java.lang.Object
- jmri.beans.PropertyChangeSupport
- - jmri.jmrix.AbstractThrottle

All Implemented Interfaces:

PropertyChangeFirer, PropertyChangeProvider, DccThrottle, Throttle

Direct Known Subclasses:

CbusThrottle, DCCppThrottle, DebugThrottle, EasyDccThrottle, EcosDccThrottle, LocoNetThrottle, MarklinThrottle, MrcThrottle, Mx1Throttle, NceThrottle, OlcbThrottle, Pr2Throttle, SerialThrottle, SprogCSThrottle, SprogThrottle, SRCPThrottle, TamsThrottle, Throttle, XNetThrottle, XpaThrottle
```
public abstract class AbstractThrottle
extends PropertyChangeSupport
implements DccThrottle
```
An abstract implementation of DccThrottle. Based on Glen Oberhauser's original LnThrottleManager implementation.
Note that this implements DccThrottle, not Throttle directly, so it has some DCC-specific content.

Field Summary

Fields
Modifier and Type	Field	Description
`protected boolean`	`active`	Is this object still usable?
`protected SystemConnectionMemo`	`adapterMemo`	System Connection this throttle is on
`(package private) long`	`durationRunning`
`protected boolean`	`isForward`
`(package private) BasicRosterEntry`	`re`
`protected float`	`speedSetting`
`protected SpeedStepMode`	`speedStepMode`	Question: should we set a default speed step mode so it's never zero?
`protected long`	`start`

Fields inherited from class jmri.beans.PropertyChangeSupport
propertyChangeSupport

Fields inherited from interface jmri.Throttle
F0, F0Momentary, F1, F10, F10Momentary, F11, F11Momentary, F12, F12Momentary, F13, F13Momentary, F14, F14Momentary, F15, F15Momentary, F16, F16Momentary, F17, F17Momentary, F18, F18Momentary, F19, F19Momentary, F1Momentary, F2, F20, F20Momentary, F21, F21Momentary, F22, F22Momentary, F23, F23Momentary, F24, F24Momentary, F25, F25Momentary, F26, F26Momentary, F27, F27Momentary, F28, F28Momentary, F2Momentary, F3, F3Momentary, F4, F4Momentary, F5, F5Momentary, F6, F6Momentary, F7, F7Momentary, F8, F8Momentary, F9, F9Momentary, FUNCTION_GROUPS, ISFORWARD, SPEEDINCREMENT, SPEEDSETTING, SPEEDSTEPMODE, SPEEDSTEPS

Constructor Summary

Constructors
Constructor	Description
`AbstractThrottle(SystemConnectionMemo memo)`	Create a new AbstractThrottle with Functions 0-28..
`AbstractThrottle(SystemConnectionMemo memo, int totalFunctions)`	Create a new AbstractThrottle with custom number of functions.

