Uses of Class
jaron.components.Signal

Packages that use Signal
jaron.autopilot Provides the classes for the UAV Playground autopilot that includes stabilization and navigation. 
jaron.components Provides the classes that are the basis for most of the UAV Playground components. 
jaron.flightgear Provides the classes that are used to communicate with the FlightGear Flight Simulator. 
jaron.gui Provides the classes that support a GUI independent implementation of visual components. 
jaron.pde Provides GUI components for the Processing Development Environment (PDE). 
 

Uses of Signal in jaron.autopilot
 

Methods in jaron.autopilot that return Signal
 Signal FlightGearServoController.getAileron()
          Returns the aileron signal.
 Signal MotionController.getAileronInput()
          Returns a reference to the aileron input.
 Signal FlightData.getAileronInput()
           
 Signal MotionController.getAileronOutput()
          Returns a reference to the aileron output.
 Signal FlightData.getAileronOutput()
           
 Signal FlightGearMotionSensor.getAirSpeed()
          Returns the airspeed signal which is used for the event handling mechanism.
 Signal FlightData.getAirSpeed()
           
 Signal FlightGearGpsReceiver.getAltitudeAbsolute()
          Returns the absolute altitude signal which is used for the event handling mechanism.
 Signal FlightData.getAltitudeAbsolute()
           
 Signal FlightData.getAux1Input()
           
 Signal FlightData.getAux2Input()
           
 Signal MissionController.getCourseGainD()
          Returns the course D gain signal which is used for the event handling mechanism.
 Signal MissionController.getCourseGainI()
          Returns the course I gain signal which is used for the event handling mechanism.
 Signal MissionController.getCourseGainP()
          Returns the course P gain signal which is used for the event handling mechanism.
 Signal MissionController.getCourseMaxI()
          Returns the course maximum I signal which is used for the event handling mechanism.
 Signal MissionController.getCourseMinI()
          Returns the course minimum I signal which is used for the event handling mechanism.
 Signal MissionController.getCourseOverGround()
          Returns the course over ground signal which is used for the event handling mechanism.
 Signal FlightGearGpsReceiver.getCourseOverGround()
          Returns the course over ground signal which is used for the event handling mechanism.
 Signal FlightData.getCourseOverGround()
           
 Signal MissionController.getCurrentWaypoint()
          Returns the current waypoint signal which is used for the event handling mechanism.
 Signal FlightData.getCurrentWaypointIndex()
           
 Signal FlightGearServoController.getElevator()
          Returns the elevator signal.
 Signal MotionController.getElevatorInput()
          Returns a reference to the elevator input.
 Signal FlightData.getElevatorInput()
           
 Signal MotionController.getElevatorOutput()
          Returns a reference to the elevator output.
 Signal FlightData.getElevatorOutput()
           
 Signal FlightData.getGearInput()
           
 Signal MissionController.getLatitude()
          Returns the latitude signal which is used for the event handling mechanism.
 Signal FlightGearGpsReceiver.getLatitude()
          Returns the latitude signal which is used for the event handling mechanism.
 Signal FlightData.getLatitude()
           
 Signal MissionController.getLongitude()
          Returns the latitude signal which is used for the event handling mechanism.
 Signal FlightGearGpsReceiver.getLongitude()
          Returns the longitude signal which is used for the event handling mechanism.
 Signal FlightData.getLongitude()
           
 Signal MotionController.getPitchAngle()
          Returns a reference to the pitch angle input.
 Signal FlightGearMotionSensor.getPitchAngle()
          Returns the pitch angle signal which is used for the event handling mechanism.
 Signal FlightData.getPitchAngle()
           
 Signal MotionController.getPitchAnglePreset()
          Returns a reference to the pitch angle input.
 Signal MissionController.getPitchAnglePreset()
          Returns the pitch angle preset signal which is used for the event handling mechanism.
 Signal FlightData.getPitchAnglePreset()
           
 Signal FlightGearMotionSensor.getPitchAngularRate()
          Returns the angular pitch rate signal which is used for the event handling mechanism.
 Signal FlightData.getPitchAngularRate()
           
