Namespaces
namespace	boundary

Enumerations
enum class	Boundary { REFLECT = 0 , CONSTANT , NEAREST , MIRROR , WRAP }
	Boundary condition to apply to the image filter. More...

Functions
template<typename dtype >
NdArray< double >	complementaryMeanFilter (const NdArray< dtype > &inImageArray, uint32 inSize, Boundary inBoundaryType=Boundary::REFLECT, dtype inConstantValue=0)

template<typename dtype >
NdArray< double >	complementaryMeanFilter1d (const NdArray< dtype > &inImageArray, uint32 inSize, Boundary inBoundaryType=Boundary::REFLECT, dtype inConstantValue=0)

template<typename dtype >
NdArray< dtype >	complementaryMedianFilter (const NdArray< dtype > &inImageArray, uint32 inSize, Boundary inBoundaryType=Boundary::REFLECT, dtype inConstantValue=0)

template<typename dtype >
NdArray< dtype >	complementaryMedianFilter1d (const NdArray< dtype > &inImageArray, uint32 inSize, Boundary inBoundaryType=Boundary::REFLECT, dtype inConstantValue=0)

template<typename dtype >
NdArray< dtype >	convolve (const NdArray< dtype > &inImageArray, uint32 inSize, const NdArray< dtype > &inWeights, Boundary inBoundaryType=Boundary::REFLECT, dtype inConstantValue=0)

template<typename dtype >
NdArray< dtype >	convolve1d (const NdArray< dtype > &inImageArray, const NdArray< dtype > &inWeights, Boundary inBoundaryType=Boundary::REFLECT, dtype inConstantValue=0)

template<typename dtype >
NdArray< dtype >	gaussianFilter (const NdArray< dtype > &inImageArray, double inSigma, Boundary inBoundaryType=Boundary::REFLECT, dtype inConstantValue=0)

template<typename dtype >
NdArray< dtype >	gaussianFilter1d (const NdArray< dtype > &inImageArray, double inSigma, Boundary inBoundaryType=Boundary::REFLECT, dtype inConstantValue=0)

template<typename dtype >
NdArray< dtype >	laplace (const NdArray< dtype > &inImageArray, Boundary inBoundaryType=Boundary::REFLECT, dtype inConstantValue=0)

template<typename dtype >
NdArray< dtype >	maximumFilter (const NdArray< dtype > &inImageArray, uint32 inSize, Boundary inBoundaryType=Boundary::REFLECT, dtype inConstantValue=0)

template<typename dtype >
NdArray< dtype >	maximumFilter1d (const NdArray< dtype > &inImageArray, uint32 inSize, Boundary inBoundaryType=Boundary::REFLECT, dtype inConstantValue=0)

template<typename dtype >
NdArray< double >	meanFilter (const NdArray< dtype > &inImageArray, uint32 inSize, Boundary inBoundaryType=Boundary::REFLECT, dtype inConstantValue=0)

template<typename dtype >
NdArray< double >	meanFilter1d (const NdArray< dtype > &inImageArray, uint32 inSize, Boundary inBoundaryType=Boundary::REFLECT, dtype inConstantValue=0)

template<typename dtype >
NdArray< dtype >	medianFilter (const NdArray< dtype > &inImageArray, uint32 inSize, Boundary inBoundaryType=Boundary::REFLECT, dtype inConstantValue=0)

template<typename dtype >
NdArray< dtype >	medianFilter1d (const NdArray< dtype > &inImageArray, uint32 inSize, Boundary inBoundaryType=Boundary::REFLECT, dtype inConstantValue=0)

template<typename dtype >
NdArray< dtype >	minimumFilter (const NdArray< dtype > &inImageArray, uint32 inSize, Boundary inBoundaryType=Boundary::REFLECT, dtype inConstantValue=0)

template<typename dtype >
NdArray< dtype >	minumumFilter1d (const NdArray< dtype > &inImageArray, uint32 inSize, Boundary inBoundaryType=Boundary::REFLECT, dtype inConstantValue=0)

