LRF.regals#
- from
-
REGALS: a general method to deconvolve X-ray scattering data from evolving mixtures https://www.biorxiv.org/content/10.1101/2020.12.06.413997v1
- class component(concentration, profile)#
Bases:
object
- class concentration_class(concentration_type, *arg, **kwarg)#
Bases:
object
- class concentration_simple(x, xmin, xmax)#
Bases:
object- property A#
- property F#
- property L#
- property Nw#
- property Nx#
- property k#
- norm(u)#
- property u0#
- property w#
- property y0#
- class concentration_smooth(x, xmin, xmax, Nw=50, is_zero_at_xmin=True, is_zero_at_xmax=True)#
Bases:
object- property A#
- property F#
- property L#
- property Nx#
- property dw#
- property k#
- norm(u)#
- property u0#
- property w#
- property y0#
- class mixture(components, lambda_concentration=array([], dtype=float64), lambda_profile=array([], dtype=float64), u_concentration=[], u_profile=[])#
Bases:
object- property H_concentration#
- property H_profile#
- property I_reg#
- property Nc#
- property Nq#
- property Nx#
- concentration_problem(I, err, calc_Ab=True)#
- property concentrations#
- estimate_concentration_lambda(err, ng)#
- estimate_profile_lambda(err, ng)#
- extract_concentration(I, err, k)#
- extract_profile(I, err, k)#
- property k_concentration#
- property k_profile#
- static ng2lambda(dd, ng)#
- property norm_concentration#
- property norm_profile#
- profile_problem(I, err, calc_Ab=True)#
- property profiles#
- class profile_class(profile_type, *arg, **kwarg)#
Bases:
object
- class profile_real_space(q, dmax, Nw=50, is_zero_at_r0=True, is_zero_at_dmax=True)#
Bases:
object- property A#
- property F#
- property L#
- property Nq#
- property dw#
- property k#
- norm(u)#
- property u0#
- property w#
- property y0#
- class profile_simple(q)#
Bases:
object- property A#
- property F#
- property L#
- property Nq#
- property Nw#
- property k#
- norm(u)#
- property u0#
- property w#
- property y0#