Table of Contents
QccPackWAV - QccPack module for wavelets
QccPackWAV
provides a collection of library routines and utility programs for wavelet-based
analysis and synthesis of signals.
- QccWAVFilterBank(3)
- data structure QccWAVFilterBank and corresponding FBK file format for
wavelet-based analysis/synthesis using a filter-bank implementation
- QccWAVLiftingScheme(3)
- data structure QccWAVLiftingScheme and corresponding LFT file format
for wavelet-based analysis/synthesis using lifting
- QccWAVWavelet(3)
- data
structure QccWAVWavelet for storing a wavelet
- QccWAVSubbandPyramid(3)
- data structure QccWAVSubbandPyramid and corresponding SBP file format
for a two-dimensional dyadic subband decomposition of an image
- QccWAVPerceptualWeights(3)
- data structure QccWAVPerceptualWeights and corresponding PCP file format
for perceptual weighting of subbands
- QccWAVZerotree(3)
- data structure
QccWAVZerotree and corresponding ZT file format for zerotrees
The QccPack library routines dealing with wavelets
searches a number of directories for filter-bank, lifting-scheme, and perceptual-weight
files. The order of the directories to be searched for these files is given
by the colon-separated list of directories in the environment variable
QCCPACK_WAVELET_PATH. This environment variable is set to a default path
by QccInit(3)
; this default path is overridden if the user sets QCCPACK_WAVELET_PATH
prior to invocation of any QccPack library routines or programs. The default
path is .:$(QCCPACK_INSTALL_DATA_PATH)/Wavelets where $(QCCPACK_INSTALL_DATA_PATH)
is the installation location of the QccPack data files (usually /usr/local/share/QccPack).
Note that the current working directory is the first directory in the
default path.
- QccWAVWaveletDWT1D(3)
- discrete wavelet transform (DWT) of 1D signal
- QccWAVWaveletInverseDWT1D(3)
- inverse discrete wavelet transform (DWT) of 1D signal
- QccWAVWaveletDWTSubbandLength(3)
- length of a subband inverse discrete wavelet transform (DWT) of 1D signal
- QccWAVWaveletDWT2D(3)
- separable discrete wavelet transform (DWT) of 2D
signal
- QccWAVWaveletInverseDWT2D(3)
- separable inverse discrete wavelet
transform (DWT) of 2D signal
- QccWAVWaveletDyadicDWT3D(3)
- separable dyadic
discrete wavelet transform (DWT) of 3D signal
- QccWAVWaveletInverseDyadicDWT3D(3)
- separable dyadic inverse discrete wavelet transform (DWT) of 3D signal
- QccWAVWaveletPacketDWT3D(3)
- separable wavelet-packet discrete wavelet
transform (DWT) of 3D signal
- QccWAVWaveletInversePacketDWT3D(3)
- separable
wavelet-packet inverse discrete wavelet transform (DWT) of 3D signal
- QccWAVWaveletDWT1DInt(3)
- integer-valued
discrete wavelet transform (DWT) of 1D signal
- QccWAVWaveletInverseDWT1DInt(3)
- integer-valued inverse discrete wavelet transform (DWT) of 1D signal
- QccWAVWaveletDWT2DInt(3)
- integer-valued separable discrete wavelet transform (DWT) of 2D signal
- QccWAVWaveletInverseDWT2DInt(3)
- integer-valued separable inverse discrete
wavelet transform (DWT) of 2D signal
- QccWAVWaveletDyadicDWT3DInt(3)
- integer-valued
separable dyadic discrete wavelet transform (DWT) of 3D signal
- QccWAVWaveletInverseDyadicDWT3DInt(3)
- integer-valued separable dyadic inverse discrete wavelet transform (DWT)
of 3D signal
