Uses of Interface
me.lemire.integercompression.IntegerCODEC

Packages that use IntegerCODEC

me.lemire.integercompression

Uses of IntegerCODEC in me.lemire.integercompression

Subinterfaces of IntegerCODEC in me.lemire.integercompression

interface

IntegratedIntegerCODEC This is just like IntegerCODEC, except that it indicates that delta coding is "integrated", so that you don't need a separate step for delta coding.

Classes in me.lemire.integercompression that implement IntegerCODEC

class	BinaryPacking Scheme based on a commonly used idea: can be extremely fast.
class	Composition Helper class to compose schemes.
class	DeltaZigzagBinaryPacking BinaryPacking with Delta+Zigzag Encoding.
class	DeltaZigzagVariableByte VariableByte with Delta+Zigzag Encoding.
class	FastPFOR This is a patching scheme designed for speed.
class	IntegratedBinaryPacking Scheme based on a commonly used idea: can be extremely fast.
class	IntegratedComposition Helper class to compose schemes.
class	IntegratedFastPFOR This is an integrated version of FastPFOR meaning that it computes differential coding as part of the compression.
class	IntegratedVariableByte Implementation of variable-byte with differential coding.
class	JustCopy
class	NewPFD NewPFD/NewPFOR: fast patching scheme by Yan et al.
class	NewPFDS16 NewPFD/NewPFOR based on Simple16 by Yan et al.
class	NewPFDS9 NewPFD/NewPFOR based on Simple9 by Yan et al.
class	OptPFD OptPFD: fast patching scheme by Yan et al.
class	OptPFDS16 OptPFD based on Simple16 by Yan et al.
class	OptPFDS9 OptPFD based on Simple9 by Yan et al.
class	Simple9 This is an implementation of the popular Simple9 scheme.
class	VariableByte Implementation of variable-byte.
class	XorBinaryPacking BinaryPacking over XOR differential.

Constructors in me.lemire.integercompression with parameters of type IntegerCODEC

Composition(IntegerCODEC f1, IntegerCODEC f2)
Compose a scheme from a first one (f1) and a second one (f2).