template<typename dtype >
NdArray< dtype >	percentileFilter (const NdArray< dtype > &inImageArray, uint32 inSize, double inPercentile, Boundary inBoundaryType=Boundary::REFLECT, dtype inConstantValue=0)

template<typename dtype >
NdArray< dtype >	percentileFilter1d (const NdArray< dtype > &inImageArray, uint32 inSize, double inPercentile, Boundary inBoundaryType=Boundary::REFLECT, dtype inConstantValue=0)

template<typename dtype >
NdArray< dtype >	rankFilter (const NdArray< dtype > &inImageArray, uint32 inSize, uint32 inRank, Boundary inBoundaryType=Boundary::REFLECT, dtype inConstantValue=0)

template<typename dtype >
NdArray< dtype >	rankFilter1d (const NdArray< dtype > &inImageArray, uint32 inSize, uint8 inRank, Boundary inBoundaryType=Boundary::REFLECT, dtype inConstantValue=0)

template<typename dtype >
NdArray< dtype >	uniformFilter (const NdArray< dtype > &inImageArray, uint32 inSize, Boundary inBoundaryType=Boundary::REFLECT, dtype inConstantValue=0)

template<typename dtype >
NdArray< dtype >	uniformFilter1d (const NdArray< dtype > &inImageArray, uint32 inSize, Boundary inBoundaryType=Boundary::REFLECT, dtype inConstantValue=0)

Enumeration Type Documentation

◆ Boundary

enum class nc::filter::Boundary

strong

Boundary condition to apply to the image filter.

Enumerator
REFLECT
CONSTANT
NEAREST
MIRROR
WRAP

Function Documentation

◆ complementaryMeanFilter()

template<typename dtype >

NdArray< double > nc::filter::complementaryMeanFilter	(	const NdArray< dtype > &	inImageArray,
		uint32	inSize,
		Boundary	inBoundaryType = `Boundary::REFLECT`,
		dtype	inConstantValue = `0`
	)

Calculates a multidimensional complemenatry mean filter.

Parameters

inImageArray
inSize	square size of the kernel to apply
inBoundaryType	boundary mode (default Reflect) options (reflect, constant, nearest, mirror, wrap)
inConstantValue	contant value if boundary = 'constant' (default 0)

Returns: NdArray

◆ complementaryMeanFilter1d()

template<typename dtype >

NdArray< double > nc::filter::complementaryMeanFilter1d	(	const NdArray< dtype > &	inImageArray,
		uint32	inSize,
		Boundary	inBoundaryType = `Boundary::REFLECT`,
		dtype	inConstantValue = `0`
	)

Calculate a one-dimensional complemenatry mean filter.

Parameters

inImageArray
inSize	square size of the kernel to apply
inBoundaryType	boundary mode (default Reflect) options (reflect, constant, nearest, mirror, wrap)
inConstantValue	contant value if boundary = 'constant' (default 0)

Returns: NdArray

◆ complementaryMedianFilter()

template<typename dtype >

NdArray< dtype > nc::filter::complementaryMedianFilter	(	const NdArray< dtype > &	inImageArray,
		uint32	inSize,
		Boundary	inBoundaryType = `Boundary::REFLECT`,
		dtype	inConstantValue = `0`
	)

Calculates a multidimensional complemenatry median filter.

Parameters

inImageArray
inSize	square size of the kernel to apply
inBoundaryType	boundary mode (default Reflect) options (reflect, constant, nearest, mirror, wrap)
inConstantValue	contant value if boundary = 'constant' (default 0)

Returns: NdArray

◆ complementaryMedianFilter1d()

template<typename dtype >

NdArray< dtype > nc::filter::complementaryMedianFilter1d	(	const NdArray< dtype > &	inImageArray,
		uint32	inSize,
		Boundary	inBoundaryType = `Boundary::REFLECT`,
		dtype	inConstantValue = `0`
	)

Calculate a one-dimensional complemenatry median filter.

