Package xbot.common.controls.actuators.wpi_adapters

Class CANVictorSPXWpiAdapter

java.lang.Object

xbot.common.controls.actuators.XCANMotorController

xbot.common.controls.actuators.wpi_adapters.CANVictorSPXWpiAdapter

All Implemented Interfaces:

DataFrameRefreshable

public class CANVictorSPXWpiAdapter
extends XCANMotorController

Nested Class Summary

Nested Classes

Modifier and Type	Class	Description
static class	CANVictorSPXWpiAdapter.CANVictorSPXWpiAdapterFactory

Nested classes/interfaces inherited from class xbot.common.controls.actuators.XCANMotorController

XCANMotorController.MotorPidMode, XCANMotorController.XCANMotorControllerFactory

Field Summary

Fields inherited from class xbot.common.controls.actuators.XCANMotorController

akitName, busId, deviceId, firstPeriodicCall, inputs, kDProp, kGravityFFProp, kIProp, kMaxOutputProp, kMinOutputProp, kPProp, kVelocityFFProp, MAX_VOLTAGE, propertyFactory, softwareForwardLimit, softwareReverseLimit, usesPropertySystem

Constructor Summary

Constructors

Constructor	Description
CANVictorSPXWpiAdapter(CANMotorControllerInfo info, String owningSystemPrefix, PropertyFactory propertyFactory, DevicePolice police, RobotAssertionManager assertionManager, String pidPropertyPrefix, XCANMotorControllerPIDProperties defaultPIDProperties)

Method Summary

Modifier and Type	Method	Description
DeviceHealth	getHealth()
double	getPower()
boolean	isInverted()
void	setClosedLoopRampRates(Time dutyCyclePeriod, Time voltagePeriod)
void	setConfiguration(CANMotorControllerOutputConfig outputConfig)
void	setOpenLoopRampRates(Time dutyCyclePeriod, Time voltagePeriod)
void	setPidDirectly(double p, double i, double d, double velocityFF, double gravityFF, int slot)
void	setPositionAndVelocityUpdateFrequency(Frequency frequency)
void	setPower(double power)
void	setPowerRange(double minPower, double maxPower)
void	setRawPosition(Angle position)	Override the position of the motor controller.
void	setRawPositionTarget(Angle rawPosition, XCANMotorController.MotorPidMode mode, int slot)	Set the target position for the motor controller.
void	setRawVelocityTarget(AngularVelocity rawVelocity, XCANMotorController.MotorPidMode mode, int slot)	Set the target velocity for the motor controller.
void	setTrapezoidalProfileAcceleration(AngularAcceleration acceleration)
void	setTrapezoidalProfileJerk(Velocity<AngularAccelerationUnit> jerk)
void	setTrapezoidalProfileMaxVelocity(AngularVelocity velocity)
void	setVoltage(Voltage voltage)
void	setVoltageRange(Voltage minVoltage, Voltage maxVoltage)
protected void	updateInputs(XCANMotorControllerInputs inputs)

Methods inherited from class xbot.common.controls.actuators.XCANMotorController

convertDistanceToRawAngle, convertRawAngleToDistance, convertRawAngleToScaledAngle, convertRawVelocityToScaledVelocity, convertScaledAngleToRawAngle, convertScaledVelocityToRawVelocity, getCurrent, getPosition, getPositionAsDistance, getRawPosition, getRawVelocity, getVelocity, getVoltage, isValidPowerRequest, isValidVoltageRequest, periodic, refreshDataFrame, setAngleScaleFactor, setDistancePerMotorRotationsScaleFactor, setPidDirectly, setPidDirectly, setPosition, setPositionTarget, setPositionTarget, setPositionTarget, setRawPositionTarget, setRawPositionTarget, setRawVelocityTarget, setRawVelocityTarget, setSoftwareForwardLimit, setSoftwareReverseLimit, setVelocityTarget, setVelocityTarget, setVelocityTarget