- QccWAVWaveletPacketDWT3DInt(3)
- integer-valued separable wavelet-packet
discrete wavelet transform (DWT) of 3D signal
- QccWAVWaveletInversePacketDWT3DInt(3)
- integer-valued separable wavelet-packet inverse discrete wavelet transform
(DWT) of 3D signal
- QccWAVWaveletRedundantDWT1D(3)
- redundant discrete wavelet transform (RDWT) of 1D signal
- QccWAVWaveletRedundantDWT1DSubsample(3)
- subsample RDWT coefficients to produce DWT coefficients
- QccWAVWaveletInverseRedundantDWT1D(3)
- inverse redundant discrete wavelet transform (RDWT) of 1D signal
- QccWAVWaveletRedundantDWT2DAlloc(3)
- allocate subband matrices for 2D RDWT
- QccWAVWaveletRedundantDWT2DFree(3)
- free subband matrices for 2D RDWT
- QccWAVWaveletRedundantDWT2D(3)
- redundant
discrete wavelet transform (RDWT) of 2D signal
- QccWAVWaveletRedundantDWT2DSubsample(3)
- subsample RDWT coefficients to produce DWT coefficients
- QccWAVWaveletInverseRedundantDWT2D(3)
- inverse redundant discrete wavelet transform (RDWT) of 2D signal
- QccWAVWaveletInitialize(3)
- initialize a wavelet
- QccWAVWaveletAlloc(3)
- allocate a wavelet
- QccWAVWaveletFree(3)
- free a wavelet
- QccWAVWaveletPrint(3)
- print a wavelet
- QccWAVWaveletCreate(3)
- create a wavelet
- QccWAVWaveletBiorthogonal(3)
- check if wavelet is biorthogonal
- QccWAVWaveletAnalysis1D(3)
- wavelet analysis of a 1D signal
- QccWAVWaveletSynthesis1D(3)
- wavelet
synthesis of a 1D signal
- QccWAVWaveletAnalysis2D(3)
- separable wavelet
analysis of a 2D signal
- QccWAVWaveletSynthesis2D(3)
- separable wavelet
synthesis of a 2D signal
- QccWAVWaveletAnalysis3D(3)
- separable wavelet
analysis of a 3D signal
- QccWAVWaveletSynthesis3D(3)
- separable wavelet
synthesis of a 3D signal
- QccWAVWaveletAnalysis1DInt(3)
- integer-valued wavelet analysis of a 1D signal
- QccWAVWaveletSynthesis1DInt(3)
- integer-valued wavelet synthesis of a 1D signal
- QccWAVWaveletAnalysis2DInt(3)
- integer-valued separable wavelet analysis of a 2D signal
- QccWAVWaveletSynthesis2DInt(3)
- integer-valued separable wavelet synthesis of a 2D signal
- QccWAVWaveletAnalysis3DInt(3)
- integer-valued separable wavelet analysis of a 3D signal
- QccWAVWaveletSynthesis3DInt(3)
- integer-valued separable wavelet synthesis of a 3D signal
- QccWAVFilterBankInitialize(3)
- initialize filter bank
- QccWAVFilterBankAlloc(3)
- allocate filter bank
- QccWAVFilterBankFree(3)
- free filter bank
- QccWAVFilterBankPrint(3)
- print filter bank
- QccWAVFilterBankMakeOrthogonal(3)
- create orthogonal
filter bank
- QccWAVFilterBankMakeBiorthogonal(3)
- create biorthogonal filter
bank
- QccWAVFilterBankBiorthogonal(3)
- check if filter bank is biorthogonal
- QccWAVFilterBankRead(3)
- read filter bank from file
- QccWAVFilterBankWrite(3)
- write filter bank to file
- QccWAVFilterBankAnalysis(3)
- wavelet analysis
using a filter bank
- QccWAVFilterBankSynthesis(3)
- wavelet synthesis using
a filter bank
- QccWAVWaveletLWT(3)
- forward
lazy wavelet transform
- QccWAVWaveletInverseLWT(3)
- inverse lazy wavelet
transform
- QccWAVWaveletLWT2D(3)
- forward separable 2D lazy wavelet transform
- QccWAVWaveletInverseLWT2D(3)
- inverse separable 2D lazy wavelet transform
- QccWAVWaveletLWT3D(3)
- forward separable 3D lazy wavelet transform
- QccWAVWaveletInverseLWT3D(3)
