Package net.sf.jaccumulator.scalars

Interface Summary

Interface	Description
CharacterProperties	Character properties of this scalar, independent of its implemented structure as a two-byte char or as a multi-byte Unicode character
MutableScalar<SCALAR extends MutableScalar<SCALAR>>	Write operations for all system supported "scalar" values, or binary vectors optimized for processing and generally participate in arithmetic operators supported by the host programming language
MutableScalarDomain<DOMAIN extends MutableScalarDomain<DOMAIN>>	A write-only contract for an algebraic structure within which Scalars can be embedded
NumericProperties	Algebraic predicates indicating properties of a specific number
Scalar<SCALAR extends Scalar<SCALAR>>	Read and write operations for all system supported "scalar" values, or binary vectors optimized for processing and generally participate in arithmetic operators supported by the host programming language
ScalarDomain<DOMAIN extends ScalarDomain<DOMAIN>>	A read/write contract for an algebraic structure within which Scalars can be embedded
ScalarInductor<SCALAR extends ScalarInductor<SCALAR>>	Imparts scalar values into other scalars
ScalarReplicator<SCALAR extends ScalarReplicator<SCALAR>>	A replicator for scalar
SealedScalar<SCALAR extends SealedScalar<SCALAR>>	Read operations for all system supported "scalar" values, or binary vectors optimized for processing and generally participate in arithmetic operators supported by the host programming language
SealedScalarBag	A read-only algebraic structure with a scalar ordinality (element count)
SealedScalarDomain	A read-only contract for an algebraic structure within which Scalars can be embedded

Class Summary

Class	Description
AbstractScalar<SCALAR extends Scalar<SCALAR>>	Common read and write behavior for system supported primitives
PrecisionComparator	Singleton comparator that compares one NumericPrecision against another
RoundingStrategy	Strategies for floating point-to-integral conversions

Enum Summary

Enum	Description
NumericPrecision	Non-UML semantic lemma that define numeric implementation precision, or implied total digits of any radix. All computer numbers are implemented using boolean vectors, the number of significant digits representable being roughly dependent upon the known size of the implementing vector (bit count).