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| subroutine, public | pdespline::initpde (nidbas, ns_, ds_, smin_, nchi_, dchi_, nphip_, dphi_, mmin_, mmax_, iquafor) |
| | Initialize the module.
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| real(kind=r8) function, dimension(0:p) | pdespline::splines (z) |
| | Evaluate basis functions on point z in interval [0, 1].
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| subroutine, public | pdespline::analytical_rhs (rhs) |
| | Project an analytical function on B-splines.
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| real(kind=r8) function | analytical_function (ps, pchi, pphi) |
| | Analytical function of s, chi and phi.
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| subroutine | pdespline::rebase_r1d (v, nsel_which_mat) |
| | Multiply v by a boundary change of basis matrix.
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| subroutine | pdespline::rebase_r2d (v, nsel_which_mat) |
| | Call rebase_r1d for each index of second dimension of v.
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| subroutine | pdespline::rebase_c1d (v, nsel_which_mat) |
| | Complex version of rebase_r1d.
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| subroutine | pdespline::rebase_c2d (v, nsel_which_mat) |
| | Call rebase_c1d for each index of second dimension of v.
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| subroutine, public | pdespline::impose_bc (v) |
| | Impose boundary conditions on a vector before backsolve.
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| real(kind=r8) function | pdespline::func_int_base (zs, zj) |
| | Flux surface average of theta basis function.
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| integer, save, public | pdespline::width_f |
| | Total width of diagonal filter as defined using mmin_f and mmax_f in the def_matrix_filter subroutine. Note that it may differ from width_m defined using the filter array.
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| integer, save, public | pdespline::nbmatf |
| | number of matrix per proc
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| integer, save | pdespline::p |
| | Spline order.
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| integer, save | pdespline::nsupp |
| | support in number of intervals of the spline function
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| integer, dimension(:), allocatable, save | pdespline::nlocad |
| | local 1D addresses of contributions of one spline function
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| integer, save | pdespline::ns |
| | Number of intervals in radial direction.
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| real(kind=r8), save | pdespline::ds |
| | Mesh size in radial direction.
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| real(kind=r8), save | pdespline::smin |
| | Lower bound of radial direction.
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| integer, save | pdespline::nchi |
| | Number of intervals in poloidal direction.
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| real(kind=r8), save | pdespline::dchi |
| | Mesh size in poloidal direction.
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| integer, save | pdespline::nphip |
| | Number of local intervals in toroidal direction.
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| real(kind=r8), save | pdespline::dphi |
| | Mesh size in toroidal direction.
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| integer, dimension(:,:), allocatable, save | pdespline::mmin |
| | minimum m value for Fourier solver
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| integer, dimension(:,:), allocatable, save | pdespline::mmax |
| | maximum m value for Fourier solver
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| real(kind=r8), dimension(:), allocatable, save | pdespline::splines_g |
| | basis functions at grid points
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| real(kind=r8), dimension(:,:), allocatable, save | pdespline::splines_q |
| | basis functions at quadrature points
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| real(kind=r8), dimension(10), save | pdespline::zqp |
| | Quadrature points.
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| real(kind=r8), dimension(10), save | pdespline::zqw |
| | Quadrature weights.
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| integer, save | pdespline::nq |
| | Number of quadrature points.
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| real(kind=r8), dimension(:,:), allocatable, save, public | pdespline::zwavg |
| | Weight function surface average.
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1.15.0 on