45 #ifndef CLIPPER_HKL_COMPUTE 46 #define CLIPPER_HKL_COMPUTE 48 #include "hkl_datatypes.h" 66 ftype costab[144], sintab[144];
Apply scale and U to any scalable datatype.
Definition: hkl_compute.h:144
Compute from Phi_fom to ABCD ( C = D = 0 )
Definition: hkl_compute.h:70
Subtract two F_phi datalists.
Definition: hkl_compute.h:119
Add two ABCD datalists.
Definition: hkl_compute.h:126
Reflection data type: E + sigE.
Definition: hkl_datatypes.h:222
Compute from F_sigF_anom to F_sigF (mean structure factor)
Definition: hkl_compute.h:91
HKL reference with index-like behaviour.
Definition: hkl_info.h:151
Reflection data type: F + sigF.
Definition: hkl_datatypes.h:139
ftype64 ftype
ftype definition for floating point representation
Definition: clipper_precision.h:58
Definition: hkl_compute.h:133
Reflection data type: F(+) F(+) sigF(+) sigF(-) cov+-.
Definition: hkl_datatypes.h:176
Compute from F_sigF+Phi_fom to F_phi.
Definition: hkl_compute.h:77
Compute from ABCD to Phi_fom by phase integration (loses bimodality)
Definition: hkl_compute.h:59
Reflection data type: Hendrickson-Lattman coeff.
Definition: hkl_datatypes.h:363
Apply scale and U to any scalable datatype.
Definition: hkl_compute.h:155
Anisotropic orthogonal atomic displacement parameters.
Definition: coords.h:426
const Phi_fom< dtype > operator()(const HKL_info::HKL_reference_index &ih, const ABCD< dtype > &abcd) const
conv op
Definition: hkl_compute.cpp:59
Reflection data type: F + phi model or map coeff (e.g. Fcalc, Fbest)
Definition: fftmap.h:61
Compute from F_sigF to F_sigF.
Definition: hkl_compute.h:169
Compute from F_sigF to E_sigE.
Definition: hkl_compute.h:84
Add two F_phi datalists.
Definition: hkl_compute.h:112
Reflection data type: best phi + fom.
Definition: hkl_datatypes.h:334
Compute from F_sigF_anom to F_sigF (difference structure factor)
Definition: hkl_compute.h:98
Negate F_phi (i.e. advance phase by pi)
Definition: hkl_compute.h:105