#include <visp3/robot/vpSimulatorPioneerPan.h>

Inheritance diagram for vpSimulatorPioneerPan:

Public Types
enum	vpRobotStateType { STATE_STOP, STATE_VELOCITY_CONTROL, STATE_POSITION_CONTROL, STATE_ACCELERATION_CONTROL, STATE_FORCE_TORQUE_CONTROL }

enum	vpControlFrameType { REFERENCE_FRAME, ARTICULAR_FRAME, JOINT_STATE = ARTICULAR_FRAME, END_EFFECTOR_FRAME, CAMERA_FRAME, TOOL_FRAME = CAMERA_FRAME, MIXT_FRAME }

Public Member Functions
	vpSimulatorPioneerPan ()

virtual	~vpSimulatorPioneerPan ()

Inherited functionalities from vpSimulatorPioneerPan
void	get_eJe (vpMatrix &eJe)

void	getPosition (vpHomogeneousMatrix &wMc) const

void	getPosition (const vpRobot::vpControlFrameType frame, vpColVector &q)

void	setVelocity (const vpRobot::vpControlFrameType frame, const vpColVector &vel)

Inherited functionalities from vpPioneerPan
void	set_eJe (double q_pan)

Inherited functionalities from vpUnicycle
void	set_eJe (const vpMatrix &eJe)

void	set_cMe (const vpHomogeneousMatrix &cMe)

vpHomogeneousMatrix	get_cMe () const

vpVelocityTwistMatrix	get_cVe () const

void	get_cVe (vpVelocityTwistMatrix &cVe) const

vpMatrix	get_eJe () const

Inherited functionalities from vpRobotSimulator
double	getSamplingTime () const

virtual void	setSamplingTime (const double &delta_t)

Inherited functionalities from vpRobot
double	getMaxTranslationVelocity (void) const

double	getMaxRotationVelocity (void) const

vpColVector	getPosition (const vpRobot::vpControlFrameType frame)

virtual vpRobotStateType	getRobotState (void) const

void	setMaxRotationVelocity (double maxVr)

void	setMaxTranslationVelocity (double maxVt)

virtual vpRobotStateType	setRobotState (const vpRobot::vpRobotStateType newState)

void	setVerbose (bool verbose)

Static Public Member Functions
Static Public Member Functions inherited from vpRobot
static vpColVector	saturateVelocities (const vpColVector &v_in, const vpColVector &v_max, bool verbose=false)

Protected Member Functions
Protected Member Functions Inherited from vpPioneerPan
void	set_cMe ()

void	set_mMp ()

void	set_pMe (const double q)

Protected Member Functions Inherited from vpRobot
vpControlFrameType	setRobotFrame (vpRobot::vpControlFrameType newFrame)

vpControlFrameType	getRobotFrame (void) const

Protected Attributes
vpHomogeneousMatrix	wMc_

vpHomogeneousMatrix	wMm_

double	xm_

double	ym_

double	theta_

double	q_pan_

vpHomogeneousMatrix	mMp_

vpHomogeneousMatrix	pMe_

vpHomogeneousMatrix	cMe_

vpMatrix	eJe_

double	delta_t_

double	maxTranslationVelocity

double	maxRotationVelocity

int	nDof

vpMatrix	eJe

int	eJeAvailable

vpMatrix	fJe

int	fJeAvailable

int	areJointLimitsAvailable

double *	qmin

double *	qmax

bool	verbose_

Static Protected Attributes
static const double	maxTranslationVelocityDefault = 0.2

static const double	maxRotationVelocityDefault = 0.7

Detailed Description

Class that defines the Pioneer mobile robot simulator equipped with a camera able to move in pan.

It intends to simulate the mobile robot described in vpPioneerPan class. This robot has 3 dof: $(v_x, w_z, \dot{q_1})$ , the translational and rotational velocities of the mobile platform, the pan head velocity respectively.

The robot position evolves with respect to a world frame; wMc. When a new joint velocity is applied to the robot using setVelocity(), the position of the camera wrt the world frame is updated.

The following code shows how to control this robot in position and velocity.

