nslj.src.system
Class NslScheduler

java.lang.Object
  |
  +--java.lang.Thread
        |
        +--nslj.src.system.NslScheduler

All Implemented Interfaces:

java.lang.Runnable

Direct Known Subclasses:

NslMultiClockScheduler

public abstract class NslScheduler

extends java.lang.Thread

Field Summary

double	actualEndTime
int	actualNumEpochs
int	actualNumModules
double	contEndTime
int	contNumEpochs
int	contNumModules
int	curNumModules
boolean	cycleSuspended
boolean	epochSuspended
boolean	moduleSuspended
boolean	notFinished
int	numModules
boolean	resetScheduler
char	schedulerMode
char	schedulerState
boolean	simulationSuspended
char	simulationType

Fields inherited from class java.lang.Thread

MAX_PRIORITY, MIN_PRIORITY, NORM_PRIORITY

Constructor Summary

NslScheduler()

Method Summary

void	addModel(NslModule module)
void	addModule(NslModule module) Add module into the scheduler.
abstract void	breakAll() Used for controlling state of scheduler thread
abstract void	breakCycles()
abstract void	breakEpochs()
abstract void	breakModules()
abstract void	continueAll()
abstract void	continueAll(double endTime)
abstract void	continueCycle()
abstract void	continueCycle(int endCycle)
abstract void	continueEpoch()
abstract void	continueEpoch(int endEpoch)
abstract void	continueModule()
abstract void	continueModule(int endModule)
abstract void	endModule()
abstract void	endRun()
abstract void	endRunEpoch()
abstract void	endSys()
abstract void	endTrain()
abstract void	endTrainEpoch()
abstract void	initModule()
abstract void	initRun()
abstract void	initRunEpoch()
abstract void	initSys()
abstract void	initTrain()
abstract void	initTrainEpoch()
abstract void	reset() reset the scheduler, clear all nslConnection and modules in the scheduler ready for next model to run.
abstract void	run(char simulationType)
abstract void	run(double endTime)
abstract void	runAll()
abstract void	runAll(int endEpoch)
abstract void	simRun()
abstract void	simRun(double endTime)
abstract void	simTrain()
abstract void	simTrain(double endTime)
abstract void	stepCycle() make one step, call the graphics engine for display updating
abstract void	stepCycle(int numSteps)
abstract void	stepEpoch()
abstract void	stepEpoch(int numSteps)
abstract void	stepModule()
abstract void	stepModule(int numSteps)
abstract void	train(char simulationType)
abstract void	train(double endTime)
abstract void	trainAll()
abstract void	trainAll(int endEpoch)
abstract void	trainAndRunAll()

Methods inherited from class java.lang.Thread

activeCount, checkAccess, countStackFrames, currentThread, destroy, dumpStack, enumerate, getContextClassLoader, getName, getPriority, getThreadGroup, interrupt, interrupted, isAlive, isDaemon, isInterrupted, join, join, join, resume, run, setContextClassLoader, setDaemon, setName, setPriority, sleep, sleep, start, stop, stop, suspend, toString, yield

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait

Field Detail

simulationSuspended

public boolean simulationSuspended

moduleSuspended

public boolean moduleSuspended

epochSuspended

public boolean epochSuspended

cycleSuspended

public boolean cycleSuspended

resetScheduler

public boolean resetScheduler

notFinished

public boolean notFinished

actualEndTime

public double actualEndTime

contEndTime

public double contEndTime

actualNumEpochs

public int actualNumEpochs

contNumEpochs

public int contNumEpochs

numModules

public int numModules

curNumModules

public int curNumModules

actualNumModules

public int actualNumModules

contNumModules

public int contNumModules

simulationType

public char simulationType

schedulerMode

public char schedulerMode

schedulerState

public char schedulerState

Constructor Detail

NslScheduler

public NslScheduler()

Method Detail

addModule

public void addModule(NslModule module)

Add module into the scheduler.

Parameters:

module - - module to be added.

addModel

public void addModel(NslModule module)

stepCycle

public abstract void stepCycle()

make one step, call the graphics engine for display updating

stepCycle

public abstract void stepCycle(int numSteps)

stepEpoch

public abstract void stepEpoch()

stepEpoch

public abstract void stepEpoch(int numSteps)

stepModule

public abstract void stepModule()

stepModule

public abstract void stepModule(int numSteps)

initSys

public abstract void initSys()

initModule

public abstract void initModule()

initRunEpoch

public abstract void initRunEpoch()

initRun

public abstract void initRun()

runAll

public abstract void runAll()

runAll

public abstract void runAll(int endEpoch)

simRun

public abstract void simRun()

simRun

public abstract void simRun(double endTime)

run

public abstract void run(char simulationType)

run

public abstract void run(double endTime)

endRun

public abstract void endRun()

endRunEpoch

public abstract void endRunEpoch()

initTrainEpoch

public abstract void initTrainEpoch()

initTrain

public abstract void initTrain()

trainAll

public abstract void trainAll()

trainAll

public abstract void trainAll(int endEpoch)

simTrain

public abstract void simTrain()

simTrain

public abstract void simTrain(double endTime)

train

public abstract void train(char simulationType)

train

public abstract void train(double endTime)

endTrain

public abstract void endTrain()

endTrainEpoch

public abstract void endTrainEpoch()

trainAndRunAll

public abstract void trainAndRunAll()

endModule

public abstract void endModule()

endSys

public abstract void endSys()

reset

public abstract void reset()

reset the scheduler, clear all nslConnection and modules in the scheduler ready for next model to run.

breakAll

public abstract void breakAll()

Used for controlling state of scheduler thread

breakModules

public abstract void breakModules()

breakEpochs

public abstract void breakEpochs()

breakCycles

public abstract void breakCycles()

continueAll

public abstract void continueAll()

continueAll

public abstract void continueAll(double endTime)

continueModule

public abstract void continueModule()

continueEpoch

public abstract void continueEpoch()

continueCycle

public abstract void continueCycle()

continueModule

public abstract void continueModule(int endModule)

continueEpoch

public abstract void continueEpoch(int endEpoch)

continueCycle

public abstract void continueCycle(int endCycle)