LibXR::Kinematic::Object< Scalar > Class Template Reference

机器人中的物体（Object）类。 Object class representing an entity in the robot. More...

#include <kinematic.hpp>

Inheritance diagram for LibXR::Kinematic::Object< Scalar >:

Collaboration diagram for LibXR::Kinematic::Object< Scalar >:

Data Structures
struct	Param
	物体参数结构体，存储物体的惯性参数。 Structure storing inertia parameters of the object. More...
struct	Runtime
	物体运行时状态结构体，存储物体的变换信息。 Structure storing runtime transformation data of the object. More...

Public Types
typedef List::Node< Joint< Scalar > * >	Link
	关节链接类型。 Type for linking joints.

Public Member Functions
	Object (Inertia< Scalar > &inertia)
	使用惯性参数构造 Object 对象。 Constructs an Object using inertia parameters.
void	SetPosition (const Position< Scalar > &pos)
	设置物体的位置信息。 Sets the position of the object.
void	SetQuaternion (const Quaternion< Scalar > &quat)
	设置物体的旋转信息（四元数表示）。 Sets the rotation of the object using a quaternion.
virtual void	CalcBackward ()

Data Fields
List	joints
	物体的关节列表。 List of joints associated with the object.
Joint< Scalar > *	parent = nullptr
	指向父关节的指针。 Pointer to the parent joint.
Param	param_
	物体参数。 Object parameters.
Runtime	runtime_
	物体运行时状态。 Object runtime data.

Detailed Description

template<typename Scalar>
class LibXR::Kinematic::Object< Scalar >

机器人中的物体（Object）类。 Object class representing an entity in the robot.

该类表示机器人中的刚性体，如连杆、基座等，并提供运动学计算方法。 This class represents rigid bodies in the robot, such as links and bases, and provides kinematic computation methods.

Template Parameters

Scalar

角度和位置的存储类型。 The storage type for angles and positions.

Definition at line 185 of file kinematic.hpp.

Member Typedef Documentation

Link

template<typename Scalar >

List::Node<Joint<Scalar> *> LibXR::Kinematic::Object< Scalar >::Link

关节链接类型。 Type for linking joints.

Definition at line 188 of file kinematic.hpp.

Constructor & Destructor Documentation

Object()

template<typename Scalar >

LibXR::Kinematic::Object< Scalar >::Object ( Inertia< Scalar > & inertia )

inline

使用惯性参数构造 Object 对象。 Constructs an Object using inertia parameters.

Parameters

inertia

物体的惯性参数。 The inertia parameters of the object.

Definition at line 224 of file kinematic.hpp.

: param_({inertia}) {}

Member Function Documentation

CalcBackward()

template<typename Scalar >

virtual void LibXR::Kinematic::Object< Scalar >::CalcBackward ( )

inlinevirtual

Definition at line 252 of file kinematic.hpp.

{}

SetPosition()

template<typename Scalar >

void LibXR::Kinematic::Object< Scalar >::SetPosition ( const Position< Scalar > & pos )

inline

设置物体的位置信息。 Sets the position of the object.

该函数将 pos 赋值给 runtime_.state，用于更新物体的当前位置。 This function assigns pos to runtime_.state, updating the current position of the object.

Parameters

pos	物体的新位置。 The new position of the object.

Definition at line 237 of file kinematic.hpp.

{ runtime_.state = pos; }

SetQuaternion()

template<typename Scalar >

void LibXR::Kinematic::Object< Scalar >::SetQuaternion ( const Quaternion< Scalar > & quat )

inline

设置物体的旋转信息（四元数表示）。 Sets the rotation of the object using a quaternion.

该函数将 quat 赋值给 runtime_.state，用于更新物体的当前旋转状态。 This function assigns quat to runtime_.state, updating the current rotation state of the object.

Parameters

quat	物体的新旋转四元数。 The new quaternion representing the object's rotation.

Definition at line 250 of file kinematic.hpp.

{ runtime_.state = quat; }

Field Documentation

joints

template<typename Scalar >

List LibXR::Kinematic::Object< Scalar >::joints

物体的关节列表。 List of joints associated with the object.

Definition at line 211 of file kinematic.hpp.

param_

template<typename Scalar >

Param LibXR::Kinematic::Object< Scalar >::param_

物体参数。 Object parameters.

Definition at line 215 of file kinematic.hpp.

parent

template<typename Scalar >

Joint<Scalar>* LibXR::Kinematic::Object< Scalar >::parent = nullptr

指向父关节的指针。 Pointer to the parent joint.

Definition at line 213 of file kinematic.hpp.

runtime_

template<typename Scalar >

Runtime LibXR::Kinematic::Object< Scalar >::runtime_

物体运行时状态。 Object runtime data.

Definition at line 216 of file kinematic.hpp.

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

• src/utils/kinematic.hpp