10 #ifndef __SOT_FEATURE_VECTOR3_HH__ 11 #define __SOT_FEATURE_VECTOR3_HH__ 27 #if defined(feature_vector3_EXPORTS) 28 #define SOTFEATUREVECTOR3_EXPORT __declspec(dllexport) 30 #define SOTFEATUREVECTOR3_EXPORT __declspec(dllimport) 33 #define SOTFEATUREVECTOR3_EXPORT 50 virtual const std::string &
getClassName(
void)
const {
return CLASS_NAME; }
70 virtual unsigned int &getDimension(
unsigned int &
dim,
int time);
77 virtual void display(std::ostream &os)
const;
83 #endif // #ifndef __SOT_FEATURE_VECTOR3_HH__
SignalPtr< Flags, int > selectionSIN
This vector specifies which dimension are used to perform the computation. For instance let us assume...
Class that defines point-3d control feature.
SignalTimeDependent< dynamicgraph::Matrix, int > jacobianSOUT
Jacobian of the error wrt the robot state: .
dynamicgraph::SignalPtr< MatrixHomogeneous, int > positionSIN
virtual const std::string & getClassName(void) const
Returns the name class.
#define SOTFEATUREVECTOR3_EXPORT
This class gives the abstract definition of a feature.
static const std::string CLASS_NAME
dynamicgraph::SignalPtr< dynamicgraph::Matrix, int > articularJacobianSIN
SignalTimeDependent< dynamicgraph::Vector, int > errorSOUT
This signal returns the error between the desired value and the current value : . ...
dynamicgraph::SignalPtr< dynamicgraph::Vector, int > positionRefSIN
dynamicgraph::SignalPtr< dynamicgraph::Vector, int > vectorSIN
virtual ~FeatureVector3(void)