Method Summary

All Methods Static Methods Instance Methods Abstract Methods Concrete Methods
Modifier and Type	Method	Description
`void`	`addPropertyChangeListener(java.beans.PropertyChangeListener l)`	Temporary behaviour only allowing unique PCLs.
`void`	`dispatch(ThrottleListener l)`	Finished with this Throttle, tell the layout that the locomotive is available for reuse/reallocation by somebody else.
`void`	`dispose(ThrottleListener l)`	Call from a ThrottleListener to dispose of the throttle instance
`protected void`	`finishRecord()`
`boolean`	`getFunction(int fN)`	Get Loco Function status.
`boolean`	`getFunctionMomentary(int fN)`	Get the Momentary Function Value.
`protected boolean`	`getFunctionMomentaryNoWarn(int fN)`	Get Momentary Function Number without warning if Throttle does not support.
`protected boolean`	`getFunctionNoWarn(int fN)`	Get Function Number without warning if Throttle does not support.
`boolean[]`	`getFunctions()`	Get copy of function array.
`boolean[]`	`getFunctionsMomentary()`	Get copy of function momentary status array.
`boolean`	`getIsForward()`	direction This is an bound parameter.
`BasicRosterEntry`	`getRosterEntry()`
`float`	`getSpeedIncrement()`	Handle quantized speed.
`float`	`getSpeedSetting()`	speed - expressed as a value 0.0 -> 1.0. Negative means emergency stop.
`SpeedStepMode`	`getSpeedStepMode()`	Get the current speed step value.
`protected int`	`intSpeed(float speed)`	Get an integer speed for the given raw speed value.
`protected static int`	`intSpeed(float speed, int steps)`	Get an integer speed for the given raw speed value.
`protected void`	`notifyThrottleDisconnect()`	Notify listeners that a Throttle has disconnected and is no longer available for use.
`void`	`notifyThrottleDispatchEnabled(boolean newVal)`	Notify listeners that a Throttle has Dispatch enabled or disabled.
`void`	`notifyThrottleReleaseEnabled(boolean newVal)`	Notify listeners that a Throttle has Release enabled or disabled.
`protected void`	`record(float speed)`	Processes updated speed from subclasses.
`void`	`release(ThrottleListener l)`	Finished with this Throttle, tell the layout that the locomotive is available for reuse/reallocation by somebody else.
`void`	`removePropertyChangeListener(java.beans.PropertyChangeListener l)`	Remove the specified listener from this object.
`protected void`	`sendFunctionGroup(int functionNum, boolean momentary)`	Send whole (DCC) Function Group for a particular function number.
`protected void`	`sendFunctionGroup1()`	Send the message to set the state of functions F0, F1, F2, F3, F4.
`protected void`	`sendFunctionGroup10()`	Send the message to set the state of functions F61 - F68.
`protected void`	`sendFunctionGroup2()`	Send the message to set the state of functions F5, F6, F7, F8.
`protected void`	`sendFunctionGroup3()`	Send the message to set the state of functions F9, F10, F11, F12.
`protected void`	`sendFunctionGroup4()`	Send the message to set the state of functions F13, F14, F15, F16, F17, F18, F19, F20.
`protected void`	`sendFunctionGroup5()`	Send the message to set the state of functions F21, F22, F23, F24, F25, F26, F27, F28.
`protected void`	`sendFunctionGroup6()`	Send the message to set the state of functions F29 - F36.
`protected void`	`sendFunctionGroup7()`	Send the message to set the state of functions F37 - F44.
`protected void`	`sendFunctionGroup8()`	Send the message to set the state of functions F45 - F52.
`protected void`	`sendFunctionGroup9()`	Send the message to set the state of functions F53 - F60.
`protected void`	`sendMomentaryFunctionGroup1()`	Send the message to set the momentary state of functions F0, F1, F2, F3, F4.
`protected void`	`sendMomentaryFunctionGroup10()`	Send the message to set the Momentary state of functions F61 - F68
`protected void`	`sendMomentaryFunctionGroup2()`	Send the message to set the momentary state of functions F5, F6, F7, F8.
`protected void`	`sendMomentaryFunctionGroup3()`	Send the message to set the Momentary state of functions F9, F10, F11, F12
`protected void`	`sendMomentaryFunctionGroup4()`	Send the message to set the Momentary state of functions F13, F14, F15, F16, F17, F18, F19, F20
`protected void`	`sendMomentaryFunctionGroup5()`	Send the message to set the Momentary state of functions F21, F22, F23, F24, F25, F26, F27, F28
`protected void`	`sendMomentaryFunctionGroup6()`	Send the message to set the Momentary state of functions F29 - F36
`protected void`	`sendMomentaryFunctionGroup7()`	Send the message to set the Momentary state of functions F37 - F44
`protected void`	`sendMomentaryFunctionGroup8()`	Send the message to set the Momentary state of functions F45 - 52
`protected void`	`sendMomentaryFunctionGroup9()`	Send the message to set the Momentary state of functions F53 - F60
`void`	`setFunction(int functionNum, boolean newState)`	Set Loco Function and send to Layout.
`void`	`setFunctionMomentary(int momFuncNum, boolean state)`	Sets Momentary Function and sends to layout.
`void`	`setIsForward(boolean forward)`	Implementing functions should override this function, but should either make a call to super.setIsForward() to notify the listeners, or should notify the listeners themselves.
`void`	`setRosterEntry(BasicRosterEntry re)`
`void`	`setSpeedSetting(float speed)`	setSpeedSetting - Implementing functions should override this function, but should either make a call to super.setSpeedSetting() to notify the listeners at the end of their work, or should notify the listeners themselves.
`void`	`setSpeedSetting(float speed, boolean allowDuplicates, boolean allowDuplicatesOnStop)`	setSpeedSetting - Implementations should override this method only if they normally suppress messages to the system if, as far as JMRI can tell, the new message would make no difference to the system state (eg.
`void`	`setSpeedSettingAgain(float speed)`	setSpeedSettingAgain - set the speed and don't ever suppress the sending of messages to the system
`void`	`setSpeedStepMode(SpeedStepMode mode)`	Set the speed step value.
`protected void`	`startClock()`
`(package private) void`	`stopClock()`
`protected abstract void`	`throttleDispose()`	Dispose when finished with this Throttle.
`void`	`updateFunction(int fn, boolean state)`	Update the state of a single function.
`void`	`updateFunctionMomentary(int fn, boolean state)`	Update the Momentary state of a single function.