 Signal MotionController.getPitchGainD()
          Returns a reference to the pitch stabilization PID parameter gain-D.
 Signal MotionController.getPitchGainI()
          Returns a reference to the pitch stabilization PID parameter gain-I.
 Signal MotionController.getPitchGainP()
          Returns a reference to the pitch stabilization PID parameter gain-P.
 Signal MotionController.getPitchMaxI()
          Returns a reference to the pitch stabilization PID parameter max-I.
 Signal MotionController.getPitchMinI()
          Returns a reference to the pitch stabilization PID parameter min-I.
 Signal MotionController.getPitchTrim()
          Returns a reference to the pitch angle output.
 Signal FlightData.getPitchTrim()
           
 Signal MotionController.getRollAngle()
          Returns a reference to the roll angle output.
 Signal FlightGearMotionSensor.getRollAngle()
          Returns the roll angle signal which is used for the event handling mechanism.
 Signal FlightData.getRollAngle()
           
 Signal MotionController.getRollAnglePreset()
          Returns a reference to the roll angle input.
 Signal MissionController.getRollAnglePreset()
          Returns the roll angle preset signal which is used for the event handling mechanism.
 Signal FlightData.getRollAnglePreset()
           
 Signal FlightGearMotionSensor.getRollAngularRate()
          Returns the angular roll rate signal which is used for the event handling mechanism.
 Signal FlightData.getRollAngularRate()
           
 Signal MotionController.getRollGainD()
          Returns a reference to the roll stabilization PID parameter gain-D.
 Signal MotionController.getRollGainI()
          Returns a reference to the roll stabilization PID parameter gain-I.
 Signal MotionController.getRollGainP()
          Returns a reference to the roll stabilization PID parameter gain-P.
 Signal MotionController.getRollMaxI()
          Returns a reference to the pitch stabilization PID parameter max-I.
 Signal MotionController.getRollMinI()
          Returns a reference to the roll stabilization PID parameter min-I.
 Signal MotionController.getRollTrim()
          Returns a reference to the roll angle input.
 Signal FlightData.getRollTrim()
           
 Signal FlightGearServoController.getRudder()
          Returns the rudder signal.
 Signal FlightData.getRudderInput()
           
 Signal FlightData.getRudderOutput()
           
 Signal FlightGearGpsReceiver.getSatellites()
          Returns the satellite signal (number of satellites) which is used for the event handling mechanism.
 Signal FlightData.getSatellites()
           
 Signal MissionController.getSpeedOverGround()
          Returns the speed over ground signal which is used for the event handling mechanism.
 Signal FlightGearGpsReceiver.getSpeedOverGround()
          Returns the speed over ground signal which is used for the event handling mechanism.
 Signal FlightData.getSpeedOverGround()
           
 Signal MissionController.getTargetCourse()
          Returns the target course signal which is used for the event handling mechanism.
 Signal FlightData.getTargetCourse()
           
 Signal FlightGearServoController.getThrottle()
          Returns the aileron signal.
 Signal FlightData.getThrottleInput()
           
 Signal FlightData.getThrottleOutput()
           
 Signal FlightGearMotionSensor.getVerticalSpeed()
          Returns the vertical speed signal which is used for the event handling mechanism.
 Signal FlightData.getVerticalSpeed()
           
 Signal FlightData.getYawAngle()
           
 Signal FlightGearMotionSensor.getYawAngularRate()
          Returns the angular yaw rate signal which is used for the event handling mechanism.
 Signal FlightData.getYawAngularRate()
           
 

Methods in jaron.autopilot with parameters of type Signal
 void FlightData.setAileronInput(Signal aileronInput)
           
 void FlightData.setAileronOutput(Signal aileronOutput)
           
 void FlightData.setAirSpeed(Signal airSpeed)
           
 void FlightData.setAltitudeAbsolute(Signal altitudeAbsolute)
           
 void FlightData.setAux1Input(Signal aux1Input)
           
 void FlightData.setAux2Input(Signal aux2Input)
           
 void FlightData.setCourseOverGround(Signal courseOverGround)
           
 void FlightData.setCurrentWaypointIndex(Signal currentWaypointIndex)
           
 void FlightData.setElevatorInput(Signal elevatorInput)
           
 void FlightData.setElevatorOutput(Signal elevatorOutput)
           
 void FlightData.setGearInput(Signal gearInput)
           
 void FlightData.setLatitude(Signal latitude)
           
 void FlightData.setLongitude(Signal longitude)
           
