Uses of Class
org.eyelanguage.rl.reading.ReadingState

Packages that use ReadingState

org.eyelanguage.rl.reading

Code for the Adaptive Reading Agent; see ReadingMain for parameters and default values.

Uses of ReadingState in org.eyelanguage.rl.reading

Subclasses of ReadingState in org.eyelanguage.rl.reading

class	ReadingStateParallelRelative In parallel states, we have to keep track of which words of the sentence have been identified already but for default compatability with earlier states we return information about the first word in the window for length, ID and whether the word is identified.
class	ReadingStateRelative Inherits from ReadingState, but several methods have been altered so that the model of the environment is word-centric instead of absolute in the sentence (this allows for generalization to new circumstances).

Methods in org.eyelanguage.rl.reading that return ReadingState

ReadingState	SentenceWorldParallel.attendCurrentWord(ReadingState newState)
ReadingState	SentenceWorld.attendCurrentWord(ReadingState newState)
ReadingState	SentenceWorld.checkForAcuityLimit(ReadingState newState) If the eyes land too eccentricly, force eyes to land within acuity limit.
ReadingState	SentenceWorldParallel.checkForWordIdentification(ReadingState state)
ReadingState	SentenceWorld.checkForWordIdentification(ReadingState newState)
ReadingState	SentenceWorldParallel.checkForWordIdentificationParallel(ReadingState state) Checks whether any words which are currently receivers of attention have become identified.
ReadingState	ReadingStateFactory.createNewReadingState()
ReadingState	ReadingStateFactory.createNewReadingState(ReadingState rsSource)
ReadingState	ReadingStateFactory.createNewReadingStateNoPool()
ReadingState	ReadingStateFactory.createNewReadingStateNoPool(ReadingState rs)
protected ReadingState	SentenceWorld.executeSaccade(ReadingState oldState)
ReadingState	SentenceWorld.getNewState(ReadingState rs, ReadingAction ra)

Methods in org.eyelanguage.rl.reading with parameters of type ReadingState

int	SentenceWorld.acuityAdjustment(ReadingState previousState, ReadingState newState) If we saccade to a position, the time attended is worth less than future time that will be spent (see detail).
protected void	SentenceWorldParallel.attemptAttendNextWord(ReadingState newState) If the next word is already identified, a single attNext action keeps moving you through the identified word to the following word.
protected void	SentenceWorld.attemptAttendNextWord(ReadingState newState)
ReadingState	SentenceWorldParallel.attendCurrentWord(ReadingState newState)
ReadingState	SentenceWorld.attendCurrentWord(ReadingState newState)
int	SentenceWorldParallel.calculateDistFromAttendedWordCenter(ReadingState state)
int	SentenceWorld.calculateDistFromAttendedWordCenter(ReadingState state)
ReadingState	SentenceWorld.checkForAcuityLimit(ReadingState newState) If the eyes land too eccentricly, force eyes to land within acuity limit.
ReadingState	SentenceWorldParallel.checkForWordIdentification(ReadingState state)
ReadingState	SentenceWorld.checkForWordIdentification(ReadingState newState)
ReadingState	SentenceWorldParallel.checkForWordIdentificationParallel(ReadingState state) Checks whether any words which are currently receivers of attention have become identified.
void	ReadingStateParallelRelative.copyFrom(ReadingState s)
void	ReadingState.copyFrom(ReadingState oldReadingState)
ReadingState	ReadingStateFactory.createNewReadingState(ReadingState rsSource)
ReadingState	ReadingStateFactory.createNewReadingStateNoPool(ReadingState rs)
protected ReadingState	SentenceWorld.executeSaccade(ReadingState oldState)
ReadingState	SentenceWorld.getNewState(ReadingState rs, ReadingAction ra)

Constructors in org.eyelanguage.rl.reading with parameters of type ReadingState

ReadingState(ReadingState oldReadingState)
Preserves all relevant state information in the new state returned.