Methods inherited from class jmri.beans.PropertyChangeSupport
addPropertyChangeListener, fireIndexedPropertyChange, fireIndexedPropertyChange, fireIndexedPropertyChange, firePropertyChange, firePropertyChange, firePropertyChange, firePropertyChange, getPropertyChangeListeners, getPropertyChangeListeners, removePropertyChangeListener

Methods inherited from class java.lang.Object
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Methods inherited from interface jmri.beans.PropertyChangeProvider
addPropertyChangeListener, getPropertyChangeListeners, getPropertyChangeListeners, removePropertyChangeListener

Methods inherited from interface jmri.Throttle
getF0, getF0Momentary, getF1, getF10, getF10Momentary, getF11, getF11Momentary, getF12, getF12Momentary, getF13, getF13Momentary, getF14, getF14Momentary, getF15, getF15Momentary, getF16, getF16Momentary, getF17, getF17Momentary, getF18, getF18Momentary, getF19, getF19Momentary, getF1Momentary, getF2, getF20, getF20Momentary, getF21, getF21Momentary, getF22, getF22Momentary, getF23, getF23Momentary, getF24, getF24Momentary, getF25, getF25Momentary, getF26, getF26Momentary, getF27, getF27Momentary, getF28, getF28Momentary, getF2Momentary, getF3, getF3Momentary, getF4, getF4Momentary, getF5, getF5Momentary, getF6, getF6Momentary, getF7, getF7Momentary, getF8, getF8Momentary, getF9, getF9Momentary, getLocoAddress, setF0, setF0Momentary, setF1, setF10, setF10Momentary, setF11, setF11Momentary, setF12, setF12Momentary, setF13, setF13Momentary, setF14, setF14Momentary, setF15, setF15Momentary, setF16, setF16Momentary, setF17, setF17Momentary, setF18, setF18Momentary, setF19, setF19Momentary, setF1Momentary, setF2, setF20, setF20Momentary, setF21, setF21Momentary, setF22, setF22Momentary, setF23, setF23Momentary, setF24, setF24Momentary, setF25, setF25Momentary, setF26, setF26Momentary, setF27, setF27Momentary, setF28, setF28Momentary, setF2Momentary, setF3, setF3Momentary, setF4, setF4Momentary, setF5, setF5Momentary, setF6, setF6Momentary, setF7, setF7Momentary, setF8, setF8Momentary, setF9, setF9Momentary