Parameters

inImageArray
inSize	square size of the kernel to apply
inBoundaryType	boundary mode (default Reflect) options (reflect, constant, nearest, mirror, wrap)
inConstantValue	contant value if boundary = 'constant' (default 0)

Returns: NdArray

◆ convolve()

template<typename dtype >

NdArray< dtype > nc::filter::convolve	(	const NdArray< dtype > &	inImageArray,
		uint32	inSize,
		const NdArray< dtype > &	inWeights,
		Boundary	inBoundaryType = `Boundary::REFLECT`,
		dtype	inConstantValue = `0`
	)

Calculates a multidimensional kernel convolution.

SciPy Reference: https://docs.scipy.org/doc/scipy/reference/generated/scipy.ndimage.convolve.html#scipy.ndimage.convolve

Parameters

inImageArray
inSize	square size of the kernel to apply
inWeights
inBoundaryType	boundary mode (default Reflect) options (reflect, constant, nearest, mirror, wrap)
inConstantValue	contant value if boundary = 'constant' (default 0)

Returns: NdArray

◆ convolve1d()

template<typename dtype >

NdArray< dtype > nc::filter::convolve1d	(	const NdArray< dtype > &	inImageArray,
		const NdArray< dtype > &	inWeights,
		Boundary	inBoundaryType = `Boundary::REFLECT`,
		dtype	inConstantValue = `0`
	)

Calculates a one-dimensional kernel convolution.

SciPy Reference: https://docs.scipy.org/doc/scipy/reference/generated/scipy.ndimage.convolve1d.html#scipy.ndimage.convolve1d

Parameters

inImageArray
inWeights
inBoundaryType	boundary mode (default Reflect) options (reflect, constant, nearest, mirror, wrap)
inConstantValue	contant value if boundary = 'constant' (default 0)

Returns: NdArray

◆ gaussianFilter()

template<typename dtype >

NdArray< dtype > nc::filter::gaussianFilter	(	const NdArray< dtype > &	inImageArray,
		double	inSigma,
		Boundary	inBoundaryType = `Boundary::REFLECT`,
		dtype	inConstantValue = `0`
	)

Calculates a multidimensional gaussian filter.

SciPy Reference: https://docs.scipy.org/doc/scipy/reference/generated/scipy.ndimage.gaussian_filter.html#scipy.ndimage.gaussian_filter

Parameters

inImageArray
inSigma	Standard deviation for Gaussian kernel
inBoundaryType	boundary mode (default Reflect) options (reflect, constant, nearest, mirror, wrap)
inConstantValue	contant value if boundary = 'constant' (default 0)

Returns: NdArray

◆ gaussianFilter1d()

template<typename dtype >

NdArray< dtype > nc::filter::gaussianFilter1d	(	const NdArray< dtype > &	inImageArray,
		double	inSigma,
		Boundary	inBoundaryType = `Boundary::REFLECT`,
		dtype	inConstantValue = `0`
	)

Calculate a one-dimensional gaussian filter.

SciPy Reference: https://docs.scipy.org/doc/scipy/reference/generated/scipy.ndimage.generic_filter1d.html#scipy.ndimage.generic_filter1d

Parameters

inImageArray
inSigma	Standard deviation for Gaussian kernel
inBoundaryType	boundary mode (default Reflect) options (reflect, constant, nearest, mirror, wrap)
inConstantValue	contant value if boundary = 'constant' (default 0)

Returns: NdArray

◆ laplace()

template<typename dtype >

NdArray< dtype > nc::filter::laplace	(	const NdArray< dtype > &	inImageArray,
		Boundary	inBoundaryType = `Boundary::REFLECT`,
		dtype	inConstantValue = `0`
	)

Calculate the 2D laplace filter.