- inverse separable 3D lazy wavelet transform
- QccWAVWaveletLWTInt(3)
- forward integer-valued lazy wavelet
transform
- QccWAVWaveletInverseLWTInt(3)
- inverse integer-valued lazy wavelet
transform
- QccWAVWaveletLWT2DInt(3)
- forward separable 2D integer-valued
lazy wavelet transform
- QccWAVWaveletInverseLWT2DInt(3)
- inverse separable
2D integer-valued lazy wavelet transform
- QccWAVWaveletLWT3DInt(3)
- forward
separable 3D integer-valued lazy wavelet transform
- QccWAVWaveletInverseLWT3DInt(3)
- inverse separable 3D integer-valued lazy wavelet transform
- QccWAVLiftingSchemeInitialize(3)
- initialize lifting scheme
- QccWAVLiftingSchemePrint(3)
- print lifting scheme
- QccWAVLiftingSchemeBiorthogonal(3)
- check if lifting
scheme is biorthogonal
- QccWAVLiftingSchemeInteger(3)
- check if lifting
scheme is integer-valued
- QccWAVLiftingAnalysis(3)
- wavelet analysis using lifting
- QccWAVLiftingSynthesis(3)
- wavelet synthesis
using lifting
- QccWAVLiftingAnalysisInt(3)
- integer-valued wavelet analysis using lifting
- QccWAVLiftingSynthesisInt(3)
- integer-valued wavelet synthesis using lifting
- QccWAVWaveletShapeAdaptiveDWT1D(3)
- shape-adaptive
discrete wavelet transform (SA-DWT) for a 1D signal
- QccWAVWaveletInverseShapeAdaptiveDWT1D(3)
- inverse shape-adaptive discrete wavelet transform (SA-DWT) for a 1D signal
- QccWAVWaveletShapeAdaptiveDWT2D(3)
- separable shape-adaptive discrete wavelet
transform (SA-DWT) for a 2D signal
- QccWAVWaveletInverseShapeAdaptiveDWT2D(3)
- separable inverse shape-adaptive discrete wavelet transform (SA-DWT) for
a 2D signal
- QccWAVWaveletShapeAdaptiveDyadicDWT3D(3)
- separable shape-adaptive
dyadic discrete wavelet transform (SA-DWT) for a 3D signal
- QccWAVWaveletInverseShapeAdaptiveDyadicDWT3D(3)
- separable inverse shape-adaptive dyadic discrete wavelet transform (SA-DWT)
for a 3D signal
- QccWAVWaveletShapeAdaptivePacketDWT3D(3)
- separable shape-adaptive
wavelet-packet discrete wavelet transform (SA-DWT) for a 3D signal
- QccWAVWaveletInverseShapeAdaptivePacketDWT3D(3)
- separable inverse shape-adaptive wavelet-packet discrete wavelet transform
(SA-DWT) for a 3D signal
- QccWAVWaveletShapeAdaptiveDWT1DInt(3)
- integer-valued
shape-adaptive discrete wavelet transform (SA-DWT) for a 1D signal
- QccWAVWaveletInverseShapeAdaptiveDWT1DInt(3)
- integer-valued inverse shape-adaptive discrete wavelet transform (SA-DWT)
for a 1D signal
- QccWAVWaveletShapeAdaptiveDWT2DInt(3)
- integer-valued separable
shape-adaptive discrete wavelet transform (SA-DWT) for a 2D signal
- QccWAVWaveletInverseShapeAdaptiveDWT2DInt(3)
- integer-valued separable inverse shape-adaptive discrete wavelet transform
(SA-DWT) for a 2D signal
- QccWAVWaveletShapeAdaptiveDyadicDWT3DInt(3)
- integer-valued
separable shape-adaptive dyadic discrete wavelet transform (SA-DWT) for
a 3D signal
- QccWAVWaveletInverseShapeAdaptiveDyadicDWT3DInt(3)
- integer-valued
separable inverse shape-adaptive dyadic discrete wavelet transform (SA-DWT)
for a 3D signal
- QccWAVWaveletShapeAdaptivePacketDWT3DInt(3)
- integer-valued
separable shape-adaptive wavelet-packet discrete wavelet transform (SA-DWT)
for a 3D signal
- QccWAVWaveletInverseShapeAdaptivePacketDWT3DInt(3)
- integer-valued
separable inverse shape-adaptive wavelet-packet discrete wavelet transform
