Uses of Annotation Type
jmri.InvokeOnLayoutThread

Packages that use InvokeOnLayoutThread

Package	Description
jmri	Provides basic interfaces and certain core implementations for the JMRI layout management concepts.
jmri.jmrit.display	Provides control panel and associated visible icon classes.
jmri.jmrit.logix	Support for implementing Warrants in JMRI.

Uses of InvokeOnLayoutThread in jmri

Methods in jmri with annotations of type InvokeOnLayoutThread

Modifier and Type	Method	Description
void	Light.activateLight()	Activates a Light.
void	Light.deactivateLight()	Deactivates a Light.
void	Turnout.enableLockOperation(int turnoutLockout, boolean locked)	Enable turnout lock operators.
void	DigitalIO.requestUpdateFromLayout()	Request an update from the layout soft/hardware.
default void	Light.requestUpdateFromLayout()	Request an update from the layout soft/hardware.
default void	VariableLight.requestUpdateFromLayout()	Request an update from the layout soft/hardware.
void	Turnout.setBinaryOutput(boolean state)	Use a binary output for sending commands.
void	DigitalIO.setCommandedState(int s)	Change the commanded state, which results in the relevant command(s) being sent to the hardware.
default void	Light.setCommandedState(int s)	Change the commanded state, which results in the relevant command(s) being sent to the hardware.
default void	Sensor.setCommandedState(int s)	Change the commanded state, which results in the relevant command(s) being sent to the hardware.
void	Turnout.setControlType(int num)	Set control type.
void	Light.setEnabled(boolean state)	Set the Enabled property, which determines whether the control logic built in the light object is operating or not.
void	Turnout.setFeedbackMode(int mode)	Set the feedback mode from a integer.
void	Turnout.setFeedbackMode(String mode)	Set the feedback mode from a human readable name.
void	Turnout.setInitialKnownStateFromFeedback()	Sets the initial known state (CLOSED,THROWN,UNKNOWN) from feedback information, if appropriate.
void	Sensor.setInverted(boolean inverted)	Control whether the actual sensor input is considered to be inverted, such that the normal electrical signal that normally results in an ACTIVE state now results in an INACTIVE state.
void	Sensor.setKnownState(int newState)	Set the known state on the layout.
void	Turnout.setLocked(int turnoutLockout, boolean locked)	Lock a turnout.
void	VariableLight.setMaxIntensity(double intensity)	Set the value of the maxIntensity property.
void	VariableLight.setMinIntensity(double intensity)	Set the value of the minIntensity property.
void	VariableControlSpanBean.setNumberControlBits(int num)	Set number of input/output bits this bean controls.
void	Sensor.setPullResistance(Sensor.PullResistance r)	Set the pull resistance
void	Turnout.setReportLocked(boolean reportLocked)	Set reporting of use of locked turnout by a cab or throttle.
void	AnalogIO.setState(double value)	Provide generic access to internal state.
void	Light.setState(int newState)	Set the demanded output state.
void	NamedBean.setState(int s)	Provide generic access to internal state.
void	VariableLight.setTargetIntensity(double intensity)	Set the intended new intensity value for the Light.
void	VariableLight.setTransitionTime(double minutes)	Set the fast-clock duration for a transition from full ON to full OFF or vice-versa.
void	Turnout.setTurnoutOperation(TurnoutOperation toper)	set current automation class

Uses of InvokeOnLayoutThread in jmri.jmrit.display

Methods in jmri.jmrit.display with annotations of type InvokeOnLayoutThread

Modifier and Type	Method	Description
protected void	IndicatorTrackPaths.setLocoIcon(OBlock block, Point pt, Dimension size, Editor ed)

Uses of InvokeOnLayoutThread in jmri.jmrit.logix

Methods in jmri.jmrit.logix with annotations of type InvokeOnLayoutThread

Modifier and Type	Method	Description
protected void	Warrant.goingActive(OBlock block)	Check if this is the next block of the train moving under the warrant Learn mode assumes route is set and clear.
protected void	Warrant.goingInactive(OBlock block)