All Classes

Class	Description
BucketingSystem<T>	Common methods for things that put values into a fixed number of adjacent intervals.
BucketSelector<T>	This object determines which histogram bucket a particular value belongs in.
BucketSelectors	BucketSelector factory methods for basic bucketing strategies.
ConcurrentHistogram<T>	A thread-safe Histogram based on the AtomicLongArray class.
DurationEstimator	This object can estimate the rate at which a repeatedly set progress value is currently changing, and can estimate how long it will take for that value to reach a specified target value.
FunctionBasedBucketSelector<T>	A BucketSelector based on a pair of Functions, one of which converts values into bucket indices, the other of which converts bucket indices into upper-bound values.
Histogram<T>	This is a data structure that holds frequency counts of values for use in a histogram.
HistogramBucketCountFormatters	Factory methods for use with HistogramFormat.Builder.setBucketCountFormatter(BiFunction).
HistogramFormat<T>	Configuration for a HistogramFormatter.
HistogramFormat.Builder<T>	This object is used to construct a HistogramFormat instance.
HistogramFormatter<T>	Format Histogram contents for a text display.
Histograms	Utility methods for working with Histograms.
HorizontalBarGraph
HorizontalBarGraph.Builder
ImmutableHistogram<T>	An immutable representation of a Histogram.
ImmutableHistogram.Builder<T>	An object that can be used to create an ImmutableHistogram.
IrregularSetBucketSelector<T>	This BucketSelector counts values in buckets that have an irregular set of bucket upper bound values, such as {1, 5, 7}, that are most easily expressed explicitly, rather than by a formula that generates a series of upper bound values.
MutableHistogram<T>	This is a mutable version of the Histogram interface, adding a method for counting additional values.
SimpleDurationEstimator	This is a trivial DurationEstimator that just uses the total amount processed divided by the total time elapsed to estimate the rate (that is, it's blind to any short-term fluctuations in rate that may occur, and only examines the entire process).