Uses of Interface
jmri.Sensor

Packages that use Sensor

jmri	Provides basic interfaces and certain core implementations for the JMRI layout management concepts.
jmri.implementation	Provides implementations of various JMRI interfaces.
jmri.jmrit.automat	Classes to ease creation of layout automation, particularly signaling.
jmri.jmrit.dispatcher
jmri.jmrit.display	Control panel and visible icon classes.
jmri.jmrit.display.layoutEditor
jmri.jmrit.logix
jmri.jmrix.acela	This package handles communications for the CTI Acela hardware.
jmri.jmrix.can.cbus	Defines classes for interfacing to a MERG CBUS network.
jmri.jmrix.cmri.serial
jmri.jmrix.ecos	Support for the ESU ECoS.
jmri.jmrix.grapevine	This package handles communications for the ProTrak Grapevine hardware.
jmri.jmrix.jmriclient
jmri.jmrix.lenz
jmri.jmrix.loconet	Provides access to LocoNet systems, along with a lot of Swing-based tools.
jmri.jmrix.maple
jmri.jmrix.nce
jmri.jmrix.oaktree
jmri.jmrix.openlcb
jmri.jmrix.powerline	This package handles communications for powerline adapters, such as X10.
jmri.jmrix.rfid	This package handles communications for RFID adapters
jmri.jmrix.rfid.coreid	This package holds objects specific to the Generic RFID stand-alone readers that use the CORE-ID / ID-Innovations protocol.
jmri.jmrix.rfid.generic.standalone	This package handles communications for Generic RFID stand-alone readers that use the CORE-ID / ID-Innovations protocol.
jmri.jmrix.rfid.merg.concentrator	This package handles communications for MERG RFID Concentrators
jmri.jmrix.rps	This package contains software specific to the RPS system from NAC Services, Inc.
jmri.jmrix.secsi	This package handles communications for the TracTronics SECSI hardware.
jmri.jmrix.srcp	Provide a JMRI connection to an SRCP server.
jmri.managers	Provides implementations of various JMRI managers.

Uses of Sensor in jmri

Methods in jmri that return Sensor

Sensor	SensorManager.getBySystemName(String s)
Sensor	SensorManager.getByUserName(String s)
Sensor	Turnout.getFirstSensor() Get the first sensor, if defined.
Sensor	Section.getForwardBlockingSensor()
Sensor	Section.getForwardStoppingSensor()
Sensor	Route.getOutputSensor(int k) Get the 'k'th output Sensor of the Route.
Sensor	Section.getReverseBlockingSensor()
Sensor	Section.getReverseStoppingSensor()
Sensor	Turnout.getSecondSensor() Get the Second sensor, if defined.
Sensor	Block.getSensor()
Sensor	SensorManager.getSensor(String name) Locate via user name, then system name if needed.
Sensor	TransitSectionAction.getTriggerSensor()
Sensor	SensorManager.newSensor(String systemName, String userName) Return an instance with the specified system and user names.
Sensor	SensorManager.provideSensor(String name) Locate via user name, then system name if needed.
Sensor	Section.setForwardBlockingSensorName(String forwardSensor)
Sensor	Section.setForwardStoppingSensorName(String forwardSensor)
Sensor	Section.setReverseBlockingSensorName(String reverseSensor)
Sensor	Section.setReverseStoppingSensorName(String reverseSensor)

Methods in jmri that return types with arguments of type Sensor

NamedBeanHandle<Sensor>	Turnout.getFirstNamedSensor() Get the first sensor, if defined.
NamedBeanHandle<Sensor>	Block.getNamedSensor()
ArrayList<NamedBeanHandle<Sensor>>	SignalMastLogic.getNamedSensors(SignalMast destination)
NamedBeanHandle<Sensor>	Turnout.getSecondNamedSensor() Get the first sensor, if defined.
ArrayList<Sensor>	SignalMastLogic.getSensors(SignalMast destination)

Methods in jmri with parameters of type Sensor

int	SignalMastLogic.getSensorState(Sensor sensor, SignalMast destination)
boolean	SignalMastLogic.isSensorIncluded(Sensor sensor, SignalMast destination)
void	TransitSectionAction.setTriggerSensor(Sensor s)

Method parameters in jmri with type arguments of type Sensor

void	Block.setNamedSensor(NamedBeanHandle<Sensor> s)
void	SignalMastLogic.setSensors(Hashtable<NamedBeanHandle<Sensor>,Integer> sensors, SignalMast destination) Sets which sensors must be in a given state before our mast can be set.