#include <visp3/robot/vpSimulatorPioneerPan.h>
int main()
{
  vpHomogeneousMatrix wMc;
  vpSimulatorPioneerPan robot;
  robot.getPosition(wMc); // Position of the camera in the world frame
  std::cout << "Default position of the camera in the world frame wMc:\n" << wMc << std::endl;
  robot.setSamplingTime(0.100); // Modify the default sampling time to 0.1 second
  robot.setMaxTranslationVelocity(1.); // vx max set to 1 m/s
  robot.setMaxRotationVelocity(vpMath::rad(90)); // wz max set to 90 deg/s
  vpColVector v(3); // we control vx, wz and q_pan
  v = 0;
  v[0] = 1.; // set vx to 1 m/s
  robot.setVelocity(vpRobot::ARTICULAR_FRAME, v);
  // The robot has moved from 0.1 meters along the z axis
  robot.getPosition(wMc); // Position of the camera in the world frame
  std::cout << "New position of the camera wMc:\n" << wMc << std::endl;
}

The usage of this class is also highlighted in Tutorial: Visual servo simulation on a pioneer-like unicycle robot.

Examples:: tutorial-simu-pioneer-pan.cpp.

Definition at line 104 of file vpSimulatorPioneerPan.h.

Member Enumeration Documentation

◆ vpControlFrameType

enum vpRobot::vpControlFrameType

inherited

Robot control frames.

Enumerator
REFERENCE_FRAME	Corresponds to a fixed reference frame attached to the robot structure.
ARTICULAR_FRAME	Corresponds to the joint state. This value is deprecated. You should rather use vpRobot::JOINT_STATE.
JOINT_STATE	Corresponds to the joint state.
END_EFFECTOR_FRAME	Corresponds to robot end-effector frame.
CAMERA_FRAME	Corresponds to a frame attached to the camera mounted on the robot end-effector.
TOOL_FRAME	Corresponds to a frame attached to the tool (camera, gripper...) mounted on the robot end-effector. This value is equal to vpRobot::CAMERA_FRAME.
MIXT_FRAME	Corresponds to a "virtual" frame where translations are expressed in the reference frame, and rotations in the camera frame.

Definition at line 75 of file vpRobot.h.

◆ vpRobotStateType

enum vpRobot::vpRobotStateType

inherited

Robot control states.

Enumerator
STATE_STOP	Stops robot motion especially in velocity and acceleration control.
STATE_VELOCITY_CONTROL	Initialize the velocity controller.
STATE_POSITION_CONTROL	Initialize the position controller.
STATE_ACCELERATION_CONTROL	Initialize the acceleration controller.
STATE_FORCE_TORQUE_CONTROL	Initialize the force/torque controller.

Definition at line 64 of file vpRobot.h.

Constructor & Destructor Documentation

◆ vpSimulatorPioneerPan()

vpSimulatorPioneerPan::vpSimulatorPioneerPan ( )

Constructor.

Initialise the robot by a call to init().

Sampling time is set to 40 ms. To change it you should call setSamplingTime().

Definition at line 60 of file vpSimulatorPioneerPan.cpp.

References vpRobot::areJointLimitsAvailable, vpUnicycle::cMe_, vpRobot::eJeAvailable, vpRobot::fJeAvailable, vpHomogeneousMatrix::inverse(), vpPioneerPan::mMp_, vpRobot::nDof, vpPioneerPan::pMe_, q_pan_, vpRobot::qmax, vpRobot::qmin, theta_, wMc_, wMm_, xm_, and ym_.

◆ ~vpSimulatorPioneerPan()

vpSimulatorPioneerPan::~vpSimulatorPioneerPan ( )

virtual

Destructor.

Definition at line 93 of file vpSimulatorPioneerPan.cpp.

Member Function Documentation

◆ get_cMe()

vpHomogeneousMatrix vpUnicycle::get_cMe ( ) const

inlineinherited

Return the tranformation ${^c}{\bf M}_e$ between the camera frame and the mobile robot end effector frame.

Definition at line 74 of file vpUnicycle.h.

◆ get_cVe() [1/2]

vpVelocityTwistMatrix vpUnicycle::get_cVe ( ) const

inlineinherited

Return the twist transformation from camera frame to the mobile robot end effector frame. This transformation allows to compute a velocity expressed in the end effector frame into the camera frame.

Examples:: servoBiclopsPoint2DArtVelocity.cpp, servoPioneerPanSegment3D.cpp, servoPioneerPoint2DDepth.cpp, servoPioneerPoint2DDepthWithoutVpServo.cpp, tutorial-simu-pioneer-continuous-gain-adaptive.cpp, tutorial-simu-pioneer-continuous-gain-constant.cpp, tutorial-simu-pioneer-pan.cpp, and tutorial-simu-pioneer.cpp.

