All Classes and Interfaces

Class	Description
AlwaysNew<T>	Always create a new SessionInputSequential with no reuse or caching between calls.
BoundReplaceStrategy<T,S>	Attaches a replacement-strategy to a session lazily.
CacheAndReuseStrategy<T>	Reuse an existing FeatureCalculationInput, as stored in a least-recently used cache, and without invalidating it.
CacheSupplier<T,E>	Supplies a LRUCache that maps a feature input-type to a corresponding to FeatureCalculationInput.
CacheTransferSource<T>	An existing cache that can be used as a source for child-caches elsewhere.
CacheTransferSourceCollection	A collection of existing caches that can collectively be used as sources for child-caches elsewhere.
CheckCacheForSpecificChildren	For particular child-caches, check if a FeatureCalculationInput is available from another LRU-cache and reuse.
ChildCacheFinder	Strategy to determine which child-cache (among hierarchy) to employ for a particular feature calculation.
DefaultChildCacheFinder	The default strategy for finding children by always directly taking (or creating a child-cache) as necessary.
FeatureCalculatorCache	Adds a cache to a FeatureCalculatorSingle or FeatureCalculatorMulti.
FeatureSession	A single-point in the code for creating feature-sessions (a factory).
HorizontalCacheCreator	Creates a FeatureCalculationCache which caches the results of calls to features, even if the same feature appears multiple times, directly or indirectly.
ReplaceStrategy<T>	Different strategies on associating a FeatureCalculationInput with a particular input.
ReuseSingletonStrategy<T>	Always re-use an existing SessionInputSequential, invalidating it each time a new call occurs.
SequentialSession<T>	Calculates features with successively different inputs, without caching any results from one input to the next.
SessionInputSequential<T>	A feature-input that will be used in a SequentialSession