- Field Detail
  - speedSetting
```
protected float speedSetting
```
  - speedStepMode
```
protected SpeedStepMode speedStepMode
```
    Question: should we set a default speed step mode so it's never zero?
  - isForward
```
protected boolean isForward
```
  - active
```
protected boolean active
```
    Is this object still usable? Set false after dispose, this variable is used to check for incorrect usage.
  - adapterMemo
```
protected SystemConnectionMemo adapterMemo
```
    System Connection this throttle is on
  - durationRunning
```
long durationRunning
```
  - start
```
protected long start
```
  - re
```
BasicRosterEntry re
```
- Constructor Detail
  - AbstractThrottle
```
public AbstractThrottle(SystemConnectionMemo memo)
```
    Create a new AbstractThrottle with Functions 0-28..
    All function and momentary functions set to Off.
    
    Parameters:
    
    memo - System Connection.
  - AbstractThrottle
```
public AbstractThrottle(SystemConnectionMemo memo,
                        int totalFunctions)
```
    Create a new AbstractThrottle with custom number of functions.
    All function and momentary functions set to Off.
    
    Parameters:
    
    memo - System Connection this throttle is on
    
    totalFunctions - total number of functions available, including 0
- Method Detail
  - getSpeedSetting
```
public float getSpeedSetting()
```
    speed - expressed as a value 0.0 -> 1.0. Negative means emergency stop. This is a bound parameter.
    
    Specified by:
    
    getSpeedSetting in interface Throttle
    
    Returns:
    
    speed
  - setSpeedSetting
```
public void setSpeedSetting(float speed)
```
    setSpeedSetting - Implementing functions should override this function, but should either make a call to super.setSpeedSetting() to notify the listeners at the end of their work, or should notify the listeners themselves.
    
    Specified by:
    
    setSpeedSetting in interface Throttle
    
    Parameters:
    
    speed - the speed as a 0.0 -> 1.0. fraction of maximum possible speed or -1 for emergency stop.
  - setSpeedSetting
```
public void setSpeedSetting(float speed,
                            boolean allowDuplicates,
                            boolean allowDuplicatesOnStop)
```
    setSpeedSetting - Implementations should override this method only if they normally suppress messages to the system if, as far as JMRI can tell, the new message would make no difference to the system state (eg. the speed is the same, or effectivly the same, as the existing speed). Then, the boolean options can affect this behaviour.
    
    Specified by:
    
    setSpeedSetting in interface Throttle
    
    Parameters:
    
    speed - the new speed
    
    allowDuplicates - don't suppress messages
    
    allowDuplicatesOnStop - don't suppress messages if the new speed is 'stop'
  - setSpeedSettingAgain
```
public void setSpeedSettingAgain(float speed)
```
    setSpeedSettingAgain - set the speed and don't ever suppress the sending of messages to the system
    
    Specified by:
    
    setSpeedSettingAgain in interface Throttle
    
    Parameters:
    
    speed - the new speed
  - getIsForward
```
public boolean getIsForward()
```
    direction This is an bound parameter.
    
    Specified by:
    
    getIsForward in interface Throttle
    
    Returns:
    
    true if locomotive is running forward
  - setIsForward
```
public void setIsForward(boolean forward)
```
    Implementing functions should override this function, but should either make a call to super.setIsForward() to notify the listeners, or should notify the listeners themselves.
    
    Specified by:
    
    setIsForward in interface Throttle
    
    Parameters:
    
    forward - true if forward; false otherwise
  - getFunctions
```
@Nonnull
public boolean[] getFunctions()
```
    Get copy of function array. Typically returns array length of 29, i.e. 0-28.
    
    Specified by:
    
    getFunctions in interface Throttle
    
    Returns:
    
    function array, length dependant by hardware type.
  - getFunctionsMomentary
```
@Nonnull
public boolean[] getFunctionsMomentary()
```
    Get copy of function momentary status array. Typically returns array length of 29, i.e. 0-28.
    
    Specified by:
    
    getFunctionsMomentary in interface Throttle
    
    Returns:
    
    momentary function array, length dependant by hardware type.
  - getFunction
```
public boolean getFunction(int fN)
```
    Get Loco Function status.
    