Definition at line 82 of file vpUnicycle.h.

References vpVelocityTwistMatrix::buildFrom().

◆ get_cVe() [2/2]

void vpUnicycle::get_cVe ( vpVelocityTwistMatrix & cVe ) const

inlineinherited

Return the twist transformation from camera frame to the mobile robot end effector frame. This transformation allows to compute a velocity expressed in the end effector frame into the camera frame.

See also: get_cVe()

Definition at line 97 of file vpUnicycle.h.

References vpUnicycle::get_cVe().

Referenced by vpUnicycle::get_cVe().

◆ get_eJe() [1/2]

vpMatrix vpUnicycle::get_eJe ( ) const

inlineinherited

Return the robot jacobian ${^e}{\bf J}_e$ expressed in the end effector frame.

Returns: The robot jacobian such as ${\bf v} = {^e}{\bf J}_e \; \dot{\bf q}$ with $\dot{\bf q} = (v_x, w_z)$ the robot control velocities and $\bf v$ the six dimention velocity skew.

Examples:: servoPioneerPanSegment3D.cpp.

Definition at line 107 of file vpUnicycle.h.

Referenced by vpRobotPioneer::get_eJe(), vpSimulatorPioneer::get_eJe(), and get_eJe().

◆ get_eJe() [2/2]

void vpSimulatorPioneerPan::get_eJe ( vpMatrix & _eJe )

virtual

Get the robot jacobian expressed in the end-effector frame. The jacobian expression is given in vpPioneerPan class.

Parameters

_eJe	: A 6 by 3 matrix representing the robot jacobian ${^e}{\bf J}_e$ expressed in the end-effector frame.

Implements vpRobot.

Examples:: tutorial-simu-pioneer-pan.cpp.

Definition at line 102 of file vpSimulatorPioneerPan.cpp.

References vpUnicycle::get_eJe().

◆ getMaxRotationVelocity()

double vpRobot::getMaxRotationVelocity ( void ) const

inherited

Get the maximal rotation velocity that can be sent to the robot during a velocity control.

Returns: Maximum rotation velocity expressed in rad/s.

Definition at line 273 of file vpRobot.cpp.

References vpRobot::maxRotationVelocity.

◆ getMaxTranslationVelocity()

double vpRobot::getMaxTranslationVelocity ( void ) const

inherited

Get the maximal translation velocity that can be sent to the robot during a velocity control.

Returns: Maximum translational velocity expressed in m/s.

Definition at line 251 of file vpRobot.cpp.

References vpRobot::maxTranslationVelocity.

◆ getPosition() [1/3]

void vpSimulatorPioneerPan::getPosition ( vpHomogeneousMatrix & wMc ) const

Get the robot position in the world frame.

Examples:: tutorial-simu-pioneer-pan.cpp.

Definition at line 185 of file vpSimulatorPioneerPan.cpp.

References wMc_.

◆ getPosition() [2/3]

void vpSimulatorPioneerPan::getPosition	(	const vpRobot::vpControlFrameType	frame,
		vpColVector &	q
	)

virtual

Get the robot position (frame has to be specified).

Implements vpRobot.

Definition at line 206 of file vpSimulatorPioneerPan.cpp.

References vpRobot::ARTICULAR_FRAME, vpRxyzVector::buildFrom(), vpRobot::CAMERA_FRAME, vpRobot::END_EFFECTOR_FRAME, vpHomogeneousMatrix::extract(), vpRobot::MIXT_FRAME, vpRobot::REFERENCE_FRAME, vpColVector::resize(), and wMc_.

◆ getPosition() [3/3]

vpColVector vpRobot::getPosition ( const vpRobot::vpControlFrameType frame )

inherited

Return the current robot position in the specified frame.

Definition at line 216 of file vpRobot.cpp.

References vpRobot::getPosition().

◆ getRobotFrame()

vpControlFrameType vpRobot::getRobotFrame ( void ) const

inlineprotectedinherited

Definition at line 172 of file vpRobot.h.

Referenced by vpSimulatorAfma6::computeArticularVelocity(), and vpSimulatorViper850::computeArticularVelocity().

◆ getRobotState()

virtual vpRobotStateType vpRobot::getRobotState ( void ) const

inlinevirtualinherited

Definition at line 144 of file vpRobot.h.

◆ getSamplingTime()

double vpRobotSimulator::getSamplingTime ( ) const

inlineinherited

Return the sampling time.

