eu.bandm.sig.adlib

Class FloatBoundedQuantization.Variable

java.lang.Object

eu.bandm.sig.adlib.FloatBoundedQuantization.Variable

All Implemented Interfaces:

CompilableDataFlow, FloatConsumer, FloatSignalSource, FloatSupplier, FloatVariable, SignalSource<Float>, Supplier<Float>

Enclosing class:

FloatBoundedQuantization

public final class FloatBoundedQuantization.Variable
extends Object
implements FloatVariable

Quantized variables of apparent type float, backed with a mutable integer store.

See Also:

BoundedRangeModel

Nested Class Summary

Nested classes/interfaces inherited from interface eu.bandm.sig.adlib.FloatSignalSource

FloatSignalSource.CompilableFloatBinaryOperator, FloatSignalSource.FloatAddOperator, FloatSignalSource.FloatDivOperator, FloatSignalSource.FloatMultOperator, FloatSignalSource.FloatSubOperator

Nested classes/interfaces inherited from interface eu.bandm.sig.adlib.SignalSource

SignalSource.AddOperator, SignalSource.CompilableBinaryOperator, SignalSource.Constant<A>, SignalSource.DivOperator, SignalSource.MultOperator, SignalSource.SubOperator

Field Summary

Fields inherited from interface eu.bandm.sig.adlib.FloatSignalSource

abs, add, clip, cos, div, E, exp, log, LOG2, metaGetAsFloat, mult, neg, PI, sin, sqrt, SQRT2, square, sub

Method Summary

Modifier and Type	Method and Description
void	accept(float value) Submits a new value for the variable to be considered eventually.
float	getAsFloat() Returns the current value of the signal.
BoundedRangeModel	getModel()
FloatBoundedQuantization	getQuantization()

Methods inherited from class java.lang.Object

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

Methods inherited from interface eu.bandm.sig.adlib.FloatVariable

asControl, exact

Methods inherited from interface eu.bandm.sig.adlib.FloatSignalSource

add, check, clip, clocked, compileDataFlow, constant, div, get, guard, logger, logger, lowerLogSpread, map, mult, project, project, project, sub, upperLogSpread, zipWith, zipWith

Method Detail

getQuantization

public FloatBoundedQuantization getQuantization()

getModel

public BoundedRangeModel getModel()

getAsFloat

public float getAsFloat()

Returns the current value of the signal.

Any implementation of this method should be stateless; its invocation should not have any side effect on the emitter or the observer, except for real time passing until its completion.

Specified by:

getAsFloat in interface FloatSignalSource

Specified by:

getAsFloat in interface FloatSupplier

Returns:

the current value of the signal.

accept

public void accept(float value)

Submits a new value for the variable to be considered eventually.

Submitted values may be subject to processing, at discretion of the implementation class. There is no general guarantee that the submitted value will ever be emitted exactly.

Submissions are treated asynchronously but sequentially: the effect of each submission can occur at an arbitrary later time, but later submissions always eventually override earlier ones.

Specified by:

accept in interface FloatConsumer

Specified by:

accept in interface FloatVariable

Parameters:

value - the new value to set eventually.