SciPy Reference: https://docs.scipy.org/doc/scipy/reference/generated/scipy.ndimage.laplace.html#scipy.ndimage.laplace

Parameters

inImageArray
inBoundaryType	boundary mode (default Reflect) options (reflect, constant, nearest, mirror, wrap)
inConstantValue	contant value if boundary = 'constant' (default 0)

Returns: NdArray

◆ maximumFilter()

template<typename dtype >

NdArray< dtype > nc::filter::maximumFilter	(	const NdArray< dtype > &	inImageArray,
		uint32	inSize,
		Boundary	inBoundaryType = `Boundary::REFLECT`,
		dtype	inConstantValue = `0`
	)

Calculates a multidimensional maximum filter.

SciPy Reference: https://docs.scipy.org/doc/scipy/reference/generated/scipy.ndimage.maximum_filter.html#scipy.ndimage.maximum_filter

Parameters

inImageArray
inSize	square size of the kernel to apply
inBoundaryType	boundary mode (default Reflect) options (reflect, constant, nearest, mirror, wrap)
inConstantValue	contant value if boundary = 'constant' (default 0)

Returns: NdArray

◆ maximumFilter1d()

template<typename dtype >

NdArray< dtype > nc::filter::maximumFilter1d	(	const NdArray< dtype > &	inImageArray,
		uint32	inSize,
		Boundary	inBoundaryType = `Boundary::REFLECT`,
		dtype	inConstantValue = `0`
	)

Calculates a one-dimensional maximum filter.

SciPy Reference: https://docs.scipy.org/doc/scipy/reference/generated/scipy.ndimage.maximum_filter1d.html#scipy.ndimage.maximum_filter1d

Parameters

inImageArray
inSize	linear size of the kernel to apply
inBoundaryType	boundary mode (default Reflect) options (reflect, constant, nearest, mirror, wrap)
inConstantValue	contant value if boundary = 'constant' (default 0)

Returns: NdArray

◆ meanFilter()

template<typename dtype >

NdArray< double > nc::filter::meanFilter	(	const NdArray< dtype > &	inImageArray,
		uint32	inSize,
		Boundary	inBoundaryType = `Boundary::REFLECT`,
		dtype	inConstantValue = `0`
	)

Calculates a multidimensional mean filter.

Parameters

inImageArray
inSize	square size of the kernel to apply
inBoundaryType	boundary mode (default Reflect) options (reflect, constant, nearest, mirror, wrap)
inConstantValue	contant value if boundary = 'constant' (default 0)

Returns: NdArray

◆ meanFilter1d()

template<typename dtype >

NdArray< double > nc::filter::meanFilter1d	(	const NdArray< dtype > &	inImageArray,
		uint32	inSize,
		Boundary	inBoundaryType = `Boundary::REFLECT`,
		dtype	inConstantValue = `0`
	)

Calculates a one-dimensional mean filter.

Parameters

inImageArray
inSize	linear size of the kernel to apply
inBoundaryType	boundary mode (default Reflect) options (reflect, constant, nearest, mirror, wrap)
inConstantValue	contant value if boundary = 'constant' (default 0)

Returns: NdArray

◆ medianFilter()

template<typename dtype >

NdArray< dtype > nc::filter::medianFilter	(	const NdArray< dtype > &	inImageArray,
		uint32	inSize,
		Boundary	inBoundaryType = `Boundary::REFLECT`,
		dtype	inConstantValue = `0`
	)

Calculates a multidimensional median filter.

SciPy Reference: https://docs.scipy.org/doc/scipy/reference/generated/scipy.ndimage.median_filter.html#scipy.ndimage.median_filter

Parameters

inImageArray
inSize	square size of the kernel to apply
inBoundaryType	boundary mode (default Reflect) options (reflect, constant, nearest, mirror, wrap)
inConstantValue	contant value if boundary = 'constant' (default 0)

Returns: NdArray

◆ medianFilter1d()

template<typename dtype >

NdArray< dtype > nc::filter::medianFilter1d	(	const NdArray< dtype > &	inImageArray,
		uint32	inSize,
		Boundary	inBoundaryType = `Boundary::REFLECT`,
		dtype	inConstantValue = `0`
	)

Calculates a one-dimensional median filter.

