#include <invertmotornstep.h>
Collaboration diagram for InvertMotorNStepConf:

Public Attributes | |
| int | buffersize |
| buffersize size of the time-buffer for x,y,eta | |
| matrix::Matrix | initialC |
| initial controller matrix C (if not given then randomly chosen, see cInit, cNonDiag...) | |
| double | cInit |
| cInit size of the C matrix to initialised with. | |
| double | cNonDiag |
| cNonDiag is the size of the nondiagonal elements in respect to the diagonal (cInit) ones | |
| double | cNonDiagAbs |
| cNonDiag is the value of the nondiagonal elements | |
| bool | useS |
| useS decides whether to use the S matrix in addition to the A matrix (sees sensors) | |
| bool | useSD |
| useSD decides whether to use the SD matrix in addition to the A matrix (sees first and second derivatives) | |
| int | numberContext |
| number of context sensors(considered at the end of the sensor vector. | |
| bool | someInternalParams |
| someInternalParams if true only some internal parameters are exported, all otherwise | |
| int buffersize |
buffersize size of the time-buffer for x,y,eta
| double cInit |
cInit size of the C matrix to initialised with.
| double cNonDiag |
cNonDiag is the size of the nondiagonal elements in respect to the diagonal (cInit) ones
| double cNonDiagAbs |
cNonDiag is the value of the nondiagonal elements
initial controller matrix C (if not given then randomly chosen, see cInit, cNonDiag...)
| int numberContext |
number of context sensors(considered at the end of the sensor vector.
If not 0, then S will only get them as input
| bool someInternalParams |
someInternalParams if true only some internal parameters are exported, all otherwise
| bool useS |
useS decides whether to use the S matrix in addition to the A matrix (sees sensors)
| bool useSD |
useSD decides whether to use the SD matrix in addition to the A matrix (sees first and second derivatives)
1.4.7