org.jactr.modules.pm.motor

Interface IMotorModule

All Superinterfaces:

IAdaptable, IAsynchronousModule, IInitializable, IInstallable, IModule, IParameterized, IPerceptualModule

All Known Implementing Classes:

AbstractMotorModule, DefaultMotorModule6

public interface IMotorModule
extends IPerceptualModule, IParameterized

Field Summary

Fields

Modifier and Type	Field and Description
static java.lang.String	ABORT_CHUNK_TYPE
static java.lang.String	ABORTING_CHUNK
static java.lang.String	MOVEMENT_CHUNK_TYPE
static java.lang.String	MUSCLE_SLOT

Fields inherited from interface org.jactr.modules.pm.IPerceptualModule

GREATER_THAN_CURRENT_CHUNK, HIGHEST_CHUNK, LESS_THAN_CURRENT_CHUNK, LOWEST_CHUNK

Fields inherited from interface org.jactr.core.module.asynch.IAsynchronousModule

STRICT_SYNCHRONIZATION_PARAM

Method Summary

Modifier and Type	Method and Description
java.util.concurrent.Future<IMovement>	abort(IMovement movement, double requestTime)
void	addListener(IMotorModuleListener listener, java.util.concurrent.Executor executor)
java.util.concurrent.Future<IMovement>	adjust(IMovement movement, ChunkTypeRequest request, double requestTime)
boolean	canAbort(ChunkTypeRequest request)
boolean	canAbort(IMovement movement)
boolean	canAdjust(ChunkTypeRequest request)
boolean	canAdjust(IMovement movement)
boolean	canExecute(ChunkTypeRequest pattern)
boolean	canPrepare(ChunkTypeRequest pattern) return true if we could prepare this motor command
void	dispatch(MotorModuleEvent event)
java.util.concurrent.Future<IMovement>	execute(IMovement movement, double requestTime) execute a motor movement.
IChunkType	getAbortChunkType()
IMotorActivationBuffer	getBuffer()
MotorCommandManager	getCommandManager()
ICommandTranslator	getCommandTranslator() responsible code snippet that translates ChunkPatterns into IEfferentCommands
IMovement	getLastMovement(IIdentifier muscle) returns the most recently prepared movement for the given muscle
IChunkType	getMovementChunkType() the root movement type chunk
MuscleStateManager	getMuscleManager() tracker and manager of muscle info
IMotorTimeEquation	getPreparationTimeEquation() the IMotorTimeEquation that determines how long the preparation of a motor movement lasts
IMotorTimeEquation	getProcessingTimeEquation() the IMotorTimeEquation that determines how much time is spent processing the movement.
boolean	hasListeners()
java.util.concurrent.Future<IMovement>	prepare(ChunkTypeRequest pattern, double requestTime, boolean prepareOnly) prepare a motor movement.
void	removeListener(IMotorModuleListener listener)
void	reset() reset the motor system.
void	reset(boolean stopActiveMovements) reset all the muscles that are in error and optionally stop all active movements too.
void	reset(java.lang.String muscle) reset the state of a single muscle

Methods inherited from interface org.jactr.modules.pm.IPerceptualModule

getCommonRealityExecutor, getSymbolGrounder, setSymbolGrounder

Methods inherited from interface org.jactr.core.module.asynch.IAsynchronousModule

getExecutor, isStrictSynchronizationEnabled, setStrictSynchronizationEnabled, synchronizedTimedEvent

Methods inherited from interface org.jactr.core.module.IModule

dispose, getModel, getName, initialize, install

Methods inherited from interface org.jactr.core.utils.IInstallable

uninstall

Methods inherited from interface org.jactr.core.utils.IAdaptable

getAdapter

Methods inherited from interface org.jactr.core.utils.parameter.IParameterized

getParameter, getPossibleParameters, getSetableParameters, setParameter

Field Detail

MOVEMENT_CHUNK_TYPE

static final java.lang.String MOVEMENT_CHUNK_TYPE

See Also:

Constant Field Values

ABORT_CHUNK_TYPE

static final java.lang.String ABORT_CHUNK_TYPE

See Also:

Constant Field Values

MUSCLE_SLOT

static final java.lang.String MUSCLE_SLOT

See Also:

Constant Field Values

ABORTING_CHUNK

static final java.lang.String ABORTING_CHUNK

See Also:

Constant Field Values

Method Detail

getMovementChunkType

IChunkType getMovementChunkType()

the root movement type chunk

Returns:

getAbortChunkType

IChunkType getAbortChunkType()

getProcessingTimeEquation

IMotorTimeEquation getProcessingTimeEquation()

the IMotorTimeEquation that determines how much time is spent processing the movement. Actual equation times are determined by individual IEfferentCommandTranslators.

Returns:

getPreparationTimeEquation

IMotorTimeEquation getPreparationTimeEquation()

the IMotorTimeEquation that determines how long the preparation of a motor movement lasts

Returns:

getLastMovement

IMovement getLastMovement(IIdentifier muscle)

returns the most recently prepared movement for the given muscle

Parameters:

muscle - if null, return the last movement regardless of the muscle

Returns:

getCommandTranslator

ICommandTranslator getCommandTranslator()

responsible code snippet that translates ChunkPatterns into IEfferentCommands

Returns:

getMuscleManager

MuscleStateManager getMuscleManager()

tracker and manager of muscle info

Returns:

getCommandManager

MotorCommandManager getCommandManager()

canPrepare

boolean canPrepare(ChunkTypeRequest pattern)

return true if we could prepare this motor command

Parameters:

pattern -

Returns:

prepare

java.util.concurrent.Future<IMovement> prepare(ChunkTypeRequest pattern,
                                               double requestTime,
                                               boolean prepareOnly)

prepare a motor movement. This involves creating the movement, setting up the buffer (and queueing timed events), and negotiating the newly created IEfferentCommand with common reality

Parameters:

pattern -

canExecute

boolean canExecute(ChunkTypeRequest pattern)

execute

java.util.concurrent.Future<IMovement> execute(IMovement movement,
                                               double requestTime)

execute a motor movement. This involves communicating the movement start with common reality and queueing whatever timed events are necessary

Parameters:

movement -

Returns:

canAbort

boolean canAbort(ChunkTypeRequest request)

canAbort

boolean canAbort(IMovement movement)

abort

java.util.concurrent.Future<IMovement> abort(IMovement movement,
                                             double requestTime)

canAdjust

boolean canAdjust(ChunkTypeRequest request)

canAdjust

boolean canAdjust(IMovement movement)

adjust

java.util.concurrent.Future<IMovement> adjust(IMovement movement,
                                              ChunkTypeRequest request,
                                              double requestTime)

getBuffer

IMotorActivationBuffer getBuffer()

reset

void reset()

reset the motor system. this merely calls reset(true)

Specified by:

reset in interface IModule

reset

void reset(boolean stopActiveMovements)

reset all the muscles that are in error and optionally stop all active movements too.

Parameters:

stopActiveMovements -

reset

void reset(java.lang.String muscle)

reset the state of a single muscle

Parameters:

muscle -

addListener

void addListener(IMotorModuleListener listener,
                 java.util.concurrent.Executor executor)

removeListener

void removeListener(IMotorModuleListener listener)

hasListeners

boolean hasListeners()

dispatch

void dispatch(MotorModuleEvent event)