Uses of Sensor in jmri.implementation

Classes in jmri.implementation that implement Sensor

class

AbstractSensor Abstract class providing the basic logic of the Sensor interface Sensor system names are always upper case.

Fields in jmri.implementation with type parameters of type Sensor

protected NamedBeanHandle<Sensor>	LightControl._namedControlSensor
protected NamedBeanHandle<Sensor>	LightControl._namedControlSensor2
protected NamedBeanHandle<Sensor>	LightControl._namedTimedControlSensor
protected NamedBeanHandle<Sensor>	DefaultRoute.mTurnoutsAlignedNamedSensor

Methods in jmri.implementation that return Sensor

Sensor	AbstractTurnout.getFirstSensor()
Sensor	DefaultRoute.getOutputSensor(int k) Method to return the 'k'th Sensor of the Route.
Sensor	DefaultRoute.getRouteSensor(int index) Method to get the control Sensor in this Route 'index' is the index in the Sensor array of the requested Sensor.
Sensor	AbstractTurnout.getSecondSensor()

Methods in jmri.implementation that return types with arguments of type Sensor

NamedBeanHandle<Sensor>	AbstractTurnout.getFirstNamedSensor()
ArrayList<NamedBeanHandle<Sensor>>	DefaultSignalMastLogic.getNamedSensors(SignalMast destination)
NamedBeanHandle<Sensor>	AbstractTurnout.getSecondNamedSensor()
ArrayList<Sensor>	DefaultSignalMastLogic.getSensors(SignalMast destination)

Methods in jmri.implementation with parameters of type Sensor

protected void	DefaultRoute.checkSensor(int newState, int oldState, Sensor sensor) Handle sensor update event to see if that will set the route.
int	DefaultSignalMastLogic.getSensorState(Sensor sensor, SignalMast destination)
boolean	DefaultSignalMastLogic.isSensorIncluded(Sensor sensor, SignalMast destination)

Method parameters in jmri.implementation with type arguments of type Sensor

void	AbstractTurnout.provideFirstFeedbackNamedSensor(NamedBeanHandle<Sensor> s)
void	AbstractTurnout.provideSecondFeedbackNamedSensor(NamedBeanHandle<Sensor> s)
void	DefaultSignalMastLogic.setSensors(Hashtable<NamedBeanHandle<Sensor>,Integer> sensors, SignalMast destination) Sets which sensors must be in a given state before our mast can be set.

Uses of Sensor in jmri.jmrit.automat

Methods in jmri.jmrit.automat with parameters of type Sensor

void	AbstractAutomaton.waitSensorActive(Sensor mSensor) Wait for a sensor to be active.
void	AbstractAutomaton.waitSensorActive(Sensor[] mSensors) Wait for one of a list of sensors to be be active.
int	AbstractAutomaton.waitSensorChange(int mState, Sensor mSensor) Wait for a sensor to change state.
void	AbstractAutomaton.waitSensorChange(Sensor[] mSensors) Wait for one of an array of sensors to change.
void	AbstractAutomaton.waitSensorInactive(Sensor mSensor) Wait for a sensor to be inactive.
void	AbstractAutomaton.waitSensorInactive(Sensor[] mSensors) Wait for one of a list of sensors to be be inactive.
void	AbstractAutomaton.waitSensorState(Sensor[] mSensors, int state) Wait for one of a list of sensors to be be in a selected state.
void	AbstractAutomaton.waitSensorState(Sensor mSensor, int state) Internal service routine to wait for one sensor to be in (or become in) a specific state.

Uses of Sensor in jmri.jmrit.dispatcher

Methods in jmri.jmrit.dispatcher that return Sensor

Sensor	AllocatedSection.getForwardStoppingSensor()
Sensor	AllocatedSection.getReverseStoppingSensor()

Uses of Sensor in jmri.jmrit.display

Methods in jmri.jmrit.display that return Sensor

Sensor	IndicatorTurnoutIcon.getOccSensor()
Sensor	IndicatorTrackIcon.getOccSensor()
Sensor	IndicatorTrack.getOccSensor()
Sensor	SensorIcon.getSensor()

Methods in jmri.jmrit.display that return types with arguments of type Sensor

NamedBeanHandle<Sensor>	IndicatorTurnoutIcon.getNamedOccSensor()
NamedBeanHandle<Sensor>	IndicatorTrackIcon.getNamedOccSensor()
NamedBeanHandle<Sensor>	IndicatorTrack.getNamedOccSensor()
NamedBeanHandle<Sensor>	SensorIcon.getNamedSensor()
NamedBeanHandle<Sensor>	MultiSensorIconAdder.getSensor(int index) Returns a Sensor object for your own use.