    Specified by:
    
    getFunction in interface Throttle
    
    Parameters:
    
    fN - Function Number, 0-28
    
    Returns:
    
    Function State. True on, false off.
  - getFunctionNoWarn
```
protected boolean getFunctionNoWarn(int fN)
```
    Get Function Number without warning if Throttle does not support. When sending a whole Function Group, a function number may not be present.
    
    Parameters:
    
    fN - Function Number
    
    Returns:
    
    Function value, or false if not present.
  - getFunctionMomentary
```
public boolean getFunctionMomentary(int fN)
```
    Get the Momentary Function Value.
    
    Specified by:
    
    getFunctionMomentary in interface Throttle
    
    Parameters:
    
    fN - Momentary function number
    
    Returns:
    
    true if momentary function is on, else false.
  - getFunctionMomentaryNoWarn
```
protected boolean getFunctionMomentaryNoWarn(int fN)
```
    Get Momentary Function Number without warning if Throttle does not support. When sending a whole Function Group, a function number may not be present.
    
    Parameters:
    
    fN - Function Number
    
    Returns:
    
    Function value, or false if not present.
  - notifyThrottleDisconnect
```
protected void notifyThrottleDisconnect()
```
    Notify listeners that a Throttle has disconnected and is no longer available for use.
    For when throttles have been stolen or encounter hardware error, and a normal release / dispose is not possible.
  - notifyThrottleDispatchEnabled
```
public void notifyThrottleDispatchEnabled(boolean newVal)
```
    Notify listeners that a Throttle has Dispatch enabled or disabled.
    For systems where dispatch availability is variable.
    Does not notify if existing value is unchanged.
    
    Specified by:
    
    notifyThrottleDispatchEnabled in interface Throttle
    
    Parameters:
    
    newVal - true if Dispatch enabled, else false
  - notifyThrottleReleaseEnabled
```
public void notifyThrottleReleaseEnabled(boolean newVal)
```
    Notify listeners that a Throttle has Release enabled or disabled.
    For systems where release availability is variable.
    Does not notify if existing value is unchanged.
    
    Specified by:
    
    notifyThrottleReleaseEnabled in interface Throttle
    
    Parameters:
    
    newVal - true if Release enabled, else false
  - addPropertyChangeListener
```
public void addPropertyChangeListener(java.beans.PropertyChangeListener l)
```
    Temporary behaviour only allowing unique PCLs. To support Throttle PCL's ( eg. WiThrottle Server ) that rely on the previous behaviour of only allowing 1 unique PCL instance. To be removed when WiThrottle Server has been updated. Add a PropertyChangeListener to the listener list.
    
    Specified by:
    
    addPropertyChangeListener in interface PropertyChangeProvider
    
    Overrides:
    
    addPropertyChangeListener in class PropertyChangeSupport
    
    Parameters:
    
    l - The PropertyChangeListener to be added
  - removePropertyChangeListener
```
public void removePropertyChangeListener(java.beans.PropertyChangeListener l)
```
    Remove the specified listener from this object.
    
    Specified by:
    
    removePropertyChangeListener in interface PropertyChangeProvider
    
    Overrides:
    
    removePropertyChangeListener in class PropertyChangeSupport
    
    Parameters:
    
    l - The PropertyChangeListener to remove.
  - dispose
```
public void dispose(ThrottleListener l)
```
    Call from a ThrottleListener to dispose of the throttle instance
    
    Specified by:
    
    dispose in interface Throttle
    
    Parameters:
    
    l - the listener requesting the dispose
  - dispatch
```
public void dispatch(ThrottleListener l)
```
    Finished with this Throttle, tell the layout that the locomotive is available for reuse/reallocation by somebody else. If possible, tell the layout that this locomotive has been dispatched to another user. Not all layouts will implement this, in which case it is synonymous with Throttle.release(jmri.ThrottleListener).
    After this, further usage of this Throttle object will result in a JmriException.
    Normally, dispatch ends with a call to dispose.
    
