#include <mbd_slider_joint.h>

Inheritance diagram for OpenTissue::mbd::SliderJoint< mbd_types >:

Public Types
typedef mbd_types::math_policy	math_policy
typedef mbd_types::math_policy::index_type	size_type
typedef mbd_types::math_policy::real_type	real_type
typedef mbd_types::math_policy::vector3_type	vector3_type
typedef mbd_types::math_policy::matrix3x3_type	matrix3x3_type
typedef mbd_types::math_policy::quaternion_type	quaternion_type
typedef mbd_types::math_policy::vector_range	vector_range
typedef mbd_types::math_policy::idx_vector_range	idx_vector_range
typedef mbd_types::math_policy::matrix_range	matrix_range
typedef mbd_types::math_policy::vector_type	vector_type
typedef mbd_types::math_policy::value_traits	value_traits
typedef LinearJointMotor < mbd_types >	linear_motor_type
typedef LinearJointLimit < mbd_types >	linear_limit_type
Public Member Functions
real_type	get_offset () const
real_type	get_offset_rate () const
vector3_type	get_slider_axis_world () const
void	set_limit (linear_limit_type const &limit)
void	set_motor (linear_motor_type const &motor)
	SliderJoint ()
virtual	~SliderJoint ()
void	evaluate ()
size_type	get_number_of_jacobian_rows () const
void	get_linear_jacobian_A (matrix_range &J) const
void	get_linear_jacobian_B (matrix_range &J) const
void	get_angular_jacobian_A (matrix_range &J) const
void	get_angular_jacobian_B (matrix_range &J) const
void	get_stabilization_term (vector_range &b_error) const
void	get_low_limits (vector_range &lo) const
void	get_high_limits (vector_range &hi) const
void	get_dependency_indices (idx_vector_range &dep) const
void	get_dependency_factors (vector_range &factors) const
void	set_regularization (vector_range const &gamma)
void	get_regularization (vector_range &gamma) const
void	set_solution (vector_range const &solution)
void	get_solution (vector_range &solution) const
void	calibration ()
Protected Attributes
vector3_type	m_r_off_B
	Initial (i.e. at calibration of joint) center difference of the two bodies (I.e. c = r_cm^B - r_cm^A) given in the body frame of body B.
vector3_type	m_r_off_wcs
	Initial (i.e. at calibration of joint) center difference of the two bodies (I.e. c = r_cm^B - r_cm^A) given in WCS.
vector3_type	m_c
	Center difference of the two bodies (I.e. c = r_cm^B - r_cm^A).
vector3_type	m_half_cXt1
	Center difference of the two bodies (I.e. c = r_cm^B - r_cm^A) crossed with t1 and multiplied by 0.5.
vector3_type	m_half_cXt2
	Center difference of the two bodies (I.e. c = r_cm^B - r_cm^A) crossed with t2 and multiplied by 0.5.
vector3_type	m_t1
	A vector orthogonal to the joint axe (in WCS).
vector3_type	m_t2
	Another vector orthogonal to the joint axe and t1 (in WCS).
vector3_type	m_u
	Error correction rotation axe. Ie. if joint is misaligned this vector is used to determine an rotation axe which can be used to align the joint along.
real_type	m_theta_error
	Misalignment error around the u-axe.
quaternion_type	m_Q_initial
	The initial relative orientation between the two bodies (wrt. WCS) i.e. the rotation that aligns body A with body B.
quaternion_type	m_Q_initial_conj
	The conjugate of Q_initial.
quaternion_type	m_Q_error
	A quaterion used to compute the rotaional misalignment in the slider joint.
linear_limit_type *	m_limit
linear_motor_type *	m_motor
size_type	m_rows
	Number of jacobian rows.
size_type	m_motor_offset
size_type	m_limit_offset
vector_type	m_gamma
	Local vector of constraint force mixing terms.
vector_type	m_solution
	Local solution vector, ie. vector of lagrange multipliers.

template<typename mbd_types>
class OpenTissue::mbd::SliderJoint< mbd_types >

Member Typedef Documentation

template<typename mbd_types >

typedef mbd_types::math_policy::idx_vector_range OpenTissue::mbd::SliderJoint< mbd_types >::idx_vector_range

template<typename mbd_types >

typedef LinearJointLimit<mbd_types> OpenTissue::mbd::SliderJoint< mbd_types >::linear_limit_type

template<typename mbd_types >

typedef LinearJointMotor<mbd_types> OpenTissue::mbd::SliderJoint< mbd_types >::linear_motor_type

template<typename mbd_types >

typedef mbd_types::math_policy OpenTissue::mbd::SliderJoint< mbd_types >::math_policy

template<typename mbd_types >

typedef mbd_types::math_policy::matrix3x3_type OpenTissue::mbd::SliderJoint< mbd_types >::matrix3x3_type