Method parameters in jmri.jmrit.display with type arguments of type Sensor

void	MultiSensorIcon.addEntry(NamedBeanHandle<Sensor> sensor, NamedIcon icon)
void	IndicatorTurnoutIcon.setOccSensorHandle(NamedBeanHandle<Sensor> sen)
void	IndicatorTrackIcon.setOccSensorHandle(NamedBeanHandle<Sensor> senHandle)
void	IndicatorTrack.setOccSensorHandle(NamedBeanHandle<Sensor> senHandle)
void	SensorIcon.setSensor(NamedBeanHandle<Sensor> s) Attached a named sensor to this display item

Uses of Sensor in jmri.jmrit.display.layoutEditor

Methods in jmri.jmrit.display.layoutEditor that return Sensor

Sensor	LayoutBlock.getOccupancySensor() Returns occupancy Sensor
Sensor	LayoutEditorTools.getSensorFromEntry(JTextField sensorName, boolean requireEntry, JmriJFrame frame) Returns the Sensor corresponding to an entry field in the specified dialog.
Sensor	LayoutEditorTools.getSensorFromName(String str) Returns a Sensor given a name
Sensor	LayoutBlockManager.getStabilisedSensor() Return the sensor used to indicate if the routing protocol has stabilised or not
Sensor	LayoutBlock.validateSensor(String sensorName, Component openFrame) Validates that the supplied occupancy sensor name corresponds to an existing sensor and is unique among all blocks.

Methods in jmri.jmrit.display.layoutEditor that return types with arguments of type Sensor

NamedBeanHandle<Sensor>

LayoutBlockManager.getNamedStabilisedSensor() Get the sensor used for the stability indication

Methods in jmri.jmrit.display.layoutEditor with parameters of type Sensor

LayoutBlock	LayoutBlockManager.getBlockWithSensorAssigned(Sensor s) Method to find a LayoutBlock with a specified Sensor assigned as its occupancy sensor.
LayoutBlock	LayoutBlockManager.getFacingBlockBySensor(Sensor sensor, LayoutEditor panel) Method to return the LayoutBlock that a given sensor is facing.
LayoutBlock	LayoutBlockManager.getProtectedBlockBySensor(Sensor sensor, LayoutEditor panel) Method to return the LayoutBlock that a given sensor is protecting.
boolean	LayoutEditorTools.isSensorAssignedAnywhere(Sensor sensor) Returns true if the specified Sensor is assigned to an object on the panel, regardless of whether an icon is displayed or not With sensors we do allow the same sensor to be allocated in both directions.
boolean	LayoutEditorTools.isSensorOnPanel(Sensor sensor)
void	LayoutEditorTools.removeAssignment(Sensor sensor)
void	LayoutEditorTools.removeSensorAssignment(Sensor sensor) Removes the assignment of the specified Sensor to either a turnout, a positionable point, or a level crossing wherever it is assigned

Uses of Sensor in jmri.jmrit.logix

Methods in jmri.jmrit.logix that return Sensor

Sensor

OBlock.getErrorSensor()

Method parameters in jmri.jmrit.logix with type arguments of type Sensor

void	OBlock.setNamedSensor(NamedBeanHandle<Sensor> namedSensor)

Uses of Sensor in jmri.jmrix.acela

Classes in jmri.jmrix.acela that implement Sensor

class

AcelaSensor Extend jmri.AbstractSensor for Acela systems

Fields in jmri.jmrix.acela declared as Sensor

protected Sensor[]

AcelaNode.sensorArray

Methods in jmri.jmrix.acela that return Sensor

Sensor

AcelaSensorManager.createNewSensor(String systemName, String userName) Create a new sensor if all checks are passed System name is normalized to ensure uniqueness.

Methods in jmri.jmrix.acela with parameters of type Sensor

void	AcelaNode.registerSensor(Sensor s, int rawaddr) The numbers here are 0 to MAXSENSORBITS, not 1 to MAXSENSORBITS.

Uses of Sensor in jmri.jmrix.can.cbus

Classes in jmri.jmrix.can.cbus that implement Sensor

class

CbusSensor Extend jmri.AbstractSensor for CBUS controls.

