,depend(tapers_power_d1),intent(hide) :: taper_wt_d0 = tapers_power_d1
end subroutine
subroutine SHBiasAdmitCorr(exitstatus,sgt,sgg,stt,lmax,tapers,lwin,k,admit,corr,mtdef,taper_wt,taper_wt_d0,sgt_d0,stt_d0,admit_d0,tapers_d0,tapers_d1,corr_d0,sgg_d0)
fortranname pyshbiasadmitcorr
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(admit_d0),intent(out) :: admit
real(dp),dimension(corr_d0),intent(out) :: corr
real(dp),dimension(sgt_d0),intent(in) :: sgt
real(dp),dimension(sgg_d0),intent(in) :: sgg
real(dp),dimension(stt_d0),intent(in) :: stt
integer,optional,intent(in),depend(sgt_d0) :: lmax = sgt_d0-1
real(dp),dimension(tapers_d0,tapers_d1),intent(in) :: tapers
integer,optional,intent(in),depend(tapers_d0) :: lwin = tapers_d0-1
integer,optional,intent(in),depend(tapers_d1) :: k = tapers_d1
integer,optional,intent(in) :: mtdef = 1
real(dp),optional,dimension(taper_wt_d0),intent(in) :: taper_wt = -1
integer,optional,intent(in),depend(tapers_d1),intent(hide) :: taper_wt_d0 = tapers_d1
integer,optional,intent(in),depend(sgt),intent(hide) :: sgt_d0 = len(sgt)
integer,optional,intent(in),depend(stt),intent(hide) :: stt_d0 = len(stt)
integer,optional,intent(in),depend(tapers),intent(hide) :: tapers_d0 = shape(tapers,0)
integer,optional,intent(in),depend(tapers),intent(hide) :: tapers_d1 = shape(tapers,1)
integer,optional,intent(in),depend(sgg),intent(hide) :: sgg_d0 = len(sgg)
integer,optional,intent(in),depend(lmax,lwin),intent(hide) :: corr_d0 = lmax-lwin+1
integer,optional,intent(in),depend(lmax,lwin),intent(hide) :: admit_d0 = lmax-lwin+1
end subroutine SHBiasAdmitCorr
subroutine SHMTDebias(exitstatus,mtdebias,mtspectra,lmax,tapers,lwin,k,nl,lmid,n,taper_wt,mtdebias_d0,mtdebias_d1,taper_wt_d0,mtspectra_d0,mtspectra_d1,tapers_d0,tapers_d1,lmid_d0)
fortranname pyshmtdebias
integer, parameter :: dp = selected_real_kind(p=15)
integer,intent(out) :: exitstatus
real(dp),dimension(mtdebias_d0,mtdebias_d1),intent(out) :: mtdebias
real(dp),dimension(lmid_d0),intent(out) :: lmid
integer,intent(hide) :: n
real(dp),dimension(mtspectra_d0,mtspectra_d1),intent(in) :: mtspectra
integer,optional,intent(in),depend(mtspectra_d1) :: lmax = mtspectra_d1-1
real(dp),dimension(tapers_d0,tapers_d1),intent(in) :: tapers
integer,optional,intent(in),depend(tapers_d0) :: lwin = tapers_d0-1
integer,optional,intent(in),depend(tapers_d1) :: k = tapers_d1