    Specified by:
    
    dispatch in interface Throttle
    
    Parameters:
    
    l - ThrottleListener to dispatch
  - release
```
public void release(ThrottleListener l)
```
    Finished with this Throttle, tell the layout that the locomotive is available for reuse/reallocation by somebody else.
    After this, further usage of this Throttle object will result in a JmriException. Do not call dispose after release.
    Normally, release ends with a call to dispose.
    
    Specified by:
    
    release in interface Throttle
    
    Parameters:
    
    l - ThrottleListener to release. May be null if no ThrottleListener is currently held.
  - throttleDispose
```
protected abstract void throttleDispose()
```
    Dispose when finished with this Throttle. May be used in tests for cleanup. Throttles normally call finishRecord() here.
  - getSpeedIncrement
```
public float getSpeedIncrement()
```
    Handle quantized speed. Note this can change! Value returned is always positive.
    
    Specified by:
    
    getSpeedIncrement in interface DccThrottle
    
    Returns:
    
    1 divided by the number of speed steps this DCC throttle supports
  - sendFunctionGroup
```
protected void sendFunctionGroup(int functionNum,
                                 boolean momentary)
```
    Send whole (DCC) Function Group for a particular function number.
    
    Parameters:
    
    functionNum - Function Number
    
    momentary - False to send normal function status, true to send momentary.
  - setFunction
```
public void setFunction(int functionNum,
                        boolean newState)
```
    Set Loco Function and send to Layout.
    
    Specified by:
    
    setFunction in interface Throttle
    
    Parameters:
    
    functionNum - Function Number, 0-28
    
    newState - New Function State. True on, false off.
  - updateFunction
```
public void updateFunction(int fn,
                           boolean state)
```
    Update the state of a single function. Updates function value and ChangeListener. Does not send outward message TO hardware.
    
    Parameters:
    
    fn - Function Number 0-28
    
    state - On - True, Off - False
  - updateFunctionMomentary
```
public void updateFunctionMomentary(int fn,
                                    boolean state)
```
    Update the Momentary state of a single function. Updates function value and ChangeListener. Does not send outward message TO hardware.
    
    Parameters:
    
    fn - Momentary Function Number 0-28
    
    state - On - True, Off - False
  - sendFunctionGroup1
```
protected void sendFunctionGroup1()
```
    Send the message to set the state of functions F0, F1, F2, F3, F4.
    This is used in the setFn implementations provided in this class, but a real implementation needs to be provided.
  - sendFunctionGroup2
```
protected void sendFunctionGroup2()
```
    Send the message to set the state of functions F5, F6, F7, F8.
    This is used in the setFn implementations provided in this class, but a real implementation needs to be provided.
  - sendFunctionGroup3
```
protected void sendFunctionGroup3()
```
    Send the message to set the state of functions F9, F10, F11, F12.
    This is used in the setFn implementations provided in this class, but a real implementation needs to be provided.
  - sendFunctionGroup4
```
protected void sendFunctionGroup4()
```
    Send the message to set the state of functions F13, F14, F15, F16, F17, F18, F19, F20.
    This is used in the setFn implementations provided in this class, but a real implementation needs to be provided.
  - sendFunctionGroup5
```
protected void sendFunctionGroup5()
```
    Send the message to set the state of functions F21, F22, F23, F24, F25, F26, F27, F28.
    This is used in the setFn implementations provided in this class, but a real implementation needs to be provided.
  - sendFunctionGroup6
```
protected void sendFunctionGroup6()
```
    Send the message to set the state of functions F29 - F36.
    This is used in the setFn implementations provided in this class, but a real implementation needs to be provided.
  - sendFunctionGroup7
```
protected void sendFunctionGroup7()
```
    Send the message to set the state of functions F37 - F44.
    This is used in the setFn implementations provided in this class, but a real implementation needs to be provided.
  - sendFunctionGroup8
```
protected void sendFunctionGroup8()
```
    Send the message to set the state of functions F45 - F52.
    This is used in the setFn implementations provided in this class, but a real implementation needs to be provided.
  - sendFunctionGroup9
```
protected void sendFunctionGroup9()
```
    Send the message to set the state of functions F53 - F60.
    This is used in the setFn implementations provided in this class, but a real implementation needs to be provided.
  - sendFunctionGroup10
```
protected void sendFunctionGroup10()
```
    Send the message to set the state of functions F61 - F68.
    This is used in the setFn implementations provided in this class, but a real implementation needs to be provided.
  - setFunctionMomentary
```
public void setFunctionMomentary(int momFuncNum,
                                 boolean state)
```
    Sets Momentary Function and sends to layout. Set Momentary Loco Function and send to Layout.
    