(SA-DWT) for a 3D signal
- QccWAVShapeAdaptiveMaskBAR(3)
- calculate the boundary-to-area ratio (BAR) for a transparency mask
- QccWAVSubbandPyramidInitialize(3)
- initialize subband pyramid
- QccWAVSubbandPyramidAlloc(3)
- allocate subband pyramid
- QccWAVSubbandPyramidFree(3)
- free subband pyramid
- QccWAVSubbandPyramidNumLevelsToNumSubbands(3)
- calculate
number of subbands from number of levels
- QccWAVSubbandPyramidNumSubbandsToNumLevels(3)
- calculate number of levels from number of subbands
- QccWAVSubbandPyramidCalcLevelFromSubband(3)
- calculate level of subband
- QccWAVSubbandPyramidSubbandSize(3)
- calculate
size of subband
- QccWAVSubbandPyramidSubbandOffsets(3)
- calculate position
of subband
- QccWAVSubbandPyramidSubbandToQccString(3)
- create name of subband
- QccWAVSubbandPyramidPrint(3)
- print subband pyramid
- QccWAVSubbandPyramidRead(3)
- read a subband pyramid from file
- QccWAVSubbandPyramidWrite(3)
- write
a subband pyramid to file
- QccWAVSubbandPyramidCopy(3)
- copy a subband
pyramid
- QccWAVSubbandPyramidZeroSubband(3)
- make subband zero in subband
pyramid
- QccWAVSubbandPyramidSubtractMean(3)
- subtract mean from subband-pyramid
data
- QccWAVSubbandPyramidAddMean(3)
- add mean to subband-pyramid data
- QccWAVSubbandPyramidCalcCoefficientRange(3)
- calculate range of coefficients in subband pyramid
- QccWAVSubbandPyramidAddNoiseSquare(3)
- add noise square to subband-pyramid data
- QccWAVSubbandPyramidRasterScan(3)
- raster scan subband pyramid
- QccWAVSubbandPyramidInverseRasterScan(3)
- inverse raster scan subband pyramid
- QccWAVSubbandPyramidDWT(3)
- separable
discrete wavelet transform (DWT) of subband-pyramid data
- QccWAVSubbandPyramidInverseDWT(3)
- separable inverse discrete wavelet transform (DWT) of subband-pyramid
data
- QccWAVSubbandPyramidShapeAdaptiveDWT(3)
- separable shape-adaptive
discrete wavelet transform (SA-DWT) of subband-pyramid data
- QccWAVSubbandPyramidInverseShapeAdaptiveDWT(3)
- separable inverse shape-adaptive discrete wavelet transform (SA-DWT) of
subband-pyramid data
- QccWAVSubbandPyramidRedundantDWTSubsample(3)
- subsample
a redundant discrete wavelet transform (RDWT) into a subband-pyramid structure
- QccWAVSubbandPyramid3DInitialize(3)
- initialize 3D
subband pyramid
- QccWAVSubbandPyramid3DAlloc(3)
- allocate 3D subband pyramid
- QccWAVSubbandPyramid3DFree(3)
- free 3D subband pyramid
- QccWAVSubbandPyramid3DNumLevelsToNumSubbandsDyadic(3)
- calculate number of subbands from number of levels in a dyadic decomposition
- QccWAVSubbandPyramid3DNumLevelsToNumSubbandsPacket(3)
- calculate number
of subbands from number of levels in a wavelet-packet decomposition
- QccWAVSubbandPyramid3DNumSubbandsToNumLevelsDyadic(3)
- calculate number of levels from number of subbands in a dyadic decomposition
- QccWAVSubbandPyramid3DCalcLevelFromSubbandDyadic(3)
- calculate level of
subband in a dyadic decomposition
- QccWAVSubbandPyramid3DCalcLevelFromSubbandPacket(3)
- calculate level of subband in a wavelet-packet decomposition
- QccWAVSubbandPyramid3DSubbandSize(3)
- calculate size of subband
- QccWAVSubbandPyramid3DSubbandOffsets(3)
- calculate
position of subband
- QccWAVSubbandPyramid3DPrint(3)
- print 3D subband pyramid
- QccWAVSubbandPyramid3DRead(3)
- read a 3D subband pyramid from file
