Uses of Class org.HdrHistogram.DoubleHistogram (HdrHistogram 2.2.1 API)

Uses of DoubleHistogram in org.HdrHistogram

Subclasses of DoubleHistogram in org.HdrHistogram
Modifier and Type	Class	Description
`class`	`ConcurrentDoubleHistogram`	A floating point values High Dynamic Range (HDR) Histogram that supports safe concurrent recording operations.
`class`	`PackedConcurrentDoubleHistogram`	A floating point values High Dynamic Range (HDR) Histogram that uses a packed internal representation and supports safe concurrent recording operations.
`class`	`PackedDoubleHistogram`	A floating point values High Dynamic Range (HDR) Histogram that uses a packed internal representation
`class`	`SynchronizedDoubleHistogram`	A floating point values High Dynamic Range (HDR) Histogram that is synchronized as a whole

Methods in org.HdrHistogram that return DoubleHistogram
Modifier and Type	Method	Description
`DoubleHistogram`	DoubleHistogram.`copy()`	Create a copy of this histogram, complete with data and everything.
`DoubleHistogram`	SynchronizedDoubleHistogram.`copy()`
`DoubleHistogram`	DoubleHistogram.`copyCorrectedForCoordinatedOmission(double expectedIntervalBetweenValueSamples)`	Get a copy of this histogram, corrected for coordinated omission.
`DoubleHistogram`	SynchronizedDoubleHistogram.`copyCorrectedForCoordinatedOmission(double expectedIntervalBetweenValueSamples)`
`static DoubleHistogram`	DoubleHistogram.`decodeFromByteBuffer(ByteBuffer buffer, long minBarForHighestToLowestValueRatio)`	Construct a new DoubleHistogram by decoding it from a ByteBuffer.
`static DoubleHistogram`	DoubleHistogram.`decodeFromByteBuffer(ByteBuffer buffer, Class<? extends AbstractHistogram> internalCountsHistogramClass, long minBarForHighestToLowestValueRatio)`	Construct a new DoubleHistogram by decoding it from a ByteBuffer, using a specified AbstractHistogram subclass for tracking internal counts (e.g.
`static DoubleHistogram`	DoubleHistogram.`decodeFromCompressedByteBuffer(ByteBuffer buffer, long minBarForHighestToLowestValueRatio)`	Construct a new DoubleHistogram by decoding it from a compressed form in a ByteBuffer.
`static DoubleHistogram`	DoubleHistogram.`decodeFromCompressedByteBuffer(ByteBuffer buffer, Class<? extends AbstractHistogram> internalCountsHistogramClass, long minBarForHighestToLowestValueRatio)`	Construct a new DoubleHistogram by decoding it from a compressed form in a ByteBuffer, using a specified AbstractHistogram subclass for tracking internal counts (e.g.
`static DoubleHistogram`	DoubleHistogram.`fromString(String base64CompressedHistogramString)`	Construct a new DoubleHistogram by decoding it from a String containing a base64 encoded compressed histogram representation.
`DoubleHistogram`	DoubleRecorder.`getIntervalHistogram()`
`DoubleHistogram`	DoubleRecorder.`getIntervalHistogram(DoubleHistogram histogramToRecycle)`
`DoubleHistogram`	DoubleRecorder.`getIntervalHistogram(DoubleHistogram histogramToRecycle, boolean enforceContainingInstance)`
`DoubleHistogram`	SingleWriterDoubleRecorder.`getIntervalHistogram()`
`DoubleHistogram`	SingleWriterDoubleRecorder.`getIntervalHistogram(DoubleHistogram histogramToRecycle)`
`DoubleHistogram`	SingleWriterDoubleRecorder.`getIntervalHistogram(DoubleHistogram histogramToRecycle, boolean enforceContainingInstance)`

Methods in org.HdrHistogram with parameters of type DoubleHistogram
Modifier and Type	Method	Description
`void`	DoubleHistogram.`add(DoubleHistogram fromHistogram)`	Add the contents of another histogram to this one.
`void`	SynchronizedDoubleHistogram.`add(DoubleHistogram fromHistogram)`
`void`	DoubleHistogram.`addWhileCorrectingForCoordinatedOmission(DoubleHistogram fromHistogram, double expectedIntervalBetweenValueSamples)`	Add the contents of another histogram to this one, while correcting the incoming data for coordinated omission.
`void`	SynchronizedDoubleHistogram.`addWhileCorrectingForCoordinatedOmission(DoubleHistogram fromHistogram, double expectedIntervalBetweenValueSamples)`
`void`	DoubleHistogram.`copyInto(DoubleHistogram targetHistogram)`	Copy this histogram into the target histogram, overwriting it's contents.
`void`	SynchronizedDoubleHistogram.`copyInto(DoubleHistogram targetHistogram)`
`void`	DoubleHistogram.`copyIntoCorrectedForCoordinatedOmission(DoubleHistogram targetHistogram, double expectedIntervalBetweenValueSamples)`	Copy this histogram, corrected for coordinated omission, into the target histogram, overwriting it's contents.
`void`	SynchronizedDoubleHistogram.`copyIntoCorrectedForCoordinatedOmission(DoubleHistogram targetHistogram, double expectedIntervalBetweenValueSamples)`
`DoubleHistogram`	DoubleRecorder.`getIntervalHistogram(DoubleHistogram histogramToRecycle)`
`DoubleHistogram`	DoubleRecorder.`getIntervalHistogram(DoubleHistogram histogramToRecycle, boolean enforceContainingInstance)`
`DoubleHistogram`	SingleWriterDoubleRecorder.`getIntervalHistogram(DoubleHistogram histogramToRecycle)`
`DoubleHistogram`	SingleWriterDoubleRecorder.`getIntervalHistogram(DoubleHistogram histogramToRecycle, boolean enforceContainingInstance)`
`void`	DoubleRecorder.`getIntervalHistogramInto(DoubleHistogram targetHistogram)`
`void`	SingleWriterDoubleRecorder.`getIntervalHistogramInto(DoubleHistogram targetHistogram)`
`void`	DoubleHistogram.`subtract(DoubleHistogram otherHistogram)`	Subtract the contents of another histogram from this one.
`void`	SynchronizedDoubleHistogram.`subtract(DoubleHistogram fromHistogram)`

Constructors in org.HdrHistogram with parameters of type DoubleHistogram
Constructor	Description
`ConcurrentDoubleHistogram(DoubleHistogram source)`	Construct a `ConcurrentDoubleHistogram` with the same range settings as a given source, duplicating the source's start/end timestamps (but NOT it's contents)
`DoubleAllValuesIterator(DoubleHistogram histogram)`
`DoubleHistogram(DoubleHistogram source)`	Construct a `DoubleHistogram` with the same range settings as a given source, duplicating the source's start/end timestamps (but NOT it's contents)
`DoubleLinearIterator(DoubleHistogram histogram, double valueUnitsPerBucket)`
`DoubleLogarithmicIterator(DoubleHistogram histogram, double valueUnitsInFirstBucket, double logBase)`
`DoublePercentileIterator(DoubleHistogram histogram, int percentileTicksPerHalfDistance)`
`DoubleRecordedValuesIterator(DoubleHistogram histogram)`
`PackedConcurrentDoubleHistogram(DoubleHistogram source)`	Construct a `PackedConcurrentDoubleHistogram` with the same range settings as a given source, duplicating the source's start/end timestamps (but NOT it's contents)
`PackedDoubleHistogram(DoubleHistogram source)`	Construct a `PackedDoubleHistogram` with the same range settings as a given source, duplicating the source's start/end timestamps (but NOT it's contents)