    Specified by:
    
    setFunctionMomentary in interface Throttle
    
    Parameters:
    
    momFuncNum - Momentary Function Number, 0-28
    
    state - New Function State. True on, false off.
  - sendMomentaryFunctionGroup1
```
protected void sendMomentaryFunctionGroup1()
```
    Send the message to set the momentary state of functions F0, F1, F2, F3, F4.
    This is used in the setFnMomentary implementations provided in this class, a real implementation needs to be provided if the hardware supports setting functions momentary.
  - sendMomentaryFunctionGroup2
```
protected void sendMomentaryFunctionGroup2()
```
    Send the message to set the momentary state of functions F5, F6, F7, F8.
    This is used in the setFnMomentary implementations provided in this class, but a real implementation needs to be provided if the hardware supports setting functions momentary.
  - sendMomentaryFunctionGroup3
```
protected void sendMomentaryFunctionGroup3()
```
    Send the message to set the Momentary state of functions F9, F10, F11, F12
    This is used in the setFnMomentary implementations provided in this class, but a real implementation needs to be provided if the hardware supports setting functions momentary.
  - sendMomentaryFunctionGroup4
```
protected void sendMomentaryFunctionGroup4()
```
    Send the message to set the Momentary state of functions F13, F14, F15, F16, F17, F18, F19, F20
    This is used in the setFnMomentary implementations provided in this class, but a real implementation needs to be provided if the hardware supports setting functions momentary.
  - sendMomentaryFunctionGroup5
```
protected void sendMomentaryFunctionGroup5()
```
    Send the message to set the Momentary state of functions F21, F22, F23, F24, F25, F26, F27, F28
    This is used in the setFnMomentary implementations provided in this class, but a real implementation needs to be provided if the hardware supports setting functions momentary.
  - sendMomentaryFunctionGroup6
```
protected void sendMomentaryFunctionGroup6()
```
    Send the message to set the Momentary state of functions F29 - F36
    This is used in the setFnMomentary implementations provided in this class, but a real implementation needs to be provided if the hardware supports setting functions momentary.
  - sendMomentaryFunctionGroup7
```
protected void sendMomentaryFunctionGroup7()
```
    Send the message to set the Momentary state of functions F37 - F44
    This is used in the setFnMomentary implementations provided in this class, but a real implementation needs to be provided if the hardware supports setting functions momentary.
  - sendMomentaryFunctionGroup8
```
protected void sendMomentaryFunctionGroup8()
```
    Send the message to set the Momentary state of functions F45 - 52
    This is used in the setFnMomentary implementations provided in this class, but a real implementation needs to be provided if the hardware supports setting functions momentary.
  - sendMomentaryFunctionGroup9
```
protected void sendMomentaryFunctionGroup9()
```
    Send the message to set the Momentary state of functions F53 - F60
    This is used in the setFnMomentary implementations provided in this class, but a real implementation needs to be provided if the hardware supports setting functions momentary.
  - sendMomentaryFunctionGroup10
```
protected void sendMomentaryFunctionGroup10()
```
    Send the message to set the Momentary state of functions F61 - F68
    This is used in the setFnMomentary implementations provided in this class, but a real implementation needs to be provided if the hardware supports setting functions momentary.
  - setSpeedStepMode
```
public void setSpeedStepMode(SpeedStepMode mode)
```
    Set the speed step value. Default should be 128 speed step mode in most cases.
    Specific implementations should override this function.
    