SciPy Reference: https://docs.scipy.org/doc/scipy/reference/generated/scipy.ndimage.median_filter.html#scipy.ndimage.median_filter

Parameters

inImageArray
inSize	linear size of the kernel to apply
inBoundaryType	boundary mode (default Reflect) options (reflect, constant, nearest, mirror, wrap)
inConstantValue	contant value if boundary = 'constant' (default 0)

Returns: NdArray

◆ minimumFilter()

template<typename dtype >

NdArray< dtype > nc::filter::minimumFilter	(	const NdArray< dtype > &	inImageArray,
		uint32	inSize,
		Boundary	inBoundaryType = `Boundary::REFLECT`,
		dtype	inConstantValue = `0`
	)

Calculates a multidimensional minimum filter.

SciPy Reference: https://docs.scipy.org/doc/scipy/reference/generated/scipy.ndimage.minimum_filter.html#scipy.ndimage.minimum_filter

Parameters

inImageArray
inSize	square size of the kernel to apply
inBoundaryType	boundary mode (default Reflect) options (reflect, constant, nearest, mirror, wrap)
inConstantValue	contant value if boundary = 'constant' (default 0)

Returns: NdArray

◆ minumumFilter1d()

template<typename dtype >

NdArray< dtype > nc::filter::minumumFilter1d	(	const NdArray< dtype > &	inImageArray,
		uint32	inSize,
		Boundary	inBoundaryType = `Boundary::REFLECT`,
		dtype	inConstantValue = `0`
	)

Calculates a one-dimensional minumum filter.

SciPy Reference: https://docs.scipy.org/doc/scipy/reference/generated/scipy.ndimage.minimum_filter1d.html#scipy.ndimage.minimum_filter1d

Parameters

inImageArray
inSize	linear size of the kernel to apply
inBoundaryType	boundary mode (default Reflect) options (reflect, constant, nearest, mirror, wrap)
inConstantValue	contant value if boundary = 'constant' (default 0)

Returns: NdArray

◆ percentileFilter()

template<typename dtype >

NdArray< dtype > nc::filter::percentileFilter	(	const NdArray< dtype > &	inImageArray,
		uint32	inSize,
		double	inPercentile,
		Boundary	inBoundaryType = `Boundary::REFLECT`,
		dtype	inConstantValue = `0`
	)

Calculates a multidimensional percentile filter.

SciPy Reference: https://docs.scipy.org/doc/scipy/reference/generated/scipy.ndimage.percentile_filter.html#scipy.ndimage.percentile_filter

Parameters

inImageArray
inSize	square size of the kernel to apply
inPercentile	percentile [0, 100]
inBoundaryType	boundary mode (default Reflect) options (reflect, constant, nearest, mirror, wrap)
inConstantValue	contant value if boundary = 'constant' (default 0)

Returns: NdArray

◆ percentileFilter1d()

template<typename dtype >

NdArray< dtype > nc::filter::percentileFilter1d	(	const NdArray< dtype > &	inImageArray,
		uint32	inSize,
		double	inPercentile,
		Boundary	inBoundaryType = `Boundary::REFLECT`,
		dtype	inConstantValue = `0`
	)

Calculates a one-dimensional percentile filter.

SciPy Reference: https://docs.scipy.org/doc/scipy/reference/generated/scipy.ndimage.percentile_filter.html#scipy.ndimage.percentile_filter

Parameters

inImageArray
inSize	linear size of the kernel to apply
inPercentile	percentile [0, 100]
inBoundaryType	boundary mode (default Reflect) options (reflect, constant, nearest, mirror, wrap)
inConstantValue	contant value if boundary = 'constant' (default 0)

Returns: NdArray

◆ rankFilter()

template<typename dtype >

NdArray< dtype > nc::filter::rankFilter	(	const NdArray< dtype > &	inImageArray,
		uint32	inSize,
		uint32	inRank,
		Boundary	inBoundaryType = `Boundary::REFLECT`,
		dtype	inConstantValue = `0`
	)

Calculates a multidimensional rank filter.

