Creates a pyramid of the input. More...

Inheritance diagram for ebl::pyramid_module< T, Tstate >:

Public Member Functions
	pyramid_module (uint nscales, float scaling_ratio, idxdim &dsize, uint mode=MEAN_RESIZE, module_1_1< T, Tstate > pp=NULL, bool own_pp=false, idxdim dzpad=NULL, const char *name="pyramid_module")
	pyramid_module (uint nscales, float scaling_ratio, uint mode=MEAN_RESIZE, module_1_1< T, Tstate > pp=NULL, bool own_pp=false, idxdim dzpad=NULL, const char *name="pyramid_module")
virtual void	fprop (Tstate &in, Tstate &out)
	forward propagation from in to out
virtual void	fprop (Tstate &in, mstate< Tstate > &out)
virtual void	fprop (Tstate &in, midx< T > &out)
virtual void	bprop (Tstate &in, mstate< Tstate > &out)
	backward propagation from in to out (empty)
virtual void	bbprop (Tstate &in, mstate< Tstate > &out)
	bbackward propagation from in to out (empty)
virtual mfidxdim	bprop_size (mfidxdim &osize)
	Returns input dimensions corresponding to output dimensions 'osize'.
virtual std::string	describe ()
	Returns a string describing this module and its parameters.
Protected Attributes
uint	nscales
	Number of scales from target size down.
float	scaling_ratio
	Ratio between scales.

Detailed Description

Creates a pyramid of the input.

Constructor & Destructor Documentation

template<typename T , class Tstate >

ebl::pyramid_module< T, Tstate >::pyramid_module	(	uint	nscales,
		float	scaling_ratio,
		idxdim &	dsize,
		uint	mode = `MEAN_RESIZE`,
		module_1_1< T, Tstate > *	pp = `NULL`,
		bool	own_pp = `false`,
		idxdim *	dzpad = `NULL`,
		const char *	name = `"pyramid_module< T, Tstate >"`
	)

Constructor. Preprocessing module pp will be deleted upon destruction.

Parameters:

nscales	Number of scales of pyramid, starting from target dimensions down with a subsampling ratio of 2.
pp	An optional pointer to a preprocessing module. If NULL, no preprocessing is performed. This module is responsible for destroying the preprocessing module.
pp_original	Preprocessing for original channel.
add_original	If true, the first object in the output will be the original preprocessed patch of target size, without Laplacian.
mode	The type of resizing (MEAN_RESIZE, BILINEAR_RESIZE, GAUSSIAN_RESIZE).
size	The target dimensions (heightxwidth)
zpad	Optional zero-padding is added on each side

template<typename T , class Tstate >

ebl::pyramid_module< T, Tstate >::pyramid_module	(	uint	nscales,
		float	scaling_ratio,
		uint	mode = `MEAN_RESIZE`,
		module_1_1< T, Tstate > *	pp = `NULL`,
		bool	own_pp = `false`,
		idxdim *	dzpad = `NULL`,
		const char *	name = `"pyramid_module< T, Tstate >"`
	)

Constructor without target dimensions. set_dimensions should be called later. Preprocessing module pp will be deleted upon destruction.

Parameters:

nscales	Number of scales of pyramid, starting from target dimensions down with a subsampling ratio of 2.
pp	An optional pointer to a preprocessing module. If NULL, no preprocessing is performed. This module is responsible for destroying the preprocessing module.
pp_original	Preprocessing for original channel.
add_original	If true, the first object in the output will be the original preprocessed patch of target size, without Laplacian.
mode	The type of resizing (MEAN_RESIZE, BILINEAR_RESIZE, GAUSSIAN_RESIZE).
zpad	Optional zero-padding is added on each side

template<typename T , class Tstate >

void ebl::pyramid_module< T, Tstate >::fprop	(	Tstate &	in,
		mstate< Tstate > &	out
	)		`[virtual]`

Process 'in' into 'out' which will contain all scales separated in each state of the multi-state 'out'.

template<typename T , class Tstate >

void ebl::pyramid_module< T, Tstate >::fprop	(	Tstate &	in,
		midx< T > &	out
	)		`[virtual]`

Process 'in' into 'out' which will contain an array of idx, where each idx has different scale with different dimensions.

The documentation for this class was generated from the following files: