Inheritance diagram for robot::sim_motor:

Collaboration diagram for robot::sim_motor:

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Public Member Functions
	sim_motor (robot::types::motorid_t motor, bool hasPosSensor, const std::string &name, const std::string &path)
	Constructor for can motor.

void	setMotorPower (double power) override
	Set the PWM command of the motor.

void	setMotorPos (int32_t targetPos) override
	Set the target position of the motor.

types::DataPoint< int32_t >	getMotorPos () const override
	Get the last reported position of the specified motor.

Public Member Functions inherited from robot::base_motor
	base_motor (robot::types::motorid_t motor, bool hasPosSensor)
	Constructor for base motor.

bool	hasPositionSensor () const
	Returns the status of the motor position sensor.

virtual void	setMotorVel (int32_t targetVel)
	Sets the velocity of the motor.

	base_motor (const base_motor &)=delete
	Delete the copy constructor.

base_motor &	operator= (const base_motor &)=delete
	Delete the copy operator.

Additional Inherited Members
Protected Member Functions inherited from robot::base_motor
void	constructVelController ()
	Constructs a Jacobian Vel Controller.

void	unscheduleVelocityEvent ()
	Unschedules the velocity event if it exists.

Protected Attributes inherited from robot::base_motor
robot::types::motorid_t	motor_id

bool	posSensor

std::optional< util::PeriodicScheduler< std::chrono::steady_clock >::eventid_t >	velEventID

std::optional< JacobianVelController< 1, 1 > >	velController

Static Protected Attributes inherited from robot::base_motor
static std::optional< util::PeriodicScheduler< std::chrono::steady_clock > >	pSched

static std::mutex	schedulerMutex

Constructor & Destructor Documentation

◆ sim_motor()

Constructor for can motor.

Parameters

motor	The motor id to manipulate.
hasPosSensor	Boolean to indicate if the motor has a position sensor.
name	The name of the motor.
protocol_path	Websocket protocol path.

types::DataPoint< int32_t > robot::sim_motor::getMotorPos ( ) const

overridevirtual

Get the last reported position of the specified motor.

Returns: types::DataPoint<int32_t> The last reported position of the motor, if it exists. If the motor has not reported a position (because it hasn't been received yet or if it doesn't have an encoder) then an empty data point is returned.

void robot::sim_motor::setMotorPos ( int32_t targetPos )

overridevirtual

Set the target position of the motor.

This will have no effect if the motor does not support PID.

Parameters

targetPos The target position, in millidegrees. Refer to the specific motor for more information.

void robot::sim_motor::setMotorPower ( double power )

overridevirtual

Set the PWM command of the motor.

Parameters

power The power command, in the range [-1, 1]

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