Returns: Sampling time in second used to compute the robot displacement from the velocity applied to the robot during this time.

Examples:: tutorial-ibvs-4pts-display.cpp, tutorial-ibvs-4pts-image-tracking.cpp, tutorial-ibvs-4pts-ogre-tracking.cpp, tutorial-ibvs-4pts-ogre.cpp, tutorial-ibvs-4pts-plotter-continuous-gain-adaptive.cpp, tutorial-ibvs-4pts-wireframe-camera.cpp, tutorial-simu-pioneer-continuous-gain-adaptive.cpp, and tutorial-simu-pioneer-continuous-gain-constant.cpp.

Definition at line 82 of file vpRobotSimulator.h.

Referenced by vpVirtualGrabber::acquire(), vpSimulatorAfma6::updateArticularPosition(), and vpSimulatorViper850::updateArticularPosition().

◆ saturateVelocities()

vpColVector vpRobot::saturateVelocities	(	const vpColVector &	v_in,
		const vpColVector &	v_max,
		bool	verbose = `false`
	)

staticinherited

Saturate velocities.

Parameters

v_in	: Vector of input velocities to saturate. Translation velocities should be expressed in m/s while rotation velocities in rad/s.
v_max	: Vector of maximal allowed velocities. Maximal translation velocities should be expressed in m/s while maximal rotation velocities in rad/s.
verbose	: Print a message indicating which axis causes the saturation.

Returns: Saturated velocities.

Exceptions

vpRobotException::dimensionError : If the input vectors have different dimensions.

The code below shows how to use this static method in order to saturate a velocity skew vector.

#include <iostream>
#include <visp3/robot/vpRobot.h>
int main()
{
  // Set a velocity skew vector
  vpColVector v(6);
  v[0] = 0.1;               // vx in m/s
  v[1] = 0.2;               // vy
  v[2] = 0.3;               // vz
  v[3] = vpMath::rad(10);   // wx in rad/s
  v[4] = vpMath::rad(-10);  // wy
  v[5] = vpMath::rad(20);   // wz
  // Set the maximal allowed velocities
  vpColVector v_max(6);
  for (int i=0; i<3; i++)
    v_max[i] = 0.3;             // in translation (m/s)
  for (int i=3; i<6; i++)
    v_max[i] = vpMath::rad(10); // in rotation (rad/s)
  // Compute the saturated velocity skew vector
  vpColVector v_sat = vpRobot::saturateVelocities(v, v_max, true);
  std::cout << "v    : " << v.t() << std::endl;
  std::cout << "v max: " << v_max.t() << std::endl;
  std::cout << "v sat: " << v_sat.t() << std::endl;
  return 0;
}

Definition at line 163 of file vpRobot.cpp.

References vpException::dimensionError, and vpArray2D< Type >::size().

Referenced by vpRobotTemplate::setVelocity(), vpSimulatorCamera::setVelocity(), vpRobotCamera::setVelocity(), vpSimulatorPioneer::setVelocity(), vpRobotPioneer::setVelocity(), setVelocity(), vpRobotKinova::setVelocity(), vpRobotFlirPtu::setVelocity(), vpRobotAfma4::setVelocity(), vpRobotAfma6::setVelocity(), vpRobotFranka::setVelocity(), vpRobotViper650::setVelocity(), and vpRobotViper850::setVelocity().

◆ set_cMe() [1/2]

void vpUnicycle::set_cMe ( const vpHomogeneousMatrix & cMe )

inlineinherited

Set the transformation between the camera frame and the end effector frame.

Definition at line 113 of file vpUnicycle.h.

Referenced by vpPioneer::vpPioneer(), vpPioneerPan::vpPioneerPan(), and vpPioneer::~vpPioneer().

◆ set_cMe() [2/2]

void vpPioneerPan::set_cMe ( )

inlineprotectedinherited

Set the transformation between the camera frame and the pan head end effector frame.

Definition at line 175 of file vpPioneerPan.h.

References vpHomogeneousMatrix::buildFrom(), and vpHomogeneousMatrix::inverse().

◆ set_eJe() [1/2]

void vpUnicycle::set_eJe ( const vpMatrix & eJe )

inlineinherited

Set the robot jacobian ${^e}{\bf J}_e$ expressed in the end effector frame.

Parameters

eJe	: The robot jacobian to set such as ${\bf v} = {^e}{\bf J}_e \; \dot{\bf q}$ with $\dot{\bf q} = (v_x, w_z)$ the robot control velocities and $\bf v$ the six dimention velocity skew.

