cl_algo::GF Namespace Reference

Offers classes associated with the Guided Filter algorithm. More...

Namespaces
	Kinect
	Offers classes that relate to some kind of processing of the Kinect RGB and Depth streams.
	Math
	Offers classes associated with mathematics operations.

Classes
class	BoxFilter
	Interface class for the boxFilter kernel. More...
class	BoxFilterSAT
	Interface class for the boxFilterSAT{_Tr} kernel. More...
class	CombineRGB
	Interface class for the combineRGBChannels kernels. More...
class	CombineRGB< CombineRGBConfig::FLOAT_FLOAT >
	Interface class for the combineRGBChannels_Float2Float kernel. More...
class	CombineRGB< CombineRGBConfig::FLOAT_UCHAR >
	Interface class for the combineRGBChannels_FloatUchar kernel. More...
class	Depth
	Interface class for the depth kernels. More...
class	Depth< DepthConfig::USHORT_FLOAT >
	Interface class for the depth_Ushort2Float kernel. More...
class	DepthTo3D
	Interface class for the depthTo3D kernel. More...
class	GuidedFilter
	Interface class for the Guided Filter algorithm. More...
class	GuidedFilter< GuidedFilterConfig::I_EQ_P >
	Interface class for the Guided Filter pipeline. More...
class	GuidedFilter< GuidedFilterConfig::I_NEQ_P >
	Interface class for the Guided Filter pipeline. More...
class	RGBDTo8D
	Interface class for the rgbdTo8D kernel. More...
class	RGBNorm
	Interface class for the rgbNorm kernel. More...
class	SAT
	Interface class for the Summed Area Table operation. More...
class	Scan
	Interface class for the scan kernel. More...
class	SeparateRGB
	Interface class for the separateRGBChannels kernels. More...
class	SeparateRGB< SeparateRGBConfig::FLOAT_FLOAT >
	Interface class for the separateRGBChannels_Float2Float kernel. More...
class	SeparateRGB< SeparateRGBConfig::UCHAR_FLOAT >
	Interface class for the separateRGBChannels_Uchar2Float kernel. More...
class	SplitPC8D
	Interface class for the splitPC8D kernel. More...
class	Transpose
	Interface class for the transpose kernel. More...

Enumerations
enum	SeparateRGBConfig : uint8_t { SeparateRGBConfig::FLOAT_FLOAT, SeparateRGBConfig::UCHAR_FLOAT }
	Enumerates configurations for the SeparateRGB class. More...
enum	CombineRGBConfig : uint8_t { CombineRGBConfig::FLOAT_FLOAT, CombineRGBConfig::FLOAT_UCHAR }
	Enumerates configurations for the CombineRGB class. More...
enum	DepthConfig : uint8_t { DepthConfig::USHORT_FLOAT }
	Enumerates configurations for the Depth class. More...
enum	GuidedFilterConfig : uint8_t { GuidedFilterConfig::I_NEQ_P, GuidedFilterConfig::I_EQ_P }
	Enumerates configurations for the Guided Filter algorithm. More...
enum	Staging : uint8_t { Staging::NONE, Staging::I, Staging::O, Staging::IO }
	Enumerates staging buffer configurations. More...

Detailed Description

Offers classes associated with the Guided Filter algorithm.

Enumeration Type Documentation

enum cl_algo::GF::CombineRGBConfig : uint8_t

strong

Enumerates configurations for the CombineRGB class.

Enumerator
FLOAT_FLOAT	Identifies the case of float input data and float output data.
FLOAT_UCHAR	Identifies the case of float input data and uchar output data.

enum cl_algo::GF::DepthConfig : uint8_t

strong

Enumerates configurations for the Depth class.

Enumerator
USHORT_FLOAT	Identifies the case of ushort input data and float output data.

enum cl_algo::GF::GuidedFilterConfig : uint8_t

strong

Enumerates configurations for the Guided Filter algorithm.

Enumerator
I_NEQ_P	Identifies the general case where \( I \neq p \).
I_EQ_P	Identifies the special case where \( I == p \).

enum cl_algo::GF::SeparateRGBConfig : uint8_t

strong

Enumerates configurations for the SeparateRGB class.

Enumerator
FLOAT_FLOAT	Identifies the case of float input data and float output data.
UCHAR_FLOAT	Identifies the case of uchar input data and float output data.

enum cl_algo::GF::Staging : uint8_t

strong

Enumerates staging buffer configurations.

It's meant to be used when making a call to the init method of one of the cl_algo classes. It specifies which staging buffers to be instantiated.

Enumerator
NONE	Do not instantiate any staging buffers.
I	Instantiate the input staging buffers.
O	Instantiate the output staging buffers.
IO	Instantiate both input and output staging buffers.