Decomposer.DualOptimzer

DualOptimzer.py

Copyright (c) 2018-2023, SAXS Team, KEK-PF

class DualOptimzer(x, y, params1, params2, tau_hint_pair=None)

Bases: object

debug_plot(title, params)

get_avgrec(fitrec, res1, res2)

get_evaluators(res)

get_optrec(fitrec, res, k)

init_params

editor_frame.recompute_decomposition()

hints_dict = self.get_param_hints_dict() decompose_elution_better(…, hints_dict, …)

decompose_elution_xray_to_uv(…, hints_dict, …)

decompose_elution_impl(…, hints_dict, …)

get_dual_optimized_info( …, hints_dict , … )

decompose_elution_uv_to_xray(…, hints_dict, …)

decompose_elution_impl(…, hints_dict, …)

get_dual_optimized_info( …, hints_dict , … )

get_dual_optimized_info( …, hints_dict , … )

hints_dict → tau_hint_pair dopt = optimizer_class(…, tau_hint_pair=tau_hint_pair)

obj_func(p)

optimize()

class DualPairSelector(curve, fit_recs)

Bases: object

compute_y_for_opt(x, y, i, j)

get_nearest_major_peak_index(i)

is_adoptable(i, debug=False)

is_optimizable_pair(i, j, debug=False)

is_optimizable_rec(rec)

select_one_pair()

class EghaOptimzer(x, y, params1, params2, tau_hint_pair=None)

Bases: DualOptimzer

class EmgaOptimzer(x, y, params1, params2, tau_hint_pair=None)

Bases: DualOptimzer

get_assert_info(curve, x, y, opt_recs)

get_dual_optimized_info(optimizer_class, x_curve, x, y, fit_recs, hints_dict, logger, debug=False)

get_dual_optimized_info_old(optimizer_class, x_curve, x, y, fit_recs)