Public Member Functions | Protected Types | Protected Member Functions | Protected Attributes
shadowrobot::VirtualShadowhand Class Reference

The Virtual Shadowhand can be used as a simulator. As both the real hand and the virtual hand are children from the shadowhand class, using a virtual or a real hand doesn't change anything in the way you call them in your programs. More...

#include <virtual_shadowhand.h>

Inheritance diagram for shadowrobot::VirtualShadowhand:
Inheritance graph
[legend]

List of all members.

Public Member Functions

virtual JointsMap getAllJointsData ()
virtual void getConfig (std::string joint_name)
virtual JointControllerData getContrl (std::string ctrlr_name)
virtual std::vector
< DiagnosticData
getDiagnostics ()
virtual JointData getJointData (std::string joint_name)
virtual short sendupdate (std::string joint_name, double target)
virtual short setConfig (std::vector< std::string > myConfig)
virtual short setContrl (std::string contrlr_name, JointControllerData ctrlr_data)
 VirtualShadowhand ()
virtual ~VirtualShadowhand ()

Protected Types

typedef std::map< std::string,
JointControllerData
ControllersMap

Protected Member Functions

void initializeMap ()
double toDegrees (double rad)
double toRad (double deg)

Protected Attributes

ControllersMap controllers_map
 Contains the mapping between the controller names and their data.
ros::NodeHandle n_tilde
ros::NodeHandle node
 ROS Node handles.

Detailed Description

The Virtual Shadowhand can be used as a simulator. As both the real hand and the virtual hand are children from the shadowhand class, using a virtual or a real hand doesn't change anything in the way you call them in your programs.

Definition at line 43 of file virtual_shadowhand.h.


Member Typedef Documentation

See also:
controllers_map

Definition at line 108 of file virtual_shadowhand.h.


Constructor & Destructor Documentation

Initializes the necessary mappings with a static list of names.

Definition at line 43 of file virtual_shadowhand.cpp.

Definition at line 64 of file virtual_shadowhand.cpp.


Member Function Documentation

Get the data for all the joints.

Returns:
a mapping between the joints names and the information for each joint.

Implements shadowrobot::SRArticulatedRobot.

Definition at line 340 of file virtual_shadowhand.cpp.

Get the config of the palm

Todo:
Not implemented yet
Parameters:
joint_name

Implements shadowrobot::SRArticulatedRobot.

Definition at line 408 of file virtual_shadowhand.cpp.

Get the controller parameters for a given controller name.

Parameters:
contrlr_namethe name of the controller.
Returns:
The parameters of this controller

Implements shadowrobot::SRArticulatedRobot.

Definition at line 383 of file virtual_shadowhand.cpp.

Generates a set of random data to be published by the diagnostic publisher, but keep the position and target as they are ( those are updated by the sendupdate() function).

Returns:
A vector containing all the diagnostics for the hand (motor information, etc...)

Implements shadowrobot::SRArticulatedRobot.

Definition at line 413 of file virtual_shadowhand.cpp.

In the virtual hand, getJointData() simply fetches the data from a given joint in the joints_map. As the targets and positions are up to date, there's no need of reading other values here for those two values. However, we generate random values for the other data (temperature, current, etc...)

Parameters:
joint_nameThe name of the joint, as specified in joints_map.
Returns:
The information regarding this joint.

Implements shadowrobot::SRArticulatedRobot.

Definition at line 312 of file virtual_shadowhand.cpp.

Initialize a mapping for the joints as well as a mapping for the controllers.

the parameters for the motors

Definition at line 68 of file virtual_shadowhand.cpp.

short shadowrobot::VirtualShadowhand::sendupdate ( std::string  joint_name,
double  target 
) [virtual]

This function will set the target of the object to the given angle. It will also set the position to this target.

Todo:
This could be improved by implementing a control algorithm in this theoretic hand.
Parameters:
joint_nameThe Joint in joints_map you wish to send the target to.
targetThe target in degree
Returns:
0 if success ; -1 if error

Implements shadowrobot::SRArticulatedRobot.

Definition at line 221 of file virtual_shadowhand.cpp.

short shadowrobot::VirtualShadowhand::setConfig ( std::vector< std::string myConfig) [virtual]

Set the config of the palm

Todo:
Not implemented yet
Parameters:
myConfig
Returns:

Implements shadowrobot::SRArticulatedRobot.

Definition at line 402 of file virtual_shadowhand.cpp.

short shadowrobot::VirtualShadowhand::setContrl ( std::string  contrlr_name,
JointControllerData  ctrlr_data 
) [virtual]

Set the controller parameters for a given controller name.

Parameters:
contrlr_nameThe name of the controller to setup.
ctrlr_dataThe data to pass to this controller.
Returns:
0 if success.

Implements shadowrobot::SRArticulatedRobot.

Definition at line 363 of file virtual_shadowhand.cpp.

double shadowrobot::VirtualShadowhand::toDegrees ( double  rad) [inline, protected]

Convert an angle in radian to an angle in degrees.

Parameters:
radthe angle in rads
Returns:
the value in degrees.

Definition at line 127 of file virtual_shadowhand.h.

double shadowrobot::VirtualShadowhand::toRad ( double  deg) [inline, protected]

Convert an angle in degree to an angle in radians.

Parameters:
degthe angle in degrees
Returns:
the value in rads.

Definition at line 117 of file virtual_shadowhand.h.


Member Data Documentation

Contains the mapping between the controller names and their data.

Definition at line 110 of file virtual_shadowhand.h.

Definition at line 90 of file virtual_shadowhand.h.

ROS Node handles.

Definition at line 90 of file virtual_shadowhand.h.


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


sr_hand
Author(s): Ugo Cupcic
autogenerated on Fri Aug 21 2015 12:24:55