template<typename mbd_types >

typedef mbd_types::math_policy::matrix_range OpenTissue::mbd::SliderJoint< mbd_types >::matrix_range

template<typename mbd_types >

typedef mbd_types::math_policy::quaternion_type OpenTissue::mbd::SliderJoint< mbd_types >::quaternion_type

template<typename mbd_types >

typedef mbd_types::math_policy::real_type OpenTissue::mbd::SliderJoint< mbd_types >::real_type

template<typename mbd_types >

typedef mbd_types::math_policy::index_type OpenTissue::mbd::SliderJoint< mbd_types >::size_type

template<typename mbd_types >

typedef mbd_types::math_policy::value_traits OpenTissue::mbd::SliderJoint< mbd_types >::value_traits

template<typename mbd_types >

typedef mbd_types::math_policy::vector3_type OpenTissue::mbd::SliderJoint< mbd_types >::vector3_type

template<typename mbd_types >

typedef mbd_types::math_policy::vector_range OpenTissue::mbd::SliderJoint< mbd_types >::vector_range

template<typename mbd_types >

typedef mbd_types::math_policy::vector_type OpenTissue::mbd::SliderJoint< mbd_types >::vector_type

Constructor & Destructor Documentation

template<typename mbd_types >

OpenTissue::mbd::SliderJoint< mbd_types >::SliderJoint ( ) [inline]

template<typename mbd_types >

virtual OpenTissue::mbd::SliderJoint< mbd_types >::~SliderJoint ( ) [inline, virtual]

Member Function Documentation

template<typename mbd_types >

void OpenTissue::mbd::SliderJoint< mbd_types >::calibration ( ) [inline, virtual]

joint_type Calibration Routine. This method is invoked implicitly whenever the joint connectivity is changed (alteration of anchor points or joint axes).

It can also be invoked directly by and end user if the incident body position and/or rotations is changed.

Implements OpenTissue::mbd::JointInterface< mbd_types >.

template<typename mbd_types >

void OpenTissue::mbd::SliderJoint< mbd_types >::evaluate ( ) [inline]

template<typename mbd_types >

void OpenTissue::mbd::SliderJoint< mbd_types >::get_angular_jacobian_A ( matrix_range & J ) const [inline]

template<typename mbd_types >

void OpenTissue::mbd::SliderJoint< mbd_types >::get_angular_jacobian_B ( matrix_range & J ) const [inline]

template<typename mbd_types >

void OpenTissue::mbd::SliderJoint< mbd_types >::get_dependency_factors ( vector_range & factors ) const [inline]

template<typename mbd_types >

void OpenTissue::mbd::SliderJoint< mbd_types >::get_dependency_indices ( idx_vector_range & dep ) const [inline]

template<typename mbd_types >

void OpenTissue::mbd::SliderJoint< mbd_types >::get_high_limits ( vector_range & hi ) const [inline]

template<typename mbd_types >

void OpenTissue::mbd::SliderJoint< mbd_types >::get_linear_jacobian_A ( matrix_range & J ) const [inline]

template<typename mbd_types >

void OpenTissue::mbd::SliderJoint< mbd_types >::get_linear_jacobian_B ( matrix_range & J ) const [inline]

template<typename mbd_types >

void OpenTissue::mbd::SliderJoint< mbd_types >::get_low_limits ( vector_range & lo ) const [inline]

template<typename mbd_types >

size_type OpenTissue::mbd::SliderJoint< mbd_types >::get_number_of_jacobian_rows ( ) const [inline]

template<typename mbd_types >

real_type OpenTissue::mbd::SliderJoint< mbd_types >::get_offset ( ) const [inline]

Get Slider Offset.

Returns:

template<typename mbd_types >

real_type OpenTissue::mbd::SliderJoint< mbd_types >::get_offset_rate ( ) const [inline]

Get Offset Rate. This method computes the (signed) speed, by which the joint position moves along the joint axe.

Returns:: The offset speed.

template<typename mbd_types >

void OpenTissue::mbd::SliderJoint< mbd_types >::get_regularization ( vector_range & gamma ) const [inline]

template<typename mbd_types >

vector3_type OpenTissue::mbd::SliderJoint< mbd_types >::get_slider_axis_world ( ) const [inline]

template<typename mbd_types >

void OpenTissue::mbd::SliderJoint< mbd_types >::get_solution ( vector_range & solution ) const [inline]

template<typename mbd_types >

void OpenTissue::mbd::SliderJoint< mbd_types >::get_stabilization_term ( vector_range & b_error ) const [inline]

template<typename mbd_types >

void OpenTissue::mbd::SliderJoint< mbd_types >::set_limit ( linear_limit_type const & limit ) [inline]

template<typename mbd_types >

void OpenTissue::mbd::SliderJoint< mbd_types >::set_motor ( linear_motor_type const & motor ) [inline]

template<typename mbd_types >

void OpenTissue::mbd::SliderJoint< mbd_types >::set_regularization ( vector_range const & gamma ) [inline]

template<typename mbd_types >

void OpenTissue::mbd::SliderJoint< mbd_types >::set_solution ( vector_range const & solution ) [inline]

