public class DoubleDelay extends CompilableDoubleStoredSignalSource implements Register
DoubleClockedSignalSource.AbstractRandomProcess.ProxyoutSTREAM_CHARACTERISTICS, STREAM_SIZE| Constructor and Description |
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DoubleDelay(double initial)
Creates a new instance without a valid input source.
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DoubleDelay(double initial,
DoubleSignalSource in)
Creates a new instance with an independent input source.
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DoubleDelay(double initial,
Function<? super DoubleDelay,? extends DoubleSignalSource> in)
Creates a new instance with a feedback-looped input source.
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| Modifier and Type | Method and Description |
|---|---|
Consumer<CompilationContext> |
compileControlFlow()
Compiles the state transition of this entity.
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Consumer<CompilationContext> |
compileGetNextValue()
Returns a code generator for loading the next value of the compiled
version of this component on the operand stack.
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Consumer<CompilationContext> |
compileInitialization()
Compiles the initialization of this entity.
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Consumer<CompilationContext> |
compileSetNextValue(Consumer<CompilationContext> value)
Returns a code generator for storing the next value of the compiled
version of this component from the operand stack.
|
Process |
getLoadPhase() |
double |
getNextValue()
Returns the value that will be produced on the next clock tick.
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protected VariableContext.Variable |
getNextVariable(CompilationContext context) |
Process |
getStorePhase() |
void |
init()
Initializes the state of this process.
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void |
setInput(DoubleSignalSource in) |
void |
setNextValue(double next)
Sets the value that will be produced on the next clock tick.
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void |
step(RealtimeContext context)
Signals a time event, executing a transition step for this process to the
next observable state.
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compileDataFlow, compileSetStoredValueVariable, getStoredValueVariable, publishStoredValueVariablegetAsDoubleclone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, waitandMeanwhile, andMeanwhileadHoc, after, clock, compile, cycle, dt, during, ofSpliterator, ofStream, ofStream, random, random, random, randomGaussian, randomGaussian, randomGaussian, rate, spliterator, streamabs, add, choose, choose, choose, choose, clock, compileMainSignalSource, constant, defined, delayed, delayed, delayedFeedback, delayedFeedback, divide, equal, getConstantAsDouble, getValueClass, glidingAverage, glidingStandardDeviation, glidingSum, glidingVariance, greaterOrEqual, greaterThan, guard, hasConstantAsDouble, invariant, lessOrEqual, lessThan, map, max, min, modulo, multiply, negate, negative, nonEqual, nonnegative, nonpositive, nonzero, notANumber, positive, power, probe, relateWith, sampleAndHold, selectAffine, series, sqrt, stored, subtract, zero, zeroCrossing, zipWithcompileDataFlowTo, hasDataFlowIOafterEvery, andThen, compileAsMainProcess, every, getProcess, hasControlFlowIO, hasInitializationIO, probe, sequence, sequencepublic DoubleDelay(double initial)
setInput(eu.bandm.sig.adlib2.DoubleSignalSource) must be invoked before this signal
source can be used.initial - the initial value of this signal sourcepublic DoubleDelay(double initial,
DoubleSignalSource in)
initial - the initial value of this signal sourcein - the input signal sourcepublic DoubleDelay(double initial,
Function<? super DoubleDelay,? extends DoubleSignalSource> in)
initial - the initial value of this signal sourcein - a function that constructs the input signal source when
applied to this delayed signal sourcepublic void setInput(DoubleSignalSource in)
public Process getLoadPhase()
getLoadPhase in interface Registerpublic Process getStorePhase()
getStorePhase in interface Registerpublic void init()
ProcessProcess.step(RealtimeContext) transitions to
the first specified observable state.
The default implementation does nothing.
public void step(RealtimeContext context)
ProcessThe state of the process after successful completion of this method
should be the n-th observable state, if Process.step(eu.bandm.sig.adlib2.RealtimeContext) has been
invoked n times since the last initialization via Process.init().
The behavior of this method is unspecified if Process.init() has not been
invoked before.
If this method completes abruptly by throwing an error or unchecked exception, the process state should be considered invalid.
protected VariableContext.Variable getNextVariable(CompilationContext context)
public Consumer<CompilationContext> compileInitialization()
CompilableControlFlowcompileInitialization in interface CompilableControlFlowcompileInitialization in interface ProcesscompileInitialization in class CompilableDoubleStoredSignalSourceProcess.hasInitializationIO(eu.bandm.sig.adlib2.compile.CompilationContext)public Consumer<CompilationContext> compileControlFlow()
CompilableControlFlowcompileControlFlow in interface CompilableControlFlowcompileControlFlow in interface ProcesscompileControlFlow in class CompilableDoubleStoredSignalSourceProcess.hasControlFlowIO(eu.bandm.sig.adlib2.compile.CompilationContext)public double getNextValue()
This method is in concurrent reader–writer conflict with the getStorePhase() process.
public Consumer<CompilationContext> compileGetNextValue()
getNextValue()public void setNextValue(double next)
This method is in concurrent writer–writer conflict with the
getStorePhase() process.
public Consumer<CompilationContext> compileSetNextValue(Consumer<CompilationContext> value)
setNextValue(double)