Definition at line 123 of file vpUnicycle.h.

Referenced by vpPioneer::vpPioneer(), vpPioneerPan::vpPioneerPan(), and vpPioneer::~vpPioneer().

◆ set_eJe() [2/2]

void vpPioneerPan::set_eJe ( double q_pan )

inlineinherited

Set the robot jacobian expressed at point E the end effector frame located on the pan head.

Considering ${\bf v} = {^e}{\bf J}_e \; [v_x, w_z, \dot{q_1}]$ with $(v_x, w_z)$ respectively the translational and rotational control velocities of the mobile platform, $\dot{q_1}$ the joint velocity of the pan head and $\bf v$ the six dimention velocity skew expressed at point E in frame E, the robot jacobian is given by:

${^e}{\bf J}_e = \left(\begin{array}{ccc} c_1 & -c_1*p_y - s_1*p_x & 0 \\ 0 & 0 & 0 \\ s_1 & -s_1*p_y + c_1*p_x & 0 \\ 0 & 0 & 0 \\ 0 & -1 & 1 \\ 0 & 0 & 0 \\ \end{array} \right)$

with $p_x, p_y$ the position of the head base frame in the mobile platform frame located at the middle point between the two weels.

Examples:: servoPioneerPanSegment3D.cpp.

Definition at line 146 of file vpPioneerPan.h.

Referenced by setVelocity().

◆ set_mMp()

void vpPioneerPan::set_mMp ( )

inlineprotectedinherited

Set the transformation between the mobile platform frame located at the middle point between the two weels and the base frame of the pan head.

Definition at line 199 of file vpPioneerPan.h.

References vpTranslationVector::set().

◆ set_pMe()

void vpPioneerPan::set_pMe ( const double q )

inlineprotectedinherited

Set the transformation between the pan head reference frame and the end-effector frame.

Parameters

q	: Position in rad of the pan axis.

Definition at line 222 of file vpPioneerPan.h.

Referenced by setVelocity().

◆ setMaxRotationVelocity()

void vpRobot::setMaxRotationVelocity ( double w_max )

inherited

Set the maximal rotation velocity that can be sent to the robot during a velocity control.

Parameters

w_max : Maximum rotational velocity expressed in rad/s.

Examples:: servoMomentPoints.cpp, servoSimu4Points.cpp, servoSimuSphere.cpp, testFeatureSegment.cpp, testFrankaJointVelocityLimits.cpp, and testRobotFlirPtu.cpp.

Definition at line 260 of file vpRobot.cpp.

References vpRobot::maxRotationVelocity.

Referenced by vpRobotViper650::getControlMode(), vpRobotViper850::getControlMode(), vpRobotViper650::setMaxRotationVelocity(), vpRobotViper850::setMaxRotationVelocity(), vpSimulatorAfma6::setPosition(), vpRobotCamera::vpRobotCamera(), and vpSimulatorCamera::vpSimulatorCamera().

◆ setMaxTranslationVelocity()

void vpRobot::setMaxTranslationVelocity ( double v_max )

inherited

Set the maximal translation velocity that can be sent to the robot during a velocity control.

Parameters

v_max : Maximum translation velocity expressed in m/s.

Examples:: servoMomentPoints.cpp, servoSimu4Points.cpp, servoSimuSphere.cpp, simulateCircle2DCamVelocity.cpp, simulateFourPoints2DCartesianCamVelocity.cpp, simulateFourPoints2DPolarCamVelocity.cpp, and testFeatureSegment.cpp.

Definition at line 239 of file vpRobot.cpp.

References vpRobot::maxTranslationVelocity.

Referenced by vpSimulatorAfma6::setPosition(), vpRobotCamera::vpRobotCamera(), and vpSimulatorCamera::vpSimulatorCamera().

◆ setRobotFrame()

vpRobot::vpControlFrameType vpRobot::setRobotFrame ( vpRobot::vpControlFrameType newFrame )

protectedinherited

Definition at line 207 of file vpRobot.cpp.

Referenced by vpSimulatorAfma6::init(), vpSimulatorViper850::init(), vpSimulatorCamera::setVelocity(), vpSimulatorPioneer::setVelocity(), setVelocity(), vpSimulatorAfma6::setVelocity(), and vpSimulatorViper850::setVelocity().

