NEOPAX._interpolators_ntss_preprocessed

Attributes

SEGMENT_WIDTH

Functions

_dkfttc(cmul, eps, xkn, xio, xrm, b0)
_dkftte(cmul, efield, eps, xkn, xio, xrm, b0)
_lagrange3(x, x0, x1, x2, y0, y1, y2)
_butland4(x, x0, x1, x2, x3, y0, y1, y2, y3, gmix)
_interp_linear(x, xs, ys, n)
_interp_linear_segment(x, xs, ys, start, count)
_segment_arrays(xs_full, ys_full, start)
_inpold_fixed(x, xs, ys, n, icl, fcl, icu, fcu, fmix)
_inpold_segment(x, xs_full, ys_full, start, count, ...)
_eval_group(ir, ic, xer, db, aref_full, ag11_full, ...)
_eval_group_linear(ir, ic, xer, db, aref_full, ...)
_eval_zero_field_node(ir, xnu, db, xs0, g110, g130, ...)
_eval_zero_field_node_linear(ir, xnu, db, xs0, g110, ...)
_eval_low_branch(ir, xnu, xer, efield, db, avgs_full, ...)
_eval_low_branch_linear(ir, xnu, xer, efield, db, ...)
_eval_high_branch(ir, xnu, efield, db)
_eval_middle_branch(ir, xnu, xer, db, avgs_full, ...)
_eval_middle_branch_linear(ir, xnu, xer, db, ...)
_eval_radius_node(ir, xnu, xer, efield, db)
_eval_radius_node_fast(ir, xnu, xer, efield, db)
get_Dij_ntss_preprocessed(grid_x, grid_nu, grid_Er, db)

Module Contents

NEOPAX._interpolators_ntss_preprocessed.SEGMENT_WIDTH = 16

NEOPAX._interpolators_ntss_preprocessed._dkfttc(cmul, eps, xkn, xio, xrm, b0)

NEOPAX._interpolators_ntss_preprocessed._dkftte(cmul, efield, eps, xkn, xio, xrm, b0)

NEOPAX._interpolators_ntss_preprocessed._lagrange3(x, x0, x1, x2, y0, y1, y2)

NEOPAX._interpolators_ntss_preprocessed._butland4(x, x0, x1, x2, x3, y0, y1, y2, y3, gmix)

NEOPAX._interpolators_ntss_preprocessed._interp_linear(x, xs, ys, n)

NEOPAX._interpolators_ntss_preprocessed._interp_linear_segment(x, xs, ys, start, count)

NEOPAX._interpolators_ntss_preprocessed._segment_arrays(xs_full, ys_full, start)

NEOPAX._interpolators_ntss_preprocessed._inpold_fixed(x, xs, ys, n, icl, fcl, icu, fcu, fmix)

NEOPAX._interpolators_ntss_preprocessed._inpold_segment(x, xs_full, ys_full, start, count, icl, fcl, icu, fcu, fmix)

NEOPAX._interpolators_ntss_preprocessed._eval_group(ir, ic, xer, db, aref_full, ag11_full, ag13_full, ag33_full)

NEOPAX._interpolators_ntss_preprocessed._eval_group_linear(ir, ic, xer, db, aref_full, ag11_full, ag13_full, ag33_full)

NEOPAX._interpolators_ntss_preprocessed._eval_zero_field_node(ir, xnu, db, xs0, g110, g130, g330, icu0, lc_fit, ag11_0_fit)

NEOPAX._interpolators_ntss_preprocessed._eval_zero_field_node_linear(ir, xnu, db, xs0, g110, g130, g330, icu0, lc_fit, ag11_0_fit)

NEOPAX._interpolators_ntss_preprocessed._eval_low_branch(ir, xnu, xer, efield, db, avgs_full, aref_full, ag11_full, ag13_full, ag33_full, lc_fit, ag11_0_fit, ag11_sq_fit, aefld_u_fit, aex_er_fit)

NEOPAX._interpolators_ntss_preprocessed._eval_low_branch_linear(ir, xnu, xer, efield, db, avgs_full, aref_full, ag11_full, ag13_full, ag33_full, lc_fit, ag11_0_fit, ag11_sq_fit, aefld_u_fit, aex_er_fit)

NEOPAX._interpolators_ntss_preprocessed._eval_high_branch(ir, xnu, efield, db)

NEOPAX._interpolators_ntss_preprocessed._eval_middle_branch(ir, xnu, xer, db, avgs_full, aref_full, ag11_full, ag13_full, ag33_full, icue)

NEOPAX._interpolators_ntss_preprocessed._eval_middle_branch_linear(ir, xnu, xer, db, avgs_full, aref_full, ag11_full, ag13_full, ag33_full, icue)

NEOPAX._interpolators_ntss_preprocessed._eval_radius_node(ir, xnu, xer, efield, db)

NEOPAX._interpolators_ntss_preprocessed._eval_radius_node_fast(ir, xnu, xer, efield, db)

NEOPAX._interpolators_ntss_preprocessed.get_Dij_ntss_preprocessed(grid_x, grid_nu, grid_Er, db)