- QccWAVSubbandPyramid3DWrite(3)
- write a 3D subband pyramid to file
- QccWAVSubbandPyramid3DCopy(3)
- copy
a 3D subband pyramid
- QccWAVSubbandPyramid3DZeroSubband(3)
- make subband
zero in 3D subband pyramid
- QccWAVSubbandPyramid3DSubtractMean(3)
- subtract
mean from subband-pyramid data
- QccWAVSubbandPyramid3DAddMean(3)
- add mean
to subband-pyramid data
- QccWAVSubbandPyramid3DDWT(3)
- separable 3D discrete
wavelet transform (DWT) of subband-pyramid data
- QccWAVSubbandPyramid3DInverseDWT(3)
- separable inverse 3D discrete wavelet transform (DWT) of subband-pyramid
data
- QccWAVSubbandPyramid3DShapeAdaptiveDWT(3)
- separable 3D shape-adaptive
discrete wavelet transform (SA-DWT) of subband-pyramid data
- QccWAVSubbandPyramid3DInverseShapeAdaptiveDWT(3)
- separable inverse 3D shape-adaptive discrete wavelet transform (SA-DWT)
of subband-pyramid data
- QccWAVSubbandPyramid3DPacketToDyadic(3)
- reorganize
a 3D subband pyramid from wavelet-packet to dyadic decomposition
- QccWAVSubbandPyramid3DDyadicToPacket(3)
- reorganize a 3D subband pyramid from dyadic to wavelet-packet decomposition
- QccWAVPerceptualWeightsInitialize(3)
- initialize perceptual
weights
- QccWAVPerceptualWeightsAlloc(3)
- allocate perceptual weights
- QccWAVPerceptualWeightsFree(3)
- free perceptual weights
- QccWAVPerceptualWeightsRead(3)
- read perceptual
weights
- QccWAVPerceptualWeightsWrite(3)
- write perceptual weights
- QccWAVPerceptualWeightsPrint(3)
- print perceptual weights
- QccWAVPerceptualWeightsApply(3)
- apply perceptual
weights to 3D subband pyramid
- QccWAVPerceptualWeightsRemove(3)
- remove
perceptual weights from 3D subband pyramid
- QccWAVPerceptualWeightsInitialize(3)
- QccWAVZerotreeInitialize(3)
- initialize zerotree
- QccWAVZerotreeCalcSizes(3)
- calculate subband sizes for zerotree
- QccWAVZerotreeAlloc(3)
- allocate
zerotree
- QccWAVZerotreeFree(3)
- free zerotree
- QccWAVZerotreePrint(3)
- print zerotree
- QccWAVZerotreeNullSymbol(3)
- determine whether zerotree
symbol is null or not
- QccWAVZerotreeMakeSymbolNull(3)
- mark symbol as
null
- QccWAVZerotreeMakeSymbolNonnull(3)
- make symbol as non-null
- QccWAVZerotreeMakeFullTree(3)
- make full zerotree structure
- QccWAVZerotreeMakeEmptyTree(3)
- make empty
zerotree structure
- QccWAVZerotreeRead(3)
- read zerotree file
- QccWAVZerotreeWrite(3)
- write zerotree file
- QccWAVZerotreeCarveOutZerotree(3)
- make null symbols
in shadow of zerotree root
- QccWAVZerotreeUndoZerotree(3)
- make symbols
non-null in shadow of zerotree root
- QccWAVsrEncode(3)
- image encoding using the stack-run algorithm
- QccWAVsrDecodeHeader(3)
- decode header for stack-run image decoding
- QccWAVsrDecode(3)
- image decoding
using the stack-run algorithm
- QccWAVwdrEncode(3)
- image encoding using the WDR algorithm
- QccWAVwdrDecodeHeader(3)
- decode header for WDR image decoding
- QccWAVwdrDecode(3)
- image decoding
using the WDR algorithm
- QccWAVwdr3DEncode(3)
- image-cube encoding using
the 3D-WDR algorithm
- QccWAVwdr3DDecodeHeader(3)
- decode header for 3D-WDR
image-cube decoding
- QccWAVwdr3DDecode(3)
- image-cube decoding using the
3D-WDR algorithm
- QccWAVTarpEncode(3)
- image encoding
using the tarp-filter algorithm
- QccWAVTarpDecodeHeader(3)
- decode header
for tarp-filter image decoding