Member Data Documentation

template<typename mbd_types >

vector3_type OpenTissue::mbd::SliderJoint< mbd_types >::m_c [protected]

Center difference of the two bodies (I.e. c = r_cm^B - r_cm^A).

template<typename mbd_types >

vector_type OpenTissue::mbd::SliderJoint< mbd_types >::m_gamma [protected]

Local vector of constraint force mixing terms.

template<typename mbd_types >

vector3_type OpenTissue::mbd::SliderJoint< mbd_types >::m_half_cXt1 [protected]

Center difference of the two bodies (I.e. c = r_cm^B - r_cm^A) crossed with t1 and multiplied by 0.5.

template<typename mbd_types >

vector3_type OpenTissue::mbd::SliderJoint< mbd_types >::m_half_cXt2 [protected]

Center difference of the two bodies (I.e. c = r_cm^B - r_cm^A) crossed with t2 and multiplied by 0.5.

template<typename mbd_types >

linear_limit_type* OpenTissue::mbd::SliderJoint< mbd_types >::m_limit [protected]

template<typename mbd_types >

size_type OpenTissue::mbd::SliderJoint< mbd_types >::m_limit_offset [protected]

template<typename mbd_types >

linear_motor_type* OpenTissue::mbd::SliderJoint< mbd_types >::m_motor [protected]

template<typename mbd_types >

size_type OpenTissue::mbd::SliderJoint< mbd_types >::m_motor_offset [protected]

template<typename mbd_types >

quaternion_type OpenTissue::mbd::SliderJoint< mbd_types >::m_Q_error [protected]

A quaterion used to compute the rotaional misalignment in the slider joint.

template<typename mbd_types >

quaternion_type OpenTissue::mbd::SliderJoint< mbd_types >::m_Q_initial [protected]

The initial relative orientation between the two bodies (wrt. WCS) i.e. the rotation that aligns body A with body B.

template<typename mbd_types >

quaternion_type OpenTissue::mbd::SliderJoint< mbd_types >::m_Q_initial_conj [protected]

The conjugate of Q_initial.

template<typename mbd_types >

vector3_type OpenTissue::mbd::SliderJoint< mbd_types >::m_r_off_B [protected]

Initial (i.e. at calibration of joint) center difference of the two bodies (I.e. c = r_cm^B - r_cm^A) given in the body frame of body B.

template<typename mbd_types >

vector3_type OpenTissue::mbd::SliderJoint< mbd_types >::m_r_off_wcs [protected]

Initial (i.e. at calibration of joint) center difference of the two bodies (I.e. c = r_cm^B - r_cm^A) given in WCS.

template<typename mbd_types >

size_type OpenTissue::mbd::SliderJoint< mbd_types >::m_rows [protected]

Number of jacobian rows.

template<typename mbd_types >

vector_type OpenTissue::mbd::SliderJoint< mbd_types >::m_solution [protected]

Local solution vector, ie. vector of lagrange multipliers.

template<typename mbd_types >

vector3_type OpenTissue::mbd::SliderJoint< mbd_types >::m_t1 [protected]

A vector orthogonal to the joint axe (in WCS).

template<typename mbd_types >

vector3_type OpenTissue::mbd::SliderJoint< mbd_types >::m_t2 [protected]

Another vector orthogonal to the joint axe and t1 (in WCS).

template<typename mbd_types >

real_type OpenTissue::mbd::SliderJoint< mbd_types >::m_theta_error [protected]

Misalignment error around the u-axe.

template<typename mbd_types >

vector3_type OpenTissue::mbd::SliderJoint< mbd_types >::m_u [protected]

Error correction rotation axe. Ie. if joint is misaligned this vector is used to determine an rotation axe which can be used to align the joint along.

The documentation for this class was generated from the following file:

/home/hauberg/Dokumenter/Capture/humim-tracker-0.1/src/OpenTissue/OpenTissue/dynamics/mbd/joints/mbd_slider_joint.h

OpenTissue::mbd::SliderJoint< mbd_types > Class Template Reference

Public Types

Public Member Functions

Protected Attributes

template<typename mbd_types> class OpenTissue::mbd::SliderJoint< mbd_types >

Member Typedef Documentation

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation

template<typename mbd_types>
class OpenTissue::mbd::SliderJoint< mbd_types >