Uses of Class
boofcv.struct.wavelet.WaveletDescription

Packages that use WaveletDescription

Package	Description
boofcv.abst.transform.wavelet
boofcv.abst.transform.wavelet.impl
boofcv.alg.transform.wavelet
boofcv.factory.transform.wavelet

Uses of WaveletDescription in boofcv.abst.transform.wavelet

Methods in boofcv.abst.transform.wavelet that return WaveletDescription

Modifier and Type	Method and Description
WaveletDescription<C>	WaveletTransform.getDescription() Description of the wavelet.

Uses of WaveletDescription in boofcv.abst.transform.wavelet.impl

Methods in boofcv.abst.transform.wavelet.impl that return WaveletDescription

Modifier and Type	Method and Description
WaveletDescription<WlCoef_F32>	WaveletTransformFloat32.getDescription()
WaveletDescription<WlCoef_I32>	WaveletTransformInt.getDescription()

Constructors in boofcv.abst.transform.wavelet.impl with parameters of type WaveletDescription

Constructor and Description
WaveletTransformFloat32(WaveletDescription<WlCoef_F32> desc, int numLevels, float minPixelValue, float maxPixelValue)
WaveletTransformInt(WaveletDescription<WlCoef_I32> desc, int numLevels, int minPixelValue, int maxPixelValue, Class<T> inputType)

Uses of WaveletDescription in boofcv.alg.transform.wavelet

Methods in boofcv.alg.transform.wavelet with parameters of type WaveletDescription

Modifier and Type	Method and Description
static void	WaveletTransformOps.inverse1(WaveletDescription<WlCoef_F32> desc, ImageFloat32 input, ImageFloat32 output, ImageFloat32 storage, float minValue, float maxValue) Performs a single level inverse wavelet transform.
static void	WaveletTransformOps.inverse1(WaveletDescription<WlCoef_I32> desc, ImageSInt32 input, ImageSInt32 output, ImageSInt32 storage, int minValue, int maxValue) Performs a single level inverse wavelet transform.
static void	WaveletTransformOps.inverseN(WaveletDescription<WlCoef_F32> desc, ImageFloat32 input, ImageFloat32 output, ImageFloat32 storage, int numLevels, float minValue, float maxValue) Performs a level N inverse fast wavelet transform (FWT).
static void	WaveletTransformOps.inverseN(WaveletDescription<WlCoef_I32> desc, ImageSInt32 input, ImageSInt32 output, ImageSInt32 storage, int numLevels, int minValue, int maxValue) Performs a level N inverse fast wavelet transform (FWT).
static void	WaveletTransformOps.transform1(WaveletDescription<WlCoef_F32> desc, ImageFloat32 input, ImageFloat32 output, ImageFloat32 storage) Performs a single level wavelet transform.
static void	WaveletTransformOps.transform1(WaveletDescription<WlCoef_I32> desc, ImageSInt32 input, ImageSInt32 output, ImageSInt32 storage) Performs a single level wavelet transform.
static void	WaveletTransformOps.transformN(WaveletDescription<WlCoef_F32> desc, ImageFloat32 input, ImageFloat32 output, ImageFloat32 storage, int numLevels) Performs a level N wavelet transform using the fast wavelet transform (FWT).
static void	WaveletTransformOps.transformN(WaveletDescription<WlCoef_I32> desc, ImageSInt32 input, ImageSInt32 output, ImageSInt32 storage, int numLevels) Performs a level N wavelet transform using the fast wavelet transform (FWT).

Uses of WaveletDescription in boofcv.factory.transform.wavelet

Methods in boofcv.factory.transform.wavelet that return WaveletDescription

Modifier and Type	Method and Description
static <C extends WlCoef,T extends ImageSingleBand> WaveletDescription<C>	GFactoryWavelet.biorthogoal(Class<T> imageType, int J, BorderType borderType)
static WaveletDescription<WlCoef_F32>	FactoryWaveletDaub.biorthogonal_F32(int J, BorderType borderType) Daub J/K biorthogonal wavelets have the following properties: DO NOT conserve the signal's energy If the signal is approximately polynomial of degree (J-1)/2-1 within the support then fluctuations are approximately zero. The sum of the scaling numbers is 1 The sum of the wavelet numbers is 0
static WaveletDescription<WlCoef_I32>	FactoryWaveletDaub.biorthogonal_I32(int J, BorderType borderType) Integer version of FactoryWaveletDaub.biorthogonal_F32(int, boofcv.core.image.border.BorderType).
static <C extends WlCoef,T extends ImageSingleBand> WaveletDescription<C>	GFactoryWavelet.coiflet(Class<T> imageType, int J)
static WaveletDescription<WlCoef_F32>	FactoryWaveletDaub.daubJ_F32(int J) DaubJ wavelets have the following properties: Conserve the signal's energy If the signal is approximately polynomial of degree J/2-1 or less within the support then fluctuations are approximately zero. The sum of the scaling numbers is sqrt(2) The sum of the wavelet numbers is 0
static <C extends WlCoef,T extends ImageSingleBand> WaveletDescription<C>	GFactoryWavelet.daubJ(Class<T> imageType, int J)
static WaveletDescription<WlCoef_F32>	FactoryWaveletCoiflet.generate_F32(int I) Creates a description of a Coiflet of order I wavelet.
static <C extends WlCoef> WaveletDescription<C>	FactoryWaveletHaar.generate(boolean isInteger, int imageBits)
static <C extends WlCoef,T extends ImageSingleBand> WaveletDescription<C>	GFactoryWavelet.haar(Class<T> imageType)

Methods in boofcv.factory.transform.wavelet with parameters of type WaveletDescription

Modifier and Type	Method and Description
static WaveletTransform<ImageFloat32,ImageFloat32,WlCoef_F32>	FactoryWaveletTransform.create_F32(WaveletDescription<WlCoef_F32> waveletDesc, int numLevels, float minPixelValue, float maxPixelValue) Creates a wavelet transform for images that are of type ImageFloat32.
static <T extends ImageInteger> WaveletTransform<T,ImageSInt32,WlCoef_I32>	FactoryWaveletTransform.create_I(WaveletDescription<WlCoef_I32> waveletDesc, int numLevels, int minPixelValue, int maxPixelValue, Class<T> imageType) Creates a wavelet transform for images that are derived from ImageInteger.
static <T extends ImageSingleBand,W extends ImageSingleBand,C extends WlCoef> WaveletTransform<T,W,C>	FactoryWaveletTransform.create(Class<T> imageType, WaveletDescription<C> waveletDesc, int numLevels, double minPixelValue, double maxPixelValue)