- QccWAVTarpDecode(3)
- image decoding using
the tarp-filter algorithm
- QccWAVTarp3DEncode(3)
- image-cube encoding using
the 3D tarp algorithm
- QccWAVTarp3DDecodeHeader(3)
- decode header for 3D
tarp image-cube decoding
- QccWAVTarp3DDecode(3)
- image-cube decoding using
the 3D tarp algorithm
- QccWAVbiskEncode(3)
- image encoding using the BISK algorithm
- QccWAVbiskEncode2(3)
- image encoding using the BISK algorithm (alternative interface)
- QccWAVbiskDecodeHeader(3)
- decode header for BISK image decoding
- QccWAVbiskDecode(3)
- image decoding
using the BISK algorithm
- QccWAVbiskDecode2(3)
- image decoding using the
BISK algorithm (alternative interface)
- QccWAVbisk3DEncode(3)
- image encoding
using the 3D-BISK algorithm
- QccWAVbisk3DEncode2(3)
- image encoding using
the 3D-BISK algorithm (alternative interface)
- QccWAVbisk3DDecodeHeader(3)
- decode header for 3D-BISK image decoding
- QccWAVbisk3DDecode(3)
- image
decoding using the 3D-BISK algorithm
- QccWAVbisk3DDecode2(3)
- image decoding
using the 3D-BISK algorithm (alternative interface)
- QccWAVtceEncode(3)
- image encoding using the
TCE algorithm
- QccWAVtceDecodeHeader(3)
- decode header for TCE image decoding
- QccWAVtceDecode(3)
- image decoding using the TCE algorithm
- QccWAVtce3DEncode(3)
- image encoding using the 3D-TCE algorithm
- QccWAVtce3DDecodeHeader(3)
- decode header for 3D-TCE image decoding
- QccWAVtce3DDecode(3)
- image decoding
using the 3D-TCE algorithm
- QccWAVtce3DLosslessEncode(3)
- image encoding
using the lossless 3D-TCE algorithm
- QccWAVtce3DLosslessDecodeHeader(3)
- decode header for lossless 3D-TCE image decoding
- QccWAVtce3DLosslessDecode(3)
- image decoding using the lossless 3D-TCE algorithm
- QccWAVklttce3DEncode(3)
- image coding using the KLT+3D-TCE algorithm
- QccWAVklttce3DDecodeHeader(3)
- decode header for KLT+3D-TCE image decoding
- QccWAVklttce3DDecode(3)
- image
decoding using the KLT+3D-TCE algorithm
- QccWAVklttce3DLosslessEncode(3)
- image coding using the lossless KLT+3D-TCE algorithm
- QccWAVklttce3DLosslessDecodeHeader(3)
- decode header for lossless KLT+3D-TCE image decoding
- QccWAVklttce3DLosslessDecode(3)
- image decoding using the lossless KLT+3D-TCE algorithm
- QccWAVdcttceEncode(3)
- image encoding using the DCT-TCE algorithm
- QccWAVdcttceDecodeHeader(3)
- decode header for DCT-TCE image decoding
- QccWAVdcttceDecode(3)
- image
decoding using the DCT-TCE algorithm
- QccWAVspihtEncode(3)
- image encoding using the SPIHT algorithm
- QccWAVspihtEncode2(3)
- image
encoding using the SPIHT algorithm (alternative interface)
- QccWAVspihtDecodeHeader(3)
- decode header for SPIHT image decoding
- QccWAVspihtDecode(3)
- image decoding
using the SPIHT algorithm
- QccWAVspihtDecode2(3)
- image decoding using
the SPIHT algorithm (alternative interface)
- QccWAVspiht3DEncode(3)
- image-cube
encoding using the 3D-SPIHT algorithm
- QccWAVspiht3DEncode2(3)
- image-cube
encoding using the 3D-SPIHT algorithm (alternative interface)
- QccWAVspiht3DDecodeHeader(3)
- decode header for 3D-SPIHT image-cube decoding
- QccWAVspiht3DDecode(3)
- image-cube decoding using the 3D-SPIHT algorithm
- QccWAVspiht3DDecode2(3)
- image-cube decoding using the 3D-SPIHT algorithm (alternative interface)
- QccWAVspeckEncode(3)