SciPy Reference: https://docs.scipy.org/doc/scipy/reference/generated/scipy.ndimage.rank_filter.html#scipy.ndimage.rank_filter

Parameters

inImageArray
inSize	square size of the kernel to apply
inRank	([0, inSize^2 - 1])
inBoundaryType	boundary mode (default Reflect) options (reflect, constant, nearest, mirror, wrap)
inConstantValue	contant value if boundary = 'constant' (default 0)

Returns: NdArray

◆ rankFilter1d()

template<typename dtype >

NdArray< dtype > nc::filter::rankFilter1d	(	const NdArray< dtype > &	inImageArray,
		uint32	inSize,
		uint8	inRank,
		Boundary	inBoundaryType = `Boundary::REFLECT`,
		dtype	inConstantValue = `0`
	)

Calculates a one-dimensional rank filter.

SciPy Reference: https://docs.scipy.org/doc/scipy/reference/generated/scipy.ndimage.rank_filter.html#scipy.ndimage.rank_filter

Parameters

inImageArray
inSize	linear size of the kernel to apply
inRank	([0, inSize^2 - 1])
inBoundaryType	boundary mode (default Reflect) options (reflect, constant, nearest, mirror, wrap)
inConstantValue	contant value if boundary = 'constant' (default 0)

Returns: NdArray

◆ uniformFilter()

template<typename dtype >

NdArray< dtype > nc::filter::uniformFilter	(	const NdArray< dtype > &	inImageArray,
		uint32	inSize,
		Boundary	inBoundaryType = `Boundary::REFLECT`,
		dtype	inConstantValue = `0`
	)

Calculates a multidimensional uniform filter.

SciPy Reference: https://docs.scipy.org/doc/scipy/reference/generated/scipy.ndimage.uniform_filter.html#scipy.ndimage.uniform_filter

Parameters

inImageArray
inSize	square size of the kernel to apply
inBoundaryType	boundary mode (default Reflect) options (reflect, constant, nearest, mirror, wrap)
inConstantValue	contant value if boundary = 'constant' (default 0)

Returns: NdArray

◆ uniformFilter1d()

template<typename dtype >

NdArray< dtype > nc::filter::uniformFilter1d	(	const NdArray< dtype > &	inImageArray,
		uint32	inSize,
		Boundary	inBoundaryType = `Boundary::REFLECT`,
		dtype	inConstantValue = `0`
	)

Calculates a one-dimensional uniform filter.

SciPy Reference: https://docs.scipy.org/doc/scipy/reference/generated/scipy.ndimage.uniform_filter1d.html#scipy.ndimage.uniform_filter1d

Parameters

inImageArray
inSize	linear size of the kernel to apply
inBoundaryType	boundary mode (default Reflect) options (reflect, constant, nearest, mirror, wrap)
inConstantValue	contant value if boundary = 'constant' (default 0)

Returns: NdArray

Namespaces

Enumerations

Functions

Enumeration Type Documentation

◆ Boundary

Function Documentation

◆ complementaryMeanFilter()

◆ complementaryMeanFilter1d()

◆ complementaryMedianFilter()

◆ complementaryMedianFilter1d()

◆ convolve()

◆ convolve1d()

◆ gaussianFilter()

◆ gaussianFilter1d()

◆ laplace()

◆ maximumFilter()

◆ maximumFilter1d()

◆ meanFilter()

◆ meanFilter1d()

◆ medianFilter()

◆ medianFilter1d()

◆ minimumFilter()

◆ minumumFilter1d()

◆ percentileFilter()

◆ percentileFilter1d()

◆ rankFilter()

◆ rankFilter1d()

◆ uniformFilter()

◆ uniformFilter1d()