    Specified by:
    
    setSpeedStepMode in interface DccThrottle
    
    Parameters:
    
    mode - the current speed step mode
  - getSpeedStepMode
```
public SpeedStepMode getSpeedStepMode()
```
    Description copied from interface: DccThrottle
    
    Get the current speed step value.
    
    Specified by:
    
    getSpeedStepMode in interface DccThrottle
    
    Returns:
    
    the current speed step mode
  - record
```
protected void record(float speed)
```
    Processes updated speed from subclasses. Tracks total operating time for the roster entry by starting the clock if speed is non-zero or stopping the clock otherwise.
    
    Parameters:
    
    speed - the current speed
  - startClock
```
protected void startClock()
```
  - stopClock
```
void stopClock()
```
  - finishRecord
```
protected void finishRecord()
```
  - setRosterEntry
```
public void setRosterEntry(BasicRosterEntry re)
```
    Specified by:
    
    setRosterEntry in interface Throttle
  - getRosterEntry
```
public BasicRosterEntry getRosterEntry()
```
    Specified by:
    
    getRosterEntry in interface Throttle
  - intSpeed
```
protected int intSpeed(float speed)
```
    Get an integer speed for the given raw speed value. This is a convenience method that calls intSpeed(float, int) with a maxStep of 127.
    
    Parameters:
    
    speed - the speed as a percentage of maximum possible speed; negative values indicate a need for an emergency stop
    
    Returns:
    
    an integer in the range 0-127
  - intSpeed
```
protected static int intSpeed(float speed,
                              int steps)
```
    Get an integer speed for the given raw speed value.
    
    Parameters:
    
    speed - the speed as a percentage of maximum possible speed; negative values indicate a need for an emergency stop
    
    steps - number of possible speeds; values less than 2 will cause errors
    
    Returns:
    
    an integer in the range 0-steps

Class AbstractThrottle

Field Summary

Fields inherited from class jmri.beans.PropertyChangeSupport

Fields inherited from interface jmri.Throttle

Constructor Summary

Method Summary

Methods inherited from class jmri.beans.PropertyChangeSupport

Methods inherited from class java.lang.Object

Methods inherited from interface jmri.beans.PropertyChangeProvider

Methods inherited from interface jmri.Throttle

Field Detail

speedSetting

speedStepMode

isForward

active

adapterMemo

durationRunning

start

re

Constructor Detail

AbstractThrottle

AbstractThrottle

Method Detail

getSpeedSetting

setSpeedSetting

setSpeedSetting

setSpeedSettingAgain

getIsForward

setIsForward

getFunctions

getFunctionsMomentary

getFunction

getFunctionNoWarn

getFunctionMomentary

getFunctionMomentaryNoWarn

notifyThrottleDisconnect

notifyThrottleDispatchEnabled

notifyThrottleReleaseEnabled

addPropertyChangeListener

removePropertyChangeListener

dispose

dispatch

release

throttleDispose

getSpeedIncrement

sendFunctionGroup

setFunction

updateFunction

updateFunctionMomentary

sendFunctionGroup1

sendFunctionGroup2

sendFunctionGroup3

sendFunctionGroup4

sendFunctionGroup5

sendFunctionGroup6

sendFunctionGroup7

sendFunctionGroup8

sendFunctionGroup9

sendFunctionGroup10

setFunctionMomentary

sendMomentaryFunctionGroup1

sendMomentaryFunctionGroup2

sendMomentaryFunctionGroup3

sendMomentaryFunctionGroup4

sendMomentaryFunctionGroup5

sendMomentaryFunctionGroup6

sendMomentaryFunctionGroup7

sendMomentaryFunctionGroup8

sendMomentaryFunctionGroup9

sendMomentaryFunctionGroup10

setSpeedStepMode

getSpeedStepMode

record

startClock

stopClock

finishRecord

setRosterEntry

getRosterEntry

intSpeed

intSpeed