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Details

CANVictorSPXWpiAdapter

@AssistedInject
public CANVictorSPXWpiAdapter(@Assisted("info")
 CANMotorControllerInfo info,
 @Assisted("owningSystemPrefix")
 String owningSystemPrefix,
 PropertyFactory propertyFactory,
 DevicePolice police,
 RobotAssertionManager assertionManager,
 @Assisted("pidPropertyPrefix")
 String pidPropertyPrefix,
 @Assisted("defaultPIDProperties")
 XCANMotorControllerPIDProperties defaultPIDProperties)

Method Details

setConfiguration

public void setConfiguration(CANMotorControllerOutputConfig outputConfig)

Specified by:

setConfiguration in class XCANMotorController

setPidDirectly

public void setPidDirectly(double p,
 double i,
 double d,
 double velocityFF,
 double gravityFF,
 int slot)

Specified by:

setPidDirectly in class XCANMotorController

getHealth

public DeviceHealth getHealth()

Specified by:

getHealth in class XCANMotorController

setOpenLoopRampRates

public void setOpenLoopRampRates(Time dutyCyclePeriod,
 Time voltagePeriod)

Specified by:

setOpenLoopRampRates in class XCANMotorController

setClosedLoopRampRates

public void setClosedLoopRampRates(Time dutyCyclePeriod,
 Time voltagePeriod)

Specified by:

setClosedLoopRampRates in class XCANMotorController

setTrapezoidalProfileAcceleration

public void setTrapezoidalProfileAcceleration(AngularAcceleration acceleration)

Specified by:

setTrapezoidalProfileAcceleration in class XCANMotorController

setTrapezoidalProfileJerk

public void setTrapezoidalProfileJerk(Velocity<AngularAccelerationUnit> jerk)

Specified by:

setTrapezoidalProfileJerk in class XCANMotorController

setTrapezoidalProfileMaxVelocity

public void setTrapezoidalProfileMaxVelocity(AngularVelocity velocity)

Specified by:

setTrapezoidalProfileMaxVelocity in class XCANMotorController

setPower

public void setPower(double power)

Specified by:

setPower in class XCANMotorController

getPower

public double getPower()

Specified by:

getPower in class XCANMotorController

setPowerRange

public void setPowerRange(double minPower,
 double maxPower)

Specified by:

setPowerRange in class XCANMotorController

setRawPosition

public void setRawPosition(Angle position)

Description copied from class: XCANMotorController

Override the position of the motor controller.

Typically, this would be called to zero the reported position of the motor as part of a calibration routine.

Specified by:

setRawPosition in class XCANMotorController

Parameters:

position - The new position to set.

setRawPositionTarget

public void setRawPositionTarget(Angle rawPosition,
 XCANMotorController.MotorPidMode mode,
 int slot)

Description copied from class: XCANMotorController

Set the target position for the motor controller.

Specified by:

setRawPositionTarget in class XCANMotorController

Parameters:

rawPosition - The target position to set.

mode - The PID mode to use when setting the target position.

slot - The PID slot to use when setting the target position.

setRawVelocityTarget

public void setRawVelocityTarget(AngularVelocity rawVelocity,
 XCANMotorController.MotorPidMode mode,
 int slot)

Description copied from class: XCANMotorController

Set the target velocity for the motor controller.

Specified by:

setRawVelocityTarget in class XCANMotorController

Parameters:

rawVelocity - The target velocity to set.

mode - The PID mode to use when setting the target velocity.

slot - The PID slot to use when setting the target velocity.

setVoltage

public void setVoltage(Voltage voltage)

Specified by:

setVoltage in class XCANMotorController

setVoltageRange

public void setVoltageRange(Voltage minVoltage,
 Voltage maxVoltage)

Specified by:

setVoltageRange in class XCANMotorController

isInverted

public boolean isInverted()

Specified by:

isInverted in class XCANMotorController

updateInputs

protected void updateInputs(XCANMotorControllerInputs inputs)

Specified by:

updateInputs in class XCANMotorController

setPositionAndVelocityUpdateFrequency

public void setPositionAndVelocityUpdateFrequency(Frequency frequency)

Specified by:

setPositionAndVelocityUpdateFrequency in class XCANMotorController