Uses of Interface nom.tam.fits.compression.algorithm.api.ICompressor

Packages that use ICompressor
Package	Description
nom.tam.fits.compression.algorithm.gzip
nom.tam.fits.compression.algorithm.gzip2
nom.tam.fits.compression.algorithm.hcompress
nom.tam.fits.compression.algorithm.plio
nom.tam.fits.compression.algorithm.quant
nom.tam.fits.compression.algorithm.rice
nom.tam.fits.compression.algorithm.uncompressed
nom.tam.fits.compression.provider

Uses of ICompressor in nom.tam.fits.compression.algorithm.gzip

Classes in nom.tam.fits.compression.algorithm.gzip that implement ICompressor
Modifier and Type	Class	Description
`class`	`GZipCompressor<T extends java.nio.Buffer>`
`static class`	`GZipCompressor.ByteGZipCompressor`	Byte compress is a special case, the only one that does not extends GZipCompress because it can write the buffer directly.
`static class`	`GZipCompressor.DoubleGZipCompressor`
`static class`	`GZipCompressor.FloatGZipCompressor`
`static class`	`GZipCompressor.IntGZipCompressor`
`static class`	`GZipCompressor.LongGZipCompressor`
`static class`	`GZipCompressor.ShortGZipCompressor`

Uses of ICompressor in nom.tam.fits.compression.algorithm.gzip2

Classes in nom.tam.fits.compression.algorithm.gzip2 that implement ICompressor
Modifier and Type	Class	Description
`class`	`GZip2Compressor<T extends java.nio.Buffer>`
`static class`	`GZip2Compressor.ByteGZip2Compressor`
`static class`	`GZip2Compressor.DoubleGZip2Compressor`
`static class`	`GZip2Compressor.FloatGZip2Compressor`
`static class`	`GZip2Compressor.IntGZip2Compressor`
`static class`	`GZip2Compressor.LongGZip2Compressor`
`static class`	`GZip2Compressor.ShortGZip2Compressor`

Uses of ICompressor in nom.tam.fits.compression.algorithm.hcompress

Classes in nom.tam.fits.compression.algorithm.hcompress that implement ICompressor
Modifier and Type	Class	Description
`class`	`HCompressor<T extends java.nio.Buffer>`
`static class`	`HCompressor.ByteHCompressor`
`static class`	`HCompressor.DoubleHCompressor`
`static class`	`HCompressor.FloatHCompressor`
`static class`	`HCompressor.IntHCompressor`
`static class`	`HCompressor.ShortHCompressor`

Uses of ICompressor in nom.tam.fits.compression.algorithm.plio

Classes in nom.tam.fits.compression.algorithm.plio that implement ICompressor
Modifier and Type	Class	Description
`static class`	`PLIOCompress.BytePLIOCompressor`
`static class`	`PLIOCompress.IntPLIOCompressor`	Attention int values are limited to 24 bits!
`static class`	`PLIOCompress.ShortPLIOCompressor`

Uses of ICompressor in nom.tam.fits.compression.algorithm.quant

Classes in nom.tam.fits.compression.algorithm.quant that implement ICompressor
Modifier and Type	Class	Description
`static class`	`QuantizeProcessor.DoubleQuantCompressor`
`static class`	`QuantizeProcessor.FloatQuantCompressor`	TODO this is done very inefficient and should be refactored!

Fields in nom.tam.fits.compression.algorithm.quant declared as ICompressor
Modifier and Type	Field	Description
`private ICompressor<java.nio.IntBuffer>`	QuantizeProcessor.DoubleQuantCompressor.`postCompressor`
`private ICompressor<java.nio.IntBuffer>`	QuantizeProcessor.FloatQuantCompressor.`postCompressor`

Constructors in nom.tam.fits.compression.algorithm.quant with parameters of type ICompressor
Constructor	Description
`DoubleQuantCompressor(QuantizeOption quantizeOption, ICompressor<java.nio.IntBuffer> postCompressor)`
`FloatQuantCompressor(QuantizeOption quantizeOption, ICompressor<java.nio.IntBuffer> postCompressor)`

Uses of ICompressor in nom.tam.fits.compression.algorithm.rice

Classes in nom.tam.fits.compression.algorithm.rice that implement ICompressor
Modifier and Type	Class	Description
`class`	`RiceCompressor<T extends java.nio.Buffer>`	The original compression was designed by Rice, Yeh, and Miller the code was written by Richard White at STSc at the STScI and included (ported to c and adapted) in cfitsio by William Pence, NASA/GSFC.
`static class`	`RiceCompressor.ByteRiceCompressor`
`static class`	`RiceCompressor.DoubleRiceCompressor`
`static class`	`RiceCompressor.FloatRiceCompressor`
`static class`	`RiceCompressor.IntRiceCompressor`
`static class`	`RiceCompressor.ShortRiceCompressor`

Uses of ICompressor in nom.tam.fits.compression.algorithm.uncompressed

Classes in nom.tam.fits.compression.algorithm.uncompressed that implement ICompressor
Modifier and Type	Class	Description
`class`	`NoCompressCompressor<T extends java.nio.Buffer>`	This compression algorithm will just copy the input to the output and do nothing at all.
`static class`	`NoCompressCompressor.ByteNoCompressCompressor`
`static class`	`NoCompressCompressor.DoubleNoCompressCompressor`
`static class`	`NoCompressCompressor.FloatNoCompressCompressor`
`static class`	`NoCompressCompressor.IntNoCompressCompressor`
`static class`	`NoCompressCompressor.LongNoCompressCompressor`
`static class`	`NoCompressCompressor.ShortNoCompressCompressor`

Uses of ICompressor in nom.tam.fits.compression.provider

Fields in nom.tam.fits.compression.provider with type parameters of type ICompressor
Modifier and Type	Field	Description
`private java.lang.reflect.Constructor<ICompressor<java.nio.Buffer>>`	CompressorProvider.TileCompressorControl.`constructor`

Methods in nom.tam.fits.compression.provider that return ICompressor
Modifier and Type	Method	Description
`private ICompressor<java.nio.Buffer>`	CompressorProvider.TileCompressorControl.`newCompressor(ICompressOption option)`