Methods in jmri.jmrix.can.cbus that return Sensor

Sensor

CbusSensorManager.createNewSensor(String systemName, String userName)

Uses of Sensor in jmri.jmrix.cmri.serial

Classes in jmri.jmrix.cmri.serial that implement Sensor

class

SerialSensor Extend jmri.AbstractSensor for C/MRI serial systems

Fields in jmri.jmrix.cmri.serial declared as Sensor

protected Sensor[]

SerialNode.sensorArray

Methods in jmri.jmrix.cmri.serial that return Sensor

Sensor

SerialSensorManager.createNewSensor(String systemName, String userName) Create a new sensor if all checks are passed System name is normalized to ensure uniqueness.

Methods in jmri.jmrix.cmri.serial with parameters of type Sensor

void	SerialNode.registerSensor(Sensor s, int i) The numbers here are 0 to MAXSENSORS, not 1 to MAXSENSORS.

Uses of Sensor in jmri.jmrix.ecos

Classes in jmri.jmrix.ecos that implement Sensor

class

EcosSensor Implement a Sensor via Ecos communications.

Methods in jmri.jmrix.ecos that return Sensor

Sensor

EcosSensorManager.createNewSensor(String systemName, String userName)

Uses of Sensor in jmri.jmrix.grapevine

Fields in jmri.jmrix.grapevine declared as Sensor

protected Sensor[]

SerialNode.sensorArray

Methods in jmri.jmrix.grapevine that return Sensor

Sensor

SerialSensorManager.createNewSensor(String systemName, String userName) Create a new sensor if all checks are passed System name is normalized to ensure uniqueness.

Methods in jmri.jmrix.grapevine with parameters of type Sensor

void	SerialNode.registerSensor(Sensor s, int i) The numbers here are 0 to MAXSENSORS, not 1 to MAXSENSORS.

Uses of Sensor in jmri.jmrix.jmriclient

Classes in jmri.jmrix.jmriclient that implement Sensor

class

JMRIClientSensor JMRIClient implementation of the Sensor interface.

Methods in jmri.jmrix.jmriclient that return Sensor

Sensor

JMRIClientSensorManager.createNewSensor(String systemName, String userName)

Uses of Sensor in jmri.jmrix.lenz

Classes in jmri.jmrix.lenz that implement Sensor

class

XNetSensor Extend jmri.AbstractSensor for XPressNet layouts.

Methods in jmri.jmrix.lenz that return Sensor

Sensor

XNetSensorManager.createNewSensor(String systemName, String userName)

Uses of Sensor in jmri.jmrix.loconet

Classes in jmri.jmrix.loconet that implement Sensor

class

LnSensor Extend jmri.AbstractSensor for LocoNet layouts.

Methods in jmri.jmrix.loconet that return Sensor

Sensor

LnSensorManager.createNewSensor(String systemName, String userName)

Uses of Sensor in jmri.jmrix.maple

Fields in jmri.jmrix.maple declared as Sensor

protected Sensor[]

InputBits.sensorArray

Methods in jmri.jmrix.maple that return Sensor

Sensor

SerialSensorManager.createNewSensor(String systemName, String userName) Create a new sensor if all checks are passed System name is normalized to ensure uniqueness.

Methods in jmri.jmrix.maple with parameters of type Sensor

void	InputBits.registerSensor(Sensor s, int i) The numbers here are 0 to MAXSENSORS, not 1 to MAXSENSORS.

Uses of Sensor in jmri.jmrix.nce

Classes in jmri.jmrix.nce that implement Sensor

class

NceSensor Extend jmri.AbstractSensor for NCE systems

Methods in jmri.jmrix.nce that return Sensor

Sensor	NceSensorManager.createNewSensor(String systemName, String userName)
Sensor	NceAIU.getSensor(int index) Return the sensor object for the specified AIU

Methods in jmri.jmrix.nce with parameters of type Sensor

void	NceAIU.registerSensor(Sensor s, int i) The numbers here are 0 to 15, not 1 to 16

Uses of Sensor in jmri.jmrix.oaktree

Fields in jmri.jmrix.oaktree declared as Sensor

protected Sensor[]

SerialNode.sensorArray

Methods in jmri.jmrix.oaktree that return Sensor

Sensor

SerialSensorManager.createNewSensor(String systemName, String userName) Create a new sensor if all checks are passed System name is normalized to ensure uniqueness.