- image encoding using the SPECK algorithm
- QccWAVspeckDecodeHeader(3)
- decode header for SPECK image decoding
- QccWAVspeckDecode(3)
- image decoding using SPECK algorithm
- sbpsplit(1)
- split
a multi-level subband pyramid into separate files
- sbpassemble(1)
- assemble
separate files into a multi-level subband pyramid
- sbptoicp(1)
- convert
subband pyramid to image component
- icptosbp(1)
- convert image component
to subband pyramid
- sbpzero(1)
- zero subbands of subband pyramid
- imgdwt(1)
- DWT and SA-DWT of an image
- imgidwt(1)
- inverse DWT and SA-DWT of an image
- mask_bar(1)
- boundary-to-area ratio (BAR) for a transparency mask
- imgrdwt(1)
- RDWT of an image
- imgirdwt(1)
- inverse RDWT of an image
- make_noise_image(1)
- make a noise image for perceptual testing
- sfqencode(1)
- code an image
using the SFQ algorithm
- sfqdecode(1)
- decode an image using the SFQ algorithm
- srencode(1)
- code an image using the SR algorithm
- srdecode(1)
- decode
an image using the SR algorithm
- wdrencode(1)
- code an image using the
WDR algorithm
- wdrdecode(1)
- decode an image using the WDR algorithm
- wdrencode3d(1)
- code an image cube using the 3D-WDR algorithm
- wdrdecode3d(1)
- decode an
image cube using the 3D-WDR algorithm
- tarpencode(1)
- code an image using
the tarp-filter algorithm
- tarpdecode(1)
- decode an image using the tarp-filter
algorithm
- tarpencode3d(1)
- code an image cube using the 3D tarp algorithm
- tarpdecode3d(1)
- decode an image cube using the 3D tarp algorithm
- biskencode(1)
- code an image using the BISK algorithm
- biskdecode(1)
- decode an image
using the BISK algorithm
- biskencode3d(1)
- code an image cube using the
3D-BISK algorithm
- biskdecode3d(1)
- decode an image cube using the 3D-BISK
algorithm
- tceencode(1)
- code an image using the TCE algorithm
- tcedecode(1)
- decode an image using the TCE algorithm
- tceencode3d(1)
- code an image
using the 3D-TCE algorithm
- tcedecode3d(1)
- decode an image using the 3D-TCE
algorithm
- tceencode3d_lossless(1)
- code an image using the lossless 3D-TCE
algorithm
- tcedecode3d_lossless(1)
- decode an image using the lossless
3D-TCE algorithm
- klttceencode3d(1)
- code an image using the KLT+3D-TCE algorithm
- klttcedecode3d(1)
- decode an image using the KLT+3D-TCE algorithm
- klttceencode3d_lossless(1)
- code an image using the lossless KLT+3D-TCE algorithm
- klttcedecode3d_lossless(1)
- decode an image using the lossless KLT+3D-TCE algorithm
- dcttceencode(1)
- code an image using the DCT-TCE algorithm
- dcttcedecode(1)
- decode an image
using the DCT-TCE algorithm
- spihtencode(1)
- code an image using the SPIHT
algorithm
- spihtdecode(1)
- decode an image using the SPIHT algorithm
- spihtencode3d(1)
- code an image-cube using the 3D-SPIHT algorithm
- spihtdecode3d(1)
- decode
an image-cube using the 3D-SPIHT algorithm
- speckencode(1)
- code an image
using the SPECK algorithm
- speckdecode(1)
- decode and image using the SPECK
algorithm
- speckencode3d(1)
- code an image using the 3D-SPECK algorithm
- speckdecode3d(1)
- decode and image using the 3D-SPECK algorithm
QccPackENT(3)
, QccPackSQ(3)
, QccPackVQ(3)
, QccPackAVQ(3)
, QccPackIMG(3)
,
QccPack(3)
Copyright (C) 1997-2021 James E. Fowler
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