#include <datasources.h>
Public Member Functions | |
| void | getdata (vec &dt) |
| Returns full vector of observed data=[output, input]. | |
| void | getdata (vec &dt, const ivec &indeces) |
| Returns data records at indeces. | |
| void | set_rvs (RV &drv, RV &urv) |
| void | write (vec &ut) |
| Accepts action variable and schedule it for application. | |
| void | write (vec &ut, ivec &indices) |
| void | step () |
Moves from to , i.e. perfroms the actions and reads response of the system. | |
| MemDS () | |
| Default constructor. | |
| MemDS (mat &Dat, ivec &rowid0, ivec &delays0) | |
| virtual void | write (vec &ut, const ivec &indeces) |
| Accepts action variables at specific indeces. | |
| virtual void | log_add (logger &L) |
| Register DS for logging into logger L. | |
| virtual void | logit (logger &L) |
| Register DS for logging into logger L. | |
| virtual RV | _drv () const |
| access function | |
| const RV & | _urv () const |
| access function | |
| virtual void | set_drv (const RV &drv, const RV &urv) |
| set random rvariables | |
| virtual string | to_string () |
| This method returns a basic info about the current instance. | |
| virtual void | from_setting (const Setting &set) |
| This method arrange instance properties according the data stored in the Setting structure. | |
| virtual void | to_setting (Setting &set) const |
| This method save all the instance properties into the Setting structure. | |
| virtual void | validate () |
| This method TODO. | |
Protected Attributes | |
| mat | Data |
| internal matrix of data | |
| int | time |
| active column in the Data matrix | |
| ivec | rowid |
| vector of rows that are presented in Dt | |
| ivec | delays |
| vector of delays that are presented in Dt | |
| int | dtsize |
| int | utsize |
| RV | Drv |
Description of data returned by getdata(). | |
| RV | Urv |
Description of data witten by by write(). | |
| int | L_dt |
| Remember its own index in Logger L. | |
| int | L_ut |
The data are stored in an internal matrix Data . Each column of Data corresponds to one discrete time observation
. Access to this matrix is via indices rowid and delays.
The data can be loaded from a file.
1.5.9