Methods in jmri.jmrix.oaktree with parameters of type Sensor

void	SerialNode.registerSensor(Sensor s, int i) The numbers here are 0 to MAXSENSORS, not 1 to MAXSENSORS.

Uses of Sensor in jmri.jmrix.openlcb

Classes in jmri.jmrix.openlcb that implement Sensor

class

OlcbSensor Extend jmri.AbstractSensor for OpenLCB controls.

Methods in jmri.jmrix.openlcb that return Sensor

Sensor

OlcbSensorManager.createNewSensor(String systemName, String userName)

Uses of Sensor in jmri.jmrix.powerline

Methods in jmri.jmrix.powerline that return Sensor

Sensor

SerialSensorManager.createNewSensor(String systemName, String userName) Create a new sensor if all checks are passed System name is normalized to ensure uniqueness.

Uses of Sensor in jmri.jmrix.rfid

Classes in jmri.jmrix.rfid that implement Sensor

class

RfidSensor Extend jmri.AbstractSensor for RFID systems System names are "FSpppp", where ppp is a representation of the RFID reader.

Uses of Sensor in jmri.jmrix.rfid.coreid

Classes in jmri.jmrix.rfid.coreid that implement Sensor

class

CoreIdRfidSensor CORE-ID specific implementation of an RfidSensor.

Uses of Sensor in jmri.jmrix.rfid.generic.standalone

Methods in jmri.jmrix.rfid.generic.standalone that return Sensor

protected Sensor

SpecificSensorManager.createNewSensor(String systemName, String userName)

Uses of Sensor in jmri.jmrix.rfid.merg.concentrator

Methods in jmri.jmrix.rfid.merg.concentrator that return Sensor

protected Sensor

SpecificSensorManager.createNewSensor(String systemName, String userName)

Uses of Sensor in jmri.jmrix.rps

Classes in jmri.jmrix.rps that implement Sensor

class

RpsSensor Extend jmri.AbstractSensor for RPS systems System names are "RSpppp", where ppp is a representation of the region, for example "RS(0,0,0);(1,0,0);(1,1,0);(0,1,0)".

Methods in jmri.jmrix.rps that return Sensor

Sensor

RpsSensorManager.createNewSensor(String systemName, String userName)

Uses of Sensor in jmri.jmrix.secsi

Fields in jmri.jmrix.secsi declared as Sensor

protected Sensor[]

SerialNode.sensorArray

Methods in jmri.jmrix.secsi that return Sensor

Sensor

SerialSensorManager.createNewSensor(String systemName, String userName) Create a new sensor if all checks are passed System name is normalized to ensure uniqueness.

Methods in jmri.jmrix.secsi with parameters of type Sensor

void	SerialNode.registerSensor(Sensor s, int i) The numbers here are 0 to MAXSENSORS, not 1 to MAXSENSORS.

Uses of Sensor in jmri.jmrix.srcp

Classes in jmri.jmrix.srcp that implement Sensor

class

SRCPSensor SRCPSensor implementation of the Sensor interface.

Methods in jmri.jmrix.srcp that return Sensor

Sensor

SRCPSensorManager.createNewSensor(String systemName, String userName)

Uses of Sensor in jmri.managers

Methods in jmri.managers that return Sensor

protected Sensor	InternalSensorManager.createNewSensor(String systemName, String userName) Create an internal (dummy) sensor object
protected abstract Sensor	AbstractSensorManager.createNewSensor(String systemName, String userName) Internal method to invoke the factory, after all the logic for returning an existing method has been invoked.
Sensor	ProxySensorManager.getBySystemName(String sName) Locate an instance based on a system name.
Sensor	AbstractSensorManager.getBySystemName(String key)
Sensor	ProxySensorManager.getByUserName(String userName) Locate an instance based on a user name.
Sensor	AbstractSensorManager.getByUserName(String key)
Sensor	ProxySensorManager.getSensor(String name) Locate via user name, then system name if needed.
Sensor	AbstractSensorManager.getSensor(String name)
protected Sensor	ProxySensorManager.makeBean(int i, String systemName, String userName)
Sensor	ProxySensorManager.newSensor(String systemName, String userName) Return an instance with the specified system and user names.
Sensor	AbstractSensorManager.newSensor(String sysName, String userName)
Sensor	ProxySensorManager.provideSensor(String sName)
Sensor	AbstractSensorManager.provideSensor(String name)