Uses of Interface
nom.tam.fits.compression.algorithm.api.ICompressor
Packages that use ICompressor
Package
Description
(for internal use) GZIP compression algorithms.
( for internal use) GZIP2 compression algorithms.
The HCompress algorithm and its options.
(for internal use) PLIO compression algorithm.
Quantization support for representing floating-point values with integers corresponding to discrete levels.
The Rice comppression algorithm and its options.
( for internal use) Compression algorithm, for non compressing at all.
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Uses of ICompressor in nom.tam.fits.compression.algorithm.gzip
Classes in nom.tam.fits.compression.algorithm.gzip that implement ICompressorModifier and TypeClassDescriptionclassGZipCompressor<T extends Buffer>(for internal use) The GZIP compression algorithm.static classByte compress is a special case, the only one that does not extends GZipCompress because it can write the buffer directly.static classstatic classstatic classstatic classstatic class -
Uses of ICompressor in nom.tam.fits.compression.algorithm.gzip2
Classes in nom.tam.fits.compression.algorithm.gzip2 that implement ICompressorModifier and TypeClassDescriptionclassGZip2Compressor<T extends Buffer>(for internal use) The GZIP2 compression algorithm.static classstatic classstatic classstatic classstatic classstatic class -
Uses of ICompressor in nom.tam.fits.compression.algorithm.hcompress
Classes in nom.tam.fits.compression.algorithm.hcompress that implement ICompressorModifier and TypeClassDescriptionclassHCompressor<T extends Buffer>(for internal use) Data compressor using the HCompress algorithm.static classstatic classstatic classstatic classstatic class -
Uses of ICompressor in nom.tam.fits.compression.algorithm.plio
Classes in nom.tam.fits.compression.algorithm.plio that implement ICompressorModifier and TypeClassDescriptionstatic classstatic classAttention int values are limited to 24 bits!static class -
Uses of ICompressor in nom.tam.fits.compression.algorithm.quant
Classes in nom.tam.fits.compression.algorithm.quant that implement ICompressorModifier and TypeClassDescriptionstatic classstatic classTODO this is done very inefficient and should be refactored!Constructors in nom.tam.fits.compression.algorithm.quant with parameters of type ICompressorModifierConstructorDescriptionDoubleQuantCompressor(QuantizeOption quantizeOption, ICompressor<IntBuffer> compressor) FloatQuantCompressor(QuantizeOption quantizeOption, ICompressor<IntBuffer> postCompressor) -
Uses of ICompressor in nom.tam.fits.compression.algorithm.rice
Classes in nom.tam.fits.compression.algorithm.rice that implement ICompressorModifier and TypeClassDescriptionclassRiceCompressor<T extends Buffer>(for internal use) The Rice compression algorithm.static classstatic classstatic classstatic classstatic class -
Uses of ICompressor in nom.tam.fits.compression.algorithm.uncompressed
Classes in nom.tam.fits.compression.algorithm.uncompressed that implement ICompressorModifier and TypeClassDescriptionclassNoCompressCompressor<T extends Buffer>(for internal use) This compression algorithm will just copy the input to the output and do nothing at all.static classstatic classstatic classstatic classstatic classstatic class