clipper::SFscale_aniso< T > Class Template Reference
Structure factor anisotropic scaling. More...
#include <sfscale.h>
Inheritance diagram for clipper::SFscale_aniso< T >:
Public Types | |
| enum | TYPE { F, I } |
| enum | MODE { NORMAL, SHARPEN, UNSHARPEN } |
Public Member Functions | |
| SFscale_aniso (ftype nsig=0.0, MODE mode=NORMAL) | |
| constructor: takes rejection criterion for F/sigF | |
| bool | operator() (HKL_data< datatypes::F_sigF< T > > &fo, const HKL_data< datatypes::F_phi< T > > &fc) |
| Scale Fo to Fc. | |
| bool | operator() (HKL_data< datatypes::F_phi< T > > &fc, const HKL_data< datatypes::F_sigF< T > > &fo) |
| Scale Fc to Fo. | |
| bool | operator() (HKL_data< datatypes::F_sigF< T > > &fo) |
| Scale Fo to isotropic (approximate). | |
| bool | operator() (HKL_data< datatypes::F_sigF< T > > &fo, const ftype resfilter, const int npar_scl) |
| Scale Fo to isotropic (approximate). | |
| bool | operator() (HKL_data< datatypes::I_sigI< T > > &Io, const ftype resfilter, const int npar_scl) |
| Scale Io to isotropic (approximate). | |
| template<class D , class T1 , class T2 , class S > | |
| bool | scale (HKL_data< D > &fo, const ftype resfilter, const int npar_scl) |
| Primitive scaling functions for F and I. | |
| const U_aniso_orth & | u_aniso_orth (TYPE t) const |
| return aniso correction on F or I | |
| const U_aniso_orth & | u_aniso_orth () const |
Detailed Description
template<class T>
class clipper::SFscale_aniso< T >
Structure factor anisotropic scaling.
Perform structure factor anisotropic scaling, observed to calculated, calculated to observed, or observed against itself.
Member Function Documentation
template<class T>
| const U_aniso_orth& clipper::SFscale_aniso< T >::u_aniso_orth | ( | ) | const [inline] |
The documentation for this class was generated from the following files:
- sfscale.h
- sfscale.cpp