◆ setRobotState()

vpRobot::vpRobotStateType vpRobot::setRobotState ( const vpRobot::vpRobotStateType newState )

virtualinherited

Reimplemented in vpRobotViper850, vpRobotViper650, vpRobotFranka, vpRobotAfma6, vpRobotAfma4, vpSimulatorViper850, vpSimulatorAfma6, vpRobotFlirPtu, vpRobotBiclops, and vpRobotPtu46.

Examples:: moveBiclops.cpp, photometricVisualServoing.cpp, photometricVisualServoingWithoutVpServo.cpp, servoBiclopsPoint2DArtVelocity.cpp, servoKinovaJacoCart.cpp, servoKinovaJacoJoint.cpp, servoSimuAfma6FourPoints2DCamVelocity.cpp, servoSimuViper850FourPoints2DCamVelocity.cpp, tutorial-ibvs-4pts-wireframe-robot-afma6.cpp, and tutorial-ibvs-4pts-wireframe-robot-viper.cpp.

Definition at line 201 of file vpRobot.cpp.

Referenced by vpRobotViper650::getControlMode(), vpRobotViper850::getControlMode(), vpRobotFranka::getHandler(), vpRobotFlirPtu::set_eMc(), vpSimulatorCamera::setPosition(), vpRobotCamera::setPosition(), vpSimulatorAfma6::setPositioningVelocity(), vpSimulatorViper850::setPositioningVelocity(), vpRobotPtu46::setRobotState(), vpRobotBiclops::setRobotState(), vpRobotFlirPtu::setRobotState(), vpSimulatorAfma6::setRobotState(), vpSimulatorViper850::setRobotState(), vpRobotAfma4::setRobotState(), vpRobotAfma6::setRobotState(), vpRobotFranka::setRobotState(), vpRobotViper650::setRobotState(), vpRobotViper850::setRobotState(), vpSimulatorCamera::setVelocity(), vpRobotCamera::setVelocity(), vpSimulatorPioneer::setVelocity(), setVelocity(), vpSimulatorAfma6::stopMotion(), and vpSimulatorViper850::stopMotion().

◆ setSamplingTime()

virtual void vpRobotSimulator::setSamplingTime ( const double & delta_t )

inlinevirtualinherited

Set the sampling time.

Parameters

delta_t : Sampling time in second used to compute the robot displacement from the velocity applied to the robot during this time.

Reimplemented in vpRobotWireFrameSimulator.

Examples:: manServo4PointsDisplay.cpp, manServoMomentsSimple.cpp, manSimu4Dots.cpp, manSimu4Points.cpp, photometricVisualServoing.cpp, photometricVisualServoingWithoutVpServo.cpp, servoSimu4Points.cpp, servoSimuCylinder.cpp, servoSimuSphere.cpp, simulateCircle2DCamVelocity.cpp, simulateFourPoints2DCartesianCamVelocity.cpp, simulateFourPoints2DPolarCamVelocity.cpp, testFeatureSegment.cpp, tutorial-ibvs-4pts-display.cpp, tutorial-ibvs-4pts-image-tracking.cpp, tutorial-ibvs-4pts-ogre-tracking.cpp, tutorial-ibvs-4pts-ogre.cpp, tutorial-ibvs-4pts-plotter-continuous-gain-adaptive.cpp, tutorial-ibvs-4pts-plotter-gain-adaptive.cpp, tutorial-ibvs-4pts-plotter.cpp, tutorial-ibvs-4pts-wireframe-camera.cpp, tutorial-ibvs-4pts.cpp, tutorial-simu-pioneer-continuous-gain-adaptive.cpp, tutorial-simu-pioneer-continuous-gain-constant.cpp, tutorial-simu-pioneer-pan.cpp, and tutorial-simu-pioneer.cpp.

Definition at line 91 of file vpRobotSimulator.h.

Referenced by vpVirtualGrabber::acquire().

◆ setVelocity()

void vpSimulatorPioneerPan::setVelocity	(	const vpRobot::vpControlFrameType	frame,
		const vpColVector &	v
	)

virtual

Send to the controller a velocity.

Parameters

frame	: Control frame type. Only vpRobot::ARTICULAR_FRAME is implemented.
v	: Velocity vector $(v_x, \omega_z, \dot q)$ to apply to the robot, where is the linear translational velocity in m/s and $\omega_z$ is the rotational velocity in rad/s arround the vertical axis of the mobile base, and, $\dot q$ is the pan velocity in rad/s of the camera.