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| subroutine, private | inter_module::lininter (n, ref_array, ref_value, array, res, flin) |
| | Linear interpolation in lin-log space. More...
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| subroutine, public | inter_module::interp1d (n, xp, xb, yp, res, flin, itype) |
| | Interface for 1D interpolation routines. More...
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| subroutine, private | inter_module::cubinter (n, xp, xb, yp, res, flin) |
| | Cubic interpolation in log-log space. Here, it is assumed that. More...
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| subroutine, private | inter_module::pchipinter (n, xp, xb, yp, res, flin) |
| | PCHIP interpolation in lin-log space. More...
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| subroutine, private | inter_module::akimainter (n, xp, xb, yp, res, flin) |
| | Interpolation using prescription of Akima. More...
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| subroutine, private | inter_module::makimainter (n, xp, xb, yp, res, flin) |
| | Interpolation using modified prescription of Akima. More...
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| subroutine, public | inter_module::get_indice_2d (xval, yval, x, y, x_dim, y_dim, indices) |
| | Get indices of the grid for given x- and y- values. More...
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| subroutine, public | inter_module::calc_derivative_2d (f, x, y, dfx, dfy, dfxy, x_dim, y_dim) |
| | Calculate derivatives at all points in a given grid. More...
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| real(r_kind) function, public | inter_module::lininter_2d (xin, yin, x, y, f, x_dim, y_dim, indice, extrapolation) |
| | Interpolate linearly on 2 Dimensional grid. More...
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| real(r_kind) function, public | inter_module::cubinter_2d (xin, yin, x, y, f, dfx, dfy, dfxy, x_dim, y_dim, indice, extrapolation) |
| | Cubic interpolate on 2-Dimensional grid. More...
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| subroutine, public | inter_module::inverse_interp1d (n, xp, xb, yp, res, flin, itype, reverse_type) |
| | The inverse of the 1D interpolation function. More...
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| subroutine, private | inter_module::inverse_nr (n, xp, xb, yp, res, flin, itype) |
| | The inverse of the 1D interpolation function. More...
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| subroutine, private | inter_module::inverse_brent (n, xp, xb, yp, res, flin, itype) |
| | The inverse of the 1D interpolation function. More...
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