#include <libKF.h>


| Public Member Functions | |
| EKF (RV rvx, RV rvy, RV rvu) | |
| Default constructor. | |
| void | set_parameters (diffbifn *pfxu, diffbifn *phxu, const sq_T Q0, const sq_T R0) | 
| Set nonlinear functions for mean values and covariance matrices. | |
| void | bayes (const vec &dt) | 
| Here dt = [yt;ut] of appropriate dimensions. | |
| void | set_parameters (const mat &A0, const mat &B0, const mat &C0, const mat &D0, const fsqmat &R0, const fsqmat &Q0) | 
| Set parameters with check of relevance. | |
| void | set_est (const vec &mu0, const fsqmat &P0) | 
| Set estimate values, used e.g. in initialization. | |
| void | bayes (mat Dt) | 
| Batch Bayes rule (columns of Dt are observations). | |
| epdf & | _epdf () | 
| access function | |
| mat & | __K () | 
| access function | |
| vec | _dP () | 
| access function | |
| const RV & | _rv () const | 
| access function | |
| double | _ll () const | 
| access function | |
| Protected Attributes | |
| RV | rvy | 
| Indetifier of output rv. | |
| RV | rvu | 
| Indetifier of exogeneous rv. | |
| int | dimx | 
| cache of rv.count() | |
| int | dimy | 
| cache of rvy.count() | |
| int | dimu | 
| cache of rvu.count() | |
| mat | A | 
| Matrix A. | |
| mat | B | 
| Matrix B. | |
| mat | C | 
| Matrix C. | |
| mat | D | 
| Matrix D. | |
| fsqmat | Q | 
| Matrix Q in square-root form. | |
| fsqmat | R | 
| Matrix R in square-root form. | |
| enorm< fsqmat > | est | 
| posterior density on $x_t$ | |
| enorm< fsqmat > | fy | 
| preditive density on $y_t$ | |
| mat | _K | 
| placeholder for Kalman gain | |
| vec & | _yp | 
| cache of fy.mu | |
| fsqmat & | _Ry | 
| cache of fy.R | |
| vec & | _mu | 
| cache of est.mu | |
| fsqmat & | _P | 
| cache of est.R | |
| RV | rv | 
| Random variable of the posterior. | |
| double | ll | 
| Logarithm of marginalized data likelihood. | |
| bool | evalll | 
| If true, the filter will compute likelihood of the data record and store it in ll. Set to false if you want to save time. | |
An approximation of the exact Bayesian filter with Gaussian noices and non-linear evolutions of their mean.
 1.5.6
 1.5.6