 void FlightData.setPitchAngle(Signal pitchAngle)
           
 void FlightData.setPitchAnglePreset(Signal pitchAnglePreset)
           
 void FlightData.setPitchAngularRate(Signal pitchAngularRate)
           
 void FlightData.setPitchTrim(Signal pitchTrim)
           
 void FlightData.setRollAngle(Signal rollAngle)
           
 void FlightData.setRollAnglePreset(Signal rollAnglePreset)
           
 void FlightData.setRollAngularRate(Signal rollAngularRate)
           
 void FlightData.setRollTrim(Signal rollTrim)
           
 void FlightData.setRudderInput(Signal rudderInput)
           
 void FlightData.setRudderOutput(Signal rudderOutput)
           
 void FlightData.setSatellites(Signal satellites)
           
 void FlightData.setSpeedOverGround(Signal speedOverGround)
           
 void FlightData.setTargetCourse(Signal targetCourse)
           
 void FlightData.setThrottleInput(Signal throttleInput)
           
 void FlightData.setThrottleOutput(Signal throttleOutput)
           
 void FlightData.setVerticalSpeed(Signal verticalSpeed)
           
 void FlightData.setYawAngle(Signal yawAngle)
           
 void FlightData.setYawAngularRate(Signal yawAngularRate)
           
 

Uses of Signal in jaron.components
 

Subclasses of Signal in jaron.components
 class TwoWaySwitch
          The TwoWaySwitch class implements a switch with an input and two output signals (channels).
 

Methods in jaron.components that return Signal
 Signal TwoWaySwitch.getInput()
          Returns the input signal.
 Signal TwoWaySwitch.getOutput1()
          Returns the first output signal Output1.
 Signal TwoWaySwitch.getOutput2()
          Returns the second output signal Output2.
 

Uses of Signal in jaron.flightgear
 

Methods in jaron.flightgear that return Signal
 Signal FlightGearSender.getAileron()
          Returns a Signal object that provides access to the aileron data.
 Signal FlightGearSender.getElevator()
          Returns a Signal object that provides access to the elevator data.
 Signal FlightGearSender.getRudder()
          Returns a Signal object that provides access to the rudder data.
 Signal FlightGearSender.getThrottle()
          Returns a Signal object that provides access to the throttle data.
 

Uses of Signal in jaron.gui
 

Subclasses of Signal in jaron.gui
 class Axis
          The Axis class represents an axis that can be used in an actuator (see ActuatorXY).
 

Methods in jaron.gui that return Signal
 Signal Axis.getPowerSignal()
          Returns a reference to a Signal object containing a value that represents the current status of the axis.
 Signal ActuatorXY.getPowerSignal()
          Returns a reference to a Signal object containing a value that represents the current status of the actuator.
 Signal ActuatorXY.getSignalX()
          Returns a Signal object containing a value that represents the current value of the x-axis.
 Signal ActuatorXY.getSignalY()
          Returns a Signal object containing a value that represents the current value of the Y-axis.
 

Uses of Signal in jaron.pde
 

Subclasses of Signal in jaron.pde
 class RadioButton
          The RadioButton class provides a virtual on-off switch for the Processing Development Environment (PDE).
 class Servo
          The Servo class provides a virtual servo for the Processing Development Environment (PDE).
 

Methods in jaron.pde that return Signal
 Signal Graph.createGraph(java.lang.String label, int color)
          Adds a graph that will be drawn periodically and returns its signal.
 Signal Display.createTextLine(java.lang.String label)
          Creates and returns a new line.
 Signal ArtificialHorizon.getAileron()
          Returns a reference to a Signal object containing a value that represents the current deflection of the aileron.
 Signal ArtificialHorizon.getElevator()
          Returns a reference to a Signal object containing a value that represents the current deflection of the elevator.
 Signal ArtificialHorizon.getPitch()
          Returns a reference to a Signal object containing a value that represents the current pitch angle in degrees (not radians).
 Signal ArtificialHorizon.getRoll()
          Returns a reference to a Signal object containing a value that represents the current roll angle in degrees (not radians).
 Signal Slider.getSignal()
          Returns a Signal object containing a value that represents the current value of the slider.
 Signal Graph.getSignal(java.lang.String label)
          Returns the Signal of a certain graph.